From 187bf4c1d191854b6c27414943b5d2d1950fbba4 Mon Sep 17 00:00:00 2001 From: "Zed A. Shaw" Date: Thu, 27 Aug 2026 11:59:34 -0400 Subject: [PATCH] Setup for day 17. --- 17-refactor-bug-fix/.gitignore | 10 + 17-refactor-bug-fix/.vimrc_proj | 1 + 17-refactor-bug-fix/LICENSE | 16 + 17-refactor-bug-fix/Makefile | 30 + 17-refactor-bug-fix/assets/container2.png | Bin 0 -> 467893 bytes 17-refactor-bug-fix/assets/crate.bbmodel | 1 + 17-refactor-bug-fix/assets/crate.glb | Bin 0 -> 587200 bytes 17-refactor-bug-fix/assets/crate.mtl | 4 + 17-refactor-bug-fix/assets/crate.obj | 49 + .../assets/popcorn_model_a.glb | Bin 0 -> 298012 bytes 17-refactor-bug-fix/config.json | 99 + 17-refactor-bug-fix/meson.build | 101 + .../resources/textures/awesomeface.png | Bin 0 -> 59277 bytes .../resources/textures/container.jpg | Bin 0 -> 184939 bytes .../resources/textures/container2.png | Bin 0 -> 467893 bytes .../textures/container2_specular.png | Bin 0 -> 144081 bytes .../resources/textures/popcorn.jpg | Bin 0 -> 6006 bytes 17-refactor-bug-fix/scripts/reset_build.ps1 | 7 + 17-refactor-bug-fix/scripts/reset_build.sh | 10 + 17-refactor-bug-fix/scripts/setup.ps1 | 4 + 17-refactor-bug-fix/scripts/setup.sh | 7 + 17-refactor-bug-fix/scripts/watch_build.sh | 12 + 17-refactor-bug-fix/scripts/windows_setup.ps1 | 255 + 17-refactor-bug-fix/shaders/08-frag.glsl | 43 + .../shaders/08-lightsource.frag.glsl | 16 + 17-refactor-bug-fix/shaders/08-vert.glsl | 17 + 17-refactor-bug-fix/shaders/11-frag.glsl | 46 + .../shaders/11-lightsource.frag.glsl | 16 + 17-refactor-bug-fix/shaders/11-vert.glsl | 20 + 17-refactor-bug-fix/shaders/12-frag.glsl | 67 + .../shaders/12-lightsource.frag.glsl | 16 + 17-refactor-bug-fix/shaders/12-vert.glsl | 20 + 17-refactor-bug-fix/shaders/13-frag.glsl | 150 + .../shaders/13-lightsource.frag.glsl | 9 + 17-refactor-bug-fix/shaders/13-vert.glsl | 20 + 17-refactor-bug-fix/shaders/14-frag.glsl | 150 + .../shaders/14-lightsource.frag.glsl | 9 + 17-refactor-bug-fix/shaders/14-vert.glsl | 20 + 17-refactor-bug-fix/shaders/16-frag.glsl | 162 + .../shaders/16-lightsource.frag.glsl | 9 + 17-refactor-bug-fix/shaders/16-vert.glsl | 20 + 17-refactor-bug-fix/shaders/17-frag.glsl | 162 + .../shaders/17-lightsource.frag.glsl | 9 + 17-refactor-bug-fix/shaders/17-vert.glsl | 20 + 17-refactor-bug-fix/shaders/3.3.shader.fs | 8 + 17-refactor-bug-fix/shaders/3.3.shader.vs | 11 + 17-refactor-bug-fix/shaders/4.2.texture.fs | 11 + 17-refactor-bug-fix/shaders/4.2.texture.vs | 15 + 17-refactor-bug-fix/src/KHR/khrplatform.h | 311 + 17-refactor-bug-fix/src/camera.cpp | 63 + 17-refactor-bug-fix/src/camera.hpp | 27 + 17-refactor-bug-fix/src/components.hpp | 105 + 17-refactor-bug-fix/src/dbc.cpp | 47 + 17-refactor-bug-fix/src/dbc.hpp | 46 + 17-refactor-bug-fix/src/glad/glad.cpp | 1140 +++ 17-refactor-bug-fix/src/glad/glad.h | 2129 +++++ 17-refactor-bug-fix/src/json.hpp | 59 + 17-refactor-bug-fix/src/main.cpp | 123 + 17-refactor-bug-fix/src/mesh.cpp | 45 + 17-refactor-bug-fix/src/mesh.hpp | 72 + 17-refactor-bug-fix/src/model.cpp | 217 + 17-refactor-bug-fix/src/model.hpp | 44 + 17-refactor-bug-fix/src/scene.cpp | 66 + 17-refactor-bug-fix/src/scene.hpp | 64 + 17-refactor-bug-fix/src/shader.cpp | 193 + 17-refactor-bug-fix/src/shader.hpp | 37 + 17-refactor-bug-fix/src/stb_image.cpp | 2 + 17-refactor-bug-fix/src/stb_image.h | 7988 +++++++++++++++++ 17-refactor-bug-fix/src/utils.cpp | 11 + 17-refactor-bug-fix/src/utils.hpp | 9 + 17-refactor-bug-fix/tests/bad_shader.vs | 10 + 17-refactor-bug-fix/tests/config.json | 74 + 17-refactor-bug-fix/tests/config_tests.cpp | 46 + 17-refactor-bug-fix/tests/main.cpp | 42 + 17-refactor-bug-fix/tests/meson.build | 6 + 17-refactor-bug-fix/tests/model_tests.cpp | 42 + 17-refactor-bug-fix/tests/shader_tests.cpp | 33 + 17-refactor-bug-fix/wraps/assimp.wrap | 9 + 17-refactor-bug-fix/wraps/box2d.wrap | 13 + 17-refactor-bug-fix/wraps/fmt.wrap | 13 + 17-refactor-bug-fix/wraps/fuc2.wrap | 9 + 17-refactor-bug-fix/wraps/glfw.wrap | 13 + 17-refactor-bug-fix/wraps/glm.wrap | 13 + 17-refactor-bug-fix/wraps/nlohmann_json.wrap | 11 + 84 files changed, 14784 insertions(+) create mode 100644 17-refactor-bug-fix/.gitignore create mode 100644 17-refactor-bug-fix/.vimrc_proj create mode 100644 17-refactor-bug-fix/LICENSE create mode 100644 17-refactor-bug-fix/Makefile create mode 100644 17-refactor-bug-fix/assets/container2.png create mode 100644 17-refactor-bug-fix/assets/crate.bbmodel create mode 100644 17-refactor-bug-fix/assets/crate.glb create mode 100644 17-refactor-bug-fix/assets/crate.mtl create mode 100644 17-refactor-bug-fix/assets/crate.obj create mode 100644 17-refactor-bug-fix/assets/popcorn_model_a.glb create mode 100644 17-refactor-bug-fix/config.json create mode 100644 17-refactor-bug-fix/meson.build create mode 100644 17-refactor-bug-fix/resources/textures/awesomeface.png create mode 100644 17-refactor-bug-fix/resources/textures/container.jpg create mode 100644 17-refactor-bug-fix/resources/textures/container2.png create mode 100644 17-refactor-bug-fix/resources/textures/container2_specular.png create mode 100644 17-refactor-bug-fix/resources/textures/popcorn.jpg create mode 100644 17-refactor-bug-fix/scripts/reset_build.ps1 create mode 100644 17-refactor-bug-fix/scripts/reset_build.sh create mode 100644 17-refactor-bug-fix/scripts/setup.ps1 create mode 100644 17-refactor-bug-fix/scripts/setup.sh create mode 100644 17-refactor-bug-fix/scripts/watch_build.sh create mode 100644 17-refactor-bug-fix/scripts/windows_setup.ps1 create mode 100644 17-refactor-bug-fix/shaders/08-frag.glsl create mode 100644 17-refactor-bug-fix/shaders/08-lightsource.frag.glsl create mode 100644 17-refactor-bug-fix/shaders/08-vert.glsl create mode 100644 17-refactor-bug-fix/shaders/11-frag.glsl create mode 100644 17-refactor-bug-fix/shaders/11-lightsource.frag.glsl create mode 100644 17-refactor-bug-fix/shaders/11-vert.glsl create mode 100644 17-refactor-bug-fix/shaders/12-frag.glsl create mode 100644 17-refactor-bug-fix/shaders/12-lightsource.frag.glsl create mode 100644 17-refactor-bug-fix/shaders/12-vert.glsl create mode 100644 17-refactor-bug-fix/shaders/13-frag.glsl create mode 100644 17-refactor-bug-fix/shaders/13-lightsource.frag.glsl create mode 100644 17-refactor-bug-fix/shaders/13-vert.glsl create mode 100644 17-refactor-bug-fix/shaders/14-frag.glsl create mode 100644 17-refactor-bug-fix/shaders/14-lightsource.frag.glsl create mode 100644 17-refactor-bug-fix/shaders/14-vert.glsl create mode 100644 17-refactor-bug-fix/shaders/16-frag.glsl create mode 100644 17-refactor-bug-fix/shaders/16-lightsource.frag.glsl create mode 100644 17-refactor-bug-fix/shaders/16-vert.glsl create mode 100644 17-refactor-bug-fix/shaders/17-frag.glsl create mode 100644 17-refactor-bug-fix/shaders/17-lightsource.frag.glsl create mode 100644 17-refactor-bug-fix/shaders/17-vert.glsl create mode 100644 17-refactor-bug-fix/shaders/3.3.shader.fs create mode 100644 17-refactor-bug-fix/shaders/3.3.shader.vs create mode 100644 17-refactor-bug-fix/shaders/4.2.texture.fs create mode 100644 17-refactor-bug-fix/shaders/4.2.texture.vs create mode 100644 17-refactor-bug-fix/src/KHR/khrplatform.h create mode 100644 17-refactor-bug-fix/src/camera.cpp create mode 100644 17-refactor-bug-fix/src/camera.hpp create mode 100644 17-refactor-bug-fix/src/components.hpp create mode 100644 17-refactor-bug-fix/src/dbc.cpp create mode 100644 17-refactor-bug-fix/src/dbc.hpp create mode 100644 17-refactor-bug-fix/src/glad/glad.cpp create mode 100644 17-refactor-bug-fix/src/glad/glad.h create mode 100644 17-refactor-bug-fix/src/json.hpp create mode 100644 17-refactor-bug-fix/src/main.cpp create mode 100644 17-refactor-bug-fix/src/mesh.cpp create mode 100644 17-refactor-bug-fix/src/mesh.hpp create mode 100644 17-refactor-bug-fix/src/model.cpp create mode 100644 17-refactor-bug-fix/src/model.hpp create mode 100644 17-refactor-bug-fix/src/scene.cpp create mode 100644 17-refactor-bug-fix/src/scene.hpp create mode 100644 17-refactor-bug-fix/src/shader.cpp create mode 100644 17-refactor-bug-fix/src/shader.hpp create mode 100644 17-refactor-bug-fix/src/stb_image.cpp create mode 100644 17-refactor-bug-fix/src/stb_image.h create mode 100644 17-refactor-bug-fix/src/utils.cpp create mode 100644 17-refactor-bug-fix/src/utils.hpp create mode 100644 17-refactor-bug-fix/tests/bad_shader.vs create mode 100644 17-refactor-bug-fix/tests/config.json create mode 100644 17-refactor-bug-fix/tests/config_tests.cpp create mode 100644 17-refactor-bug-fix/tests/main.cpp create mode 100644 17-refactor-bug-fix/tests/meson.build create mode 100644 17-refactor-bug-fix/tests/model_tests.cpp create mode 100644 17-refactor-bug-fix/tests/shader_tests.cpp create mode 100644 17-refactor-bug-fix/wraps/assimp.wrap create mode 100644 17-refactor-bug-fix/wraps/box2d.wrap create mode 100644 17-refactor-bug-fix/wraps/fmt.wrap create mode 100644 17-refactor-bug-fix/wraps/fuc2.wrap create mode 100644 17-refactor-bug-fix/wraps/glfw.wrap create mode 100644 17-refactor-bug-fix/wraps/glm.wrap create mode 100644 17-refactor-bug-fix/wraps/nlohmann_json.wrap diff --git a/17-refactor-bug-fix/.gitignore b/17-refactor-bug-fix/.gitignore new file mode 100644 index 0000000..7999676 --- /dev/null +++ b/17-refactor-bug-fix/.gitignore @@ -0,0 +1,10 @@ +.*.sw* +.DS_Store +*.sqlite3 +*.sqlite3-wal +*.sqlite3-shm +debug +coverage/ +.coverage +builddir +subprojects diff --git a/17-refactor-bug-fix/.vimrc_proj b/17-refactor-bug-fix/.vimrc_proj new file mode 100644 index 0000000..2b745b4 --- /dev/null +++ b/17-refactor-bug-fix/.vimrc_proj @@ -0,0 +1 @@ +set makeprg=meson\ compile\ -C\ . diff --git a/17-refactor-bug-fix/LICENSE b/17-refactor-bug-fix/LICENSE new file mode 100644 index 0000000..a4e9dc9 --- /dev/null +++ b/17-refactor-bug-fix/LICENSE @@ -0,0 +1,16 @@ +MIT No Attribution + +Copyright + +Permission is hereby granted, free of charge, to any person obtaining a copy of this +software and associated documentation files (the "Software"), to deal in the Software +without restriction, including without limitation the rights to use, copy, modify, +merge, publish, distribute, sublicense, and/or sell copies of the Software, and to +permit persons to whom the Software is furnished to do so. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, +INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A +PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT +HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION +OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE +SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. diff --git a/17-refactor-bug-fix/Makefile b/17-refactor-bug-fix/Makefile new file mode 100644 index 0000000..d9c78d6 --- /dev/null +++ b/17-refactor-bug-fix/Makefile @@ -0,0 +1,30 @@ +all: build + +reset: + powershell -executionpolicy bypass .\scripts\reset_build.ps1 + +build: + meson compile -j 4 -C builddir + +release_build: + meson --wipe builddir -Db_ndebug=true --buildtype release + meson compile -j 4 -C builddir + +debug_build: + meson setup --wipe builddir -Db_ndebug=true --buildtype debugoptimized + meson compile -j 4 -C builddir + +run: test + ./builddir/hellogl.exe + +test: build + ./builddir/fuc2it + +debug_test: build + gdb --nx -x .gdbinit --ex run --args builddir/fuc2it.exe + +debug_run: build + gdb --nx -x .gdbinit --batch --ex run --ex bt --ex q --args builddir/hellogl.exe + +clean: + meson compile --clean -C builddir diff --git a/17-refactor-bug-fix/assets/container2.png b/17-refactor-bug-fix/assets/container2.png new file mode 100644 index 0000000000000000000000000000000000000000..596e8da31ad9bba6f5b2f9db07bff69d9363e507 GIT binary patch literal 467893 zcmV)LK)Jt(P)00Hy}1^@s6%hunD00004XF*Lt006O% z3;baP00009a7bBm000ie000ie0hKEb8vpWFU8GbZ8()Nlj2>E@cM* z0RLo3L_t(|UTpnIlWp629_G!g>pF86r@R-%1weox0FwYg5TaxNWCJalUND%~Z?>%RqU1VKXexG;bx|fRZ+9%J- zTx-rze8u|};~Qhn{RjWkfAIYI{9;;PS)O*bcc%Nh`)O@uWxBt=o1Uj>y1l)d?jN7> z+0t}(e?ML4`{l)jX>KlGK0i%Q`B_|8oNn(Qr`w17X*KsQ zuhP!*w6?lDZLKU$`+K|7d9K&i>e}k`_;5FUKDn5d=BMe~xBD5+-1Lw^UtZr$4{7h> z@@Bfc(*9%T^_Y1)W!R4o57W`X?zFL*@y#zz|N3X&Pj?yn*RKz!m8F&GXFq(Jt}^DM zy`AZBcWc_-+MFITwugtOX?1mFI?cH69v`M3KAm>{E6dB%!s6m|oqIM`SEu(MK21v* z)a!%&(B*!*yttm0Lx-!I+t6TPT2C8(e|&tLHrCgsH-~%E*5>;3l<{3%Ur%$H!-v!J z=`j62&&{W;m1%mqpZ@y0AEx>IeSUeBu{=(%_O_uK{Ye7OmowjvAjq4n*wn(>(1;=umhToqi_^2K+_y0;EzVD$j?bp;&5db!eqlO0KkxT%4tFCXY5(SC+Spi|R+kn- zi^u8H$$4aEemXwCn$|*p@_BM`HQj{I`hAK_Whj~d+Vtu4tbDo7+@H`QpUsDF^9u`+ z&HK=AsWP&YaiIN4^x-e<6xz9W=udYHL*s{>M zUEe-TuaEXClh2)Nt_*FpLw=9xSm;ic(C+T`dV00Hk@-h%=jgx~OMf!X<;>+S7&o7} znd|qTjx(0E@OwS_v0Zui7#SmztI>_G_P2ZOcOQ>?|KY*Tw4dv40yuP!9?tFzWFE6K^X<)_W)lKQG?bqSc zW#r^Cy7uAo@pP5%1_VFn`^bBGg_FA*tCi!0xrJh31TcCV`UfkYGQQ=7=tRc*7`(gB z&ohC~-B<7;ZOw-+i?A%Xxs-9wMK^zn7N6^Ne#fe-~>)%Mf;2oS#o$Q!y0wvN2o1-Sdp&ELcOA zSHg$6T!i1da3ZpC7n+b!_q{(pFE)L3v^O1WuNAXSBNz8ik-4?ZD~+t=9&^TJ92#&YDXT|GKS?~&~>l@?!mQ-tLyxp`{8h~ z9ri^yEAOsdOq&;>?|H6U%-?WlEi?Hzs(3_hS6c{_68fvA67%p=V^~Ve);O~T__zP*lfpY)~?Cosy?}z({TbeY8>kMos%vj3jR}l;oqQDd#qwb>o z``a-L8O!@mpI_PohD&8uW*7#gtz3H_Avz9NW9Y$76fO$Bz7ar*5-{2nlmb0O=m^hz z=CHoLUV!CDP;Nvz3&Rk9X)ywmabHAPC<>+DSc@@z49GL$0f5!?Wt^C>5$4S?=;;Gk z0{9Aa0MEDyO2`u7Uk;;}rq6L!fF;424~@}vI{>n^wl@7dPQ>x)Wq3R{t)$)S&|xdU zm)lF*h0p`=qkrE+v&Z~ikc?m&6UGAq+;|LcI1hg3OdRa2rHNsgb7YT$MfNy4n;9p% z0J4YNv$DEYC9jj0Is1&ETgdOLxt6Sv5A)(c8mswmW>&&0pXzg>L|3K7TMq0J08q=tgdh@h-o+o}9R8InF5uYA$mm(=Z0; zuVn1ztc{Dv5E);K6E>edPU5t2a#mN?sz1I%ul2R{X)*V~g^S1&Kn2F+XeBgVOAr81 zZ#g^$l=(7V`V~MJpn$e#Z60Y7#&SEt>r^*9Cd;Z2NehKO#)_&LtRd2nYV za<#q|Co$s(`sZn0f5xfm1kvVffcRG+xI(814 zzgIH`ju*$X!CZI>vmT-sWOOy{kO{wY>|q=l>ki+aLyKOY@#58T=!}PS>L>x@?pE|R z{V#-;^RXQ;8QxsQV8TAM{v4;e<4L1oXDn%d;YVM*ezzB6xDc?Sm>S~s5|A2W;E~TsKt1O)#!H!b zya_*@KY9pfDS4GVA#&pWS6qttanRpd1A27N+Fi|$}qu>l0 zff<6!@WsQeFlJI|Mf+>HZ!uBDX_Ouvc!=h~J9W)+Xd;rPQX-;-(C;+B#0cy*LK)0m z_zuQkdJ^Yw?f9Mxhg?~||fVt?B1K~4@N~rN?cb$-g z2SE&TC$x((0{FL--w7)qM{_Sq!m;r(et!c8(SXlSLNk|chliXg(TBDe1#Jw#x`VMmXA|+dzWY| zljk&X>OKb(ZX&bjy&m0xAI2n_e@b8X>C4>7NexMU$QNF&MFwQO@ZlmdCJR9B%uQfX zgZOw~0KJXe_*>Nd`1H^*15OyYxwbrgkqDa8^f691{)XAr1Y9V z#c+_>`|zGjnu{QZv$z@>GDa2f@ck?iDN5o0^NTzi%VrEeeG;*gvzbGJkIUhSKN%ib z$(4XR{Hd(w8hw}c`Ao*@Dsp(4ABIQ&G6)>9r}PhljDwYUA_I{ba=(~9IHct7IrP~~ zfWpxsKMW1r31YU7@-Ls8E60XTaO%)R7C}Ho)?^_$O@cM3gI6+z9BaDH@el;Mek=3m zJZXQ}pW&FHCH})fPAU0Y55MlyF9M+n1(Z3#&+0<%xy?L{VK?}NPO$$zviBUh5q!wB z-Q)*vVZmJN9XgpS+&8y6pwZp)i<`cr7OYGvB4y3VJxpYCmWE92PdwTx81@e)8?xcXJVFM)p30F#*Qc z1#W(R4v?qwd>vtp@}KD z3fkM+Xher!92q8paoo>5fAnTVv}gmEcDDwoq650tLuG8zk9*OTkQGQH#Ju;L^a;oT zDkVp=dZnSwr?b;c`?<>$mKvHdpvmb_w8{~jISqH=H9lINX=I0f?LYI)*qVCHJOM1{ zWJC~&xZ6HdliH8-4CD2d-96jTv5v;M*-kWrEN-uOWhd@I^n|rh1{2GD2SJ3 z6f!O<0v5lJX^v7N5Og7vv+w0XmAkyS-6< z-DC`$0B!rveRO3$pPBo1Fo2wbg(~{1CGY|sF?*0-c|tj>L$)j#>S9a3aay!>(LvaF%aZB1gPO&OFL-27X7?UU&WmK z^D0<}o|`d{`XtjxgwD%}e5-5WC0Z13!e^MV9ew768i%=XY<-qrGnUXRZHda!d}k-0 zXB;9X3<9;y0){5*qODAjp<9Xt_4!ui7JK4AXBy|hK8~CDk$Eq)CjFeu`Nfs!M07ti zT8|?ju;31ge2saHp5^}cpN`8{M!ea%(1n4*r#iK1oBK5Mc&YqgT<2npeYO~S&;thV zI`~fZI8KmqYjZpQCs)D!Tn4AKgDS0{?!;9dLiI3AH+wu`{Lit z^x^YqGch;e3#Xp*&emAUS`P-G5vO@)GXYt6#t0iX3`9fogZHvDu!I9{SrLC_{EV^D zZ|1~tCL7nmY|997ovF~{KD1){D!=*e@lggMf>4=H;JChC%s?)$8gl#zpSnby zwg@5&r=w@rm!U~64?!Y9({0AJ6dKq0&ICiM>ej;Fib2POdQKEGKTV@%hR@FrU2`B{ z3||S8PB%kb#%(`8Iwi1}1<(u_a2V+rP6R68&p8muG_99`=<_iGK}dlM?}{)V?QE2> zydogX8|H;mI*}T$m-0}lvk1F&Q#4r0MwXn90YCoMF;^&E~}#H zXGC<2%u)?Lpf$I()rA=6^^7%w6MmduT$GVO?A8!MJ_A=WcWw>+i`R*NK!r8rO@FvZ9fH+7*z(rV5J2`aA%jHN9Mg5-T+9^ zVZlEA$4#gQ4v-IbwhFpHb~8>5g=f5O09o1rl3gpzy-gLqfSY-vh4Eg5uhz%npH)7{ z+(PJ%Ztf@GuDy;?5Lt=vD3tLLJ#@tH51*`6#g zq5C+>D@y^dv`5Z4t@y)`4Z4IdxgXHTRFG@;k!zRGOX=CJgGYV<3dc{X`{F7Qp|R%L zwTzANw?@fH(1!LN(tk5`p_O%1k?b%I(S^_j7z0)SDSNm6!aG?C61N$-9KpbFH0hOP z6MVkT{PATq{rduNS}McOL8r0QWsY?s@;P3RM`OUBmHe196bC#IMI)gr0rOW0>t>!NIGMu&wG2j`F=Ri=>FmOZ2IBzNyoGv zg94*v4835FfT)g;F^8}HE}hUnnB#N!AvJA@XK#1Asccd4=jc9q)#1wg7>AQ)Lj(;m z@|lCBAh>*fb=h$XJeD$M^P~ryyQPek+%ejgP#L2xhh~njsE%xi26wQZ?SLt-4|nT` zsu>|uP;7H8@{=|#P2x+lbZH0ujcMkvpf^XXYtxrwd5@!1`xBZo+8j-ErB9p{(JXq> z4Q(3-Og=upE??EvtOOV>@5;PzPM)G)UTcx>Rq~exhuz@V#eqO84n?lXuqw|DQv9B_ z_2pXQe@y?JjM|yl3%qnMddcc?IN+BTUW(*3ObxvrVk@QT1v2DH|D0j6B&$ev{k`yq zzw>MFqzkq~Tqy;hLy=b_SQgti!Z3uZK~KYO+%AYjSYzSS?sOZ1C?G*tlQ5E*Q3qH& zu#6$f_Rt895diYm4;XF(C!h?iwPuAo3TYVQ2T?b|L?{gaF&IW(q%{x<%1D3p=AZ)2 z+aHP_0L%Ea@#*BOjMe}p07Cj@tTBnhQ6rt-t+gsRay?^zASII*0AuvJoDdpmj-aAD zM$~D@?~HlZVgYBaXXsxY9flzf1qejf24Dtq7jY);(zb~1*S>ihpot&+VK6ylgfgO0;QykDAX)T=3C*e;}dT_p92T<+>h}QT>{wTKwwOAdW!{;v*pO0WFa;xtsK!nreZY(^&IF(;9^@k_GO2@GWbIELgv+7~6O+_|6ph{S-x=^5}D(SQhlQxuqf=}ogy^r6mj3`Oph zQXWeX3YG4o=#Rh9;WtMy6f4@#&)g`i0WKV9ytSTgzG&T4bUqIW8=-MfYDhBn+1fdS z4p5DkQ_3NY?^#2}iHZ01qAQB*)XWCLXm_cljO5=RAo$R>md(@Bi3An5hM?zEj?hED5`44lcJg+}NMyA)rB?UT3sEO0XLl=3dB%ty)vlNG?zhY$T{?`oa z{Zp4>U>SLrH67#(NCrOy=}(iyxbi*$r@VR`lA$wlQDhBA(VrUnqX zf6Pw+U~Z9t@R75?352OKEX_D(EF(R?Qs;^S;|aSkvU9OfbDX?LB>FYmOlCPjBYS`c z`2F-4V=D?yKju*+O#9?*BY!i@=3o0s5HjX2Bjs}#t=;S3(`DpMu*~7`qI2n_|L8H@ zF>kdBcu7X_K!aogzM1cNYfM7t^h36qv4VZMa^dg(){ozr!~zBoL=4Oq^72x=i0)lV zir0vc45EPp(}HlshiAvjM10;GFyD*6oulP?QKQ*GOj5g$}==K%41HdWG$h% zuRxyhZf}gWZq@7x@6ZMSNgJY{NRs>vZ*&MKx;H%^{&2F$AA^jBB({Zj<);kHh(;)2 zqmSGpRYzWVsW-Pb1yc@F4QdR_PQ2@`WriP|2kiqHGDVp=4(=!0YjGx3@-o6a_H>sK zFyNMWtW7V3zHv@6UUOqiC?Z)B0nH4!R68eyQfglcwi$@ffJ{hno5M&o&rN%A8aZ#k zOctP#L!uk+NBcW%m;5rg(#ebr5LtuTteJIPAge!) zKMl5Hr1}uvJw2gwUmu!7{sEB-35RrBy1tb$F7Kc%)AbnC(>ut@GR4p|5<%X0!9k)X6O%p1-y2al7y z6+O%x!=Dy&0{_q)Et^%zxbTU?(IV2wLG?dBuA!%vN9h!N<-ps8gO%2c%?bURU5hhA zKFC;$0%y2>8{J83mgN}P^L+p56i>%)kORAc!Uy=ayA>TudoqNKBFv$y3^FIr4yB>* zqUvGHM6qaU4r~Y=-pu{@L+9wVwiQ&T>5gB32$PH-J;(~(GIzzIsf};s0275nDhdnZAv;!*^b~L00jqDn7AJx z&cGvV5%i3~SiSU1@m=p_Od>65HG(0nO$jM3qtP|&7cf#VQQD+`(H94S;l-4;Hh576 zivG4X<3-cL+%L67$y@`}0Iaofo-dwdsP&f7!a5T0#l-s<&-(zcwG>Vc`ZO&YmR?!E z)N5kTmVYtW+VFs#Eac=4LEwNrPJgp+DwTr!4);z^zA4Wd6`YAs0ss zsBz4+DVo*3s%6n_fj2*l0Vh?K0tS&oPE{CH9b^>fyX{x>rcrt1qz+|%2kPXt@)SLl z)nN?jmo;F8UwFZ3X_Oq`Aj>{e&}zFEgIH&Y;$?PtO}6!q{^V^vw1#OMtB|eO#+kC) zfK#A&m*KG!=PC17ptZZb-GCs&EZym|lrw$c_%>ae&lw)rOXn1iF?h4!1AgKU?6piP z;~^?0yX&C=4nV;kdFPtC!x=Mx5i& z>MV}*ae^XQ!}2EWqtQdg4I{{4nvINbmIOl?Y_4M$1hSRsw8hCW?>hcz$nWmENdSBn z+lh7|S)C~Ii8!3PSpbSg0u2~BpZlZB@!WE?tsxAn0tyj@&Jg#P(d^g~vKm1VRV?MR zdVv%x17-+U6X8f#5@^b0Z|7A8I*YnQ)z{ z<>RHJf&IeLZoE<;vk_273uD7XLIWVIG4swTns)#NY^18JhXE$rbj*dZH9la%Sn~>- z1<3%V`px-cgyrMs^9T}wAl^htHsq=4K#`h#+B{c&x@u5+R7LQ{FRjJs9`5Z{kq&n@ zr?-dO)4|?;>1gaTqpZ^X)#3iM8)t+g2jFIr3x$?aOL#t%Jp5vuIA+#1DFtI`nM5V8 zJ-Yy86igY}d_hY39jF*D0X6p;`i!+}LYZPKH#1iBRrLyF_X1`dF#BGc5~uwkR4Z?D z?R7w}1}jQv9-K%KC!=j{%77y@k z#o@(otS8#Y{gn6g{H*Kzm(IzdCbz?=QzqwPoiSOvm_(!E{GY~1@s}`vMnEuFQ@N6 zp2zU3;#`d!Aev^3;% z9k0VLc-Li-usH~su@0Q)6rv+Kw?I4ni_|%uUa*-gvnf){c){UnW-0f`R1F?UL66KE zOb|%y#L49p!>f?7d?TNn^Ya8F#fez}l6&d+=U}fojLTr}Wg`6Zn_%DLD7xGX-PIV$ z7Q-m*!EX4#u@=G0TF64`4>qHb!ema5F~MXur)%pO2Oe%_e4N6OsZ+?u*$w{Zdk!F+ z85urKz;gfQ5Y-W))A?uK3;*!!OVsoE@Fa;mJ@3_*glsZR5HNG?x=VX>m zFeXuq2%EzpGO_26XHGcHoe*(sFs$ox=|?0_k)`K0RzzY8jmDeC4+u$PsTCOOZ2_10 zw4HYC`&A6(_r-W|47ff&$Kg`IfhMBYkhi}p2J=VP3hQl-2#?~bLQS_ZR8R4uSEnC7 zd<=lc84#(2M%IPw1W-)(;j=n}jPYi8rT9c(?af#Gu@z91SgH|DC-}hoMyLHm3$`YT zOwnjNhKTZBChCg}Hd`o#SyaKp*g9i%>4ir(CBsGT)vI+r#&DHFdq5UF$Qwh(n81O`VXmuu{7KbRR=!#~c~U7SUSS#54?#=!_((;rMlKu!SX%J~nrlrh?? zX>Zg9jU7H-Wc|bOX=!dA^h~7*Y{Wy33i&V}GHap&5yr^jEw`ByI-~!E-5~g5j%kn~ z=B#{g`D98C54=t>7_{z))BOhlm>V8(kueJObZwu{0Cqcn{4K3c-5&f zBC8w(d@&Eau)Xgzj=4fl#n=mxAsH5WReFZ63NgtY82gx-dKo2>ybqx>J79Q$|9-p4ZxxSvRAA)y_p+jjhvN>p|ZS+zk+hxkM zy%`?JnwcA2!d!Z9Omvas)XZ)^uTw)II_wefMoZG3HGA?SARd{{E=%Wov?R+uT=;|E z{`Gev;uQoBh{qY3)|~j22A-odYvwj@&3LRkAd<5DnEeVx1Gw}mIz8N83&s`$N zECAqP6gV}{VG_CkPM)BOd4gz-QVND=HrDCy3ZP+4gnYSu0YIr#DT&!L}ai30J+Fcy<#5rCcfFb>AClSsjdZ|Ezkc$^QIrxC`)=}Rjs zYtyH52d)@Hg#7ZdhrgU%Wv<~VVFHdKS0`c-Bw&7id66jQyha@V7&nm*N2TWkq(4f^ z;gK4QGBL@W8!5h+2)}vN3 zZyAD5_WXus*3HO*===5lc7%9Tm2tQ_iFYrPQqx>h~^s;XATnonH1vFW zWj@x#jn$rE2DwH)k$Wqcr_lE{Ap3k9z)(ndlY6!bWVXQFDK5+S>5qP)Go#ma^*CY- z4hL9Ubb}M1zJ)9`vdeX!>Ige@YHPZSbEsH}0p%3r=0;v!(~B+u!I^OuEpUjsG!UBP zi_FUb9MR?H&@{UJ(+?*FM%#lpDdgBL7G_4O)X8IWxo#)?u}x}wce}E171`$CFcLCA zO<<)@r#8X`86fQ`ZX>^ zOokRZI`|}Q#`zTx2pl*gu%u5KS6QLQxu32YJExZuEXzrD)K_q7PA+aMn@*2(c7TYQqsGw?7>&${LvS9Z z;|oPwvm#-^$8wFGKmkV73CZ8KoCyV+Q4LS%zwKpCh|Fcpyr^vfPVfUJwvlfCY1Fv169z%-)h2=SZfe!D!kU#g24us*KUgt@Sunb1RX(h3WiS zhH$El>hea*a!MZ=ROrb`VelJC$Ki*A&6;E`bVTrG3vom=eR5F9u$?>6 z*?iWNzIo=Shl%BT%iEm!HMkeM*kvvElD9wlonL)t^sGMyfB*5g5e|W%iy9#aBY_a{ z4$-@&lfOibJcFjvGYFCEb%gKyQY0GYIkF~o6t2y5rR6(6%hfoeR&8?s4}%E`$?215mCOQq&z;#XpF$& zBIC`FV&FtYt6_S)w6sOgo-(h~v-9aH?>y61Vn&D+STW2T00kJlDu(GHb44liX!L5` zEyBkj`-~Tk$x_+`U?*d&mm0xAD}{Oo+X03cd^E@OyAb3!W56Lapx}hHhk~R{Kmt4n zje;P~25*tUa1xb0)c9+>KYjlx$`zv-#g*>43mq(_nEQ7DSwbzsw9YA-X3Pjb&yg={ z{psTBvgtPIN&KLEQs4llsrGL7n9p^Db*tl%wibOFyTTR%ORl85D6@HZm#tyg!;V}t z4w{f!a}VB#a?G*bYXqJVHU{g4iZ7)>jThrNlwTa~78Gs6W6)YempMow?rm@6va#mc zJlk=OWI8+-|T1yHXGS1QQsjYqY z>3d`rWC{R=a{**}r1u-)rcK8ri^yiQcfuXVlmm91HY194bVGz+&|O4_HnLb~sXie? z=$fWAW6rhoGum-to$|*(aE9n2=YSI-%ixqPviF=XI0-UEVO0#wM&v|#e`E+cwu~8u zkW(07DZ@|G>6s_GbBwelS`z6QCmAD;PSvxei$3EC-7qdr^4NtCp5|WJAwdYbGbs1B z*L9d2-RV#$OB=@GzMB{@#$tBNt*qf*B70Tl^iF&FAsf=SaF9&OM#(N%o@68#$A>s% zvM*?g7P08jmpGbdXVZtzpVKD?n4>i6RJ4n~mX7G`UgT5tJcs2e4#>s5;AExCYaD6# zNgid?)XoTu2r=G~VHps*CI}HANc+MNOS3(~IsJ~k){&PmMK+2-Mq`C%mdIcuxx*85 z7YM>+&OCz*uNpb09RVA8Z^oAn=5zCcjT{hdG+K{LRX`))_Jq5hQ{&JsvLxds0I3sH z2SUbd939IBG_{_4x)+^JrVq|J!ICM3yD~PegPUwYcT1#iPA}TfA2_V8tASkzAUHEt z8O`EB#;9-h05<2#UIUZRh2dAHWc#K2;PIzZ#n&V}4#RB%tz7Fxr#M^g#}kF#f@ZpC z#|PPLia)Zl@Tb53o9}EHw60f#Xwu5|YiD>h zE=X+s15@0Kz?egT{76@F6pTd{LMmV7=t-OgASZ(IqKLfef?yQP+)*2V#&?aNZaUcp!0mj%e%nUN{Flf=@W7=u7mKQJtmJB}Qj28Mp zYx{~{?{20qMLWw)cZpya3LfTq1pG%|zUh1)M{agABZYmCvQlyT3m3^c`mcP%#`{6ivp!i$mqy zaEC|OR+vkh-U9H9ZV$DHoH{7Q{H0I>h@8OO4PKN&-- zS<}y}gZ&{dxt6R0Ex(g<>28@TM)~vcX~*D2r)=HA*Nuz~AJuTkb~zbQnvfwCWzjjO zs4>b<(te?9GYa|K`mDAZ)n}Yio0d>s?J1gzgY}Z7F?O`Dti$lBhzC-(9{Qe+FgT5f zfJVLpBxIM|&OVdn;2<$ffEe#Ye&)$RAa`(LEH%X$iSE#&wilY2pDOO*hzBgwZlklz zNsxdZV~5L#UIhXiqL4YCak2)+z$5xam#wdJnte`J7(aRC3e>c4?mt2wU5itRb5cq87{HRj;~Bppo*N$Ng$G;1e2ntY)8g!PUOSL@fYs9_v{?cEpLuvsGZZ1mg)qXCZ`4V zz_U7p`GHSe=gyT1Rg4#%&{QD84*8pG*LlM0IHF_|-(^fMpB3UAjk<>>xnopq{b=C;AlAV zv+E5Q5$Uk5Bu#H^g|c!^7y!W9VvY1K%}em@eY7rVTnsS-gqwgFBc+pN3OEd+LJa0z zWBINM;wX+NfP!;c#{8teMrvkc1OhlwYK)YkcN(3v3C3Uq1u!N`GZQk|h!)*Na4uqK zD8F%tm}Ep2(;lE=csW{l!YShYT9;)w39ZP{VHf)5#O%c&>Z^r$ad>RkVB`q}g8{fU z*2dmuhxizKhR5BG(T<@C=n*UiPI`(zAkRHmCNvW{7$b1O7xF2~uoQY57str13NHp}0Gib3 z$jWG&!Qp%|lnm45&GooG^mmVRIshR{44Ne#^B$3RqU+F~JgdX#?uyW6EBpfl=Ip@~ zfB=X{!HODG0Q*7X0&}jl_0qvmty>A-jFU4Wvm@d$X1wpAE}6IfWe*geEv2mGko857?b3*dwkfY`Oh!#UQbOan)VKJ|d2j0^qTE3&au0uXw(fjW|%(7pS_GcM65 zA^<^2@athj_oB5HOIxi-X7kRy8JmdHbOdr`+74NVr1OJ87CWz#0 z&^r^85weWHe#vIQeb>QRa!WVzQRfT~(19bs0oHpRWaH^gaW3+`dKwr=UurWlcM@_F zIh57ZHs^*uauBs$`~8Q%^Xu=rE}0i2C+)>ZlxZP=$VTzXTnH$YPM{HFxz|a>$0#Q% zM${Hjr30P?Pn;2@H0&ng@oXuI0WxlkJ%;@v%BiwAl2w{o5lhCENruhSPMAvRrMSE| zwH9W%2G9|19`O&yCuu8QVu&bR~a$ut%Cls#+?9v%t#} zRT*pd`vv?ER|L(wTqjP01JRqDEE1C z6vxC9c0@K%RjY~=IUC$u!X(Wt4JIPhm$g}YNzp{aOo6426yMkzDvh_9d2VlRHoBV& zjaSz;stjqo4hc{M^0sM-!0?yW^Em5Vg=P$|)RzMeM6rw{z(7fBq6&%#B48{;q)nh8 z)Gb@N|JC8{5a`IBC+$&mf~ij` zVd z!>BAZyOX&BWb<$2n6`mld7<|X`~ZS7EF5yFO>$)19N8M}^hGYTPsi|! z+yFm14igv_-!s0}u3g_WFfdE!fchYP;nNu2z#(hjs+j5OUi76-e{_bv({269P|;C* zHy#Ge{pLxBI1_Yjd)=~$bJ|6oxrs3)=dqVFA;*3H(OGSbx z%PH8hl78T>2(vm7`F(S=7l4-?lbu-(Z7+ip3LE1XW^CK*PU{=XbRkpQ_d7h{(1n}% zZ0xxCMX(ZH2&%{q2hx$Jc=wPwi^R`@_2#2SKs)3bPUE{Q1X)mX@x|dz$E8Mx%`M(P(>1A2uRfRzAc0QLM8 zcWE2#fQHIk3QuT76rWBnssI!V(|NJ4UjUn;02ZDiFspHhVgLos0^@93h6+uovwD;f z*1LQjku2B{7(io9@AIigoZ{Q4RK*{Fh!*yE)}av{=O=@$lBIzPt~O*qOt_hl@ECYi zA@dKf0L1`Hr-6yy8UKemRwDu)brW@l!cPuC4RDn1!)L`+xCu^0jH&>of&WbagqS8LpA6y z$JhZeH8ubx?TsykqBsVX+{7V@TvsQfLtUGGk%2TB`7!Sptn}B);>Z9)=drn6FV4$c z+E?c9UWJl$*D{tU{D(MX0uSTn9Ca--pRcZrlL4&(OBdIn$bAeQ9sy8oi1gIPFa%9u z=5uYCGa6f#bB({@f$dkhv<~6duXd-k*o+#R$cg7qC`Su$@+crvm2)gr!acTe_Q zGhB>fF*RdEf0!n#b}F-$VFp?{SNN*v7e2}&uqkjCwla3(&?z{ZS7eyOLT}z4?nU<$ ztd6A^I;c&?oPniF_$)&xYqb!EXE{zX2e4UX_?CM!tOf#@DE&WbrGhoNPPUodE1rdB z3g{To1|{a6-;33mJELv<>+9YWVDj_@dm>G|ei3Qv+}E&@@Y0L*#rxxJs^0ss+V5Gr1lFS|Y(LLw-zr{Il} zx2<7?5fP;5&g4)KgjBK0qd@>b3kdD^EO7(y1WO9jcnG{m6GI8QG#oFc0F!r7ECHb) zl&^pV;KFoc1q7~teXtWFZQDe=ws6e(%I=X)?;2CuV5EVw0z3eUyFeU0*H>-b7|h3H z^Q*(dxa2-#=hy_&bDu*Q#=c6l@Zx=oxSVxtejYnWrqB(L>&uB^oDhnu4q|o+)hnOp zx~&MgjKznOiwNI%?4)g3O$lZ0<}Vu~RnN&FprdkjfC>XmIO|kpECg3oGNX27D_m$# z$Ost62fZ0*eFLlU*ukOPgq1P(p=!4`L3Bw0Ga-DZZfUJ`jCubSAdofMcj@;o{w;j?w0veeSdB7Lv z5jYLacjN#*kRi^XXxefYN083S#GvbV5K8#0mwboroEv&>PC%aCNr4Ll^lx{;{tm}F zxDk4HSs?PvnXYVQEc&LKu7w}wz^Kvz21gp0lO;lO9fRf2D@#z0VclcMqSpcqbtcU; zh4#*Ukk++ip*TwssAamZ-@a+TqSeFDK(#x$WmE-E+MO+9)LNxQ^*?lI6r%+%LKnq> zH>H;~T@K!e9;Ju7YbEn+AzA_gC$(|b6e)XjuOqbaR`oxfquc1d6)aF(>2bkQ$sBmg z1B?dTZq%5c;hd~YU%mCrh*3mp&d0|m#WHmgJHc$mk%OeL6#wyv42*}W#3_zEF|_cl zscO-5_ySKYKandmBx|r4{q#o{VLtkBIAJLKX7GH+sqOBM@cS2roCt=RoFU5?F$AR% zM?hvo8{|%#WXu-3wFP^|(Kj-GrQkJAZ>BwD7)NHD6R$v)PQfSH6S8gu zu8Z~S+=iVPJGE{z4)`q-T0P4k@S0wbTT0OENyZ>h7)x|%GB5n_xwgrTaiPP)-~C&^ z^3KG7fg%{GCs8)w;mMOR5wxe>D8l%Vs9f|&APk1k>lx_tM3LQkJOjC~IES=7Yv!_-H46ySOd5upoI1Ya? zo_gz@v-Fgd-6$$?ztn4w#LUs3Q}3kJ7%y{%n@*I|4?3CaFlM1e z#);49+GV29_A2B57?0Za5aTc;wI2*N@bR~$BE@#*ZcUur0(HM{lHq_G!r{Htu0D;= z`aRhK&YTYgglGi7DK@#GkGp$&0YYhVDcu<9(t9YntU}LGsLqP;htZm?|KgddX9bU< zV0~JK0J<_OoVyt~ihejz+9$uFGTXF(kSHI+IiMce#Cc_u0TN!(Y0vMrbk=87XKbVB zG~>y4+JXgWY!0oG&z$jr{J4*!eir&zmv&D?um;N9>p13GDM-spGCcl9%U1{69iKXz z0%Bx_5%J@2A=qXaVq_tgLnnZmapl?u3!#y1kj~BLtSZ)1$3f9&Mo2vf<76WTqpG&X zdb)?-D;w~Wq^F*y(~^3IWvVU&q1jU!9Nru50i!BRgQPx`~A z;NimG`N_BMgz=cd)29p~LIzFy2+de+GAJ43cb`rRnh5U9V<{&dHIJc17isi!1k)rj zYMci=QbZWK7ccI6dq&gWUhaPt;z{p`z$gO%B|r*W2=`J1K>AKW-Ey1?o}ZL55KHs9 zB|wnh84?8vq7MoyGH>7>dWj>-?Q68;pj*(yl`3^T$F#+{ z(LSJ1_yQ;k-kG21o)QBnO1BcgwWiNd$dF{f&9pF(6xnquPbrCOWn4H76q>=}Q35!9 zdUBKq5rAnMFv-pkVxXrjC9ID-MwL^+7AC_^40l zm!<*+iEQyB-9rA z^e|_s_!iWKjx?>Q|HwlfEpnXki1vX8=M29X6yww{ev=z7ku$|*5c6N@r5%NNfOn)V z2OsfY?ZKxwYa9!Gmwy>2$Ey3MGbdo`IAeMyqkzUOJZ$@s$+TPG&2@^g4tEoMhu)ki zpy`^O&CTiiA3hdXjhjvY2N9DZR&tU5Wd@=pY1OCJ7NDVz)mAX5#wMCI4k=zT!1&5a zSY9h}@+tsj?&Cx^4#LngbOcuD&ROIL(I1%v#aqDFSkUn{eBy|EYNEMu>gS`whcTG4 z9xWIQxbAP|C;e1E(l_wt5YwYRgeH1CmIcO%j3z}U$cZ#D-b=mOAwa(9q!$B3Mq!6+ zjro&Rngh$|1V@POI%vh@zkI!4TzJmk95ef_|K|Ho>1%m<9UZiN?ZnpC%$KnN&X!Q# z9PO7UjllAEW4aYj0aKvd4z;Ivr6qKEmfVdH+ae^Rg6pqWGpj*7T@o;vPDmUC;yPj)iqd*T%}B!lj)~VsoHlghEL(qtNA2K$ljM|n)=6sH3FvvZ&zQF;7sc5?JlW$(XLrjDt)C7(IW2gw#k2{yAJ7o&3F@`$EP7J;DK`$AHX3=mqQuq6kqR?g0v34AM9dCt@6i zppEEF`>UZD1(Wu|bOOwvShgq-e>kpSF_6Fx3vr=%=4YzR_7^C+(^)z@kWzu^#(N zU(O8ASk$nnWf3tR9vw^{Kc98(Qt8sEed<#9#gVaWz&QzP+Q0e8*cg#}$b~U%Y;Y8> zd;S4hx57B`!ElL)9U4TgrJeByh&rU`JOG8hJsLW5lOmO!(rC{JNLv67p!$(2?#`C* ztjBOhcdc8JRk8yTn<9>3F*cDZ3;}{@;-D7t;0a%X297&?VkDfK0Q9xZU4L8g4_f`r35FRl z57kcwqFI#4hsU2fz=-2+YcNL|c3a}{+ycdJUSx*8kUhZ#SPm_FbHTxAD5 z3jyC@r!{&G`C8}z^O_ZkqsRuOndsPJaRNUWdKopJ%i4-YXAZS@1h*tc-pMaJ1oJ(J zhV78ia9uIS*kivK%#pzoaE^ci4>^@EUJ%Jh-#pGm<`wTb3Dm(tL%%Hx8#CGUvP=d0 z*f6xW(}rHOMkjNU&FS{Rw0#-AG4|#oc!Qs^2W$g9Glvox71Td_7^I{n~g#m8R_|dk9dRRX`Eunc4>7k4u1R@6B z$*icNo?|ZYy$FF49VLpewmGWhhaxII0&JWBYa4&_{$nFN6BXrc2Y6cDm}|79K*0kA z0PZY$w61Cnyk|y`XRA+XUV@+^9pi>~IKYedXYCII5xzv!My~t*(@DRtp~*Xd3bksS zeD>-1G(u>-lUKReu}TkHS2~UH0#L?AX=OVULjfGdgJ7Ar7o)bDv2vm)vrL5)j&V>% zFXO8>m$8ciTlA4@L~$Y?!X`Unt%>){A!3+}4Gqjo`c4Lf!ytOeNBKVARSYUa%mJ~jQ^sK#!}1Z`=Fk9H@<_Jq!585TXGv;~EKYTJs)QV}j05e{TtCAz z?VaTeqG(PlnlP@mB1%1yJM#z57Z(?mU;L99 zIY{J1Cd^f2ZEd&moOT=l)!FA>z(rp0AK+S!kU`)`h!8|r^zBug*xA-qX-QA$;*2t~ z()QMfMQ~=pxfw?%Tb|)8#&C!KWY!X0br*ffM*fY6Y>dJ9@W}6+BQGF{j*JKX(m@Xg z>eJTpy#ik8=pQ2M_&_hw*8F9g>JSF>$)0vB^Vs9QweCI+HD^vb7;nc?huRVJw%g<| zKW0Xb@J8(mW2xGkOjtG~Hyn3Pg$6AtoLmM^V$?on&Y4~d;Cl8$^lSEj7cw~mb;fq2 zd>J}h&14f3Y^>Nx!zqbTN3;=rTvxX=?vR{lLesQd&!|S+(9=WuA$fPKi88#Dr>pVQO7Hy_t2j`6EJzne$pq-JRNBD zeBQ};WvAc8Aq@}6pDc*rhO@-!;5^lS}XmMcD z7hB9xG;cp}2iBvXc?yCS{=wh=m3Q_cBfg{h7+%~pSt&4pfw>FMiX)^a2+v4k5e&pd zbQ54qE;0cH8VsqEgmetpc0%xjM2iF(sCOML6C8WeBe=Ovx}1?Sc|}JiCS^)s$0HdD zu*l#(hUYlU$wWg^X?0Ntg~!;#c$Bsha4IklhyzkaK>M9X{!u2xuacu?#&Z+qswFUf zML6auO}JLCPC(NNC2-?DI z0tu|FpL47ft9XD0PMZ@io2O3LfEmTHyx~!kz@IY}eQP`Vp`eVdQ~LUBdk)CjdKIdv zntZ2?zy8_#{(hQh! z()#qp!FEAJ+tw5*3ffwC^Sv>VTc8iDKcAg<+yINR;3aT&hQZ}^qRsHw{3+LbWP*VV znW_WE2XOJ4{77l4q~@@-W+N9mHWQ82b%;~|Ed2ti=;=BIduT$I6>pjohgk#QS)jAvbG8y$0YE0~_-;M#4hIIZmLrNAn-Cw>wXk^8S zH)pADp!3D6{b@JANw1qK51<>jbR%BOz?sn$4T)A9)Ugoyw+J$Ap$*(1ua&{Pvm%O2 zjfE=G9S%TUfH<*swV-c{C^J7g?08jrJq*odfvy_kE<)Cerct#&)E&mHrsmc|?yKy$v%IIKV8 z!|XL%CYy~P4>q>8x|2zUgp9+uIx5CP9-_M#kW2F>TYFplv()3=kc>+94WHm2T@^8V zt>yC>-((OtL}ckHm`{#Y;9P&noV&r*G>TVJ`|3m38Fm3Cn2R806rpLi zT{h5RRFBWkyX@-#F>|Y33~y(8&-mLu&DrE+Xn+jkc~k!lW=DiBV=K#0M=kwu&W*u~ zQ$#itSi=QQK3>;Z$o%Na!XN+6x9@D}BJ|_@YeXBVPllUvVZP@Xe>hbw`%qyuNPsFj zL%5HL9=sG2Sc{*n%MajPn7#=>s9I)(0goeQfu^*i=mpbfX<`wLszD%Z(7Z!ukV|no zqys}lFpTKx0?+j&vPc{DVmC!icr#gy#~jq5tQaENgQWHR^9vzDP?0dl0r_~RB0hfr z^FA2n1$aGfl#+=`8c9_sc4BNTHQdD6h=ItM3F0iB0vx=H_FGk*&lQbH9WRE~xw-U` zHmY-Ua#0=tY=Ud-*4xnEx#eAJ&v;-oaP&QAqDN|G%q`@|_!wR^rj+OZuotAZ;} z_w%41nIv;fvuU0YwZ1nhnmKZcKFL1El*}KWoW?=9E?qOk(MRTGo(xUb0Tbbg%;}JO z8BSRoSp?TOB31fU`{bzWl<6BUWp>C2T8!G6bdt7b&WXs+X?)h8-IM>N9hL3Qm0!(Y zBSS)0E%DGRc!j>R%4Bq4=-{5Y>kl@e9|xB#(BpwF*k}DcW9dl9C4C)fV|)bOYUOHWq?t@SCh7NE-joDHtntMdFHrbzI zY(C%4wd4gCb~jh2*ZZ4seB%TKhke#3L!vRemrrC82aeNSj-Ue4vE+c5uJsZ)3If&V z2x#zEwSA3$<^v!1B5ys;Ir7uMElw)gbiKZ{J6pE)w@I3No!5-ngQ(zJ?R5BTES8u( zHM9lIg2>Eu;ZJ_|SKsj*yckpwwsmcXC0I9=c6U15l zVt7;ndsxMYh(z2O`*dWjC=B4y05GYp9xEAw7>pE}l(TtYsA4rrv>zi0To?lD4;ZRV z>-SaS5_zPX2sEXVlF=@O;Ydi)OJx%FnFmDi06$L@Q4ojMxfh^nMQn&EDs&wMaEzzE z39#car5-7LK{|AMlc)t_WD*oRb-g%XUk4&Tn9|f)#$a4%3v?OwmGtWgL>OZG5}^RP z`jAEiEDVYH@(_W}MrdwXz)NIA0fC)0U*Je78PRkb;d!366V>)1D_qowyM5qNj`{&; z&*7Jdf$;G}ch<*)MULaaiw^PchYz2+-gtHy+Nb?yWkL^gGbcdID7??O02;%Lb|W$! z>&LS-b^}A>qwv@63D;U1cOjt_nVN6c;W8g7XT@IYYa8JMo^U2c`VlbY*BTM`0A3Li zdQy0fkB44(a$O_mbYf17T3BfHwNc6b#QeAQc+OJn8dbdpmS+ zu#P?FX&cxxKp7vey(Ad$pjFkj6N^GMF#OvFH_>RZMQ`mBZn|2dY{ z(gzO2sAU`uCURP#a}YRNGHK+k&Sm;?FpzQn!V#fg8KY=Wbmr(>fN8y*(W@gGxd`XW z3+dP;(R*}{fktO|Fh4hzu`Hi)B759u{syTW6SSl2^qZ57U*rQ_0Ib4VMV@Bfn(X?;a}SWxZXolcZ;^nVt) zjuYAP%D82ZPBSNgK(`I%j&#wCNFRYqW?^FR1${-}oN?oKpqHXYN3@y?!=?>}kbKQ( zPaZe|=a=U-;&{<)VXjAiy3a__TbUp=1oU#6M;8HCoZdUp{m9O0Q--OLaCA=0%uX<* zED}DDqq^KtsKD`c8BR-%iErC@pnUVXt!P6@d)W_06_JAsmc zm+jR*M}~aRP55Q5o(AY!4m*Pl>oV15cNgOfSvYyTS4N6D3S#EK^4m8@eZ(dqvjN@{c@!&&b{fU0=q!jwp(5BkJ`8lK z4}dX&h3C5r$Wg50EM`g!Xc>*|mlK;%rz!3*baj0u zU`>nRZWUwJJ_C|K`;}Gb!Ky@TtHd-AK?l3k(F|^~2y2 z5RaaO)_Z&7AtlePZU#`!-jBe9KMav9fOvxA^?!J%q17htHG>sDrT)7ouX|;3Yy; z5JrI&a=8ZR5o&S)IJ?}EcObHx`6!-ZsHN)}de?17CSAjkk_uUgN>$gh1d1oV&rptp_-_T)Naury`;*!<}Yr-m~jaxw*DF<()x=35*W84&3(A~hzN z2dn^Qw0p*^ea4>7wU9CW8^3!Q z3Ha3~UWJCtk;l$zkBlmy?MQNyOipDzjn~*_km_^L7|`2Yp<@N`aqntGMbCCBSocR;psl~*-~>nTF`pZ+fQBO>c=1xR0!JKBL+;eW z+{a0i(Uh$~D}1@QyN**nwpCfSn*}TGA$I~W?ZZsl?9>S`7_H<_f9BqG=KOBChuoM~ zqu=0-+7f~aFFAlPoF2j+IEKFN&7Zj}T9SKPyFq8kQ2N&oxo}+_&YFyaGb7X` z(ILi{pb2(hg+qSK!F~APBvXzPI_lK9{oq5*4m@*s3`YgFdj5!XHoUf_S3#yqdVDhH z8uGbiS<1oxs#16bN@bnR)%~!~z3#D{nBg`rbE3<} zCAg&9XBi*;a$u2Qz)5@xyy-s~VQcXUjxYSquYU0k^LMPrQ2uxVj2WSsrA}tXSEU^= z4hRNcIOugmNbUp`3}t9z*01R&^jjaO5e*GC&B#bH;RD7JmEN z)-u-IzSCA=X1p~tF_dIg)F2(NdeJ%vXTaau;7wW!!Ss(OXJtrFzDs*s5wvX?1jHvG zVUiTS@ppgd9EWJ6R?z_HFm7my8nZP~TVFQTH>Sgbc!8P24<%(g%7ef93d_zAeshfu=OU7j^=!^#p zBxB0!eto#tJ-Hk{V#%NxlgI@KNhhho#-H4tc@p?h2}@SA%h3~&8UWw{%0PA}&XF}< z2E9f)JrHEC``d>qJ;yhZ1zkdHA_eH_d4+n^{F!bH?90T}}xiOAT z?URuJ!~_h`0&H7*C^kg|keoS=o~X_|MqyvP?l_Z*8;9qfAN0yN=@U@r+yEO6p+d7h zsx)KC1*YBhXVF}pvhYh(zZV+FK+s9^>$CkMx2>KI!Oeqw0Ud^uP?oggwzCW*hYJ0d87far&F5LQh4`?~?%)f#y7>&b$dhb)&R8_u!loDMacmwq`{ z3<@Wk@jyd#qQ8}m%#(vHg*UJ4R0{!H$^| zYF;uP=%58yN(UH44jpxwiV!z5#_jOW zGTTz<$==M($#jfbCYc2pV<&y$t?$($2reAR#Wv9;^y*K>@$jh5ibF8A9n)EkePy51 z7~0_%T(A{z=7>OcI-7=SD`8z$NDBZ!~K^?K@2&D+2g{xRSzvr#n3=daSQYIMqsR$l~A+|v|X=B5a%N*#$ zScgBAI?q38UX|kvs_3Q5F}cnT0rbIJMTz*b9bS32r<&0PG`3L9&OQKAY9BaqUFS_d zdzO5bI$=EgV`&vFy>d&qV6{F4Ps2-e&g%;gvz$|j;icg181cDf!JB}W?$6{T<5+$TSWtBi+;S;z)6Razh=o*sJMHoP7mJ=mHlk0idfjZZFGu z=A)pmkLHXl)e)Q*(Jofz7;k!PzTBm1G2n+6`Alj(9#3_~cCPdM0A2f(={uPLf+Iqe z{YkVKer>J*n)DN%G6v){Bkg)SL;dRDp!zYtC|FQia330t!;p5v)48-Mv&Qg|YkDc= zzq0Hgp{un0)N?rKx3SA6GE5vn&Tpn2S&j3R{_ug`d)_>UgC;^RwCDJX^bhyqu!K(b zp^x=_*96akYjBW*{Q2T``f2oCQR&;)2VJVbS6P~|+%tkPy2%0DjqL311plM&@c#OG z)Mu>5q2kO~DwOut#$$NOI7ftvKZ>92mk${-AH|<>&N3c)81jYZqR#O=4WWjB#t)?t zkSTU9Z*uW!Yz$-A=dI_bJ9ZMF36{`wZ7rCZd7~R!#CAB`#`Df?2|hFb1a>O!FE7rg z$A!!{`0#XdF+D%rOkW%^j`{8`@;@Kj@fi6ImdTWoV_E6l$g+7VS~DiuAekxY?>BdJLn&YBgsg~4 zdl|Od;1**Jw`4oqXMAvO;a9(U^^SpZKCc0Zu%uA{g9!IiqPJ0i#h_d3bc$I3Aw&Fp z;xV35%{&BaElb_^Y=G}SjVg3!@d5+}vnQ3M55}d%Oo$PIrYsbLr!Eal7=b9yiw8^T z9jNf#`_G+t&zg_0&Ok}g)Iki{@mZXJ2&OZTjS*qL`#9EqeMWH|UC7W8M9zS5%)BXz z!s+;QavG*u#~x`H$Eqr&;N0+*>)~c>M+b32q6D*4BLK&2C(B_m;oOcvZL}JYbPm2T z+jq>f6%Fv*Zmw-(i8q=_i*f;{b`pOLiCm=8Si* zG9Jj8pOl%%7kxRJc*2;9Xm?|*I1s=ceHf1nA#x!Vx-h*yIt&fUR?jIAmPb7}hAa0x~q0 zZ84VX$TVOFEDZ1G$enhjSjiKmRkS4A!1-}7Pt$&hxMWipbW0_i7!k5I)JmXj{IvW4 znHZCdiH-v*jziPbaXJ`b`i!U6a=q6vN}uM&fnq!rN~*0vLkMJ7fHibL4zTgc4~I-t zi?($jLpQRhq8YZxemRbp&U=w7GQkL50jm5k77Pd-5s?}D^c-DdFmq3%<Nxs&~)qutEgk<79J zBH3{|qR7iK3*73`OB_J+klG#n#xc#c3e?Wd&nqANB=>qwgEJ&r4gDg6B3n`JUW~PK z8SrB{#`RO~ZK^gmYg4M-Q{{v?j5(qULhN)YencM7&rXR()1jv<+CvR~W`JBQqSUUAic`2O31u)LwDWM2Tkq*Ll%_$xZ1FVn)SW0~< zV9<{vGbN>Klp}Z)7YNQ$7XVd+X-&f(cxe?(vF@qzo)MA;WH2}>QgBj*-A^1K@y=Ui zbb+M4rOhi;nXd<$%tsi2j&s^QK!may1K|~=aDt@!@bV;}tR?^_c-P%QaPu&VNYW+& z@a0Q%#TL|K|13f*QE<3M4Ya^;Nd)jAroG@?g}fd-6-$ldq0=}=;+zfp8G3Kj9t`m=Nw zXNM8fKVAXyuV3%yy2v3QOS>F575-y;2lkEycudjLRah&^)?OlIPGgiF(Daa)%#;o@6fy{k zH#sb5u1cT&oL*iO9Pp|UY-H8<^xU%)Z1LgLckM2KX&KIZ@tJJpl7b+pYsSG6v|3JcWrhxARgz!l7ObigJWBKEpa|^a2lHYb{bC9$;kD0l#rDEW6S5p1BeIu)_pCz^MJm zlQ9lQMwPbZAN4greJqQtCE91GUAMinTL=8(r_aR$4urMXZ@+xqjM-oR^!xUSC}i2X zFu=AS8tnyBG8Xh4nBy;DsG-k%)Bvd3#$S3O14q6ThtVDSwHCQ|-^`J)QwWc}-o8GX z_V)KWAH{(_Co`N8pEW=TE{*km4n?pajOCPC&eA8`gxzF{jKL4?o`_W;ShtRbryM}b zB@Ro{4-9~3f-jgm9InW@d8Y4e56sHn3fb^h^}4K~U`*Wtqm5UxTjUVdp}(Ml9Ir)w zJdMu5MF)GEJrT}s9KOoqT*e$4p`~XP$O4iD4ino$j%9Q>DCE^4I%A31G3VpVgyCSS z6&c%Q(O3VlMJD>>>@;+|>ynu9ba^({aFo%h>H7SWLN5){hItHKueet4(37qy9xfl# zmS7{dmM*11_`2|WKl$<k#N!Lo!_-#BJ4pdfx|;z4E)1opB6J<23NLjqdkjVag{VR*YAewd5(2y`SO^0IL=_D3D8z^$MX(gF zARg}xSn<}RHvo$76_a2PqeTGOQKu~dBgzB#{7&JdYY=d@U)lN8Xd+V~vY~{G72_?X zEpqX_Eh?_%O>tfrFOH1jC_u~e)gB?Y?%_q~IYtbU`ECTL2;X|f>xJoaa{=4^}}i6P|S8GY-g+$BK%9_!J#5Js*N|+HUqp< z4HOU&dGq=#U2qtH2cx|lkDkZN$zYtEolkMd0fTP63usVSG?xj%Ghl^gKJzdHN`cqA z`C+h}?njxs&Ku`Jijq9xNedY>C$#4HDE6Ts=4>yzbySDo^r>W_Uyle5-@gh-Ztptb zYq7MTWQ?)MlX17cS5ZtKPYktb&WN2Em7J&#*NLXHV6K;k(QW?2yqmWTEH z&HE2^1iQ;3pBalIZAF{f83|L>_yMK7r+Y1pac7+5*Z8FI$h<>jM8pgrN5r#{y?FV? z4QO`);;r+@xLdiO_C!JW#wlaqRmF3D-vqQdDrAQ<3MuH0V>NrecG{(L^r!L?UQ-%I z1<$40jZ5{tLw3l6=d9P^%N%tFSYQHuA~%fKS6>_@ij4D-&lp0qQLobFr_h4TH0ljd z$s9$3D+em79bRKipX{~}^5SCJKRjsUdLLP+a~J^r82Y=9jL3|TG0y*UoK@Kv85Th7 zOeG*GqW45D)$FVJVOSVaXgHS4t(cypvzozy5o)U#B-UZ&*yO<$lfw%-qIT9 zLyC12+^((0Y0mYY7G~ZuGmi6h@Qf^@42x*J`{1MBEmTWCmRINxy34e9)G^uQ%wa4? z>%g)~-XEXha71qCh$B#CdGMviEEr=cLtjfVys(2|CiC&>y4)fgC(8(v7_mN(CN$vu z9PMvStNDF#KC(M!`791gFa&0BO32JO^FNMDaF1i-cgBT7Y-fp=he5#=#ma069O4+z zB2T6y_wd)>=8WE!29DxnSiV6Ya?1u;UbT%;gzPf~pZL*2zRi{J9uE=-M0eB^t*?yi zFC6CZz;lI+E5$yuj=p9d&Dw?@mg8Jo{Z4=SDPm`QT_VeTc^sm6L9gi95&&ExkHbdB zxyU@wlP!ad9A?|4IRNynj%ehEzFBf2gZFV-*bhz(TLcI3$5>z}CwVOIMph$tHEOvY zR$HDCs4V=W-~Y9D(y9J(mUw{=$Kjjm+{FN; zbt{0%5t60wG$w{<6oOf|VKf|`qdMJz2%}&Tue!^jQ51TvO}2579p7<$I9-HmJz&h4 zGB2K}c75J7bYux1PtMK)*kfxLkhR>A%j%4H8l3NqOJts30{C~+mtVY!ld{t^DCNh) zz5V?tU1pQ}dDqXmAKe+c^YBULX5ZGsv@KF6Q;fj-kDnU_?8F&!=uRLs3hLNfr_4D! zUutu;&WJhu^rIs^pCUu!m{`#oC+gq){C(5V^upX22lHUS(28fR&`3JpMZ1X_MUGB= z67h2&ycoyD@Ucrkp{EGU{3yAM4x{w5A3lZ?V|hq)*|q7=fw8gXtoB7j+#J(X|)aqldG~IX}|oQskbvMb}9fhh{T0kWiPbHE>DU5J8GRJ_^Dto~oox^mM`S7Tad70RefHVQ*eF(Yc#`1i zK3Fr1$%s4!62a*-4AWpS!|o^Ik^V)L()A)^GCJ0&=`b8;yxhkTfTzQe=Qxh1wdIzs z?>9Qn?{FjRZ9rhT;p?{t)0c1d>U7Yp=f|5kXt5p3G1!?`T(jx)Eb;i-NB*7Ne4n@CPBpsc#MHMchrQ?a|mJA-fWawc= zw}FPAHOi&QI7h;+BD6sNZWj#}7>|q(p22j>WN;Ji(9e-Q7(1`ZoLsl?kN@6pzdJs+ zRcvAMz=N4Onw*QOS_29S96KU@G{G_bYOs@li5+QqIc0! z*Sx|F0xG5Gkbh~NrcXmC4>{n4oy3Cy_B?hT&-VdT5etCgjq=t^X#%<&n5OQkgO zh-BCk3KVUFszZ};5tOlIh+#C|0a6DC+xhOXska)2j8m0%w`^rxjXL6Z04MxtS~K9_ z9B1R;G}KEAtYP_JI?7i8!lV?ch76ZKPm#(?A1$I(V_r15I}!hcIrbXax)=%F>fjjYo+ z`jvBQDULz2Bx0*2W3CRzSjYyDB4cmDztSb+Y(ZV-i4XM9XXa)}fgwjn0JXT_$#5&v z+c$@8A1>S_n!;B`MplR+DR0`Y-7C_&BU9iyDO$X#6C4_fEG-Lc#wb`T7P*J`F&0;K zE~N3Vu7@*X{*D&yzTwc+k1dW*5305k#qEZ+(F=RUIWjw2V~u(veJMBul=M?J$hx}Y zTxGF1!y>^;6I7+zM|Kac1oMd;4|NEF)~ifgq0! z8iFI_gG~O)kG`3{{pPF6P%}B{W6)>l0fTBi+<`%M1N9U}&SVVz-rhl%*PO(89^B-F zh-T;FM0j6Zi6gjRDT}kT(Le@1)X@t4txY$ooFn5;!N8Sff)+zpfeU?wcZUZuEgXx5 z%yFl4V7T$&_0dtCJzHQeqF4A}Tl3D&Zfrv^h)vK>bcZ8{9pcS%u_2yl&>H%l zty%euuv-uF!(cNsyb@b9BsUyrB1$FLjIUCAh8!UnEp0KvJ&h><-7~#IoNmo}lHPV; z%SKaOlo(-nav5H|9qVrtGJjTK^dH@+;v<-GE977(fLb(wKahwkQE`ZZsYeHgH58sY zWj)DOxmF`)b}sfj<8ABA0ST$n#W0ItGosdmL^NId46sSbNRRbIr3%VeC!%1st}&+Q z&}!+7OB$yhU4-0L6B!L@W}tHzuU(;@c0^PjU<{?mw18NKh{|B(44>Irbj6pS=l#vNJ^AkK*E<|AAHlTfSlWCWz@ z^=Xeh1(8xT=i$H*%FsA8GDZgodBT;nt3!3R6206#4r9nrp$BlMxY6S}8=@g{XgzxD zjtFleOXx${Er<9A91a73GAuuR|GCkk&s6$D%rw=g$Gw#7L*|dyuM!ohT|f)6WBGwB zaS#*!bPHvKdezYYNL;D@AOact`Gj zh@)ZdI%Y^kYHuSuUuT>u!|~3O7f;T^%k*)0xE+3rY^0Zi2XPKL_qM9O+TSXT6-EL? zK%*#DU4rADtuI>pRD)v6A%nIPzN<;#s5Yw3ykrg{eleho{;10Dwyg-z-12%1WY&*MR9<3_MV+lb$}i3n%pV z`@_Rs4T-~vEFsw)A&uT>ECO{O+1=ZT^A)--#VK8yQ|K65kbBKvrp#-5bG!0@KG!$O z=zQ0<4-?7e*9E}dw6hEdcl$P7%UiONpi(Hclv{~GKGqGIlwT@w!l}f zzo;<^XcmXb62K=b_|3@60Chij1}lrn_zIA0<%4CGf*2S0YRlo1xn<7A$f+Z1mM3g0 z#(=Khleh3DT{RUhd(}eKV4b!rZ@C7Kq{zoM%t4>)n>d(}QBIhmSylHxfB&)1bD)=R zEOpv@oqoymR_FpXa?W1MgFQIu<&<&^V@e6 zljWyOV;$tao(F<4?ABzw>J=*UyhAaY{&y5+djCF7ZB>^T%Dg?mfE%JW^P#*zR^%r&Y%Pld0Chl$zpJiR07n=ZO5UoqPuE*lF{W29 z4uCY(NOjIn-+cKx21W{bqy#OQeEs$)z!cCC*;E)JycwSZW*p%v+5r$EAE&eC!jEpAWzQ33D99IO&?lKup>G|U0S5%u@)^ny ztRAoe6OoW*3I`>Ko_L@lJ941!rr|Q)nU~8c#J>M<1(FQs&rc#aGNb6Zp^gbUSo3UTl`)bR1$OAb*<{?k93rHB zps6C6oOWn^*j|1S zU}QUVbrP18;9U4-tSWZ#QiiHUKhZVD0)D`eZ{Hp?Bc~uqW(EiXqpiq-VktBui-H5i zZ=xO*$X782W7}i;%J%{cKupGh-r>gpJpXEDC{U5@ziO2js?apbYd?y%psp} zB4TC|#ECpPWeR}U_zxK=ID4Zy( zYYZ9LUcgc6%vLU5JAol!qNTt5=?`JdcvPX(xOI4klVp5R{!w@*4KK=Rq?dcG%PomO zqF`0B+$)N(H_>DLzCZRbi}7#+5!^T(EVK^etXF*f=CGg#Oc`h?$e;i4p}^{38$}p| zW!YZq2&pJo0Se&W-3~+ZyHq#85Z$OKXC&<}2DZWU!Hh78lR|L&IMED(cgc&Cmcs5fN~MpquXWnx@OKE2i~(aN%Obiqc`mUdRV^+THYMa~DFKg5z+n@%)DPPvd zR~z+dQ99LHtjrJa11w}_7=*FS=+p68j9Qc@bY;-c2iS;;&_mG-V5cwAcVqxFMihHj zdRvPnE97%Ge6XCO=7gNc#-N2Qdn&?3AWk0)84DiLqKt9VYf{ zkx~F|uIXy@N+j%_SFevM2jpWfk&b(SB0#K@oBM1LrJvRb6=b6AI8ASyL`TOn;L4+C&$6_*5n(dq=-y7(CNTN zz@bEA(Oa}5*D{8d5Z`}1X$GrHC+UkLt0n_KEp42hN7gb|QKIo2DFRG?j3Paw<0p|9 z&L)S|ajvp9j>(1@mLlx9=u;UZi;JNnT;@o{WVDt+tpMziZIkJ%oJY0;edP)H16gV<3WS4y*j-S$B2_*8SZl&Zt{=* zoD(vw9)xq(?SXk$6GYBLwYJvEM%K~Jcq483{&ITCSQJJwoU7rfenheNPtp7Mxt>A3 z6dK5!7C%DU%Y1f_;72e-Pg;AzCa@*N9zoq$Plt1ix|19QR>tWC$7O`fSMej;LeHwJ zFd&_w1Nk)x`pHJfcEcl&+$F0FHEffi!dng?{HlzmM^QS5fZVc`zGI*2Y=yp@4$h#1 zy*LF6U%%deXR|t^%ey#sLRcoS7DiAQUh}KH&HO!A#fzI0103%yos9k6H@R-D>7KJN zz#0KzrBL>1dn9X(o6bTw*DBlr7!-jLHrSXofuhZ&!Yf}wLePJLZ*D5Tl<}{s^q08`cv>?4XlbALAPZ~b*kc+8sD^w`IN4y zs*DeV^lc9_p*xS0!a$Da6^D5tHUlYr!pJL95lI0c6{Ead0Ln|JB+^f!MNz?BfI?OJ z5O^nBIc0A=YLwF;I%I52=q&96G)oh2;-pB)I^~RmgW)P}?U&uy+Mc%JtrF}yBC8wI zVWNmvua5HbYTAGGX1a*9E7sYL5&81<>uEQU>sBH#ys{n1QL&7;wdS)JE7yp~7(E3k zwgfWbhX;od@=+Kkng^cNY8m@ihlc?%>$FZF93Un$qPQhwEe{ChdA_5#92g3~v0wx# z8DTd!>8{-vBawLxZWKiE%ZE69fSN%C+SVi)=tf=95Jf23miB)0`XGF~t5fKioe% zTKIghe;8gn1X#TH$`dxv>>#y^>{%fE! zZf6}BFS#dM`{CP300VF+Mgm-)K7TInIBvilfFO)HFxuqpb&S6C+O^Qtk_hMQ^_%cL za>w{H`V5Ap2)jE(7Pfr83Yhp#F%MbfOq$RBP8{{f2w+@z8oJSn?0lw>lXHq*w^tVd z$Mr_f9wg#HE@Z4{isy6uv^J{X2~v8Dt^mNU6%mYR36BqUV;n<^3r~#iH*ke+D#qe$F~*!j##LYDk*253fcB5R{xW=c|8l64r9I#*S{-Yz zX)4adUF7^CJd<^B=0l9%#qIR7@4m16%WRzlfLnZ)aqVw!XKZ5^j5S`yTc6gDEoZF+ zSNtxZ!drSKJ3=pEXP1OR2gaLtvuCWOHn1lU~2;NsRhL z$GH%a%(g;3ZEzMu(2OPLnjwqGS8vHDI-0jicr^nuFLozzNazL}V0cC`>Qs8rUA&Pt z=fDbhU@knykk`Q)4%ff_tDn|^rz5-Dt1XVr{9U}> z#|*QnsyG!q{GB!8J2xHeA5@^e`*7B@hBX@1@(kBm?%j_eY6O;X5QJ_+hy?Q}34vlI zUZ@C{A{vhh&AW_E`_?L~%SjtEYAtNYedhSu3#Z^w(oY$B=4^|b>iG~W zpGu7b7{B|dV+(-Dk{rdm?%_Qdn8;olQeUmo&&8DN)sg3eQ=BM3#x0xl`qg3RpSk33 z86+ORD2%LVo1!ylitrdu^!@Jrhw_+w^{|sDvo$!f|2pGfFo7|E%g5z|&p8kbu0og^ z|3oJY$g2Ixcf5SYbfZ8b9VbenhxX5FLrM+Mb7~l%oVKsOeB1ex zJqph;6vf#MAll-PqCWsq?B;2KE!^~Ze#kc-p)CLkTkG72D6B){H4qb#b^BWS)4#MWDigUW!b5k4dNX`O#_bQT1CwEV+B?Z*-AX>`#v z#^xmSy-BqDd`~CGu9%)BkSk=CR_7l|d(Omsbc6`!(Sx7<{JW;`(Vx?quM6gC5EPE)(vFo8;t*WN zSd$@llY=OXsOv3_lYZ=c{ zDqF#kqnpmY?8>K$8u0K8mGa87Z&fps6QH5AKU|p^%Q8 zqb**tIrst}p3|R4s6yriXE@zDsxL^PA z*HPx>%skO*45W2OM;D5EkWRsx!Yfs|QqcfZIzuD`XfY2^iI{m;lt8p4dNe*vlwxuS zgu_tmeQqIOeplQQ+J_2ZP=w4Dl-I9i8N%eyN-D`&)~^nCV{G>usRFBSzxlfJBVbzq zlhB4%lt`3peHnul#xVZI!}D(HKYXC{09PbHFpQ74eBk z`powIIFXSR>%bxn^2Oll7f9V^T;xqOz~lebAAQ}d5jt9K|&PLU_QMI+TSKhc(Bb{hf zcVy4Lsk6{Gk z9@*sZ#-1m_;uza?bD!}7X%*3lyyK*<1{-3U>I~4m#nsRuB=2KPBO9E|z3tu5HZq%m z*~cs$4ci{?f^C@-eOeDKo}b6@%X5!6;Xfn8aBP%bqN3f%72sx==@19#>NEhg;BK$W+$||(dbK%l0Z#;r zYjGUb!#8uqst9@LZ|6+(IPJJK^Wr>l(iEgB%54zv_kQE+cZAlusI_bcfe|Mlj0CXJ zh~F7flOPBxEcONUvh^RP;XT>A4c4lzAnw~lpM}xP>*qE&C z3q58vPQk|3?z9*1-OJw|q@c>3!{G1;Yq=gqAccAm#R0-1I-qG>uaE4BjRO!y*we}h zdHXg7IqiJ;_EnF66*+pWC?&)IM%@~=;yfux+n>Ju=FRl>=rH#jrLR|U5)!pWh%j;? za}_>U5)026j{ptYNbAY4@N|ul>$#IQ(2(&UJ3MBQUe^>OK#FvLjC9}Y zj6;DD$HZQJWBTT+x046cIM4od=p_A$=CU!I6dtu=AN!E!=M#mdPiZVVh|Z!(DQ$&c zoC_&lODb*#@Lxx+UPU(WUV2(4`(b!cqKN0Fti zJzszMMWaOux)B5W_U)U}I75nzOg)p}BE0?P>o3Y{d{C%n-LC~U(NjfH!_kl}kwNhs zeEf|wQo|Pc3LnW_x4%R#y7Oc4Y5MBRuliYcXk^SBU*IBYlHrhHQrt!!L<8``au}zh z&Rlr88-w1be8s>qu(lR`4n_!&IjqKTlPGU4Z7N9GjEq?uetL}I5z(Tns`CK!eT>BG zgN^CS=sC<-S&zQp)kYll=)?Zej6NeX#(7sTX99AAs}%WGe2ib`aZo6LfCd>tbfBY+2iqaJ4MsxKuj!s#5u{!(i~?| z;3?Y$r+nALtYVWChzmSgyA?cQgWxw@jY1^)$-B0}ZJ;#$C!+AsV9EBILm(A~i4Gc!{0C zoo3>yfiushKqy)IujkF^8u(A&f9xSKq80+Nv$Ya_+)W?i2mlgJgSJk>+?93f%TgnR z&bE>Wc7)5?lyzQ(EBUgKjmkw{wSAE>*@<#KPai&=lrTWR`i9h+Vj9GxY}T9@KvAM` zDs%vn90-EnXfI=qZf8tkM&`K}KxG69s+k|JG4VthXxyTi+t9?`O6#y)w{uN|NV@jZ zr{g$57X=!MCn|rga*lI)o#XAErVuj^{p`od8IKzjHIMYPmo+QvaH2RTgQ*-AO;St_ z#AzHW8I%3p{g7#F6LbcE8U`uitBbQ5)LhQRQyj{QSCT6F&?@8%QtUosQtdOvL2ls75Mlz7eKF5 z5NBg2v?ar*XX+O`)MPj@3@?aqjIoGY<^FH{>aVnafFivIY+dX9F#7!_<00#>;&d`> z*7%POj|zs269>DyMIr;9R)^L=&lW=w(DL$n?%l7G>IZ;s?u1UcS9_}qG4hXhbuKqH zSEe8R%D2wBMx%854Co4n11V*qoVu>_c!cw$ZA+ebW#72Izc|{Oe)F3IUNPdF2PbI$#;<(Y=YcE+uN2Dd zq)#&Q`qfS|9iDF>I1te;E<8n6_d=VIj(21$=kzF!fQec2_w-Fp+hOR+p;KEV(CeA; z3Cip=5_rle=K41R~u*7TKV?@Wf6W0S{bU_?5Q@ z?{vzj`Va)!3M578P!WX+rypQdlGX zXrCdYC}MdX;OXg3^)i`vo{!2!2hXTZA6v)lcQqb77szfL1}DLuv}dK`G7?V@{#1IT?>NW@BfdoirqZ zlxll=QZ+wUuUn0QA}9}Lu#XdPp$jk&v2?p#=xW_qx`@H$bxYAQM7Fq%bKeQ2^wL5U zGmcs4mybHndcbKH2#7RgXIjjbaq;>cU?Jt_=~vH*+#D^u7@7oi%adQ6K9zn%U9I9i z*lk)@BxgBCjfQnt%EYs!2#h8J_nbctLxxvH!V309Rm#woQNgn=L*$;rIC7i2O#8#LY)k0VG?69oedpjZARr7*~-zLxo1wxvSIY%2sLgDvklZE<}zv zJ0cs--9uyt)On)UmtTE7IdVEz8ComDMejfVcpaV32hnBY5iO1Smiy_m1A@>aatly7 z(~gv-*PI-EK1aqyP@D;luAMEhpnbBSB_0pCu}i^@i9YKgW0QTljI2oGll?9?u6vBL z!q)(F#%QVV?)oZvY-#eL#!6*-1ghJp$ToU}EWwHM+#9(HK3zmNVQH6_YOEAh{W5~% zoVWNYI;FlvL6u7DE{SCxp>X9?khL7WAx9SpPGt0CVXUvxr>?6;z7&D>)WgV~qfxbC zCy4@F_|P3I853ivD9cU<4v*yt+kCr&CAu!Nheq_QwHy&lxB(-{w&#ABcQX+&unT^k z6IDjWZm!NVu0*sMbL*)xpV`ul2N*Gsiah%ut$eTG)w=TBbNC$F00%9b%$!`#iFv|! zk+$F=tj=|z<6OoXT_ERV6b{?w1{di%8KN`pgKee)4+spL6(~8HdVSmJbWxM=6EE42 zzxEh)kLZlS7ef;dh=jqpf^i@+E*3KEq>ktCi67T|UChOrKJa=A^$VX-HU;q45 zE8c;?*KhXYG%QTN{gZDq!1?K)|BIhafA4SqC`_22{`ddk|0&;zYDJ*Dlz5*0hmrY= z!J%H#A6`;Nm}1tzQuQNy08{~Q8^{}>>mT_Y@pz?-MU7y7cbU(;!n1xxX#L(_+?sa) z?LQxn4gdM9A1M#a81lLC5F|`h$YA`g7ZHrH<`36JaPn9G^s(Q&KGyN*-zWJ#7x;es zPPzZBd-6YD_3xK=efu3qdb!3tJRyzer|6{_l$RTP-!&QZdzl5pKww2@=!G7>e`&Dy z%;=>VuR+JOkk0B%ac0t2`_E_AUiHTq=^HKFJ8SC~@A*v2Ejsa6u6IA<-8uDRZCI-s zQ3=^l6vKfUg(VNhq6kh5{kxDGwc#R~wGk1omg=A(W0 z``F8~u@${}nprYk- z4&01k*7s~KUhUol^y%K0&)nz741G4cBVFfZBtFyEOP~25U3ARWXMI6td%5d<_VO|v zqT@Ol!(Yf;J~I^m`{mVn`7YO(gZuR9<+JfK{`SkPAO9ciX=_~5Z)R=1+++z!VVx+L zJeh|k6wc+p$>UMgC%}+m0$S!?v^7_a8WX3|E81Mp*M|07;$<9t&ks4Rtotl&yL zM&t41OLbb+1uXo*PriC50&=GE*fS}W8ILjE($*%gbg3YG9S;eiFh_dB6U@Ggp`Wc0 zen@8?f{!FpLOk}6C`43Xqq_B}PJ)Px*Xc2b()GLx1v{cR=L1X4I0WTq?@y;Ud+XEI z_TKb=|BwIETsM?~umDmo%oWK*jzTzwXDFuh@yw{t3>aQ2~j4h=fc#zPFaW9&gMTI^KNO``Z3c zWDIQ@@ud%AD%cpGvA&EWZ@(N%-aEJa8}#{2kOd!y}q=69cu8;8-) zyAQnig#$9$%8&2U*>HFVFFM`68N2@*&+PqW%=r&3VF!BqqV4L+?a; zKB=6O7vKBO1?c1c{yp01efgjM;TrqswH|D<)!A0e8O<`x>VW(210LjrGvfP5Z0D}8 za^t1VaqoEfefCpreYs}Vf21^Hk`c;Sf~)!|jdHK=%?TZhdq&4uyRIQG%}jP)gMW;2 z2arGVkp^pT(B^;nzxba`3$Y9T{l8AY8!_KoSMcd+l8=+^-IjffjiF_m7-IDYGAT55RDS!% zU%WG^i_3)nX;Av~Bw_wwp2>w63!^%4ws+B%BNKL1-$OjW6RF%>=lpI3ZDmP~t?FiH znP0_N-!$DI^&{P2t+8o^Ow-{PQYYH87Il(H-_fhT`?r3Q!9Ps@(f{MWXu%YAU_9%h zyD!(wlzCPuI#ambpI?0Ef5u*AfBAm)g;^6G0I3fiD?Tgi;MtF>anUK;YspJ+a#4KOM{vCMnE*XE37VPoEN zd&Y@Qv&h4|T1>j$0CI`3%O?*^UqvGT$zE&bv?pQTgpgC{S4Ywv&X z`JlJ^$QIz%hjGoE!nT>~I_$iYFYTd+xBBjA^3qRv>Zc>}8ndcnncq9^v`eqaYvs(f z`48XSYkV_Wde1FwzwP#O<4L>tmp;*!JKfZoX&}aNU{`2?veCFJ@jeIv`0FOtz?ay^D^hYD<^suSlGn9BE zf^_X{PBMEksrZP;!zuK?;f#!XWf~cgffw#|yPwk59cjmW>NKVwANy`lX3)@&zh~|G z+co66vY)ogmwdjnz7jdkb?I9Va+RYD~CjW?M43+EN`yx9-*!sKKi0aM% zpZw!LnJ&)Gr~l7?`!6R?^h3bho%ZbLvh6h(N(l40OtR$;^2Z3fU;jRL&W8ioGO9^2 zw4m0Wd1oIOi$}}O*2j=r3R8$G@V1WLLTz*VwQt|Nlg44`E&6*f zisM`l5BI0T{k?b$swxwuXXvWv*0(IcFHWD+xm0$zHT9sABYT5)Cl!U(1g!CCv-`B; z2=E@djVYdn!aGsB{esr08Dj-v48Ee3^D~FhOw-@`^>3!zo6G4x`Op4&20zxgrB)0a z2wL}3oQIL)V3-JK2*SX*HkW0r`M-(cZitPrKxqhUJ}1>>=TIQg6ToeyXs+#T{Z?xf zV1TqAkx_-4()gFpv~4_24|1ad2aZ97EVMF4>tjw`(&PYb%pRaU48a(8j~k5W6^Juw z3^rd%sDDD54%^1e6IDSD&b8S&riEEn!hmK`4M8P)5@ItT^|@5~XgA}@9bFenTT*L) z*jM@U|IbSc`WgM9tKsX{xXh)%;j{ExI^{ZT%|N2}=6_YmKRt^D&E^EV#ji;U*}F^3rd>id`c zsNox7W4cOoaXK{?*UtWX8=xGi<1l(weccKgJ zad7L9Xg9a(r*bxkgeh$ktvlxM#x+CUb5AarWinzuo4vFD*x1o_W>761kqNJ^Q|CP& zk9Jr_uSy`S%AI!6Bcdw%e|`|dOTzWY9(S-!&$ z29-gx@0(7~WJ#8cK9={TP56?bRQ@us!HX9<^qL{ZGx`iY8b3p}U%u~L@Q)6T{(sp< zzDIxe=ek)tV+_BPUD#!8bl=p6Oy!Qyh79#{{p7kDwvJ_x)A;&X`jttwjx5-*EaK(L zK!s8F4`Z$@=X10rLzV0NUAb)ELv{yUGFD^Gy=np~LPOt5Z>QCNG&`xk_P$?#Ycqe z2#zPss6@8UmeNIvGFTI}_Am}HsnN>>TTGG86<}OBktf>JG)LOh&UQRKYa=4_Z{HkD z7cu_-*?<0L-N;{ILo`YofW>S+1vXu#uX;yi8HNsEz_`I=@9`4*K7_mse<2vJwn~;y zy|?hn@2(2*a@!Dw5}P0n0q;Hef`aJY4<2@l-iv?|aNtA{jRS4#!RBvg07z504j?Je z@?eS@3iCAI{M1{^yLkQSM)akOglbfOq-#3`58MV#=G+q++$qh{;~dO zOvcS1nFBuQx4bJ)jLAG+=tDm8yRo1dSt_M+&+NMLIlucs--7tdJHzdMf8%rI;^lp& zCv7v=)aayfxFOAnhtkn?m~-7|d&rIX^p*L@h@n}jTKf1K_r~XFJ>JK--CqNpzdLU2 z`p}$m!7p^F^Uq)AW$wn9ANRU$cE8MxYjbz52~F~=>&QI=YO7;)4BhjcIgh#K-pD#& zhi;0`wu8skS3U*0P0>Zp^8)O34u}tkz$Dz@JC;ctd4zaP;*BNOw9C*U>Dh)D+ zr(EZBJ>&JABG7K(Ok{5tnm!qIsdZ;0yydP>>?3! zZtX!0o0~O$fWVdm>2m^MqdR4(z~tW3lXx59($2=_%fRQG>$gwQgJ2NL!(LR%tMZnf zSj-q4!`dSNA3xMNLA>d?LD zRz(lPEMZWr?i0^kRJ!`Hey?@`5OEA_sMCkpE4g>Ik?3f!RX4vWkPfdLiRle ziP1C|ii@Y((KZ(PpSDTT3{(baG3tXpKJ(*G5o*`eaxq%@#_yFE*W|wb(_cOtPE9)+ za+co|IqBb{Q8`~O^qrqv+_b8et-<+h7*ujOj4neXZMb!it+nQrdkI=+Vi(V zleSvN61|N+lH)F$l;2h(dxrJb}e$3D8jiYnTcRlL>zD2)H z3|6kXH`l{X_F`*ohM{ALYnHKa@K8j%yhS%b6@B6yEJt>Y3!ad2GGKX>^YW*E{||Z! z=3oEp`}CvR!AmsiiKT0fg?<=vn9qa8nb(YN(dD!y8+{f1qgxy?mGh6$McWLW|KT7c zuf^EV$6R|$@aA)W+C(TjP5e3@60|WnRS+;an8|~B=Ki<;>;KiW^7$UwdGEH81e2dgR` z0d}|S9b7Jmd_K9FHr6A=xz-^9JDV%&~1IVC3~n&Xj0 z$QZ^@m9hf3v)rSSvfgXnk&v=7vKXgde^X}SipU5vqRM=hYi2@n% z&>G(iL$3!7`Z}yE=mO%sjMw%r^AusJIz~75^eEA^0%#c*M#*uMgsIhzeE}9*#=?UL z3^1{6qvOeZjnh!gy#koYjEE6Y|{_`>1!N@KV&Obj)hnuU@V(zs( z2#>}g9mBX7(^=%?{PrdLlEI2-J?*ih&Hw6*Wjy|Q;X81jP3srVU;Z?P8Z`gfK)dL7 zxn#(De(zk<-eSgT2K4+cmU=aR?#BpgO_q|O&^>i6|I+cttH?$s4&S=W0S9wYmmT5= zWqQ;5}X@hLiEib8MV}f;f(^tkzemdS6uUxNB^GO?? z-vNUTgWI+ucfWM{8BLIh&?5Ih7`B8?Ae1Aoqe|^#7`j0lbV4&JbWIeG(*~>=c*J?h zwZ>-5F~;WQX>O|l649$QZH>TIHVc$%g-+V0cNzP1Rb6_XwqtwrD*!a75G9{$*xVh~ z@-$sXpp5SS@W1=tbZ-Bb|LcF$?bpBh^%v8plauhrc^#f7vfXnk95^PZb;bbwbv{Ad z;>w37zx{CRX@a&AZch)2>T*4PtiRL($Xc_(=hFDOpMC;K80fqe_QevkU?rUBH8S3| zKrj5`Kly`q2xW7@(We#Wy+X*Y7 zHWvcyKQx&EHf77Lbq*N7kv22?7_rP#oA!;ippSA_2u2&`#4wMoX=pSefHdB$2F0P+ z(odaF+5l{}7}mSxErt&UU9ip%g#xg%`4dQ^K@&|6MI4HhX_b!pcWuEe*HcWMy|dNP z#TZ63GI(7j&%Lu$oAvyT8*%c^*lgk>8k$@06P-nIBU``;?}3%ODnt22wnp3SBkdTQ z@%tN%%k$g^ytIeDo)@qaFB)%+x3vYi-gn;h?LIGSW#&Pq&};Mq)W~<*&JPE*2V$iC z_0ZSeX+YcKJk!2uZpC=YIFL8Lqr1q&6SFwavNxile4Y6XC(H=U0X>aJ3c68B#=^O= z%K}f)-FqFPv`v1{(jgl9)IOQ@UD6-mO1+`j<$Hyp+bdm)^IMx7QAtXuJ8RA2gGuWDsDo z15@@B@z5_cFs^)@pXbs+Mu1^?im?NZD~SX)={4c zF@x?MzdPUj=#QNB-)x+v0UQL>y`|2Pvlrl?KE`%H{2cVs&vh`Efut+4O&pVamG8oj zjFZFYk-GXe2U$*Yu5-!5Xl^dWHQ1jqkq1B4sM~%zA94ayPzjI554!jT4gEo8;A!tkla|sL zv#rd1I~dQ=kpWgOVw_&anwwvKAI_dX>C(=N9%b-D&T_5WMCf=H7Sx%5b^r5!@~7d+ z{q!&Y%}<-|etYD35~G0Fp*79E#!lj?Fgj<`0tuyBsq*jt307LUarqN4pLO z+|ml8E+~^3I+aqsxseJu3$da!VY*3v`Q~t% zJ#fL1fn(h+gIsr>x+i4u%;$SNBUb+TfAbd=jF}K{bsAA*oE4e?jK|_pW&#({3e&@s z3ScIgwhGW0SBvUGJnhL!q`Q94Tk}KUN3oA6#_3WbVDujSx@G`3wso>ip?VP%k(P0C zD1f82lU2?|e#cnrB!uH3_c$MaC`{VYf8GfehBBbDN^_n#V@udFil&bUurwl|*$&Ve zpRw83ErK2CO~!HvCZ#fL{S84M0xsQ1(X~xUjD=!VX(LD`4}=I4I*GE4MK$YUgt@6N z*XBC3uMtV#z)G7nh-22c!dx2guaG=Q;q=$gQ*l^uyrO#que?GuU-F zGOp6lm-&zKG=}Y5NA%gT=R3UeY;5UBH6J|Po&=R~czTy~FBy>ntJ4%2ZXYou9FW}J zp3DJnd&aV{<=TQlF7Q4BG<;bK|EpIS2S=1c$q+LLUcNJKDL9{Fva~)26ur&O;VrqO zbOw&Yu*4a)yztUjo!N|EJRtu8Sx&DzP-<9u8&RIxloI*XnZU zQb#T0R<-Rr^fte7dfAZEVLXN&GybSgp1U6I-h4NVBl(U@q`zjt$W(M_J5EY8qdaZU z;JSQ=E}Rhui(E&|YQ#cd&Tt*|m+?6_0C1vl`^`0eX3jmHcvYj){;)vaW=1@({I8L_ z?|hwipLe}J|2pRAI(#C7=0@i^Xq?ur6X%-NGX%h!anyF+RhGM_&PoQRD2p7y2K+Q9 z&&T(25BW3<(4|cS@#aNG;9iY?E;24boCAV5!6PdrvK<&@EM30ISYfGgpzEPbYu-0Q zH@dYiBbzbZr86{R^o#kq2i@_IEN5r~dvZGL4+%!zXZxMx3b1L8pA@{#m`3zW)7x?;rPB z3IE-{`l}w2#)dhq(i*oTu^UXJ-#)Rf&MC(>)+qG0{DZcFzWzihIIa)jJDksG>lEnE z<9gX0L9JJJnLXU~U@)|U3B`lZ$@0Oqs`g$Nnf%SKkKTEhhvPyiFJ+VhU?_l8TB=9n z(T@)8&rrgsfYE#ydUMr5>}_q8vAhl*G=fA^YQ(!;A@}f_9P8+{69!|V_4vrk+4JjP3M7aEim&U^)dP6du09pceo_9z(|;=@3F&Va^Ab z#DL|kib62zJ*M4y)u^A>P}Olgu%Xa(Ci3cmA1}brs4~Ad6`SvPbSt@RC*V0-768sj z;sm7eSiTtZFpL+52^5*a=#jwdlkkxQj6RG{4g)5~X+p$0weps#soZ&Xvp*oL6#`AAZXw--?>*?#^e4P z_|lvr17FbUr6F@2PKWuJxAEdffjxiY1v)e6Gp~GR)E!|f-Do{u=A)_Yd=4afY;M}n zul{h`-0E258tFNI8>1inw16?cbGGn8W9DWordWgHd-Tl*oQ~E<VBkfUId~%)7>&d4tKxrJ>?TKd5L4atCM$0Kdw_y-7rp({xjHUo% zK%BpIRL-L)UNq$V21S;w#mMh6Yvy6>2JS3mMiX%uSjMHOL84K&FHNH~63CH$xMeN!I~$oy5?gnU;L#NZC^XMEdoh665mf zHrR~a1A_2@92pZMn4wmu{os}LSI!z;F~8Bmm_q}BjF+y~xiOzg5wo=8}5el zwrIDojohPS#!&gl@30FU=q7sigvVT)p(B1XHXfxWyego>f&VG$fhdH(oEUw6{~?7#Z6w(la! zfXPF^MugB*k^yC`HPAi}5fEY+7e*|^ei1C6jn9EVm>QvS4Unv0=U?ZZ`}Ir7`Xrou z?>o_ldxt_Kx-*viP{XDoGl1QAs8QkJ#YWi8Pt;xDPuq^XwPRnO0D8>bDMINh?MrnU zm-MHUa-*nx)~F$UT+szMw?ZCIGT)K*dAX@H9KTzpAP3xo96>jgEKJG>A@s zlUt0-d?*gS`mCwg7_9jyDS6wCmpq^Mv9>wdWgzv*!K6$g8sJ~$%_TJ$=8$*5J#(Ib zmv=_Ud^wE9FVZ(pU_U;KGr=(Av&v51wJ{9*NOekOSB7#OzJul4m#trG>FzLwx=wJ~ z9MNNd48KK#x!*YYxXnZmAza$x7={PNV=Uw~*OxcZqtct~`z%g$1x~L4M!FC&k9sT? zOlnl~t-?4GU4xMO$)SE)Cz9)pb+(j+v*zW8J~!i)F6axPn9o=l^JbGGN1O`Fb7+q% z+Uhb09LwMOGlx<<|MSocQQt7=`7n2RcbyAd=X&x0Q+#d=Zl+WZtOos4`TU8`z;golyz6i2t}xj;c!<&3_yQl$3$9bkmf3uAmoaP>23y+@FHM z`i3nWIR~4F6ph<*(MqtyU>Ucq)s+{$3%&H11_WZpT3N`CV@?@AbAwC8to*Kzkf8lr zjyl?0jl(>g0FAO8J-#|)K&y+$Kb~3FSBHZZzC&Y<7D8y-?>MFz_n8xN$ixjyf!P^f zWIe(#9baBozv=c_B4|cf4FQ9$5m_wnXt)`9@Uh6&_yniU)@RV0?vC-U9P2!D8PPIF zWO4e#Kl&flp#H^w|8I&V3e#w|@6p9x@bTDHSd{k5=g43Bk^L4Bs+UN!`FTz-bw7Ec zB|{I793;~th5LQvjI5e_z9+Zv6Wz%_e(8j5DGuXFXtD4Qe(%@bMF)q6m`~z^K#QfCOjfgsd!!kLGv8fMi03k;VBw{ zH&LF5Kh^)W;mLP}7^dJ4l)!<5fCGQ$WkM(I1hx5_wk#di{?Cq;P# zybmAwI^Y@idE4nvV2djceY?1Wz}TRbjMBKl!dkHJ|yOk#*KE!Sfknm=oGKZRsM4NZA92_#j>t;O2yt&{xgA33pzb%~Ry}xd~*4PGM(GAmb zIEQ-}UVK_!_Fxc?K()0fN@skL8}0ew04N-!JAlR@Ib@a#Jm4b3Y=lNetQWV~Fym7M zIg2dGs|bcd)u?4$O;3gfrC;93DQwscZ=^H(Xx7{VaMZtC(*@Q&Rw-SUPxPwKEC^VT zOU98LG72+e%y5t)a)M@^I|`*Kj(hLxclpWZr9u8~iV|GpLOQ__Km&ky8JSQJsTy3d z6tL#tlc!PHKb-8YM@F_!gKdsf73r>}AI?wyEU42n|2NJW83W799N-v3AqaAQ2E(aB z+46>`QTnX9k$dS&{|?P$cIW~_%82;AI+r%#!0X+$1_QEj2jL+Dxtn%(Hw9ak41NrX`ScqD?=xwxPS<(bbbLJ(pxSbi)CF1t{YgBhU}=J@10N;eqG3 zd-vcYm(nLZmPHx?Vf5use)lKuJRzqF_rk;)Q=03T1zyMAsv8$~_b-L9c= zErYeOA(C6kxaOuGK78&ZMrAH#n6IbqVIoaAk?JAxI{zT?)C$fM9mouy#>zG6bu^$@N|P%Po=HgJe-%%Iy1+2&0E*q49&!NgweG%YMB$dafs4H z4Gy#z1|P7Eb?JQ7lp?1C?Qw1-W3_4lk@{dofOZu5)-mE}tG%M~TWN5?u`K~2sry%1r~g?~$7IO=r0Hgh-p(U!;|4rv@dPBGc3Qy0RJ zkNZpnzc+H-dJNXZ_04tI))g*0g1ZiFH)pbxffHT6F0l-}^^S>XhVjedNzN zr(~jOb@NT1maDusJ)CQ2&%cH_m9hNzn||Pf&y3ff%_`)ct355V#!lbNzfMVTBF*)8hJ%bZ0LWl`P9EvRjLzn%Aa7JD zbAkspk-L?2{^kBwj5O!fiD4rmr zWD(ssJgC(o-Q15SBU2z#l+Pmfu7w+jK^@62d3PhsZB`)dYNz|qLnvcb%*TKmqev6| zduDlr3r=0dGnQgzbgLKn-8{%JY=edL+FjEHwYSwJ zp|~P-)X9th63thh*uPal(6 zKpRRUg($TFcnGl$Je7)Ic#K~+(Px0RvN=#b^sLwaJU^bzP3b+kDUD}<*D?HwWHVU( zYX6JZM{V<;{wM!=-bIolbq#DO<#w)9DB-DE1gX!&rBud~ekl7aMM^ldZS39|Q4xB< zEP&srEyQ)dNZ#G#&gX=_)r=VnMQ_D-UI3^9gOldTNarhp(o?zeUyIvv&rphhLX5lq zA9%O&*vrWg*^9TTsHN-m z8EfFBk$*EP`CYW4GPuUX7}A~y(!GO=c$~H~ZtaWYRQ_`o+&_wIGBR^YTWAaH0FVfj zcV0uEK3!8f;#t}%fM@>hM!(Q$M9l{%;nxbMXpar44CEe$Iy=RuSP~{k+b5UDUKT%&eypQ;0-?G5!o2) zoWlT+k)Dj0&*_Rx6Yy#VCGT~z0k$^MU>%ptx62!$v7$y*`oPW_Il8asnjar-BzjDg z6B$xFA?iKI*c3(XZLJo>=W{Q)p3i(ZlHvM`d_<4%J}=}bWzzphx0B0}EijK}OrmGT zhIZyijunn-gIt&!-jV-07}`J_uY5O`>x~aj(5D4?!A94iqvwEM*q)oF))qK{FOF({ z$dFX5C$C+FSB5Putaz3VqGJP!^zU)A`@!Qafm39Edpo$2@AOsv=dwB)X_t<2KAJhp z=efMNDI)>LZtyQ3_9V~D89z96zNeG9JkC|3%Jg>^%!5JJ+tE`{!HB^wdJ5BF0SBB+ z&{=%f27Sf>ba5~G_Sxr|*AKB*-yH3CDeG32VIHD#L>R+C2l~S4@_Z6HeiBDcCQ4R} z*qL0HVKR2~Twxn>|6`mG1{z=g_>ccE5&G5i!^h*Ud7~?u!U|`t(>>?1c!DR{y(>O= z28t!?+q5-sDGV*H%raE^?lN0Gld-h60_>bb|I$yq^jR%o>p3IQA3SJzN54}R;d<3SJ2mCUJ4=5L8{4pJW(JE zfJGjRjRQGU_!_UR2$%VrLxf?-OL+^f`F%Yg-jF!IOW88$PZ2yqyqUQHattdd$6(H) z6M}BPHD(z{$C7cFhw&AJbFVQ_!d{qe^xG&mpA(v%qSwid3pf^dl>bHGo<@opu%&K3^(`c`*4mP4+T;y`J?p6 zeR%15@&N?vL_{7qxC6{HwEWK;fr0VO#wcAnb1X$^W8Ktf1}_+@F3b3N8riIy*lvd? zZ3Iv`D3%5EIrHYXVr*9vQLe46_bi6RI8t^`KN<6ntQI6Q3C5Ix!*i)fwI1obsZLI;!lmsv&%jT# zNItnz9Bz*h%_s|Em)BCQ_{_QEkc>5TV=j%zZrZ9b%l#d1e#dtyPW_OT7Qo8W=6ig> zKi8r?P_9FkdwixJ8mo|RA!GRQ>#Z1m23eG4i7mX0T+E6E6OIITVoc0CbYTjdyMRCB z8-3U~nJsc%gOYck3Y5(wUFEt^FV~fh`P@I*HS^&}lJk7s@9UoDdVFVe?jP<-OF@S1 zjL(_345#IcnIpgmUxj`@oZWQqHGJWmLWIg_t`%G<4zAM~8rzb!BRi2k=#9uw1dd)A zQ2x$r{hA;8iZ}4z*v+W{POc|U5x0!RfhGySGJn4_IF?))G?6ZhZssEGioEfZb7s4; z=XpHD34t%>hgUjZ4|4=v#-~PzJ)oD2t99w|L_f}UevBi0LSIIj&fSD=_QJ!^gelcK zg>q!teH?}s4yIqUS`R(!5kEc;9dpgz24^l`r5#xSJEtO%8FQ}BnABI?H0}O8{iA>9 zA2vGw@ZnQw$@bwPohDlx+fP`tM{tJIaxtC6pby7@paD$|Nb}AZU_%-5L&;sF^E(NpbA^Y;yA+9f~J4~MdJ~1 z77!&g2|Gne0md-N93AZ9@vb~VF9fBu=x}~9iYtH=quzV+z56IMp<~dim|+Nqz~ccq zF&SP3jL1?1(K_be2W7^Ic#G4;Z2%&yU5h~TN-6ySDoh+laRS5hs~EwIk${@hP+H(F z`po=tAF$F7rV_#mL3^irQTY5lPSHaFHax~Y-xJ0Vv^25C3e@n(oyIxVW*AxupZ?O1 z@2r*85a(s?%@n*CCyL5I`dg}s(BUoY*RX|Le z*5S0*_5b{E;JS}E?OLDL4-f&^B-#>@EK$r>BM3VWmP?11ap8A10rYxtbidP+gV>7(P3n-(Pie12YIVTGAwDj^Q_F|?>b-kS(%T~!h^`BF*tn4 zZPsJs-o}W|O(${K(q-f(-hSHav+V(O>5gXMQN}tPqG8<0f_u=8ECBq)I1^5=@&v=( z-OWaH<`4L_XONAmGS9(>=yv#EJXYmBVZ2KP(Io{$mZi)=I@k$UmX4fe#d*Al{$AzB z_}~F7&_}wwd-2h@? zrF`jZ@*Qk}869J~Rt0~2dQ~jl3kIz%7dg^q=$Gpm=w?Q89sHz|1LMNid={#_(Ab=0 zMS=nO8~p`te1S%Z8GEKPon8i;()N13m$}PKOJf*8jyOheWGQ`J1s@gVxsl=2$t)_z zL^@@xb^xs;*y$MZzsiU)WYYO9KLcYqc~b74eZCsmSq#lN$x-fJg)Z7-%wY(f6j)i7 z_;kUQo12a{W0dpxthidnlH=`uJFm{-l+qRS`jbET`_oy1R*(KRHhPoGrt|Z&@{irI zHJc6bJQSy{qVL$-4?7n72y%RGwkqSZj!t$s>#mVaE}oFB%p2`1)4?}^1t*4lkdE57 zV1Q)+_}HbMuiqZNTUm;bgb>m%3fQCxMBF?9hLR#~u8PLT@ve@jdwNJj4RrGF(Ft>( z&+CQFyjtLQu(MSM!GSesd=TSJAlCA~t{tw#X~-ZWUqh(Uj!6OG^^MJGW8EX+R;NGv zvp;K_O=xxLz4uSdO|_BkLF4UlfHEynX>s6|^Ng}t`A zmMAOHSOf+G&m$zvkJOtgZ4s-~Q=`w&{5&)}jW^Cgz-$8KcLhzx&`d$@?{Y%MKdZo{ z^b80m3a>Up55|&Eco%);>leX~U}!k^5(cSgj@SQ>sXuwPw9C!}ulM?OzkT0$_cifF zNEwn+O-iXyhWeDM3WF>&Fe@u7tPC(PD`NmPz!+i1%z+_R3>aYs3>d+HzX1l7kjhjN zicmyIC8a48?dR?7TX(2_9AU^5ENm0 z)tk+=XfMsDpwE5# zU5fa@w7pDu*w0{=DKaLCAwUHe@I(!wFWTTGJVnvh@rmLgL$E*w1EQe}=QZ@)SyGgm zdvb8lb0L;0MguKE2QV?d4;rQ2Z>9}Dm~!bnDZU5{j4eD%n^T62Aj8rT25t&2J@;M1 z6ZqA_)S<%X`F9Mxq0~HN(9ClRAcy98jY#5VNmFj)upAj$LTW0ha1byZUlvCT#jVuqmQ@Y z@8D}Ix>CJ@Wyphv(^D>JwkEf5eCc0&{)$6#m)+oET!jY&B#N^gf0y>*dIUy6Na+DL z(btKl!OwW-aM~~eMnC`MxV|&+>CMsDGsQao2a!EI@iu}kh@)?1Io`w}JxpN79?%be z{6~Kfy&Qvnd|JIUmKesqot;+}Wi(_6px|Bg)?9akYh<2-bgXPR9!K{+;3fSE3h_Xv zp9Ae!r~je4O1tEs1;rhZDGzJgb6wh~P05%z2F?EbqtBi`YlNB`*F1(T(YE!zQ|AcrlBtOchR! z8}C@lDMK(6zIl5u*JJ9=>xDiu!!4^~TvBSCtIj*BuudP`HLVW!X_FBb#a~Cb>dERe z*NNJf!#8Qp0BanLi6NkHNG%1c9g5LY|Gw*>!mx4XX2UJ;SRXeA;SsvJn`_v3G_Nx-!z~Kla4b zhU3!jeTWrDF?xj_X-x-t%Aj3?-|*6GIs`v7z=-~Od2|sxzH8yD>7ldWn@&CnuGtY| zlVv0`@XOi!?ce;h>FDqlB?45!>xeyeW#Jpl}>P6?EyY2TIcl=JqH8x{Z)+m?IDNq~%{9o<@*VyCYay z&Uv1@y#GV(@LVA9FRmR{Ao0Fh4*Vi|~%-7T3{`Fs%*xE%94A#Mg$Pg=a zZ0UkjjVJ)4VuD6HJUVI2oU5@Q)w$7cV(ss_PW}HP3elu8Q zwp?vmfJaOu2pi>SwD%%y1n(&0k|LJ!RLI3sq+mtpmdg+w{reQrckOYU7)lWiYoszh zg!LT^HMsds{%YWRZoUQ++&n^2j~9F}h?I#3@Q7#`8;TmF@Bs|?W&pHLIZ!~x*ut7H zr6Rg{1}}&h+n;XH9hkdn2ef|@c%?+k`>v=BTV$2bzygVU?xNhV`1*95ImEJIKOKzWM6 z==^5-zHlJt*EQ%XVo4yPmipt=UGUgyqoE)n<8G#{(YpCsD zGL>|hAA2f*KybCqtj0LZj6N=EuttG20SC>4M&Q~_Scu%r>vdp17`2Rmo|iw z{uIWx79d7mw51KaROcO{DGy|g0_F+^LAqV3`7MeZl7+C-DUl0L}iZ5&Gch3BsV=S^TCA9(ip@kI=JoYv6n zL+-ERn|8ZIGJK9t=r1-UUk6WwXMkCQpW}ig84@}PkI>JXJL{!Y{PW5;L)^e3=ja`F zi#~!UvP`GSxc&4^f=DtPdT>yVuWmYJdl+8mR9?=2O9qteipIbByT4PLB{O{!=cdk7 z+U%5H#%_(1_|k5qH`B|@>V{&BOHOS=1wY_ zA|Uu(i<$ueR0j&&2%b+03}X`NdaxNRC1kD*QO?hU*!;GIo|Jmi%3&rUO`_|MpFM>@0|Wb zB2sMnAu!snho83f$>8L&;-HEq-wC8K5L&neGkAF8?qoCxib_~wbA%^Otg%vX)-ZF(_I9@l$5tX@$MQ98hY!Ov=%jznLW?l-o4jy@7>Ho8Ja0-0 zUZv;y2+_Q^@?GlG-tqbq{pq`F)q@j`@_+^G>KJm2V<}sc{-12GmA9MG$w2WTx(xgT zj>s+u%p;ODe3bzfH|ef0k{j}CNdChg@X8>ApOV7U+GbfOJh(7M*A~9~cAPQ5)5hYv zR)dbpjY2O|aZh(PhRlXH<`x#y4yXQoi~zdaYr0*5<#KRhHAh!L1pd)?206f}qtgOd za*_ihKp1r!E^36R-<+$VPMhi;DsN!CJ8xKU2q}Jx=8TJeVW`#?gZqdDe&uk`aLt-z z3~3}zNoYN8&%JOm;6Vp6#Hsb*oWtYu1_BKzI+MczGdYaI zn@fyCmIYtoIdov`@-_FEqmNz4F?PlgDdAP!G=Ga|Yu zz@iVC4DkcIizByzo6|?W1ay%3G2fThR_Y{3xnD#F(`#@?w(ypEhO_H9wlUahl4R^& zpIp~|p+$p*Af?W-F_3*S6M4W(aL0+;fAS=By`D}^PV2aT4E^c(lSI^t%Go@QJSW+d z>A~^YbdYP0PR^Q<#(Rf3=DFu~W>rK!_$9oQdjzr~e1VN;qOg4jiP-5{{LUt;cz+YS zETGV?KG@9>e8wJZv6$~C`UpXA1j^5wzF^d=2TQM^nf zeh}b}5+y?#gfjf9`^>WtD2#+@&NI-%v-4bgUgzOL+X3!Wsebxsb#MkQtzoM>%ipd} z4r-Jr4Lp$1m0{2s)A)x^uW~fc}uwye5s#te59`*ZLMc)gD5p7xt36x*EP>Y2pj~P z;mrip+ZZu!dWxVYf^=m7$K(W)&=RypEV++CC*-{^|1m65aXmpIBr)38fm@!2dzP9b>}W?w27=`UmBwKH-Lx7ND6 zOLeSu&Yjave~lz_7XuIeD&ANU_m2p4{9cHXeehr@NO(W(2WIoJ0iirVsgvtwk@8zw zRZ5j&-dtVjlNjwIu(%j(26r+89QH=D>661j?xck2oMuhn8jl1IV1dJ0!L);hjt>JK z+y+Lc8-?XN`Uf?^b?}-KV0^r>Qbl^1Ht$7;&_%8*?b5!?nyAcJ=E+c$^irHwjLET~ z17LYfLqrFJ0B9xvz+2kuMkr~oJa0?^!hJJdK)+U&7juS#*Ew_jSsWUOX+pcLi9|)_ zj&lkv=XI<41T`xkbFM}xeWBGX(#uD5il_A7Lk0{D^ogFDosZtO6tFcBL423Ng?GCVRgQ6-Pcjbr za4ZGI)AaDriJa9IrlnuHz}Xq@Fn5~k6axJ)`W~iWKF;Ry>T;cq_px7BG2En;gAcwM z%gBkWC?{Bf_u1w9rq$sKejaYF6fVmi>)eJdesuNv8j#>7zZ!?%a-IG_{B$}ea^r|-Y2n(90K)2=lQe*j{RfM$%rf% zr_yyYA)TH}n+l~x@Ul$vn`5V~^7))88v|GEeMS8gx-__!&)aI=NMd(KfHQV4n3EXO}*!wKlI_8 z;2n_(X2rDll7QKXs_D?6l;VUFmGJ>3{ip-6dshrl+M(#-8h^or6s39w5K+XAr>o+g z!lQIKD(I$PN&@VZbcPu^bg*?a@CI6y4}v$ez$+X?_juKD%njDGf|+43=B?n+)~|@K z|5?;&hcQdsUY%St`gT7BNolKO#Vcs-T6`#?P!vZQ)v-vsvN&J?SJw|mIsH8KjUP%^ zaygs{e5y_N!+qbm2>lt@u=8Xl{(WSgfq++Z=akKyzsW>!dHyuZBCHO`qcb^q12^9&#MquE}k^7k_Z7)v_2L zoe?B;ExkcKfPxriGK%J=K@Q_6@>RtQ^0mNP z#|s?!jUMC$eT=1J%YAS0a>8 zpsxjoGD+IvL@{=Y!KG;&eeZ89cB^gmK_Nl<&AsV|bH_-@&dE%S)bxOH;MzQXRAwBrIPE_cB+Pbe0JolKEBG2ghpZs_KJJZA6-RUC1=hpgKH+_;tW@BuI zX4+a2oZ>bQYgt=c>oRRcwvTtWric4Gec;%`ovrCfoP(!%KY6&}^e7eDY}8&9(Oz7N?Dk&Cq_SH7i>=HvbEs?mrtlz>VF> z2)~D?@Fq^LF3WIUh_<)2TqIbF$aCbad2*9wH7BsRfE7MUE92m;&BmgQ8k}5*@B|VQgxyL&%uiW#UOkdnM*?$zJoksc z2gBt{y3d%FJ739h;9=Y8>0{vWtaoW7MwJJTalp*!rYu{y7mpURRY>v==wQNNBbAIf zd0^(AMg+>>xgHKK!hq@rFkk0GgKwWBs`%Kx-RCuPiZHm&M7v158$k`oQBp&BnTvw& zI&zeC+F<~Bmw3dyQ%={hFt?YkisJy)_F&p4!=Wd}H{A{eYm7N2E!H9D8b%&oI7B^| z@5bl2*HH9P;=$Ka3<6pVqbtHCpp3>aOd>b@%aP(-p2djYby%g1SMdoY1sLPx%<5V+ z7cr=}D?-)3h?t@4Kp2JG*NDa|{h|+Jj;GM0yb?I-434Whmdl*e&i3k3qbrVrwmEEM zkMT8ExUjN1jYnXrNwFK1EJ@l9OvVluj0YOx*<6->^k@8|PYzZi_xxz~BH!Ciesfql z@0uTl*SONAlV|}qh-VB6jO>>na`p5!sZCB2BJF>8%3e6xlrtrb0RFq@p3a0Ij@M}oIrE~TvcZM}m*@m{47(@L!7==g3{2Y1SUD(g zuFwg629C^$wh@5^y(dgoZ={WLha}|Is-#5+1xfo8Uu`uYP znp#2V;4v)10fZ~gm}RW=jN_&XZ05zOpv%yc$Z(!bEh?Tnd>cAogwUx@XuhiJF%7AJ zl4CIoe!A0N?#*T8FEB82;6S+L^tWak;^1Z>2JP(hyjj^(>*DboUWVlSM;?qoiCDR9`$ z&(3=qz;mq`%Q>rE@JVqP91GewupA#5i`tgJCsJo)$vQ`QIDB)lg=^D(47L>zlYK4l zE&Zo>J$$v1fNUw>W6&Qy+sqHj&3v)c3I#<0nFFGTDP>EU9`20o9XHmb?1tf5T}J#6 zhSwvKOrtz<1F^x&T0Dq)J3-i^hY#~{I~^RIw2y~-yGruBu_aK90^*iRxyG2ggBIkCLlp>& z;G!W0Jh)+;`d`N3dU(K`cB!Kn^eJ_=wI-E0+EB4dNg#~h80GXjMm9K@t?O@UJMg(* zyHa~?D{xQ{bwCn*I45mG!H5R6eG-GkXdTB0RQXj&iZ;?Fc=Mk*q0UK1xVOV7gs9P6 zj={xxgq)J5ASuL?i>oR%ZPW!sD-p%~=Ys8N2kY>nLvPvR$hg0@0$D2-is> zMLc4itjrDZ#RKNZs!)R~O9dOr2Ow`_phQ|jVT^g(G>BrwLq_PF3>9HEF1X2U6;z6G zRI!>mL5HE_{a(YPIg-me_0gO19naxgON-Q=7?%RLF7eFxYQO_CoH$nl-p}xD#ti>3 z0Dimxo5oP5vv?kF@KD6Y%di^j$Se%nRsPdvnhq>cXle9A4f=>=hJ%x_W*lQa^+D8Q zWHFfKRGF`T@_4Uw^zbHtj7?%blxFANcPUD#L;OlPIRMbZb1JT|KgTbYNs8#$StxB)_|X0Hfzv>`;wLP%y}jIGP)oAx&+w!hb18;3gYwkfW zu(^B2A1y}9Z({*}@5u|l?W@ zW&)0mk4qcZ%Tn9T&5~#^TSg{2w`&{&FS~)(%|r$++1Jj|hbILY=F`g;Iffpxqh0Bd zeoim1>O`>>9D}(ybT#OAI+d*zrQ082et&!8nPMWT0?fvc@_fF0b67&Cc!wBk#MhTb z#E3Di#a&yTZ{g1S058hse>JBcFT>vN4EatXa>|v0PyydmUyg6CL z(}`5=e6A%JHlblCI9vfPeGCR<$l+J7w zY4x{ng5@=H>Z*#!{{*-WQ5E#1)OVp-uK`K-e=D-m)dpSx&1_nB}%lK#=p(>hH}+)sb1%Ez?saF{xs5V+AS+N|{d7`o-o z;^Mw_^0~(P^~$;ab4~G;PpePpCb0hA@BMb^^yQ0#()IGsMc5-W#lr3NZv$-jy zo)D0PPEaCb9-x{Q&$z8Y%{BF}j4NOeP;KOE5EccK<6gWb3Ejb>>;ai7SVp zib2mOrg0yHV{DN!hPan@C>pqNbCtmzgK=)+{xx-mfhjhb4(&6Lky1J@bO`*xuj61b zc4N?=@k^00N)+IFlzTVt$ZyY0M;}gwwmAak@iVMkAKc_xK+Th5)Q!HJST#NasIbY2k4vm`uevUt>1vkt)vo(j16912+5jXZMo zm?z~Z4jfBiR*ANy!F!g|G|EgnLjmUh(5OpPdVbIq{#5=-FE;wrNA9J3q+QV^zH+W% zC^Oa|09DbY>(K+ptAmryfidRz1Wfn_=iErwX#B;R={t8 z!!kwQK1GYSDR}&6-rs$c5~04$IBcbhcmMrJ!~calJcRb-(=-p*M8m}o+~-2@lUZt{ zw9cnxTbwJ-8d{9(Rd}+rKoeO9N^L~B+UjOL=~;wsgBG8z6{*2_S1p7OPT~l@og1lD zj^K5o?bmOPN?&h$M8-K$jOB35M|P}R=u%X9<8yeZ)0AsCX_mCLj-o9Hylhb1lC+j&N_7%0MUI+%LHF>*uVD0r*YD+>k!dp zTBJLThkk5yA3D-1=+B06Sn>bP+T!#saB)&b-9^TezGc&l)zoMUopa)k{_yuYmcRe$ zi}VAJ+6W!tA#Y9x+h^&cIdwQVJ-_NcE%1o%o6XAcuGi1~3g5`4DKR=0&nwQu!w{ox z%@T4`(DeR#?5Rz^>Hq{54gd!#x93>!`PtsaGs}KN2-lYvRWA0c6{+ZOq}~)(&oG=p4s1ZN9qJigp{+7%-!t-2dL~`vOQIbI5#``hOR~ ztgWw4Tie?~)?CxOKl;JnjS5N;V+L6-7hEBX_1=U%w5`H4zrP!yPz*x&5cNSK(Xj+! z2xvtMfpZN()h6S`+reBjMQ1GTApoLjO3oOn8QMyWewalX5Mx{OjM*77RqceraROpa zj8ds_4-=e+Q>5JCUi3`R6${mPMu5SDc{fBwggW2raR&FBcT3%*%_)3z!Yq`EF>sQ? zkChoq#Ow=>;TTH_k;pY-$XG7(X81hdL)614OUq+AII;iv{>Gy>y=4FZ|MW>jK~!qm z3#|g@{?^(Q%6I-qUp2reQJRR3I1OW|SskZHkxzKGW8cV{aA2@;FbJRdG>$qf#q2Qn z6k=|zAl8@$FSe+K97AF{Ne6K3+*UORocb|Zv+mm;ZEUCm3!X!h*S45$_U?dnj~!!Gy=zQB}eKUuCGS% zjwrqOa(`%V^AH1Vb|lJORK?&xh{#r2l8mIMD3FoKP(yHhVa_Z`m{w6U2RlFe>Sx{*@TgjjF|A4* z*&6_1K%T$kvQNRi2a9PV%5fp>q%Q`ofrV>}hwx1dpiO){V5W4)SnOgc+en$CErWyi zL{hQ?ayA;3g+K9^h!hX5t*pcV-J6ciZ>Fuy_34XGcBZqF)9N2IHu_+u`qRn- z{7tru(=Lm4TO`wvNK2Nd^C@G)X>rWfsm9tVvG6&^8Bfqh&ii9*IKp&Bm&*oT5%6iQ z<%o4UG;Px{byoXt@Qv%w&fXSAIycQ_tTH#lfx|~Kqt#Qf3A?+S(@x%a?Be7i@WjyN z4<6B2kzE@}AKGBxWyaVmTNle}a(ZB*EZysK2bj{&D6ky%=@0+#_ougSFQ*^<%?@ zq7o%w-}Vez=Y+}Ae`3dqNYNS^n7?A&<@H1NDi%xF%quXgjFRnQ^@)3ym*aheuy84T zzm@?6Mk1BJ4OlbS5Z-zGfLZN-O`ugci^7`fM4`Yb{+P|7o9Aa}2~!y} z=SLJNIvt9Ju+}Rpd?E^IdTBUbQ~C^`6m}JQ2mk!-LcyAzhAxWb4fJ4 zr3{0Uygjk(0fU~FIdHZ*?(|XG5`l_>nqJMdHcjGSc@_iuu14`o?Q*6EK0?>@Q<>B^ zSOUk`0yX{Sa1oeMF(k%zld*MgfJRv9HmBia@XwffU_jv(9?h-ydH*qdmL*Ar<5PO! z_1X1wc$x_JIy@4-P;Vn$eiVo3Ww#m)ZF=w6@8CEN)?p%IyZPaL?JBrBN_50olnu1) zDBdDRvMqJ~%a06?IomksftT^&)B+pMS_m71idgRT?zX_8hbWivz~{y!3Jt1@k6vp} z$3@OU3^}9*aSS%i!{HT(8H)|UHuW9)lSR=S{-5pZAnT!ai4HTx(T5G8M;wqG3LV4$ zX`O-brFtp9*J4DCgT8JQAK0|Nn@HExia)P9M8=#qc@te9UXsn>wBlm$2jsv7ZuGF3 z(kLQE?>=b{?*t$`4qtxbXU20umN@VR*y;7_!vv1jV$&VyU}`S!&;y)sC%Dny)lGOO zj*l$O)+(boGJ1lsPMw55WKGc0Mm>0fz58ds`;Exqhw1sNgUXk&akj<|t7EFjxJ^yK zFHBgD=U&*Pm&TOp;1h`EjG?Y9kTJ@1Ixg}T>Eq>2+lF24N8bjt=_rAUCF3%5m8tyq z(-*HA_0RvoZ+z|9*18Q`PJ+-dPa7YK`YMb|q3qm6iI~jX!Df#2Niz{%DUoh>8sTS% zq&O|2hkR9kB-!KUcpWoAy}rH-lSHx1Ckl&Td(ca($@51*5p4)^updHv=R4mm5{eL7 zD(@PqG$xH||8|C|TOtM#ydZEgFqi@C;L-aS-!O!o4?}Q5lQD?2DPRV<>D(}iHKrI+ z^nmc`rtp;!^IxANm-ebaW9+pr`dUvrG$qD#KVv}XDuijre51%r1mhZbVN4loeNfsM zp;f?PG|FNycKS|#Uf|B*wy#YvxCVg{nlaPXMqr0Gj7>o(HsWzJOmkr(bY;NoJr3`U zE~7>C5AT>$MJ$EsoRp*e1kgbL`ZV7Po<`0)c}ftI{=25vpdl!HNt&;V?3 zdYiXr8F;*=YVP4k$!rW^MU&QeJzqS7;Dqpvo?XW%lAr|9ux`rnHlFz1T@r9>^Ga!;rj2jpEk8&M}` zTcrK=8jo)@+Z*H$oyWtyoZu`@d$r_9FjqlJ1zAU-oBlr`7eY(5a`j6`H904oChJK=cyRaRPr=Ap7 z=+3~(?wD$2d+cbaK4%tS&}(G4k#^vyqZCIN@2!QuIMSx4e*F9}*UWcK_o#P?J_!Hd zD~6oRNk@~_k1-S%Y5y(1H1MuOM&VEv6Mx{Jrt@*+EL%k818@s9w`*t4LxCr0DwHkm<`Q?w?8t=ys;j!ok zvbm7}H`+MzV46nV#@OvqWNzzO>(-qU&CmbpS06vC_n0@Oqi{y254Sghn4#33ggF?m z!*~Wdwye#ZU(*X2G(=0UTl%JBNHk&3IPxCPFD`=A3_L{6zeefniTa*A+zF$EnQz}m zaVWp16QqwuRBTNpn7;qr@0Xz;=rhPOD8h_D=A*3hW0)+hl7?Q*u{go4Hkam#Oq4jG zRS*Qi$Q=!lb`Z(f8WWyV<-U|=z=&thXTnP`!k?nCgOl^ZXr9V8$Ifwn zED5xJe{9wIe){t8tOYZ+6{X}4&6PPHyr{HAYs!HU(>8@-w>?qur#l;sX3&ZAL3VXwhwdm4417tMH|fubWGCF zDuSc*(nyboXWL$I?*SP3nr8GGnngHw1D`w)Iqp)M@CXCQdA6QgkG2tQ0cFN>5q!A0 zycVOwnGB1zUvtkK3Urt`f|yBP{u^@MUp+=H$FcDne~604^SYtY@_RbJcqY!c*04n0ZZdy`Jc*)5yy}zm&uEjO76PuS zWL{`?!7~-C)fSA5fM7Ua49SPkhC^a=6Fk6q;0Q9V@TUsid_BH~f7n0+@=Gt+VGe!i zLI%b-yyzbeNu86xn}1Q(31B?OH*kEmYXc+3Ja^0zIY0Ip7=@vL(2|?|8i9M5mmyF$^bEu{eB*{>N0Dfc0M58S=^5YAssuK@K=w zR)-02$ew;k9|vOoSHAM_83is{z%aaWyWAX}oTRf5J?AK39?{t2Hp~;KG%Nx?I`i1m z+#97tDMV#;9+FaDU0%)rJyqs9$b46YOMuLCfA(l6SBm(|<%RJ>825U*S{XFQ%(*Sx zU!1=Eoxf~GfZvL^jokAJ9)pPC#dpr1*T<91Kq(&WFeVfVL%>jDQ3k^~$o0SPq8)}B zgG*t1VJ66;&>^>TbZH2)5fqV0zBW}Z)kxS7$UGZDukfPbB!ChIDw2`sKwxg-q(Oqo zFHk|w1<>5XGt2J=M5JW zHX+n0Cy#;Q)PMne1X^0Pj$E#Vhborb+x~-Be55ZpcCLJMH^#ow7@WB$r%DgbBqy#_ z=7HJLB!-(4O>uKJ7-32%heK15R-BOhz<-KSi^udyf1tezT+uULz$=tbow+-B@Uh<_ z7ITIYfOT5a-k|>&k88+s+sSX^#50a}&+{lEu%z?ACkhz#BAgnypddwQ+++@4xsE~# z9OqHA;NggB4~m+W4qn|1KjRfV1`ozK@D}RlIvAbFkF+lCLgT?NF_@vlY_62<8qcR6 zvV0pECTpI=rzmbKMi>rcH#j1UFXbr}Ez6-0SHRFIfV^cGyk#EoD#ujz%oG{Eq#K68 z8O{M(xn_2)F^|aH_|P))6_^=m`Kfo3!tQd%z+kfzsqo=USCk4kvZ2;hE6D+%887&ILDVru?%Lhr_tWScXBb^O-Tz-KHbo#AtRS9vRtu zM$B@}G_A)Th;#)WvaQn6qFyiPlVyWrQ*-^T?cjt{e|vvn`p)0}q_&36RjYI}tY=&jO8=;0MwMPY#{%UU6XVac`Hx1&(Vg!9GS8 zr1gud%i5IMfV@ksz#N0Vp9r0?7YHL#30~5c3QhCU6edHm77u(SC#9>0&-V{T&-~lbWsG(Z zNJ(>u%m-U9?d?Gt9yasx@I0UAb)+}}U@ME~qhIr1l}f($QJjIVOQG^9^2Er}i6TeE zQ)iTO&KVCyAJKv3sK?Uo(2pqwq)WSYF&siC?U{Y)D(+5L>#@6FP2WNn- z0CydP99O8=qPRFrco3dN@h)neL~bn1fnRYZ$7&}y5&5axSPO5ihEF&O3KngZYKh=p zWMDU+Dy~h(m{Yf!fWsqeAX0NZTreOs8+yYn{(uLo5%e#T_qL=bBd!v0Ek%ZpJw$@z z^get-E<`Zo6Kt;PRbw$&r`tqogjw zPiIk3=W%qTcoo3b$fHFX2X{1CGd+E12)bu{@TqPFSCEN1GMvUl8~6l&kUyV8@ejGK zVhwHbGyHt#sN@qZ@hlmgDQlcC4E`94C{9E)Hy1wZ^w(`@6TU`o4|K?dB4tJc9T{}` zMcQ^fv{(pD)2a=`-!5G=(Dfbud1OPTzpUyaup z%D0L?*ItI#MUV6s95rnnIAlWMf*ej!;=AEDe01?P{bZcWF=XvGe`w2Kt94M&x4*X& z!hf8;@_4sSY}4pr2G!%*dzUCy&_f1?4qRihqSklz9I2&iNx z$P8Lvyv3ixAy6}6O!N!A5NIlkGG(>|Kfdy8{unP~EMw-K292T1;nI&@@Sry%*3^Ca zk(#H&WRdj8AtEPNaVq}u@17T5)}p^YzL-4n^yTqoAH!-t16efVSG!xC^;PI+(E8WMw7D z!Jzglf1BeJ*jGM%G=28uVTEcv=k0=Ye?Ckd;NHhWy*IDTMB-se8`$se>`comtJ8PC z{p~706{rYHDb3PiEtU(6<~n%0j5RMOTA&q|`gQWJrCK(68jl!CP9Aj7*Fp)ANtFVh9 zLwtAw62|5IiZ(D4Pf-Sf6Czr$JjXJyVkupbdHU!gdPMj4+hCoo2&gqMz1jltIGQKM5+zTGwr6MZ$_GgaU zu6FR?oT_j5fb&^en&QJl?kDfs#`qNGY;La+Mvlu|$d0VVP!xwjCqC=-gfQ1x`5@IS zdV937GFg_y6CQKW!4)IC8l#-ZCby@Jj}e+Ec}U9})oYZCoBRqo$p__DK1?6REBoV> zuB+s`XLH&b$3>v?#UW+HS&%w3USsd$8u1(p?LkPn_A=Ls*cCyV8*DL6+8guUREJ0u z??+9fQ_9a2klKW%^U*GFQY>~0Yg#`cVjql?YZ=`f?z=b)PwlQpu0w0-V}^i?t7OLW zb7@bCbU3`C(BbH*7QPpyq|C`P|JTxno#NmN?#$VmgM|i;yR20!v~z%C#b|gnotSZO z8V1JjLHH!U%a^$p&4#=UBMSHUnA6ar#r(d>J@$CGil1Q#rJ1;Y4+D4Ydb+%8vcpsk5d4UrL6fVdN z#~;x2%Jya=@r?g6y2hfp%e(DN@lTgZC-{=+{~9{T4R=2WLrIM7}F5S(<}@E;tG zfGCXyhhqhe)f~}_&NSC+hS>qXX!EHZ?-5nG1o2|hR6Q&Pye`q%c~glV66qh@2;;ihQOJil_N@j))`2D zoF}%>HshQ<{qJqBN3N_4^R&egv~Uu<^!5iSX`>1RDo%encba@4D{}y69Jkai}2rdQy4qM+3_nzFa$HVf*HR5 z{qINVO1X#V8Lj^P7o1n92{}*7kQl<1j03}r)MJQ8&;w7JZ#3c5Oy>#1l%2y14qRu9n8yn-MWYzfHSo%4&z{$=?K(ag4`bX2JHIJR zH3w&uP~cV7Y`lyBXGSpxB|+g*gpu1C>`rmy-uE#?3@h9d0O#Pw`CzuTyyM2IpM2^**!lasWg0k33fHi#2lp^Cl$7Y-I4L-AQy4SlqfbtfJ|fC- ztZ_Cb9R{A#;@p+yp(~|3A31ZmdyN$zZ>A4b%G;5>?X`twAGX$3dXH#9YTvf0V|{FJ zkul?22K+khy-i=%o{J=;Jyk-lN1uFn|E|1PCoCOy9|U;TZ|=dv-f$+uWMnvqh5#-v zhM%It^UjUA$lxjCw{BexLL-xo-CE`M(^<5f#}g|WdK6i*nG?K|Yh&i5ck_|79rkPO zM5C$jp(VBGCNl|t<ZRAbfL` zduIBtS;2hLLm6OY4}HKaTShiH+4LGb<8l0^pE~J*)wsz88CU0~z4hpQjwAg%Hcz=< z_^Nx;hHTj3-#vMAI+56L5+TPp;(12!38CxD zqsHOjl&YJuvz@xHhjHL{!;5T(x(d2uAwb^T%EZpaL5)oc-`~a#;V}-j<#j$shB8i0 z9l@X~WBZNY{LPGKZu;`e=f%a`2N|>0PI!?ALD3^`O1e z((10#V8<@Ip+C68l<>om7u=$)yw=?P#o#2kNud2?d!-wQ9iE&;A8{mNAJ$i=xqtR+ zzYs_E!}Ks0{KBXECBpL5ow zjvB=;F0D=f=l|>fEnZd>LGHna>86{B5H3WbEg1CcAldxhlVGHttOo`R5KXbLhouYeLn%2`nlVa(Sucj#Zj)g``H`2UK{j|X zXGTz5Q==_w5kaA_-z0=kxT6SWqY)$J8{EKR8s_ywynp(Tlh4Q{>pCkQsw1m-2tE zxuV!|^_%0%X)}0#xVe-zqO2oCs;wy+;}d-!Mgdr|v>l`US%m!b=%hI5JZo@g4z){p z((X~lP5IytM$|T<#>ZvmMAY%1bjo`%YJo|%LsY@=Wa#C^*{XyZuF!(xgFj!Lje^FV z++)oz$HA^x@AQLcfy*XCm!Tblq!4OvYqbiNlhQP0{;4ZalOm$xe4D#A4h9T<18U$A zottA;JVqfWN)Ml1clW1)S&D?D8GHCWFrcj};u_cB=lQ|ebdk&7O>tbKs2)c7**%OB zwm$zReLs&AyA;P$G%OaAA+Vfie`kF9SdKC} zn_qPX4aoqWx2(!enO zh#0%7@mGobOv`H`hsUb+yz=;b>2X`4>roU$d$o9ok;u~!_|PdAo2UO||GTl3fWhaMC((kYuU z4lm9UgvC*a*FNp9Mo*`0&JbK%Db*s$jPc^?W_op342)j?i~r?+na>Z?cmJEenXWEl zkm>TsA@D7?RtRp(W?91ZwT+IOc7AzqSZC#vN4u3tD`^CuHa~)Ld{4IV2z}={6zAc^ z(-{4=1S}hIP?nb>J84US`NjF^^e}pXqxU@am`+)XF<*`Cod5jEqi1+Dm@5D$=NB0` z!*VY~7!Tl>&2{mzFtW`>`sAe`UmhPpdB6zL%J^WAQe#xMJUSGEq>U#T5Kl?P?fpe- z-mlXwWyAALkKt0poV!hg^KNV%dm6<5Z4ihNs$9#A3|GG76SMh_a3V2EoUy0$JjlX* z7{NW5%X}RLAx+lfxvtxo#+Xtjt)9#qE*Ob!Gnz3|I*e?1BjXxIe+YLDMSy)rx!L?^ccjvV@7F#*Dp6}i2Gw|^GHOretXvzgcOZDlH(Zyi! z)3N6q?~aG>K45{_`7Wt(ZQi1eTv{*Pb&WRjrXZ^zatw`!H$My#=fQ6tEPOX&0%Pz~ z2PpRiMa7rjy!v{txth^5SJ@PG?t%Aa3xXf*XuETtIX9O`&%I~_NXJBh`RKU17CF~e z)#soTl+9SyxR>JEu z-x&?dlQ<)F2!q_{w8Das5eEFbvSN%#5MI)z+^#`K2!YOHe1Seq&Mx$KVYAJ|6b zXH;9uxUB^zoCVuen+E9gSojwnJOszK#E&j+L|toPh))EhNicZhj3Z3!g+EpcoiPoZH+TH_yt?YywL@N z&Wvs|UwNY&UhLFD@FHViSs;C6`qgR}%l!m7>Mcw|%7DCz^Zhc;*oDYD#|3zJn4>D_ zX|$hv(6VXoeA1m9GzGgpWgX$foVVREJsfO#WqEq~^kHFN4Gul@$QUXoX`d#Njq%;I zl??J}V79UcJq2CrztB?#Q8tRa(M237%OC6fW$b_S2fvf{ZiC-9k>=>D*eJi@5spOV z$LH6fMS{b;txj2fFzUfnrQ4T92FX4XcB90wbWe8`49upFEw6=NdI}$^m>>JO3>yGX z>K^(GgUA&+n=WU+(0Bf;pFDgwS;6d^gQ~co)MRB@=-cq;5&&p2>GDhPQ8 zn0)5ie4jJmgP1 zoVDUVIHn{`_Ap4&fZI9$56({kirIwIYnOoDDWI<+on>3Z+PSgz%e)}ZBB!X!OVayuda5jw!+p` zILozUUL+-=z}H*h{Z3&7C!7J**`|le|G_03%`#n(E}|B_GInrVo(t@j!p@xK+0+UB z!`X5_|H1WMWQja>3Mw$zx1Mn`F2>Qb&&ds^!oCUi!Ipu-lj*8i3G|btQi??>Kj@tM zLgk45Q@g_1=(JGaLMeTcqdMvVh%BKsKBp(OBLMPhok5O+6>n()QD&JIfG|1u)iPGu zJAr_yMb2>7MTgE;h@QUGS=i4#kwEp%LV_V4El{@z0`d83MSXdpSN^;hmkp>dAADw^#cN0Z)Up%id0C zXvzw|%C34y)8ohc)6vmMb#7}50^_J`H#M4e)AmhpTN>sb%ZnA@(zzSqUDJ(%vj#YK z{AcQfT~e>mDS`0epZxJR!&3{*9>c|K<0R)8SNpf%Z6Y#?Kf?=*ba=$3YIGx~N745^ zMVsV;;SOxWdEND^_OohLHQ-OGTMRx%JuMJ4Oa^y!nwVbZnfufF%arrd@o6Ant&CvR9Z zo#-bpiEJ<*k2%!UG7?%`!}dlAW=)*;pOV9{2WIZnZ*&oogc>+-GOQZzTK zsI_Nzg)2ae$2p3g?;_aTQ$s`9;%;~d^U>8D_~XuR7s|vnW12q!QE)6n9OI| zA=I5~HICqzQDB(6CO&WzuAqCe^{emZe;MjJD-jC!RZ&D};6$noUx=(I0vSP-eJ;u5{^8%Hb`>Jttk;@#O{%zUc$c=eBLA=_9FMI8w}b zBQp}*U%bn>?_|B3cLo+>iGTEYczQAY($~K-J$|$^U7npyM=_`Ztga*o9!0QdQN9lP z;m9fq+zyv`n&SoEg0ERYZZn_tu?su+w?BEP^e2D>R6|LvYn6G8g{}ubeYb_PalPM16z!y zhX~OvWVE{G?z4t4pC9K0KXk%f3O{4E9=zK!hi_VI5&8?3OoiM;X6wkM{r}dV{!#SZ zhv`ROzM4)?&tt@8n8ObdO-^>m*BXO!^W(vh;x`TeTz8dCctAj7w^c7VR{74=YXLn5~g-Oumr5PlN$r z7!?yTJX@O^A>?hmv-dUTDwadv&JXZnf!A{};z!5lRmj0t0ay#69`9`x2+>4vmJz*e zMBw^`07Y=7xp>@BNaGp4stz% zBND*)gq32aM7SJvX#5Cs)_}qXpmH3eTDuP)jGW!#@~_HHXK<%4QLMGmaPTg$a`G_a z5CDQr!7*L~Ck)w48ILy7Z+-)VGOah9zq&-}kO8GUOV4oSEFDO}_jfp*;?$mJ6Em7N zUxE7vIkuj0Q${otkJT9P2OO!wCcHV+2uQSsM`p|WW<^3AQS{|_GzFhNJTsbrb5vC= zcc-wNAH_@~8`9Kwt_Rx~%K%`e@V!F0D1-;ConX*Kxe7P+q3_~1*Q(_p7-!d`c#5(W zf!+kxc!^c``0+Z*Lz~irx^2ok?QsA|p$MJQH%`S|lnlNWshHY^U2A>D~t=is^b)#W+=g3oGWshKEb>jU1Gm(n1Opd z%=i%}MEj8Oe26^ONr}$cULDUz;B>f-V?Zr+Dkx)U_Q3D-OHRN*UO9U$s?C_oSAoYh z-GD3CYu~+IoJn}kW$g#7_!NJx4y|4pR>3aw>8?J8Hh8yJJAr9VEPZi)>1>%z{GVH= zPrv%K!PE1fy_nu5GX7XkB%Q^ed$~CC73ff7bR2KJ4V<4meLQ_oJCn%PDlGWIJ9uUA z1scFCtBDGdspKT26@*3?)oAO zF;|2BXm@iueH((M!_Dp8Ng>;YXBh{M|HuFR|2b_2F$%;KD$OE%A^=Vl7Z97r(Hu|R^U!2DSOdD%az9JmUEB4cdc_9LI zdLgBC9mim-6R*O{SnFwKEZ_!1m!LgZ2y8sl!Mr2ojoA65815AMVCoo~oM*_a9X=++ z5oj5Ou}Q^9JNuNfRPAoeFODxsN&B2 zTdA5hiP3#H%)LB!f8MXKD`3DBkMhoA9|M}Y-i!xjd51CK1Ze6zL)zRrN(t%(562cr>20-c*?rnjo&cj@+ z`OU%*S{=W;ot~dwPj4fmUyZ`10Mk^j=>sGJzYSSdR#)nzo+d)xO2maPO>c-iS_qnc z@PWD-*%fjymQPVkoRay-hrJ(01TuIcJQ#S&Bk6;j;RysQZ2~trz!!)H?dEE)^WCao z4$dbDBsLaY$ACtLbIz2)Tp~3zScu-bh>fv|<|;wYcJyHg9D131RgZXwc(li(?Bgqx-n5qo$$+9v)| zIu6g#|CW>L{X79|Zf~IUU;fYji`uF`|L%WNn#+Kw&FJH#Ge~Lm44_WyVq{fF$szj~ zo%QPQu+zv-9`D78S#AKQ_MrL=ABXlBn4^cMrQyeZ0I?^LE%vlBo0r1bozU3kGp<`( z_z>GMUk7XclSkXnq;=C~8LV^I7&HSw2%el2v2?o#40Cns*Ia)Uh9iImgGoehsv$Qw zHd^qtzPcU-vl4-bu!SK$|NJW%Ahmk04EnR@uR5lMwGd1pd}v zd=K4guo$AIwt^(>ntu{mdGJL&oG>FqS^LN9GBsd7<}NLx+<9XeFGXfqgu)H$8+rDl zt3G^2bMakaR}u}H1#31e16&R7QzjT*eurc_zyjxye+e}fC3wkkb1 zAKQ|OIBl}>=KMPEtIlgR3a!%-Ud%WdDN2b`rlQy!*qf8fuBElqrsE5K;Hs(rjB}{6 z;qlL+Qhb6IK4AxMN$+xsI7(fLlXhksYs}W$D!MUWtRNFzz~@0M$DyI6E7oj}B`xR^ z<&i!(B*tPHi*Z^1uf6lM;aXz{yP6P+-3B|uF$*k#V<`KPi3wT@FMg!tW^eTV_Y0eR z8ZSo%jXIZ`S{BjOC!8 zWNZuLbB}FL83d6js+tNxZQm(KX=CzZIUqSv+ko!iktN_9H_MajZlX8v*>I@QAu2WF zz&_dpiyxgq|y!G(piSv;qZFNtLe46tWJjPt|d6I zUjtaHyV5_WrRnti{^mEo5x%{he)Q9q<#FVeB_lJ{Bf))Zrt(G;0gR`i-Bj-}&`aGd zRaQo()kxqojR$9G&%K_95S*xQa=kal7>;Dlb8BE-$k)Cb6Qx2}12d5$sH%6Jlb-DX#Lrg@CL$wCh^Q~RqUp(eZ?r}`7+XRY zN)@6IFrINKMG8wNH{4pX=seMk;XU!91zT_pl>fYcx3rsqV-po zabH4!FCMN>@1po95?;9!lyoVaVXE^hOGic|a4cmQ!E>Fy87ZFx2t!qY6S^E54$p{2 z887$GgwS|9He-o$5$V_>Q$dcwGditAjv+A~xC_7CDW)i_+$$=bMe;tihZ>z14PL=8 zd%#PLS`Id%$#F^*z6whkH_qXlj5d7f|2gJ>25pZ-=V8&y$49WD08VbsshpU}& zEuchP;{b)@di|lHxAu%5ujt)BhJ$m})PMVx35gKJ*yi$q%e2X1z-nX%KWc|j;&>6j z)-L3@?>0?3&3J7s`zTJE-R*SBu*2DH`m#IQQu?sTk^;}Q6&t=ROeZJjQS$H7|6)|x z{XSRPvsV)&4C!fMO4xd<$ev$Te;-qp+I9eQ45u}wQ5HXwTLR;tY zEPQ&|E1o=q8Qv&4^z_|v^z2&Y{K{|!Z8$T2=?lGn`Q!QaG7zvKE3W{B#*b(YCvARiJs2bj$^Yu&2n0|boz%OICjiEDPn%58(w46kCu0=YRAs zzH$5F^+6(|_f;61>zkdQG&lI>_^bxw>BHS9fl=|ui||rW$#zPcncrbtEKlL#@RlsD z_xs`gZoHU&OBz`tSA+eF--b4hwd5$8rxB53@?H4T=%eX+hXWFP~h*6uDTcTuY6^1 zy1BlpqGD`BCg#&@|H@#9lntDbRY~o;;v#T1%Me136cl`LQpUB7VshL-E~Ai_7vfaK z2ur0w28X7FK=GpCZ#!*z&N|OilyA#KMp-*NeUYyF!tz}*0-ppBpBTKfT@6THls4y1 zyZM(l#gyYYJ)U3Rrb-8f&?o9)Ucze`9wkP(_(Yo?&pp~vgm{)QO8bd+rQ+It{&Owd z%;xxXWKA~#@A_{{n-|ZW<3!Nm4?H4RykOjvFhygGltPtr+69}6U@IG%sX+f+ucicF z%px(4R3o;$YUp$Cd*YssK3R*?W{i=g7D~A$3dS05#V+RBMU4+0*brxVIypM4;ihPL z|1t}vzKn^lf{qj=cqv=hTwAg>KT%!YT~e0uzPAxZaMwKq(w1#Pn^g<^_{V&#u^SI~ zEP)1X)lI^@wMBeerj|x9!qk{lX*2_ z51cbTt<2>V=M_G*T|@3&?qCe>u0e+!N9TMDho$t2F$;VgBB@e*_hiGacQS4)y6a=m zU7N^>6LUX2aTMoW^mCmt-iC&zzR*$QY69RHCGi4COdH5ffx%^tK`sOThcm-EhICvsK3nBBnMay@_M8RG8 zE#on^vjhQP{d7Nc$he?fHFbB53+)*jQ#1HkG+c)^ZO^7T;2Zv>wK-%Qb2J}O>nN<0 zVR;`Mo`+dQ+@EePPER+j$O!MJHJhSH8G8a4o%TBV?x$Dw0C|u>z3&#c9EL`^`OeUZ zs#|vvT-mz-Z=>-nnCo5~`90S2hX%pXX~_CFUmi|hJl&fWe#n_&&|B# zUSl&ZisCqG^eSWd5d2vbdUbW(RWseUJ@}CM6R?8+&6#?tXoZ~r@BiojS!~kk^qs%@ z+i7=yXF5ANZed)|G`%^wNFR}l=+Sf?e4FOvY~Py>j*nybKTLZ&TRAt^VAo#kR;TR5 z-q|trZSX|4WsJJADQ&^?`NdUeVQS4oXJqaYSj6_)ljXs5Gu{9AZraN=Md_A_wq4Ic~i!j^Shhw<~07&4ZmPaal6d!u=`ps8?d39+hREm%h!Elc8)SVx5 ziWysAqELDIn=ALLsHBda%;`?0+z)fuX7FL~Zf&f}XpWmKjnRokc(z|2Usl1mdkv1$ z!d3d`cu1p)<~chQbOk>YfJ=hp1y)f~P*B6cP%}^>)bVhWp^)pfQ+gST4JrsgcYq2F z89xfcqfh{Vse`hrD zp6fhRLv%+0!PEQTR*G`Bb*4ydq+!!{@GN>FFHkK~2Oqq0-bCMx zuF_t*8V0@mk!y0?p3xat&P4{(x0EYqmE#Vdw-1(rzjxF5$@#P!J~#?2Xu?^cyhQkn zvpvx-!yxwpnSKniFfO1T^r`cgU*(6k;6X^|)YBfo!AVx>X+>#pK@Z_+W3wFDb1zJF$%3c{l3IQeW4gb- z)G0I5OMP-!+U0C;QlB53PcPr8(^!~3W}J5KW6<#!Cx@p2u@qb$zKbo(INpU< z?B9B+cw~0)8WyrIbPvMERIO~zeUvnzMr;a(Vl&6#clZ9yy^*~}D3oJpSmh=L~MDHJ(aE7Rs_iFA~$D=9)5iCw)dp>64Q!-M*LAc^$3kMV`hwl z<_a$35!9re7_KPHwZK40P<#~Nn1TRz1Tq6KM$QZ-P-SX;r{l9Z>`32(QQ}D5mKg6J?zC zC}eod4T(51W&_Jlilfhk&PBI@fr8qI5O_ZFz2MY+)|Z~35|E7B)kZtUCOF- z(-$WVPyP7tB;(DP($@X=Z>LY5Y&Uvbc(6F#4<4mvE5sR(F_Aj^UH=ABWbs!MIa-K{xHus_no}XP$=SOGL*W!GNfYNoRni~DMHvKHeaZLa=-R3rr zz!ar3An@Q1|5nNBKMEi2WcRAL0)z9MBGFzW$MSOqlk11E8M4o@2Ky}g(PF23cT9!? zY-joJFgRq$eqnc|#ZqJ{80p+3FV#jWiy5CnzT?Q4i1tGi?fcNRodzz#>M3CiIz33? zz^OOGht^;ct#|4mcXpg`k}doLgSJ5tX;GNX9=*t7~iNCo+0|HqHO>Z#{Wtjre7>%f&TMY0QgCqf>5}*ILpR z5#_fHRHOlC^T}fqiZmQ%GrvBY!$c^|J)&F7FJb`KR;#!jcb*6TaCf_@1@my$UP^mV6xmB2hshK3_RaX_f3(3~IRgPABE)!hgoDu{HK;oNI|rTLrvc#~U+SQN2|_?mu> zAo#Q%vvcTSDn?PJ!j4HVPp_xviF99_cwocWeBt8iI$rPCHHk9S8~kV!j(66_Q@!@X z%zNq6I5u*QGBNLM>)0o8xOU6635D7N+@xDhFMW;n-gBiA#e(z%=~0$c`TM*^f`L0h?Qgzh}}!#E_A3>ZXK8Gh$4 zjlq3j!vFZXhAqb|S6hxeqPv#@s!`M${MCpLKF4ut1Mq)Spm0X9r)@YiuP8Hg8@xS^ z5|iqK-#P^uUyW;8t+FTj0m(XaIz%yFE^B+vD+Yp3`hpS9FnWJ`>-fC2Ievq!1#W4? z_`zHr$@y8t+yiN-JM(4Cat)S&F_Mm3BDEZgfH%y6i(Fguq<`N7pEur=3br{9ULzY| zX;d%b1Z-ZqlZDeZ*f}N~af;R-yqLNvY`JJG^I|02E3yO^=P$B^@6(3tkqUZQ&^-?d z$+hIq1Fy(~HiCud#^};$_4kn#yK;bzffU`Y<-WbW%^2I|>2H4cvJS@Q`y12!o9LP2 zIALTs{cT5I(xb9hmQteAFx)5(=73ke2#qo}(-vMFm{Hs)i;E@-A;Z7;FxM{!P+2Sb z6wkvsxoDOmL6f4|(=tf#CF_`b&=p$ITGz4(9(n~XH1?-o8-;<_SV2fW6baI;IQo-M z9!=l<>%VVyMS~zdjBQa2T*G}g78x|G&(X#n=z`w#Y_oR34>^%xkaeSvP46L@;O{qn z>#Ck(#DMSxW z>ZAs~{728Gnab7uc^k|m0E_XyeSbZDvag_Ay+%fqegrS`|Lx!XqU+Gl6JFlj4Cb=O zuC$VBamrW`*HVmyd0ri30!RRibPR)}QrJ)s7lEv;tH*b5Fu&(h@9pojZIKa1hKNUd zyDgG9QI;RT4T=}Dv9T8CAxa|We)zY4J3Zaqh|%#-m>7;2R7-3ax~GaUcGj9c6(#)Q zS04BI$D)$2e&uOkoZ=X)RmpkqLKQ~djS7M+=@yK^12!&^F{Da$gMa2-OI44}5@Jx( zHU%i{RiTW4y${~{KnU#yx%OFRBq*<=FxSiDyc40liXm6H(~WS_4<)J(%2)(F9?2Pl z9GLgwpnSH!Iqh$bU6UMpSVO(kYnzP-W9{Z`Lx(y5G3GmKwnwy?27?-BDa=oKGsxhp z(L=1@ftPJJF{v=eT!V%@#HQ*3V-0=`Iwd8Q7UY%2jHOJ{rHB1e!BHk)DZRQLnag6j(EQFGS&UhDo!e98u9QDV*F3TWCfQB&-^aB%gj6q9XNPA z_O5uycgB-}2d4f0R5AEQ-MmX2vLp1=MWv8jmr zt-rBR2cDLdp`(g-9HpO*o8vn&6JW3lA&1>i@DusrFlgKOhJzA0%2)(QrEOXTD?A32 z(MA|`E{fT6#TV}IBy1*oj6b}na+l(6@h9HNn=TtLf+q%a?*8<5KYi1Czj(Mg&Bqb5 zep%`bT|Mi9-jV{AMY|vUoUa{g4Qu-K*We=8;S;(M=5tx-G{!10>k>c%$Tg3npG+lm zsajyQ?*LpB-?>{2gNNq8i|mMTfxCFhr_7rt^?BHdRU^%M1usfo7;?JV5;1{Km&~ON z2AGrf;^?eXL8cY-&9GY8LLZx630N5iJ;bS5n3iH(Va!0*q6_I>+k}JHV_r`$E%zKj zi$Z6|IRyXYw|=X3<40e98F(_L$mNL@HIZq2F4%<&wO{zjJo(5x;%}S3ESDGX5Su|> z6>JK$ZlZ%k?PT)(`*+n-&0gdUKjoTyp@YuPPN%c;(`k`GEPoF^u&e6)AN<K~Z;>sR*Y4&!+oo2`Cjvr{sBX6wOd96s0*K9^2TY z!W?cDWPUfoOCJQGNYDABbIYRwRL;v%J=|cJN5)`%)y{b<)6;m-vJ9SZ^>lBeg7GlX z_-Bu{>!@I6={1VG5n!0ln87$wkx>YNfpMcm;g;Yz4sLLnA~7dze9~*3N6&c-|KjAL z^IlT&@PdZkgxmN{Sy1+}4=_I;gP{7j4Iu(kN!y}Sc$QfpPn<g##i{kWk$DiHAMSEdLm&1GdD-7)xa_d;>peha9WZu-CY@LaA1o>j!S}doIl>7`&rr z&cPQMbDWGZ(&KpaN#tRyVFqFNJ=gkPIE_1f&c-1#WJkbmQ<`&>x=fidTQlz*eOJRB z_`zt&nz`f3aL$oAeLxmoQ>FdgfA^Eh{crr@C)4G{Sqrl8i>XWzq9t+QMw1(cne5`J zjM8^0cE%k3z`~&zYIm-My7&t3g3%b-mSc%Z@lk_-w4)Y9b++@IP<(`zf&ycr7xV+4 zUb3??mhMMAh7v!LW6rvjH>YWD>{L4TQJ)JR{@qXBlGr zI5pu>=M@17RszepY#X_Tmp+6|&)7HY%;+eMV3Wjms?nIVB_?IDIV zhdv|Ug`3i0R3HJ-FdiZA>+Tq)<$3YSM0x~};HgQFmZlgPVG2bWzIzg{k8LQWlUKrU zjJWhXqoIG5w-|3T(aiI6 zGU-=KKBT&BSOXs!brtfx+$)W>wXqhO3}GMZjX!qhFxzEnr-}#S@<~qAM~K8U1y;Zt zA^3f|h9gUfGt5hIW-0EIlgnu-*Dj?kJJ^9)8;Y9lP+#2nAp>G9FFbW4rr;XC;dkfZ zCJ>hPelR9Z%?yULy=%eE0psxLV;IL6!?ag92z;h9hJ%78aK{i$jZo};O`aHZbrvE! zZNjzwI9uAaWD4w}E7<`N2PX$S8e??p0CNz)2m0IyhSrW`oWA4ZfLC6Jdzk>yjCRnB zW9{6?5Zv*66k4A*A43DL91+##o+4M-$9RBnq``dVdp5r zC0P=kYQxTw7rE9WYZ)Ul#rS##z<8EK9K$${FAvYFyT15jH{3CdEnSH|RwKdxMGV9+ zyhC?`XXujQ2z7cS$4WS(51e*E!;8+tIacN>!ag3?QF|sY?+L5tJ?!v ztJcGFR+p$9K$nd~>>io}Hq*6i4PN0eu)7*J-Eb4yaNPAZa}otPXR%%E2>GQuyX3E{ zbw0*UK`eY($Pgnupui-kxk%i9p`w8B{=8kItCY zd(3cnA-r?*D3my(z8`}v3O_hHnGTO*xMRp6WIUy9q<`NW9@W@xZrPzOj2;*eAzW22 z z@n*G8FhJ*j0u9&N2^Y5w3Q92+<}$ZU(To(;5Eu>*0kR~G0B8#zVKVpJyPrrj=S_`h z)&-_uY?C@7tI-DK7c^GrXG`v&Ew|>Lz?PGkxLF6vTiaD$!+ArM8ugqrU!119%%p{G zInHApTjH8;9JCt!IDS98Au@@xnYT5kl+N6}&~s%u^c#Z3yS1*B5i}l7;cD9TjDI+h z+5OD&!YIEG!P_h+U3t!^Q$<` z!76TT$vAxW$$q`_>#I1y=`*^e_%vQo65|D~8sXemJm&wA{?jHJ40^)9dqogvAPos* z1)jOJksIaZTKM9eoknIXqs)nEZ!OMLXhPv-XrT?&I-*6!M1~BXNMSPQqFsgoO~^?N zKrX=FT~D4y@UtMobjQs2p}**THXQ|SdEeI5=(gNo2Yb;kXth!+p9uyBJ0ij3RcQ-K{Ths9WL$!7*CoUuBY>CeM}6 z$ST@62gf#>!2}!;>mp3`45w_=f~ZO9#d+fopq7atW&Ep-@tRAtsjW`E1yAqdNP@+S zgB5n@w4y3+wL#k(F@|YyG0rll{$X%ey++Rk&aqxTK_Grhn|1ti#5AMKf*s;GGi1j< zc)SR_oV?c61PqRq<9P9Re)pTj*PAy7-T3M9;-c9YVZxyh2~|_Cdy-Ze5Ji7MY9DrlZsVc`%bHH+;0XV9HcB{bu^v ztMh68*T2|(2Kg&7#u}rjEb#z1Bq-*wE6sy2Mm^5}r1OnLzqX%4_+Y<^Tk1kYCVeTA zcWy-iU5L#v|M+Jwr<1euoF9?E?)GL=jUsgx=aVOo>Wzp-wzt4!h~K@m!j z8kMF?4u#05>u+OtPjipGz1I`Fm@seA;JLCAdH>D z3q@B$IovUD-mzf47UN-T5hZpuW?rT=3T9 zL6e8GFo}$yIlQr!9XMl*oHo(D!X0B3`FGn={lGas$ajgIZZmotBOKgyYu{XF+>8gj z%2;UEcw{h|c9lNMcnDb2s&EANk%Rm3$k9aV{P^rTg824sPxLY8+zRQ?grpDt4t)bh zn6Z_#3P~@bINrse>v@)eK-+GE3@a3*SMVS3bB(%{@J4tf7xq+P3GB1<_QfS7p`g)| z$`VQ7;SiY0qEFxbQ3>z07&>sC^EKuH+8f2Nw1Q)(r z8$BnOh*NL*+gcnYQ(4xT)0yOk!&iqaec^$3G5Ioq0wJ_SJC0L6Dt{by0TCk!ml@39 znT)XxT>8Nu@Mhd1U>lIV4!$1DFOCeF#`2HjXup8+M#er2?)?Nik-?l3G_q3&4L0gS*m^2xoF2SKeu zO)K2T9LjHsar9f9q)kh{7*o!ehi@1s1=wPyoF7Fyi3S5F$Alt?1jg$h&*p{{%89@e zY!BBk{o)O8Xh69Z0f80ny_;c4Uz8eLyOu{?T&G#Pkc}yXbP-q{#9{4YDPuSq)ra=m zG4j+4V+PNZxiJlAHA*#~9BB$JVl-XFn7@k`UtC0q6|DSKVMc){TGAgm!^iMhhdi+O zWI)KA?SbKm;wStfL2}4|;#+ky&ZC)39f$Hfh&K0s6}><{imS*18DNwsK0GeUwho=) zk>!wSu@ju)GtLtQPQlVCUjC;md;=q8s7=?xtF%2nL2n8foqA_J8Si1pDP1^>63!pl z!4vrA^8JXeMMm^XQ}TE1NuwI0NYnEvMChGT$-N4;a<~RPUGzmaQu>{W$#HNl6 zbsRa!K^M8Z7LCxN&R6;xdUDX4JTL@!zVy!^M%FO&%zZWR#+PQ{MyKvE_itXBz6;5k zo#HsVo#NikP@9+SM`I*rxWIs}2MN?nQ|;_*G_8Mr5qBZytX!b0(V6pxAD~bMTK37@yHy+byJHEz zaWISz4+OOFE?u;PN`W!|ed8Oy9sYPb9i5)kLAl~+hqvevJjkZ(#BR}EriCDs?ct#5 zBVEL%jam+M0Cnu5k36}J(YLdlI+6x!=}$xt7uNnW>|X4FdNpg=)fmWJkP|S&dx+c)YZm;db1FOoZ6!x*oWwefONWHsyxh`|&mad5(yRS=*d zT#Ssg@Zq^_BNY}ZJQ~GI=v+mfW3v=HMdw`SL`$>q1BT0YLgT>#b|maZF&Pg@5rrGC zr5%=p83WvMK=2~!fP<1WZlnL0u`w=oY#Vz>Q+83*xmKk)7%516VG4kNrqRHsj$#-< zut{CnFsM7dU8X-{%ec@BttbmmVXA_KoB+dt!Qa~F^e`~eVeri`gBy>l{D=FsIBn+0 z6y0z=Ht&qEU7ysH)UgciC{E)9pFZuzrRKpJRa>u8RwK#|9YZe;h6g=xp3u}e`~oiN zJ9KR3C}YCg#)_X+0OM5!P6`0+>22Ts!?Uq*(veEvMB*oj;%#!o5rG%TwS%B*Uqwm1 zJh^NN*!}h+ILTNU&9%s#%`&X@rwILL`e1Wor94sn5d6|Hlo0;VzCzRtBfJ9FaLY-D zGgKe4p*gf;)bg`3Sx3lccq`2|>h-oBne*g9AkpWQCx(!*$mNC2I&fnp_x8=Vxr;p~ zNC5uVKAq&vVe&vInG((n`Nh-VsV>S39q{hVf#(c>lk>p9cS-2Qp}Zudt#+&KbAtMW<);=IEJ8K3M|F3r6Hg2-<8vNSTVywDdet`#_^9sD84+1*=@K35R-vGo}rqkAkL z44e^gq%IXBdl5Tv^v zBWjPaH}`TK0<*D@T4kQMu~0s(hLjS?^^Bx86A&~)XI$4p(4{#-1bh)flzx8r?K`he zF&Z4(h0SIoL1zVma+jHq6=|A_0gOO1T)bF>Zl(d?fr-F?j}hg8!xtk1ZrJA`Q=WK+ zU^ES$e$m?a?8@hbVd2+>7zQrkrO{rPNy-tD2reap293;%xj|zJ&u@wclTskGl=gs2 zsddSWAMVO`G(hj%(xMn+tYX1a0kA@zwkZOhx<0C4JFX9%7qf|lsfn34tt|y}reH#@ zdc*BM|A`Kqcfbd{cdYr2w-`xuXhfO&(arVVRp7Y>o*8O*U?jjMQUV)zjlI)P5jb1A zdT0V!Z?+(c<$fBYWJR*ZDS9MpGADS``gF=c4M;bI32iAs^Umld(TLoK^O5WFZls%I zihP+BoN6Xd$V9?;kwfJRiePwzXoYSdKch{>Q83g)_ z9$=*DMv-6*LarMdZl&$Y&%mt$Q8XYK_>+u~8BPno>9k&(kM3($aW032fplYuatS#()q^^?`o(iy&B;l z(O|Z>H_PzXK@wziiPqX$nf-6S|Glocro2Ux1XEhp+FKqM1882<{L$X-=5%y&K3!gn z9fxodM?--N4+v*q&_)SiBx7hgHph87)_1Q3IhIEdV&^GW!XRbSJ=`gu5X*Y&peY0w z5zI|CF-VV7NY=U7G6n2lvRuEsG#+fP>iQxc00Uv3>wOrUVrcZ0@z_$=y7Ku41bP%* z4YrKXG3I$;GE58>9xLJEOfYiwMsu!;Debu*zQG_OgckxLg=arzigPzK9glbnO^O#v zhH$6N7!!}TO;cga7|?uyD|1DZ%}CRaD1ibqjw)YF9eO!WA-R?#r&U61EQE^H|M^m} z{GLVgoIv-r!aWMMg==Z61!@sg%EQ`nd*I`x{HsBMiyFy{i_+)t!0U40QrFOkn!=9J z1snR~H_r-R%a}Yxk6|Hjtw)dtO`mX90_Q*Yb&re!kKCh7b4AC#De}qN7QyrBgEEmi z^JKrv7`C~qNt^PZA}^P`{1={_@}~ zM)|CY{Ka8DkI%c2QP0PSdRiU>`i3FRy`Hco>Xu3Hd2ps+EQ&p{A}Y6=mhX`-~HsEFzNfJuTQ7H`O%xedsgSelfgI# z49YOXbFE57;~J>qdN_i!G&b7Hu;J_Rrd5g^9Atuyb1%LHH=5^bWxc#VgFU_UY=6fP zhKKPoJ?JItw!68Sd+Avb?{Jo7>^N@tn9RD45!5E*qNahN&kUbhgz|bj-tcQ zr<34V!L6xD(=DFW(SqiT5zb|3IB~{9j);24N{G@QeMU~yM@V0fL8)UfhB*DXt`2Ho z<(x96K4-ea^=JyOSHq!D;$;3pvV=i$}Ef$>3@WdEr@`-Q6?o zsuKt>p`p3&o9^#W2S0MjPO&ril&rVS=nU7DoSo}tG*xfDlo8rBmCS~e`p1n55UJZ;Z^{%Gr&Xz;;< zrHR)*ynd+%%GO2%E1l0)UXRJgMk33Nh_qD$lP{DGWhPZ##!kndKHZHW*q9a<89d5A z{-0{S49+f6^^Bq@yZ~-{SOZ}QR4%TruNJ}I`PN_5kavzdOu#Tfu>Ms4NkJ(xAQYbN z_V)U^M!<5g`#~}V0FeZox1FEuC%CIJAh;A*89OI2Amxd`H7w~5At^FrqsSQnQ58Ii z06P^>Y6Y$^fagnx=W_k<-Uzca4aS)d4y7l-ZC&|waE^&$L)stMj13&pkYG|QK>=YD zUb~n6323@5ZuH~++1z)p4PFVEV+3^wOPDwCae`uTJ8x+1Bj$#WGH}|lSx?&t&M>eY z|8hH|mG;fXj zJD$xwf#J1iPij1E*aQNd&C9tCLE#3EavqG6!lP6uUd!$71s9Z@6tMom&iSYUx#NjG zWGDTBci?d5ZT|y(YGiV}3M|Orh4ZQ@K|)Exmkj)A_56 zZ)$1H`_opORy%8X*8ijQAvI`6!>!e&Zi-~XBu@qt=?Dg**DGJ8OMcG`I-FQ`#R2M+ zfygubKb<vzzJY{OxoYr|Gq+f}FP-rGhxllq`Xj1|o9Kj1?suD#x4gh@rX2`6EtF zoSyNh;o$(;bHbxXjg>=Xv#3`m7x^5I?d2#*-CA!gGeX`9SNMNyjU2-ko$?RqTdU-;{QM}!?xy=# z><0Jga2T%KClE5-X&P!1(erd_`7`{*IyEEFKB5OSmitHG6 z`VmasK{exTW;70gDH~hrZln(nfN{)<20?i3!!LjJ(`QSG9N(og>9;ZA?qL>6=9gjs zDZTsM&)sJBB_u?r)27}_!g#fbNEALSE+jHJJCC>fwrlU)d-MJ(UfE5)j{*&Sot~U_ z8P2&Ut>rjlwEfCCZG!5+Q5GeS{z~ zSA}k;I6_I;YhPPARN)YTw7=^xN{FK}RAe9ur~{FA9TnqETQ=MgEfOXS=sc$3(qJm} z5BjJv&nG2;nZY4i5b5)<(|u?u(v`9qLi`@-B3M#Q1l^imjW|r$Mqlv|b3lfJp>Gjl z&Vvtc7!!uC!U}z`?5K5M)T4wb+IZ6LDNf-w*Q1~I;Z|SpsAEbSvYJxNdE-QP_%$ZV zRVw{MZs72!d|izNXhtb8)u08hgaV$Vtr!69N~cO|QXqsy0TJWvK2ZlERH)NGdUbjr zZ|zZDaMoha9Mc9mQr2i7Lg(NRNW5XLQ$>51eTFBs%it+MTuGmt5V@@aVcZ!H`G5=a z-1f^BVN}7TT}5&8fzSBxAf;>$bR(bZHSA-v9FIVCyjuk4yHuUy4CuC92>X4tJKdRI zCL@owR=erZv z4Nq2X$OtI%W3=DIpu29Cg|If4k!Hvh_sOD-Wu4$2jzH@qI3a0EHsbv5IR5em16XG7 zS#1cOZ(&}pnWbs*Ea#j&<8eF-Px)CxM>#VX6n$5(j|bl#tDGa8p#+FI-$Cx@Qh%}XZJY(Z(6Pn z%0Y5YOXjoz6&^3+aNVq3d~+K)HI|N%+=O>S)WWEc@;HWT$dr`0c4Q%jLFcr2IvEER z&kHhgV|54`kpH3UhyH+1!5O-$FIKF(6Gya#m^Mape=cGp2EIqYvL7BMcW9;vQXk-~ zQyth`D@`xkX?*YjRtEi_{^qX-R}0fmo_`tHjQmEv@vN-n+H#Pc`_E$gWI^$kDaNj1 z2rpax!3iNB0s zHUGua{b%#@(z_30T(6p*mLf2Jv=f6Yr!VaeiI4yw9hp-zIGzV1MN?CDJkzuD^Dx+` zC^csZwm!T)034s32kF<-=H_M%z|rwp7~=l)+0*?hd__xyfR|%0ce~?!`&-`%Qo~j` zPS6O|Eb8i}363LJ2EW{5lFVj%eI@_KdUJ;6}jp)%hYqm1|V?Q%qhIyhxES3?_^q=RL9t8EcrJ%fiw| zVMyOI#YbTMt^v<)4Eys)A!F2zUMLuN5XEh7Z?x@=j8A=mwp0phKz~(~IS*l!J)S1K zG6kYmd>}gF{TrwL*`!tqr!Pt;D6InG95|ob17pUJ{sUI=2X_3Y@Y9_H4W0LQH>d4H zq8FD}twEu1%^fou96sY3o1Y9kqn+`?{o=A|tr%WA27a>NX#hoW*3C)-8aE@4w$jM> zrcq9KaV_}SSz|Dl8*NJgigauv?Du#c!b0)LfWWuC68emT9P=Lg@-IcnEKJL*tCewe z3JkE!8eWGZkqxJT(Ki3Ry&i)fgZ=Bj^!fA)UwPCll_&g(^mj5AQ5fE%Wc9roB}R7g zwYo)wD=o|zdkiY$t?=&4!}ICKZ%(EkzCP`Izg;1Z{00QBcbtOu425PB63B3xJbQj4M$67)&T))<%2sfQ?DY6J zj*3i!Xtk>~f>X|wXxfw^=L!yNU)@5t@R7`pD2uYDMpdPwSF=Zquk(?Y8uk#Y%PfO; zn=hHI*AE?qKNo|`rSxa|(s)ca2rNADOSXheqnmRK2WLbiEhEFI!xODKuF;?1ha3ez z_%(b-2JyJQeBOM>^*N{FUJ)lfL0;=1=ha9#Uym=|$M`C&BrkMW?hW7LWztO#b8r+& zgY@j|YGgD5lPM0m*tN#lw10@@+--PsDSY>Mf3we#_i&b#rRB;ZJuS22&0yoZd~}CQ zZA*homBTGL?#5fv<@pW98r^(yZt(gyzVVwG|HtWvKYcN6ho5f~p$lFjt{ITJ02}OZ z%oGPl&vcWu;N^XsjHQh_ZCCbTk8xjI9D87JEUggpqF*`2Y7FR8Q?#{-=>rUOYd5Qj z+;@3#cv6;%uA}qF(EO*5cAqtUmz&Qb6jB8cjllamn~gkp7B*^uObBOWymz-Y8-cXw zp$rmiVFHMVplk%ujFuF~$9v;xY?K!xzPY~E_U()#vU#LXE(5Z`%>BC!4hWCx!0-IU zUseHB1_$E|M~rIgHFmLBo?5qm@hYFZU9R z-~!z!fc6!h8EfqI6$dHjD6%f;$+0n)HSjk}{f($7$1*<7(tO~wHSP>v1zEYQZE`dz zOJkNj>gGA&RX8H3rb*C6+cVq|K=%V35hy)E#~{q2Ey_Uw9#|Px!iEoWsCePDcouzvvM%Ou~A5#@ILZQ>~#bx1g4F8!{c=76F`ss_K>E*%sbaWO& z7T#+F8(fPnWd!g6z5xq)=Ct_igHj?FoG4RY6cZHXU+F-JlNtQQ!?(l^@6@@B!kfFl z*uH|`Is=OHIFrpDgwf3xDl{Yi#%V*1tr)hgII34MBy^n!-)1)W5)ZfPKDaS$Ct5zN z@xBOt-gfMaI{tufFN%&aBd>T}?Tlqi;8rQkNH!yp-(#!KI5M&qF}l0C_EC(jtbz=| zzO9u5pQ0kp2>LOm9tZ7VN9%WeaDF%^jPNY01uva$$$8@+&tFJC>4Q^k8q#b2q=un;xubIEcO_X;vX?P9&=qyBY?JZ@WHpO{(wmK$4Dbs21 z0yPtK`0{+-(KmR*&2*rzWSX3ou4yk|g&sqXb?PwhW+p-dJSh)hjZZlOX>{7%T<+?Q4?(TW6}grYKYbq=i7ld+ za#`N=neljZ`AKoM6i39oxG^x+8wsQ<&kYthb91$u4<0O5?qwe7%IzHU8~`?X{#U;G z=`#eD((5i?fHBVfq2+i`w^y=WS zh{yQm1#E?>($7EuEh4d2SNjHa8D;RbFFs43^V7fm^KXSRt@vZUC*ckUl6Zy*!DqzMVO0VI~Jr(@Bx9>Lk z0XIJ54AzOvz3AaMr))Sl?-G55y(9RHgXb!XE^TKCo^gW=!hDxcSrR9bUW($E&Rh=v z@Xqbb1&0B&(*XE}Q6KaPe1UM}3~OIovTvJ&M)L z18chu7+i8*12Yuh14TNW=7N^|hyN&E3Oa&zmjwwt;X`yFC$dLqSI31c#UxwrYW+S1 z7DkB-j}$+?#_#Y{hld=cuhm4Z4C;&5hc)6k9Xt%jObXn5ALG%bap67l&u|6793ut_ zJs4_{a4UK@M8BRa7-O98BIk!WKASH1Y;SXVy1mjuFi&4x%QfJ98U_1R$M)8zFP`j7 zzwl&h`r^@6uOClKTy7dugts3Zv=v^WPZT>^VbH4L;Ac3L=*;vC2awZ4pV3DKX`If{ z8?NOW(gFBmj4gUI^4+K^_;xuyf)D#Dz_Dq)I=_)W(*R+&w#5Np^qcXEp5#oZsX)-t zZyb&sv%26#0w+3cHTqR5oTJQuxxCIpzUbd)HC`e{JT$TuL+^2@=u5md3kuXLc;gwm z#5o3?gT_eX!C5c>5AN|5-^;`>zRPibZ1e+vvPpEf_8LUehoQHX9)80c)YUN$U9@UG z9A5Es)7e2#o!SI&rgDx?uA+NK(KWkOUJel8s4mO>j1NoC0x*27 zU%Gj1dv|*N;zb;ntMJXzba{5#toEy;)1T{LfZfhT<|CVP_m|R7obuSR#nsL3CqV`~ z_YVHRW{SYO0C7N$znO|0v!TpYY%%%e+;BFnFk=(olwA&k)~T0yfgg@7J*1$0{);EO z&z1tn(dl^%?p1Dz;O7R2V9a$Q%2>+)C~XgqS4iN+ps%jPFsHG(+aMy$S|O+SgZ2A! zAL5rwP~DO0~gRyK>|~R zNi;PdCqU(|)S-+A1tt}0jz|>Jx`B*I@dgjG%c|7kv zccd}O2aI)G(+6kkUf^U{$mW~ZN5vstg0ngeX%^q&4;choXfoV;if`9Pk)G5({BF`O zIj;tQ9C4JSzhw;t4PAbkc8Br{{(=jNjg~W=L54)AOOeMBu?LsYb$AR;;Oauu83lre zJ%3>?3||yId2x_k&*Q0VJq8r*B1Ny z0xvu&gMu!V(+myg!&hZ6G;xmJGN#VKJDxE%_(^|k0No>NVcGz`;feFmX`j368^j2i z^D6Z4ncg^j)urJfh8#V~(<}lvJ!G1(jX54q<&`dXkuSL0(-&Q^{oR5#tN z-3M_{0$}Z`xqNuAd|dX?%A9p8kAlY^e)(#e|N5too*}}UD4Emq%NXY{Xl_PO-X3qB z(zX-;<51$m5RQ#88hu5u8Rv8r!|v%ZVg4w_u-vq^xjH?6eGmkS=$C^VUXpa3XkjkV z$8mrp5D~0k;`QP2ba8eb@7QMa=5%hSKmRxXzuW_Y)bI{qjm2g1`wrbTDYY*#da(^*M}Jya_JDi7tg9eT>v%#+q{?clUl3xii%1eqbfk)|OMKGY^+S!~B#goWUofsUKRGGivO`Z5p@l^Brk}!$c9Z88R)>1{S+S>YXSt(ByJkO`d>?(3V7DU&rF#&(t zMIUoxmUafvD%G8h)y~E5C*t&A9~%~R9yVjgljzAAYQ_qp@-F>@yD@e(7H~WiAUV*V zOHA3!Cz613>yKNv0T*dQk)-V=)x6wK06P-H@Pm=q#*Rh6fX_KQ* z7eNCsu5t`d>W|Sv{u=D)3QO8JDXOCtYvCv3Hyx6jN_Q|)xcIkg#PivT`p}lMg)i_N z$A{c;qFYrTy85p2UBpMHnL@xT@W`1R%S}fV+|K~)J33I{qTLytMDS=z58KN2=qfxD zT+l0>QZ&xoU!$3^FNJ?RKGpLxo^C8pOZP_PtUY{D!Mqi3MT-G*&1KM5r!)3~idCNiCgb#t zp$8ZID)fpw6L^FF&_x!s8<*v~@sLM6ZrnS2n{kBR#wk?eAuBLyyhavK4iM(Z}g>(htZ8E15P^rAKCmUhFT+LLfv zf{4&Nj)Q;~pZ9Uv8P`by*pu^%f!p9{E{ti;yf!s>k-g>+uPhFOKGU5t5V>V~xU~_S z`2D^?9S8S8usk0dO4rQ)<6rpnS;jEEIX(?Sc`GB0ZPEJn=6V}t02vbl_K7*x)>gyZ zo;Vfd7G!R%#mnAa>$A;uG(UGU?eFFOM0*%o!HeghyZ8RRAUNh8LC!O{jrH{s;Ur$o z`uaw_6LSdjxqf|pbNbi+>d)#qa{4HG*LuQCIw`@-OIcn+DD6TP-(va@xRBywyd{bZ z0f&+!G(*`n6`kYVRV{CZa&>Vi8A79N-W^%Ma0G^thXdybuj4#_c=GTB?I;?PLO#ft zdFhq`Ha!}FHeV3-^Yt6<({AkLJNG2%mM>AMAn3o z0%9DctIQ#aq5L(VX!R3$*>O`sgx3S~pBCFM z1r!`q8KPUxS!Ohg=Jla%pfEVnafBWaq9Z~_;P5K9g4e9(f?#nU@W_ZvMLMQ66u1mW zO3{@fERSz|mB{)>uTG}F`|@P^!OP?6hc8dM#@f2?=hlOFp8INgeRQ5{&r5rAicVhtnrd_NFI$+cD;$e+0Qt;R`KinHqe+D2o=+ z3En8-nUheQ=DWF24x~Qe8W zlM`US1lIb#j9$)v`gpey^y%qI<$acI$iMK06es>2P8=A`{gDewmjij?s*fwM2?jChidlk!ugbm^sD)n%%Apz@IibNG;qnrZ$d$gSWOj zjPU8Tb=$*0cSTTWYYM@X!Sm3%JLa8Vb!pp(ye+XC+w9KvSzs*aAg|e&@VFp~Jj=qE zuEPT&NczJ)t>+2uOre#>^N08AbY@8Kt#-lF*8b`TFQ)D7jp^xDc*VGLow4VZd>^>? z!`R6w{0~i+S7ZlFevu#g1D(LwsZ;?^^b4o2&&CLBvZ4wCMaY6KMq59|3*CmvxjM~w z>V)K8`j>MgbXe+j$|J@$IsrR-GR%rpMLI#kKg6qhtYkq9Pow? z94pruf9q62hmQefIDm80{?v-Dy#i8GB=qKkg{A4`;c4w?Shp#9>GqSei}L8wf~*^RwNN}cZchQhCtj0D zvE{lQNQVOy>O}Uh`=GI_$&yfeWyoNGm3~wNN`B_Q_H^$V20b`A?_dZJ4^3sRdG0FM zAWpPqAwDAnK~jNnFLK{mm#Hb1qF_1)AEIrpn^TyJCwvv8#FL5gWxTgGHUnf7MG(HU zv{FHWvZZAOaHG;(5r7A`>}+r6_x|zV-zu+zXDbfdULtNh zC`||cPIZu}^e(0TNeudvyltV%k-I!SYhfxS06CQtj$7azFpVe{4ZPr$&*l@|uXAsm z*&JlZGU6U*_G&owyPD`YJZWhknxfs$BbxAtO*>>Z)EFQhUD2m=rBD1j7sZBN;IOqN zwiC^95_4(!vr|jjt89(*KE5)3_(2Q2kM`tU!ELY8*Il300U;9j9B+i0HdIzKFs|ot zH%o)|fx~&n?LOE@JH}XahL=RnoQCZf!?zb#;hz{WW6c1JxBQVeXSxM$fmKDcH)UD_ z5SrjUw3ua?Y%pXM3*6xbaBy-NUU~86G%(Zf!E46X05~ui-@CV0tyAIn zuorBqLTL8Q_l5flrPEP@Y1wg^>#jaZUt0;L;ez+3d)$srQu3zsJf@ZNuTDmvre8|O zuYdmVna+4=6e8r+SZgAKb`#_+2bl)gD$O9zydLII6@PBhKMX}^?3!kaM9Wm>?j=e+ zw;yyo{wQK8jJ@5RsFDa}+#l&LibSR1GUp)-Orh{5A#7`7qj3D|Kl`%^@{9>6+jL$= z8CCJa^PW{WFWpb8K}?l!;H}dc#DEWuFbu*DCd$G5E`#QGJ>~Q-BJ-P2>4z{ky2*@vg%;*essuNEyt{roZHK{V zNq80|RTR?({OQ5iI6eyg`jCFt!D=$OmKm_k3^vNV~om}4_n-ubum2_6bZ zVVoO>bH>=^9mt$B9?loV3_IJ_>;ZO7G-_@ zcx(FVCwtQ;4|k@gG0cy5H|z0JoaVjMV8DTzfI+LFyu4&SwzpQhe%&Ta8OC&Ua8w13 zyqyc>90oT0VBmOmVe!tnNgEwc#!#<4H1NA`2V zwkcF|)A0BqV^m{-2RKWzCwa78YYT8HL<4+nPATE5CY^@Qct_ z`qi?#s~DZNjrGbBqeoZdGAtANp>oBkxNM-p5eiPi6s4^frv!cIB=`CBN^|+1dlDSj zOiN~g(G*d;x4d>oGddDik#jWAA6Y| zcf2N0g?<|!y^3t(ce;|J%W3E6qb9jl6bE75p)YW%Uy)hUCmfO^<0vnE{qv{KAl`Gz zA;BgyO{s;UcoCGB6xX^rf&gagS)7=Z1jh2r&M}>QHds`HOEiU5xa+VZ@gfqi_|tNiQ>G_o5u7 zgLv5@3JND&F+b_WDDp}vN6rp~DH<}LN7-Y9 zGH-~Zzy_n5QZUzeaC%;$(~lI=Y`H|ATO63pm0)5xRq5D=s$_hWqVaH0j191};uS&; z|5AT_!9%V=>?+qB!hGY~P|D#6VD+tCc&LKRALoL1M_|mMb%{}M?{;|6N`_kn<9X7EoyIYO$>!9bzOMsy$Zz;hg7eR*`&9ls8aFFGII z9lvCgg5zeD;xvrkmh_~};0`aGDW*zaAmoU7b(5Ol1#Zh=`R#fm#p9H0_tlQ9HKW3a zWjqw|Lgc7(*A?10dr|DhYg}aI{P<*K%7Sx3ZAu6nUBv;fxh|*(tp|T{Kx$|>A;A^L zbGDllgGbKbyaqpQjc2yYR)l8)Gr})N<`@xAs^TCo1vY%w{kvm1MKvNI*P4g?n0D_+ z;XQt|H*IdOPsb;x%{JIXM>IrcpaorL279EGIkXv7nt~TFpm$|GxFB=nUCoZ?+y{)d zD^ljP0{~v|yh2^$HvIsPjAT$-TqLBUoCRK*7FgJ77tX=Xl1ODAo?JFtf?s59oR+JDI`91g0mE;8gXvB#zCBvCz_&tMvBZiyfqn?6p>y&4B zZex9^e9JIuzuA_^t?_9yT^DYS*kz2S%n<$ZwMSdiT$~F=oHNgTkYVwg4v_&Nld9Zh zUyZ2&S=#ZvLF3)`pswREJxX5*#{T&q{6_Hoq1zhcY1=rzIk9)k`)0nn3*EfOsR|5Y zQ!k=pPA`J9bQ{}*H}Ni;B`A_Ymu|P2+hXjleq^{T2j7kH?>;Z=!#k@Y!kX{j#a_^n zgOk)1c)BCr2RB}w|HVY;<}4^bK%2LvcsFCfP3TjAyiZERJcI}mLU{-FM?N_}FH?Vo zCmsS*vNcMSQ#yKgV+T5OA2En&U(wu=wdVmA6J1?hq~#F_ViJyoMfa}tymgcR-~QIO zo0g{dnnKQZjA`zMBB2Pv(bLCxJ;d)rA`Hx4!xk9xk?TYOBVCTc2mv7>FbGJbAf-kr z}9UXYQb7zH^0E*J3UPR6qk3qc& zV-62B{RMW)l2W2r(n0PS5dyESbA@mL&*`&i^0W&-a7xMNmeQs3&H2o!Ueoj1PCJBO zrU0DwLx%&5ua9n78Mvra_$362x(M0%c^E8X%AsD@HO1i#IBS$!I0(g{0mT4OgaF>r z!ixau6h6Vu@yd}#U=%}l`if!gTwD59gK(O@yB~S@>>$Fzx!@q$uG7XMb_wgX`Aw;r z>tv`EtTCo)Ic!4GwsOo;Ku>DI+xTEOJVV$CDV+Ep?!0RlaxAE6gn(wogy#uXul1K3 zdD1~m6}tnid^RVSHrNiv#LJk+C#R8-k0DqY^K#^YF=Nm<#f%S}<0ts7!9d^O(jQz> zrZN%IyPR|pX2+Di@qvgKj5Z7*_juCS&E8MyHp!VQh^#fid8bh|meQ**V zwg&ws$L>Y3IevD2*$9@bUIg#t&4Xp624~Ki{{t%a2!7O@jB|L`=P;5PD}56jGoHqv zP19t>ZC+q$#)51Unf%uFQmmxqX>|(FDC0BF>n=`>f?CcfJl_v&A2LpI$-&_$>&IB& zR9EivE+3==yqd1={vFC~pnEnUQ;j^j_8 zvT#hjog??AE$b|YCbL32N?sb;G28VjKobR8U4j01hR`uqmZ;G$bwIpB2RlOgO$Qhs zK0ymOH_nbN@EcG0DdTYxj@1t3^1jic#e2DS)XT)#$e0;zk2z)hM$HI14hLzZ*=--b z7DIP79LwBa$M1SLHx9v99oe)qmwTSSIjO_&>CW2pHaurc#d-R|Gw?ldoxgln2x%P6 zfRgbXYX&KB&|&(}SJYAQSeeT2Klm{MhoO#^lXfFL@stgo!3|Ij{x zp{z)sWSZ+atelkY2@z&Ao$I(P+x(-Q^=A|x1zayG7Z7j{mp~gGQ9x1=m{$xUB}f4> zd>+b9Icb^)o`_oT8X`6rk z=l{0Gn}|Y2mp28_TvCIM2$nBghj}TS4Nq7K3*x`X@io7L(w|J1YvMjha~MW;xY~9KN&_$ zi>?@1Tf_L=b{Px>f??ZFu5&L>SVV`}I4NHqp2wJ8*Z4Qui!j3lLjfPTECwzD8JglF zUMO#y(DF=8$!v$G6vR;o@JXS#uf{x5L^&zK^2z8j+@j|f5fIC~o_EKv)9ELNXNf|N zrD&w()%+e}w>z|`mV-%cFu+m(32EV{Fo{{oY zprpE26cLUnkr~@Qe$w?h)QbIl@3d6T=g?4gj6#%)*1Mq>P>2TxCXNFchHI*Lt46Yg>%7=~^N;f#o zwfLNi&N1Fyeb5IW!6D~@!zn9Bt{4PaLvy=$SJ+}1BxlLPao|c81uTpWc#U~HB6`NV zk#{>1*v|8mp_gT3@vEv7Zt%v|;8e+UnA6gC3C+3}9cbuF+nXWgH zz1M-e#v-_U6TVk`$3dO#kI_{W!562`W?q*6-6pD2FCaU_F)-bsKRU>mjDc)4O3k~| znxO&yKsN)NIg7?X2AVDo{m{h}EMD7EP#OJ8Kd(0042^R?nGl7WHoS=}$o85dlNEqV zMqfWcS?;AnB7=e5`flhERCa|%?$P!rTnnzFlgO9CR@1jKHk*t0rqe{c9%h0DGEsF% zD^q0Nd^x;_@4|CdRMd`S%$3=6csJz!hp*|mzS7_Ce=`yK!pijJ&t6UQx9=M`zBd0I zSpU)Idx@$?&DjrM97XR~W*goOE;;rL^y=zL&ifl&90B#2~MDpaS0u4 zjeZdw_A$o0w8$6)rnfhytQ?CDh<-)KrP!GHU;1qC*=ZPvc%;pK`iBUc>q_JYlVV^4 zRpoeT7q&TG{@WUNslM%vjVQ6p81!$|AYd%Yc0|U*lO%LiPMFboL=Ga%mzq!Qh9mjxpmH5! z4Y@oV-fC%=bKaPFDEkjJJPJKp_#&bXa;i{b0P8V^Q0{NWAnlnmw!b(=@>1{U<&Cd#+E_u1A^j6P!^4nGaiBl2IJca zO&Hkaz#^-|Ne~@$UvNrvH85_jOb_GbKiOKH9`A0{DDUO_)1CEcZ*6hNZR_xav>ZJO zR-bt63{U1Qo8)oGFW($iMi?c|ltJQS;a~YQeb3~$e41ixkt{f4 zMoQb6!J9c93_=~K$V@D4M4UlFj z>8*SpOBHi0d@Smh;lra0vUW!O#h3;pgO-@8zt~w>n06x@vNd%$17qo)F%eBVLH`Vw z;DOwuzfZU(zx2UO201r)$26ib(GOiskoMQ(STb-7DBRJr0vs<69w*B4HfoI0U-dLP z<$ixNgG!&ktwK9(DFC!T2kg4mb)7ECwdIRAyua~Jeq}m8KT9B$049#l2+Brwl2fPt zL%(#{X7JK{Y{wZS;PsG4-!-b};YY5~&MZrU=D+vN-<)nDpKo5Dl*hpT#(olUL>)RxB21E_U#modD@G3NHF z_67v+lR)EN3{ruGn0Qdi^n?GLo1Z)ql49|2mN!S|McB&9O0UOon_C+-G8C3$|3-w4 zk#elcG3`4}up3zt>v?0|94D3);2_=_K#2Bw7^7f0 z8ll0&^-^;^rJ)_;^je9+pln*ji8*o&gWf1Tp9DixAbpfBOVI1wYTMPh7zB>Wl?Xc5 z^Ew#->1|PfOh@Nj1J_Kj@-O2V3PrjH7syz2^O~H@Fxm$p$MC#a+}e4;FbhM1agB*V zo{w_C?Dp!uPJ2OZUp2-7s>&w)ZLGt`cuH3b%fg(U%g*@f@Mu5ZDRcM$3!Y(Aq>ZGs z;Er;yf{$_Px?Bb*FyVpnOU4g2{2{Ypu2WHthj%cxpV%$z;l{MKvE0b$@m7p?47vTN z8Rl+GlHWDxu8k3Ikxh*E=c>k|%=gw7az2JUG-m8&Pu9aXmJQaC-B|g#b27#foCfyA z(Asfz29BEt!#f0@vA~Ds86hsiC=M7)`k@heT{7W<1Tlw8x=G7z9&-=K zn0^IIZmL25`Y(MgdT4Gsjnm8dRiuVSR(60V65P(nK~P!`x)7d=k9T%bcrs^g?bi4tj^|&w?X?kGAP8#q9IH`o+U% z(yIoM_Dba7qD$7K2u?0M8u4ugbluW=5dp@P+E`2^E%nCWD4-#X>8D1(%hq}T4-EAl z?mt+JvAr2-=rG{B4^bM@a%p2L3b(18bUvQ@I!#X>?+3}Z(|`Rh|5XRsqM;l&0E}Rn zK&yQ7FP%;c85HGjjt1fN4HgO_YNJ)z6sI@ENQt2(MSyX@35f)(o@DSKMab~@r1)mW zl*dL%6JT86k)8)pu3#jDgv>Rf7txJKfFd(Z;km$X5~)#!gwSq5`C5fG=AF`R1WnpZ zhJX>Z4exq{yaHmpc_AuhLOaHq0`Iu;=^U?|Q6P*p_Muy85x8vt^C8#BrnKU>%bJ4I zv}*@2MhYK@+9-oaOwUVA%e=^lxRxU9d{f#ED)Tw|F>Z#t^%<04;AF5EaPZ-kttg|N zM9lj!04h{J$@}yD%^2;qeBWpkts4Ac4DWb4*HRr946u@OUK~ z3L)e7^eo#7b80+`SVZPJV+>fOC%&TaDnMzh3Mnu6HAUoF%zZy?;tNq2WnLZ%B1C<7 zkrU?O5K{837r=E&e1)9~P1t)5?|lsF3>_evg~Jl^TE4n!1E`){uJLTT|ky-SO)zIPkrOFmR(0df`pKML3)je~yc&)I}U!jP>7^&v9Cguf}FhjLq0X zKfMLk`;=;6l6`7%V{pY7SAV20I)i@TsQ83S@W2;mwuUa3mJi5GIWh3(JcI6@%3ZGu zjJb}1&{e0@@==^ z2z{Quj7)T(ZKLu0*q5AqhVP5RjKdhy|9}%vgFiU^UJMQ$QhgK}GOXx?j;4N?bdUFy zt+EDN#NGnn97AJmaSj`#B%;JymS2j38=z?{FSwlXCH%vgEEJ2&(c+%%lP4}P)Jrs=!m z^HHl{a~L&3VEXUw1(OEOBBIfrW*_mMjpGF3(1XH_kljGMi z&r1o0f^W1lQ1Zb!y1I-leGok5J`wp^m#U6E9Za*?Y>mFD zFUq}1C8`?lU2>Ez_782CWlhvjYkQ9DfqgKgM**aVQIz@=+=<= z4hMZ6w&*zYBKY>rMmygr6S(4y@^o9+mHV5XO8cv#^YEF<)~yIh0IqQ2;d;M;9%T}JszZobRyBBOV_V_a=$r~B2 zGlYKvquuMkYuuDHS!4*b1!-u@fuytQaON5h>`=GDcrvnhiLqV?-&o_%kh%7Oe7Acz zZ)u#I!3n9SJU`qi^~y=^NmGT7J}FE&W(?5lx0eXYzUVcSc@3vlO^av6GkT+ljg#9{ zf9?}VaFj2iPtVdTGmpVFx$XA1ckr;V##C8KpPbLiV&H=3;am-R!xMdipBHly?E3Mn3-rbpU|I|h z+v=8nqR&30FLc$`EC8TG>Ldj27EOj{@xF}JX(C>IlPx?)z8Ny~co+Ko?BHa2{?k`= z_)m{71J|fdSLcP(7)~1iS%OJYM}5%1dADbdAy->txt-6k5m0EAG2~x$U=T9>$A9!2 zwRcwVSPcb_M+t1_H7|o9TVVQiers*9%hp(Z29i<4s*2(WE9GZf zI~+U+LWu?8X~{W;rxk($SalwtuHRl2nIm$`AY!}?=J4b^Mj}dhbE9o5e0chJd)nUG z>7KXixsFhFJ|O)(dAL7aUtLcB^8fp1-3?5-h5}%~ML)d8u||@Cig;llLL1mH3z?LT zCdh~=I%eEv3doqiXigt-7@S5tVayRphOu*vYiD!ijdp_}_^Of&uEtzO=oaP^!PuRt z)r!Fl99d$b&6ODNv0@-fCb*K-2v%cALio@?<)`8+US%V?bVNz;W-0$FlKj2$Z=~d70!A1hGIAE6A}tnM!|R5)tF|2&^gS| z2kx3d$e5~h)33MlL+PR+oQ(pY?HGfnJJN)*4)c?Brj{Vx&SgxwZeuMB8<+^6H1EiU zM5u$OQGk>|rhVf{!;QK{{By305$yg58Ck%Lqrpf7^e}*NcQ>kxtp+_#iFrt=FSPA` z(4jLvg$p$oV96jUv${LK>AGWebMjD=@3H=SX#)F#z>J z44j7CgAV8gUJgVRTHdzV-P*EqVw7ayq)sS?&Xece^rSHccE$T^6U@VBrT`jIPL;0u?3G69J*l6Q`Ce&>PmT|AVu~ zKw9>s&}_)R>>WO{%EEbaM~^V%#_61FUH5IzeemF#R;ZW0H;u$pS>7vN16SY!&o$bD zA=fZW7zezAOfr!}AI8p1_hU5Zrv0r1O5vk-Hui$!Kq(s|BO-d`kf*unWgpN@5{Ht}Pp zq%Rwh6@bAdzNPCpn?Lx;t2%AFae$v6oK7d#ANuHBdx>y@hCZXSY;?35 zbcHq^=NdXFGE{(TBe9FzH`@vr423E0kR!Tan*PO~{&sQn<%^?EPpZ?BwT6ey1Q^rY zDDuW2mZnk#95zLzrW+N{;WK||*8n#-V5iW7KBM>WvppQt+VogtR$yZTx8f(jiTFDe z8wl|vc~>Yozq`KjjN+y^w>CG6LWX|36dz{cP!)-G_Z|=RUE|IUR18 zxic8d0D~|@B9cUcK_o2_1}R9S$}Wkr;ZP3clKm(6{@`+zOEx8|Ovx^nOqU2#CPay{ zswBBeRklC~BuD_1#2}b7VSt!;Z>JMG2Y)}`wcj4>)4TWH@B4)Hti09}-UvrVsS^)p zDN(Dm-UN_D4EgQA505>ikgunVfkQ{j=MNFT_R0M|T8{Vf@c1;5-qYodg-S;UF?`P9 zy;z={ozw^th!5U>AJvv${Lg-=MgyXAIju746iO6en1&7f8z ztwx?2NqJ0*TX_BT6jQosvHV8Fe&#+S-pDxID8sX5^D2^!Oz{+bxGpQbmupaFO zE(@6`iASf;x*}S{!aF_<(^`ZE2CLrZ+0*evQQ_aTq^`in88KB-4~z6oKr6 z0~7Sc*qJZqtp}Vs8PZ(R&zQG7aWnN}Om@=v-2)G^xteBbKI44ljx1an3ypF0DB*mJVaRtG3bf()aiGe(!Ci5j{w4|!jN~4m`iXFa ztmVU8E}y{r7!kWQ1QwUW!!iyjkhi&Asb?7}_^~M04i?JvILi3s%vQ(9O8Vw}okc$3 zZ*VZLpB``2OPbA=oP-$?{Go64J zII*Ukz{3ETCS=SQk?Ozw{Z2gov!Yx=?BN{;JF7j^I-ywE?_!_W9TBq%V-Uy1D7 z<5H;id<3!qc<|1Qh(1Rv< zTfNT_^q>_wxzlLTx5n(vm~+n1BS;zil;g0s%$1;Vo!))9T)BI=_pyk>d>#Txw_8Ek z`S37Mg)eUg*`{}k6~k7h)7i=Fbv$f`dOODAuZjXnm*vwgFT!TZuK#*lR?rK z0prO_qjNMcy?zadFqqS-G7Wsj(J|%bTZSMPcY`}o5U-caxsDf1ebm5Zyghs*hFFTH z^MBe(8)>$}uOfyf%-)T(gCCJFr{XNi^nQc^Kis){yNvw!`03!A5-Yx9V1g^k?s60{ zI@+ngh)`IKrZPq@$i+pJ%tjjFv@2^3FbbVQbl(5lC<}C;s3=u9r#RNg2_Euqd7J2l z6H{>sEIslx@G=yQB+}2DTvJy1l`^nU2|n-)fdqdS00!Tbrbv*oGW7!I7F;p7?lr1R zO$wy^5x#&^yFEUAaGVIz6hjPC$`X9uxN`WwV{R!0{c=LP$fm!-SAp60Mq4S<%vAV} zLkzBG@fJkz+#NX1$ZNQ?#$Xs9shMnz7DH3@(x-)m<^?(JMqMYnZHCv;yL5QF+}hi! zGDJH#RR(SJ=X;9GJ9L;eDWl8>&tnLcOOf;e!juI}zDpB(r&`OS4_yK`#;jjP^u-%; z9mAO+;^QZYzC40bn%aUWr!x;hHn{Macem?drIcC6$hk9)1|8|w4K%_x zGF6PHv^>~?>_+}6Uf#!HaET8&m+_}V_i^|KuNywhCmE|_ls?gx4A8N*+o6T+r=0V3 zdO+6VGzQ-J6Yv!Op+ONi`ZT-JdcJpGe`NNP<4LhwAZdI+rT6fSOr-TVb`%J&*KK%kp7ys*`-S$+$kd_NuX%s#2&Cad!@$=pT=1tnhrtWau_d++ zB9k^9kIZok0#jfjcDBRXCC*@VEE`K6(x!2+1u`@>=$M)p!25DK&3kta7kkYK8)mdv z?b!?7!kZ|utunFgAyyPSg^Ks#v>)@Ls~6XYl|(TU8qR{K1@PLZV5AF0eYf`ZmfJ_S zJDI|Xw^an`{vO@;gcXKpG%R>uR>IhhL zM8RT2SG~$SDNh-6VMGW*Ffj||fN`vpowQt{ zil^Y1B9dM2Xj@jZiR;>>oeA2#;`HCLsRL^7~I^ynl^3*S0egxbVs2#%E`MzoIkL8UV@Z!aT&No;fx_T z^m&Ez6duKUeOz(=M6Kzu{K3J->t4+yDq-f|82%7Gm3E6;F{Rq(5e-|7UUA8;`w zUX4iljuJ_s%1PitFOCN}?)+z9gD3pu4LA<$6ELLxn~7u`b!!2i2*XYaj7RycpWPocD%urp$(i9*>aG^*$OYDit8LtGK4SJ{ry)q{6uuoz)E9N zYx~<#)T!g}4hCo|vLM^Xpms_waMkh60KrMYTf+cWEC5c1kZwdj3boFp@qn>SFzDf- z0N^e2vf?6ltGk-wPQ6acq=B2MxWlldKjX$jRzoSK(1kV$-$^Ts~zU`aN(g zSFbORPoFIx-Z@xaK7Upttp8?Q(l001K{~rz^DKBUdpAytcEbc+D}bOlZ)hh&=d?3BA%#N^d9zH&;jxJBfL6M1;8NdQEb`U3Ww+>2u z*S)>wQRIOqI-@d1wqh4K=^TPJu$DD5F8B~2T|Au=P-RVAg9o%==D@qZ8(x0z=+?)8 z7I}L_8wPjuoW^YvxGH^>*Q+$hXw9J*ZjT$HeHnOUfQ4-Feqa8bg$gQOs@HEYzW7*RSmNd z=-x};{xGLGZ)D@uQg(h)+@!?spl@JKU7oEpDNRfna4s+i2B)wHVHZKg zGm%0BEDVPk7$?jJDY66<8-^uJR*D)2Wy~NE1vIeGh_fKG!SS*>)EuD&CGgaUB*J-i z_B6(F(p-d!0XmM5^wE&P8*lho9E)QD8@h=a!ZsU5OmB=`nKvFc#+G9&4uZp!p%Cg! zr5?I?WfUzF3{`+vC0Ka#UA93{b5dhViB-hj^wpa@GBe z2cJ^RBK$^UX{Sa@pMlBPDDOtOq0_TO7hP~jDF&8C3h57?;1hq<80WKa6vp(Oa%c!2 z%7DprW&4N6^4sN6m=whrfQv9T9_{nw=>dguZ|$ctmvW-Saiz`iiL5My8u@BQB;yAw z1JJs;S9r_A>iJ7sxlsodE!`j{X`4j(9}mpz=w9oFAz8aQmlfU;wpdWXZ$ip#(fcIvyOZEQjctKI?Eer z42(TCH6|Yy!}OoohV?m~NC&*>Hc_kkLyU zX|uRMtBn7PU;2&)Y$pj|z53L%@KNy}S)@zwI@+a~!m`>zwu5t8XEgngBRY_Q9+|@H z^wp+(>Zva~i@ycL_>JMFSLh{E;-1K6jC4I3T>0p|+aD7n1G1-)(ie4it|tvE7|sfE z882mG&@)(_BIe2YlOh%12YcJg>FIg5+rW)z^B@L&H`kq0jBp}904jg)Xn)z?+b^(B zp1xWhJU;0h1ArMFPb;#o@UQ=^U#}5ksL;y5N7&#k{{lOpY+ zl9cPwnQ24q5-SB#tVR^GsOLrC5XN|OxeP~PD3hPL$Mp1D7mcO264L@cUKY3rp?M^G zo!Phcm3q%pjS<%pCh-C*980xgM$;Y?nfsIxyztVs#Z&eUAC$OKLPi8muYs8W?NF02jQ1 zt&1(wxAAZe!2r+bL`i9x}w3AOtT{%k0!YtRSa8thqPTzr|Mh@~XGrlp9#+o|dGW_nw zNIm$V81Vx*OCP!^G?3Ew3HFXX&2d0w%fJl|jlrV=a3zZbC$c+?Fr#*Ia#s3Et)m0E zVbamwi;+XKux|Qid`8dc-&-k)8>iGsP5IJ3zXL(r0e6PeG0PgDW2a_PZaaKHaB`_Z z0{+*ZemQS7ih)aAPAi=tg3qNoE&Bb&{gXy|@88*9o=1imb9la#a)}+A2qr?=!Uy-U~cBKwj%bUTlr$oe3}lH zm9(p7d-uk&o6p18vh5r25PWjViUYhgM!91wPR3sS@K?S#dKK=UJ*`f`B%DIyf-lZE zdm3_eE?nl@St59E0^f8c_*F`=UTt_q{ zF#ie>>L3t-qXg=yL4E3lliN1|tHBHG;KEdt9!BIDb`H4hgvbaO99YO!1#dv95Alc! z(G&uNA_7ItNMceB00Q&)7;tGQ5ucQxH3kqP%g|#A4LmQ3A9L%!+gS>)9>)P0;TnVK zIwlBB%M=U|C95vFxL-w={t9n?W6&Dzv~xKOhaQMjVIoL*QzTwp{1(PEN5(spqLSJ& zuf)^ESPnI4rXts^sFr#r;Ds&Y(+{Q{r9puKe50gO&&q!czAAG#n`}Vf$!|`_7%9S& zPBNBDfyaEP6s5L$;7ai0dxaovQG}dMv~Hvgz}%xiJG}JmO}RCSLSsUP9)X8;PSN7q zcw`_tPY9Q3OB0%u}|QqZf?avh%Q@MWCN z5$Lh63}2KI1E_6A>iqfhSuB_`k1w3=2RFfCXxkKO#vL?u>JIJkWw$;B4&%`mI?X3T zAG$^6z~8kHd3)vd@MXrw3GltR4D8hX$i|F~{P?Zrt9)k|IB~P41HS2%lb+!R zw{(iR?Q6@GlnJnHAKhG=6ZeAuz*c(XkCAsD4d{n8GG|xewp*D4zg6#5efi^5!XJHb z<=)Z3$BbY1gKytxl-(6}0h)5BPzd}puua( zjN)MzC()-#j%$PRHm7_ty!i97bm;eZ8XyDhkX~b~mO5j1uPJ0+@ z`WG3LFLI4QDTa68g&-?73+e)YypV8#!lju$&=qQYU$YBvg&x*%fW7mNfdv=UAce=I z6;ICRgem2X&R8h~ktiH?4MFbXLuEJvwttyIx}0%ZVA{H1&L`doDoZ^E<7-r(wvkTCzkUm zvW0^d+`KF>^$Wl2zxCB z2Q8O&16up8vza=s_3)s4hsWxx41D?@MLxO#j}D(2Ki%OvnW^mNyK}&MsEOZsulk_- z$Ly`ZM%_oCT78;eO9=tJwKF0&vSq*KP zOZS}R&^h0`HX;FsAQWCwZORyD+s`ks<-1JA=(%uL^;X)<2lS|;tWUpHE1)U!l`ns8 zaX5^1N)H~N<^D`ln0mIq+`2H2I~LGd^CajoRJ4%gV2I%pe({lLzYYj{mG+H|L6;#P z-U)nQ&F8h~FAkLh-@xJs@n&W-X6qJ)r*iG+VDDp{*kWW=utCo+M52Wxc^()Km+egdU#l`Zse)Ydh`^BuWbbzZ;9-a`L4|74x%ukGBQ3Cm^FbGkZ zBXx5NV=zX>3mBB zf+`z0%cuE9c!C@AZ0Lbz{yFJ-~ebXA~>;ds~7xP=P!MZ z!!rHDBe|DyHU{uA{x#^7lj5UaLLm(}UK z2rkKP;Fsac@M7FzyfZdaGcuI;1+T$Jb)4@R2>m^HO4J-$UJicn0lf=$(}s*PypnNa zhg;(z+sbzF>8AZIrrhw?@ZXfLeh72PM6m@fPK4g3-|?$IpYu+!+{6!v#&Jh0(4alu z(5EJ}FDrqr7JeEpzEQ8!#-W?VzUzx_0S8`kK6)iAW$QSlUHAus&cFe7FFNlJ{lOpa zbmGHDkNTi0&gpgxto3KO!y>l^ZlRxb8?u)`X|^`9KrgXP0EYv*LEtc}<~br0t;=qK z2`(9NyeHG;fH7^L8@pu@`F`xBv^`kK+m#sGkFB~p*x4y^y;QO^9@AP`H^(uKFgTj9 zXHf_E^B8Y)J{TPB?KzHn(hfelcN7F!eDQR-9OG>c4!{hU^qnY!aM&-50On3T*VbIX z{_f2n&^DRf<>d77@;83Mpr*}@Vj4ATQfVmyXq&Plnxdu>*z z);rc_Zgc@g+iuO4rPL@XWe|D{)DRpysfW4!)=wRXT=R)x>Nsc%gXBf&&fIo{M7jKS z%iZ>iyHb}T@1th(v&2mS0^x<=9E{S++qJZVHXIxH8HG5)#yd3TD(#dd5Ex_~kA9_z zu9hX|zL)=7C-36dIDwe{S7oJtePG5q7AeDUR9O>_yhq>%SBxSUDNyyRQ1WtbeVI1t z7~!TEm{&k;|LD};`FI%yuKSsL1RLlUC}~fVO3obR;Fqu$H{ii@8QZEHltE`6KYAJq z^jd8ydYiq$k&7zf;hP>VB<+_v>pZE~r6>wt(@bzP3J)*H6sSweI|YIcX-9PSyLoY* zKQKz9sc!Y7D7sDojQUVF*XjhNU45Y!y5d_jH@@-kQz7q-ZmMFhz@}cBtI}EdNm+H> zqtH#CI6#OaB)g`aF6K-ba8*I30T~c@x)Ob0b#IC_IyCOmyltkh+#mz^T3|p{eCJ3u zf=SzjuOQ^V^a(y)`%IT@+pF23)`7A~>2t4+|bKpC@<9n{J zx)hw8`pRYAU9BH@$YrNL^Se_bX|D_MVgzL_x+pho8Sl_-va%c{`UY5dznOx-+BZJQ zZ@eL*2Y1(&q>gsz%z#wUFfK3}clANa|M-vo&~pF&!{y;gg3^YEkJMjznUPX7JC8x57DkZRdnX)*>DXd#@AWUc5 z=Wb^WS_zI*pgQZy(c%8b4uP=eZ$Dmu1zZ$KBbG~Ho-mLOF|-A1JO&2dv#2x9udT6TB0mxF_Y4D`+N z-rd{v9{*o|?Qa&rh}48^%8fAO4f**GuX_=wUfu{5JE7_?UbHMWeS@C6n$ zVPLBWQWg)?C>Kfa9wn1LCc+)zBv=?rA9VuSC*g@h!%0b7gbFRZ(^JPJooAeNIKYxy zV08}+gbHKGHLm=n_i`)MUe?46||BKgD$u+f=qHjNHhhX)vUh7PaWUR-pi!0Mm@0X-`h!3TZ?UsL0`M~3NaGT=8SZWi^a zn1b*gc+rHcfCvBKRb{k?|7yJHo_x1Gch>VTm<(912Z#D1%gT59FSsUCt8uTL@H=%& zhrDZaL%-46qi^)-MLvvhO_!Ia!o%gGz`62Rby3EvZ*s+9nYB*QS-EE%#)IZ*et1Zm zd4Knpzk7M~_;h*r_@t+tI&;FpPp8ERfO}Y4Y?|nt1E7slPniQ-aK{-m)dqK!*?fmf zwpQxg)G;($`@kj_zR-j1+}hfX-iU6_wc@z4C8KJ+g9X9kbX>V}bojBsnma$(Nq8R> z!+T&*cEc3cuX*BG8pyRf`+GIG25s*-U=H%zfP?P=AQ1)chtap{_4xFx>BED)y$B;j zj=|v=Fj&&+fUb8Qz}AHc1n211UXc2F`K4d^_4WnP!Ef4$awubs(IL83;^E*P#*sFv z95M!oB&=1`u$8yAC^3xR@A<0`ZrqCZr0FaAPhF?ZHg&^i>PTwANpb}AUjY;kS!*OM;Tm+QW2Dg3MUu_ zk)bCaB|Jm48q5k%X%vA9{?U`sP;b&qzUR6Ij8Xl-j-fd_m=IksjQ%-jlPZ-LNfmg5 z+x!5t2;LY5FM}J4Je2i%r{sos6;MjXeG68fwH>I4LG$!!I0%^cma* zj9i>)6ix?TSQV0mKXpX&XH0ck@>kwWISLuLC0$==6j-hq|71Wao4Hfx9}&{d%x~x7 z2H%x~G$j3+uelZ;2|R1|18=xaniv{zkZDsfUDFcW;_aqv(=OaLLbT{GW0Lk|T*zIO zX*wPG83RSXjQ)V*ar`>gjw_?jCtedZH~PwFjZFFnQ|Yso4PJc35BXW#nDDHO=N^8c zGt{59<~us4NcEa&PAyCO!n^kLudJh`J!f1RmlGs)YdVXZR^GH*`2g=sxsnNGIisT+ zCYpwW!kiv@xD*D-TbXW|4M0du|J3LNA^BOIF>;k(Au0N;fx(oUYvnPh$?u+B5?(?D{ zak=x~2m8AL^m;tC7d>y+eC2n2$K7!AtL1<7ulH{}_O zMl5Y*Uf}aKS4%06g6AY9%1Rq>L$KeK&u`_ujM-KQpYT0V3niU#Rp7uz@Ohm2AIAYa z6~y!b4-AoVZ8LA<;f3c`>A~MIW_4C0pnP#&JW>RMKZa&-AI5Eqgg**4!a0tbe?ueA zgmT4YXaM&Zp5ko%l!pf}64K%>pQ+qFD;W9>K89BY-Zg7A{V(mi8H<(~xG8cKX3uhH z9^PgwWr*|%7Rm+9@OKDHx( zBJV3V^aX}G4fsm=yzzzKWC1@6uW&YuZHzGbfI(UG79GLgvkV0&Ze;LTb8=2pQ7 zZA0sCPaD8FSTtvBo*CdfXQH|^IP{ww4o*f+MDG_D&x*U!FJ%n}ujFIs+_4D;O0|~l zn9?u$;v+Bjhc0O=v{HX~cfIGz>}GPUfmGnpC%)KAFzQujENz6%%SXKyIJ{jTtJVu? z@14fXwP`-GkaE?(`JCyjfwzH4`u?YW>L-?m4<2_Nk8>cLgVFJ0=)j`g+6`@HJfJnD|a3l@)So?G2~mDmCN*JorkmJ zt9yU!_k8*7K@9m9KD-@|ZanO7Jvwc{d$(`RVvBs|AxNu33UB=DpFSuP-rnCSV~dvL z_6O0I`nXR_`1Sk8%jFx}-HQ%U1k54x`-#|j?+l5#w$FU#gGTKSkB@7>oYwQ@FWd{k zo-Y4~|MM@TZWtp7dqDqyc{kku&MVtxaWx4Dzs+5 z&>GA-kuh_uY?VcLyU$Y2SSX$~(&ISx+-|rE9OwmxRaVXd_xUqz;dg0FPqupD4u5bA<{HJ0f$>=B8;1xCflvFUzYaqiPqb6cdW?=eFkipUsT!HC00bs5HWL(i z2MgWC!5IU9XT~s6{?g?70Ar0qcy`9VX0%40!2ploedS(YoV04_A0DzwdV&)2H;W5> zr}S4x8tmvU>(lHDV;6eBhv3Pca8GkI7C1IOK^a+K^tEIAu>pb+4d9OBPzN?+c=5tR zM24;$6Ep%xgBTU_Qg#qE_#fSvai?GRx|J*VVsMd!Of>tIALJ8azz)CYkpJ>~jN>>y z#v1()+SkzpPp&CL|G4f*V!;R9iq9GPIwHYSk8j0~f%!?``n2b)hlkUD4}%I^nC3nfZeyvA=nAdRvETr7s9h>^<<+JMV@(lP>?t{BW0VMSJZ~WAc zy>;gAt(!q+5buPxuYGddjz43Q1O9i&l)8T1G5-&^h^N`Lt1LEAap-CDl#y!p=d8Bl7x z+S_qvC;*79LD;~Ksl6C}TN9ejC$trYac1C7dkExZpE4q23PK4#0l)Xlym?7$TRF_V z)W*@lUh(HxRxqZU3WVqf!>UDb%a$<6+M-B!d>-V%v1+>nDmYLM)09DTk5RU@YSPYQ z7%|?heP`+qtxluJMWT$$@-~bYd{6|%Tkz-{fzvo3=%`)MnR{TV^HN-l&{k1q9F3eX zVw$vtODdgk&NBcACJ#M-DNq9x#uc%iM=`w)9wQ@R?3<;04~NO%E~0Rr#%MG}nF4Eu z!i({OcVjf}Gg~TSP-YC^93yfbyqWLfq~a4hH1K|nQrcE~A za$4Nur_~vtG(~Av-|EN0C}RXay2~e4>KA6`mr)|!hOVcm~K0{)l>CO`m7mD-4 zNl*u^I^tCGok4$gab81iP!CVeTJBo#4QGNUNER5tt#QMgUmM(4fE|>3(?bn zr^bBC9=jmuP89ZT7=(~KY;?yk+8}>vx&Qbi%(fi{+DC`wA_KkrMk?U)^2x)KZkw<_ z@ADttSzc$b9vYDT%ajK0!7GnX&z7%$^FjK&y4*QBT)yxfpO5nJ@c6SL_QX^^2j=EHE-2w*_3@uDvE8MB*9O`mvh2I0UU zydH?HAcU%81jZBP5mp$&>=o49klrqF0~@0?^F8K3V>pAqMm8yd8Fhy zS{vE~{9=~Iou=!^}V7!>?qLQVnPP@>?Ve9?&l zmu;!g0Vs5=(-9nDR{f#@ZbxZ>uTU|}5OfTNVJ9n;wpk9FNds;N);cYR0nhTrSfA+m7iaId_H@3dOkLfiE3 zymfNhg>8WiE;wLP-6xy5)gI6l8C3_~8eK;YtBiA>F~pC4YoooiFIkuum6-+~>6b2m z{}e5+!3mf-soI_(W}-`V4#J-`Y8g0~tdD_T@=7nlV|hJg;h!^OHxb@Jua}7iwO3t} ze!y^RA0KZVoZ{-~^7#0o59$Gr_UYx0FLjL@4c_r*?i)isYPha2b19%Mem0TK355i5 zq@6DK%D$=BWsIf;Wb!I+DZ}}2jr<&DEP^KbqbIbbu5m-}>~4^C7}%v z%b=M8Hg;e!{@?VHhuaQ0I_{QY(x z)ToNQ8J@=(7$SJU2xg{SY(3C8B#NTkx5&#tMfJ}jFgLH*HytG&gC+HQ}DQwC}U!nklnS}g zQS@6u1kBq@iGFw5?#(EM3US_L=)fncI!QDsJ&#E!IgCy?y5J>mN*_~k2DV}p3BO4C z{M^yHqku)33_Dj%TVZxB&<64+Axo9XN~&)1_$e!OI?;GAb6ZsUz|+aA_+F z4L(#NXf=ir6pF1;pWpdJSN$^Nlb*U#<;pm@-WAK?H_8EC^}FJxv`{}7^nEfE!DDc& zth6J8PjTNqNPD@92IU<>pE6ZO9a}kPaGpLn8$5c^nKdTxE2U0J)UXB)Muj4vjP$WO zEKWf@i!nAv_l>EMLTbN$McItOUL#C6>|9u2GY-z4KF~ya#>0C`w_*UmP-i;*8Hqlg zh(hz*BA_b4G_g9}UYw$)$%Eg^aqgvsGn_hHRe-7c`~|}s#Rit(8q5qZ8W}%F*h*yZ ziC*DB*-5>R@*LPkwkf(%$iNu|4IajW0hGPI|BeoB1$X4b&X#$mw+vDjIRyw2Jszjf$(}MsfX~oQaACZhPezkI z10RD+$9dpV<*Cs$Cw>eyK4F}l?_ul#Ewsl2fqO$su;8@}dB&W&oCpp%o|wJS=|A7e z-JOH|^u-aO^WkEgNmGrUk_iq54IDDBr9r;Sg1{#_jV=sK>5I(cyEXNWmg?wRyJ!vX z=wn)_<4@#@j_~6}K8%m7fuGY`J)8E>pR-Euh{VB+@O2U*gAKR>8y%A2SB|9atB-sk5MG6h@Z8ze$0U|xudh6y^8F+hVXSot!tbG0S!K1V%rG2|f z91x#*@6PhU-FrQ7hBq<_|HblCKmG&ps$MPs;a~l$?F4MP!vqMjw-d(Bh!M#rizsRP&B1U@lzbf8AQpULFgT&)IS^pe zpGV`u8Rfx9VEV_$=fx?Sfk9s@uC%uraAm+4dr;Wo;{$f=uCvD&i>AOTk4lbBTKI753i`B{WZm`-#X2yL+0US<{}dbGoHD}+2znt zV)_FYIez>&bk3M$=J2Hxv(|$!pcIdc(-^#GoW{x#vF1Ua<)IiwDeRFu{2CsBi~OYA zz+QPydHjRQ;O21CDR!nD?e7(Cbt`M3pUjYKg-*eXCLX1VT4?B-{gl z19B-Vg$KLNBcJe1htP3=7ImBU17~$t?jIfOmbP%EpNl86-HRb8JZX!*Ku>Zf3x~(c z%Rwq**tH%EQhClA4vy#qCq9Gb%91e}Q3IFsSHqf5@+p&uAK;tp&Wrw_Z$e{C;R<}_ z6Mxd~%CaSPR=_LWV?64St2(FpjuW9`9r5%@e~f5x&SxD@^-%hu&#DV^oxWnwt1E*` zj)dd2WfH6>Qq~yYrDvrmmo~upJ>T~O%jwC<^6>Fl9Uob<+MBeaZ@k0Fqu+GkD0+<=_6sx>)08Hu0h;phL)TBITl&!E*Lz(Tcdly@AKNVIFCQ` z2Y>ACQwkuAi=hm}(s_VUl-(pB;QLSuLKtH4j3M*NWf6;LiQuKVSpP?*gnK4zp#P^#mcBuppRdrx7ybrEh5!jDX-{42RKX zVU=-RTE6z_%uQnK)8GejC|inz;2K|zWvS9SQ|38A7*KxaRaIaCUAbZ8E3_ds|)HGYctX59V0X$EQ!KTrru` zrM%$I*heu8Tm)7{hV#AK`^#>eBm!$pjXE<9j>V_ zj!|+PZM?v-lD3oGA<&GjeuBD=4=;0g;92$tA9!is;zj(%;Cb~_uR!4^L$bYVy~|_; ztc#$X#tD%%ia}3Q&H!+bp2uJX)Mf(kZd19znM?%vdzp4R*Pq7GRy|n~JpSOp@yO6? z>m^L<#Lx!MXbzS>LNZ8VXr4azP!Z{I4kD*_~E+y(BDk(=E^-;whoR<$$XP3OCULC^P+cxSu#g<(21i)Rz0@*aiU4(@Uchb zGL;-q#>u0V$&IHl*7?}zO!7e&jWM6B6aB!b(Hm%QYE<6`yN)mw42Qm{4Xvk7^j5DdEO@czG84IjK@+BxH^*d9!@q7w#_Kd~C1#>qhXG{=^^ny>EGC(i@1&E7(t? zJaOrRYiY#Bd)rTV!S*#`h|UuSp*OEb@kROaSi>S=tT0bLQR`Yf+el-2zP4OMPQLKD z50aOr?q)ptt>rWKZZF^bDPSq!iO@F! zp&iObdMz-+yS6c+Cm4B|u2_wwG337*MlXh2!~#E$W8jUA=TERX0dOdC<9&ua-J7`` zZaq6YtpPO#4??(mYq$Ho_ja}$730-eWje>>c28&erNqJKIvys7RrslE2Lz)ObyD~# z1b89njQ47Q(ME>B{&-S4%7BNT@#RnZ(p}0^g1JyW%B>9ja+MEWrC9V~x&j|ih7+xX zcT)#l@Ea8`I{+8A5BFjKw`;^qJxNhhI_OT3n@8_lblO0dy=^OSIgw~Lba=PgJZ(ZM z8c-51t;xuBJY!Lsv2c1g?b_d#p^40+eQOf?(fEH-B8(q4CE@h-~ce;8~g$1Domzi>VxA) zf8r;?!_SxB`R0S*H2OWdMn86e*bxS2&*F%3b_Gt>uYmDr@8)v)bmRv-jmpEneehOz z+G0@DX+RiRojLi8!Ggey<>KO^wu)R^j{<&=FgJSgYrLj!VwILlf96m8)Z2?hbScvY zMOBb*8_VJTK8!ENQ6gvO7w?P$q+9Sdk8bnF6m7? zbe{W}1yffO?WgR)(XHjy&Q1yW=+<$zrJc_dC=;>RkjNp0i?d~kM^8WPENxjVVa16#x1_O>(T%hyy zL{m>M&X?D@F6wfk;9i8ocy3&q#Z^s-#hIdjkwZI!UF<~h5YoVi{`p;;r5sPbtABHi z;xW(5P{1QxS&@yu2z3p6+9iOO!Z!rJMn0d6u585f&6b{3iRfE&1ToHIuot_}DM)+n zp)CV6Qv=n4g;9iHTsI>>cMkV^7?TDGIQ%&D2QH)rn?esX&%#%GTXANi*vT4x!>h*0 z(8ywdS+)(oG?S25ol%AjDhh;t%HXvMuAxm0k5Ki`=K3!Z0!KvI8HQ!7w+CZ zs6+lHMxZI$w0G%h`p$UBfYf3aT$wixo|>wR+>7qvW1atRbXJ2N;PWQyUTDbqsIdzC zGymw$7$r19JF-nz_@oznYHKx~%D|64YrJ#6#xlRXlr=8DT+=Q*ZaT|r<*xZX_ogg) zcDn{%{DQve&%!uPotGjE+88#5eGH#>^=huy5C*4y%QzMe_{fVfe{}jJhIi|k5L)Dxh>RmB>Tf6yTKaMg50wWePMPt+OWyb=>a#eb z53k!_oBJJ8c(D#>+o7l8xWw=n3*!j)JtQZ8Gd`RMn$U}J+R&S9!iN&-;1vN02S^r+ zy+Ug|Z>ovi0i&jjvSCsXPfvj(O{aVYsKMNmwct>vTFdltx{Pt!O!xg{M_3qe{`5cl zrp|(?S7^C;^ z9JZkwiN0UP7<^)1`X;5ILrMDEjuyd9>xOE7GQn!;rrc3`^*2?e_R@@{i7MeV*||P zH_ww0h!ze~7gA~ff(Xo6fer#88PoB6Fg!!AVQ~^>V~{WfWs8VKQtrQq2gF#`z@%P1 z$S}^$7|G73r7wm-Gy_I;39b}gJ!SB2;ADjK3nq*(0v!d4=~BlytK_aLul^ zU+}^y8rF#lbXu+B75w89^}Jd?pKOV9pC^(VgW;v+rZXetXu#QlH<=ZJix1$n4pHz5 zx7sX?Ia`qnRV+MZcy}VK1f6qn6ywgx!n@#Zx;^ybM4d*#hnu>i0N!LQ;HY#-J9T`* zdw3dedFhv2l6Sa}YCQ=qOqr*wX`zQ^QJvs)^ca2Ox#%~ph3~ANfg3y&nUkR-7nlA=f98+BefIRCLgndcVb$fs zdq>NoSpKV56HNutj=8)PZ@|M?xHJ3vdll51A@J2Oxl`W0`QUhY6d@J?0#HO@Z|(Ca zTRjr zd>jZ=;0+RP3_8kY6l$3lfdUT$ieV^8#wJ5Z`=gA#J!k@xO1W6D);;f=HYq~NX$(f{ z>pxwa18V9CTM>*hYuZZRzORQUFr2eUhB64q`G&bf+r~#osHLW>f`fd-KrE$==QpoH z=d(jK~&F}8BN9(eZ(!C6oMj3C)AuE z_b7G(%k%XztMK7nhYZD#gdVd(cca`>HsDkUCL$Q`lhFX@d4$Bc{U&rCo&q+8$rx@1 zrq1sLX3^)4(~w@p*v2_Xfu^Qj;R6uE<6{X%-{WQ_RVG|ZJ95|O)aT}^Yf`1SS4Ukup}+D|UdARPq%Ve#1MVKB zzZKdV4_$+X>Z676l4pGFp7Iy#QB{H%B@e)Aok(2sK{duL8p9Z%B)1YGE+yc4X*a(RKVb^Xpi_<<7( zQM>zRb-)4=`YWfu!A0#~bvDExkVLtfVi);k*yLZIJY$rO>C-j=EmonB9fh`a>;3Xqq6s6;ZXD{P) zr(KKUJW4fU+VZB)x^_cG?0J6w+@Jcxp#}kZz1%-OEy5jKV5PdJ@a*mE^n{vEKfRwj z0WJvc{9Zb?Ma^p4y_EmzH}5a!&z{8qXF!<0quOdZ9T5Xnkz+0Za&8|UWYDL}iN~jg zAlitCgamKsv1Y?9X5m=babw+qg$~|MjT$JZY3@rR0Fs9+f zuM97eVA*K*eY`U6Zk!N+1}$2e3XN+=1%cmCd`Y{f2V-*f>Y&u&U^S}a6QUq zRrsT{XIo+W2)x>=vI!h3U#=M>+Qxb;jK6%F_KJtRQmy;}_r?J)c!J^K)G-L~MBz#CTlnb^A!{=@yxIW| zCA+R{uky^F?3t9}+1b->W4pD#Qy9!Ij?rGaO;FvVqy0F@b|?flfjb|iFPVT-&R8MN zec-fJNK-feUcUWVjAh zlz-(j^dVOYOL3}8e^`Z&Z|p+x?0K~F9%GhP@{fZ@M)Aeqn_SPC82T}%eVR6#7S0Qt z=1sr;;IwkYL19?XS-;@Q5Q`sts|>uM-MofJDfXSM;34>G<}ox9olD2wh{FlzcfzN# zU<_aY9D`nrk732LtFz=~N~5|VZGqqG(&fRO7nm4Jc&cpYx4_5x9ng(lp^NB{I3AHz zMp13;C==*Ww{k%_>t`Mwm2&y+4Zmnp9Hx@K=o$E+C$v);4KB$Vp24GqDPtigTt{WJM|wS4m%-)K3sZ zJ=jUTr^`{CHQDlOVaxk*C|FT>3%1OIc`p6gpZP;?pT`hG@^L&0uLG-TW6ThO$H!AM zPh(IB2yrEX0q1>m`*8WquYIEuB87*jfRyrU1S^G}f$;oK&Q6wBFP;Zsqo6%9l~UQ> z-d+yl=~$5~VmOFke)Q32yO`!*`QQ92Au6wH6e|KFrszksAPs?;yMj1I&D@f-V2PJL zJm=l>oGDjCD#L_ep1vf7iq;M^;Yff5^S=y?;HvSFbW|@M=EE zLl7tpZ*yuj9{EHA-n_IwrZgUaH(j1G=IG6#V&Jas4eXS(Q}UF>gc0{#&!|#HyOfca z)y%WNXq1t$8BY~M>KZTA0mf0TlyP84a~y^m8;)Men+vZn1x7|ho2uVVbSH%<15qU# zI#L{6bsk(yo7j#LGSx6qFWle{uT(9}_!TW(ASAw|SOq`Bi}D_YUL&3It)FszI8ETu zmsb@z{IvxwF;Hu@STCa{B#b7NfqSjJG1 zt)UA%Gh`a2q{zo!7X@9dL3h$snkoFo*61VGIBKgg*B-(5iH`c}!5gW#B?TP?*A#b< zq7GQe!bAxUaoO&7=|A;nkZ>pV zpG?`4Cv&afv3xY3Lyt1tYAHjjR=i z`Q1fV8Pv$~bfC?_!8j%mLr+49li~*NlYyFgq+2#ZhI5P_t8Lt5knJF&XaMdsUDz~? zPvLqT3OJ{0rmsT8w)DDNdKrhjj%_Z#i@sZUoMmmo6*$1qcM6OiO0j(E^E^0q#=5Bu z&Yg8su9I^(7ogE+GACfyFJ9ze{OmvbvvI^;ERP?2Ql5Np@+3Of$$fjl-<8~x;SRn6 zkLf2Fit<$YX5a7y_@5*Kx2RU8+nP0zytO!XEXkx^Je^<)4#?Z#t^H;HrqsI=ES=f@ zEXaSkeC@&Gd3r)PTf5%0Z1@UmNux@alw?eFfzSla9E z2*ceN>KhfBU;M?tR-|Cs5-3Q4D8Cu_&XcDSq>GdobjrHMyad5i!wlLs2JI4Tii|>W z6EU=ziW$H3T9ojnec!7H(oT4@Mg~V;tJgWgL*c28kq8F|q{5kcp+y-bO$T=3nS1$M zPduvOS2qn4JB-W`>dI>H=54GZcl79Z;;Ctmk{V?kdZZ0DO8YilEHpD2qX6(OjIR>o>Z}S!PBiK;PP#Ej=8wqOTqIppKN&HpRs_!GUas`ET^0 z80&0=M;yjs%VZCn2ry{IF{v`iA7v!!!=H_qni8HPRSWOVjc$3neP@5UclXxv-krlZ zB>O#SPvm)YxYw2A_wL-v`(Szhy`%8iPBTJ|mbES9@L+GblSuOJ(XAf2%Xm2ln()-| zGMDf2g6ROjUvWi=rL)}nW~^TQ#LprgDo4dnRg7o zQEZ|riUBX+rSfoOw6C<+EJE7$))zRyYoVnG5$`f6T?dk~_J5;cjdox+bwXxDIAG^g z`c8M$A2 z7WkD-t2~7teCOD3@OnT_>Y1*z71RPn>moR_4vM*bE5T0qj>7lsjN1oWDaYBB`O{AL z4edc@Oo4}kZ2sERDf)H?Q{JXIs~7Ud8|2XV=mTRya`2Kjda*bPPCE|m`^(WY zW+$ChzzM{oW86aX5vl4FI6+5p9YmyDS%v8LwwCDQ}wI(ymasqPjDKCb-GcYpq4(GMoKK+3`#^Jk)O9q}3s z)IMHin)b=NX*pO4)+im`_?<-91gM^T2-;`E=Fe6Z%um<}#aXUXs+fF#KT-MiP6nQm zX{!fPq`buid-mhLdA0o7-~3xu3^m>v7@@$-2T|tci|$a)T|5SXBSc+{7KH1cz+&*= zy2=P6OezNhOT|yym_mIG_mD?B;wEr%*fFJqo|i5WJtT9F74flQp1lHS4p{xaHvTYrt^m zOt*B;dw!F>W;TK+K}OT?p`As69;Tr!Z5 zkp)fysb)k35FEcA*Bd&M(Noxh6TLHJKY*s0yEnOZf|n5^2EF@EgydL+3;WZ?&7>W z_~6k=_|!CL^he4$>9m1hc)Z}}nm@-8!__L!jtZ`f2Z!X!b@oDCpB9*MG`;B@ZzpfA zTckbtwC6B9afU!-LlBjIu3d|6{PO2M_!vVyIzI0lC*_I>J-ppwHHb_f^^hna0?8Ok z%>aPWqSy!#ZxO;Qgz2I9sW&H$ZTFtvS1-?eI-ww}jdDT&-Uk7qoZ^x-5}hqXSC_y2 ztG`;NU_dA`Lb)3Q-sm~P$=g9(gk(ro?cu4_u=~Rhu8G=}BP};7l(`TEd0_%Dh_uX?tWgq0P65@KNjXX$tvauSiNnBs+L89WgDbees|0IRhK!7H z)cFeT^`{V}vZnNEOv57+8HCxQz(fclSX40T#wMTM6nL`$ zX$$S~p0N{3PF7GCfD6UZrpQ#VVrVAOSRHhKn#7kW;RKVkef=d~=DW7ND z;Ppg7Wwk{B$IBl+M`w!Fz248grXSx<)KHp7!J#GIab5$%##?u+F$2VKQ2^eZ_s)F| zutla))8K8psXq$HN^uTb#u3mBdM92uN4HKvV9UiSRs3mu`Uib2?xnyJ+?6L&W}Sj4 zys4=?y4UDU^P_~LY?Sk207P}|C-=}oWs#QORu@mI-~6%_=~0@w?^6rf!z;?tBgWiu zwwV+JNM6Q#9>wIqBGEeBHZlv`97uczPR_~m;MBd!V&HRKn_w_D21V+ULjaCO%;8Jh z$2#Q#A1SL(bnT9fzySATV5So}XXY{)(OJyIFa=%F5m)F0UeBIIo5TqBO`Q3h8+EItvf~zqEiocqo4E1L2OX78NaCtnFXCiWGXAEI=Bt4 z;F7Gs&$>n=%u-!JE~I{?nr~)2bZ{NRw09FeQ}0!HTGWZAUEdTP#5u93mcvGmn6CAv zOXw6%Al+c+im^2Nk$REpI*l?(Qr>uNcp|}5XlpvK#xd9Ng%>A|V+P;kOV-liTMprp z)lteg*oKjFx_SaU_<^YXqr2rdtJO^}Idfmo;Yoe^;+T+eyAuR@h41C_rDs@#-gFUp ztzE&N!4rp(%%U?s+YMi_zcO!vP?@DJT8+LiCD5&|frYJ}9R$%0!IOZ@^v#tY`MxiH z%oum!QGmi&I`c4gf-fqvkF|>=7@2e|inAKoJ*#5P0qErDmX+#`t_wf`fbcWW5cD$4 zP1lGRMBNw)au{w5%zz#q?uO}a1VPUx8cM$e^Y8tg|7!YA-}*!x81Lc}xXyQUBLr~2 zrqMVAVCB_eP7EuGrU+`#tEHq{g1CI^;W9xaG0o7M2BcsSfGVV1MD0>PyyBk8p86ve zm_P3{De3|fSP+r0^$gxzpj^H637(sAM&JSQoCb#}2)q78?GA~#x=FqB90{7Tn1vH? z{ffvk9p~j5FP$;5Vipr=8{!G(+CQZY=2u~UK(5AG)WeWac>05TWhPr-MeYV?flYhs zd!mIgq!-VgbrF-Ye%A?zP{5nIgud$oD#SM$l@nshpJ$HY2|2zIeNbQ)Y1Wa;b-c+b zptOve(Lx)2IS1VN*WiOctIIh()v92vF^W*7jAY18`9ic3yfXsn`%TAA*#~cd*LJ-Z z@xot*)}m04DruU)4sarkpl}?><_n<4sPHLzY$h^WEu*9C`Lfnxm?ay0r!7C zYAn+(=asO_D*0YTi(Vl^ANY}e>U5|5&VOnkWqhfTPgy@XzH9bMc`zwM#wq1GVfZWe zzyfdIj>z!zz%MGl!J!C{LH7w52HSXzRXH-}H%FGyfd_5jyQXKuH*sIffB3S>kzz&TTwfjB^{rvD zqVF1typ5yu3+*dIbXw};S8{@fj2Rz;>G*6;AJd<*97wnp5RtD8yLk5&Ou(`6z;@Hk z!51E%;A7T1&<$yNvB);pmTWWg>}ppOE*}k(M;LkbaXDgEeNpfDn>bF`k8VZ z3cnflTY*(-dGtfz=Tt>kb6(eW8~mkgaaekUo`FF$%~eEC*$AIpTrXJ~_{VS6ap9xW zIMPnndw6>Oj;Cr|3p+Z2T;0GPIUk-{mhb%1mzG;Ssq*^rG&ZyI=lgpjpIcj{)#^ZN zN001ep6x9}nv!iN@bvtP5gjxLz? zds^cMcMd<6P9HDS%DSx@Zp=&3Q@SFd$Zr~c)#wQ^4B3_%1O4>TaSg4=93JbnWDt}a zPjEzx2bXAv_%MwBV>KFDU}dT85=Wq-jF* zz^E@y28V@Vvk$(&zz+{CWA=zu0*m=6JFn6&$bb)Jz)k_wOU_t19S@Grdw7L0VrqS< zFZE7{jDM65;Tc0NyF&>XhgX$o6lj%b$Hq~3zS%oV$&NA@Wv+Y-4dE}|#y~r)m%9cREYnq9%OugU^dKeBuK1R=#KponHuSOx)DFpg#h~fRU-0RQ@=?M~nMR$=mj~&e92L2f?k%cjiBAWE0jDl$j^P>pD&?-++ zP%7v`&^bDjnVK{!qsi$JE#Xh;Mwt#y0h%crs5%8B@@JGpjEzomkJN~oY7Bx8xJD<_ z2c3UU`Ju7t7Id>V+T17S9bf#~~237%v=<33`Pd05ADv)U824 zqvv_sPW*<-%=lM*!U4c5^i-XVv|Z$+J=00n8`zOy7mU6*)$lKPXu3cA=G`+I&>}b_ z=Xk~TGuQBwH8kBVlxy%0mvGxDm$WND3GkIWRPv%jLW$~!fL{4VOE{E8s$-Y7>X?TA z$N>G2pB)?B&sltQ@??2l`VB5-jwL_Kd&hHN*~9HUekyADK|D0YKm#N96^^j-1S~ z;FI4#5GsDWg4x%eXx+Lz9KAZI2!TqlIs37!Mi*;pJ^#Z-nfDEgjE7XX<1#6_{U}>X zOM@7fr}`jX&m8SHbLj-5Y1<%Igh1GCrhK2I7J$?xxR&Ef*Ve0(mPVW7SmBC zGmUVq3wZX7J<2ry1%XlcVcyGc(qcqJ#Cg9>pTqnkz?F!6xW*ZfW|2mc_BUox z0Q`}Yry=l@XAA;Qa|C<~Zqg5UEiPl!;ja%M$$d=N2)GUlK^PBuOIb!Of8b(#FbRW% zIWZ||Vt72r|KagP(@qYoIS#&`J&W)MM$tM&$wTFo9G^X1K6!ZBXWYx=cwRLcYxhN% z$zU@<@FseR2v*A}&+s$eoIw!@C4HFz zNm)}e7SAY8Rw$S*iVEd9DYj)vbrM)O=Xe+|dNV@nS_5zzCr7b{DtKT>2rNd2|8K7@ zrg%k(vyIZ5GO*?a9eOfc#+1v2&jU`(!!m{xCLY9-Xav4lcs9nCvh8R3BeU?YZ~V>K zwyK(pFyzJ}3Wq8VfOLE3`9pW*83-~@;nYwB7Qev<7x)Sc#z;@12@AKoce9QV8l$_# zmkhKlQ_W23pkV_DJfH8oyBmiu?J~-BzQaGtGvv=~In7^rKIXwEp5yr7S-1vc9i@$~ zV*ENUoBL#}zjF^S;jdf4MYr0eU+`F@clY+K?sfpCr>vnX`4$YxGQedcy3n!?e9El{ zWWf&@eXeqfZGr+r|Y?KDFg7k&>%j6JYvPR<^W^E`gh#2AB3Y1W(hpawnnRliVYl z7Py_oP@5P3G7kXYe&MTQtKRjTbI!(V08TOLazvr$qE_7!+2kC zf!E0XXWzfm18c5FUS&>Xx=eH7VNN&T+3h4!?78N|of{FDU8(x?`x}4%zpl502`Gj9%PZ`Ti}QjMO39yj^sV$K zYJ=zsRmx%H_y83)W0aoJOqFrqt(c^)wlSG8T8+wMQ?P=PchiR{C&Kl;b0O*99Fe*8 z>rv7-qTt|%AlgzG|C# zJIqkUmfxckCMCvDVld-psAL;}uI~Kaq;k^-1?osxTfk}@3d3w=v3=%XKguk|s0&p% zK@=|7wUMzfuo&L8NyWr45-MUv`M{LG>yHq@(U%Y#Z&a3~U@++`FP9%IBORXTY~ z6V{jn$VMOVNUH>Q9Eds&`3$Njs!M`PDpR>LD(#)e*a&da^FmG%ibhn8F! zgL3GB|CEbd7ZyqY{WvqqQIt~Ho1&v;=-?_IQm>C!$P9JnW2 z(dX`41e8w-Q>F%gt!q9gcW^Z|pX=t0!2v$k@r4(8#H$Q0u|>kDTESeK$Lm@xiCQ>CGoyI}s--~ z+*wCpfv`7zs3RDli}$?iSOl2TW5c`a>-&E2M~cg@e*M$lhfmpPSzG*C9?aNHm5H3e z#}Og#G6!TzR!Utu>(=hx^4{&kv|{@wSe?JJUmJ-ZJHE)1<6_A;y@^K}EQY_~3$E-E za`nDKF^ll`v3le!i7P- z&?jUV=Jgllm0wj5B9m@23nMn|8+egv%1`9%i@*4=fjxE7&P3i6?nGkL9l}yd=9?iH zqaZP51Ris^@h2sRV$esa7!yX9u1xXNyWBZlTYY%h6c#vmz^wG0`{gvHIznY|8g9HT}<sL4r2pzvrM^;&pS00C57gq`B5&zr{27Bku&~Hm6or} zrf*~MTLeY{P_Xa>2l!ukhDsDpX31Zt6Vex2f~`{=spI-82OKKOsNXk+g{&xVuGgU) zUAz^Z^fta4ru2s|@Nf-S-r8)YE_wr>i;g*&XxTZ@j02A89tznIyzpC{jQ^)H(&9{x(%Iy#YmM%t4!;X*KFym-6QD&fOA{CR8BE~Og3$SQt=XZ;54 z#a|s4N-Dfi*rnqc^1OqN;CCWR22-WNm#>Ux4X7U}gVqx$1;2s4J3hjHT?8DuvM0*1 zSM)5oDX*m*o`fH7IB145JfKV+?9`_Ry7f)42nQK!GXjxI(f`0yw&_`5z{6nxqOKcAErGz zx?7>gWZ~zO9nbL_zxA6XAYy4lG;BMBG_w_xJ`GShkztsWZAzzHm5BZ3`HnykX)%t& zCQ2|RQ&TD62qH9?TRuq47A<;w*q;UeBJc1C%=IQr5ZD z*QCDSEbYvtj*U=aOhSRN0oJ)~^F9%N*Ty3rfu}5eFaPAfQ5awzW8)AOhpv2Z@304= zjFGXZ$<~@UP-v6#oH7xieZQ1CI4G9!@~1Bfe3bMoSn|ZIEC*A+H}9vzo`beH&4`qT;foeH^wiGAk(+SLWm*IpS`@H zO&Av+5~9ME-{=B%%#Q~MD@92;*YE{zj0z(L_vvC3I0qv?WI@ywg@n?82VqljMNdnd$sP!U<6Y`S7SfBHotXqTB_@bREAtj55;@HHDCiU0^f zg$stN_fpS`^5AITJG8GNlM##JWqf4MtQbBFZuL6~aEv#DiccE7mwwJ>w|I+#2p5+_ zlbg$X;T;a2eZPmE$d>+YA94n7Eq9LgmOF>L%X@bZ3TqegF`9u9|G_6%(ST#CO=C4L ziihf?=C|oQj;Q-9&%yh($QFJz9?A>N(A>P}OhZgWMrMYuC$s3czAHx^E50DJL+=_# zGMsB@p*-A!NfddW$WmWxpA;}$!M}cNg{#p{+v%b&`mC}TdZGj80UkLRU_xi|*6da8 zr`blE+QbXWsf)g7M%mK}@JGMY_~g5KoD=QA)9|niSvV}f)`7uO8BYu6#c6FIgkrwc^5-E^89u5 zrTGXMi1gBObm*)hn+SaZm#dMP!_t-$u&!OOi)sHxoE?uGPhA;V{AX{xM~^$aMqTs# zxmA0N&VtnHBQ_~;;Q_qN@x1g$e)5Mhi~;|$5DsZ!TaftQY<-11*eFzIA zewe6@BKX?lrNvM&L==xPISonsXvhoSit%s7O`|+`35dViU4{I%*LXJ8C8`^-V{`oX0B=58@zCD90VxH zu7EmBMtVQR)9;*`G)8h+W)J(#(A@s@n{htQHitSSnos}eru(;V;$+47+KwRLH}Es^ zykCaEf+&4aQWO~lO9?Q1afl1w`mhoG%0#`0(Lm2BE8y!p zU%Z$_H#H)`8^gyDhI6Ysfjha zq7UcmH(G<4R5pLy^)I>K=u`W_FGq{~O8eHBW^5L7q8B)#9s>vGk7Ibf{9mJ#hHyK& zQKHhR`Zn%YaoXUO?vR4FSKay>^Qgva4iw$o6FtI@d*n+N>*XtW4bSJTO+0Gx7J4-@ z&UhRoQwJuv7A$#NOQ8SRel@Gf@ekvR7w9)Qm6e-=vN*RXie4Mo$p}NO591tt$N`Qa z4;&tAOXqne2OTgE3>k-_3u!f!Hql+C68~uf%{s3Sj_5J#PkaX#zMd`283&xFzgu`a zNTxHIQAk??p~+kYN9f3&q(3}Dz8^fE!(6OW0t1|kE)EZ+9yq+{eYkG$wHp}^9>8V` zWj*7d>HFYEIb-~jKl`U63p>ky`FH>8<=N91_LGzHlHD!(XZz4pK#49M zC*7w*rvA>(e%i{IBkQJ_@y`dbZ@2fI7Pz%MI!i$HIyk;|z0Mt7U_juX4D02{$f`u zTLb6e8Om}3FuJ)ea~z0e%R^H-c{{%rF&zziBS2dyAe~?$|9YYd479Vi7lK_6XH1&z z!w=q%;eWIIC;$F0l*!A0<(@=!A#7JD@?P>MdXv6KaD&6OO%Eb)h(am64dECpUN3@y zpMjx}5shQQLnTBAj>wGX9`7(tK%>g14&Mj>m?vc|;830*=m)U*LgSoB# zT<51TKgKf#%F?lcATl>vXCW^*6ET5}Cv3NYtu^Qz681hADermdB}O`9Wgy_iJ#>+U z=)83J!<;Jy)DNDpa7a{0ksKb30r98@8|CIkZqApKbb}W%E8?SIy%?0U$S@jPM28LrfJff-r}MnH~(m9ub6U_0(ABbCLDtP1Eq9NQhg3S0$T~t0Z4hM#) z;;Vlm2wQ8!2J+w|e$fK7ywx+E*4XJ)`)+|IykY6uygnky|;pdBHYLsAuPsD(`_bfr0J12!1UFE`9^+YHxi0OaI-U3;&-jfAiOVEspj6 za`xzc$6*Y%sHtZFf-O$8K$VPo(A3rI+g-hG%USs^V|@Q`rY<>m&X|9j$lK|qVS?&X z^f0ZOVZC#L?mv83eiy*ui)MntFCGd-pI!R>Kk^lhVFd$Wt;WVY6}(*MrQSW*uXXzL zc+#sMy?-Y^rE2Do5384Nh>Ccc8)bQVaZ%;x5Co55m5LB$dhR)fAm-X@A#`tN*u2#?_PhH@RzF}kr+PF6j-ZuL85hjB2C{s;|5N%O=a1dtsVFCI+NiVzsO zRhgR;w~z|Kx_>=&z=3g!`@rTqNcGKBde@+bVCgXUrTiI?2(iT^!J8Vd!w~B|@PHBR z2nEJ^8pfw6^;e^uPCBg+xa@}(0aC(n!l5Ue$BuABU>LRHGHo@I z3{#GQjDY2n66P3D$nf}S465u*qvX`;tdpi?U@HJY&G3EsBL_EM-XaP`VBp9?ag@ub$BvHhue@p(LnJR!dZn3-;LhVmi9+cj`3mq?3MK$@4^A6$h3^r z`yPwztb0o3B$2!qWkO584xi|oJ}@}OPBaFWoFx1NUjt*J-qgDu`UHUDY0|ypWOfQF zeWO36#aN=9mE>^DSz>sVHy_-7gAWQ7_R+o$OWH1;f`76-*~U2T`ptdW4Y;UNlix$v z{EOo(Iy*U?X$a1U{yC)6_C%=k3O?ACO-UQ3tH5M@bey?fJjfwOKL$w@XnN9uUv)U1 zlrsHFp#uQ@1Vi)%TBQ5Rp>h=Wy5Q0a|B*Mk$~YJk_@uu_290O3TzE&CUO5>&WA!kR zJ8{$*4%2Aso@Oa=IMqJfD17NMxp$t&$m*p;D^l!aV>Qt5)hunQP*?QCI(^eN0?X?d zPJL)x_KW%Q27=wNKuuInZTda*n@ ze%2j8GC3UA?*7QwWD_0ggI}DKw;u=KcRqPorxC8{i_hFUsQt5$`9&OgTktFt#@qNq z5GBfYn%(Z!b{zTy)lcnCI?HhBpzv?-WMw^vjb6F*lRxymZ|m^{3p^Eb0vR{8pI-q1u5Eh9{an?To?3wCwSCl#b)OUggPyLuCDynFvw(K=7a^MCBbD>v-3V z^fDG(LNK>gn*`nzf%G{>ZhAlOdf0`JJ~GA#U;40rlYsR>E-9dh!)`9?I4^DR=iRGt zxtMWHRpc@%KQ2DjiG&p+40K>ir`(l|=kr!i8beX>`^Aw5dSrN|ftZFw03 zZ<%m`dxV$)8)ediiGqVi$DYPD(+0+56}7aadSI)t=Y=kV1LK>vOg~(WVquWszXmP^ zc-rTLGfpL;mQnb896_)<*SqtL8LJd8582CtKvN*jRMrn3^Wq#)RK{aX0Nl7wkxFSY z!tMps!XSD@Py7L&eFYx)u?>)uW8CD&*hFfaC1WryZR@Y8-8i9)!poE~7I>#5@#9{E z+q4P3qKHJr9O?ZidAkodCmadJ)E-$8fbplN^kLcuzR_%=(y&r^gG21p#4(8a29I)H zYl?b~p`1(s$Es0(Ug%hU3w#tXdRpX20n;0drl`-_fB;jxanjATJM09!#ck^2r5fpo zA>&nEB3p1BWGj1XZ>PrY{)3ZHDRj!XXE#nFblHgLE{b0SijUDUfYh6WRQd_?ITfdPp z#5sKNZ29%S_nR@eGhKNU9;MT?gXXvpf3s1|>V?HZ=3FO3;n!UAz^1e43J!o58dy9B zKJ)F2y~CFFJ;r=zJ2K@!qqAm(@CLi+jF&sH*?8#EANePK1mA@yZ~CwUyyAF3^F7R` zmFH6NR%%Om%?VVDTD<$WR@IItpNr6uisq$y}$hPB`k)}K0}q;C43Ea2-ov|H^OTX8-<6ch;9J~ zCCC{Nxp*NE<}Ja~1_5sKT?R|LV>rwoSsVuU;|OSoqQ%6Nl8A^RkTsANo0M7b5gPTCaY*mls-iq0 z5?ww_gv8l`WAnd9`@1zpoH<;~$VuUkH_w?H6j4NkoS}Z>_^g!e`QhnPga;=z1{?S& zpBl8lFM0+qg)Dko7evB=a$aOYTO1o(#`M!RQidYtNKknGy8k^q8Br~N+}jymNJrbZ-nXkkFa_M&CU zxUrYna~++moOjrel0?NC1M;YxeeMhfy5k>XwLr)?)-&#%Pj2fNr9NYxM?%WLaEQ^% zLQwSwKT+nX56(UzE}yh-jZNTs^7Q56vCnW{{*64UvnqPL2(Q}q8}2Dt*ZY~Fy$OzF zR94)0L?%VAo@o#A2{-AmI>vrsyg{Eh$D%<)_)0BJUJBya*iBt6mEH ztHGgzuuVB9{rGfWx8#@{q*_QZ<5sEDMCnX>@IqD@g2^t#kc7Sr>Al0fp1zna1E+Md z%me-menT&KwV)LrIMGghvcll#*AywkVO(&*R>)Wu?!Y&W#6;)l56Sdzfc4G;L~r$i920hJ~>%_ z`)iMSx+Zz^*m3nZuH-HfRUWHBPf&9yV+E^+z_49{k4qWTt1uzfXevJCyv^kcgk`&| z@33Zv^DlyTEV~2TK7Dx7F*|Wm77INt{qaBW<8LW?4DsmrB#~bVL?K>0c@lzeMS%nf zL7pePNS7KsWhX6ek0T%q#wK@dAo$Y=*;%|%3KLSi-oIm$y!rV=tsxc#%Frld&-eRx zkCyA(yURDeaX%54h+tVh`pmr$;?nX<|L^~lE-!Hj00m;DID**w&1g0C5Tz!ayFQ7h z5AWE(OL0^%I4b4Labhr%F+p4-+I+`w(m@`|A|2y5LSPQ#8zGFL2;tW!^!TkzGX!DU zfYg`O_>_eE46xk+V1uhsDwMC^!A0QGKR6jeLS1fjhKLUGz6* z(HSqcG54N@ab!>X&qcOWTAEN zM}g;S;qV0?mtV^x2^fNBvdd}m5;b$c$&p2)Qnl+eSHX(DAg8){?`XgE;TlajjdnHJ zp}|q4Px005TZiRo(^qKL$T#?+yS??#SY{-KR7mO&gPX3#hoK>U;;1t|@Z6I_Mg0Pm z^e4K7cR0bX#a{rWV@ji|vz`JS=u4^Q9s&8BXF*X?!d`sW2fuD>=oxHS< zpBQtC;!cCJIp}NPMbGj=2J^H3+|Q)$vV8s1hpCeQVnCh0p5DA%zWTLKV>i#*AKfl{ zbN+;r83!p&h-p@&gZyik-t?hjaK}L3+S}{Ob}|D8##EjPOqXLPP1#_Iizn8_yj=DZ z5SRahTPHBuW=^+teM@L3b8+eS|LE^|YlSG*w0+4Edcw|t^D1g2FdRk=T$n?&BQ4)8 zM3I)0v$Lk3c>LzR<{=|IGKyi4>zsGi?x`wL}i48j8g9}khxk_PuMyuo6^J}5rFDYZ+naJI~0M4oi_gXbQFiir>p z^R0@U@=moxeNUQYpztuNf7<6gATC5QxIO(RpMYSXq{E#^XVISXsw?bOu<<<822Y*h z)h>eQ!x$*geDoe==!FlALqsIgA+@|Z6^&p*_@?gz*E3cfkiDO=1uitDl)Nzwm_@sU z!dMB5>jZ9|N;UJplp{vR@Ei_@Hc;m9rY;!O$-gSeHT{aV>SD|_5{2V6eMPZp--}Rb zOCyXX{vyy;+*2ZkvMN;gRz{?jZyjTecG}YZ(|G!v4uYpVxOn%37G2R-TRkc_Wzfx@ zb4rUMfK$6B2(j!$`_GHPcMmQoN5<*i?ZZZ+Cl?o$2Y74BKE!1}z*OU-esH3$RC|Re zS6$POUotr&6*zMbtlr~jOsbWUw2jJ1SByhXWDC!Dk{f(m-|;qbpr4L4V{*b*$HPh4 z;Ia6$C@p<<%}d&%Y(;r8KAft~i^fSeZzu8e} zjr_FQ|LxnEQ^hl`tB=>oRGsqt7J=gZ%5yG&tIj~+;rK_~(zn&cbJhk03KudRb!6zB zw2aT2(ZO3OXZ-6+eU61p5uJqh;OaQKjx%UVLRJS}u!c58p?!q#_I9pcPGlx1$|#E9 z-~v9qp6Ac^N-GjsQ2u^TJs@VAJ_(itINrso%<<#+1W=Bup`HL7ijt-eeC*%`l8kek} zGMd+i@ASo!)Ik$tt{kGp>z8!~VcM8YN6~ZkXVV>a0&rgNH`IdC*MtvIn}gN z9l4L*97a%|2Bk&ePFO-CKMKwIKohVU+3J=61gy49JQ7Reta(jP&`S8PgMSk3qZkzf1XFdoN zZ$cmz42t59)@HVjRG zjGv%*K_{Wmo_RA5ZINO|Z}XI;d&=& z+NzToA#@JHv(Q^M%Ur&4oK0gZ4TE<)1O^eSF;L2s;qy4&Zvv|hFM>O%W;AU&F7*({ ze%(vKMbJ<|9Y#O0x%fP}YHgl7;7v!LU=l>n`$1X*0G> z1?T&!kd48o`siH#s^PpG$Mjh~!yl#j^T@LZGi5JFzJmk2;nlt7k%LsPQ9@f$nKtkp zo}<+8_wvUOURN2cov{~mi@Z!;N0y!Atfb4GV6-Qpx3+acE1S=jM z-oLyYde%e`GEU8AZO2AunzuIX=b$1Pj>>r2u8gEl#C2#E2dN7vqdSd3a8;QN4J=3` zqa9c9h`;rILh+O7lyeRT7`sI)<8tbzY>0>xkG^Hl!=H3K*iD6*p7Gsrwj3$O++saC z^F@L%5hn+R%rx_G6@PPdhHtvIBK&J%F1>}wVBnMs0Pwl#88}A+V~mDM8)K9>+OFXb zv{n{UIl|Qo!Huaq<=G>+wfw_^xiU8`f^M_>cPfB%2@KM2iEmw)h&z80KCCkB^K6Nz(x(E{7Di(7D( zaSFt`HXwXVcbm>|*8Ab^Y&E@`$ok|WHZypge3xA!vapH9_jWQya&6rZe$jSxL-@d! zREtw(I>2cSz*zze%zx#(zwpt=41}~D0n0}fcG@n3Qz8aW_+9h|Sd3PWM42d|rdIuo`Dw?w81nq!eK?HbHk^sXp-O(==Hw(=;=){k3t@L zYRc3D9IVQE7K(hk@3x_Q>d&M9v_I{2Kq=ewTu9)#-eBl_zxKi#Jpn2&&PEME`ytSj zEKdA&A46CVJqiv@MFgU3&H~55yy2`mh3VmUN=kp6 z*`{tY4t-I=zEd`)ZGyh?n0i(IsSHL4Gwo4jp`XBlA1EF0ctAwQo*{RxF3uz8!+pCj z?1C^3{9+6iHupzoL(GA zINjUb>1U(A^nH>#_aC1ZKXA=3Ir!)3U~f5!tU9FV@YYV99(dw#nIdsKC}nMKUuuwRa$5=m(Q``k{;T=vJxhK;cl!0gDmQx5${7=PqD{lJiG+wNR z@iZe9o_-zuV%Ntri|sfEx&Ah=lPU7IADz0ry}MkC4)rW|<9K*-61oJ>p6@+W_9x6uB>-}=YlhgrA8>1A!<#(3ev z!9f@JJ{djsGk^Fe-ZDbMeG125Nc@Xev)xCYUkU~xc~BUyiZ}NlHgV&!7XiL; zZBm($jVK+;X6DeMqHX*J}cg<0*2 zX=7+}-*?k17@9zEx+pZTz?%qDWPoAx=^BP~G8ktL4lyFncN~SZoAR#9gm_*)d^0Ma z|L|Vx%lc4G+QoYzMFpNBXevC8)r&Y@t8qoc+1ouS({+26xAbL&Ck&4URl*qq2Wh1t z9M>@moE*OjX@s!j4?KG@Cbtt!feC%}3C^IiZQ?hyqx_^^kI&DWnrl`iK?d_!r5*n(@Q8NSdOeGvL$9jtzM7v%4qKHvE{I#sglQ5wtB|rCg(>z=w`t zkqNkJLO zWnAQL&d&~x12aQ?IoI>EMi{NSplN$Mcn>@o1HRG@U1%XEe8_+>^v=X^zz75H&>7hp zgde9N#yjJYo=*!k>WnW(k9>C3dhT~eQC|4rIvGiSd!aL0gVlD`t({xp)7Q)6lZ(jB z(xti$DN zH^!a?$Z@7b>9R|&LXW^281bHrNDryW_1hi(uy$teVd2lAWjX?`D5|Jwf!U|=q>2;!UwXU;oD zBuqw0`NSxg0#k-p%1liWryl5iBC;1@B;@XElQJ;ID)k^3G70V)iH-8btPE<990IHY zZx5pvWrw-Ujbl~{U0qD>3&J&;jo|2;fOxG?VLSq(4dzZ{dF2Yl$n=dkO}qm*X?LBCaLG7F^+{&`l-_szPC*?6(+JsyXM7F%#o**GkC!0 zyCY#syR?T-O@UDCfNLr?WjFzzekcWpf6$$yO7=v|466(m9N-ai;^uAP4sO7OU>pJP zfu(rJCm3q{!fRxxi)GV)YE~9S^3Z@E@e4c{6TXr<~m%< z65+euy<5wh7@CeZxR#kpm&=`_-S7upDTPbN(1ik-^pmo#0f@e%NW&tgF4p)hWph)_}_isWfIy(>KFtX(yR2ybH+T52s+G^B-vU9o}3xo z|Kfl4bFoo3mT!FPQSMvo^}0qHefu2yl;r?BHSqN8ykj-Z2Uc6N^~<2c2fHF`5rUVl z;N(=Zfz8CFJ!R}hp{uNm$*|iOyc+xC^kIw>5DeWe{q!IFvA0iS%rUx@nT|hwd{P5{ z@93Zkg@=iucs2|?REnN3^NZ(Cm!sY5O+Ptc;gjPqX#k|e0U$kZ51nU{+m2+=FBAP+ ztRemAjN6-u?s=8c3W>=Iw6x6+edT-OQ9ob)^*{fAiZVfzG?;&wZ-=9>BfT;EZ>7fw zisJ=kFbsMKe5qwA=V81knZVcRFinbl%)>yk=D`;_SNOZ&3DPl)##4cJh{@E&+&ry( zO_Z=v7{Q78z8aMDQ^l7$Wj_c{ANi91@=8UD#=;uWkacZf=?;3;4bPU7Cpaeb) zC;}!#oCXHr3N4Q4`M^LTISLpPTR7)MK~cP&7fR7&!--t7o>c#YDrZNti1_pG4x zn-fu|FSw-iDEEBrT$ks%zkDVgnn z+@2-P*dW-;$N?DCABD{s8H3JgMAtee8ABb<)CUJDqA7k(k-|y&bG*nag`-bLYIb{1 zU_f)cgnw)^g(Ddm{0v6AwR4(Ak`63pve>3Lc(X=c46$vX3_uhWC0SSlU;4x-?LWM4 z1v01J%d{4FC@o?jav>k)ceN{Mz^`4Ln=vx5I9JADb($EaW-UTHJO&@yMOd`GeRN}a z{ODy!JB8%27+kjEj{$fb@`9WRA9z?9~Kqgh`8FB7Rv#C1!6 z6By5fk59D~kgPB^7s}DH*bp8LV=OPdy&8l4ba|M-hLdI70wi=~EUi0oWT<&={9;Zu z09VF14TrY!WtZ-6`YF;Eom$?+e<{$6BtFSyI>uU_{A?TV-#(1| z&F+zLDpOY7;Dx@d#!LN+7*f+h=JG4scv+jN(`-}lMb9FXF`yT`&=&yfR9Sg0x-HDi zz_UTs{VCVSCI@a~&_De^e+p#iU%Jh+CTdjky)u-(IavSlzx+R5j*lNjCgSX*?)`_S z%j3t#8Pl6OmD({DTOIE|oa^+NAa7@HcS&3pUdR{%1HK_|sS@YnW_iSPGuWH`3U72C zJ^gNxk2>+D;wE!tq4!yIu(233J;0f}^v8bRkG#b+@86E`4gwyUa}!+$LGMXdZEZDW z`YMHaRZZQN0F#nFIXzzP>`yA10={_ms?nGEJw%1f!-Ksb;7SN`u^fa^&D*?)BwY@( z9Ua^Xavit16(KP9EW&>lC3tiB!bcxgx%}Jz*S}bSrsRUh64G3~c_onp!N*d{VDB_r z=0UWZ5kL<*U<_5pINb&lq_D2q$5c4>bx*j-SAAssnBi*RHdc?@ggnfPAuV{&Z}&&0 zI%G;|bAY5ua5Ce^u~Dz{8|^)}(iXu$AaHbCg*_do{Z}C#PhA<#4JDx>rmT0Iwkbsd z=66>o2L?(sAl3OG`|yDw>^H3ndJXjryK!S-IZRfK}CvZ1Q zko&R^n2BMvIPFdpCVE||+{*|Ax2ea7R)G+>@B$@`iPz|w_j+^NHm1NEz?;SlO(=9H zg2A7(U7fwa%h277gT?qeLbLO!85c7e3Ag z*a$Ja)i4`D>c~fREa_uXV!03h`NY?#~Ah6>C%S5f0qHuSd59G=&k(rj5E(j8Z{x6Qx9e&$o=z!-AG-blD*w=reI>^K z)$-YUMClYJSv0 zvp!fQJl5anna+)`+m7-lT}9BkxW>Ynw9E10aNY>aA{@`>w`z1E>x?_vq;qK*&EvoZ z5qN^*$0fsOF9I)xnxW=O#+@-yls&{Du+9_!^%KDgJm?CavIG#wpkGGVz)KK0bfHY) z(r!KHwB>0@J%uW5!nsow&0~sKOlM5A72e5j{Ze{ksE5x|r94mvA$^w*1K03CXGC!D^j$Or zW;~I1F38}(Sl4Cb`@lbrr_aiU2tM$@qj5B%GoF;up4UWU4D;|e+14Js7_V`AxdtEF zGh(=781%>R7_+^<#@JWBcOE$MQR9}17co>K-ttXbVhm+Y2L^mYZ{Qtkb&Q9u;&8wZ zVv$Wz}0gW&`_|3W*klns_A^$tWNXfk1W`2bLa42bZ737IZ?ac`PwNdd?`BLzHuYC zPoR+TUHU^m`h9N^R;N~?JGa@wiPT#TceX1a7AJ_zARf?;B;{QYRz}#O4Gmk>?XY}? zi&qMGNITryi-)q6HsWQaO@>Jti8p8~n}bBcU-e8bo+pw?AA8$7%jZ9OKi97;KmQm1 z?RxD9%$d-xS8P!gR~1~YgNZUbdE#LS5gyEMY#9T!gXk0iZ@-Eoa8@zoH^zlXj6L4? z2zyi1`9y32R{;thI2r_2N{z>gaVVb}hcE@j@Y(n7gxC?}yi5(48#M-J*uTzwFf!(2 zQhD=H^nrmFYVn#gfS)~^`9bhvCSIu&D2D3eu;jHQW;CX|GDfA_;E?ioh8m zq(CSapW3ZM6XcsmY-S-a!J!8WY{wD9>=#eY8!_n1gLI&OWw0*D3H`0y6eSRxlSD33 zNM6G;oQ;>uhn@itev$eF0~{I;C15_3vuBKT>=HQ`A3PA)eoq-IeIFm62BxRQrF5yZ zE&4LvTX8Ni`zQC0%R3*wcT~Z9^!Ow&#JS11u3nPe2rs0(XFsDYp6FsFGz@QY@HijF zY6Upql#=w6s`U(n7l8%56xQ_=%+KXKczv4RqTg<%i*c0EXk?y#YMAtTuFn zAMqCD-86XcDZ-{yc;aEP;Z2{xnU_VA?;Y+fw{LA%@oZ-d>dLfH?iQ$i{o!fok_hC< zWP{#2*jnC8MCh=fZW&8^r@8lA-+H`!KWzWwC!ah*L1)fy1a$v6|U5YA2lM+HBL5wcPm&ziP74Bp_( zw%C`s$1%DbxqcBCIcjznoW+?mMQM!?e%3zzVrZ&Q0Gx4vM^w(Shb>!>=#z`|Yx^O+ zWF8fUjHj#iQpF_`V+u{VaV{e>=@;GUE^^CB$>6H{WPms%9C`W%zBxO6+FZ&!4~|W> zbg^V)+LXXq^!2?vhc*8%qc2~XHp>{IP$wV=4(LMqwT^l8967v_`kV+3G9zj$AD$=2 z-L(-I$DwlO`gzyzz#C`fIFY!;ljO+OFlVF)06FUF%Oq8I#W`1=^Zmm=@ly>cdz5y7@B|y4$VCWY<*UXq8!5-cqWrxWb)Jds2?S{;(I3URzq8vF?SOd^qMXN| zr?chWy}Qf%A+nRd{>?xCZ-fbli$p{O8+;7UR*cc>aM;DCG5a25laa#g^t`Aa(~+Uvl9NGV%iF@Zz*;fkT*-H8%(E($l7 zNVs|2o^|^;hL!`hZ9XjJo5o4w1iZ>FvslYTHb=gi!cEQ^I!6c(juodTF|W^g?PFy#nHbb6JS{jA`SlB*+?wi;RHkHKer zjGwou-ikAD8-u>VrCXmj15iVeF z2%g}XqOrb(0fbNr*W1e?rVsBPcF~*pIbQnLzV&eV+NY1pJB@PjVPGSdGF7rxjQ(*9 z5PlQ&h|21W1!h?m4sE9kGET-Aoung0FnEdKLtkTJB*5bLc%vnp)p1Qf(%g-{)1Sxd3J9D9FM~zS#!0Z~Dhf1sHGSCiF6p#}F*uej zGA(tuKkGN>H_;)y-bkOKZO)!_wiJ5zzf_G-k%OYa+tSeZW;{C^%?VCoH&J4kFN0ucZtd@NeqFsk_rL%1O@R^$>H)(PVZjU~PC3|vi}>K7 zD7-1)M)diHXnpz7k74eTC+)ee1cvc#YEeqL_PgppX8U(HZQ5o;A@{s^xQT#cc+mmI zGZuyjpjPO&!m|m`@zs`TumLsY3A^_4&KCv&tqM=t()Ri? zE`8SlNFQLRVn|~cy=~60u%L|NT5Ko4R z=?lzJXpwc%yG4-jIEuO|xU`$pBVG>g$BGIoD;K-L%hXcMiKu^61Qfum0TiP8*DRN_+sjuJ4 zXs?f?GqO-f*LB>%8yN7j2u}uw^H(0rxV6c#txTqGbqh{DU1JQ5vAFAf{pWYSs|Wv_ z7wyxXa1I@u3@~YmQKdJ$lrufUkP5C`E{|>K3})>MOu8KkPEx1`-;|xBg90;ri!AL~ z$LH!1zZ&bpIyjhg_3$mY7}vq~&=L;)tV5r6Dp&b!x+zuor|HUfMlogR==3Y_sRNKU zI3pd1S3YC_RtHEM+S3n*%QG<;{@#b3Tod7Q-W)6I40a1q^$V8`M2esAngOIr1A@qk zK8;RGU634E8z|hmVfS z2nHqn4k@-PnB2FAduMm2=~JE%F~X$b_zrSsdp8R2$r3-KO7-5I+dXEJLjK?WxqrRL zhgQZ1bt)kFR)w7J&q4%7#r{ozpIq; zyQ$($9~x~|K_9GFdRQF?|82gts4=()cQptbc#LmqqVcpvtrU`PdhQIf0C;c!%e=DPM68rSo+zl$?` z0l@XWAw$dhombn>O%XStqu@Dvjo>nl8kG`;4uKN}DoWWKJ}rp0b9~@degrff3z2%9m0O#}zjR zTa#Axq`x}cxz;pbbcQW>aJ0e-NbNOKV+^_Ezi~`ApSc8HukvfIY<|9b!7GIg9-nKS z8t?pugE8c7egi|=^IZeK>t*cj^_}0~TVKASm6u*{;TXIPzvOzIg!J$ep~~W=$B#A&pK{n!vCC?rrhyWaXjtNSKbDSx4g_nqk$}6oz=9@ zNhPySVt7TR47z^6(CYe0Xa0(td|!3@=#-H~Flf)qC>V6Q^t`7ndNQc&TVz6Xj?Z$> z%XnHZ?Vy>Ld>dK8w*ezKmHlJTslTaDODQ)7{nGN^{?mW5GWykTezSHAZcX{wUTA#` zCmQXXqaxcNiv?z5yLtUaod%gTPMd|3=H9JfH{I>&q{k;`>Csw@m&^UfC&9bO--)0% zHxAOsdv#;pvOKw6JjyBKX{yd%hE1KL(N@9;4)%6t*a0Rlwf)H}#bt-fO+;wM`4& z;P6HRV_#prpRzuUp*YfRt{F#H&F7wIO&(`)Y+&Xi4=wH^I?fpxBH zWm7h91_&<|uj!uxHWkCs;B*=bd1z#jdhZNM;2*rHmrs4QO=FpR_|P>kyA?(e`lZ%H z>NiV!ZM3m|mq`*`k(2U#+V;76|DrVxqXU#oBWbj0_%y$pe!M&c1~0<7F5y{wl~KGD zc_*87T=HjJ;L%PG7UFGIo?j717}{L+yfPp)yM zn+;39DwV(UhJ$Hy`t+(H0Yk2(K+7u&4$hb{tx<8Efv>u;sS}$#85eHsh$X_6zoRc*-aJ;sG=Cx$GZ4Y`6ds*AM>GXP{H9j-0xy zL02%hD$@Zo{ia>e>Nf?{)z+H9Tj!X`t^krFIVW$L){5zMJ)a|^D{jyYf5J1~%zx7{lHf`)pP#jV%bdqDk>&xwtZXk11F|)tmQxx>2~dN z5Y~m}T}X-7!$Z|eU+t{L(M~^&%YOtSR&oD%Y-ull;Ak z!l}Ub9>ExaQ;&f9Ztxf?RYTwrb_^`_)@xBF6dAN-=3IjWs@+CB0apB$8b<)02pu^5cTpxv0 zrQl-dRD3A}t`so7;xTW1%xmfn{@O`l9z`NjOW9n5yVlTVzQ8?T^&vHi(M2c~=#=zH zXwYuO)xc+L^BxGM|NizRuNmtK^IV@h8{D+L!OJMW0jgy)erl!$J(YT5U%oIhXwnEh za1(UYkfNNnhF3TtIs<}!3R8agJ(->1r`6baDWZ}wSUjU&xO2U-1g?~*y37}HVAZ@7 zyh0p#^5))^w7+-LiDkj1a;a}_-TbKSc!9L-;Pc8w-eA-Iz?(0*;5r@vp=)*MeCFox zZSHUCl1=x@mwCezWhf#xM!&m|kVBB~3{=yuxyOLpazwdW2)Q5FJrqN_9z0fxTd1m@ zU}86A)B%Hqz^l@%L(;yTML&*+{yAY}u(0R9(kL)9hT5R4eGXp?J>2&n5mC?Y(jdR_ z3ThZ9{+t5AN$U)6QT$}qqDy5t)p%Raeyc)$Yg5x_53$(<5$K&JQfm6F-b=^jm3-HN zbhylsLg>`8siaLm*1BG+yfUu%Yt>;^uX}Z;MT)A6FSN#>SHI+4hY1E!SCgv)11H5~ z{;jfDUd``LJLLNs3HOA~e0J?pzORN~y?6Yv>90JP{zbhy#DTWm4SXA3PknG{2OK?_ zGEGjj{&xB4KlX=f+dN#y^o8>YY>z~JbNCkHt_uZCuQAL{ACz^OH8A5u$#}DY+IL7% z1HHWQ343TeWHTmsDe%Dor`IC7;R6{3(_fPXx0XUZbNN@k`|}@ujNuKyV7m7*NGjq| zL2b+DyXrc~Xeu#<5!#$uPm2qJMCJw#_#!PWns4&k9KzPN$M~7wnMF+o)Uu6eSryl zHJF=`QVu$<0Ot3Ui(u3n<4j;+;~8aF&v(;?`(W0Sx?}kBCI2<*O2332BT2WekpP$o zS_Qyp!ISG%*M%{je4Me0gdch7f75vXC*@-b5E)f z9fy9S)YC|KDB}#B(Nn#h8x;JMEnRXgi0+ss(wr$BG%Z5%LaTlS$BZ)H2hZB=YxCRi z>qMrADsF>MIbGF2=XcBIT|B3=W@7T`8bj&r-Z+dYm-|hrrtkjFz0PmvPx{YJ66;F< zs!5&e6CCZwrThoi(%6kcQy%^d2gUH8?L^vE$3nYFSLb*Blx@GO;>b9vydW$0wCSGm zV$NGpRQMIYtDkPVve^m-j%gi4?FS}z!P|GnH#pL-ra?EK8xGN3-pb+O)G>zCF(%3k zToa`RXTjw=7*eiAHrE&th8lxWhPOmYX^03`_n@6|rVhGU-K-s3{T!UMl{%2R>H|E5 zhwzncbXNVt6Do1MQmkbW2Q-B#KhXtlefRP)a*0ppbMygTqw7M4y!|zWo(AB=g5c&z z(*UO$?NI({aIP*~(L-Py2PFNcebXWy-`R1bF5G#oFwh&Of5^Umw7UjmE>!pDUOQF* zl}gwA$fX|g<$GQ;hTzKe{PkGf{DFP)HFzZbrx-Ad3{SZwa;@`6k8PUl!sJccuF)g- z!Z=*7&d7J;Ep0+q#uzRRcWx|up%Yr;2lxP;`l|yz2WWv}(@y?tkdQZ?(+?+=?6N5h zveJmG@{j(=4|dC~J?G{1&_TwUbJ2xx`Lo5=+6M>A$Xc7$q6aymX}Y_C@HL%;2e$0= z$tSp6f1I|>tK%niU}E&uI3uq2AT0EN%K)byoo+GlmGAk&XFsMqt&+w7-2xEfjBy}C z8V2&LqJwwaMy_6)rw2LF#(^>f20-fZIMfB~oC7_l_INNnrtRv(w9B)pLy!SEl;XzL zR?0G_()cgp0Yyl=>Uk>${Z|XL(N&-WnBP^Z1U7$I(@I#&J}NAEgTDq-xn9H2gCM_G z=CG=?p19v>3y&f$g@(X{ARn!dNt))})E%WY#DEhXQ-w^~!Zz>>Q}U`QjIer;i7AHB z%I|HU1;!PAu#XcrhKEyP{u!J_ za%g~I@)5erxY$oCQiPLTY3uTUWZg#%k^*RCR<4y3^`RcUeH-TG~8GLDrkQTOlUwNaS z@RRSkHFQxX*XMicfO~UIJ59sp)2lSjU&o^Grkula@Fv74D>AgQm65o)fd^vLM-%g( zW>mqBe;q_rqYFN;X*)0YT^BFG6$9j26>n)F!xqWVcK#?9pI}SLe($(a4*$5nDp_Mp zbDjIt+m+DS&IgNU>v*L7jyLyh(Xk~-V-|^O(+fUVyl=oM4ywG?Lb+i~;9l{$$~L}u zm#PO7`sNy)lCST|kw?aS-Mb!8!_$*dum+(x&%0AIf!#HAL`%kCuG4N4*%J6S;CKD! z4L9R3=Xc709r)UXyOl?5c`8o8n%~N_G4QlKrQM^f(X)5UgHDPh?>FO|&XgBE3G6M; z@nMKK)8S_hcwku#dY!Do8hG;dm}Lc0KsnnyRtpUKRAX$0H3;g3q&UoQ;0<&os{0*K` z4vdVpBY|apEv8F_aB*{RbV60wD{I;H^VB0It6VMcb%m?DM^ z(;}v$ho2aK2g=NIG$PO8r#j!{C9s3dZ@XsHM>qZ29_auzj@y;beR${NIUL1836b-x zc;t~lE-&BKhih@cc(q1{h~@;IK7FzrZC{Vz=-88H=zT&;5PT=#`AC^j4mFawPtey@=xaNO#Bem-6a*qXL}PN}3ph0} z(p|keT-)}$#jP-4eEUJi2r=$zW1PZj8X@JCGeSo}`aZ{v8u3#2L`6OsY0eTxMARBr zHFHgS@YAOlrLQgw%NV*AB7e$?0_;O2WSE#!(zfyjNPfmqUIC5_B@3V)1G>f(tyhb@C| zLJwn2Bx@|n4X>rIz|r&nQ++Rrc02tJZ=q%W%Rgh%786~Mzg>k&d2?*apQ&eIQF&@Z zKk}ykm7dKGM2XsMqTDJo;~;JLCAHBFzPgV;pOkv4r^<@=e1;d>Zuk|LZ98r~pZ>qQa<2t;O_l!Be;m@c3^i^~zm_E?P zebaXg;+r@e`cr=|*E~PE?F1%@6dlnB-K19Gy3uyv!zn>k?%~rERCx0$F46}4$qM3g zaHB%+ZOQ=3HGR@QHAJa1vOMzLDXl2!MuoZGEC~2g{$}nohIoy9GdLW4r>;4?=T`XF z_YTm9cj{Gsj4yl}EOvY{6uTKK;j0R--3eBIdGU(wCx#h;3N7E&ie{1 zcp0jjJxP=Q#E<{po=*9VPakyWj6<*11B39AKEmNQ6t7Qf|$>9-wHj#a=7o5uy{$iW^tWH4HQa0xO33`yd`=VM|97t&~~G8 zf*22F02^fh`RgM#k8bVNgZY(T`CBzc6$V5P&cPBs8KoTWL|t1pu0m|a(R5Xi!kK8j z)E@$4_W3=6n9r26j(}(FnlZj3MxZw)ebpIB-6AfZc%2YoGD?MaOmO#teDBsL)L{~Y zBbYS=DFgl*y41nc3=5&jTRvutxehO5yeE3$ zs2H=h9U=pcHkKFR6T$p$!PYh>z}{4f8oT3%8$qgj${7=dAlg^A`$hAea)pz^khZ`| ziBYt#-^K(0G;R7U1jdy6+C_i$24`?HIQ4eD4pHuvKB33%b;3V=!5JLc@?{RX^|YUU z9F${UKgG5RDn9V%7ufKwN&VHMi3TV>BD#Z;d{^vfUI2h=74c<9p`Lb z7kpB#Go=+rIEvVJN*OKDvD@p?4*BKGUoHFPhFb4MADj&*#K&_o7lc5?s z{KSv_SkDHy|KM>zjLuB}8_dU%Nc5fYJ~};1p9x+w-W%6rzyqV_nBZ@xl?q;+halZ9 zplkFWUFEy>>^)Z&uiyzdHx6m}SFWX9`T#730vGDhk=A{5G2WLxdhcTgS!5_3Fu({n z;eb%1B&1gIH9~=~ltwg6fkA8+u)5FwIfpwKhi3EX~iKe zB^E5?)x{IjMaSXmx-y@K=NiFn@qD`9Drp39*T@EPA+yFcOww&%DNK3p1h%f83=Hsw z(LCN!$Hq?ygR#*?+UVZz{I;K+F~eYUFJ&^mQ8a`pf*$(J_{>s`(x{^l7&!^x6(NLj>jJ0XGgVqwB+W=-K9LhTXoF$c-@e}Hl9S;nYqm8yRAxWk zu|r!t-?_#mZ}1NdC|CPX=Lt?|W-Q)d8U;$Q#{pOckU~XkEfm*juSPp?Q1oa6mTR%p z#RrEpZQ@;1M_@#!sF>6pr^YswiA0A1D0GCT1jgYY%(c`MgAFT3c`d$MGJDL}!~z^i``;em5~X8G0#STiQKJ zuVptfizo1pEsd^I)K>P7Vn@sLmFr+)9J(ks?fQ*(!Dg_$T=uD z)^NkAJahy(yHMB!Ng{l@G*|2|OL;GPVdV97r}j8<#?tAll(pbHl$ew^I5HlN@@GH$ zVYik^scXt=_rnC8@YcsUhacESho#{|u$qQOH%<#3?%*E5FnomMq00mYkGm+`@z~ov z5U2c`F)-#bw9@u?-q^`MN1lE_Lws60n7%Ll@!$8uZ#`X#GDW<-?Q1=#!{bj4rkmRL z_QGUNb(?u`#uGAn99;nZuFu_BJOc9@j@yj!e)Sd;MCr#MSTS!woO6&VAag0asZo-Y z7GpIL*Nv_1KD_1i+hMxfw+|XM{lZ`ROGP{i_Z;;iIqbr7grvZJ8fQX(aYvR*%`}2B z0zgxSk>~U)%0Ze70ri17D5rRlQCJMrc9@`K$LxVm3ct!HOoqrBq4=t-5hUgO=E=Rt zy{Av(DW<=;FUtkOqz!fSS7VSqF&{-zWjdP7 zIc{`EZ%0ht*@>f(_O4x?jEDn!&YnjZ241Jm;p@i{HU_OJzO>=o<4!Lz5b0AH&Sq&G zK*7*Yk#*diS52RjqE|L!2!F`>bxlv4j`QcE z{NVata7Yr|(4!hn}YFjp(3*D9G*fWh$xYOm`te4fT`0(O#cJSH`DPm4yJB zMuEd0u(V(PE{s6MTa0UXC0}x@JQU2fjqc6Q#qA9CO3H9f8?+!)_yS%TiLG3J6r9po z&ag0D)c*1&d(_>-^La?t7vDcz?(W2Rr3p>|K35pd?T0>yKKG0a*(|i?jC&I1o6S@8 zteSylvLi6KlplEgQFKNl+|a^&y}92jxhF8Npi^6&R!G0?J8!b%adazY$4;?!++?}{BgqcL+3v{dls30xqQdHgX*XC6g+L9)#~sR_v(f(F9N3{ zZ}&s@>$#2~95j3UXZ8G>GUll#S=r>x1c2*w=x;;3r@i|3Zm z>#trsTRwew(iQRO>WFhruAuJhsp;uS)qB=Fox z90XHGa7@pcyFWPCU#`4&wEr>XAfHbW)N={I5WzFBDo-?L5F!j7DMe$YGlVwnm`(}8 z%$1~E5TXo^!6G-0hg&z;H?j!<9eIZ-;S!Q57U%uifbSe+0=T!g8&C7;@*98e@7L&A zxaUPM3u^?7FcJK-FeoMHpbiFLNT=*DFriPCBA17_Ml%7S28ofAE?(2O-IJedR!~z$ z=C3BI9#5zY7aUcvU^?xln=*~nvX}Ft0+j2FLzy_m)bnW!`V0&eQ`?zvso#nK9%)%qtQM4jZ{=yl_!|Q#fVd#BUFd z0KaQZ|K&UUG?kyvDr9}99qTtbSIPk88pVj`(9%LDcoFfKj^V6z0bQ;EHAOonWxUsD z5}r$!mYafAJ^={7!jCb6Us*5LWHyS6{HBPifYBK5L=Y`*+s^$1PHf7^qI6wD`dS?t zc$Y1a<~%ywt%K{~F4~8S(k*b+-~|t+V)TeJD8lk%8ef&-d=Bgk(l}SfqgKl2o)H+U zQXDS0+kJFrgM!_pDe&k=NxU{3@^sv;Y{TEo0q2JMusS8EyHubFU*ut zWghhbgCaoLjebviF9J#<=8(oBE8~G* zd_lQeRn7n$?WX=#=mGGIn;P+$P|=>Tbq+msjoFIpj78;&z4lt` zYvvqt^kd91=eLGU&{RM9gFbwRuFY5sM=edJv5gr@Y^2K}D1z#Q-`VcwY6}Zbx^dJ|3_Y7j zAF_3GNBlB@l0Lv~>YBXD{FsU%kN8OU&i4_z!HZ?(Y;l*H|0loy+n+ohwP{(6r!gLx zc`#2QqKvj@v+2XhX~q!Y48kxIvQa#Cy|FHxklG8nThOJmofzYK@c{^eH}m`a{5&4? zMwKGejUtmEGzJ5b2;r-jFCt_^uwK1*-Ul80@BY{StG0;=D14uo7i%bJ@bHoIz-oX} z?&fm{EBG*R(@m~T`y)Mp(B<*bZ;qMgp-{jSyjG~q^E|YeZwMU51J`nh()3s{5@yXe zj>ARVJKo(!8s7|YKc)Yh^ubN7qA-O1T%4|hmnubE7J|hIZ>qj19eeea_AuOuXgQBF9I1 zQ<9zQ%cnw^?O2zWqDaM~>9;h_wO4uHeTq|(fm2Wqk*Alho=%H_^XET*TLn#)%Gbf8 z4O!4yW{FnC3uD@ZV?d$fl0h2uzUs0hd&Fl9=#IY6lc6JI} z&OP7Q-^hKkIyb>58j)Y~^ri+LrmrqP#@H-O&*F$oF_5w(BEe=f7~J4f#Fq|AYmZn? z^W_E9UJo59UrKWBu;i8+N!L;A9(Y0YEXRX)d|n4L_XsLhH>2Pm$G#O@zlcLbC)q8q zV+$->;d}gf85q7iy`C0g+}HA5EU);}7S+Z@vW#EUncD(;;DifKGnUVJhR3P}*ONsB zhE10XFe20f2V5cJfo|}`7+LOjbP)v{z80aKMQ;eNKii7&UJ5LMN$o|`_&J65^axX5 zWt|-~Ie)ZWxa~ zbxoaBNXZLr(nNJ^1SK{mG8`Jg^^@Sy9Wp!M_ZVXH=yddTU}A9DoB#U1`Y*c++}rm@ z%@#1QT4yVdj*enyIQ5I&p7rSDylc~Kugrt?4MT<7tqhd5)?5+As6nBUCFB z=bnFmUES-UEu0Lg|Bv^#br8q&Q9dJc-S{o=jT$%Er8xe-{oQZ9);MDJLFyUXFcb(J zRo@H8wsIp%UG6$L^9Y;(xVQ-t&9`Dqd(ukNmw6w#-e7coA0qZa@@ZS-E&Zln52(mk za(<+eJk?31@NBjfIHu`O|KyKL97Li3F@osPe55FhLRyHIVp+h9aOOOtz_23(#ZEzR z9xy4d*f%ryZW zqk+{smsL2%C#S@i;*jOjaw92qA+}@OBw9 zJOd_w@alY>41$;jdPv;b|b*Hv-FJRl|-Tk``gn)Wajex zx;#S$iy!xBKY$G$&hOv}{0tlchbBB`oM;T&-e~6qc6??W@S(lJ9av<#(AFO%%OPP3 z%%LkdeQ2t2z&#waVc_OdOta0^>BaN?={m-NHNZQTp>hHiL-^q=!2E!J@Xh#+CpbiS z0S$7PHl=c;2&<7mtIC1 z2;}X4#~9h$IAun^8{XImOE-gPoM21;xwJHKk062mYbGbhI5}kH)535hZS+HbgJmgj zn%5U-=tn~wEz5?zIMcYrc)b`hMwFw?keQ;8;o{hEysGEYCOY98^#fiqI07JJm;Io7 zWzX=d@$ZJ8=`uk%<8S+k^aVeY9gw8;Sk+(-xJ%W z#sJ&YMN!;5hzofOBRw=^5q5K5+FVK>A}Dsps)F&*6HbLU+gD5#SNMqID-!<0-~XpE zxb||th{5*sMyq||(B$fyo2$z6zNa1r2KJGId3hDvhI8`|t~pj+d!Dw_Y;lQi6`u>N z^52r+tk4f0yoOd zO^9gO5+-i6nAYt82dMdTU_H49K$v<6d)lCUH)nk!lx<(rP!T@MK(w6$6_h7SV*mt) zf-xum7k~DzqfiNqR8x#@-j*NPTUx~EQK1XDes^m#UU}MJNbCt^8vs}BeB7Gf0V*Hd?j#uad z2lXntKw!#NYDV-jcbXV#(IiH9z2Df;7;G!ac)Py$rCljLa2r<*QJI%AOkaVailE1a zM~^w-dUtQDp101sa9W31qEZjN8~ zV#YclkHR`P1Pmdkj1!1Pj0IT1L1ET7!*z}}YmndSI4GDgr+;6?D?`$U2jQQz38s?> zRI7pmiSf-NUDpuXru+*!p?&0&w9j!c4g!-d3P-x{wWyCael*LFHZ_4J-i(av;1Zw7 zd=WVNHOq$VgkG&T2w&he>9ll}<4>k{=eIG8k(I5D>EP+knA?xiAcKlOXHj6ok-)Pf z_37p@{W9=PIpG^)#hdvV_`u}oRDopmz8{%25%-IZCY}Kmgx=DHB!gHtvTcfN)@|ts1P@G)(uAT z){y|9_offOo1RU(#xUQ;nvo}0cz|&j9BZ6LoNxWiv3$Cw&TaT!)OeA;4Qey`Y{bzn z56?uW%Bp}%RBCMJ`Ca)+J9IQXDk}h9{C|?jUxBh^WB7Moyr&=O@h&^f8%~{P;7{Wa zbA+X?UB|$yAMiL(ZOO=SrtrFb%kh|dISY7Mur}(AA{!Z-sY$$Fy%*jx^>9;cgy->X zuEBqTkm{AtfCE!UStEg+&N8LvnEUB6{Dt3whR9XIkl_2t#>RAbeAX!q?b1hO(tN15 z=4wrW5gnHH0!84uttzZ9k@%GEF-Zc8QLn=PQlQJ82 zJ3To$EuX>D#T9)t9L6~d%r-Y7JF7$g1jah`aWDkJF^o|nG&Yp-789?F%%0XXj$ArV}sp<9Os;eeu)rSIw$1wc%t+LpHh2nKdM z<}H_pC_FvNT7+bd7Vuu8UeQL!n(J1V;~3<+hcGf36FEw&{@cI$X}wJXOZgM@DtQFT zbzO@Xc>Ac!!0rm3qG-iHMFxyDxaae76rQm#*!suBMP$ayJEf|?tg_bmD#+jiAuut5 z&6lFMo-hp|j`B+1>86IEOqx&c&Y1=l_bN~lxvl4zId}6hUG5Xu+~Z!%rI>0cH{RS3 zWC4@|2$rs}Lgc2>ABCF0QY)ci6m=Ap zzw}j3fMXnrFY?(|^JxyyC2-zr!I`t12y|{HBH#0`cy5%H7o|L34?Cw%1v|!rVTQMW zT)e2JXLRoKn_^JZvL-YL5GqFX4N8KIK5tL2rjyIt7HxV)Ic0}WDJfe<8mq{Rpu*97 z3IH!qV3gK8wM;P>Qo611Q=;w>4UNpkFhIpz&JRa03Mg=^FuuOJsbjj6$RrKdptQw! z4~#nJK~G+h`t9u$5J zKzOpzW3Dj{Y0Sq9N2HWDewiy;imyia5!a$5M3vD)EAY^Ll&&p5nU*TR$bKJnnZ6i( zeJzA(;lemt$@~aE86(qpBA1V1DKyM?yizA0FXy-GL@jk}wU=|8oX)YYj(M^jA z<8U144ty{kdHWa*KVEC_)l-4hSO!k<_K*+ymeN1DylK0t(is}}D?~lMxSdYoU@*8R z;o0|z5WhS=pWb{ppT0UgpAOG1r^6VR}CS>^Tgf&b^a zj7&ObUe^?ebKPmqqjhu6xagPaxqPqekejsQ(^On{{471`!0=({J#5Fw@Z9CNDG2aO zY3sAbKYu1PU0az8oj8~H`6lNZETxT+l^IUm$Dj?qi@VU^Q+PsAw@3RvO?1owo;wG4 z#&zi;w5FG6hQa&YqBiZXhmYo25cFk-@SR&60~46h@V9>OgYflr;Me~`gVV1?M&X7- z;R$=ErlaC?7boFI`U9`XQlqso&^7qMsw{SeT?{C>7Lx|fN7xx~dg$D)e;NO?-JJx$ ztFt;d#MD^0IpJdJa+$Z*8(}OsGl&$s9qJFi{313 zSAm|P7Mb^P&D{s-1i~6ff?Nfb^AN`C5Vga0=UBt&hzN<0?xFKMl%M?g$3ww;2WSSZ zpF#eU2qq!-zyj$B^DLCP4jOIctG2uhScD$RWo(16E^MDcJaSWPm<__syP5{*d~~kn z^e_^PAp+;J-s4p-Klga81+Lhn^gY}Kco0DtI|cBN>!gA)J4L%3kVaupzCT`GMmdu&T785$eK}wKlt@RR1t*Lkk4V&9HDyn+2EIgv-gQF4K!n(`sM{#u=5=1T}fb|s9Ay>r@+u!U)q6l zR2k8Kx=BCfq2O_hBfX>zPybT*qgZSfpjXl+vSM!h#(9v%(eJ0U#ry6wM#fX;AW#is zn|pig(U1iOWt?*nL)=(I0+%p zsCpx9fD1nHl8d{f3*4^BJ!C|mHS*=_$5+~MPaToIgU{eCB<(Q}`rarP{_-0voQ;bR zyea1l^4Zo}8fSD8%?1{-VoJ`~VCW{eGcRl3h@CVCR}%hLaNKq~n>#{4|z%v<;VAPvk+ z4qli^YX=r7>)}KPmgp@nX>L&~p8l1yoX-~0WqgX_x*HvS%nRuFee5MMB4bXCdrVzO z^J~NL?t`Ce=2L>EIyVD+gO{8q7y${WJEHi-}&JWrkfiEJv6+_y`lNDy}jCrn>gz>RqNDp?w94p!%%yFcT?lN zx4l{Ygr`hBu$?xhF@|Om(pPm@K%tY2-gsmXX0!F_iVVmbK?l>1fBY96fB{2zg)40n9F?h-?p)=%Cn9m} zP!btzKrf+qb!Z9El(34+K0foYJ?0X;5VaMhMF2!&x){nF;*2H4NIw~>)rD@7tFm*uv2P&D-t=ybb&)3h*jl>nY0^x)KD0md!w~5SC8dQ2q z=+UI_+{YW{p<`N}cNrjU=XCBf$CmM@P0a2Id5XYnEVC1#wM>c-Q_?M#%A2A_BZ4m- z);05#L-4JzLuSOhEhSpxoO^hT#sk0bg~3HootF>&(0>RHz6ef(LkbOy#!1-`$dIaZ zn$PD+t#{*$oKv((k!&QaK_~5-7pHU%qRe(?@qkyyE=sTVcc!ON?$+jlXKQ_}8*A*w zi0wvLEVbIA*f$^7O6MABzSc3odEQ-u7=HEwADkL5;e(4hG5IZ1(NuMLKCkeEjcqzr z6@FwqI9+%EEF4t0m2p{);4^|tx#s!Hc>k3B(Rt+!(}_~?uMA50E1z`|b4-6^1Y8)S zDY$$kfbcjRCcGnx8GJO1{csBFOa}HkglSilp~#A1S$Mdg_G3J%oFfYzH{4{LDzgiZ z&eEq1E;yE6vM|FDmq;GVz#94FdbF-=<fV8$SnTG%;Sr&KPFtgMnd4 zRGW`%U~rqUkwUeA`jca#eVqQ7OD8Y_oOXpU*ocln^81%$=Lh-BG+tf_cliDT*+3-f6-cEUK}+VeU@nKQZszXX5iN|(}yrW`pCf`wK4m*hD7 zGlOJ`t}dSkugJtn`=H1y4sTA^Il7L=1IMy4>Iv?`zi^Ltn{h}R^rP=-x>GG)Ltl?6 zw2-TECEczc^#A;8Ura}d#NWMtUw&-1DC5DUo{n~Ueo zMM~P1e3(YRjJ6jwcYJjn!(+S@SCnerJl+Bq++n1i(XiiXgAxpMnV)r(NJXb=%m%!!Grfu;Gt`dBTZqX3@`}^4&0r? z&2Kd4Vk#n9OJsnzkeCtDC*#cNxC#GRGt22vRD%!j4adS}Kx=W}Om{SbZ0}ejG|WAs zXGRN+3UBTM3vg=C!JB^r_Hmyv4Fxr13U@g7Bz^IsRn*$9*0z)8{D*^<3)~ajO0|59 z@mvgiJG(p6ySK+(hkkN?6-VZ_4jU)!D)++uaTEz>M=F%edQ)oBsE$)?=)(z;dQ}L9 z7GUZ#?n4u@#E5xp@+b_;{o3R8m$rc^-)-|Oo5LZ46V6N5%xBD^q-(#^Hf)THN_Z~! zqYa*$Pi?>m9M(9aZ|?J*e1Qw^%?)@iuA&-FN;=6~Tj=cKrr+J4H{RmZ-{%;mIg6)c zo81<5WqkOCq1j5GEqu+`&p9iR4_P&GNT$tGqX&M18BAvsh`Pj#1hXLDF@K zx|~x87m2J)&LekD061mpM9s|@Pg*mX~hkO*7GK->1Ef3dSM?Zqj5 zSXz#wVk4*FK#ZlMoX@3ccV`CJ7`VGG=L3rjB)+V3oj19zBN^Fq9Q!eb>UIQRbc*Rv z(?hN$b6sT;Slr)QfqaKI)1z=^`4_lt0K=ej`sobw^J)O}cbazT2+o7u`{-T#N~hk0 z4r*OwKy81jFd9#vL|2M@%k%hLHZh-g3cWpft{XAsk4$qU@kd`d-b_mHKpEj-@GS*S z{J@@(dP^Dc8<`gDkQ=%U59Nd_suwqQcAG6*4Q=N7jPoNxR)vnK(NdPe25HatHYY1A z==1diryM6RwIDk*Q)@=%)t=qv4XeEzx3PR{pM>-DIKSC#AK);%cA{!1VN%_Ue;g^Q5mlRf*4Ck>sr~I--stdxG)G~ zs;$744v7L_BYe4z(yu3zPwHV9fJ6yF4n*@np6-pOwEdeu{nIiYCaUqG+ta8DPgOUv z1U6E@G~f`q4defKZN3cx4H!bEDh9}Mobl!WNaN&Ceh;Hv?=Jn+a98UN!PX8~yJ>#t z-F2HecN-#J1t&EPQD&ld&WX)nY8KL-l#%%%{lui#C^^>@U-}^Q7*blEsKGa7CpvHr zz8DTmD@5+_Nl^{4K_O!!$-q;*_3~Z*&ozM^rs$!S(u2U8w zu0l!}<}?Zded|m`@sL(iEcIe@z22*sa~~XumhsL|CJaLOB*#nJ2x>DV&Sf;kO^ld| z?(%}hv>2F+_B3P}83#=CLzymSd`rRi?t0)(U%YSzNHj?>%#EQ_H@>J5TCRdHUnK${ zs|*r2b%K6`l)>-w$H8ViIg{q1NJb{51v`)M^{)II#%Dwl#++O8y{7_8j)lmwQQD3! zX%(}_(uyu9by`oNug15$A!i$h_EQf$7#ppykzBZKsv zg1rwfT<82<#`H08t>?P?$3ihY2QQ2XUa2t%{fet13C^??Ma|f!ot}&QfZuV>!Fd0p z5vWqH3=GG?@jkvXpy$-US9pp+J3GH_9S9f%9QjgSGQN|moBRy@OcCa{OatET^i{sj z9|sDD`8RN!Ug$$v4ya=A@ID2PcgY+XLlfT_Npx1NP44VUXKlH$lTmmwj}ABH^5a_% zqaS`qXLZO$dwVlRd}TVzF-DWT)DS%W;a}5C=G%Y%{-ipXeu~{nm)d}f zkHJ%}Q7b~`FZGS~X)`FVUQ-BYO2KhFrO*<|$~VCyo-oFIEg#uk(MD6cvE!SIY0iZ+ugY?{K58Gu8lABC*ZK= zAMdQjxRX(l{?e1xv^BDQoMlz=OMmdg@4R+rP+9_N?BwFQIerV)uN3mcfNyN9wG#fq zO$HdiDY=bRsmt{U)6KNMJqy4V!w+SRV|ciJTT@5rQ35>M`wV2Hp`&cmI|9_}NnZ%W zFhAYjt0DV~Kl`&XaF-;c?_u0W+SeS2!Ci%eY?QK)_NCl;&2<)X9iDV2qMoiSk%o*? z3=F(bGy^k3ho8KBqQ~4Dr$R7xm0#d8WwDfdAM)G!PeRVoLMON*bjD_>8ZT-&^iV&s z7x+yLi9oqG3X>Rd0%FA^i!%MbuL&S(~H4b@qsv!N97Qq92D}p(TQpB73r))cC zo^f!tN=wd}F$M0f8O<01UWK&IR_?9w%b)EY?dj~dDIvRoSx1eY9=1VYk9NjXQJ-yfIerbAvm-Rb&z8<|L>c5m*yO&OTu1cxZ4bG#YHhyZPR@;IH)^lHw9xm2~c zc-0ufHyoutiZ)2tO%&+ey(uy%blS|=o^7o^^6;3)#M?4IO^yC} zJ-zJu?pAu|egVa?qR5=X4~oxBdG&kvV70FVphwBse&`E>DxCn3H*$uiiosdPilMPVp z%3#qaD*rh=Hs7JgrSbP4`CiRHvl@ZD^VJy_nkqQmNIRSYfk~&$VjPS+fakvD>1p_v zuHt~Y2aRTFyE;EagJ<;UUq18E01OR%fARU}HLx;1mod0x&1d;PdPLos;y7|=y5ib$ zZ+sOe#WnasWX=JQo>$$@2&=6T9AOH&lb%2f(Yv;+1lvt;OTW@d-M=ALb7gHkvT>LD zgY&e3XO{l(hu?ke>1K>~=P}cex$y4Tmfw`^K@98D{WORy0o?ow#r*R(ABqTuoaclf z7~MMBG*<7N!e+d;HfK2(@yK}|31zq#@4`Os2*_(H!y`ZiYH`}z-Rk$B{`sE=>68#d zF@%kAsK=XQh;SElVHOc4@6VDq_jJCEamg{`@uaOXPL4w!gkjn;QHb5*wX|19AfOPy z{HuZF_H-_cp~18vv^jqU>LSKM@rrFRb9t^E4i5p50!0W$7_(b1&8X{x5wB9nJ?(IG zR^fq)xk2nl-tg=g7`*)N-GaoNC)jhvr+HBkO;H*( zS)ns}#4YGXKZIaCLPbeX%9NY7;E(YpNR&AkFdhd7a{#*zp0R}|y4(!RY0q*l#-yKV z&$Z*Z!0wd+as)aEM6L_WjIsOkCCX~7BbA=&QWLn#JHveBBT?|kz%*r>F>&5%+$qA0 zcNpN%F~{z1qkw}m{7HcU2*2{KD2O_c>7Q`o>%v)30$=b}r#N&527@(!Xa}Q-X8I9T zsaHTp>$WKs&V!9bq{&axzom9kiHg)NFRmb~bDdU_XuIj!CaR125Zx1U^Vqa@p01O3{N#kKpgFXIel`dIlx{>M&4Y5epSl3x62*jK4U7sC< z6Xoq5$LWJQvUS9%KLl^W;mA;!J`lMN zB?sPh0M5C5xT%;CEgyX7@!-q%C~OwOWFXGce8Rg2&LDEhwJyM%Rn$ z$f-7R{E_H7?lpK1eJWQu#@6BaU;p;Er=2*`HcL_zM@L!}q#aqy)3b|CI|o(mR}I77 z*4D6pak`;O=8T<6XNB)PjtKeD2>P*^vQ+4b#=x>hok5SX4$rX9apK`Bm8CH+y|Ku8w^(f z=JP8Ir1=~QOT=ov(flKC+VNaofU@8$tr5&; zBbc-eUsWs=C4-&&!8F#CnxX*9c=PnZO4&B`n07k;M~0>tYv4F=IsWl+eYC5Zc8wx2 zZP5zX2&)d7^BF@fyt``m&GvmTz zJY9P*-^HjY1Y1m7oEk4}h?a~K{yI+^{$L!}!V|7bm+3oW%yH2ye!(9i{WP2Jlt6eR z?Ug3E9zMa$BL)wgHcAW~M#0!nlnkOQi2b!YEdhr)?m7`Z14181U=t*-Z0E3(Be4@E?91%_+xVy1O#+gggS9CzyGm>IZTZJm;hE=0M(*JN-}xDc6d|eD|qfaW9U6A~24;c}dX~9V6P8 zHDj>UBg`_c?e%f&+4jb?5l2Wm^l75G@4VdWcokx4YdiPvCDN0=7OZ%3Z&x?(rHK!xQC=jIprig}04?;-{k=cHa>G;lwuD&2iUw<5THkxS&?>zp;@2n^-dA z`PM;XY*o?bQ08Pzw8{y0E$8_(*V21*9K668XU}snHsi$MBTg)Rww3W}AHBy)8WKR? zgjV505wRzA;Y$Gxy~nUOo05L_LWkU*_DvPY{Af$YCGrrY(F^$f>1<{C+RoZ^fDUPg zet<*xr0>)soy1|L*G&VF-6AcGw@57CJu?8lB2LAPX#z_R(`6}P{BuVt|5~tVT4ZT8 zj%)ffkKc`^a!jEZ{MR_<-s*zD(daifyU%x9d&BXd$#4uCOy#?`X)1bxZTiE1_RkB$ zWuoe9D^}KIyvCaH5x9;iqY;!W#Gr4dD?!32V52*Xb2i&-=KCZLfKA)*41RSE50ME@ zs)5k;?5`(~E-l-%NoH5E;t&p6Xu9HGmuJY zQqr6z%6{I4Pf=FQ2N?4r>~PRM55kxtKSs&JVtB3QkXpzmtCO}rMkzBE)^qD?CA<@r z*JVlOq!spYG}Hu0GfQimDl(^g9~f03b2h0nOLe+5DIR|_4!N!mILI+Z!TqXwDKz6P z%t0@OjxI-mkzqX#%wu`XaIhG6bj0^Khw`rRPaE)0W-{QeDmaX6QCw&TBO5V3U1}Fz z8qQW6lQ>Z3BstRfxbhL?J5Q0$`@#oO){M+>+``vsSid28`LlFS8zKrD330sIdD>@? zIHIC)`#uaB59fv>#c12Bdw)ZOJGJUr)I^>%!8zvesM=qT5#A5nRvy4P;|$;AMRaJe zGB0q&pi-jbnR3N{`h{CgR5w?`C&m+i@hyJxi6+`4uRiNI;HTW{AvX-jO0L_Df$37a zVkUj1e+~e;YuAH(@GOmD4xf`ot|4fo+yy9ORfOp&bO38U%EJ)Qtj{BCq>*l!XZlLt z^uy^Hd=j39^PHeh6nnipy{dC3t8tJ%R!n-QfBa8o1Rbrf2{F@j=g>W#)E*Z0=O}-A z2OI&@yVJ|k^I#T37ar_X8iEI2V+B?9Lw=Jdyi~`5K1P>ZOOJ7+T2&vSn-d1aGZF3O)pO#_Imd$RS&!BK<6K1jezV;Bo#sc*(DUv)pU0-M#>0 zgPc)sGUQCAGl4;HaULg9z;K)~-*z`OnUznSP62~#)6?BiOo%VR%4o+M2rWM~tI%TL zjHCRNPcnwb(2--LDAbt0|AXIp%sz8K?pmlO+q1T^R=vU&WQfz640guG(Lx^^!-Nex z7VxXy#|vkQ&jUaH;3Nxb=t)y!jKBHyn6uz6zww2BqjSy28^=|~D`kIs8=aX?G+X+? zuYcop)1PTb!3YKae1Eq);YbngY$Z|;kUWX&AW76rxQ@>+(kNPlphP9#5!?WalpvF* z!f1)=9Ww{dV5{b=L5m_~^h&@0%R#X5#8#i~c028CZ$(fZra%AlzbNluOhQlv5CRiX zsWL*y=tyNWahr3DSiPLU(C8`Gj+B1EEzvNV%P|OKG=dF040e~{!fP(W#}W5ffL9ayo6IY6*C0tig#31;vVqO{ZdF}QD*+GxN(h+BZf)UrG7U2s8JxffmG zYv9?v17G+-)`Kuo=Jn(QV;#C0ZAMOJXuv6Drv23@42qPo3bB8caz`6{ieGlNM51_D zsx>$gO>S@2_&0LMJzyfMU2PC!$p8SXmA#d>VSMz)bbgU>C4+EHp3n#1 z|A%r#@8A=_Gj!eGBCnBUU}&Qx4J@zWh=vyV*+c#VM__ji1x(hibC~11oMYx*;a#6# zK}p4`a4*_XV_^>op@tp#(p+&U#cYEgG63(4IoZ)Ceg^yad+a}7YL38_7al`LFqfBe zJy`(fe8a084qW4Lr;7F%Qcly8=tqu39SS&fug20pgLsmY($A(F$vVf&^iDH%X~)`i zG&7HT7p2c3%TS63dJm4^11w}h6o?;H%bSZe1pUH;0n*ow;rFp>$apzgp<(#wHhr(g zIC>b4OqA%CQ6=MZ$C49xMh^35NnTUS`Gem!lox)YzsPF0_0HHfaw=a7Z}ma|0t@|; zi!+{~%eOYyBL{aiew^;h982rLf8cdR1SvmDNPDA;_U2JQmx}}@X?4u4_@#vl zQ5XtxRMslwK`?D_q$piXCvrH5)AT&v-)GPFsu*{I2cEJhbZ1j>$XX(XM39dLX+%hY z0c>U3F%|}j5@OIPFao9u9=-It79pT)14!r4YxHvu<%1^(J|%P(Ar{dyqV>@8T|`oP zWW1aX_@!9TS+R`Ntc-#vl9JY+YE8xjJm%&^!XA_{3(ZAM#`S!6tDf|BJZFV_)`i=( zYp;c0iL#9;a1gh}^k-R;X%ABcmVrq(QWBl#qAUZ4hb~aw-PtP9K|raHcn?EQwPdV# zB7n+%7(TDqD6=;MxqEA)nI?cC?S z^WZ?N z+VZKrzS9SzeU)3#dxKLGBXbi66rYmuVPHk!;qQDsiZQ*Is#>!{>adCQ-u9lg=o^ud_YiOxw|_NSn?tQ)rnJ%ijw zwx$hzGNRyBOnaI>I;9l2^(9kunh0N^mmS{T9$%K%L#4D8`3wKc%#@Cy$ytoHEEu_L zFr**)IOCKt7@41uIc@gLy=e!ITL_o->f~Xbz>aS>gNn_J&G>7~bE>;IhUe5{!24MU z?l~VVg3Z0%TqW-@?UHK+A!&n->R#`7HFzYO4H`0D%e71`R2E}vOtZ?&(tnGAV|#NW z7ctm+rOYnC)efiiTH6e6`yF6TV3fHT0e+suX58!G(jD@4rcv=yV~Gshu- zP(X?{=W{`#LCnwyMqjy?Qe@mk8Q`|qAA?(pC9Q)nQhet=L&&P`T#qp-(%JxX#>TKp z3u6LN76WQ*QoVgVsPn-yW)PthSl2Z@7I+v@-hVy1{I1aruHcDzH5LvLhO7}WaQQSJ z-nou2i6(5HiU#Ji%%Q6#=rl(90yhE9CDU!_-9jURk@Gd>q#fTSv13K%T8ZvFy~ z`9HivgNrIfZeI8S6B~~yiO%!sE64Dm>epEqRw`UdjB{c-qsA+QkOg_Q8y+bL6l|QT z93RCvIUnKZ4qF+yClrZdMINIbLx02gj1;4B6>R`nK&HQifx@UG*K3D^173Z&4y@oo z4{}nu2~M0FieM;te{fW@I9B0S&NeOrg$k_ z=}L7HQg-K2RJshN?91CU~Cp#-RBw-h?n6EpK?J&Y*L^>R+X~;@B;-ucdRMLMs4{%vKtwrk5( zx?CY>I&ZdO36JJH-fv_ZJi3>24n7Wtj$1I7PdY$-hpBX0yic>8R;1o2X z%NQ$(M900w!ElZhLBfgRva1+nJ4w2RbLErnQJ^O%I7**HTJ}cYV1mm!%fXdYwk5}( z?QKra;t)40gQk%|27`{}L^pF6o)Jvocf6yWX7+kbba-$hl}twHE-#RAkhVFmaboEZ z*&PPGL0-nRE=~WaXYm~T$t+lVO%Bi-e(GT5MV8PJZCbFLUZlkHvq1v5EQjO>d5vtG zl|;dLoOo-&IXHNh6Z9zt+m45DEO4;V6eo`D39+gZ?myo385SIpi^!3C@pO44V`$bb zI;gZy+yCUZzMuAN^Lko&^N^P9ty%Cj(&J}m3gRC1G#(B7ON()YZl%MYO#8c=9V4CO ziEEXC;ME|9Jy;G+*_JVH&Ix1OUmfgDdyms^U>uGlT|Hz0@6)k#-qLS;^YhnIs9iRc zizzBffHGkHDaGyCRuE|^fjw&Pqhu1TvwDb^M$%KgBtSuq`Be&kA%?kIF{+wp!~&dX zO7wpbrqu+7hCB~Az@&f;JtF&0rh|ihw4Z+bXMa)8mhfV*fSSQafd)McJ7QCWiipfv ztaosXO=%zIOT$522cLsAlxf&CRRTHhoGU2|V?ZQcy6;{Lc@=JuYR*R61RS#wC=mf6 zG$*1ckCBAv;mAylM5V|um%UD80VaF z7fnTZqq$0Wh8?aP^PABmLyFnR2{}X;UOqX->y(uAsB0}XI*KzO8c}=FJ?(S;KJa{! zZHi)tb3CGk1%wfV795d>{Az{(Vil0Jp02A>XP?Meph zA=iGmxUI5w>|^ldB_ee>gHC=K4>B|#dowqIdoF|M;U2g~M`LP%ZN>snx~%h|+GK!3 z1LOBwgPbNS9`19FfmMJ=^5H@X8=t_9C>70Q%v5fR)+l{rmzD9Xc=}oev@FBdW6)o0 zMh*g#x+nUEk+yVIeM2k$LmO~*>Zf!^+vU>NT(0b_YsyzS$?1oO3}MJk;04E%9Fq|V znB|EU@#QypmKoq=*w&c7cTD8302&JB&T_LcpFVaeuP0U-mka`2U?B3U?K-Jw5+o|b z{JSqdG(%w{o^Fg|%EGx^w-!4AE(Ml?KTaG2>gjf#H=t%jP+2_YJo*9(zTpMDcFM#L zU;o-?b=ZzhPUFN}O=stcx}%%lAD(tf+EQzFZl3M1GvD@x=bp$|kKmZ|b9#Oqx|+5l zJE3p-dA7e>yt9wZTBIG*v0&QY-s+SB-Z716?i{>$(pUvViafoSzIgfU_4)NEep9UG zB<1Nh1%o*WU_HV#NKtVBh^)C4DHU_EO}EDZz@(61UJ9e4#IFoR-qNrp{~@#OyCnaG zKK%r6mBa1Lw7<7o!=b03D-+}f;Hc%QcI{$uk9%!4?X zqRKgc`V!?~%o>Bd3AM2jJjEy;cA(fx^aF7Wtw=$tSn;2?xfg|Qt+Wj@waPxgSzD|? zM2eqR+i0)MpFZ+ofANvR8_}7Wv8_Zz6c^P(O)+$KzSFnszyUTd49IAhH^cC}&|IFo zGCBmvSmxEBaFl-)8lMD*vZJKd!z38hGub^yzSZ$*Yo03Xj(Is|PLg57e3VY3Y%t}R zbY7Je81mBo+?bPk;K1`3$8avdY&;AOCy9_SQ1c=${SRgxPK-hj#gp0r({Y4CioMQI z=yvEpm$y+>1YQsLtR# zt!=wxFSujGI8u0-Ea*qn2e){E@zw^%ta2SEDy>(x!BraOKD=bU|Jls)yWFGi=p<1e zxTI~3{XEy_WSu}uslZz~O`9#O%Xpe02wu#CIstpdp>c+(2M_o(g$C+{8h9%hM0eqt0rVMJ?zic(qCjX$6KS3Yw?0*ZrAy}lTQ&TIdmM|WOT5r zb@v>xz0iIkx|hRNgUX4EAvFka;%TrN3laznI&BgBGOn_fR+w1vq~ctVg4SK8Tcb4| zyQ;_yYBs-tH9`l^5%-?n9wO|&E`wDm;107#lj+V`f_Xl#2Hc(8zU~->>dD2F49(@4s=?9_13q40s zqSM&QaUAo%^WL6UKfVtpGXKS(&$p`;gFVUdYwNIs@8J|+I?-@o$TcDZv|ub?5$s^2 zn7yD*x|@Jft~#Ww;e${y{G5s!Xy@DnCL=Z89J5&l9M^G7UzCqeMwkI?)o<5$qYrg1* zoROK1k9g#mN27wDL04OY$LTLs`Dn?oa4J0SpjoP1$55Q60n52;qQ#-%q=AqAAg5m) zp0#!ZJ!2u-2ArkQp-1v(>1Xvo?r~qM(cAvei|91yJc{EOS-jUh^fLs!(PF~z8+ut9 zXj!8%_R+h!rV(~7#v6Fr)~~WO3=>?AC+l&tIHGXrH^(63i89FP+7WPhkr^^Z1G&FO zH+>&P?$La2dt+Kn8`Zy|8yXF}F^r~+Cu2_E+h~aHYEY2zamK0-(xGd}J%irboX|xv z>hJuM-wEH{*7=oc=O70O!9D$8mDlQY7Q3cC!8De!sr|8w<-@xlT8DNE zlhk14vtE6UgJWJyhVU6$BOi)WDoVAe5Wy}PO_h;-Bh&8ApFm$1q zDH6CMbc~ecZwwG`8QuwVpl_;YBkipuY81J2OV|7+h#VG+p0n-gU+{Q99|3% zd900@v0lq=Qn0I zi%S`a+HW(aH^&##mnW9~+)VG|L4P>Co(?1Ab`SH(vu6OzwJ{_J3{p5^+{}Z*4`a>) zmKrxd?K>U@I|bY^=1%xEKJ(7T(M>QyA_6?7afVYj;VOS-oMg(pI2AfJ#338Q;gPmKzYfgW&f6G|(dkhsS*;=n zkcl%Mk&$)z9$R}7Jcy{y;@~JoQWMZ+Ora4PXzL#z<%#z6N&=4Dt1m%8caqDeXpe(H z>2`-e`X-pFQxqInQP7>uG7viJ?)E0Qie8IMGYBUcgNzxxeY(9KSq{1YZKMCx0+DGC z{17zQ07)cePLyFn=h8iG;#u-Y5pynvBIg{9Y!TzgiD9T^jbs5CU~t0~S;0ScJ}mBX z9S7CD1h&pW=ycA&rw@3^5X+Nf8lBX|oWy~p{GaVaAI6Y$_e#1aZ}94e9%UTCir(-} z@8Ko9!x67;%$Tj1z@If>IlrRF6Tij4cSfKzaKBv=WxzT1rb$~Knx;&RfUodbeG;}z8nvOgTFXYs;y%IVER{U-Z zbT!#pN;~u!Lv3Y_Dt85(@X}}IhyNS-2hDgp3Zgg>)Y;dcywJlx`q7Vu9!*d?n{7;2 zG2Y;SPc}{lP7(RFRR*y^Hj_~gfRFKQgXG|WLB|*Dp0(_|o12e19ll6;L@48=kGnZl zc!V?8%wq8$Ja`9Rf=Nzi&{aJhgZ{;92s20J0tl)x$Y2%15i&2)sksUZ>7@%sD#0y_t(q4p*jg1)C^?mx=2~}lwmaxw z{Os?_h!kZ0)c{BVMZMIpViH?rifS^1R_d1F7~tH;5Hp$(iiw60GAeN(at<;X?>V!y zSV@0Dp7-2i@0?1Qv!4Nkkw<(&hVTmWF0Raz2GMDY!8VuURpU+T=iRw5OqzQY&y1)y zV-I|;ArzQe#pH@Li@{e7eHg)uYA4(ywL26Afg9JkJFhgz0C)WPlzwfMZ9Y5Z(ANB~ z=)$}m9zfGN2%)d*rG~@%t%^2RB-Ohchp*|q{D}@cuN}VN8b0-h$&F{O>==Caj1>`_ z1+e6vjM0T?0gf8az(Bd+ACW~BbUsCcXAzY5XIGO#E)OQ~#^kPtOK^Z&+Rd^aD*`yF zghOGWKH;ESoaTEY>_-^k6udc5_|e2%u!Mgn-(8LBLpBcGnBIt@4&QHWueU6&?Elm-r}6Gzz2LwIPb=p7!D2-A7(EtY-1@UE9W5 zxMa*SzU?S7G%%+rTE%bH`ioZ7k|@p+^^$pXF<*;+Y=i^nq@k(q(n=u|x?0gOXo1FL z5+?9Yc`yCXzvoBB8<;W%H9nSwS?w^N;t`$EE634SA1)t%2ZwYHc}GL5W@LKsq+>Xm zDAOg31^zS#3|9Ddk1=_dmvbE7jaR;ZSR9+~+TSqX+T?1IztKLYjIMruuv6pA!PXwzDDy`NE_!N1Ys!ID#lzOqNtah@eWThIK*K& ziMc4@MnD)h#~Z1n_dWz7m)U@W$Bt4WI80biHP^ZJGJQ2N4fCHT3JVxvh!6^H0+(~% z+TaxuchQskF#?zX zz|)H9{QekY?tu<#!RyoASyMgwu0c;5l>VHi1~NA=l!AWXoP&~+y{3*;&U?d)S3OWh zj-fJ6$j+Dux{XN2#uFZ<5o4EARgmefPlO8p%mN!FxD!5lwYS+l-Vee{Hrk*pceXal zGjL%pnnIjAJm_CsdFQuz=#iZn2C@4AWX$MNMkr`hBrFeXJM24!LP;}7-2u@!^I7E{ zJkKKFrZ{9*BHM%i0tZ^-QCqQ!*eI#ooc5x0Lm0hqy2d=P>Tix&ztb)o;pT( z%MiKG+;1Jf+{0Or_Jd#eXqF{?G~JzhYQ)nYxN3OdDR?j~)av|R zL49n$bp&~n=_roYpOC>;<_9;Z)yOpC#z*+v=V`_*i&FUszGx8V;6tW>@zy3@X;$g6 zFVi3ThAYa|iy;yjGervSIREg79zMyP`vpqlvAr9`U7dsy_|vqzk#UDr6mba{;CEwV zr3MRa^yCSGirespNA-daE_TE3oVfR=mn5)`>&H9KBtX+4i;vxuZ|HlljAe+?1BHe2 zFtW1b0{?q^(LZ>4q<4e&&<2N*O<5;P1Z5oQ#X2H?@TKgHqA4flQGE-onKBD7Z-(%og2>6r)~i&xVetO z-{0GqPS4M$cSjd>zUsW^4X2jfDKxj!o2;XZ5*?eN)plABAL>T`tcEX9erY;MpPVqO zNN7|T!Qbqc%;M7bzy0;sjHZglR@ntG)p`ie13x@HZ>pR(g$TSTMLv=85~JzYT!*O3 zD+F?-%Rd-LOW`oVh4pkX=))M|f5aZjh&PWRpFQ2LfWLVDV%pzY4HIv49WuuJ^56e` z*I-wWau3)L8S*O7Id0j^3gqOwA|S|d9pbO7@#u$FjAu9{giE0Yco-5?L2Tn70M>N! z)>KL&HX>qxt|`wkd$&u^5LV2EdAgZF#&R7TdeRdQmqD#Cr*E4a5K4VWqlFLpZYmvY zxsFk&k$|Thhbu3zQzFKUOY=3jAjr$DSXDvUjc)RLFnbg`&dBAm0PfM2b2S1vt|-pS zyp!mw^Ewd>GhpzvYUxsNp*qzD92i?fg_+>Yn6Vi_3wnZ!;njlMyfF%J?s(B~={T>G z&@{V{;~XaV=CruqHH`v;3rau~PvP6P)PCf9F$yo9?M|P++?&2}usMDE`F7WI6Bf$I z+HM6!l-W`YnaXWbAsk0L6WUFxQDEBF7e&VakGZ|zH88^i12c?OC=|FT1cHN}cn)gS zaA*rJm1e<#<93}ZujO9T8jLJF^_k64f!3m%tL9bf$F6iT3Mz7~JZ)Ms%KqicgFXRl zIk>rpx8RFW2{^yPw^X_`E(est!dn-SKZaZM6Ec)m;KEAeZZQU#B5=%WeLb=jc(e`I zWV+cZ=Q9S=LknqlKjY#MRpxVTtK$QRvB4u5TnsK>Jlk(&xjDg+VHt7;CyKnlDGg2O zNgdX)%Q)cEcQ|3p9m5;=hhu98LKW_~j?8lk>?X#jk|VNTj?DdVz8U&I_n?^=MB4%H zXPj`4W}XYqIUon7`S8p}#woj|mPEgGmeX$KH+Zofaj;S+l0L!*91T%xbwuFh{GiK- zZW$!O1m`aN5IFG)eMfc`_6{jg3{mJy}pYM0xw%NPzu1J%dNgp>;mp9sxWAwr3&R18EL-L2$ z(>8-omQA(bF_Kb8G3}ZbRak3!BZO+kkK@{6;lN2I(e&ZTN_WW|Q*T3ejmNacxCOte z@9SuX2K3Y{frOyKvODKxc!umnKjh8vFwM&G`q@9cEk4O8{!&AO@6XOg6n+!^Q#r_= zd&5$Fq2<`w6F&u88F#g8u7MN$F)wWV7yta96*uhQhoi$@r{Y~ugU_L`Q#H{awJpJ` z0M=9+2fo>YM_hZL(*Dj?v_beKa^saQi*LM5-o5c&i&b;14~$B?R-g4DM}d26TEi9( zM`7uAf8$%P4NwX(d{Jhnyci!$Wj@+qssv+{AzTWE0-P&oD4?M2a)SW&w6y@=YZecj z!10#>1H)U$`Q={O7@{16JIJ>)B({_ZABVeaE-pk+q#;H_{>dojyS}s@CMdynBe+cE1l$3K}la_vV0%MFdV%x zyhjG0^FI0QsdNX5nXGXvUZY|n0A0q`apqX?RWTm_azCQ!XSDC2ektGnG}g4mAX9QK zz|<7$*eoaarwxul)863AI{?&?anHDS2q{>#VtZeEh1(_W4$}ut1#o>HeY(E9VJza+ z=J-R#xDwpri9Ycx=cQ&bG5Qk#NMX=B=A392p}5TD{?m5xn|Io5M3`fR4b5^tdKRa_ zM?W(j8H4WCydH-wd}#iPV%Uxrc{Yo3peQLRhM3aNHE1LZl%J%Fq7pnDTZ#<>IB74EOnq8nHuG>6dpHD#gq6|27hvFAksJ7OuKbX;y2d^fW zs6t8G@Q=5A=QO3!(n{gtoHj<&s6H1-MRL-OddNI^igFKc6poC?Jl}QrhEXw9gjQ!~ zSEYX=v0R5o7$ z`hjB=aC2|ENxR)diE_@lG#?mac=H{nF~G71X|}Z#ILwsY#~2Em_t>j|?x3gO{Osy_ zdh_-$(V+SNrKa4CwK^r|YlzaeDD5Gi3>@SC%@=!JnE=1Kfm=9-3j8vh^60|=?if6p z8YD~cH48u8g0J9e?$p8!_&8Yfgz3MSlxYnSa$Z}__y!(rX1KZj$#l(uO|%IN+|E$L ziFsyyajXklkf>iy00TF#8{ynn26GSQmG%yBt#Us~V&C&iRzVKTgBNp@{R` zeLW(>c03deaQM0x2;8S_{8756U-)jeAUOFS{K1c6z)xCF77ndlDG!1*w#y#v()+f0 zHK)#|O26ZIGGJpE!3>-D#mi?6G;DKjcRpEK&Jf#$-(}m374FAA7aojVrR?r6Z^afH$Oa+YUbF z!$(oTRT)Nv*CGc<3bH6YojTVPWIp{N`fPKSfo}AvGT<>^yuTlY+}xc0`2Y7OCHnA2 zqr`F_uX3ax!~8jS4?@flDUo5oHO4?mG2UHX@o2C`Gb5!w6q9IyffaERNCG`}?7@JK zX}z>73Ni16=#;vu&OXX7Ffqs;|EVxy&#@SEN~#fSU@5#Ea>kzaY}Uc(U;swAUVD@S zbpif?bT4^P2ta#g+7J@l>0bXIp>DhMVR$qC6bN(bXhvunh@=lPA z3$7K}l09R#;-N;%pz`9d`YsARh^{sTM$a?HQhzXq3~`;HJm%+v23~_2lxZJ2gJbn^EV~Ki}VO;ispt z*;wXaYkfMfL0X(Vo1W2Swlm&aj~u06wrhFmQyl<0AD_rL(-rExzWd$pBr-pV@s6{4 zem;2o{49_qQcnO&*9sa=&(12(w|90xjs1z<>2z6SoAKS>*{*GjaOEusSx#H_6EN=R z>x=8?h47pp%DEu$tHYCwI6M+wq6^Vb!MW7Ey&k@LcbLz}!wh4V0$*3ZsNWC@gM(b`{;lkl|m~&^Kz6x+t7kRC4f>WO;4v| z#HAD(Lsd2I|w3%_!_g*kO*f&;`%J57^0$7{={moWm{FVFPF1mj#fiXhuqMsd-T zAb2U?Tilh;ED|$JpSk?* z@LKRSu#{nDtZ-qhor8}68nfsX4}6NiY`}ZkYT7^ND8I41X{5^D21bcCO4HO4#putA z^F}FjXX&l~m4Van*$>+Q>oIxI$gz!{6{(ANR&3SSlY9$k3pfE**=ueSL zmCuXb$Rj$AjhWIzK8;r@8}H(|zA{AgoEI+A19fV!Oa4PMcrpH_Q}bym%p+n8!)!{hWyaixrD_dpt#!;?? zGX`!c&X(x~^X{G{QC@KIqulh~{Aqih1-Q3CRPd1|N*`?nfnBni!_7!21cYDCz`@Qe zGI!g01IvraC*9Fyd~GuZF6adV(jtg1D~mC&SGTlM zWz1^=g%pcttMg1OJ)VDo=U+WPn7;VzRb)jY5uhp(o{?RT)}}At zzMX#ZlfNE@EO52pBG-*SX{#`3V0<9383QG!idbrla>cx57{`JDZTI0R#`4%#l?Nk{ zwh^5G7nZb5S+wiC2$|@z>ER4NA61k*X+?Q`=Ng47o}5KU%(-Khdc0|efl?K3XD+ZY z12$jYQK1I-o(l*4(3SOF}RjC0!%bmpP$f3<-dOJA&RhPML|&!>6^p^EJRe z2|-&h?g;gmYS7P^=XV{0qcYS^R)m`nFbK_dJSrrgdu6&=rI{%MjBM*aCgEr*1(@be^PPfY_ zH>*wHmQLA^fs{VV?d@AsHaA=p_)Uz&Wdv7trJ>FO3^&jHQ(eVK8T zx6-G+wM%aZIMCPH`uE3Yr4_k0hl{=7pnUfDLOpB7$uA>Vhc|uTC3=KxkNO7=%P5+x zY~@oCnkBh6`7Z0qYS6o`F}{G355^Z`j7-Q$+K|nqI2GY~N}@d(ME49{a zb|UWpxGt4V0E21UpMI|Jr$mBu!x~I)9iz#APj&n2zxtc}Hcvg20?*xih`A^!OiQOQ z){}TYiZgiTe00TNQvIrm^$D&j>AW!w0uv_VtKd)qkJlIzhN4zF4(~>&4Nb5dHA zu9?VH4AWJp2ZB^Ks$Yz@iWnFLUh9&Mu{{HF8q)GG5l(caMnRgHa%2K>O+F36ch}az3>-c!K|7BOdawyAwjMn~Ia125)rR>};}jhqM}9snD#VKM zh%$zsPQztTttSZ`p`K$#4jJ&uh$iCIYm@HdBw(TA8E8&n ziV_)P_{cw~uG40k zuxs@L>uzwMSB{An`NUnK{V}CO^A6q>e90brhB^u`_+Vpf$+0O9x|n8`g&^ZU`hy=e z8wdx7hewq!nU3?=H_40lhsVvDoF%BW`=u9Np*uEXnABErlE_vc1)Z@;(UTMK!@oWo zGzB(0#O-d|flf9zcm#j&)2v*0q)uGg=#)ns3p~8^t2>V7K)@_ksElIx#WJQFN0QW z!eApBg*yb$n0R)~#PCY1Ai`wY$2eu4-0yf!7ulv2awz02-$p5L40uanzKjPudJeNn zRRq^|5lxxpT8sf!3?o`+%)3L7apjsEt@4l}o5N|Il@isMz6T)#8z#({=LKaWB1jMU zPGO)YM~FgTv?vsgkf)ld#NM{7EA4d2S{N%|`}U$}I**hCo?_Prc;vI|&~scL#dWUh zGNjO)($O6H2F*{WO?0m012=At^g=19A-j5dtHxbxXI!pG9Zl&s}A_0}^k1z4g5 zOxG| zJ_ghQXQP|^p6`o5hu~>hv(^s;uW$xjugYQ0QI=!~ZVzU`W965e4yT$k8Z*)B&!QW~ z{`I*p{9(?x+py+-3LYMPf(aiO2fEd8klW%6?BTcc%U38KLr3EUFDHmzFfwUcgEr<* zK|B~3(90YXIeOxo$8g#Jh3v~FGV&an8oRW068?k_g?0clE@@aB-hgwyDbKU*^`_kG z#AM8Ke39L*g$`bPuP*VKd%-&jZ3pZOmcIJLzsM)PM{jR3sPfv@%O0<*z>n=fUvJJ& zHzz91gX_Sp6XTKb5sZ-=^ffm41%-P!9QtTRF?@jMIBjHE_PEYRXlISP;Ds}{ABQt6 zUB>|I@P}S_h#Zh#vaLO_yLJSB^K>`xq{q>OoLBD$4^r;%{+mDe&FSXqdV2r$QXTr0cMMC%-9~-?ex9$y>EW@n#W+PKt`Dos$ztc9EU(v!iH#* z4xYmo&-bdRk511*sKLNqPj|P<7-_#tjJDIJ0V!bW1{DE-VzjCK*FSq6BJxm%hwEW0 z+k3kmOqFX0Wa-+&!{YRpKlzJB4H%Ax8CpxDj!_Cvtu&YR)k`09qPF2v^b{ylEdCgsYKjzFX73l51}=5a-+r5okVF za2%>mvE;iUz*Tvo@DkdgATXdYn{RF(c?UWDtv~J0@xV#J?C|G16`CVMsRSRnsLzew z!UO52DgW>dFFu#|dNjAk|3!qu>sGyhV z1(uuZroizce9LOcZr}}3cQ+(SoA}SXaQOid^5%^C&2b`6ooi1UoE`kaX%v~k6`r$S zf@O+*<=z(i<(%E$?xQTWR&$Je1{daaeGUi8&WbBhl7TsG*s>O%ddi~y3Tr-_+6_VB zIlu)2a|1B&J{*;yBj^D%z*CM>jvN5ap)5}M2j26E$J~d{C_xz|H8ml{^dfYUT}bnf zyq8aoby*-|gj1RjNrwa44*k>JF}so@!N{jGExI@JvbR4v{vtcdg4&< zy!3FEIPDx5MSpYWdXDGu{O}k-cnjQgo-BavM18lKNyg2RKimGcHYx26+GQ;18~r#B z-T5#y?wHU#f3^iS+@Pc5xd=__DNzNpk6`o`4)rnHxPF7mG7j=q+0u_GXZ-6%US z<0HJ>$IGTKI|1Tva`(ha@Jl8u#LOveb-Mdm~%b7xS#9jJ%xsXA{p(q7IG zMnKSEyvN#gjO~S)^g{vVwkl*}ryK^G*>q!giwM)`Gl!kgp1E{w-h?T5bKPAk0tp}B zbT32WHBYBoqb*9OEauNNZj^=*^G1gn%EFLyk8_qaig^!DHZY_uQ3B~VLkWQ)^p4+4kOU4KjK}w(OqyN`?&tSY)FLrFMFFjeK+=D+19{uxQc)aZN4QOU zjP$S6sOUO)3EC-a>$Dkq5i+>p8sBxpn83_)RuHPl5#0-WU>?dQREH06x(>~PC!fYw zJUbQ`jmtF|W$A&>mzP%(<;DP{->ZwO;5v$$LzYi=8(rO};E3~hZB92Q<^`VCW7{0X zb?8p6L^N2tedHRj;)S^~9gb@F73{fY@cxi%*EP$Ox2X$Cr#LMwbKLp1ObMpVT*m=T zJU8u`-;EqcS%l}z;|=~2X_29`9J5R0YT&aBvR3ockiB7aqBqhQp7mQV-V`x&5O%lDk>dHA3|JwybKAb%El?p_M%kld;T zz!S29WGJJZ&O)wqQ~hxp{Ch;VJ?swyFIuRWw_OLcr(KvDI$^GR$r~pw`XFtu z#JN@ICawPUr`vVdI*pfe#xU1O`Bz-BBg?T*Qto8VoVyH)3+mvLot_&Jy37E2a;Cob zz2C@XXpH7-)${uOcz4r)`1tswL9uC$>gvz}EZtT;fLTSNXj(xz8)@apwc^G&39^Sn zUO4Tsh51^Y5_(JdpPYNb=?FTlIs+T$hJ8G}xOlWT;RS+XJ63Zq*4LSsFF+ZiWk86i zb(<|Hr>7V$a*fLPz+0p-%mxW#iUkgKwx;`=t1Q zIo`cBL_^dFi32%8xpj$F#?UAt+VJi%<;a^$lNIucTJG^%+upgQ@L}Ku^FhInV!3+z z`Cda7W)f{9exu{O2lM5fV}26`L|#lA;471+9g3NP&{ZRq2vH-&$F>@sA!05ha}<<0 zWzN?_`V_^a(FjBCaXzDLiYP+49)^<^X1E;dw!pczY4s=^bcG>^gJ5Cv^ zW`Y+ei=zsrvFF;hm+#B*fEoPt7(K_}g@>(3No3J%Ll~Pt=+{=5sy;<0vMs!H%F2sl zFvdOjp$egjchJK9a4M2k#m%J~#ykojV%h_S!?FX{Au8WPco#? zNNUe->#P}G_gG$5M>_DL6{R?w%rW-$L?GbgJaWds>w3;SB}fLFfypt`QMtX>xZ8Z< z+)$Svf=_bjTCm_Z?_bS}&f&~&-|IY=;f7((C7lN^zhlvyrf=qHVLGVBJoou+6nz5{ z5BbY+bH#HF5{Li*|MW>jK~(1TyMIM=0Qlzyk|Cf2-O0e3?VaO?19T7W^s$sffU1n= z9Ai7yV9P+@@9-lTE{&%c2@c_K=8UmUbiQ+Z;fkDV3$EK{a0nJOQtx9g`BKEV^Kp%a zfeUCip*8%;!oa6(Qo(48RxjfVh}A9n4SN+Y4~bytqRMb_3f9m%a$p&+V2Iq>`g$$w zxn?7xI6N1@!F})+lN08SvlBSM%F(T!E-FEb?xSDX-K~sYmT;E0RSfE)=oU_tsJF`v z1B-~(ZlmbM8D7YF`0!^OV^nmU6#od=$n1PCiQ>E?9M`(1;N?Ty4h~d^UJY4IZB7F3j?g9gXAaaB)@PG}G%)eKu zkcAn^7X=xG;haOHZ8=Y=-l_Nvj(XH$SV-iR~zwU{u5+xgM|xR0^Z9`_{R*F!Z8 zva%Eb!YENz#$ZhS%Xcts#>x5=#uVYGd61I33lmZnm{8kksf=c5lyHS5pI+nqC_n+1 zqg7skr3xY6=f<);l5WRxK(q@yIY#kx6QJO!59`Pvx?CnqZ=EUQrmd#DgJ=A~5vW1V z@B1`L2^>h1rTtE;gqo{S2>1&ghm#nd2!5TdC!YKIJJ-XvVcJMNXa?~sg9-)`pX8IyWdqu zPEQQDZLv**zy$nnMUSY$_snoRz*!X}0Chl$zZ*5*RnGnaowCifbOU1zUYU<(LjnvL z^&l_>zX+jbfP+ZS8rOWRwFQA6jp*ye^rcSXK6+1Pax814XVBZ*^+Wb^Luemdg-)-& z_(P8K~nU&n1wiU&3s%RZk z!|AbjXHV(poA83RK7NWUm1aX{ZmzF)8}6N%hlq_S)miYh^zvZ$HDlPFo(OYpszOeq zj4f~A`1B%?+^C{6cl_&Lf7QwVr3mrf?oO18(*ATDVm#a1De_f!8g!LZl$p7CDGo}~ zZ|MY{CL!>!4(XHC_07%;cr#Eho*&eJ{_&suX_Z5jUJ%jZp0q0}LAXXeIW7X>A)6Oz z(MyO$35o>WKRjK+5h2MZZ(ihqZX%Z|;1B>o75n%DFJ%DvWv&ooAUw>K-xv=AZAAHg z%9wauQvQo+KbJLSq~A1Gg`;}574tcerUGZ=xAQMvgMkptJ&ddA4t;yoIJybIxr31E zo1nob=SFrwRE+Qpz43z=jsetlx@lW9<3Sozm~l1jSwpILE9fXgjy{L-x>f8XlFoQ3 zKFg@uZ#s4zV@Bx)GhuRunIviF@iWH>_}Cqb0Z;qm6rEUH)`7?ieJTW@D?#kkO0KV> zNdJt(LL38=3}XM?b^V4?X{bvN^GOi(4S(iz;oP~~7$wVHWH_j|&eMXzzjUt;sMWtO zzQdhiXsgkG;KbL3Bfs%TBfjc@{LZxmmcp^5rA`GtPb2WQ*9-`ZOrstk=itOk+W9hl z_5nZP|D7lV)w1R>&9gB;K}z9bzyLOk#c+-qE$141DY~yyl;iy!Lq@I(aqf4$xo8#A zEqcni*1M#&obEO74|j|snc9nS9EFPE333;CYhheuhlBO*%$@~z#VNSK?30s0F2IUT zl?mmrrysbwR#;FAL>2jO3!?>ecRMp9D6x z5av*(<6KvT96Ck))`==@qepf&H(D^-tXFW-tP6flyRO0KV{;jYbU2r7JP_TPh_uHe zFWqd)*W71Hsm_mM;Lq_+F{KapTV83)=x${jTr=o!HJo2j7$*Y%CEAUYGk$$QRE`B> z%|clJZ!hrk%iHPAhtuhc=R1u?(T6@E7YyLgWy^)FD9tgB0QxY}cw_7W8GRo(ID@%6 zIE(D$TFZ|)v-FX^@yT-Ziai!I*DT>2uS&!HiJt}wre6KTh$pSiP*tQFBq$6 zo-I;)h3EB)Z#=1_^x0CT$o=4aR-r?!in4#;!`9P|1coKa8g_uLx9Cp!!Qn* z!kzs+cR=O}tJ#RQJX9jafNx{9r#Gfr$-NcA^o@B%q%PJh!)u>FPg`Rg_M#vk;{9V* z0uL^4b4)qZdj>uzfQ+Z`3?Ae(6|#bDr=A zJwjp1wv6mpXwcHf`iE zWeR`buhX7S%G1t>=NU`e%rSW5H<25CqD`{`InH=WDXS$xdoRYi#xU*FsRUHucxaXS zkT={xO*}$Zo*~=X)~4|({(?6VxvgJqltXW%`RW4I`L2h6VRX_$`;ym+{t^zC) zKI%2&l5I3)tZ$J*MMy8+tsM-oE=V9$*%O?8%q{V1eJLu`&G-S;)Ed=qcA%_oaPX1B1rYwRv~? zTDybKIr}4>Pq(AfdE}`Pc=U*;o3<7zI)*N?VHaML(O&xP?|!pY?t~KJc-102D%j=( ztuD-Q=TKOols+%7ubZmCc#tE-vyf=d{J0A0BIxF7y1W_NKW^6ZU8^8S?{98wR4_bA zrt7$4)MlHT)7L-$eDWMwgTYKH?*Gl7{do-zVZ$zChoiAJb8F4^maD;dm_7>4y60&4 z3I*hJ?jj6F(TA)huJKX;A|y-&xg&LD4k+yq+Pn$1`)O>~VG7D$gaYX@1X3)Dm{i7I zRDmVh&KT#6C&C%asW9juP$*l^vP;f#9ln=+?zFgTcGg7B2_Ilb0ek?yxQ4S8NXwHE)dQSwPFy_D8E2}j^KZ-D)1Vw}i zU!5PVQhltV4bH%lA@n+9GZq;jyfI%!R0S8|wV(go2}6%6-_Tb&(sKsjLWaOBU&oqz zrPk|6P^92ZK|Ba0Q7^1!d606=dZyv|~r1j?Kt)Gm08pJQn*-89lX zrH#Kw#cx2%xWH6JlD>0GqoYQq`N3c`yA!_a#vSR$CLFF89qFw1r_WL^ZOhcHMHUqZ z)u9ND$qm&@7G)I}auGYegm-%5O0#BD$(!a6cm^xeO6#p=!_|url z1Rd39@~3Yu9;37wSX+IaYfTfOKiYsD&aGp<`bh30^XX)ZQ?oEK6P<=gf4*}V^^ZsO zgQtVZ;*x?6c?xHxzqI;9b;OHML%_^iVFwt`yPJxW60`OIrXG|f& zqaGamIL2Xx!I+Nt6}^M27LkRY;Vx`en6;Z>O-C8)`T13|F);8*)0nV`#rj*Zb;#39yW14Ja0jfWPE16$3_|5NsuK^A{t=Lt%T*bT0ih#i&Ow}B0 zc_eCVMr;Xb2M-6FGQl%4z)z!dmzM0L;kS&NqPW2q_GveO7L7-i*kLJm>(bGCcYCw; zKs|~J1zQ{kw!*`lrn3+P0xeVUfR&XfZ;^{?JOYL(&7J93b)V<$j=8Hu4eRDDLzG0^ z^JQ-Y?Be2ldLq(}5&~TJ8BV8LTeEl;8(oqnGhmlG^Mvc`>s4~6xz8pxr{@=gu(?kp z(+c`96sBs?h0nC#!im5wjWae%8S5r(;GhD!bMO5e%9nznB(*aNpN0}^DlP5SnaTA$ zO&&ibM0uJ6X%SYuS>xzjB4rb#U_A8Vp&KhfY(Yc}(3o4*uYSyzh1mkrd|tK$NnaEN zCD{43obPAu?Y_#n$CiOLkYO(OO0@XvGK@0dU|JHRtvWOLF(PG*6eE$-3^=c39)-0|oy$J2cK@CrKm_QJ1d% zLeYuwwtgaQc1-zA;o?zzAstID+>ejE@M;US0`GrV*fyf#$Yjnn>W{2hLN^Nzymx17 zeJtp+y{)mq(6$}4R{I#$rUr9worTByoYM{mNq=z4IT~r^!4GhuPgsJh%B(RMSKuq` z^TERzS#ov$;SCu%{@TK`Ojc=|ckxzP z7zPjwWQ!3dZ+M+V7+D=e4%NV+$Q}nq&2aN{Z2k)f8N8CnsIRC*X zLrCTa{{(O82cGRnSs6_KoLevd(?`XbA3bawXgT_z|C{B~9huLC?K;=Wc-HyNU7#?Q z>dB0It{3{Lo%HGV+~I^bv<0W{@Zxdt2~U>!8pM)l+4+o0+8-JRVAvR7AE)nONk zyhA(JjJh*Cy^-Iark$PJGX(Y-U)Tqx4yt3HfA;jX=#AiF;Cl2yrfNs|`)*qrMDd0-%KIKP z`qbyS@-UrigdU)`Hmtpkk_|ycP7g7FU0M;uGYXwk3qmj$k4sw>=opo0A<WdJYVD!5YiFz3$=I>`#q02u$U5)4R12Q=k0#iGhU1&Q>Bf< z7#ilIv@~W)M{$TW^nIKan^{;+Gn@hR5B)-mE&&QW3a%ImBJ%$5v~yORJqDA)fLB6P z0Z7}8*aI5_1I`+c+>cQyH#lizo9{KYftPT5fv?Id<00hQ97UJoSS}ulDvZpr>Av(} z%`s6gueX_j^mYG0(d0AZv%!c6)$~%DZ@LZ<`@HSEIgJ!9JkIM7C=Ktq@-&^ZwIO=N zM}aTn%Hcr%Naq~yMktXdG-*9Tj5}OhB#Mxh(+4AFqgb{I=POW9>h04hw$sqF5CZc{-r|9ZVC5!n&q8 z&S!>Me4GC_K2N*C-;J=sKX9YIL?(^wj3-ONovbBxfonXWAUAMieBDDJ$3?-FyPV(M z98aFa2OPTY7Kg8L-hJc|4>Ev9XIG*7==0_F+Vm_sR6k^j?nH*6M~2}#4+qIinS&Oz zm_ceeGEH+5+}CNBz!K3cOh5dc-zputDkZ%2A<_BC>1k;~hwSg}6h9sc6p}QkWqj30 z*~!h+*}D%Xv4dA>H@p-16(k7^^{H)h;lEnV5twaYQ>Q)H#GC1=a?f6}r-DnXeunN3 z%wK%=;xz$AfmRRZAc8QsU4IVA10Q8>5x3~W%iuHIX=i`81V7H;2>W(Ca!R~HlMW%y z({{GEwrb3dP8AYdHw~}+9^s^d*H_2(vriB9a*wEr^YAeJ_|JbF1V0K=-U!b)gNxD% zCTh$XOTQn|X8{fp$`J0$HSWzv5yKEs^c3GPJW;4o`t{-;J?30eK_HklieW?w8sd42 zvKoyn@(FJbdCzwrvS$-v9UeZO3&GMBgQS2(RVsYTbnrm6iD@t$+&NDLDmHA*g84IKa@ z`ee`|0(NwIIWh;7bKtNMN7H%?3q>EnYQaxn!sL;hD*G-OOn)6ActM1B-~rxiG#{O# zy!stq1U5>QO!Ry1ACbZ1+-czD^mzyk0qf=u5qN?OM!ydO^Dp0@G!^QhHAmt7Hy&zD(NGo5p- zqR%)u88Teu6$s7skZR0cxxBx-bOw%dAk9?{IP~U9;VAll+DWKUdCLpF;DV8Gs6|ho zqVQvAY`USa?DG1mib)g-E=H|OVFMGM5Zx5p!S!&O$N&cbe+0+jE%Fb~-W;@x$bqq$ z9vNAPL9>1jlW;lluQF5ow;d}Z`ebxM_~N85G|YQ7{2ZpKp)vnzX|28peq}Ov#moAD z14}vsT5(Tq!A*vt)v-C>t-3CF%jt}D1OfA6-tnka${DTh2k)m3I!Ud9IbCU9wC$!T zIZl@fHt40JTl6MB>C`>J89l=&*arLb@@_gjx#%{{9>-ca3mlA7BgY5M9P1Aq=gr2HVIGO-tCdZH4tTK%51U1gz-hN7 zPkW9H{0q#qAKnY_ju+ni26G*}v@JtL4)9`wFF4Mz@BQZYyNc%8)~=D`vqac|@)1@~ zL5nN|PJRmg@HTI=4*Mu8CyMZX|&lo?=cKw*;S6gWtL9@G1qfxw+Z7 z#6S7te_cbs@o1Ekw+cu^=ACeeViqYWsX~#$m~S6SFwInmAW*su<30qOa6q#Tij2m*-RK|FHieT*%<&No4nQs$ z_z9yqJ5OyfXwI1t<54m!(k;fRhM~?(F7Q`C^BQw1Bh}ngVoy+#m}2~Fh9cM5mJ-8C zE#61Tq{C)HT$kG`sP)zZu*mj4Z8%0zNh_I8t<#Y>+rlk@4#hqIhJkCC>&e$Fx07q>OyhfzFdQJm*#_bBaAJ}fXt0ZvpGmwPgV zyU0}rScPR8qxj2ruhuB!dax=)W9Z9Mxwoq|a&K9Gjws&Var=Dcg&q&YyY8oSsefv%uV0B)f<6KBo z*b=P{m#e?wx(-#0noOW{C5HoFIZjbC1`IK0T+wOg{qwfsMC!WPr7#eD7+;1OJ`69$ z$*|ncRNd9ZWnjK(be7?i-{ucx>Fjj=;VF`Gm;UMi(}nrVCB+9FVMPg<7nyn)C!Dp= zGuKo;bG@k(bt)o3OS;gV-e6$p;DM(|sUqUsz`!_m9^)vw24%;QK3hQ@eZ)ce`P-xN z=ALKa$Lr8vbxQDQT)Cx2`xHOhgCPAHqgQuL%lDy2IJJ+?jgHbc9QrLfrxV6Qn>^=# zp-a*FO!~9~hr`jx*fREqjNvA@V;E%_(R^AMdKT?VmlJx)Nh@ zP<`IzZ4UkP{Hp8K%_Yk?Xs-@qU>*V67+2Ueyc?a6ao`UDfhS`+)&L0pd2Bgfryl)- zG5YH}-~G+YiSbl!zQ-yU9G+r~B&)v5GsMm3LA|gi z@z|pnKSZf1_K`~5iG#ox2IdUTj#?i2F&M`D%s0RO&D{57`ak?{{#YKXj}S& zxiKu(zF&$#i*dEC@j7rk31jAT1^AKn{f=oGDF$u~j@dC^jZE64s8A<7Py{jr_0%Z6 z9B=UvMvB7n@*S_!Mjvy%M~v=aSy)Hv%|S3#-U7cRg9<}LsQ2l^Z5X*mHtngrm(o<&#^_zmql)4V-yd~O3;roJFR+8x?<&mzM)?v%idU4_y#rjE zu{OdCEzrY#_zVp=ZoM{d4j-jBoUaI7=xL5XqpWeBF)?ti zQJ;}93oy@j&AR7Pj{jHle_Eb zS$>N;Jp_niW`H<{ovI0Z?=PZUcDAQy&n%Z(39RqyT-W8wILW^#Mw(V(oq0%fhjW=H zdH1kL_|*92WC8Y5ZryfZIys_!~1Eb`~hE) zqlM_GU!30!M>UG~@Wbh}o9|@7le|Pp=x$RfQ7O8oo8oaL=SEsKZRR3;I;!r?>jr1J z5TBt_AEQZkpm)Y0!?%&($U1Rtyu183{o?)Ew6*wgda)Kc2!1Tr5@>lCmT{YQBVT`i zyAWAUdNYL#$H5z8Fcy?4af3t3+xi zH<6``{IU;Xv62D5dVty0-B@01W0=GD9}C@+Rea2d zzd5?B{65>;Pk?gO3>+D)V^%db^aFmwha5x>%IDAaI(6+V-ZuSq75QSTKZ{-_ze~UI z#mm(cZ6%lF6i`kwCZ zR&l&LI*XCMEhA`C5u75idLj8t7t=}r;^EUj1oqXd=S}ba^v6Hx0IN2`0Fa17!PUqT z0eG>2+gj|n&t>v5WSB#L7?vT-M+HuF&G0zBLSbe6(pBbl%z5d8Vu4iNb*qXQp_~}X zI_H9)+i*YP*C^#U&sR#xrU=r40qxPt#H^GNBIQSjuN4Xy10ho9r~;SMU@NZRnu5r6 z#sp50g>e{L=h|{DT)0N@mH9D>W%Q8m#+7T_uU~1&)!=`9wizRbsR<5-&wq~w*|p*S z7=iqkv6#1ooBcR-mx*Mgm?(8A*E&NnY{5+bz=9EFY+7jwXK9b}#S7BYc;g?9W^Mpl z;2*RK9YX`oCHgq2O+1SCc={qxszViT$dGU9Ax1Pb=AcI8VBXX+p5qAB`$W(m&TbkV z&$pU%PDQX!aCII#!iLtR71+kV@>ySxzrEmJVJ0sb9thVgkpgFgr){fTt2P)iV|teF zFQc3eVr2F<*ZSLIN%x}w4r~&!u|CZve$>h`Gj; z3LJvD%09m-{EjR4;Q3H2=hJTPrO&p)*!!}89Zy_~@&_koT%Vh#vjAXS3=+O87G*f0iM?q+1aZA zJvj5kkBm|HU9+CgvlyAegi>k9*hdEDep(EEJRkfhdihy`ruh@iT1X04l~n-ezTD5i z)qxI7p8v3r@6|^M#Ja_Cj-!Jmak8|s033}^fk8V06%ldkpfaXrV!)npmZySeu*%Hb zqJ89`8O=B&HTVGWFCaCT%6GV3ji*9?nbrt6(_(Pat)Ih_tvO2D_QtR&kOEyh-`QBE zg>&f#FKM46Z0uc~6-J~@b5^{$EJ%(%Fe+I)JZfJ32h8@1`DhN+Y-}>6~*Pdur<(h#IARLAvYi9CYw4AR+ zC`G@U#w}N9VN?)cUi0F5?9sluwqB%BFuXDAxNRrPn3r>Nj%P^OGF=9$UmmSA9pb&K~K(ay&-sfkpSW4OETHm_I5u zOc741GZRIC5vpX;E}>_53v0$A)hZ1cR246s+spA05%QRFBJG;zWMo8wmajDx76S1Y z-Ai5OM^oPzn1WJ}W_*lai+T#j5Qy9oc!Md_ijei1+=p3R%o9!JHMAcNC{$( zEnIUxFuOqN>Nb&#q91E-H!^-vqgxbrm~Wrub0tE2nW)SfQakyr#n9NjOlmUSR~f&JX@!bs`Jju%YX`-Ufp6^W04mP_x*Ee78PoF>C>ie6C8ou^? zuL8Ieq5HL0yLs)DL3yE=9q^lqq8OcPnl60iK{hr*QiX49QiKY$v@vfFVL5T@tD!^g_1H^> z+U|e~;;zEi_Co)ts3`pAK1%fJD#wF!j+zZ|&|fW!N0O3*ZmFE>@u24zkU38qL;tR& z4IM-i$nnw5c;V#-q;DUy932g}_a#k{|UH zJmGKs!f(X3d@XyEOQ-8xcOPA2qZ4D2WoafZgJ%HAjR4CtD^By)ryUP%oqU&|f*x{y zCHKAyumAGRd7{OQY0E040IJOv5W;)tEFEnZGVKUpY&i8Kvfe4S;QS)z8Ef#S`!SBt zs!q(UtcXW;()X)P|8C^mM)2K?X6~tu#c#PrW)L5pMf6>-fG)_1E+6{PRA+Tn`lBbT z4&Ver5~qi*x{9q4?OM;>x~H^f2gr*kRgb{s%t&dwFDw+|(9xedX3iXg{3Pvz8;x4? z61WwbS}8=A+a}o#a$Sa;s9b9NGWtZ3sd4}IZ~s>Cb~_z@IO^EZoQ+bHNb@qxY}C7M zGLxYM4zg;aD26_2w|YuF%y#4-Pn=lIm1{k6n$wTYvy5@RBjiT(3q!uOwb|7DLmJf= zM;d?HuARMOWb>wCS!iF&Ro>s)*sYwQ4n>j`i6WeZ2y3M>g zFN5d4olYqa28Ac%`_9g6di(CENTF^>0YrO<3!x<}$hww(r3g1SW{EW7Dd)PE2fNd3 zdvE$b{~!PNVUQ3v0ur97@`}tBPHVAMwMri^#PfO@qCNy(goRWO_25-@-aVgbwy;`m zl?F1-@J%2fe87_u0TJOC9^)|BU>+X%AWEZT$D>^cs;F1W-4ej<2;waLL?sqS;M5mE z7dc#nXe$VoesJ~G`DGeSFN7dtLud*Htb|&c3~_7J(+@9Ani8C!J`ST#k(!$|2vG(h zg@3S~g^upSwBT?(=VvWO`YtqI34?P$G(RHg;2~oI-^cvE3l14{&cyQ=p|8GtH+_r{ zcrhN7Gn{hn;E*iVK;}CdfE!F1Sbj)Jy9ib@z;H9#Fe;o7Jm9pbL4?S#cU~P1gC8_x z5O}%E!RIXa8FQvF%o!g+l#-=H(?u(^o7NBh`WVgJE7hu#DidQ4qDS*1i(^b)_zWy~ zPh*@(uzS15I#7y2A?OC#h+v6GI<=7d+-&M3)^z&n?dfzHL4UrLC>&cwBDHTC$)#|o zSnBXTeP*0e#^!@xJ=>dB7veM@9_Om1>D~L&@N;0y+l`|1tvDDA8XPl5#ji2v0?Jv` z!Q-FB5H$h~Of^{PA8kaCCy{5)En{ykQpUxTtUfNUPDfEn8_`Ce&7M@DnfoUtXd-&> zOlivSO>qA)4)o`rJ?&iK^2eL$=-vC`=pqh1@{eVOp?UCJM}naU%;fKBBCHamBZYU@ z1daKm^vH)b-^Ez2>oiYbbO(9HVt3}>GlmOv&$zc1tvX525PbKs#Q_4JY^)5&=Kjg* z^vgJTqNfc^5F@7@I99x8ii)vp-A3r4FAg$8hX9?%2#I|^iId4tUIhTE@cg|i7;=kc$j_;;hqo^Ct|PVOg5Rj;qEYltinwPRmKJ-rL>SrWBCE`m2T z2Ne9rIQ;wj+tc5@Ihp?LKO9fL{f%e2|2#Mxdv=s>1Wp;h0$`{%?Xw?;6di)i@K5wn zaD195Qc`5R06V7udmn?!|B5`$h1w8~79qU!R=i zYU-}syJ_fu}$Bed7!u&6l8*+= zFyKuFNpYpwA{-O?4K_sP;kBqH-=!;APDY@GAp|4GeIJTD#7sZ>1DoIAbq+k3gaOEH zEy`m&8uf;$rAx*HTiOla+NCr_h5^3BZ`2whj`_J@M_?_#~pU}aPx&X%0ynoZ085*x10E&L^v7Mcbj*T(nVXwu& zujRYc;8|qC6Q(Txvc)K5!GVYKwAd^3z&mGAAQY7iL~NAwMWX#RPGcNwN}Qt#HdzA8 zyC{c|E%3<8;kCXyBccwDM~GO*4{zf2N@xB#&jB3H8`&Fl zB(ILw2;;>Z!?SqQaWabc;H&%%Ft{pDjO>~MPU+b9G1_lVt|B92vmF^4#e*O6`$NvD zDyHu)LZkK@06kY-QIzY+-h5iXvN_AoIAp~^bfcw-vX108ptVlNSY#Bu=F@xgDMBy! zCiie66T@iZrFC=*@oaT0`n8l7Z_orJ>^}W_B3GxMBEMvVG;$_wE^>G_D!q5Z>(0~f zbgk?qBdqrU0k{HdbaC4fvBO*N;2~QwA$VM>x_=oP2pAZ$jRtje($}YtcTMl(FZyxN zZJaYcI`%qpz;H@)Unh{LK8g$vI@3*ZZDUH6&S*wLJE1wc!|yyjUK9onPTFa7AgBN3 z?$)#uUW8{ae9qVzgDeo9;}FmX_&ZRIiu-))(#NzlbcU&pAqO_B0=s)&eg1jJ1>eoK zz=J-zN!nTqD${IX)|s8#$k=%LTG~rrvQYMHuPg-5C$Wv3LV6RAbI!VFK>9QlEm&De z+jL`YnT``YlRdic|;Kuw_lw%l&k&{L`jo?rO z(ol?$v2#vr0wQ%cPqX?oFH{Cj+xqZ{Im+Z2bkl||2n_g(_e5Z4`P@pI>lup+;Dpiv zgNTvw?3!QqALN!_GO4` z_+#k3+f)9{$KeH@K7lHqb{B%zDyxj$dh9ZFelN#STa036Sm9l^z{79Gj)A!=?NVa! zsA-Y?pb?`H9-=5h4+e#jLZ4y0$NZ2!I{%ip&mI>QIt3!;kT<6 zUWGHb^j*;$<6A?#kti{3ZpC0fOB8aj9)lbO%PFnEplAEfc)^t8`6%tds?A1#kM!-v zIpHUsbd^Orc6WW%C?;&4=+NBbh^Q%0bkovh22+I) zJbnJzi|J>-_^PSclSDMvi6|JHkgUdyk<<@0%Xl3}p~#$hGtd+x+07-D7kny9RFTd2 z%adsXzjSSFF3F{Jau4Gi;wQ#2|HUw0PS4`>P{N9VC?PZ=2@0V;q|fs-+$EW5gq(9e zF3vC7uIRSTMd)K4|BJn?7N7MAci}f_S%rCc0FQ#V>B@|&&&1BS)ecyS)RhQ<8=lI0 zftf<5b42J4%-8i_=RWtoQR{O?9)hDsBmU;}dU|_m`QX*`Au?oYhS6tSk8&LcdA^E) zL1*Bk`J;BKNc9Y@xQ{HTRt6J(fdjM|a1A3~XC?RbX6){a#6jPPY}A86c#Lj7OqCk{iDYxj*H5CeOlUQd~_&BLH1gvoQrHrnUZ&XJPZv=v+r3}DYR|sYN0eGDV+vi3E{`ll{`uWd(RwisT7~m=M zdgq9h@A|(DWAmm|#)^=o?0CDpRt)Gjir^!FwjVFX z&Uoht)K)&q)aGqHO$)QyyIT53eZemdV{oG|y5=~-JBqPxD!d}(Dy9enL1yF$2jksn z2ZN^rbeziW&F1HC50sNq(@WIT*Px3kPWOBqAlx5x2C zQAYvzj`1;rA{GxgF|Q*MF&BIjCjqTX#o!4uW3WD+HAuI$FC2m&b2HHH^{i(&9GR8@ z8yLaHk%Z5B_YpwI$Hav@?f+vm7K5Jg;k$(hKM+I-A}Zds!ba(5#WNd;6kRL5EKMps zsXijZFRmFhVq5&Azw$(0jS%ulkx+1Rqezfk10G5UEg-t{qWTU#8E@^GYGDkk(Bsfp z`eir z-6&$Xr_@_1n|oR`7Xwiqjq}jwP{&Yxd2DIj;7!k^J`8Prf5Z6Yx9i@AhZ!G+@t5K0 zcW0xZ@Z>TPZg|=EU&gWY6ud^8Q8egih*vpJ$y3~eZwJ4Cv5r#U#tR$-{5Ll|`Pb{_ zcx6b(ao2Fj20z0ic^1*3*;N#%SEJdSQ_s>u*}OPhd(k=S6-*tVaCdl#+#fqa_p@wFZ^t-7cK@JhXZ5HzJSC% z9x$@I8s{}*7A)j&dD9UFU=R)63DTLCjjMNm#)6KFbKqb9jqC$MWj6fgyIK^^VYgDwwTf)X#ZAt)eu_|~+z1a5xw2fvkI z@w!3QMgrWi7s8;oEKqmQ%e|ayPhrE;aF1_I8JUuUbIV{k4Dg1(_Y%p=R0xpwceg7O z92R5l1JZ&obLVGq9ylOfanN>d@{7Iy*eAPj78id12frS?6O83PIYu;8AivQqUYBD(aE7|IpO^IaouMV_Vys#nW2g)tq@#N``q;IOE{j z=H_&qu|3=0iGfm0xjw!9>Rr6l>$Z>H71GVsj2li98H8WPgF_zsic#Yp*!u7xI4RFW z;NconF+XW5j!GDRD1l)-yR|Rj4;<$8I4XE&G0K;h`_WuhXlW1qU^qM#g}^ZES8dZEZwXx$*qyY}!f$=}COWb9k6?;k=1vJt^yLjN(c7X=7`9`uAVH zn|}Ydzdh}(EKF~H@yjTHD2^zd&d&x1qJM=r97FsH$9SlYR1{Q~_M}}7MpK1>72h+u z92$`!rO@|4@Rw_w zb%5c}mE6H8`Sg+%qQvWrrX77&hV+}iK4d6w8!N=x-_00&oUq(Vy_~GiZfkOyT z`fSBx-3hK`=Ww9{P!1S{YP9!DtJ5!{+{v3=6FK8G29J137lpl1BYft2Kxx0=9L6YP z3H_O^qov=-ZR zczQGa?9EB_!FOIAME?i=zz)ZZB)Za>w2WW?&gc`>>w?mB+9lA8GhGEIXs&-Wz79^W zLjsw;-}}RV9{N6s%w5)jQKMlQ+w$s0`0}DFI!rfPkwQ5uZk2f=uSdt{r8CE*i&)$wgxOgo=9NKQKZ=@YXDN9ib>(l?^|N4I$1}Dgn z_M$|)93t&>E|XxT&$}=P1JDAE+z{}}AZ5}J&K|p%h-zu1n>IXjgqIWxRz;S>!$ApJ z=QyFoA=l;~DttvbO{3@HrXX`47%(U16BVekr{tx}^j%|>F(}dikGT;H*X13-VLjB` z&!I9ei3vrX(y``e5fi7uH|0hd@jNLRO0SW2+Q6)oV!$Yjexv7@|8qPF7*TUXB_5Un>}&8nu{ObyM`9__P65L1oss1nC~A3NNNwa__uH%$>CyoeIoP5+c1p~Qa*&-7#6ynVF) z;U>x^aBUy#Pd^WyfA|~Um=2<(-hBCGoWv3BSi{Ywq>u1LH^s?4;F~)i8A^E(y=7e} z;`JOuD`Uog=+e}2a4TaZ(r|ucf`&0&2(IkRr>5rVW(;G(aQ6m9jX;KSkKl%`HkRQ~ zHpQ7Yc+i<6RDk@}qv$Bg_esWa6&@+xa+)J(N|2!x z(cXvmjF-M7_xOc!#{~Y*aj?jVw`RZV+PPj~r$3NSZZRPHI z`ugUWGP;XAl8c9rL!KV=6Q|^tAEO%sAC#K@8f{J^Z5z3M6C?M_=;9y#+RJISXsIwh z;TS{)(zooK@ksGP9ezh6s|4(4@ep1Zg}%dhD`=FS=6v*d{<)uSGzBG)Ye6Dg5xl}J zIaG^*#`K~r(N65fQD9fFXo}|Q_$>5@Ud(l5*gd(mZ+eSvr{e`QbtG~ePp%|zxCw6w zoJ><4UEEE7_tjC2{nN-G`qH;DonS9R=OwU{-Pwp!N~bJEhu~R{eKmDQzi>qKg-=@3 z6zs@AaQw;KfBet?+4PNXd~Ny|TXlSLRHudBu%tVhVmdxL?=gDW{Ps7#_M#3B{jFFR ztJ1?V&~}lt!5U*eUx6@mHJxXQF}mQ*;dBxm$A-}1Z1YZZm2q+8PfpKTXD0oBdU26! zg5Q_Vc3%@n2BZiMVMWrE6>NyML=IIHX%wL`u!s>;QU5T{0f&i z3i`lx8D5nRf$uz7aLp5}H;?uaUgw+M%`uF~2+WN*Mb`)`->n)ze+Io#RIU-p7!zEL zjLoRMs6ox3L`G<%FA70lq9)gBUkmtCm1(C`0wVNuXvg&$ml|6S9^q2>sKNG)=9Di>*k^5ZoFhm0(RRt(|M@ny~h z4>z0zOXqGoKP;N2U_}UTqoBGhEca5VX)=z|)pT@tUWL=GHiHj5%CYoGensxmy>KAK z=UtdH#yWcNncvO$aFjxSRo?qi;^PsjOXbsN3I_9Ak)36BPh)hfquojr_{H9OH+b5P ze%OigVePzmZ`a`|H5sx>WPwtu6BPM^x4H4lzrKbnhc7BeBTZ>Jnbda2l~2=9E%NLb zgR|gLdYi)34t*s0*BY9(XfW^@->1Ckv{?oY-VnR=7^`9!klcpna@}RxrsDudK)Ami zZb$76`f~=!DtQ!HbHwX}6mRM|VssQkR3{Dxd48J_3ovk!j$thm~?80;Q=IY z>o|F89a6@cVU2Nx2H;jtHCs(Y8XZDtTlktb@D0~Z`}6t~1#f)_lt3!|)4htqj?ZtV zZlip1Ihi&h6LgD*r7-lePL+kgM~;k@Jis~Up7CTPW#EkO#*@}^pCxOY1iaUR-(-ebx+8bbX(m z7M!(MJTi4*$HL&c`YZU973E~uY>Le}y}X=m5{Pk{@rmV`m51PU;g5dr`=4CQpdlnf z%i=41E0JTA?Sx|oHz@-K8L}`CB`=k!N?Tz9#cDF2L1%Oz%Ye?Jq|SJ7X>&0Hukd9c z)|lT%!L5f0!wO++Tb#teMu9!w-;UCWV1^j~>R~613pFQ7;5si>1iqRee){IBGV8{p%g<3@(KnQ^j z8BGsXxQ(#bL5h>t`M!+#Ho|ciMN~r_*rk58RYxVlAzL9TW$d1WrzjuAgX%a$5=~>W zzm!4xrx+lG*=+$|gwa~x&A@f5Kr7CJHLP%KZ8k@gqH792_v_Pch?KIrh!JscI!2+; zSgs^GjUfn}XR;E3O+*G}83fJ~B_{gj;gf>sq)tgGK(u#0x;=S<1A-znO@D-1#ArIe z!+u0WHlVqStX)Qld5t2@;5TrfF_`L51#f<9hy2zd%*!SqJp;Vx2Uy0sj#I?;06;Ge6yD>+?ne1Bj>TQB*_9Cq zZ5PtdMQ%3dxSi`a!)G=l@|3IP-~babKpvWLwYWTemGRBeRv5JF?Kx^9bIO%04a|s0 z-6M!;6XkufXk2Q8WCR?uY6M;!CkyxCar6;T*ysk#^ornt^W(A7A9L*L{C3(~dYBI4 z1$8GlavfaV-J9l%(ZY){=tT_{^1wn^8gt#u5G#zJ@Fpi@!d;Cz*kF1*K!bT zI4I6n7V}cUz7?bNKEkjX`{26E=t(>$%NH&UAFJpVC_U7HfJ1v8kSEgvj>AQDS;od7 zR>$ceFxrWc%~FSgA3DVm915cF3I~(UW>{B4gD;O2kH+SuA8lhpvIQRN;b6M^6aSRx{=XRwgGyEE$=TuA-z{`>#?@T^7W87xnK&WH@UqLNQR&dT~m zj)k}m zoKvx7&3zP@S&oNzP?YUtOWMHA+Yah#po9JHnxsGMd>xMrP8)?{M(qb~Moc7y1~!nW zfzBTTA_dYKfq)DoijnxPZESYy*Lw!K+{;Le=$z3t zht@XZ8IF|=3ti@QVXML#$`NIi^`XtzjFaFjML;NR5c66&B}35#myC7rh+nRwR7I_X zo3n^s;4XdZeU51ihF~R8At7eaJ+%+lH@zHm5a<@8)*$;g#k58&d zIV#;$CF3)0>1qW{#v-Z`WuZCv9fOM+7PJXGhG|aE+`VgTltH-dF^)!zDcGMx`H4DO ztsEt+s&zAMbd7DUQ}BYXI6<;Rl%6Vgj;7^qibd5OoFAP|=cjh(qhMmNH)VpxR0anK z`Z?vQYFk`K>84E%tOHW;0L@6PsWVSyb(&>I31@u(3m47%7b?m3!nHfgcvdsEpd{l@ zPZ{@Z49S}qagTbn1v00H+)?_b5xbEST@bjziNA(p3|BIiaVEkuWC4A-BHc(Nx=dzg zWOs~DvfT44a!;;RoW@`=`kXh#kf&!i(@rAvReCY)b8lRy>KdIHX-4BH9->;27T85+ zBe3gd8&9The(`cTGU=P~empywzW;Ko2J*w{D01ZB=JMi+EWjU~M_1#WW(?pOynz!v zLW(;1#w>UVy7LN5!R0~%7IL>7`CfKS?r{?%i6)-oUBjL4C;6mPmI6SZ@W_^=&FZjx zcEyx)>6;@>Kk6so1&7nvayZv9j0FrHa~yw?VHqREgvLYnf){;8)*yJ!JvYIvrDIx)-C_uu@V{+m%5OpprUV+tk5TA>~USTbWfQ|k(^&f^UQ8w}H!Ume866$DFFE+jR| zF~FQ_g=L5)RRrGsO?w~VnW4xDCI(@Id~yIV?WZMccP*m`LgQGRgosZFeFT~UVtg1h z+(9_oW)wlUs0ggQ;7i_KJ|njk9NUEwF1W%FQrwgWl}Dj45Ezg0!1x6F=61~Mxu3xY zH)f@5c&P*d!{ws_dz&wv+YP+o$Yu}jbB_WH^YKmlM?j7vtgBJ#(mUSTIzPD#W5x)l zFTx4h#v(6IYO}<#}T$R_&RMLrmdZo&2$vJ1b=JWxhgUtoqZqWaUA)Kim9=pkT@l34Z00$ z=#Ccn(W_aWN2df2dZ8CwHyQ~Nt?n>wfR|L~x)h&Rq2(I1M5EP25T=@z;yjwme~6-y zQIi%GL68M0=-V*RFJnlSjBjIk`ux>FjsN9`^G?NaXc^|YF-ISj=H;0Pp(zL1FYp$_ z8IR*|D&Qaw44O3jJwp~cwrCAQ1a_=QkDcRr{K&ZDkB%vPl)ko&Co%v_3P3&CY&Fiw zVR*;V#+A@Sk*G+xd=MNq+6+wd=rOm{Ipv6uS ze(y*BwEA}|j`n?=adLfraX-CJ)NQ{8`UuX*mHM;e1Q2lhGJ)y)8uC{@&MpItbne4sa}DW5Pfz0++#yzeH)74;DFVor^1QoCv=pT+vj$0?Z;TP7Ygd-n z8huBUCc74$UnbHB6WZEx7NZ%PA0XEQ{B0O%tqgan;2<}B`&*yaSp0YYm;bg!L%~=E z8bU_t@gC`VNT(>yGcZeo{9YmB=^G*SY_Pod(5;Fumjuz$miY`*P};4s&WT3C`EE`m z++K#)XDes(o$z6dpsBdR_#6ejMlP!cM>rr-f(!#JA>2wvt*`4Y#Ho|3< z0foX?*MZ90R=d)89E`OXPYhZ`7nod2Au+fVrM4&m4DO9@yy~>L4($T(X5h%}Rk&Xr z9#3}>0L}yN+x$I;=A07BG2ZWX+TvuQ|FhhCb9z?8!6DECoQTl7c~0=>I&YC=ryIiK zvN!>)JR)*8C)%~8xv}%tIgj5>4Y=->D;t>8M4d6toGm`jLvYK6o~51HLIgj@J_I&< zWnW}atGhc*tyA>Y5-aj#B)3WK_4#!2?l^4@=cUtC>B~I4q8an3qF@eVbyE7Ev`lZb zCSyH#3!ID!1t%M13rz}Dro%Es#YE~((rlGArDOZo&HdT*_T*~%6du}N4(*~Ctw5nj z^v#)llF0Wa*MDh`*yw@%-198&lf#qgCiiy5L*&GArmk`bj$|0DL$7Yhn5E^>Ldq8Y zAhSk1V`?NwSOa5~bAD5-WRD)0Wvu0uTz?pzz$+Zqiv$p>8Kdor73kiaM)BqzQy@5? z5oK_59QfdNCDCNma(RHUHeIGZ2cGIYq>o0MxnH$CWSKg$kq$#3AZn^Obg}*$F+_A^ zqJ_4(m;Uix#9f`BvAh+JRHx*RzGh53iWRQ+ zH-=#hJJoq2Tdritt$&A4AiyEK;ti;$7|AV%k)g*o`qG`#U~zj5a;{|n>#%4GnbM1E zyaz{tar_RN+NWXrZA^a9&2*&$#z+@~i{Y-W$br2$EDWIH$4)DShcDtN|JyH*rnlj> z?|t!fdLG@`&kZ_^GaZvjvTK)4P7kM0As4>hJx* z?@rI3zl;NXol(WHB7aAxp?3mbaEI?q7t5BNCP?!*al6AY#NfM)qgFg+JaFV5=XYe7 z)7Pa%@6H6KS)4ITy}_HIM87P=G1zZ*_~s_jdT{U$Z;un0j!l5rz<@q2{n{6=UPG*1 z-ORHYBn4~EM+rUSKv80NOSTXK(yKILWbUE}JD8lu@KTXBgpqQGl+y@3Vk+Wbt*lYy z^)g-~y>EHR*aH`m?7BkA@u@R zguVN7@MC zWfkmF1OoGm+CUe0z&O^AYo`Shxr?FFrG3#kAW~n72Bs3rG!1rz<4a4jTdH9=u)0Dc?DH`l{gwe3Z6+(T!2$DEbXH zg4Igd@SLdLJQn;i@``Zq2PH2(+o&_+QhQNq<~!#Gk8}xSj$VZ)%!8XhR6QZuyo~Ii zKjmv97Y-XG=^dg^fBo-%5gFKOX3Az9q6FUfxJCwK%>RKI423)GIRGE%IWGhS6X1-@ zf1=Et?aku*CJrK}5WEy11FIbm$kwFsR1-HcP+ETz=m6^rwBgW;{kes zOp|+29VFvlvW)_G(i{Gb#r5C@tK(9vc$E{EmRd|}PkB-Dew6+0`ja|7b~==;QNS1> zu8tg2Ku^Xy*Ngs*!+L6XWE5ml7p3uYzL|?Mz>pDHr0S2{M}EsAk1zK#is*yKhS7HW zqk|FLx_sO-vY4jQM9`gb${S3kN=(6ZX=pxMK$u`*z^vjt`Xk32x3eHaEfePL9uFPi zuz~gYPVf<2n6@xQqUcP9;NSi7U0_(8e(m$8#gS}T(3}^ia74oRR(lz4+8luaNm&UE zWyvCzITk&W>pL(^lSbGTa_;-@{LT*(Y;860J-axYzKlWr>fMJ19Pf^ftLx||ZO8;j zlk1~d)VyV$(p>ek>1J{e)()>dREL`iF1>P{Y?a;j$hCs%o!MhOK;BPd7X`)vw<-Bn z!ADOwqxdg>{|BG?G?)xZl=sWGhw&~{Ur7DB_SO4vQU*Ry1P6!B)r4JZ!EAP&)MVZ`VB1n=>4}46?UA!I-gs8$tNIEI8PJ>_mEQWnKq7Yr z8-Bde)K-F+LX{~G(J0VP1oLD)5qjve5=QVa3-tt|`o+a4k>`8Uv(Mv=1_{>}r(Jo_ z%}s7@r{lx(@;gSOOhv;KpU38kJdI0AZB(^K`&T~f=WU_^{bFeHpZU1Ca%L17%?A&; zyh@|dWZLQjGIE^Yn5X6_Nx4UQs?a-5LX*D0VNN>KYvgSHkkKOO_G}hKv?>-4gjXo4 zK9nKnC}HzaxwQ&>D6@G{PMo4#4`%$Nu4MmUug@g@5FB2FuPLF8DAD3R`0c!1J|AL) zuM%xbxj)Z%?eia%IGx`l!qr~-eHVjn8i3KTxy9;iHvQtw;q={ay_}XmGLDJnbKY3s z4lltk%_KroUhx(dEV6G~1m`7vY<`@b-t}lWy{HdK{h!|GIV*)JEy& zlM_ezF!t!iFrpV3=yIyUYtDT*vSduE5$}rh^RMG&)TA)GUpG0-*p7lzvh68ccFeO> zueivVcVp349?&v)h*zhoeI?H7yXcGC{JsxwFGT;qEl0)P@xyV6BJLO>TWQVS9O`@= z>xz=V!N73{z+oAedLjJ6P!0naxC0-&Gjv||Q>TCG00%cm!SgKNyR%>%is#$w)5gL` z8>2Z#I&SCm_t%_3t0g?yG4##Y7!tI%HtBEQoU{`Bx4w8bJ=|S3Sb-zX%k4E|AB@nI zF&Z9aijIEEjCnjM{t1ek@wsXcF`UJ8Q(5z({~W093#|6@m*F8pj61ZWyBE3zyy+xu z^g&MPr*C>S7m~R;?c_GUWg6Z61z#K=GUGhHuphg+t;>bw>5u>V7s26^>DA8K zbg&)=Gx9p7CI{}+6g4YYaE9~w_S^>>W4!Ir}$oBBm4XE z#nafu%U~)|`zCuF9*_Mr&%cx4YHKqz$ygY3h2MgV!|0R4GtWJV&Wzm204;s}^Ovt( zXyEx5M9k9^=%pHYJzo~%m7FyyAapz)ijh^Z2G1O%6kOM9#yebJbx#b8`Oz>QFHST_ z2-g+Qg=x2UHcJ>)@AB^Y=1`oRoYqTL%tc@*@t^+XPal=!Fj5eLX{5`2^7`i$#g@sK zJJx5uM!@pMWVx2HXE1F0+6TJOZuvI~bs`|r_CdJ$Soeq^C*$nE@SSgw1-~@KAiXX!kg(bM#r>}v@iq3*&#gI^)2abS8IWy2<^PC$|bBkYMIPeDA)ZxsXEW$2(Xa3Px!N)U2ecf!&;Vc_CvA1SPgPd3zt=U;NQWTLxZ6f-(⩔9knqL}T#M56JHXZsjC1ip)t z7+n=O>D;kOXt{-xU~2k5=g651nswycTXE8J92&p%a&LOMV_I|sVsPC6#b5bB8!>#L zU$bp-dN-mIW+K8kI;LyDV;%K#kNowF16hL@ClNBD;g!IdEGQBTtwIbVGpJZgs=z&rWN5NmMX9G*@8@b0Ai@iZ_- z=<1-1x&u5n^pYpjp$R>Ca1duRj*a_GFR~ZpoF1Ut>Ho{v1A7+;?l^eb`=kHiAJ%yn zlzuomi#@Z+5%}YHt*!MfP_51n-1yh#FX8&)i`{BKm?H>eQ<-^Ib2ZL2XIJLf6CBqP z334zzrPNl^bcQKupL8f)^2_&Uop(2_h}Yq9>GK!QUT0i2rWjonEF=>=-h_F^d>sf6 zu^Fk((Yhytw(Th(84>_kp2W~H7=12myx`S%Afi6ZZC+|`cc+!Lrx#~sP|EQ(UX9Xz z2G2lWJ%3hZK@k3mLC?LG1~ny;@11{woWRPtFn{485?+cED26h6uAdv2l`urBid|$- zAuz^3_zHRMaUVrN7%9M}q8NenBRXicX|C0k2W!Af*COUR#=_e!Pj;Q6%%XZ@uqY)3 zK9a9d^u<^D&oRQRJ>HtB4)bw}Wp1Rxa~(L{!#TnbV>&>4kA^R8@b(CFjkLb=y8@qc zm>Y9-qmLXj)-+dxLy0lyB14tc@Imw#KgDbe{mF+9RWw!Zxfh17LRZmY(~J~Ca3XT7 zGZGlg3)gU=kKe%&nxyIC*O&<^C1r@l&tQwb3DmFXkTFsO@Zk4YM(GGAEZ+k&T8Sho zyuJs=Etq=b0edUB#~#_<=%HW2YyO@iP$x089NaV7_l9He*LdYO{KId@6UON?=5s!$ zD`*r@r+IQsUxCTJcIAsIZ)R&1Npo$@Q`(oxc0Yq$Ls8`y!!q0KijmJ>95jVUK13QE zgt!=EOd(mLiZrFik&;sZKjhPYO*aPDaB3{hGrXKi@&b3}jC5`< zcwCNQWr(`#TJF{V{U>vOae$U$IHFKwM?3`zPOmHr3N6Sq-elD46z8{kk47sQFSv|h zPDlNtU7g(Y+xvPiz6c08&hev!2Y&>gX`}Lx--3Xsr7GO@c=)Q@+g|X$nEUPEXt}B& zfRV=e-q@;_B4ekyJi{1zBlrx_3I}8A0YR2!3bbA% zXxd4{dQTQ|8OKV|D_j{f#sjNiwALrEdt~yH+%FSlH@b}tmDh}{)VF1V13&uO+uJIx z!L>$Dh3^&CwjQB65w`LIY})oHQVu2}l7-=j4yPXsE;A7D!8QIM7cwMpN1t=VrKUx$ zR)%0r5j4Z7ICC+yR*xabp~JuiH*hs{LU5SzSc+-MAN@c_+N`F1l8wXzJ9ktX`t)ZU&aI;8m-y+E$J!7KS(DZVgQO zl%?p(q`Sy@oFlbPN3n-F75-ZhyzyZD$ zz#(4exQfi75GfRmQX=jS4$7320R&o0$a}}ws`Um@2AP%AVBrE_XBsS5vJm6=4_wNdM>fM5rRB5m1HP!tlJM@{UX1$b>gl5g!D)>8?dVrC|IiH1vWAQFi8qzOT+7jng9-i9 z7Ts)BJafJwUFgKYT0H38X_hoq(O}TrlaC+W)FrgFnTv;_*cs3Y?xS4uBEL^AtgufI zuASANk!#MYYXc%r$z9RWjy((fk=?`)#Sfia*SjwQLxaV@)G58t)xG0=U`}X`{|V80?7@S* z?q+$OHgpBN%jQd}ZSG>>Jki`{VWuQZX9{rmGh-URiNRX-1Pl!>@*SoA#h?6%>Z?U? zeB1VBvTk_g>_POEtvy$Wl z-Ue|PZw6yB*p1b}{$5&aByu^efS4D5@$#sB%50uIdc3ll{k>$~h{LEsNOW$z-56B{ z?{n|HQ%5N>{)~C|FzvtpNB=NaWUP$Wm7LxYNV}au+ZmnBU4pjc%9ngy?fh zzzkfV6tv~I?;L@Wh&G~kZ91PD!ZX;-d_$g)0eTrb&OdEj=U{I=$sa+ta0`9JN;XSj zEVMJ%UWG{;W=w>}u@Q7iL|`~&Mp-rhXU=7mFNz$&Fm8=P{^_?Biu?vUTDV4}HZMZM z{l>^em?&naA;49EP1LAWlx;D(`%wr_3$ltiQXS`FzRfDo7{Ace{nyPvgO3ee7&%4= zA34#-kM>&bw2Ij@2wd@X0-BL25h}q8`Br;^x+sHw7(7Np79_|aQ`(a~4pEtoLxmBt zi;T&vv6bt|={Q=PSf#y1d@;(_BIF#}D&cK}7Rc7cK{?Kt;D&UhiAT{i>Vc5J_d*rr&F?!(lg3j9E@VTduf-;Z$)YZF{f_J2x_!$;4YZ&0<$1?ZU~j3;yVq?-{!Kw^V50KxgYv^Sc2EymF#jz(#JB`fbDP zMNZ*=D?Z>}0?vbEt2b<4t`WHCkA;;iy~=oFQ&l4;z{C#;BpM4Sjpc3-8;Rv>&*L%p z$g|+kyZ#`32I19lvh9za9d>uahkH9K`>EpxIrpNo71q2eD+$(AmW-oCd6&<&2v5EI zkEZOdvuOL-&wh6G@w4X%elJ>if|&F+ROMrazR$vJ1-S*qw#BG|CZak zFClmz@9rS0R8Kx2_uZUS04i;l`D&D12 z-V7gSZO%)i)sj-$$~xRHETSZsG9P;n*AOd61XxNUdL=w{gt^xA2WP7~LZBQsc<%yO zaLvE+EDFqM)`<+HL-&j+8bosr437y*_mU6H1m^N}qSXi@JnWZmLC?&sSwt7*i$M}N z*-a}d)C>ZR1P67*5z_rAQVl{zMxQqnKQs=v8jW|G%HUGR64-nHW#9!Tm}KFq9#B$t zL~@@DzIkE6grLkVU^QInLjYjj=<%b2;d91e0Kilr^1B ze)B525qN-JM;bXkOt$MuP)lY~Ll&Ch&spS#jH2Z@bCLSUA{gLqZo0SOg@?=W(uGU~ z4bIk!T+%1T&SNKO5F_2E?d21_1#ujo71-OM(D`)8I+6G<2ZfSR6sSNke*zZTcaX=o5=Fc!#GKIWM3o4}ug~PS?eUo~l$h z;8<8({%YYje95S+zUxhb8#w~Eg<<6IX)<*CQh=ehHDj5k?JaHz1|@@J_5II0s?O6P zop0@Ij(%huRQ&x~H4ya^xs|tBAU#QlQQ$2h^OOJ0+Iir*YD@96w61^78cc>hMI6f3rF~ zI&Jk#mEy(GW$&lw%-Js0wcGDLe)J8`T7G_bSmt?4-C@d*=$uheR%+CtDTR?nWjNW`KndVBT3hadM*sR;D# ze1DnmFON?$#_8%i-~Lv|?m!|pj$*AmvSorzkQqvbVlr()#Ik(X5HoNU=JX@-5`EWr zU|L!>szc=9hj|HF&op zSQSbFmaz|#$uQo{HUdM-D!HC>oZF>h*mJDHP0}(JLkFKubEHrBh)Ox?J~$@rlwl|y z9>R?>GKBC)t8SE$^EMTsEiGHZH$rZaBgZSKu=>@rgREvZzjK`Euya9a&l54Uj5UM7 zVaP%d#W;S0t@lVrxXt;1xxt9@`P9w}hy3%J+kfzAqHxB6foT~&bRh}?sm}H5FZ3Xj zU0Iq=&<}3jG8KW8?2(dK(QYgf4i-*xF%V;HA_uwdDA_SX%>Y1RDO)zEN*l6-Mgm!M zW(Cj>T}=P@4kp(qQ!7iqe0kQ@(Ms3?Xb-8uk*In37Gif%9K*bm0LiwJwsmwnk08_YbmlS{!sfw#gCqB!*XgG5UDIs|B1|oyrA2gzsS3d8Xv09#g$A8@H&6;ZE%gST zV|F6_vKazmFo30jc1Y|xcBRj7$M?0!)UoFqpBss-J+XOH=PH8(tW9k#o3PN+o4_kT zv|x;dkWhfvc~8hA`*3e1D{s21Jz2nRG_1_7&yj&Tk;oEUyO=A->1ng_;O^ztGFiJt zXyo6X0zS=2tH9ik-P%sf<^FtnBTzA>9np?rbIFvt@X?hbp4 z9C(mGFVv_mxT}Y*p(8r573|O?ifplq1Z@+ftFDo4Rj*dC0x)|_R$R{*OqFr?BA~Fi z&1OVP0sXTT^M=uUi=K3!~3>^7#(5@-g)=k+S8+> zqqH?|&yikqEcczGBRB<;XoxNih;mHOqFTx)!e20@G65dfNa|eQ!M*aEjJKjvxl>Iw z$8Pc^xCC$Gn!mRmMgJk;>h|Z~d-{#0_!*poQL@fhVeD**u?Xc5Uu}Po$IRY>l1`N< zXWlmvP_FyJXWwl`VGi4q+N$vB$NaE?tyH!EfYITcZ8YymT^t>r*>L9G`c^u^|E+KS zvm$P+>ln%!so>lQDu`l=1wJ-waiVij8I!@yaAgWZ#fdTC%AGA;<~JqaEV}VU1Sf}E zf+K)kxRx;(k&f?oVDNb>TGFUEq4~u%tR};<=e8=#BAey(L%xFspIk$0k=_UP+<6&|bAPOM54J;H`Ns-{B z&oCi|4BoDr=?}7CFgz7u-!MRt1^w9VsPnfOOX*4pi6Xjo7D|Pt1QD=#GXieqBb-w* zMw|?tlP$+r(RwH(8%M-wt($3BUM+kBpYzN7Bv|WcLq~$%>O%}sAnHOFku*5K_bSKT zjbZMT^{>Is^`CAv3*&x`!~zDx}*yhN*uoXd}9i-!q_1ShwG_x+Fy?yliT z^r@m|F_kqXvWd&^T$W4LLelcjPZ<$@!yAk;49^xP^8&3Uz$9ye9f7rR@K!Yi4)oh^ zK~*ypdXZ}d5c5za`~9a~+FrgIIU!3vWvy=c!Y8s!7iG-Wh&01Cy%2m&OI7zA%bV>1 zOZk=G7|@DAa0yCdFVklZ71uflMkx)ef4=6Bv7AEw+NlH>-Kgl|Vzq6oG*k6sFYtlu z0Xy0Ez!I`w{%2e^1k5Tc+%KQmOA9U=xP{K1 z=x9m_4NT+pmgeXrdRM;kN%k7>qzxR|bFyV?bOYZ?z|XdKOXBp2*ZPAiyRaX>dHccM z-ZvOJ6mqdr+Xx?LnXh3Og0vi8W@0`gJc3|e%T8o_dwX48---MHrc4YW+h5jM_c{VG z1i@J4KanA0&~rE-=Pxi}U+?eMcNl0ff=Gx_ zP=+8_6hNu_D9n=yc#4yS6;?=cybRqe)FI52dFH;9ngtbbLz@i2FBhI>68X-V*ZAdH z`(?|TY+_-0!JHAijjer}1dkZ9$TA~3{lq|qQOhk!7%D?&=nO_+nla?3+XCGtWr0#1 zRFu2rZ+!&rmhnP2K>&q;i|Cg^SDgckW1>U15?a9Gww}2^);#o-JL{q%#MTIyw<8r4 zQE8uE!1dl1;j<{u9M~AS8cq12J>1sxSM{0s^D$~IxsoIF4379|PLjjNj~bSYL#X{$ zRWPOnNmjXvj=O?73}`m)x{QMlT}P1@IYVFNO;a=sj;f5TLUythML}XT3t)j|44ZWe z3`cJ{%k|_R&}mY9EMBs}22m`Cvv3X`HDGCDu9&=o$=K~X{k{#q_QPA*@;eFe9wrsL ze_JIZG)WIiqR9ZhCbqhE4#YoNL|`g}Un9HOU6kx`DANIi*B= zR^zJUU-}a(K3Sc6`5Dv#ZU*PH+1uQn zB#BH$zByISlU(Yb9M7Ukw`<8{^)Ha0Kn{#U!_k2Tw{*I)b#HYTUJE2Uy%?Iph8**} zb=0}Ws&}@7lYSLE*b?*Tk|VZX@KSq&))~k6t_!H`@B6;=xx%ZO#edzt6&zoyYTNfD z`WyN*D17s}wBk3wOb0mK(kpcHYjNc0?705e(b2om6#jS+dTHk+5S!ppf+^$+PSJ-x zsyF>LxqABW;2X+B!`LC14rZ>6qUsb~V%&q^L|Nk?rrnfW85|MySt2p_{E3cUU&}6M z!x};z)+PZ-l##xc{kjY>Zms^oKmNxhI0YF+K!h<01OWr4 z)OM;2FrwFMB@O(`ThuGK3OF@<={apC3+y~)U{aE2)EVz)z&YmK5^+Hq!y`DOgutXI z@b(_CDaT||3@5{n&q}~xhqJpFM7^9(Wy7`UXCm~_ZatRk>eO;9G#lm5b*O!HE&H5x6@p5;rwTgj(4SjVqEZ#S!^>8g z(st-Pa%7xECnjLR$H;a*!Nn*zSA&+61f3VSId6soO>0PU0e&zAelrpY6T67-CU7ce zx+k5I|W#FL|oGhmd{sya|y*~6GRC;UzjG0!*FtLRmH+tD%#1s2unD|DgjWu@@;Afn8 zf|ZUR!|awQ{aKxV85jf_Dk6tx`JL|^kj+Dm8&E{fGF}7Kyky)eYCb(9oIIINwn+(w zHWRPThyDRlwX0KS#tUqM9x&PxwiUp@%~8{}+EhpfU*BEBewiO;Z#p*pAU`?2BvNSH zicjA3^(bRl1Jj2Dk-5Cd;@D1djDBM$z(Ah6RwV7%yTTY6xVHUf)$NUb`eq;Gpzx+L+@!e$f7nGP5L@&?t zot#Pr#s=^;bet5jA7~~ptK1W%jPDvYGfi8CF|c5u!8aJe5d7Hwc?pbX-38b{mL?fT zr93(j9ne|tLw6wkR*7>o$K#M=@N{O-DqEE#uPVsAs$99&GJY@DDR(=jxq(@n-uL?U zx{gW&1%AD8@{b-qX!dKzCs)}04Uh;~M;7G%(LeboMY2SPXgWriaZqcb`>qG$N(s$aygP%vx>t>O&` zYpx|cltR;1DWi*j`%^?b^{@R1SY6v>GZ!9$ZhiO+l?<*S2XfY40ec{Nha%P$eB60A0Na=;>< ziI&rIu4#EUueToS8-s}_cx#%3j3~34&bhbgk-dUE|HlvpZ!`mg&t8+a^EF=SA4$5= zPWadC2@T=8K5xzr%=%ca0lBpojFj~WGA|h@!>!F_9EtmLJu+3l7uPeNuIlvS z;Ho&Bm9fb;Udt>ed%V?!pVouegIZ8y5g=V*w7q2K@Y1?6kn0(WMX$O*E;3c;ov{Rd z-d2lSc-iD3=Q(bB)msSFEk^U*f=#y$b|3t}?6%Ojiv&*5vGff;e`w%7V@8&d7esPm zc&5T}9vnRGl+)wrx-cv>V%PGsw7|1;S>3`@j>cz$fE?^}(AxQMD#Vu_aL{yfc!DnT zJOH;2s%mjwDvS~%LD9=I58oJBp{rp__1$W5bgKi&A$_%qmG6S@=O^w_wzHw^ooyGO zHnv^b z=ucoWLB+`V;$ZPsUj&csw8jEYDXW9$C^ zdKOSN$cns5LTmrSFw+68@~!E&B$0fP;|)f`Cp4kI-n5io0;_h`ZV144wzs>s!ZqNu zw}|83)*Im8?XP~}{clhZt6~d2Du;M>gu9!!V+4$#UguLs$~zpq>;m$Pnq6|tm(Q~M zx6Qzn%`d}90?hb(@fQfsAX=q3MlgbwpupmUhX*@T=0(lkqH%lmJOBKfMM~68fh{Z% znOhuWUXS2*V~D&dd?S_+wq>FX#(u1u2$Fb)q$PeGGh;)ba=g1*1-6L}qd38Xu#4m< zJY^h%H^!532CLt7LKq)9*#eQ16uDAbeP_rpCq^o7?cGnTeRxp%cr&n#_LCJ*8n=|? zBjYCGcYkHtG;&LKl*GHybPNcA7MZ%P)rx$ASsM!Ks%CC$fzsai=5&*6denLw z_$cJLejUp>rDUJMtinv#(c~;f-l9n*P_j@1ljD@J4jO(C$+a?A!iv9jLisGNYez*M z+@jQWp;aAgV8KICt~pc6$UwVIOrMKGhY&uXQJUxb^gX5{zk^F3N0_&0-J(vkhLirm zX$nFn<$UJ?Ikz0Ip$a`0<-+yV*>R$;NswcN`<9XOX4gkyFDD z5bE=F@MTE%4|W@b$S~c~CMaTn^o0%rL$m>lS817ZU}@DLUs~PBHRKJwL$aZh_Gw!K zmo}UVKKQPW%BKz@zl@nhWFbJaLE8XqK$E}s3i7)BbN;k1erX~w(GPplTL>A&{MJvW zG71;DCqX_37tY-@2VH}^;W#k;;@@Bu;HysqKUo&sI&4hUrP42l$VT-yvZCBu+m*54 zXR+GD$gx|2*bVjtoh|-!z4E1uj#E&^w}SdGx~H@++jfq#@**#blaa*%vv36{fr+F+ zrP9ycXx$gg>RIKA zDKQgRJpGi$c}>3)Y@x;CG$@Vsa6!*$jenf_{MNn2n4@eQBRR~$wTz%CJVebc_vbv- zFZ}tAp$+IFziH~S${E8&7Ri=OqCr>A`D~`ap=KNpHUeL#T*CW~JuE73;G?H2?b3ni zfG>RE{j?45qd#>Txt_ri(1M4PpMWWF2hL7O<@+K_vaZQ=@Wrv=4cug>@M#A4D#ru0 zHsqrS2_oY9;J0(t3)ee7Agtk9>wx2V=U>Qyi(`C04F=MOz@=3q?Q)(R+nUsV3QC=L_=f(* zrm!{mEnC)?;d1$R$4KA43-I)9{=4fI);NG!JFvOf^<*8~pmW|qYzLG6YRA@aINxv} z{Y~{Lb~Mfp&&~OZJoR@O87YJg<#W+7I$&<~G+8SryCd-l(<~Be_HShH=r6dk>FmYA z3$*jHG(wVPteFZ0>+oS2X97d?mIOq4!cz}A5r8`9Q#&?;j%a;VJ2?(a#ghCkvI!33 zkxld32xTmC)3I`q4|p#!kuLH}ax(ltFG*gHW~^3~bA7)Tp8U+U6I@1z(x)KxPWoVT z(_(PcLmDzW>^PpI+mHO<7c0lQRAAyxg|th1YkKUz0z21&2R&OE$*XdZPqdWH zS4MIyU+M?(fIiySfe#iCXyZCI(L(0UyEd%4H?os=gSi07A2tDxzrFpvpMB>WvLlL0AoPsvvLgsEXzRv84l$~Si5;y>1UCZ zr#?{%2#cT@Lwy0>0)uaU^IJ9C;YnYR`1IwXypYY#Ul>+qXCR;E?HF~AYH>0c#GqCX z5Wh+sq0DhK#%KE9sh7lNm8jRkr&gU$I0b7LJ_6@15MilzPX(vM#g*cf+F{;7zV+F(S7KjE4F z;R?pQ(ZBQSX`inX^@o2|uDn~iT8~SJieJXU4|J(BPQT?terr2;f@6(e&iUO;Zw)WH zp?ovi;OE+IU8zln8s0hwX2&_|Rt9n{!K{pB@H$1~hPT?lse^zupEF-p7M8y7FrGfi z*i|fuF*L9Rvh3>A9ud(^^lauAevln=?Sex%l5aujR3!wfDotdc+^-#+w|48cbGOIn z1N?!CFX-YwU@NCO#L7c~o)q{rCQ}Uv1OLm&bGmAPE;Eecw&YHB1&m;y((VKkoWK~d zaf(XT#;i=Ftxx??^)cdu7bAxM-r9h@T14K%i#k?#!9Cw0L?`hCeHn0alb?f627n`7 zb)K%shGo`l7`sKM?AS<#;3_adcY56bE`6aZyudDiF;~1e`IfMQZx{B31`~wkoVG5` zxSWXF{=l#}^z>X>S6|Z3r}tSLI(-0F^*1zPfAxfB&(CJw-a3s2l^KiJan9~OpvxSm zfP^f_kWKT9Jj@gdyVbxbpPhde5TIH5L_cF!l<8U82si`~GTzZAJP+M-oQzqSf0^I< zKOU{g)e$0Bd=TL0|JcS(S8eTP52X%LX}=vO(W1H78wYO3RfPbL zW&*ozbDjS5U7^U!MI?I*EnkZe zGC^`d6hr-M17GsVbk2o@gj6~v0~vyHC|>=Z_XuZL+H3T`z%hbF5Uj?e7!|H{21W?R z(4tME);P58pB^|DXTUf>M9;o6e!iolxVDO)F)$Q76~>I+&1l-PmlqxV4V)bJI1>g% z1CE6AExZ{Aom>NU?PR6;DYw(sytYd%eCz$#F>dZzU$SD;F<`L}2QT$+9tY3;Cd9eC zv{VlDGBza^K+ZgKWF*JXwLHlS-@=jNQQ9~M(7;B->I_29$@*qR>^Q0^?=!ID)EH7h zfM9OkoCiaqzbbQikboth%^cuWgCA)?i@*Yp!j%uStiuVc=vL#RfAElrytIZxBmP|5 zKq>7l#+zz^z#*-2e8vkM^LCu^!tJjm~km%h@xeYi#iZFY)t&S24%wVv8z!6qTQ!5{erc(e&rhB5T4kI_2uc+ z>ba7;GJW7cU*qei^hL}3hlY;f6CM@%wi#M4xQ?9*e*>!oN5zb8;svn;x9&Oh>BIGr z^Cn(tk2g8f6*PgTyo&6i7n$#0uF2Wbq6tlYw}_8ZLTrpiPI+ZVf#4r{0LedKFx7uOC9ci6eF|L~Vq?lE_*X%zR&*Usf_?|+p= z4xN26rGj^+eX0YY#m-LJha$G)U2Ge@ym@Q8_0TqF`8d9zx2nbl>&F@qX5U@~edYvQ za;~;A@X@&k58N&n8Mey3j756F-A>F4%&Ix(#_%OWyO>8jiag9Q+ROyWiQ4QcMzIVu z{mHO7W<>C+05cq9G2nZ6`*kx9j&JVyRi>ZE-K|#dKRsAIIoMhK=HLJSRA_MraS3|+ z34Hy_CuUFCW{h6%-A=oS$|ex0g5@YC)qv#_O!@|r>xxf)kDWQkkD)AztV^3nUi3I>U?uu4NY312l#Aq(Fiu*f$q55 zSO_4eK0^In<&+upGeR{LiS(B9IN}Sfj)ALD*4_n*NIno(kG{Y7T~93__VxgH1v~e)1u?l z5Jk3TU4ZW#1=^#Tu_*eq=Nz?h4P5c8^Wb@pdWHvqoAa&=!9#y(C!6zg9N2dk;lKfn zYXtHMdVLE{z~CavrFyhrqF-49b(oBJ49TL*&2lJ1zT-vraR+-~U|cF`Id3n5(jpzp z4m@7B20wk_2YvK=Wc~LzlDrv1{O{`f@@||dL!wm2c%Wm?r9HfA81p?BRvsD5P7{T9 z%Ie*AGT%9JE8u<3{3pyex<7*J@m~du(Pe}h{4tUltLOyY(!XO54Tf(+pUS=S`9KqJ zqMtuJAOoX+-woK%t#TJg8u;bBYo~gbJ~NK}DonL`dpz*#9M2_b7g-NaI5X78olF%nuz;Vf&>zF^60%aK9;B?C$1hJj>odSJRvlbMtL&mf24Ztm#LyF+3M-h> zFLpw`sLNbJ=;o?6FVN>SzVkR=A^2bTUGf!gBa>|tKNK>G3Xy!$fUjCxZ}R@ zjBPRD=G|M}WDE~1+EwZ5ej4x&-Bh~K&b{V7TkVWpb|1VpeG=wI-e3Rf7jGcfK|&-1 zC_zFPLd-dH;-Uz1kgf5jL-&JvF-ib-4da8+2;Cd%)6Nsu^rJuhyh%Tz5N)sDh*V_s ziG+jbdru#(wyfk!z5$Gza|Js2sjEORq825DR7<|Pm)6TQK@zP&Q_JIj*@X+41IyX)oLXP48MDS6HC|FBj_>V_v z=X@QSU%6JF_&3!B3Na1^+~1`OBNCpZKl4wVDn#JIkb{jep7Q_TskC)^ao&w!nx%zT zf>k9fMt^~cAq0pvjAZE$ye5DcJQxcy58gV69A_jeCpj-08-tBLqr7O|j4q!Uu7+Z9 z{`z#hrRj`AIR(UULkGVN_VCeu+F!2@UmoY0wSf&RyOD2vcol<$7GNoF0}qWU z-U2%g2JCoWUS)jzBfI8OeJ->{MIuDD^0SVHKFpaw9ymBNeRWMm`fu=>_wp?N1`F`d z+cjWMgTl{*yVkc1+1J8v-^c*H(FYhSIr(JZH6ge9Y?cSMjE|=JY*3#u(LgDmV_Jg6 zp$9p4J)=5&#@h^4*-(-;HX7+0etkk&{=lv$beiBTd`+-}{@UU%yJigcgM$|h1qlOj zUhvL)V9I+y>u!{8r_zsVrYb3VUA}%*8t8*vFbzfiz$z>B%m-_2nh4}g);@W8wt9AQ zzWU<34{PZ4*<>k5)>f?FWU=$JbUk`X_Jd++Yy|^r=Q}IYiGr_pfL1V%QK#mn{*Rq4O}W!+W3yvUT||44juO0 z!fF-fm(d%tPj;}}m@TpA*i`vCT0i;WCOZOnv`FLOc3{XgzWw6Q{mZ>o(|RLL{l&|Z z)#b%$~aDE_Ne-mpiw`Y_u`x4sI7}>;+t_fWLuoG8J?B${5bwH z!GgQY4*RV2yYt`|3meksgO=ZKH6eoon|*q6(nX78VdF=C@XI&zh(iu5fCqB7p<$j) zEt;J}D8~tt7voUDN~dlWq40gybhv;(GW_lPIUeLi&5r^QS4AkgiA_FbsR$`cucAfR z-t(x)^?l74_}TZ~i6Gxy{Re;LKdyif1d66@jRUv>PYq}o;9Q*pWypA41?yj&FJpm# zhz<@z_ztfnE5pD9m-CrF0^XNvGaiK?Lq-LI@osKKaPxaHmip~~`YGK;EDX>w{a6pq zD2y?lYxOa(xqcjGBh2ZpA$)5_rB0(oRp#4qStA?j6p%2>0jC? zMK!ApJlb}OpfnEN`7D0xaeV3nKNp-FV^kSkV<1^gG@ZGrj zS#C>l%{X-ZP5|cE@X?PM1C3nog{Em*<2M-+-jm}o-0cgU!Q`6sfzD)wZn|9&KM;&F za&P*wB`uk*khBbC1SLHRb<{UXkC6vJfJabOwQ-_`YrivEB$?1o$hISqN7-de! zHF!(LMy}wHj=jMYob-oQXp2OSfenxKr=M0I(r=oUZk!MZ;U$wU&iU@BuJMh%^WD)_ zHsYDwvyNByll9R*9WL#S-}dQ8U*JVwrczJf78t;L=r??T%v?8Fd8afoUY%-i@zOs$ zTlpey#(-Psq*8Z#W2SMdEBV7qZCtbP9RBRLPrd?;^jF86CfE;8(4gUBGtsPL=0feJ z@}s1vxvUaoh}|mvSLP zVLXHOS+^nV!(>8~;iKnAE{+1)v;1z2YIhxqA}}5nom?l{9VQ`gjJs$kh-JvU=P{SI zoOPXT@qXV|zZm1SwfZ}M`!~uE(H9C+rY=^?g-R9f%_Ce&!xR7^iEWJ?2IU;V0XxQE z+6Y?2Due_J!>WJ8YM?+y(^eb!F)V$!LHgEjxkhrLXZj|1g)ItIqhwBGW6Ew|a(_BO zG_Lam&}~eVrddte)i|bK!rtg^dK}}N6EzAMtMEraM(Oo6g52yc$3HE#=Xx(u-cnxH z7yfGRm=ch=LOd0fH*i@WpVie7^j2d=G2jf2F(Z^~Mrk=YV+sNf_QJ2e%- z?5<^=+t}U=%CbPHirygax=O<-?ysX!bTXXE&07_oTnm;uqrkGiw_V!7&(wfw3>?Xw zNA(JTJQrXL?#AkK?>(uap#5Tm&`kx(G0IiG1O^oVFAF!HCSw+?GLmTS0Sgct`Brf< zw%b?A#Eyq1Ln%U@v5Xr-LNBgfU96rS>=&l}9x&?FcYDC^M{m*3Zf=~Fpa_VnGZXlZyjdSZ zpHvW3pwQVEsy8xV>?Z?cW-qV_HjFC}fwz4n+=keIFzTZZtFF77V+<5Is(hxMDn_%} zj0d06ITu9)f`8!2@uivrFT8A4m+{FTIogW+p|jofF3-d7ctyB+95g%7=dcHduIGr1 zv?`P9RorAbrW!Xbgj**iH8%NYN&!Bu_vl`*$pQmX4ZJKFztIt2P9krDPYIC@I7mql zx*A8OW(=^G))|A$33$n(v2NW$>j`Gr45e7|H#Rjyfp^BG$10g%iTZRpG+Yed(nsj! zjwE=|8`prZwkYE?vyQIgDVpmGO+3X5eYBUgEotE~l{ z;7#{ydlcJ{Hv9rx8pxYKRzD&Si!HLa&oN`+rzu|j@K5^K#@je(e=4&fOLgfgaOjtj zD9pjzqlP>661{<+N`rH!XK}RbIJko+nMxPMpWgTQd=xjCd#C5p{}2Dj*K^>y)c`&0 z?cR?p9JTT*W2RTvuk5#Op<(#YMZ~La@?)n&0q$OOT_$bple5##t9uBGJG*X$J{#$O zis1Mn5dY&3zae!Arr7niFO?7b)=ENhZpU~<204(Zr?K3 zk!u<$j`JYE=nZ#@PN^sXp^}X*xB?I^#&^g#vqoW}Tc2?BVk{=A=77>WIz^cadB!$w zzrq=9&@4*MIC|VC#ji0>pEmmGLZ7r_xL(D{;HzsGLV;b!&-rCejbeh2L1W0Q>I6fL zri>xy2|7fKfd=@_nbdvcH{;ED2rS-Y+{K6#hg>K4vSQfcn{iONCZ{G?j1!6RLl1o^ zmAc+5LwEcJfjPfqVgS?!npwdguuyL3mhT-m|Kp8YR4AVnsN{!(^D0k+ce<*f#IJ=1 zHJUkQPLU4STq%ts`?Gg^x~hVcW5;E!uimO)1&09B$1>JAM@M2P88kFv%Q@O+hxaB6 zgAW~Ir0rQ?0~maP3unvNzy~!&{{k<%{47R;Gl08(=&_PuOU3vR*@Ppf(`Nvz+j)Ge z&&puh1-mYw?mC+aVH1}wLF21 z1Js=E7>CT`X=#x@-o$n_y9GyIWGYmMJh6GhQ1&NqlZoyDlIc6xCU+fGK}2d;8H`ro}mf)6_nBvSx%3n_DEY$tg0 zX^M+Y3D~uDjmauBw4vOL!kG_8(S3`=DRU^ z++SdBV4t`1wH0s1>B`vYT<84TnZ73R;2`yB+}?4N6F>12KT#Y%`sC$mJ2G^2;)R@?Ir2{|F};F!#?PS`};TTWzv7fN$1<5?#`Bjasfl15q!5 zslg14zB7W9aZy;SZwWX@p?w`^&T|+tM@}4%7@4!HtME$J6ambbV357zss0FL`J8ho z#|UzQkf7@f0wu;bwC|i9Cmw#^iUX2a&Zp8P8pN^XyGn}py<{`nJKLf0c8*7|v{P!z z*lw}Fb^+W{B>+~($T|Idy3tPfOBt8>EWb+IjBgxw3{X(JiiutsrP3!dT0@gQMD&aq zsqP$i+8;!g9vtkp3S>t;@;FrsB*3jP98d$7OoO4IWaQVewhKOFak+D$K_vp>dB%nx zBZ`LFm)C($rHHIE5N}`OMQG8zpwn0ALeF|zASZVdBO6>)Mq1^{m^PKLE&zNH^r3HH zh8tWn;5gQd?R!8e{@Mt#Jn%@cs|~t!-adGMZ+j=kDE%;EuETS9-wF+Gh30nzUTF^} z4PzAh@Hp;A8eT*0>tNWTu6;u8 z;Kq*CF6AP)vH|5oj;Tz7i!J5c*#O5>5*$~~y?YnM1gKNd;BXy5S8FA#>*$nE`~iMQ z0LKBNf%PIu0Mjp^;hJx=KrjH-HU)kgb=fjl&*?Jf0*miP3TzEBVw2c*{h$e2lLa;g zeb{`u!iUL(H}BtG9qe!QQMP={lZW%Lqq}k1_qSq0!h8ClkLqmTN1%XI8_Dt8e2Xpm z{;zy*vhMTBF&?^Y&Bij^BYf`Ny&qYSblHDjg>YT%4c;nH{G6wi(#Q4>@3aqU;onu5 zGy$SyT2kbZtei9(O4jOYBLBD32R*MG}`L;4~+Giy`uv}C>p*OAkrs; zMJQV?Qb7MG44^{#3MistvU}GEP}` zj)DK=pZ*Uc@ByBndY8>1eiv0mXtuZK78A@Oz~BKo91xTs);Z^s(>pmm@1DHZafCiS zyZyz{>FV(4WOZ_M*659rfK@gjn4skDo2S@rxue)irZ&%MztxglZ(YdSRDcNmexfhT zZ6rx>!ywMRSyev!G$h78aDlN#D6|Ck@##gcF{XP#37Hkf6edl}SV-QyolK0u!xuth z49+l2iE$a@>_G;!+*~aKy1TcV%yTD#8Kp>jxAAP=6YPwU=M+M`!iATrEDQ*E$jIEj zHqMdLu=^AT$mvdi6{U54F~-`&NW++DyQP${<>t^dm4#6T)3uVHmz<~EKfqn1*qj?B2_9 zYiG#fTNWy>U>cf-H(<&!86-JnXq3$L-7;X>%6bKmWOf(An5pYtT+WGR{Nb&ZclM>@!CaE@v!` ziM&WwqNi|;5#>;?1yJde+_mJMzG{Ti4;`^Umz<&LR-6}E4_J|h$XfVgURL!HehG-4W5iv*5KM6W7;C4ua2Vcgeem z^SX-79NlNVIbTvDVCMYad*^WjBZ*VcuJbW%D}Xj#6*0(l(e->zV3aR;$@J+%^(5cB zqo0-mn&WhLf;)HIS5Lq0M+O9@Y}I7Ysu5`vdXhckK76njer**N4%ac&NOqMIK32*n zD*=Igpbe7H$^5IXm_iX?d$5?~0xuptc@ln;OPhV2=2~|HsqpeC!70vJHtjs!_vmJ} z9*z3w;s^r!>&*vc$jUFCyCsyr^vK(L>63G|>Yfa{_0U{Ao4OJCb?1nkIq|>ppN?#O z%x~U)@?h^9q8}v@0_X9l=07R8XooOjMk6@}K5gs#b1*uXPubBdYy%KOB6D1_7DS|s z_v6qTg$FnaaB+DaV>I`%%X&C>%F(&kC_KaZD2x#W{_eNGU7~YdjK+*L28RRpw5tr$ zh>vlbf#w*=>oveF-?`))F#jux9w2cKRasWLy?0@Zh+e6HPOe0+Gr?U^He| zmxqTf*)b@LQ+N$VZAJCw00kH2S>Etx_!t)7wd?U1r^1Rkxn3a0Y`a!O&!GUAQF0v} zYT1;0<#qoa86VzHwmu8&8hplRaMFTO^ejGWo{_7I7-?0L@|Zy)7uI@2eCR0U@Tb&H zhR~j(C}&p&$W&!6dKaS$=Fv??3~e}FMnCP-DZ@s-$awjfcF-V8kltq4XU}#8= z=!x;r+5))BPWq|=E-X2p@yI(l1p{Mla582PvSi`Tp>0@jH+NvUvFF~ODtIslymC%gutT!0kPdN%Y5*m20$cqHA&koP> zd0r=Ai`G7`JCJ;O`(pT~LM0g9<>7))I+fv=Xn;qCcO06G4>okTAoI3fGe7v68F^l$yG-$-l1FfuX9q@*)2 znb#C-mz@Qil;VBh-1P_cnBgeonZX#yA9x9i1xbWZY5(*rbj^3={bswd5V9mpW@jpl8JBb7Tq&k1h|;iI6-dTK1f~K= z5Q2j?BjB7H+NYzuC})l3+9_j*h|c@s+!#ZXW`BX5L4!kSnR67htFxm-b*$-uVTS7{ zevD+!b4dE8uys~%d_G%A zNEh9g_`#4<0I5`hyo4 zMh{PeLsxK^S0)46w2~KuRTVxBeu9Vd^akH_&dzu^$ZdpaPSyr~&QkH=~ai3BZ-v?dXTTWMcyS$U*pTvn(r^ z(FN}JV`K4~qhY|k=n7tAdZ`PS{IiH_|IuE)4$kF&Xb49#LDcmRSta-OOW`WKKH6HV`oGrg`yOKmDivC&B-E_3YWp)zQgWg8K95 z^w{I;w+V9MP=DuR{1z~o-?j)dc;-(ariu$HxO&F?+1XjMZ|9FAlPXc4eSFYo4G7F$ z22TM5U3(kZ`6$7{qX!3(*WLOvN!ZEhN$7Mp^gRg7!Tamq|D_xAcjHhdBEopapYe6v z{gpF4HpgTdN;G615eV?C^ovzN%plY3D$1~Ib$9pnESd|Qs=P`~-R?05tl9;`6HJdW zK0Y}O(r;Ja|JASL*u&Ld{f~a7V<8-cCp6wxyiyR)E;hH&g>8YI0#Z&+Y+)>h666LS zdDZX;FhX4H=K=|aM(H+2vIvK%YloS>(1JiQ4A|_LXn4M_Vkjb1QECpwT#ZZXfWr)( z8Co{1&*>Je&`{YWN}coO6`REdUihLFUeqAxx8rW_(brP0A$aB;i)cDgdNlw=Z?F<& z^ID88BSdfoE#THp&_kfS?uJhUxdNSQn)w7T<1_A6bj~!#76(HK#$d##MzAd^v8B-NTY%Kc@v=I03NE=plcn;W}J2KrqhhC zHl?wJS0PNN9r9Tmb1lB1k86>QEY)^I*4AXKj90!aMsh8g&h>B?gpC%X?M%h!!x8Y( zBL-0b=KJj=5##(uZW(ZQ&bUKG@G?4Zd-dYQaf2^%Q5{WNuapV6DXnC zzWp(_*p9%NH^nm9%x>*rDzP^9$5zf;dAK_1O+dG4d?vp^hNlK4r5c$bI$2W`>valuzq=Zxq2r-9U1df!{Y>y zTRYpic4V8a`sn$~@aWCz-S`{(T5SB`ul>Lc!L*mJd&!kvdhcf#ZSD) zkY+x5oCas0e+%8vApa^Hl&hma^te-)&_VQihxr#VB4 zH<2ScH;QNc0~;ZJm1qzwRk|D_;@Zl6;MFvs5exYJM z%rlsqmE={$0Z+yvl}728Lio*TQ=p}KQ2H@&`Cht)7OpiOqi8-4jQFT> z^7P5W)x!g;l?5)09K*53D}BM4A=O76U-0+aIE(?90ccEyd-`U0=X+NaFKyO+LdmLB zLDz$W{Wy$S6nS)XTo@Qu8JldP#$RS>Oga*SfhPGG`b?>hA<+Mf6DJ?|Mde@wGvf(g zye69sr~)h5=hOrq-rzG17|E8htUjG%jG5dzkc^KWa3{}#*H$Fr_|T;E3rN}ul2r&E zKG-j8vkpL3X6omvS-=&#xYt)jV&r1%h_xCFD#xR%MW#5j%{uhyqg4%j$?s;vxt5MvSZg)-=v(9=*XkdR z)w#eUxB`Q_gFLJT-^h3!X6WQPW4Fo}nz5@Kyo_1aeu{SKi(JqVd=Z=rcqdy9-1-a- zc%H8f2v81ByfRGTLKJ;<-1J8_(V@0C3~amtgW)7SYl25I(N&@}i4j^JP|fvVyE>d*aj?cG27 z=f9h_x00zpPx7-9xWcDGl%ypvkaGLGSBBG(z!Blxxv>|A?4d>0ztA@}eJAo^>M$Lx z4iccyX?}!LfBIlAzUtQMB97)*kiUV3rlmd0;d1rj@Hn!4XZ7xb?bSBh{D1JT(S6A5vF^Zv7r6a~tyCJ^pY9dZ0fUZVnOhahKvQ9UIRr0#OIa}L3 zKRhkL>cm0{ip;pW73KcD&DHVoaZA@<{QPHE?>>F9`dh#8*F&lZbr2)OHTE1>#=v}r z(avmym2mECZgo-2W`YVUN3TLCWm`mLEPESL0uQi=_%IApF<*AIFo0m&vv=l>V)%n= zOOO%P<(4xGt0<*KF5sg81ej32eWO%0*(=AtD2rf6TenBd9A}(O-kdE1#)uPe`7P#A z<~nuGKQQ6}=hFot3{v=010V8e7Z6JGG#P`HKL)1?n@0NJBna+eAPB0L0EFS7kYMk4 zxh~z0!gAsqdT?amqK3Ur)HvVfg|@EoN#Vfv?$ZaWgT0yigQvH?jo->e@ESPLVjOa1 zjll~Y%-_|hWo&KXN)0K7-~p{TtqfaO3rF5cQvDJD$*hul*Na5C$i6;Bx$_!ldFxhW z49zn(DeW9{u19OK%-C@9)0o)KH}#;~Me+k)SHq{i|cu~3kl;KfPg zAAQhk=^O9hkfyq+j+!Q;WAv9yq62&xz2g)2$;a@8Ze&~8m^_;%LyoYx__*Dw3(azk zML_y!CKkH5=T>0sB^#n|b*{k=U%km#=dN?E4msLtj2d6El>R1Ti*XGO2q7vrp%pn;_|}DP>2C>c1p18oIP}S8;m&>-%OYU& zl4RYSFjzfz9;{yaV9b~P9IZaqhDcoEB-lC*BQzr~=F`t(uyw&fkWvf8I5O_G(=35Q zf1D2*5w7ZgY#|ufrPDe+_Az5wYjG=CQBb`W3*ysulb4XYIIshBu)%81 zk@az+csE%dS=Off$+59PQwnd}jE`3E8#xUam1Q;}*T+W~AD`fXmkkioQlH>*OX5yw zO?3|v#5rZWa0mm|+(Vc^uDK72#-{47rT&>qhh=dCnJvy zhbM99=V$zZAP$uI%XNh#|X(_`xrK;Rdkgo11YEpa@D8Kg1^Jm`&(UPS2`je)s0~ z5C9WJoL5(~DF?%7u4l>gMP+W=k@X-P@jgq$?};?#J&dut&B!awU&XOMSlwjI!vOp4 zJ5N_%{KDr~fAc^4kAhZSVH^W*Zl1v!K!`&gdXrgqX`0r;RFHx2yc3UfpgC4bQ!vSDG~$l-7*&^F@i*h znoZ}E(f+;4MA!rvw0MEf3y&xk*a^NfQ(5pWM9L>)K{&NFr?ZsCIY8t3u4Klc``)rw zu4`t#zD|FAug4tz4jhZ2Ks#k*MrSb!r~%)~%DOE>@#N8N`B&O!JQV}{f-~c&ah+@W zXz;{164Ky^CY-SOGvz*TmY%szkOl`)xXn$-BxAr(GCX5Q$6&(e`HPoz{@q$Qd=24q zTy`EDb4{&b+Amp7`JK19amV2xDD)Ea!Y3%!Ih8K?17C(JeVi*Td~r>>X;ynP!BfcA z>$W4WZUgfjeHfL}BKSmpCrO$L%=UI63r!Ammi~1mAuR{;=BuJp&0{WiIIBHW+ z$GbYGpiFOasIuF@F)&#@jqd#mUW_`PErva(FmU*hx9h>oVAt8ugN!c=Rl+sCd*QXM zOja%?Si}qV4o%RpPBzzScM<*o7|gR#)lAorIj`C!i?qO&KENgOB#*@{^g%l-%e_Xg zozH>%(=XWcNqz(g9IGIQjO$ZV?ZApY)setuiqCCjoOy$)oI@-21it`8|Ivo*`GYzX%g`0V7uA6puxkl z1m16xp?k!#C*xgSo~?v)j}8*_msXLLAO8ODjqHyzp%^;G+-6nzlr2HLCEf^OXTKMbq z2y>1vtNS@Y8*@B*xSQrO+t-E9!ZyK8qsA~@6xYQp84oVb*C@j`cvRRzBf{V_N8Ap~=BLIpxqH(aMRw&6Rkie}DrX9xEbVTCp6ZF#T<_#)aH3zk0&1754OcvdM^tcKY4M~Km?vPui-cZS&Szq?am0s=lJ-n ztMn;2*z|Rse$h{0D*IN&Q7yQ;&V0Oj7elV^bV7IyZ8TH9W(3fkoS04`bG?5yvhQUK z2HNp(A#jBjf!_WLXu+_Ku94MS$rR4Re+$n9z<1i`( zz#>_;Cu*g!Y9ARAjFJOR6^7{fU~g;iO`q&1eZvzi&;u>$9X(sCZ39$m5a>0X@Mz6G zT`uso4OXzj8q^=DlX+iT;mc}{+Jpv*N5O!KA_WZ0PGd;%+T*hRT^LIsFi zBffyF>e}ljSnX6xd2Q`R##^^jQJSU#Z~iAqQk)@LqfhVa&v|;#fGwZ=)a>;hzmop( z2u*+V5B&bs(eX*AgpZDoI|jNuNb-1ce%-qnFzxx_QRR{Fu@!uvvFyHQpLzJRFXWW$ z@e93^B)Cf)Gt_D;0o;?vJF9yE|1$8dZpF@pRvzN>_O|WT;|s3NVs8Xkufyk^)#aP` zjjzX{cSC{@f}j}0;2bOlVm5;v+H~b61L3&HRym>BF$ujHVN^nzjSvX9>o*!9e1CZ}m8aJgF;@D&*95*9G z)JFMcK@NvNjvQC|L&yBif4QWFYdP0ep_BH?RD@X@^4;u!68MZ^5(QFd^yC0T=Dx~9 z=ObXv^7?zSr8@6)F3_Nu6iaCd+-}*?hG9}-1-~r1kNyjv7*WR_h4*&%LobU$I9dG* z7-fcxk7M(a4alZ4UI@Wy&H}8FQS!Ky$nixM$-s!1@h?zCkr;%x-O$5xn>jZc2qyAN zz5;&f-i>ZTu$GF0C;D}fU&bP9=DH9UJf>T6dHR@h5y8MRMwEkm!vLpa&zbg!-Ch%V zSy&~YKzqT4%*~U#O5@oX#B` zQwhP3t-ytEVMB4!C;S*5!Ji$iJhM7s{TOJ+&f+Y?I~#y7j`STD>=$k^>XXO2by9be zt<(vH1_BWL(yuv7jtyS_(U4kyqPrHdqdvru^WHkJeTQ4rPGs3OSs>lJgYs zE+yAVI8^8EhVZ9XNgl#)B~6P%$)^B-?84ofF{Rra7#->>;IePZ!YWz}x%^ETQ~$29 zX%sr*B^ktLFPR+YAsD28?1!MVHYzY!3i`^(?JWRHyunlU-F4sxpOP*zum^LSUi!#)^40)7 zCnYbgCr?DCRfv4?Om(H>8Gpv(RI3ZQ4((KRY&PX~Q@0p*(QaVtmePe?0wN$3n8daR z9sw1&&`==f_>!3mAP}N!QUWJ^*@&F6BYcgybas3*;~m%lTR^10G%4p*iRp!)pA&Bo z8ysw5tCA&H;Ly*b12TAWgAeF1!Oh0%v)}XO=-9^UFm_wua~XRtsZb3@2jkjBt^s}E z8y}Ey@?A2*1}eErLg69MJxjK3JqDiLj)2MX$=Y80<>x>1urQv*hFrXYx9Q@@K(c&% zxq0nYx7F%d0*r%$gV>4$HDCGs`!^yW%o*aAzGad@7<&+feH9o8%Fx;%|vYSEFD@{viCq+b7j#`|g4+qU3{O}L{!0PeihpWH&pZ#jCMWEHE z^I2OM8Afkq3=W+`aUBJHxVKj(b0(a}<=dI7vV#<85dndlS%hzxPjK{QQC}BpgcfdJ zsWCJbp~*2Tz#l(+u==Op{GGO`bZ30D(2w1v&Xn7|(&zm~ToK49!sR+@t?&jejPhCI z8zGgc!wrqnycu15PhZ2DjN_A_A4Q@ag;{i|Y$uEP7_JqC;K6I2BEDa87$JI; ztTm2@F%-cc#dtVvb!+!I4=t^JFN4E)&K-X=V$1E~Mot+!cnKcJ2`2$2G*PYEkDxGM z5Ng>lNPra&(U1YQK}>_5082Jz6A%0w`Ln0A$BBB(FQ>G*wbh4A$Q;h{X}KBP`bg9` zebZh~AMZ^D9~c=^vZS=iF|!|Fz$1EP;Vt;!EQ7jth`LjUM{u)Ea2!H=5og zgLVF*bMN5F_ZaN94gK@8rp7t&qcelZzS2=+!zZWLzYAKf83*f{G-*3d7yliv{3VFg zFNbd3Pw9(yX)W7j!N~xp=sHybGU#!g=_2?~nYyp^Bk)4Eh;sV|k4kI~2gmgbjn?qO z^(_5ylx#1U$TYh-Yoi26!$*V=K;frXRJ8Kk4Rq2OHjrg1}~> z5+v~6#7F(qkNyic%F~T#MRFLOXxxqQ3@t;h3}6*CM%$2|Fay2|7R(d-9^ee*Z9@#@ zOw3zWeJV?G;1;bU{;c6L*TUd*?kNgSS(J)J$4XS6dGDQ;e}3&(ez`>L0t%E$pEC2U zFxv`2hLJHN1OX+2G-Y7S(-vbeP`3OcS%AKJ3sD>$qbu4bEAVtZhM4nrDS~kd6`C-S zAlo?!?%FXJGM&3&fHLQc!_z7-W200;87#IDh`6?M)@!HXm2NAj#wFNwu%QzLr2KWH zRibgwjrej-ggJ^mPI9vGbP8zwMhWzDC)YcV`98gC%tOauRHxp)(%${=qT{PLQ`M6< zY3H^K_dqhJ=Vzy@)1#9bI^z&Xu%MA)mC@|#1dOgfh(mB25s1cMfQt;-Tx0I2*b3j$ zMHL2r%{?(qop%dPyAfy^b!91TxLTN(43)9Bn9J^AobvI>*_2sJb+jC3X2B(cET9rJ zkVWNW^lFJb@ZY@yN;D_e=GmtFn^O%`ELMWsln>b>1}n;yw~aQMg^&?}Lb_t#Ud2Fg z68EB*xp45LdP$Kc~t8svp1&b>Tz zYneoVbKI)F;~B>;fe=6=w#uB!#y0yAIcJ(^RZRL4c z+H;)ENCSh42%_Na{ajLA%9ScDg(KgszQ^-Az>LwrGvmJh$#;mBH<3l6QWM#ed9b`){JCm3#@xrR?c>u#%@KItDl9j7_j zyY(IDgr{h(B68H#a{mCPH!pW2GZUr8ibUhSj zopz7h(jB>E7a+#3kxh1uPs8(=hSkR}&w9J%#-IE{U%#<44TtP4GU0@k9c+H!AuLZG z?1v~J{+ncw<{<$VL9#eS7HrOlFgNpK?ZY^m#Q+H6oDIgjPV^ZUp6GZp+#IDfcP-Pa z@!pB^$e(Kn$$RfTtws17f9=hN z!DVbpNccM!n_~pBbJ96S__WtggN&T7g+8xfm`z9|P)B&{Cri zVQ4^+HWaI?xkDeyV-cY;p8dv^rMd%F-aC7HU2W}_rca)|=yV8~(H{q9>ctdD6*4kG zRv2jWqymnqln}}U5aAIS!(((vCpA3juGcff;MGPxB~U}7KG-Bj8fXQ%7ssa)4F~52 zKY_nnljb*mA|N_+jGV`J2Aa>9(tYsD|22xnuT11U`K_(VC zP(cy+;1OP;!D7&JxVWMdX9NdMw1G?Icrq6>OgBBI4Y?3(nR23U+K*wx{c*kx99@^b zIVY7Q(m3*@h#6dRZ99!_u`T0B0$0W)OEY~CV;i2P!8rENPzG-GF+D=-J}{@(MY02n zO>6M00exUJy}>C|#&W)Q4`tlj8Jhip6FBg>!CByBlg8nU?b5zZEd2L)bPzM1mO=oM8=mva6~g>9T8{=(wPO?bTs}s$4tpwksi9X%j?EA-#yKaM5D?pN<|e$q zAHjc|fRJCc4oy;}GT>hJZqycN&tFLr-mborMAE{%jUWGgU%rvKdO-WKU1F{(GnB7v zzG7*;MF)gYbU>lIz$0z%Z*JAl5ZDT6m>@bgrz}b`ecpb?8=zVHDZlGgQ-p|-5$t-g!uuWye=WY~MSs$$!Zw)za@F=S? zO1ZSo$Tc!0V+DZHk8xzQWDFeeI2R5&0Zr(Yu9I1J;83^CKp!X zS9+rc`pNL+i>!_OMes{+GvoKBoe>1pqH?vzfLsJ&}iq-|lZp zcFh)Y9U-)^KuY%Bpf&fPz}ayj>XvL*f{M7XWGhO@827R;3Tz&_bAfL<#|s(J_(!b!ZC2UP{xnelQoR< zrs(aPp~?9gqO<}BCrlwkx7t&%nvLMCM9VNyfUWymol-!H21rrhtMJd1Or2N;B{wqG zE~*J#1T)*a1U<*X4|KhEkAcoP#yjJ7yj=hC@Mv{-c)TuK+5bJT$4EJs%bPvo723?) zU0}}`40!iU4qSNA3?}fS2mboxC>jXnT8rSwi+;N>D&ruBF^0FQ2b?X3HT>%wo(4BD zuu(SslvX+C1%1b+Jj+;2Ce>|`2T87v6W|}##o%!XNCuM*I;}dXopZ?$!tE{Bf30(T2a zUuz$Ap&RavwdfOlP+8V_etNq4%%lCT#I@dJGhFyHzsL~+}+LK{MR)EAAxZj(-sWVKcw>AWV8K(n;e&OGF+M9|2w{<Ar)iO8pfh~Xdp=e3mTv$81-8{2wnndzv(hMU`_GJ82BO)^1b-x zi|;@F$9^)|`0nc4AAC^zh|ZrJ#;4WB-&=k7{Ke{RX8!DWlwlqWn}+3grnh8&;yya-Z&a}&P>FO&%8vZ(X( zxsQEY#wSY2byJ?5-LPc%w#V~~X9WDwANip$?$zqA{L(MA55&bx2Cmss2qThHeqdgg zQk{$oQ|qL|98SDhU5-yVa+vMSARxT)7!mLhV5{;e5o3cM48AwTa9q@_BH*f)zoTsM zAwV@G>01TCdVu_BpH_L&BTv|JTboSQALrq-#LJ7K64a{*GdybEVzrvVhtUL-fwE#A zL7J@*upBp*zkpJ_Wo}?;sk(TMQL1B&uyE`xd!-G&0)x?q$EU!%wZ36D^PFFG(D z4D?bK^*dJ&d}&vQ7Nw3AY8K5wqa(b)<~6i_+h|tCzO2p;D1{j;jjRI?N23}-LEy`Y zaiUYoouEmEgMthaT=8zd&TN7i(-#f0(#V`0`e<(q!In&6r7A zvsQE6CT3dJ_2ltXU>92qR{G2?lW~cejG3P7MrNMuZ>4wpoKGbc4CqqZ4u>`0;i6K( zL3{Zf66TYd24X+f2LvV=ptR)lEjDdcDloVnKgqXGZ~radf96mB^y*;y?&^2G{ZVbw z_?NdyTGxv=uRQqWDnr3j5PEBM7#fgsPw-h96UdIaa#E^?{3ck@+&cYyU~*Smu?|Kv;Fl*89We?N$7Qbhy{~4d ziBy|udj|*ETmup1nDi?;Rx%aUDf8$C-uepJ-7o&b-byG&X(>Szg40V4%Sw$oeyGe$|L9&WtJP z;<@C&G1NOF$%_D%dpdZ=^`3t5WvY$F$}Vxmdiqa0RXr~ z$M7;1hkGyIIVoks{ODaKV?zYbc zalwn;T1flYecickcXOryJVX7YK_JI${Y1uy&g%~k&Xa{KPsp=pz{CB$$bAe_WWyQ_ z_-%z2WQdH{c*lMi1FgF2R*u&R3%qjP_n7(ea)Z7HL(gIup5vS#b@+jq)!}@N4_$htAMxJM;-WV5U># z#V6ba#b_0B?}fa zE9WEw>^44|GQ%^rn}1=KInHH)Dq9W&a)Cy0Z19w^nwVvLeg|knTY={UZsXL4cEkq% z90!X)a{S6dsHBqb6)@a1cMM;{|6?)$F<2S`cB{`OYo?VX3w*`4jczOnk| z2N@^AtI~wC=3$&RW^8SHD9h{UL7Z3y^E54R zeC9Ln1iAaGANql>#%LU`e(B%)_bPmi1SvU%)?cn^lostFSQGUo*a(5VFam>`U31!b zBbw;Ucg)AwmY35Gq0P~>%n`v0nyn;IPy`-hh{;p3=>i*`KkS5OBm8_)(v}7N4t$91 z?YatA{u?@`-wMkZJ2*MUh+n5)RRyq{(?Tz}>OqzSH$jO0ssQQ4_1ZWt;4sDn6S4|8 zM=|ru?G{0*e3bDO-r%cD$RN2tlw+bS9It?_f|F~}fa9I4d;$Q52;Id2a~C_ zG@UkhV?M0c;U!#+hlKgFWg_@xGsf}~wZmf^NEALWD{G5}8&n4VW-MeN{oL)ChRbov znSQrp43%lU!0ujj4^Uue;HMnTkl#u$MMh+;?JLL7DnJdqdBb1OCNQ(+fHPOYz%!XL zC&`e736)KJVL;vnpPBa~yDCTtX43yzB6{-mU~fA{Q81B9(7V=v#K8|fGS3*Im%s#VRl0h+8kr1EZ}Yp0Udd#B%Wf|c zc*s)8RTx+K3qUIy_v{D$uqo$qtsqYp5!ey2Q)rP3fnfYWWtpq%KKSXQ8~bd|igOO# z-T~;)ib~+1L+(mBOW**1`brnlymE@p^xjKw3dXJ2AwjW5LGD5Gk!vnlw{Mm<=*ul-A<4YQI=-ObB zGCA4HW#x%j4c_Km1!A(V{r&CYw7jW!#(Kh6bg5@WPh~*e?r{0FMo{R>BTx z`jdg5#gC}m)-ltM9Iu_OOpdKv9F>6Gxw+>)d|kusxC)6Ensu5ixENR8;L6vq)E!%M zOX6H77@FWuP((+_Cp;IM3`f893D>R>3QYgIzw~pflau4sZ-4Wn=-o|%v4ZL;7ZN^(oV(IZ_;Mw>iU;lv{_kg2b=k$^_%Zj`6QW$0N+F?3mxHxfh z-^%A!g?E03l7?`Y?Ip8%^zfiY)b_4!xc{AxK8a&UFc2UC?V%ivbQ6_4eDI)1D6gHK zB}? zr*ldJT;t3u-_j2!$Otb=*#YyNG0)|7YLr+XHKe(waIO_Vdrlie9RmYH-T6x;($EfwL#&Vu9?1Kz~`)&-WMJaX|G>YdVqXlO`1{niu zDR4kW=iL1SsFa9;GuoV!ts6z9dXE8Wl#!38MSs@p?>=aJml0nJJ??gYq+J&IGre)g5g++-1 zAv}{olhjCjxddFOn$+ztKFjo#Buazv-tCct#DZpKr_MJIbvwA7pN z$+M~zC(?1e$X~9pU{;`NM=^=cz^(yQ)ntb3m(9#P0m>Cp<9G|t{}!P2pFnDBxy43skHc&X5oF|%TJlH-{ft^ zQ(=j{T3;u7_9`AZKRzrMw*x`DP>^hm9d{Tm|A+tmU#S24|NeLX!|H>No`szjawdCz z{3v{4Pj0VX9-ps%_dCz)Klrq6k(&-I6tr2Ah39y1dg_Uyfh&Fy*YHMlhSbW;JB^!P z^#3}+%j(8mI;++Gj@z+~V?9~|-}L=9ks^5AX1ej?Km663h0$H~P()(9VqBCVt;`cq z9VTjIk3)!qWahK7coat|jiH;2!wx-nYdD*6rcWzdIrN7QAFcLtEri{({y4ue z-aUTzbDif4@9plbzVNwsL$KBA|M-9UcS}@C&N(dQATSdGS++Ssj+#PJ4ENf0PvXF3 z28%Eu4rQNP6=te{q17*DaNijMeS)=H zQgY13$|YKN!5gHsCphVwfMH}h8b0JVW5cM4bn9fo0}O5HJl7Fgft4(wjt~sNnc)zb zidKoI+x*P`^~pekXaryur|reak^$)4={(j%xUxk8myX*nqkEd@Q%To;0Sp|zQr_|< z?PNT4LTPUyCCB1rL_vm9w>HHHk8SBpW>kjEH>(`6psF4MXba|o zZ2K2zCtNK7CM1lOh8YVlx~?IBSDu4g%kPmB@IxH` zoF_*Cp+OhU%;MbW!98*#P{SL}J`M;A^@VV`4h=?!1ZVVW>;_w<8f03Bz%-aKTrQ^z zXwiZ5nlk)4i4Zj851%BUhn;EgyiBb~`Y zJ2w}@a1{b?Z*3RAle4oJ)q4TpDuNz|yR)^rywvZ^l{`s=L$OX1nFty@ElR2MohNhr z*M8-%wjY%B@u_eHSx6K3W+!2ufWm6`&c$&OE?7Ii1}Z_u9HwX*&N-Xkvbi+NTN^^+ z++6Fr^>GY#McTFGljH6ebk4ODlCeUNiT);A#uUb=rMJ9@4LF+JWekEQL#v}*Uk^rN zDAPcD#=&_CBD3NQy3<*%r+6HbiUS_b9Si24M5Y`%#Y4WplxsLmc#En9Vy#?6NjaR` zp(8=z{Iqqiw^9!|5a19r_veC5A7oHqBjW)BA+EQGOp8JHeaY2_gmA87OQQL`Jq4 z-r#5|h|#sq0n+pnukmRk-@)!(_yQ|AGDb7ST$__M&TiA=Jgwmo6yS->?Ls}&v3hp_lE7NRn#}@~{ie_XTVY;9+Ft|pL!x@7E8f4TM zUhwL1c&4o>6@2f;J?NqDyz4;I&H}o^kRR|bf6|p8Upum)9U41c*@_(e(Ler&0_U66 z2j7WP|KwT5imYTz=LCx6Svmjk@I2pb*?QTvG5iQ#;{h9!pA81lvFncV!f$kB2iQ~e z9f?85B$wBw4c?4=M&7yuU|P^o!BcM!&hL$%_}UNRLWQ*T{Wxd_m6E)Qk`i2Vr3=#sG3!R`h-LGf%7NfA4Sn^%4csyg5N_5Ca26SrlFAQkHJDt<}?Q9|kEWb8a=L zWtcOJVuXqiGm;pWPfpEQ(KZL&=$Jr8Fcu}GD2T3{=uvnKKE-0B!Qdq*u%L|55hZd2 zB+>Y2gsb3z7l#ig!a)!$*17~!V5UrsoLv)KnMy`%corO87l1jhPn9Qc2Pwi532Q@G z;S2FJkJ84G=k28wPt9esm*Ks~W-?~V{ zPNQ(7Z-OtXhmVSaGOy?wY!=P6!jVq#M&A@)U*tjn08aCP6Eq5fl$_IVjx!wod>Y%^ z_jzUT{9_)L1wZ5wf0Tg(O8fSSFRpby|32-D^G7SN4Nb`E^zTz9V0^f|`*3e{uszR8 zMsK{R3g*k z7NCVU`m18z&oO+f!_2?M5z<@3(Cz9W7=pZA054w!*6Od7>#2ZgSu)7_A)&k=P|RU6oS6Iza@gusO2KI8lO) zUg;YT(Q$NY7O$zK7@rLX3x3Qr>x@y$+}~kJ`eD1tF1XMFA6iMwLH^0jE3AJJ*y01h5nKvXqu73C1-@)b87e4#m>Yb;LR|k9chQ6pF zdH=m9W!~TXPkyDub1g2B2ZlmMD#9mB7(b3;WA$K*Ax}eu6lI4ggu`!4ud;;+l(vjZ ze|3y$;EadsTZ z$wtQsFHIXoDAsbu1Tr9L6#O1P-04=OqJ5UB8BzG85@&-N-@!#M1a}O_@zGh=BcNeU zb)MD0eRe_UPrn32n`{Zb?K?pH4>$akka@8c#xwRDj}6Q5%0zxI*XzRP zpZ~?5j<4HVee(Qp^@#@wCD0W-ynH#2W405V{pc?e@E8w#f|)61+3hGa{fL0ndeupG8kzLxPni9`SLmp-@p&PUHyFJmM{ z=XRXys_PAb!>dHX+a;>el;hudw7+`t(_och!T*Dlk0&e zszIb?=^2wlCqu-y58p@|0^)X%1nq^7amIg&Wnl^-K*UDJfntQ4p<`6%{(G>oDauRf z?o-E*-fJ*1eF+NuuHkhyXcD@~x;g1FYIVkGU`ilO+OK*3rBucV>fhG0oT&0Q0dTvP zC=%@28N)r_vSs}{mS%;$%9ioKLx4C=WN*})>)_28ZQYIY&0E{<3K+mt6J+hS{MX!`s zgwFXLpWEA+p))UMqm=ZO?;IAHq@s^@>`a(%p&8?D!JeSWyf1t$JQJ03ynwKw*+evjVj_l3tF?`ld2=E1N z0$@7lJj1P4hEsSh%>(#Ucb?euH6sp zQ_3FR+`J8K(vP-uJpT=Sd_|wO3qL|zI%hBci)-5t3x+mU$B`+{RYm8)X6y}}C%b`z z_+hLGp%Z8ZM>dhuqKBMO9cub%;9KV=XvC-Bw3d0(TnN?u(ZjI@BJj@d zoSF9NXUVSn3U1P1FyJ{|*tO_0fl_G^T*Pc6o!Ek!P=-G%8_vx6UfTi++IcKIzOGh zs_c0)3Sg40l3%?{Kw%Ckf!E1-vy_&T?~joeB{v{Q+u19b8l=B`cb>p?-Ya7!G*Ew~>2}f!UlOWpdxO+d|UC>RmfhMb^xj5$u^8W0WU4r=%2=7}RNozWC?WC^_(B z?cv!~432FV*UmTZkhnZRm*`19z4#B}A2L;r>QC|lJD9xC*D$gg$B-HCb|dHDCkqVW zMGOO+z}f{q00=}r=#)>_gT?U1^S#IN2RE>6-Cqoo;{%iN$e;5O&3?L$ow<%|M| zt3>~dL4uq7AS;WLF%}80aZIOlg?=)oXkjHTJWLl^x&HCdG00a>9`3CkKiDg57IV^1 z{d#fKUii-dcEMc$!)GvtBh7$2?Lr}g$Bn78Tow&3596jLFwUF4pb`C@1#>~@?d?ui z$z&N`0RZ_$o;tvMmPYA^EOhE6eZb#Vw}M7<*K}IY=kc_s7lO~#>QQ*N8Hcs;Cf6k3 z;i&1373&NLdbBc;x1GS6a0LJAJ_Z?wzT_Ge92vKO8_kvCRVgq!&Ds{?Yy|n3K7&WP z0Y6$a$jcb{TKw!iKv&p@R`tTi_a5%%lLO(H1lS|n-t0HWu77=&p377vc+#=Nr}9dd z@CG3QKUoDYJ15DKl(>*1Gq!p3vm|Ytsft)wTpyu5TLAX)9pP*Qwuw}ZnL|%c-K9|f ze1pL6Bs{Pi8rZt%c|DFWjqV8O+-hvk3+o-W^IPD;7HMm99w55!++7{;uMTqDk+0gA z1TV-A=Q?z}=$q_ptbYFI|BVDxtJU+DXXT$N&5KWxutxR;v2akql&lD}K7MgjS%3QQ zLFvM8ntEV2$-N4m2Yt0V8mDYAIK4GrZg)hsl@=?xOOjs3XPSDHMA6L`vGI7eBO#C7 zJx*Y;@yCAbYq5bc9`~y9`buAu@iLC0BAakPP6Uhr2&lZS+%3)TEonK=scj`Ye)@2~ z(T2kG%cDeD$pRlg-k()}aptylwIIS{5+6O-4}+hPVrDJvl`;&!!i$V6ak z)YJETGJ+I0*T(r)NWxTE6a{llyC%$0AaGSla?l(gWgw_tVp-11PsXJyp)&@918zda z(11P2reD{k^ZdhD%$B+MRb!s^#%e~8esVgrxlWy4 zCm7(@V|g>`Ugf{`Xc^ua8_qdYg=GX07ToEoa-|=%ca4|d{`{K&Yyvy-Mpm^2M~1EJ zv`r2=Zfy9-K%pKm3ln_6;8hu90eM!;^e0wwOKoQ zfjfAyCHO_AIABH_Z3XXw0W=udoT@|N3Y>J%<9o>gKC&y7MKVJ+GR7iP4X)R+;o%;& zM^2!1;B*{J-PTx8m2+%MZF|PBsFuA5h;?#2ESp*WRG3x7$bns0J!y^pk&z|PB0C)Lvt;;!AO3PbZRxa%Od40-d`Eg(wXXmG|MW>j zK~z6@+K|f*uIOQ5q_qHU52b5#!8(?WpZc*Mz7Y{v{3VLOd|3FP;7YL~fgxHki}9RI z)BSo^wua1GS#K-X zJb83brvBF7|2tJOK-IXU)0QP8hy(`g7Of}?Vi@9rr_q0ylP(H7<}L=j$`dAYwl(r$ zXq^bbMbF@8A(eS()c~fWD+_bp*ps;go(NH|OW$A-efu*GAmvrYkAfp+B%_8X*AYT^fnVT7Xbg(>O4G9Kqwoiw%Po8& zy3!*K+dO!kK>7oVMRuGp$jr$wE*iTvh+%SVK+GY^A~2vZZ+lL;me9QkgU7IpQ(^F1 z3Qn7FuG2KKaxZiN3tli<;J~wGYQcAWL@%W)(>reGu`Yt}7U*;^9|B5_XAA`xx=+7q zN`5;IJ_hkJh8GY024|f?a76`t%%RE{!$97^=9BTIkl284t~a)JkS$$upvFz3yceC( zZeF>jVb!W`m=-AgB4?pQSN(hF%teM*^`i5S_U^ClMaJzm*q94GK?;l> zxPj(mH#tl3Ckyc&?O!|XjhnL*yoaW=;UW$Y9)crxQ>6PEav8oLSzxownWC3UiT*f^ zu{E@0=vm(8EL`w|)Hs$dM`tlOKPso8Ll*<)dxQ5}<2+p5Z3H&K2E7J5`;PbQxS&fQ z-JmPuqc7B4&o&zmB)-|4hrIJK0s-R)Tt;8vFmhlF_P}%j{(%h)ql2>T^}^$v2a6Hd za1I^U*oZ!#KD3$zl^G}Flg%{hc$^=(;dJc~=NfdKs(~y&*XEc%2@5=s>=%CFXL9aM zo|L`6DhyLM<+lQZJT)uKI89M%@%hkpo`P%p2h=Sm25R05dH%mnB zX-pr#JS`DFC2T@k&klZ@3{sXS_ywkQ4c zc)CzIS)x*_P`7tXftZpQA)*Li7qFqnaaXO*e3dB|WxQrr zWL~yEG|$F?GJ^PoUvO7_0f+wHbPlb0RYm2nMfj8(?VMz6DG}L_rIZ1|lS5N&5y3K! zaCgk7K7C}^@~(YMZ$06-j+U(bBAplaoTIp%D^J^zgY}Ru(L?&u_e_(Rig2A^qrEri zX+{wE83Ql;MPrV+Vw+=ds(j=J(@P!&YmAAj>R{4OGwd8-+|bC_E&Z&fBXVo;M+ zr8jbwtE)G~CiJ8C4I*-k(f0O23-r~0V%Y|-j4z%5Ye1C0(=Ync5@-6qx}1PXe|AGl z4qqDrXS=p3w-eCo7&V!zm;E(lRh*GT;O3hC7-)hh{6n_#Mc;Yj7hPpf(2Y!X&;5+y zMXuNjL5Q(cJOuH0Jo++aY%lghp9IVqW0g;WWb)OXHvX0?&ImhPex zzJYOjXQ~YPsJ`VT0L!TcLA^eGFYA%emW+{evP&EV1%e=bcTPTIHJDhBt8aJ?t;q8F z+Whu527REbbdKB!Ku~I#uES-c;%V1mER!mA+Fy;?l4fSsI*5?Drd zC3we4hL=DEh}K-ZPQu)~c;aWt0AFOSgDJ$smBDKk4L(0SE*S!s($UMMG3U(lN0X{X=HSZJ(G9cF?SL9*$yR`6t(fzvsU zcwL^ifL6`0t-MDgFl(3dQXBAjpbawMi_27=I?bSiw{&;x3YwXN_SxlP{4*RIaE7+va7{jc>2)W`PJPUo6d%yONivpmXBtwzzswCkNS>9zL1 za2m_nh8Yk1`8RFS-(UP+|Akhgf9Hc|P4*;)hsnlY#<8M}TP?w8x}h6#g_fQ`DoDn5 z{ooxPZo-+q&7ZU9bl)B?78RbHp4PYU$s~+DMw+mz_Lf#C{kQBNq%36ZJbP%c@l#*_ zN}+z7OqgOmKRydGZ&y3<_z3ar=q!LK3C1x2Ca(lAvR7je`h*^bdwb9`m!`eeox#!VjM+hANHvq@`~2^uo_^j-yjcwqM(l z{wh!KM?9|_WZUYPdtN|_C&44vTL|WXC*)N>BNrTFPzp`DcR&zD6R>GVHaJ}Ens9`k zbxa|Wg=`k3&iKKbT#?26{4Pvm_s~%i!(P$B%6%HLBVP0`=!|W{$NZH)>-XR_Ho3v?bI@^a+84SIN)?t2x31W_1~y(ZH3TL)QM;^@Xk7ZXgl3y|uf%yzJ+} z&i(eop<9OpHufQzVf^xGD=l}UKL@+Jp<8q+<8J)1ANjrnI@hz6Wq?0_Wn%w49gHzL zjuP39wJQaaMO$W1xpQd*E1BEHMI(2NaXXt%tb%SCGmht0fpL4$y$XIyROxp=j@(@P z%rWbY)3T9DGKFOA78-2DU|CT2-~WT(ssTgdvLM%Yujs(h+t@HUl8aavB$Fb5n2uNx z_fG|h(L=bd83=O~LAAWFYgK@jz{@%Jn0iv5Ik{ek&J0U%G#(n@5nhx|=?e*#i~)WO z!=g+Mz|S#8!dxN;0Eg4aK^=O|jeM*U?are@1!guyaY?< zJOhKiZ0+fqW|J9%BBZ-fo=6N{lNUy_x))UbsqC-;>&-iJNew;d+g^v0s+pYz#pvT2{P8L*8Idj=D z86i*j*@|A8s({d8__+=%d_^-a4%k?d4K{{68y^DbTiZZJ=~KoTd7;a(RX~Af{--bS zs{W@v+?-wT5`dvsamjBLPOmz1eFzZYnD2010?wrxrOMU)AabmHOMm58{v#6>#R)2Z z_miX2^zh}&)$^Aps}DZ@#4wTLy=Kc27&^jkHIRxgxqLnQx?AvU&lcD7owiSA3r!RA z3m%NsvVHt4p9}>$VHPyj$({3YXKKVvsnt*ywbJ~m(t}t<7It-l7<#l@U$Vw92X;{ zd3UagVv&Y1Qez|xOsK8A>}pDVq+hhELqWHE%Bl!XBk;6u^cNZkEExY;(1P(Zj;RX9 znb7;xe-i<8P2c)NH^Oa9-*c$fagsryaBK&+*(4@(Nxv;~7j_DXNByrfMK=AYTyP!) z*Eq82W)>P{{N)8+84{;6#$)D1|INfn8 zD78wG-|#oTB@Nt~DfZTM5el5>-pkfWhzhRkaW zE@N$;70r~L>p*(#OrIFL?Q#)0aasnaW3mozY$1ziZ%pm$Pzq0AF?`wyBs-^DXt0u@ zW+)Rx+}|vY9#86+V2TqreIq~s3t63DYjy{7+iEKUYZ>Nb=?u9qoB_HU2<1ne+nO$m z?4k?(L%Gs&{asK)hOOnmPZc1E0o%bqqDAF4*Sn5kFRvowg4>EHnuZ>x*wCkkjPKf5 zdn~E*3VmhSXl7n=7NH6z;W5RovZ6q9Uk0rNZ)D9HTJf#9CyB}ve&xa zz&*z&a|~_3nf?V{oi504eBzPNi0+YDtC_(os2;n5dwHc@gNR(8)0K&-P6|A}`&q{b zn7oWbPSFEg)$@GUM%&sh4QpOAR?f4TWS>25){eI658b?$Ai=x0k>&Sx?6?yBtVEwm z9H--&`ii^?QUE7|pW5p5EvQ}IO@xA{qo`5Gy$6_?4#x8Uj0Q^raukq(o-= zNW1i-ufB6^e8$=)7JqgPzwuxKP``mW)XQh+^J72u2O>weR=@MXN2{Y`$fMUI+kB^u zg3M=M)_z%y9{fU=CV**!4i=Gm@ELmJRHv~*XTFFp#LsjX_!69^E&92JE~@?*ryC4K z_XbuAQzaE6^BX_)2fp7H*@*`1@N~OTiV~ll-3TECGhgm`wmVyM`vC{yKJB>YMuq^S zd<-_h!Z?u-0&AmOYcbJoGH?A7e79FAS$fjj;|H_9Gi`bL_(2fAzj|@_BE(2=5m^4; z|IKd&$C|1l%m^`N`nMSlgdj~YWcwUQGm`O=ywiqGfOW2! z*EY)} z3-FMiK$E|bu?bko>$Jt+-ldaqs&n~0Iw55BJ^!Oy>`ee@@WH+`(0d)&!396#r$5(8 z8t}lnBFT#m$eXrggI<9LZ(M1l;s&{Vb{$f1K$9j2Y0svE+kNQdm&}p_a@c+J!3r)u zD159OyFkBi@IBYL7ESZ7V;kE2#vl)H`8nst2E}gW-9&5sZpnWQXa1ERf9Ws%+pDAF z)75|dTmNWfCpS9H*9dma&08BbnYZL44n6#m2wTqtA9`&{S-@)Vdp^NFEAX~?n`%|J z(vEJUgEe2qum(y62Oi;OZ1_4zES@6|s>=a;wecr@?DypmXb;dwHjReyNg<+UD0$F=+2MccSs4+=DRgCrvHcp{rEZK}F z0|B1b;6DmmAg0u1z6 z0>up9O_=;_soa6IcMXbwuX+?%WU-Z{qPd>0j}EFNfYG&#C7n<%OpL*1}Hy(--I45?;o4>k@ghsl|2ZG|zO%^*NS-$_Irk z9>J96In-b$H0usz;YmMZpp;mT&yUh#cxa;yvWfn6>fwv5PjwGnJlw78J#s}e>pF+I z7q{8C%s-!QV>2fHfJM+;xec8K?$3x^51*Se5SmhY{; zCE~#EpwyQ{t#IYob>wj5i!4VU5};aWNdUkga7U+mX$~F^f07Ri)Y5Ngz^2#9<-7n9 z-pgh+^eBfbhu|lN@E%8G4nO=0KxpP1`r@sifXqAYKS_)4?5}<^WOd%_^&9Iq_><^d zWJn-USkedh1P=|2TovA$yoX=k5z54R_TnAI{cf`mzA$D z$S@2xml1(~=ADBwf%6jWy!-edf_1(6fBgIZaVc+{X5|qYPP2<=a*WU#2W-tow1Z@f zfULl#3zX{;!y>>hY|Y0ogm8pmRwu^DMkp8)j7M0RbrmPy2}O-I$;kIbs2UmfQ2xuf z+K+=CMIR#;;mB#uozYeLnvz+JPTCV^fBG3^XZ+z2XUsOHU)NGF6%>qZ#GUqn6l2^= zW=S~+kLSNPqsX{QWlEw`6>v@3=URc8C=czrxG()HRd-MJ3Uq|c=NeyG8XBVmyuqUX z^0zn)o|K6(!oxAlLBPrU=T?k`7AORF^lSUjqgigoL!0)Qc7mI6=EzGC8NC?C&`Gd{ zS5@x71Lr9#+5s&Aq{k|hA?BJ)q)phfd%gLfS!<1L4ba`mLhsIYdy|6l;`tkOb$bUZ`wq*@@jRmo-%1>7@m7rt91;hu;7_SI1asp#OYI}%SN1bLnJbZ*5lNbWlR3N z>2+-=V&;JF40Po`{YW|lH0-IMl0!#B{6QOdHTVnNy~sK_8Yh?YWG3ynyP(i9IXyB| z#}yt#?M7yDymrGlc$2Z<8tHBDlrGY4f*N|wE;cbp$Kb_xGSgd2^L>)2(Z`mX>73({ zA+YPyb%g;=WH`sjq97OjzzZg0Sg_rD;ser>lu#C+(V=u1>bpL8W&m*dlexFLm@(=M zGbUYhoxaEd+TziS6`0t{^s}@D$S?f)KfSt$6aVm&!``;`GLE}rMxW8C50Qzufy<^b zC&}goBlZ%A^(@aMwCIu1)-c*e_H6Ya8M?=gTR$>-IE!8BxMu;lMUu`)P}pMGyD4z+ zk^y(A;QPk^^pE_=%?QAq)oGMZrt>~G zfAFjA2XiUUWOMn905F`6O=)I+mmv9$DDGXwjYUAMJQO*Ky7c25rpa(?bYq+lS{5O* z2DzvngG-O#M)$l4cU)`R2Fxl1)0mG6i7yQV^1B;dgr;?1LB#wBW)Xz2q3s(;1a3+J zU-WKt8XO2W1pzw)gl=_c;7>pL8-B$B1P==`EIfhd)fJ~_+GB)D-vS)Fuc0YJML|*G^ z=-HUZy`&9p4U(>EjDqRCz^OmMU^9+f*YaLqqMYD{^Eko51+9H&thicpe1Zr@rGZ`l z#`w5S1`k%om&{mc?t_dfL0ffxc3~aD@RA`zcl!*a+m3}s;5G(IxR!kBuTCT9!3Jh8 zGURJBQS=2z3@^QT+jBV^+T7uc@^=#XkX3Uu8yVjxn%ak7wE@4o7kZ3^%0whux8Z-r zr zx|i>4abG#lDWE+EUm3|CdiG&7Y(mEH+mpP!`hcDgWa!T3EC1TS2(9uPVe*CUH5q|# z4uMyoU16V=vl1Oqk`qWM=MXkRjw={r-ok2D%Buv~Yyu&` zmN(*X0Gv9)2~s$8_em3)B^$*QFfbGtef|2?+Q`C}vS>GsOBtrPhnb>t?JH%$Z_3;Z z?kpw*17T?YgwXHOdJK&*2nyrSl5g-7m1*lY2U6o5x;Jvp_^K@o1tZWPEPb_18EIx1 zDG+9IFaid=?d?qY1nZ}G>N~Q4Pd!GNa}13+B0T8)Xj(8nj4fJZs4A2G%_*C{AYX)- zVX1MWNNEjESh%jUHWQh3vMOV`QyU9&tL#on#MBM%NdnRNLnaMth0EIVicp}rmK z+K$+!3BDs2`F%%l7NG2<1h&K~byD<(;hh~7^Uipkrl>yW9UIh5cXFI8>C?N(LypU; zVGSz!?1kNtn_+4m>h|M)1fr5)5)mj*UgP@l(}7b7EpKrHca_EU{C#UD-+xGqYwXdd;ny`frwuDtvI6gTE zAFP{6f*eN<(B%n`?(l%q?)FaaHtTdo&ht$c3&Y)WQTQ`=u)t^Ir+@0}Hycqn#{c6u zbPV!z8$x{^K#_wpN61FeIl{-gUGJk+R+@GcVfAv>?y+(vU)KC(p{!_+{Ly5AIV~)hFZe69C zR}E9(!;~s)UJO`Qzmq&K!jXQfnC5RX9-|eN?l{Kq8*?puz#vYOu-AB(`BBvTwU6{o zSdESFXokVWjzQx1Is4w5T*Y@KVbgB}IH0+f&@a(m1DK2j2C%|~L1OUHn1L`Z!D1kr znT6T-R{;v`kIt^TLfKeK^Jsz>3(V~=BbQ!DjR^dBE>UO=kz78t=D)-CefF$^#i0+-;ic>`UF4|gWVkAL- z42Mq}l!&^)BD0%2C`Qd`ge{59S#{B0=mnlTft7QYZKJu0jzCWKARuY^F*q{5rA2KrfAe8nMnC^Ky5?ORMPTx2O^hm!;Ez*rtpM%P0=URL zBch_wtylwxYDEqOkMJseb~SFU+e)TNudP`zxU5pSp4=)c$}C*SkyUQf584YRx^Ok) zb3TGT`f%Pm9L`oRj?U6Hx|VZfN>C&iKoc)`3vwh9cVqNN|9Yl)cOE)0g2!RH)${pJ zTk>(ReQ&j!0C~Yp(06z9UU!PC8<-|AYQRd?$x6mX3gh02 zP3m-8{$8<98Q1s?(9`bj_N)eHM{D5IPUSC5&KNVzLBCtY%Jq1%I7o7i?`$F6CWCa? z!$Yi|9yuSUlTM4}4H6DdKXFaf2NfQAXN=+d&Fb*n6CsndMK|cOO;)O_>o;Ck z)^o0vMR56-&m2xyk*U}a{s)fG7GQGdlaUXf$#_YUOUNU~N!EVh&;DEj%=6WUA0Ms0 z^YOFba5p+}QQ2g3+=886gWn`f&z`?*BGyHsk!=rE>Eg!7hX>Y}f-sM61^e7FGS5u6 zQzC%*qv~6DL0-VX=ZwlHz;-)l`s?kyNEKn*_}BjEkK7PWbBHgL5CVuzLTn`mIT45_ zD_LPk$tW;lDG@MCm?)EPwiqDLQ1p;X+n!-^Z}(M%;+-dtLZo>PtOat94)(egto!j^ zU7aU$-&wu)^wH{moH=Lp&f|y4=7U2tryI^9HvuY}_wu)n^St zh*U$KtVy;hYQ{TCuS0^*DJ@a&%qxL<44z}~HO}k|$0)!g=hH9c7ECPj(jr?1p-v@z z8h?~wf|$r>$8e5;(wDhOnIxE52_-EG;@W0%p)Xl#aFq8$^Wx2L299N87jWpWRh;zK z`%ObbeS-zCZ59*&`jO)TO3n*^jEgtUakiDE z9HY#}+}*if+1QLe%FvLufm=Q;?qV=KJ*j~l8keF|ooQ7f$IyXn&89pY`czX|G7anp z31AsOZ^o1GAPvK(1nj$W48a7oqdQ~>56vwqce*V|r3dnYdd`8-WqiCq*MJe8l>_o6 zvly9g_K>$Km$JR!3T?uHbje_={3LkFG4t&7Mi7r5fV>-v$Gh` zi`6GDPO9e%{n(|u9p`Qr8sXo_8d{DsE#mo*MVrd&x|NMJ4#*Ixf7dp?ZP^F74$k-c!+4x{eCQ&-EQ5KFnZhX2y{@!LR^29LH z(R&dRI%Z)a8iAc&_wmoM83N*|j;w#9aOL?bRUL-4BhHhj| zKw!TCJSBHzRN$s9IZ^7bj~sQNUk(57ufFx|PgWmt)@kTrENM`iP}oC9 z8`p5Mc92u0<;(UrW49tZ`ZZKwKTucY^F{o znSS;9sud6mdN&eSgjCg!jX(XzfB%gL`GaKVHd3jX&zXn&yHyGi4I_K|_7K*EvUf!C zK=&aUr5&dF!j&l(_~B86EqAA109rK*Df8wJ_P1A09z875n8Pt}@OST8%yxVA?$d)D zyTAI?zxJO3rOfAih=uG9qBfQ=ht5h;dh?AnL?O;HHr;%+B%e+GrkAqpO^;@TsmQ-yx`~_UxLobF!BV3@H4_3;u?(7 zQ=fh?ocblqGTIuG2(T;!HPM7|X#Z(HRhYmV!^AN(ND6Gu2@>&RZ$}1_XtvIeqQ|hM zFPVhrQ zxfaRhEGiXXe$*#|Z3VV*G}o1v7^=vX=Gx2B!9mv1jf~cKhK|?@H;zw5f>F_L4W#SR zMT5({8(;Z_@tk?cjNMz->`n`#8M^BAy`Q@dRaKKHja6L8(lxn#xu!jD&% zZk4-UeRO!TdSoh2wi-P}xQ7q-R@=#Ddb@1kF|HTKrwURBkv}W&Eh^l|wU^OX0h_ff zcfg%-r|L1cfHLZM&S^8g5}iJmJg?fmeAfBq+}_^y>YXGXs*dP_c4K?))b_o3Wvulr zv4N3?z*z_+9 zVIj#s8j$Z!8Kn)n;hW+5N`K_Y9~hidNvNH}yZn*;{L7V`)i~)o!+bXdrvG#idlUW0 zaq@y531K{t^{oKD6J8&o2 z`C)g)lb9aI@t&Vvv=Tx##z*Gjz%QFOC*C_YO2omtPZf<^d2(OvRL=2>=ND(I$Ewm9 z+yl`(<h<@wCmoeN*mJzrxpbOL@ zP!NZm!7!0Ca!!PSUl`0_h&(ZY;ZcIUh%$027F(EaxOL}Vi8l+90$7ygojCKSR*RL<@&=KP|{`3F5*AT9Jgy@8ia*cCsHWqf2PvB-SrUZ`haWL)6O2fIHR4SP?h~fNlh@yDVe2r}ICv=3J05sc8E8}$WPvG)f zRK-9mDZ5_h7Sk~L1OU8n>>Pf^_SOd{Q&{q6oGMH30B;=x0j)4j)C|4`Ji%)++?)<$ zIZnO_&QPIs@nJUy@Q zS4lG({`+ZVwsvkAAyfLWm`%yv^pJbXJTdw3l@n`1*!nN&hi8*2%aY|66?s&0Zyo1ur_X0bb;cyn*Td z)^_-|lkq12vGwa!jHL?UhcAx9Pa9p~i=7bN+B#2Z)GuDO8W4Di-F4*FtwSn{`fpI9 ztQncppZR~+xTVZ^csz?IaSDwm0O1_*8j2%-9inoka%c?^2O=OuD?6&OE#Suk$pIY| z3@)W`I9OXD&@`5S8janJf*)Hk-kZ@8kC_hO9n*cuDuO=IjFV`RmA>_P9=g(%bltI< zxCDMU(1TXl(hvC|`9U*skv2D>IUG4$@43?2}s*XGh20Qk*~bQ(t5xqEp(}#s;TlZ0Ph> z+jPnqlQ)YMUC1}!zv*C8Lsx6uBowucc{f9kbD#b~qx4g|=Qq2M@zMDge*WJqo*#bl zB6^TuDm-|8bi6uEKwN&&3o?{Xv=rE>Fm-zQzV&9)9~qRWJs>}U)2)_P$P4W84O}nJ zUah|U$x-~nR(GJ|JlxNYPB>}$S3nXL6js$mfNuQ4zx;=8%=w837&?y1iKh?ts(4*Z z7vh~?p4Blx^4-V#B|M?Md+&aL_T;t6;1T6uCq_F$m!W!%oAy_?VmzZ1ckd>9O8=q^ ztK_Yy-`kaSZIyw(pJ&XYlcUx9?>%Wm|6l%B|3wKJ76q|k?g*`DIf~H!5-bExnZ2h) zaSo~gu6mPb2GSLzTqBAmZw)pAI{~E}jI}nLrV>qsDc1=Sj4!%mAQ}WjSt)~#w0F+6 z+7cd-w-Pv98zDv-^}#T>2>f8=&so;kG)9i`o>2|@k?HUyFtIeATIMxb zxX?mSH>=VGBy4NbDA+_I~rcS4KD(Z4KwcF-(2nN-fu=G zgFxSAi@CP9#04hO&IX{S7`fP`U1SZ=$1i{(DoNw{#ttZ5?fDj+_91 zBgNyr-5AEuh+ZEiv*-Lca#_)Nj;RdTKuFdnPzq{m`jteL`6fN-m6|Qbu+u9;x2+1w zBmf-4RFu%4eA5wCOW)Z6j?)^QDzS8Q0zqvilMdPw ze1cuW{FiR}9ljtyzv50E*2l-za?Dd*vp&P;gZ6t34 zm-Ah#6+kPsXq8X2tsQip{^jjDHn0IN9GaykpbMVG3C{ThV`-jtOaJXVuV4Iy|9KPJ zlQW6Id8f<1^U3p01-i|e446v3I6Ez#C&|#+p9ir;Z==&}rL`HC7q7Zc`^MYXtNoq1 z8z_{kZN5&_Z;|=o>8sTT&rcf+JUZB}UUbT4Lr^T(x#^u29;J%5WB`9Qe)?bf@x)az zA~7)TLp~3noRZzeC^dyKzjl0f(()%_zW-#u%rIxdD0q~r+f_u%<|a9G^X7!leDQ`s z8ri zArZx32*n|g6~bQ35vE-Titvte92}l99w9@#AudD22!wG7bQm#$MerFW1{RFq=zLp0 zM~HmdD$zKzs4$Ud`nAx|xD=6~ba7vd7@e+=2Id;rO~_))fnz4|Hur@YPrEXUrJQ<}a^mV8O#EJP1!}oFdrd0Pcdl z-ocP#g(b&jDf?-w4TEXUac^&TWydZL?{Qqkgd;mSJ1P&R65zS@Gxb3jZ8W6M6N*wt z%7Tt8_$@HR(03jm)Ip(>(k_50<3;#%nQIwWfny)`5yEj+cmWP=3;V6RU4S_OQF_`4 z57QX$89KZNlg!pM16XDn=gsQlmq)9QUmQkWlTC(xV4}3LQu~pU0b{w9MYV|%U%j6D zw;2ZkgB8*Eh)>OU@hf1^yPeIzD&XYMb1*|zUedfT%8N(n(kY)PxV{b&px{}bL!R+x zok)VN7)!K1jbpo)pii);V!;yE5v46kbEV<{HvRJuuU3tp(}d04UGdOL#+^nU)OJyW+Ru8&6&b69g%Tkz;8BoS1%4vSD!q8 zvCcr(xCTJ7_b^GuW#kl%w_`h0G4Rivwh}o!4-S$ErM*%&CvG9?JWz(NM9w*M8E)`0 zO{EIOjH998P5?qLD`0ueoc-G25)~)#F6YQd9c6fgKST^{PVVlok*aO^o!2;rw{`kt z4DH-gFY^|#Sg>k3Wt{Wq*XSB&ix(p!3t-0UXa4qf?{+VbCwc30^mgpkZ~en>Hh{*v zI;Xk()9aU)pN>g5$eeeN=a{jV^FI4pf7f5}CN^`p{~<%fx%jhPcu&6s#+?|h1t0IuVc=S;!4>?;611Bw5@|M1lnXQ=VYFQ(03qdqhC_wSQ#^y z%qw3w>au=)P`0(qE5Sn}*SX$Lj%t*C`qj`maDvBmGcAJcn$(OfBpUcbhtf?8?em@S zA$-~mjS`fEH(u~Fp5S5N$UEmV;P*fE!P)5hdYR$+6^9XYM+i3*7dcyM2TAo z86Bqo$?UZgjEu2O9|d-3qMwnKaoE~2S`-DU9nUEFK^|RbEQYyo3c_9aM zrOKXG#XZbg48p(z^*|NowThDd(56N|FZh6~ePp1@b51dEV?;}wp6}F3#^K2I;}{ur zy;o_~>oaPcYQfM4xbhy^fQJ+Fe-5?Jp|L)~4*i6t+KxP@9pJP}-)-ZHdl0x@ln0_oq1fOgq1|*OU(W=KH6(_4B755zWe&~fBH{#v8u}JS=TPyUL75t z#5c~m9J;{P3*=3YkY&%P=%PK-1p>v4BT-c064>9mQSq|Y!?Y(lCoxKpd6IYHh0?|? zkTQ0`tPP&{wgU6;49y<9(KqdD$BpRzZlCOnss3(_dR>;C^# z{YkH#Yj!92ZSs&jealPUCi)14x(J1osmzixQ3<1vC=U!6C{Jou6W7>)r=Ia+7zS+E z2?K^dfJgSk1EY{-BvP3ng+fXzrBsGO5%*q_r*FtZ(*NIo?e|{QKHS`UzwgtmXZ346 z&C3)qKucMjD(_EO%-T#tu2*2DXz(x$+aI~NjKd2!6#0y4;Pc(*0;_R&`(<1TQmV$( zGWl)JkwLzT!>DY`a)c>SRPLLv#xF)2vIef9AD%@cKf8b}zaNgc4{Tj`}wd?!kf`fHYA-LtmgvMs7!*k(Hw8spjG zD!0+B1~L4?fZ_dgRoK%+zbgm?Z};)#7-$`|i@y9c#_4n^kDunZ3*^HO3r^Lj(NGV( zkq6_Y#7t|!v+T*m`Aub|hB@ua&XpGF3XcxvrVVW`-MKR`p<7DjerXBD{u?^bLugU_ zPO*V`T^81r?P9q689!Q+!&Hr~8i!Or0+h)ts4;EH__#-I#xS}wefT~+JMefd{mod1 zhfS3%FXatEjpb#C^iIKEUd#7&vC3So&1K(b40stG+^9avU9e7CTpC$)K7IB;o&k1R z(cb^0)45h$dVh5--`8zpdsNpY8J|@B@FK0X$OT^bT1Eovd};sSD_`|OQls zT*FDlul54i|K@-F-Fz2UTQ^+@GBk8UM%s%l|D<4`K(w^Ibm+ff0*PK`Q3# zN>2>pCPq((6aiv+sfT%{OupnFW^LWTP7w}MVbb~ZSH+Z1{|MK@m~doFxY%dg?jQ#S z&KVq(iPP>l90QjZT%Sd5R?YWK(b>SL*b+O~fKX2Dv z)R%c8ZQG{e+1j|daHoVhSmRa=j>`0X!Qw@ZD`=^XmV- zy;j00RE3-yi!$k5b;0l;hFF?4clx-=jL+&(XHwT#=DStErYd9&rf2Ia#-Ll&BZkuf zMc0Fa(k_FGUnmUt>%UyD_p9GEjNry2luV6%@8?#o4~~ade4l#3p{jY|yIDbPwYhmO z^L7()tp97dAZ`>;AlcpZAcwb=Fa1!FV_?08pBJ1BA5GuWlJy*s)3mn{K7t=@m#=z% zB2wc(N$qRP{S0Bv+v5~5+%rA$Un&-i0Lh+M9ZXW#An+=Y>u#j^kiNdAXghezxD-pDcg|rbu6D$2g5d zlWtp!qph%R`HoC=Ek~|X?n9$##KBK!MJ_BN#iQg}IsKL|(hhh>Hq!^f=Zky#@LFH$ z|1Fb0^sOVeE(>n`zHQ-@gP2@f93wBV^;&444RU2FU|E3YRTShu_x@p@{&%&8HT;f8 zN}JpRd&jL#zMCesMgj=sDUIg35BjJeu4w`EW$wIs%LTZ}y~+W2)&=Q5baKy&p8wzd zZ~yzQ4YS4j^74B1t1nLrBSZQ)a5!8>P+=jWwNH$_xpoHG8Zq|q?Ba3&VL+b0_4@Q| zwZ9dE9;AB%R8R0%IY}F&oWo?)c*%FNZ<^H@O<}+i-iANZV5Z474tKX-^h+2Nv_ z^4oU^wW;6fMLeJ$Vvz3@dSx+b%3`F&;Fl?Mk-jh=0>fc0weK?66zQu9LcO%n6jE+* zMhwm8;sN`uuJWzD9+Q4rKQOsJDof;qhHLoR+rZX$m2>)~r)_9o^}?N( zMbshW2u9%2-oQFzP{$`65o}`^JdNVf+p)CWj6dy`U)onLg30xKU&^|!&2A~nJ*+i6 zppEL0;zgfr)3y9|9sVLpdU_cC5DeWNLZp62>{#*ikUAQz2gXbR@_y968F z(9-aD2b6o`y!DFf-uiA|aSDScXK(b}gY*SIXxUF=THe(elf~@Xp8W1-V0BGfhHlM9 z7pT_R6ddKd3`caJYce9{P6Y}g+v=kjat3T!V7tIjyrxlY3zp2iTWqY~*%7g>o8Rp- zpI~$iT;5JHR9+j}>>O`CjcI{oisVz;2;dn#miT)-=ecG&31c4sX!`b@uYY zv)<*a{Ec&$*Bbx$CYM{!36XW!(-vOQwjDE{K0jVv#b}lW@Q@pY4UBo$p)EXq_eSa8 zapW4Fu%6g&FCSVMNcv;y1)hKTKl|sM$7kQV#wE^D4|U0X_3;gv(kD7`;Cqlwt}W}O zy3jFS&^klPXM&4-VGG)4%8_Hvz=tq19QQCImGjS3c1V+8d!7nu4Ni4k_{3}DvuDRI zAm8S8D>FR@y{W#mZi@trYO9BE<(#oAL1*|xgGj)w|IdDWd;~}sE!|+|<_4e{Z!Mv1%f1eDV7hDx@`8hnT-L)~!?|SEfLp@E2 zXlk_cW9foSEbvcXgJZ%!I5*z(or`c(rSHBzyfmDDLwjQiJyRZTsuZ=6-*CKEGkrD1 z8vKG|%4sTn2M@A6t~-6sLO6U%9`mpL=+e01Rk<44d@eBSAAc$5<-@k7jwjcR*S&FE z*2WY7%B7*fz`$DEx$bxSo_6a1WUTNrGMO*AQNA~}zzi-}`iHVlN7M+`_zoO1er*kG z+R`t$W{PLE5+e9dDb7{fzhM-XZtMjwF18DV$du1QY3tV|BOf912_JQ5R@0mf()Mi>saA+ zyq`WCt*gS&VBlpt)Zh4xZ+-g03gTRA;oTVY&O7AK_6fwd8d--u(JcdE+yUHjQTQTy zN6XT-kc*NTg9$Gp26TdtVd5&u;$q&SA7jMGoVq?3BXsVf$N*5G zRma$J4<_MM${j_e-t=kAJZ9sEagA%Cc=X+kL0`YSX1w59U{=+AeWOuvnzwt(FgByW zwLE+T7G%TM7;<0l&cFC6*46FvsN$Voj@X{O~)4)zL+H3Isl zm}X>nW*j(CWHVWS&Oh)j{e!dbv^y}TYHJT(e9PtH(QB^dm5&;Zz#Fh8#@_9MfKD6qpxW^}05Cci{KSb-aOw`k6by zSH5*b9U@rfde274I6Bo=ctwBsAp9Q%u}puGoo=g)GlsuXP3x*fdPWd*!T0ZSDqF^y@GGHpU$KM8CpyqNu(`V{@ttTS4rZd_fxCdA0 zKZnAM?xyc-KgM6i2aW}=gMaOt3%^epkA{v-N;$AAfqaR`^}+~XRzYQ zIuI$m1X!hmHjFjzjybLWvp@cWwDV~7`s||PXn>NowS`xVQL5c`@7$>#%)hRH_s}m} zE~U!R!U>FpA$`*sa8jPmHR=0id%@LLWX3djXv(J11Bhw7wwo>w8#0Bs@$u8+7d#9C zW(-HWJFD9_ROGWUdzQ`P&#&`x06yii?~ba zh(@N)(oz?N+U-&|W@Hy)|D>60@sf(A}~fujmC@BHh% z{41_nXZ`77@ffCnFA6-vnla@br)Ve21EVcz-_kgY)_GmMfhkRKNEmJXVpuq+VOjSN z4mdA;&?UHI$l<}K^q;neM(Tvd`A!h^qdulbmpX*`+X_w&wk=EtKln!Xl<9YiXE;jmYz)(m|CLJv zxeiwM;m&v!aDTE2-rC!J{A749FE0efI)uTAHyGj9eG1rX@H}`cO0=6ET*nXErtIh}_e+1{4Nhh{ zDqrxdf_WFNTz6j`?J!_Ld*Sv{ruYKi8lQFUQmBemLG5`hANho5`U>t`#?!evV^gN@ zX^*mZGNbS1pZs>LuC2P@)kde8;5Tn{vn{I!_ym@NMEuHGu&6ivFK;iOi>?7z*K`!O zYy2C;nio2spP!Y1wC&hn*#t{X^YWj17HnrSMDP})dj)Z zIQJ7YFx2Irv;n`yFIxd-a6quV`kqYIvntYVA0QQYrMf!@&R}Q!3}^W$e|;DWE1PQ^ zK5y-nmlVrOANmu((PYXn-v8{6{!#ScYW3>uGWREfmV)oPjg0r+C)}h#!7eaupM;}a zSmTk*a|UdqTOFz!kFvWmAvqwJoh>jEd_PmVL-*Cd<^QT8I zcpVUexSoaHJ;523Ic*It#zZR6lKhjD@c>G7{{Q2tX@!sm`(eCP}KmGF{f&m!AR^h?Km!#o&Gou<9=iRqmfg_tu}lX@At`<=h3(T_1qf0Kru zmvPSL)FISX`|7t|7{E6Aq*d`~%% z@si5Z9wp8RknXGJ-ZtTG`W>$~Z$`xLl%rYT3KKTFvi@#e0_W=d`mV~ocmaFfb*$3X z7_>>pduo_;A{gMCvtU1W4S9@!-*7$3(5JroC2bBKVb=XB()8hlflIG^uY(r&_tVzF z7J5+MiFo04JvNb`tb#gq*3ubTRKWASG)!BRmWbmK*>NE+iU^O`t+C8q{!a{fULAYN zjUzbGft$IM{_~j&lvc+XUa_rHA!AyetVZTI({4~~gmv1PDU7Jc;<|uA2`-8Bf}FQ zB)5$|^I0AV9-Q-_?eZi&Ax)k8jb8Jq9{Is%a8%gyrR6iG8li>X^XERE<_xGe!NOdF zC$I9QI?Cz`z0zN0EM-dv-*c}zE5Cc)?|c_IH_~mJGsfk59Uz|>6B^o01RJJ5C~@1J z7ytoQ4MFbWYm8^%vfxTP@88*f4cf`vwJ$$2Q1S`~cpLA)LG@GK@U~1F430*g{jMwk zIM>JvL&uTZ&-MN7*p0M{HlE?`G{k}u&xgQ=RW(|SIA$ypRo7kRG9R9@d<}2eAw~??7a2vY&ExV23AJ-Q3-_lf8KC3_gQk8{3?qG!yuk#jCXpZ!IZ3Ro!X5xNn$5;$!UFoIj-ryT=QGB-!S;%w+EFj6v& zT5{j_nNz0-QZDr%2?G&GhO-PFytrP+!Dq$>p2D0q^HCfwo*i7x)~{SuCWBH2E{$b@ zk&$cU9%4}F6(IdZ$!Z(3DGSbF#HmXFoPAEo=#w)52Q`@aoVM`ClpmZ0oPY!;HEg~Y z=5bok!1(LArZC|(x$<5gDOW}8Fc`S@4)QyXnEPWG;Ax%i3mjcU1b>AI&XgypdgYnA z7Gci4;w1OM0Y3M}$c$iz%pKFvfvF2Ux8f|M4uzgl#U=dV3vJ*}RH@OvmO!-BTsnhYU+v)gIrw&qq9L3+UrOseDu*gtl9E?~bwr!yW1y@?8 zuVN+tX^#TcCmO?xzVHr=EchyI!5+Eocv422>KhL@@Xvy;uN0v%J{xcZPGU7rx0`kjVnAiy)?k$e4H^o=;1L|<)%Hh+q?}J} z=WSecm$HkKD?pQ#C66+aI#l;u!b=BU}zm&Mn(-19n~K~1^&FzzIrTW-~a`^)z7~Mq>Q|E2b`fk zmpx-+EM0HE@S0lx^Z)9frQXBU>E$&<*O}pvXDDsEfly#GK6LS&4zkY7iH^D+XI1bV zm}@t@Wt$yC?OuKdC+IW5^je=*?$T;Ha>AiCYw8eQ4%cMJqf0;e=`0vGzFjWAN$!*rOC(gP^3 zrE~TOkb1^*yuTIi<$m?&fBsj+=m-rM{9NYl5n8hdXmA;Lh_1gPI$ahSDJT6ySe?cd zARE1y``L>@Z=?|HD9gKq&_?q4G>(PoI@g)+B9kiIv|r}W7w=`ko=@mmerO(V&?klrUGp1_O5=Q= zv{cIEU7=mKSKQ}KFr3h|7ueo~UYJG}J~cSrMLxu6zV+n zY53J7?UDg82G^7YJRBQmWsegU81+FpbH2FW=-Tti zS#sG6efffahHvm^GiUiM%(=F|>%_l5&B^|D-v@in*++-aD}6K6qHp>^^v;NT7!l$Q5=0rv!Rk3y&3Nn>Py4lzdKt-Z`xq~Oup zygMgiBYoj_0*f-{%}ckuh20M~W-8HIwyn_J3x3i=d2!?0pM3P<#JTMOt_C_toA-w@ zn&V>xkaHM)g6OvLHW~nh&6Ro_n6_()I)l1Mv!ZGZZZ5 zDVg#?`TPF#=y3J+&E4uR{_<}+MD0QJ5IubdMrkQRH`_bn4F=X7fENrd48zgh%Wt7;xsDeU8XK5I;lo! z(k}YL$aGbjVhp9GJai&Wc8&=yIu{gJcw#rff$Ip@`MEWdQ9Nl1=xHnP1BT!&N+Zx`rKwU0$(GB47u3-m}!GrH5T=HFLfMX zWIk$f%r?^>;V{1Pi)*2gbn=qMg%@u)nP~899QqBArg78O(01Y7%5D2y@IztvB!ERl zVB8KL=HEnoY1^2<-K{ARYW?+hVEigFOMeu24O)Ambn#!t8-5@^-k3q8??EgK8$RSv zSo|{%FJ2uU)VJ(N4Pxq|b9p$|jHmd|HSj%2)9``O>WJjGc8sUdYLN0|i^3em^Ck+? z1AyE|Z_X`c`SmfY;{Y|ioUx7Z-$-;cbD@oDg2(bwjQf;5`m-iNtrq#X-8o2 zKJ9Y$T&Jgex<2Eb$j9~0faoNj_$>piV`%K)as!Nb-Z&6rS3Q|t-la>|=ZSb9I(4|2y1U^|*AEhKoE+^{sc-Ix zx*1f_+hjQCy6xy|$H;=(15UPc|9x;;Dx@EdGoAudd(D4z0(~)=G1P*)+{_Dl6om8Q zH}@9Dia}Q&ZHezJKF$|9ISt@TJV6$ER5RKI)~?{zPZ=5S;H9C}WDnqf=*?O2ochB( z=ey5>u*1BM_qJ9i>!2LxZn1qU90!pJX~OM1u?2KBWYc&sxx zN&w=aRR_@}?&CRhCg&bDW!C|^{QggVRQ~k*a{9*e2Bgawa9P#LdcLy_FezI_Z#xD# zh1ayk`+*k@@*CdSLQ?~DHyscZhbD3Af(wBfTSu;)PDj(3A}jCa)yzuz_H1^SHoo)O zvlkALu~Lu{2wr-YH4otUaBp>Vu)n&vafbJ8y(_1Li6|);9&Y-o(P=&(0|v>6U%3}l@VwAzu2rlwONaYa)^4-IDzK_8si22A^h(?7P z!=_$E0#j~owT&`sD)anPGkv6dep4__Tjf5S$VB+mFxYyHGS09UZ<(@?ZbN7f^9cBD z6VWJl<<(opRHL8rou3V4jrvjv45c;r`g@(K2WNhRiR0j5A~#`LH1Je3Z6C+m?E^2~ z%7UOp;7xf#jp+bPuqk!CL0M8Tx!Vi_{Al013LsY~a1l-&CS=al;vi+JnA2~KOm4W( z*?=kv??d=jmZeH5b(EDTb|lU-su3C#RyakUAI*&CrXYma(xL#4Tmj zvDbRRp+4J3uGitn1$YHYo!;=6DYd5f(LLqx!^nXC5zaV9se%%m`Ps-{A4W)__Oz=E zOk0hHJFJ0+^2P%nKYO}5J3FsIuY*8|2Up;SH*zvOGV+2+GOEHqIwL$1ybXV(e&|4< zD?8;zh8Nz}oVu>}sOH?WII5$_*c<7q69_85d0UVOphYQi8k=cI!{nei$ZrP4cer7^ zJuQ$UNd8<~aoZW(rX-AtR!$OIRho!spXCFhi@`!38uPJ8NM%A`s^OFMWZpTWK6 z(STEBhYcsnIxN}M{U=+^5cYhM;NaWe{pRY2-~Ptx^vhRm2S3!2Vvtjh<5h-Qh->nLF!cC-%}f~VALKoCd4`Z6*}Ze%R3ZuGs@p((4MMIO*e ze;dE?&5vJ*npL9Q7sP0|QCm7igy6i_I`9mTvc$k0bO0h82!|PTX@NrEs!&?upW&5( zC>sxLU-zFrAI52L#{0|z*!E_S9-MG;a#VnS_OqX-FKTm?#7-0-0oV4@PE%=tkxA_- zV1b2Umab*!ZZd|>lSE+zWfcN#YP23*g_H-)Q+(Kmm@uA;u@l9W(ef5C=@=3rwrSgZ zr>uham1RzFRbg63st(!^g?nDJPQi^p;}jS}JXyk-et2DrH!byUrMVUR-G-O`%N+Ua z7}Gbr6NVID?T6uga&+L70zGnn%!D}Ww`--xbwL#vE8eb-Y?Sq44+=j!s(12K$$ zqYs&pIp`|Pyf7F1^3*wPUY+a7`0>O{uTYw^a?>^R>Xbu1@lap+!Pt2gz+sfYk};^_ z&vkuw|7eQZ0)j3_yysYso%|+A97iwXXQ=1Vt+F^1?WD87Mi8RF@|$9>LhJQbO&R|| z%m}s1?!nDWrJ&<7WuY7)o=@Y>zv53i)coZ{tzf52AFMvwH?KL-hYSdL>we@YL7#o} zW9r}&kq+K~19D=_XigH;GY0*Emr@3{m9re@`@BU5BJ|uW4b%gxYvujC$U>(hyz`qX z_F9xhjYHr#w3{IK4+x!pJa(VYh+A<1Msh)aP1|^NRyq&8 zIIt8wIf~4b-#Bc;$LK}}^m;xSX*lI{Xi*TP?PcnU%!5TgGJw4vI0PqXLQWU}JmfSt z%6Yc)&I5CHgHMqn1E8$-IeQ+g(>>Q$SF5*adrO3tesMc}2Z!1q%danQBCoeA`<(Y; z2&IPwTaZ0)4efiRaq1fv1H*8j3x|Y$_aYnU&@4}W<2`(9P@E8s93(P|n-AYd_gJ*G ziVWN4%<)Tvo#@wtrXI$??sck@7zWnRk^@+slYYSQ4~I!vKxF`Pt|FyysN{EGjQWS8A-2^ zgM10j{>dNyes#umB4wIEmb$ClLoelP=YlAX7g*lCn}v8X-<%w}5dAp;)U?iEa2w9XQj5ei3Bjx4--83xm)QZ-r8ir>%fyX>hJ;xyK z+n+tJk+aIZ58e;4^i}Ve1g8vS5H23snp+wjKn}$-1k3NVISM64DN09#hER*)D?`T- zn0d;4FY@2jcr~pN?lT@y3;A#!G=cRpW`l#^rs|9AVHQGCuRgA;KB^?rU)xVP+b)`} zOF657rK1?88n7yzv=QcUo(l<6kv?mYW=dx8XmI2BuKCcozEVV#rF!r#8XEos zH$3ARa%Qer#D$Miuy8XNfo3ue1bi`Cgqd~9cwj;M+ORMP{ic5U>nQrOa26MlE%J

?a&`uu^a1BkIgZibVl#c!HUutuhkd&B zeZu|V3$XZ}OP71>ad5No8{hi)1>t-mH4$%+!Il=V zutHkgBTjLPK@0m;?(?P7sp}$Rir3&6@Ai{2+T@L3X959Xfh|lGWxNK;qf@1ZAW2)c zZ&4xy#}O`g)Ll7)SRA>vrIH&zKrx-cmAz z1e5rUdumA1pliIMK8g=ubc+O~2b6l;mtQcVODjykWD!5-|a7o`Nz zlsKir!)35*oPrA;xHR08wBvesv+wOF8N_XBt4N*xz@pD(C8VFr{Qf9$*G1qXgs1^; z48DVXFoElZ-MuiaH3vtY51vbeS9HiJ5($fnw;s)u3?Z;sr%aZz6jKqHf6Wx+vy2{i zFkGD=7t>G2mT!J~6B2KgDYvFK^K({u&Z<*U48GA{+X{udhL{%=nZY9`({+P#$@sZ(I*Z zg?a8P-i%z~kD|*btiT1GpwYIq{`9A=bZ7aF-h+#D!eGI{%%xA;KEYIHH}rwKW)#v7 z+I9NDX9(yTog?CvCf1*E;&b)(5=baFyfO3$RN=MZp^p-c?r%R1-eQpRxt0DrxBo6U zP^N1T6nqrD6#aW2oD7LZKW#*4?<1!_{N6WKFJGNDyC5@24(Y}&3J%UWn<8<#u8Y}% z8`tq_P+k3nSIheWwoX_2#XFVLz*2*kzOD4O)8x@c>SjF7Rp$&g8ctnf@0Kxg9lSUu zd~t-(q2&W7`PJ%s-}`pq`PcvY-wxmzD1{>x zC#7ly_D*2q37J!VoHAD2T6iRV3n`F`$)%)9fV3;R4o;e7xV;_E?Ct%V)y0)}Jf<*< zGk9%bC}ZTldXSFUrDnW3zY<2lfaYqXOh!3u1rY%&f*1yfdM4~}6DXs2;4wlH zL8@U+yZafFg%%Wu2i;S4Jjg~28A}-}Z_lJY+}lhyAe=ld2exL1c#Z&i?lX!-dVI=8o`n?57zMtRSq#K4exCc=1 z+$TD%aZ+a^pKqG(#b|K0R)VQFFh{w8Uz-@OzbB0?0)v;qO>mv|`k8i=+Y1sYS&E!< zSk4SAC*h&P@RBibL}!1xmE`8mV(!EAXQ3zB^I$nDDZLi>4>6n(&Un|9j8EyY3#(Z3 zDV1u?h=@lz)B-!#uku}8*(%Rj#w+f3i%sA)1`58BS-ula^KWU zu#sGNAQZSyC3m$T*ijSggBo%zdBejZ+Y% z6FBg2@f<#I8?IX>ol(*#;D0nV7rhsJTKps0u2D~Ccc~8-qCB`^(7yTEv(@XDufsQy zs|XGyNq^x7Z-$4?M4G7Oa$S(xC{*qe<=J?Tro zIYf(tW-7)ZNFA4V@B&Bl2bp7(d@j>5=-?@m=BR7T;4x*5buvhKr%Z7R|G8GjulAjH+o&$NV-rP8}=8&l3pZt83A8+9VsVZr-de$xU$LIrnHH zr=JKNix6E``@c1Hw=q(leqR$K%%!hxt7QR+b=N)7PS$GWN8?i{{SsdA7Me?P7jo4U*T2KqjK^ zj7{Xp>&7tKLHh32ECP{!Iy&6Vwa2SZPYzf6F}^z?jI_G_(~AdY+}P4err9_J& zkMz-koS1nN2xFb5++&<5(lBza!wZIPG)=(<_nKt<8A7W{8HyT{l&L41X5gyEB6LGP zG@}IiJ8!sd^qO+bbgb#!DUi|}{nm$=q@Mu3=KF%!7jV%oQ0Ct7mgv0Y^2Wpd$KUAB z8Ptc%{m3=#adZ|3uExd16oMDu8EKqfJmlJV`jm-CC7=1OzBW0~#-fipS%F<$-|-C^ zps}*}oU;Ko6&N9IItNZ4jB$-xJ{cuO-or6G?Fo%2>=Hg@;Jkd4-|zzP%F+^1=dHgP zWBLw^U_+DM&v&oF*=q?5;yl#(Nt>Nk3*D+zgHP~wds%RU4;?b1y*f;3Lq8%QpZLPK zy|gubMlq-C5<$6!8p|BIh^|;keR{}P%0uo47CZtsqbt^H0JO30+q^9rp;>jVHrhw2 z0gyP5QnD2OZ13VU;wQLrSeGo?n-4RW$|$^#!);8HDTv;Q-afm$DgU3x@H`B!rfBi2 z-#%?I{q`9F8Jmn8Sl*ETFlz4R4X)6rxYPc8l4Eee?eMAkgKxY6|KRk^TU(}J$PL8d zL-ar|_!*uXe(1DpjGuxWL3{<&yTE)G zW*W|PMB0mPE+$i6-((gIZbM6%1=PmhQsgZLpRr$L*Hns3qbU(L@8WF1QzI8_ljEVQ!vo|n%qt8MYldk~jt*DHdGl|7_R~LWyQ7pc z08~xix9OWPlIGT~NSK3CPqJ_^LAoY z9C&~i>82hS5EvMI*n?>0F_&?IA-q@5^&K1qmsWn7n=(JIPoVR*eFtZSI@d5TV_%|b zIBojQn8UgLl!XI=$=Qk$8fcH|3fQdrerv6y_>eB&Iqg10IQ@k zaAO*V&i8aY>o3wLAs_{*I!d3{9Nq{Ic2#id>;&$OMC6{i&&kN;M&G7Gy5=Kg&JyJe z9yn3M0|eKW7Ae`oovkj!I|v-#;?CmI2dK-6x)Q zhVG2vqZ$~$a;rNW@F6@@c6@guFAC6DT_+28*B=F^&yFE&qc?aB6)x1?-U+TVpt~47 zWqB8z28G}SyIh1vWnR2yKYRE(h2Rf_=;DPJ@en*I$7tJqz*&>I0|1!F*(}h^xWjMo zM?S$+eb92_0KuVp@ML>ug&{BP)X9J^b@QL!%^La)9CV)ZFc@(BYs$$k9k`)~Ww>OA zM2#|O7b4*d7+tIjl9Afq!;_OyIJGb?baCc>Q?UVs!|N{v8n`Xa7JlmD=8VT;I%BQ= zOIz0eaGX-4qv>|ITr(xvDVbcg8ht1A_9I97IEn1&$NDQ%oY&FI_GAkrm?^yBL{Y}p z+71$6jCeiGrvK15#+|c64Dj}HMg^I|y9}*G)20r7{rSsrG*h{|0@4P3Z%hn!^>6OM zm-gNTM!LOcAfzuw+^g$ia=peI@7J!7iSTfS`ul(IyMa^c|E4-oEwBr8c4R|i$M7#Z z*;IVm(N63moy^%}Btp%iDk{zJe@jYHL)yH{&hdEu3J-Msyd=Q7BQ=)5LWW#(m z<(|)t-}{a4ynxsWUy#H@=-fispAkOT+bh8toX)ERBan(IZtq4}R#*ZUKt&t?Jef-Ju5c7WZ(|`BV!UT8=&KN77x0E~S z%4_DPBA_YffgKiaR1iZXsW;hz?I^Fq{fVIKRR>lF+;p7r?CiJ2xuzI8ZyBP<7OWod zvh)+;1P06vo<#{w#FBa$>zjP`QL=%>s&q|uPBbueo+|CaH=(91o1$Y-!+-=BL%=a6 zQkQ_iwI2vt!l&+jjLhOpm0{9%peti};J);+F;;1&9>(6?57VVR0(u=oeHSEJ-~m6j zz?f2TZUBQKokY374Q?>z47FY&C5I=hz$ZWqAtN_OyhbPpK^Rl{s*se$oCKibg);&L zCn;B_DP?C>u{LbUpb`mBY#^C01-&JP8Dd$DMc;xDClykEe z;U&VSe+H(8F+ini`**!YDsRyy;{*BN!RHF%w=rI2l_5>8D{EmO7^~pZV2zkUsTe&_ zI_*4}H4AXXF{$H1e&9H;-vuBJ6TXs7Qa>!wPKwXMIq(ouJoZ@N0g(gDY@Y zwGL-M#v5*Q0czlM&WEv?-cujW$opB~-iaOIuso#00)#eN@R@vBqzKJKv2DZmXkYbplu})lfTz8Kj&L51;}My3kvA zLpz$dv1UPU86&*?&hP$qdExZ*qO#s~IUOhZz6DlZ(L2G5sR^{22aw%&+GIH|V=oSm zU@e?q#|ksEdjjC04aZnu9EURfNbz&B1#RRDZ^*WS8^Y0^vryUpt#3Vl(S3utU_J&y zC|0R0i*_)+ISPt@yxR;Qqiw1o06vcAMTz&g(h!f)f;ht4<6r}v^bR38h#|M_iI>;1 z1TF%$xw995w?^Tv-y09-j9^jW&;In!i)@PYHpr`I9r*NVa8;BUpap2=t&bR;0N!)u zG0HkB$3&3nyELr`S(+qZ#LyKtMH+&4E(8Grp9jn2YsyfLAqE|{K z<7Fg|!i|a%P!6)ToE(~Ld6Tr?; z+7m1)wMIb1YO4yzrE4XEYe*acp!oDQ$^cvK$Tm1}J~-=)vIDaK{R zco!|gA)$#}?}p*`!o*#?mUhvD0^&I8N4Dg`A{@UmP72$1?NSh>FB}Dbg)BFXney}k zH~y=j=Z9&9pr&}DmX(X`_(~b%YiY-|QkjAEa*rcOXk|>cgsJ?%N8Oc@zKlN? zQ!b-Q-750@ej7P3W>J*`J-UsKyah+b-$*m}L{H8tAfMG6ar8|o5gN{f{(1seK1Tt5 zZ6InCjVJAzrw2uyj?^P3E+{Mev9}+23O(^Or;>B(Ue_EA+K{TI&k+r7WJ2Zk1KH|^4goqNr_QaZQc4j$BnL&n9J z>FqjH=~o+dWYf2KeG8u8{V*OA$KH+|bM0i|-G}JH&n>9;2`XfuWg~`h9MSkIuFl&QztMO9~m?a zich+=7DvKi{>TH|!o92!yH>t@Fis=Kz?0WHqCnw8s(w=I1SXwj0NO$n4{bO)*e!Ca{PMPs594EW z-pSovJgt4rM-#;p2Fj7Z8a*VtE+w*usWKMczkm=kIBrn% z3WuJO!}w6b#@C4S$&=OTmHncR+qS*Q7EfVtxHB$O7o|!1qvWbU12;p0xN|Ds2&Oa= zuEd{@9*SuUaZS&_$-{H<-__-9Jlgx!>E)Z%O*qzQc<>*|n#8%ebb!o;Op3^uf!$dB z;FFJ<$_^S=&rkN7a>LmAT9mVKT5JMm;GgISNO}m2!M(l7Rj?R2We7##5Ayp?8EZKx z5!cnD$S_@nEcGayvnciRo4W|c?A7MrndUIBf0?)6vJ4k@_p8?y7Nu>1y&Z`WxA~r?GPYS~f={Jw;mHLKUb7Sdv{@QuI5KIg1_Yi1l5wh|tQ4`iLHvVA z-8!nVpcH>o>YA@kGk%TcfZ^uYQMBZ>c*P`raai@4w$T|M7+dOj(JRJn3=WPtIo?|x9BijdXdjxBWkntE zA#&`vj5c2w4CC&Y{pFsWEOZQfHsHwE@MotTat%$vXhWg1DQFMQ{_Iu>gA{?WnC>Yem-ctxKg@ow)899Be|UVO(; z1yR-q&<#Os>4kI*=dWL1t^V!L{yK7go#<1>@cruVUY)lrV+&u_x_F}{`GRLrEWV*v z=`qKOauRxIQ`&~V&QS*+0x~P{Wt})Qa3}iYFiD-G>yn*;@6$xkb;7Od@vxNqzRH*_ zhJ(Yiz&d!lUH$6xa`iF>({!HbynGxUF=jOGJKy2|QFxM$KiS)j+~a;*iP3zBx2vS1|n^dBlI_Yi=P5|cZk@xUgteJ0q)<&rr1s?2v$$~ zbO+l>ZnRG}?V@sB-Hnfq_g+v$1b{}6zPh}+=|F>%GK?siHxDUp5Q|23K}bEh5}bE5 zb64hb7*Z>PA>Vd1^C{*bs&LYergk#GZc|HJ+Tm$w?da$zzx5@We6#x7zy444pc&+* zwNlw!@b|yH-9{mTQM6n5ZOCZ7yhoS`ab zFcCC(=-h`d`ON>V7c>?JG^Sga?d?0v;AwM@R|jDvf(M?*8)2aIH-`^oym34}KfNe! zMf00!fWpuxQiD%j4m?X5}meDvD*mdAuAUbmsXQqjot$ z0joSj@zhgKnNDj&A&s-a(13s;kbcg1djSUyaEu`gaSj7o+L|}PqOe5Vv+6qxLns4_ zzL?v}Maohv<)ieY{88{{D`g$S0BK80%cdWF;0pqdzZ@vk2;EroyT%WhbB$avGP9m! z_+%p8lu0`^viZWPGp?C_8e`vU_&oI&L#1?`g*6VV_@kI6dScMWK}J&sT>x`HjKAF) zv9)pNR>G9EW2G59W7mG*k%f?rA|Hd}K!ykM=NE&=;M^vfu^xgE97P)5TI1Q+WW(;l z1F{q+hr6L!AOdF$Cpen|&OOQ=-??8Lhb{(1nRlRhae9l(jJXj`u2GI;9FK4WG%}ek zypge_|7G0Z6{u9F&_ zB@5}PmT9!SZ%u;?CAoeRCq@g}Mj!C?sNR&JbC_XSvulno-pqXg2Kr+Bn1!yX>9|tg zl$C-BSyqV;rscMn8BH zl;D@*IsX=YTfPo_GO6U*yu2wr&K4b~xFI}=ZpA;JK08{SOM#~znver!j6pwW*n6=} z-OUnvaT)z56KYzhiww~+u#f^Ua@dVQaA4eC4C){K@joxVZRrNH2jO&~cmkl))6?KA zQXc$+!8##&9vn2cwLW->Zmxb}1JZ{n08?+HQ|>G07LBtR0lWP&){h@Xp9d6+rs<%~ zt=Q8jK#Q#>J0qxyoP7I}XDq#uwl;1m<%xhKL&`;QpR)U|To++`__9YTNyvE))D7_0Tu zK1F1lJ?1snd7yne1<5O!Z|tEt&w}1_7L*pL=U#l@!l=)ph(Rv!4G)1 zcXwA`oL$vX68S$2ER20nkuD>cDQ_J@;mLS05@jl)Gw&mH>w8Zj$|uGHx5j-;#6|!z z{=myHm^uk*Qg)&iUNcOH8Y#8g;L2k#MM*V85mW|ZZ_6oFp`k|=shQ3`_kK&`iuQCo%w|>mIy$;=9#Z$k?wMIfb`oM2nnaEJ9 zvK~+Oo;2+&!jKgaIg4x$^()__K8mA{54O5Z5YIHz5}Bfy)EC`6jKFsd zM&Q5~VCFd0Q3x#fV##9UXYuSsiEyIES&4H-G3B~BKT{)5_jl?zjsnFK_-d3VzUdxi z^hLLHWL)NUx#+32It&kRdaAGjlSoegjH@wRQl2UItx9z1}I%Hs`{qrjFE%c^#%FF z({vg-SHGnXItd;*?Pw+f)u+hKSi4OX3@J0lD|#a^&_NbWnp$IY^rLN~#M55JMt8bL zADR2COy-($be;eJe7m8yEw=Qm`ZAu@w7hwnu?3b+g@GeL(`%-^(4+xF^ay%wI%P3^ z(9Is=Vj#P@XG^SXVviY4|HcBQPSK?;1LT}Acoy8fz6fqJ&hBa3aUMPE9Z%y6L0;nR{ zN*e@<7vwcZhGM5tMBTDb!J<@nS3zuGsFbIkZE*~tRCtM6*v7D01jM8L>tDU9A%31Q zVI+pfVlwlj90re#HIL3iCTOw)>f1N!m_}O^M2-*4mF05`1cPdhWxUx8r-r0PFrP+% zd3lut$!{y6y~eXei(;e`();IaoC3eQ?*n3{D7-|%$JIX>Ud^(ac?#ygZ12d5EW#&&591AfYQ zIeX~eGXtu8BXsEpt_UXj%P`>V@sP*pQ@#`c+_^>$#u%n%KWC1gvnZ9!@ZcBpBu`Dr zr83$bi8fMJ#E`~XK0~VEqhP{x0`0Rsie(S~b^Ok@ccou`d_hpnn`-lSbT=G3>3;)LK~<-Lqszp_L!7;gfH zJBM*>8L;c{1SdoNyU>6EnWJz=rr=JW6RlEyQSf96Gv~W&x}sn$grXzCD|15>MSj=h zE!wWTN&-8~jNuqLKszt^`^uTjO-g+35a}Q*b%XSZJ)Dwjh75X5Gm=^SU$US_FcH`ugkFK^^AbX?JD>_gl~F@Su%=2#=S)(-((@!&sR6Zyw53*$bV(^78b$ zP7D11LkEb=pcf~ALnnxW7i*Smhdnvi>AjP^?eZAdj&>8MrJbF89_((eb|SaSG1i=* zlQ z;l)sz($*HkaT*>)NErb}4B;W(lXIjSdo7IELp2aJWxIGI*NuVVgw%Upe~`rh=l^ag zBFKedbE|VS7H442hw+%eXU>+_%1Co4x{xaM>VZbt!Udwg%a~tZ+@=l05@}6@SRu-P z{l12sli`#o?ThTNI0jF%5xg)>`mv?Oi>H_7hiTC%O)NqI_ZSrj7`5BZ;)ETU$n!PV)2)E{PBAa3Pw7CyPpP_RyyiCb-N-B7y_YmO2LaBcu<#i876US#@hEtB zr|1ZvC`q(?ytCBt=B++E*j#;fxYcwr(WrjbhYf_I)8jpG)9KM0ORpp5zWZZO= zM<1gNS%z1YLh=6T+qi6JyoxM=PXVjvU<>@ILf?*lhp)-z*kOS;$wg@s*k!x$Ru`(Ke^aVf zW7C~z?NeKXc%Qbuyt3DK>lOvgE(XE}sG)VHyTqy-mf0MGD6 z2g2pu+q>1r&yQlzx5En`R^R;eqt(^rMaL`x9tX#{C)OBPq{+B?z>gh1`m|nb9W-T( zbb|iSTtC&T3qI0*#~3&{_Uf9`Z@0aENM)Q=U_4+FG5xzz(mQPsnnBOB=E_HyJ01xQL!}_|C@f zeCN{_HNa^I1G(1!@#?g2849T3m{eAB6O$B zLCR6uIEf)JRc5Y;fFLL(Eow$Uig(hvj1fVMR~sw57sHR>S8pg>$a=GS9b@!m44&~6 zAMwBtO?zb3whh=gzm1X1wS)Anf6U-IZ}d?Zi}0lM$^kAf&u=;&xU;^OA*(?Sm8F`T zmW0u}r!jrZA}DIj%QT0}QLJGA1{Xd2rq2D}N+|?Jbd>%lD2<>m^S-!RoyMu)sKLXR zXNkP;hUTSZTHqwriP37>GIzi9JuA>Dt~tqVKMtH|;y9i-&zr~2TmSTUfAz`H?&@iN ze|)&R`sUMv)u-#<7F!*~XxqDL-#6!|3#RZ-KBePEse}OoP=znOgYIbi(dv@}3*1C@ z41(>Fam-TA8V(tNo41Tq@DjW;J`{)rIh>oGVGv#>pzx0W@qyHT>qf!h0|H+Br5vU0 zIw!)l<$j%*z$VM&5tevH7Q%jg{aK(Vn%RN8wJS+S3r^ZDkDZ8_Kd zUAD;!EjXBr0pkZpXax?6fl;1$-_R%bC@}cTt=0R;i0BmTUBDSw;mt9&%2eTm8EqFt zd$8bTO4vSq3WqLXEb%Pov^b;qBEy_E5n{`6;_@bUc!cbVo{d8$f^TzE?%^{vH_Rj{hps$#HeTeRY};Hqusvu)wu6lBOm%ygNlKK1F62ub;w zG9_o~!l$};f=tzT1_)!GE;N{`834ZY?!I!X#c~5*FhppAKE5}TkUDHtSRt zF`v=ctG9u{nh@W?50~_j$QX~nxv`=Z+~Wyw$t2?YHy`d-`++4u^mNmYKR#J~@%hWN zOBN%CY5V2bb%UkJYC3~s*8W@tmxK5CIvKN!1t)_n;YVczigxbQdC2%o*I6IoM9_cw z&;E-zS%<4vug~lJ*p^M>IxFP>)7%%ZHCQtGBz4|F^#L$qSSE-410C88D@f z*)T1n9wkzMSj=MOVZPQAsxYTK51;Ufj0l=}8vDMN`2x%N0l5eTrm!+y6b^xy!+e-| zpo5*AI0Bm$&V&8^Dw@Cg+0W|vY0GbLLL>y}58(*ofrBT~{&o;3y)FItF2aSGI1ro- z?IMQxeGE-G6QF=mfy6ZCYO0tCS~M7A`T5yxm}OQ*N-GlL>lkDX*?4-vR^U60r(`bl zqZp{2Fd|`N_$em1wWpB6h&YNcp;7KwV$AY~)k%+jom7{MiBugW8Zc`lo6^g;IXV_$ zptUK1I)cI1R_Hbh;haUC$U3z5T?z~hL|(pI$Y^Vt-{?c22&?*(hUk*R0IFHHF$QLw zsH)_QFUBo>J78lsOdfL`GNRe~?sBD^&QF~%bez^y+#P4*ZRi@Kn>cylj57zMcZJO;QWYvdD@@D4Aw$Z>i* zEfQU(9KI~g`fomILcI0<-J8`jkt5uv4o8pkL2;su)5c~ca!Th-S-wwSvTk@^d+lGd z#sMw;(@u;f>jJbs9`3O4mbyDX911b-;nShBoq~$jpRRBmtbVME$nB0>T{P%%%HeN<@F+NtCDS0A zf`8$Z1D}7*o^|RaB{*J+R_6yd7EN{qIdF2%5#9nvhRqZY#}^O2K9Br_=Qv{eaPC9T z$j`m|H*uIbni=yP`ZWs$Wes|WPWqk2jl;81Eu|A7`-4CH!)7#36A0144>uB=hJSEj znkeskHz*6>6QKvsSRlXgq_H)?z@zC$+wg{~EU>GB4&FJa+UWWMx^&{;%H=o(rWfN_ z1+Q#FisxF|_}%Y);|1mwJ!2~KObnA$@NGN{3Q31v=3Xp7=;rq{?iuNg$kSm{*J+hE zSz)zrE<|9g88pn?=V*uNFzZd~I{sCf>E`;fOyWqpKENQ%1wcppVU)l5%l|M;kUqe( zC+>v3``e{M*95dVCIp`HER|s(>NRx9ivof}w8Ai$4s&T2Q5Y-6zR_Ol5OlZ$D#oo4rEM^9sC+(8wEWGdlP){j z-|HF2A034b5pZ~s`s-(KeZ0Tf6eUHhEy7r5E@NeYmqjcULY?Mcm1}4NTR~F!p^j5% z;CMugVN+=NSopd^t_J(ThgKFz`vpYn!d`|xnLan?|s+vzDOI(mMW<` z4gsR962cJGA1IoacUyVf!Skf z)spUZL2Khg;D6-;WAxS2qrGNgDD3Wf30UM0O`H_j6l~gKRM7@c>}?MHjiq?V3vYKk z`Q%XG4Q-@q`N?N~b`1J&#FhRV>E=ezTV4j|PVVC!jvc)!BZO8o3tGJn&0OQ0n)d|* zXSdE|TA;fZ*_F=w(zbasyWtZYLKH3rK?je{OR$sbQK)n9Xv;F zl&ikXcQ9L_FF30F1V(`hn&S-+p&9+c_&-RWoi58Y-QpPzgp(IJP&MLsDQ#4L2Nr*D znE%pV#uJ)jB8#^(cu}8OQCbx?h2Dbr2 zN_T3clrYAW&71SV9o6#-A_sH^e&BpH_zCU( zMhl-7UK=C(V0srR8SFaGp*+5|xbfkGyS7E1WB}3S!w0-F`d{W&`y0Rcoo~F5CZRaB zA#%0#WP4{;;%b(#7^>*J0+`B}*Q#-IW`L`wnNFS^+ozleG{&390bz(?MdO^Bv&^*< z9;uw&2vXX2xP97SG5hle&m^@&@0$*62V8SIgKw0oIH2SoXQaW6A04`EEWhst0Y-s~u zfP-K%V8&M=tkQ_0N*@>=4ZW)TGe*L09Qr5h3(oKZ9#coei08BeR?6CyD)8JFW!{8| z88k<~?yfy+JP3a>A@FOwJ!pZ05xkj)bQ0G`d-=X+ZO2v(woHNTVYbIOXacS{Cem-< zCKK8${{RfXQwlbPqMQ(TX>^$prIW_ZajDd zE&SFF-l1U7hSFll?e}Lu7XITPGJ==kaZiiGznrF=^`r#y?IovUP%NY93f1M^tJ2hx2lgo8vd%_-lgD!+K zH)I|y(!=}cfoGoCX%PN4CBmV`V-{AKUP8BKzQS+tI2nXE62TFpFFRr^;OGm$0d$me z%BH^l!Cd<1yCPGb*+3iXbE2bySGwXZ5xNY^?vrtnIiGmC3n5d@loUEY2@PdCyOSbq zNcGYy`oa$~ql}O=Jery2yE2C!7zAhx0+<*fhD%Bp3~(h22S;hL&O$RtsYf>H0^5K) zcb+n$e}*M4DHL}xpTMlA&83dia2@*GC12hD9sPb3N9keuqrs{ZqI2O!U&U+aTALGm z(j9ehgKL46^gMo8rkwPJ2c+vid;YXjo)q%a1cC4-I_I?anf!S_Jsdklf85>=?3`M3 zuFef0=vUpAa(y@pnDV>n{wRXq{_#&bwRCZHRoNd{gGstNzzJ{#fOIn6p%1i)?wnjU z5yI&4<@j>xcmr#OGx~=iZ{QI8us5#TwR3-WoomsnkrMZN<~=09bqMNQU&_sPfww)nPr99;AOOZPxXsP28Du&p zkkSq2Ubng$FlEv=LvD4iRJ}dv7CM-x`>VhF{{=WvsJVslD7EheFAyuu3_+frsrD3IsnGLrk=bF^pSOHJ%fNQZFx!VoX#bhgCGG0S}Edbl~+tbdo;Pb((593tT8J z2bkCfWBgXvd%5r1L2x7^a&{R42iFWIZ<%3To^WKI&>#pI!SdY-P?01YG8{+yJB?7$ z&q{pJaTOQAHKqvOMA8^?#@QE~qz$;tXv@G-Ru%62c_NsFXtBX5+JQ9#W2}s(`RE$) z^fj1S6dER0Cx7siYyK!4{E}OmD&JssFmM=57f>oN%UNRlDOv4fZsjOZZ!{GhP~e`0 zez0Yn;iHrlc^Tuu?)KE*+6q0TPQ8+%(WWU7 z*Im;D2bDCDH?T9R7CmwJ$~^65+Vy5+-X_vO!~HlRww#(L&Ctpx;BpV2!3}(&BYNU( ze`D|lM|$X5oyb9a^Ny{$BfsI4bC>R`u<^bO%w^<&1COee^);wX^S5m9624}*KaC^B z!Lc>cbGk*2a*&;?#Rri|I;|Dch{%(Zr@b*c9Jevt3tSwR(Mu_oYjAAwqVJkn_yXPA zY+mppuy7_seyt9}&v;%P+hEa-4DBVl^xgBe(?y@sXG%j5lHrFZ1WxvD@0LfuIKP~% zWv+es>Ks7T7x>7F(_vZF(=Cp81!Q{88KJ>u;zfH+v%>n zjZwCuaHiAW{>e{b=dQc10i^ibv&vxC966 z9~|}h2XUI{?aS+{)mfa~qk{w7+;unGn;f9vZR2r`y1<7RRDR&l_rSRETR-^Li|#WF zU=+#27=_dVZkhBx*C`Q(+@S$`L8OR*M?jb`^O|Fe7zQOUr?UWJ6?y(vA*S{)H6axB zB4}`(b|wwIEUJ+q5JTDmaFpmB$Ncn9|GdId15ISpoq=P3G?x+>Y@7%Cx%JBX!&v%( zd5jBYefVJk2SJ!}F$^)XHLBsoMl<>@9b zpEei}_@fB?CK%FHpPyajbLOE+k-)~NGGd$=@L_b(AHp$&HH`5_82}Nc@$}K5`OOFr zLJTqnQFK31GMpI$8t7v(91$A$%sbQz9L^Wuh`eiRm{OtuF}*bi(vuLcHH8NjV|I~ZZsh1*`d%V8bk!JowS4a5qt0EW-t1+4Qz4@Ox)MJX80Q0- zjlew4!!UQVLh1WDjGv+-2Pf{;Q&9cpQ8W5!W#4OiA1d+6;1y7 z^tuZfZMBoqwohJ^YT?^i%35?phB_ym&t`Jgib2Hdw*y+X11kl46KBEL!GX>-PLUZ4 z=4O#n3|ra^I%^2jVW=nyc=4Mt@BZ9e0YCaOKxCAnO;?pKyuzg#M*wd{&Vt^a!`=2N zy;5%qB)M!v}9#!9OLNd`!G%>odNO7eFmS?q_1%{ zQzs4rzL-A8(dhI@@WC)&B}%1Cm$Wgf~*KxPn_Sk8?YYE52n6ADb6j^S1uSS&MV2ztpRvk^88_ z@vXs5pFZ)mcL|mDe8J1P-8CWBlbq~K^zE*b8wF4@Sd1um1T7iC>T&Q$-soGn@TM2S zW|0l+E^eDCeUR~s#o^jB9t2J!t9UZTEIiQkf5s!KM)w-k;FXSY4V``WB4Ne@7J*B* zb%j;|udu*@g`Wn1*U9KURuO!_|!l-KCpM*C^ocFWoFDZrDR94Fh9Ab5>WfCEQt z6`DbzaeeXnyla|1Sb&y`=vQr)vgCsd>5sk<4ckuZtPsYXtfM`>KT~K---F7oEG~WH ztuOldCx7q)IazU0aFE4W4*4OB)&_?iEyO8F{3qGgs8jyeY8=t;VpjIBy(vg8e zOt-2<>5M0t!QI_=K9z9s;3%N++(h&NDqgxXbanP5kp@M@*wj-GqIg$+P$p79<~|Pg z?M=UHs;tpvJdmC3ogf^+JV<3@_3wZBXTcfc6NR0&;1?tML>R=QG!cej!=Tev%7vJ` zq;A0rJY8uYxG9#YM*+MkQg7bQJRt8*s)nG>iE0r5#0ZW$wlEq2BIMg!6xC)GwQ*gi zJb{0n=xRUFVrhtfnhY>2VVqRbekrFOI|UrJjys_5sMH7RMbh|;~Yo> ziA+0pVwG~n4i|8uzO>pB6@`*D+L!~~jN2BN8pf143bUN-M7Y!cS8bA|{B}~G=u4{A zB0a)v!I_06QK$zjJW62vY zb{c`94i~^#7-n_6{b==U-vL7A`$LPu&T+~8^mPqy>vrJMxSDoNKg~p?kl(P2o>c@Y z<{zhuLNG;Q(O?(G!EwszM@rN|M_t6@dw4+^X+>#ta)HMz3dGxDN4Vch-xfdN1O4I) zFLa2kuC9X*23=WBV$VmYswr4Art+&)XMBt&(oVi;8xL@@v(f03s18*6hsPze zhNn4S<>#~rHW@P68wT2x5V~8y$dR)63QoZ{XHaW7+_^@|* zFLZbxr-%{M+Z)bfa%r=Uc*?v@SPkvfLW28aE2x$dB@Jh{Kz^+ux z8{J2UGp@j6+nTiE2;U$Q(;34=h+()uVSxuDWFCY9yG&$8-|{vCe#d|~jD&INU#gb( zOCZ#}TBoZHV<63oTb#oPYNHWm1~3GD&{K<~Sex!m|Ac~2AwGr2z*x}=zsA=se-T~+ zZ5)B5IOafLj1e@8>Ui&vkLXdl#vIg9_R@(~huU7_@uJ4_t&^SAr-vM!iB2%6lpVui z0mgY0=`5gW3;BHHfJ&3*Xs zf{!Iy1(Qt6rzd->F$r^qJoo<0ZuvT3J0!FL+22CFPp3 zco|Q7frU<}QJ0BGds3{NBGV2cwMDie0)~vYEAq*r-vQa%$muSNaRmU{#xo4(@Djys z{NvD0G@cgH?yE~%2ZN7X!}Fy{K0#alO*t}F9t=EqDn;@h{gVs*M7#dZ&GM~lDF=RS zp^LG)2A*co@`lHVcQZ+px`UF?gr1-yM5BF_b?_^=Fg+kL?v!TAJ1q{MfTui?H~E*% zQpW)7Yj1F+!Y1 zyblM)3D!DAYlFTGM+0==(Bri40tXM?UGBo^&<4HftcgHFi@=HQ2XV3;E^~o~(M`rn z_XtwJ4ldo;Eu&pLD4?=t;q80IHT`N^|0z$tsw>mJAPP?KzrNB;;Ca9L!+-MoY1i6= z1c1ROeS_YDVftmxVvp{NJqea$csKKjcfb~yT+Mg9Kwp!O@@wwRe)u=5zyJL8>KC8C z1l8(z-$TV7)|hkhJS=H<{~-O1ozMoj7k*@;H-7vZ-+7@!CkruHq6;S!0pLEK24;pJ zZ#;`g430T23<_w^J~uHh)d*;wIHYtAK3?NI_w0n<2JDGD z2%bS1^v{3x^Umvf6$wH5I38e`^tDLTdFlC?sx!yx5ulVGC1F1$##_AqK|{W0P$Gnr z{hc}lR$Yn%A;{to0@-L0Jo&^}1V?nm5ts#bVZMyrO6ylazJBWorwoRCbukZYkYaX? z*UAX;TpvGiCU2PES-y2chifURZo3Fi7&n|V`1neMGm#DjL+R!-bj9$U+fIFaBjYmVP$qqZGeYUr z$!_SDC>=i%m!>`g17+1V!&9eMmPBs!00u5nOw8)@c-Z#riuR;xJ6{`^7%N5(4ZtT; z1%?F{;|34U*_a7!Gf%;RU-~?3DtWRJ<$$zx7yfjtE&)7AL~8C|eJNzhHpRP$uj#u) zJ8-wRI|u5dyOteXg#Q_(l%ME-7CH@GM`?3HL_J+I5Ij&AQg`H zX4a0FH>cFA*wY?I1piA@SBXSE$rPsp9VunT$2k*#WvH#^5WUnn$hhmw2CtN8qu$`# zfkSu&o-=^(_C)($0kMvyH(HW$iqw54S32%emTb05=AHiWC)t40C365iaM)t#Tndj> z=45|#u+^ynQ8@jy7rn!QcZ93OUB`??#=&v3@RZY3r(=yPV}Jv2*@DMlj9yBal!NCU zo|U$X*HmQm=|knJtDm`JrZgBB{B;!LDD7&orgaWb!=S%U06?BB{w+KZ z20z-*c(-2fihJqqyO}e{&C7YSiL?!ubynGJ+H3)+TLnbg^V}#jc)_j65ZDsj=jJG9ANxm zTG~DMPSM<(6u+>HOmlZTUUcxo&>s9f*)O=dzP$+yp-t$+`NU%zzxmy7zkoo5 zGPrtHdEZzK7yv|QCi^K>6?jgJKSU!SFA~8qYUdgquJOyZpE(rw>5!~80H)R}Ugkmd1%I_}JlNJe~x+N$$U~D-r zqP)c@Gj{rA5Ey4nX^vK;+=x5v5`!g@2L}acyv9DxON1!>a6B-xwipz~V;NKX$eZWb z)EB&j+2MqMwp{5Z$30;7vcgPIWA9)MD2PgpuHaQI!_Mj8fjEL&~Bld=s2T z+G`jX7SY!1K@Zce1xDF1l$7#JRS+g=xKSb*cLWwZ#wepefQW{u^Xkqj>?o}iWy;UO zOQ+YiW6i=fbnpZxM+^V`tE)sc@yt^ufm+~71k8Db*!;r-#sQD6!7n`5fait3eCGr) zzFteT0(Y9>%#3kFfpJ#M|MH|M*)FbmI}V_ez&I6N3_~+7!J%<>Z+>9LA0B4pY=GhA z;4J0s(O;$(>I_M%rfo_i9T(pmA}f;79<4i-kv^r#`)uu$D@{{jBC+8eH1}El$z4jB z`ziZn8f!W4-+-0T5C;jG%=bHl$=_yZT?Z(2;UVC)FK}@#!0A6Yg*z$SUUD^G=!S7# z@+11dIF*C@J|ehvXP%W~g3ra#c#t&vR~?h;a96_?d^u^0lVjdCD6ZnSUGG7nRQRt! zN?UaRqAUF7Fw_ancbNw~O3%2E|JyhCIB?+V_4JP)(r|bpaOFEZaKtEjuj<4#%{;H4 z!xx}y&^>B%C$a}$UF|MYl)B2AYd=qUMoK?)7hXjxeIFd|H`@P;zy4*Tv9fyp}r(p0J-i@vUPI)SA zl5tMMEn0?Bw&v*v%+LY9X}a*!eefl_GEX8KClz|Y*#)TynK_fLJ0{ih-#J{J@=P7h z)HqRaO>deK2%o@b^neFXrJKBrWm4_t_MzA?$RVRl<~UljMkPF#8bA8|AE(fx)kPd3 z4%H)%{7zKe^+fs&Ok{C6Gz|{e1@IfBspUt(TkU0F!l!i<)0c&$-Tjra_!>_;gF>KY zUS4z#|F2HZ>KJ&T2`9oJ*d0d^y&qyz>#>3j&+AV-(G|D{JDy$hagDx$B zF&hCQOiJp9S53j8A0y<#rzB=GG}6MGmZZzohyKUgVG<6-8wU;0CgMK{#n_iV~ylMzOv+zwV90c>10Y#d+ZwTUhn-BF++H zll~by#z0*!sa(dyK4aUJr1iHpx6?)8OTy2DU_fe6-hn(-yOcI?Pcr z3`^vOzVIfi5_4HPGIUnh+6vRT_b@yoi+1KO@9twrBd7*V!EjKPJhx;$n$eDuAXMo3 z^75|PkuT0}R=eTjQQORchfYkr-i@!ba+GD#w|q^OANrlawmM zSl$Y*Ho`;rw%&ZoF-Vk`2m+>^lTGp0iA(vArR7A8UdCW-(&^)*NbicALw~>1iG^I` z!U9pUCp!O-$N+yl2(Cp*U~1MS{nW5~1)--+34T}|AMFqALqqUM<5TM05*U~X3_kQ7 zz9~G$jS@4^X28H1yrlc$1&`T2)U`gamCuDf%Ag0O3Lfhk2qOh-ng(rwsU6qTWycDq z&E5nLU@)x^!UQJK8bcO1`ljcGzEZQ46q*_b_qcn{}aF0)NOvw(_<9f3?KR=D`3Egh4GiH5Ez}LfmYTPGV*yC~YyZRzycoVs9 zun-IJvlCI!3R0q`2IIP zec`-rOo-_Sib@dOd4V(nfg(hVZk`*^7j{~d(cA|!ajEh_^Cy4smI6@vUHaFi9DlNjuJ5i z0pE`y!`$GslCTUN>QT;(qSBT=896PRw>(I{P2a@GnFBrC*=b+)>^irYgRmVho(I1j zXGTOMrEDJWLE6TQmRzN)jQc~Qtyv8pCnd-?H)3TbrnWfHe$nR#o2!$(InvU5rT_-- zU4=>DG6ux!>iGyMd>R*8Ftm>Btda>{JKogwT2ia<$5~V6eeRndGWVUPBd3@phBVi} zEE4(k>x&-Nau&tclb$Mgt9X;PZ+Z5)j7OrpwBPxuz)`0u(Xi;pLt6+lgDPqsqkFaT zlqORHuj14=t<3i?O&g@_tSrB)Q$?U_%w>rP|C)co=B1l0YbU#taveuyrdFQEagzEz z-rMUu7{T()cj@k~91Tq^cEcNCoAT%w#(BY;agl?scsKnr)bMA~4JQvT!Yq_yOL*;x zYAKVVgG==StGPSR!tYAr)S?8`#{*rMnR_CV)8K%i>EbMPB7dE7iNR!mDbZ!?lxQfS z4C2*jVPFm-CtH1w6}<{g;F1F(CCxEyT0MQksq)}82H6wJwOh{eyHDTCU_~*X9`9DR zmJ}w%*OMM&?PX!C9f823IF_YO#)KZtE@&(`z=y>NBnPRJ<%mKL@RSw4tkr3McLB7h`Jjcjsc~0AEsxyu@ zN7H`)t?(6kdoftr?UAS%hq2R#eWl&XD4eA~@&$ghB@>VcpXQ8b6*oP@0Oq?uBlwZM zVT2jEPZEqgc=u+t7Z_@oqO3o8dRV>60b*P((ri=Q>07{}eXIRVJ9@@DN8xoG+3$Y( zQJnkT)m;o?9g@`JT(Qb?402$6dso`jse~gu5EvN?<7f2g{Ke^nzZ$<>vmg#1amL9} zr)&d5r#SrQ z4&!!yB;!D6W6>_=5s8C?VyL4+*iy$QW4a$BZcZNKcOEMS-B`NVCWuwXGnFy_GDqp` z<#-HXyjjq2u$%j-!_d!IC-N3?@9*t|+2cTLZPf@l@Wd7@W8~bxSE`f&d^SZM++h&R zM=1PR=tkHm5jY|s6lI20W5M~ljp7p-xaL0kF$@+wStkIGjuPc%&YUM#{9)&-t`nwN zSZ3;g5E3p~jz&dkM_WEQ73Td3W#{hmT^$CV(cl0u@_yIY5ckNQF7>L$j+QKpYMaT#Cd zl&xvH>_D48ZEvDV@IA(W5K@*&go+G>M^Wu zIggyHI2h^oHvP!v(E)S>&SD(l;Uc`tX_5YC@aQ7+uOoyH!4VLwIp`kw{6Jquid=}6 z@vDHLflX|Ny0U?vzdQ|YB5!Gvp6M6@ZRKvw)A$44yK+5%+x^nD4``CUIjq`*C;CV* zB%qN!!6)by)x7%tZ~kWQ&6IQa!aMZnBHduNGRJlX0DW8JCTqY>df^+v1%oZRwwJyc zx74V`8ghP)WM5s5CW7-{mp2K+B`(& zCYG84_n6MjFm#$IGvWa&gO#Q52-Mll+ttJ1%8GNIF9k>tywG6`?|76v&U&r^)IA1%pFE_rGcJl!`?M+)IePOl9P=tL z6V{XPvJ|XH=PrEQG_LZ2j}c1qR}3?ikAmt5z7a#&CA#-MHQ1?KSFyU2>Dr4eY} z_#j}HPxOFuT=Oz^(;-s+yW4rknKe$?8T>B$rlh%lI}7j+@#9!@Y9>gae@v6T3!U!n zqUN+-o%MqbRTMt(|;r)Qz@_33d-{1(Q4lGyp^9gP# zWs2BTive<2=+0CPeIBgNF3pY7J1L(E^vlT0tk*b|O_BTxjNdrgTD^aJyV{N}Itvdl zB2SO^yLXz7vYz49{YGdJd0j;hknQv#9m~lTka74ves;8a{rWt(dR))tCi(%w7krm7 z`Zc@}o|WM=GHL3!i98uti`zPvow4@F)!cs+{*YD{$;!xB(2O$n&WjeGY{r33V7RnP zmQ4-4O8*bHcUF&5=0oIyCgb#S#5ol73_g~Dc@Vjfp~c(`pPqHkfwXQ$V5RPM_~c>m z@aKR1`RcRh$E%0;;kgvFW`Z5-ni1Tec4S37EXyKd=S7@{II=A#(R&}_WLV<^H?lz& z;Ln(?ZTjLOK}yD%*Z_e*e!p|I_2B*Lzy4qSH>*dX^Q+gdV>9zM!3g&g6J|7MC2`FLuS>-Czm(3)rB0mDB{{u{J8Pp zzJatg6Ee6PKl4W zkOlEhA5))~PT4tvQ|i$CVO*msJ_fdFsNA<8h*9O4i>{o{Zcsn}vp+A9FiQ1J+UJ4! zE#l&R5exVHS3euV;2*Xy(E3I_AQka9$L#sp=&U2k(i92MSV=$!VgR3)(XSs!N1 zbE48_75i}vkM$BV4|U?ww~UQ#D0oFW&YUWPfQAen=Z+Idz-{ANvJnK=yz68#p5#6! zaM~{I(-tR(vDXe>Xc|53qD5(({<|e5@5|u$Chwi#*Iw;eNEqJ8JvcIMVFqMgjkm9nso#`hnxf zXK^aE&5*ziMFAFzLLEbCM}xY`)nN%C;T%5SKlJ#>`|{hQe&cWz{)vQ)%PMaV9jx3QGL4&$=Q)*ZP2sul!fjRt( z&e}-7YQr(d*LQQn9t-TXIRA}y)?=$YS0N|j!Jp9`7LUMZ^@}nK#mmbEkeslE_vsOQhNal619~X*bxnrQx(O>yWI6;` z&6Wgy{W#K??j+wA>*t{xo8aWz-~Vp)ZFfHvzThqQ;3LCnn*HYbI{io2W!#p&tb%?8{hx- zXD`xBj3Uod#~D~CfyP(qgqPKXLK=}SP!SOg0&y85PdI}_9a{`g0;Rr)ghA%HJ{AE= znK3f&-!`(LYH; zBtp9Zu!_={I1Yp#hv>)RIR=Ju@1Y?jcerQH&SD zU?dDdNk}zpJpwH(l3}PJDV<$+VrO3*)fBeJGR^NHH+k-7^+q1y#qu}0D z2)O$+z6h(w7JmHnpg4g8Mv=g1+XB6hLW}OvX1sHqL%>jXKQ^OWfs8N(4~$58DQ$s~ zf;DCi5`jWz(OI3He20V2&#!~q`_)+#mgxdUnzv7(!a>^!ECdIg7?`fojv}`>@*wmU znM-F;CN)fH9}r**1?%kDYp;JPLnaAa(v{#+3f&2OquqS=gt%yBbn9Zzv;}tTks_=2 z@NcI;XeZUr0O4R_iyPx0?wE9uI#xdE?++N}3}mb7N{}KZ>>MWzw(ToRu!t1W(2sQ2SX(gKp!X+;BJ} zh^HadVlPu0;wdG?GrA6s(jc<0Go2bdTdWJ==>>&vk1r zzlzO!uOGQ%6Ijg z41{i7sF|B!#Bb!DjW`M)2v9`3)|bdDfYXVX^ik~=+09td&vYcZS%?dE{K%2}$v^u2 z%Ji#OuLIKPC9;I)Wv4DLuF5B5v_TGePVi+N$z2RRy^tYwY;bId)zRcI<6;Nl+v0Hn z6W(?Xfq;bby=RMV8t_{tA)rS-axHc1oCcPS=T8q_G}W96U4a*bHa(oq3>4EI?(G$+ z=2;C8;R&x*yKhpL=YTs>w9KKyr^kmCA_R~!uoc800qolIlY=g9z=R_(Va&&yA?kKh z7L@+U(Lvk&cmM9EMb3DKBlJDbnn0$U%Di(Y2jy~Cd0QYs>9}u>T5_6V^xzIrCXUjc zf!1@*o3~Ascv0rkc#JCec}`9LW&B;-2M36fSHKT^=1u3gQOv-g*+w@9nJ^R~V)|Q@ z)2pkS)op%1A}Fcvp#_YeHZY6!;0lP7!I&*H>Z8%5RAa1jjW8_fVGIUGUW5R#c)=xh z=!?k}G&hNqXn(T5x!MnW6o==BOBFkM^D@kj!F_t7Spg07O(&(DDyJZvLq%cL3r!hL znN$}iv5XryjHRjel%u4*;1omSGq_#mg75-fglpLmjB893CElUb;AJzB?z1>#@B$Cr zo|k&sG0qIH^k_sH{FvXSWFWviU+4GRKVhcCz?A>cBmWW3F0d>uqa59RZC)z?Ma>;>6e9>&zv!_RCC;f!B<1kUkY0&TVt8aK^QkJO9_&EWy z-7X^zFvGzU)kgxdmD+;bGuIW+L^I%i6cIlqX`liHI6L$%0?aTOkl7)EsXPG%p4;l>|sOEHFkff zizawp_r*cR#ewTN8sX)`>NGqT!(;9{Wvz#>u#`?^(63S+4ahTnReg~^G?(E#zk9#> ztN;A@>eG)7J1<|SKXuTxSpjbVKtbt1XOHZ;K?Bk!*on^R-21v5J%~7WZze<5%tCla z29C|(9EqjLAUXFea)IES<`+Gc-=^I-q#}H5+5ghMC{-_$F&Kwb|M2C$-?F@%HhShT zL6>t<*otp_e9|==p17v(@)mmMQ=4dr?;CYrS#cj6rdcI}w!Fr+ajvR!(k59GG9G8`Kiz2PBBQtl32W52wvZf?u(0xtMs|2&iA_1XDqcW<|_7tQF`@rJJx zh~kAhr=cG@kVnqDfXg_Vu|tCd3$=rxtMop3C0q0-9KqE?%r^>1y1~(&(_s2bS%@9R zcf=m%N?RR>l)|&4y$Tr5^yS%A5w??o9v$w-Ye~DiyJd2bn(~3AK<=ear#jipzqR?H z^X2>TKsmrXsCpx*YcS5i#ZXl=K@;R64jkrkiOUd4K`TSB8+qiOIdsG{54{}RVS(Ey zq!IiwX?~e6B6RqN_e0t9+Bh`Y6|srFl!qhNy}GR^fJnzdY@@r}CuquwU`3K1q9T=k zWs8C`VVnl6Yf#is~UO8XH0s&GaLHj;st;E5;OFjd$tI@zPejEt6b#q)gr6F54WAJNHb$lLc<8!DC<$0 zlnq5Nw3v1Y8a&kl&6{8>3v=KWzCZ?t#c@9!U~<<;M>L=S9wQ9J|C))tDYXhpzN4FM zAkv`tVxbx5#Fje>$zJxe{uV{0e9CZg7=LZx4dbJr86L2Wffqr<2!sxdjB$xH;3T&* zZr36o!Haoq{3#zh4 zjuMBNyo-L}iUVJ|0zTit@4G*Jh1L7rp9>6G)3JfgHDf_{bGT>=S`S|Wk5$gnj?S~7 z41?S*(%ziF zs9v1Y=neEFqi^NhkxfZ;1CwVE+}^+Kt|7*|Cta2ohVF|V>t`CQp2~N0?RfL{iJtUE zX_3puO!mR5q4G_>rzueO1txsc2)-9#i=z?w2whcl8Lzok;~5w@1yc7One7x(UEp7t zTa5W4K>kXUu2kSJ5a@`|^NEp_M%v_HSRos@e3=UfMp!pca3 z4bFU`6eki_jc=R9rRR))<9B}JJ1;OKCI#?$ z0Ob)dRKuV#=qYTd&R(As`lP}}@E%qv_LQ6u2vGa+MjYKLia^x;-MtEo)p{aN2Hcxy z?eFccoDr$?8oaoNo09 zOkEU_a)m9xNh1;pKbmIAxG}Hj-gqcS2E=!xBgXZFQhtp1C>so|J;W*=^1XWzBWIM* z)Rk%zLA(E9wN-~A9(%?{@m!~H)fD_k5aHY05=CL#9KiyAGZ6$O_q}TH(-u9zNdaFy z+w>!9WCWx;eHvTmiQp@Jjx#g(a##Td{MN?@tNkYyMoQs1YVfv-jIu71#EZ1L*IrJk zE0Rn+(|v_!7X0CaFntvjVZ-ET7W`3^=^yiJw}NV{u$1-}gCZiqdkiQcm&%?4emF{# z{&EuEIRhUf+y!o_W1E|DjbL(p+45!~pSP?<_lSn>gn)SyB}|%pc(zAERt6YCnS#Mh zSKFo!GH8#kwkTtAAT{T=F%1UtP8o}A(45l22^?bZ@%|e$rm^C{`1^m1QSgh-vEp?& z;OBeacvimP;C3NmaA?sGg*fyXBT~Ledkm(`5*#-D8@#|tBQtPkeB=Ob@o2M6xsGSj zL=4a@B+~w}pbcI)&890p*dv=dt(*54ZS;Gv`uu95MMjdMy-)wnnV@Nn1uyhISt_2^ z_{z1eQAwHNEAY6kANVyV&9N}mL>c2vsb*soxl@RmWCT1V>`mHoBr2!Znh@MB0I74B z_8vTnf{h;1SDmr&Ctq3{{hj*fad0_~wps<8z>W5B7G6xifp6>pfn%8~nIo{(c&1#_ z^oE&!2k$c`xT4HC4949QZ|L_{}G^1}tx^_G8_JKobF-%p01Yf zOA5MCMXG}zT^SKvi#C*{RG8fjPY<_Je`uLv!4HQfj1u|~)GEaEYYyx9U>?p>0VsT9 z6bPVCihho#HO^teM$BoGqtt~(DKpbL6n(}OTHyho=!!1x%}G=NHiOU?{AwQ^Q*d>- zwXr(coq0(+EjUk%6X6+8KEjzdK4VBN>N3y9!Eqlil|O=W{nT02UHVz*%KSrHVT8QA z&;`#k?18G+&|mdQ&jt7Crx8NvZeG$!ak4Uw7Uk%r`_xa}{F_}2!(Z2_;{XjAgX6=U z&?nw^aQ!Z_rcVO=Re$(5*T4%7O6p-`6#l@Wyzg*Fj&rFB6aBx65_6A|Xqmw5HLayw z>T^(CH6Oj1ezeI@SCIu^?U2U{0b}}d%9*{!40;uC7^+G-<@A+ihmZ4pQA{0&-zg6k zvJP&vF;1U#c=CxZ#-<(3Is9WBI6M}mExQ&+h7zPe?LD@S|15mSpmSvH-=|RDIC~ph zu7x+>hDJ4-sT=Vu&+{6YP5_+-e5T!Y+82jL{eqV|yJV6wp?u91Zk~tObc?k&64yk%K9Hj@(7hB$9LxAWdb*XwOWbELA%Q_Xg2Pb$V{{|PKlQDyZ z@#jQ6_z*`=q@VVfNS~NU9~=%ktJ9i^w{SU`aIlQA*D!-EeFJvo$7$J3#b0H{rcj~>V~cg9`VsV*-Kv*9&)ZYa&|_THsz=-StU65(NBK7 zI={F|ka?AHco0ka3Z1N(V%O-+tE=1#|Ion#01w!)SN<~5JjY{yZ!fwNe@gAg7Ueq_ z)N$yQ3;^8$rox>uFH_rg9&E&T+ks^&ZEzP%B3vras~g|^_@fs#$}Mw0#X2Q=|u*$ZcWDNR7VBqQUz6n{=Z6US{ zLFib+J<(FRugU;}5`HhrZ#-40Z)x~c3eGSSFO|`dPHoyPeRfNNI$?MbE=J_hesXLt zdyHWiTJ&C}6NZr*dwF@=z4Kl99%{@sg~6}RM70z>LM@IKqp~PM0)rtfK5=5%Vo)hd zb(*Tmm&NE9LKSG<3@nD_`FmulaUdLq=o}}(4P0=<%y4+5-enGs&0S?I1b_k_+%Osg zCnLTXbMRBLgoG0yot`2siwFA!&eE?aydG(;7mra^sZu5MwK56zGcL-3VSB#6x%x(& zk;51pE9OOIXkq*u%ybo6q-=P^Q_gmyFnyYP6`54=cD#7xYvWAs$!v7HlKa7d7bl1C z;EgK6UiBISE!|9zMNj%icQDLcDC1|xNO&f!Y+;ned~7;;FnH+ew>_tDXfBuFbCkiL zPPdHZ53Ged^~Nv{EebrY+(_^NDPIXZQ#5F@g*|=ZtEPkx1Lx!((Iz{*1*z zP8J7xik-zx*5a6(Ty%}B4O~e%Ywz=mo5`3uA|X>U#a+sAK(!;{ zq4bSCpmc0}NAz7}Yl*fQJp-n*7;jNGe!{2b)8V3124KtE*vS?;!HasFce^8^7Ru~l zjn37|K2;|r$g$JK^w%P@>3;PXOc}dt-j(aLOV`>)WpUbZaP>4aql>F6!l0Gwz9UZo zuu~BVfp-pcq)61t#}BaOEuC$LYm&g+e5! zOob%vUEW;Bo4HuMNrVAy(z^t#9#H_ly}d4yFyyP#%hg4IgydMbdde?fzgnFfAE%A; z)i3_$uWP7{g3u7Aq9_BUw9I)k2$ZZd$uUKv1Wc1M5F-P?yS>O5(`^*`tQJ0vVUk+x z9^xnx!bu1*KhG1aX<|IJ^xp`KfeGOduXCq?hu~lai-;I)shlSpA6Bo=ud7fxcat)G z0#@3ZX@-ZZgZ|l>MaoXKIAQ<>_M#0>SEv>L_XpX_PkyX&i8jR-**RGiG3vv+`IwxzzE>-iW%N zA8f5Y+LI=xAgsTz^=~|XW2P9S*F=;xzxhs4;2E#!Z*T<$hR`|%MkNqc@u5Twc=}^x zx`H>ngIcmri*x7G^ap1Ff1njwHabn$44ak9PB!c_+*2ODji=jG(ibOV(r0Nszd!zH zzxWn;SosRpI);(2!BHaq;0NE}b!{~Tm%fc3K19gIiypaLIZd}6GrEPH3UB!?Kgd1) zLI){lXXJyE5lN{S>U_@_)e{65C)}LHSmG=4$v_b1Mr`0o{|t(96f$0_Vh>LA+XX@4 z89E5yuH#{!HIV5HKJqjC8j_@L@f}*hBS#MZxwhJP5}ZBhv8Nsjyc>9Wwl?mILNtws zudPfbzm4=l7xE*s1{e4M4k8VOy@t^1Z^`dh!2I<$z1*ar%;rU5v zr(j;4e-9jFFhuXJfP*Iw`dkHa8#S`}*0Y1krG9J&HNGc--+pl<9)u3^7f_kcPK1W^0w6L|1Tpiwh2V z?)MCm&@sabKMcLmnEp9>_I&l~>@0o0N*~ed(YvO0;n#W&&qHU#t@|>!eR+Ld8;Rc- zd6Bj?RM)xZSt){8^zpkp4e(rW&~x1*e**0M46Y)B8J9VF*H7cf^rXJfKxP1LI7gLhM5OBG=4pOB2&(5w_U%WbN8>c~mv_dM zvD|p+sRZBC-KbW7LT)KH$kS>S!XGqHxfoI7*$)QKg+a z1sNAU1IsL+VtCSjzH`7_2bVGAYsa@3^d5DacI#B7Kihm{d-kFLj}q?U1U{UXk#-+zV@TY==8h?jrQyg=1H`ID?A7v5SM7ZD1j$>>uO(x)8lK1?XTDGycDU3jC4Gxs!5qaN7FNE+x= z7Je>IZeT#M_z=0R==J z#d#CBbiGB;?zt4|!TGK=K45#im39M1s&G7JPxFJ-;r@2_tY6=~U;X_TrzGO}k0 zC>R6q8bhiTuM17cCa8={Ti~t{P8op;nDqr#b!RGzUX20HH_nVj&$dloMfaOq#v9tB z6FJzj3?7Pt-{~qkSPGdwzytI_Gh$&6FrhD<*qsBto^j`m`{7odWpUu^v)k2CoS^+U zId|bf{DWWgpMS+GJ;GV04`e=M_)72Gw}q9n>>w|^F|xJhzc^cX9ULA`bd&m@fAMnl z>h)Rd++B^aHC_&xvEc18QS@bSASHhx*gdX*k^7f|Eo& zDQ{jBFXK(|BIP-mAQ4{19R6_aHhnvvKs(D*zj|(U%8?gs+cAQ_Z26SEA%j6?VGxb_ zP5{O^oB6;_YosikgDWNSJ?_C*uv6OPZyXl9Bdcbe3`6HhU|{F4cHv=+A^4X_?sW{m zzN}HfuXoq*K7A`=+Rcmn_|Ca8#`fJi4EEaKWt@$2)1LJ6CEP`?EZGAuazJI#CvYNV zF4cZ|6P}KfitoCzJn+BE=WVLp=aZo_&tD$CyKUsUl?EQ?eumt($UGjHu?^geTIE0Z z0&l99kGr5OKMF^#b80Jh?&rF{;mc{y80RXd>%;m%L+|R0%IHM|%D;8m(`KET^evc3 zLy>_vDWJ+2=`;qEk>zaL8Duft%h#8ykB*PyggsfEC)k4L%6;f(GMkRNsw`mfi6kzR7j>nk6x&NfxCDpiml#y3VS>qFVl)WhS2X;PJ;|@4So=K za=4!X?iL~V;rL*0^(;o)zF>yQBMP^)mA8|FJ~}?C@)qF&_vpZr*3AFKK?oBaA0DNz zw0m+`1@)_6{B0SoX&*u%a?JpO>mmcgVwl1j=HjtalA{Db%>6K4Rx`(@_))!vmq|E^SNkJPh#@0j0gA4k27tNn-vzlcl+7%p4mE69>4D z8G4Lt+F`_w?P(1xB3;C1s0qA&DDz>85kAgJryV}r2M=lT14SI=5aVOze9xm!zZ?li zm{JtdbF&*EjF!6Kwcts*@ss1dZm*#f^Z`svbF{ZxV{vAj>DQPn)avTzv;}YJy?o=r zE>b|z_vHhM7yJ~7x}rD2RfCF=(@AdCu%Ih}!xNq=x4A(GCdw5xV{MA`UB@s}79616 z1Qh#loa^uIAEf_`|K3)Q2xf456S%*OhL?6O_F@=Ono^QA$uO$eWk5vH4qvfw?d`j_ zxh{i%Z}5_cdK5RFWz?L;Wt?~e{YAYU3js)P#?GjJ2#uu589^}NORL<0!@*Ko74xZR z{$S%t982efZ>&D~_#iFie(=XQi1s+uRm^Dv4$;y2k}>up+%+^&DEa7h@5yqcO#bQs z`5yi-CW^(h0(q_;2(N`C!C%G-XZbM)Fa_7C!&$UItqwps;rzS|Kcr&h70)w>qA0kW zPxx3~qHX-4%)G|n;HEJG1D8L}bh#`rQD*39T;Nn6pELB$JcOUmLmPDUWGj;q+T{RV zXDp&hkAr4}@uS|XRq4W7^vWg1(G&nDc!3GzA;Iun8aIVzZ#VW2NyN=Y(5H2Jb^x zTixJ^0Ql+{z+D=*7!& zW4X`CM_=PY3wol#S9va2hu`30@bZ53?eBf7_<0u{L&o)?e78NOj%)>6X3D3!KG*1P zFI%{e_V=sbWOZavwl_VQGWs|&yT7|rolCwsR``$Z6;QixmxFae&QUoQnA#Sew<#nz znBaSBweg!j_{IyKv~+M4SQ;y{XQUz%tA}|Ulir!t>xjw&fiMW+RhTo8LZRG0d3v&X zy6+S+tML-)q|$y2nwJ6co=?xu>p6XtvII($k4U?_BJ=$o`+9VA&;k9~pZ=_U2JcN1 z`z~6AM4#!ri|!mC;~^ZJMM%IXO}7LFDV^OQZMF`KXH%l&e*~@ZLHc}BdwV-k9{H}1 z3U1!g*@Q;~IoC1Gz@eYeHq6Ys9j|U9^(}JYN%9yi3b}um{v#-iCqavM)UjLC!HJMa zqJX;>wvbd$7H^9ZloI0MH99no{IUZS}wo#55_gv{@~e~ z26W-%iHsQ_f?;?8y~b>KEA$T^SdrY7uBivL1ZDA-Ewsc36t}c^e)a|8W*Rh@*OC=# z1EE__p9<`7Vx_$UKj!uruhz>yxH6ppkK1u*KMq|uWN+aW?eS?~#RK4{l*`}2k!$cu zsZ4}DDd4Vy$eXk4#ZbbldqqJ0F=Ft7XTa>9TNcH|K79WhJtD z5xi)}X@Yfpf=93NfVKm$u}<3~XYl6b|J*81c!4*?`o{NUoc>Akg)^5reujt9Y=jkF zC1aOiYIvf{tfL{b*Wu05IB&)lu4D-&RUdss`KLZ7Y96~BSTfFKDkuM~Va`{5hK`(n zxTEvXzQ!i)&{%`LC2G}hlkK`9N+XEL+43^ z#ai0H-)%pi?!%F{xmDY_=`=X zOZ+TI;_}ESpbh+RBFF%o;gKKw;Jd5qo12wI$ebsLxxT%v5vG&zu-yt$=Nt){SMZL_ zi@u5xXH(6w;{`@~9w{E)4xe`I0l3I#KIb$~S#WxC)_GYg0bY83^GTfSodjJe4?l3X z@kf8~TQ7zw63HP@6l)KZ2{8{7pYE8G0(n@5c3`m~6O;rinAs=#t4M8br>3UOWD+5@yf+aP;&*YUnzee3zb>fM`( zFwQRLsc0gAZruoThUHd&_vKlH_@;{_|L%*kM7~!mdxDM0<54N9D)|V)Vnon*Xb|Q# z2Jq%TioXs@h1a|~rAkS8lAEVPMTqmh$u)b-!6PEN3|=@vZvuBvRu7x<#XlI_Dp!$= z=+vt`700OFZ8XpGC~ME0o|M;2E#d77cgj-kB4{s)rV&b*cBVw??v-~K5qM{)2wRP4 zXlI=GM^*<8@Q*jeVB4CPBS}SJ@R240;~1|x6nWoJI#QGA%V}6v>AnuGPcPs=x_cas z6wPZ4rD$DUsZ>f=pA3D5*m5Eq^r0}ouWF4Zpeo z%+r!BS)=7R(L?VT6Z6%St?4@{VQ0xZQrd40Hhz=IKySK>&XDObrGYiTB{yeE%gTJR z$gorX6KsS=ftSknIL&3zmwRwPx7jhnxpi8fsZ6jxJ=mjkBPWbOf`{N#DxIvtA6PnV zknd3#f%zZ|uD7$au7 zQ~TBmeSEOf9Vc)Ae*BCS`U8_|3^v26Q~kmnn2O6V*M0)VK6*6$eEjsVxC=t+xSH;5 zG#gn%i>K+^ZY9U43OGf#jx9b(&?YE2iGw1rF>a1c5SAcoGrEQz3M?5D9RAL4|1i2G zfvMl=j~)QGDKO3qv+cigkCOfb9`Ug?6j)MJ1-P8P-qhPuc#zwxe@>*%U) zZF987shy0NzU%O$jstEuZZaAhfAG6McwughS4prdq-lxQjks107k*u{zi})FHx?vya*nGp2XYG)}t7n&8@u< zHi%FER>S}8U;T9#C3w;jq#LscoD!?ooB9UWIkWpWtJ^4cOd);hdJhSR07QLt@qoE* z+uTG>JZ%OfxQkJklp01PY+d*hXH^;L@!To{ml1)i!MwydNq#+@_h({6ry&;EUxfe1_#jmS{@yl4&>oQftn5QL!0Dedx< zDJ&;tA$ZRj51i$WT=!=;!bPq#9_N=g!CO9Ur8~DMBi<#Pq`34Qqwc80*B4e?rgq9Y zyyR`}Q65z`xlW09C342%G$aOXgc`npmU|qs{7t07C^N*ULV;6McxsG_q?S3)uy~n0 zU9CJ(Pjn&e2p6*LQttU#sYerYiXtC<@|^nsob&F#U6ehd5U#B#tps74=0V$A%xoM`ToHp$Hf6HTfreCrYM<%4{}F%@rKBT zGVWnVDP-FkIO@)&UCNgn`J60Kpzux`uA5e>fx;{4qbbvjy?kE3Fh9~4=JAzGc~O|| zNkii+&L&4hMvWt44>2f)7xAWfRBZ(2pfdw#CXN$=*qll*qi6XfZ_b=P^vKB72??)I zk@yo>QwI)%q5uL%^LsJ;DVy(g3ey**MzMRnqfb&#G`baBNa0F5i^Tly+JlS*y{bRb z+-|Nte(-K}u$RCjV|7hXU?+?yxf!Iuz}U+4xn?@i)X}n2gTZXMT%&YbFEEXxL0>Ue zk%zzmd;o-n8v#aC1K)?VM+Zdbg>IaB<4cv&93An62lJpAqrkW-W37p)&wT9~82hqc zon2RV)0x*XDD)7X>#2F@lQubL!wYfL*1X~;-maVmcCv>qB27*$=w4>BL*jqzpd9;K55k!I?kDc-}!WB?zu|NM3x{@@B;`yi*3;e2EmO)s0C z{oZ%KQGNK1;kmn7(g}wS-N7z+ayCInkW`NQ#O^q@*AwZFDyFjBx+ZqyS#&Frg`DNbbPDFcO zgwdsoUSHfaZK^%+88-&xZMycW*OzV6igyk`)22b(>;{HF=XIZ7hf%`p2rnqy%2=fU39^VDQ`@4%z|O-0q-`gqr*Eua8wa6o zb^t>WpbUgy*&?A1p>x0i!^!h^oU27wU#4CAIN`xg2K~TQPsvN0l#P^@v7To9l#)Yi zc$qwQd;JT0%33Gk1rOk>!Vhft0JHZqcqx+es?k|EEdUQw5{L*$Xe=tmgOowgRfSdM zKx5_ilkl5p#p678!z2{Gc`S;E1_Xn0oPmo(wcQpLrDX1l5Td(9YNCA#75~677{ICR zfi+4h_u-~v!}s~b+W_>P6yRYg(ki{wg*)QO&?_sdx(!|NLU%u)b;j9s3Bg^BT-xEJ zhMMlbDcXfxE@!B658uS+Rlp+7$-!^b)1j< zt8&svc{TWOG%nhk3uOqqxG^%-=rIk$U;7F=JOM8sonGpriYXhNrOP^Q_%P$umwsIb z7XvU3iRq9Sr;M}4JMai3dZ1J8GcI^WfB4*h+l=4AvGG7bR9}@MJUJIhNxS4XmDJPUtvP`hwExUlZbcRRe;CF%AIFK`KZ z&7Cv!w=R@6&cWd9alX4)HT?^Wy|9WY40U2&kzCbZZ9er2LY1OcAV&w z?Y#_0nx8{3X&`Bera>QYAaXmO|HJ?Hr!_1*)UG6l%ph3=Jq$Ui$O=yeYY_$mY{e%d z<=N*xofu^gBcdU0BlOhc7+`AGZLy%hAs^0~rV9@0MdqUGb!Dnw24kV z1S7No4P_TFL#K%rETHgsJ<6DplG5iC5x!*sqQiB*^YKyl>~iY#F~Sw)m9kHz6HoS8 zsHU=>J>8#ZB=tjK~y_)Y;c9y|Dh-DcX8== z?pM+0uZlU>@mr(dz+;@4Q992!F|qre0Ol!6V{B9ZJshMY{6a+9!l&A|cxN-0nnnza z@aVl53N$tbFlz&GAEgdjgMsq`LhTxZDHZAMD)+#}3G$ti;`A=KL~F{gC&h)&%pZnJ zI;P4Lc=EleEj@!2+w3!=2UXtJCt2z9-FYeCmzf!l!~UIIp9WSLHSLzSc45JUm)d z1;N&;paXn(f?)Tr2c9~MDWgs6fOLo)bIfU+l$7__(mHXu&UgzD88fmbDs`_i7dX(r zazduaacMBqW$$zCvu}L5I(>b<+Kjt1#(t&_hF?aXkP}$~Ji{hfT#LVCT)L<-G{XLP zm3(xV`Hvn(-)6<~`v<@EJHeTK{+Fv?{`$+dZ_XUOK8h{0P`o>V;!r8SWMj;!TVO0Z zQXQCadaw+Kz!b301t08$@o^TF<9OCNPJ85))S*)KWZs-@89cbF9r*a<;DyMAKrIjH z;9)>sJUTVVrU5AjQ?*!LQgR2l{!!vYTXqxX6*jikMI ztD{6z4xO>k3ZO$n~Wz=T4@jkx4!~-IC8fK9$DPeah-T%~TosyAB(3G$|MO zrZBIs$MK|GjII3L76w0X4`15w!oM1A#zvjBvShqF=jpS&uRO!UnH&Y8VSSR5xDbJx z(q7e|d!m&+-Xf|hYyG91XwpUT$}7nxwgM$ZSVq~!Z(Y|)*&+P6cR0p^0U6EvQjDOrHvtS=k8qNR7z0==gs1`IoO_yX+#^Z&pO+!JNB? z;#?-G7kN8m#xy2p1wR>^w7cH|&@Wz|)mGYn?i#$6PUW0&X7LlcobBOrbi#jj z>41WuylHl8B!ndoG!Plyt5#z zC&Hz@#}9Ryx^xH zN8lU}?$PR#gY7O{b1D}v_h}5$@&4B8v!@5Ek8@92jd#|0uqbVx)(r5D8FKp?Mf|q+S%dmlL*TwdXWKyQ{>>HxJ6?W%}#J&@Aa1#H%;kqL}VK3*=Jl9$C=~W zPCuKm%HWt{m^g&)8u&l=J4(-=3!X&r`{pt6AshW054ys#G^#)D8^N73EozSEyN z9h62qF^(|}_qJns-%x#?1&;5yKCf<$4VOX+W00 zBA8NtG6ORvd}$1`N;mxa!S+Vq87>ie+RR{NyO;s^pm=1PIHe9qdVP7<`V5Wt7q2cm zHPY-7=LPOl5&uikf?>99QPd3GWO0z+cxUc(t(A_s%2pG#4j>+CI48~;)R}@Zo z1#O>3UOb|&PFP-?BIAXupmOyt<1t>(?RGd-`5@!f)-q1AjBY*Kyt*d$;K(~;#{*SP zDF^oatkE&fW#w-jr@YaM4ytpS?}a0MT%l>&-P@eA{Y_VpH4d}&3*Y=`w_BDNK3O|3 zdvYBI5njn}8tcD0NvR928bG|7KB~{~Wt3^1pNyT;!8zmPqHUd*)B`VCh&+2evW6ay z(?0{npj&vw`SqNEohOr-vBjzhC(;+2=KMenOzdi%$ z>OO|$;^MNriZ_-iA>}iS;#yRR=3s><2EK#LHO>fKwcw)Jfba+&z}K8sJB#3%X!WljACc2%hrC?!1xBM#%?1wFNvZTHPgRH8jD1Bp!%v7T@63#N_zxn0M zM9DM7BjtXTx)bm%GDQaC=+Sk#_Qm;C+K5if2zv@&xD)SLQ4Vh3=_7a)TsaU2{{iNc zZ+_Y-0aJLkR=>ZW_AU*vvW5oYnrYH?k zkf<%~lG9+P_kjQh&6bBJ$UoV_d+>vHmF@3;^ZAQshkKJE&wzPv8Z1EwP6mJp5ZtLW zh^ZqBE_M@bYsmHxg2m9=7B+*MIiW~)dJUjy&;SX>`L(^l1UzKS1@jr^J?`F6Wag1A zAWEGWS_`cH&A<6+;UKv6DEm3y;bDk!u(O?k#RJ++M4G70sa6&}5Fm=!LJ^E;#i`7K z@7k+!NIl9zd%QKmM7c5Ya471mV$V%aO7lrLCsnHiCB$f9HbQ2-K^Q8`1~x{+TqXm& z`DC6}CnBMEF&rGc4YS>a@J?fMhVV=)yjwXY_T{;i<+)}d+s&+oyoi^19%W>X$5xiE z6^K!DM!b3dnPQl^P6xU;Le_kibpBU+QbW%gyU^!k&$u{5gEMorm`3Us<1o6EGN%P? zjm_M+aeieOLoa?q7g$n~sh59+mx}ah%y=o6)8aTlo?k5*#c-SwTW%d za!!Momyi+e9W+QAXTcTvJ3m~z7R?!_l)XMQA4zNEXdH&!wFL;5vS6C_hv%6f%GS#` z(8)ZYa$Y=PZ0%Q-ey)>C?JD0n%DnS0;~octqT=W{n%DwQxE^IiK-bDOd7Ce{lU=GNEA@HTsrGM8NCBjqa#^_V5VYj>(+~~wyGZuC7(a&-4h8N(Ee4T~1 zS6v({ZpeG)udFGBl0YbDzPX$KiGi`0Qpdt;TJ142tL@J-=*U`lKK@*|nLuc66{;-S|3X=mBM_pYTrLWY=J3 zWEw66S8=x1JVdVH0e;ZCPKH;?k~egOmW}Vlpo>DJhosb{YVG~zX{c=vH-ckIM%O%m zid4MZKcIOTn8{p$m*|qm_9#*L_04q$ApIi^(uE}!_v|K$e=OBL`xXI&D-I41dH{`+ z;!chaGr$L{fA=Rp?P4N^hN9Ywl9S?LY`YD}2}cpw<2V=&EU1?iII1Al#KqM0nqALd z(@cae1$|$b*gPaHkK*Q)klr^JX|1RSzui6g7e>%HRP?;b3-|1YV$p zEW9!5&RqSgvqWC0>x^OyB?_~E?^T5IiwL!aYaZ6YP+ML4<=NHhRqB12`@hcjU!7j& zGiCFZPEyu_KxsOuTiJn&FjAe2z(qi-EFVilPWt!zpB+W%MYzLc9Fy_DDIt+q=$7B= z)(J>EJmHHv3~>aSGa!Z)!oBIcMl}3b(~~kw z3b#r+<-m^469t9V9p?yOjfr;iX-vkFe^uIJ?7%tW9zJ8JK7^0Mx9Jm0a+aFqNIh-h zy$8VoXM|z2RfvPt)6Bw$c&FZeuAxzyD4zAnv0_9BzKD>r%1{a;gV5{=81o<6QMSDu zT;Scp9$3(Bp^?nO!^pd7w?3yKW9pN@@>>9)EVwC{9^4Wb^g~8%q0xSwdu1Z$b*=+j zr>cAp(=niAjKg3YDcUh`u)q`u3lAE(&!NB<8h2fxW&E;V_QQ9PT<*WQ58V=_TA?m2 z%#dG2M==r(KB2S`Lb~=aIz={5MvemjE)Hzdyy*n((7q88=E=2X&b+)7+<^@&lO@XU z+;27_zsJEFL$BNwr#*C*B_OBe&6E>;GcaGqkq?SGy(StzJlJWw59nWm4?J*4UZln? zHYV3}(XT!~jShai`u;aRYD$+roQ$4@eqYavlgCM8b`0@9uPaNs`-dXc0^ZL?x?J?x((owAX6Tv$n)YO*D z2?>X1jv_i6BOV{UL7(8yu}x@5wi~(U0y??Io+<}s1PaPBzOiEpD$gcA_?Q31k3Ikb z;{o1DH-|Bd&Y-OU4&ws?LIJlO2BR$O#e5Z}!=M_K9{<%Br$y%BevEY(Kwr+D1t@_v z->|v0l?aMQxfw_|M~MUh(taMsVh-Jb2%LeVgBbh}`v361|5x3jgqj$j$}vocF?Jst z>{gG=WZ+k~Hz96N2pks8EIwe>jQg5lxea$aWjG=U>r`l8f$ju`mi#(mF)9+8H-H1y!{>Ka$vzg_+Q z_nxor-^@zxt9YdZ362>s^t^b-puY(o<3Jtmtlo!D&LaSggaS`Z5~Yy#F*73v4r8Yf zM2ZA6|JoiSWt@cnG{zF+;}7%8_(4Q3*+c=B!9xp1tq&x~c<;j#94CvJBCa?-Fz1cn zX{LSV7r<)hT|=u>SbcW5z1mCnK;SHy1_4XA(S$c&C0hH%mzOp6Cr8^| zg?$^tgP!c{j`+J62z_;)G(b}NR(@MeO(|H%QF^7# zIw&cG4i~w9A6eA@aYCS-$Qt7uWCg#nZ4^=XI+t!mytlWjJ$tZac!EP|ZgYNJWR~&O zanGj~@CI2JM=)@%@#ZGwhMq-XzSBdxg#!^y)57^}Y|7bV49^z#y$oL%mkgq*4YDrE zv4}JOLf_Cd%|41A`ehtusqFpG!rb~yU&KiC%!lAQo%&;XxIY}n`{1&`^d5eukMj8y ztQlK=SilKZ_vsDU5Z}QNEC*+kRrvBc#>2U^8RN6i|0rsaF8$@pi?sD_b#k~H9eNjD zaG1;0>NdL55vNkjXl4;H9_`-x@bWLiJHL8;wfe@#N2?$G;N#VQ`kP-Cw|#h0c)|oM4&bxIOIHR1!tj9&wY@sd3AHY`uy@ubW7R|3{Iv*8z-OH$z&VW zb@VW}Y!Q2_6}XH25ZN-rIu)UFl-o@LBl-~xmG|%?{JjsrWQ-$)f$%V$ zMW2Y!Md#+j^)-CDe2%kKT^-&~pxMaOK_fhfZbQcjXy^nBY6S@3HSYiZzx!XVUY%a7 zK7V!IsaILj*ZIxS6$Cqj-QqvG+H@nG;9+LeENA@Vrzf!$*FD8hyLeWBbYHp5m@>}l z@5nXhjxJ@J1s$6aGAJ<~Lt=AqlCs4|V5BQIe(#6hebEE;gA9gQs^&>XDrF`;W#9x% zM_%spczN1@wV=j=2iKQJtYSjZEG66n`@=1ipHu~7C%tk19)pJvVX*G43}EVxp^iYr zyY^i5d|mzNPyeg~>Oj%MKyX1`^}zB;(KQ-KKRu&2;9@ALbt@tv!OH?X%AQe0w5E&I zPs6r%VGu?Tu|&dB-%{XBX~&cM{PZT?Gmq}Bk3hAeUV6Kpos@Rk)&?YZD@cBKMSboy zYK~W@UuEd|Nk`3&3>*Qvz^F6F7-XjmQSFv5(w6so8KOlFI&!gEL;IE5&7ZTywSpT%#0u80TMyxsX1U(H0z`?w!6o`wXk}E@r@_6&gK*;b zWqnE~+ZA&VMtyc-3e*ms;4x91#Zw$UI_VCdrv0!&XbcYh!ByanJeXh3(1MS&Pp3r( zDKTqu=szcX1~xpDJ~>N8NUqUHUH6i4aMbXlt8a46w3BR@1*oStqyOyhCkLIMj@-UU z-*nzt97OZr97o&TzDz{x$XyQ^kqzoL;J)vgjWAZ_y6Y(4)pw22Qckec`SE&0&Rq*;;h_;SaxG zL+gPm_(uRJ2+)>Ah;)H0EJvE$>Ju*6Kik-X?gY#Gp}nkE;Lez3Gn^qnH_(ar4oNMT z)ebqwKj6aeiNIWo|eDG|n2B66{ihn3vF zNpzi01CS!KzkPpyfAxR#&t=V@t_I*@*Bfj;mD{Uxc2MCdFRr|F|ir}R=#Pt6kO8#B7$eu7^F`T zeHB&SO>IR3=@V>@`V<*#2Shj|U<8?fFROJu@7sRQ4~!Z3@&^aj8#vp%f~pPCeAA|=3o2bWdI0ee&Yrcnp(_SO_ zv?T)M!Mgu&fihTs@c3K$7Pz;p^B1dI40;)YwaFS$fQ;tC;wgiN4Zj^j8M5X(U+ z*^XVUt8qEU)tqj(tN*&yFaE#(c;~Ky`K`I$_nq@;MnA?go@YK2O=o^F&NaXqH8mw2 z9x>KWOTQR`rx(k~%>-^aJ-)`Nro+;rsmgr62v5)S8D;&_orC42cG91yUODuk$K*m* z3t!PmVAUWf^dS56VjR?~I+DG>Mm}c_I5Lv^bfBZ&G)jK8O|Q()EBxU6#qxRNK>+{3 z@y>>?RS zTpj}~480jyNsL@Nb-`4w>CXsO@F4huFxps9>Y7Eh0xS-MLn~Z?pB%{k`HfG~$#~f; zgSG-Eh3z8BAn_n0T`#uL_wAi)%e}p;%e!|^x*H>hWG6bW%cNrl4>Bfp>?0H8&UK?$ z#(g*SWoj-(y!rQy_fMARvA?tFOkj`0W4AdVumr^7Kn^<(P6pT?x{&tigKcx|N73v_ zD%6381`jSc)LAS#GBvv0MWN&)ZTASQ^u#~{-?a-kIu7>o4!r{(IYSPn#2@~`fAhcI$J9Rh{Bh(cw)f1oy5ULilHCR<-8XgJM)@n5;%#|wmOjFw);E<@9r>|u{LqKC zrW2_X3JQcV2%r^iOQ#wII7VTKdGH#nD5zAs*CuM*%1kk&(W9uzCKDVtp|XJtCnh7% z6l2O*oWcoeUqHdoKtf9X==d-M+FpL;AOA|>Sm)K6zRhP%P~fD@PtLtV)++gDF;p)r z{1$|n8}Yph#S>t2QtFFu%L_Ebxs|PV^@rsbdeKj5Qh{vOZP;1ZPLlftjFkSkjE< ziTd`T;78%#3lpVGJrDlQ$=-4|qi8!G)iG$fc-kl=4k@@1==PI7`si2+F(M3iQ-%>N zd`giDdq^30V{jQ#Z7CB0Mi;Qx;D(-_%jOW*`C5u4(zcbT70I3mNJtqvOtkHV4_#c6 zj)G<)@ocEse*2Nl6FVN zh%tweATEuNM`^bFYy0%C1~msGRUAT(j_^0%8;ES~;nCGJOI|1FAumH;jt$-DToX7`dMCPic&H-UI3~-&_>3_=k4%-8U`jcI1k*#MW%>a(e0*m|)CH^m z1pL0klQAtta>2Lixof%Tf%N?1va=S-}Edxfj9N)vvLTqW&xbQZ|s&} zqYgOtIX77l{#O|wNPx4!rZefd(U_5?V5g2Jc7ZOC;OaJ-hi~M>bLUsDY^F1FymPdd zavK>BJ=Y*PD3`zMJU070_9g)d8=Nw_g3Fwoj^KLio`q?Nr&DH}umK6#Rd+Tci#?3) zd2H5O$qx4Bg(3zeY@fcAvB=oq@e3QuHf-9kKY$mvm{MXteV_WdAGj@c+|D(6CFuF! z?qMHIweay)es_U%PPWZcJL=yKJ)}eC>=C`_#EyQNv4i69NY;;J#y}3*S+823n z$`tc)qKtVyJsrh)HcgezU1L;@P?X0c>2*%`MWP+Vh&iahQ|CU?6XNgg9fX*6)ft0< z_`mv(f3=Ee)G>1pjM5+jVaB~F8%{dT#=^2$7&fO!SL(*~(*zkcuA!zA6Bs97;J{gP z)LreK?-h^(!f~Su@a7Fc`A*0JuTO7ELtvZcShzvpy>aKuw+@%12#j}#_l;%|Ty%gJ z9L(R@FhV~Wv_)CaHOd-z&NqR(vT$rtQKkb3 z3L}3S8hA66h|@cm3841TMld6FXGHCBJ?{ZVA3`ZGxCos);@QC0%m9msU*VH^T#mah z69^q;eFSN)RVj0yBZjAX0vkrh5iuT~xaN$(nDp2Lam{Lw$-v$~FgSY6tJUKSwiUUf zNM3GXfm!4*a8U^qW!=3Pr_po%8pQ{6%9LX5S7t=InsRBUjw@~B6Z{xY0YF!wM`z&H zU^jF_-%4iwThrp`*=N1O1JfpgJZn&-v;FC(8GztneE@?`+c<2nb{k*DCGx^?QGU~6 zzS}Wu_}*R>DSWQGhMqMP`7U_q6jMHBFC60xWsg?lKJuo2dMOh^+)P)@^Yatn(vz;V z&v(4@OfW}#9gh>-K98=EDLNI>lwJl599IodV9-~ccIe|kIbZRGY_#39AuB}$)Rl(i zC^OsJ2REjz>3E=V8vd-V8O}s7UsY{;FMyhy%i%kHb z|6FI($)?6;s&3$R!FN(dh-z1Ibw;^hP4L-k6I5wyrCU?(0EwJ=3!;%3xfi&0VPneS z6?;pEuhT8^m%b{GktOuz%6chc?VjyUr#VB(WLx(qL=x2i$lDrgz@G6@0HP zchdH^zIxWZk|Uc&+i_4Ja_Qt>jcdPl(K7rB2OTY z0c7#zYd`$e+Rg`$pJa6Xba`y=`q0li&dGxjxGc3kq|oOLe5SJFQ?_@yX#AByXGZp( z?4kqB+|Uu3wDctab-n(x$VRWyi8k1pj@$!-0kUj>t<2d5v;pVUue^KbLs5eW-hwd< z?=yW2dc?FT_uSXERjkC?=v+$J<7%CQYrlkG=2S#48gJe|o!j4?v0{@L6)7Z9Ibz(n zo+#`2vl>wg@hpsUZ{83Tqr9`T{Kh}|)#%AkR{J#w`V7o9USR@+EV`4*^o;m^1f$zH z5_ZhYcY@{-J)30Qjqv#-fbYcdir{S6FPd|W&^e8&-^sPRN2!xf^IRtp6mzix43XLD zq&RYF>l6upHG;gniDCpc=|In-V>aa}or4l=q)+RNLPG{)HE;}jM=YUJ=R@m|N5BYm zZU>IQ8C)B+$7rsOFwNEIqEU@c+Em9iWnSm|^Ve}o8OquAvL-2QGn#rZx>1gRU4k>( zy_4XCBQ^q~fbj1^vV0e)5IWz{15R);dIPXPq0iN(ZbvTRBbdkod_Xh2ery4;27}JXU{sH zr(Z_YJ_LdhcqlKc!Dw4KP0n{>aNL70IyJ&ZuT4E|fZeNwIS)H)dDKWi=q*!>vDdt! z0e&?jK|uqHsSI<`Cy_(zBUXnpDaatvw!@QL?RB4PN?2*5JJA;+vGQE`uX+-&BD+`0D5=F

B z@QobOmBGKGKi5JBv>;!C4LC^Y0$xiU7!;SZ=hSEpgARO*B?~@p8Za5LkqLtUvT7tW zYZPKk;hP2-a2wDxC7y&GE@N$!@X7O0liX$QYMicfoW^ntwr6&U=;;n6Vd z8O&J2V8f`VaXe$gW6#lkW0T305nZ!vx!yD}CljKuIo3mQ6xv3Iq5I${qhM_jo8Xbx zTd}Pi&H60&DqHL!x!p=V8-?9K*_0DJk~h4gk4^RGkKIqx(eLOm*(QG}-^YP-Pgxle znF0F+9L1KiC1jk9_YQs3g$x- zcG=^97Df^Z!Rb36e9(-jr)_HGbI(5Q205}QV22m_UB=dF$6!hweR$EB>+ozwDfO#Q zkq2wm$jj^3vwjBb?!npP&e7&c>n9lT6qo>yE^D70lRGrL`sH_Tf2c7lD#O=yhIwyZ z*>Y}niSyS-RT6bqzygfx>M+<$@_B^F{1U+tj>Q167gb~e<*hq}2yoiv>@mr^ zYy}ZVF@P7HcbCe*oSo%2f9=;hkJ?d6jvC9AyU`q4Bm`|KBxaEOzsIvIeju9qEGc0TN|;oTj14bbdP!U(gp>B z3s@N+W$?<``QOMu4N!Qzv%i;-ZX8Z@M5?dzsHxG{tfG5Nw}q@w8LS58L65{%k}3m zo_YdzpEgJX#sY;YhD;U+cg!_zg~zS$fsMX~x8O*V)wk$D#WKe#&+2Ns zBhwf!v<0uT4zzL#&(Q_#D8CwIQ-I(h7eVv<(&8+KM}CNd^%{$edMeTke5LKi7j(cVUb(?jp|IL`U@S>e|O=m&<35PMbRRRDyw#6m98{ zHZ4fjr?mo{8@;qv#v^>5sxfD7fwTp|>eL~Jp7f&*kM3OxfXDH%1qMQ0Z?y?L)~t%} z9w8Ml;HL$8d+^&4IMRrW@HDSo7MH1`+^rwFWpR_pso?Ty*vyC zWc{?OKK}VFVA+mizn@XHH3nBQ(86E(<=Oo|-hp)FME2CQB>T`zQ`&m>gZENCfkc7_ zFTi=3fhgHK3f77MZ$sW8s*KHTS#9wt@_^B=fAZ=DghL%R? zj8gQs!4yMp+G0DS?PCF843iPIObD34-_cL{MwA+8FeWD23T=RI^vxJ3-=HbijJ#b_ zO@H3iFR0Ku-s$iS zw9?;hV75yZhpt_?(TzIa)E_78JBOw}W+=g8dT{jYG)b9I{WNl&i93;v~9+8~#X zuIULlG>s7^Z~7;baB#38o~WraPFYiA;pEJduI;8ypB_nowXp=J$$-+`slo=VfVU8 zRRU$-jq=frF5sWv))-lL;{_+mbwnT7!)MoCAfmQ zgQ9#ArklatK+Gm#G8YC6=Gxb6Dci0Ov^|O6xO?kxxxQ@=6S5Pzi*mn;J~zV`9+8`_ z7YTjvoW9f5M^6Js=wZX1>*0;TW&SM|h_c_OvDY1d`7USyZ*UBX%eQ{?M=EdLsUTzA z>_!Ge29j(}SF*cTJ_n!p8rrcA;yCJiCr8~)kqtB_?r9~y@K*37uc=ts6xi}Ht4|Uf zcR*43#Ov*m<^0yiWq6ii%hj)Z>2}|Tj))#LV;szZ8vZvm5Qj>MNFnA{@B$dbICKx) zH&V+5YE@?yWCih!4cyPM}~nDma;Ohe6W3U*%8&IJro6=x5h!%)sC_ly^J2ykHC(hM6{Wc4=gFi_@E0IWG%qlNIHsAUZvAn z>=assk47mBo5x<7Nn+GePyZh8n2prlWIhl;K1s3Qst9Bv&8xB?HJIXLjn z9fyc`ZA3y=jn3*si=Q^7B zkfJPoN{fYK<*z>B6V%FU@RIp_Z0MX*XF2>9gmwf}qPsffIY~TL?|I}Fzl>Vh8G7dt zA?y_F7AGzN32zW$3 z;2WBNj}5E5=W9?Mr;{7iFN6Dh$6NEpw|B31&eup$A8bhNLE5;+w#Hs^BJ;FB&a{Xg zO{1re>v0gj^ZOrH-c31nQCx$i@FV!35gh0s{WLH*i6fGw?Dp5O1+zX#fIExX_y+QH zoN^sRM4n|A%sszz>tNYVTSl#5@WQEeM2!~PfkCFW^a#ABKJdijb8w!ZKeP?)ZpW#~ zT(IZr3gXZd;XL}t!ODQr`Tf9XI_SF}-H+c$kd+a)Cqa4yNwyhp1U~o!wyi6k;&~RD zhqeOz^h-a7gEj<%&oAQeU03NRQ>~DIBk&?%M|WWoqg^AA>m4!XyTvuGFkl3m(G!XJG{?#CRhe@Q{@~*vno3PY z_q$*wxX*4-oclO=qYnLexxQy_MPnH3+0^`B!=P2WYjIE(9CqZFlW7uxt&9|9avVl< z3GS{XTrhzQn5j>&@ zC1kh&q)l^n;O5Zp##q`E#^`*_Qp~)jxk=RpT;t%-k@E(vvVtsSWK^VG@qjS|Lm#C{ zAL|yR^Vk)1ay?%dK(f~@cGHdk&f-pVrXyg`r)JQiNY?IdEqjr9BadeZ_La4$u~HA7 z&@*3)XZ1bT=+NL+bSfWUp`+we1#szyv0WX%>owTltShqljs7@iTZGFndYo9lvPqppP>q{U|VJYGE7uO`&am zB0AJI!L=H12yioig~)N{*Ao-~Lz@=fNhcrQx!uj~MJRg*hZW{u|J7fwfR3_F1T;cL ziO?Mb=25xpfempe@v}re!MhA@`QV5!qR(0IG=`TUCIFu4_C_~K)|JVamIfFcQ5|Lw ztkrq@xbCk%KKGLrAiIl%*B&EEhwVdiAX=JEdstQ;L`PD7);Eb|FX4)cz_|TC; zm{~^%hR~VdX$x*mW2G&hu7lUfd7+s_Rz4Y=W@4fcj46Z7QF&>N4Ns)xJNgJD9!n9m zT1fc$le0$VVDpwCK^iAeI^?9B#VP-rDMvT4uE zp$ps@=U0_s4H|i(b#B9; z$b)GJav}(Ibn#i>W8lcYN9Y(|fvw-=QF!lN=pOf!-MJN5)+|yTa1QjPk>vRbqyo>; z@m^{5N~$&R3ho_E`RCx|$*@)UoKddS#xO`vLemK{hdy}8xm7=cvodQIq*EdJoni?r zM;3iILf;B4Z)GHfZeDm|g|>F>64$jq>Gw+LW4;*q$(w-)`$i_MqiKdR-|;x5qmyy6 zr{^*7>6g5uEHc0!KJz&`2Nr=gJ(%wa67fGU$d+;Jcxi?ES%&Dcg-8K@3ysfH&u(uP zIqcdVX_JcftCOmjlgVL3V!SYI)I6d@zjtC}E zTUeh@vMexzFMhFX`fPR~FtL3G5#6|^Fc_$foo!Y!6d{M;<4g~4-|Fa^zmnpzHn5U)KlQkQ3a7l9K5yrnxhc*JQFnHBV-=zdh#LefxUxx&R8L^Dj-{~t z=CA%*zf(ByFgDXcD|W5n37k6aqaP6nku;}4c(tbt2aItY!KSRX zeQ5-ouN>=)Ug9*upc=B4Q)~=t7cwAhejCj){(_otu=koe3k;kP17k$Hrra61;t_;A z-whUy+$cLFu91jLh1M3=ML_~Rqf4=jP6A3D75Mxp?E;4rOoYx!sk+KGb!r&WhTy7? zQAPOhR-2sVqXcVS33!t056)+#-~|vI;JlnAuthGE?Wo^h`s;!ea5#o!B^10T0Nb23 zF#mre+t7$pRnK*FWh6NxilMcxye11_fC$^8fT>pHG&SNAtUd|2vfYU=u*!=_E0WcD z_BHg#8L-P^iqC=jl>PC^AP6MZ71-PoSuj!pAG*(!j7R-M?GvzZi00$E|G}wU1!r!u zkF$h+4`Z~}M=BX6dq*?eMj?zBgC}!kl{RPc@JWnZMg|Uf-e6fpz?XTH<{ksXH3 zXB}kjqaR07ZGmu3GQ@B-01EvXl*(0{L}`~grV22`w!{J=Jc3&nXa#rrAZztD*XdXn zxkg4`r*Emob#$%$b>k1GKG_q&5P6xvXg<5JF>R6a8dz|o4>0MItl+lm`o!|;R*n~AHqvTjJ}VyBbWG}#zC_VT+my8D__9IF4hL-d+Ctx@aOE5 z;e-U{@Rai9Yz6i*rxv=|-$MXn8k8MPH~np6qsnW}i^#n81qs!a_?rd`WHPu^_QF3r zp9}|@Y;14po4!L2&#QY=CHrNQmv?R-F9)$r#S&uqM;^$J_}4dqHdzL@<#+ZfkQJq` z^bWlGM<4aUMK|4@Nke{`$s$I`fLt~Xzjas4S{9oQ|49+jahfsgM7 z_tkIw(7PX=rc)y+40q^MCC-BoHQI^5b4VCH8*0oOY-(7dNOiX9RJ#1Y+h|e;pdxWd zGWxqwtSeUoT$s8WXKq(1$D|`HmJ6d|aE)AP_p6tP@_hOB@BUteY&8y*$Ux7~i&_{i zN`;UwnhuUY1UW)t)B$b+OECL9W&}f|Swj$F7zt<-yfx5uO8N+FX~XY`Wc$ZJ#>P>_ z%=e~~w4Lu#G=vI~52H{VsQD?WK3lQ&ImysgLr)U9Qv`}WPI3$bBXOPx*x5%;f}_PH z?kfwH8S#vx7DQn#sNh(k&b>ZX7TVfm1B@IJ$K;+YghzNPJi(9o^tWaKoaKJoQAZgWV$i!SDSBxfms~dB z3Vj@n&THTVc{A#F_&!djtv5hv5E0zawmeKdJMA%AUY_%v&z~-z#S!1{i*qbEntc-d z{`k>Z4CITxRL5w{3wAzze4g)T%V+sC%EIrbaV89)x9-^_hhrn}XimpO^fUUNG$5Un zWwIv(oj@l>YIQzM;{{d@z9Z1!s~^T!8Mq7V;8gjJF(OT#3bBaDcRbPe1kjvT0*U-* zE|@M~Cb0MJ_bwXCb+9RfCv?szMF2%kRwqh71z5xY?-^&fdTp%NhnixM#Q_)n1}g_N zWpns12Jh(c$2pV9I4|GFLjM(J7-NFQm!^LdcuA^HS&(^*cFje z8>*B&(WP{X2f1ciPdb0yc&0mP2G8!fkizWMu{VT=`%)WGr*pYS#vFXCKyLqFuktLot1jlcwH@rD;0FL*2pJk1n8`+y z8+z1z79vNT2KiH8dH2J0Q5&O1z&aNf1%Nz-BTN*DGk6uoiV8WZg8;!OH071+owsE` zQ=jloB>gsq$Qx{)h1e0wYf;+t(RsRj?j}O@oZY^+uic!NvE1lq92GzV3z3!6&Dd<{L~{2qjG_@bG|sH;0Mf8zl=C%wKb8=Kh@#-zpsj=!4O@%;;WvsD#c4 zj8F*82-!RjIq6~<2BQXbeW%DxiBkw=!Z5-fpVd)`sNAT~YUif*A^EWf>*%oC4y_! zx<`0&X}OX5oDs)JkX?Hf0ljq)-Xthtz`YgE=*x6PomcJ?RtC{}1tV+llB4tH(A_3aGFMjvKdIRd z%vQRi+w-)SB5fPIbg!Eng=gkVwd1W}MsCdx1iBQf(L-Ojf|X{0+vsUVMy9>SNYiN} zNB!krd?e-WPEIU?9mR18lufyKQmXbU&Q@6~z!9?ne&j}Gj2+31lsHSPfZKFWr6>+Zj5}6z0cq-boAJF z2a!hWBVT>@ zL!t~|`TW?23Y8Uk(gGOC;ao=enobS#CYleSGI|zm5jG2VIC0FMg%b?K7+}#L;&gd` z8fP#l+y244DizXF?hM{|_70YR@DKiRh0@3x6YQ;9s;57ef->8@<>W9C zP@M88QWPg;n+2e_6f&C1kh#yuQBd#`6pvMyLkFjOjoMhj@?Jd(ura*p6LC2(-x&j& z4G;*?DuKZqqZ%72Xnz5&fDwTeXK*D zyD{_>Oe$0M08C!>NtgnDj^T^z3|<$yF|fHN(iP;%a}eUyNiyjD3|u}PRVaw0v=86W zyYdw4D8SmwZwnZ|NG%5!EEAwfbHdr88O)Dyr>R!6(|gz)*7vm^Mx3(s{v z)1YA1*hGNS{y_qN1A!TF&3*m*8<}uDPCG57$&8+&_qoQ1*64Af>8$huTUs_(&AGnG zC)wwyS3Nh%$K#HWLX*lxL770C6yFqNfb&W|@i|7;Zv&&rUXBcci|uJ35E!b1q0Qq2 zXQo&1z$n=0mN0tz9XeQZV>B#q!#9q~bz3iUSe*HziwOwuMVg*N=a}iLVAl&#$PDLZ z?Z|4oI{eRLSx5j!1O zw-%?{z{W?+I~YPMfqwXC;WY)T?T@XY6KHOf%dWGN=)yLSUJf6uLF%YJ@F|bGT`ZS- z22bDp^iiDocHc8#O&7f&KjX}Y-ecEh0EmXB8M}KP-Uns!O8$|bEF~67phF}La0X9; ze&?O{!uze|kG}U&N6^aNIy?+tU&fE5ufWsnQ|QtC7*fq5N;t6x^%tQrdt%`nA3?_1 zPjdMB^@{}W&)OHe{v?6Bfsi$64<4V@W{^i231J!Bo}8UG2y*hhTmP;9%1^$Ty z5qD5(C4zk#VUeGCYau8v8cDFk(1qg!98FV#i00>RW7^4x32At*$06q)B zwwK#?@039ns8FBNv$N&S?K_S9P}L~rW}=?|-T(goSmP$O#0WwXk-)_f(s_Zv-9(G$ zj~|OuBRZYM2w#LyBH6IB3cv{37e8Gt-O@E} zQbP3W$R>9z*da`CVE8!`qn0|^&_(3R=oxw4I^2yicyucUC2e=qlXk%PIuWq+kC(sL zi05?zw63HKj1v81N)kGBlaat< zA9M6qpN=%66GiSEY->gN0>3moC6k!oKQL+d8G#}rajT;UJmhLkzYa(nS|qAQU$5wtDPoA=K!yTR z<#V2|7qr;EmGhi{(a6aHC^BUW;X4QWeaxl{_0l0JrD9K4mV`^auHep6};%}(MTgjBSsF!w!79DbTL}!I8H0{OI`gkmNp~NmjeffCSw3Y z^zbJ#pSG`}W6If;508{XrEN3~&7a3Q-oAa*ImIh6a^_4KD}M2tV;lU_-9GHSKkr zCYx&;Q}nZem%*8AB-p#C&R4-~Y|(Rz3Ui&kB&%?Pr<09agW@{Cv;oJ-szt_Ao^3PG zL*rYw4!h9w+Pb>~X(3T(>2f7KC=lr9+A8l*n-hR~P6A9*9sVB8Om^r3nheIlcs zk`3lvW0U?ph4AA)^K)r4eSZ3&a`>e?C(Ao`j+Y0Io-Cg|cwE2XxpJFA3BWq7solus z;lWM=T6W7in#WJiDpU4l*^ZCA8#^7d-VB?ADpFu?BCwhAD9A> zpa2~&LmJA(K?r!z5$ywngT5?4zi)7_auV_gw~-~9Fs^IL3nmOpN3+2X zeI5EDQ=`!C-{@jO2FHxKAi+Jfpx8~#rT&fWn-zG96;i~IL|HPTLD#0$5=5qx(naUs zTa62(&`5pH`NL-n`_Ln3)v+lz#RYo9d$?5gg4WDePrLBwZT~UasmCD&kS}D$sM8({ z{R|z)p5{d^OT!j2J*ucFhKq&#%821v0z?H=WPD^d+54 zAMkZO+b{S+FYO9?I7tp#TWfG)odbH;iK2PRoAe7J3EUFcr;%nrf}?y*=>)I9K&EYV z9R?0u_>mjnqeG=hni4qUZN-vqr#-=WpXoRfIVan3^CsQk5GVMn-3V^((`7o{H3O9)du_0fH3bu}X;x0ML-_%I`` z%gZRkY*}ff^XtF_XsK#)0n1hgZaQEnYv z7zJ;##c)yzbDaz@qqz!|-wg)BETaX#Iogi61D2JweO@v!F{(y;Z-N6@Rzt(6*&QzC zyz`0ZWUij@q7zstQt*l*eh3L+xvmOzo#V&V$^W`<$S0f=3HgSK~^~NF1kxJlfY*SkVj- zo-jIRo4MGti{W>t3&IC;=}hhm4lLXikgy5bs$)s{ zP8Ik}SphTMtE}gQBbYc?_*D*5o(_iG9r>E?XN%y(`Q~=%15YrnYdGQyYA;-y5PbBE zO!#boolhldGt#F1IV6uhdX`)E#8%QDymJ)UwbNtd`euxI${pwWyT?0SJi8m`dMEbv zcy~s8w~h~E8~2tw8JT(+l(j6@W5^2Fh^8-!I^JKl6{q}W( zl%4K8h>r#-WRLvd1>B%RhGnzJ4tk?sOkCt3*aR2fT_f7~i|!L_COFQ4&UR62P@FQR zzG66*?euL;%*(XtXl5p5{P~BV?29eAwMVA=8QBwrIPuQbxH1dqaS%U2*T4VC!!Fdd zPeN1jX?q3*p?lkyfTes%`K}WnC$SA|EPKV7liiVLGE83 zjf@(JTRUh}2@2TBZUY-4qSMts^_6!%)TupjYrMkIA3Jlm<%Cg2Sr{$qFn8j3-j}m*9{So^PEVgU z!V+~pdw#L}&hP#gRfML%av#DB5usqUNGem46(D@|sOD(>hrbQ72;Ys6tSqF1N}%)(aTB^~*m z+hxkkosEI$ng2T4%6GJ3q}9c6#=_sWhfHmDyNE3D*cn4P%<-`~*T20r==d9_o=#Gg3*vXn`T9IL)-3j#S7* zKHU3@rj1JeAQVV^PDoyc62Hu-}Pbje1o;nzFL`2G$FeJ9=2}+ zrlF%CxtWmMR|eeh!dJGbb{4Cm?g->AB2N{R2 zQS%H6*yGpB=a0|()Cf6&uRxFus3T4vg0~rb$tVf7V?V;@+I~*Ev`pEMQW=OCEyI1K z6-Zb3e)gw-ba|HkzW>Q*mC-)=5uTu%v^pCPrxyuqjL7LEe`jH!$EnSiKgp``rh564?Th)G8U;A zoe@$??HgG}sjo*_A=gJ}Qbv^bl`q|^KmbVNMLcz-Z4eP7C^AE?96|AV)4g3UYkAY? z5Ya^TQrFVGURh_Mok$Ndw%POjw|?iJk0B1_5!R?E|4PWFu<}W;8*K+!eG(L9z)c{0 z_o_i@5DEv!{7Rc~lqJq65+Wfi0a%Sfx~zb8jxX1!Qk`}cHD~_oNIdttayn%#9<*5t zgG6B9I?g)qra#w>G8hR=&(GXp*f^4u$%qupM6+gT{uQ?hr~Yy>Anb=OEX`p zpD32f?psT@RSOgDyaf}{gsj((MmFJDqgHSLdo7JbZFX%v@(kv&3 ztWMMN`7V9SvAWhxabjFYS2C)~IeHOl<*Y-EF)_Mnijy;iN90l09J<$7TI|%cXFj!Q zn(pxEuz`&%*ntgbqR$Q9LTfsSCuE32)*tv+IcYGLz8S`G)B_heGaov?$05)S?MhWQ z;})UQCU`=co^SLO`UzV6rfYPT&gfeP%1U+mTe_wV3$Gf~<(d=TWEpMACHe$_E;`Na z@(pkClX&(__u8YwX{xeKRz^m`vlNg?@*SvTi{0&pL*yxNi6h95MO&^ZR|l8xWNaK& z`XP^zMRMjKgXBW*r!QeibwH65d*^pJ13@q@w^hj4vVn0@={44{FE{x1|v~s;`XwtURJ%P30Xr^68 zu3d9qK+NVDMAiP#rRdB>+C{s*t3GXWaE|nv@53MdO@F3^texP{OUxXl2?CUYfi2}c zl~P{i0=&uTPyE<7TK1FA?#C}0d$q>uDYhmW4xTxNnpK5DBQsSK}PrjF71 zs@qcNw=y^e(wp$!VmR_E8)|W~{@D*!(h~uAU@w5rADEA|Hrh>D59r^#YMM`PLz&9k|*B&3v;UrN+uA zDSZkehHil)aN!}mfUJ#10?3kUj0yQcGdvaap$ns~La#FzIUVMjq~aP4r)_v58F=u= z$iib@_fOB4hfi~!UiL9CDQ+Wt8-`dD;<^oBqG^HM?&TG9nDaB&KBIMx-4qii$oY{!PM*W;I+n^=K3A9WlY#Rn7yMbf>yt9{SQ-as$_{ zHclPY8Z-q?aw}l*IF$vrH-pF31fc?HE1&6AchE}{t0U4z9c|#OQ%HZaxG1)T9_IvW zgZZ4gAJ>X5;Y0dwR)t*WW}hsHe3-fd?ARLkklC>hV-rSyr+xhxQN}^(Gxx|VCo8Z) zCk~zb_q`Z!4^D8fekTO2z91gm0&mo?@Mx1v`9wYhx1y!qkv` zNV91R4}*X3(nX3Db~wq9dIhYu>ipBBbsps1qR|di0yEg@j3*!HioF@o;K@^)BMF)X z)Yj9mU#7=6?{VgE7(XCzC-;$aawzqXgN~!CL1ukSPTLH}x7McDp#r+l1-G;X4{d3m zT?e0Fq_UYxojMJ^WIn}HYit%8!Hv9era$rHKb$`7>K9vZewO=jpd=)8WNXltJa(Xy z0b{3x;^@2gh0IIZ=nJ@V8o;tCXnp(WV7YtiD9$>;aAcN01w$a5L2`xow+3G%&{R`8wAXC#=o0#8 z8C63D(HjsD#1H}S9pMG%TZdQYUFZ4!?AhgV>-cts;>z}JfD)CQ*XW4q>yXpWo!du3 zmgWEQ*Z*cm0}#b5!N{iZ?< zU4F0c1J2hPKJBl81l9{|j1(#`DTgsl)0Yi|-SfS1P9=7PB5gBLjI%Wh=C$o1EOlh6 z0ZnZu*j2%S-JI9F1AgYn(N_e^2wld2f}uy~!`OkFAmw)9#HR{kKF66;CG~v(%e0B@$O4iipMAAgQ!!Y;t9p;i33IaTEL!p6G1RT+k za9a0eltu^{mJPq$$$xm+cNOQmehO1QrO4z~WOg9yJ>9O?ai$>pnBUWvd0WoA3sKT& zgRmT36`b-^29Lq+aBTuFjt(m%Ds3ZW5 zj#r-AX-n|J5L%ois3IEzUIzIz#<{c(4B)Ksro}m+gWen|=R;>06taZM`Y@smTE)Ev zB&gzRi5x^q0|9P8E)F?M%R(LFns1EV(QX3y4Xx1(jnJabD3zs+(aYi<{HI%1JnP43 zm~D_{W8C`udg_6r3)0e#-^fN@b>e?VE*G{nMeLy4$~sy){}B%k;&Lk#4lI5CJ_8Pm zw$gZ0*6fPw2!f9G5TJ`T!l|Q6`$nD`1%cmmpI{c_{6|vIkW6i*PS-BL)y>vT&FeBX zaV$9o9nwSALXX@>U$i1sf(0W^^Y}NTkCSnl#ZGKSRI|3!(;HH+9J+b&SD`1ol|>_6 z*g#3P$;L&}?LTzyIHTg&@bHU`Am3xd=rtaP?)j;G@GHmhI%-RDc3Lj?$g=f32*KHQ z3+BLV1-T%N9FYf^MfGG%>2)wGO^tXjW8-BP^v!;eUF|vW9XcE`cr301Vf88Z*fjxs zezq^0l-bg`^VfmLV{3g%CH$r@>NHE6HU+V=2tB9*V6j>wtuab94q>D@9u8>I=%dJ(U_%7u2s5YF&FN!= z`UqGW^-55Zay68aF0*p)>XnP-b{sm#pzWRA{V`0}Y{D?9!>d=r_>^a02&)AjHZAx+ z|MkCB!z3aC0|POPwpx^NpeT${1S{^BIel%ZO;17}ymYTAQ!u7)JhG@#xlyy$ zC{3m{hH^D}6nAZt!x*{yB9ad8nyI0{EtS5=ZeS(5410}p$`}ce13{IbRB1A_reqt4 zq;3796`4}cb>Fq$o9m&8939;ekNH{IaR#&$&tE=^fBF$Ucdm0&&Wj$N_(L4sOIFd<3C$q0!zifN#mQr|%es%o0j%VICud+bbPuGtfE zEW02*ei`T6xA6HLKuV8R#N)J`pJdm4*-jj%(+)TZ17Lur^)b1}cAlkOkNfqBi?lV` zp)UH91$J`kp}|FD(WU};W$LWF4chcf#uhx*hR~O0cr_PV{LlW)|8DM^L;rkvm4WK* zqy6RcPd@DnV%W!{zA9YS@cQ!b@skWDo;7Q!t#7@5T)pz7iS3;~d3f4Iqa5~ow~v>v zzW>g$w|}sF_v6n)7x2*es|}v?A5u0O0cJcbV!6|`4JmVSbXZz!{mi$%^41$-c6MfD zXr5Ermw?(nlHf`CynMyk+z1gvz(jpS-ZO!oDFl??Rk;w%=oOK4i64yG!S9x)8d_sX$ly3bH!I@qz?|Ckf2Z0@R!@>dJVb z$Lbs_`?dD@nM?Qzk1w2Q8UTxtw6^fSnE^pMk3~c1*)w$+J@?DEzyKFIYi|dR zhurJiyZbw`%t4w*HehG#*No&1NX{>-bKv`9haNoX>wfq z1T~EL!`BqMo^!8LhnsTh(MvR*lzZ%B3utS^67(RKQdE3f;IiXN`3YkpGR->IU>O^_%u@0FMS51H4$K-!|b2HeC(xZkE?ZH zxTUVtxxt+gW=GpOyX#}hT|D*7`1IR;`u_wtbPg@Rf_Cn>Kv&pZG|J`ToGMMZ!9hlMa}}$8T*hKz}78 zbOH0f_|C`6^9*9|9`7$d_~_H+(UY_Is)O$H-eBkXi{;b%4wE+c*M{PptLqtoi}t)sn+;@?^J_m9%{_d?V7;tT>oW)U0(c@say_TD{?;|@(d z9rgLc$JKFxf3vg+a<0C2_tu9ZHcpS=na2~^Q({pVvUg!g5b~*v`BC#urELC{Z~+|N zQuWe3c5EYiq7thUMNqZ~ZAv{tWMLEMc5`R8inPj}GE}?Umc;^|uY0-t^MCQ(wvAPk z*PNdpn45p?*!|9*^!f-*Z!tpo6Pb|~Om$XSNKaZ&RCd9kP50p04s+iJ1t$z0-Q=Fq z^VvdQ9PM{wFl?srHt?%WD6Qh01&BUpenkXkPDe`80zg90#UY-NPZ_({_1WzU&*9Ev zSVo8V!AMYo1_SA(f|tG-tS|74LJAD()Ey}THEB}x=LmAC*P6~x`21gH?n)0xj~Kd9lh$aUHxV4FQ({VdNPbbnPf*V=#K=JG{_s9Tnx$ z#yRFM@D}dP>0ng+57*Ujq7QnY0SeTh=XysLWYy?7ay=`nXFY@IoxKFOyR*lCLRuNw&J{l$)3Lq%y)G0ZyOgFu3K)Fmi?V1{oO=&VCzDs{(zd(l*C+Q{JDLvp z3Op!na(#CvP9)bY0!BB^5c1kBT=`9x_4YD$17G!vyX9T(71ewP$J`xWLa74*ju&61 zWWEdjCN1x^w%&s-ke!!l{7KegrCL{UXlLw3Pc~5%yirRh%ZsLND@x$6(9X z<;VWiH`3nK<&)2!gx?8pqmMQ#;*Y#~w!5gt?_EC2fHxKBte~8&`^viq-MG!#96r)M z0icyOxB49{fArBOwVP7vA${tb9vZCpO#Aw4gI!^BZ4>+SY}U0|Y>rl2KmX(3c-vK@ zajGu@3`SWUxh}rZ(I}i~%>t4*A@@Sy!^7PgF$8-VqC#SK+dL41xz*?H7}M{3@;HQh zxx9Dxq>Q*?hceuZ(tF#G$G=YOo|SekFD}AJ#I_Z!orjj?-~XlmIQPP;+(%&1874@f za=@ZnN1x9P%w;Z^bAp|L6Lf%oj9GXTiovOA@^rG|SL4h;rkyH4uCEF_WyjETC2$NN zpx7ybt1tK}LAZ^lDwX-YIx4htucP6#&tN+ARRgbemr@2jM7x@)VaW;pIcEfpPKtvE zqbZJO#qDTD5`n~Sb@uF02P z%=ssdG|@WB7Us254z!2_r5d=DGaAC{>91#h`^^3Hi`&GrmmBVj!UDFT!=yi0$o#lWDoJ-y9$!wUX2e#*99c$m-02whKb_q+};HmEY~ zU^rL$3F`2R%~8*HG6z639Qx&K&B1l;2W|S_2ES%$avv^Wz6h}0kSFE6id0$Kil%rS zR;%I-dgmgX1x0k;Z$?}&rtLbV>8d(z8|1>9@69#^!LF#zKQ^fFsF45gU*l`qUL!IX zf}d5F-M4Rf1NfYRLz#`rTI#5Wr)0y>O3Gcpl+L7y^)i3(f|D{}1h8up01m8V(W9Sqj4ceOnof3Go8+_(Jn*f7Xmumy z^!qB#OVMT?!I-iRwu|qeBl>ON6S^w9+9V~}2?M=U?X&1)`1bAN<-)4)lxv@E<{w@_ zv(vF*P_vD$=i&C_(EU~dD+|@E$J*K6T5cU5Er0lf`+ZT%SKhz3eD99*7|IV$0Admn$a?rOgh6kTLdQ!T5{e$55$NbJD$#wUEFfqd}PPH3G_g(FX>iT^SkYV>RFQ)i)XC7_HkG?&k8n z&(6?v`QYB|);C|+*U82C>>u9>@^88id-SCQiTL$<7kY(3fBhH#E>4t@%?3nSx+7DV z#pqcSK^Q5bV4&N+=H583bRFEBh?RdmYKYTjjc^XQH4Pi&n{IV8oNhG80OXhScnw*8 zuP+{{Fr;sh)r=~QxTf#bi2BcOeG!xz#9UWi^gf0zUp8ems!aZc53UW|a1h1UDC8RR zQN!VgQD^J*&umdt2Xu|JwXc78y4L;)Zmz)&ZB-cuJ~SZ{z?r~~G6e?zZ4TeT-g2AY zbIq?Y78@`Iko+hQHs#TRbK?l~sHi(rf8cQqhQq`BPC+A%h|J=RS{7b{nR0`rikw>D z7)(R7UUABuY0EJ@a~)98zshVKjk~$tz#;X~cv9-x z7$XSY2{gu7YCE@!Pvrtnw4L^vPEQ-6dj{S!)ymhnqyqR{Ag2t{<>jn`M+5Z!BE=r7 zGT;aH{Ex=^;W%r!T}yvp=(DW(U0619$gnXO9`SPQ?#PyLjO4ClNO}0+%itt%V4P=_ zF8ny!;e}6|jsOj;Xe-!gfR~H(t)CjsKi|=$^@3;npb)(m^wQ4CANc#mDSE%S7h#|S z*=|Y|J@dQIny2KtU=5IkHSKhbPWmK=oO_*U?ydTz%sAxOhJ43w+nM@QR6QAvj~fy@3wCxN21Bx}yOD`ApyF zK3T%aqH2v?H;9h>%oJ={)%MMw3me{qM%q{d1UkWClaI=$eu6KYswXLCJ(WjI!HAB^ z3S@2uKcIVe0GPZn4_(QpGSdaw9QhoY2glg(^XRVkftU(VgFb*okRmIsUS&$1!p=^< zUH+Z_$zNVR`}{%Q8pqKd>_ukcV4prYE6t3w4|fdX-Yg$KIPYlsWG@aq0mti*=G{9d z%cu8Gmz`ZZ`)zlM;QrI+v-@g-9XkHOy;}{;%(0)GoFsU7TAzIH_Th3b@?z@S?~gx! zyzFMc+^2FPGbafWIvD!1KlQD*#|N`>+WEz0*+9t5X*aqKAkmR3b86(%4sNrv9AZY| zg8Ud29;G`?ZP|DxLV{phH3%Jn9|qbtvh`!qm&iF^$5sT>R-)} z(hf*c&HusQ{pFTNXi7&=FeyB5(BQBzk8{94i`Aanmz*%Q@F<9=53Jhpy9Oa=8Bfdu zFWg0fx!t;$sn4d0F*(gy^B4V{cb*G8NrtQ1tEB7_!{UKY}`sgd`}N;!%Ks*W$)1R{CH}9i@N%fvFBX zowWy@Zz$sk1&a#Ef8v||ILdAWa>8%1y{;~YlWdaE8b(s z20f05e;8gWFV&3pw)M4`kR!&Uk;{~C*+@ysbDWNjx*~^C!|MwCW>#|40fes|y{2F9 zKpxo{`2dJd&fMv!Y^ELM3wvdk5po?}(tpZu*7SIc^EenZ$gP%lkBpP6W{?DjrNN9Y ztK+HX5IDMz_3kl7WM~4m0#F*ZG@9nbn{^~Sw2cuA4&YGNcQl(SsoTC%FQ2AD)i_hwET2DkynOegPZLDESiW@UFa@`kKl<)R%e`BBeNwEOMFr;19zI!a9oV|}Mt$DP zl-o1%P9L^vwf3d-PahUX|G{@ZZh-wmU%Fjhe02Y57yem5yL-brkR>DZqpp##%Kk|l z`PaYlrRCE&{wML)|RdKhqHcR4?M zTH@P%O2F{o(bMIh{KJ3P=pUlm?tZyBIaa&u7>zS%w&T2==$z58;f-xGZw8Lty^PS( zFXYVcnY*em5M12KL21mfSVZ$SI54Ob78Bssh&=6{CCU_WN^^RKl##qVx2w+t7cXDD zULN%Ega~yUtlgUkCnI7c=Mgmq9`+(PLe24ab!*@=Cv@e8bP_>(k!WtxX4;e8cuqL- zsU8E1#srWt78x_(XwA6QAg0YP<~ajDg~4CSLNRcf7uDi3*{a~@tU>{ARG>q z@r78Hx3= zyT~lONPPdV{!TE^#kQO4V6v7(uwdgJ8AWB(!$Z%>TXgn1_vanhGl~ZPgN)9upiB71 zDXc5oU*x|ASLuK~x&QdIzsU$4zUL99(8VZpFC)e?gPrsV7dG)CIDdBkQ60eX@xd4J zf-ZHu;VJlM$+C(ZaT{d zxQ|e$m5V-FZ4ZfO;j19rl+yFgzc*_fI$H!T=wlbVQ(FXpO<*Ys(_$$k^i;Ly=|L6yONsITlZ{HjlvnbL0_`A3Emk-`KP834-Vh7Wo42tcq z?WEVhI5hhHr}v|eFPE===}uw$=(C5lL3c9<9;@_x`QY8V-52BAasIaRy?gs4guAvp z3Qs&@Zuh~hpZwO>-X2kaDpf|xabQwyn0NUsMmPvDFzLBvIN~Zvu6qY}BkugJKru!k zn$$hx0}QXaw5W?vOF?)9PO89)^n-)_<>1hs#^$~mhO5itr%xM!Q#i(*bh-+wP7 ze#Veuj-!&c-`|^sbe<*G8E4N(Q|>p3pdup;7Ut2Qfs;eAPdU}-oLcJFaA00eINl5* zvt!rm1UifbCpV)Jk&u@HFvL=A^h$Kcu-rP_sS)!C4TpGsAsZ0oO#g%=CZcI2#=^W_ zcc`iWPvqUHgfJO=Hk>hi&=(+3o){4IyrlMKB%*j>uoryrJhfsBtc9W~Rm} zZJ5*STzcpMmr%OAv65IuD%>orT@jXF=Kau@(PB6Vi8LJpUPlvUM_l-m)54HG8BaQg zzE|NEMK`K2m0~*V)6XAOPY>vE=vtnGF=t0aX|pmDotZ^`wh4|yj{IrYR<0Zt<6_%Z z0R)=jci*QSS_>3p5d?5XgcfTyJs%wRV@O_aU0=Kd!V@r7`AQdajL+gs;AVF|x^p9= z4Ry>dy8qyD_#7DA12?BY?gTRot_u>*v(l!`rUeb{HxNl1WNsGmMMqM{sZadOrNY^r!oojY3ch3J8i*M5 z&{MF3iSBC`KNXhOvH+QFv&&xLj108j;7Z;al&0>B1oY&}=?I3UjWN7I0RC%NV8j;N ztGycpk-flHyAZR-5qf>8&3Dj37Sv$ELN4~Fy2CC6W_8hAeT#Ijg`Nk26I?`!<4_0D z-b5aD_jfvK+}ZJ3)uGw7Yn<%_>FCUsNHH^XM(^cS3ZoHx9(j{k;3MY^Ji{|O;T`L5 zUy#4&2|o7HkG)XN`+Roa(;iA>7*Trb4{jVfyUBL2ZGw(#2@C{p-aBHd_s!eXOnEj$ zkOXjla8$={dOJMfYsNmk|Fs`mKKk_Y<&)3jd}HUo`Lz$q?{EM9cb417hkZA^#k8-| z?jOeKK1h(y&;9f_-d}F)cw#GZKn&8JZKG!@GqRrYAANQ|{^D65U%QA7JvlwEE*$Ug z6|b$WmkA7R#bjJv{^~+KUPWV){gv0-jMS!4mPGSaMIoq97vGcW)mpckkU@_P0Z@ zxVp0o5pt9`{oQ}`B*uLwPI7Pg2mjeWsF5KEQeRW(f8pMbRevC{V zYU-y1QR}C+=6PXGE`5jIQci*)_n##w;IP%3)M)7FPW~~xR!i#=PwZ4hb33|A8|E9a z+=dm*N>jmU|E;+#G!QwYJ#PsEn^l~BcXAECQCImqRq7LLGDnqc zOk#8bXF~KW3TQ^oZf9M9qfq*vpl0e+k<$((gda!T5lY%|a9Y=)o0CGpOOVtcHsu)+ zp%I>e-JG2$nL-H=1YR|c=n-RsPoYlb(MZ$kU4UrXJF|^I!Sp;%tc#l}^6E0Q=G$k_ zfl$3|a26cA5e3+_WqpGYy|*moYmFitIq2gUGy6Hb6`fc4FDh4@Oy_Cg8XR7S{xVcv zBGFW7cUNzJ zgD)GyaoV$5c12%|ndu-h;0X>m2b7Lt1Tb_c)TrF*7f;9_dZAG+fAPJ~J;Msf3 zWfs_PL7xGXY{_;=``A2g1il%`z>c@p4K+Lo9@dns`w*}#Ax=I+r`XrNkxreQZgu*w zz0;S0q5GI@^sU*;C|F1Ck;f}<+1msxaflBxI@YU^>&e0PvVSu?NGr;7y`?R?6#^RV z*5>B>+rT2LI*T#GqbqT`^da~(2+T3lcG30J6I?n_*0u60EdQCG|MScDKEA(v9H)M9 zdAa=XSKe=s@CV=hL2UoQ^8P!wyME*4^JmLx2Br_6oGuSC0Q=c*ez08K-mA`c6R7aZ zLO686Um3SgK6_9ZIo$WcGxOvI#WTS0xcBQf&(r>`q@aa?XUr*_>(}C07{~mI5X{J`qg#fHAiBxwVM^*T9+aRC zJoMSvgnXSZoB{l_ZG_3N8I>B%wQSl^9Q=%|(F!AFn!$*{s>m9SO&>T=Lzp(avtC&# z!!;eBAAdYbj?-kE;5iGI(nmVeBVmzsiC%Ry04+|{D4p>W=^CLJm6{)7u>0s!aK`s; zoD-a^5VkWH_|O8cI-eNKJ+kMz5vdUsWlpoDM^kp%&v!{ODY#k!$WD2gk+1pFA}@@&xA>K2ap*=(v&qu)+7p+_ z`tXut5Fmz*J!Z6Lng~wd=TQaZf--IDQ=r3UF!tnEAlJaOeZqgHd%9C)@EQ3_U%>-! zJ7B<{=nJRAnR;Xs9H3(3$Q>Op$`gE@oqC)JZ3ad>M3b?Jvn{fq#(NaJMQkf_E$AjI zWS{)r+?E{-eCb0w9OqUVSf6TugSV^s&F7R~X^V4z%O;XdJPy5;&A-t6MI6pd+nG*k zu$2>iw6PtdiMle5WcyVdmu#YYi3&pN>kZUowb%uN75uet2Kv!;G)Tct9eSf92YQWj zkMPtsrM$qXbIAr%`8~Xh>_;Y|=F63r&zI-t2@I7Fe{56qA^|M9I7uLMxMNc$i~e#y z?P}A3qj&~CZ3^!>W;Eg(u>9q7kCm|tlTGEYO`WmZ?6;%;r!c$9UOE2EpZg2TxBu`v zovxrSUynmSeR{fl=ldTgu-RI^^6tH6BG5VEL;3y5XAhU3_}Z72hZo>kmitf7!+Y{% zU4$)UpOqG?{Nf>e9ws2*ZvYE~q>_~&mfRyd)^v^I; zb|VyNQ$@f}Q9I`!8h}H_0-O|ljHpqfIq4Ytl!2o^)*(M@TxA?Y+v?#(7pug8c9flZ zoS@aVrA_{8)SK^JSxPw4Cyo&@|7)I+D4%kmSq)BTC4u`|2b`;p?A^4?l zBa%kV>IQz-8fmBODBc7CMw=8{xjr_QI~)^<0GE=v)$%Jo=`7dBuvPPOu5#uYSlpjX z$9kP3FUx9F3Uhud@47`;%4-Ka=+}i*0C_-$zoDH+xhSll%qwgoYLz?m1QS`qD~@R^ zjdgk=-_c57GTW`rBC&m21qZfqZqpBZ&{Lqs`Oro6(?w;8%rZnq3a*kH*9Z2YJ()yb z#*QPBp+bKY#0yykM(Np$jKU6$WkR z`*vjd>WlN`2HX<}STwekPx5Y&*nV&qXc$;FlN=oBj6m36&Fgq=M8oz$t#3sPZNZM* zrfuKEPD{6U)1&ZjGOp-A2MKM?6t4dJ%()X^L^k{6N$$%`2|gcZ;43&i+S}`v-Sov8 zm1obMRkj4CWZSe4y)tM9a|56DVbCcHX6h*1%XRjYyr3Cc8jN}&OYL9o83Z+p6u8ML zIN9{ApZ$@qC76?ke^qDZUE#FM1M*VWj44J-0Z6k?`Zz`6;H9+*t_SsNY(+%~mJW7< z2w{F5=kp{&^dzHhJHOq#bGV$uQ8PRY%Jtp-<=*Y%M#HD4PnM59ebV%;`tQASd)dz@ z`j>w3KN#f-Gn?*CUj)exK!k~6as~uYTB8gJAfZ*G>qGAs4sHw`CFC%qR<|=6r-bJC zrPOW*zDWLJ&)v=wg ziEu2PtIRd2?saN|p)?nDE$tdL5lFl>s_&>UWmaX9NzmWJQ;S*{*n!c(I0`n(SH?SS zaX{MZqE0x6H@oQ@4sc><7=1*uP;#YdGZXpp1zjl@{sdNZV|d+Hx-WRh5A;^)JzG9{0ZxO$;6!GJh*L%zx&o~KWHb2B^%k81ePxI7Jh=qZ*vtaKS-RCe*39yB;jTT+AG3?(~6mpKbIN4+Zv=*cKMqA!6Yy^@)c=Cutpm~X^u z(6#b6pJa`pWYCWejgThDW)v+pv<}5CjND8BtDH*}vki30?=iR&WbegZkhf=X+Gnu^ z1}pULGKdLg=zuIhNL70F1uN-4RBa$Fpsce>K)(|hSEnr~4x*JubYv#biOkT`u>mpc zbVODm_KlnfMEa?WlA%G@XpphgC!=)^DW?qq`L&GPmTMN%*{42%K(04Sn0`&MUDI#A z8*Llxyb2KJ!5@e2JLynna@G~ZX+{p~EbuoxVM81;b!ZmU8n_CU^xyaS2Y-9dUkP2) zdG+9JxA>l5)xeP)p|b`yq4e@9eZ7usvmn;x*rVjsitzA-^Y*mL+sJqK7D!*Y)!;8k zrv1@j_QRL%co-VV43JeePj_Sq%xp6M1vc_b?&(H@|6EfCz0j2n_%Hpde<6P4#`2GT z{dW_%K40Fwd$;}len#!yX>xe5x7_t;S>W@MG5f4@=mwnc-rDQCOg_3lJH=TLXdO%U z6G-2(o2IG)VqmB1X(O=FlMWWIz3Ft8>4v@+BKUX8JNNqj1aycFZ~fTU-p?Q@;u63q z-8*rv3R~gM@KJEDsC%90Z`-QF{C3~t5R{Fu_np~MR)BGY(ozYy`uXtm`SLJ;yow;) zJ2_ZBcrQc*cTi;{P+{$7vD<@=tg; z1&%<(t}nE=U`=F9Q6VW3Jl^3%LKq4~D$}p|bHXJNLQpvLbcH>f zIet>bP}HGExZpbL7qk;&2(KJ9(iADD?nH46>pIe67*vKEK90}^-WX;YAGuScC7C08rzR zI`D(jtF&cal2HclcFLMN^@cJ|IwBWXCp9Yi&PU-B!E?Nn!5saK?Qkz`ThL{poOrkI zB1r!Y@>Vks*zc5!H=NMzJ8Pif-#fvsM1%Qm2X%BQ{ zpvb{q42rcRdOD4RLMMg^58&@}e-qr)$OdF>%m|xt=0L2`h&_OI+QfXu&KemREL+6t zph1B0!F|m>kO92sIP5Ygh^3=+Zc>MnY9|kUz8X#QTT0k>j{IiYllj4eE{IEgc0x** ztl0$TRqB92pah0aQ-vPj76^3(d1z3tm@?dB7xv+4?sb7$Y@m_l%h-U|f{N%OIkuLg zk4uKG7Nemd-A?T~fLh|5aKL*TkD#|c>7Ao>a?+`lKfTtwIReMcz*XDEA*S`pR%I@{ zNsGQ$r^s3Q(ru+S{p45bMRw^&PVHh9Iqqw3BP;6E)}*b=*m%MF&5Sh9!@su)1fHLt zFUOIuz8x%mXu}I$1h2@}74U9p2Tjv^U-g`VZ}K1cHh`&tAv@twtXbMg0k8!iG6z=! zfZ~s~;WbC-#X1qZ&?uweXsf{GZQ6SI_G;IZnDe&=gRjy}r!Mlvj+}5se}N)eu`_I^ zMX?601|6M#3<|P#96uS4Sk9UM#sa{>cjaR5`~~Je|6lusW<&q;U;FJ2P;SN_rrPr4 z(c`WM6G-kR7`(VR3*;HdK0RL!;#0ii{^qsN@7nhA;ORy5cQ<{%UOs>5iLMETErPR1 zm2RO4e(GbL4)bCxKC?PU-+~iR$pMIO9Ujco)wjO#rMCol=xvV3V?T<#UCv@KI2nu6 zECSHcy;~l0xVn7$@JSVpF<=0#poGw=RfyV&P%vihBDEW*Oku0u=PeYNBB zIQPJE>*m!ibP+9Cjp`9K_DA_~cyUXyq8))DScqk%p@mroF=X&Ek{1z*=+KH$p_HO? z_jzD&>t21hi6&PitPH1Oood=82s26&6kvAx$u)|r3l7EHUl($uGUJcdf&u{uxb^E^ zs)TN#jfgEcj8V?ToE=-*~A&OO_lIskhi~}2rUU8)r5JuS15jtlVcughr@sf&p z;L~T|X__s4z7D+FYC1EDi%wFs1QPE!pK3jNqz{2ssw{6(22B`CDK&9=>6SXyGBDI| zF@oGp;HC+*BMaqU!0BUhxvCuTUX2D>>HY>OiY5&-!z1Z1uiEVVcN!3+P;S8~M^U35 zelXyzUpV^ZrdbS;gw$PE0I^Z zS<}LJ4M**lZn;N{oNS^${gmeUhr;gZ-zVBk8rFAum+i&^Y96* zVjs{DU&uY%5ey<!E)vDV%bYMV2~TMvc)M}*gOuqi|_=? z>4(hI`95kJJOOJy9S-!^;KqO`-nsHg#soD*GpF))^)prTCc&3LimlOK6sNN9Id0lb zmpcWScJY+$n1#Hf8)!#2(L)f({#w&P{saL})6Z672Gg+YEFB43dgzD#(V6l(4YDKp z0qD1W>QBceK3jh0+kceO_+IHeFb5d>xTx;V_Uqnp<{e*F2vcILS_NB5>pC$2GEed|&n{OG|`JXt(r zdX&05d;815!C{S#bdM1_BXD8cx;Wa~$44o*Q)RxoWVlQ}8ct+8J3j!&f#!-nz zyD%*RX0D~iF35QCfYCRiGAN7yXVH22e9Al+<*zHX8NnJf3Y$JV;>(Fu6okP9hjcZg z(-FFBY0Gnx`VqX~jZx$}dK!fu!Orap(e#5Ai~y(ox)CA)t#i&NV=ovpVoI^nLDa`s zan9rcq+L6Z0>xWuoG}b;`mK!TUZ)k(IT+Gh>v5Xkvw)DmF)nqSZEMqKeuI@r3LH)| zf>%enaX*0!d<9DkwR+}4Z-me2$3VdwY+$y~N59IEiE*wneVnFrpeQ(X0)Gv1aF>n) zzoTjOd<8d{$eMbLBl;;<*mJGQ9URW1fDmcQQ9Ge^NLwA@sMf%W1J$QvrVY@{{VQ>7 zT~71Ao9F;9yk1rVG4)LjbO!a9viQ@|-@r0B~b3dzz-yx#xR6>iqdMG6eTke(<|=$ z{K>-Wcr2GYl_(E22xf!S2=U6+Jnsx>6HxituwM{yA+Asp-G|5!gf25yRanN9( zgXl{3y>^%$0N#hA&M-gF6HbC3hwtcvPYn$7*_GTm4HBHyqX>>bSbg?KVD1T!E1^3I znFgQ-?A>H*(&vU>LW8?@J~F^=XxDu*C=e$vWX>l&D6NB^Fb%w9AFQrpl}|j` z3*ByB4P3eAwB`1L)0fL9PoFKjhsO!XF7vs+oIZH8ygWTy_7e!}PiDiDKn+~O2R06M z=sbPb7)J^APV>Zv2-x-6jEle0aULbC{Y{+)@wKZShZX{*sbJsd-Pt^J$*7wxG|iEs zwXJNxz>ylx_>6!WI%X7}cIiBu-1R`AgS9965dby#z_;hxn^A6>4(zf2`U|Y29DTZg zH`i)wLPJ5#```G@fL28+0Z=@7z9I?i?L0-}&gX4h9YqJa`gCMpvCK zNKZRg@0=Wd$OxE2s_;Y^p1+FWNC$+_(M4?`Zlmdx^Egyjw5Bnzi}*NIb9hhAE<@)K zHGpG;mw0d%Rh%G&c!9MFrC&-97?}V9d~)knP$VfvB3>AAb@|R8{89T5)gz9#``A!` zq7qp52nFOA1xkjK2O@ztOQ)p$0 zG^V2mMlu?lMT3yw;JQba1Va?BX~Y~14d-=vk&$m;xya`QBNL@3(%gt3LYw-d#9e^Y z`cz}uKu_?yM=?6*7$Fdp_^y9^?7W(KsR&Poxuc?7MTgEGX%im!lTR|hsc;7Q+20I= zHlzXtY}KRGQ_ez3N^mVgMw!$DC%J$_rx`ZCDVm1rXmSsI!J!No$iPewgu?pJe&~tc zc;5gf@K-T&>S+uz8V#P{@?E!_kKShwZ+8T448$0J^4LX9`K=tfB0n5#2LSo3Lr+`ui+xeBfm3K`q@NlUy2kSZvDs)eef3JMVBs2iizQpisR6YAk0a> zEP*Gru-#Y2iGl$m-R-SA6y)<I;~;?$T&+d5~GzM6IlFBlq5$6?gzxlm~t_Xx7@IFqkw zCr%+3Eh@rD>@_MhKa0plF}TW*5T=7&qs5I92Y=7*daQs^tz%6zi3WsLziGVi8+~=Y zDF^%sFUD&djLLwYV+txU6yE>79mf@;HN^^h1ul%GnBW$z$()$RaIDdzh|q`W1MWB&#uFu(TlKU~ANQ6Vmjl4cA#xWRswj$D6Ka4c~`Qo99Z!WOxgo$vk5uT)+unl8sl)aRfnGVUbymIV8H2fuKGj> zIs(@|eiXbJa>hl#SLc}PYuZ^rLuNQmJTNlQ5WS$6_Ej+Yf&zM=n|@J1cW|Spt}}iO zmLo6a4~rgrZ4zQ6ZkMdfw68xhW5E{Pe3rmp+7(|o!A_y2#Ri*!weW=;;Lxd&i_tp0 z16bGaq^^y2$N)QLLEdqksJ6^ygNMNkfh)7hwX8l;9BJnuA0%Z9gs9UOfHY0B$g8KG4B3thB{54Evy3@ip3^rsmy z%m`ia3n2QW3uv!6Yo|yDQ^66Ocw&TzhZbs)2~I3k3kO=5-l*NA=Iv)}D}I;mDYvc{ zs@$s+9iY?trb8_seYd(@Lmp2-1yN_E?BM zX(#>s(2xF12cM7Xc;nE+KWoi0EUmMB_x4E_##!`yQ%3sWM*IK#@ma3LZiE((PA$N- z2=nH0|KXFs^>W!yAZD>B=YEu+fZRSvAFlO1=i$T2(QL|Q>sfoZuhQv-FV+Cr_3lyZ z>(-Bd-TTmQ_OXqah$$reAnbN4WC?Z%=1-7=RGp;%Jh1PgO5 z_F#bP%pyRdvvGDK&;-507{X#Wqgw|Y2VUXKJ+mHN)Rg;1??(83=XM{L5sky!=*iS=f7!&O}vx7rtmS<-o(y;DKyMGaf0Y zj!_oc=o1XnuV64T7`?-X1~ppMM%os#*tyCm)f_keR)10#&Cm{=$vUS;M#wC97&!D$ zzMFHT&B)EnnD1k}1<=0t~*v_R-CBrEQy8 z37F}(`C2OvifcLvdn*gJceMzJUNo4Aeu1_7W(Q9P2eN~X0h^9j|IjpW%DVX+xrzgb z{NaIe=oV1oKqpvt!0` zXy*VEIveDSj_53SyMf3#19I!m9spy*@QZAF+Zy=*9>M2yJWfiPWaJDwCi7zCI;my% z(5{a~MwYZE8?qI-F@*sa{i09Pz-g{KcIHoQ@S`JIt@=&xyAUy-wrZt8g3Kw;p>ndE zCY*pOXwLP(Xr=qJpxz)izqhX@SV|u=`cBx;iRxj>(kV6RUju=hKmV`(Yq5#Xmxqs@l(w)p_q}(+W>4FT zSD3P$gA&`beEFM3z z`dqtKrrNd6BRRkFPkt+cNjTGPU?5-lw=sHzQM!-8wmLJ;H!#e2VMY#3b?GxOLz*$M zg5JE6^pw%8Yts0Hlo4Ur2nGW)D~zLHA?8+qvpQ2d;ah3K(00Xjz8ev7s5QR5?tT(uQ+HsxHFe219rKB)j53$Kq%t+SGfGHO^ zmE$z5az7L}Y~Udyb>=CrTaR&2Qt5S_HApFaf>nMqmgKD16{pm-LbrAWW>z+?PJlt(C%9#h% z*aGQh&#TYWoGAwjqSS?#HW3Kl1RXjgQ()nc1Qc{hHV4c`oq|dInUXA>Vsjd_<(fKR z7EIwcxrd)kN|Y;kz>w>mAX8T^#iwDlRh}gm5%7aPNE%K$azTD-#y-4?i_CSQBF4WFxL-4Gkb9y?RkFRwzS?0 z5WXiUD1FlgSZj0H!1S>$iY2>efC4q)&_!o~MOFzN1r63yNQ3LcV{GeSG))$cG*_8J4~y9JQwJ~LNgs5~fuHC$ z_G#>EWfLyB|C2xU)63J-)9C;6jEwh|dnfzdKfO~Nu{l=Mr-}MZxO=9bZRFQ3pAAp& zhCO8m$ePbPCswHMHXCNgLV{`v$oA&y3fct`{4skU@KVn9xBHa|eDJ62)=z!w>u6p; zAV!$2vg2@{oSoMwi>|MP@ltRc?cx4T9Iw^F^8ay=`7Yw~2#!6TMG=TdkT8*9>4Jug z!0lg5Nku3aWHTAh&q>F5PJM4L3behwyn22a!Mc$)UoZdR-~4+e#u(s<-Vxt|H^M!u znPae{|5B48NHBNKI6}-=bLKdV*%WhYD+(1s+1XA&l6IuQ5z4&LX@rh)sdF=*gbia- zyc;=`Ub#*vF9Y8g!9NxZhQ)V+$6!j|pala}V@cRBq41<+zU#wh@d7$cBSVG{qTw;7N%&ot-#1!4aBuC$9up3?Y3+Ljjt5lMWqcBZ~w#Fq=ke z+4MP6I^jotchz_Lc1ro$zLhKsoWZfK3V(FwF<11`-aM(m&^v0N)0h6~m63=oSi6=a zfq+2EJTrdn1(z+fPMiA2G&0QDTIFu7M%S|Bv{95rvz#9O33_ukv`YQ7g>ZPUuP$D4 zDP?5@8FYB#b)88*n~}mtJi*44Uo!*rl`tq<$=j4$N15bGAR&wB(b<#mrR!SqyFpB< z&|PpDsrSA14ma{2dqv*NS1V8M(meFrH^-MQN^{%cyXGDlrn88IUUg>WH5)VhCv(a* z)gPGPAnR%XgjVNX!5iKnnNe~FC$Xb!yvUG?C5PShGjcHjzP90SsxLi+VC8-KLl^Kh zAWJ>`YN|b8!YkD)cRtZszhqfPhBLI;ji9IlA$SHSFc{%?+u!{1WQKtjnvgR6_ffRs zF|wMEw%;`}>7+VV*wasblf&w3zNct-HNgPd=|h=rq}2YmmY@E!f4=WFczk*hUcOy! z-#S>HMTTF#u&)C9=-nSXO~cy|=Q4Iec|qs)HB-_vz~K`;y2-|}(fnUm!-sAL)@155 zJhVX$T{}HJ5B#qZZ0(iSj}jQur(3s|rBv_5MDg^D6wTid0J zFdb`B?~QbmRN!u4db@n@5B{i#Rq(?>%D;XRRHMv%)PR7If%7OsM>#1+2D;%11C-CM zmQ8zt2yNKtq|x{_LBT|z7O_Z^dW^z+iR=Xlp#Yq84O9sKJb)YAcELz+fCt>9-H=C$ z%YNqL5XLxjK%AEX>8{G+WK0MhT*1KD%sq~096cP($Mt&3`J@;WvXNzgAbj8i3qI80 zq<7y}_&AJ4pSjoh&Ri3C5I7@qku>hk$aUaSdCi7^RfGvH@cl7NqtJM(0pFFI6rbz4 zvB8-fF>vdNSE?~+;AC{iFihmk(Qq1ITNl%O#w&Ol{7;G6XI92x2pX=z3R*0cZ zI67R>E_vzw{L@zNP9voYohuE3n}DVBoq>zfF`7q@q0=~#%4OQ^JTlBvue%E7J3VD3 z1julmg?!3{rcqoYXpdXjl6hw*^iO|+SPP0gBWz6dYLoov9X z4mkaQla4t|4WfmM_~af(sW}2Lbq7ax(GgDCMkC!1Un~T+_Q;&?1V;F(AclrWzdrd(!?Hqbxb63Bb*B0K=$Kh*kmtJf}2MM7ibhV`}JKZB~ zHJg+sUZp|05md|9>S*ea5!YvxdD>4K6b&!^rc>JSy-oK2qFtNBM)+Qg(J-AUqfMM( ztKn9hQpkL>>#~RRg$#LrfsKqNu)r^C3Pujewr#7~)qYP~9nhpL^sauUL-^2CG9;@Y zu%2K7?CjFe7CzvEr|D8M|CJy9Cdze$-c6iRK>B+~5gLX@9*Om+_N3oKyU0z$`M}F| z?(gmPaqy4sKMD?!lhEP8!mE$Z*F&L`u@Ym zg}wId$G`sN(AL6+NlQ`;(ZC!tU&oMIDsP@#bkXQeswaeb^?DT0gY$1+zg!-7m$fmr zB36VkH%>^cmOnl`=(D0t$A-aH=OMhu+;+F)RMW0t;bn;CS@dTassE$@^dAM_VYa@E z(nW_H@lom#RsyVEg@U5w)Hj2IINd@qQDz21`}l3-fQAfcpBc|d25i1U z0XYWB#-Rs-?s`SRE9{{c*xOA$$Ot?gUFDz8aX<`?42}SB)?s{MGy@2up?(ei2KMqL z-^4s_+>Nd{j|O`wN4^UKeMlX$ti2R%Tk5RSWUjFWGng5gfmz4Oq1B}EIot#| zsYj1H#ge|XYaa;wB(s7Bv?jamm!3HVXnkZixS~BrWqMHyXw9HIRU(hdkXiMWG4cd^ z%cXxZr~TrBCc)!PR8Ek!6(d8s>H4dXJh$36*o$L6^$$*bBohV%0mHw-Q+dgym%+cA zp5!xK^{}AL_g>2v8B+r>-`}L~%lMLJYF-AmXEyqhy-J0YM_GF4eHv(}?|>XU2QTu< zb_}1wAM({cWO+QzwHaK*QVF2(m;TdTc$sEGQGQH-+QDVo{Y(G7zZ~E7V)?^A{9gEZ zZ8Z;oekUQi#<9F zEREzpxO2oaN4EKy7t7Pr*-Dvwo*e8icaIMf$ZqyS3H%0|AAR~@+27yE{exxeU;4(E z>x;^i8|DE3AL51}6mfM(O<4vh$aR0^Flf@$R!=?;`mbw1o;`oobOOe#4*lx2nHM*Q zY=e2J2Cr33^+esf>31A49eDrU+eP~E;|I&VJGT=N?k<1-KmL0GJ;Ig#jkYn=h}&w% zI;C6?iBcBx7#8W3xw$U>f0HsEhhd}$iP1R;#RyF2EEOKdG!Y=>WKcQ3z9B4h;8YwH z6y(fL%2-8keQs|K&SBa_i>B}E6d0{5F&Gl<9UX(A|f^*1H zL&l+}+0qt&)_{Y+=A-QjJR1En1QB?+6OxVw)roLXb|Yu0Ds4~#X?=}w=nSLNB1EZa zk+OsH&^Jd1Fph>`x;74Aqv)YKm>HLGc&$Ek8c?wzzsLA6JY)>~j8-nyp~Y17J_n?- zdfEeh65GQD6;~1fiSP(X+ekOP|_3+1ryE?YvT{9N&$aR50vlQWPcWldF1J6xa&H5CC z;B&J!xv08woGLk3of+!VKc9Yso$k{AzVb8rMGgfovUiN2r$_8&X9R*4yy zAv!DA_Z)L~@ydxadV!zvbftk<5F1?xt<%4It{EA!Bh(nI-BB&=!wWv(?OF{^H}G+C z=+Xc!_qEYLI;Zw)57Ic;$h?3TO~Ic+DIacuC4JJLq30hvwaQ;{9lgQd_LJYh2fLtZ zcxr*@$j0c{-~?`cX|yA>oZ817aG)_JR|j)L@!rpu>RaH^hkIa?zs9TDom{8G0zUHZ zvARx|q%K@dd6G2;{hZXlfM95<9n$nN&3gRJP5+Y(AXgW{qo6bGfIs&wXnUT49H;R* z{Im`tem(a+r6T(iI;0+Xu?B#gGwIEEMJVc5;-7j1)-`M8dhvZlPi0PGUqc^u!u0X_ zI@-1T8ss?8>M#A}|IYG*Pwy|EKX_C-;Sn{X^{0{FPd@o9ay>Q!ZER;Qn78%PaBIu!X>=*Exbz{ulrJ4{Cs1Cd?Jg)bL*&a=(sZ zlL#Z%8q~n2-bIX*%`*fV7$#ct-KzAbmoIxh$@%DfRv|vl2>kQ2XUkdeV4&4~oXG4+ zh`7#iHN}}v%5FEWb!6rqmAZo>f=cleHp2RH@+K{GoWBp$8-uKMOG}}8|9xM!#NIWP=T8@F@ha|k&G7nltXXN zJe!|Kjdf&*&SVb%$u-&wiUby}<#x+;gul^;@;RseDg*i67XqbCx77tdXMpeIP8M(i zyR?N587*rEUBM5|)(M=|m0Vxf3K&@la=^73YNKfFur2L>BPT1))(I89(19Q+Q$0^z zGQ74|S{4RQG&T$`=uhBQ9f4I)(zLnj>Cb6O2OQ)8AISE;Cv0*} z85e{?vivLr(CMhvJY6c(PuXfuhs0cghGNS}tcfoVG8G zEYnvPnwkcQ%o^o_vvdPTyk+GZys=?$=?ImML|6KhOJD+9{>|t+Z5w&6*;hD`C+l1K zSXiP}le}rZnF0%|>4z=4kN2&)^6rtFy~ehB6xu)~#VZ%M+x`lfBRGbCHtSLj4+Yw$ zTbl7AGr_ylmmw&b9C?p@Nc-RX(SK< z%Gl^;>*s&`hu?MqPJp+-hL?!^RLGPK&Z7*k=JlxzBH=qqG(mvQ(r6zC$$g`Wt5-bF zN7xv_Aezy*s8M>tDB0GopFWyr)ejF3`|_37Zv+uDr;9Kpg1O&HY(%h>?+!uLq%$l6wV1yr&5Q=hO@Ek+2 zbX%hRiA!aG!h}WvG^4~u;ow6zg(>BJlvx^X7Ah%A;N=e(zVsQGywm*Z&5RIpUrNTJ zk3PPWfJBgxHF;WQ^0i?Q6mt(-3urq5TV4gBF0oQzx*IQNV~ z1sEdOsCVwbAjb9DjVQd7;y7-Lf1qvJf($ScT>+ea;9jQ_oRNs))X7H{)zv=&`m?KE zuca|CfY&N@juos7G<>9D8BOiP5~SwPy}?t?u09XX^l!^tbSU-H7yR*kb^Mf5^ekns zKIOJ1Vq_~amHPN&bnmeq0Y`%bw9I#-wl1>FLD4vAk-qIIjYNz}q|qX+H4^5``siJ7 zbxPwl<(}xCj+Aa`%Sa?#Y9HX|WIbwA!;^dPP>%zl1In#W7r?JPPWg+B6wn0Sf+7ai zum}KLFA4LBPXY!jr5PtY6Wp2Fxc}rl@V$sb-|qehbPJ6ionC6LZGuO(j+`~f4gb8c z?9tP6C5BctisRJLv}x5C>ZX=+4L!_7zsM+mH}H9xNf#?c?r$czZx9iH8T~qtv|-_3 zWifrA6CFoyj}Vdi0#^x{|2b)wf_?Btru3OFXx8iq9Sa;C;pQIOp--}-7H0z&79qu| ztNJo3B5R(QX|^W!*+8=DG)HP}#_(?7pwo1f3_CcYLYxB1IKcrgj{H^dv=CF!>0p=e zuXx4QHW-0a4nY?9YNwnzIB>A{Qhsxy+V%rIO4E`n`l5c?YS5E9f(nbZjL`7|U9`_0 zyvZo{)$180S_Is+0comE-7plL(-xgp3IDgjn)+mpuKC1=2Dy%uvt{h7$VT-(Wp@)m zn9gCXz3!SX@j?@?6D3#O`{QkB6`J6Hrz!M-AN-VnflZg`WB780vkmA{Wd5G0o_MVBn}|-Uc-0^|Zxc z*sR9G{s)OJ)H}@x_|;oc=k<&X_Le($Zg-Ua;zdTp=chsJbpYJXy_|Mz(s?&Z76EsV18fm8h#|jE{;a|g&vhXaea&Bx#KixM1v?<4q(P4fw1U3)RU+J7r z>DL<4)bm)$egX~ACk3sc4h{*kO9yKTC{E{pV+0Q37@Bem4B7?{TBDnKHSlmjhxFg+ zoP65;Ri9G8c)PyDf>D=7XVf^?FL(yG^zS;yvBJELHuc-+8a=?1&r&LVNqO710JjAR zVAGcJl_xw%n<9FLU`=fXNB~Ct@v;UrhRK3X^Prr13RhVz_N45#O=i3plLn%30(~+e zI+gAgZ)1DIIHqiX2@IpGY%TejkwWlDpGHaAzyq{7J)b?Gt8Z{jA$SNR;IF;{WTU}f z>cCZdHS9S!P@`c%y8WQR>=841LzV?*+IF4(Iv8@K^qjj-FuQLQ+P+f;9QtvfGaBLn zT{MT!I7Ni&@Vt1&G=X5ZJc)#?I!(sl%)!*4r(vz;a{JJ)pv(xm0cmcQHyj57TwV$T{p1SUp*b#!E{qS8ZO;}jWxZQ+OMCo-iC@>bmo?D&w6jvnD<<0*j~9UmHu z9RY)O%V%`acJ6aIV6fgM+T9?^NX(;--V$a}7(vj6zSRO7fNQIrp|8FK3mhY~x*(C9 z<~#j|tG=Uo)v0Dlqr>1^+YqprA~iy%BX|r}{m3v#ji+{X8A(gOoXU}PpS_>DAngkJ z{Jl0XOMQ#jIBE_Z575YTE11lWbI1ZF8@1q@Oq92PcD+m5c694qutm;#f-z+WmfS^_+55r9`mzD#I-&KhnEHjd~Co; z5PcT?+?hc^7qdquWck^9 z-qc3HWJJJ9=-|W<)uE)EdIX%_QUob_(D?+LV->chY;)bh5Qab>6bGDO=%^!Kni33- z1b8+46nk$oQlt=gWK$Cc99&(rnCsf;>PikhpXek_D*9x&z{^R9j0xMZxg|=NHUxWC zm^VX_YiGfmL+{*FTB^K7w7Yv7rsYtNkk%PvS`MjSxSK;4Y`_IxRo=j&of_FHV@+c5 zQU>wCs7#eS4OkOV2f?YQoU){<1~297$aB_+=TujKknSpTuDwXm$cgBy^ZwxhwJ#p| zZ2^}oKo{BspE0uFGU~Zj8lIn@_nI?qC~e2+>!h$uKnk{I8FDhFg*6o>m2B0&?AaI` zi&bSeR+*BqfDeZ(D4Qn)I6rifVib@G+$W>KczP#;J}Tp(fl(sFfdw-4&<%gkiM(Kw z(IUFw9h$Ng=st!QT>}%D%6&$7HZ6){3Nj3v#k6pSW92EbLQ2S#YiI_(uJhP@YIz<7 z3hoSJ0<_mL#^BJOdgO+VP)yG-8_7u4l`#3oFwZEL{=2l*tyvq01oo9iR@CF6AQP=t z`9p&>XwjBFWgNVdokpXfQMxQs4Wmso(ANxX?BtgL zUFw3huh0#Qvp>nT_74v-Vc=!Z(I=?L3J2Wo{m0hj%y-V*_Tsh8U<&mbyasL_L3Pn>zXLeKLEq-??=ZzFu8Eee}36+1B-Jvj>Cy8de)d zzQJ0&%M128@*moB@@&P)(S8EV?dY-qCxN5DBln-D&MJE{*&fR@oxSzve)dP-+G(b% z@N%=nOT+WBhARQU`={+g%wSn*Iiq&qbd-)6K{$Okb!d09S7}^lgpy*Oo;_Q3_x8fH zm&=Y$ttL+!$B9OcPEMA+jMPPA|Kg9nQ>73X5Wri9`*HS1%isLPzZFEu=f<%3FH}Jo z@Qw_w!przhs!kB#`sQ}-&QWLHbDX*0R4FF~b25PQyu05Y#N}Wf z`qrl$Xh0|&_@p0BS>3+5EZ6mekj)xINqomEcuL!dqzB(oOvXW!*^ndUy%^xZqtnzE zOvG74z$h8~N?S&9qkPUT&`MvTUpRp~T}|KVRQr^Tp+75_Gp|1Khj+MrCUvtLu{jym>yf>pcPD9zA3%x(%S-x;x% z>8;@h%+xY{#UP3H847TcrHJbOTAjwoMfxRJa<>cI z(zhlAcXY^aZK;cX`qU=a$*Le~%7niuBOvqMg$X_c7gJxqbg`r3;3&vynmzP$-v|Rw zPWJ6IH@wxZ>i~fc_{X`F7P;u1+uhqr*C(B)-DA1^^sgi=5qgIt9|E0tY@g0r@S&~ zNyp-2YV(?^Psf5u*ZUY@@J4%OIiS*^ybm4Wm`}1G+rn-r?;d=ZGIUUv?U=wLeS<4< zV&S6^Dmv+(jll~eU{0E>(iMMW11AtgmlrSdJ1CY`Zlq1}-Srgt-jRIhDKM}7T6H|f zU;AJFo0YHM|IWvin~Ss4<@dh*o#l3?lV2{MKfQ?V$-ZSEe15rn6337C-jRNqpjDUi z_~zhQo1Y&BdFYHM^uPi=S!+(39kKeIFWJo~-KhNRA|wACXei4q*quR7Ji(v&iEqC3 zAUx!o0t?*;owO6;QJ8&ujK^V1DT+*RwS>>NS?M0cLoo9iMv@3LTasSur2hTK-T^zS zhs}d9iimnIh;Hv6Y#jP_i1Y2vzvqj9JWbWqj(wOLOfdzZpsgqi!=2 zPJ^tw+<+@E(upZE@~tTcW1vrX;3?PbcaKzAoi?LtCqMJ%Qti#ofF-Bi@d>`0YW?mS zxvP^*8+Q(3fV7os%D@XQ+Q3hN1X>Abq86p4rz|}2K{oJ^(Hi;)vO~w5cvdM4{$TF{ z&Xg52<9C{G8T>(KR2_KWTu$BKtG1VUY?74PEoKb?xCLn1XbL~49WCqR zaqSGG5`Rd#O@fbw!RcBBlYK->ZKHVyHo0C~o@>?O0N=Df6mp$Ice%QsPjLFb z_Ab0D&2pCZ`Kw%~kUq)JY6H*>LG?9*%#pR)(ZFw`8n%s4VgcuRkv6+aX8Hmv`v?BN z_V4~%%`E-OZ~jhg=l4JUboo3Z^KX9Ty)J}&oPnzq?@yycAAdHZb^UnU>@o#W#=Z|fMYd;AT4DQO{}=hD@`b#%BK9mc8WH{IF#b3gav zZ!MYci&;{mDXJiBQQD<+dkA~%4Ki1vkcoaoFbu^>M$sYH2w6HnEKywrH4qa*{6R>o z#0me=AqSm$x&G|Mv*q18d&{+*qh)V*Z#mf8UHx=6EcXeLN5L%Wx^uXnhAFdqF@X7Ozv+YG=T?ux z>HAg;F69g~1mDOVbHP}{M!<5;d{`>v-#8V@GscT?#6L8su?fFUcFnyQp-*JIDifSU zz=VoH;V7icE$pEvM)XyjV0pN0ZZ(RW-y&UedIA9QVsCkm#Bsi!9AGSrzRabM(;UUM z`_ZhZpM!ES)L?-#x}xP#fFW^F;p-zZFer*p;% zB#yqrK6TK9!BNKCEZH^9&?ALat)a|0%}h|JoGmri5!-A@%TUgU6mKTto>BgqF@akn z>EK`$tc6Btw#tj&>aS0jNM#%0TO{Nf=cNxps}Tr*T*DJa!o4vDp1q%`36VWm@T}EZwBUr57 zqkleW7CY3yGqA$}4LZWv(6#(cyQ^Gu^q8*HA^R3CS_4qy96dzO%31Df$2QYO!!KWY zwe7%I`ANBgoYQac;gx#o2hGw_s@9Lf79OF^3X{5iH@Ja~cF0ZIn88?Z%!!-e%H>># zqY>^jFah1jFg;E2_Nxtt;6}w);Zf~l=;MhD($_6T!4qEM54bq1M!% zK7TUs89oI^jpn}oW+a|7aB<`Tqr9dw0#%>v4f^~$|MvfA`Su@vZ~5Kd|85^!d-(Z- z`pvJtcdz!2TzH-McRzm6%rs=+dnrrma;Hnb`u@8gN?$a3@u!2$Tni=Cct6uYQ=VZM1BS=| z?no@~HKmcV=Ft0c`$$XYUP3G-P27vl&8J-1ih+sHA0K)zy7>Z&A7;0?pcI0?T@H_r z5}{^fkig>Ce(iV4kd>hfjZt~$*TOt72p|{*BWkIgIx8oofKLeFlOeMpuaC>5oOB+B zb#LZelZAK@qV8m*8qk~8ljhT>)#a4hLAXW22+T-0tyW|d2o~YiW~$WLfE~RUYmeDb zDCnlExt9~ALY~k(bvE)&ptOw#j?V9-T~sSIpBs^-3g>J_0hXa(>`+tm z=HdEeg2gJEdmbBf-P|N&W?qsZ1)EeEJ`gh3_jhJ76$X3sg_44+&)IKlo0Aj_rL1x} z`VyYBr;jmsh*0$N83jxQWu)k9yz=Li_t)sdW_bP_7;3?#ewEWW_*b1-otrMmT^|!2mZWI@z>_+& zI1Ij^O5t2AIQfnS`K&BPFJnepf8;3gmlm#9ALn2PNkz-%dz~3rQm;0Mvg=&H z)qbb{%6vLkR=*q#8!_3gluLbf-XnH)k0WMiJvw80BlX|J7q}Pr4C*?!n}EKfW;6<1 z^aD-7j^CvlID7{OymR_Qi|SF@29x036DI;w@@5ceuX$@6JT`6W$LnOR>pF;i5KI{< zbFOS22WMcVey70L=J=UI8!x4-EObZnWOZW)%8#5JW$6=I)Q9BSm%sk?z68Y!Z@zT* z_Q-YysAL1*k_sR^d0&M43yH9)B+`2|k(w1fCyqqGcZcveB; zUl319?qEAgliwv{KGDO-$Avx)7p2FzzO*55a84Lffvs|6lpEX_@U>qf1@uet8jTu| z7>z0graHkY0g(INz;^!Pd4w{;nfBBX^}4?v1P)EW#*ht7#$Zt_Cz=rKaSCv;s{K`+ zrgj5bl@49@329*T7?%L8${zq9pXYbzr7R&6yd3tO&sUez%U8>z^A~k6a9kCDb7(-3 zHoebT1YCmwzBJ^KE2DDdHk1l3Q=c5x$psH}EXrfNlpmu*d~@JYuA@sc3aJAo__Oad z+-aGDI^3sL@Sat-!CgPaA74cEV@$d?bYvSXI(okR{l?)cmk$A z7n@F8=16q{0;%l=gTc3>C_EDMq%H$lgUV5+KXqzgzK|vDjr^GYaFCrEN-*R)c=d;_ z_)q>&nUiwR;ck5#U2B7>X`zkLl(qy(%BV-Kog5N6F{bD*{is8H6bQEe{6=ws1o+%H zVztP21_;3o4+4LhDt(G?+P}6n&Y%97?hz#5I~>qe-SgP08ocUV8V7nhWGsEYdhw!m zWbDuXuk$Kw%4}eRCp|4~0t5Sof^;2Bt&oF0TSG!NIXj0kf(S*}jdhNeqhQMnfV2{TG_}1b*q-*8{^$w$f&1yj ztlgQxh}I)hV9iA`xw%*v`{z>1q6c^z;NA20Q~6F=zo9lf<-5kFO~4|H zgND)l$Pc{>sHH#qBcouy2J1+yqDN2gfEYOX`^kUh&vsGV)3ej%gL}7PEMgB+*DFx( zKRRE&``M$;rE~D)x0$%K=as88@#J8ya^ig_0!dE~lo#m>oDHIPcT(rFJ3Zb#Ia)rx z|F8?{FxQ~Ac85zFySzJYY=a z8tFEAZMl2A-_%p*=u!fbUYm-D3=<-F`_rVbrd}WC2_tSNngBE*xD|jsekEWq0^{J# zJ-vK+8Q{Dc5wmVC|M2hsa@*_?{0UCy>Z@pR+%e1zG$QB}&qgvHhf%4KWXkwX2^`vD zR56qA5Ee{#72X}0su#k6T^Yi`W>7W)q+j^HcuV=UJpzXC48GCni#T*CG3{DR$Urq! zoYRq_LmwRksxKCXDVfO3{md+`= z8g}y5k(nF$-8sW9mYIeb63ushKbJUMFxD`pUH7zuHlOO_gd#R;m@fM9wkT$R<($f-~AgkN27wz*$ppU&#I^4&F~ z31tO6XnT^8j!Y7e7#m_h7RV;U%MK{V!QctLzY5*pP3kJc0gNm#es&}D8;zUU$R`}7 z=<#~C+?*ii4ZTa*G2l6Zv@xeSb+~HVj*V#5eY9oR0tYz3Z=_DgihHhi--HBSru>9e z0uK&5cQ$rmMr-&X&{1|3qOc-g(Q9;=BP0)K;lyn?)s`iYchoVYe!4F0{oy^>(c0NZ zj?#{W!ktP1PYP(C(_}mHulgv+TJ;QJu0#�WMH^r#yXrLJ<@>39v+;EDIm#Aqjf zQW zqqQeptb|9W3BsrCmd{C!INoMV0}s75m?9TiL``tGH!?mB9o+B%2RZEgaspql!^Z$g z`{;yTcxNz!Crw`m?!Ha4{mrIfPcB~cX|B`gB07S%gOl{#3|`t2%>2dw#=pLN_W7gb zlLwzKM=}Nn*Oph&?`Ns^JKz1hGHaUEOU3R#JZ)g$xphH^SBKL%gJylv2fXFb(fG;f z`Eq!;w;UfFgch&6(2m@G{_yc~|M6*cOeTt*IN9H;PqPgzUa%Kl$aMSUaM}7Zap?1+ zjxeeUBC-+55b{Ye5*njxMC3$n9qp0+&I4ke7p^xt6(z(-n2%WBxF+QzdhjYZjF67< z3RP`?@ZP<}Cj5^dKUt0vy&Q!Yj~+jcz|FIDwtWTY@BQkprme6qj560Un>TRkl*h{6 z&4@go&UxlM+|FUNNpOe=W|c5eFoNSZoGQ>N8MuMZ^`f2sIb25FJwm?H zh2!r6lJupVz2Md9s3TvLW4tK8vXv>uCa3QrRtn@;odLRQqi6o}$w)Co1lq_MAFXue zeChx~Cx#OZ9C%`M0Y>fNjVy{!fs^~%&ClYU@mGGWoz1nm4`WVd>hx1Tfv1el0Y*Ho z47rwn`h;iqKp+U4vObh*z?2^yd8Mvy$fW`@OR`)J4zVDl68y1kKF4TVbm}`@BF*2DB5ILjyF_Zl`r}8nMC2!2v}yYPi5qcNEw7wOCA$ZTXdb+NlIlFDc4ns%B21PhpQ zO&L;U>Tc)8&9)(E44G2KI)lid5`nqXdue~x2L#bvTWLO#D4mQghG*I#C*<6ep#C@k zj=axP=essIez2h{9$VqwMa#LbjC&5c4c2s5yz{SclYs_``Au%RRv;(b1TorhRBv;i zoHV#hU+Ppx^My^bEq8;c=)QJj6!y1U-A<@)W_>r=#%ef&t^d5yS*X=hz3A*`(($^+u}^Ltv!TLKIzuK z_t*aC%XdHebot)LpDeczZp3E1T7K}!!{xz~^X1cw(7hh~%kSJ?t|uUSo_=JS*wFc5fPd32FGMx1E3Y?D@sT^EmN~w70h$9%N9R zK{JlX7>6_&EblK{Kl!b%M*auEF+x|CXX%h3(vf*8t2(P~IYa{%1QB`yV9}PvbL!b! zw}Ki_R!7nK##}?7S*>}cBXp_iql2C0C?j_5n1^7QHB0Ef9Rm*e9*6_S7UE59-k zdO16WV|`)6`hpP=AORvUjTCcDU86(&0-s@U&O#Mx~2&@q$+k`SGPh!ut-v1 zMk4}@E|@NwLEZ!{P9DJI;FlEF;jC!j%JK?XxARXl+je9bH6Rs|S-WxA0umh1fcRv-|E5>A3HadvJ8uW3(puZ&}s)B2qTT@ znxAOj5my@yPHEdwW0^uL@6g?~$sREFOnHvE-D?(imG)^r1kWvX#^6?;0+W%oYcNmI z2DAchm%!_BQ{@GU_%GlwqA)s26UCRot(>I~dI%?uj=Z7)kk)kocv~lzYco0)hzpo( z-N~?}bUNoe@kZNdD~%3kI_E`8;Beg{p$by_bDrb%?W&O2o~012$VujL)!Qb#*u59eCMp>@GSw#gcO_vvWRnSl%XShryi*npsI z4ed9mW-~IGqu08EO3UqbstZY_-%gD`f2C5d&U5`G3 z^}&;~z$uFwzmRsdZ6PEcnvWMe-bfp!-(Ez<*k6OQ^V8GC?{db;e#e;ywl2Kdl7 zv@?hm5OeHXUw-%2+wLJ9g4UQ7m>?5GICIEyxQvK<41@a|3MV`}G`%b_Fu;9L^z-Kt z)X0rC0Ba;64P~U@5jGB#P#hi}go%^l@7}*rp?Ust9KWsezV~~-T|!Hh^m)OQ6~&1J zIXbUb^h~q}u1=UB1Rk&xqIJ`Y3L2(IIVh8M5U}@hVl=@(L=5*`d-cgCAaK8W(-$nzM_THt?gX1HCw| zq4OBJ$xi(70d;sQqtDk-Sn0C1gXrplC5UK?Gcupgw5@HEI}7t#Pdgi0jI2ghf)IMW zh;F*qEiZGx1uPBl!ecZr!WGzBIm>}4KZbM+misd|n~_3cnvpPL(^PXh<0Q0OBfV({ zK6bsU(}_%T{CL}KWTWE@7bmSh{3fSH{N+b}(>ZN=zc+9=KpRkj*@&joMv;vd`R>{T z3~49j1h=_V`@?wF0S8~Jj)f(auJr#l_s|cY$c_HUI0x&RAO|l-|ATkRD~Rv-z@h7p zyhY%uT`ERxKT?_JoJzdDe#g~#ln z>-rEdxYwsJluaEn3parde$XQ@pbK6o+9!2V-#ynGEaohY(+B#lH1X;1Nj~(U9Kz&l z>*;UWU{~k6YYLRkDGyF~^?vB6L3Tr(j?y=SF^+pi@zajqYmjIcxfHEz)rRGIZCXx& z4O!5K3?KOl_+RkPr>ULG=b?)|;UlkPnG9<;Me7LLhDLIf`Wrmp00yV)^qj5#AO8>k zjpf0^hs$U8ABH~}Fr8n{bhAAY#!b0$Q0( z;p%wW1*GGsV@N12#vy9cAOK5mu6cK>juA)aT@@QcB}GIj4-WPt2$=4{`Poe_U3ZoF zwX3t@@7ureYk>zWX)}U`$eb=CXocf;I`)<(^UU7Ys{sTc5M8V`l2Ks?+tagW%fr)) z5>$$VAYmP0NXhhT?o*I5>0g3MXwV2jk=RIFa3O_~fWD(C3ydz)kEjry``bHV`b8Ni zXz|RexwL>0yl(XIDX+#8mFnA`#aj`4jMk@>sr9)#fU?C90 z1SkB#YyYKc_&4)Gc7y6DDZKPM7*rUn+SG6Et?Um(0;9?YxcD9$jt8W@LG7OzN z3qu=-v@QdNBGw(uv+90P#431r%ONlrM74og@XJSeI_XC8G%!nLqBBL)wredLT1&&h zGtowP6nTuoFt{RDd!FN6pRh<@oChOneoa6^#PGOtb(~DfO360kk?#hc=!qBjGlnEz z@ILp*f$yGOrSNbg*Oc881KMH|;h`=Cx1IwYshoO|TWb!$kv8aK^ydO-gG56lpdvT zC>SFWoJ?WA$?wANNX0sV5+`s)rs$^K*Jy^R9F_sy_oIjNHb$FfcpP?<{fS-*!Ww9x zZQAOlCKO(oz(9w=$55jW8ovw!YA?tR`AR+dhX(M}hCrB1d&-8x6`XSBoJ(=p^tT%8 z8=)zqEF<>P`ianLTr(dTNk z^({DH@NJ%hoSa#8IYNpqUj#<6O=!k84*Yn>QN(x$UR(90ckVGX-1um9EJLSsk2UG&Tkg_jY1Oaz!>G z#R6B#q+SO+q0#l=W0bm;1}JqZ8EEt_RfOYXOR>WANb>lwE5 zIPFWL>KqJqcMJ;!YQzJq4dX?MM9NZm#x4Ce`qYq723CmlDU&E_I}RWwA8t?2ayK(4eXBTx+cEWjbc9zfW<@U*O89>SZ^I!h^Wqc#XoSc~jH2Ogliyq9` zOt3J5SYZspWg1<`cZatfb)GT5MO}zzC9S=5jV8ROx6ihQF$k>h1NW78|+Dao6R>~$S ztHDj*KJ^7QFbq=}6PQMFX#*V^73UvIoBDyX-CjbCylmDIn9e=*b{tI z)yM^%pC|Ao|2?CN`j}B)=vlg6UH12PQ#SgSK4c2bA#&g{f7ad5RSR^TWEb8H+|@WV z`?{MxBpY=Yp+icPb^<*kCySQQ#3H_wn10LKWmXsGI5{~eVrOxj4Tb|38RIz6`YeW> z<3lEaoR{4gG^E$iFOCO%Xqz*n2tPyX=$Nc!1A&Cg2hT1@QGz|t{vzPOmdmNsNByyeWGfa4XY;AJz6>A=A4+2v(nYMpc-HO%?a zSwPf@q+bqFpZZSm(y_bIMZTL!NE!IxnMaS0PV7H2Qx)w8U(%5F1U>3^-Bk{Fl3BK; z^lP7Sa_O`7#`V&20teT~9URbYrgcK2z->K;RQ>E?ieH3u0vO_$W~w)wEg9td$UQ$r z@3g;8r~G^W?!O&9Tb7SM{w#Q3T^>BRzdXEuKf&x}0;T(*QQpGCt7s%~tTUI*5l zrT-{J+t+^|H49wu_pCp@ql-~L9p~Tp+71?DKf$njGl4Qbq)qhGA19wn!8o$=)8F{g zTLxEylU6gdkJAk>cA&8Vgniyc!$iwSi!xC{2n>VA=&eLeku=T;BnZ$kK;!sD8j!b# zyEYKt)~^6PIX+B{WqERXR)qxko;igy_J94q|IOYDeS0u!MZkah4QKRC5r?U{8knj; zsfnOXQ!;S*D>G9QLF(XAq0uQ=^Irp$wAGjJw}*Dxat!wzixfTk%+Vk*-Tuv{+m7 zqiyF0*s6Fb3obOFD9Wj``BqqgN$~Vdu{%ojmxBAdyOjk_9Q^3)H`<|-w$V~ug6zN} z%2hxLOW@6KSqt@xLy!W~`rUu{#d-RyLzh7b90C$f2c1CO(Vy$#r9A~0YtHQzN0+|w zYb`fveN364fm6V;(p;gO!)H|Y6P@!VpHq+F4F7}gN`J-(-oQYY;+lKX(i#T~2i?H1 z?UTEFPhGr1dk&Y(=nAhGcW|wJfCt{%7l1VT6nX@MI*<0hp?CWT&p1Ugt|5QgQ%-qD zVF!M`o6{syU}V$^L&{DdF!aC+^g>51FvJXz(S`eydPU#irGrdp2N)e?1&0PB1#D=c zO?c@a-VWdCmeH{`*#K>VmHYr)nWiE)I)PSbt%U~m=q6(W@0=Ye=ZjH&1M|S89N1BT z+*Tg)>5vI>5B%V(?aOujtKmPmf~C*P2iN(T{}sqboz>)sb_D*v_pln3($m&(3->gSWK)A%amM(FsV3HNK0(w{zi(e?DJ zo!ZF4pnPb*kol!WdL|_ zak_l=@h8juC#PK~N-o%OkG{zuS6^}p&<#|)DwU7msBNCbr|usfb^6zU=vCxPzuG`s zbK;KL@jz_qRghv7FIYa$pvm4UrkV__!F%<`zk2UO4t-W_uBq5zw2?bn5=@^nr!$NP zs0JKmY!GTHB-dOPDK`CyA1TAAx~Gg(P?agyrMwRh4jO&!?d|2d(OgC?>0>9OLZtks zzx8{%>0!Vzf{}&@V?akyeBzl9i8?VFYtefqYjUPCgqUGd$q#{ZYE6yz>b! zZ7@y*U<6O!`KO$|U1yjmS0FnrL*c*C?e~%G-`|kOMv0<*oro zXklbCeGN^)FfZDOg2Z9LwR8;ZE1#5Gb+3U9ho`d~#ijpRvh6oT-=E5jJo@dD_R$SL zq*+Ok`-8)qj#kZ)HyFsZ=V0+KpH4>|px>=KJ%it;6O76LQQI|M`R;7Fe4=r6Atksc z*WEAgBkO+G;if(K;|IB1jY#F9jx6-b*$h(Qn@HR@dWGf=^wQ1*D>HXEGVfw8fG3}@ zz<2fZUD-*wb?2=1*LH$E-un#}XMT^&XlvTdzl}pD+kYZRP@dkTAJ??g!s(|*=i>Ra zpE5ntUUA;=u5-`1R!5&Az#O`Bztgccm1CP$9Rr_myiQfS+Dzf$UaAEiPD~%Ni}+Vx zkZY@qfJ5Jt9SHpCi=0(H{LAUkruyKZqk5=*r@^+--y=`>Q@K|;eF@k`j`LahQEAgA zT=V;jm$l?G=3!(fHrRTH%CUPJT**|^u(>Xf*0(b3Xmu%V!w=3+&YxGW*_zRw9AL}0 z@;xw;8}jF-ay~0F`Gi?%z;3F#!4=@eC$KwNA|qZ-ugy=X6bmiWKyl4q+XxNWT28oh z%2jRk41OFh{{ufGY$N~K8hAG9u`pQpMn*V9&d}DlMyK6RA?=_Mdb)>(T_m0MO6&AU z2fUCYD!BpL;#SoVMwGe2|1?epwBs`4TSMXnNf9jOAA3g zW>NB_+&JrNaooFQg!>1F`{U4+k21eb-(|=(sZ}ssS$_Ms|5=r&%7n@xOnE>sasj9n zz`#4gw-J<7S{(w-Qx{`=u133`B}huOjkPVG7@Y4pz7WvVL14zO*K?NXIsH(#!Ajuh z6oucR9i{Qf-~@z}-vFcZWZ}idG)l{kCE5%GT#edP9q`prFj`f_~8$oT)XxqRcgF_>IV%<2W{mX+)_E8II1?9 z4s8ZbvNb#i?7g1fk$um@jywbpbam!laZfwNIzNz&E(ub>#Rhd$8+cnUFe~HG4;!Mb z%7}jRnU61EcAX4>nZed7xQ&+7WsAT)xJ}tF9-+(cF^sBDr~cReU_a)jG z&d7*ZYpyvz@8(={p%WgUT^(57aPfF$^w4(ZXrq^|ivy6cStrBk*#O9Nq+Qe84K%tB z*P&g8tZd?)?)VhYxjmEvhSxl5d^ef6;N;+7xA@}& zUACB$ed468wV7l&V+M9pAf|;|8A@C5*tp5FQCd+-hR!DIw~JB*Aljw<#y|SOi#T*f z&ut}EjJ^*FAwUM0IlwXUvS#x}H8$zg#pJ-Ypzqf6#FW#{aGW`0A>Y;H8GKn7*3xZW zO75L&+p>k87G z5G5kK7g}L1{N}&(ozE^%$a@C#De@U1TZGzJx>=f?<-uyjKO=hIGvDROj; z=&itL&m6#qJXDCNnVR_Km+hD$F-Z|a7ObnBrQj!?KE0D1u*8j$BuS{ z^|3k%`0E>7Y2!1!mVfA}O^rg@<9TTxeCyZ(k#Rc)nQ7a!0|(_<)5A-<1;)W|_*y#Z z!&qQQTh6I`cWixqhF#+y-WWUbR=Dyz2OA{&I*%)zzVlH!`72)erw_D$m}nm@$a{Hh z04>ul&Dv+@HsPE09XD5l)m$&*RvF4=LA5{!f{sh4z4Qq$&cC<=VbGbEK6CvtCb;3= zNKIdb$G7~!>0$bc@wti7=>-|lcxb!^e-P{|?K5V_$ibz0G4e8WXS8a6@_V5fIF0E$ zxajzt5B#~_9Ha6&xCIp>OV;r~WUlKqNg$MmKlq-pfR?Yt!%N@gGZ^zK_!^`o*-A$p zqk%~JE{zJiTVj{8|MH$bz50FqyRtT4`W^2aX&|28i~QgZe&)h3VcIR3D%j`IrD+>l zU0mMPE`R=fzgsSkZcjTTXrQF;^a~7hG0yURa3Cu%2;S_cwln$ydd`ybIL02E{(8J} zmSgFQ>^e-g@wmKeqcsfq-B->Jjpkatd(Ei%o)6sB#5Hqm-oa@Jt~DCFKX`(#aO50( zWcyAiSF7B`>eg4FPcLr|$ZL@4uY6vg`~Bbh=Q$T2^*#xV0doA~-EHB3XQZk0pXu1V z`Luj66=j$ONK5O!fZxlJ^{mk>CAlgJb8_gGHCCs4lp7@GA0s*KcYU05#p#V`ofIK zyiLk(o!qB^jpY5GHLeGhZdp-SVk-!W?F_A#^&q;>^&+UeGn%KEJW zt({oMSsR7I8ak%=;2bAf#Iza4KSr*s+mX-&SI15fFiKllrDz^g6#j4lt{(9 zSjO=(2HNPHoxDsi<(b^ik9N8hF4^w%PjJ8|*HusQ2~IEL+DpLHXcHj#=G>x}cmwBx zkUy^_=*?ljG#^_r|Z$FPS{n($e7cIK8J?%2Ylc{BkxwN^4W7f>0@YA zxYpx)854|!H3z+`j~S)5lYC};a@pyPoGbtEGJRP$f~Wb}cW)ib`QQIpeMx&@$*VoO7{{)g#+P>Dbx z!l+_)Xc0g*V-WqOC_y8g$qFc<`|XtGMJRP5xz_an@Nyq^u+8;TYLKl{jxNhjrry=k zAK!Nl-7PzR_{V=1INT4r7BGN&2Ob$PDU8Ss(Ds*JZii5)}kfFMxutB%yJNM}r8l)fZ-d7v^mp~1D{C51mG?e}s z5pGrfA{N}!z78O8YhMFd8l(;ULL-kXWSC^cb#A$C!C!wvU&k^)Uii* z-{fKVG8d2obobk#(mKZ)P-+(vSGH<+WCzn`#=xB@ym2*Lzj}Rs!^^EG`PuPH_u#yY z0d_P76IwI~>G8G0N*{~Sbo-M`evx%>&uvNRGjFt>ap(GPaX_DZ$2Vi7VW*6Y1s8JT zygySLBYy&=jIHL4bNT1(+@eSL%8u08<`^(ar_y*F9a!3T&IP=5k^l04+qRF$8xNtk zeCV_5VH^)E%eoQ6&mIuD8XlF-ymAdZO%=N59WL!?Ew^6u4&4J`-mXo%5L9U%+`O>! zV76`mT=rNZ6Y#k6&|o(9WVVJ{A>+Q9|y-A3ocz-Q1~2VYerUn_n-fh%AB=P ze47o`-reSVnz`EnU)^dapc>nv>SRy%44msN@-9sG;2ix9kI4kv%I?7%3<4th)=k+W zyKeIqNGs3V<*%;kL0LBuYUX;{>+e z{((t9{pp{t6=#S)%okZrCIS~q>0Wv4%IUrl)XV>vNf7nVn02nh_3&9A$I?Z(5sP3r z>==phG3^!sBs2rhVq_Sh9EuRhzO@W9;uKPum&qK{s^h#wCML4d-2W z%4jZ*xjR@Th*J(CE1U!aLO4aFg2J}VwffW6r)%+EaHG9wm?2))C;)%xivgpo@E*D` zY6GWsooXR(`6al}ca3e77>$q>3Gi)bH5@=&{nzQ{w=o1{X zg>&R|WNr9o_q~xZpZ8V=n~!7IVqEiGpnx0QrZ)20+dgxRXx`HXd9&W%nl|8G97vk? zB~Sx^s+ck0Q#{iLxa{nLA3t`mZM;y^)k-uI8z#JPr6NtHj#jd2L$e2tfwe(O+Csmw z6&Z4@j&A)qw`2MpYLLAo7$X&866Xbsa|;vaPbR&rd2w8ya9VhZreulpU*IfG>5!d( z16g!T`_eDRUFRlf<^BKw|MW>jK~z|Sx6)x`pjlgFr1FAIIagQ%20h%15x3cnbL}sX z*Vbf=Sk`VLHT=n!BveDc=}2YNv+a$45WaWwC-ex87p-kPL7LT z`uNS?__c!W$~FPP6oU1)hBxzIqqE{kwLQ3q&U!a0eF0gC-9NOdq4T@U;ktdd@s(` za(D{tA`Zd*gNTWlC+AmX)ZyN44b0WeO__aku)Xr&5d&MU-<`YyoQJ$0>;iD^v-=QY z**z%(6bNOd-QAtO&7Ttx4jumcxeh%J5BEd72dn?b|MUM<#ZY!yoFf6ktgR55VZFvk z!j!R)Fo$!VjA#5@Q{lkpB^O~;K%9`dBxA=vwFuMuhU^o=`rty1J$u%6yshu$38+`O5 zVBXud;AL=TkU15b5s`ZrmOp5m_T;J=&>9fV4&Q|+7Djnu9F7V6=(#B*xEj-*>%9*< zxH4%zsv%w48I?X_txw1Dukag+9P10PbTLAKEfBA$BoFp)nhxPS-=Wt(S zbRG=yzV>W4Cz`0FAz0}W?GsqhwTmFf4k+{LLxu`A_}Gs6%Qt7M=TG)ldy%_G_t84| zq$BWDz9WC7d0uQFS{X-mQ?$~R>!C^U%W>DSS;lNu3<2~@+l$zt+t>=aKGK)ty2*cC zD-wA)JlKsKzwah2?1#a~6WV~Pm5Y2I+W-;zLKf+uByy@qbdR$KyvYFRwEu`C9c}eHCjPitWU&MO;hk_u&&-+J9Y; z{W?5*^w1vefhVx41T0(o!ikT)y0S^o?P_;tv->`D;W?d@2uQx;OEx}xe)Liap~OnZ zQhbZwJl@nCH^*x~ayz0i1{PmHu0|mMSxHHt0cm5Fo4bkZ7-tU1?H*Q_h9)JhMNhqD zC4Jd|MO5=Jh$yeiJj|hYP9Ow%l+4}2xWD-GzwEgRQh@hiY!O{PsvLI#pbnjKW*mlv z6K9wyyz+4$=n_LN$RJpa{ur4sVsW&NIbvmKF0XJbk()O|z{2-P#zAaC;TMyV@G#9 zS{FQ~>c|zGcDEn(J10vnI42v;;D5983@(Ty*F!6^pMxPpnt&|h47^@wny!kM&mtWd z;0WK5tC69?pJQwpECq6#`R?8E(@9|pec@*$_`0@ols2_1+UB=0jpJO02Iu;<=mFk% z!KY{QpRpI2a_zhZSJR04?sxRaaZjBT5bs3(w{l@F8+)8KkCSzONVCn@NL{gyY=lt+ zhG?+_f)l+Q)n!_|SIr!b)qrwBSx<^Ko=2mZ5=% z1%@0Vo!ZQ2D`NRB(9@nxym7nN8sEYd&{5Sfat?-(?ZIJa6&ny8aY;n5{a0t`NiO*O zvnTE2G6|;u+;{v!6M?v6`hgF7iC@m$y-&ORKx3Od@xEY07xIm)WDD`=rY?W|*M3yT z=?;y{i_7%$AD{mtg9k9=N905_aBDFf{aN_;YT0P z37o$Br0ZazXK&9gR~MI8E1PF|y*`;e-H-MqzXG;I3da0b|LiwDd1yNYbQ^%OIip92 z7#$AW6O&}zh`YD5jY?t1r#^L!!M(X*szmyUG9#Ef$?RqQc0xj8Mxl>G4d5Is2SKPm z|NMEKwlaT>ZvqJpgoBn@3nt7N{D1%7|DPyW2wpxRc95(B)*R*9MA~sa_K1HU7(%K# ziibJbZ9l^tSvg^E$ti?_gKMga`pk!oO3)!}FOePXoN&&|#ylR6K=f89#*C5xAd*H- zt*92fMEnvxB_faE+)6(Lwb5?A-1Z*EhpW>BMDH;yv=HDB=z#*gM(}E6@g=bP&RH`! zUYtcE&%Dsxb?8C>mS`Nms+f7ti{cZ~qCCbrU$i+)B+22)$`<1#=<1hTLtYqItK6Gi zyd>{?}C2plvRx0b(5BrYtW@ zxJ8Qqv=f7}k2X;(Qy9jVeN0B5Y$X}7Eo|MdXUKdkH!ud=|%Y-bGPlfyc^oWpll;YW>PgkM&&>`8!bU?V5#BI8D; z!v`fpazTa#No-C740H~nXn-Do^Syk?PqOUj;!J(VGjisIE)AUW$83{SA}hg*Uc()A#sSUPf?)8_SB|H)$jLOBsV)^P_&B;gmzRD3OWy0K z(uN_=zg`RWi)3tQb`ZO<8&sTspHG^CMxLFG7mwl$E+Tu)t_9+9`=}RRDDXb(vdv*t^?o5$s|&9j;;y9**5ZD8s~Vo zgN-xwz%biV2mRtnA=wb@BlC;g)n4U&7KPKN;9;?uTWM#!d2q_`l4a#5h}XaSzy0@p zI@yZJo}2dtvEhr0)_ z*bX%p=NN&p2rhxa?QI;f`I9M;|NYVDEb(_fuM1h9|q%Qc8a z$z?qGIz}!GHRt{@=d~9F>$4>bpXpmhZ@e^#5HP-Z<@*@#$pSIF1~wAPXloEu0+UGl zVfUEV*PMy`6*dMtzeTrc2Z5do423;?V~+1|Qo50~F2>HdrD@J}JwcA;-{6@qqUi=d z`Q260dBb%SpHzkZ`z6ERE99%0FQH-fV_`P;|k#pyaK~~Tiy%}QtR^akNXPJJ- zB&+!pAOx+#uf590B2&2Rnbr)VK$9U+K>@ESmY4p>R{II;2RoaUt!4jeaseK4P=l5? zn2fKiXB=?ZSDFlVFYq*&fNua%$q!~RP zWeo6hCiDUg)8#sl9+}L~;ZNVWKIYk&t@0*;5fm!Hx4-xYHX5wg1`R&0(SQ31ea2Zv-tv1ZZ9L@5!b4*g z{#|k?CAi=^N2E$&( zITjkYelIZlF2LDOJI_%+$h9gjdw%Epegw>Sj@ZL+R7MVS{MpXqM!9}-)C9cGVb>d`N!`PZcBIDWtUubs{-N@s`DWf~jVpkzLBuIXe7H z0H6XxSSX24$_=M{j3LWw0>rg^!OiiuB_GpqoZ;# zv_LyTdKVnX?Xpl1T#O@_Ia6I!hjZRJ4~H0oE7&HJjBu`XC?C+OPM}}L(<>fyjx=Km zHfAALaLIAwM8q59aqNt0Um3$Ng0J2KTb@NG8MIuZG|Az>122l_nx33l9cJi&9(dh% z@b4?*=k{=Q;smHLd^5oyQ^PxO1w9cfp+@HD>-5_d7V{ zN8t!e0Ue}0X^hG)TzkPJJ)DC_IFDn^*v_Xf4uQk;3tZmXko(Fv8b!CX;Yc~PP8s4) z;M&Rgoe(XD>r9lgC*YYdMxu9Jyo^aEho0cH@|j+!BudDh#+IuTLI{j-==jmOKKv@b zJxGVGL{lrNTcHR%bd?MVHjF$lBuFJ=^drAf*rS?(PBsU^kuBp44OBGZ+#;_-_wYQh zbSfmgsXfmzHr5+m@w@V$;~q!4pTI<*C|T$}7#YNQvN;>Xe5|aHN^4Il59tfL$YXJi zY?(%F02Z0*`j@j*X4mnye3lEsFdOR2wh6iDjDz-ljI0N- z%pS)&_O=!1EaIu_N+0HOr;Gt`f})L#NS1AL8O~Caf>6#sZW(@ri$kZ-6g|VG$Gr0C z+S}Wk!srB{`;;*W2_!1K#2)xK}XNXZp(*(mjvTG zhfqHvb_|!`7Vqe9onyu!H~KcF?+pa-*KeiA zyunWo@QiE)y9|=P@G_2UFJrjt2Hov`Y1c0gN1DY(b!m0;<;d-k28s@kl3(tVn^XZSpV4v~FxWm(tN#;a2@}LZgEuiu>-WN>*KaQTYwMBOBH&xCS@Kb#(|; zqKpy%$0Sg{_b-2^JiWZSs&47yy#%AvM}h%CsI?*-`n&#q5F4xKxVz$E4xAkHF~2!a z{yE~>wBUvA&W9VsY4s)rL5Qjdi zp12%n6M@`$HqAuXYkb^BgGgBS(l)G$S))RovF_-%ki6pQ2t;!>WQOliudod--G zN+yutxN+RW1rP+XN-SXckAL~sbp-n06l)}NErxMujRL!tvN$^-diBF8?^9T&5a~%QcTwG`(NWga`S98W#w2xmIy8#X45PALbjgmNnw-mL6 zP5T)pcYQvH5j<3l5K%`4EbI}~p=+b}v@^fG1Xv9O*7BZHl|ca$n4k_0(2*m$;20cp zxH1bL>p3Ra8`(6zpby_PbbTvbk+^X@6TmcESqDpWB8_tW1&M3jTc~lv+he*|#rXT&oU|Fox@zyX2 zbOKoUC}0xYc$Fu)sJ1R&G@B{5IWB*NckN7$dukeZ1(CAkI+4I9z`!Q~&P{akI`;Te z@B>5G7?{B=ps|=Zz2_Rij9tWjGVon`PMi?yR41cueH z!cC?dOa@WT3L7?~FM>3S$%0<-CIh|w7QOH%FqMaS4}9}fHav#=y~u%#xItv7f}XVz z8NlyZG&b!8TY_A3#I>o&m=}ls`sBR4Sps(ZX;}Y7Ho7ftK3(U#r!AuYr@(lbgpST_ z1-|_THRKn+Cio5j#ZS`7M$*fl{I0EEJ;85wFvYuE-pys42Y=_p0|Oi+6!kCZlMZbr zsNi!<`$&=o)4=0rV3)Nk$(x2o7xVI_!=E1PCjpr?VEI>?eEP&5qbd1Gu$AOQV!iR% z(}R~7#<*gHvD_O@*rt>o=EOkCHuXj@A)^E$TH<)?EOUZG_eytZYEaH^1iBGjfED@R z6oxUVn_-G^l|l4xFWtD~%jju_PM!M+vnbg(nmDb%-%SwGhyr#&N&3s> zb>0SGtkD`T(56l<=ig^M?HgIgFrb9UvA6652UlCj1okj#wUeyWeU+5cc*=oom;Nl? za66LBUO-cWw#HAkNRCEK!!P~iRoTh;#dwQowd=Xy4qwL3kuijUeNGaIcHfEug9BmL6b z8d$W6yrDT7*SO{wr#NNm7~Nb5Ubo*YG#Pz#?a+P#XgU&HTHnM z4xQm<`bFSnK6g7~E)If7blmX8)TGB{evFM|_gbz`w_qmk)z`G?ZHO8BpZw}~R_`)4 zaM4C(Qm`dxsEo#j*I{Q&vJS4(o2iigQr<%Md?LGwfiLBEuIKog`~;`=lQx>5Pp2aB zW8GIS$q5cFAGu!jH$Z+}@l(E^XB0nCGH{Xt^(#+ymTvgzNUUcUFJ; z$A4NO0g?V@tWk)EVF-h883s|d-b0%{2pu^=Fe^X3R3G}VnGnn>LD#wUX)-cVr1|R! zK5C#1mT_b+gn^LM2(RA^0!3pmIM5ud;4^MZWX+K1hjQdp1)}A>w7m}9I29Z3P)f$z zH56QAOV9}`{`joZH%?yqW1Mt4M<#0}dcF5IFToUAgNd=P6Ah2(kyV-;xO-H0!$Z!; zicxDbWo;g#$oW}~YFiGpGY0w+_C|*5F)>7Wstd|u9MP%+=X`}Y@5##XA$&{!UUlZZ zT-)#`ZR+#`Cf+#jHS`Of>DSbZY5^F!7JzXM4_eYqD{Bn2cfCa-Z=!tQ>uqQuOBFf} zynUuq3JE?VF-FyajAJZ8Ta_-jF0go^t6;D5*!cvvv(t_Y!*_j+>jRgJhh6ZDbD5z6 zDdo(8I%9!~%suQV>6FafhYqJ2GIYrwnV76}j8>gk+Shml0kkC-3>E#MkE%beBX>2l z=$~r_|ACu4G`Pt)Qvx*RlyEs>IFrw2-el0lxq9JEX%Z2^&;7jwglMe);G0wFPrw)B z7a2)6by79f`9uf7jO2kXby_F=vM1cTtej4wO{cM(%O9iY#cq@?Xi!<0ipaA6g!x*F zKFK9M&^L6iZOir7agyjjM$l45)@j1DBlU2rZsmM!0gk5KLI-#wLIYSG<%KHXpF4Vf z8JtWYGZ`g)_FE;?z1-=d^SKA~y#1;Ojk_sjUhNlK(OnUWQ)2I0M;qYwA#hB^-e=uat(GwDZV+@PlyCJStkcf zUg&};1U#4^FEU0S(w-h^p5a(~4(1Sare7z1{2FGhjmo zJW?PU145u=U4+-=I}sT8clWxCV}F3F2yF!}?JmPFa)9=Phv9YKKR)Od|LeGo1{_1> zlX4s1IWGhv}APYVSol7Tux-N( z#~=pw-qI9>lclyanV)#M;574~sw5A4%a#7g)j=GiHl}Cr%8OidQ5u|cjv?aURHyU> z4{}TY+`4qQyEFLZ8nox&Yit9a7aW1=cBL9j2m;q%J|hxqoc!g?z&|Q}t)(ynq3IGbeW zaVV;gXhOcLpLm_|ixz=czbfZBDBwdYc(a2AV~x9O8zAPhx}7#?$?>L?T9J?xo z>90ES^?AMspU_^gp-^x9|KZ>M-s*Aul}&8$*R5%&WiR)_lxsRhzMBrnM-y1~gst(C z0QQNZ>5q=8R14_H*~!^?7dG|*RcM*(8-V5fyLUH*hr3YSRq1kzt6f@gQiZ^|jTc9| zFH6Y$ub<0aO~$Tt zj^K^(?=jROJceInywTO$h{K^XEEYwyoDBy~EpT=rUB=E(We8(~u;yGj6*Lij+gcGb z5#LIC4ppSTALG22w=Aiw%-E_Bo+iftQU=)p$J-V0#=yM5+UEJ}ygEZ2X(Zr{2E!Z< z!@m2o3CxsOWn=+mXandfN?^%%inzVzkOfqtE1o`+muvb% z!$MGI?p|VYadq7)Yv1@4|1$pM{%UV`_D{E1&iWZiDS7mSJ^X!=;FEo9r6WAc(A6J& zB(I!&ZF+wHkN?B(7azBZdBLl;l28^qDaK&BoXUQRunp*K?8?e(5!?|ML8Mh(7fY;!T&%oe+4!M1iY9) z5dal1Ycw!uO#3)FB_+bBL%i_CEq1^B#jtjBh`=3o zl%DA9_OD!)7XzHEs5};wtd-eV9RvJPwHyGuu^YspdOq=EIF9~)qahhd2Z2_()_FXj zY(hlsjAeJKEi#DDIlqj<#M`perb8aCVK0UK7#ms7`Q>emS{l{paoW{`=u{m@#y0dq zM{)w@C0OYlC4s5*3jv%f74jiKXw`}A1Qw5JG*G@qrxFn4&De8*o6#R8d&U&p#rUMp zg&GJbDE{o}em6X!gXj(>(;p3Ra-BBDYvy7!j*Smgr;p5Uuo4 zdl8V}rXLQ1tm7qk3$stON2eTzLxVrp=DOZKl}-c*1tsTNjt-rkxovoZ!=jmCLI$3S z-TgT7cdKvC<1j)$1VMRK6L$tVW-k2bXm7Q%x3~IFfB!{;K?^b&5pZ-mC~{Og0=Mw} z`0}d3@Y~ai!p_ODBj3Udui`SYT-%9XR5<@$@b?@_G&{73ZC&t<9oPG zK^j?+tc3C9ySCdga1t6Y>yr!$R0tDTLV((I_T}IGkN=kN$MIe_nHifCjDyS7<$0$9 ztka-l{O5z%Cc4Td)t01R8?N14U$5M+j^4`tl)`nUV9ApVolXl18t|tN0Y@RuC%bhP zzMY(1t<2A}mE^rJAM8GUNgy>u2*iW{Bch?`A$aC|5XgB>TF0m9P&Nx80&o!^DNyGi z1Jv=^b(kGehEQF77vjstAv%UKZ4*fma-h0r7Za+Lp(7#P-rjEie`Qfz;FEp%?OKr& zxEV3mpN7%kVj6odb{MslcO4r?6eTLG8GCtQY8OX@(3}nDVoO_ii#$8O6C4S&>s)F~ zb1gF#y<#i^OTJS=ktCyn$z5ELF~FOTDhY#N(T#GEYz+S9r5)E_m6sriCeudrY|Gag z28T0p%PVP9!6l?o2+l1k7e-&#*ooK}Q}?dR2pB;E*hM25sH-j02PL;zf!njpYl#T$ zO>Yf=sCy^8yu!mo#^7hj2tPsMnBmUYc;N*BCzKYKm!`d@c*Nv@^Gg zUILWasfjF%5PN|ipHKiz@JdEt>sPqLmGJlyz!jugav&ua+D7poChT>VKBVl8*rQ9qmMujZpP;HRiOmM44BAW z+c2a79z1=vf{-YUzMWs*6d&!#AXpmU>(1nW8squ*VDb7mQ+>T zmg*m!C9$e9_-|^4(d1-zLx*L46O43=BSSe9b=zkvYTB@6`D>7s#$XUYyLPr`opa!u ztbGDY^ZC{Zv;vd>4i(OBqDz7Q*=}q@WVNJ8pI{YArmGU=?qlA`54z@H<}*6BTQJe` zL2RsbBY*REU$34YZa3Ky$bdx``oZUb*CYo2RTFmX6PZm~3rladOS2I0nr&3Ou&a&efsxQa-@UyGy z@FKx_`cn0g)LzEVrbT7I9vcmIgLBI@mC}$EU&!1;Q=_xC?7)t#p$Xfh64142{KEF5 zhjHj@WeEXl=mO+BC4&%v(P99t=sP*PXnDit^R{(Gh~u-%X7M_N$VrI%Hj#s8wgQlG zHV{fX>} zBqbFo&-BWav1N8XMbu=g-&=N@+s2w%gkFL}o852<0wfW-SF?ijFY4aRCuhaMHo^~# zf)>#>nZQqF;HelPE;Xg(pcAae=)_1d_|0r{46VIdPR=KOk^?w})8(1PckGgKG^HAx zl|@6(TvPs0)}UD=ISU%u0Rf{@co#ZWp6_@6`4`HU z0f3Fr9zHebf$5TSO@D*}y;KDtYY~%R&@-ePyhUyVHw`ZGZ@3Ye3?J}N0Qf%d2L3tE zf^*_zp1naI*x&`(&PQbditt7+J3t~b*&|!`lZ*&H@E1qBi)8TIPOuBEP_9|g<6O2K z8Kg^S<9fINqm_t!QTjH1%b{h4Gzr?tjKG2&M-5w)awgY_oUY<0I80S1 zi#yp(kACff$LJ6GMxuKJFkcr4&Gg@nhZVfvY&R7%l_{evjjy51+W z{Mi?;LzCOpuYCV`{Sw)#f5>NsYS3m{l76EXn&XeEgk(n9Uyz1|#&WiSMZS?Q7)x+< z_6L9P-1ZRV-g`qdbp}XYW!Z~}cz|Z~d zXvq#Y>C4#eMglYt?IqBQ^FBJSmmg0c33) zg5P_|n$1ZziYSG`%m8Eo4g$&$7$0pQ<2t|r*v@X|&cBTc6II&0Ug_uH;4qP3lrD<6 zyR#F<-(Nj{_B0H6wEE*e{b?D*i6M3oj35w}g9z>3_M^^;?Cfn%*(C%~+BDC6dKtk@ z^eZAezPRb51j_owp$yg{EVS~FiQ-+Je z=gq0Rb?$kL-wp@$$T@9faplM z2r1!}2{eM$c~0IBF83%Lk<9gdr7tvh4WrHIxS!QLv+}k1cTRK^H%=k#D2;uXeZCG2 z(XtND*rnGPJI6%L^pXHLMuF=9bBvN7?1slVX8vq1vNE@p+1)NiG@qUO%5k!S_Rjm1 zd0U6zcBTNG?Bn6;GJ&Po8HQaAoo_SG7PHxHy9HVTGOvcP03S!(o1k0tY_e7v7Z-8J{e+RF_}PB4c10(4+~2 zEeLrZxcf>Y=hID%jRSBuK3)ol(ZJmVpY5xd)%G<|@SV}wjA*;Y z7X%xOA_uX&$x+QFVx_-GPWULGi17?CoCdxL8oK+Nskq>WrjOFv`iBS6El$2JH2nx* zm&}ME&afd#Y?~@hWXx8-5u@6TbUo`Tg4=cICqQ#gvS}uz;09yqhpq?$#F9hP>7N|< za+^LSK8|~lK{y*1uxP{<9jVhi;#RJ{*=3u-m`Lw7}nEG1(}=(p~g` z?Ya(}2H${t+T#7gTo-G$dVO)b`iIvRS0xx$T}YdE9Cl=g4OCrZ?>LS3fg9i4-%gJF zeTdR$wAi0X9)L|g`{>ntcc4|1wDlA|Q=K0_#s-D{ZnKmns|r3yI~5o0T*ejO#`*IF z0;iAf=eF38w=hlxN=r2RxVnhkq4w}T-^on+zDXaK>mX5|KYx8T!SAD77hK3z@6}IV z?4ruBfJuPL0fPT7@TwAK$WDJqys&esW8@7i=xRD9V}UJyfADYrO=*4R$!cj}DpwG8 z6-Rt?aZ&rL-Pi*a9L{$7ovb^06PnYfPI2et?3uvcJY1b$Tvo==1U%^~dXO*3l8Z~p zoWO_E_%cskL+h}<9z-&Z~SQOlS<4Ogd!bV7q>ASaU32GN{ z`EDfc#HXp_}AZOGM-1M1uGOZ^3bfwd2kaR4%l&11G2U;WwRiR(ND8RhOTEE(S#FlJtIyr(5idF zE9pl$TCIp&2^^d82BG4f{^4T;{hAl!$7R=?wFut{0m+!vWJ|f;p6z6evNK9DFOId2 zENv|6>O+BYMHfEi?U9KB0i93;_mnc&41hL_ztX9yS8oBUyiBHH75TC;k1WYL2jy|j zcjVtO0ZQZ|0juj+9xLn_=$0?hAnnSJz|66cfofF7N4t#}3$V&)ZG^P&6iyr%n&(h- ziqq#LVqC~~USy~62G7zm#*f_H-G*{JNUlfQcOPZLxh4kgehfLe5(o>nO$Bvzd)g5? z^PWf1m);|r-vO_gnD=4y?`VIo*~Yz~i?Vk7oleSy3M0C0zURqGA zs$-=zr%txLP_tF12tw^gC65M-Q>&f?KxD_05*2Nuhg~omT+q;|uGY_(Dp2eqc>x37 ze+to#G5gD0{`{Rb#Kwc$*u)i^LJTvxvV{qgaFxfYtYlT2cD5>c0F<%JB^O)24B@-0g>yK z-8p;ou?R~415mTM0E~c`q`W1ghwzi5r@1nbX@sjQZXZpiPo17d=)m+>ap-RG z;LsV6X2f|1=Ni9@2+lXBS7U$zlhP4_aU2v_xy>_V4wzh|x}ajvIr6N@>=Javc;@NYk#-@{JPZ1PKhEe!2}| z;NlRvdO728(3FDlfDc+R%FZvwjerz@yco?fSOZgU6A3OH93`MI6qK-Z4lUPINYeP* z754ei4?5tpva9(_XM39mq0MphBD}7HhkkQel_?-rE;zQ{{+DwqKb#EXpe-f%m_AxQ z3~B@v(5-gln@>1a={a4EifcO0v7_+rK-8Vq4QY=KHLm%cZfl!{ zGy;Si&4E@>a{a)8zEf$^(DiVwjzkvVPWCG_c^QMvcpE3oZau!AAS6Lr&jo)nB~UkT z*VDuqDP4159z0|H0Xo)>Bvmt4`!2*Y?)RVXbwQv-vE&g95)Tysj+#v%B7zxH3g}_F z!hPwoJ@yGc5T{porQ+B-T>=|j5U7!P_hk28fAXKP1fc94dV%fi;=0dqC%5hlVj~6Z z=_WYhL+niGFUb+y&9qYJn|{cxcB(wF?3H^}-R%pXIt#eZiPg} z&EDu4x|K3;dr8QUdzn5m4xX~NY=p&}s%rwQpZqufG}oIpiZ0(?jk@LchYu>4DlDGn zCgTsS!juOg^xkgZ3O+POVr!}ztwon7reZ3$WO)L*qu_D0H;chdB}fR-WlA(qL0F>t}Jm@OZ{B|!L z!_{r?(jUiRI7U-8PA(uM2;lU4gZ=v$s{mvUn6NPq zE(#e2jxd;RkYz>j^11WKN>OvuvQH8I9IrErq;PJ8meG-UgNecTR3;{4jxaQW&Ur$? z$O@n^25s%oW*$eNU{Ov3g`77AdK31@8Y!FXUCFqPGSPF|x_6nu0$Uw<`s8#eF=yCC zE;-p!SLkDIYf4PvPlSb&w4eF&{p}o^z9~6nk~Qb+x20l+PB2%de6L@gc@U>c) zaTi2cP*nQluUrk^8gbXKasHusU_?{Kh4F4*`3)b(v}H)DV7Z3I$;KH_8RJvgLS-}f z242R7Lb(@OCl?9DDMd7-vP$U~8w$=zpCsFHuR14J5Fdw#Qe zbAG*&A=RPh?Xi|VMe>d{0ILE{*2zFAP0E}YWTgDz4?pjtCDWvOL_u3l4&m{mI+62q z!u`Z#8eJ$XS}rozfRj9=9iI7w7umrL1_fR4lu_H>3|%7o0t2+}V>Hvw{9c2)v{T}B zFE_`EXV!;A^g8FuiJ)b^R-U~Uy>R_W0-u}o-KTy94vqkyFGE*zmgoU)e0TfjIP?5Y zKh0+JpJPK0mvg2=8|OIPbl);480b~!b%Tq3UB?j!o}?1&lZuNy+hsnp#k1*;*oyuR zZvwN0X6P5;_!bwk!sd}_eW$y^!T`gZ452~(^*iG)gKDmv-&0LnXI1IEciUu4`spI{ zL0|Gg_N>fj)U9%VoF>IH_>m{=VwM`bgmbIi7<|tbP*N9QMKo4>JC9aB`2N$%n36Jw z{#(EL-POD6tJ+PvG=at}cmqdaS=%s4hRTL=wz1tdH|v$+r~-qeMi50e>AZC|WLk!< zvM198Q;;jZNQO>$tO_6)z70RiYSq{vCsCOUS`W1f@8mltfD?!lC)(cW?7v8KKq4Oe7#`kIQ zC^+j_?u7hT?j=#1axkPB|Hs6f*+w?9@uhqdELjyqRIQvO!dZhv|#Vi zmd=t3o8yq<2oK3C-b(lNDLEX=S9v6_KJ{a&mfcW+s6%&fm^;eKu{BeVQX34OH9Yxb z2nfe}(G|ebD~H@@HXRWd4xO^JTm`5Q*IX>YU|1-oa;}n*NYHW0Tc!nS3jgrIqt&yg zNA3TofAYWeI*uI65Es)J?q_>jb&42$7(qW$0uPaPW4t^aN@l&=U6CxrN`?`b^&zv- z4+F(87*}-VlS6`!SA&?m7DcRJ2S3W{7#x~82X_h){x+I572tfGf7*{T4O|iKM(7@P zpMIO+V{DG~)}Wkk892w#rde;tiW3hV2`re=P(ZPnzym)Br?Q^*4LTU{{DA>XuB)Kr z#nCfVB6)b4#`xj${n7-ysu!Nhrqa?C_&b{w8uM}-ri>M{mD%T(lcA+C$WN_e&MW8U zqsQ?PEEALs?I;A0qEBgogzIb*?!nKsx?1-T1HE>Z+UJD(iyMgKto|qm_&EczWPj}A zON%>WDB^e-QIT)^!_Is%#y*>Upj~0pBRR$Afkn_tE*IxPJY?wS*Lf$qlF2t9SO)@c z&L#->=Hznqb>6Q}uf}jEh&Vq#TfKU7y!z(#NpHJxOCYB=Ybfvpk7J}Fx8}#(MrD&C z&V)RwR*@4K86AW(*zrIq+l!->!E!XpjA<4*4X%M*KxENcSEAe z2g)y%HS~vH+q*7r#$A%Y)Xyt?3tYXoH|Nm~hh^xk2&MhgIJ@1*EnO98(nq#Hpw4c5 z$XJ!1kdC}Z6AP;h(l8vLU`nNgyw3Q79S&_Ak2ZcY)|`4}L!uGB!kzsT@Ts_Tx4d*9 zz?Fe}BH(%2o9^%+Ak#>6pQA+`y5qa8UoDE`{0dvfqkqnS_SybwZ-28{^~JT|z>b8G zgW&UCTU5?L0lv4cNjrMsnF^96 z(}vyLCv?it;j_|qY(!}MKCr2>u&BJs_!6T}`I|j)4d38;W8nj3pofB+n1ISJnPIzn zcSZ2&<4-dfdC|6a0k}3V_~Mvg_QHbh;3>dxy=zdJT=RLxY9JoRi^ufZr{n+ZpZ(*) zZ1Gvwm*uc+TxIvl-gJ;$Prx`8O#RP8k(vO$>*YQa}ZT@ez=~b;w zKyY6umDwz8X(@@Z3nTSUc$Qli^d;O-E*b|Z ziVpty{UBqD*x<}TBBFl4TO+gnT|-}3=vI_7?I{K${M7uHb~#z04)Z7_hBq^aPzeAk zP&vjZ%YgOQXg_0B;FG$K6x!jl zk~<}N5?EyhyfNbd4i1APSeZ}B`*gbWtrXnFQ)%b7OcH$v7$!4t0tn@6Nz`c~cZTgK4nJ^l8!q+Dap^I$U$g#}9gWAJ5Flqwl<-fu5s zP|-3VSjgfny07z#EG-om%CpP~H^|DdZaNhFmW?maq}3YdBg<$7)K-=99Sy*)Dg$>f zhH-iKc$}ff15-q|thmcVc2CFfiLtL?4ea_;nl%58R{rP|y)-T*cHKC_7(((vhVmxM z@S`gMs=C_;tHkLtYAuHcpQ)b3fu>zhN?-Y&-Z<5dY2WQI8R;DJwuR7t^@lPhBf<}HJ*7^Ow)oG|4;uOHtBqGcbIK$uX@-&TP-})*&)8B1y zAt6DqMprdU@F3f@?!(#@)hF4bzUXra7dnE=Z%&3oRnh8VxSa2!U;_jv&L-y4z!01Q z2k^m*zazJy?XbE$Y6T<58t`xs>*HQB*`XcHnvg^`s^oqxO3iiV(9Kx5mW+{R_A4LN z)$7Q*y#XwiT>@})-i$MKA39k&Nf0Yz^gQ$r;TH!Xki`Qa>8Ht20tb+AuV^N~r!!$m z=rs<4eJAH^H@hI(+rJgsd|aKLp2Q9&NsWA2<^CbgnBTa$xvso;`CTCL z8hemrjh^Ct=*;2sC))HHv<{DqBZ#W)Ok4M@3kYnIgb4a&+t8PdAdmE(9WJe(9`3%Z zqYBctTy2z_h7`|ZGz~1PXxTV}Ad+KCnbdD31Wo%oB=84U5u57}7p@EkL$u7PJWiI~TR76MwpZ^y z)fns7J@8Y;$vf~W0Bt~$zuRcTVAEYI<_T872n6eB^way6w6#Y??HRn;=wLD=&RPIK zk{jgYE7(BSRpEl6oX5uo1>s{?Kc*c6PDvPRT`*X1wa8^Rg3AeW5LKWwa6QA~;T1@Z zM`#@2A`5Xg@2wB8?aTxukT9YYaVd1;4;m1DE5?*z>NjMn4uM?Kq{b zi3kj`O!M7jiPK=b=^;AHzH_KD+FNcyFN?{@oQF-ATIfB-fw9|RqC;dtaM=fUgg&+@ z=Af*IHWjlUKA4U~X6Yrf&}S1ecy&zu6$b9V1T? zg{$@mR8288xMaY>!~NZ@>RTUc85)ed#YiS|IE%j7IO40igCoUdLbyFW39AKJ<; zX3qqb3Kfvhl;H^;ctaM@|LXE`_1zbTU3bzs)XGC>ls-5v&uM;_fzJ~i-R5|KAWPwk zd39m?1Vxd-jHA@Z;Wn6y09d?wpgbJ?7u=r)E{n0~o2OK?;89J9+~vH?b{sgK&i)Vdvv-9=c1*hog4hzUb^%koZE478=iEm6rJwq- zh5_C5+f9Yi2fM+clS#pofZrUd{(LU?!qX@Ahf}LOd+U2G-~PyJj#l5EA8dyXj~Wzq zYAQ6LpMt|@IcM67anw7Z)L|c4adk1xyGGPf=tfyIt}Y@cSmK7jc9!UKR-#_= z(r7TFinKWWBAD}^KYN;f?ydgvr+?n82`bH6i&zX#khG9YKW-}%O>M@(S|zId5zx}c zd^IMG!Qjvteoms1SczkFk<=Jeo6WF6oYSmCpOWFSSc*}lh@9WthaMc$w-wdqltii) zTQH)WpePu97!9y95?0otN$1Pc9v&8pFpdNeo{eU6K3{WP7#dLFJi%3zFhbOjBZ_Kq zVk5n@fg58rLP>ekM#!7jY~}$XK@-JwThGI;d{vbRNQH?&30fFqtKow|$09ta1qN?8 zP1PaouI7nlz7x~}lYb0uGxmH^jvD2RrQH%_0oFM@LNUrqfZdxZXjqIfnvoesf>97* zGaw;B+1N6F{?Ojegy%QIVUEoTW;A8eI1+8pfl_*wZR8r~e#Dn;c8OUBsD= zTuaW`Iax8e&Y{9b|LB1rpM&-cb6ZjCCms9O&7D+++^wOcF33W2@-G;sr|_n6A3nM+ z4kr9Kio8C4n6UyEy@)7OX6XJuzK=jZ}k^{^Y@X{538g2D+{rke36~Bp*w;cj?xnt;Q+q7L`3X4s_iG!wiba+ zx{drwp1LtjehX?;T*;Gue)nJe*P&lz{rr5j@o1~^C&92l4_&S=Z!$(`n{hr`bQ)Tc zUDtOv!u)w^ANV+JKCHA2e#TRYb2pIZs%$=rO}#T!7C6(700JM!cI7k7G0oJ9a_~kQ zGQ06S89HSVJu{|}hL)$Dl}!>>!pK=znJ)5RfEf;i?woH3rv$@U5O_fAtG6oUxQDTe zq+}-ym(rPW2#YMrC*g6vkxBZY-2dpuKUi&TZ?FF35C15wWy)MiSzm?3WSN%|l(H~~ z?(X2;K0#yhPu~O#QA3-&KgCJh)&OE6C(ZdGEa%<(GV|uFFujp~1lKVRzNOLh<(ig8 z8G*oo&=i<3h{Vk&DJ9{0onYW0$ecGL$dJe!39d+WN|yvSc;!E3qn4sVFUFi9@>CyY zgn-teqg(pazEcG0(=oU(Q5+o}f!#~rj5N|9PRmZADJN$h9nPF39@NOd6AjXtgp`}0ym-GG0 zCq5ZpwjfvpJ34}`RTKT^yf=lV7nSE6ryukJpRA#H9!I;Gi)Fm-(|?lRDgqu9*9sBdTe|881|4q_n6z}_jxi#nI@T2A%&}z&ldG@ex@5dTY;^W>00P$ ztlst+aJF`LSBFmyo7wF?PB0Tb5doREHslk2A2K!>Vh`DMbKxIy?&fY_gd4qb9h`_m z4%VJ)(PSp)@Vpxs34+p&9@nnxBrkf#@vyC`D!P&FOYZ1iz$jhVF_jEFq4SirNkL>- zzY+^JfgI?>z7O>J>o;f7ncY@mYFA?;P0O0AXNv?I_@H828xvu+@UJ#9$8EdK{#Xn1 z_R?+2*2T<5JmpKSm%xGbzyELlb;b_t37Ft`aedjUP9W*xRa?4t`YrTv-pfLs;u{0h@CSEG1EL01$*YO3E%HspCmt(0#&_9lYm^ zT${e^xI+tiYe6s~^o&rWz`*f??|qh5A6I|!zy3*$CkBf&7w5VVjq`HbnjpX;AG;oL zE=mw?t#JS5$;Ipj$LKY?36YzD2j<0r8-wan>Un*t0f9G1;Hc6M!BcMaX%1gG$3ik2 zYeZJ6XnRp6yPPfMqrQS){*}(xp{)q5WpI7xI3-6Pg2X_<2R%fU&8!1}N24~Y%XLbp zk75WxsC+%um4%KB)?`{rY7ADZ7QqR>@YP&2gC^@D{G2pr!Ra?b&8JOWgahcOOtiOa zk%nziM{yWDa$@dP>6x(?v~hfJb1*1u!$fA<$65Lri zK6fjO?A8FK8$9amVYwFl7^40~2YSawejC#@zN0lmBV#oGj~_C-B`devmKC@F5Wqa$ z->E^i7->6Bz78;LmyLN;1WXTb_RdYVBSS&2AQ3zncAs@ju?&L9v+&sBD%*~dnBEc= zn9vL@k9J4KGi^T?8#*L|DZ2r0dC>t0^Wnpwr7y3m9E9==3_984r(gyp58J%)%WgtJv z2N>7_uVSBe{=D#=?D$>hn(N=i(ZJ)g{RDd%Qx#Jn#Ynqe^)kRz9xvF3;HlkaXwMEd zE6zFV9yrg_(BEc20v`HYC)o&P7Qfl0Z0zXRQh1Sb(>iuLGo42N*?zLV8K$wt{De0e zCJt)m>5%#Q=cb)v3!fw?v37y3Tc7jU;a=^*$KYhq-$4S#oxrh7ZK1bCzc4NBbeI>N zu%^K+$Jz*HKE*MhGiT1;{`||gY0uUPpkl|_H)l7!yTu(D;~yr$voRSP@^63tC#yH7=d086)0V^g)V1(|t?b=1p;;Y# z_||6wM83%AtpA9t1gBO(^UZ=oQ46`?Bbwm{Mq2UdLy{18sKmB&`YNByzgO*7=|2Ii zJ;cO5om-n;AEr5!&Iq@m=jpL>qjE&~k zA%+!$_aazUVc)+$Xnubcwh!aTH zaFY!ILbA&I1f>kr9JpZEgMuc*7(>dLb86*J@N6(r86M|G56CFWGk*Iqh#evJ9`=*52pZ7tdwrS1WfF z&?jRPGyEjGuZ*qO{mG#PfrgP-6dzs&=`C#5+?J>2Rfz!3m6AV$ah=43`yCVQv1xqO^Xe&dHM z)8L&t0@=F#Bt4^>;3XU1>S>NB>$=^K4qDV}8c9IXd+8B5Baw?-Sekp>Ys_O;i+hj@ ze%z0W?+t6N#NU(V~ol2>|jD~CHdHN zPD$kLzGicG<|D#{5U}%%am{^8TBFDP$DTdEV zdAC5wAStM8WeKwIKEF9{(O4a8h#r!K2~)v6GaFYUjZEeV= zj00hiqF{oqpeg(O6h#r$DL>jPpZVxtGIWc;l)DluwfeyMsA#0yIx4VqE-0|Lb*jcC zZ$_VU;z9}7)otE^O+fN&H<>}sH(Lyx4KPCQ20g(gU_~}OyFS#-x$8uZ?JKZy`iwDU z86gkvRY(GZ^%o*!ktsz(iwXV`Y*e9C3i2JkV2+T39e=ySUamKnMYu|rz+tB+L84+K zI*V@6t#ij2n_PK;-$E^l(x*YCJ$XV8O`4UWMhxoRM_Kr+p%6fUg`wiO#9Ynn^1bgu zF^?;2pGU9*i`*8oueX&=dKq>lz3oA|)Wz_f{u){vrI7qkR24)HRE!Ga~m;Ntu` zk-Ock#sH!HhQ$=Yv&KF$&yi0MnzwPoL%bHK(*Xw#e^Q1K~LBR0R&!8c4Evp z$Iw@xTb>3s&a+clf#-w!hC?GIaD>u-uTMXAaMW&sfdqExa{|8L7MMSTkEUZ-0f$X# za75@q*WCJumgvuT#|pIsYu!VvR&W%g&73%!VXM|w1VRFOSJ7u%x!NdcpA1mPRKd6$gU3hbj~%534>^F6vo`x}I$gI&RJcvQK}bry_*4?VrXzZaZ6 zqrDq&#Zh-H%H#XB7lHvh*U3QLCM*!)BLqS8p}PtKG_c``K*ab~g_BJ|MtP7=S@2~X zu&Gd=C$j6?sRY^w;_c;iZ3icAKAuzdAgc4c*_ijiL1p1QS+4Bc7T+@4-ZmIJSo<8l zv%w2I#ukWf2OoSjHAI)#cmW$*XoDIT(5avN%iqcO=y&kbp9QV>gytS-^&vcOa2Gm! z^Y)~^)1EHG&C9KB0txoJwl(9?MODzQaUvAub2yzbtal-E_Y!?dgsa1W1xY>k1dJ1y z1s;Cj;xZ2X+2PA(oLk!&07E&2iTnZ1V6~K+6C9{c0U^4xqL=V;!iJG48nOl@@7}tR z_7oAE6w`MKsSn2KaDQ)r&xMSOi~(^F?z=CJ`uRtH_{SZGuvK94UK};!Xbvc{((Ma9 zOISo{PFR%a5tK3%_n%sbfJs)#Tg0@pJsZndaa!e#6F1i%ss{fUyZ}WJMZ+^45g;p| zl%5&P55Mzv&O8`rL$4`4kU5ohk@k zIgdBJl`OQ;P8km!(axO@KT0-erMu|>*QuP4XAaI>bX2Tx$>s%llz<{BQTsl}!sCoh zIl<@L0(W7|=L7=5pN<4q?ZCiFLm!XPrweMrV>D!Zx{5ix7noRV$&iI&)rDS{^IdTr zxq;K;YE7RMH2nkY&bPj%)^ZhFy7GM`V9=J~WQZD5H*D9Gaq~b3Pez36ScR5^)?C zo7Uhau-Yydc-E?zhfODuS0Ch_-brd=!($uSq~4kt`v9)mqa zWT_CS0^^PSO@8!)7wL00wJ~Ld#B7C9{?h|@o@~xa_VmNPng+F!TtcQI#)jCOE0^Vk z&(ZtnM=M?BAA9<-w&!2}>)&fofj3|lh^GP3ZTX!8CT9{kw$wVP{k^?l5`5BLVobJ5 zlkk$v%}W54RbI3q}YDAZH;S9Ab0m9DJ2845FkqO>lNu_*H|Sx0T@9$$D}i%#rEY z@ZvgSMA-F}PsZh7f4AeGo}I6rh=)8@>F)r}n%s4K$PwWKVmP|8l7vQbuzX=WJfQI_) z^OQrg05G>eq%Vd-Tf)vpQcmz&C60%bRxmVyfD3Y+aUvY%T2TU@h}jsN&;x(dCP%tf z!R=jWd7h}bPBAc`iR<9ux?PWA%s7;T!xr(XZluXLbI0@cT{S>J(EuRV5K0Tuyg60n zPMAcGC~|yzn&CDle;$VJ4@k`q0dS(s9&l<(|lVj1^}H4grBS z)||+kmEFixx?62VM;;{#A*(l$l}7#xE!Xrx|5nZdn>7^WU1*H|Ug-ZQkv)UN;CCU{ zS`HZvfpi0_$dc+s*RG@kw5x0bC4HEh5oAAzeu4r2O{p21p_fJI(|+Xc>)wwZUPeBe z{iAutL?84j%`yi1$Z{Aq&e`!+D{^d{txCwqBbdl7+2*kDOn`_#t?Gof#uCttPR8cs zdXD9OaJJS&HGw`U!E(G{U~>c-0&!#XR;r}lDmup17sJXf=I8p@FYy4&IHUZ`VeP=- zIC(aPYkbn#UYCDpsI>1g@Pk37Ypua|k9Hei^)|g67wk-+5WI5DaWYR8g^@7uR=(gxXsNRBWOuu}haRS{ zr#oAHg4rxcwoYZ9$1&A}$XWHBJPLC8w%G3AAXESCfAU+EPx#5QA3S_iyW1+G`_bc+ zakaOirhgf^#L(J=3R7rm?+JQ`CS-+g^wNfn=pA6;?Ic_i^h(%HFYd-Z*)Sk=HB3WseT=jt|D zQE=)yfe;;DEz!j2R$&QhD1cVc)<(3VM$TL*oM3mQaEt?I3(tsYGa8i!$1M7Bd4ASu z)UoG1`Fp!9ZOkX(g=<&$@FpMWuaEnT;86HSkJEdM80iY?ft?~v--H%Fl_H~a6}0?c zTx3M%t~f9YS_p>h4{aG)M%%ehfkRYkuI9S%&M%Z_O~=h1SmF;}JOWH6vifB8&vVq|~{`t`dAdW;&Qh(wrmS)=1<#`LsIJ zqBtevR*gb4ylkgwqhb+~X8?-p6I`5ja7~*oh%7AWGh=~^%;EPe#*)2HAmF^?&0_q{ zyHh6lREx2W;r)j=!1QT#K8M7a<#cf-9~>N`K#ok6z(V9b4qg9(0ab&*5FUYx-Z4T- zq2wPvd*S6cytxgPEGq%OPr!LjzC(h`&{`H7pV4f~21Sg8N6Fg62T|v};BC-q30hEYdQHWS9D>xklIlSEWWVl(b~0XW+tga8 z*P6}A?b9qxjZbz3Mr0H%7iYdW_{wkS=S5CP^_(NN_(ag?z{rHL$($-#9eU)_6ayN+ z56}Hp84>Jt?DWk})0d6Fwi~;ssz;{L54_DRBcB`wyUDS!H_x9Q1VlD5@*jIQ0n}u& zbiO>xueHq(|5EG%)85rT_-2*urdxhcu5l2R$If$&@HlS_MSdWwO(8$D^DPV z8fc(>b))=n03RP#uGxl-AARTPOGqOoW&z1usSH*ZWWSw;fi}y4D1jy{oVG|scF=4g zBSN6YCj<(gtDr4KhA75Z%D;f>4sQ7cILH!mZQh<;bUtKvceir|U;XT7$?(<)5RyRF zD1I#v9QLb3X@ZSUfz2W!(X9x*5ikLaaq2X2<u4e`ZJ*=5 zj{#eFm*4594kZ2Hqkb7Xiw*6Mqf0Y03^DRXdW+!h2Lbx+6}OfPuaeWHyGI|Q^rW8oqJsU2|%p?rhJr^ zsNoA)n)&eralu8|o?LO}eO7f~q0R- zb!S{oMzyK3LRj*jfG#5kCmH(aL&uBG!V&zOJ{>1_VO!vg;|k5Z(84uzl#GoN3GLHH zCCqvii{jF(Yb+wl<)K&amPljzs=YM==*=*1r(LTR=mKW2q%HYGTjf&K%w|x*A>GeA zCk4k=i=!nOCUX)84zKjho1Bs1wh2w$t4&Tli$W=#vlX;icXXU%U9BDm&?hD4d#E+C zlrcR(#Z-a{3tK>*@$(a!g)K__A7h&ZkJb=)R(JqyB`&DM9!Br*IWV?zkuk2qKeB=z z?njq+G=a$ltpucFb`Q?%lQl!0p`kzJc6SprSPG2z!MU*|opa7b9zfHeL7&m>2D#xK z{-HAtsUk_dhUUraL+7moIsC@)=~ZAG9l(1TGDmoqPUpk1nJ!5*RCP&=1dzkt z*-loUtY0<6+8X_+itgF-7fk84Nkw3R6JIFFvsM5?KlehwO|uX z$#pq?9KXn(5u3XE?)fnXhtJib+dY3Nq>|r!Pk6@PuA)#R5?a6tLziVmM_;0`Z zGDtZ)j-v_^MlXTFn`ARGF~qu!GMvWHou{8JMyt~cbMkKaJMuPV!%ty)vi`u-`|$JK zoNKgr%7|7C=K3mkaA--BSxZM~pw!Ih*zrqQj)OYA9L2Lr*zFq@dVrTv0<-IsHI=z3 zu+^vsI|jKV3KTF>dF(ats}6Fd6Cm7924&XbCo%s&*Wh?AZ5t(i9g>frWeH zbQqM*`9~L)%=2T8FL-+fyjvP;ghK;P>d@k)^aUTcvo!nV>ERI?bLg$6-5i2*-vCAG-gMf=g>!wV&}pv zYe)qDWWjA<5(jhAT98ke;;uk}OoMfFIRgbIpJa3P^IxidoTDJqDr*ZuM;E#>JG_xx zSap3K1Kb5%aoQGol^%I_L05j0Gj!?x7`a}cA`~M3ctrQvDh>g>x51GPu!)TOhg|ES zIvhXQB~fsv=i~uC;C1i0rxK!r@xbGjEpjgt&!welNSgj-ziiW|RyN29+DD`tn4)os z;$PnAj;Hj}Mn*bO-mV-+M#)k@E=}-SFu~Dx9zN$(er#(SP@)T=QN~7(mgwUI$?os{ z&Tp=6&d&QlEViA~<2&#d5CY2XN|&g^6F@Ix%if$`1`iv~OyE7i)+C=Jp96z8TMUn% z{N6vW-)N%qfs>vRx@x8Bm@!njx=1$iWTB+>UFZcbj@);PzD;v_XbTX*s60=m@qebo zqN_PhzxZRT*;N;p^(oGG3OsF%&s;da@!jW#b?C}8IBssuP45V=i~u=~MTBDjHUHsR z2oBLe#NoB{oi@rI7cGH`8XnfjQAll-+c`5z?zRVyeUlx}>OZ^UFnS&!A7V#vx*1K* z{q2AHy9z18)lzwcjuJ8W;1f+MQ}({xWXBdrC~cY(+Ilc^shz_LejJHNiStwv5_F`C zoMPd0wOUMn`92YRBHR3y0T9Y`GeR018tvvyz?a~v zhEltX(TtojW(4%mmh&)fokQNeS2g%DGH34DOwdL6rd>YMc2FEAs2zNV2KmgdI*llg zA1%jatU5uwh+O#1E;~mtfz&yo9K=7kYcC*S+z4??l)15$e6NCg0ob6uQa{_Y2M+?UC8lbPUSQT(jF6(AH7;!wvA-Ugf*bNIE^ zk9?;quTQR5U!BD9pU+d{UY}p}_8wKYZl{}|9R0d6MtJOcIFnCVu3P>DS**G}xH}&l z8==JA=>^6-L5i`uC@wU&(CR~EMZlt@j-N}V2F?5~;Q4RXPV`3%*T_JppORJOYxSIuxQX{YT$cM z_EraJyOhuctdA4)m-l&F6T(*0R#gS((V)Bec`{@&MOiCadQ7k^z11Q%J@|l$oN-1z zK7F*AOzcN!0be|#3$pV%$Mg*^{rR3Iy$(J4WVW}5wa3T-DhzGr$f1S7%`^jpXkXk; zSQrz=x&|zK@@CkKTRa1cavq}sp0hXxxcE+?_4n;7LmA75VJSl{4W2Uw0`-s9XEzg&}x(J}ve94zSRer}uDSWL;GRsq%-qCQ)aBa43IEn}>)$T*ev49O6| zRo{#}+EHdkzu8XslCEno1vNR3QO>7q^f8(PaUY81i`*A3lfOyx{%d!IAC%s6lX zb0o43kzBM7$2T7)Al>R}U{QbP7~z-e7w0vO)l>@k4vcI3&=<_)1I(?)Bp4}-!HXU@ zlgy_o5`1Nn0yk9 z-o6%H&G+I_T&xzLGj$(>sFFPjBhV@14!fCbE)30r|!czxzB6J%*&6PB}{SXmHAea7xpJ zGvg0a^JajRKy)k;m#ry5i=vbWlLg5SO4h89p~@=?mxHW&q>ZgjfeT9B#C@8rY!g(4B;3pA|j-e7E>5eRRKIE zel^%R246;sp&>|M^j(R^JT}856Kg+#$+*!0kYb25y!>9TcW05f@yH#4v_-lH|HpsJiXzNM9-s~#!!N}nve#>y{7$Qpu%@GL1 zmvX<2T|PhB>uOr7?G8qU>hgPGrb)k8$ImnGN9Mb`2CCVdGsyH|bQYz-QP zJ-I@ge1`s&^IV&Mg(sj@Ml)>TDI6Jpfwgj#_hh%mPe18{%%!(p2WN6&TC2};h^-Yk zsSy}=(Q7X_iu=u@a|V2#g}46nWx>_2|M&-?@om?-ypP?=1SKLMHcbzH-GCNuU@@5S^eziUsWzFJPewpE1w}8;S1Oe zYhh}?Vq~2<&42tq zM#(tO5SDYRVuk39JoBBwKuj)$qJo8D5hh03Cnc*e=hJU5g6CabQnw8}7|^MI`R+X0 zQH~n&{I2q$bK1yK44=bQM0`c7G9mAq(B5^*pt2-Y7^}9yy3DZ|bBttQDUF8L`UB_4 z(VF%-*Gx0#;ZnSE%y*y8d+VR9)Ij9>#q~H$!IF8uG_SG4=gte}8e8-lUuI!UPR0UH z&s+vKZg%}a&UK974My;TH-{?=-t>^$7o3w(I$lGPv0H)+J>0@XzR`*7EQXSRGom@r z@6$IEHsh#Pz_%Gm;J`Zp48HVtQ;_1{BUoZ^|1yI!K+g`ktHkK8~o%PIyO*3 z=XL)LI-(;zZ@i36KlIr}aOkMt^>qT1-ZLC3t=U|fGL7s9kzvRo5 z$^!R{5t+$<@auGF`Yx@D_XJ$;gTw2Sv(V%H>ecJB(#jmZph2J};F|e+Q=e0=rkA7@1?Uwr2F27OL36-?jKNPsbY@<82`@oKYXSk%0W6H~hSU z;`&qIx(?RUhZkK00h+iggPnSHaci>~+Iecpb;Qp@1*#LTm zC;CmZu)Za<>Jk3yPayJxU-?nzt0hBv-`(Xt@PRT?NTcS^U_m_{0j${Q0;wK2?>o|G(dhec!`NLL7$&-@3fQP@fFkLynxP1RR z&t9h2Dy*o6Q4`@S>vWZIGH}GV@4BqpDoKPuY}X(LW}0&$>;*7N+6X5A$wC{&=Kb_& zzXR44_>K-@-r>8OE3V1XYc;fyS7GJox*Jhnu>47LnYq{%=k?~Z^n5{%P~>mK}B z2|U$@#lVA&a8j%}o{TaKr<4q%?307jo^jwz&=|#(!8$dNwgERUL>>}t#6j#GB-7j7 z>SCO;vx|WxJiwO*968Rg>6@WZsuLV>M&khTJ!7|IyR==mN5g>K7asI8G%TO;4=zAL zPm9{XT{`#tR1b{5@Dps!+BC~|NN7tuJ&#Z=YU{gVPIbXP{6m z{rxfk8aUyR!yRj!FCNHhtWQ=>6&R1|Bpt0z5|2Z88hbw5_qv8))5H zIcygKH*1$qIm`sR}{E7XCF8Y zqce2F8?VsYSOUCeC;6mH|RU^rU zw<(hD#0dYiU$#0uOXhkJ$JJmcwA8M_Q|yjDT2(^h^kpnCz;k4tjLn)H)kRo!stzjn zi$>byjW-QW&?cXF-D$w|>F{z49Hye!3$n*?p?~QG$F##6*Q9B)-NBts1jc;H*S_D! zFQI2TTYdfZBF8Ldd=L=mOyKa&weA!VeAX^RDCvdZMlvOM#%oVuQ^hLpbeVo7G0u5) zYLk3K{`a0fZy&cDaK`rVC(hLQv#YEAUZz_d7tC2-qKeHqll`lk>p0^0!~|aB&=WMg zn@wV1r;1I+1r42&4IZ|eMGJj*PyfKEN~gVJ7ANzU_EFgQ@ee1wh!CbTO01k9 z0#wFOqc=E((@u1N05WFAz)oyx`53Ygl%d1K#kg=%YX25zpzqCXfCx;MG1z(NUZRby z-DK+tB$Q7?JD)#4sEch&c1k zJ*H1gQ<4!CSE15BB_T+dC_-x{l|Cnn7$>JsIHu_+X1*xdE>6PRcQ|uqgsegsBVGd> zxCjR4A#;=IGTd-6EvvaC)ppKZ7t{ocVTyh%%53=Nj?nuNwrVJ>%}Pqq4@yb`E^(WjD@e!mf&cS{{|^JUbzk~#zZGNTio+KO^S(Y7I{KPI$PPzIqkgR z%^~J+UsLMLJ9x?N-NB(;Xp@hl?Rg*(x>?EJd*5wJlI%zTkgKBy4|+@MvgpfhW7e{$ z2rSh#GT2qf>AMw#(l;_0ql@{6S^f^ndtAAJ_fCNlu0jb{6!s zI^T7qFUD{#HDm&zo3~?O3 z3)09u8!&pmt_J1URI%`5k_9#&y^Gg~TJRt!qi^s57k#RpWQ=*|+Vs~&f4N?tri4^O z_<%kgFZ?p5^Hd(ZWDhJxAh&SyJHwR6zN0Ccw~CQBe&C)he$iv9f1zz?${sC=T>Vn| zlsus~eI$n}B1?dcN93dlVSX4t!czV5`JEqpzZv?_i=GTEPcJUxjFraSrX1_nDQ+-#>u3Bo?wY5MqBBjF0F_pP12%zQw26?mj^UB3mWR7+ zeE-GMmohZi%(i+qeW8r*qhaXhSoth^4DFoqG@c)gFq z(hmmCZEbP*i9Ggqw?nYI)uRBa%$~z(V=m=EH!+bJ{NW${SqX@~&_f_ENIByEXyqoE ze>hiM7y$5UOEDJ(8X=jI#t_R(A37J*OoZOd2C32{m-YH3i*$V-?vb{3$s^o$_BuJg z%J;QF3@A#CEp_MG1r9I}tjSQ*QDM->FcSV1-+U4lba0knXk@Gky?5yAI!=KQ6Ux4g zl}~&?1GIC!{)<j#hAhwj+Kd!szyD-V6@%V*k`e%hrC;T%Wfcg~|j`h#cw^?MZ} zujO-@M;ymJ^kZm7nTOU|&U^3_Fy(OntNfL2Q+~tl-N+rqfWPa~U3saUAWv2Ue(u@; zAgEs!*(;HP}axjKUMrERBW@~JF6({gl~ERJ)Ts?O+uN)kGAJV9slKj#^4 zywy)j^!iIbM>@d{ z+Js)YZYks1oC@vW?ppnHMSRZV=ji9il;7Z+Rry21X2F08Ol;o3pLQ8f|Go?4tkuBZ zsZWK!dBQ9#1%2i`!_TcDm-~oBZVm z8L7O%HH})~30>hJC4Pr_)Htnf$#nBhwaBLXENiP_$_i`8hLMTcXhD8 zU;dg7xwyJ)zkCclny5s+OjXh=iJZQi_w0tk7doLqWjy%Mvnl6i7y(i3RP0s8uU`(V zs#~TTg4y8ttKa|5%Nn8lKv+x_rIs-1V96-PK@9O`i&w@?IsN16(CYF;>Q)G1%8Kz_g0W{)9?`E*cW@66FSrY5GJ<wevzyLX?lZ2ms~f4CdOP zU&o-e{%U+QMYr@}e);@z=9|y~y)2S5--YN^+Pqy`BNZ6XoYAxX0Nv5LyBp;^yc}yp zO85u_oc*8w)?ijydNlAjQCQa3FIkpxo#r$^-Qb21N*80yBgnbNJWo(uw;e%5kNm7* z0y~9vn*_lG6WSQFP6>VbJq_W#hncsbtp@UuViZw%rXvvGQ3ZBOhzuWxW0R07bVy;&ztbKWK-T5{R(dFFpy-@8 z@D?Lw+>BhF%Q##I9`wR{?Uv8~k_Sa(jfaE!1$Q&K!025ZLl};zJLkm?3?HU{=S#P| z>8Ayyg6o#@bIkdLKCO09%-9gWhxeug@PA-wAe2uu<5=iMgU!-r@I%YeILGNQxE35O z>;#+J4wr!0-5dDsI0sO?^N(B^%wo?P_k2fVco+w)U?&e`iXw3Cs6E%_YIZW$8D|OF z+cs_LZ1S6a=m*}lL4_s%={s`QKp^9D)c9{B95nD^)5!1)H$hmd3y~LX*$;i8$##-4 zbdxbZeR@>8adB}Ko+cr{zw&m1C!0pGgUfg4*linG;YYwKOW^7nYfn74qdWDvF6}dP z^#~2{$76oox=f~rw}V8dkV+R7hOuR6%f8bs1GSo(@Ax329{r7d%5nH~aa)p3E9DnD zvnhDfDbBpAbLrQ6WF!HL?}2Ao{OO!_Y>2Vo$>|E1@zgc_ow2>}L?{h5`f>R5`M0w8 zK7MJc*7MM+$12+S-tEN0ocE>$(g!LC(5&zB2`_7+R5}C{WKJRrzCQRY68dx>>w{!(@)35xr`K}fin2*M1QVEHX0D7E4h zXRd~C1s?_Z^7TmtF<)bFAFixyKf5?zJ%6&_Yy2^OHN_c^z++^7R52giw{Yrib#&ly zbN5$&@@IctIJBz}XM9YnqNEQ5X9y9)5$2?A^B$&(MhV+mXhRtDh&4`#fkJ6p!jwoO z(S%QjEmx*3p>hbU#^fw4#!(8h2EgVL@CMU^T$f7$bfM22GCQGeR`EPo>_{S1Z8YsG z2f+Yl@Rqir`QTo0jvUUl;H4A~+XqwEygu5vTCJ5E#k zK36>F8F0rIXFY~=0EGfs^2>2!`0PAm;BlPs(vFObA?011}`u*5e@uoI^2KtAN@wp2>>j7Ge7?1=y1(z zYsYR{cE7p4>YZ8$4_>_Hq&=b1B3JaX;9TP8jszR+c#l5f&D_hb@@21mkO^{ZibE!p z@{OZ^^5agZ%j>11`u2uQi!+!s7xQ)bn^@4c`M(q z?(BSIj$zeWzx#f@ENT#4^x^mWj{}G~hD0gW_T9Iej-~jIE5u6lO6NB6czb-l`s~@0 z)gS-KUzVZxW9-5O*_MGGS#7j6CiBNk{NasuM9BXis z?><{;2;ad;R?PiSoQ|{}-+)zM{p7dn7=v-%8q6`j)2uY~uCZ&|F$(B7#=BkWxZV3t zv}&=7K&R#@_$@}mB?36@WEZLsKr48;#tHD(fW)byB|4%}Uj|7(9W!qnnOA%0pKg9R zp0ISMCP zaLpI@B^%s5(;cr^O~xZ|(^e2e=4-sX3upf|V3l$AZWUwX4Q4ObY6V0v5j)@K%K5|> z$G|JVH@e^{h$T>(Ym~cH9MH`8mPYl7VQJ0DNGz>qndBg_=h$S)BR9b1%w6H7AFnhU zy5wEC%V4erxGAB0EC%dw!tkx?4=nC%k_s=b|QpR`^mM-l!PqNOYfW**u4ewB#OOL8FNncMuo3; z)HtTEbkblaZ++K^E;5R`fh$85hraFw+R8Js;Sn7k-IT$aeih7WzT7U%f3V>PJDat! z9kaN^yQDps^Z_BC&a-=V$MfB7f2z3nw)lcYHucflgL51$fBT>Q<5rq4FRyYfIe%O{ zIO;B5y}oTZ{#~5(rTtpK7g)PSE$Eq7w=nkTU@tV8K*B0@w6gh(WY}6PRcTL<6x@Mj z?(PV`)_SfzJ=)0Vf*i>=STU4(5>oE>olbQZvPu*4f1 z!NeJwo52*@rFsB_=ZsTYi+-%0RPrKF2u9#Vg$VRK&YVM2-mz`q2N7W!J%4&w#@gNK z`O$9MS}X$LAAINO>YKOci2!X&dw=!iH*Z!KH#cb`vwgHWIy_vxc>b*LSd4(lo7_gC1-=ENmfU1eB9{w>mu7?{m5AqkPcWTB>FEU<-rr=}mX;46ZM7n_@py~HTkYE{ zBnY{l%@-8BzrG#=@{wXEn?Ky|?Wb3fdB!7ZUtByS#imUSVA4*Rbu+RhD0d5z?-_n| zd2v>_7!j2$R{!Ju$I;*D)6GSK_nq+Mvar$>bADu?G>(i2{Lzg3JbXCta*+Dn-8-n9 zPbobze0ILN9~^z|@9kDcKZd^G+an_&3f*lEWKo_?I$VDp8GHD^^j?het!F|%SUr3C zq;PXRf^?gCs0toL*85aB4mNPQhMdspEn6-JZwB;zWJt->+@uXYJUPqwre)|U8&>$z zH-345##WLL`X@;A)|b5lZtreZS0^X2LAzrUqwj~2iARxDC0xAN+jF;1wC267Ph(>~ z-qjXtgwD{;h?Q^Gdk%d>e(($IZX+J&N-Ru+gpaY?^qVna2W79;w2*nL_{pjgG5+H@ zex>W$u20cL^8J9E<La;k?LaS#~Wi)y*_-3ELQd=C~&mNW%_u$9e)&B2^{c@EaH#bF&}NXt18Yv zbaSWBOc{js3Csj+>7=`jZji4yR?hZe`ov4N!0lch942f2#TVZso4#EA_y^zX;_R

0}G|o$wY7TvWXM6S4H*ZT|4l4Ysuwy>qy^A1K5gfTU zw+Yn9QHBVR!x)6%wwqmjyjdOXAA~T<`S(`m7q&3H&36hMBOd(B=QD(?5y2Lr5*k5D zg)7%Re7qee|7dk`8p9NU&56J;G;vShR)nCDt4c=%ilG6s`4epz1A-2=%_x((7x#FZ zwm6BAlR3L~vYmV3%|#5?^YY_u48}Kc_;7>e5%a!TR}KpsK+`t@1I zwO_t39yy4AR}o6L2QDj;-7d%xtDG<-oS%Kg1tWxr5}JFWu;A=`Q1CbluULRak{Nr! zPbmpql(gUy^-UkLJW-}H(K;{`Ag1k?uisQ51ecUE-eL9njr(cc@h}d@Vm1#n5PZ;E zfsp`h~iX*OBGN`Me4Yj7j7+JlzaWw8IB;UgU|Q!3Df%!dQ_h&X3Z=3v76D zcX!o525$wsjG09-Hhv**+i~6u-rSDK7<=FXIIg3oaX@4%w6hzWz=ly2KyZZQ4uZBo z-j35ZPsaIhHhqYNZ6@!@iYRZK7Cj05>Pp$V{5B6K2<;-8&`#zcn|TyDSDGYeXvkqM z&sQh1Eh`3=E|Ah^tcP+ex!(x9Xd`p7Pql0CgKRXL$vJv@8sqgT#?JGb$ps#9_Fcr3 zvA}Zwtv-A4EKr2E$7hv~ot-$6^wC>nqZ8zpGnUnnlRo4{(2AFVUBJMZsW3eb zpLPV-?~;T>PD_7$i|*>nni@`&k^LCwfygo%ftOFgg6F^6umer2zqeP#EjG0B*xPRN z+t}nmALLWuhF)Yk-RHcO+|lR2^(b&Xh)trm0)(yD*Lw_axYBFlaDs6RdUPT-%R@aN zB}fQWdAfY6UL=VKTx6E*yGp{aR2L?&Nl+4ckWtU#cBhKWP5*LW4hKF0+_@(|&L)mb zc6pa;;6f+tY(@_8jdN(F%(y|<*cN!vXLm5%#Aa}E+PB&h-f8Po3^>V~wN+#9U@d!B z1-Xm9lGE)3JNPY_lo)`cQ@nw_^ouVtwyKJ%Q+bge5+1Yg3olPfgjdyNYx>ueN^ z&f`Dr_0Jx6VWh+**M|9#dt*JQ-x7?E3`SR?n;YMIe)Q5K6Djgpm_-4-I1+|b#8aSx zoc*60IR*jBh$w9rfCv+#h_DFK>^2A}$8!o9Zv-=fkIjL7N*!Sk18Su^;9UFVS8p4M zK1tL{kbeHvHK&htdX-Hk3ndm1B892SAVY*mD} z$*eg@W4?O(wuC33@7~S6yYBnFjKkwtyD3JT!|nA&a6rsBhTxslsbe#0UnC2k*G8|g z&p9RI{Q5AK(8>zP)3eLfY5IrT;}}{F&3X4GGK>NV!l!h@5zq*$EPwIkH)$&~o1KRK z)8GCqN_CoZx2v~rPmUw!jc>28;#SFhi$ z{_f{rtd2d9CwyQ4l&pU7#TU(dISX{UOlJKtLVXkd%4j(}nfXnG`r;zAAo#hSdrI)?$=PXXB>1co4^dnvxM`3G2L>?E z+=Y%lJyGtOF6VlE%LdsBc0(3wY>${FKXs zJJUgI6@3K<`U-a7d2@4BJ9Qmd{_rl&A$Id)bOKKVy%&;;^r?a<0LMF-<|GwD>QAjy za7-#@vUakgf75^}2NtW6`)(GNb1Dj*63ID%8<@!_oVs#4*O~8y1Nxz}Y9SkO8l85W zqp&L5cRUvao&MLa?s#Q460obO=q+8a*>yAjp5g?|x*2{HShz_4>GprAmvioZbNSB6#vI9vrkR zL^jRx>|n2f5&Wk*mOw9~vJr+M51xjG1A_H$-kh%9MDO^bWk<&*d~QJujGVr*yhMo1 z2rN{+1;P>@HW*#tNEZ3fPP@jwH!#e3zB6hUy06!^g)frLxocq7sE}vXO%3@`vb^#A z&z`)LrEyjSz{^}I2QL!BV7uFtvH9+SDI$;&eorPdfXF$SW{`$~$g%SoAvD6d50S9z zj{&rJzzTPBMl&xxj+9a4+z^1#U_i|>eiH|-)Z+e1ig_Lbv2av*r-hk3a-t^_g1@sM}YGv**Tj} zcog|z{)d_vfAZydu{i5x?U;!ROGg&HviFUL7bMpf25rI-&fUKfoN zcas5etUr(A^;@Mw2F$s*#SgrM{a!ly#aFLa$I8lans~9b<{Lv6P@2)air}~661qH$ z;d+~ZL(m2f0%dU`117urI?kLTbAEUr%0CW_m!aSB$!P+qWL8yxsb=gZ>cy8?wW>tO zrH=72hA9NJhU>Z8{Q@^Sb9$oDHz${?SBY{dK$kJ;L zB4fJl>sQAKvW5q*Pu?cLI1Nr?=g}MP>z~dxv$*viHddMDu%d{U|dXNCYxUUn~zYSgcu%!qE8EUZc&NPiD zxW!4P|I6^~E{?}|rDOD0AVG(J5#112lY!UKJ$w#o!S^_L2sp@8oO^in)$7+|x1zUS zy?R}_rF%_|a{N4Fd+tY*1+pU;50AcieX{y_Y?G=hzO>JL_KAk3bu%s+3#8bFkC8n* zz?(0VFib@tGMsbp`r_+XmBq6r4kxR>{m*~D`um^#yi)??m0x4~Mt)~q78p(SaqM(Z z*51Tw9iR&w*od>}Ha@cN7P`H8^QLt28?V?o@(vc2GtQU1t3;?cuvfg4^9KnU1UhWS z=$k6#!|El!=$3K8jUY~&R?4CSss{EGNN26msHW0gG$!K$4V7mB5kI%_tKWP6(rscQ zESWUTCNOpGoK*m%NEAXR7U>`=;H)e>$ZutFk&gLy1YsPMUKnT5%ZtOkGR#(aoDd|9 z38`6NqU4q+BPXiloY(eFlw{_mP7pS5C{1C~5M?vU@t}@ryBYqw)i)8WPan-)K90jk zHXLKXAu_DjQKDRy{)|om9|zAEi@?3V7iSk(PmUvGF`gDV&`MDig^EnIRCInBrr*kB zlv~5B;D)(^2y?P%qW8|{C%R;SA9Iu(4`Ghdeeuof;v@rq6GyG$(5zluRN zmv^u8*ZLGh$Ur&MgGA==!i(ompEj!HD0bpN35Dpd&zTPlluZAhJv&@I4C6(QrZGgL z7cu^XfZ^b%ceZz9JR|JEN5zJ*80 zSsYpwyF5yefL}TG?)I|%G7uEr+?%}$1aG!JrXQT5fEjG`j+|R#avUQj$ZfV7BW>PW z#>sgQGL;HhnNnYah_vGv0)6F=e01J3v4V_EMT)Fj=g^ETGAFQA@sXXQ-6?|>xi&x8 zjfNr@h;B&P$ll&wb;+@isD=ye%~PwcDU~Yk3&`6p7m^Judhzs0>ARHttuK%*(-Cy@ zKo`{a zX!sr4skX?7l)XK6%vF$1gL5&8T|!TR^70leaJu-S`oVUPq>39mp3`l*2-}{ zLQu|L_im1ifc9vCegZtSMz_*9vPGA=s4g^aSwG`=ZU_6X^2-)-Y|fc;_Zv=NH~qpN znZkMZ?m7X?ae|3g36QQ=W-3l2|0+YPdk+d1c@g*&@6Zq~Y>>(`doKA9Ae!q|tqn68 zK&uKi;3os20r@uodcYYk&>g;n0e{$B&X!H6Q;+>(Ls~h>HRPBcNS@dyI*u=Wa9R5A z19x(aJ)Ejq`i$&s$L>i~Op9B8Vqb@i2ajsE^)=Ia;co&Xc75YJPY+)boO<^F#-Rcn zF(@v>Fvc1)WdpJ|f_ZOsltGk3lzv3<_Q$ogpzMw_RDMSgijzZqD=jEvi_ArcoFRdS zgbbm(=%nGJ2r|cKjuPTZRXcI=jJ&csI0&_Q$ps#S0`tM{ei=z{Eoi_Ia~+JE%$(9T zdkixX(FXS!G#T8<>MpP;^Ib%Fv{4?#Pnm#Heau&c%JpG*uI-|<2rNcYbcT}ji(+e( za-0LciV%wMG1)PA6HX4sIFw4o0!dGlCpQ^sB~0W+USi z6j;3qPK%E0&5!viEFxtkP6DBSnX>?l3<#D~LMR%8DjQb5-H*d$;K9U5qxt6$j^cZJCY@Uu2GbTJd<6FgnQ56J$ z;VK!sph3k5W3Bxl$LMhv{#&4;ADIDX(rJ|Nt&4I9LSCh9@DNm>r!^|*PP5U=rc4Y- z?~urw9JrRlRa(Z^-u9Evi}1{bGmjrz0S>R3UsICh92it{!sY{IB$TbjDC5$J&Lc;D znhiv57}XlBIH0=(W%%k5kBqL&PUZy-vimAojcF6pM06BB3`)0!&flWHcxE0EKj5#~Ic@Rx<3}ZaBgL>rW+e~}xbue}EvpA!1{r>A z636^?981f#(I0C!WS$;@OQ$$u>s1m0HjrM$;j)<=A6&snPK`_dZqq+m{t*4LPNw!Z zFsO!*Be;Z+Lg!@{AKs_U*OWpRnC7zkMNpaN+`${=Pa<=O)#OvO;?n; z=>=N_D0YR+l1sM9xyll_!XW*0-Bf}@*P|0SIdWxTf#Chv7nL~l!vht|d+Ed6zd3MI zUKYG|iY@2IAF(m9iI*yYDsTy~1Fs~)qEPTkq{^4H6WGu(bMq>hoN48ntk+gd#ynF5 zp@F`_Z;NEt*X!?{6IL@4RHl zD2E75Mj?ukiMh9$K-9q^V7^yrWPyp0t#B7%GdLbj;#spI4bI$)(%byMNdg;R?B1Uj7BCbHZljklG0j(=J4?VIi%Z-R<@N(1DHVg2 zj-xz}6TzGnZU$Z1u;U?eM395IjX<59T=coo?<~`gLN{Uz<2VA*e@GHWTFFmPKdp|B zPbZ6ua$w~0R^Gv6(L3QiK0c{|X3!`u!Qjl=Uxc2r5HPTbO3?)4l!Pd|$kJRoK1>k6 zC@B@`XPi_GCrQXZ&QgS~szSI$jvox--Mp3&@caX87GhGB0nUqz%re+FK7YQ;1GElJQWZ+c=nW_+a;3vm#-v05! zdx13>RN98*aZ={CVgv)z+tZ7d?9rmIg-6Sp13d1X3TvL3V>ix~YC?cvC^-9Ot)Y*A zj6yKlDiq{YwaQcy8Dd1iEu$c6DnBY8%^LHa;Z)ki1BQabS{#{dYmBVm3q3p>!d$wk zlo*2G(#J%G_7-sBrS$`NqKw#ba`|n6pM{#W36+`GZ_jG1=xld*Odu?Z=Qst*cuAJP z;+OygjLv-sA5H&|a(9XNO!Lx0CFR`*_~HdQF_i*`WTWAM-(6f4TGnCaVs}0;sxs!B z?0OM~iIE3L=X7H)4AKfp-W-4NO)mv45{6GX{;u%HZia7c zD}7_XWsn>VXGQPnzre|-``S$%33wVvvRUAc?7oR@TdH{Mdtpz1czbqY-OOErdv+?p zao|=_q^m7+Ya8XhX47j^OgRSDzzYU4ENGR1wtAJZ!AFk;g&Z1r_Vh8lH4VjbXej6dF^yYYR3 zNp@DnjN*!N2s?ZU(J7}8`g^q;Oz?yMlNeh81VI;Yd4e9Nq@>I6IR0dRJ6W9DQOqaG zU_{@P_NtW_ben0J$#z>Z4xa>MrB!68flFvH^Ix|y+K(H=F{7I99m1@-HYLJ&T7bnUQ38v+Obaj)HVd%>o?ynRdcH(iPy|dIt&A32 zjS;s{%_{6!8036QrI9bjVM>6J=O{2*oSa@(VHp&6NDy2`j6o#&CXmP|gWMI)aT;(Y z>#{ujI*4-TYXdp~FlQj6L+>hg@ODgNW1*>IVm=1je7`yVG4|uEE##q#9Og3Rg6DNQ zIp2Bo&=oGSC;I2RjLz?k2XWT$iu^MgAzPg4P4x_Zj5&h{Co+v@3}>uD0;5?7<#sao z$x=DQ8qxd-sKF|*xR+q>-aT34#rk%&j}1uDpz_e$%v25T$Wbz)^v!r$U@723rx=RW zhrrawg9a~)@l-od*!lRpc{w`znC}+6y#g*#by#q623kW6Ob7hq?|yAF*ZlGCVQmnSeLraz1`@KjU;0 zkcGa+VS?dG{=qKLryFd!Dw)M(>@<7DMvxZ?0{YgTryr}jW%`1}_w3+mY!}=ovV`Bw&FbN6J1} z`-Hv{H0TUmjqRa+s zV=7y_w~-NcXXE>yJ$q?hwfD*9z?2%|m_z6q1WZi?0{>q2VVxb_p;`< zQm_1<)8sh7?QH=B#o^3bA_|+LsrgZuR4GB_$BDT&W~IR{R-@XpvW-5TOtP`qBFM;V}RwOIQFrnMb;gfH>s+p^H%x#m_3&>OCC5fG=V>7D$}pg%x{6MfD|m8B6*bM3R=VZ z()NC`bbKOHXl`*-*pTZ`Hu4!>W!QX9rcM_b_7m#=f& zcXxlN-dXi5v;L5CCvT5eXF2{p34%qO9;eF=G3p$J#aeIj4jD^FPD~Ypu6Ro#>=hzA z%&ES}7@0&5x41 z7KjL(u3|gpE}4Vaerp%T?j>*uyq&^`Zd;@a9(o+A7dItu{y>nxR;WZ-KjJpn{Hy(U z?MwrOmVr-T?nTF~>A;gNI9%Jlt=ItaEU;!$*@vAtO~JZgntnEE3{UZRBW*~NK-Bsb z;|VC-zNfOoZg&5TjMp*NG9!5;-tTTr`@~L#u7uF)a&}rEHNp11)#2V&Mo`(F{UOki zZJ{&d-8{GcpB?UoE*3~8q2N2?vsAt$F?NPyH`r`AJvm^LA`9Wh(q9*cLnbf5KDr4Q zpFKTXZG89n(MwOpd49N4B>M!YAfs$6<>zSOpk!!41_hA`iO?8bf}#v7YEfPX2!NE3 z2qEKQKWdR8U^qQO?2|z0QzW&NhAo!k5J0T_r@WwVE4)QHmz-~yBC~_o!NEa=Y&MP< zVWPMXAKpv5%fLPvp_RDLo*gwxqR_?$KeOAie}4C29)XRMWCTS2;HV)84HznnY(|_{ zqsYM8a#`D`SbPc-_DdH6-BL?%Z}b)XI601uQgv=BFK~!b;RSxx5rWdW77Dwjf$zo; zi3yS@y3KuB=?Fb#QL-?7H=4_LG?zJ>L#K42e0_=ZI19qdd7C#j$Id}feASi97$kQn zsK9U{GFOg2Kl27tXcSx;xn?Y-QjSV#U*=-5WVbj>dj?(rAP_8{LQB=2PcgcT&}j^k zNLv<+ENqr&SzxvqUOq@WS+K-a)r8YKKRc~sp;)d^qDISE@G^!GKeWNepj_HGCopK1 z8WSx`ZXoOav zj7vbMyfkP@8@IyDv&nNjbOvvAAOJH?G|F8YWS;(obotFde~6skh0Y1WaRE8uU zWJLu+pvQ5}v=&{T#i(H7M8L!e$>1ymY~>;E`?=Pg8E*st97x{q;hp<;K}F<#$4p>W{wIiv9@!(p+M>#IXe9uIKj)?T!kO3@tAlz6USon4OoCTB zvaG=05pYH>ZGNITTd!(B55R|i>=2nZ^>iD0K8g-@DlD)Ingn+;hh}1;#N~OfNc36}agVyWWz2`NqMsRkIM0ee;ZWdf3HafsJnI zR~Bx~3{9`k%AX1-PQqfPl>pIa*DqO%DxJ zTko(p5D8$}qb5nAJszWrI?3*4OE@B8oPMFLvi2!VPp<@8cUaeH7 zKo$xR3vnKT+JpI@MMH{ws&h-WZxc; zV=fVY8DQihllUX6W41%ayv7j-o&-0>ZRsl)^fQfQsANw3W^NY0DGCIW*QRCya~}vqE`tksrspzqy6pJF zWGdCsz;7&$#QK>U=nM!Jy0g$jfT|Bp@zwE34PMrUEn^!3kMHI+zj^hxx+O5IK15C=Om17UsE}dz zgh`b~&e2pC`|@Oer+W9|$wBy+gd#cuPXS^McP?6>Vu79M3gd4-CSwV-LK`yGOfqmN zRa@*PP?EvZEp#^x(Ev2#PNi-19h}jI2E<)>7X494;GAUO+FB3LEI2Ys7c2^7Bk`5o z3mjUx$yfp*xO7vhwBz)GN*xfom^u?svAqoHM9a_YfBMD4?bt`odoz8~|I#Hgpz08z3;&|a(F4Yeo)~y9wzX5a z`Ss@PYW4KVQS{bMmg5h*1|YbqSUf-4FMM9?DcazlN(30#XnGw~0voxu24$vL1={=; zN6(J-PLs$zAA+y-KM8KxEQ^rgAi)wishYYosM9@xf8)RUweP z#^zlZzM7d(f}w&iLxSjaAQ@0e!Aj^6w1+iL5E4iBo1nnejIu;y)Xbn>KG|GLy-0ajDaUO%BGmakqcfpdCtogq0RgP3&(kQ zcrZpW*D#C(UIwpUWjajx?q|qx4#tL&@;F6W zM8UyHc?2G4=hHQg6JVJD`0(|px3zJi6RirmC{G<<2#zidh7v5`Q|FrU2X{|pGOsR+ zWtde|C@zKhkZULwI)>C$ax#FHocgmTdySkaBbjU97(N;2^|2M4DiZhV6yPpvSDp&# ziX;A!HxA6E5{v{K$f8QYWni)+U$gJD!4t-W;!s2enbYXJUTDE!k)_&`(45g@K*%TF zb&fIk;1hhD;{*gcRj#z}d}m;)BMO{K>S{Rfzypp5oSl;m9l_~5CnlJ~KW)c|G1>_f zBUgCA;e-8fcXRcF?>=i^4bsw{Ot?xwGET=-mh$7=!-~I3&an*u4}KHSwv_+LT8Jr+ z<_nV4?zmQ97!r3Jl{lH}o0DY6`K@Hk=rVF}^IJB}>2l5# z+jglktqfn=;GWdo;Uwq?S?*$~y#1E3$@&>|RZQcMhu(i2{8c#wP4E@8+3W`0 z==m%T{E$FuuR$GSE@&6D9VA2RBGCYJ7CAjXpW8*RBJ=Ow&)ppCmic;>3bz6pOG1JQ z9Hzx^Dt$S;dYYtWH!_p3r*cUDBmfPDf};eZ`WPJ~TayJ#v^ZeZMZw5HvGOHYJE^Ucst@Y$zKhHutE32OLV^x63JAAbH)3Av7{1dD>p!VDJfjSz7pLnMp_ z569Fa`C-0fn4wZP0M*f?t%!^RU+$Zm`30*GD}v497(mA8;$jx7U@$}VG)w}Mg6VdM zRuBScXWc(EUWZ95qJ> zUQX;NPM;yQ+PsD`=iQ?#s1bm82^hf5aSN;n2_fa^IgQPX!_cW(I8GtAx7n5jrT7r%nFzTcpWIk|Ba^!5aEA%4AA3tBuMF z64tH zv7io587?6QhY1c(E#m4$x0QqNh-{D%a@f8C2l$o2zc z_ZgH6(7{ zt*W04ocp;EMeqZ@kSDTi9C9kta+iZ_K6;h!Xis;@H$3VzLnmc>^0*iIPPdfl4_2TL$iKJRY3w_ zUYHS1x9Lx&K7lg6kYnS4O+S5_8J!G1_QWWmLO1%xk#lsMgP_h_DJLr6R{5|R8Q%m5 z=Fz`MR!@G=f<;kjawm%lg|TXrLmSS}+L30Zd0BmKXGZwQ%DcySWP_fuH;gN@hpuHcoVgW%yO=X)A`bK5B0u=x?* zhA&{$GO`Wh9H7_D@-*vSm9&jBN&JxBEvL-sZ3{Z*QQ|waPDoKlE^qlgcLx$FEeE@ z`gcD!1Bs9nkK?2WDh=?U+_ngWt5OLEEjl$g;Zr)c^OAduyB;74&lq$*J;JS&WrZes zR=D8~=A2_pR8h>=KRMbf4g?m>M7ErsaaAMStN1>!pf^Xt@t_BTMJYPR9v{w~g;8#>zK8hniWQbuMZn?*%R zEg%Djpv-(QSu@B4GaW8LlWa)UL*_Yhr;545TzpuIc48eK7!pajP;>yJ^uhn93Bo9<-bfB+z4tBk2s zMb7ZMvYji;&B-EK%8zX7!#pp;hE{OEr+`=7(Y(Qyi}S`$#|5bk=(ZDN1WpUl8kncq z{rki3r6g*N2^tGtw8c}mUvbj=X0|R`9vy`e+6F!91C#MMs~0+m^bSVwaTPuQ*4Nh1>@!5-~tzN?WO|tQC(sxd-UcEiMhOjY`js_C! zR%|63LjMHEt$bw+oAQubzfBi(L7K&D_r|6QqAiRT81Vtd5pd(5V8-4HXE{#Zjm2rR z+hiRrp9gn*GB55HP+LR`=)j>$ARF%db*{l1`k=DgX&7_}%obV-`e#?onNGofI!7KT z3LhshajPiZrAK@b_~0*iC;O&2=^Ka3H|j?f#R_|Nt9Rxkc(O&bbwkSb?6%wO=tirA z=>siYPrle#wuj$9TjTM2f=c-C2VfKgsD`P~bP-&H=2>vn4TleYIP<$Q`-AACVAI+S zICOC17fRCZ%%rIMpfMda;SuEt7 z=@Qc&Xz!RTwk4tP%h=}8;IS2h(#Q7Y_-psYCo`ZNf-KpYJ(Mj10~1)e0b4f;3YIw| zMi5Sn8O1eKp-kVYh|pI6L)aM%0fqVQDY@T^qI#m0am;1EYguc5PxXYdO<+e^&_M7P z=}2^XUS(5e09Qb$zqas8v>HEJd_4(?^CB;3g+At5%}Imb69RKu*qY%JxjwY;NjXpE zI>sGNZbjnA1gzk84K6pD4lNqR2Vb%%+eLGIpdFgilVy)+22Ez5WKKpb=<}O0x3r&r zDXACOWvxE-V^bQ&vUAsw-@=*m3oqPD-Rv+jtRe(Pa_YAYdjv1;&!=Cm(Uy_uYTG!1 zwOh}z;g>3fDX*YW1491YX@LM_+WzV{K~FjN!gjOKv)(cTr?k^A`BWKeW)hu6Un?xo z4F34ch~s&u+&;$Pgyw9=&>_Kb*e^K<^>Y2a@|WQibU)abTkwAVC@*oaOtIb^A~ zb_Le!+v~AK;WOISZn1r7Cm<6jG_VdF^ic&X1R8z?IEg{0_0q8*e5ppM3Xu<)aP5X$ zZB?|=4)5UG#40L2(=|aUW2&Cjk7Qg)Q)Mmvk!5xWZ@@@CIX@S|3GL7n?kXB88~V1k zfy32kHZ_Z5&A3iREaRZ({&FvLV4HfUMd(lV*+u-6l#*ApFb-K3#CYRJgYM{O*iu`g z4cTI2Hp1^HU*!7c|7_|`+wC}xb4>#TXAlHP$#(n9-F<#2|LXbBm)maHvIdHjC{g{~ zZ|ss!Z7i%>RXM~Qk&#(h^S#R?^nt4>t05jOx6r)L08fuSrSfF;-hBK1?RN-=&;*Es z#(=6OC^z~PLFkxK^OzGy3Wx!iL-CEtIbL0dG|U18OlYIe=xrzYCMJH-2biezw7#p1b`7J#2Fu{7YqFU=~ut5evwV*_QvLH zf5@4#C!E@^7KwjfP~!Pss~tTLoO7%U;gllTD&IN~W-$Jof#}UjMS+6886W`yrRG?T zevGn=T%_AR{!~=!`P5)fh?fS#)#`3^ht4xN9)0rWvzxyiA7iqSh*OL=;*ow8jlZsr z(Vc4q+e&);MB4=r8GkgSbc9?4Yl}|;$H1v)lZ`ov@G@`6u;8f`?2D)&744ndxr*UK z2kkL@xAME-A}7kRP#W0>yf?ye;IYvhT8iF{ZWw*a&FHfXf(s*LF9H(q2q@foom>)X z1_s^~`Qx0o%#ADpLuB;H@a?g?+JQG3ATVX%q~Jt;2-yO!lr+HCKU`#6M9Ahh!9w=Q zGDH0OqZi$%w#Ufahx08ed@;-6=!5Ts!YI}}7x^GFaQEZ&>qbEJ%Rmcg^sx+$dDVD- z?Oj_&KyNDVnkPW&E*_e5FF1LD_tr&ttmnsc4WDjPj9>rOYVY6==x4;Wx!>sW+X5_l zw)GvgL)L#?yFV7ZyGF0PGumNw#Y0Q{LAQ#&`k{8{#Bi=} z^tu5;L0E7Z?Gg;OLJ-2h%2*kBnG*+Rw_p9g|N5KJ(426Dib^%GJRylJF4Hjw$j-4sy8jDte|p1 zUR`;y3*E+JaJ>Ke1Buz%h|i);Vldsd7|qU>aAR+`*s%Ug?+N_aC48V0dsS|BB=q;_ zAx_v_YH#C;E^N<796p(5ce*baumP39Pk(Ia zf-r*IhyKI$_sQ?}=#Spg{d?LZ9aW56(qH}r?+rpNp7T_RAPDJyjAnlr&heJ4e)aZ? z??j6;P8e7z=}B`Hl+&UV9sfCj#R!NRk<0m4ZGaOX`%Pogzy3ywIb;HO`=G~Y3N8pZ zp+V3%7105^Afao7bb`}4cmND3*C~;-EurC%MX# z!k+35!pL9}cuqj1MU=F^QEqhv1Ox-1@Dm9Vu#I37wi$u?v4a-_B>J^OnGI;RP^do8 zQC8qhv;n`!6>Y|d+7anl^kQnjoD#+|Hb%KyxK%;Q&l#zQK97S06QMU6qzvkDkW!w~ zJ+383Qv$TX-``|l&^5Ab1OYwmR%8b1Qofhk+X$sLIC3L*MqCzTk#Mr`q@*}-N;R@exUjOETIeTTcI$P?GoJ3F2E(bv& zm(d9SZ@&I&{Y&>7QQMe?@wPzk(#lfj;SfIP&Q@8Y3&!u);YfK+J$&(reg&b)M)kDiX$mrY>2T3~4u8Rn zMXN@U$!GXKPd=cj(H)s4o9=n%Je)bl8+8iKNUu#&{;=n^Z*iauOjriD9n9zg=YpU5 zCm;I8tGyPvc0T)<}j@2og#tXNSPk5$g%EWA#to1s+C? zbaXte-fUfU$dhY=RU>^m0eQA;utrzUh|3mn68H=rtIp}MR56EPBrMZpfIzl1L%xmT zKl%KN*{icLIn;Q)CmfPV^6>U6Pw3QXxY-49@<)IBZ3K-z_+Zf=c=xnNfjPO~rYG4B znTnHdi}h?mJblFR6*fR#4ofOpLhs~4>KV(?NM79Sd1NiE~8y1#G0 zMTgjHkJ!R#K`!O(@J;XO%P+tAX2FYq3*ELDuwv-N{(V~@%a*anZ1?7qgP+YHBV=vo z!3LJ^Ipz*@6VPpqLws8xL`Mtc@K7*d?~(bG=pl1qUMTx0-&!CyW0({`bL-NFq zqqFke8s36C`me0^Y_Tqop`UOj4>ss}^NaWIzSEd^f%8^=i)VrZG7iMBaAuCZ%7nx< z3Vx35(pR*Az!C_P_yonsO3K)X5D|@n)R7*iJb)Kvg5goDTR8C7J@P<4FbYEJD?&0{ zoQ>#@OheW1Ye7_tI;pDI5Qf0toD|wJv>c%*jxb68RI%TU;Je4*PGBqh zWutt;v2p|gE&GiQOZ(|31*0&|2`=Y^21Y+K9MMI86iEQGH>dSaP+*=(%9?Ssm`8?0 zS@=^_JjM%w#taOabipT-CTRNRT&!u>0+w)aU!Xt+I4nxOR9-k~cO%H?j;@>xh27%4 z>J*LC7rNMZg+wHy$&1ktqi)wR+q*J6=wL-W+&DiY{J-YVIZBS-V!Vw!k{NP#w154| z;zf$D9kgd?(GT7?kC)@6+|ip7&p6Z{TwEs$MrPcfUxtLv|IW$d@-NA8*PHmVIG#4d2_%oi~7QqV`EGNw`BM2TPa|fHqP?`AiI^JrEG!?ZKwf9&FP`7fRtR` zMpfaS+;I{zIGiE9zB&AR6w0C_?`7b}z!Au={^eh7X?s&a0(5op-Fg+yO+7r|2*|xr z3tIl}ac&G`d@?m)3IvVNN3^{G;k+)BD z#~W!?I>TvzW7&vk1{awCL4+WMy|B$R9TPmkM|RStH;?_WwYGc2=%4?;e@(90va@G! zB`-$koH2aq{zk+VBrD|Mf`!YBkxM$M1I~`!5>y|bzKky(WsNW4VNC=(#~E{o__6>j z-m)2JIh~KTtNatO@eFqx~2e)tgn3$GyMu|I=Rwomqsze<(XXK1buIPi1U zEzmQzfW2df(1k;uLk}kM=NkB}FZ=NIZLnh-?Pb^E1KxAy{NJV}Yllz>xP1%OEGE_0 z^soDLWg~qwjn4GieKtfk^MWT&PnnXI1-OCSV^_h-?(nVKU@iW?dH?S1cN$ZWvlKZv z2Vk{!jxio3kTRq+u3;=9`t3QmoBzHMv#LuIbj^LK1Zh;GJO-KJqKq60#4Nbtz(RY( z!^j!Km;v}1oCMzW33H#{CGpVIgm8-IeDx~d zf1I|=!&dNuzkU{|MBie%s%6D3AZ(XJnk4c0m(7h7$#0OipnqOMOH)qZtm=LGUSwphrFTw8e;` zC+aT>tq&>KjiAE8g1AMsl~a%GAg$jvBe5Y7S};fiTsFsk>)%Hg_2=8-*Bm@W zmU`X1dVNrqdn`y~eDkmtv*D9;He*)YLM3LULnr#ocZ8`U_+Ig+(~kE7Yeim_Ms3_<;mA5!t=?rziuZbp+s z{2}__HQm6M8Oz#qO)R%SFv^qnjqqK6!TYnE9K7(^NS9ohs$uk`Q}G09oUD-ozH%O9 zfGi1&^aB>bkaZj6Q2JFpL7e$(Q&3-J^ziO~{nM{r{XhTws~XMF796o9i8|W8U1v~;(I&1S1`o#Gfc&IOUv&-8#NvT!N(OmHJ z9(ijV1VF*tHJOhY{ph#FqJ8j{jB*GIOgqTNvIg-|K<~ZwXw2DL^MS`8H)Zv^f_Fg- znUtk5z`20@f=YdH;Apldk?POLUbf`ynhe1A(+xCb_t9m6Y4-(BGH_eeyg&`VE`tb1 zywV>1hR3!^&0cQ}OQc4#fB)TY|7I)5xNH3zO!^Y&p{aWth;);)-@qt-$ST1Xyt9A7 zRYYgyGTWBx1#rM6FzJAyrdke4&8vLSw>~z|?lEW9T!KaLX!YJB7*U@T6 zU$c>wV@uFTIerhH(8izvFNR09kPa$K=Ghr|vZ(@TFuL~o@4x*(Pu37c)t!}_Q`{P6 z3?OP1FoDsDiGQ7nQXpvL&KaEHtFt;;%DB#@O)=p~;SHfWztzR&2hRDLi$Ihaxe%2) z_C_6ou0IhRcrfhRVJ8Iy7uARiEugWf2!O#r5CsTE34i_QMFHwepy1&6HVW%HCt{%i zr^+D-L`0s@Cj{o4mioY~8FJB)pyA^g1$3a$_D?4ujO7-?^vAGU5o)x9!Du7`W`vAf z8B`8ogzn#ho%L}kRp~cyO^IfNFH)X!tBk$jDK6!ZdScLwPVkGMQ+N)QKvCF@o+5-1 zEqL+4f-LDv{TNArgE3w(Ko%JB7l)00=q|vrpb1^^6fHbrvNUP+7zHBra0tbfnA6BU54n(Xu^;&mXwJcNb%u4o*DHPHck#1ehWy+ zmW4(}S7h0K3Hno>jFTyXMrJvTXE!%a8m!LAAp=KQ^=nVRazI>bXV(h>1YIglR?9h|qr7#s8H)}2I-aJb#Ow1YS3 z>v6yze-yynoHLoj_X%GAag1blU_sEp`=%5e$KqGw41dbO14Ez=}@# zyxWMF-Q>(YXFeOyZ@A6LkEiKMb@5)hnhlffcnyeZ#wuQn_!=9kE^L*|9QK_{6YvPo|@P>J>e2zt&x8Ze-NV1|5YmmHEU z0o<*$X;uzXCU||o zXSXs!i7u2HGo;Bd>A}r?&V%Ejo&(qaIeLPxU5YvRDA=+Ia=z| zJs&?95wzlP9)p30WC0u=z4?zI$g{%s8oxK0>2qrxYFEE#yCANQcBJqAmO-klb{Wc} zrHqgfx^(OrQwyO4gOpNMgA9>rbLr@$9GS*fhs*^&m4}iyXfpaN7^Rcd} z<9qO+!%KTcCg-T5S$%GfEqG?obBZSiv_$5hkyCh}I~uCP_~5nqHgvmG9AkTiZm@P8 z4*Klh$_bk31DY<4XoIH(N#28Q*R*%cwDAgK|Eukn{+H?L97V7#gSKndNgOQNVZ$sY3zZzi z$&2iOgT8UBTfJRB1}J;drC;NB*U(w}=+B<+W*^fw8?E^f>XZZBN zCw&Tr;RJpMo3+V3u%%bzEjDD&$f;?uKKM1R;CYa#@Q zf^h+`fZY=~1|ydtt;^aw8;^#vwguC*!A}T2$(VKxDCqg4*k>b5N!0!e375X z%Fa1o?Am}{hZnIrXO|ELA?KtCT>v2P0)v=>ATtI74wWpryD}J~UqU_y(>Y?{=5~wP zh!T4*2smU3jX6Vtc0q*SMraiGVL8^t_|x5$6q`0A2rP86(y7b8d07r*%WUFA;~1jY;!#b@-5tkK7HdcnEDd84vq zh0ZZz8wDjdlkaeQf*XC1F-BJ(jG?l>{PvrmGV+&3MYGE&pylB01Alyg@r+YJq;^FA z+Jw6-39{T&&y5Zqy%Y?n{^4v<`Z-U%YiINCee^ZH1hX=J zM}j#7bSIba2geo;Ci;pqrW}%U`hZTGLh8CK2f0<2es1uQ-g`}|`_BeJ+T`5GH9O{> zw(tX-CokC+Jm@}t-vH!-Ou&+Zjkbc-t4%riJ(*Emfx_gyKa2TRrzT~DWI+Wg0$lW5 zhaK9}4kwRJoR7f|T298JN6lRz5^jEQyfQ1`npYD;Pk*WXS{*A43tBPOrL$I(QFuHMi^Dz}>KQ1eK znMG{X4p{MKi>N#Q<4?Ef6l{Kbw3keEI!6pH^bx4zw*Z0jMn$2NhPP6)=GZ-macD=gxf!%f%-glmKW z6Qo5Me0?)m!MgiPJ6MEJImB^Ip|uwfB1dx$Ml41j5HYgdMhhXpC~{6}X#nurn&MA^ z@izg9z-Q1-!RlZRavM8vf)zZ&R^U)MX(?@K7vl(l^wi@}N0jPtxQ|d#5a4r!oIM;z ztfD-}MsIx{JUKa$;x9kETO`R4-W0+yLf;z=zdi@Tpi)QzNWmOnF$z+8P8lPs$f($i z13-%`>r?ycYg<$+0wv%^kunbGG+x%G(XxA#$OtP;=I}i4>=|wgxfmP<2_H6MoU(DE zME z?KcyC^uQ|zMey7`UR^Yv<9JcP9mx`!fnS?;zx$9wwV2DiHU*sVtWO4ttWd-c1p$x4 z6)cc2yJ=B=tFEP*?O?|U>^brH2TyhJr+;T)Y7jo==<$cXfCF#Q+B~q)Fd6icnkSIC zl-(@~!m~x}FZ6|{Z-E?#GY2&|7z`sCMoB99b`K-FMwLs!)y5e!#|KUMCMmQps3&Tk+0-lE)d{Zj8>gEg)t;hF|yeO(quPbx#>QFnY{#OuoS* z4T{&(&FcE|E$Cs41s;rL)ZM+!yGK`WK7*Kh(&lUdd4rFv0*BwFmHFn~*PC1B7&tWW z(;sEuy}fBN{N5Y!f?WoZZNM?S!1Le#{tu8HUb_~J(P;JhjKAGyyG-rTXO9j8jM0Cl zJf{=U7Y+yWo6TJho-S}kZfGaa`&_X5*vdT;86C-{5vm1VHt&HiIxZW~HI)SwV8a=* z;G1JNT4$^202wkO{#2XcMYiCGHf(@C1+!IMAi^H|xBw1#uuX6wUq<+3Lmz11;K--* z(-E?G_LF{0->at|*V#qKBeG|6F=9I(#ndzWfTnaF zoOk~gIcNtwi~<4B2|-3gyC~f#=M;zHC95yYrYt8M5Ul!~KEvkvj6(3ukn}evQlZTQ zL!<^77PvB;l%IhXje%`_RK|0XV3XDYr=6J45b>Xsq;|pWkt%!>#1II7x*9EO6a&%E zeS+t(hz@K^ZN)qe5FQpk5f1cH-fH0qQ}q40puu&5lc^lv25iUhj0WiMvNe~TV#^BnU%=0$loH)>A1KFv+)t)@i> zc-*`0k_4^5wIiv-F z-6I+drT~{d;O~v@?=dxfJlO`aRl&*OXsBN0@kg6`4!JhqCnVvV&`()#kw@|-&~$xI zc4)FT)Ug8`_~xASU%y6#?8v3{&q1RFy2=VlcY_BFXY1C#K;eQAIt&MC^FWxKgNGc! zQHog#7azUv8eh$$ZX_4S;01PV2nN_m1O?Y*LaFNc=ClHOv>LtP9Nh2$@*F`Q&e4@A)LrZ0E1RR{BS@*qy zR6WxbXg|NwM<$An!HbRDlL6hgplr6hbM)jBIM3ODXh=xV%BDI$28#h9TD#xP1$)lX zitcP=TpN54-b}9GlMJEr_VUlRTf_}7JO?{GrmLX0zlGMp-k-L1!QB_yD(@h3`_wj> z5wysT{J~Q;FKyF{=O71Y?)u-ZzO*fS3>O0dHtaG{$ysphG1?3n@!CMDa-YECy z!)UOzI$yv2;yc1}#vlSl7?Jj~s@ofa5N9)gH6oIqAQC>;`bf=5*nXfN69iH8r2G>&z+w?q-!(NRx^B^vK%*+J{^?i$ zmcrhgnQ;FM zOT6iC4k>)$Lvab*J?>H;eS5rvk-Wue1xNKksn8v~6i|K6J~l;;3<_TS{8J7#9@f49 z$zl>l=w#ui1!Qv$^&=JQz4Htf1NzKSqKm~U42D3Aym8z%cCn~XiqURa8#O0)=<5l9 zb2?<<_)gCl>lwnn$szT`Z?Z!6J!iXTZ7VCq$%A z5BQ8a12NsXlrf$U*Z4=KIcByJZ)D%tPx{X3=nMVX6!3t>HE?a`#%Q@fX!0lkIcWjg z$|Xl(k?p$0w-zQkw-VjH44gKc*e-hM5z$##bnQRibWo#%y?c1;jgj{%TBFf}NwE1< zpHFh=rdDjwwSiG^P7Z_9##`j$$+XHi(w&qw_{`5=znuH0@q2cmzAeCgf)2ENrXJWc z{5Fm39q9{{GF)T?Ken)?XZXD!b^JcN zY=FyFkWB%EzV$m@3BJB&U)bZdTN{sTaq9Zmv~V_SQ$lt8*obE;R#^*S*>G>bn=bs1 z_n&?D6NXh-A;L`&#`K75B#3$p0c8U0gu4*{g=NeEg17{DkpjZ^;aun3f(}s_+2;p@ zj2Z!lXb|wd`V4Aq-SHxj!H5~6)tjfroEw=T;`&TD;Gpf**J;NHo1iW&G-17YX#Kg) zpy+p-c!UR`u%Jqxj5Pr#G7DHxCwMqCZ^)qtMl@TsjiGfbC8~39Tww76&j1S3XpKo6 zIy~HShrt!qn`eg4QepMuoPbI7a!#T-f;{7%!Z8-wL|U|h*G9%EG~RGd6y3hVoZdo2=y6R#_wR+h%TN0a)Q(c-O+zSh(28d2Ocv%?saKS0IdVB`zOeh zi(t;+^|=)E+rcqK4E{M8!k%&4egXQ7Cky2INj@tw_y*JZBO56}bkvt%=`tzN^^fto zt_7Y9Irz~ZJ&l4qlI0P{1z0&F{NK)n!Kw`;Rvs=3B7+e@(3SxsgXo|vJkW)bg3a8S zKrbl6`;%oJ&zH-{-km(vanA6s;-*fWgeRKj# zt>ULeo@DQI@v=Dv6eB^!*czFRlc99AYuigBIi-i8H2HP|{A5MOkB;MsKvFO}Tz+_C zlw!_LM+%&>&470Rbgux!rS5?f;f*>73g9{IJ z!F2Q3)lYbg($Ru4>vR!R96%eFT*vSm?S7nK5VV|dIHTi)uHR=!2~qzC5GOS#`vh->+RvRqljVfOATJ>E?_?imV*CrQ7xj(a!hSk89D; z_JM)|qbW4NCxU=3HtO)`hDa4H=E(Ka-#KLGmuWE4KzoACzzBpGy{n_UGbYX{=Y$y5 zqT`+=O*qjX44VrNUIvJPKZAe=r^w*0sR=s>@E1IrR~-%SktY4i6fJ^{){K>?f6?%i z!U$F12KI}9xARzaz$?XyH~O5jgJ+5+z+x!vd%zKqkr|I*xN=vPRAeS+6twH{F~&il z%-NoiIv&ys_zET%`BVOreFlOUSg-|9p!&kWCeBiDm|_3h zb;01#XCpbdb`NjJnEF9KSzufR1j^yRg0fC~fl>Gf4j8ywqjLJekPZ0`{8QgY5XMIA ziIdv%=0Y;amaJ?z&k)ydAOwfLu3cs5CcC!#`+Y|A2%*bp7w~BP=phRYXTjMFD;?P1 z*%@sr>rqHDC<~%ZaA}XxpFT8_o#Uv_t(yr3>p%31XLI1S&2G?D_6-RH-+hh8GLCzK zpx;#^3aLEB%N#_KM z*Qp#{Q1?7-G|@wBKonp`bBf_>Kh&HwIH2NKH%pCHwJnZ0Foapl9`BX(SUYe zfQo)wlacJOpP@6`Oa9(``?6CU;zOFUnjcYn3KJ5P9_m2Lp6YKrT4A$ZZR2s?P}O zSBp3DsEl?aw1d)Ml7Jx6ElR=^-9s)Kl%i4V;1qxSZg>q^v3@LxJq%&LbfXuyAxWw}o$e9=tv* z{-Z45VK9mP=bvX7;|~@ysG?m)bc>II|JHYioGr4mcuzX^(sks*$Li#5hEe&)IK!We zqIH+MADn$t{E1V4$fdr;no`JiE_?Kg6-1lSt#&vl^MBeoCwZe?&dZ(yzL`aVq0t6u zCc_Mw13cOT_g`|T@YlE1|KQVx-%oIb&S*>~oZ|r*GCyrtB_OocMS0-ISHeGTZF4x%C1Iyf#UGg8#{987h{wsT#>lvDq6FmVEmvH=96 zr5{0L#fB5d%$edpx{wVtxy(W^)FyhI+?@`otpC9lUU({i1orXif()m_q3?Sx`U$`V z+ZV_xWBwaF^vON)0!K1~zP=YoCbQ(vHN5wZYsYQ8#Rgqa0p<%xYk%|v)3}4qAJWc$&!JC&IpPwI6B9Sw`9SGF0*5Jg?4y(gNySo z=%fAlh2&FEV4+%KJ-_E$yMQFe1|DRCT+#DA9ndkm+O?yd^=QX?{E?ZX(`Rqqgwc!c z*08js}LNBp##?m_7!FD0kKTJJpxj`h*lc}kfXzFKszAl_l*AwfdMXRl6I}c3u2s_k;SE}!N(B?%7E;2h$E8v zQa%%+{Wgm8;);~4G9oh$I*evaIFLPZ0fx%^Fk&1DTp2abqAQ2^VhXFp2}&|N;TdiE z{nZzrOsH%oVzngx=?`w0y9FWyp${VsHi|cc9erv!bS|ZYz@{&>jgWS{5)4S^FHq@x z`>%H!&H@VOXw%n}Q(pv)p@k>@jy-UR=%(bH~r6UKUckm33 z96X^n=L-k)2ZvFdauyYV(TZE!fl^|l1p&rha8tiC=Jm;t;~{~SIwN1?$-)`%PnZee zj-$0Q+H{bc%P`!iki02_f9MBy@-m|tteY>J0Wz{XnUEUu?6f((8v#Gg$voKSDV;4Q zk9Y8gRjD2L z&_|AWxPWHu9%Ll$e*5Jdea?~TYskA^d2++Kkaxe)aJ4G3KxmLfwfa3g(AZQD9FO;S ztkmpHaDoZUoG-lb_s_{6XFJ{K8u`%|ITsvriu5?tM|*Zf+w96N_M5Yqe8H{HbOO(# zk>BKanV{OA&8TrYiB9mbX%w9pnaE;aXEo9LXs)d}qZhc53Z4rrXG5<&xEZX?UI(N8 zjhKxtyFK~6wEPQQ*!Viu_OmcfpFkNNwY$~Y`VAiZB6s>y2ktVM>apW^vHFk+22OQ) zQ(1LCfAL@NS>PBB=I_<92Z=rx^i^I!{Z1C3w*1MqI;^{RaNTPBWQA^VGS(ltg7575i~pdbXvKb!6Nka0esO_)Wn0Pdu63?WbVMhCfVSy~em@PDWhrad zb^M!c{Pz7<--${#YN!zc32+9MgXeAuOFxSatOmSQ*@*9rK$yztO;{?6q1sr-nAHUx zVS=rTG(s1Z&iTi*?Jh(v73x0%Ch|<~r|4jq1Juq0F9NR37lL%rH`qAC zk2;@0z=)c}JiBypEJguF+n7HhcON6PF~P3xPbuLe5NP8XR{UnEqI*totBdOcENEwS zv*)cDCopn@90?jwlrz*fO7QG3gS>Y8xQ8A`%jm7Q+8B)qdX86AZKSyoTC~QCDMIZn z>SchsHl_WjHfw7u&*9yufT7lx$5%pg&XnM~?}F`Yomb?PAlMlvO1X?m?XCR)I|FoC z8bK5Vg)2B5j1!tLfD`~PpOFo^3X;eQ`Yjs}J;4fLuU-tfwT0>ow*Cbc456UR2;k@j zCND3rmFYbuVv*Q3s0pT{Am@Z81+wHeI(gkHTm>)!PBhhzy~4eE61?P=vKn2%w*sR% z!-4-(?#gfmj33;*pa^a0)bNaFpVtRk++wgZV9IJozv!TC_)=CdqA_^!2=0^b{>V2v zOqOay8qNXsWo+u4d^t>0F}nJgF0K5fDxU-0hj-<+z>rhvnC|$HPxL1*oomB4eIzFi z@_+kQbK0kiud9nTp9kM`sy1e@!iV7l<8Z1C`VUv-J<(vFbFvC!qu9$>oxyhrYj!4k{mp5vy>n{nDMbF^kB|5=yN3wfQwHzII~~&w zrn|O5Oy856Y)H^7;C%aKwr<&_^eP!sMZ1UB1<(LS6R>dt+vP4T)Y4;8Qp@+&UHFRUmfi6M2qhEhz#zKDq+ih3yP z2^gaF?+i!fIpK?rrFTRbhmdY5{*HpQ^^~VXMgi)JnvF;Z7^Yw@RT700N-Y`5p7Fmx2jeD~ z+Nv*+KLv$XNUsftcdmQ<1FmR;(S($sJIsv`E{8rQ#3`JXE}-J9PPqMT-9Q}U$e zZ$ikCDK}y0gRGn!_$DwfZE!FIl^~;ykEjo9=O6;VVK5;=FsqrB!QW+7az2a9>zkl5 ztlHyD{#t)hV1&}BSN6mx7rqXBkrg>dc~LB7VJ!AGy80WueF*)69W?LTYh|~h7Bm2w zOvR_1AjQ_Uj15K8h7k@Tf|qP<4M=V3lcH~qw7MK2q;+fh#$zGN9Kj~uyD#%Roe1;@6ZjV}5`A98Y87j+omA0rW`Tl;-`1m=_4;mjEg z8LGdGPxR&-#fyZmPxb;F@S_|3i&y9L=A;({Ff!x{uw=`$g4Fp1W>+?SXC&%rkDms= zMlbMULoP@qvm3GZK^rj4=7b-X;)#%b$OaFa4=QE;&$i z1@~wje$P}P`CXU&&raaa>?v6L&ooq~B6!ZmB0qTHfnE;sC`epJp#u8ALz$grS(7() z$jX9-$-uQ`3RNpICV~q5ap7=3N9-JIx?|e|WbMcpIp$B$CH~@r!Bo^9-6z|s1Or=4 zR`9aR!)F<};8vC;+o(7A*z)7c+49HNXl!eJaddKDA3g9Kt;r>-YRfTMt6z_% zTKN1^?Xd&Tx`mY=?T&|J9uEbFfBfm^ts7t!$Rm6{YCv^CM-tfuu&T2RYrjqTO->!k z*ZyRndu$0AmlgBGiv2tcklCwco?iMT!*BlcFTeSYhxbe}047kP4MG~sGuRbeS}qz< zy4-ID1JUdGg#n)R1}tN+$Q955Vw7m!j4=2B+PK5Qn==X&S7dW(@kNSV2Zz^RDkoit zh~~RL3$gd_KHCNr=lm0hu4!jZx&B9xeoG^NZQtzLyGI;2b4Ir4C%imnF(s(pHfae@ z4h{?if)Hv~D%d^vGQ=2Y!Ie3jMPZ+MNAD*&L5hH86a_U;xES5v{ozvCm}KJ)bR}3D zebuhNrNN{9UK<*W=z_=E;RvVH{n(3Df`?EV`4T=6Kf_{S69q(bd_xB~eqLDu;P<<5 z-6D`^x&-zsj3(KUy@@sPauo`Q!H zSoOVK`QTQ+>igb^`vqRv0U01lgziQh))S~BN@q0C%4n_I7ns$~SJ43k%XV}HtZ0Pa zoE$|kg7M}v!QGVMwNXO`43F!3fy??hI+C%+!0Jms=nqy#1$<-EoGU)JBSCv@{D{uKOP{Xq5gHusB$O(Q{J58Ua#5+3#=AN z;`QW>KGrrFMw1#r{K2WUKvMyj?)RbG*{?KKQo7FBlX$v^h zejQ4UTM3x5sM%C};VnKKD4?1@h#^pG8mj1$O$YU%aULtM`r49M&swAnXG?pUju_ z1RiBPr+YAyvy*YKzRe$$cX-cs*1Hj< zX)NVJW%LxN8I;7f$*q77e;nr(YP)tcp)Y0J7ubKAy}%=ML1Uw1^z+;G1wK_7jCDX~ z$-2Hj`TWbtoo$e-H2L#;?@EtWWMCur%Ci^n(6{~Wf7ksl-o9JCJw|HaV9m+O^Yj*qv7Cw;ah)Tbm@Y{Nd@vu{sow9I9{;nreC%PN7qzhS3V974SZ%fk{N)aig>oX9Qo{)kE;}QVh>KmDvqfri|T^?O2(}EN931Rd% zf_Z360Aw2onmJ#v;(}G*))6df%n*Wee_#yOcVB!_U!8RSj4)$%MhxvN)G$K7Kqsdk zj2!0-ZODq)7eFQO%222Y23qtNqKLEpr0*#Zr6yMt3QiH?f{Fe_-voP(JDx1vAAay+ zK(sTNs%=USfA{c+K{h(DD;oUCHUq^-aIR6m`r%m{VBO16s?R8ag98vik}1K0;6=M= zjURX~=))L`a>8!Ba-bL5EP$zBG$3<6wpyjc@CWydW{sdb@n@(a!bWmr*L)vYS*osf zG-t8eGDr2zNP-{!0wMvhd+L%8<*z=cc9B1BkQcPLH*qn_(JWqHuyg@M|1c|Bld;R% zxuzbOb)2!i;0k_YN5|>s$+!`S;O*?d87BcPoxx9Kls`Bx#fxT}%ITUW@dQnkB}T3> zn$BFGBGtAL&YVwlRFjTRR%+jdTKiMZhslq1I{qSL9>CVx& zU?(^QR_mi{csD+3vOo4_gO)z<|OijSO5^Dp~@Ec9Yu7!={&zd98q7&HJRq|3>YZLFtci-KtkL$-{hG2j5 zU;g3S?*OInAWk?iUIkIWMpXU&>T@aSzszWJXp9$OLNt)c<%>$3Z_HJD7S|CDjMMZ0 z!34q@Fi(mQLb~5Q<@zy4+aClGkzh)zfQbRbbPg6?j430{a15TVU8Rk$VWw z2y}VG-pWL@^M6qb@ zKH6}kj6*-Cz&48kJ9%QLMz7js*(Uh$7tH$b6FuOKP7bfbG*6Cqf(Kcm$y9&%JK^e( z_N?1;R5fNKHb<^(eVu$Tm_bk-GNliz-J|O0D4Oo}-wg8wD!kbRq^bZ?=uF-|Tsy^e1 z&kmZik!$4ysc@DaB+uw(XA49Zt>)e z?q33d(T6L?7bd^*$=n7VAqWqLd#8_=z0n7GV1UV^V>Hh>jW5B?0o2s`*wHzeF|rcy z>3>e41FtU-{b|!1`kTXp+Z(&a-3spogw=CDFh(mMROB3dhh4Cqvr=xOxDIl2_Y0iT z3GK5HoQs1zpoM^8HYGT;&7P4r83Old5?Hh+pg|XQmb|kO9F9KN`OsY(vs+!&CQ(op z4XrjmMA(q4hhAq3+4SS>rdo#|-8#D{sFNM=o{GT$rr`7;>;|1ZPUo>~I;I}Hjr74mme@l4 zXD{GJMg?T#(K+2aT7v87Kz?RxssmT>lcw2%?vEm!zAi!}mn?*GDR={tD|A&zIq0uM>#$1e&<|7QE(+N?C!jWMh ztcd1wNT1+Hqt2;zpCUmB1Lt@;M<{hLfnpo=!hFWR{*0U)B7glO7-dujAu)|WZLUW9 z^=FZj_5dgHAqZy{&VdnX%`#ZZ>7U?jcexs-V0JviSkCiL88WFGc=_lD9F$*M4Ek0L z2Me5+;u+2vjH*QH)t_ss;+R`~IQr&bp95U3+wK%?;2L3ZLl<=3~mGAria z|1_hk$X3jDkC6wbg*$r<;zoFk=P8W{pJO8nc#0NA-;<4gi`>D_fxsD#rY|@R^tExw z7V{( zyItmL1DnV<1x5hygS#e%zu#a7vn-hMj-{L{1pbxn;BdEf4paJEiyGKw|6#O!biBM?LL}vY#aqTGr9|8C)=9E2SH%<`lw@l3py^thhBYL zM>G5fm^ByX{m3`*u24{3@_W}YsahVjhhO9|h<2l{c4nBhe0=_xN1>iM;J~jO}z6nGwMSphFpyR08 zXKmCB6< zg{E}HH6Ly5eliB{1=hhwo((YESC@>irD$~PTTY+J8Wh++ioBV{Ka=OW&wz> zga^Yg@tkU-&=8AtGg`Ll`_1=%%BeH*2ws^0z(jQzPRL-4e*n}mCScw~uznyh;&-m! zF}nT;`QvyoSlJon?mxkS`Tikan??(a3gUqqJ1~#&a4@>AQWB$6xSDSoQ>v>hJi+-G z1wyoI;Rk1j=x7LOH=^oyTyn3!IiG%OV*ychA7ihs;?m&ew7_nzbrFBlw`e z{oVI}Y*cozNl`I~Q>yBWM_q>>?6o7vo175T$}00k_~4;)0UoD+^rb}SG^L?|wrAJF z53Or9eoGaO+JkNL(lf-DD%A#h>!09LO0OeCcfkk+GrDzsQ$xe0vYl^^u;1kG48zHQ z^Nr?f@yE*00@u*Ty!Bo%)F0#h%nQ#zR)bMDkM^|l{g2NI{@Uxe&TV-q6R^jUItM@6 zz(sHec5sqAxwD-Fh^?66^zdzv!s9W zsZX@<0u}nlS)=b|!HlW|ET3+zgbaw^Cj-^fSTa314+nB@&4$CsVmj9-$6Tm3)SUyY zZHAwWGJ14nbEdVc4%(rI`}eH;krT|EFkUIksLugJ8V*%E4ngixtlfYE+3e~*c&Hun zWk3LT0U+4v9XJJ*wtdCt%?T$L`T)E3$P<~=w_^?%%xn8acLp@fK=Iv-Gd7A%3e_NJ3H53UW?thaiB0gU?d6p8Zs7x;3(jtdTX zg<9}0T82>ESxi1ps?gd<+QA^OO4&c=d;eAd?-U;WH3cc3e{=)u+jXek+$X}SJy zYH2j9&)J4>#@j!}YkrJBdt^x)a8t*ETlGvY8bmDMIkE)9Ie4)8dvJrhh1s%q?3?N^C!oH@HqFJ|xJgEru{LEL};$G`h-qnrvFpQ2o9LUBu{g1m1|CYofg!%2l4BlrB;3h-syE#vox7>4S)% zAie+uydtV6BBBVJ0&uVPz^OggXY46Q_rJ<`+Rjuz==zKt!D_+Oji@blY&7Mx z^&xY@pfbAn3lGYNF5I;2(a}Xl1nn-3scot1F4XR2S)5Zqfr-U7GuGh*FV0>)`a#aG z{OJZ6qLkxBxI4!~eVm~ekf4R%Z{C=8;%L$H%p@5TlnH*|`=-8U?4yUa-+dW9 za_UC5`SIEge$o!7U__Iuk8XlXw0<%#b0EQpJ{JBksLr>cP%z2RsYkyl8mDTchCXy^ zc;H=dST&57R_>1;fnZBCfvoG#HL|G=L;87ePrt*LZjl)&^aYvy1~1y+i*qn*c3Z)A zLO$UDM{whd9orTRRhVR}@8{;i2}=L;mss?jj=adCw!xwwDO!9#yUD3_^QCV(B5-A* z*f6;HFvJdcEa0!4(U~^sg!ag!O?Bw*f(MOsa14Z4kO~%WRWt1{*!@)uzemEZ;mtB? zwZq_Z)S5sG{Lv?RZywfn^#s;3An1w*pw<5cYnN%d_5}`XU_66gG)6c2uD{vKZ0i>N zcKA&e1W)jsJ*>RzODF52hP8XTQ{CF}VL#B7{auzQ`I>*wE}5x~!&fFwpj6+rLGRdT zvZ<`V2W(`J-9?|H&D}%8#|DGZ1~Zpkc)=SY5rmClQ=gz4?Cxm~J;%%B?6^W+I;-IH zwcqGM7A(}>x~zU%6gQq$PH_8Ec;F@a8XUc5Olyq{lfB2jxTXw$gLX@~573T9OEe zP{BmN)R+EqPVr_;UuZKpY7gUMPshz4PSL7UBXek0lHcm|bNn84`Rxxm-)R2Tm-qTm z{o9m5J@jx5UFQTxdmG276CAI2(Mosp0crt=EFcMVKUo@EBcA(j&@6ZqLYXcrW=#$SmJNw8FeRti9hwvF(XvjVg4?2mC`qr{@wIPsRzU!0%9l>Nep$_D)qZ~B|Nbxk@ZA%+457|9x6CkAK)<#S zJjM`N28B~v_d{wz?q26s=P~er@8?FZ3=D>=q=?`o8Uh3YqzqQY8u(h+0*^C-!P~V30Wa-|wwWzV0-tMO(e?t2uA{r_`UJna`kQe<+saH)q6Pgr zhvB+MemJ9hq~an;!f}p};LPv`Q@zwehd!$h)|-#J^sF?Y{oe&AO2UDnFy82AZ)H4% z17T)3@YHWv13}so(QkoW{a$8=(>eMb?nZjmuVdvet8l3-#`-Z79MG~hh*DX~O2Ibj z2|qBycZR(pXrw(bg6o_2?^fqhSD!Yr6g;3g9z??zSpXkH@$4B6gU5hU#PKbp!gTd# zAW|NRJVj-=q{8Z(@-1T!9q|^t{TxpIX2iShaE=dxvN`i$UBEytrVIESG$$y-b$~0- zKRRF$+%~)zZKaHlHfZL)%!+;{LtPX2kaw_Ga6#r7w&UmIvU@g=GE%d}F>6gJ>WPs9A2>IFgc6Fz{kZe;lPpKlp~gDo4{MbdBD6Fumcdt_{bH?U>b zXU8flIGx;ngu54@os$<>+#m~#e7Ns7|LGsTX@q`)L}?+b5Q1oe(E&Jt)Yzi?{xQA) zV+f31oqO!%{Z}b%$YO?0D2vAdJf@_5BgdotMJ^|}*WWWr@EC#3E)X2!7>K<6P`a~JfSQ}HG^`^n!LfiJx|DPsn2 zeA|eofWa!+jUaR8c#S@E!uc{FTId@3YnPlZ@am3NZPv{63VcsW8@(NKOqCbdZgp#y z?W0XEJ)gQ4dVJJ*xM1N7S%ybi5MLeU1&OCO?yUg;?W{KI3v71u^14Zn5=n2`90?BS zxHN2Khfjax3ycB)83#N-XFTxni0gvA>KU0cmYf%{_#RJRaG$g65O7s=jvLl!yy=h^ zI^fSuZM|fFGKO$~hW-Tp8X#Xb4ic=)NG99U%gWCH>$eWhsh-{%?P-UOJMf5Ilf@zn zrmN23nUc8ah)w@RBX)^n0~f&0UUX7F4{YQf;tVyt;P~jiOr{{ov0$in{rNZfdx3YE zj_x@}PpHGixxf~zvtuDt|(I?qvn*>^PugeRN*iUV6(p#8Y@J*i4dIJLd>u<7J`7eW4=8%r) zGl`#VkS*&p8gT64<#*ru)yA8@`}UjfbSA|{_z=#4Df0f9$*`)poyB7O|M;K(*Q*a7 z-o5(p&DXE~<)8m`z)r|&kR$7CM6C7)sC)1|r>TE1Q9Afx=$uqPIz0uiPwnkzZKB% zff;Ty1_|xaA*KfZjCMFsQi8o~Mb`)$S{S`+dy90U6+Yq#<+51|o)AcL>*q)qv6oSF z<$?L|X)lrpZ-(~G$Dgj;JtlUeX#9SjpEk!`_2F6z;{}|yLbSGOcCewn_l@STV-d4Q z?w;Ue^4NV!Ejaz;6R&c;R6W}Iz}vH<((4Qjn5`|*2}1{7$Bf}moQ+YmblC+kaEKw3 z3vvP;^R>&2pn3cfylD^#!9vdHBOKkL$mR{njo|smKb|u)&rUDMn3ul1`YUI6GJ2y> z&Ma!x?*fg!jl9V@W46&&g!Tv{7&v6p4&-TaQrip{!%SV!(ddOCHHsy(K4(*M{=wm? z37gk!L=0zo9$y(%zwrvKq_BNYu2n~Y(I>tJGdiIq`s>4pPQMOT1>F`12AD@_8EZI_ zS*>jfMcMi!pJW_vbC_M<$h1GULVM`+bM)J^K%;DZ!)v3t%Am*IqBa_2e`*9xI9Dlg zwA`Q~`FM0%&}GD{tvR9oW`nvW2w8Tke$R;qV;}S*%kUFq$ehYYZu+eD$%eziTTYz= zWJ}SRPKEB^BNt=@J+w{cz&V>-AK$!xzrHN0LoWe|u3zIJ8SE-2_{>$aO=NZsuxnse z4<6Uo1rE`MMeC#4@j@B(1nx(3dQSp=e)Zq}&;R`DZ3B+C@4tHWXF+X!nF25^0HTvG rKKbKUzyHG@YU=nZQ~c`n>sS9j`pRsj9x?b>00000NkvXXu0mjfGx?Ai literal 0 HcmV?d00001 diff --git a/17-refactor-bug-fix/assets/crate.bbmodel b/17-refactor-bug-fix/assets/crate.bbmodel new file mode 100644 index 0000000..4432de7 --- /dev/null +++ b/17-refactor-bug-fix/assets/crate.bbmodel @@ -0,0 +1 @@ +{"meta":{"format_version":"5.0","model_format":"free","box_uv":false},"name":"crate","model_identifier":"","visible_box":[1,1,0],"variable_placeholders":"","multi_file_ruleset":"","variable_placeholder_buttons":[],"timeline_setups":[],"unhandled_root_fields":{},"resolution":{"width":500,"height":500},"elements":[{"name":"cube","box_uv":false,"render_order":"default","locked":false,"export":true,"scope":0,"allow_mirror_modeling":true,"from":[-4,0,-1],"to":[3,7,6],"autouv":0,"color":0,"origin":[0,0,0],"faces":{"north":{"uv":[0,0,500,500],"texture":0},"east":{"uv":[0,0,500,500],"texture":0},"south":{"uv":[0,0,500,500],"texture":0},"west":{"uv":[0,0,500,500],"texture":0},"up":{"uv":[0,0,500,500],"texture":0},"down":{"uv":[0,0,500,500],"texture":0}},"type":"cube","uuid":"ec872ed4-c658-e84b-8017-24009a9c0521"}],"groups":[],"outliner":["ec872ed4-c658-e84b-8017-24009a9c0521"],"textures":[{"name":"container2.png","relative_path":"../resources/textures/container2.png","folder":"","namespace":"","id":"0","group":"","scope":0,"width":500,"height":500,"uv_width":500,"uv_height":500,"particle":false,"use_as_default":false,"layers_enabled":false,"sync_to_project":"","file_format":"png","render_mode":"default","render_sides":"auto","wrap_mode":"limited","pbr_channel":"color","fps":7,"frame_time":1,"frame_order_type":"loop","frame_order":"","frame_interpolate":false,"visible":true,"internal":true,"saved":true,"uuid":"cd2bce81-4f84-6efd-a971-2b9e91f19e2f","source":"data:image/png;base64,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"}],"export_options":{"gltf":{"encoding":"binary","scale":1,"embed_textures":true,"armature":false,"animations":false}}} \ No newline at end of file diff --git a/17-refactor-bug-fix/assets/crate.glb b/17-refactor-bug-fix/assets/crate.glb new file mode 100644 index 0000000000000000000000000000000000000000..dc2117a42843228e3b5fad87584b31fa6134d457 GIT binary patch literal 587200 zcmd41cUV(hvp0+sDbkVNiy+c_=%50k6cGU_(gK9uLMIT4^j@SlMMb59H0iyA2pEtS zYEW7T0*Qq1#`}KmbDp=I@BHyy-}UWWYi0JVHNTlPvt|NoZ;<;_Z9)P9f}T?{f@~53 zf``V22BCa*V6dYfpHe7afTJ(i#mkdViBDQwl24QmYvR_X4`vJ9+}0 zdE~^U#N~NFcq|^rAa5^UKSy7_Fi}1*5I-Hvr(_w*=jr9}7bW>zl+V-7!x1lU{~z); ze+%)2;RpYc;Zu^tPy3e$UifbTpufE%-Ubgxurq$bpUL+APEL-#rY??we{1>s{x50! zU_VDgC#S#Gfd~6@tLNwm^23Wt0|26Yes;c~KWmhcRg{gC4{t9|M^C?}!QOc9%1KG%*9`RX z_r!Z&S{5HqyCD1)kr7o8mB)wF!v(+FEX8C+B}K)g@b`Xy3Gta~-IKv@sei)qH@MUv zoc|8Elqml5pWsq>=>KPQyz~Bh=#t`!3i5LD(sH8zLH&m=Nzp$${y!HX{l6_j=KrMT zFXmq!lEFLcZx2b!{3q&vVjADm)YE+OSL%4!;q%VL&i(Hwc-#BxJNntVySo6Nc=>~z z@tKGp2*sz*-%M>g;9q%+54-O_giw|5VpNpr1BR*D= zVPT?tcJAKJcKY}f#b>g>(dc)R1v#h;7^d-?kU@ql>ppOp9V^s{rp*BohaZ%@$Q1>$dkzok9w zK-w;z z-&~153h{pUj}pVD^w(bhQ-1y>;_d6=;o|2K@DIXY-oWo@J3o9SvG@1;!w={V|Iq*7{KLn?{0Gh-`rmE)M;Bb-ZaR0gfZ}gw>{}%4Q>;7-x{=2^aFLZ?bn|*)if7(Cm|NrYa zA;C2QLINUuPfT!~fCS%2@jV#<1pzs}-N5&h1k?mn_(p^8X$j~F=-eus~whr7DvcdRabk;(euv_D$qR`{X>0Icq71($sH?AMmDG~M>yVQ+k zD(!w2J|MRidTG3UVT1F-Yg4yS!@OD(QOA7;jdkNK$(0EEMKi{%{`+F$SZG_QHtY?y zlDo?k_p`8640_oK8(YH-DvYaN9OsUoccVU_vTDOVVr_6ch1*cfp4ZDO40l*1HiWXZsay4rc-hu^U(Meum zuR5riY<_Q*X4iKAu18f%gnjHd%TLQb!uO~IbzCQEF%7GU=`~Zc>^dDZ%$5k>Pa8K= zKUqh$rD5$b8$vi1b#?jfuCWdq(&26lE_b~9LT8O6%PSX(x`d6ZU#{+LE8G4u3`f31 zDX3#DFw9Wg3Q8jH%FXJ6${yL4hNC;fg<}qx)vc`^Ctzxr;q9f`@HZXW9Fw_tT{L4t z>d2*SV{UXcKAbqs;7f*Xn{ecJp|R4gvtv}#bohJhc1zbY944*H8n;N({RH>p+@`-& zA{%U01({$6D0ShqooVe;=cmZ7|O; z-z(G~t6jWWld!qk*Fhc;ZI?rTE!kq%Q7@;%KSAh}yYLEfxx=?*@Q}Dg6x$gVeVUeA z3*9jsL#U%JwvC~vcB_kClw&LESRHeTQaXoR-r$ztCOv`mBH57#jojEvR4^7h3RAn$ zt){klDkh0pH&Ztbk5{$9E^yOV&}7qG;=EoO$_%*;?DIpBI8@vb)CL1ULw}`(=K`>v z!6~g!Bn{3ELn(EIelqVS8gP`g~G$u?6z6WRtRpPO$W=cgfL%2#hXaQSH) zYjOBR9rvQNYC=zqxrIwF=7z`I(5IcXT}mhTcwnPZA80OTAXme6Fz<^yT~`q*7e4~6 zC7{2zr*pje-+F}|8z1f5Qn^~qRilQfKN1hC!4h-eek#|#EQOrh*bcS9>0!hdu)89q zqE{5FSBkZ3;ivb|=Q_40%G-Mr7n~bcj=sNSwqUUJ9vcP(Hv|{GZG-z!IlyvA-w0F3 zyu$A;b<3{bi)k+>7tKgP=jgVwp@FmNDS%Lcwj3+t}dKvqWgD(x~L6q_b6vN9NscU)Ag$!^&I$0{zgiPl$8M00E2y7Fq8ROMKc5y1 zMhAuA%AtDJkX8teA1XV28Ek*v-i`6akV#$91F&SP;WQWO!$DA_<&hZo4mPl7-%$O0 z9hIZx9ie6#{;LUJBQFqZ;?R@J+AZ- zp)aHZi`nD813i9AlhgfsOlMpjHzYJ}*oAzBGPAjK!02opohKyyIO#?o!^YHcsV-*~ z_@9H5MbvcHxhtm7E9^6NoE!21%m3+@ME7wU$_$NRsJmEaR;R#m3$J08NyjVj8I&`P z8$I&I%Bx-RT45ez=uX!SN3Xmx4A(+V`L_)**szTYf50zH8cyvPQ;rHlVaK=Tghq}G z%jIlj)z^`T(WRp&E#bs!Yg$WC?6x7}Y)<6J>nwpRvB{qlDO z{%+gG7w5H(?Z)*o<9{w@+^kNtkeG*@3*{<`!w3ppw@|Qr!<*1puN!LY8S~j#VNF9e79>?!uNw$l6lri!Ov36mPLF}S! zpokmWrC0D%RBiaLZPct6^xEa+eGKpU6}qrCr&}-ws?Ui*sQ=c+EOCcX9b6gUzo86b z;VDu!q_efz(4@1gcJ&KWOp7|k2_xcrS=v(zC7}tYSPMrrnT@x6@GvdM5vE>d9d%gX zrqwUCXKFExYwGSktMLn+9$<~_4@M~rVvPzX^PlX=-?gKCW|{J zFFlU}KZgR|vy=Kn4}EZk?)&$3*FWG=zK)eh4pS=fKdA#wsp8Hl492WOGU{Rerj|nf z2m>LcqCLNjFs7{J;<=9na5%(h8n^0kuH;)h%+=UFrkmk*bt19)75aN{DP$q=4)2)H zi#sPjkG;~*4NOuqDVkFY>Q1=ULibDSE=REPB`GWC{Ji-$?|zZgOO$eMivQTADwP_3 zI_pog`CxA_3Lr2v9kPe%EQy{}=I~lk*3-1FAf;&n6P=tnh2!CspdDn|*u z2LTlqE8(foF*=c=iNjaP4>c*$#e-_IJGP33Hsmn3%eG4rLIYht>bWOUZc=maU!>-h zUQjEuWMNq<66!O*YgMwfCEW`%o8QMae!iRFMre}+0}*5 zljrjvN7_HTwu+O*vpRfbx=I97NZEmggS6WFHHWH46uG0gM!G5X2cA2Pp9Klhu*#UZ zF2%CkLMzg}EuNxMgZp#egpA5g4qxr522kOOKXv)N*G!n%-(1bTN9HKTRIz1D=ZOTb2hU zrI;1I6^Gq0dFA{mh+ZVwWRgl}qamh(K~W_Wk|%8ThTKLJmU14Tx4{7nuQS zQc3LlPW3Kk|8{12v;Yg^rcmuXn!tq|R_I zOLrZvr@PFNIjQ;!dS5yF2nr^sd~RRM+5{PiZUHk>R4KKXl2+~0IGK}I=oqnax)LxHbnLw)WbG|Mgb5Gwm*ek7*w2(cDv#n-ibYQOT1Fr+o=zf@v zq&q~!q5abO?#KZS(GsW>X$X8_t1_*?EU@X+l)fl$+fU9Oemn&p@S9_`I_SzEP7`=G zjUdwcc(-0VYBjwTqD5%h_dsz-Ps(LO+0JrDi9t-6TcuHPQoWb-mckuPUqsPad`*Vh zc2Chj)-&$<{(@YRH+sUZ<8p!M&S7YKt)vdpC<9~Q-6MHECBh$(Rx9qr?taKPc|R(f zl-SSk?wU~$F_#ch;@Ku}E}kK`kWm~!GPK}H(-3RhWYtqF3AL${LBHo;5HGkc_0i?i zotX3;?WbtB@I^p^RPl)~`oji%`+l!(WA`@|2drnItEaY@C+ii2EQDZ*lP~nm?ZnbZ zr?Gtiue<632$=zHq*Zj65)Tw;ngm)Yl$fU$9qUg(1-@nVFngA+8}LdAK{#1qkY@XE z09UVT=DN$^Jir(TB@3UTn}Cf#`AWg@cd(7OB&ZjjnV1jWztg?9-7A}`bd>=f~L89dr?Ev(W(4jIiv zoo9CB$R=KX;e{JfUwK%&%^8Ln(HstOkJ?qdp+z`t4sejL7lRBW8?+GUc;Tdm;fV$K>Gz1m*SZu7r|0!5(mDj} ziWN~;pbaRW4f;L#vPhRqMnOgAKOfJkIYEpGfJ?PGboJbOo!HB3w7W2_+Q4=exX;Qp@2s=lxs?rhyycx~ zIv(QrGl!}c&5=KwTF^m_^lk`6&eR;`?O}>jmL^j^#X*Ni-H=D|gV!L`6O1gtwz5d# z;k#3(-j3}{Gu}sY`p5(~(UQiM>>U$Jm)>Q$&*|Vdm>wJMIV1Mwfyp7&&2kr~v@1r% zEy&!N>=$$~48-7Fcl2iu`-InQEKo z@qmM3P11*glg^0z@Ja4cXOmQ4%GwV%%{5nOli{84HUWvfon-8^xjA*2%b);{c!`%#GFb#LYEiRU zNo(riqy1f;r2gBMc0mxXJOP=rEgp%PAfCGEXOWDD&Px{LzM(ZOHG4UP!F+j~nqCF5 zA_DxsUl^HCNb{+8cf$_)iJozMis)c3C=f|pOERoEeIXtyz{&}pv-*qoAm3Z#;>2;R1 zuc&LS2}93J($Y(`;gq=vg+=CLx6BQ)QI^$rwpbT&dL68+&EyQh^*zT*j%Z?2)xqf8 zwoP31c~{kNE_2Zt8_%ia&0>$>Ye26D6a6^7nO(=bba~2lq263lYSZ#hO`cG4Ep=3x z7kIz#>tagoq$!$a%X9zrbx9#mmb_S$8uTL3?iX1`==3AQozNRr@9XNLiB#7Lp;Rm$ zw4JwnrU*hwK?cY#6d0nSu!}{i02+t;GbK?gjYK|a&w_WB8`%!%V&Tp_@%iW0N!K|Z zeAP8LmsM#=hB1s61XDg@sOG1dC#NojC*3-|UxbLV^*N)C1ds_XQlBH zRedx|yraT`~BQSO=8!kZSAQ`pZ_q*9w()Mlx=g zB^6*f)>W0OR)2W!KaIQHJDkD4aLW6kRAr6oX3_g}S7f~Fo{HP7{o;e=c6HA6b@SG$ zPyh%cy~kcp!7-I^L9bH9Xqny3rdn8trYV)mz^b&$+3``G4#?? z@=|`CCmX*@uD_*y#2po~(+LD!94r-k9=0eImb~L}1JHM|F);!yI=pV9g|K2HR})+(sZy=wHTl`rfPOzp^6thn z`BC&efz; ztk={Xt-qmYoAxiDBiW2+1FZNPB&@0CXQ@TO^|ucK1sv?VNb-NxaQdJtNSIpdR(*fib?q+Cfq}Bm)mWx2Rn_3KdB4jrj<|8steN_i1`G^hUk;g5omCYn!~ zmtmRN8x`Jwp^)FZuAWtQkqhe5hH*Sk(-pwsuO`Zvx^E0Ue<}~U*Q+WVanCl!LB&>? zOj)q$CF$=zsmUPKFGZ@4KM7$)Cj2$O$`6bnr4NffXGya>HQ8AeWw=bP&MkcV{helq zK{}Y2TX^VpzXP9c@p5wQ;=Vu%dZ&0+jL&Ye;KU$dPZi-il_*%&K_fMq3F0%Kl#rUb z_Nsml_>2CkgjPS4xV{3&1&;t5aJf^|zEA4Na+OR_dp~qYWYxOu(;ulF(~&(qO>O6# zr$Ai$ApGeAi!9}41)b}SdnC}x>^#^c(2~Jj zEq{TjM#_3L_-%I6d-hg^F|JZSE+mTv3XR$|B4Gk4$D!GKhp zTxG)0ZEV=*>)`7W|FZSZ1;o-EcZMbhUJW7`(IKsy``*;+`}yN8JQ6n)56NN^oRc-1 zFW`{$b6qJXcV}lM*X9BKb3F@LIh?FT6ea>*+*>hxNU#$Muw~g#u&lAvqS%iY&+8T` zh|Yc;LJ{*k7hDh~ufnOOi0I)T_x(Qf(Ksjfwxo~RTH}~<#!-S4Ox96irbGShham^k z2%T!yD_?V$S%K%q?>SWR1r)iF$Q82*0n_~9xJbr>yQ_*Q!AB@*edi@pGg0bq$=mRx zgFe-|a=d2RjH0n z=$C_);=?*jNo&XC&s8pCiyEc0;`9%WC5%## z=-^XJUHEY;C1L@%xduxTQ#|XT&JUyZju5^%GFv%*V}5Jv^>b%m>p@b^k?EF2-nQX$ zcqct%Axp+mmXG1V66e^$jC_7;kXFGkWd&?J_A^6Fu=EuvYW3%vMd!01NMpU=zTX6R z$Z2>%sD^!n=3?q(x3clXYWABPggVc{0jp}noFo{`A)EdEUH#*6FiA`QV&qW~$FVt(L**Ba4tYN_w+9;?{H>ZW73I#23nsczf~RH) zhq(r18f*>9NENYbA$DJto9Vrtt*jueE+gj+;!YT%)_oR2GbS{7GvNY;@a6od9iJHj z@8vb#A`jyaIyYBC!WGod*@L}ez@k=~a1h}X$=Q8S%PeQ5^o@9HV>hH zNcpo>$R{PEDxLbgYNHsa;v)E+yj~-8>)w}G1Sn=tXGhFeV5J9o%Qo*oQDeiz@<+?s z#cS*E&zb^tS%glNLrNj4omP7>`sKu{Iq978PaE~0Y=u55Azv%;=A9A_{-jwZy`FFK$FrBU`uT`0UKfn zm>4V)rmE|y#pGc|go_>KoP6@Y=#eSyBeX1^#xh@jqZ2jhwJB!!d?? zm`-vqH%>yTkW2J4fQ|lkaJO$&!j6O5=617tb>$bdEYd-Wf&R(yr;3KWXQWyNf(IT_usz zuPl*L-cax+=4P!$ECUpt2@!j~5xxU4vz)rFL+RRy>f^5#HrUCf(KM-nj{umJ-7-_% zqhS-9y~xO*L)zbw&uJK()3RPB@cFRkh4KguPT!y4s0H)#p{Y(xIATtiHcg%zyVIY@ z-)z67e|WcfGje?5z@aq>5FjHV(?uhb(|&2tha&-4+SRSCw^_G@V9^hm_ZVR*Dk9vA zn!CyLAD0q2svVY()^`XDKYn~CDL1x|{?nA#iCAUNcjo=jIl=YN0*fX3X2EwmpYvW% z$P0Cb>g!3{aE<7XGa@>Z%_3js%I(8cK6VV1#2!nx0Sr1-Qv706O^T6i#Yt^H%yoL% zkUx@#6x$R9na7>N1=XW|IMqMCj$r5t+}()h3QgjNg;s^UXcmLF23qGJrgT-?Kq@G- zTP@wHz{V%5Pl??P&y#_JP{UsE!cKgai=U2~xdBUe>dKqV;Pf9Y{!!nmtY=?TxvRN1 zsjSJql1&1p*Q*N%%v0vtA-^cLu>K&;Rs~fWSR3RL5cJ14kM}{@Ox|q3tFm9al zQO(|J^BEPd?fic3VH_P~L<6f{IHK~hpPfPKEhu~MI|qoG4jmB~id9&m2EED9E4DW4 z_bkmCS{GWUNLiWO0)E>kqR=SxSV8IyzmKsO{7Ry?E~ai6P*d;AU)d=aBUcPyo5 z-lYDj4TOU6Qe3m~H9&cb6Hj|*x$Y!Sfb_RZq^9R`saICNx-U{2=}i6%e_2TITOE1S zo{Of8FdMfxk(bewUw;6g0}iRZ>nB^CAVesZMn%#)*a8T^MU9}mCf4M2ouY*&l7xtq zEfWfXeS%SghpW>mBwVB6uck9M$yn2tfy56K$HLd`roTD((Dho<4#en*?kQFFyNG<6 zGfJ7_H`}P7{W4I=60oISZvV@7!lr^^RwzYajR3%za68e6RIw7T;5_6-54(>j4?ip( zzUYRE3}zJy;^Y+|8eeZ`X(4rQ{1HXyU^y3Mwe`V*_??I4P8vLmXQ5}A!G8YAD{i)3 zouOAk0P1ZWsc3;6zs4686D_*BFEBdjmQ?M5>fn5eh795QB;|8}_WX-PT8;cJqT(^& z5~*|BLfZGCN?R?5=dO8W9~$m+;Ln*`E=%1q>d(=Pq_Rm>>%2CqCBF7a- zEJMy?K_|sQ^T*V(0zyNL0F$=YWmL8S-@vBZM5FW_{JIs3P=-5*jt-iIXS1#Hi7eg( z(NRaKK$d(7$7;G5jwro3*B$91s%WmlQMW~r=sOvt%#{`rYHdY>OZQteM`#3`;&s#H ztLXuhH-{Le9}jZ)8&?XMGIS_rW{ZKVnNo7ZNNZWE&f{~}iRsqwO+VKfWqS!XndOMt z0xhd_C`b3+*AzV~*)mwT$P=s~tR=DnL>Uf4Li?eBE>RFKr7Vw&m1{qT3?M{nfe5Qn@Wf1RCx7*w8>lmEke@5I54}Du; zUkVgp%DPUlV8kJ&Ee!e9SCMtd?+3a2c~Vj`L2MN<*5Ms9 zUY&@966;!jO}oH>ipCYzjTu^-B+ay|nCbJa(dueX^LWm@+J)PzCpJlj3VZ3724CY3 z-@to$D?MC)HD|fFu4DOkppY=$V3)WZ)lH)um;N5KvhUsm-@0C-b8E-w*>CpgfD<6` z_>zw7eF^WQq%`qgUr$e$-Bmk3r_VFketU7CUp#a5o?=<=#BhHh&nY2KZa{0Ql6(Cr zWl@GSfQFzO7^7^vMi$^P$TCp-mNkyzq43?A*OJ3}uA>P9=R(b`+8m2t;YB(^Z%vc7 z3xMQDD2^*G&gZf(>4TCNU>P@rD9+=18QQstLX;woF8ezvFy6$`3~0;pK>zyeNg#oa zyX1vx(7C8u)%wp-Sb~EvhZFlX+f{+t7qpF#v8{{`tqxWvy%27>h|_qnfTNxwr}A>) zJO`is#m*n2YjkQ1#*!{B0kz`dJ5CJ`6Dq?yp_i^ra|}w26z~@cy~=NCZy{(s_-RX} znjcb=5^5yx9^IC8m0#A7B#IVzL@^zfBMTxRBX-m=yV#km_SB_#baT%lmH1cu?fu;| z1F{vShHVc2dRNvg#rUe>*o{tUFl>S8UMAf)OhjX~Z;gX`>J^$c+xM>Dgy#%rsec*y z53-UtN|{|NhT!hI@4v;L6ue069Ve>6gbk(k$az@GfNZNY?$*rlsXZe0cp=K!=a$=& zJ|yMU1G{qz>HU+}HAdf*V5h!5Y^&(`8t<6mb;lu^RXT?#GBwMA^@s=%MY3H>|4w5D zEh_Osnc|1oboN03^~Pcm`+ne5WwbM&wW`)?_|ZE4T^O8!I`o7y1-%Sj<68f%*mrdV zJ&VO1PPRCnpCyNlest^{sJ%{DVX>9nJV0pXP;lqTaH@$4$V?)sr@?>y|Y>h4GRG7PupFb zT4g${)p^NeeRLTC6D^L8Aq3-G-1?tJ8CV1OQ=Su=ZJH4cc~DT;YiAyL1A69-Dg_y) zNnq{4HC)4-0JYD{x9$6{8!WhPkIok`I-2T0A_8|Zato7wy^th6V$9o%T9LBM_{Ip^ z@akphZ(eWQylDQw=b`mj==cK2yXtBuh=oZUb}w!4m}kehAO^GRI#NhN9gFV zd0AD)QJ&eVi1fR`s&|nVCPq{wYrLL(Y5^=I)KW|7X0W~3*qSGaPaNiz_y(?thlbe(#35t$=R}{A4$-;1^83Ul-<7^@>jyQ~!I0`3`+mvhGO0mw zlMQ!0x;vOBSX{nw&(^7KCZhptUDgG_(GG>c&<%ALs-eo}Zv-ID^Xi`#Vw;{lV1er~ zz#bz{}`Hno+D$i+@rJkP zA~>}!ClM|2;f9ZifI<0&Y*D6gY}MyG=54zW2b*zpP1&C6t3s9uhcpPjvG{PR14BP z(#(}4_OLOsJo`*LZ~Wy2z_@a$+pd*w z{4K|QqA~U)bINJEApiK^@e+}HQpJiDiwMxoOOS%)h#>vaE?){oN2!Aru&0FdK2)c^ zsK?0&<~~^LZ+Oq{Ov3z{d6Ziz_P=f%tiY4Xspb$(1GGb4f7fkmKVR$_ynEk_uK* zyWE7M$d`t3E8i%oY`xY(v0$smFvfU2Tl%ezkw}Z3e)9Ugy7Cy9ufce;)_aO}5zr~w zzzd1k47m!F^^L@QL=yt5A@hAMh3VjK{sn1WyACCFvf{>3{yU=u=aUu_o}5%(3h+}4 z+8ap;9zS;wh!Qfz|f~7bjcG*SXozMnU zW8hW2mA7y5OopXkc1FFll&bwXxq;!ph?;_b&LF@DY3A`(DECGuV)P-bQhWT)RG-@k z3-7^cvMT*aXxdQ|lfG#L2ZI_Zvg^BOlPkN)Oy$%ywc55RT)c~f&&odY`3~F!-urnJ zj8lF6gY#H~L8Nget}GpZZ2aIh@13vQBQ^E;xCpd3TP3W;7@m^su`D8fM*y5*2=6Frw;fS^9-#+y3Xt#Ne03EqKXe)njy|&>YOmm3oUQjT9g1q{dYTnd()R`xa8TcaQ9}T4zZSV{knZy(!Y<~n`Lky*DxD@PxEzs{Kkur z5n1n}2VZ669E54#e;qUBNQzNm<}_Djdkk~$&x=S~Sn|1y2jnJ1@af^-xS3aWx8uw& zUDaS(;M4*e!qj-4l8%HNPE%MvZjtORMSKR$TbQ^|pGA2FFV2Om&%~6}4L0$juSaypX9iu%GIoDBFCl3FjXS$(VC;oZ->jhVvABl_u_QdrPWNOsc8?-e zedY>AmiF{d{C(a#7X3^>+C$B|HwEV^hzw7JB3pzE3FS$5y4DU(HHM)>-;_6i8*@*p zn8;w{Gpn=r^B;&O)cd^Wz3%@KWS}#!8#Byo!84>|N20e;-g-(+a*c5QjUs8ZQ*=2aK$_U zWJ=K^4(f?e3LnN!cgL$=ufKivMR{f?RBUD2rz1icYWYtB;DLn3X)A(f*NV;t)Gv(8 z_HG60ZTR|?&-N@#g;Kawvuv~jgN0>wGPQ5_MNS}YCNb&nSPRAGw#wVK7hRYf2R4+_ zttAUtTc<*O6D=~k&2DClPsY$MRSTgSTgwIl`(SLP%o9z7S8$<#PPp2YWfxB!`TIP%Z35R#ovQ5y95YCf&}Ji_9X{ zq#Hjw`OO4Z%H48wEUnYL%QhGKMFe4=t6%0{jV!A}_hPSaKH&WZxgX?-K9jWxWzq{= zDxX>~i!Wa9AZ|H*{grdGKropiQR)$}f;}LhEyZaO4EXdOCYJJ%vpnQ2Ws#P^KW71t z{n~1J#$JJ~b8ND}R!PcR_q>ibJp`;70jXQBe>5FeRl6m)sjS7pk@aOpG|S4awuf-l z95Pj1U&?(efytsNL4fVE5k>a#fL`rSAsY{tjg6g!Mmin+y^h&Obh-PAHgn<_!b$gq zd0lQ;m!}jrGs}d=n!? zeBqiAMJCV3s>>{s+7F%!{C&;IWV-#<1;kVWHvpc`^{6d|v%<1f| zJ!;9Ls`*Zm1OJWsfhm+OL;S}I4w_l<7P4VaKEBM( zws{djK+Vo36eEz-G`K;~m2*?hN9D9%)Rm-=6Nt`pSg<^opx=w2Jx#BuX^cAmsT;-l zTAuz90ZeteYYl>EJDi;QJVUi{de(of)ZnwSpOtj|M#r}sW^UNS`oQ#CYdKTuNwNmgXr|@CDwy)7YFU~}0u)oikV8jdZjvmQqX66s$zT-eRs8$=acuPNT)gAegU_k}Sm- zr*<=C8S8x~WHbEB!J^y46x`wBC3c}q&p=H6P2R6xGjBh>Gd*f-2H7>vHay>*dHpp; zE>VR`(OB=igNt^GL7sa=hUXiYZGoJ~ph%%x+t;;6dw5wjV1K%NU!pjF%R%6Md_Von z^A=qyt&kZ9#_NFD4k|Rj$MB_0vm=s)5sq5-`*Qz0%;}gRTGmfzemRt&yFIMpqqTFM z3MM#Hj!2);F}TjWdaJxbqeRZGJjJaI4*6Q-Tg!?p<8mg37Ky%I0tf9}XixJ^~(Amj4msM>N z&#k`GPFMkp;`3x9j7prW;mK5@ z$)Ie>iBVtJ%(4~)nq#G8Y;UG){Fl_Itc#*rAV62pBKf2BHS%CE^T8D>3K-}eRV z`5|)Q76#hYljzLKXZms0ef^-R-03I}h?JMM;t8 zHzyd#5r8xawz|2DXTXdt4y_MD1m&IEmt-2`$fS-Ul{E>1Fe8PcwD=!ft@ktb=9X+% zopPgczY)KPlmrV%a%p}vsS8eR8+i7*U(bT@+s7#Z51s`d!IaI547a^IA4YYDXN{%| z2^9_#$cCAE_dn?jNNao-*A^gSUAi9MRt{GIlC-^D3Yf}xmK6d~gSR6ZF>CzyuTk!} zbpTg**^(QzvG4O{DOGr%u7;BEbqek35I!S=H`L5WAbf^e&8VcHn=v;$g%fR;jelK# z<}LzlpB~x;fNiE0lmpXh~Y z%w0E4m21tTXVe!rV{m>niy;S>e(JuOZ`T_@&lPRfHk_@eSMdz_Xtt{F*AQ~s8*+-@uVE(4n z5ubz1m25btGFcPf2{^HpmYu%GUP1EPh>?H?ZOS#}wGGzOoS_fATze)WZprc;2JpIA zg>Rw-ty08%+;D?(nKPUE%F}ZyS4z7b8{=D!_B({f4yX*NkQWF&(U5`yqM*{?QwRt; zwv!3U8*h#oH^|4hnP%!gukWAvG1;;3yd_hw8lq#* zQu}48BO>{@yic3{I=Ez6GyY~SXHmU@%q*S{FQ%OkQ1l{uNY-_csQHouaC>dKae%oK zhh=NkchTAFM{i|RWG4(K9JRVzdGPO2jHxUwytDoPQ>^Bku02MC?x;(N@(J1?GNudFC zTW>VPgHs2jA}c3-wD(I-@Xx&{ekS}3ddI6;ZoCp)8~Gf@4`d53ejcZGwV$Hkkdo+g zJ7~JjfF0$tC?B%@qbd0WCd(=D+~!UQJm2|2PY+uLbE%q9e|gM-$acP8_*F(za+G zd>z+Y#;jePU!7BwUJEz$X(<m`N z3s@a@S7=}oS{2e4SY+*0Tx3Bzy=lD_WGXAuY&MGJC8>L>@l7TOaP$ez+TO_~)v!J@ zrzB%`?d9i(Cl{dw*|)UnBdhoW%zMduD-lZkrhGY!c@|l8icmhqZ%GAC{d+&=6Nhh# zu_?I_D!iLJeK$W26M0^{&nA>KKG3|xq}MDOXnM;jh_iBVqB}#={{zzfLPCU=#yI zjwOX;yxaiNBSr@;%x=PRS{YmC9^ZC%^bc!$m2Qe=-VXbcL)@lmE4CWDm|5R4(1m|B zuSM=+fFxXTN0ME%h6?-HO2XOxx(6NcqiV`nDZp_pg-8`icpg$bezXUxgZ4@r^rig# zrtH%KP|A%~;$)^qM*KY9bIhEyrd#ui*f$0hHb6J&CVxHm``x|4Cy^0V@g9k~3RS;6 zU6{1dxjm4$5lO2zrt{obnX|N0`@@(~*Y`aSt7@t~K%XLHw>_4hrDU{;EH<(?!@bz0D_D6`>9N&8r_7h0ai8KJy(5>r z+B=ycsL>7Ice>4-4O3{U+(0BE_SrL^u2=P)j!BT|z-#UqkH}Y7+zlK42LQJ~NWWbN z(~p6?Zt!W@WK}W9VlF3Qd9>4BIYSd7$M*JQq9$02gPH2^XCd3E|*?|G3p z)_MfbU#8%{@8u`@!+-c5eeidFL;v8#C-eB0_xEt=f#&Oh6>7w{0Jaar&K~jY%vR3T z_?gJl79LoRiT8o?3C?ce=N>K^jvgEK6vP8Ntpm85miZ95+`*Mv-oIN164wQL&vEPu zK6$S3DlW{gBN{0CnFI$bxZ&*+I(QR(PMapn8m|>x4c@~muP{$x`ZiJ%dI_F7?j_93Bea_~#yLB!3LKu@?ez{j z8m13*%CbC8KI&|GQ6v|l5_68^Ym|wv4lx|yrE^YBQsnwQd@(M`c@=r) zEwV?wjte>rd0+?W$RgY3EL_297N%!CSS=!kHin(cG0Njtk1fV?)4PIpcsQJ~f$4s& ze?4;p$~24I+pKgw!QUa61A)poPlE)BPY`oZ?~*!J`IeA2%etu)@n8>WM+iQ#O6(ww z8T$7Ci0@~|0sT!1X-7gOKpGIS!u31IzQe%*A%1rIfI!eu`=G*oRoyD)h@ed~Q5@ST z?CdD2XqlosW7^jD8A0ip-+sILhVFdCsT0NcOtMEZJa{Sax}y7Un?`n+!1)klAO_}w z6)M;;0%nSS7Mb8Zi8=_x=kBn<-yMl_PeHIwu|pg^*VsKhc(qL{!>p=mncpYul4A}z zR(?@|`9kpXcU4L=X$>=h`3j-5qHK1*4FNmIb$h>O_1>wfYpp4M3tq3*Ew&|Dk~kwH zW1Af}5H@%(^HKa5=83s_d}?#z{E{7#N{=aORSasGf7v#&InS)t_9XTK(OlqTaFW*~ z6CwMqqqJXYe*gdw07*naREgVx=Mmrc2*?Q895LvK<;YQI#>4)Kc`{>HDFNpwD~{0z zR{2K-e2fg7t=M8;CUH15i~q!2iFihEzoKyV%(p)u6`e?egLV{&kyxKOpO_0bHDN;t zUQezr5yeKvp9Q#YXb2V*cq>S4Q>&^nb4M_%z$_DoEVFaV&Q=e(ZQKrwI{dh2Rb%6> zmo*`G2vjZeyM;4NTeD~!z-z&?+O;A^EE#{zd239pNMn+G0E@bwzpoJ!v++Q~Ie}M9 zah}`G*#S-AchZ_&h9{4%XWItE^$6Az0%AOLPBMX8aZRGQ7}w^{i$*Uzx{{9-0!DsV z(d3AL+Tyb-4nY+=VOh~9FmSWzSo3FCc^~As_Dr+pyeHPRmK5?eyDY}F^?EH6GlrQl z7_lo6zq(42b299#(a5=G$6=a}8vc71h(|3eDh>XU;+n`Qo99e1w$+-Kleam|PF^?U zrSV9dPu!EEmvPgMktWu}KgP({P6IKE#xDm$;lJcH0=(H5gO|rAi?5R?9-RWV3ZO^w z>447seS@}W68=RsZHq4>y3>K<$T6sg3x?5v@hi9#yr=oP*K=0r@6d!jP*~r3{!9-% z@4mUcVUcvNx7b( zOl+f4hzdU7y;H(>skGHIG7;XhGXl;N0lFFFe+Jo?ht>-v3^$ zn#dSMC$wlsTu1Tay!Pzg*dO7m8K=onAvm>QUorp5u0uN=d~3nJ<$IBj4?IeHezTqN zu=qKKDsb2ZaOZuDK~^!ZHw(0-Rf~39z|pIVH5`v{j(LcaV}3$J?u_!p!sfQIM&`37 z$POcF!hg#t#; z9fMo3#}*xM$~vPh#omhF8L)O3SFqwlcRVKzfL*Q{8OiVsznwa|aLKc!*3o1fl>yYm z_JM6cTh)#PVu_eFRn~|QTOd3{kAPtB?fwd2)+DMmfcBfFXI3UD_*u}alz5FALEQdq zt!+(hNp!~;9bhLqhUjtHabVPe24#|iq!s@qnA~T8Cj!{k8QU`=-)aS+gA*%@N`dd@ zK!eR1lCMchT%G4Vu^Oh1a7_p?% zE!vD2g!%g&UGD?iXV2*VY^&Frf)Eq&81SIzV%f|AA0Si!2U`WdTeuosk~~$4v%m!A zG9r10A1OnaNt?FT3s)D~F}4Y~ON}~~EGZ>DqL?ngS=$Cy!dFqGkHnCH<_^EZKhL)@cop~`JXb=zfhK8SXU5J?*k8b4+13bOmKFac z%~TDC9rq4!+We74t4PlI*^d@%YwqE+cJSXxx>&7c4MvTP*5KtBXMfEvbW7F{*?l=@ z+0Kq_VO!T;r>v*MvCc^==Ehn?J<4+CNHZ5Oz{F)@4!gz^pN7VyVw@#5q~H}f$BPa$ zb|;$U)uL529Q%nl1+6GR4L%t*wkq{tVfQxR7_hS^cRH{bC(HAR6&te^DUvT8@jJ2V zG4bjdZ@p|K`1*)dtL>~X6mxk6Kqv@X1-Bv}QVbHdrxcmLQB@^*39%ozK9O^o_Y=EE zN8Qtm?up$k#cGQd0W;r6ayK!qgSS}@u+2yNF7U>3rcTU(oem?mXo>S)IY&*{F%rAe zEbN_*ybf^0^7Jt~DR#ZZ`q8G!(yGc{kJmLEPO?U2fFs7;cPO4`{C-aHKcJN% z#<@u{tdHc*8R5U@aT$}+0C=rwI$QFmYLXgwE_k~`YmM*kd*vz5z9ol!ULI}U>4>&j zLGsS)0zIg}yn+)xyvz5IJell3hw4}>c?l2IlE>HRP7S_tlbjGD_x7!B*!nVK1BRV(dQl|> zFHsX@=M4ylQ5M`pfExtG=DcHD>Xzilkm(X9uOX9lkM`XGVg$w$fpsKcgR^Husw0ss zVVsX5w`2s^@I329Y>)U*xW_=SBd4SWTa37?HdE9aU94Lr2x&G=DvAU+F?Qj-bB^y4 zML5b!^8vnM$hip+I9O6xk=e2X&=HgnAp-cN6cjl!W0_4>TuoRyNWs_g1gRnMA~>2L zIp=VraH&UlDhfbN(K~D8x|(sC1i2811LC#=Z(9L-3^8n+_mY$D*!GXiw_Y}?>#Ro? zD?MWMT$2Ri$M8O~MQhi@nC1P1pbh#Z!em>Pw(Zmb;sd@E7m2gi8N7X})HDn5bx=<7 zDQQRdyhgxnY!7DRIO#+@tSINIVTH5j!hj!*yb8WR?wGKvQmW4kwVF8ZLFxCHOv zhf|B~&N+#rC2=F<-dF>Xhy&-Ai&~e&%@GWXlNIHN-vG#V^+|8=4E+~xzO6fWc*o<3 zH`v9xWlOe(XDJ1}eS0Spjm$k4><%p3#av(;Y&g>l2HPhk+0yL9oDtO#-8kuvT%W&V1;Z^gHY<6?p6>$> z6Y}U0M(}p{)Dn-{xPecW&j&PT3+Gb|_$)nu_Z^QdtwBCAe-GC7ytN{CmUUw1?jXZ{ zOB3>($9Ox6=>s_0%_G@&dEf}|j2ann5 z*|5t}H?@2Sa>T&qHS7z1+al-$ep~##+nsd-ZqJ_G>3Xx2iT}VOwTWGj;G_1~d`lB? zW~=>YZ#>f-Mcc5l*c*pTFV1K{&AgepJhL_A#DRNeK0&ff{EdT0<~tDw+uFAsPSb)a zCAc9aay}4i=Ny_^!TE(E-_`I`F35fgaVs=G1KjLsPVRRPGG83?rYgUy1)2DAO`*yY z0?D~~oCr@cyLZ8Pa z&v>OcHW=7_@Y0cdnYhO|9mtD1R|?d%nsHY&#h2@aY8H%1J$1lor1qF!C+-`_i3NN# zj*6e)J$hYqPaXTax1P@*50t`5RW}MT2v%FSy zt;D=`{XN?s4+w;397k|_Koh~YPIS$DBV$YiV8U3tzC$!Dz$P3c z;98Gy7D(%IL0Iq55ItBz@~C2jXahJ1J0|R!uf`?${mYUv9K> zF$5W5NAC4Ls^|V2Rxr*bO(aGLPLC-9Pp{Wv`nll5;1v;yMHP82%UB5QyCn8%o0^2- zo~w-_H+0zGsu0Jobq30bw7&GX#(L(4_HQho}gk?|5E*cYm*ucum-nQ{rry6MVB;XwkM{ zSai!){*ilHIBnv7q~PsH;xppOs30RP@V6rg@7cz!vAIP6d} zN9^WO)f9wccEGt9lM465;B~;ypS}5xY^(i&;%~bWNBp)%`#_8>e@FC)A&J`rud|k{ zLK}Ez#WKSe6^pCkF>13|sESEe;1*4#HP@!-;ny(VA6-lF)+4TZ-3%)bZZt3{=kt~Yw|YOVLZc%|Qd?-Q+Q8Xs>K`tA3)|k+4iU{y0WI(B$!%}Q%%a`bRagBZYliF?vDx~ zqZgx2h(`07*naR8SSYD)M+woJL|IH1Wi0bKqDuwY;3Fl;CA%VKB<%vSaed zxN-q|#41_nqwvG)pcjJqOU7me2omzADuz{ok~ zEFwJUuauMLh#HwAr8w8PC)XD z!96)IJB;s0JU)$ZuVAX76~x$zFE|)J}a5Up#boXb1-jgr|G`6gWo*|wS_i7qQrcNF9ow&xn_ues2Jr~cM5&;Sb z&M5>L9uwC$Y=zl2e@&q@k&Q6B5mSbbO{RcKmju30nJ8Qjir$nH0r3OE=^4dWxRteMLS z?R?%jISKLUNgy~@Cxkyz7%Gjk2t?J`5y2qG%sCVEqyytW!^eTx7@i4XvsLpWc0exK zrDzdH`)-eTEb1)#WyQo?)~Ubq&Mh(S;B%!*1pUe7W)^?LG7*afHUwf&I2!!PDRM2b zC$={?cND&pEPkHxyc5ra@Abd_{0$k`MsRR=w4)K&5+m`xX=;)<$go}_o*s?|0~TEN ztl)#;kBt_u6NMX1l5>ugYbR?0pt&0SS+woEtCH$Q_D929jKuUz(}1wTol-2<1|1O} zi;IVQJ#iXK;l4o@3$wQn+rU;YQ~Ym!*qm}fS67#6naktr8EhZ0?}0*Z_crk0$<+qI zP85M!tF|U@SH!B375yy*VoO7~BM%SoxL{8YZyl2sNdx}c|Jn0Q&Ps0P_=)$%^&WlL zA;fmvQ7G(whYj{e7Oj!9`-AtYt0?1@anEeJTs3<6(WS0dErq+4Ju83Zg=;;gv64Kt z)r#a+h3$4M5afoKHuzW=)Hx?%U)|JN!W#=q;M~Nj?}8nuYxpt82M#tl6O&OBx&Qq6 zt@bp^q=JSa&|qx9chcjlCBsc%l;y=w@v;W@8aprBq{r}cy;`VZtbQD{1Fs{4^zg=V zHU+0W4W{vQ3y!xmOn2;RJ%FwK{U2{Vf6i{!ttvQBxPQ?kiiC$B6e{?zVC-Bav@FUw zFSGxJC)Y}xGb{;-9Oq?+oGiEgURz8@1qYmu6ydW{3W~wYbZo@u!aXTx;@&6|ivU

MF%vjUXh#eVY@$ufwS$!tdFROW zz~N;-K14;&=a~8EREU=wd%g5{qnDpt(46NP+cP((AoCa_NbTeh-+z9ALZ1j-X#i%Wbaz~N8r3pD9G{HxL>wDAavVS8c4p0 zh`Hdg;|Osk*;qL-0gBx;wIVj2DTbC{Cw%|;+c)!bI~(tSK-&2;cAp_@MPjvWElV;> z#3Ri`kEnYWAYm=Tw}5#7zZy)K5E4f%!Te&qP{FqmY&ur68T?~#+JcRWWFom_>=oCV z;Pj;^hbVj2x55`&=|--%Rs01j#z*WtEUaqbYPzkBmJ z39!@!&7A#Bf(0@@AYL6!(MU3Jq2^aauF6sK);QR#7Yh=%fno(SomQ-<%*ITtaT6{j zxIog-XbfP~Q7lHoeR4YSeoKRA-EiXiC1PE(iU{~+aj|W@D;|Y-=VeX672jX8eQG{U zU?q}kU@YTMMojB=DZ{18i4|L|90RshGAu2IfjLH!uebmQ8ZDcOqo(LIif~4ysI6;! zTd)#3$uX~UPF6hkaQuR~#VSv*&U>#DytrW}XT-E$~$H{0nmN$@LXtypi#uW`(*ZuNT<7hQGL?g8v1v zuzWUb?H8KPG}{yBeSp&l^_ga5B4)Nywd)hSn(ZToa}Lo|@5sTo5IpmM?>T>h^9P#ux`q=z=!|_i)fCe-?=ZrQs3 zPrrOe-UnT+TdfwAk{d-bAo$&^gO|%j?|b%fz(BSd zJRoor0jR5_HN+}Y(Sf91vpu$_OD=pDJjTYXrivt9JsZDA2;Syd^gS!32|`qWgV$`m zcQU{tXhi0<0Jby);&X>hHlEoE7L1qa%FnVfob&U2nd>~LoDtckY2^6l#CvO4Mo3~J zcBBCBSZR!O7e_kq4v{d-M#kTp_~D}%$4It^XodKOlmI*+9veBFA0bjt5ji20a!vvA zULbS@;Yz%Zzd8cn$w^`mXs;a&)`2+(K1Xo2U*s9MCwQkb1^f(A9$#JPC6euiCW)R) zmN3piV(zP|tZ24yB=GSr%%45>9%(ct5WY_lR#J*IOakle`&Q-X*b@b51sA;M@*A^jzyX=MbNoF&f07!w%b)&iETc)|ptH zv1QA4e$RVLlEQB_?dd>PwBS{0etyu%}(2W+2cXjW~_PFUueD0^>P=P$7B`_c< zFwuM*6$~Kw9-m@(}QbZX}Vl49?C6V#5iB35P( zoRdp1;*|E}nFsVUoVH&KvnH>l;F>;E6sU1>S}zs~KFP+NK&_A$D>zt#Pr$zg4Z#z3 zY3$FlhZu2dKto!s+pIOk(m20m9yzaohMWMo;+~kYEKh_Xdw4s+!Q?$FsYXk_uX3In zw5qP>W`80+#X0Oasjf2DWsQjHdRZw(uN!tRM@=$KiOe&SFFhK73-kRyd+Rxmz#i1I z%O%EoM($3|%dl9|9LEskz2p9@#CT1Wv_UVPP!z8y^cJfqF>gKZM%36o+(=zV5(S$Ge=-!T_#os4z=am;<)YavM>@mye zA{sx^0M&BXb2uOM1~Go)oo8Cm{MR|iG;10sS^in z%=zepqIcRbU!BvebM}~8+?R7y#B8A>fyWT`eki?~CaGCe;GWPX@*8fnVC(UvCuvSr z*qPt71e(aS;C6e~0M2|ZAH3dSrxz=QK?*Lwd9Qg4vxjl)JJ0zmwEM-!kCfri1G_i( z9B1m`?zpGfKY+ziXM7p#pq@HSBB1-2yPIP+qJ3<3~n+|ZvfA!!0(ii@kmBfP1!T>yC?3NYW-vcvYfZb%qtQU>!7s)*5 z3W8(CbR_p3WE^;{2*{Dn>WD%22-zNSJ0sF|zC~ziKxs(4n!vAU7O-9SJWt%yLHAte zIbmZyux4}Q z2zTW5h8+X5xoPqY_=$UuTo+?hVR8e}Z2ko+cC+8^nTgH#E(GQa1SV=C`FnhJ&S@k` z65qAhXT<9fQy&$eG8^Ps7k{|f&y;INpTjJSqu0xDYG&v^rNBlU#4@;0cV)Qm*X3wuf zjEF-|kv=eT(Uz|N0QL+e^Kr{_^5{JxRnrV~8W3s6mi8@;%?=#S%xm~o*vbHM+}OjH zzayTu4SK?cEipKNeMbX$;IlP4wj=f2I15LPV45gC-Y1f+QA$ZW3a7n}#LajzIUy8# zYytsdZ*zz=PQ;n7WbqB0AIOs(1;{Wh++<@!&KqBr#8B}1Kr>@@b@tcJSA8|A4*-O#Bq?tU)+1L_`sQ%f`CnDa%>_dN6u60 zv|cUnc_0Qm{MpOKtKg&$LC$jzV_UwC+}EKa9veNlwbt}u!z9U8eB14oMaNmrImS83 z?!BTYzeLm2)`)SDdF-jJ$vYAD7#-ZM(m){ z#2r~tZV$Zz_6P5otLQ|o48(XqLxRIH<{8MHJ&UFXIPYCh3{feESzpd@&nmsM zc$0&J99*r`!kx$0mwYPV(CZB6Q_c(()nIQ7UIiaKw&f~v-pf0u3wA<`V->b9o2(-X z*FCxAy`OV***0q6K&0tqfO&=P@wE_d<6TUV`LpV(R`fw<{It9_{oFFnKs<`POb14n zl;KK>K@~Rn5H!DMj2OMlPRHsjrKrq8<-kJGViSnjntE!xUyHe3G9KFW2D^Pn^ez*J zwyD)}PY7ND< zN}SiP`Qwup9aWx_D5WfqVJ3=OM6adTY)H1?osO(tP0VbY>Ln7yz^+mf?VBb*KKv>n z>@URFu|+!)bSnlXGQ>}t7RPf^2DD4IMMDT03D6OT>^K0>@pPoSuayA)mO|u1kOk8* z{%X-OmuD^~>wey$XgCr*voVuVg&l;rV|BD>D#UB4^00P8+ z&-YsyH?DbxY_GR;)6a>M;oFgfHc0SZ9b=y1!pMzg?>%g$++R1gF8u2>9U{l z>^FFinUg%{SH#*LL6}GwCN_2=MlFK)8?4S>etI=OBewsw?iJhXcW~>DmA&C#@Z$mh z?+}3pc>5+8*l+c2X$WFWBx_a`{VW_7Z;K^ihr3cjOiVO7?4A=8OnZ1``EUgHH=o_< z?VDS~x7UDQ1(1&L{ElaXxA5v7J9Z@hme2MlZY(CAIcuNRPONOo^frix=IK`4FiQ>RjTS*Xfe+pdo9?ZGoE$uVo9t5b8N|< z0r4(4*CKk4c&2+v6R>P+L^~^b$6QV?JigRZ@;8FJ-Mc~~%p6ap}B+XEup3FhMoG+v`xg#!%@nNWHvVO5izxr&B)` zZ7GBum;65FSN|!eaFs54}T|OAqF=*8*s8>Vt!AYvvCZ+3Of(P z#)@mj7?wvS@>X=;xxJqomdOPT#es2!9Yt^5>|~F{EH*Xco{9C2;|^XO$hFy4G-km9 z$T`n_c+P|;Vi(}+j`{4kxx3Txu+xE<$hn#Kc7IQf_z;vRPG@{iIZNbtVmrQAv1ZOo z^!m}N)rOVtqxC}e{~(zt?hh=s2Ih9yYaBfjd&{d6Ianw<7Q+dPCgv-Q>3NMYXwhU@ z;dRbw0B5TMKE`?X;5<0pQTzttvIp-8{3h@{Q_MzQ?TFZGac#)a4Y{{!8pf<8<^lql z-xKp?I4AGS-C3u5n%4!KHJ({q9f|6kQ%YW*yB*iw&;VJ(8oXCxyh46BNdrZ7G(1w0 z4|b-&U&(>fR0fR`O!A}F%UYX7trs6{)I`sH193cQfXn8qJtngnW8B`8f5w^MnBO}E z?`8JQ*kI5Dxr~W$JL~fDQZGJzqDyx2E;!nz!sbbfrdEwjj{BX%E{+(JLcn_B;u*6d zwu#q{T^aM^jJ{ip&g4{aUdF+Wycxka5{D`!E!vucIRb|0zxMNAK94D*YQQ&~svHF$ zxw5<~<`AkPsR{|RBZ+>ApzR2FgJ`S)uE{}05=*#Wu!S^W)PaP&Lxgs`+6vx|4&xuu z87-Kn!sw>XfIQ;NNFw!w?p;tj0(gC~P;`>5-p>dt3sxC9dIV&ID7J0B#TK)(f}kzW zp{xOzSUJV$b-8Zk7}4f6!5IP80bBuW53uG>%28aRf%yWMSuNbjb>9z~>Qv z29m~zT~!s>6q54DeZ6vwTHuGJadDFOK>>RLgg=uEhH2y)v$tc6fw=${F;2Q5Nf%X8 zoxz)=v0nl!+{ar89_1Nl?;kYu#o| zd@klNlX{LSMevvuyc0Wb>~wTsXM@Pr-Y1b^O&f=vo)c#fpIvIbYGsdYYUVM!3bp{9PORp7c<=DlIY*ydz)q6$GG7djme?kIF~2jom>;D` zVr(DWjH~B+?}9AvFkg2xP!IF-!%ij!g&QjFJtO2D#})ppu<69yCLDEL)3`OdB>!wa z?}JY4x^-}}Frbf7&slYDDG&$vpHn1Ol}_+!B-R7hjf^!ik8_@FZg2zp5O_~c9w}bd z1fOVHdxYr-?gQt&k8rZ1d8kz}ru|8do@?HI_U?AM6>3l6sjDQY1IH&lqp*(D|U=#)?Vz?4pRdfkYjv<(~OZ0>>nAzPE1Cw7xMigXpE%O+`4CtWTo9nj+%ds6UnINagW1C7#_{7Beb zW6OvS!FvU+2{E8UUWxY=22|kFV}C{QUDQ#L&%p`Q;t#gV>nLOH&N7ma55*Z;dzyl zQk7J3%=7ZyKpik&24WTPtq{jWRiSy(s;>^M*taYE)x1s>L9w{WhCL8fn4;B&>} zAp28U3BPixz&Z-IxuvMawmK#5FDk^H|ES=zjomZ%GxX_9Q*?qS7GvkVdU7BVlN23X z7~o>3U-!oc?`2)uf}}}71m~m%V6T>q3PdRspMZ%IN9Mc>L2un|AxJ>zoz?)<(j^)| zZaO26UE@DGs$%#=-zoXRaTvnGKZ~5;h9E+?|dG_ zkn=bd_j+uI%qfCuHcjAAN6#FUE+Is!lN2J2#c39~B8ShJ2CUK5)fL33WeJMAI)g)- zlUgu8VGEb4%2D=nkBHwsSaSk7om4QQCuz@!cWxTCFrz~7s;WTIsggdXgj1n%$ve>$4SH?iga_V53*_J}M)%Q=Vt)ttc5M?MEcwdfK7txZI7oa2Hk z+LLHpATgiu#{9RUdZxMRzBw0?bx4L^WfhR%+{a<9{UfO;sU|CyM1Dn`cpH1tzk%o>_J6 zS)~+7RZ2)$0rQh4a4XC^KNcW90lUr=iX*!P6PVpo%$~6uGJt=^|7(Qxg19tQjlC21 z4|7f#cU!oZLtt)jgIfpk>;xW>LC?hC2xd9unGYQ~2i4`U$3*l@!LdK8B?4ie4Ua`z z5wA)K-g&apc0@+NcL-V!zK(lih+>0JO>)HC&5fC1Z)3D|R@0iD5-`Yi5bd6k_;frs z9pF+&gM!>haL_*YeC}vOcIeKCfrhJ-(jCz==wJnXtHi;@-{TI17fS6#~o#*t+BROGyf!;!{tM93#>GfbFzj?*1E)6v`n z?-jh$2{Q)DU;qFR07*naRL(xI!nNXUjZ^T3K@QIAIgcRz@BjWk>EHk29o@0u zGJksFVDlKhF$UGdY_qJj$WiC>K{vOzdd{wt#m=tDA&*xUpwv1i5pfG-bo9{ z;HIJgz~VWKZJ9*A@OSP5h_u(;_Bh*T!r8ISrQmhBYUyx}ie7**DYIqc*}CZ=oreqq zM7cq@wj`8o)#QNvO@g>Bz*kBLsM)iuGXO>08964z%g-xcBT`C1@QlN0nmF*${Ld-s z5v%34spckNm?k~2jW>c#g1{~0^Z0LsI2lQcWS?WKmr^lu!}hIPKsc# zUM?7atrdkX#iTtQ`b6~U{jkIS8`!2@fse;FPr+WwR+$OxA6?s@JDt=aw%$4A7$D4` z9ptbCu|~$OOZZUabkEA}2C*7_)KEM&6p3xHzCWn~+#1nKD%^iiPaI7|Q_k9*4&auw zYHQu_T>07Vth;@u8lMWF9T9{xvFfq=8QWi0FcWd>A?y4buHX_#BqOU8|H=4-z1>)3 z7|YV5nFfoDm@d3hX7&arYn%j|O4WsS|%Y5}J` zt0_-xFLh-_7ru=Ms%<}>uqonuCXN+6U9)X(yA4fUF^*$=cvdBK6qCdp#y8JA7OS7X z^^9inEW`PXSRKe2<40la1Gd_ji@HHr*y*^tS0YY@n6}ux0eeSmERGdLaE)-<`;i=I ztE}sbB?ap!4~EXU*%mI>f_qzhk1=Qfqci+8Chu)!#08}Yehrd}f_D@VPH_JPg~l4_ zWm^;L4Cm1VY&z4d7~WQ7cQh>a*MMJbTD|yaqo#^8PZnUYK%l)38oaKw@~&;e{OsK98_DaCvT$4?hNhoep1t24dd76Bz^ZL49r^=# zd@p<4WX05By+ez92nsoBg(g`8Xq;XVi|fmkUV3~n7q)xGv}Rp_}`&5Org52h-qQ2pqguz6oo2ySzPXRTRl*`4bwA? zRu2byus)GzTR3{;{c=&u^fktcN35gHXiLF+&lqNBPxJBi{L8StdiXZLi;35qlb$}g zR>9Ux-5EJ=_Z0l~KFD5&;`G+@J3Uamog6kMHP{;yIsvARa}$Np=4;3$jL72Vq!>K)WXTR~qhI&O8vu8^lLDe&6}x>hY69lWG!BDTsMFT z5uJnAAQ~%#c^HaB+cbcW6_hn%zO;lQYc_P>*NaL|A6@XArk3FmncswEM_}QdV#tz{ zR`|t>dKxU}9KM)vL3HeB+nO!swN~pT&!wZHcOs>&iSF9`-5Xi8dFe{nO zre4l#0vCnEDr!gL^}yxByt=ck*FB<_v8#fVTPudQJMBr5ifpS>P*txrS(af};<^n5 z4Bl!7rsmTU+bs!Re0(h*f=m=mthS8%z%%Y1A+;iv@g)W?yWV1T27m)X=$(hmXZ38U z9^jJ+|AhTkAU0sRW5s5|cuTW-fD;{@G;Rj&TTpnmB-R`6JfHte{&TLWbJWGERmA_@ zY1DuG<=Y6r5xyRP+RgFv-pl^q0p(YI*>ibof*w)iS{hdqhy!AAK;S# z)W)^frizR=QE+!saqv9LFtqEU4+J}{pT z0enyR5N9E`Tt8q>N6vH<^q%`J5wQik3(K}u3l}oBt(TdGztQ#Og^uXS$aRK;jbHt$ zVQZ_Tz_rUJYgs4w@3kbi>^eIVW0`PXY&Od1MGc;>yzodbKfU6y&O!q#!5tj2rZ1(S zC3#enCxOCp#>NJ07wrPO)BGsHa0n^N^4V-RJk7_9pH+_766TfONKvpqCR~BXi0Ifg zBaQTl26{pdOfv|zLd50}^b*g8`Jh|VT*hA#kB)e!lyNs`js3=*$B!;m*Y#|Vms8@} z$o=+y#vC6_v!6bBs`YxKr!Tyqil(kzEF~A!qCtbajN8v?oFBGZHDG7?v|!u_mV{P4 zWH8=Tb){S-)o?q3xr;$DC-@_sN5_sBxkK#Fa6IOQ=iC>vKbd09!-3pL*dNHniP&B6 z47|pc$QV8ZRaGn9MtnoLe zAoI0&d-d9p|F+2J;bY{xiQF&@Q%bXc9@~u%JzUz63uZ@0o?HEDn@SrR0Xcjj7QuUR zwwGN~F;)sr|K*?m`dRP1(}}{DHIck~$x9jV208VU*PAyFx~0ptNscDYXXxT8VZWZS z<$S~H{Y{E$AkbHAcRs$j(8Y4~D`y;uy`WP(>n-bQX&yrIDs*y|cqg`ndWy^g;$En* z4WwBEUUFiUzSFWM$YZC(HjRmi{e=)C&gY!w)!jt!O02XSqY|X-=_c;!te@ZB2<&;X zUonpmY3E@b&mUE6I zS;|4o9Uc4;Uxtt=S|=SL`Na1W#ad3ilFe^#JE` zMUxTPLhLm_%n9XKZ`N{L(@##4lL=@dNguOvuxDN^3DGt!=POxOB>akrxPeviQBR*d z(G@#G>qV;zMDPrLhU%8p-Wfl4G-QGCudgmtAzb2T(bjPEs9(JGoY#YLNXjYD;rB{l z-Xd%lBqf(>PjhAVS;AP-IsCwM)j8`$nz2WlR>$3gk{|UFMIu8Oi~a50p4COC_wa1h zInT=RtOvyUyay9(4|4NP+2hqxO^7odx9pBQ2eZ!NMA7UKj|ItE@MFT59zVA5;?3JT z-60+kn{yRaOkl8QWXwSRjNH4Y`LTw>RvQDw1*pN#BZ7k>7*=(wEi0K@uCsg2#xX9c zt2`IF$Cn$u{P?j_s8onea6z7bf^!J zOt4J|@7Q&DPJVTWyfuXlel$6f2SL_|6e``KP4ev7ugT*}IP&D`QdSHS*NtS&5?pGF zC-ZQjyqs!$zed=Wby5e13wb?@FM{i^t!@``0sA@sj9s2HfixSu3tBa;mNXMp46;Q? z2aiSyuV=0n{ph+QjqG7=zSlIzZQaN_50^VIg*W)%nWy9WDoNMt%$Nz@#`&HWUOc{7 z&5t_mk9hf*wYj*|SPG3=r&XJEv1;@LPE~EA(Ey}CTfaw5KER7f7Lx|8X&X=BIJ59& zz98mzS}q#387l-Ck$if+(&LMT zGUs+Q?MHC2-*^WWa{b7CXZ_;lp#S*xjvP;V;e{u9`uIXmu2y>Q(`(ruVa+kBqrl9+ zYXy#*>uaqquF$NckQzY{;v3QNX2zh(k?#unR%@h@?TmkLXU9Sy;DhlZxKV+;GFu3l z0`}SCmx&#j5VCB&beg0+jX=)@-Z{A1X<&zUfI|gr?f-SbZ8}pU>@P~P-G=jFufVmS zNo;}^sc1=zR}|YAl2%~)h)2QgveG>|`TRH#C#T_jWV1gjFn6Gy`0<24L523_M2@&> zr7pDEPeDC)*TIUoEINm(or4s4voak?N&#G`GgZkh?A?#^;wR9pAi1z zX%7H`>_y|`A?7$I$^y{G{;YdCSx4AL6DL43qQE_Q&}dfcxl?rnOLFs;YmQNGA-Xp_ zAMb|=&?ge$iXaD8i{JnN5CBO;K~xtVc(!*QrCS8eyQ1}?CV)W$0o_BoGXXf#7!8PW zg`KvN`Ni9}BwLUPn~CX~B5;AoS+~A`e6k80UCK7`RuX( zfez2c-5+)Wf;nkxnu37c2j+hM{ALys$F&2=9a5ZE?+>h~tEy5;S>}JrSuZ}m(goY8 zfjKgngBjpBsv$XinRGa86{|`>r)XqEV5%InL}VVbGMq?^huxhMqvbp;GI$kYRxz1O)EUam23|(a8~%)@$RO8X zP^Ty#oX&8~F;5}>Te#L^m$1Pa#Q{DUC-?AdfRB-TNDF{-1m%S zhQ5V>{l9v{R5U5bw8p{5k+^s0$YN2Ox$^;iWPerg9<5rT z2a=Z+@#t#9 z0^zJB&4YL*y|sonW<9#PQi@4;Xja=U(1kz)RdZBonnnw9r-2_AG$HHNMmByAj{^-1 z^~yZf8Jll-|z7va_ z6AjLlp3)Rs-d9z|?xiB zVhGrlj@`qH1v= z7i$Tk8o%v#4-A`%rsRCMll|V!eX8_T#*h=MXmAZlH5cDMlsl zdG*TCt3t~%7$>lgTwB4r6Wa6K9+#32H9KhD1?Gl_ISVAPbszBC&@#2`AnQEG;gU&^B(7 zlRbwL$X~Ffd}cd)0P7XFUSD5Q@CUU`s~1?skK?2@L|lN!39{bZALl0FImvwjKY@i2 zZjHFwvwQO+nm-80nd`levTHJaKc;XlD2fgPH*MCctyK~C5RyX7G9f?Hlr0x4H3+o{ z{tY`k_lN)+5^5;SD~SA*RfPFuh0h5pB|c^F49st<0eiHu zK!gh`nI%3Mz7vU1L--{{)c#Hi+ooReK4IsYcsJM_c)x5LRWZ(Xzx?PzFVXN6ihw1O z15?And^JCR>pf5Om}Y2Aaj@^NDB{-_7sR%f_d#f-oO7C(yMs%h|(K8d%s~f?Cp1+=^Y+Nbi^n)a)}A| zJPJ8dY_laZuWwUCEmneS5iSgfcEZ29%6d%W^!Q?<%(#YEN#TQ~P?ulD#=>nXfj;^T>JP7|3E zytBO7lH(5h8w!tcyGcoA-_?34kIiRn-m#^5GO@0boIG|8>N($mhiyIIk~0fpM_pG= zQNT$vO0IIvz&sUVmN~@FmIi2V3jsu~BWEY#yM(K46UnWHaR(Z?78|NLM;^lgZ}9@( z5dpTj0$8kwi3z_`)YbYz%cj;6ylU*vaM5^YzvQ?CyQhrt8!y2ZI1(w|6JA(sA6OVg z7r-Y8Q|&*OZyCzth7}fin#R4( zd~Z5nk0Nbu!}XcP0^c8Kj*sY#&2OvDjJBqn)iYiLhF9>y3TaB2@tg`V@No44+pji@ zxf#iD()8t?ou+~1Y{KpZ_b%2eiCmwYpE+@aOCI7|EZ_f|@6r3-`^xN3hHEuBYCcRX z3TpV;RDl(5r+_!BWvj>VMa9YRTP@cLF>AeAft=9aLH5Yh{D{HLjhAOm=bf6S<=Qms z%d&1&!FA91GyG8@Eh(OhrlKB11@9$}wqEd(7`K<{=_GPZe1@Q>uE_q{?gH zNY2Y~PlIhC1pKJ@F3;DSpElo-T(|i{aGKD!jyT$G@XvnvhJNwZo60$X(Nd4EE@iv6 z_W6OBn+8qrr;broOp=^Dm{ciJ+q|me^#snP80P;MjqL<<6cpT?=O4hVsw;Mi1{LS@ z>;CwZ?52rM`=liz@WSIur7A0?q=};J8FA5)Ky9N0@oaKV(I6C!s7q1NBM7*r;9nvP ztEN^Jqu%qvwc0wVM^ri!C5*Fs?^t12*B?U^zVdyq8prDtRpV@hqfyf=elB?4N!Eb} z-kW-O#xaWr1SWA$yJ%%AmFM?+CFU&>pR+vU7w7S5q3esa*2@Nw&)7YvCkY2YBv!H` zhM=axUwjGPDIh9m8y~y8_Ywpe~B=w?>divzCuGn^KNT89KVy+OlMmE=uRl%aEwE%fS%K&{cYT5Q!byR*C2IpN z4ctxENbucD?|o4(yz~NsxKK&~UIh}+%VO#9QSROMXC@scr-`}F_!Qw@#@`d?Q_f28 zBF(<_?7VE%bKc=gix3#^ZS}lk#sB>NUcY?%*}H${A8vIt$UWG!*yNbcI1o})3m%3; zhYy&po+i!W8JyEdu?t*lbBZtDVfV+zv2z}KPjKplXm{A@BstERZw+E?_ulgu?c9wT zi;Y#(A*ux-+ENJ4@X&bn=;{g_vLg65#BxPZxS*-CI63dNfrIwik44T$n%JVzgpb^h zF)QV)hT|#C>g`Sm=Ze zgT!ve#8&l4bNHOc5gj%(?NTu{GX5p7UDlBT5z(G3D?rOsXk4Ry^Sv+V(e-+M{IFTK z${6GD#OAEYoin^RvdztOa_lfn#4qyUo?Xgk?4a%_7?!7`sxEl$A6y_`2NgIRh|iX0 z{pRkT&m(g;YL_ioE;wpc>~KPZYlnUY=PX9G)$5Y5lu`=*qgv)0S2qhN}l(g zxsJrgA(+P3Y_TIxJM!{Kb8oh1d~|5ZME*BmSm&sU>)!Pp#qds!!{XwChX*~Hwny*a zmifr8Ggrxbuezz`SHi-pQ)KLk_#D~YvW9zrcU?cJ#~0gKw_4%l^nd*MZ=dm3027(e zeuKKf(L$2gF;e{DxXvVL#d-VAinJBBEzcl@BPj>joJ)xInCD8XWku2G6usmDVu3Ih zUd7QPj0XyXbxa4GXc36Z)q>)-kO|7BtyE!0VbTJycHe<*xjPD}&9y)XA~<=iC{~fcTag_of*BkF0W}fBCEaiBk;YjQ898yiiR}ha4c-Gw!A{RL2fg|1 zxoit3G1iLC)c#6N`#Z@k={-2w7SS1e-el!yWdt~1Qu(nl-ZIcJ+P{^9jf)B){9TB5RawKVE!M$?-?uFx~f!}-Nfg_`8Qe3KTt3n<9g-|@TbGa z7z5Ai53*uXH#I^t&{&-ig``UguY3@Q$@AKfD|WqS3>#;)T&Q9m7ZV!bw7yuYgTp_k z(Xd!lDZaZJt}`}gZMZ&xnO&n0$-@Z|Y;*x1*F2^g5swXH*mY}i{uOp|T5`?>Kd*i! za<0l**IZk8ADCHE5$FH_5CBO;K~y(mlk)+QKO>x@?(mWD6VoJ=OlPq3-qU>cvn?BT zU5u9#B+e;oP5w-XY-U`;);lj3vJAV&k1w?#7wj=4i^Y00jJJ*IIy$EvEVn&ZIMdj%G9PBs2J1$H(%Z7GKL6wZ-Ceb4tvA}yNTgd9~Dgf8%An=e;j0z_0b?rRv2>W305gyypD- z^ztjO==$-sp1$~kUVhJu@U_)u(}D#ytyc;@P?)naz9tTNFZ=V6nFhwEpr5~Uum8t? z_&Ysk*KX0)GjAV}BNbX=+K@t0j+q<}ip<->NAY7Zsqrm3uR-Q1tZlS$9+j*{ov5VRsbOL8cuL^z5DGs#`$8_h@c2US zefbfbaaz;NW#3azPFmMamhs}}{`OY4cY77%V3kyJIK~PwGftFY;>cg)Z$Upb30)gy ziyLu%q_Cf9I7~A~>Ptco&*Z?4yzq=)<9DHc1pHf6fyOuMnphi$oWtfAxN6dX=2l?& z_|Zlc`FjF~o9zS5+^EDDJ-AtobYPWIlwo##c_G8a?z1CRnXw!*1rahC&V-M1zuv!o zu~inxszn5S(jwTzjWm+Vo&uaN+)u=~-~g9zmq!ROhI|sz46Bz_}tp zyptX%@&{J_yp;#ZTZld}o)yCbV@f| z+pL#*dUZ`QJyotEqT$t$)b_Vq88$H`J;v`2((WmgDJMDp8HQ1H@-$Rg3FWZu;!G@q zbGle9^!Rcu0cz84oC|U>Xa|la@D)P3KpY!lQDMgjFMafCv87?I zEvvQzxsgK9dfDpn)ulW%|}ZvM+$nQSJ+NJ8E4rU>xtu% z7&`8qaP&wX$Or6d6=DL<34!fpkK-zeM+jb?F{kOIHLJOo*hRd&Sjd?Y`=A8(Jh@WX znm)kij@SvjBIk{33w%t$Tc8-bQ(Z^JAO&!>-K_;p($&)!^zzFu%O1Z43g>}_*mF%) zWrixU7}mrxntv3TLIYttWee=3?3(JP6_^yJI8Lalu+HYx?&f#;l6@DrdNyQN*iMO3bwxgAN~W` z^Y``Tm0oz^CB5+Usj8f`p?O%WFPLMY9r?c`{_S$9_r34E`rY68ExpVx*c0^WC0=v% z3Nh<~F+7~Pdh{4RF0~>D9p?vmB?@Z0x>RgdG_6Oy$s@Y(?yLw3+DHF=vXZnNO(L{_o5%c7u5*%&Gv6eheG05}z zL@p296p3pMcP8H3ed4F8vP>_mK3IOPmW%nGiFteUCZ-H_0&lPX{m*~zvp10MC?F|U zT9W)5fPPG1dy;;noAEdm5cECC`?I%i)vl`u(LwV>hwS{EmOfc4hmo7`{lBc?LZWq zKl1$=FdBfqnxE|yh2R-?(mktUD^_pm!9)Ww}yOgu|Qugz}D)}8&nDf}KXhE^@+*e4JN34DqO-9r^ z-BIuwzI%mj)@zI7iUjnIM(Y5k2W_`Uz4h#d>rQg~)6|Vj^m_#LmImWzfA@3kSxsd~ zfBXEIY+EY^KR1Skb%k#OjZehB6@J$hgpUysX_X+n`DX>EJw;Zb^FIiT%?r^SbSht5dFh zgW!-1#qeT6y3>U|g>E#XQD|mB0wi3c(cX8p_ZE#tHyRBOkQ|N_VuU_~LNOxY+EtyZ zT!ZCMR@UG+ICZRUQVZ18$Eh@A-TZ1tybW^vtWi&Ceya=wlch$)4>Mzu_i#ZG6zf0 zdU}4Yr(oY8+aWlgP@EheEi~yH*z^R7J-hj}U_d6@b0ogQ#Y}>}cV4$BRxBY+%%<8# zcIxxoGxt=#pF-apdPiZl=Jd)(uN?)Q$IoWyE#@pM>h|c^PB1PB92=5HSF-LLAE<>V zD-0}gV#?K~FG+|IIuQ)bHur$CB2eX&C7o0?81tQX}& zP^NDI)&r-MrdQLK_?g4^!K~ASICGDao7+cor8p|GbL^*6P3Lp@=+*QSj^dGpo%Jm~ zO|-m6AT4;GktsM)*c5!d5bsuM@&6XPoe>v0un!a{b9}(;VY#}(zoRByP!o2F!-bl( z*L2drdlJhjW5<2d>*R2u1NRIw9Wn>)2l`}o)oDd>w7~!!iNB-JcQI>-iP*M> zhKL_K#o#&h+#&60?=2V`2|J8RlwKDF$~k2p}JG3knO31S#Lc{VwF z6H0qzbI_0v0&+ENqmrT!murv+KAA}gTiCKmwVYy=&Hi{3Fu{;VIZw~db;hyT1p&t@i!}jcOW?f3XpE6H)$4}9V)w@f z3*Es8E=km{@_ouAZ!nfM#&k}#8!?30bgDfOs+3I7Y7uAv>_I2&1``6FLD#+o+D`3= zN-!fNcBn1DI_JPrYj?zpYs9p(-y!SH0wnC6)aL|p8j*e;|f6C{VQ+C%sedSd><|u!KQ`+D6 z{`mB%9^ssq=xm8?2G+X5p0BxY;BC@RDBu>F5Rkg2;6ww3!c$}}=(p$?+qnyVCB;g2 zhtf6}%E&cB%YvB?0lxOw>7Jd^6+wMQAvDnxj8gEmn7AaUUy?j~@VAqVk-}<)FPUy7 z$676GWO(>ywAnnoFacYGV4wwb^d)q(XrjyN0q>X=>p;k?&k){z{u z<|I<@gPe~F-h&14!Tglqe)rCaPzwGj!7BcEU46QNhm;#BHU#dVKmcDb-u}b~uhitA zVc3Y})HE5okpyz3K+wN)?|I!K`C5G0Vkhh61xsvb13q5}s3Y?eKHtN8#x^F*9~DE; z-8*-*m@TwfUow8r_=aSk(RE_1!(Y#lqtv+xopqBL_8$d1(D00J8EJpR?Ut#WCF zkkE70&Y$6PjA495adb}6xkoproRIz9Km1IuK75R6j0*75wG(A*c1;}KBn$NDYXhMfQa5CBO;K~!$4r_6ou@QI#0Ig=$6D}+Oc>ib?6&qjIe_M=iP zYVf-Oz9JdPHU%Ee8ss>bPAJ40Es4=r*Q1`Y8)yHa_41OMZbiX(jf_DnY}bDO#e6q- zUwL($AUhuvqcz7mPJIf*uu-TP9Cq5RuZXjrHKM#5;EQ)9spLqU$lzPRu91gEPDL$# z>m_CA z`O&dv6igj{mP^KaM*MKkx``Hu>!WOQ7vUp?2yWXd^J7lW9)q*U4+-pcd?GgA+v9s% z^tYp}soqOMK2X_ml4kkBBZO!ChL}%Cfd7D0*dO#oj9C(=mVEjinQwS+h@k_)&kE4# zq*Dl937P}zEbVlc^-ZS^Vk3IgoBZ)D&RbBp{VzZN<{w_sfBNYw`v3jp75((VW0Za& z&p+ny9h!Uo-bqc~wwMR13005nA_wPm#mRvE5wOi})ZhR7HLA|F(5g(BD-1Py2Wt)^ zY^ma=7)PwToJW8NPBpm?2sbBbA5k&(D8ni)3-o{Y^Oxc4)e5{r=|@&T0N4&-E&$BF z6W(L@Us}v>FH`ZKHlRQSN%p<_q1vb6bW*GntS?b~>k^c| zLUKd!nxUH=$*Ew-4K3ghmyFpG@tsE8Wz;xqNeqqF82OTSD+1Ayg74*5A8L&=ZK#&T zk2!-6L6-d19JR|if<%<#T`5UsgO?Nv7X--x2YKbyM>Qz+B#Gzm-_`BoBQ@wG22T*# zlQdQ&xt?!#3tURNWQS#crSLU;G|UO!!y)|Pcn=?+>SwP!)T``l?YH`E9UGJ2=ZXUG zmDiqBA1Wy+le}WeB(G5mbnpy`{Dfk|3TX@aJBqtI@M4&oek@^m%5$?}N8q}dD}s}? zQKf0n_ga?x%_rmoe5oc&$Nhj#3kCUNaX=w>q-URfMh6EAJL4AiVk<(6aEQtuC4fs&Wtui=y=aq8Or0Hvy$6qB81eUO1$1Dt zolr0goYTw+T!+)7=k6Y8F>htNzZAsJh)?ga)2t3YVsJV?JCprA9vk8b(U(GC6vlw8 z*T#x2*zNw}mDhC2r!)JsmD9+2(uU*t$S#!8TCo9njl_9@&A3=Ja#CQsxt3yV!p=4^ zZik*!BhP$vGu`gkFbkN*(PDn;u-7@@vVe?oY}Wv zg8qhtVxIvgB)&}HHtT!MD4;UHU9d?zrJYf{o!hBhidx{?7IRM7NWAvsF+7j**g-12 zBJ+pA$>M2;d;>u*hNyrIjS3oEPzNUCxRu4U5${>8_vmtqex$&fE%TNXmCNfZV*8~| zS^E;44eRYNV0&JHSTPWjrs(_RpjY1{u%Lh3DA?Z(0rnaln~p2}{ZD>D?7LF%o}^!t zb7Fpw#|EzXB$>E&6iYp)FDYlCCQc?cRsUx5#><)*VlmssCBvK;8A6a1I`SQsSFoEk z*NCkd?L;{6=z5C{XSHq5wNb)`eMnj?7R>En(aCwKYa5wO5BR3h&&jL$2R<^vmTFET zreyT&9dky>{IW&vreyWlPeQl$&hSq30WBDBiHS>@oc7MUARmHK3gD2n!zQ-GHxE{O zu-%bMY}|;C?Z`KKFiycMcwfg}P&iKe7OYK9y{RAn;NjD{8?`F&)yL=h8Af_alFPwq zK52BDUE_;)4|QkJ>DgOz+5bf0nB(?6$?6INXtI}wkrhlny;wnOkRuTM%|E;>?l6{( z3_QD!C`t0wk*+bOJ%U1?W5pT#S^c<+#Qr1`8@ z#PFT-IL1tkDGLSI?-(=$un7OpvYWWYF<_2K_WKE^RLg4|_<*Xbd7%)Uz+VMQ?k@yL9ix zw@Czs!&`Us{99ktKmJGmh<7jOnHOGEKU>HG#xo=cJ1rT}&4X7SNbtJF@EV-u5SsX! zP`PfM+(yq)yWJ?^1UZ8T1 z`XYLEx_xxW)hoZAIQP)(z{2qLBTM;+eN1qom2wIclS^3K$pX-f0QB6wTRL7$dESx$ zMvX9QcCjPKZwMR<^z)9lzeO*;@T?X`3$^HWi^KVpbo=gI@Vc*ezWuH6*P~yd_ni`U zWI@ikpq3zTNCF>2&?}D~%Ra#X5uZCciia7t(yQx=ni6GyM5vTr0lB@|2^g%g@i30M z$L{{Q`_C}8lY_2PRKb2CMQ8&rC*WYm;Jy2_c&Eq=oa%1I7Mo@sh)lQ zc`XhPm70#vf(ylzB_C@-c*>_FA2R`YSM9lPih6=!@S)mh3r&w6?V1Rf^XUZKg4}*3 z?N$nW>S}V-Kv2CRK~K7_CjAIDYixVqsMc&EcrPJCi@g=}-hiVglsC}aa0=zT(}+FV zA9WKrTH$?2k#YOhLW183#fQVb9z1?X61c)X_qryoc}^*0L6tz-6DMr<>A*UMqybys z6L=G}4Rf=zHObfl?*iOjq=@>(tLOUv{HLGlf}%1qZa$fT%ep3~Yl_8Fior)!Y??T9~f?eTw)3|o9}i<3m+lxGJnSL(WZa6cecOu7lN#H$5UvGys&(2`=nd#Pl} zVGn0)j_hRP(UVhMV=uG5*R92rqP^7^2CX&}D4e`ie38-qUXd<0y5z)gzZ)rBCpuUh zYTP;OVn^Y2#&wIIHac7^WU(}kL3_USn=RxJm3&5KHaZPgK?6M;vu4+3m=4r;2Jbz!<8$(4tpIS#hNjwlq8Ss z@9~*PycxmEjZ)^_mORvfXP=Xr==ElQ{1w4yNwZ4Ff_ekex7ZDq6m$!v984O`+JeHf z_Bh;B z1y9*un6RRPpD-Wath-$MBRrX-vIWLHWruO^u+=ff-ZVXUM(t7N9)=TOVl_IY_*kQ~ zo^L}L!)^#ncWxi+F2S&)A`?cqq>LQ)BS~Ya;8b~6iDq1X0M($UqrDL^)+h5#Lpl^}l$!x*6 zPF+8#pA#YhBw&ke+bP5-kDhw&Z?j{+!?7zdO#z(uk~a8={c>nmib_f{+q4ROMM2q+ z$mUZ56*8|0-WeP1yGCsjarQx%1g;AL_8x-Qh7F1C+PDh2HJe?eJE%>jO$Jpoi@-aHI)0b-spbf=9E=g@$_yn|9LcR_De9mrS z7zVXX3$8`M2X*k6k;QCj=e)+4l;AxRcsl0qD9+4JW|LmYI}OO^{77QlXb;U4l3XlG z=r3VYQ+&kyq+X%Z_fv%suqO+81M5w+m~~17heS|s@!yVlBQZkY@a)M#6Z)<>{c_Ou zZe$ZMmHj192eTI5@ne#!N5_51@UUgqc`YkI<&!*oEU@F-#D|`w(<1xj)rFSlPj!9% zNVd)tdx@;SrcitB(G#uF!!_7!*Z>UZX2}M{ua|Y~Yp=ehmw*0KojrXjOW3E6&h_Ns zL!Cc)A_vdQGy1vq$?33->evm(kz#dytxG;xy+VQgi=Y3TWb{Z^d^)nt$`;*Q^60Xc z6-PpECvSQPG%R{?IpCkG=j3ih6aYw8|scbezV&_h77_}$fZ7Yx48t)Dl z2ddA=WcKS_kSA#^&mL(u?eOg_Mbc&Uk0r6f;?7g@z%_Yfg?(?B*ARy$_|-^USre;+ z53(ZIQ-IjtjQ0q9&q?GPfrzY5CBO;K~yncjf`>5X^-FOP5$`11i%xjnI7Qh2zg8r*%QQ^ zk6HuTQ<9+_?O(3<^7OS$Rto^Z3DHKeuI62XLG08}4LX!%Cj%x#O-@ab^HTCs$q`{i zU|6Y#&K&~Mb9aw*aIhdwvfk=a^GT!U?%t9G_yZFD(ebg``GF4Et-iqb`%5YwmkCZy z1E5LIlL)$LFQr!dm=v2%li6I;`9hid*6Oy(uyhGWNSBz0DK`^F_6U{a0 zr^qA{(3;A$SA#NI`1c6=EIhS5Z*jai>m8ABf{!xrJ?lCbb#Q!3&%gKDQsOu-P-$K4e&^|sn(XD%T)x&QhIm8s<6IrRq=Zl5zvon0_i_fcI zSX-QbI_(vF&@~wRlw;7J{Oo063u;P{@i}Q5$%*fh7qb83msQ&yId>RK2u?8u4H!-I zp5y>6GklzM|&<_D~hHZ6MlTuPjg71|f^NY^4#4N==tu`g3muwXCKDNdIVW}4MZ=hD zcDj?k(JgkjQ?4m^O$l%|H$!W}INRmF`24dnyB`P|Gw3)H@nkxMes#6J&ymZ;s2*K(=(ql^1Z&PFZIyY8-P>{g0roPR_Uc~8cf%S5xt;TZVF_K#CcWPM zu6OF4wEOq(>ww~LI-RJ2?xbnd;LPUS13TbJm(;dJC&+EiYX9#7+tEKgUus1lOxWQ= zf}9Ug-bYPm3wZ2h#nnH0*E{qUPHV2v{Q=n74&7w6Z{|lw$GVF>Wo&584%!lO%2APK zyVnBUyA)y1-g`y~o?%G%C`r684`|v!Su{%Llf@RmVoX%X!Wc=Hoy{bnf)BpH)Khe*A@j%|$ zilZ!$+5d;(k|dB)R1Zc^`84?O$+@mM;@+*#6!`EoI{1r0If)puQS9d`oNjfCTiQ_U zHq%4JZl=j%u7Esk+mIxpX8jbsPAi|rYskGe?Ce)0^c_iTNphdFaWI(=nA@dMBgvJZ zq!v1Ul-8S31HOElcx0b#d@S-Qs>u!;o>JV-D-RDJU*gX*-MMueU!Ot3=@vfp!repN zIhx`-Q@!JbdwQM|suSYd#*)W)vr#htNx}GS6q$Mc^odR%zN*#f6J1@O>x!iH>VpT` z*shqwofu<<$rT%kk&_F~wv~y$tFtG<)Z{tsSn)Yb%4#(T@scT7bamlBfCB@9@@=T9k zeUXt00ep|1*I+iVnG`?X!Hf5b(3-*Hv~ATxKLbvWza7qd zH7ROO4E3y)oYx^ddFHH$0Va#t$eu!MKJDb;Wzd`d@yP?~d`h6qvW0UgvLw4lfDMbE zUaoY?Q49Pl<)llF{UeJ#d*=`(CRs9yA=LXOd#wnbk8s{K4!LBP@ycrtIsQG>8HI!! z2Aq9ene9r(5IhbPwV3v@WMOkoI69h7ixvk5dV%Ek{PWL{2yX*)(R?@jGRI`_;SN@m3w6+?11GN=@JDUC?;v+n(23pS`PhzWq7<(_ebK{+s{$ztY?89H4JT!`q4(E(_*vGX}i5e+jCS9j#*AP^$Fl?M0=UbpJD*z{xUPn0GUDMa%KoguW zqnAbB={aOQ1T)9#^3bFhF*(Nljw9tg@)g|%o43F4oZj}_ef1@=#)`m_WyiMv=}Yj9>2yGlk2vZmkIasuqt$G_P)|Zh*cP2?aK_oBM|W@0+xTYwZax>hz!7k8 z$d?0i3IV>8^}YKYZ;|~?YQOx;zociMeO}M=iRJC@c!%yhb65Rzs@%4k;$ye&-p0l{ z9i#6TpM8$|nKpaqrBc^_?%Df#;koBzc-WXbe2O?eJkniG8KRfWb|!73=dkr(MxJ+K zV@K#9qnHx2y0%BgBTc%Ap1E^JIYb>S7FxiALD!(4IT+tMTF7udK03gs7FC}?Yu%wp zJ!1SZ_H-9KOHQ(&HJi?~nDzA}<(b>J)gaI4Mjam>=pHgza6Fi^4zv#ll=p8RQbeBU zb^r+fIAzF!eJM_Ch{5IDtF3bziscKc|y>&rzt)wP4NLoHSVhw5J&9n1AbVp*z_3d^%TCT6V(gD$AC* zv|$HtW2VTJSf}fzn#^XpbLWKJYO7Kj=48$BWwYaXpXGeiIYsT9u`}?U&yLhI6FrZP zpQpgLQ?n)o&1MtXCo((1S&}?Q{B6=Vdiz_S)AP^X(SrBWCdyh9r1_*pU#%Ljo-!^$ zql5m0_%LDpLogn}!G8B)MY0o#zv-H~#vGnwh?Tb$$tA=jmQzUZ3y!yr4>X%}>d{w< zUTr&}_1Nu9-g!;%Ei0<*?*?h{(Mg-}Ulb)LvzOq4wqUg+!LNwr5xOJW;>B#L8TP#7 z)Wiz!gdcC%ScKeYJ9urzNU}px3?Qx!(HhExq%_`?|G&|1RRI1^m6HeZdBLEf#ZRGe4TDltdmH z_41>q`Z>G&Epftup?zwxf(4c9n4--5U_oq6@ZY0{nPCnl&N~H)vK=P}lg@P0!eY`M za1G}rvR-iFumKCwq$-9K0ZWR?9UTL6t#3>Iw8TH|_skE(-cf5#%LaKR^xdPEuE}7& z(*Uheqr4BimBa~QL1z&?j?mmdqn;3Q>b2nn#8GTG0#%cv?EhCFy*RKJm zNAWRu6f%+|R4raO>bn9?N&}r0^BsthY@Ig-Z zNOlDQA8`cygkoSofJ`+b1l+UxHb9OJr|OvZ)0bb>PiVFydW?f@*@-rJWT)^7yVZ^C z^TY-tJY|=p)XB%93J8^tXU$wP)$v*n9=xj4^K)HM&5syv#OVvwyZy$0fR`s6!_{Jh zYR}}_?AG!a;1+`n-fKn?VmqfxoHoZG<2N{8ik+ zuoUF+$RDVxvW-hwR&j5rN^cXmCS4C+g`~LEil8`3dU|@QGrr4hF|Hlsx~@}#p9o&T zJKZ^2=-%xU#pqQHm&AH}ywH?&yS|kfS}8@2m-Z(rR_i_Vcj_?Q3?C&WV0ZG+yy9r= zvIdGm-%huV4s=NMIKlWQth=LPpY#*SIrv-2=uIe0?(j+Cm|f@bVxq%I(TsIVikcFL zZt<=7U$(gzP8>E)MSf!0%vP)G3~ z9LdoH$X!!(LK3lSMkfy+Kh@v<^yhUK7@SwvO$a8f<|LBIWG34+H}KZA8M~N}_-3*q z>lp0CiHZ42;C;kS79`*U0`+qwf|lL&ZFF_Wj(kRcPl7o-I@B!^et?$*CMP^EW^7`1nw7dH%kpeWy8?-=Zk$(Pt@9_j!MhJQH&kUC$i$#WS)TcU5d2ZCnp5o zqUZ13)>}w+&bjK3!p{oH;U2rEdw1{Y9dCWB-Uhwf6bKp25`H?v{-y-O+t8lPivBAK z_W#rW@xReKe(7Cu6TaEzUJd$~9~^6baH0e3#Ss7#I+#p5*(SjIqz2jN=<{7~dz;?! z+_N>wEjgXQsN}tL2-e4osfypKO_7aDql9l+VrcQBgngWCojOh(-~Fz)=+?Z|KYr^o zdJf%W-c8_hg8p^{cRML6G3o`1-*>;|zTQqjf9Ggg*F0Qchm%erCW_~dgg?q~Ynv7x zvrgFPEWmIi4wWDZ*E@RVc&bdHW3kb}Q;)Aq@$&^m!^z=XcW*89?svSPw_*UiKtsPP z&rt;4#s(VfBEwSv-{oenCwxM(q}t#s2^tA}%#Pb8tEcVZd&4Q_4nMM((f6Hta9!Ky zfaK&!I345cdJIk$?{)&W!xQ{vCG)|)EzIe3V0MnrH1-T8K4i{mBKe@jXAX6b!swY> z2kN^llj&U)L2tRUz^=2NV*}Z@QI4E}i!-OuJHhauz4Lk9J(}q*G3Q-xeO~|kpS)A= z=6VQ?MHlrp?Een7`_|`=Xj1zS#R2+&r$d99AU@L=m^{<{ZvzmUn>whZ1e!# z9}(*o(7Fq6M~A)M@z%G<{?3G36xoLd6WzietsRq}j)+&cIf1-w{U?Wd$J<`e|Nfu< zGZAKLULdVWPW*VDMKMn!HVqbZh{v&H1^lr=4?AL@qkptU5f^xGQ}-04!3VkE1^5(P zJ4lYTK(Le5zHMdkX3e4&>m&MXo5rYULoV&ne~(NlCl%I#nK$*XzhH;|_{o{JEMQgK zh*PaN0vaK+Ch=}be9P5NI~HpQ@BzkykBo98#Z3*m_U(O*fOceON#pVPg`N_iAMw2j zX>hPunJq9m?Hk=anJEyw9X&Dt01yC4L_t&()@XhVNzQrsm}TFMuQ|S%QQ7)XbnAGg z6bAJOd`QJMa=gV*94yIz*iZ=t0FKVdextVFY$q6{^=$}TSQqPVcFGw81@JSR zK`Kg7><|X~TVX+HbXt-nD7EwE-tQg z&atX}qG)h_56vydpozd^!6u{Q9T*h?N`&8Yjvd*qYk^J<2)v!)7#;Som7r~gea`95 zj>2t%6W%8<-FxO4EvU#FjMw`>%5*r$9$iMYBx9SmAqee}dp_;Kai#-;+#Q^7pz@te z7qUb)Ym$cTQf-uG*=q`qEkVjjTGelaNfE3&XxfR1?NWa6;5F@WLMsvv=DkL$_$M5z zpPz#T{l-sg0nTWkgBBhgT8KOw#yLpyS+59&7T_N~eymp?Qea@q7wl%tHq5?kmp3Q4 z277X_IPs^G{Z$oA7ol}QSji(vBEzp_q*0qgr zTLSn-k0`u=0T~zAW0d(?+jJVRFZ;U>20jPvcNF@pA#m9c11>lLlpHp>mV@`Bg9QP7 zff|Rp-eNvci;brk)fl$slPnm#@beADvFW!XxX$o1$!yGH7h85id+dIT{cT6Demc?p z=bu*q!zK2A$u8@`qYGV9AU`@=>*>W-S8H}l$Z5JBooWnv%n|Tjj)HTeH8{i+<%uh1 zUjd$icM2r75WI3umB%S|7r^+6#AkZ9U*dfEwI|Tui_IL8OM!VyFm~-!v&Df9NeHn7 zt%xlfK-{s@b)o2**l>Dwp=&Tpti8vE*�el^e2c~*mVk@555%9~9vqtExv7tTj{`BmT?1aaD$HC(B z(R89Y__R5yO9lU!D0NdUDZs8dF|-ZK1+ith+{x_2WV%HEr6gcM`e7t*tz~*1k#UDX zTrStTB8RxxVB<4Q`iVwx^FC+=9}!-o^Td^{R-7bm*hsd-(SW~~u9t`3l#(ny+D5?m z-#ITIf=1TcfJp+^7Q7q$bb~+ciG%yyC|ObExVoSivm&(GQWRJ_r$~{LD1I6>1erCT zWR`r&vH0xa$#(B+>vDf&?#pN~n+%o6Q z{p(Fh34wYXxTK&GlbrJymoT0z3u-BNCGQ2s2o>dgQjUebtO-C&QREuMoT2=S%cb@t z%HX~Fu1E$B9%Z10804eZbI;yWONBPLKmeMmC&?|Qt>(1DgDHkk5Nyj)?x5R;3w`jT zU(#2<`Um>vw|<~M{KLP{H-GO>^ur(jTm9)@{xACcm%gbV{?VW5-~Rjmpzr_qul30< zd|U7P@MoFxS^e$@KcnA$|0ngH_kUEM`1IHGz3=@<-~RR==qq3OuDmUB;&-Jx${Jy^Pdq2{5zxQK(`#V3>m%jEreHvQd{LUZf3t#kD7`wm$aKm-YTnd`2JnNkH+zyG5@*6;oP5B2#ke^bBp{*UX+U;91%!4LjK-}uJ&^|h~kSMU44 zNA;nPd|Ds+=x6jBzw;6O>)-ycKJ)pn>W}~UFZE;ESHAi^efXoF(@QUXRX_a0Kh+=q z_%HO?&wWK-`SQ2)!yo=w-~WR@)Svv>U+QbD_2qATSKs>X_x0`H{{j6!)W7+wzt)fb z@JIT@CqJX#e9s5;tH1s}{rU%9(!Y4`OZu0;^AbFMS-215xBn0szOI)( z^JRVb9b${4r}~aUj(O*eEJLe>bJhD zAOFc;=+FQBuk~kt_80oz?|n}{{^LK^U;fo!>CbuocmL+!>wo@t{}27a_kVDw?Fi0{l@Qpysq;{;Pw^x{lG^)t6%-?59we0)(7U%z{4}I#( z`utaaPrv#8PwAyEep6rk`nP%hw!ZrH@94)r{&Qpk$3Oa0eeO%&(0f1lDgDdee4l>h zU%yws^S+Ph10Vjle*HIpS0BMHzVP|4>0=-Jw7&G^uY%3D^(*iBkbd>OAJebD{}Z*n z2TVWqnJ?)JU;B>U`=L+iw?Fu4eeh$S)o)-I|M%beh<*j#|HgYiTJ7W`pZ=1*_O0*h zTi^Ym-v7~;u!|4qlg#~{4}3(Q{lb^@&2N5NU;p~I^yM#qMPK~V*Yy7Pe^~GTz=!ma zkKe5Shd=m{zVpp*>JPsAd-~+ZKc$bt*T=BWuYBbjb>2rm@x^L$@Bh$e^pQ_|2_N_a z{Q&*^5psSB{(kd)AJ?Z}`VzkNX>8#oed;q`$L_wS&m-ffUiunxe_p@&fzRk)z5gZs z+WTJ8dp`1ceehFX(-*(<=X&X@KhS5s`d$6jN9i*k`PfVN#uxPxw({{$enFr5!Z-B^ zeC?xO_<{b1_k3FK{ls_l8z20V{<~lQtbXOaU)F#Bn_tlWP4{gD1|zxhdh@TG6-SK;>)pZ~T#^678rU;pl>@y+k*%h=0r5I;W5 zn(xEjKlrIH=)<4=nttQMpVJ3E`*pqlGvCyEc=szG`Ko^HrSIu?zW5{BAL)Pk@Hh1v zpQO?MKjBmF|J?WV+n@M`{`>cROTYf<@9TZY@vnIQ0s24m#UJQ{U-*4};LCrgfA#Ti z>Wkm~6aDay|E+%S`+uY#|Iwf03xA@If9`8~-^ae7Pk!#3`Yn9#e|+z!^cx>V_D_CM zANbUl^yx2u13UO~jWOT-!5`}n{`fETjqm@7zVU-U(--iWZ~gwC>f7J{u|D~QZxNfm zsE?w-=Z(pSE(k9__+`ovehr?33}AL}Fd^~bRP zFMQ+o;Ndg+Ffr#tpZmH#2%ewAcfN>Se4d!~iO+qb#(=M4pMUXJ|5jhaU%reje*Ig2 zL>&DSee_HJM(_L75A~Zb{fR#Ejla~#zy7EC=$C(>Pk!x(`UtxJG_mVrU-+7S>tkQm z|M_2jSpS#b__Y4pU;hN}zOR4rfiLO*`kt5cKfM3z`qhtqTkrYIclDl6eOtfrk+0}? zKJhiZ|FhrHuYKsVdhf@-i2is+SHJu5&+Eh3*84y4IsNV@KC55Dug%v!@!2oweY|_` zCqA!V`K=G@*WU9{{cHU8U;c}KrGND=eoOy?_G`cXKK<%%eXz#&k9_u<`X7JoclF=? z%J0zLr9eCD;7k-;7OVxM_J+H7&}rVG%2dk zmr`b9?X_GdR8a^ioeb8Na5mt$&dgC!@A;e#%D9isZq2oh>(7 zl7BC+uJvYrd_zK>v{_bFZK-NEo4pD`wp2GRxSEXTygy?X{DkA&6=SZcg3dTOc<}g) zs$;KLIYIaZ$FXPjO^AelFr8{ah22w`_7n(4_nPWvLj|^Ax6^ZEwW7iw;5Gxs(ZPWf ziXLA;>ujf=Kf2bF^NlVquBqU9*|vGCXAUC(dkyRy9qUm4r~rHlQU<()EY@NOH_!A1 zQ-E9r*DA7zOo8T|Q}CjncYqjqu$Fk&ov!~8nN~V=33zKOz>U`-Xs55uSPos zPw)zLUi7ZYX7fGw&igvfbLCOiY>p3}doM`BgX7+D?`6B5Xz%1CUf$?@P(m)}9AlXy z@yapB?p@U@Dv<4ZMtsm2jZv)M|0*2s7VFHT-JKLca;=xt|Ln(5G7wpZ*KJBZQCo)hyEV>8VX zhh1&m;Js1|=sv)Y@lt?4(|-!Sj!Pk^zNg>O zP=)M=;dQ*HkAGiZC#Xcmd#^xelY&}WZ#EAPvGz;0Zsys^$uq9X6}_ToF6&vJ1sFUO zI@a&GI%IP78d%)dW)Z_|gZJ*HS%2_eeOqeWjlusHEV(z?O2Rkbv)*$}^hf5z;Gi$r z74ouX@;dM2X-co#aJ)^01yC4L_t(KnX>wu``4RO*ip!Oxsqe&ezm;fNN7W1 z-^!Bw72jbyj(uZHlJl}krEp9fP~J#IBib)sdqfqp*CB~N25}Oy*KW53kOVNJ)`0Nn z^g=pGN{=3$>WXji{p^tAFgr?j7@em% zIVYKdY@NQunyAh23LOb$%8E+-uT%Q1Uv*C$$=>-)yop|w8^r> zKkKpjyA_oO7ya1Z|}QuGp}o6bsTfv z7(B+~6&Y8bJ@?)z&>{@g_fG%$*$k*8kFz?OuW~Z1CU{#bL&xR?FF^{tRPhQ7iqH%+ z#I1ee$2rHn6)HO1c=LmZsP2KF^j?+K)`AZkOnw*Y!GW0YMjfLa^sJMKmXGX9Ns zJjs%*(SWTwCj^gkx!M9eM3_zV1=i(JQYFHF?W#J?^TOs;OoFR@!MhuJPGBVSBl@{Y z^~wbr{1-B)n425Q)@ez|I=s>KuIfG~Uv*&Kv#z+pFEj5YU;IjcaqLc4YlsPJ9;*ybFqzAJ07vT!Qz=;%GvjH&+k85uT#= zvKE-*X%4}>lME-%Jws%2z&7+F_YqqORaP4l7;JJ>8Yss@BRJLh!QZSKy#wQsCYg>$ zbh{^s4m562D@8eDP`{jW`29|F$`ZV%-_r+a(OLV%K%4sp{(^|nwC5YTtmRZ`8IM-z z+nC|?c}90&?Kj2_wSUwbR~yTcvh_T40*jkW^_hEK@bAd5v0euPv8`cqyxa}`ysO8n!w5`fNIgMkA<> z5kCnAGV=oc&N=k2x=zH7f;~&(LUXi{CdRm0Jg-O)OjFLG(l;70IM#L0mk>$jFrGox zM(ka5ymO+9#+4iA9CZK7eehn!Yl>X01-k~~TprO&V<4{bzbiyBYgBACQB- zqp6Om@+#E^HOKg;XIJFTK~0Pb*ySWe z+2=pY9V5AUKIxFPL)IW5)0B;L*EIFhR4J+AtT*}NS1k1CYNHY6?6=Toe7j8qq=Ul) z9rNAYjv+k4`BZd8f*3g+xWdO@SeqO*>!3-Z zotCT#$+Rz_R-O?>TFYDuvSd>*mJm^Z=Nf311PnO4dT#hv=$wZ0NJ`$RD-pU0M z?Tggjxj;e zd+sG(qg+RyxOYnbxu5&!p%c}^U*D$6r^!jT66@IRz@ED%6XYW_JTzzs8CcuV5L7pT zb3hL_L2zW(E~olzL3m3cw#O#u!i>eM0Xk0BH&CGt1m6*7)(vprG}b159HVWS0OrAa z-CP~>J^X~qXS8=VmcVcKiRYWEXPi?GzUn*2Q0J5sDwYj_tmVGt+8}hM1r`gzSGqxB z^%1s4WEtRhfWw>QWO`^yz*%F((D=&GPp`Ko(vPi`l&TY@5YVTq&4XX`jx~Zz--huG z*6_*NHrJBBwJs-YF;?4Xpk-@VD=Eraj$V+fHWIioTebNKI*}HF6R=g>JnyZqzVr0! z=EuoZzIZKD(9Q05FVl->a*6@^0!y#Ryy%5Z1+er=UJA5Imv_k;9VGM=#R8ObIvj6rUma6>^*%p zE(Kq0D8rxW;->kVVt{vn`8M9yEB&6vTps1Q#t@+AD}5Uq1NY!>YukNfErv11fvpEu z$5<(N=y+GxG0e=5%{Q#T0cd&2@;%MTL%>7F=m|Xs?wy3}UdcOb!Gnvhc5Il}wO^;t zPz880K4J`D6`&{lZ6~_xoIXWO&_zkU(#aGSQ!vjF`V5No>R8LGaBn)yA;{v2m*k{M zGqPr#!}6SE864JbB^KHa>%h` z{(wDu@sIP`?>5?SbZ_#77$qo%NN!`?eyj_~a^U0BGhJ}Bf6Xbt$f<$jq}{`FbWQ=f zo#jNZ*duEQUIkk((3`Z4BJUfD0lmo|Uvk4?h1aAjDAUP)Ibq7twS$oD%G;)}gWqWj zGaH=z@zYb8u=dLd%k^GYtG#UDzH8M%<6zcRC-X49r3wlNYRt7wrYhR%<%dsnP0+aH zyU8VmhXPCU4AKgPp7Hy76f&wB0s@+af zjwW{`su~yp&yH3$7{;14SFE!psH~A=hd~Uy-%?p^0d&jr4yEm_(Lb1SUcU;u!f+yM zTT85GJSCn3a(b}xK{(ea&$IDpV={d?cqQw@hOF=~x-FOn`b~KyC6Y$K5kkFo6gDl2 z?JbB|fddXr;$4o_xr}ZT1CHR48*H59!zh-J@hEsUeuH<_kyCVatnnHv-|hxa`gyGU zzA@JfR0Nw542)MHw*~YFE&gRauNZDxmD@}83W30Yx)!|II`x?aVsJ|Jov-tg4^?j| zdNKXxK6u`_%C7}@leeURyb)Zy@*DTb6X;V7@C|t680!0*@gDp2%n9}MrUm@M`-W>~ zUaafhtdr=sxfvc3juTlwai75?8NWOSnul+XY~FeB9fg8r7>{5S=(`!Cia}spVve;O zgFMgPsmc|DllPM6z4h%4SL`X+0|l5}%yz}kKr{M|@wS%rn?0LtZm`o0w!0$nZm?yu z+dcZWF)Rp=?)CM&J<9ksd)r|9X5T9c_zg6wFVkoDYv`;wt*gl#y462;w`Sam)4yxJ zE!yw*Z0fo@t$DY?hpcTFvoXKn>XA2xpy*xYAw|3Qioq+KT;^u@Pi%lSui(@4a?DVhyI2Btl4kNhc{#n9ytQ?`ig(BesJ-% zNoFr01_d7&bJIfj-^}q&kro)Az%0~zRhs4(9kIb-7}oDupJ6I7VDpI<)DbUCwnU$k z!*3!nC6bI2>v@$F)Rt6>p$W8li$koD8J~IQz2MEkyThg>&pS_F3|={UXuu!$^~98` z*%w|R<3-huog5P)^D^%T>|#$G-B3K5oZdM?%1|+eecjLr(1o^#_Up~&Cg>#dM|d+C zON><(ySH}*d~BS_Yca~RUS@0x4qii*)odU~FDtU`eo_+eyqxT3l;>jaE!G*W%zTyv z16A3LKhwQ)PM#+89#f-BlKI8e8i@mTqWa5)b}Ddjaj8>|oj2IDa08uM4zSK8tfEl2;;$%KMIax9uD9^i$< z&O8)tV@pn2u-hLA7!foNpx<{5##v;4L6Ch`2r($7fS?;)TwUqOlT$rCJLi+bxt?5H zR6wmt`tiSn(ml52_J81`a+r48K&4Vp0hZ3YM)!v4{w8L4gtq4%p1Um~}HL&q+ z1^CzWFZpI-W49RR=JmD(xINAKZTuz2F%<~~MwxGd3D*<#xxmRB*y?(N=2Ig$gz zq2a(zG^e1~uiyY#1*1!!qircZM{Igv-VLom!|0&QTX-dcu;w279`Ug~$#+|QV?|m9CqMXQP8kvx*wr!^tSN2#Fj6wH~7}I?3Z-U_|$h!@qL9KT&~u-;QsV#r89!s z8AbRx@6Y&Dcf~v#b9KFy6$N|v+~Z$@FI1)*SyZo%_1f%JkS)f*HDYJh0$2xb5r)3!d(Os9-#(O)v!-pl;PY{y!cQ`Nt{uR%Tr z-ut?K!VUv^E-BXaCr!|zOPXRM9rR4KZ(OU+@Ku4lVYfw2!|sjvu&aJGa(uf7i#<9S zfNtd41SgZF11pQ=m<051uri!yeI|}H>X1D#HYa=MnG@Np z6?Lp>?G0W$bcJLigv{n6b7JuDl90{gI{{w20%I(e*?5nAdw8jH1d?DD=vxt+&nY6W zx!OC&JG1#}ry~!nVK!yBv?;xgNdOmL^_INj>Z;5!(no7hp6PSaCQaG`Ur{F8q)F&E zYu+|mU^_<>?5fLJApe}PGx|zEBerh!vk?iz{3Ic>>7k`4%rPjZpolyyUu8xV4eaDc ze6}zq2CqwY>RWP)___H$-)bCo(zvhu?y#o~a>ta#a`HaN@y|7%#IHFu2qBQzx7v}b zjuulr|Lk4eK3=f1&+_E$DLHKb01yC4L_t*A9Yw-=7?rqB=xC4ctynLoNRIB6Lx2{=#qj{lhB{VN!C&TB#eU<_~AX)GA`Cc34~tD)lR49SAaTd00@slg+#~U09yLAp!{eB9pD(qpKNhO0(w{dR>kcW8>NA8*RGl+{`-Dw!l-AVNw`t^ZFPy zZ8CT#1;&ugku4~4pJPz)UXf<^=Cm7jyB6H`*xef2++g!t?AJ~|1jfV|)^iGAmzZxd zcTJQfssjRxt!Z*+7>j_Dq8H?8BRH5|ou*wzuc5XK!3>>5YjRZICa`Ymm<0v0>FaRT zYt}cK@UBOep8jL{j%JOHvCZRYr=!{$Y`CpK-SpFBUu7Fe(mQNpjck^@Odj(Q!$NM5 z*#hRG0Kc9a=Nx^4zlaS-btP(ou4k-mK4X4jvd$;D@@aPU+|f+W98PrzA1BjZx40gH z#{}CkU1a1dC8&R0pVcpO5Z%=tLlE~)o@-8ElRWFDs=J2gwnTWynzmUz&xUuK6Sf;v zc+TLQgXccdJT`gL68)$On+VvKqj@!qYgu~&-jfn^*k$5ElKo!KooS<^E^5{#)+$vO zbMQW}F>f?@u(7kw-dk(xxEb%8V(VKADy*H+Z-Rl~oh-TWU)5GIc5>D)(I+t++meXy ziZ&;X*o>=sDZI3V-sdR$M3kH-j(F|^>sX&-j<52GpB)Kl$BC!Bd(+!e{u+!OQc`a}C}J*5sU%)nfxO z-+12Oms{F~4crbHEV7KeGuk$uY3g#;tW8{&a;d*R;f#dz=9 ztem_i$l8~LojGX4+8T7wq@)No$p6T54LY2d5{TGF&rWteuh1 za~;@-Cum2J1Gj5V--{ye#?eX4)tmhB1;wV6scd&TyIjk5%1_VF>oJF8p#mr^M-2^C zh+NQ9zIC{9)U<8XMz3j~b^qQif^F9M#Y*+>0w8Iho?k+1uXDcfFKws6F2gFP6r$;^ z9&4D;4yD*Srrm6&x;Hkd17?J>V;2sconNv_HL5Zs= z&76JK2AMP8w4&pwwMMt*t!~d+Ss`#VX?55YolINZnsquP_*#)LBM8ostLNI4DBCqm zOHxP6F<>M?#jcrqu3e7RIST7%l+iM-<=q6HxKL>aExN2(FD`a!xhx;JMnx2P2*q$=;o8)h<&@X9Un{kY!u0hu&vX+-Qj>%?Y8t9ZdFIFc{%(eG1NVaZZ zZG5NdD|q23?q(cKsVLq6}bjlgkFT_L^D1bXtvgxq#1$lh=gZ) zTws%xUwAefX`o+HkTshh&`pjWej=+8et({a7;WC?Nte}-3(z(y7Cj64M%+7dNulV;etwF9nZ z1O{-hAO?+UXX)aC_eCWZvl(&8`RZO}i}HQCR_SJnIN_S(7Hp_?UDFSsJC} zl}k_tizY{v7*wneURwGR_~sClVyN;Z_-jh8_cwD=z4zmQT|~{1+X{;rJlnNpUYj#| zjB3!i(Q4>R*i(YG(F;Dvqd)J3?j5$o*c_@ZY<{tEWS3cvx;^W3!1`0@PrDXfMb+J6 zmx&#v;&K4~2a`q%+Pp8kFUXxLy{<`>-xLEjb1!U+lb1H&-h4izVaM{M;>?6Sc69eyE-A)2r82C zXZ+J4FR`)&88C9%QygUP&|lUZpSg7~!QK<=2kbA%Y{Y2V+$MRMofandO(b4M{G%|| zt1S_ICfS(6IBSV<0hUN&5okxiX3?}R$5aKtk9qRZG&5q{gMsx9$d|)_B@+T2a3Mv zJv0I-Vqo{b0xvMehV>?Yyr>-Z7|EI=L5Jf_2uLjf=m|&i4<0_Q!gv5EDAmEpnu=$+ zyrSP0OxkTXGJs=g%^C}SYun~$5^zd!rg=L$oeS+AvJxY1^{uAVhkF2pMqBcn8e!Hmm)^gMiiR^ z>qHgaxA0MoJOz0Yi8RWr$*R>o@>5cx zWIrRvKO=nFdkY$~E)&QS0W-2|4e%iNl03ZGTpMTW?s3j7a&9nUK71C*90F8@6E{~v{Gaq@^wvAQ*Q1X`uY;p^4u{tGS5ly=@htsqag-5ags** zy$W**!7H#vK!ySqwsyJReUx9Zeb?fTdx2Fl}Xta^4ip+oGO; zn3)@)XKR@}Q*CdrZ*_Bw6kYRsJl0JlY+o>PTI$1)#gFMfj9O%W9g`Pc{>i+Re zZ@qn>7fxn+%bl6taqmzs+?wfy*ZZGY^fCAnQRN!^SvlaXa zdCYbqxO#YWVD919^cU#M!DCNO#(#Y$Roj_?S6?D_n<$EIT8@rD7S%)Ba4~&PN&Gp* zI;UY>v!`j3G;0gEI+~a1Jp)=|ExX#dk`n4S9|dI$uj9u)$ajv zHmsHL54)NU`x0gJOveFVwmxemhN>fz&*<56MDD;^h#|bCHXb$NgI;278kks280Z^_ zZ?$o6ao76H_bsT~J={ysG@mEH@%d+O1hi$|iX<-h8A!4NS0{mE&N>~!yd#>uML+1*L24t_Eij>PIc^6a4Fu$>HmrW4a? z1gjE)%nmwas(SCT4k(gOri~8GhOmhaeVLyH#&6&yMn^JFnzm8%E>UnKXn5=@$_lqB z^Cq+sy%J+HSDW91-K>e~v&Y^XHY=Kq3E<_4*-0R#h)$Zel@t_+g$)TD6{uo^UIyf_ zXQ9`~jFu$dGrnsZ-gvqP=0YFd8)8WePJ8mpo_vAgpfdmm`S^>q`d+pb<=lQflT!x^`zUwugOw@2%Fq=%(_~#iy#XY&FeA+@0D2Go(VaM5HiQ!Q?+eyI$IYn)1Imo9ZSYJmb1ed>pSWZrm&W; z{B}*kaZ+{igD&Za9f<{~Hb;1Nimb&HMUz3IPr_u7SKN>E+ZZXrm+_KuE{0Yf69$%e zPINRmR9SMgYgD~rq2;KKzA5kfCRaN_EMo)iMy{^nlL61LOkiSsMczaW@-&mh3YGvr z(@9&`EAUcyHf$R1Tlnl*GjZSKpblSK^!OQVMw>KQU0Vo@!^Tuv5MwEs`~z`oWd2AD8li3P&8O_y0{#xa zvg`HrMtd+BVQL4xHS4S_ZAJY601yC4L_t*GeZ~6?&$cP4V_7FaA9(O}ui(8rQUvF* z)hOE#n2t<;ExO9la7pMfRKF=a8-7M3RX{u^Y);s=x3asPg0mM7W z#@O5y8_3N2Bka|R5wnjex-gsU@FCQ}9NSoUXwYI{t~Ge}sx(Jpve|)?;K7=c_;*BR zmVT$K*9};mvEf{^sa%8E4tpz%?@IzBVfR_)|4mAY&_Xft z+Usc2Xp(~xLPcm}Hu5aWzjDsW{@Fs)^y9!|gD$Q)+1|rj-xS7*jnlxDn2S6f{ThH(xkR=hLolSB9o8Pf9-KlLm z1qzHc`Es`%6&PcrrK@DJf@9KR^5;u^X^V+aGzh192X-ge5ushvh z%qIBt@>&-c=LCX%1>l^ce?K_w0O#srDFbsrsFr{+po}?+@Cc^uwYHnJ!mw5g53|12 z$a`##IiqF(a&UOS&bd*vPDwiq#GFM=GP)7P29!9U1fw5gl=VgW67obE>=U#CAUOq| z2Y7J~0+IsP#MnY>;j5$BwWO#f$I4evUymVATMVQt^d$mb#Q37RoMaeGkga1(PC*e` z8AEEgX8~IsO^IPy`>lw*V1>uRJ$CAX8#4 zw4uqrYT)5uK9%Renv=w>SXK68&xT>Ww+CK&WC`A*2d|PmGy~UA2I0WqN4`A^2m6}OR~A9_nf?{T<8dR(A!P|R~s9m7cVRQ91N$-eN^P$=C&ze2borA zNi){6)~2W?MtNlRUJB03dnb?MPr=qn^hpK!h^LZ*=JeZQU`eolWH7;a$O)#0krYTW<$;7A#Z&Af~ zi9sQIIp*!)+hkr>Tn23ko-4l5UT{=vKCvBkaB3q|`FBoiT!I3$NA3g6*xQj8Cf5Ll zd)fy4E7l|gxKv`z1}rl2+kNIa=ScqzPdRwvk==*NV@Z+cAS-5UPGp@@$9VW~=);2% zrifkIx+7Ohbheh>_yJ7E{Wv;};q-j_1t0?PR5Z9(9 zsiZ7hh$(8|>5bMi?*M9UK}PM6qO{q+3$xAn++sIkuP+Jv3NN+-prlFg>~GM*v}@HK?BMh(ayek{SG4kiAx zq{tayYESMPuouVp#C%3WdxTb0^*MBe=rZ5TF(@|;;yBqqBgKaOud?fV?KGYDwI$@) zaT>52w%Fky!wqec6L&IQ8#^&(wb0t4XVQsA7qlT~GC&bolIhSM-bC|0NWptGOx{7P zX<7{|u)JQY$*nGzOWB{L_G z?j@%!&b@=T4CpN_GbcDN{)GlIvW6v%Hpgl_6O3VM#+edEk?0FJMIo`+HLERAX1Gnx z7=Wwm=jc(kL%u;968p9Wv;iL*Ykx$>5pC_@-HbdTqxUy+llKx5B$8Y%Q6(pJ1g%+{ zwdh+N&KlL@+}TZn>*?PSUu z*&HTAzku_EzG++Nk2L|dJX?S8zGBuP>x`i7gXEc$QjkZ64Z2%WRX?RreC^43#WW)m zuVmw52r@i@i=r!N0Ujm!8|OtR2Va>n6L_6=SrhbWyWawh5gW7ur=%n&$!O&i)aEF= z7Q50K#%9J8_zH{+Fxf-zuy3@0X3KiKB7LH7oPKS#W(3hAkwW&9z^r4AT@%a)@8L11 z%Sn3O9&I;p#ExLv6;8Gqc_{WJhyh{>{ugxE6?B+1Z3^nb(h1x>yV)MOx+X#o-jO$@ zARoN~SI63WbbC#3+OW;=`0irT>301Nnz4^8v#;Y>S9O!n*Pe*FLFYT>t&k_cfcMhi zSu;p6>c$_M1g3?clU2}R&vOTlkbqw=Sg65!FKLCnJLl++w4lr&<1I&c=H7VD73-+P zv%N1o8~*i5v1S+siR3kE1UJaZ^BjX$g2%#wf$Lyv!Rij)*T`Xiy5|a8y#j;t>Vfiu)a|cE6ak6e>jr__n=YFlRPt_;%dr5FH)z{(!6L z%l!XmsL}VVYYNtK%BE~55`wjX>Oo=xZzq|`Vd~HaahAF05?a%B3@$3DT`Fj$dlhh!8 zN>14aC>T*~azFtwPOf>#I*do18ku__>H~A`4-BKO!5)hm<{X2^$+W2(qMmUUBZK#9@xKfAHvO z{l?$6MYj$P3HJCj+(6Ku85&^0qAjERLmUB)= zIL@5U1}SC4cXjuYFkJgh%h5-S8i5dO0JJR*zc*$_`e-S5KyvUh0)T4JN${J!tM?fc zQyf(omx2^|E}+_#gwaK{c27`C(P>0ErickiX4(~X^k;xi&5LNV=NxdL%;y>>+hrzn5FzFmFf!f~Is*>@*)r?4I7Q-pfZo7+OJr6+*;prV zr_VDkdR1P6ceax32-PrXS+Ak>@HA~RI|xtk_wei(?^R+@lWurwxn`Q#PljNVV|7sb zy${2F1nb(*m;@MIPSs%tbUYHYM*`H20KP-sJpmh#tDFT{-ry&&)nLiGZb_b9O{0kg z!;%%@z1U0E@hAcqATdbD$s;^_#&{(#3*O7#mk`wENN@`(IaNIr=p<_rIv8XQyhh(! z_}ilod)`ts-Pq)aeK-k2NWm$HACj11Z@A>>Wtg<^)dpV^eV3x_GnK=Z5r=ybl=!qp zf`d@?84r(5lPkX-k|s}bQh{%lQ3xJ6e4Puc3jD{`@ImM(Dk6*d=a%4KLPSRi`5o7& z3@-^HW(Pal5rg+RL1~L@K6n`>5pV+c0sbK^&v>(8``rXc%cYFZ**_b>lprT&ssfyvXFfOoDiR;^i8mfzGQS66r;y(gF-|f;NievMUjt7 zAy*WTX`tWy-U_BBCzTZB!MZ7_@^>`rHJi4I^jYz2b9|6IG6Ru8gT8nMlM*B2JhVfl zJsMv4hT&vMYR5AnMN4?F#A@%2UQE8u^AN-wna?xWJFFokS7j;KNn%_Be|?GS+oTSC z73@REVEo#B-xhgE$$PcPVE)@PzG0l*w<)PjvD#e1ehM^03~HdylK7NVqIr~L{F*;| zWH$nIDJb~TWHJS#3{Gj(l|_dx+1%#Jtsj>Q6o5+_FJjj!8Q)Sh__vB~0| zh#e&*gjBPZ+9`Qs*^+4b!k{x8b&}4e$Y62l#^6)0z_3| z4ctqr`g7VT{H>UmLB-mXiqUpW&)%A&XeXMDLfh2B_)i>v5U?Gn;5H`; z&btNEYmTc|IQ%7ka4~3UOmi)qm`$;bgRUjv zWR(~t_~kzm`rBi856-Uizy9KpPWd)!YZ^~xLnj1$JL%Z&NBnVH?e%&y=n5OM|Erq) z@uU%XcVK7s;N|fDos9f~^~|R%;78W%OVXXAg(iK`tSh>GG_N{sQp8R@SeP9|HH`CM zut%v+=1 z{v?C_Lgc}u(NS0QBC+AQlqrQ9pMw(aEf6&RD|*Gu93p8L$@v zdKh=r&aBUPwD%GiFveozrd~JNU<<%351(GB8K1VI#C+Ohvc4QV8zIT;qi;*~AG1C0 zoni<|-a}c?a4IRu#jfTWd?5IfZJ| zeN)usQZb!$MY#lQrD)Oj>I}n0hduHPmWg#^@G?9KYj-(uf>d-g@71>%{zQBZns9%B z?>0@4ea8-r6+hD^%VO@#)=W_rPhtr5x8{57w1wV)?lC#pY0NdYwWXPjiyyNCdp4{M zQ+sywoBn~I&bi>!*|4{F4eLT49vg5A8quAT2O}>Brrx=Vdsh-NHt4#gHQ*zqetuTHIMAcsh3w5VpuIK7qdn& zI2CX-*$hjY>l`uL=}rImr!eMW#1v2q0FEXi0L;w6F;x5Q&uBoUEc>Md3kD-m$OCSM ziCZ|jRlObeSIbo`25k4gc27Xs4af5+gbFF>cTk^Sv-WkP` zC4nW1-N5e#`W7g6>|(bh1M73h+Q4I1qB49YWEq^~oKsE-qm3M~CfU1^lf368e3()r z^EMdFB?)FvUtOQ;HS3%q-vzo_v99sBg|7h3NDI&ym}iBBH7mMooH-q@ALqt`b@)3(&#qId9R!Nqu8;-FU~@~2>YicOq@ z>yqmlr`@t<{g&yyx{}n>Cf1s)!%3@?nFY>V`*cuyU&ue43C8}ME8eSZayJK9L7@LwD0xS*mq-**1A1JVPo16Xf&g|#VSmb6X0O-iYK^Rh$(mEYHQ4NSd+or({AJBt zyILEN)$oWc6p>xn-5R?Ri-+vsWu)yD!8svsW=u{V9Xt34vcAY?3}anvC<5PG4`&U! z^Ywk-WMW681+^v6=XJE0Dx18X=NQ#8dD;ZcO3(yM61)r~l`TAPh%FnE{TAN6_0wlM z^pYIB@6hKS`y6PaVT;3A03Xqp$vYwsD$&6Ff$zN`dYO&|pNLeGvFXfW$2FKacySPq z!6_!E^>(8R>?v3$^F2D=v+FjSNbqX>T@cT_85BJCIo`y`928k=N`gO{cl2e7maWWI zL-1O|-x_{5$Y7^-h-PL{_1qC_jprb#gU$gq?~%i6P*b8f4A34NyyHFiwk475OO4Zo zH7!=#y5{qaK`90$@Gj^svQSDMx``HPsnUccMHX#xs`eIa9^*3f0(1AomcaW+{{SB? z<2Ly59$e*BWsQvUybmdm>>V~9NSsnehWWHplVjzh;r+CU=-q3A-un_6?`3O-;AQj% zu-qV{b3vDEMEBeSfkF%_DXX{7j6=*3Xz1bgsO|ZM* zh~GIU>{S*>*CekHyp~tjI=fu*tzsvQ8w6Zq6fA+!l@v8;Qw@Z(t^-^XVy9~y`r+xN zuKAu)0Oo=~U_zLqIPWy#B*6{Plh*9!Q)+d1aEKa%_Pir^QYqo&DeARHPq^P=7?E8? z!f}%d3XIXKO;Hti_zr+IV!Reiu2|QS!xCpTC)yyCDR2Gy^Ag9pVrOZ;B=QgSW94B!?xAXLPn0-_3QeC9>N6j=mkd4;YFWhKDChtQsZJ z7rj%9!37`b;9uUaz?f-DCCP!c;q4vx4AKfdt|(3}X{VgbT=KkOyvb)pniVlN|BB#h zL43p7BMaO78#*k@x`LkZWC6|$$7BbSE;-QrSpKSJaZ95)!Zt+V2~0&`o}aJsDc-Png=d_gilr(KzB$VU88 z@1^n1?!y>@Xjd2&Z(G}JlkhT`JM)o*q;+5 zxa#IAeyqdsmh5D9fbx{ke~3W|9U4t9CxH)Lh&n1o;t4jXvWB|+HooqP|X2E-Hk=t~&sd8^AboThpzFybpeb1VE^yQqBXRgU6Ihj0$k?CZ_ zm%IUDK-~^V-3+9 zw#P(@AYl^=3S36W606BGAe;DMlw??Y-ZIXxhD7BfqQev;HXl{MbJitn-^+NB^V);U zH75<`ziV`9dCh#-`aSb@*s-lAc-(E*+N_pZvzcx2wGp8#zO9H?8*JD?Kc^&PtL=LY z&S?*B4*Xa6ii6j2a0(%)DMhos)f76>n1%j04#c~?G>93JofJ6wg#3GAtgT@u20?HB z$FHa=Sp)F)ES|JMur+-aV8kLhMmYeq?;XMyU zTe4b&C@JcYqdB|UuIik3J;FQZI3kklk3t+S76jixr{_xrALP9WfRx<0kmW+F{SdWB z*Vi0Pu5h55Oi+vgY>L?uzy?6h7-39FZJYJXQLpFi7j%xMddqRIdy9#lIp}qp%5UDa zT1#Qpr(-e|JBRhtiwn=t;ZwV-;2APo^xq^cB&>ARO1}dH{h0uy-0rLq(*DFsi_2ALD zUVimVOL*A;z!qoTaGJ6Phc$DSrg)yc3)O%vFs(3DD;CU=chC;eaokl@2xeZA=br*j zBgQr&hfusn&W@nq!Q94~jvM6I5Xb`KQ}A`Zt-oc>9sTAE*Cfhw67LfVlvmC!>dwT9 z13S`#Ed}Pq7+95mu^&0FY2Uz4%V|vm%_LvPc(HE+W9@TxyjLW>4ZH^4zl=j0-}= z*!m#P*g{{9ScH>|k3BZJ2m29Q+99*|ybyDkZ@yu-9hv$bKKI-tYZ4-Q&1yu89 z25TccV#5RP3cP37O5Q6r3Ek4hEW^klV4t#jc$=e(X-R6h7eB!{H9jgiuhKY`;_Jo& zMa#p#Vyt*I5bu$xEs+8>F~-yHW$_|0E*RhFcZ3&9NEWc8=RJ5vFWoe!AaO8J8AlhR z8Y@u1c!wNI=5M%~tO0us@HFyn>m>WF?>2eO+NfD{ibjY21Ya$fMy@8(@igoH(F9!k zx(oO8$5KdUk`+RRso8O6a0J^m#ldEv*u;iKjB$QI^t~LkgO4ER*@f<~pUB!pIYzZj zM#K?+Z4?kJ!%v~j`@(q1li2py>Gf`{6$xsG_cUzy?&43tD<7OPSe7O!I{{cW7JDC`U+Wi?yHNP~v8|JTw8Fam=e|>a;;IcwZ z(xmTn@8lQ1000mGNklwCvd!2{)@v$2OQEO}$ z;Wf503OL{|vb3v#DG`vY89ULih(Z2!Sp&384$svLb&p{guRDy}g`g2)P}0f4T%{xx zdWXJ{C$20V?H>BWv$%~o;<3d|An zElHYA?d0QXwXaS%@Gg2^lk>D|)s|FSV*N<7_akfUumOYw5~PBswkfi%5xI@#ia=pb zV#&ohctoFxW;~S?G-XB1Ia%(dUlJ|oCHBG^2l7=C)T)D`d6 z=wxFJ-$5#aNDzi6C$rfE--gW&UTpWjrZBQ3Vz#u#_YB7s{5^!`LxQT&d&>PecDRD> zlA_bD7HH4tyN3U33f@b0E>?)yz0ul(C+a~CFGtccUJTPUGK-&vfF8jzfsdWcnT`)B ziVeqV2l#uFqO3q}GX6qqn^ZBkF|{zDQ0pmN3S)sxtc3nXjZRhWJ-Dt|&rWEr(53Nb z>#vbxgN$2Z(FUA$yfdEH?0U`D2Kcj0gUvB{uL$HD@Y-M;8)%wOIr!cXdw3+-O1758 zHqTt+C1TGBTdTYyM<)Jx_$pOqk3PIS9ZpX6ulHWT(}J}?my@&i&dGkv4lJN=YO>l< z9Pasqwnyh%HejQSwyHvgK_9mDvH z&v!q6?TKvTw&R`QWz$BDT9b&D*!1Oc%W?Ty8`cad=nUMKyfYnc(A5Cn&P#^B@#rc( zs{D3sQA)go6??yD{0^P1n7_9yjWL=Z@9CfRr4~CSCpq*uz{5_1j34iuyc4GdgWec# z^6%ZCE%GkOUFIX_VEvel%oBXheDD-r&+*4CHsT-@f|u$4^88GfXJ?gOr0>b;Y5gDL z+563IrHkdI>=*K`z-M4?gr68B&)5N+*7)T4`MKKC*t z61^1*JLWw+z0i}V%;Plu8v9=2qg!-ubFcudDIn?z4s-M-f3O=zpxt3CErB~JVc-V@ z|M{esE#`4}PkFE=SVVS@PdFO4zaemqV)uZ!qCgl>rYRr>q;*t{FzrZI_ICnoV9q&L zjr@urV{cgkiC~Qm$UO9%E4A4TYz)-cw zn|e&~vBi*g1cM7eI>m5Lahx;0*<8WH6@9j&++s)@49A>n58n>JyeSzTbIK|)f<>m{ z&6<)Ftj$OY6O6JgNo|f)#7V(>j0k5X=$KQkxUP_Eg^`+}F9}xmXHs8za-j*% zm>;!8Czt5y9DQHmjF;ea4UU+RqBDB2>OK0X!%43hh3d3z2y{hzWWU0e9#O5o%5K@N zSIpmyqfW86ryPY|g7*cqt6UJ>p@S_pFtDy8LS(S$!Ps=1W0a?Fhy9vP%w8?X?y;>s z*w{OdjF8s|tqn=@65D;s`n6H$nNDBBVIMrb(2g-BdhDqvhCra-=mE+9KR$RO3pS78 z>j4h_fL;DiUpwX9QWjvh*b;20%~1__cIdVvX|_4ZFpVh3^a`6`Fc4_>`0I`&veqTG ze*vB*x9z6P248t{rBhCq&S;Op=?R6vV`~&0c8X(bo)Pq}EO=v=cHMxF$r-#?PC*4Z zQVcR5y~b|WV0gh=JL15Ss|dac85^+l%n6Zr5WFl32ZSluQYNrFx|{@^QJHa89GHCO zYdtcW9T(=BjamWW88blJY|{eW8f*;XD|j$F*`QBeLvf_oUR8{D@U|scT%)rG7b`u& z2OnYwk1p3b$1a{=7j`w?*CsQ4JDlJOyW26xIXFZvZ?S>(qcvpn$Pv89mm=#)zCKGg zdWq_g-7s?W8{bAIpevA2@}4=PFbSD{S0scD>+Rvyn#DisGnodG)CN8*fo_?wB>tXb zXG`X+vBfpISt0j^xrW6GOs^V3OZv)AH1j8-%w6RpGCH7z^UK@Pv!DA8;Se;`lOMG>^Lo>utD}qu9?ki{*5b$-S{AE(2-+Z<4?(#UEx}*}V;SD`Z^#o%@PF|5 zF(=LIiuD?N43D#`3%&OA4BbVA7-Z{>qjY|GsR2W3+g2$i3XLUmSDc*eWp zD(?kZyOL^gQFjuoZ9!v#v-WMO2A}BLp>f+?ox=y467h&s&g@4CU05JW7`I1ZIR=g+ zW2JA7w^jycj5nMTSeX;qbIC~-(3d#G3jPNcv?lvuS(`s# z=*~;tJB&Kk#2Y+LiaeIgPiDQQI9~@X4{hUZk8Vb2RlO6Ote==BFUf+w;nCwzId~zC z950-6)!9vlmIMr&2?a;+t{&CBc6v#IywoX)ORQgF)ExZGNsHM>h}9|1ko^(6=oJyq zii!a~#1B)z&=DkD#dA-9H~9(-v|!UWSs6MdM;Xm2nDr$QV3O=-i%nc{%yveyA2rCq zmxpKwUfwyGFICL(sRX?i`8aH1&7eJgvSCIIEJ;t z^7dj{^<^^7SaaSM&6*6BT)FRZrZ~%Wj2+L#LtMW zn6F)9OO||u*BKu>WMAS(hC#%lt7CSotJ%2cVS|h|x6MhB z{@{JRddBX-bYNXCDHEH_M+`5su|mL<4-zuDw$(MvUBcTA{SB;fWjv8w3hz_$vh}jv zLpQMo`A9;xJv!YI1J?N0HEl^dC$<^ZJJx4u83sG-erpMu_x730v7SfX;C;1`0NoK< zJMh>u7I7GlsdiGu; z1y7W{v$=B8iufHFKWnqP9I>CM20UBj2+L#ChbuP7(SU-CGl5jpr+L&~*ixjv0dHD3f)CjxEVwfx!g{_X&mHLyGL5y>_m@ z|HUJnvEx4nn^OuE=e!zZo8t>7(^j|flY_o!iZ9&g#3^{sXYL1Dt*&)_y_Ds~CArM7 zvEt~AqWU2x;ZNC!KIZ!1(W(Ca=dbDSe(^y6=^uWk*PcAp6W;y&l}CE{wMY6X{eSb5 zm-XQBnVwu;!OykM*gRZPpxZAD{=?57=s*7bPxW^{{W+gWHWZ9I^tooEd#0bi`cMzp z82|j0hx+?pysFn8Kh+~n*UzD&H~HgDkSh}kke;4j=qX8eM?&4%FE+3X7eKEu=2H^V zE9_`~{`f*aeR!^ac;zwek$&>(ss6uz|B8O{;IUqLc&fks#X~)2SMdn2El`;<)+l3X z2_4~HdF`qG7U6yd5Pt_iKYMhhM-&Y9N0gSVaX}TcM5&Ju>VN&4zo$TWP1uYaf}wki zPgTj-g3RIYO@ix)?cNwjFoO%Oj=M1?CPKi1rv({r6RnG@6=pjOZ$mSu-ePIjIEXp% z70zV+=3E<`bwiTh;xs#)-74}u3lEInSs(XC$Da2X?HU@F$h)IIc&{UlLtC67vu1=B zGvI{5m7H*lOqCiHqnCs4Jv7(G4>XqGZbi%vr}xYa7^)=e~1ceRFc(D11OtmQrlf72RvnGISYTL4QkkRc@syl8Ap3aH!Bc~h##o1n>!<-=! zENtz-wZLNb!F42VrhTt6qP|$?6ErGil0tDZJ=dCQL7_Te{`|ieGki+Kg zuNav;=awu z#yHQt^#?B{FP+R<_3&-QU{9f733x%Gop*(kmX_*2spmeYfR3X|3>v|04}fM9*I;19 zs@?BM`jD?S5S-V*xREu@rtI6h1+!axYo9eyi!SMyAa_L3Hep>mnX$k(BiPNlTxID? zs%!QQ&us=@_(@S29s)|j!~!%j z_G1{Dj#d-^ur175-aDoyM+8=h=7~K8v-p|KheTjALz?j5%<8{wkh4IraYs%;1 z8MZd(zUOMbHOH2llGLOiFDDDocJ=;71~17l^YFvJjPP>M=Cy20;J#pkfi;}xopbec zZD3@Kp~g`MmY#kt=xe}F2d#*um+ZnXN%ofT&o~)-%5Hy+4)^%dfS#sZsV57^oSa%a znRS}ASsnZuZRZ@^Nl%|X(Tc+QltliNg#X~t6TL?6vO>^K*B+7|?Njd)3INM#c0J{D zpN&1^YR^~X*$r!(kM1ZGA3ZtMD-;B;K7OKKaJBKTJw2^S{V7TPG40}Nsq>2q+5aW? zjH~77$BcQzX~8L<%3r03Sfle5F`+X0CjR5ks2a{+XU+z;h!^x5;6^K#BIko1 za#XoQ0Q+MNXE3z^+!fBdB2f*18Dhi%qz%q8poM|S5oHM_2_xQ^@!}LQLKYmWB|63i);Ux@L#7MM&qJymL5_S7Od60(FcSR+MuX1#8=} z;mr=$D`9XWyzwvV?6ii?B~{^L6!?^*!KYM!SMa|^7Nae6?VOW`Zg5^DNA9JF0VZ0h zYlX^}@n();hSD%D#vspJ@nf=Ea5D@CD%~8Ta*Eoad~rKf$3MvRMqdOUn`3kr zlMW*XNdlPln_~p;ReNRG`mwxu(k*t8cB4`=C#9BLetK*_qlS7ry*38^D zytj9z_i0xuAI6uh5rfwn8`zrNfz@dEnZG$HVo)(ific!hSEDhE@=>u2>kV_ScWZ6% z4@-E?IdDkoN|LRA&}CUcA$~$7=43wRj1G2-gCi0*PAXv6wOJi=nkFGf#8wNoJ5^$C z!S>&frKF^uF}BW(wGO8ZClr}Ef%Ux#}Jyta&QOHyHMgk}m}Ir*xK6g`P7)prTqOq-;6pLH^C z)uo_5N6q+@W~X9peb>l}yE%9sOpB&mZC%ry{ZTi2ws|)NUe<&;Ei_vA^FC;cT(K1R zY&3<}zRgvyb}BUE`C!t@{-jH0?EpWptG+2ZSxhzIy~$ZSRul8m*btUScD>|Na%qeP+-()sC4Og>;uE|R9*`>t1fGv5Y5U}y2 z#jLG#doU@?J)ZY9ahJ$@WVB+&Xk_@Wa>K*n#Q1BqV9xyYwfmB4;S=G_hKmVt{tbg+Ecj}qjCwl(wZN25$XLS4UKqm(a-8nwevv+Rk#ryYkpX=S* zN4m$DySH!2{$DpQ+`Fx}y?9@5fAKl}(%W9pKY7>N^v~W+`=z(*oo{(g?|A;c-pRYS zzwm6O)ip)8jt=x3^9~PYdhYIt{?S|R>mR@68T}vr*}L^m-toMif98&!yZ;RIk93!@ z&)&bQH~ZtKU1rD85r{ItI#r>G>?Zh<<4)(C6~PJsaB|S;Xx{4Na3V8;J4Z9Uc;`^} zP8K>|OknbsUVQeB-b(BG9w1J1@6L%j!0x(6&pmTn&)>hJy8v{sm^0p<@5+8t^8TIM zdKU2B1{lwoV0VuJ^h9rc{$5Rj7ObxcMpq;wOW4*dk(;Al6VP@z^p3=_r|k#;wv!e- zM+~=M9OhiXi=R=B{|=0|pk{&E3WO4aniN!GB+=az6^RKghSXquIYy-zbYs9=D{YVS z($6?MCT&twp_#E6ttjF2URI4?kN|fWl&v*#Wx7Uq2;AU5jJ)~R0`Q)G5AL29nKe`J z1c*?-%k7za(?%KZO9~p>89(Lw+Buc3T@9CWjQA3)Y~806IVP*@hrk@6XZ$rWz`vLM z+1~_48LURC`aSDklNfjGC^qbFF1UXRefx!(CnV%Yv@_^m(SJcQylpl@}9<`p0!7= z8{}Og!xc$w$69+Zs$XmQ^Qk^Y3-BE z6B6)43iQ|5m^@~q@suO&Q`!}H7_Cce?-Dx3yXo$NXS4SU`c}IQJHMUw$h^aTuQAFq z;+VW$~zMGhaahW4&SsG8rGTA+Ta+*gLU2 zNl?|6O#gjJwHO$Oy{vGE@SRi8z^>KkO-%0Kkw^HK_!%{zWAl+6nD5ZFT@Al2_GVZF z<_G9FMmyO*l5HL`%v)=C-?xc%qZ0B5Cuon=-;D<+vBp?8QB08)EPK}6;9pj}ZB6Is zc!%BDy}jFG+lH~>Fl~#PoUqZr8mYD!xD@2bV2xS@LyFPK?lA>*O@RmGlr$yw^j(zw zjz!ydvY#az;w@_iFf9~Q^GQcRJJFF=cLY78-akU%U~aZW7IAc+0NNfu8M zycxf>z$-~Tx-VeTz=QpQe*N1v=}+UX&X3H`IiXLlwrd&R>dpT6oFWYOYD$E$pu-w` z_Db|e7qlT5g0UjcCd{mF7}GGPXv$H~v2M>=tS=|ZL^N1t?nL7b?

b)q{56U~u5nt;$=lQe9ncgCr}68e@z4DUy0m$D#S zkGi;jLO_1P&fJ3T6?3eu!QTR!vp}9eu{Z>nY@ES+mqmu#I>~qY(y*ZD~vv*r$ zBq}QeM}kc_YOF2toKqx_d7VreO`BMCGD;ep*Alu8`9|pN!Dxfbmefq72Au?O4&LJ+ zxgPa7a82~JIaM9+c)rA*EYU2%Y=t~RhCMnnzAOQ3pu5JdcG%{gb&S3xR>Nz{{DD64 zlcJYl=~;ZsoNH)Vf-*V@UIYDpkhV6S>j36PpEy;E4U-`_$vahBuzAK$gx97k%E;3Y z7&=;m9p@O7bHuN1?8xlH__IRo0{__HgT_-po`GiTZs2!G(R@Why)wT6uPTS}Bvo1| zgqth4S4QZ!e?2(vkjrGYKb|(wi3s%}Xlog5!f=pSjoPIu7VfUBK;U6JsO zw^y;%hh|44dMgNC<^EMp7=OX3l->V?&xt>KbgrM%e!^$Mm!DkdwX-YPiO>^l?+iND z&f(v#7Zd@P#DNVyw!@Bg0P2(J9Dep2O(<;hZmYoxMveyd*kDHz%g8zF8g<~B0lo!G zkB&?)CY#YRotTXn4ptzC6u2EgQ(|b9(Xd=0qhW7zf)}U!eGFb?z^FV>Ji z9;~bwvZ7;T{loy99=OKfwSiAT#J;OP#x@?&R%Xk@gAI1S$1wNc9=s!t1lcK4Ko{Y4 z8@0Hd6FR~+qWAD()C7L1%9Frggog7@&N-!&p_7%sbBF(&as0kxoy6QNvGRJkl!NCK z8IM)WdN3x(&8JgrA>Vu=LoWj~b4qHPq7nWa?G)SJLUYQTDTRvJrr~R+k(X>vuGyHZ ziJ{Aizn61f9-bn++d2i_nq2f|f4n8oHOx<8)D(S4BA(BBJ-xh?*;s)|Glungr7dkl zk;at62qvw8T2$hwwgi9)TEXN~zL7lP+rfPoH0Fq+TY<7Tg?Qaz0ojfg}l;Axu-#kx9YBK;^;n=XGYYGHQdiKrF3}AzT z_Ke;Vw5-~U$*aMT3)hahDSE22fg{(gE}44;&>I59o_R}xiyd8Wpe>YUj5tXS{)n?Vk|J)JlNyNE>;J#U-oL@xp=AL8j&prugv`(o;Dq2o zb`b@yct0?%L8QQ|8tD{B>Ne%PLO*>;>gGzk-IOM>bj9IqAT>aWUVI_TuJ@|hH7$n1Z_&Fox}!p<<)@%N=g5H|8#SYdamNk9mxZZi}`2SDYe>GW>WZ9b7QfBNB z=N>d!Ws#LmqZr`TW#j=t_WKgGv6El3vB5MSX$P=MqOm*uf zYZFyF?h#dD1osj73oWTGNs~I$%6Q(P=Qd|Wcr-pXU}%r+M;jx5K_7?lx*xI7ROq;? z;z=&|g$k6(jtWu`r&r)o6oxS5uI2udOwu)#$24XO2O$rp9+_b=9ZmbDp>8 zw#rE-lUmQuCVF~0k#*$nF}!3a^7E?`U7d9D7bz#;CBt9|gXTs0_0>!-r?pO@U*Nr| zi>7TuvCcfxj$mJ~Ss8h((cRqhLIag4V(%Cd#~|xAaJ>i92MUP8egNxxc{j|(#{xfI zlEAIUHObmB!3B@?x%4yQ%NiXY8Gpov#)L72BEeKpe;l+$XA5G)}^xe(aniv#vo$ny0-KZq)tG`?Utm;MPh?31FDBwtwKE zQ~k_OYyr!J?E?ccK*ViNBFIeWz=ai*f^f)2_m5lIKy96M+7*IbmVbQDfh5KZQ$oQ} z2Y`HQ&=ExT2;buLO_eDEYJ|^<;ix_Da04Sut7|F(##GZ;iz14;wozcx!(pR@vMQ9& zRfYNNs96&i=-&#p>YmICGMlY@t(VRd{d=yY+|k+*~j1& zq!^QI^f9pj-XjF;U`N1r#Be>v)=$QFpCh1I+1Y3#csOoJ7;Bt#k3%GQX-XbfhNg2M zctrS$W`vev5C@eQ;a$u>{Qn#S*HWD$;7;l=_5^wB8~}G#$N6bj>5TS_p#KydIzV2} zYn>DHPP(F5TSnRyG}0nNdL%PA2ZM0VstMt zCddh-tFnAQrKlczMEYCzb~@X~Hi*n~gyxPVlx5ixY!=v{20MG4V~;I+jtR_=`^I2< zgulc%^IwqTmQ_TENr}cZvOWg?LnEIstGG8P!$%EI)~V&Hty|`4N+kH?k>?tG73@?> zqCc2|H}kb4$lAAhu1ij=1PXqEexT{Tr~^Gl)rEj*CW7RN2Q$t2fx?di!S#qg9<%{( z1bf=tZQ`2`8D`D^9q&o8U1D)ySg6rVSfE=O5DmRDkJQ)F2tuwb&jf$Yf|Tt zu5n`>bX+I;Rmj>guB|hE9|e+#UmLg<`Y-5Ds#DOsDWhN2B|<-{V%)T;Ic7x^60n;K zNYmV*hc(H4)D8L?i$!0PY!6%?(ASoD>LXcWi~*2Ulk-U1^o#@4k3A0>ARO?41zXD- z#{1W!fBNNGgO(HqD`<~LFtqCr3dkH{P(bcIy1(=Hnuxu>|Mo3AV+XLY*Mg$N-+JF+ zf74w-XUBMfqk*<0$=asjC+yg+-WgirJ8R_duAdiGE&_%S^p}LZB^DYtM`&!(!yfv6 zc7Tswe8S*O3JoFZNU^j>4;7eZ*@O=Xd3)M0@@O9m^gE#2J-#+@JV1XBCVS{vcWd-< z;MtD$ND*+q*okiXjQ8aBl?EKt;H03x78`m&&{dT%seBJLsV)gyM+Goj%1U#K_%#A zcpG(yE^NmK3N8Nx8s<|~5||LXlodPZ6SZ|w4ALdL@?LnExpvy=fr71v|3v=@cury_ z=H8(nwEnaH#-0S7hP{#wI&9Z+0Q-1zi^KPxPvk1uU`-V@n@yPtjt){&Rl>e1Rio`O z$Sa2ox5%hHpwB37f^q@_1pJseI7^UM7D+x6af+HTOUbACkPkeqon|t zpPZ^7;2K3uTNE;FbT+BgVKmQEp~xg@$6OnN7Gwz8K{NVY(B>#6qtygM6~&1Ie2Q`8 z-vBizBhMx%xrOEwz?=Yvmg}196r*B9R{rh*_6C5jXrKH?~TzH>i< zq>BMp-4EP~O}k2`@IGzJ7&yh}?4&~v@XeTt z{wL_>83EEOAg_3Gj^j67Ex!#`RT&Tk#w6&+v1nQlG`8?QFu!$Txk3oq4}-RLu%OW< zv$od7ywl~Z(}eS;%9@~y=ciN6xt_w8zXjZttSPU5eBGh12~Ni*kc3V~9yLWHE0OQs-|PE#cY1rbkbfe@Tg6M}TY;GcxU#(tjE9UAqCyBXjqm!- zW-SgGmAUUkGJ$W)aXcR7AQxaR1>vBaf!#fH4ip}V{*yYZU@N+i+!{Gyb=WthNFY2i zhPkjsiyqya*p~z$2igUg*@EXIG93YlgOTm!#OWXx?D+60J_nwAoCC9iwf&&yUXMU~ zaC$>A^SIh;&G{O+iNT5~slhjDaMM+J^!Ey0&3BGL70+v~8+e;EMU$pN2LYcx>XFsW z5pWk7y@_IQl_O2|a|7|Ax5N@VqvbIhGJ85|U={*D%jH{_6iw z$^5qPm;gn9wp-!(N!M!L)iP%1Z7ml#{uQ~WZKWCV)$mYq(qYu&fmdaFEl9|=rFlDo z1KZO$6?9=;DMp|*5KoW=eyXadqFlYj}Edg zI=%pN1v)u~iira>ErVl~?=w_Rs6L-Ef5Y64RXcdzgJp)mYaDG+F?T_yO-`~NFHSn0 z&XAcHb;8c|k^TYwTW=M8s*+TJ=^TO>rnXMlqEgNpHMs{b*3FRuCc>lmWah}6TR)L; zIR?gt5qlvfZ8j?wuN(C|tDzrLB2HvYh>cwp(QeO9`A%zgPu7o*y1%>CezO(>)kG=q zI`lwshhe~4;D*rEK_S_uQsTH|r#&J^1MX{NJH;=iyb2e*xVU)3>#^7GZXvnXj-8?d zZM*B`qkiTmmK^0OWr>5FQfX{4@(j>kpPk@zg(C3)ppyDA$nDg%t%eX-Jq=WXyKFJB$l}5xi%MB`}Y9+M$FV zbTrU1xOzzrc%zX6ibg@DWXOb3fd~5fnT=;ax{BNrl()1ENYo2Na%C9s}B}tJKvQU1X)46}d0;5IE+P1f~F6^-|ow^YR5mUPi|hipgm zG|-Hn9m(FowI`4c=wlD6Pfd9p0XkkKuo(KQHB#+G6L2azO{m?x`d%z&_a@VzJC4C=vPPw+dAdOP?&8TtU< z*548Q73OeqoHn&hfG_s6pp4BbWSF$I%zvq}0=&48KtybTq|84kD3a|u`lY(kj4{-0 z%IH3DE=48g$h1Pgnqx{4zRUQ{_O5PJF?VSSxDM*jPXteaJ{Hn4_rrkAH3t0y0X0E$ zOR`8YFebt)K9h=IMYcmiLAh|RRH~~&GL2v&D50AknIT8lz_^Iay&7cWuj&%VzFk$6 zQ-pR>W)3>z|3~?YgLlh~{N=%0792OM!u%h8{qgm^{`794KeAo?`&W1R{{2et9yWTz z*7p1RHLp51dOLo`q>(#ZGegq;tBXpkY(sw$~6?&_i{XJjl&^i|5* zKx;r3z?C?4z-N!F`1T`4EN{ukUj>z%6l0QiYaWr?Nz+N!I-FqS-F8J1TFC`S1MSK> zhyD~Sbafubw{5GYsWfXVY@5|$|5;1HGQg1VCjbBt07*naRB1Gw)N0_**el%cI1kb| zu0n>oaD}~6hyoJ$Q&OGN7)!VVxu>l!_0%(yE{p=SX?ib^o zoVXvQwiM{*@wq|*FO?FsCKLEZhb?@>VIY64^oE4!?>?=0ov@|YT~SCsvK4>J7XBkK zZ^N8o&M5mvR$XdMx{7>OXtkIad>*tVF1lD=kq6f_+w({kl74{bU||e*5aR-g2#<`H3&CPxaz@uGMNG6WtKB z157*ECbV)+<#9Rhlv5@!_ge9u$>6i#O*g?HSvlu1X`~dD0NOw>QwT~hyhrJ`IHQ&4 z3erDA`QhfHw#?J_J2`+v;8LK$VWhXmaEYXIBp5m&@8~;L#T<_$ApyJ~$%#YsDLIPi z+*MZUnDjBYS3Wxm0ME7I+DYHzb50EFWm0>LFplB*lFC~lDuy86Pcg|`b#{U?R<)D5 z0Gx=^CK^Won337ZxGGs)Q;#66OVOk%%F@^-b)}j)-8TaU$m3jF#! z26vQ3J`#N!_@0lebjz8PnBO|{yyoL!v6ferOICV2^nM_j9*=_pH1=#qZgHLs{JNN2 z&JqMGbZ-IgZyQ#!;rOikcDlI&4(sgs!7%Z0UZ5>nM%( z-yn~5oI--X1l6FNlg#r9IXxFFj`9oMtrNF3I6a`7lmZwVsKtg)M`SSG59lPo%Nj@C zfx8}mNiiz?gaYea(5tGfi<8NS2?uuTcT3=Kw}AdTaOGXANn62FR^X2q7h_Vx*cKf} zNhJnV45~Pm6cuo^9^9K2EYSlSGXH=u=4*h4;62bkg{YE}>YTxL=5~l$bWG1rhWhRUjC&p z{_^Y{1;cxi{yUPocaGk2{VC}`jtT#pH@Eup+Z%oV@qYY8RPRVsZ=v=6{*eM=tw*+T zt;-{FhtZbk2;Libt4mT{vMR0v`al)@JJ6(z{xUb3Qq*9}rbP5RU~i5*OFVN&%%Xw~ zx{??ZKH<75IwJFeog>S*K;}n$U<>x1Jvr4czj}g|kBked7}uh=20kWD#VaS!Kmp(6 zN=+{8=2faV*2HtujLh4@k8$OK;gkj835hMmsNg@?B61!%iciT|Cln1W^eg!M%d_nB z5S3CKlgQ=7MaAZk7~O_r!-s^yBm8`Y`e`h!6jGp>TjF`=Q6U-vj*@#I7a9 z#F`jj%$n~o3|bM_0>Nxcj(S)ubWdBcGqwT04LtE^)UR`a<vt>E(wN&m->H%jPh z>754syiatX^^h~R8Enrj!O4~6IoGGNMh<}UuF@%q!AYP;X#vApApa7 z78IYD1ah(y_2L5~fvYM*3k7xnyRNgUlGFh9Nt4;uDu5)bM|mr@;g_^ETZfkEXfP6d z*974W&2n=~Ya5*)GQ|PxG@ci{Vfcf*m3YAE5Lrx%a}l5bPvl0)7!AhyVHg3nBtd{_ zZ2-^;Fs;yoo9Jt!nr=>!05|v+KpsBHif9JB0q!R!3qvtojQjm|6w&;SQ^ql1A1bNLX5x*LEayFN@+Z&wj)0T3l zOZv>anpHiGIXYpK#gU&Gx~I6Z>J1-m517-UY_dt*-V#U;u4H} zd3B;+Jw4UePfzsKvs3vsVgaj`B?pc1A#yC}JjbZSh4nnC^4RyJt%z$C=Z&5~^XsRl z`sK58JwKo5DX+$S?+NogJD=%t*2q6q^WtI#b~7AGUNH{%NL8Yy;IJ)O35(UK5I>?E ztJ*rT<5Dzhi(bO-)x2T8T30N-&ZjMyu8EU1SnjYxqL>cjb}wog=c#j6PEis5MUZ^J zrZ-@DMeNy2vQ9Jd4Mf%<(T`Q<9;N!*`HtgT@U>xe`$%kl2kx!o4R#8OVu*knjVn$L z_>TBQ9@KSF3w~>8I$rtv^j)bl5fM1{zE{%9WVcqFqfpdF#I|Q6A@hZBt9gax$6d#r28WDxlM-8TZd7txnrU zRW4c)f8VoP^NJlE@9_MHkH4lc{NtN@eSfpm+lRFth=(h1cqCti5Og4hjaZaqJbDM) zyXB_!z!v`!+#if@ih++5h4-xRVVJpg?AomG$-N?U7_Jp@c?JC)elVar-(ONV+!1?w z=1DQgIPs1~qKYUvEBGFRk32sG3w0?Yy}BxD&`*lep80q9-0rYdZ$Qxh=lqRFoN7sx z?8MPFWlYR#1p34Gue7A1H~%ELAXqL4o?D#iXeStKFtNf9s-aiIUm1-O6q&{I)ukw>sD7leBcSzcl^(UE8r>1d zw(z_H7)t{3BZ=pRWb=_^^nuliet^1h2 z@!3z$mjKSe_V#h31!K3&xx?OqKmRSr{TF?vgghFwN2iCekB~zn{{{Qy7)GaV0iSzX zrcwXs`iOi3N6TtG*49Oi*fB_Ck0bOp=*@GW4DJmIA&@{gDvX%wnLDCKF1et(JUM8u3ED%9#sF{{S|$7=o6OIgOwgkI58eM-=QP(6_5o1HGYtP z;Ka>(-$T>QW32Nd^LuQhUsaOYDv!zajO1}Kt8`8>@ru}AXL7$$BV}dujDs!xI9An2wNksT+FDXWk@=lC> z-0|^#xzpWZ!w$_(j})>G#98BYNy0SFH~9S)e|RL91?YK>uF5h7e5{$UFmHqrx7*u0 z&A^Fw0w!Ij^OH`eTo+^<7{3GKd-Sjc?><^5M|MVgblWSEABhZ1)MAILvlGpxojPnm zAk-0mZn1lbQbC^{lX6z%JjI{`yslSE4aY6m2r6liU+?kgQ=x**xd9hH?{Dm>P7^O+ zyC$*iuvKJRe%=-pfZ-np*--%O2`oF_N1WnVb(MK{Qo~qab-ULA#@8ruOC|D=s`Jf< zTUG=cj8@dtaRibD&>-$*oj{|lYV9{m^}|7<66dWFN-k`J^vq+ycLd@Mg-KNfIk@?q zvI9(yd^v@2eg|fSCZebH}Xs{ zW1d#%YXMy+?MD*%4b`Vtm0m&q@y8qe@%63#_51hw*FV40zkc^le|~p2uJ|2DJ>HJB zXYM_Lkr=K6pfi7Nk0h}NX!~~qyuMwqZTYBg82|l8&e`VtNHJhKHQ+kI&VN}coe&78 z=qN|YbTJpO6>=q7)b;sX4ytxOJHL+^nL?1PcliYQ8bIu4ZdFbMH&G1k^+>gRgx|w( zWE%{JwA?tSx9uM(PR!GSWb7RYuV5ZY)MFAc@X`H}XG@aV2AmxLdymW^1V!||r_X_F zzYks0hq#Ng9cVpUbX4}tb^o~1N2=|2=nFP3_y7P907*naRC-U}BTBR`VHu1Dm6-6K zNDBm;%j*&-5kRtzL0HJDcj+=~OS!)2Ef; zltk1L>}v2 z0FM--cj)Stgz)zEUa#2w@UQ)T#cIi0=?`GccH3Z!Lx@_y{{nsv#ELzp{q z%`<#9U}MtMSs2Ts$k^3=ejvX&gJ8U_@rmehUzhnjPUv6d_pHC|6R_n@k zp0~P~)%0`1N;+Z}|H$913v)2#81Vp3A8DgMgJU1v#K(TIB|dK9Z%>kq%x^vi1#QvI z1|2QY_X-&ntiG+Uhs9P~WJ~l-$kH_xcnq52tCPB@Nl6v*%-Uv@?zW)4~PG{Zd2Pp-` z7)h)LV$7hFA_=G;eWgaXU7Zy|kp1YMYN9Hm>HS^wTSBK)GmUQ2ZMftdFFyL){@+PUL??33buRh8%t3uXNl3u*{Tqh^zYRBR7rIS znlNX_bydnZZrZl^Vp2lJ5%0t%@6w1xXb->MWl1TGJG4Syrxc=3h&5eZSp6Rq7`FpU z)}P1gXMSSJmCo7je{$C84B;m*H)*mcNk*eN85o!)7fmNM#vd?7M1l2Kz4Qu7IqAr8 z2lF<3htM@Nwp3bGoz>LUxaxlbD1Z6I3!R=!G?`8{pUo7)QLDwH4*QKFg-DBXOU?xD zrK-ABE)5la(zLAz%GG#YfrhruYEeSrJcJ+vW&k+iQ(*uBuwe)yK9R@*06xl&_(G^wG`pJ1EnI z0Gt$|Yb-cn_3&n$-JvJ{=CK{!7lIPW|)Z-Y)LY#iS(7!MYRt#k|w? z$rOCmI-N9B*t|A^-oRMPCFacNrmeDa3JT~Z@GNq_q=>vU^pQB{_E?ZED8wAtLky#H zn@`g_;vPDJI>8HW?=551W%^# z*D7_6Y9e#;yh=&4recRJYudGP;4zlls;I8BM&5Ihzx{nZZS>jsRM)dgFG!GQJU;_3 zbDA+>`sPP`eC{AOfws^;nMk1&O(zricZf_`6LfsbaKSzs9!yD???&6aUv?bwZ_BCwJJl0#`d4_hIlN@xtdoV+uj^}MDvL3C2!gKTB zU5o`u<^fE5=k5cA(;MQ!x9=W!O>{f9-}Bn&x350vpD60xe)syL{=hx|-zu+Iu{%-y z&aai;KI%KRs{i=rZY>Bu@@Hth=M~`n<5n(0Tr7L>;NtI2)43NzhX+-Q|JuD)53Waf3VXL-}U@^{Cr9AaA3TBEqXkT z>+>DYTx3~~-@Jd&8)W~MSo-g8@Abd_>8<`>zx_e~<+tDKadVX8sSAT0$k&OvEQmwQ z3b|-W{BjKNj|Ogu1*K#q;?*%lIhO{oeSdd178@}ocJ(y!cVJQB#W<||tiO?>P;YKG zQm8axyS=Glw#xGMq8YOx`rSqwKoOOBx3SenKon5Pypf)qHae>ZHDRlZHt6X|rJ{rO zyx;H_2HmfM-fY&X*x^w6Y(7`hP80#fa7^0uG{CuIo{|pg_e+X`m5#jE*g+>Fd|i?X zN(>{m1B~xb4~=MK^va;OqS5q1_QnWn6E!R$nRP|@ZR@5+xSjuKXUw@ zRks1`#J7aLlY-~)+zv`+t}xdeuv}3XT>}!oPkat=KfgNFi;ELI12h-t?`+nNpmoBU z)4yxbHM$8g5M0X`?B{Kz^I5A)+6B5krwVldJE8w6;CJh)EC;y*I$Tn9@6dtUASvR^ zDMW1nqLb(reb@=t0A)jPUekJvht_M)zytk`oE&ii+sDp*gua79PEmEv+7bx% z=xe24$bqGW^)7oiwIRr6xzPkO(Ex)R-zoO+hC5iq8&t zHmt1nI7<&tDMigm>|Z{+(9?OVt}0+X%k)mWT24rRY1Ug)lEkccwu}yhKw^|-Lz1>U8|2+`4*O!5AIo^$F*d~{_i-~l>ubwyn|WVS2<=Um zWY)lIMlSOZ7}GR0D~d`rJdV3h=sQ9@Fv*b_9EiL_5ES_n)G+oO?9?Ueq(M($t%^}& zOFSpIT%wbg1i|MgjlQ~?>gy*n{ncledIBELrmb9z&cKg(X`zwPr|nc%wW_w$E~0yI z*T7pGq^_=XI-9BiXV$Tc)ut}0u$%8yCCT>6<^z5hqC(%GfL*hUAH?B2L92|<+L|M> zY$ym0U?@l`j88~u`Hh_edNp1hM3=0n*CgZ;vJND(9pn7WI4$U@tuu5JXVMY-nqFNM zsM_>{_SnLFBxEf#%Rg%>O=%sxboBLclm~31N~|@E3xXxsb3D1B2>8Ix(+74_-VqlZ zCqA{M-tx})hMk1*dl|$Y+kA;{t-yy!K-*i&GBSF4mReQ?{cmXz+^j}k8Iu0H1 zvAyL6^8tO>{@=ZNuiyUR2W_Btl(gLs@P?cSv_cO%e0Ph?V?)jmgS>mTbm7dHTX-Im z5OL1&A%ZW{wVrm&;~3_J(hB};yMzrBI?5a)Jfu{Va?&0<*@rBf`wiM8H^`sV$kzM&BK{_PE}I_Qz2 z#(d7fp>g|*C#U+=vornTdaf^N-su?^aZOfRSNKmM1|&I#0ss{Z=UBxPiA;}ldz zp#pZc*E+HoI^vtd5VXh6$NtDG-4*?VGF9l~a!GNv&;~snhNL6eFvOx*D$U7zXDoWF z95oP|>YNo))`Er668^X7AfUU$ZqOc^?a|Q@+pe&A@tmpA$E|d`KIrr76aDRH7pho5 zoA0KobTXfs-JjLsk00*kFO_}E)^p62N~uximWsPlN=XUEDX_Fa*dAf+v|iP1Nf1@Z z`t13oT;;@&RHN7{DlN7Z09{YTG}Fm+qS>U;j1|Zg0VR<+N;v2M*!CzWAh1Hzylr%L zI;V1)>+0&MUOc~60Jg_rpt{@YE!FLt(TUdj;H_go^GM=e+PR6U!M$+?2g)7FJrJy8 zj0!2p%9*n&X{#a!Gp~5g;Av_{CZGwc2Z;cc0Y$BOQ>zBRreSdY$lU&!@^9Hn_qT|D zWEKAdm8iGteSF7O={*KC*d1smb(UA!UQxX~pNuQ3YgdNS9G(@xLMCK?mYywhg@ z^{c06`s(SaobWGZ?HFVV^Ve0@3_y4A=_Iou32y-eDj5Ug#aO-0_2PUk|F%B^-wEsl zndVK6EY(k~D912@@*_dV{Mxykc$^@eYz)F34!g$AD;$4eC#3HW;}>P_^e0v;#>ww_ zHStHz{d(aodhl+CS0yWon-rrAVh58w`Zu2qI-j+*=Co_D@%(J2FD_5@i>p(8eSNN9 z;-p_)o#->R;cSx$m~v9K9{ysdvq>$lz^>-4PSM8%uvaOnFyBBxYf2hd?HAK-+`5}F zSB3skOtMT10+r?Y_^{Lim>Gj8xY^)f4!TQ%>4HLYMbe1qiN8wx6QnV?_!ZY;vzLSQ zdocKx0@wwf1DSQ@z-C!9SnJUJq^ZWhQsArPr~sh@zO!Y%jdhET?+M~LMG|3Ahn-K5 zal%;RM|_Uhc}FllV3WG3R3mq$U&u)zB?^gNcO;lCeKrJ+9rV}8>DAPNc~%6BBmS_n zFW^VLLs5hmnQf+}Ig@k$S>MZkdcHXLMqbBs5H4Ur#M&~DBvn|TV zc{~ofWf#Xf?L7~6u>RKY<6ow76h*k=xfPQ__;CXpW^sPF!y(h?xEoT=a_Op z)*e0*^j!sHY|tR{v?K{^;MU;B)hN zyIjHVdW{q@UB{q<*8 z`kT+6=odWu4cGtqt7rNTpI_+jKR?%h_lqn2x3s_JRnym3bA5g})8$Dg$BvV()>G#A zHP6P_aeXqzl8e(Badavtsnh91*Ic(b6H{u`mPe0WvmbN~Pl07*naR1ylX9_$AP{C*FSN9^iY z{6MU}CzjmUCbW0N($~CBdQDvUfko5zByzv<{M`>X`d8XN{Q159KdkQm;oA>fe;jv0 z9D|qmt^Ket*VEI9{^rHG{`bFnrvKA_{91qg<+VO1j{23H6Tg2Unqx1U`H-Jpfk@C;nRNOg60AKmb8Iq zkwO7j$~rYKibcwm&gU~0L0MP47PugP>SumpasrN-t)hYV%q!UuGS@j#i3d9x|0rrt zK(ZkQv~xP^c#r25Os|g^R4~2A5iH1JwNgsB5Ki)dawAUBP#8=m9ozn$x~7o>Mye+` z@W8fwRL+eO0V?!6EtiklZ5|Ydoz?{AcOP$|uAe?Z=ofB+2JSK?$4`$6hVxm(a6VQg zvt?4$)I}vn<(TAWRnG7iB}PsOsvQp7mZU1V#Zj3vf?QoC1)}wCFLdWkB?s9KS|?qWli10m284ww)UCo1i>A!yeoYlAJff-` zm64~Eq#UD6vxQ#8J;6k8UTCBIgM>o;7aJV`$e`U}AlV-{9=Y}!Knlj@l5U4d?@46`vHt$cyK!;H99WfZiEC>d?Fe`ao8ZV+=ui#_p+pt-HDub?BnX zS(&j8l4C=bl%jGBsAenCOA;oQ%y1Gg;!{ShZy@ZLKhh;^M)#4c&XLIZ#1 zBQS4;3@yA?Il+5WMBW29FpU*SeFLong>8y~#2&}u&HW4GQcMa_GHuV(!_R^VyA4-4x=v#Oly{LJp?Z){yc6^a84n}yk_(rQ-D8V zYw3~TrXlEog2CVH-w<$)%*`!g3i`&Nz?fG(^fz`WQhN9c6bk|Un_pM~3jv%DBK}Dl zm`j>_MFo|vMAgjssXtFWE{ORDeEgslJTFKd59r#>$=|Y=4;G{&P6K@G(V_k70Do@A zy89f#RS%N|-C9O5f8yM7T3->_eSV}5k4Ah3^nM2}woG7IOHSywkl+R-aGa2058VO0 znEt^0#@L2}Y70(+FK9dZY{AljmXXo(npR}Iud5i*O;lH9il;oGB%vertibL$i;hcPcbO0G4z+cy$z-aMizYlT zDI!Zoy@5EV(I3}f%ksN95#M-6gVz!tDB?bH{*eOjcCphBtkl0_r^1EUYhHQ&z`1`? z<{MsJ{F&AIo7)GyV!`PJgU8-2ccb4f@g4i%BluX6P&eq_Hc#*}vFx4o(hy54S%;VC zGD|Kpc;E|%*#YNLj^hjJ=vWPgFP4trD@T9H4 z!Y4T)`2Y9cm{S~s@PdkY$<{*OX9OEa%0X?F5jrR!V9HSzyyT>uiwaEKV!#9Y>>*_N z9b-mc&R6d$`w|_aAjfAs_{+(q8_wlQ}9lkaP!<&ZE`<;Pv}E=BWt0752zF zAn<(FX<*A`*43IL;Ki)bxTQU*<*m5Pe1dKTZy9CP064*GOCX)rMUy(qAn&2ICoo6) zl!B6i#_d<}v5d2>8fC3{R+S_>nw_bXsIJP)UE`R|=#UrF4iL7wo=^0G)$HZ8)#aqo z2|RXnH3pc9F@XRm0!o#$8u+r44&1X`Ap}MEJQBd|X0%#h4Awdo&*im(X=218}MyN6azG%{(69X9r(S z1R(@jj=DtE;M^EHZ40_8n$~61n|CA5Chds7wkpsYaK@di|65i&4q!WEF_zB2MO`KQ zCCR$znhGo=Ihdbg2jk%gKY~y3i72Y6vg%UQ^1MN(rDVbWDDMI}9bi`Y*ph9zCC4A% z-RlVd5gOGXU4X~4Nu{|H0t3B^P_T)8%z9m;+a*{tejd@2SK|*OP7Y%*zDK_g<9%KW zl1b;&j$NI-9@(bc@NA$!$mSDV&ynXDiRuM&UbQuIX5|#{;jE@4or003PFyEh@As?< z{a({LFFC2CNdHgI4)}tYuSbp@fo`-vysojQG2o=LV?|ZvgnlwfDk&k~1Ub*9jh?Z? z=6AhyienO<6C-BW=@HC4FmJ=o<~50L*4C=3MC=hoXBurf0qZq%8{&v}pUg{-T{856 zgkwIgJm4phIiuRTFh|9%X3attE;hJV!ZvRt+OJSJ0csd{!>8jxfd)k z*L&IT*VttX=8x#Y{qM2&Ju!C0^=^>70^Wgn5yvvEN|p8yT;j8)J?}d3TkF65PrufG z|KI(M5@lo0*gj@Wr&D%UJ5}&BLtgV$p$F@9g)hbuRd+>o&S13I6x!jBD{Q{Smptzl zdu*A10X{yE{QcvuuioG5H7of)yt&bzNc8{q>Vtmw>PEkNeWTxU{4J~cfBy43w(IYB zb-ZGcxzIgH&9M$vz)99gSC4JpRXU$Fdd};pPdg`P<2L>;y}EyLrq6jT>YYyS0!9WK z%f`nkTi-|g_<*d|k@fb0IQWqmxWPAE=#QEvkS-`P_UPD|$oCU^Od*OIRtY~DbuY>B z#q_LKA8nr)q^i`)xuSa@u1YyN1_W7GuprxQi{1{{C59wLksBMv<UV}eAK5C#~3(QiuXIe+D6{G|c2TrPPDurb7V?q8IMSy>rPCxS# zJ<)ozX4s$w+hlu;-2>E$iS5J(oUtiIc9J=cKIPrsEl%|J7)QNj+Yx@!flCN_9RBjvu68r#kdvsd~JXu zlFXxd>fpDry}4PC!$GxWrJ0#yhpbzi#|{^{u1k_vGpAs4HmS#Rf1&4m+NrIIGUE%j zzyzbMy1I;g+MHC;TIQ*8;5?6kevb_Y@Lxlh>5-dan0X@DF~(Nt-*Py}c=h9>6Pu48 zc*XDzTlv0&;+xyY@tx)hIbC2Rbbo}li@ut9yQ*kbSJ*3oQ3+N@etmSmJ;~M>wG3UA zk%xXTwV+5^vIDTdPi`pwZXcHl&;?rf(pEVIR)^W)UkTZ~a@~O^YD=}q-!U&_2r|Ma zk7G+QsLn|RZ1#cs*s5i9c$75otSUtfy!u|-RN%MhgyTt_by7z??P{I0m288twY6O6 zcqMu=ZDfp{Pg_+bg8Pb~SSzI@^HDLc=a+$m5Ig4HlV}e3uYGz8rdH_ih62m)&3EAJ zQ(t&v%n^UxBA@$hy)_H=_FVhNq%P+ZUC=ssKSFPb{kGUxF`*wRaf~q0)pb?N34(Wgs}%E-JrxJ{A}RQ%vabk#5gV}7WP+Yn|I@SMe_8~v2Y9KP0uZcs2(}p z&oP1F%;mp98C^KmABQO1O9>q{`00^_P)JcJSE^FL#!A-37}JoR5AqM8O z;0|mf9uGT(aFh+Uw;_1f>L92P1s*9Hm=gi+*)do`2fZ;7v3%7W`9LFkdOk5rMjKlS%7k64n-9F)kD0J4{ZcU@=IB#{&XG7bd3f*e7~ z!YN4HcM#Z)JndM0?Ri(!D*%Q){2yT0^YxO<_lm09j=3Wcnf`#ZHTLS5r>TlsniHj+ zpmDHfZm-mm0u;o*0ls>+dHYX1qWA%Z2lOI7h5i-1H9n$S*ckafpu0W%ERo+UQ1j%K z?iyWKk9X){VMoBOe*yIYLu~=~$TzyP4VYq_-*!I|M32zyk&(aSJPA9tRR+YBEJNlx zz+8c+wu;=#8g+?6JP!vsQTaVwh5gNU43gN&aR2}i07*naR8fU-C8x1C?Cp(`62ctN z+ar7$6I&c<312QY&D$P+R@m?X89$J~Z;;8@aDn@gq;tF8=!O-rapC49^a!nc+5=;3 z7Y7?uH71NbbFD_Z?#F;?{aL;MA6EAQTdu*-4qw?Z_XgeV81vrmq$wgESh+00nTsnY zvLk_uSf>uTP?i+HRL~gsLdwc1DWU^z<4Z>gpGzr>iFQr^w=dWxneko8=s2UFf<7a< ziOSqBDat|4MRkNw3=xC{iqkzb2U*|NQ;327MUKMOZ=^3Ul7Bp{!G0M!RZg%t&?Ngo z*A&g$O6L>;r;|o=+N7zNJ1D|;19pvB%N8W%7#JI5omC|%#i+o&9y|<^g2X*^z_tCy zSX+U|E&5zj7_HIghD5(Z&vg_DlL6>tiM^KC%U^z5uv)S158SUxmglnUU0XEkD*1c} z%t7eB#(FirrO)1dkz*8=IUd2}fq6^Lf+dXwA3ju4Kwpu9B@@5Xc%JJrCjTwtD{PUh zG!}A4CqG_wIpG_xVL-mapdGr}g8wDE4IAdQF0JbnqN*H8x>+^z&bmh4?K@|cZX3G5 z^S$#~tLG$tf9dY)>l1xN^N-g3^69Dm?#oO4{TEmInxy{O^{GCmIQio0R9{dGd~tQ6 zmzOiWWX1p2Uq00@C<;EmKGRcnbLLGw=8KB?>yi}FK}9iZjKmn^dtH?kqd3o_>^=Gz z&}-uPU&dLFjuAe3SK2!7L3Tum1B&0FqcyVMBl`pRuy5{&514>>h2nygQ&fWi3Nnucg`Ak9Aww=Vl z6*1$0Ju*H$olY1Rb;pk}2KpFIFfG3x0R)fPhTc(>$VII$*}#uSwj6%X_8 z(Ow8aS7%gwFQ3YZX+d(|u5L+kdv*lY`gn7z_qPkJDFy-tIb|DXKnahJ_j;rf%ej?8 z)DF-ZtVa~%;~pa)9oTVxZ?A%XHC3e$f*fq7RW?RQbc5`e3kr%`4E1Sye91P{a{R4N z-`+gx&+i}PAG`5ZmA`=UFW-OEKd@c(FF$)(I8(VyPl z>Dv!?`tIYS{B!j`-Ys=U@oT-P|n3Yrg2R$w3mY(Svsut!~rBACc2@h-j51=W0k z$GT)3Agks)m!uYX%zKsdn9wrv2F5^2VH7~Jxq;M}h`1V$OXgmJ69;oA>3ba5@0C9i zD1QW3AMRIdHSWOIPX6D%Zjk96GXHqD(!agF)o-X664{z?kzzwp0&>!D?)E{X7 zh%Wx;KfKmIaQv^|e$YSC{*CR-KYw`SJ?EqR<62vs)wp-^iO6}<)p}0g`ivFOv(u@r zc|9_z*=^_=R#5erT$AM?=s1wPVb$?ZKYY+XgR_4_@4x;2oxWjL?cZMA%0CkJk>?xi zFR-;(u2m#GWefYfYr$Eg6KFr1p;xZYu>S?~ollBhUQBd#I?**eJOMA4w64jTPAV{& zz{8*vqz1juz-x!T>ryGjMAK-OF_}Z(`VR^ur=x7^1K8Sv;SCAn4n4nT5n$clE!Mi> z-V&TS*!CFAnAu{qo+LAA>(MvsDrrVwKWSUd;d{~)O_<+4JL6d8tQa-&SHoY+y{4^n z4tB2QEwat@@@%T>Y4>U8q^{^6@hrim@Q0q&*+GsIJ&E85fOqh_1Dgx@B}RjtIDQfI zVY}9jq!>dO1AJWy@<*+C4QibWs)2x7;G+h!Q|4;G?8H3LZ1WxZc!ajUlX0LL^-oS6 zkavT>Y>Aa#cu;3(bLhe1MqV^{!SR6qF;tnk2kg6NLFM@71aJ?gBXh8pivGv{`JeRa)jM`2kJxsL&JL>Scgg(E;qe0eoZz3{!RYED ze_%lou=yB*IA`7}Q8-mx1Y&0Z58^Y7&HwIPJW}PE9K*Yex*}`$51%H!M6B_|JmAE<*0ey&(krq|?ReT$83& zLNDT;e?LycoGC|@s>0$@T}2k?pJda|_(UhK1pp9aBE$<|KTrW#;8H3jUz=b^S`m;2 z9AkpP&rc?D@aU*`>EYpVR9=O^uG$<-9Bf@lZ_$<$&K*hf1{z+iy=UdLAQ9aYLf@Ah`0`<~$a`esQ2Tk#%hIkq2pA2aqNDL6U2#|UmW(0<3*j}KejEOrz_ zJA%bgDF$`5gLzy}3DJr1_9q(tQI$Wvf7CZ07Wy;IiRP9hwF5jthZ*CU z)+NDv+EzGoB=7}}K^=k7?=>$8-YxS@8+6A#@v$>xfSa(@0q_`r4$2FH$~}qL+t2={ zzkd$-J^FZ!j6bjy{R0J$3m5b8`?vS)hdVA`}Fd7tRHY`5=k7W#&FjDMj0>D?Xg81MC(fMpw5&yUD^M-qBZ zviu(Y{!BvuqknJv*#B1Fy}#q#{8I11$46xH%KZ*KeE_eP)4Mzi3YjI?S>ue>rR6w~ zJR&--!CzgH>XJxYm9DVIHSL1HGViJ}d3ALj1Du1L`{okCZV(EP9n^lr)u;;xf{-FU zQFt6Q(yx*xbs2FrZ7SKf+N#K}W;(7D{cY<3{q8yD@2RkS&kFB9S;G%eTfRTWA3vMR2s|d{5HaF^6pgb285ZbW;qfN>)J^9XNGz z%qglViI$alEi!(4s2l zw*6|JMQCRFhd>YHw~mc1$J_(HutD!DbhSnI8+deq1wq{sf8OG^A4uRo;sbB-wKe*5 z@opXN*mmBst7^GEvY2=vu6(dx;FnG$|N8IW>wo?)ztbDWy&;B~&fD92efRcO-?QlX z(~o!h9gCblu&DU~zxk2)^or)V>0f^4g3ddkj{gMSJ+JL&UU%SR3$}a4h7fh2hzgPMjBVRa;@rvqfd53sx>+~Qht8$e zRnAH0r%vRJglviHhC<;0-v@M=a#1Q3d9qc-v4XaXiqn&syxNb*U(>%TNe$0x3c9M4 z5p$6oe88VV)X)CJ2~K@vi~j(qtcdH=nR3ol(b68n4hp(FKhc6F#ly|^6gUL`(>~v&aJe94D9aT(L zPKl~@qLc<4GOKM`EdiVZgah^+EAIDHu5U@SuSs67ZkMde9|-bGy#dUx-rwp6lGpdF zZoeZDe8(#L75CrL&*R)~Sg|}JkCWySnH&%g7;n&^h;cF?a~?zI1ot?C*a`m$Rqba~ zlwUnL(Px)aUC%mzUUUG!w4m;-{f?~YVOJT zOkX`e)3b{ibTYGx-P=J`PMQJMYl^HO0Ed$;37iiE3DekM7q2cJx%U>we}x|2kOY53 zMjv0}_91*duI=VGQyS6fFr#rt=Le{%@^A zWO=0c8w(ud^pAD9U~n+s!OI}Y!D|DpE!PfGEA+a8Uw`4p`u-6IcVXr8kJ#=V{Mvpa zpKosTd)n_P2!Bt}@dxJpBmDo71pY_n{}au>0K`A)<)G#w$M4-8$Q>+QNW3M%|KI|G zX1U&@gSQldcLc2kwqApw5zok)u(5UAR#`Lfe=@0cN;{vna^ZD_-ao&bkMAwN_K#@# zo#l&5{mo~W`rFSh_17;i^x}N3r)+z=?;KkdY=-C~R`14@)K(6lF2+7$Bma_;BXjeY zIcw})*wvZq^NTs#p(pzC`c&RM_>7g+GwwZs{>j|m9tM;6pmn*#@7DN}aoK~3F?oTS zgTPHp+7L{Z`+?QwPIn}QTZ&ina^!x%t}f8lB;2vs0kb;-&z@EC0a_c*-InO-NPzAk zo^n=9VJui&q(>w_Y}$;o4LLd)tUEzytdu|+3) z7EnIA7y#=)6u&pV-{B)p+>TeiUb2<2fH(W#iXtvlbVmRH5CBO;K~#N%PVR{(uP6|{ zp`ibU;`cSN=SO0}Yl>yZ>UZG(9@_7T!>@^puRh+(KK(m(H2?7W<5(cSA!gm+BlZ)= zZ#Vmu+X}obnbUe-;Qz*w{q{Y+b`QoE*kc3z6?$EAbW@B-CILC@7l`-!@wmbUI})e$ zzXKyH#%!>OF|%fl_jeEEn9Z1TwqVi4CooXtp9#2EHQP3vroaNtHlVbd2C+vSj z81sCKeq*NSIGgL~^)-pOQDNc~vW5^8o^BE?J+>2-Z^A{)y} zKlBIg9X|z90?7xO6VDd#uM9Xqw8V*49NlaruRb1@9@7&Dd#yGDG|)l@4vj_z1ECp%}B$E?*k6{BhK@lMCPF3 zpgI7=x+KlJT4yAbudnC&8{TXEhtJRTt0yyke%|S7Qq)xdh9Eltt_B@+bq1XE2*ebl z9#?xR^+);JwExD|@ISK^{a^m{M*o%O-z4@sD);YLDSt;{^INvF|LeE!^?UA(g#d}~ zHIDxye7%Rq8!GA#k2{&angHZ4$Xz3&e?*QAo0)BKI8ZVQ2F-~ z{DK7d_g`I+tWM;g0QlniM1MsB{Nie^YYL*aF6xnEVJBwJA4$O9Q)v7^urWX1!{aw^ zZ}f*BZ}sm#-06=5s~-qb4kY&uWZ3aQAU2JN>@B*Pz~{WF27WVZ;*bGJnQiwajk_LH7hh%j@6j_C2=o zmt_Bl%)ftqBd@srNMZAuLS~7cwgkRCzGeH9YjFId@No&ZwjK^7wJjKbV28s$Az^H< zNPr(%89v~TJ%KHt^CdxfMKIkna{Lc~aIOHrp{BN}35cKgo3L6Mb;9hfBmCnaw zJqExN@H%TN)j6sMmrJ%Hy+h;q*UY=dryub5Hw3`fKjF&-xSMhIngZtmxgN0R9@&l* z31b35CyykG4-R(7;$*SoIZ;k~>>i0Z6?(1UxvBE_qk>Kf_G6*b0bU}eOWqy7ySWpYLLmzMBv}t9lSWT@_wHXNWB>l;^9z0ThH0HWEnXq7MhKzQre?2)bZT5?wUr&>#lR__JHU?%cuGdTir%WY=fV=m+Rd5HOZLk`Jtt zu5(-t+EdIu5bt*2Z@?}A+9^h2epF<_C55Bo%GtCVll_3*R@n89F^-kvE(&_H4!xqU zsyr5Pvq_EKD)ki0A}1Zk)%Fq0CFLx3C!`)bL`ASztEy@ZePE7C#=|3t{+?aP1@k<@ z^8wAKJNTrl+JJw%D%aED!UDikBg5u<9bUcgNc4lD2e!B0US zO+8TzSwHs^leYTR%M$`-r+(;l`}n9O&U{or`BI8e8&}8x))n6elHLkM29(iI00bDl zK0o9A^i&3U5A!{ALI_F}5_PF{I-e=#jDbkV0QiVwG)<*~qP%rfa#6~aN-2slX^2@z zs;;Iq2wuyPybue-6kz*A6`xbQ>K02+$J1s!PJ~ znN~ELG$Y+-(7WdS*B4halFfy_xR~l0g@pt07SI`>dt|x8neTX&@xY4h4Z-!#yp#Uz zcklJvAKvTtyc_-_iQU`U{x3B3ZGrb@wpVF@ejN)@7D{ipS0&Fai&o&!i#`?(w;*z2gt;%T($} zgU$&_$h$0_+wF?Pe}%rzIX=NgPYEAI8 zpNh^67}(>q4(2;#_qA7&DMop`e)=S6#1LegLy^Fc2^vW$260oiTVzZ@mocFy=8cRQ z7}L}Ro76adB|Kb(e%`T|BS+1%0*@-Syf4_n&6>gP7+&NWfDh2t2OItp^X1c7a>R)dd6{zanx1hW{hDx_kEwoDAeM6 zQJgYw<~e8Xi#!c;82>KFPr8a^RqJ$CYck0s-pm{c>4F9X^nB*Qaqd72^XmKvhIjbs z2Kzd3?^wmI!S@~=1WA~QAwBWxIIdnD`^1=x+&)^5K2LOP;H5)OA0u*DANGg3WYs)t z>#Qk$QRg)JNLOXKoq+Q*?0r6MN#a=rT}I?9=*LAwhdwXykJEWa9PYqNr5NM5lD)=f zpW(+ZuFrId?|Apo{_vL_FZl>&$q$01D#R~ij2!C5l0L5De#*{{rk1_e!tU>g5!vv9oRu% zvXY?`IO(9RvXb;0$LUA#%#;ZMC1I4L!>!GP%n^c7>|ndD+d zTzh9IC@RDx7d{8)PsW{N&$h|hq9^|^j^Dn1ub=yg#9tAA^#ns-ot>zvE1a~}(TaoG z0q`5dTNJ&bIzBL&6;zi3$TTwA^KZkr( zLrVe|@;Ez%^;nmrr_AMFclkL9`vpn)C47H@)B78^zecvdd2ylt=BrEn{mV=Jm1QK6 ze@5RYIJ*N%3xForuB93Le@RBC(*_;P^qjsI(^eO=sZQq;0(GSdnHm6FVp0l0{#1Z{ z(o~uftmc5~68bMF7Jl>cO8?E*FZ6%-%?te>fBjVdhhIO}|L&Jh_22yBss8q}EBywZ zKBw?{aWT_1fIjJJoplufredyIO`X-%mAu7TRfz!J$ab-={Ub@wN$g)Rk7atn`Ss~U zr}K79Di_mEPtQ-}6;B6mm`z*W{Z1wwc$0dn^oR`N1FX50wgfO2W_tqtl0?5dYQ*Ic zf4E_V=z!rq-?Pep%}&M*uakB>D>>={owubDDPZYQXK9m&Q{3c!hMTB``W=2w&mb^B*-X4r4&?S z*I8HV6dRml_bcpp#yr-wSAkz%&Ga0;X4u)q_M|Dg#%`DMPVVc(@dONh_3~0)DZaRz z%Z1}Jju-ShgVrg1PiGTZ*7>BCX`Qqj!A(~c*`FKqQGxG*UVYuwS-xj~v>gXxj$@I7 zYE3-JYO6|ZU8}7=&24o!>AL{) z(QV7(V*@re%w_+FEp=7Yq)yN*=q7HQ#LxcIZ(iy@ z{`zxGm}^S=kAMBO{;&W2-^wv-nGb0n~t-jdymH9Gc!#&fJl+Q#lZIPSniQ_`4NjRT>;gsopbzf@Ca35go! zsp->0ZwclXjCXO-J5iH3U$Hy-nq84MKl$z*J2_GuZ8V3^t9dIg291@2eFd8zprs(y z&<;e74Bynw@@~LDVbMc(&#Ua^a;eRJ%d6;*`t$2I`oJpx;c=m+;3LGLuRedS^OKpr zeED2wr!#&2{F!F+xrFbz1wd;YCkkdy+4E1^c1o#IgU-af3K@G1z~)F`+JL*D`D{WC zo#^8HOh5M%+a{`RTOFCaN6M~g$8TouSoPZ|Aq4IQ0%I@uK?xNO+sFz?k__G*29Gi8 z{OnX6jK&aI?e7(NzJboiyL-6`YH+fgJ!+7kn*fbF&Sn4r5CBO;K~%kiaZ^`HF>))C z=z1*|3*KiO6k<|HQ4TCGuVxr#I<}XrUY`>Py;}e3YOcQ`$vKI9#`e|UQ3-za{7ep3 z|LHfM>z6pjZ@#!5-?e{1-)98Rrzf2p;7&03q%9vpxKqw$=myKd<4Th2Gh; zgU@Qj!&7vBId3Uc%zM#Tl+0Roo+@?lRw0Xz)25PFPnNT5YQYA6G>og59rL?--{DxF zk{I_%Vp{@Ag!dXcAw+_6uWWkwNy(ou)l0Iy>J;(Uq-opeblR$;kH4`#=lX;~XFh2q z;lJR^vh1O~BdG21*&XvAdDhiMvq_~E9d@({Ei-S1haOyD3Y8LgUNlA56Ixr+Xs@PZ zpEZTpQmZaWzD6zTxxa_k z@m!*BRE%NNA(slA18c=7)j2DsB!wXVp_4QO74CBbTGE=rZm~LOOz7Br3$BchASr5) z<jLJt;8B(!5b z+rU45?fV7$dA`K4M(<6Dnm3iKiw0X-zX^HVzs3eR1#}QtKnb4;qdmGNYd)=XO|gD< zc1jEt@*T9~-Ty~k*KS#P7D=jQ&+ooH_ zSoiKlMo?V}IFH1bLLRBqp%2rUH?_R$Re=lfS;N(z^o4J)$qK7$1OHOd>Oyub41=9^Y!3% zO}s#Kd?71xy{B05Yo0xJ|A4+9*zS)JBw_m;Y7gzIWLb{3snE?JSQ+)y zB4gV$qi?ua$#H|>9VK*Ap__Wd+ao!0HYv~w&|Qg&QIqMEUO(?|oKG57AOQm6 zm|!Si%suB3#U5ZTss)H=Cld@?D+B%>k7I;F2pZ6aSB?%YJ&Gz+F9oG`B>O5wxr#dA zbVtC_5{x5+qThUGSPtYwlr_itf?TkRNDzfZMQ3}d5?89??{4Yy#HPfX|;_=;CxbI>1TSXoj*2 zyw}VT)T@+)96hTctGP#mgPd#*@N9=WnN)g;v%Da|I>~-cVm+TXKLNB*BxGo0V@BQ@ zTu@am01Cwfq^o7wzCaGYe(=`&FIXM_ zEyc@kc<25bWcX`VmH*+(Yx#GGJJG+O7_lzQ*ERNedOBlkex}c_X5)`bJvr%g*0m#l z;J853l~2hDc?-ou}uS%rRad7_R#mdo@+}%P*PNt zld_K`siI%zd;lXG?6#xN01uHQ2q^+}(zLCK2L)^;uCwS$8^+y|H3iipJ0lygvt;{o zV;abOMCL&ngWQh7!q*3qqH$nsGz7}7F3K^{OQ@XWimV&3Xq)%rczhH3wqHaim|h&l z>AgaApOG$o-RE(!8h?sspwospbVq@=MBm3gY6m8Og52M&V55Oma9b5sIm$XH=wWOz zs9=vmpNt-C<0E>s4cExG$Cf?U)~n?;zrHtc57=l=pGOMJ1-x4xZY%J|#{;@>?Cjw= zAW6;KB?SrLdOGY`T}JpnVmnyY0lXU1TXbrB(gpfEV&xXyqG9w`N~M9$OBNRg{HB2E z9P_vfTNC%D;M==8C&UL|kFw>2e@iiVYUua~kLKfuza6oIF>yTf+Jegi_j>ajBLzr@ z&N3|m(?E;#IZ$Zt!0R5VBJq`R@Vyy^ijgV)RF|j*J#!?!0m>c&?`(JsQE~-1 zf_mvmDif2 zyTi#tPBJhYxJ1VdJlKGPG|FTe1!Fnjl$;2fMO-RVb#+yitM3{xW`s5GYh>JD?3faK zVhF(SfZ^X^cn6dfve|(L1R9vn!2Xf<`LFL*ddEBd9iW&sNnc;j^mi}M^!J}%QnXy? z3ljX-Y=i%j75vxFPW4yZ_bT7--2a}f+ja^0 z+oqD8aSQmYzk*Xvxi`as94Hk6L8qs>KhSpA`-r=UU>T`kv#OHD^Aw{#eFjW2fU{xL zm*$3fM)9-wPEKi)p@JgYFDZOiZQ6lN&X~7WzKsP zvY?QB2af!+=5KHBwE*86g4zLj3iJ!~a+HEJ`oflZc3{(dIXK?qyFO1bDut*R132dx zXffhj2Y5SZ0lsh8rMjgpD6o$BRHm=x^fARK*u)D5t7MdQjvkH6SzFW+up4lZ@c9I7 z``Upd;h@+<>%jK%3O{}z`QB5It&qddGjuy_+t#L0v|{cB&(`$aGamI5Cwc`*IVFV< z#`$+(W`jR&!HwG^W8UFwKYU#1=5eD3ilYra>G_AqX#RSx2*DaU*3p{r8_$8Q-FFN2 z46cX0kJ#lz}&bH|B!0XmM$36WCn(CQvk8Xlwvf%m1 zvDX1zS#L|QvLM!2=Nsmw#_~1Jd@eM_Xe=_F-@zDkKJ=eBrk1niRDC7S< za}8FPtZV!178|%Qcp$c}IQNQu2`{(k$6o+{gD<=>eRSq8#NI;JJpJ46U+DwS7U*e3 z|2?`onYH@Li$H$|h=tO%eg0&kw$3u9jcvy<`&vRdw$X;MfJ{ve<16RFeT0|q`+1C! z-SWn_v_=mpM>Q;tOU~rZPEAz_HIKfGnZUt8UW^Rz)AG!_I8_={qS#G3@O-Nym`hw& z(3-Y|c&Bmx6a#ANiCGQ(gN_sttHlFF-A-O;ctLBKUEGMSE3nnno?Sod6A#C%{Vt7P z7OP88fpZJHV(Y%fIj56GXD4%=!Q91sItsS}JpQqfJ)jOLB6ux-Y~ZeG)B(I0lQN2# zv+A#_tUHp-k8eL}2e_BK7a0>a0cwY%EJ@xj8qQAVI^~^6+fFQ#N-5At+T&nr6b?24 z_CZ_5_}-Re@AEa_&6#QnMXz@|+35_l;9>!X*uw7uN7w?YJw&$LJMb)G(1Gh<=4rkT zcyd*e>YP+CO2!aDA_(wg924MePzZs$($2Kt?_fIgwXAKO$MIgx%m|cIuAj_XR^=0Y zc{SB@z<4?Dbj_;yr2)#$g5L|zno4bzNPd;(=y2B7fHlHL!Y&-Kjrr-|ZBiHdW>p5M z!stwU0?P_r+!AOXSZypfM|q2R!0~EOXZk1DvtbU)mZC=5nUgW_p+D=*2#?58n5V?3 zz`27$5B-c?En~@1xg;f?#S|Gbj67J!w$+Y+F-Xvd$5KYzq!`Cz=4fXa`Xi1ojP~j| zr@JzAONnYs8@isS<-Fp)`JQ)`8u-dQ!yL>jg%IWBonnNas8W&=&&?<7ah?>>UE;#6 zaO}bEfL^L9Q{Z%Z&Z~<#L8EDl&e`pmw%jj4fdF}cH{-@d#}OSl2#)VN*)=#Kr*>H;bd{BupEwB)0m%RW5CBO;K~$gYms8Sw)~POe zq+jQ#L_gcdh0=p#3QB=>?cv?}i_Gr?R#Fth)YVClk?mnwE#DEn@3F}qd+vxY8#3?) zJ{>E1!A+E6N*V_-u&FC_7~vr+MII{1N$dzHdp8)c96RWlK9{n6d-Uz=9Xy)$4%zqE z+4yjOg{Td2%3ItAZfqIvdk6Gl8TZ`lg+7B+5XN#HSj1%(ZF^|eCFznldIFYh`vRX4 zx$V~x+uV3ZgdLDu;^8B@a&fw)aNHxmc^g2Q`E>IbB$s(RAb|V!%#R52X9u50c;6$# zj=8ti8?;tn-ac|iB6orFNP*CUog*}QHwc*a9v}QPw%392-bv=s7~idf?N4+U#Qr7t z9+Nx$+^4Au3%AUUMp0GcAMj;t2lSHB!4&*m%o<&xhbj2X*l5;Pnp8z8Mn&2InGayZ za_!OcfDMIiW6b279=|xMhi;UVAe>WByAq62orm@Ap8qPa_C1#^Y;TD z*S+>AAAL}{9Ml7HBvOS!PpPbClMct6Dwn91V3T43phcG_C;I%^(^07JU%k;EzJI0P zfA>nSC~RDiw*G*J~}Q(NEhp_7Lj*}71XU?f3D$acHXDC@=I>bD`%8u|&RU&!g~~0d z%27>~g$t{~sAm)cHs}$>E(wsXc5iXg5BH04Wp3x$B0J1!lpVd8_rkmr05tC^R>YM$ z?2ws%$rj@cj`xV(Eqdv(t?BqjO<;o}qt=Vd6J21xw$4f^0&0glDaD|O zOb$E-mvM1KXC8lq*FjQF8GGkZKV4JCfVfA;57^9hvmMP-TbEH*^Vp%gn!x4zZUH(8 zW^xSUc%R1<$GNv`arexb=u>#^{=^aG7!|qa>j7Tu$T1~sHz>k$$9%Te2|Ay34S^y7 zRnH{klXi?bDycNJ6gZ;0x=K2ow_v!X0O)je(&%bZ>9olb4r`rn!2cRYyGOsbycTfP zZJkC1cuMp#{b4+Y7)U_9+or zlnEHtsaKAX`w<;%;m5BCY~vkz_dqtWlnG3ex|Vfn9pw@gQ_!@nbxJ{gaXQtULU4|J zEm(9bDH8AwTCebQdgHz$DS`DgM(9xP8|em zY~6yb5QE%~1X}B0Lr`}i^k7|3u-@RK#y84VhL<`gwb-Pq@=w7oaX*b1DcHJeDottU zvzDEldgP%nu1EVJgb@cNCJCkVFl;|^F~(3$+lWrHg8iYF_Q<caIxqUw~L57dQu?M?*V%!$mJv{hc$qAhW_|nK@ z;40BSaX*)&lp`DmY;gnw=6=wD-Y(>q@bi(CuK8TS>joZo*yaH3jqL-Lx2zN^Y(2-$ zYgX!x&jWMpcy1XUiSZla$sReq3$VftI|`pMoGU6KS56$!VTMkXlg#@b9fU#1n$+1Q zCCRdw!-#EL?s?vZ`$vdvvGdw`Bp$7q&olyZxWDQ6lx}h?*&>5&zhM>IBYltFdL9P& zc0Z5lk+HznysPyD{Jy-L>*@If-${D$(;~{dn-%&?@Ewy>jQgN5U+v(h#HcnWrI?u) z-$eEW&HU|=FC)hhKXsA4fEUM2LcL%qR*QRr?14%wBcOq?a3W@6Y#@cm--tj5 z`Dgh9f;)(u5Ip>jV?Lb_{A--4(HXk~Ey2Cyq9e>Ns4ng3jKoNBT%o=Hc&l%Jc&!_@ ziXN9sg6%{JrEdYifWhlhba($azT-$G>VPpGA0Ed(f5Ae9#wy0tD5IiJPEj!=jJ&69 zsh)S^F9mueaJ_o-QSaa1>%;py-4kFIC~nRD9nP~}9|+C|MM-HmsE~zwf(P*(L*Q~4 z)6XglS}_-@&=Cvoapt3y6M76^07g6* z^5$n032lu9L7n3W2D*;@cV3aful0C`Q{Q2iJ-Zu$d3&P#o^4fw){Y!-j?C6lm85A? zNbE(EnhTuCE1VvFAFzkF(B9oIwOk*y?}HA=bD*L;Vt-gy(`00+IaX2#T7iv)zlVYI z9I#J_+-B|`55~kg@NO!EgRGyfsZ=w5HmNB{vZif@hpZZqo9BdnGcvA_Wl3OiVq^;C zJg6QtCaojHLLO?wlduTJ!JSv{+dki-6J-IAOSCN z1_=QZ!5UY{O+emr)6>SRj7q@7S?ozbk*u4L8lG^sPX zsu&sch+Xc{Z;w(|1mz8S8Nlw5z*l#*BKBT^yAAeK3Scb})Pwvb!v$kKeuo_PfoOh^ zGlHk8t%Vrm-9e~t47_zom?n%td0=+TK5jEQ5$u_>$EG1g^&aR(FgkKv!q*U@D*Us+ z|8CnW^T$61W;xGh6!2|}KerV1m5hf2!HrO$t&;`)-`;O@!$M)T8+gw;a9{XbFBZ${ zDb_;>_(0N;{-d892ZcVUBxVBl6|2+=A8)H_lwpq%*hJBaNj7fy4eTp2d6hHAEKH&U zHxJ0>1S>v)>(S4M8y?qF@Z_9`Gf7RUl_c%K^gTH9@4$Em-*=BY-J^q>haK^yXN5H= z0*qX;f}&y|-t>dEd-Q@F5gzRCM+qK!1!SO;-1-E4?6n7n1Gr;q1u$50#70T}>4~mM z#D+ZD8a0B}UVE^&!yZmBj!$c@EnANd4xH~OzU~)0y(h`vQ5fB^8uZVo`%81))qBh9 zjW-1Q9SLKDu9h_OV_DtDuk-E}YsD;WHY@E(8b@@H;Mc!0xP+i81@P3XhUo?wYgz-} ztsSHcNE@Xf_zvp8cqu^>e0w%&RFBtLOhae!PpX71 zlI%MznC+^fs#Ka(JO|fZT`8dR4f@^^Uw{vK4(O~FAyzS3(AV8O&M!qZX?p*y`y&&^xiq74<;;*^u;^Oo2ax(Guc_(bhVt z^2m4O-VwfVMGeHy9&GgB&Ew!mN0=-*D>KH6-;}IZjrXfk;QPozxKRW*Yx-_z9kQ1g z)pgv5-!+&I=s)ME4K}@Dmt0`m_}&ud6874_Zw|}|ZXC-WdHrz&dmTC*czy7@Z$Ika z{`_8V-rwpT%;;x+2Ku&*y=2HwxzX^fI_fwQ&3a0FHn-$VwXEFVe?BZ%+nyl3C*%E@u3GYRQW9fC3K$g`PlSXLYc3 zOEExSN|H7N={-i?5R?zdVP`#J{4K`YV66RkuO~DTUE4Yvl4T1$scnEqu7G(AAQpbmY2gYPIk`LFWZt zBKq8;GqZPqhb8#1Ud+RR`%d6%9BB{l2igE|a|}Nv{-OqEN{%v^$1%`|(1d+$NQ{`w zs=)CQ!6qrfXQq8RMg{()l*T?8#iWScna4qIkK9LsW>u0(iHZ?r1%bT-vL3X>ek+3C zhKl=0U&uhmHrewWTY!xX`mj!S$YQ%cvL$-YtEdOs8o2^ABZS>-lL}dyD#>&DeAd0I>~R5)5&%N-H1E|ot8S&FQ~^(UM)_VLZI@sw5OkWSTX00v9>RwgY7g1 zkwB02CJ1r#xDWzzM*Kt2?X|~vrtLuEmG(Ol%LDfQ$h+Bl zj-E5dG!_|R(ulkqWS$;bZLUa2TOzaVwP5A=_I9CrGPZw1-7Ue!?`3bf{z%fgp)go5 z#=6_$CmS%er49WjIV<8tT?+auW6-S7i|2HMO>`qINYEQ_Z9d%0hjHuqx6raIM>-$C zfo0oZ!wm`Kz`YFbEwQDcrCiWK)PX`|gYSAr>;c+$$T0q25$NHb^Pv~|tVVvQA;!X| zM**Wh0ni``7>HA4bX$#hOZ1SeJL_i$Uju_f2r4(aUV{gj{@K3J?E&F_+4?FPO35fPTQioL}brOFld~)75YTzB=FHSmFk?4J1B9l zsyrsEEna*-7-4pkc;C2!N&N2$1vW&{=h%A(_YR0q7b={jEy@8OQ)o2Z2H7XD9mX*%Mt~ zo@qYoaME7izy4A0Z|~IDSx{Q%VxSbom{h8wy6zC}phpaRN6@*&aUCcg*)Ct=)GMsJ zVLsQc5Y!O`c{LL;>U`R%O+i<@m$?RrSCdBPfbon~>htr7P66miSE-~ZVaU-Tak>q1 z+o2ZFc96SYY_%hh(202OnF2f=wFG3o*8%ux*QmIE5Ags15CBO;K~zQu4d+gzm&{`z z_vmQ{P4~Tr=R2zSB~@I+T0GJQ8V@9&4N1g6i`H*0V<4HeH8hjF<8p=!9Xj%SkTbh# zJs0;prtfN@uJsYedrM+_^YKA%KR)UM*IsSiFL(OL^Y_Si2M_n)ZwWtp zoIWALp1C(*ZAZkhjjNL2DS#sBf&MN88Uogu;;ob{7rPVe=^c^|d>8n(eP(q%2F(Wh z)U=5Goa7c@;_m)ITgLAR90Nvofh*>%=re7KPQdQvywxeV?$B95m$set|G?_ebKAe| zzZ+~~|MBlGcx5?xMf3()e?acv{&1t;{_s)Xy?>N{HS-_e+>Jk}^6KM4Z*CrR%gV(5 zXZ-r-sQ>WhM*sTigZ}Zm_xgu#-|N5p`K|mP8vXg*o!&$92m&(&Kk-eroB45|etI?6 z1fL7=?`KD3u{Z6xSc8Atd5NBlsXKPOtnW2`ci?%CQTaP21Ro=^T30!R(SK|7-&9E> zo=TQittVZJjv87;97$@>k@4rgcAy4Z&nxzx^0w89)Vs^j1ARR1u!I4@KxnJ9t%h8hl9~KL>2hRj9aoNxdS9y z5=SyYNx>c|F)m|RDWO2vmmh}^8F^z;0 z*E^i~0Igm)mjn*zz~2;-dU!mgV6%Qaw&XP0CPO>NKyS#<*C&zd6r)Ox=s7AP4=RxO zC(=@kO8WHibqI`)K|QxDQ!ZJb`bveqnekCVZmHmSEqZ9^V_hWpHV={Kdt^RfbIajm z^+=U}Pa_-HFfaf9?Fan}MZ!P-=|}zH zhxhva?VY}-Sa8wxj-dQVurn>wIUWZR%plY8Zo&afLK?04Utzx_|Bi?rpWCCu1I-1l zuWhe7CpEMRZ2CAMp-;P-0<*|P=Sf?u#>N5L95Af)JsvrKe{(OxvBpl7Y0!)VV>$BR zh#%NSo-0EmGsid}NVbphm|_}lm7H-3^Bc#QQMoP39_lO8pf8Al;|Tq2_6b9(>nUjCM`RxTjm}Vcy66ok8A9*A}08J zLm~T~LVm&Oal!p9zT#Z20gxDJfpaom9m7ZWb9+$Tijb|*GbI*DS;;#sP0+ z>@}&<*kTZLv#L@wX&d?f-I>oOV?LfwClqm=0-ZYWa!Rp(eLk0WRGytr^~Li`ef9EM zzj*mXFV1JWqL9+h{KN+wc@I~0)$nd&{=XSFAaPDnU0Va(3PU7C1wdI4uA-tj=mYQa z@9r0z@6}TAThVg>=oN{#g)T2o_43KNUR=*~h7wNAAn(N|P2qZ`is0DLCRFNG(`e^{ zVe!CrTd$t?&pBr$c$iW3Ud~%xOx+rJTgh8OUI9(&f&pk(gYIIss#9nEfOH6#|2i45C zx8ss{d^{2mJ=V|mIM?%wxvow+U7mJ2o7AJ8&Sx#>jppb+!Pp?F}K2f-ho2Ew2S4-S#4JU66pm=w` z){i%9y}4cK14YIyzH`qm$RoTP`<6u*x| zM%*`bRz@#-?67sQ3-;F(9vhO-fjCxDRHnaogzSeqaCHQ075J!gQ3b&q6NQ(?qHfK& zJ^FSM`%AGntBabF1R0AeV|E}V?y%P*#flTBLX>$1&Wdyl;5dYUD-Zbmr=z$=3J!s$ zpX4aY@HhuAFD~aJ?xx_cDoG9ci;UTVttB!I%-&QRSOZ0V9v;cO2;-xn7R8IE*~nKaMbL8m6@(xvrUG$zt#UzkH;9`U!y@ z1;&1~MM)55@)p^u60vtAb`FRTC<-OZonpk_GdfB7k%IT*?NT+lBmdOjuRc#E&G=>P zQ}V@0XWwq*;|x8IwxpOi((YMRui!a>Cu6q-TP{Ex%LnX@NIK%D2MY2Xaj~u{IluJ0 zesS#D^P0l;2qYT_26?0`7=M}skvGWOia!C5QpSZ(8GDOxSN>}cJ z$N?@LIIZxy%9^xA&o0h1{@PKL*urFD%$Bk4w*{;$vE}4{b}~cxtxgf{v+FqpzzN$E zm8O#kP89_ID$q3T7^Dh8-Sz;a7uR*Al5wuULx3F^V53E@kATCC+w>fSW;JlnK{>{x z1WyHeIR-V%(WIyxH3H`Vpmzj}J+c|NmO0VSPQ1s`2Cuh%-R_pVaZCn~4s=~z(kh z1961U9fmbPH|Ti>%{{H8sA*e`@}Uyh22Pr`*#M|b)cUZ_tg8dEZK1P;#*uTds=6e= zl{K3*no?P2n6YDS35Ht|(gA>*|GFv^Ld@4t@bT<`BMc~gK!KJu!a&JM6Q0KycptST zLG5Lp*XU(K#lNIj!cxe1)SmHMWZ1xuWeG8YiL43wZD`rXLV$#f=BX<|9RaZ7{sGb#2xc>;(PIk-KAz6ZV88 z-Z6iLjY6PLObW;oX%)IM-5Gr{6dSIc2Vye)a4^f92mu`Qk!fFt)`u3j(=!7T&Wf z@Sc^}9mhM~TY6#8gW)=7olz)0r~j9X{rbhFe)IVib6n{cPtV}vRQ?T;zk=o!a(QJu zfv$_|rsNS@HAm}S=>DDr{6N8QPeFgfT*kqB3KehLf1p_Tj(5X<`8CaNcvt#Ic0Im% z`@rjs2mR^It-j^8#%qe5w~Tp5l5`?8of{J3JO3^LimN}od(iLS+_MvMBmc)+fBf-w z9QzI9|47pDF3RuNN%^-QK78s!VfB0Z{N6h)?`{ZXq7wiB5CBO;K~(i8b~xVfUiUrv zFi$R|ZYZMec$MfPY772dY}|2gfuC%NOTa=E80x@ei~JSa$s!5u@mt(MPRtSc2T4Iv zL%$M}mK2tb6OIon^kV(rFt@R{0(+Uk9kI$7pBnc~rE~Or#_mI#i(*KMOm4ad`zQ06 zKgR)iCMGL6(kJ*z$>-*S7*Lf&{2i22)U2!3;2$LhWm*c1rbR|Y`T)j2IlresOeg+0 zP8IswwkbyD5BLH+@#-%zs4htzeC8ZgqEzRkPqAzu#RR1o!3^#a&dN|)00#5A=O-WlaBnegU%6ZKksj>n@*|JdSE-~ zo)xnzwJjj90#nLk;9hSwI-PgQBNIp7TW?i2HH@~(Fy1p~Q&(fPl4H@5)xw_O?<8^L zJ;=`ABwsH_p$eee0QeP^;0A!M)@!94Wnp`i11Xew)RuRj14>IVs|Pq+oW>wOV6X!L z(TTh#;T;BPPY~`IOLrv*oKIV}V}jZe)zE6_XOtOf2WasZnsihY6Eoi+ucqycj|8+O zy2w8ny?`h?&a^3jryASkyj4kI)XfoM2GO3xW5{hp`TJ%(n*oD+(lUS>F(d4~##e8%QcfD8pFqYlvj{XzM)AWuix(1xbm1Rg7{` zbwtnRVF^utzhr~cV0zJ2JvcCrRmpO&v%R{u9+O8`SI~jq1RVyLc7;rZIb%ZJCM-w|kX ziu#L9#3#Ei_fkm8@Kfcil+xIC(1aBg{O^d~Jm-NxQt{kHz-e2{|EbH%%eg+gn&}I6 z+MLk8dU7`Yk8WR)SigLFsxO|L$iJ5Pv+EP?pXnFRXgvGnvvU&sxxVK97Z+1GssEBB z|7()|Z(f}0@4vjz-+g(h-+XqVub*G&E5?1sTz)V8<>iUI;=dw+Oq-hEH&C$lw4*`@ zvYZo=%o!_^Cl@n4r~Tr^x&G?QYyIsnuJ!8|m(VeeRgy za~Hghn`JZ!Pwnzls-uM~~jF%|$S<29nEBM#|t2Vz$U0b56~6_Gy@XQd9`78o+X z?I#(mbWNoR_nml4rf;3>PP9RLR;UN!h5KKzTleJZR4WRCHF0)et`y@KBkDSTDkR&A z;=kfvREv*f=y|@QB!3skHn2Z%sT{+|lV76_@YK^Xn2qK;N2M6yJt@G6_&0L>=~)8X zQ85Pj<6_n^qGD`joc*@vfv;T^oN-5&^2^}RB z_}!BSM;$=3L-!TWEBJ7mPHJ}0Yb|(3zXnS?Y#$|s5ELoojfVp^GG7WwyJOIv7E?vc zm-gVm`gRWMkugKp{5#hjhyf`^%tMb@v|+LSNUlz$Qi10U`N8KQ75&^#v{J#Xh7iZV zMb40ztdzpay+r{`lFRrkrKE_^2RgYj8Q`{piI#wLKq-E<+^)4oQFeqM-h9-%_qS~A zA4oJoXhRP;+{697&d$#?nY7TQ3L=YNo}B=)pdDMbI~0|220Rtd_Zs+PLk<#E&Or|V zd+7wjYIQxf9jneQPo@5_*ZA|>7`TdIG1wIPLla`g&tQl8+HDIVq)U2(>>#KQ-d>I4vT9Kga*j^Pb;LTgROXhf> z*jWwQkyffMFswB_eVwURRCx{61s$AWsVVfEK`a}mZL^~rV$Jm3c zxlzx(_;By?Y^L9Q{alF^K~Rus?CIorm+)d6ZJG1P=mY%iX}h0zor5#m;`(f&FJ4^f zDZzY-eh&orJv<(0IYfe3k(2PeE4pGwz`siR1uOhtPzZee^ju#*JJ-w0na(HGn25dd z_w#4y@N(W#%+{LJj2+J_&9JSpY&!l8l-@ab#@tWOPtf}WjC7-|_wXt{^QP8k7jymQ z`MI7z^RufHlKO@IhyVO*{h$B4ztZ1*^+dmVd9E)hI$m7QM;<2lOoRT6fm8hdY}SD5 zgsu9q2=}Vkt8%}d_=c7AzrVWCfBELE{wH1?{7=7ot^fMx5BfK@uD#0sfrS2=_KM{1 zB>yK?`fn))K9ay6@iSv+g}v<)x9k|)Qb_psH+UCef$uM|{XM~YO+q(TLJ0c*Qug27 zwj^hoANGXF%c4&;WY6XL@EhO>roR6e)2nEs@`qON&bsjX2ZY(?A1g zl&|ZL+kU6j@5x)}|7+KYN*D3QYo6Cc~x&tm)?E316J>y%=LiX8ULyBd)VnN*Dl~L zc;@r-qnVDTQ_awSE+R2E%f9CE$FqurRnoHN`25*4sVb5}=vC!7>dt=X=9qG{nCiW^ z?&}UaLj}*b$a%fqXv47qZ!NYn)@x#H4~?7ycCC2VJYmkHl#?J%5g-}k9a!s0U;}<= zU#z*dUnY2n=qtrE_Va58@9u>dWL?@18t`0$`9ac_Sa`q|J7S=Hz<%%8Z5u4H)h&gJ zlcW^X;(z9M&8vyMV>5G_mxiPH?>VLvC=xpb=ASQSdi3ayQi_TpYFd?JyeyC_0)iDkpT3U$>lMEbp+K=7&~GLom)Ia#&(%x`zV>acUERTV#lS*E;g-flwewtLj>cnS0uK{; zR}qy^*aWkzl;EkXl#5a&yM-I{YMWRuHTKoF{O}5(QxC&MM3Nz>GZEfx#F#XnP1)9; zkdzy30g+iao=s3dt3A$RMK9>%;$hD?H$+o8nUV}6;H)$RM#Zcl)_V5prS>HF%d1cNR0tE>LC1@t@aS#)!1DrcRBn>iP z{rlIE0SA&-4G4*ws3m9!^Z<>JP>FFXl2GDa1T?Np5A;0%*aM*30MspQN#IygZ7p#i z2No9&4p6SZ9AMnftAjQ3JNefb&q2hkL6{z%dz_9R8Nh=E)#xsAzW`K4jsUj6*d_WZ z5V1!j`oKp6KRcXeL!w%;6X4eqx7$W*0CWpa{#7l{QKTr_<&3T0I|P;ENjcKAJeRzl zSTWx%Z39?*?$yr~tDTnw$}6@hmn8Tt@;Mpq51l-pWjnyb0bQUXc<+Ro6;WPhz8)v_ z+!P=QKd}C#GBG#Ip!aBlIhsP*|KTDxJ1>v1wIkj*Kqc&q%iRx4ZCTUQXwe zF_}1#%;>kMN)kdvkydiQM9)#V$fOIY1>=)4D-qCh3Q8eji=e0=>uc0?@|9#P1xc8T zB0h{bs-ROA30r0r97`5C74%Nvb4^hLz{dUo!=@OOm?MM$u0`T(HToYuTZ6ql1<)RQ zI9|Bz@re!hZix~8y8>%s%_R%B8(v|&5^@QZsiAU!2lIXajju8g*A7b3zWc7y}8g zP*E0I-mYmIIVQCP`whFwUa1$*Cw#~)1p4PBLDl0k{A6_IW29ezo_(>yFH?+4em?dW z{B?5iv!Y13ytx@y`7LqznA{byreDFP3@^~QcRnWv9Yo!)+vP^r=&2xKuN_y>anncb zS+TFsDG!Q7G3wuT@)3u&0I!JN$~U8Oc#zJMX7F(Ce=i_oN9gOIlk0sEFz_il~@47a7o%DsxuAG6rWtksYh;-F~Y{ zS*oC4z&J&jbmYqZN4jRKZn@bCQu3;(W}d!l#xDad2+ZT0!9thH%(LP> z;$%A2Y&w%L-T-KdlmJ4&p$b+%Sq`QN zNnqU6fD27;QIr)NLKq#`tDV^-t1OZVXcW*6A&fM30MM%iC;k;my#>h6SXq3**5elh z=4ZSsTmo!6$}5uSC2ffTcYs2C3it^eX9Nn<%>ctjMr9iMfFXmNU>)Q-5|L%dIm*YL zD87f+J)kfk-DgE1^U`0=0_fiMykfo^0CdBgOB}CP7{{KVM+Yje+~!of4l=Ju?rVT& zSzdDPq<_PhYjk6|{Jz#8_1~4gLN0&l%g)$xdJ^_h81~z7+~^fZ5V_&$!wN7@e&d??P)skuvmy#)644E}}ek zU>s^06Z;CeSMYBgwTy4Etpi5~zxW6G9dP&on*^BS`MiZc%kL%ya9C$$Yl}Q0 zq^}5+Ep{&8rK$??4V z;N9}=_%8d2SG>HZ_P6}MV!QhVLD_-&8lTxvNZBsdTZ>;8$TZ0bJ4!ia6-9(sG!?N1 zN(k7hMc0k_!6zH|^tJgn7R9GQmYQcBD?yJx0@o+A5iDg=QAFDPcV+^-4XDMu})mF{4($0X$U9-QhU68Fb% z-_eh0-+z3e@4tChF15B?{p zfBD_V`m2xM)L(x5mj2>hTMZ-#w*bvDXXTg_znM3Nq=I{ssvNOvek!hAge@q< zij3XO{oq|iw@y8F!aUj?2AYe4o@Cc@-mnO$X^ocfHa2Xy#Ae3$pN_Z05T7rJL)Z9+ zW9*848|=6xPB`Z5;eCS-O-kp5iH?t_$|;R)fsV~vjDbaErxc>fj7*YJ3}eeFXj&zF zIOEe18F?Orc7+y#|2JaFuNhNLvW{~|(2oj<1|93KMb;3)H{-)tfH@x>ctsu91@TzN zJrfU9+J5nxcJ!yqWoH@S7)<>Y>vR zGjYDx)2o$Y_Iaa-5AF_ot-VV==FeK0d$#Xp{EfMtT70eL6}o@3A@S_B@0sVI8f@9W zw#_j9x?p1iV%HhDa)llAEkCh^i6TljtCenPF$|g%88QPxHmt-CC?K`7t{db}0`x_U8i4|keAhw7j)m{QZ%u`^SI0#NK|_cD z9mN4ekDnmyyv%~c2%;3Da*kt?n-&GdOde?$7_*|^!fjH@*BKzps)DM%&;wQuZpYJd z3|2E7&(1cRR5Gy5pW6}7Pv#Y4O3f*h68y&y2_n*p!s3!D(GIrRw}9fH4bHP6IIIZ< zK2`gVp7;>K@g89PyF?Rv|5W={E z-%^OU*gD{3DMoA_$6p!CoKMO^-j1`4t0L+C=?wg08{}}J%qbA4N(F5D3Y+@<^YwDe zuGfv8zM{Rn(F<0(Pe|DR^z2&y@YO3;^jGq))@`tNicyw(h8}{X2E2CIeLkJ&^k}X- zCo|nYo9Q07J3E@9_hJl)B><>sh@cPx0ld?m0Jepu3k&O@$Vm~tUh|n{d(2o}OsB{M zK6+#jpFr!-*PeiVAOIb}(2hXm;>F23e1oGJ-5)66%p*f&-JBh>^1%iHeIA(KG992J z@Q}IJ(SJ`ui=59VrB1-tIda@Nn~y7Xf5FiI3Z}o5=oP%b)9@xc7x$6Z?Jn|r)qkJW zzS{|_?E+c}nJu67Fe$T+z*||Q(T5Yyb507x8r#l0A}3YW!VTNcrxn3BDy4)!4r2?F z7T_{7wt?rGU~K&us|9*CzB=qu7Flk&NQ@Xp-P^aE@VvWZtS(t3+)(`a=mPQ;iy-gr zc;)ttqUY(=Mo-zvaZzu)yr7W#f?c1lueW*zcJ|D@MTZCUwu080*subd*1Hp0jlQ?G z5%(Knq<8XGUK~K@)zxz3DJz1LM2qm7G{N2(*@|!4jO%GtXihtsPvyToa1U(XB_0@O zjt_r|3-?ZsbdUS@dA)U)*m1U)=y+bqdQ8xpq5CN<=cEvYUL)3*BDirp_OZxW1<$9< zH=mTmvVw(Tsn_Qv`D8NYA3t{pzxa~_Wc&Bi*T-LjkNb7R!8-h4IabVDqz!FWRf-DA`cf(q!qczH#f5cCUj z%ucT^uN9HoLVEWOl1jOdbIy(h(+$N?Ih|`ZU#Mg2e<1!i4&|a0D$xPHHze%?ioA0wm5MAoZ3jaGeL4jxB~7Oo3E(99)vT8HOuVQf0dY_s8jf_M5D47?#bqs* zw>nT|R?w>n4i$_K7_!EAD}s7t%+2k!{D)7Ty}Z=(=P%VBHhTW-sczRRHCV0>LfOF_ zD8PexrdAO*QFtcF55muRJ}AUIj=^>^C|XX~2%v9}$7O)zqk#k)Vt@*0p3F;~0JtLn zH!HIo=u=KI80S?UuO|eD<7uTC*9D-Q1H9AuM2o5b#1*Z;(EtI8Y%q9(?xd*5b+17N zbOpN1g{u$MXW7=FB%O3QcI{vCN4%qH+kT zij3S@Ws2A(aKGS~W!hzt6hlx!A7R%ZQEm?EsJOlDHw=O6s6CFnBXGL8x~4Y8;d&82 zCB|1p9PK(IU=_@RX|T=f)z1!G9ta#vB+og{fgN3uud$uq-}~1}{ROnID7d~Rn7_E$ z$=@V*@_)*1%^!Jp{T1)9zkYF}=dW({i~`_>!eB*0xT1i%qWHU^t~WB}R%iD8U=GyHXz%ctzMi zr$g6)X6znSc?{+m`yP=qy!s@qAaP1K?QaTL260JZ8ymAq`|Lx>l6M0eb{|gFX99L z_dlbHT6l%l>WZC~4KgYw{3(OsAckmAQQnqc94$z!Bn>38Uz9m1(;)|` zETU#$Y(6WoPgIA#GV(64zmxe9xLWwR8#WNyaioaeJ?HO8r9&QGDY zs1oxQvR~(v6`&ijQwx~(#D4S3Ed}i1-Hn#H#mBtW$ZXv@CVEGzCWmwc={-iXuJ`!L z0Uhn|LHmp`9l+M(hv#b9O)i)x(L82LHg?ycWl8 z>EwX!w#C>R+G|H{RpZnKWl50nxH-xH7)2h3A695_1AYW!4 zk3XT$%(_9Mh6EYpkN+P?><2A*CwsG8VXIE^Bs^}dV|4kD)!6y*OeK2oBg@TgMR*YM zW@MkDJ74>mL9qjcFBPk{#LdoBqfL^jkU~aC$mY^c3i{ly#Hf z&2tX)@$)5tcuxSR!OjM(`ZdqzB=bLf`AUEL$#ea`|Naa8kAMHU{-=NVO8@h3zS95p z`zQJje|W0D`{Q%{j`#Jy{q&js@w4ap{OKht{}qMoPTsx~^yd?7#?Ffq_@v14r?x%N zrEPi_EPwRYef{vmxAcP#-qQEpdsFYQojtzq#t!!g!uM$pSPdV~Cz@hY7j?#Picv9y z(Jnc~(PxbR8l4@GN8dcVS*|g0uL^r4`uR8mA7zo`{)jE>a!YY<8~HrauVk)*K2=J} z3X0rwvmc*Rl+1X3LF_2tV-6ld3_4)n8ei-PxD9xOK{;XPowdsV01yC4L_t&)jCHGd z?q8X6GPQkdKk;!N`!UlfgfNcbM49uFu`_s|(wK@^(T=-kPN)w0PHG_p1wRao#ZR47 z_RKYe1YRN{1$0-8K4c8c@c9Y++XguYrI<*v9lMGL-K_WW7YM!6c#B{AHO*(>;gfHE z{qG;y(fR$8EB%q(9k;JZ`d{PsU$YYTmldDitQo&2IX9y|I{4|pqWF|Kjd9Y)Iar^f z-&vKBsb}Y_lUJ#0VwU6O3e2yGxohz0sOXhnfiB9FWc@n{9Kd(v-egjaK4F8u)Kk#|6=A}Pi&&J(1uNZTTVW6Xi0&tI}5@`P8b*Q}Jc*u^`8*A!7Vo1Jcv(>izD zd`c1Z6}ohBb>-(Q8m*5VbZYR_jo2EnS45ftoi%zzKkum6Ry*|J9hqz1#~<(mI*oDc z!NsZOWhwv3;OD&lbit5f9G^u+CFHV+NNwtv=lcRC?v44Sg|YoHfnMrTnQ z_*tzRC6d2=CdWbb9$85G*Vi|4^I~mMl*IK?MJ`kp*5yE4Yt<418k)^eke6qZiuhD1 zg{TZKJBrS)p1siJ)iw6$b&P){Nkx&7nLI>H;qqJk#0JB!*@oB=kC4dU?InEdj+9ww-y;w&5{VQW1M?*0(}C42inBzE-9x zjIp5q3R+PYXQ!hxPNp-!m6ce(m1UvRCe^88qAj}iR^p(Rz|mR$$GZ`u*i0)XyF zQsy(o*MKeoUrC8np_m!X!Lg!W4oR6lAx1?UBt(sh^&E-o9)WWzlo?Z#;0-MCF~}LB zX_=8btHDBh0AX@Y~XB|3N_UJayoQRU79l^~&tfAi_XOHb8&lRMSIZhVPtg>chAu@;z*bss; z^dtPF7!`faJ%tGWVFd9Mxvei32G-dYdp6K+X-uo$bCDpn1f!0QAqXVE5BT&L_e(Ko zUKPxpp^J_NiLPqJ(K_ddYSd8i-#I(h(WKOj{zZy1J>MVHD?mpIqdYVBaiiY^nP$jV zm3h>myOoSRo|QU3n#u|Lcvk6x^9Og1^$x4^_gR_0!#nE7T>DRPeusC}AG~o#KX~`P ze)iFu`tb*E>L=fQTR-~nO}+WxOm|M_x=-SEp>~IY%CB0c%)6LY;HyNXy(V1WJ3p5H zm9x7XkC|^kKM{sIE1IVa{V1v93{QJ8jHAlC` zydaCQ+j4L81^U|Nfq~|^1_#DU&+~@9j%PbCwI^2Wxb_!k{Wm+tM8x~s0sd?B()Jy) zPsR2IcjBxedlNotVeQNx?#eO^ZThpA79XI#% zU1OguF%;90$Xa=l1-fx@yFlI}+8v6^yXfL%Ug>mJ5Zek_7ZYT=WjCjW=a3SZwTHtu zzA`Pdj0y2ER(9CAW0F6`os}12@KsJK1^Tz&V8JobN0CC;08@`Gv|V;)5CW z4d|;CVrj!`1H@qGF{o#U?1aTi4xPL^ZlBw-*qzO$I%0=wI-RH}OO?4)kB%Dnx@LE< z?SpFg^KMW;k2QpC2HPjYUkGVjsNJkLuZxr@HN0l;1Ga0?y||%o_lf?((*Srf;IIN? zN-6=x0cmb;Sq-xFS>#AUiE?!rV66Y<-n7apa#q9S-rBsR%Iy%o55nn71qy&Qidpim zWm;7V2vBiMAtW%NfYU)IjoZ;V&^DqXd98F0I9IVu!Am8dp3N2%IfM`qN2a{CatqdCX9VCF1 zNdAR#in5bx$yN>{3`OdV(r7_-5s=jW%odvQ9>J+Cs`?MWv%`uXupey3IyNi#s6 zp)ml$8e?}Hb4s$~)TYBd_p>ZDyfs|6@acBo`aqI4Z?<1Vkg*@O=q2{jWSN77vWQAC zDi>KPC;3=b1-4A^($RW+rjZns$KaMUWn7V?Qi`n1@`$OjNQ&s(a<|yL#(vgki#{D( zoH$a9624`f2Tpe+!^oW8nx9pP024HzrvVgn^xLC9uU@Vx^f&lgO_60=qv{bK^v0LK z3pUxXYp_7B5;-2-Kd0z9QVH!GlFTRS9>2HZKUz~mHy}@y3nh5&;IRQL#*XHNIk7-%|W6S?sJ>LD$UNf`=W8l?FPd zbxRO#xaT<%I&}g$$3|!1{eouO`+GnB^+5lM<=gkp^ziIhk1kHeqlq@EHoy)StY-In}UgoV#}{V?jFx{ z4)#vy>$#3eF0-m679}vzVa7oX^4OPmtemIxb1ZswyOs-{JeexyEIQJ9^c>N+@NpVC znlMk`iS=+mw>$iz!3LsN2!Yt2uwPbBUsOc_(8xLx&VqW!#fb~59x&`kbSriz8anpw z&(XAPi->(A^jhw@i4T|19n^s}KlhkvRml1|otI;hzlYu);CI%;#Ze{e&CgCKn2ylJ z`|mymgWnJfQiRsL$`tJ7SZw7KWlUtS*=tY@UzT&pYZ$*G>VlNek7aVfxd$&bIH<`5 zJu;<#ehxBn>HRadfPs z#jz@E7je1{<=GegJpj*BNEl2MhxGHt?JGdnP z-2!qaz%2>JfHe=-yqkM+wb7Gn|F%LVdB@Q)3xYv!O{1f-NFyj;2kt_PX{913!sLKa zy4PUFkSm<;lARIHbA`U1uMWCoUh`0u-;9IS79Rbr;9IYV;K_lh1E4Jibuue+M*gfj zCvyNjk>J6B%-fNseW0&GR7gP~2BmLW3_(Ik1IG}hg1I7gHSi7a4zTu&?F??t4-^3< zeUGQ*C|`x1?ZgcMVF0KL?#CERk&3rhfO<|*8K>%?vqjJ5Yl+>jsmNbp*Jo_+J-=RQ z-2Pe;N@suX^w+c+#fLk zfju<6HF`^Bf3w=@k}bxU%)cTiUSbb#2QIP27q3?1ABXW@hWm%lp6Rz=zR>T#d@28x zw?DF_>n+=-@c#wx_dk2Nr0=bs@Sgt?xt7?_^ISpy^>*cf_jxTrU=Su7k9*|Wp^qK* z+%We6Kkyc7kDi^>RwPJcZ#JnkL58x(1O=QL{t=y3P(uOQX+@%1u^qaHPLGaLj7r$q zSnN@kX*EpRp+D=;7bH}#B)!UR!=X~ux0plCkacu<$XHpApuGm_?=Cx$Uxvx8tOhap#sO4zcBJ#KZH;o2+wZygbOAnQrH*~1RaL^D`Y}%I z!0Z+uf=xNm)$r!U;0o+4Hyd)w4m}r|m!!V8}v{T|0ZRm;5g`Nx#czVPBq5Z<7WXo=v#hRqoZW1c{|($V4ut?`0O>G zPFP)32z!u~utC{tf>DK%-43i6Ld?2ltI5J$uw|dHeoycdy8!ETtwR%}KB{dafk(>F zuj{>TC>$D;y8)Pcl+a+@!){C8LA`>CYNjp(yD01yC4L_t(#1T4$M z&OjQILXHuIiV;1aj>4uC740`wu|^{edi^O=939&)3L%J}vA>or_|LWWo z3E9cAMzIaebR5tdCJ7-Z(gqwQ#i$_3;BlXp*AcQFFlx`Zj^H>3ANq_xbS`t$$-L66 z%5?43FxYdrpN}oN@i;r8pzi=Nn-+k$(xfUBxYt3fW1by5B1?j&o!es@WH?}hnq$rU zzQ5%fRuxm!0JokeMHmSIy8vitILUaNgIU|P8ppCrP&2lHj)Sxd6@Q!giehGs&7Abt z1n&)%^oHxb`_s&O4=53i-5oI_jp^o9sX5L#E3+c=cgXF&9n5(?Cq)B!1um8(>MIiN zD-!MV>&^IE4o^wKpTD@(=e%e2KPK~%)#xSo`|@(BFL_7!C5ioOlJ=8VxAK?oK7W3# zPo7=L_ny+nzcT0FlKAp+t*v+ebl*#UgenIOL8{T21M(KW_Ry}%VoV5-27~?BFPSENXJEyxD&pubkxsBdz!~t# zehgj*f{OVIVoqotXtfKG7{{3%6Xs<#2K1QH$V`V1^bq1lP82nKx_Gx8QI$6Jfmee& zIf?byHf6>^tp(S8cr8(iQ7OhzrWShk0S7c=Y(vu8!H4nac}&B4Z;`!*H%Q8|MC7cB zqzQN`Qc^*D$=u6vK;EcnmGQBtvw6w(eZhGicQ*W+P6D45{R?bCcO}NdjR-iLN5vGF zBPyY@GAFrji5_zdvS!Rzy=q|_AN%-`$rNv8FumKe{EOvA;= zik+30>_U76R=)=8e*gW7!ubh{lCNlAbKeE^lb6?eL4oS;P58Sh_K{2axhQ=Fu8+pu zmtwT@8ejV2=_@^bdBdyPjjnEYI)IxHqDC209Am&9z3xde2MpNIYHVfwci3i+EoyAs zq5q(u6eDtE*_1g)S?2{up@_0bV|@0tcOpvkv6xoquNaf@d{)YOIi8ks@wT8Co1i1> zX-eNI@%@-0ZnfRAss}45sKZt*JX=RSPSC(7EP}mGk>_80^$dI>kHn&J&;)zUt3va6 z$-Eg}6Fdi5-psRt0(UyjRVv4%z<&+$#TexeVvg9go-DHln`lrhDji(ByTH1-)Y+mW zjz{&)Mrt>jR6+Oep0exG>FKKtZKds@(=EkUi#}U)={7Lm7K|^+r!_kb6LRW^i6W2u z3^1{0$8%Cusu6Tc?%lE4KM-?P#QL%*z~io^aQq? z5TxV88%x-YF;$peI2VR5RStY&uoK0YeCKlD%E7SjBIZCUa$!-qWe?2PKSM&~K9S zXym|kq_rrj*D4^u9ISTeQo_Xh#pWNb_d`C&e^CV$TY|(`jt6r4*#>NP=tn)feRLc zY=!>)<(VZ;?=RFWNz6-l^p|b6@aLfAd2@^aD3AJdb-f{Z-!R7GmH^Xqe1FgR2AUga zeD&f+&q%ILmR?P~B9L5@oDIk&iL-&>vP^7!Rr0FpY%$ZlvxP3u`8nwo#f6a8=h^i==* zKYXTtWcB`cw7+Nd{u_S@>**D%^`*Xo&o5rx=<^rX`jTMzl;Ys2zl_B_)4XDyTMCRd zGCR0AITz@10xnzec9sm%Ye?Nww&^tYImI-$+0EJLTvX$&+a&ok#z z7=y@w%`l%rh@-8`6t$SmTld>3fg-g+=mF>F* zTYLP;MZiGGT#WM#BVG>Jxq+^r+v8&$(JaNNc~#;E3Aqw}+3~KjAxYPAaB1zc;MMYH_IbKUfEVGtyx81Ust za%-5g=Z+M)cgB|S-IJM4@tJ$aGjx#0ze%zJvn%Z1Lbo5JoWj@^*cee1QiOm|V^EOB zcvI%AvdH8EY=n;OPccT7Im>d)@JauA;}LT`JYVSU@lsR_upFGj;@QY8l_sO#x zefs=HU*Mzub;32WEztjTQfVNrufEw4dx}3jrTBHscAPP<8U8oeWJ{8Fb3wT0+zW!5 zqixrqqY+cYHS=5MtN>kztH?>#iI1Mk&(9Zg&9G|$W~RtGo0I}33L#1;H({5|vxM9+ zMR8Z$q75pFq#%*}2Za#O*F@v%(4Ya-uLKc_(e>ytd!K zYpr+QIMw}&sYJ2jLUu`f*|!75a4UwZA$}W`-YvT%za7wROa(qtlK(1IMV8~wDGTWe zpSNr~7Rwt7p^*;?fX*~%&UXiPcpBow0ox54MqSLRQs4Fyr$tmpB2SF$`&K62BSfUC zI3iFLDPrJ4EtN)RNrJRwwceu9h6HCt3?V8{7n&TMC{+`MVxmm)Ub3}PvjcFb2Zb0= zLaR#xe9pz_FnwPWNJ^EgFe<=WO=jwGtgP(H^EC;X2lQznG^vE|CbYipPSZ{=O+Y%8OI}z zUbz-IQ51E^(dmFw)U=d>+_#Jo@Fckpr%D9P%sd4}&J1Ut6ltt{{mguCNUS~%1aQxb z2+-}vAit*2+JD3EH39Vn)%`2l3s%BQlGmPjceE9W+2?a~R~DK1BeDchXsQLcs7r!y z@T7q=ZWzqs+yQF>U>389<^-(Sq>w^jT!$W{0o$e+aipLiy>=MhTfTAkMEB3;<8FkV zdpaq{gzvyPn^fGNj@x+0Y{SiXR#a)E(SRMlUt42?D+1Ijm)ktMr$wgj{@e;0!gY%u&{%-vvHm{`&-2zZUVk*2fnMy?gIO?>{`1f0z8dhiCfe z@g4o(&Aa;eod^2vn|Jixx9;kP?>^A?-@MR|-oDVs9KT1O@4k6Y-+AMX-lB4Ue14>d zrwhI5cl^A!ea!I`Ip)~kc$rTtoi3)jOJQ>|uQbiV&OH{CjKi8B-he}&+tFA&T^+klq$V0J|jYhA6W^!=^)msdBe+E!z7Tta8Zm>TR8N3mNa z)7}^_;9BTqB=-&;8r{O%=x+qRH7grO+%5C^`!Rk6v_jq%Of~Rs zo61_E&mEbV| zoC2RM7(C$`hE;Lz4BPqDMhU(fVqeSn*Sc@y*L98;)&Z>QfFIT9cHi_AtiAT5{(FM{ z0DnD!J8IlfK%Rm*rd5_{S7la&7csZ}I}j&wP9u)(Yi=j=iO#^6F?Mz`(>eC>uX?_F z=UDIDIgAe0xgF zdEh>?QZ9bH4PU@xiwzH8&H9<)`y~mdC<@|mp%kMWORT@hxe&ni@&e2l^|3)`o#W_8 zt4FQG|`t~doTN%d#avUudIy*Tge$F)mH?X3}{~}{*62992%@_kVNfhw~i--X4 zQO8GfRg*$}h~uk0e~+tgYkk{K^r{~Hsz7i}{>@Q=rtWlcNO!mpZUL zatW>hs0p| z2D8CbGvBx>ConhP=weNPwOz#665e2rS%Z4>RV1YpR22m+1DuFIM!F0X3Q2*UlPZ(2 zD_xNED*88VGdhujLj+hk1x4r%(7QOE=^p+34fa#?;?;wb|D?>CPs_1o>jIf`PBLhF zytqZL8^GLvr6q~qNo9%bYZA_ew#G@*IIs>H`wEe<$8a|HFspB>xkA=h3;|8;gKb`5(Ob?&AynfaL$tH{Z_7U%^U0B>D7~et82N%b3lD{}RBB)Nl1Hpj6l2VWZtZ}iJ6q>Pe zb?`U82ipZ3wb;=5$IPQ08f1Dc7r_lQgeU;l%l*zyk2RZ=*rW&d5l607=FF-fYlm(9 zC!-JGV2|H9K{eQ+V|WkN5_V~rYfZ4U?-(DoaYJxEfG78NVXz@7F6m<%X2v*p9+4>K z*uLOe6#M3V5APnc#zy9?K>#ON?+*G`F8yo+-5qv3(ARxB<~K$U*mzH%a-Re9izwdE zckd*<-D#wW{xk$$*#(W@<1pexlCcuGc?^z@Xy(zp1)fRBTQsQv01yC4L_t);sK?i* zoI|?@?=?Q)Lcc-gmTT)`&pk0m2R|*XCI+l2NW9CjC3x?6PYWb9!zU)RA}6Js6hhGG zm*8+YX=B$xD!gC^qxDCkPW1oZ%*q6+2%e8U6MHem4 z2X2O7sW{_U(RWg03bImjZzs=6J>dQL-C5R~=X1S5yUXr@|NVx?caL@Fc%sK(_c1>3 z&Vw_(b?=1hQ@wFUw({Nse8Vm7IC!0rcDtf%u*r?Y}xw{n~(Y|EnXKkJ+HLChb<@2+g|2TVl_iY%5| zkS}?0)`Pc!)}xyi9dq?$_9OhKVGfEkXc!x7a?=4@VIu6?t4ChX-GCF@q~_U<*kkMn`9^-2xTRlB zAIB%t*$|^#$R1WV8fv!t;p6$$R!=XtTJG(;=x;L98r*a$6ean~ptjll^JC4iM~`fK z_z58piwjxal%gWnJqzziS#UpS04FVT1LM&zCXBV5C0Ge)u_`jQ%Hw!kbkyw@8LBdC zN?(1;Pdu8H1e_!VkvKbr5Vc2v4b%%J+hFWVs+-&Oiq-qAZZ{jbvcI~z#kfg}#Z*0( z-Vvy38ZlCl|Jkq&3XafSuvAK+Q&~;M6$i6vQXz1)P;`f(MG>8FC?O#P_C`J~WdQo0+u>SUdGj$j)FsVoW{K8*<} z#HbqZ+vaNmh@D`IO&z;yK*d(Y|;8L?4or{Vn>Rz5hVJ{OAq+%-^Pe=RV2%E(!ab=jVElfcG9NAb-K9 zj6oM?3!VGRL-VOl7S*V;jP3?YiXIbv3h)~XWW#0((NB~MY=RAz@Z#cQhfQk&8KTf7 zDy5_Y0>2LO#@B#9bm&eTdoU9?A2h8B{H9PMNJX$!LN^<0wE1+Ri(VA?d)W#`*%-tj@%W`mn7CN zUtFof4lxAgnv8gG0&szH1WvqLF~jx_c$Ra69qcc3R|v1=SW<-B?jZ!l6cwVB!9l>@ zNrCIAJ_J?pH*W1#gAM^hca zi?L{)#@9s0Q{7>VcXIAf;4P5L&&o0~4&Q=4Kk6|~OY^I+7+>G-zPYC3$Zv{KHuEc9 zOFiTL_)~V4{3THTp7~d7eLun1p5vQO?TZwk_C>#bnP8v!yux0S*E%e-T69W&k>|6l zI|`l+nBL&0UQ8G-uW=>`-3XrC&phoZfDRN%Ly#O7y-2an2?-;;1A1FijBIE%j^nvJ zwqXwYNP}F5A*u-(tVNkli!B;>I$^b#b0H^%3A(fnFHUBPU?vVB$aEWM)o#qwGc3V}`YdaozE3jAAMBmVKprC!`_ z<;95k9rc87T&)i>RzBr*%a^=%dCqRN3&J(=ddD1&yOCXqk}V}K7Hf94*A$oyh30nO z>2}*`dk8G5W_tJ0T|K-wQKHxh$iH*)x85Xq$0dfSB|fqqUnA@!?}k&{L~`M5THwnQ z4d`S~9KBwy1q9G{81J>{VM9@JeY;W11Jg^$9*eAR`-v$=6%4G(Vg#&}+zaLi+|RFX z35KmEILYbB5dbI=ZmNP{5Tr4|oRFl;GP5<_C_w9&>xf~zC6bCltJOv&iNDAtRp~+9 z5M?D!CPy+5?wlUWfv*ENr^gE&5j+}p0;)0-WJ{f%p3slkpvnJHrIbUYT1qPEQ^HG` zqH+ofpXK zJ4uU?QIIkmBwEHP3g(U68IWlNEAzz^1WENwFu_?}{Z&PwgpLDq%&KzKUs-a5M%NBw z;Z-w_$CS`Ko>e-c&2e%E%p(%S@w6gIWOP!<@3kh-8-D|WIftHv&wMS8<3_Ate#rqT z3;{WNc^>zZqNE^${y-u$z^<;=T5TI_-BU=^W6`pr@VO;mZUG<|){X*WL#4R_cw3y? zv{Q_#z)j9c3Edkqm;Yt-A2-d%ZvZOq4PW8Not`QG`_RO2_r zk$H-aJf?u|0@*9#ibR^o1`8cl{w44T`<7Mf5v%{H7OFoH0S{R*ZiYl@YTVmbuT{F|DJ+% zPqIFcP#qjSZ-XvEj0((^a-ydcm}|aRNFi`PDkiC5p3K~+Pj0=;m&Q1-CkgDC`+!b; zY?#;b86#VgxsRUjfF4%#^)q8>1D5t4gIzcDGZrr?LSB+wUJ$@vIuU_^onMzSc85%L zh`M11s7F_#)fA|Eo_XA!s-eaw;aaw_8J&TLDOhp5uj!9hPPd?_ zqAKwQN%VW|D}zkOt#x0RdyR*{E6|2m(-5DC*vP>sjjIR?pcT$$Q$i=bERzfWFP>h>G8$t~ zd42lj^BX;(>05r{i<=e6t|56Qm1Ut4V-2V_Bb=RKKAY(HXrZDk2||?&9D}YX3Z)oT z(r-%D8DdgH5IP{_fdpOy+5^>a%=9ZJ49UFPIgCON0fh~Nu$Ue{x}!H9KGfOyxn?uw zf$jhu8z~`ld)SQuFi4|vA|MM;D^eg?7o*Y)dd80wAB2#TnDIQ9B zduj*$vWPmusCSR&Izf-~S*aP@G;@NuS3V2wwIl}og5=xDm2Sa2em<@8cx}L%_body zHT>I?CS`#gl5#;yLWD4ay2g?4fe~CA=HDRe3NYCTZk*6@h8;<~#x8qkIl=o&lS}&e zuWY&B9!FjisFnn-jh%*m4J#Vc-uON=Y-jVDa{}C11;=Ss$b6-UZ4s!)Mj2Tgn2u(p z?w!ooqCevu{iz=D{{A5=S?gs!E5@XDyqGIMXA6Hzcs0Lk<`)<^fQOn))&{XM5{@v8 zUlQ$c>$eQVwVt|*Zlwa$kCt|Hx=^xO`ntnUz)zESREsIhyMTuq`whB^8+E`~4 zJ_GY5a1-ca`DWM+vg7wsY=aGY+L91zf{JnExf=9jyYHFD&bwsQ;q7PN^W0l#J2|!R zGk|~Fp~L>Z7vZC!SeVWyy0|#i4!*7PF%Y1W1V-Jjr+*0}^Kpe!k(@eK9W{P+ko&JF z+*c$MCySS?gjdjs$T6Uc9@)1fNC$lDImV#*w7^oL4YEFsAIriO8X1(aNo0JGRD=Qj zhS3kLo6P+L-!-q<8Zfm*$2SDDKYsCI{4ID8r6O!6&l1HDJ6iFe5afRuAEw%?{?kyguL!aEjgi)D(Mb4ZD3Wuo0 zERS-Yuv@v9mLpCr`xOEDHIEI2U!y%XH=Pz;nSKk+ExO+kFE;SEM!qdr+he~ia^2z! zm&jwRy3d}Nx22!|(x;z!*Klcj(9be%Mjh;QNy2}IZJu2%$A1grCB?vs*A2GS9@XcI& z{xap~Bu9Ul+dDTN<6SYw_#V0aU705=e*DGYCv54z zS{}68bEENHx$d0-AXen(Y&%s|p&Zlb_+B+t zBp@gK8sH%{4wc7**irp>TOy`PXiF_ho=#@!+L|Jx9$z8&)xoF!SC#(onfwK(9>bj+ z&2%!K6I@r?uWwZ5z}N;FQRQT=h$+yKD9E&fCca0o8n{mvgD^y@FUgg!0bgUB&Q3gN zyx#&6TtmEtAgK@95WF`KsR`Z&LJt7jz8kl{+de=@1dake607a3$EHGc000mGNkldc2v|JyTviD33w}3yMbqRsv<@0sQ{PIe~!Uc7{|`LU*yli!TB1(}$mayf z8+J*q2^g3D9t_)Z*XVgm5L;oBHT|#ILAc`n<;^w4?iP*$B!faJ#SoBbz-Fxw8$A!; zwMQSNvZ4ZWueKYlDR{3aKyFyUZ1y|GYg|=r@wHpFC=m(TJMBrjH99D#@?bo-^ckFHJ_C5nBXrcWC>EL z>3hB3>W1BuCHlWb7dOm*3-0#lHxbhg1pNb;+k?3p-S5G`9{o0q-B8?hPD=Q4&myb= zGduX+(tqS3W>xqGrl1Jhv+~{O3Am_{$GYv|x5I8ykP~W$-^Cm$FdGu%K^u74z}FVr ztZ6m&JHWWd*UWKC(%XWc5W|S6TD=-#e*~);{Ws8W(I2-ZY|8)m85Cob{m=Rw*nu)1 zJ;~Hq+<=P%SgvWW@QWwJtY@s+zq;D!8Txs~tLRH)aN@W9W-P8wjw;R2HSRv{9^7Kn zR}=+L8S{64e5T)haiy^kl)7Mx~QQ$##2CNASo1r6RKRtYX$AMd1u( zQOLk;0oV@VkB=5QrJ&fLq+6VQK;>4#_4O5kN$01hx^wrway3;Z2=@RUUs4Fn0jOII z+IPLyfPO7;cZFc`g?i3Q0qV+9UH4I=A#$ksQ8$b;BxS zuN$^U_c+cT$J}vj=+{A;A8l|ZC;Jy9n`^d*Z`h8yWOeY01il2sOPt{q4&d#cXS}2G z3S&hvv4+l)IW`1@9lEhxP5^5_=wpq%2j&_1hWGt9*Nq(#+3bKbg9%XQA}P{rkN^l0 zi9Z1D2K@x&N-3#B-wf5xGSF&*;5Y}7&mi}6+vH|UhJDd897|^(lQ-Dz^5aZm0?hbX2T?XtT_)EA?mW#7Q{~$3gDkro?e5i^-Q;OaqBL_6Z zTzyZZi%~tk)PS=MMM}f@fr)Di(W6oH&@y?4u4;6(L-q~vWdlBM!RamA-|qhjE5R2O z{2hIF=xq;uffXMPBvvn?mgCq~?&CO};UzG?5xs4?tO%dCTzO_e} z8}xYKd5sR%b&o2dBD5@9k8FG9Z#f>|_WlIH-{81^A$a5RqGY%5IS3m_lNuzn5cShs}kr z1qHBs7z_U%1MG+gp2zgvjD;E-xDe2{{J>Yx9z%LE8>jCE9WUmZPA3Y0m!Fa8j>O*a zEC3J-b$T?Ff6v?R?Gut=bDglAJFl_?lO@7!F;)v>_814lf+Ar;ptJ%rRaQi>9^lO9 z$EvDQ^D%JryaU?Pb|l|MO}!sQLJ#V#kPy@WoEl*5FtU@j&;1UnM+kJS7Cu|(whXc{ z47h|KQ+O*`6 z{^)F`ckUkRI}gtF?!D9TSKl76(=*9gv#L;n5A(ajaZsgfrw*D+Xm3eqTY|>n(8)pc z7G2zsux}_-_Q-ohvGT>!YrUdi+0frMsUfn$IsLDoJ>?zSR}=vog4#6!?l+%2(La9i zN_J{H_!{S0L$d{oxlBsfsVWK$*sVq9Tj;Ei^MDVGwwmB8v&lp*+RWx2S`ENA))Qj|orK;p{x)aK z@vMTcLY2pYkE+b0E>Nqs*b|XSSkO-qnt41Q6!4QC{dD-V#Pm8)#IMl5covx>(_#$5 z{fQx+Vu-|!i5}cN)j8YGbYo!90p1*>Ty!|$h<=0!4sje)6qz7gs3Iwbm}Hq00zZLs z8vbn8_x&O#m9zw}=D$V9JznVR33Rq#YXeRj5^6`Q3D`U9cEGOOw{IRzDxEJX-JMVL z#@Vs%oy>LT^hkbPcRZ~$fsc$HBRs^Iz+xKjO?g&g_rUx;GQ^yfb0J_TV`sxWH5Y-g zia{|&#%2X*9Kih=UGKq`vCDyC0nQQ1MavK*7ewM@mXglkv4~PerUkKhRz}UsjBSzx zZKhF!>`Q#ci-t?$!WFCBD+z~eH4Nc{Slqhpke$^TEm0oGcPynKJXAcNPjwp5YT;4$Na{Y zb-r`9(8+A7>7*QG2R^!D=j`c=Ykm6VGkx*og|1krb@0DqS0==WE@zrzt3g3ABu&^& zw9n3~Qq!v7p0zQku>J6f4*%~N-*TSG7Z$GN-j)S&hzUHjYS3>@eAuJA&5rnieM5jw z(D>;9g8NJ-mCo3)A8&q(|HXjOG9ar6a8f@8uhO7qVlx+c?qg7p`_V<%N)PW}@Q&$> zE&7?}i-iXI4Ln?~R>Z=CymPQ6aLrKSqlXW4esaXSxCQTfE9ICqVTFHse53+Eg%DH{ z>}vw~4Z(Yh;iZTIIvt?V<0L_R08EdvMnxfb4UbzA!vV)z5=hr10n@NT4k&C(BHQrH zfZG!YHeBxj^p-%drfoUj@qEL%$Ds@qJ`l`$+MpU>)db{#ahXmBjI{^24M!fy%8zm6 zOa`(Ya)8Z%E>et25g8ch>ymroVF${4?(s9y-w_mcM1z)b4jzIW;>rPXF`Foaq=wF0 zk&2d zbZ(mj^d|HOt2Uoc6+(-jNCR|Qe-oH(_C50Lp=~<|{$0p)@Y;^Su4U}N*n+Wfv~35D zLNELTjDyvxC{%;PTMD{N5H*%+`W&$NfxzYSJ?CqR9JdVtwMN#4J`K!`g&8~mO=KE0 z3{f5LOkj~YNPZMpHy#TO)7p)Eb!xf+?1J^S!w#Je9AS3!(Fl@^#XYvP4fdlx_iB*K z^X@%2<5LRC;L?3f?*_cM5L}UrR}^g<=3FD&iehQ!RXBcF!3$Hb_=q^t6S{J=uu{(u?vL1}VjE*9D3v>v?B#*hYKeKi2e}Q$y z;>NM;fUftn9T=!-2j+83y}_ri!KLlD1Vh(c8%s;{dP}_a>ia2k-h#0g>^wZ<)#DWf z$t6X<2SN z*C2a?%m=V{JJLLi_-!p8Ni(G+=cx$^*YU0@ld39fHZ63Fkl%PaN0m?!}vA1%|(InSR$8gSP+vI zF}TIeGG_u))WCl=H|6HT4sg{NZ4ZAt6ynOsN3W1? z0qlaN0rR|OwQA5e2!S8tTsm76t^lkA(8{+k|0S6p# zK)am?Vo^2x4DejTXNrM}v*doFUx0hb&#Z&PH=uHVk4`Zu0}_R(3V9Rr*2r;7z;BRi zQf7^-`uSAj%C0P-U1-Yv6yrbhEykJ019s^(s6jZ(vxC-#M0EqOOmjt2JOH+h?<3cm zXEpPz(dE<2Tlu~0HGP%@F!y)T_s)dR*95mU0pOCv?;x?^+InR=waDM%q=7_~LQ+Zv z9A%+4j#0i>71?l+c|6c}?}qd5;n}ZEZV5J9g6NLx2FJ%YG%(tF+fXGp*rFL7sh6ES zBEO&4$TK$N*^+#0Gq)QDF^WWE!p`Tu2^|j-c4=~^HtZh0U=ezQTE^|r=MD_F@KR!%Qb zQ!O(TF; zA8oHI`dHT+=2Me6`z~9&x9U7ZE`qk)X z53aVz=cDb`V~;)88}xibpftuC?B_XrZ-t(=@Vlp>RyB-wA!WXHV9h&9w*>MXI8ut* z5Qq;1We4^mNp6W3r9JPkJ8aT1m*684_kHNgro*-WHeDpK)xu|G?>QVc)mUAyDN4gFuRGx&s^%1eBCXRIRBhN5{17S>$f zf(y4-B>QU;`VGz3OLpW|JhOffQ#A{R4fd*$$$9309*n0Yd>oLm6Z$I)R_zm=kXQU= zzl-CU&X1=g{>gasyZk#x6WuwR>S9sp-qBR&^FoU%GP=X8-I)CMV99?RuSWJgx^k;w zVv+}T`7-q8O60_pBev?<(Ty6Q5cvPB%9_AO&ILusgf`U{Eb~Zv=naxuFj$~}AB|rJ z!BN*>Xn>C6cEpapKQ_+&#l=XhXz({bTd>n`2LB5diSw~lN;yIO+x^4?lfHKLo_G2) zO##Wx?X3)=)q2aS3zOO7Tsxd&2l&?nIwv*ot8gIEDk>2Kom8*qR3>uOZfBVH?prH8|TIz<8XG2m03V9zqy(m@!mY zWKF6PNdo)?02O(bzfmn?WqKX{l z)y^$^uaV6%y8i*14KzB5?ZJi>Q#0ByFkWzB`UmKlu7mvn`W<{{^g4sj8Mv@*k9kdV zGOuI@bGta6>keC}C)_WKq)C~S%mcbEG+siADymZCAl2|R@`&z6oH+_&--d_Q`z1l@<*L?(;Jsmv`WtN4tO^^( z8fRYd56BR}Lqop-emu_sKWo552Tud|=;(8R597r)*ij^ikNs&y!mP2io0Mca2VXxBUiaM&l0Mmgp_TpcWih2TSmM3!N);ykz_a z`)|PZ3i++`OA00j*bP|NaL-$;TL*2%yrA%Z#un(;to%M@_vfou#0>1T$F{ZwVyZA6 zhzCW^s>;_bCF})Lu%HHvSjHM&-NuB1PWI@j#b|!M=h=q&m&|WoZ{gW8S`RgSOeZ0m zTfwohU7*{*K+U=R=n{QilYo{SJUYrkr7JUE(8#)Nys z{UiDvF|T(X-TZvPwa3r!uZXNY#)3Tf>uL7cZ;t4*#?E_u=zt84Q?{*-#(;gK;dzih z$cnH5zc-IZtb)A)j_AUDH~7X_H1r}xODRTWT4Me|LDNa0jLv$_57@Rtrzr?8qd_yL zh%Lb=w&?Iv`>uI+Gw+ikurQ-<4id&NZ-TaCS#93Y`O$o$Qwod%!W~$cO)E{%)sz{nsR0z8ET-zYzFjVL%XXHP6i`fABy})`%(7E>va6e=%+SMo=X&G*T~!D; z^g&k?4ttclm{ri~N%%9BvxOGN#~38ZhOz=$9HXXRhvJSGbB*^nH{d%A5MzS9LEuI` z|7*F|a{dOz(gK z58ST-;-BU^5O_V#^cu$3-}Kr02%R1MT^Q_;!@laAL2a*C6|W`K%+br~$q_ zu7=+pWqEu9fNEr|x!2J5Kp@{Um&bd~209++KnEz$h?F2!aE28WInOC7e$!Hp%0*O2 zLB3y=iIqrF2w@C7E&AD${PzHJkDLwjt_i3c0{j}@Z>jFR)#t>z#c5i2qKjT12iZop zO@k~>nl1LW?aec6Yp^3J(7zw`vWIrZoSwI#1LBS}gz%<2(m?)(dG-X;1ANu+)uLZu zg3jcw3NffgpD!s|*VwCPaHM6PPH@0n6uKqRea&kRCyottoNV@tIiSNWtCaEk1Z-(~ z)wv_F8qX^d$_~38n6rV;9Yw=v3wZTCkMD8#1NsT@jM%I!0LU<8wX8z^YxaM*A2yW+I z9_6kMt-M0tAn%^7=mSY{2Vd@sC~8OyQiNtyOlib;0CSO;)PW<**`Qaqo@?Lpu_55^ z(P=|7b_k_v!A}EG>%;}N=dt`gy6+zOe7$A<75Z`Fzhout<}adNvXb`s5-hpT7R>or zL)YWi>;`xa^H5{^l;XJRbo{<`A%ZMR=&p$;HTraMZ@UD1IOVJm0=6Aw{)2)d*SNJZ z$BLvhDH6V&mAE-RgMJ7>DJF#&l({a;OrONgZ=l#K#$=WY#)L>hO)Bx5L_hP`p?`j4 z>^MGI=crJKqlW+4&K$TNz=pz&%07*KXr@?)?c%BH0#Yse5-%6=PILSq-`kfdoFCX;PJ% zEoN%ruPTzxSR74wwQiZ#*da5fNJ%q_s~Cc&RWSyg19;wI!`FD}pi_XEP9X%9C4E3L zQ)q&ma|)gmBa62KeR`ES@oIg7%^-z;!tS^Fi7g7SFcIUfw;LT`q{@Yaq7H0_t=S%P zV(8iK5|PPUoGD5*!ToiB*|V~)l?hh`_Z=j5BsEu!XN!qS6j1@R8l%(zcTFPP@vbB> zN5kA(0$zirJy*|rl#)bpyjUor+zzS+xFza9gbiT;bd2j5V-Rp#2b^nAl>68*%~$Q` z3~V{pIO?804wyTP3Qbu20j9Q|bD|WedV12L?f`UmJbVhZb(e0Lm=B>?FY+K%dc_+;!IB){pa@`{D zh85S6_pLkRJ$N4Y+Mv4~dN?{NJuLJ z;|e|dd<&l&^yjh0%ML&A(LCBuTky2EooPP0c`oyBnXDW4`$i=!PAV;?r7q@`PBQl6KZVMdzC14x0{uB*mx>-Pu1jydpR-u18tM zd%-GIMOI2lz+6dD_Jzop9;LdqV7CLHwukXz{o5aX?3uHL3ERWR28=cCkFt!#oFcqM zVyN}i6Gw-!VGgxmucKebJT3H_@mgc@Z@AunV=L2h+u?UR--G`ajCP)f`8t~EK?ZKb zd_gHPFS3VVyD=wyI&cJ8o=0g2Qh+Z8nU5O%n1^12UVnJbiJzU{yQ?{`UN_{)5THlF zeni5bO((=FsYCu9v3^TVv#(cRX$qDiKGDGEp8J08ICbEBi@j~96}GrpuGuZ$iLUU( z+|cjgdp4O6|4MccrubncwmTKkWhOsPC@vP$sd5UKF3I@;R=?E`i<^N;q|#zCWAdym zfN9uLXjq{jkuI;VwPBlnpp@-UPDH~UeFnCw0{sS@b_Y1U?O6rsXp(t1UFhNYk?RF* z0kZ+SX3KC--wh4>BJ4qHwlG_^+-#8DwpBmmk@?v)BRbb@O+m65gP;S~p81`$8}opH z28@U835>n`+)2Mi(Y1|CpB6nDR9>OA?vGLjT8t5e%ka4EPAl*^hKh z^H1~s>DXZCnr0_Bz(C7fc8m~E0Gx*q6%?T{Fo!UV#*dR)#=?Q84j?vIps#rvc?}x> zZb46@v^Q@P+46?C%6zl+=AD0_70dFX;B z0!}xm#t=Q@5Lg<*cxXm>dd`P&*Q8-`%V)h?$1MaRb4GYH|1Qv01oJh)-1BZod>ay` zgN_re@0ph!$t6Vdn-nt*(8e645aa|m+KIUi!ywBVkZ%ac#Wg=_P>|=ZnZJd{hCtgv zvqJ{_knK~(ab9DW2ALXY?YZ{64P*A-1dR>Hm3gG?2-Is5^A7zS=;OZasD}ZzqO9jg zQfOn;8vU*4cSR6(@n(A$IcrAXbm9mhsblPbJhop;Kr^p9_;g`-z%FhrJi$IPMqWDv z?Yn_$zLWK|h96^aLxHfuZ&oDBSJx{!iEhxblZE+g#fSN*GD>(M15LvIf&T~mB#nvPeL4(b8pffUWkJo12}(tj zx1Jr8rUWh9+6iWhp8Fw4%rUkQ30P6q-K5GR?W!yYa+x?(>h*cS^CX2p2f_%SuuWADuJC4g8W~KkvKGfk6zZ7Y4vR{M3I#dA(LYADLU-I zJlJP!#Qy@Vg^FWB0J9+kxoW>8y!Hm&Hkjvj+;IC>DkL0U9UQH)XIwu+w+DU?+q3Drj6=CrCNzy@csDx zsh2nSFTNaN9_{AY_r$GR{CSUFJHX*NQpDD@mi*O{SAiG)kno2rC;b)~tD=y9mEK|< z=(l8X^6L6VF+>$bqHm#Z`-wvc$`EcCIiF6(RqueKfk&m7lye~qXl9pGDmBJWDDnoS zxe7U^A}W}CI-M$}qA&k!)06TbdpcsPW`ytVX7LX&rTe8D) zEXpjO2c9)((_l2v_uq_f;A0P%4@_#h2hM8@<=_FNG$2=C{t$vf3W_w(5us<=Atjl9 zCn+FXQIyI>ri!b$pT~Q?4vH$^spMHI;`mIa#l1APNDv_)BeN7_uz^eF=Zd)$Jb&a6 z=!cHraYKPs(`gUL)|}tsTua)HL}cAqhnAy=0pm=wSOeh;ImpTLOifiBi(DtL7*kTl9tuGn{5YwY|9S|c zj>mIkt9gbh(0@=&NlwJoq}0Sk5%dQI#`lUbs9=r)ny-&pPX1H+&Zfn9Uh-_bR}}=l zLUW##+{=uMF=~JoQ!3g&xQ^H-@vN*0Rm?XbcFh-471+x1F@WM>z}AC^?b-qq+iZ^? z*e_vSs9Zuu>%@52lRyvnd}lco#=kMK!Uj9;@kqAUfxz4ItXCYd7Gi=%lzFjyUh!2$ z=AI;ILkd;~`f5BTbTMO9Smiv*St4VJ90jc`vht|MtVwA-WX)$2P0>a6vu~RFLz=!p zF~A47ax&V(q<0$J|IYcbsVniT#{Jzwn$iqj zuMifz%c!bCCnqOza!3dpP=JHp&FvbVT7+#!*;0|^hU9XyBig90%KH%2LBE$Y1gR{u zVoWMLCT9iC`w&I|cM9|gQiu`;@Yc-~MVCc^0ZQeZ6jKxr>EA>PdYIvu3xdxa8nY^^Na-6INrC8wy$hSyG5MwLZUfnL2Uu*HZQfahZejRZb==sNkg0XeuAT-X&^5guxi$AMtw zVt4QJQSMe9tC7gK$h@92aUMcY#kKKPLD#aN9(35o(}{r zCythR>VA-m0Lx`8u3045_viTc9347{y$;ZwB>YcOhrH&;tz~>i^RY#roWfgDRb?H` zDtw~C*D6)$-S^CALYFxg60#a64&*i1_56FV3>gg}js=yI_l=VoNxVk^zQ1jH3P%jb zcpORAKXh zi++$0Rj6`=evVOPj`RtdR0+F9j>RZ%5B}{B9X$4o6@4@I=Mr9rvB+v5*rIdmGlT#x zvld{~z7~-q&{B*lvE{|-5&D~qUj|&vCd%lnpt-OA^6H(76J1aw9P^&qZ84jTw2tR9 z&A^mtlvSZ=nKdVNP0NB}q>}xjxZ-5gCPD#1$y_8a_ehrS)JeGDNG3kC`~jW{stc6zL7HBm%CDJFt!REGj8glP^tJ-fUm z83$zqv0@TRb8y(8sNG?&4j~#08({GQddIx$zg=#WV${*mi53h0!#`0CnZR@O{XvBq z8H^6Pxh$YvD1?BrIIprws_DplIY(vYiwYV@Aszqk!ocWW4Mu6WcHnI!d7IhiOrr)5 zbwFzvlc47o%BU$$Gh;RVA2I1)XE=A4C5L2V4N+3HKcA%d&)1m_$bNx`)5< zuhaol7ZDkoC`JXE`&#x`7Me15!Lt&5B(BZ7@0F%IsYZPb=%ycn0<=7K0>I|TbB2vC z?wsoU{6xo`pJJO62Z%c-x^tI%$43-uuLDC>m72^anl7fA1Jv1kij1$@g!2MEGOe0d znxD|;WTwT*f_9`C{pUwBO~Kf7G1CMZ1+*+vX}a(e85^rgL&kY?7RFaVpAIg42Z6j4Q?9Fux5AwDq$C0gOR zp*266Xfmsmk;8uhQTU~ck%kC16j6#vf+znvSOP1P*+kQM$(V8s*3&tB(iX=HY&%y4 ztts|cAm1uo_2n5s#9XdY(7^+cLNWid5D?k z$iewQ>olEZRFm%;$E914Mp{Z*K%`sg5D^fNkPszBP-3vrNSD&BfOLn{K%`rchS7}L zhyi0`+kd|o|8w@{Iope!=eeKj-1qnTUZ1a{`aYwf@JQ6lP~5S61gu+pZRlr`D_Ok_ z?R_d9vdf%@M^76B?$y1wvACu=8+aBQQqM0q{Y+x|);%xRxNDS`j^XQ-{<74yIHv7S zJtu|ABa_%JDFGUX#0tg@@zS3q`ji^mA=~xyMH#MSjs`|)^+~w7>g(aGKexXeI6BA| zN3OM1BJtjZ7y9RU_Y`NP-$%nGn7nC(UnEW=x^iKGL7p2AK}@ zq^cFS*R~{jawG*~Ug3uN_HvO8fc8R!5=}eJV~Pn`Hp2GAX>DzG`+#J?bXgTpie{ZGQae$ykt|D)-71 z7?**)CG$R-QUltkq45X>D25CLtx-btbzUPHR?yc&+dAHmSu$@s=$g*H696}p-E%Sc zYyB5KFqhjNx`rMKI)bHg^=-57%XAYI!c~<2(XRh0Plo)eg7Pggo`#U8rC z59>fzJ=ncW$UpE+6C7FxylusvOo6}K_oEAC_Vy9z-63!Mk8d-8B-~&mvH^%%i$R_F z!;Xfa7f#6Q%c<<`a#+0A#05Bd5PWk%i>L#?2VJ_tkEVd9(aP{TAmZv_`Ywuh8+1NH zgh36#p^)1fe*_$O$$QZ?aJjN^XoO+&#r!kD|AE^BH1tdfHK3EcdE$vc=z@`bHq!tz zwP0K^@aAkKAy5Z&lkR`Xq84Nc4qvy&EybYPz^Gd6o_%lv7i7U6x5bC)vCCHv07w@tJN@0lU+{bYzvbTR^tJJdlP6@q?% zpX&7BBtbCMX>>gN5R7e8n*pHBQZ!0VV)@;%gv7%misOC0hG245m$c z2}Dr$-!m=#K7>+Tyu|`&5d=NgoTunbJYgTk?i$1%48DNA^j=e&$we-*`?KI*Z7{I`D7FSiKaSfXOLnmh#&rWw1U?(+MHC<~yOf`TBnDhvbf`_lp>RcK5T}k!4;R2p_%OO}cHdr=}TsO{L9q~Z`g*^ z7I3Hb*cZ5dT=tbcRv*WCjjaM*YGK?FXQK6pc)04IZz+C@}RS(CrO`)IHvLl_`# z!ua`%FR9-EqK9{4fw7J}Wj`|FKAEJceONtT7GWyw3O#8b@>8r&|JO>R{3v1T$C1rV zOLBa^q1V5*+oyGh@Yi{x@ST;Oa#Zfa(zFcODiKbzFpFn>m0BGxx%~;kEFKi|A6?}B z=*Orw0`FGpB0KxT@BP5) za{I}O(!ZYwLII=EaFLF$Ap466vi%_VL}!P;Pe~fu;yh{e^54XLto^}7o!!BhP-YMc z4`j7pKfI{3Kcp>G*EtK4bH_Oz-&_ST<@UuTJasF*uX=>M#w zTVbNI|Eem70`31IhmxrJ0CW;q6 zLuCBxas)PmAR~}UJ1;jx``o@s-Q`k~dq~oRYRDj3VbJy*Hu>1@H6AR;vUeG`R=#qn zVeklf>sBhsdOi0981Bg?<8@Q(Z{2kHIUd_O{I}my6Y|VzQ-*?!%ekv&3DtAXV%vZ# za4``vFe;ZReVrsaALe5g2bGS9q5I}@CC!A?3RC;zvkMxJJDR)^R&ARenK5)Nr&=n1 z&^I8zUS#9lx&CO%;PhkX@?q6}CTcr#>ar70_{Yzs{PR}BLsO{`%^8+Fc1-ykoPA?2 zNrH2eY0h73IYou^0Q*`6!$w3MynXG%N2Z3K4b6VYSz<`^?#oPFO z8bBNSC3xSSUAUq!EGCz-%C_HUGc!d)&TkCx(aJsZ+-jgnrCBD823Oa*Zy|X5#Dr<( zX!VR7Gefuy(Uf>=jf>s5Jr!13F_+G!u^|a2n65t*Pa?YJq~hp*elm28fZ5Q#r$r$9 zqF`$Z|0sNpU^lTah{`|P;FX1cKVF*hTQl$Vn%rG(3h~Y(vw#lb!H})C&kajay!v51 zqvzedH^jLG`S}MYa$JWsa$L}v2=urQ8Mn&py`X}L{o_cEgDYuU-7+r!B~6fmZa*B7;`O4LA3C+-dsSHLL=V{Ck) z*O|gfV4|e`Mb2;g$DXIpaN^10?ShXO_RE}tm0Z1?yj;o- zr+a(bN#gE?B+TW|peJ0($z>lCQb+~TtQ~z`WmxINS1@1b$6JkHiVpbQRjUR+Q)h&z z)=(O?tGSeacktl&!3o@b`}(nGdD5%7*(b-Wbpat=1i7*l@M(@gWczN=5uBPQ7xN}U z^}gR6-I1tsdvXoSID0XKeno8CAQ;UC#FU=hZdu!_kX(%0MBwH01-Z6AsonECZJc%C zf6B+LW*d9uJaGhuT!UqAro+}A+~q4!^80p>>onaPEc|7k%rSy7wnge`DeE^gVzSbI zPxj=JX%nRG@=b*p3RmPA>LKxgH;AyTyx!RGKysuuksx4?ZAX&i^NyOvPd=}@41?}~ zoBz1849s2{={UuC9+_P8O$Wi|{!RCSPt_^@9%tOTu%ijm{nvVrj(8S+RNocs&TkY_ zFd0=AOe`mk;MDB$xlZ6`ntSt9W;vx=hEgWw#eKg|fGY9mp6*|4Q8Mjr2_cC`6?gWXN{Rt2Q-nS?V>NuBjme>IBiiDdad$^BXR$nhzc`hCY2pS21e2n|xV zey6{tz7h^*yDjJU67nfD*$gC1Omkhjv#l&O?`!z_gZSHz8$siM8h>&RcvqkacIA*3 zUU;;g&yaSJJ*hisroL{_A@D`10S_**8UDW((CHSzfZ$D2PkM|uO(Gb-uS&r34zL*C z0&&KaD#0)O0a@d&lmgPcfM}M|BKEZYXnqK*!?1PV#cJ@IF}4oGrJo|_!DRB@_UjTz z-c!|LcsRh7*q-H~@v$sLcUj4&J1cant;9t%cjbG*8a)y4AU|Lt%2sSo9}3U`bFw~W z7oTkT4we5fb1zFv!lzfGES9!%zaUz@h&bzaRSp-ZVduazOI5|;@*_G;h< zQfj5o0~DE?P1>=yBUCDH^4_aB6_gW?n}7p&S$gMZ3D)qOfN`*=g;IcH6J59%_`QU% zZU(XQ_7F%2Gw|<4#sG-6m^bSatDD2X3kDtOj<|%HQx`H5^oOVRa{SHiM}&&v?Rpi{ z#A5sfoD*f0l(l1ShHn0n#%Hl+-8ayJ^>&bsw@R?OPq2M5_xb`m|64UR71h6N6IdXj zgo#NKUPG280yEgjL}ocBuw@!QY)y44u$i<`tj|JB4}t$DuSTSjbfo}vWf zfIPSJBip|RGg9&06g`%_T7T*kt;YfoPa9R0^3CpW6km+63YGKwyq``$`WU{J=M_Xk z*cCQ|!xANonY&;)8ci<=xLfVB8KNxd4kIB&NeiSzk4L55rA6hBMqIjs9{ojGF_NS) z(kJ3)kJx^`)l8U<9p&pL?*0O2;*%JU*+xr!HXaAWbDzvy+y`}8*XXDP{Vv&{#MD|S zrM;`l*ugg)b(h6!GSr9`y}sy)BUK-LPKGSo&ATW6eW3gp`m2-%+96OL_zC{)*Tw1& zU8rdZ|0!-zK?Fu}wh3~P82UX+)k7Da5KB;+IHho{dl((_OdI}vTghDP@t-SMb2QYR&H5i4n%onX3K4mD8es@>LeDnjy zCxt(?eV*i09b7{Kb16M)WUFqo^z#}m;^_^2!@?%-EaaPUzye6=$~*3S_1BH8MZ(fq zr+!Lvr*HIJT!mne-{md|hOXa30JzjuE;V_)fIIamS*l!T_NnSDzjla<0ndQ|D=7z zf$TBXX053t0X=EuQRwqO4I zH|0}xmjjlPh^0))OMpcR=sI`m@*0OM#U_K0eqBB1m5!aW;;~S5Lh?``WfsZFU{QZ` zHz%o`-043e=UIs?x!ELUU!&A=F)9*gNJ%`?#d=CsLE5_>hjM6>WZ}WAWWk6ua!Lbt z_JQzq)CI$$*wKa3^etnN8(@j^9NwK51to$NYBB{JNd-9j6mi;xk zw*So9J!zB8@*j0@l@9rTD~wjj^+%W{r|v*_-sfVuU)Oy~w3oamn`<)p#pv|+vdbO> z%!GG^EcA>*9F*#W-o-SqsR@nCm7DZ&z?xP(^(yNSF(%-7Z`^4V_N=gH&ifr0Q!Y7u z=8B@l9WY={)PQB+XX{{GennU?yu>%_@h!U-5uj-fXC7A@jh4bzr;%ti>X0WUDyqL z_AZ7NG6z5|0=(B2ww20r(&=6pio{j>e((Tw-2wEp!u>aPF0V!PU8KVpfX}4sbpH@$ z5Ajz}dHC#a8TwC6={_=h1|<-F$GlvBz7pZi;^FQ@?qSVsQm~fLr4|zSjG$#Uqv#iz zYp$(~og_t(W~jmla`K?Tc+b}bTH6jLovowFEpjeshlh9c)wTYq5?5SI=f4F)2%h{X z$|0Fy%6d&-^?74sV{uQF_~5Qbv%?SV`Gp`VkxEU0k!6zpv$F={jZFmN={oO254F>S zE$6$Fdoqr98(?4F{yLF)@tj;EB0N|!Dl&xVtRbBtBvOb=)TbFjlJrGM)#-=BGe8_s z@wNg5YCYe#yKieByXI?D`6BZVJv`cqyKPLR10O~eU}snJ$sy(>&9-U(_@(tefO3~r zhANgXign}tbDh(oKl>RC%poNd? zq)*>y^+WK-+Oy2l*SgMoYJ#drd7-!b0ojI>`6)KWU$_}QtUKa}TH8FxEAI|CS$v9M zBs@=pJP=y7h&jPj7lRT~32TU|0H6No5A8EDP{q;cfj8}j&We)Go^LIF-zK%WT7L2F zc!txt;euxyNt$=^klcFKG3~BXYqLt@vrDm7_JL`4t<4YWZ}GI;RWrS=q8GTdL!5!d zNuf%obLS_cd-c2Ra}4yO`yQqs%qEBm`VBD5g zOqjAK%0mhZrG=@C?9ZN4MC=MA~Ul*!& z{~gO*_*f{41V$N4thKlOc(iOrJU6^Ntr)KTbbrsY*Xk~70NDEdgz@l2`PAj5E$tCDE1~iAe1!E(yVBC>6f*S{8z|0ESA1OTX4dYe6ixy!> zxszaE@qDU&+tPyu^z6;)NV&-+fPNef!jJug__j8 z#0|TrgG$tI=JaC1x7}MaB!xv*z56MVy;+=LoxIO47sVbv?2n00lC874UvCys9<~Ev z@B`#|s#`#=Rd6})oxeHQBJK`5_!ZfA+ExkNlWVs5&}LgF{MO6QfVbmEO|5rx@y|7< zZSg0Ip$D9zy9Fmx(LL^i9K9VUZ3Nryk4_IqWW-O%5^T4*Ij8U^i$tQRkvpGBk)A$K zLf8DrAHVw&Grq7ANq^@5Dc(_)`b*%a^<)l{onY^{9y8OcW))XrsPFjIPj7`130mT^l@MG?uJY<8P<8~p~M&qCr#b4Cp#u&{~w<@-?9_wkOb1`$U8;&~Ei<++eXQVi;voG*kd5D&h)Aj;HDo)?& zO;`HOAuD+MCN5xxo}um3GNPZ0nszvI^T0zY)oFHye=NROhJKdMq;y|4L>tv5N?;dMdY&c zF6FIPZL>|3bRb&m&%Z~yB*%y&J9YwH8y7iE-M2q2OljlhU~PIE)ze>QL)k2#+TxgG zgZxk(q+M_>k?Nc1pB20siuWR~xyHaR|AezC=6|mmRs3;ti@@g(-~5<6b1WkSzdK7+ z8Sypn4cmUjSb{&9Jg2@dl}Pj7CZU`mt(6gJ5?tm|te_+&vzM*m`}>oIT|@G~aKNC8 zbpnOE|ETc0=tN2s= z#$Gu1k{qAo$0QnZ3bP6FgD3S|%sZ`hw)a2z%IL(q2_+(c7|(44V0FS<`J-%F6&CKC z-D$Tb1dcVy8VA0AM3^zJe&-#{#)(udMTtNM zS^6*CgwnX!O3%1WPNX#H=X-v71fQwEnI1;n4}?|UxZDcEiwkWfE=g=!3pH^5U1pdG zS4jkIq3SHRRZaKCQicLOj}pn8_o~X@ekCeSBZ^PNyh{CHGjuJbCKE9BD(A!RLSG>KC!0|oCCY9{K-xt1c z2r#(Gs2OMFV?w-~)$5a(GzQ;b_EEGT9NFi4J#+9^m)JFLwar`6kWn|BdtAEcj>ju0 zHsr-X!k>>O$*)3``hsu!Y*3s2>(epbYqQ&c@@m2|F}wtr3b zZUkGuw=?JOr?h(8aR*d>d?#<(H9Uq3!Su!S3UmKv|NxGC0dhDK96TOp@qI(07cF^IF}aOqgbx@&wsr^ z6EM0Ac!g=ZjOXsD0wd1=s9jpfjARe)?qkR|@H?c_9vZ2XjHu!U>4325*OyJ)J$1AY z08!zO?h9S+Y1QC;nnylmfa=~Pa_w_hx*+N}D4qzVv&dU)QrG^OUmc>Rq9RBt#(0oD zQ=e|ECB2+VM=Q}B&<%CADQNtf)%;FYZ=zqpRESOzZkL-`PKGa-6pNb zyS8rkw^t&3A-A;FzHtMI%C>8Kv{aj+=rP|Bc;o0X)pKhtS)jat`X_p#3_E|3Ynl1l z{xJI4r0j`sJMdYdWtYXTK^Ab)JM356uO>?hH~rpfv+zFbJ`!hH7*Zo-ul#QxbgOCd ziaOwSH{BAI=IT{=yXlMB^e;T5MgHanUT3S`^t(Di>eMiCs`dx&gZ5HWvQapeJkZTS z=JNBeZea5w0lO%!l(US1KXF^WCJ$Dh``LAOJsmvqnfb7Bc_2WQXtU*D6y9C@s2k{0 zVJWt32gFcvzQPNvU!!_w>k5wqlr%G^><-v~$h=>L#pSZkybT(?vd5(SdcDXT4@9@1 zuEWCms2uN+YPpWPIN|ubZ--EN= zcAbYu$@_;+(VPLaUT{wdr@7Tn)5U)l!nDr|6Hu}HZ`j1^up$4R@+7zyN4WG zoyRtr(h46+Y;Gv?x=n;8$aDqiSU0}$6C#a*>0{3gzmueoQ20AYWL$y6l^gJ9A^3eu_s{*Xaxrq0!E^&V@T6KsQAbvDN;Q0w?Jm@VNDkiur z(9q+xcyD@BD%TgDVOvzAP&75}%wTAo?&isFQtes2X+!4?>P< z6K01jc!Ms(fS4sM%-)3#>U4&a^Vr)xm&d2~$*?NiL(15SpZMa3Z*K;Zeo|%vd7jGg z#sID8dz;;w4;D63V!ZJ*u?v(+Q@XkmdMU=daJiI?ftwc1?Uy`wt-&DVd1?{Eq)s#W zTlRY492b0ILb&-&93~j9B0n_;|0cqwHq^>%^e=||ukts8uD@cV9*n&OR0StZInGv4 zfs)zR0zGp>q)bB^*>112Pr@r~=_5Qnx=4hn<6aWM66uwJ1I`&Pzj;S^#rPDUg=vrA2Z%y}tB`dOfM5J=+AFc2|jR00CPkob) z;Q${q)E^1{+{n3S9Sw=5>kF#w?iNoBSdib!+d%Cho6)e|Wa8g&y+b>;3g0#SM9(;7 zH;rDqmzhBOCtrJvhKU4!qvZ3Xv+HY@%f$7tvvU4+weB*tB*~;9MaNwv>ew1C@m6sV zxP7DD^r`BsF%@(94Ba&I8ONr2K6y2`M9P+a2aNl@s_EM0)N^rBWrlegjwbE|?<_4K zFk7dZChM;c&sP339lx?yQTUCsJ1PVNYCyMp->~SmI(g7{(9Ky57J+ZZZy;j|*YSeeI%wQb^k8Nrp2sY7MXBs1M}iLHqq=hm(SoEgDnys>kCwb z3#5hyG^;HRr9i#u;C}2C?UV_^bqBZRUx$Ezfwht#;CJqn0~59G8E`O88+UstirL1C zSN6Eum$(zjsg#=*ED~dYxhsLQRT0KT8L%%Eg=~4`%5jAKvRVJE7G-*%CtchfkSSu%O<3Rg5)boc*~? zI{3Q(o^1T1ZH#+sQnlj;5<9~M_W+53Apr7pvZ$o)rNWu8oPC+0H{43Pa}PtJXG$+4 zvLI8lS-8(tfivnhc>hTD0ia^-mafT6(h6!})l`x8H@ zmo(2XP441I<-HKT6uNMaRfz`PC)u>ddTG^D3g_dS<@k^kvl{!q%!-0meJ(p zKO%F(O7tW1FzRax4B)c+Kd?^)~5wLIw(RdpqAzY3Y!9eT^FF@&$=9D}jFR>$dYR4q{>$u- zDOnl_Dfu_9j~0ga-tZ%P#9j3Igp-2Z)P-J|kiUNW(oqF2Upj2+LJ@0rj9NY1U2YAP z600{Apt^5<@7vIq+HULKcZ!{n#A2e&^g#uJi?WUMlP-<$bk23bVbE~pSvnfsXn*v} z|51tnlbk=AxKcMU z_kpJIM;^Ba?Wg3B!OjfUwWS52YA)`z&I%I>BrSX$O1Q$@x3ve;m3tS0I8T z>)XWpk>4(k|EFxLd*3L1T2>={&ZdKA59tl_S1hx9G^aa#R`mSVBj4enlqJ}SRJryYzM=mJ`w~|c zu<#XI&Yzs=a7lgMv5|w(DDfTqwR6F=Frin@Prs*hZWnE70GxenPRd5@Iq5P9bc?N# z$)0di-w1xb!Ipeiy1t+!J;(jZhTNAh;642G|K96Bb!M>}fx#=yJ?(RRl5BP&!_2 zxl3_6zn((frJ6fTh-3FSMLAddmor%P2K%dOC6$)NCmts=<(q~y5rYBIz~d%NgBaRh zE(tn?{Rei9$+U$CAy;|zzFfMWFomq_Glc(E&{$mWbZ&U0J;@eiU7Rb>I5qPx=U46Y zCZkvu#4cQlef!TX8{6?kWT;2uqKv`u8&pH+o4jc2e~#P6CeZ3sa^e?h{FJ=p4AXh{ z5nkdS)?m+qLnbDK&tLPd2z=x+ivu|kr2Wck^7p1l@rfJxILTpDYlZ;am0Y}VwY-3J z+Ii#64jBr$#*ku&KmV{~FN%u3Om1jF@$D2YuGgch#Tn+i=O*6}$WyDFwWZc>HoWfl zxmDp)VwItZ?5!ug{bSvlp98{axs0t=ndO~@eFtkOz3X*s6*Y~ z9aXXUHQLxlL4njb+$=*-8npRc*~x4CNmo-etpz7bwQiQhhIdW00_*NYP6C72sYwN^ zB%7<2^5SWMQ)=pr)u2}FeT8GO!PckMee3hMD;SLna)*P9a?<%r?`qYQ6vt(!;vUfvRgsP`)!Xjvx#Y*zn#qc=)B7QvZGsO zT2*v555P_>AH}hE(Gu?7iG46c$|pzXd02X4R|^0Tt*NmdM&$B^Opc=CW6-EvTCeH5 z2>c16yVHQpUk6+~hi>CupYv7#VmFF9uQmo-y;2-*GmZ*BPFTP(BAEx{2oK|nIK$gr zrO^;N4JwD2Rd8S23F*}$es4;j^&nBP-ko2P>}wos8V>tecW1FL+vBKsbImSw^JN23 zmVnBWb)!MBQHgKi=wQL69{rrCOg-KE*iq$K=GdtkObyIZSgpOSJf^MnvM=A(D$OUe z!BB9#EIRFk>*FGt)!IyVL_b=H_?wIcd21XS!}C4j1DRojxHI^Uj8%f|Cmta>MeYwq zXWNQaGRIjmYTmxZH3Vr+^@MDER|E1JZRY*5RC#7!90;>LKdejfWAZkzk^hQQak5pF zQpO(JJ*vObMjTF9KPneZf3M?4rTfp%Uo&=YxvFg_$Ty&5yU8HmlwP%5X&%)N^@8g;Uz!T_|oEifI5A^{=Dk9#1{s8 zetqpS1x@@{r#r8w?6?nf^bgctmg!4q}w(m*k7k`s|g%b zFL|*t1v@!ns0{&vEWyC`a(lJqg*vX|1DS#w#Cnoy@e%}#TrF_T-LqW9vA4d&Vpy&( zxj|@kTK|@G#QqJ zn8_Cp_8XqJwr{%*>gZc-YdA=0K%1ADs{LDkxKOj!1LI6UoDS+HdwCrZAsjE7!Q!Xx zd)GZD#kne&y?%C-jY!;+%w+h<3@+npBlkhFb%brxl6%^rrH6UfpQO*&q^D?3QM8u9 zVBfB=-o~Fat?;VNVuQ#A%eZ6~7fNGkHhA4;C6gy=#E~e`Sr?g-rz4W~g5gjxv$1^9-eJ)b~Aq zGD0pts+{)I`H-a|D3t%%-DshMSD&h2#(m0Q!G;aB1cqky0;UUVO+|N@0-)GO`kY2p z>MU}e$+Tmn<^7Z8IZ>;kw&VJpAW5qG>ildJktv;T?UJ1O_C0qNH6_p`Z)p3EX(`vD zK5(sZ9QNDTNDp-+Hmz_k2L?Pk<~Y9cGLid?TIOON=c^Q205z?D|D(vLpz{Pj6HuL=Zn?ma55@NegdatZ@preDr&26&$uddg} zPD-KoDGUSsW*s^O!gf)p``^B=KsVy0X~@E`i}L67*Pk&kKd7Cvx}`DossW9x+!9Ldf* z4fJwPr1szDvcJ>eZF36G(hBZ_A8~g$mbN*xm}^Bcdt@pve6ahYYfje8)27lnc$a-| zvwiLkf&{xN^I8|V+d-uo*0af}`?f+DmEG{-Ji*-geN0TA!k0O>D9Ko$(}&8V77u}c z4`}To!MY^AkiH}|z(&y_cmL`{Wv!#33hnPT+zM1hpB4Zw@y`3hZ8Fq^D>rl#lZ)Ee z6c4$YQBhTM?t~_(3eL2HVy<sd@fpR?U&SFPUnvPj4>7Zb(`0nEv^f#pK{&N#QCXj z2++BA+4ZJ*Ia@v*>5|UABi70J@(%S#|md3h=iqOsNijie?Q7HY{<}LErK! z*1rvEyo2>=>uyhm-9>D6hgdn{pp&&+>r3eeM+8*iwCz~lsgQ7E_?!5(ld!9qk-o|2 za#^?inmD4Kc4+PCbz8uspC3!EwRB)|_ay*&C^%(Z)Y>}bJO4Sr+rP7X zt)}3!Hq&alXq3=6EqlO7k#*=8@2VW0DH+Yg;apShsd~LRK<_oOv89~2ym=9t;lt&a z(vRcdSP2jcb8;_`e{i%2m^*NmqVZ3qst{@Ir%m9lA{=)z+EEJCRt~Gbj z-Y7Q+21S{O{d{S~5jR{A`Baa*vie0RhgHs&Xtvn=;-_@aMbU4MfPJfvqmLjhm^TF&kWaJ^MqqCy88( z^(HG7pGwktDhuI#fVYN2wxql5i~RQ1kNlo}$`-4IXSei@uhXK$=S7$D<{x%9Sn+c? z4M;rSPx_`E9X0Rx;SI?97~fj)}gi1FPO?Z3J4wL$7d zweN7&2s>At_YiB{>MG3bySsqais@N zE19%tuQDr2*i-Z8WZfn$RLi|uzMB7ihey8i#OSt}pSw9BUpRA!XFY+ei0nq?rh?Q0 z@xJU37Y!xb(#o|ejA4#TJ)!M*<&yyJ%p_&I5`$G zE#Pc!_0YgfV0iiHTVvx^%HQHQzk^o`B+p+LJay6PeN}6-KDHYGG7b!kPM$a|WI{dS zoS+7zrX?K28F!wapskl>%V)9b<`2rkzIVFLr59jJsD zh64TI>V+Ub9o$|#8Ok1bp$odMB10h}Y*1M|Sl(}qlBzvblByjwkl;jU=h%M1ZyGm-rmk1lw(%L)dm3#WgP4 z)?h#rz@pm}Aq1wYwD|GQ<;hH_cs>{Fr1_5N9-o+DXDEmw+B1GL;VDcu3?RJ%3_867&bgRdc?L0|i%c>KNW`j3cA zUs+Xiyao6TwHAI-bun?DKe6I$T2^}VEI?O*jbT)2L}ROfO}2WA(^IR_sj9q4n|;SN zwU>3t)`mXR%$i(S|gl!NAO`Vg`S}5!+28x?X@A^tC&*y=N~5H z{$9=2S{XU|D!6LuiiUUC=4#e5EXVP@ryzQ$F=@eHjEFjmUsOnClQ$t$OkVCkxT2tz z^NA*tkEsdb(zMviBMV(^+|5m?a_LpLb970W-L&2x>vcLQF`2Vlp)4(__i{d^XUSpU zwmY*@`N-qbQ-#Ys=`AY#Iwy+|gT2=&>ItM#tshRu&YoW7lCS9wx@W3o8bCW-DU4#r%qQMf=XQRgwP zsLdN2Bi*a3tJcer@0}f>YxQdw>_7&6awmK+B>ZR1228`5`HNcQDp=8=MXHY1#u~ zyKD)2D*LfltdM28gqOr??BFRskP^kAiRuauCGHVJUyyhfX3T!h54_XZ*I$m90fmzJs&f1a@+`Zdil3dWm8D|Iq@T5%& zIC1v96X4*bgWqWi1i+3gX=%yx0I02*9xS$L1qH^O^uwlfapK5k{~n$q;5*d@wZB{h zK3`7IwjWb0|0ZMIW5Mh@8SZptDkLaq>P6psp7Whuln-B7 zO6GE=ob_^fE==%!g{4{3NE`aN+z=73F=QCdm`&p9h3$gw? zuY{0KWB&)jKs~?b+Ip!q$%5H{7^;jL{VLOltae!CJR9T@V11z!<-z7 zX(23|&m17tJhy__>>Ib;XXaU>ml*+j%KJ;+57=sl0AhUv@0F)Py*!1~3kguSG-oqK zUK@AKSTU?IXz(ANG^~JwX#I&oC?7S$=cD;xlYb5bOkZl zUU7q5YvgPh!{oB+jWAlk$+9e!$!9CGF1aDl?(Ge9hv0nw-o73^yrGXjxUEkJ?7#Z- zzCQctu0G-ON0gPj>mT0HuReRA4I3g6QpAd%DkR^wGT=dPt&ihtIce z?&|i6pEzDH^||nuK(b@oO5z~-hiVPITG*i1scZy8jS2yvmFoF7Ftc8Yj|Q# zl5JZW*Cc=c8vGYv&=W~o$ZzT|>u_7d($MY7fc9Zm3u74zPp59`A? z&XR})er%XuF;~N6gKv39|7c*1KBoj!$F&^%r}%wUW-7pImZqH@%fAMpJd4VZWl$B` z1y{CGzD+gc=KfX}@IPcF{2^Gja=UFc*b3T`fJam*9*Zy`- zyXdA@r1TrGMyn*)JGxj$M}=tu44Vr}DRC!Bw;H@`zQ#Nh|DW zab|;$*XVbRF4tUJ(U&d6jGJckGewtnZunlqw`;IxoE#A_i=kUARU{AnG9wX)aAr^n z9wPQklYmqsYG#_}%CT?5d&cW?K(v66iYn zgCP*H z(l&u`4?;Kq{5OY{?DG&nm?NxEvN`e<`?pJESvO7=famK*&Ig$T=FGQZoI#aSCdyT1 zQ7J^hZDehfa2^3lB=Q$oBI~!xg96u&2I=fZLu220oiIpA0Y^w zYXOKCJh$N*wv`d-8sN{6&#t$Ci(ynUCR0|6f{lbP2#|-AvCpY)T;r^(zmoP6r!<|< zAoxp?sT1zoXOkfTSb2=y9QZ#4KBwr?dnfPJwWO1))s**7*b-RLpE*+x8w}9lfJ`z= z!+U)o@CLhV^-J|Kbj184eP&6ZT9Im-mF_Lb%SxfcUeW1tNTyvCxk~igIX*TpS*=21 zUursL&;FQIq&doj6=)5nEb+AR;ts3myHqc3v$98I9i3e0nf+e&#TCxj;M_^)cx92P zL{`eaiFli9$?O5a|2;zKVi5k_>F5E~%Mf!!<^ZX{tWg3+A4rQ4w9{y;8PtqoJo z%ZI>Y4wLgR@7MHevKhf&i;iT^nO+0( z&Ir)U<)XtTs1_n9;rbfvT!NvC^GkI{>@-E2 zeN9*98`lJoIej$f*9Q+?GVGRu=b#eY6cB03{3A(N5|U2ebt|=uk0P;kj-Cs)A4_FC zpP`c;x{rCTSQK4LI4^pY3T$lGQ=SuJ1#Fyx`#wp=U|4C3Aio8s2h6=J3;7sj)rBj9 zvwgQ^LXe$kYMid-jFfNJj&)?AajpqpA*KJ5#VPm5LPTK#^CpYRs983 z8T(CuH)j*QJigL%ntfN`-T6c(ms4GUY2%zZ?@oEg^mc+B3?pNzwNq@o=AM1$%4}e| z+`x6`+&dac>D%*|jsOhZpeB1R1RF1>CYS|3R;b_gY||Idis( z>Wn^?-0$STf2Pc1icQCyUtKSBO_gbZUe@$once3k8ml&FOb56E8NHJtafDvk6E!iWc6tY<_5XCFU zG4eDea3_ioXMwYsGvu6`Gc>FcB1X^BK%ma#y)YDjfIR750YwHBoN&ytL~>qp9H(V0 z9#s~D>|W%V4bIpyc2lnb?MfHu0*V#E(9>6uMfEzsM-4bnc|Qod0JIro zZb8jTKN~>X03e$m%3_7x=#pe%f>R~vw1A9uAd`dLp|%13h%B*JWt}cfMx;U?P96}M z>_7o~comGDa4jT(q$}YXmSH{tIkFHsyY4|$yX?{J3@h!k60y%E;|1O`nKn3W4i0S0 z2ke#K+#l&C$-*s;_6479l851-glseAj3<5?1c>yX(hAsLoHvR|=$iR}cU~*V36EoCyx~x5%}Qs5pG+yWS`a)3FZS*HE6DYdKxO23 z&bj^7#kcl{W+<_rvLZXXxYW_mn)e* z6EL64p0(C82j2yb6xmxa>9}XluEC4775HD;oUxJ3Yr}DYzr$ADybW7c zew=~x1+uMqezR`0GG0K&DI{(3PB^zkg2`+B+2)_2QzLf+F71nu zM@JW$P|a9kf8(_Vy>w#*;gU`ny1*&BIoNzXe&~?J2M?yAQv56@xD;T*T1=zha;gK3 zHW(u21yuz)!>{aoBd^*8wQ!z`sRDSlW=TPTEQ62_eIA^w;tNi#lYI-oKz#AgG2H;l6ZdjagHX`u|f^CDvi`PxptgnNDbWQ1Q? z+a6ZQ|Z47#PoElUg$pm?>4TDHUbI;R1|Wa&ZOTCUza) zS%N{shxkDRp+0%%v;oV;5w>`;HYErf_gS1N@=PW1C5MlSJXMxO#h54{`#C;rxLK}S z64;5xBt}!PYJVB_jD%nbHZ1{ocS2Q@Bc{P?gS;!|xuJPpF!>y0 zU}M%0TuU$xctnds%rV>)0-69Yd#+1XkbBL$6O6xx6kAxLL5`YZN0I=qfpj+zlL$aY zz}_|DHG# zhD6>wZr7BimO6t>tzEFnzG77{18f`SYc24c$&iHi&fG9Rd)EkcibGjR{@w9~P9fnj ziI24zbDZEzV~BOi(Hw1qZLGgFbExTihHebx8!8kN>}7;M{cGTubF@9v6gy)=h$7WK z4!%DuWh7*K==+rN3+!X^EDU$(K7^oz*6#xS5E3Y51Z_Hvkc?p~Fpo5iGP9dZSCGM& z^5z0ZGubQvwCJ%VP_)doLEbgCu@z^FjeCq)#sKlH-+%L-m8|`JfhBXWzc{%@mIPd` z`MjW9J-xcpob9eD=PmPYnQzw!cvBKY`-^3l1b_Rx12be7tolm>3?PN(2t{| zkT^wJktIrbH)pPS7Ui5H0B#_T6~xhC`j+Pc81kI!e~y`;d%7VB-e`sXmgsH{kuC9K zgJXlzfuGvet6?QF$4}PWSc1=Mk^`ILoOzDH)g{%Q842lvXUrFR%%{pz63bMH59q(? zuxl7J%o)~}U}^?-<{T&B*#0ogC9Bvq8sY;Cva zYV)_}5R~WETH+Jd|B5;B5c5Z;G01dOpd)X6%JF!EUon5|G{=TZ^lUOs;7aoeTNquF z^x3rqa#~yQ+yc2zD7~8xUZaZ*HkQ1c^U7kX;5}nTxGd$Ez*X;?_%S`3pRJgu0XvNu z4C1iYS~KQ7L#Jz=Yw62@fBB@lZ$Tp`aE(aHw|9ryw?v!mf_vTfg|>9_U`zX4zqL1# zeLv{#!M5ysMB5|_IoJqrqnNj?M%Vav)3n;)GaK~kI2U^L@SC$EwofDDa&8#qH5CNv zyv&rAsbb1J)1VCbVsHX}U9cZ=uaDh(S<>-94_y!VY|W~!ISbk~i`9vK>5o5VC1QkcAl+c-guzot)#?5J(wHdcbCLv{sTQ&V zTJAxNmbnEKH>Wgc&t)jAA&^eVjD+IXNNRx~Vd5*C=nCN%kkk^wJ0(LpCu>Skkd<)* z6WstjN54f`XpM42UkL+7#tz;?SS^IK(hO&t69AX=xk3q+0L(dGFy6eo-e3TS2p+O) zG$wFO39MJFj9(s)^{-#ln*xXleN7>RYo6Ia2r)QCWUrXZRzKIR-JW*02tH}R(OUZ3 zPZODZgRr2W6EZy1obgQat)czNJi$&#mG6s5sETXhOCahFdxnq$Y4_q z`vrDOIxC{mPInFCc*aXQo%(JCJmCEv&H6iMU;Z^)4kwV;gmGr*X9?*frjwY+VfU*%!!@zyyg{RP^3Bf zPr=%VQu@x$2qK9P-%4i$SJTTi#M{ziP2_1fHdtiA>f3_-!iblETjMB+!w^h*&AoYN z*NrydqlLg)-Zi~9=weBLx9fq&J$2mrx3Y?o`)t7Ka*X_CkSYw$LcRugPu^Dw)l5N6NF znK483O0%Gl@Em=JX8NwtWgq~=6udB*hR-F$JM5R7N#;A(_>PgK`FCV)C5ifQSa$tk zQdvJf1o@DFjScU4IUm4d+Ff(bfzz~mF7aN%7SVZdTH#-Ph_QsUYn`()I$`VU?a8H1 zvBNo-v{jl_87#nGz%66^h0_S-zy;Pw)XU-JGM3t8nd!S2Ihr6dV#Ro0sGjD7E61NS!QM=_B{H*3b9g8eZV zJjF)GaKr_CcFw%bw-5Pzgstq?X6=t;)!5d)yb1ucM2{&!)O`M5G3E>dOlc0stikjQ zd#;eH#djL!*l{ZFh2WW+WSHN;v({|8V8i?@rZmivZshsDG)DEnd67mjE!5R?@!}kL zUs7Ru^6ErCv7Pvit&s_So$^*6ocEBeK!?!@^VTvyTax%#Vz35ZHinH~mSu#Tn#YSQt7W^Z=(I>V602Rm?xHo~HvMg0e9|?1v zuwb|b<5OZ~3sH&q{qO47nmw%rWj5@-Su8 z7;O!}<^)`a;QguucqvJRSA_zbb;}-3u8hu4aID6XfM%r#upNN)G&{C9g2NH*3qrQC zZU8;q$(lonX%H-d&Zl#zCsM->>i z>nF=(M$Ry5q&(;3$^H^D+@O~CYA0DkJ?i$IG5CUct^f~H7IxwdFYkha4|0z85b4QgRNfPGdmGF!`m&Er0 zVTBBH>@mS+9iVZbHEn@SW(0N%6qDIn7Z9ZFc`uO{%xSr5C~qyhX2kjCWURNRSKU6M zebfICf<9xlWgwhl%WLdAB|%x>G-HT%3OH+QZ~8S^9P*2w86>)dxK>Te+*>h037aGV z`O{Qc8Wp4I#>lZ%MewT1jO)w?!RC-pLSHsV!$3n2ap=hOP+{v5M@rC54S6pix)p)I z^tAwsYp&I5@I@NOHDqS;SfaUt@QtvHKxe#Xzp>E~9jo;-9PSFovwd3o!y|To(Qeqs z-H-@kJ7lu^)>p$EJ>##D^_n2D2BRCW+S0#+P*d(PJ&EgKt&bM`Co&z2d8`OX_FFV-u(d{(hWYufZ^>~? zlJ_<=a=)ZnvLe83Y%FA+p_fyFoc*yPyJxFqdwKIR;FW~Um>gM#)j=Pey_^agBL9TcrI38GmVMtX9>oZU~0vf8}Qv=cZb$d zg&fttB|f;}8G#L}BHHyl1_hpp=-NKpuMI~pbz2io-NItcI}P@9u2sTwHkR3K!&uf| zOMe+UxAy|JAsT37b^*sLnpMFXWHJ3O@p)?tn;Xvn($@mHR`}o=UtdwNXgJ?+ZNqT^o~B&ez;P*oIf0w(S8RM}~vK1P%XkGZ`_VB*rWm%c^%ZcK6&j+XnBHf(zpld)bnK3~bi)Z9#lvG7{t`$ZX0n3jjHx#qRl_QNPduC8nF~Ro}9<+t&?_``eXvDM{O&(+Cn8 z^$Km{=y{qc@lnfVqczQMM8Hp#Cz0_}0D`$2*NtT|`M_r+Z6yWoSyjZ2&@3ahHbkFW z^gSptMdX4rbxGtu8?SUl5S}j@`gAHnq5)$Md9Kf~Dx!>d27^MqBBgYekzp3HB&7hn zX-t%&i=I7SWs1?G(}pU^s%r+=Ijf-=@U|nKRnZmqjSpsQ{)cF zoXL6Dt?tcX-kn~{GUxA}zSVb6UhBu_@AT~TvECe?>zL}%#DXLC9)klTc1!romQym) z1w@+AS0A}6R*Z(1F~Gkhs2Xsc6RVrGOvV=SO0Z>(VroD==iRbQbz^s+QNQQ{z?5ri zoWb6mGo}&vnxrF!pd!nVJy%r~3g~b_GGh*yKsGgYkq_u8s=&5Y6$SIkfuDd5TgJ6N z#uGU&d#OU^C9bU@MhoI~kZLb&AYoetEs^mW5?DfXZ3t?eSBisgQT5niJHvTL61A2& zuF2V`mEp06eTK{>L#8G2FOl7XNtQ;fk#|DCv4m|2>CXwQGXlJk#RB^oajb3bkjE8? z$vgCa%2v(M*`T(=#xC=N|4*$up_yu000mG zNklrMT0fvEVaAEfK=ww468spnb$b5rNRs^pk3u>Gc7?+} zsHGaY7U+M8PFCP}#n?-Z3*=a%i;bMtBpNPF<&#WeuDqfJvd`g1`*Prf#O0dLQxf|N z`0NrNn)B|;IbCu6jO5P#-Ib?s+l!+sy``FW!8`Wl@0w>2Lt>noc-7$s;5+2qAcG}= z*I?7mZ8oX*O2K+S7yPG|aYp!+&H1tm(q|oSWyl+OZq2+l=+%73&|{h69T;zrFm@7s9Vjej$*!bRJ zbcj){PvEs4{*K=C%YJ-<@I8W4o@Gq3RT8`$eXMYDj}knypW)OFunr;eEy}abCGd%p zWlIgf$zsAAjg}Df0!I_dvUgTEn@3<_%yY_Gj*deTbg;Lht>Fl0NoN-qva**A>U|=6 ze~Mx%GMWX-8AB$Ux=~Ftk}{{ZW{Lv`vZTa-g02nsd~R7WrUb$u8{6bhgBSiM+i%Zf zAb=-I(Dqw)dc`X6N6k=XbuAY&UERn$yoE9h9U^p8WQDoU_Z9+3};23Es z|#eM1ptr*C3v2L@*kZnJVsQ$mMx|12~rquwWHFM;7mc z8uU2_>?<5*Nt**|D;-U6E=!h{1S12HU7K65AdoD0enUV=f>%U_m_{`c2|xN_zI_5w zpYe+QcmDrIg3HqDuL@Lt_mylY1vg3=_)({Bw% z=vg)QjC@zfIR{4z?6Lq?Cd&%>5LK6u_tfl!?jlOcvy}OJg6O>a?T5qDON}9=8G&Ji zEsaPT!CKy_ta916%M0X57(ZC^K@m9z74|7J#gJ&lm{V|a4LM$(Pjtz4(gaDHWud&RA((P!2Yt zGlFf=za7O-1Ey={xP)kzj8(%K_PKSEa~MI`5ILBZP@znw76r9jYq__ET*v6)%DA9e ztKofnErT#C=IMi%LoWfF#?*toOtyVtIPLce4F-j58^o||G6@2 zYgLu=Zl%4Qq3p}E{i;yHy*0X-qcaO|k>^`*cnyvle6@!Sw%JS1Vj|BZ8ss*+UZ7`d zcD`T^wz8ej#~7^Hx9^YffeF4`^SqqRK<{w{W~T&&8k^Vjzag;HG#k^}n(LeHdc*Tg zm-LwZT67?Og7-?$iTFv8osY~F9r+-Ke1U7$QuJW@iCI*F>>2)Per8;imnj&_)I)b8 z7D!t|xB=f7qMtoDVRz6YG2*=tWU`yTbwQT7Y&u(SbWIX)M*01aYVJ96wZAhm20K%5 zGQ$^_%+ZpC1q-1i0o=sj;Hx(G3lbUD+D;|tk8MD&*A_vGwaXJGO0 z=u)rVp2@a|%)giD&h%jO7$9p8pS5`g?~zj)k!0Ez4R=Z42At<`N<mW>=irk@ zW<$fM{`%v&p2VDrMUN_Zt;Q#EA)$h6$>w`LFx+k!Kc~Nj>a|spX3W9-eZp}`OkLu0 z_Bnwswud9#IUvY`(Owa?jZXJ=wy9?I;JKFVuxnkCsOEVAr zXt8m+q@ti-_~X|GBplR;B;Y_bKwF!TIIE*GBZnGijDRMMUNz6!JI*BvA!q~94SIPO z5Q;1+@lMAA(W?GqS`Om9mO9vNvTJNTv5iRx25~2cEUL zne1jbq0}`XhGse-7?|jm>?&}JPXvP{&Rj!6HAzt-Z;M9(2L(yNNeTa#C0= zEOgEKPr06<$BI_)T*)f5;M}g+O2)`w#XM)&V2nW*7CcBs)+7X`n>n9tb!f*+9O?Rc zAzO`EQee-{a29I|0*evn2063T3$4rMQC6u&!&0|zZ0VB^Z|cJjXpe5{(~s`x!QBJh zW<_(r{`3CsPzMKFx@UhO?9uJ+udmr(WBcOM`}*{QJGy^&UpM!*H5^pRvIuBPwp}u1 zF?P5R3f^F&7X3Izmk$tgL4f7?Jd;Q7ruz_s667=X7z0f6zdUGh!?F?%p*PVJnNw}#DAUS4(2;;_gTL!vB=%1vI6 zerQFOk?;(3K%%qN?eFE_C-PjTyv#I!u#&Z%K!*vKkULmbReXXVz^r)8DaY5i%Lyj%} z7tv*rrBsA+h@p`6SK}WxKU=|=-D~`^K|gk+HwDHF;4KLr{|KF}1{L-w3!x&J&o9xB z_0xiX^T`$OFOYEq9vdM$*A1WM|8}p&7i;uwxV(Vq&mrkE5{z?5{`6uZJHKM(v!LIV z1%864`EYkmpS+4b8dkZD7OWa;`rpu}3qh8YTX65A+Z>WMeL3fttA`pK7L@G&lf)}H zFW=28LB|dAOPF6&5Bp?k(&;o$Qw@8iw#+t=fBDyY&U@ZzX{cN@#;7^E5R{=~Prq|~ z=>j625VXv!Dz*&;;KF63P z%8MK<)2c!}aGdfvg{uwU8RtFlkQ0nDu$ywU;5q1*Bv3_%^@{f_x$0G!3Z5~UTgGmf zgZX2}O769RdCHh-|g%#&(-dl2R`f<)_WqLvZ4d+WRJV%EM zbhSdK3*LW^L#N1m0?#bq!x>vUE5o~^9+uf!9fdfGNF`jm9G|X zFW|AMaTs$jT$g2`m}H7EmG@pIpZ$i$hj(uvbE2(2axk7@b+*``Kd06q3pUQPAk*~{ zjx&GSpqmCT4SJQzqR<%q+M<=||DyjqGm$yo0!KGcdglq$D{;^a;I3JnS(&M3A8%_= zvZ7crK#db_C=<_g%>+@gh^JZ-7{$cL(}|{#T8+`xkjR?SPs1K;L-y{2x}+gECo^K( z21E#S(Q42eavl|uRB}-p6f6{#B?(Rt6ocy;)mdf1tKfQ-ChB3hGL0$;_Ps1qo~3f~ zaz3cW=#7hNId5E0V|SdFr;~`Wos*n*o%0fl>DNIZLBXDry7Ll8$Sg=RmS?7k_ezsM zxdsAed!(u|WG_?{DMZqeA+Fi0S}U`_W(4IWUJ*CVzZLnMFlLbk<;){XJlEX&XXxJ& zizRw9yPUAHI=h(ag5xzt-Y}mv#$N(_3kn9hH2|y8Z({mkUgnrpk!ipx|6pez`_}L6 zn>*Tr{EP%g*wM0IBM6(9m1|$TIVOv~)D(NRMp3Tq^gqLn*Q{jb0MGC+W)*fpP&%dj z|MuiuFW#Q$==4f2-=6BlyEDBwJlC_ACu|iQ>-#5f^_TBo>f2}U^wW#O|Jk0tI+cCd z@a@@{74AX?awDI85{iS}E#)b;2TL{BTN2pUR0QnX_*OwE^MGx{*1=LUb2ftHlv1v( zw%5Glom0X4eaNiru#jnlW94b899&q?BX7gHPQiP{n5f`-62t#Y_}~hOeggQ4G0I^h z{!gtuhoF!I^{b5Fn_=Tb3GXIcvv;mZcCXRbF{Sx)Ry|{6yS9}+dR!7L8Zhnf5eE`` z;KguctA=ZIIwinxSv?XYtF+xB5i5|}JFgZJ3v!BJHYR~H;frfzNFjif#47LXUF3Nu zQ$*$#iTh=yo2+KHz(V33tHqU;;Kf>le@@Y_;pmc}ZC~sj(GtNfdAC z0g2$lJG;71HR#d3U42UO`1wb-^!bOkNCUw^cfbFa!(FpnZnl_XIn zaFTfFp-~N?&mipyRfJQj3ig*EFBsp(T|lB;BEx)>G*Qm`7F>H}-q~u#iusJv?kOuk zD+^zfB+q#VE@V8$LO2Xf^KTQ%1s!F!N3y#U~esDD-wOSJEPT9-9xW1MxQX<@tWr=pTM(QC$<3&^Q000mG zNkldoFR9knB}T^J>|SpB9G_A41M>?0xaYTA(6?{ ziN!nuCuU33`-}ebMgU_-y=i$5<*x`Xmc1CFfR*H&8gAx*&bc5fVXX;H2};=jt|^&M z1Cgu%u{oFtx&k!fy#ygW#|Fl&0DVCpDevVdc84t7CREdRLf~G}msJX4nlol1DWH@T zrz_Aq!a1)H0#`ZuAO$Z+UmjyPoGQ%{z%8Y&Rpbp4CMpdZ)vSOwtSVP1X#oMuHzKoY z3DT|RwyGwpv}|j>ZneZQHjL8%z9c40!3nG@a4m~bsg2JiY^ns1I_4FTG|Bhfx-!=s6gPv$zm zT6-DU(=|ltm`QvOY@8>{3T>F@+2vfX z-d*tCx!xXMW0P8I-E8Gs`ZcWLpc8`anEmssvn$!J_iacpHt29p;JYT#nh}_m1Sku- zzE<}a8ON+>uL%lsh^od;-X{d$4N1sKT^W-VtgR4*{yq4t@#=-8Sytw zD+j&>t`S%*|4V`+@Z=CysW|}`w^2+|4f}l(juJg%8~iSTSaCJznIX)QLEs>63 zGfM*Rh4(>icUyOEAL!=IeQob;X^Top*(;P_XCFX#D@_<{ifl6~UJGIeO-6!K_!LvZO6V4j;TwA<14#f=j4m42M0e)$rGn z{#W!rg|Fu%l*Y3S9I;}o8DkoLO^zjGQ^O1NrZvZn*%(`d;1tsYxxE5BnIL=0bHMSO1keO^{S|%j0C4t#_t7oEwe-w z$0AGN@}S^7R&!n7OKdu0L32%oXpGOD;$MfympVm1m-xvk_PfSE7N&c2V7gA}E64s> znkoT*DT$d}q9wf7%JY)`y@7hxftUU|4D!?x@Nf+XrRb&wM~9 zUe3LjuVwxXx@(#Lngqxap%neyym6B`l8h#;(jbx6u&Aq0c zd*a{sY2Va0oNeHsn#GL+e+zUPlN6p_=nAab)Jp6^6;vlwq9$ z3a!Xgyn-@7M+3W^FG)h^+PX(Nhml&gnQI(tr3K&{ zL-u39cZsvFdC!QtCLpaKo+ZxeomUbPfEE<($UJPUK#z%-8*(@t6r5;LH!_)4kOZ&E z9Ke8|qQ?~DI}EsCg}%ahR{*+eoHyvC#eqG~@E<+H3Ir;_0&TmItz=4cZ2e_1bh6}m zB-kY#z%0;NW}Bp`5)vmLQ~4xS@QH-Z*34&$j^D9=`<9jYo5M4`WX1mE<)L1@J|yrS zX#$yud9;j)l0^K%9-bLW3G(-Fm|Oc>y1hSS^|!++Z$}?J*k{#uqx)CF?EK>gyWO?V zKRD2*5BK!w&X(@%^>urdjr|(E=`h7XJwwT z8qbkGk|Z_YPn7!`_Lx^XIh*O}i?@hcLzt;r21+9sJStAY}JsnMvfT~@sN z+}{}tv^N@Qt2Y1x3BhcmtBVB{i>VGtQjX8&dUrA<0a}p^P4x2hh5qvGOA?&d`r+qy zdiLT(uMaQu^yRU>{rRo_{QV34<%ie$hW5KZ{H)*o>8bwZFHiM9{`6RX`1+at{M}3a z;j3r*`p4J$;n|TM^Zpz5C=ZXX^yb~Uo>Lil{OpjvU+W1Kkr%Iy^!DgX7py93FtUO` z?AJwYC4R*I<`DtkR$em*-M)w54FApxV=KYWLK2mLOYgmm7!3=C{W*cc>~176W|d`M z*t9PUUJwu`5XTylT0Hc=@%vT?ZB=eTxy4U2`Zhv!U^Ydb2u5wrQz}7MSJ$fXuQh?=68)W$ z^jxwvVS#tfye9<7GpYyndBt-9eU@dZ?#q#X#gO5s*DsaASqh0Zc%|uGKHwpqxjW5B z+GdOqxYwYIF)P?>lDgV_nLbwp+?6%MtpPa*kE9}1MI6_KLC{veb-U+fqKBvw}jBhg7*cR+-Y-zzt$gttO;}_Q| z^-`V%g}^)5TIemn&w);@o3#Zcdmf`&!m@-v4I_4sY06gb4P#rge(l||O0~@#hW#8q zN@dlis!TQL@tKu*4?GR4oJ2B`JaPn6MI-@Xe2W7OGA`i3DY`WM+4o3Js6d@ji8)74 zXO|P5koa2SY!#v@7+Kl#R3Z#BW>3TToNL$E*1m(%B|_-20lSH$Zaj`{r>7cwB5 z@v>i^HW}*HGnV0Ktp>l_FsDd-kQvDd8)W*WKc1g1OSH_`&Kr#E0YPmF1SENpYS=5g zey1p-C8%UE1Eh0ZLtLXlsRV<{`OZOHD?SIQZ2)USOtHqbB*6(%l|{v)foJKGcZwqC z*;XM$S=qz6Kqgr!gp`)xL|$?du~kc)YDL7YkS&;p#ST&fjCX@tCSu2#f zhTJ*_;<*;EH8|)7rA+})!yHo#(PMsP76ECByvV^=Hk}O)u%zE5AefV3*-B`G19!qW zr{Du(d70zY%#}%yNjfDsm^B{3SoT@U0zgb1MokzeCu1(rX`zB~vosN}peNCvWMfC~ z3BHMZ@b4SsAUeeUnnIj4^Y7*ciHJFwGnuRl2&22sd>a66Eluc$cgrH{R>wP(&~EP$ z&=0m{WlH-Cfg>Dt7e^l8yumEPyJkOzC#$X1Zk9@X17KZuOhXIc6Utzb`2>x6QB~%6 zb}jqW%m}dzdMPEhT)SHpFXa}>Gxk*Kz^+M@y8$ZyFdS^ zKYaT{|MaIH^yQB)^z-ZE?n^|ESrMNTbY>)a7m#-M=ZJCc8pSuX0>W}QrmY-&Ok|&T zNha>x+1IU`dpbaO{XtLLR3%2kNSxZQthY5~yt* zkeF-@d)T2=jHw*XA93IcA9$bGMY-tY(N$hVCCCxMhb3VH`Y*uh5~98&AR9S3=fO~_ zH1VqP6dlL^dEDw3va+m|NpJ6tv=0&4m!I~Ldk?vGyW@~#X@G7^+4fMMcT&cy!Ib%N znP;*@Dgi@D67U$w{Kti$kVJ(nSDu%gr}BJuw2aUFUWK0*>>HQL(x}7-u+hr)`6D3i z<+--dp|w6X9-_BFuhcHdn_aWdS&YhJLW?SSe!w%pUYD#Erz8vwm`RgFMVfFwRf?{H zbCPS6ppOFmS+nnIY*Q-Eh=64t*vF1aAy;bwoI0L&U_Pgxy`4(?+i;JU%%3jM^EpYy z8C94mTRRK5W(ihSaKjAjH27KcP7c8u0<|fqg=aRKRu0<)vk*7+6?|gg( zH=TpS75;2u7iCTW$>oAm5`)B1JiB15IV=2)U>K+FzT;lBXZXBAhL(YiBJ3UKJ*t+X^kJRnXh5NIJm|ZOK@p6sa4BlvR{X8(d&k0=Z&O@JSF|~>9b$u>Tw+POYMxx zjt^~4X_6>-ufW{B9chtk&e^pfhYU5rz$z*XEAyRU&*aQHy=C;D$EYHS@NQ7TxJ44c zNklzZ8e1(1^b^Ao6$rzVt-NO>0G3F!=(5Zr&nL=bqKKX|T1t!H#^D(IyM5#hy32Oh z9+j*tjlAVqm}K1?TgIqq31uF-zz+-E;hlb&s^r-Wd`4`T=ZsNg5_3$ch?Yg63|YtPA!l5`qkYlIQ``1_xPlY`W4#gV9@7tTR^bHGs5<7m!#$0ali%DVqs} z6h*EC1A3Y%H={4HGOm$fww!6RoHC(>ruGf+*%Y#=ktGHBo>hLMhCU=GQ^tlszQ)nk zBm@ge-E)H9(tt&S)TtHC|Vw987o09 z&)9Y>Fs1=5O=CxxSr*ZI+Ueh}2cB!0_rm7Nm^PmnqjJEWM&?3at&rU0pfPO)bezS& zqb(!1fL}5|F;(=sMxSfI=BbLT87Ij8ROoiU&@SLIp!SSF)6m@u^q*q;C;;p8000mG zNkltPCwdN>OUScD4co+9W&y8+mQ@GVKmBZTHiz z_0m>FsFj1IjNszyrL^cs9$(`YYi;n$ z2^F`7L{wCUmL#IKLb+xIJ!eH*+lqqs=jd<2(fr6EV+LNbB*ET6Sxi(_nW`eiJ}LHm z-v(u_A+3-7>}Vvq(0ozDJ6l6-lU(+zo<_rdmuwC=-{D#hxg%I|V0eSi8OGN5a}A(_4;TvFaNX{E z@0m|fid^3A@p%LHY+Rsv;MH<1p$bqy(4%2b+sHIRKM~zoLNuSPwOVXsN9#Z3*+?*m zIeISNx2mdC(t3lwD&8H@$MCPMZ?bcJI2>q;xeZ1G1^QUvaHm&uy*RwocTW!WB?Vw0jfgwW=FAbdbgjJmf0M0(}oO!cN=R za0ff>V~btplOuOohk)G*l9!&kL?zEv<(W!w zm}RlEOOd52vaCBdEYDcbT~hhIM#d>Vw6V_U%Q;6PCq<4C?hM!-nwGaC*F0^7zmkEage;MGj#oqhLQ}v$o^8&EgS zD0t+cfnPOD#^(R8%?N9SL(Z93Lqb!dMI_aIibl{?3-RSt;DR zy{oN31xaMG{k$|uh>f+(;SzKfB+VGVWzP2Nn7~dOWOb}i3g%ZZ{|&OX1k-@C*0Z_B z=NGzU?|n==qe5^+8G22io)L&QIHmR7FQW!Uswz*ECtmhPI#7Ct>7W)HNjByhoUGA% zz`nZ#vKzYt-MhUlTUqYn_~!gO!xH@#Iv}7K5oFQR)mr?&B6HZPGL4E%_epy1=)v7RlHEPs<9N$_X?LiiUuaJ7xMm_3l)sOe$Ezd8 zVVmsD@mR0ezIs8m&3ND)GCjwSUoyuh&rkID`LUkAJk_E7-aXr8M<-*QVS^c*H>W?$ zhHhH6x#l__<7>o`GkC*vI)Ni6_@X5X=ZtCZo}*{8&*}MC*97V*&yTMSXLGPNmu=}x z!P|s;bNI#qywEkLGK(EAWZ*vW0k8?Uwv1m(V7kS_W+X8y{4>HE!z$M{%E zv+?{24)U(nl6YwNPmrNT_B2i4jz$gRwfNVHWPU;L-!xth-%DtQeM=Z@RyhgH09gfb zI_DIS$$oRKmeVi&@eyTJWvMbR2#^WH;ps4FhVY)w7m&LRFdIZ3kIB5xaiU8I-GZ%EUX1+bIK+ZymVnld23%W3wvg=-dyZ{Cl(OcWKzohj zUC_q`O2b!Q3H7fvgF-om^k*^yCzBJ<`eXu`cbO@C0KHyn$YAz^2&+zd^@= z@iK@bS3yw8(o_}6s3jjoo-0XGr6Ey53*Ku$d3&GLWPdPF)$6OMDpmcyN?O(LYrx8& z$Ev1cWfpkfXSuxfi^KL<0rrL@FWeuo>M2OP^IoO2Dp(yAN{gJaOAY9!z$XXvVJp>~ zehd>CK{ZVSddBJ%ja=1QPdJV}jiI<#k79DWn#uYIyA6(J`G!_}m)oT-q~Wazd~=ql$C* z_Efe9f5M)=1vsnhSP;9Q?0QH5c|tPy^u>{$*!Ltz1fM-W(yLb|`u^uv`r+|wJ>~w- zZ0mgU!wdcK>&I;4{HTBW!w>qyU!LgO?_cT5Z=SKu^Rxc@?|;<4eDy?M{qVY5(SG?I z_r8CjFTZ=CzkK&xUw%vb?is7!=lTPyU2A{&fop6Dea{xsPtV^`X?iRB!&dL?dkRNq z`uXLNUNeUi%Kn#N%M$1@$-^nWb9^@D-lZ(iU*Pw4?KSgxcYdWybme2zXltOI-7VeR z-y-l1WZy@*bz?_2sXp2E(DwF7eQ=Ofxy;7_maH|w%VEGIk4mysS)R#~ee*R71}iYT zf&*vx@q}ip?GRHL9(M@vH^Ahb8+-cr(QVm3h5gBgw{&ZNB>P9WcBl$uU?QdEd7{WT z5qoZd#og_m_Sg=(bFiiRclJmQ_I0p7)WP0Bw{DJf@6L`s|M;Fh`{bTJd~ib_&^}{~ zPaoZ4teg7q;SKKJ(cRm-y3HKzS7>kSjWimT8Vw4nKe@^>QwFxvobz6#U1Z(e+m`*C z1tT!NyFKdkWYwP?WZ4>3>Xn6}@pPIg_$Y~Z0g*W8m79Ljr~+)~_-kR$aJ_-&W^mvN zOt!=$Uec04YDva1iPIT2w0N}OJ}yAQ8j&r>#{)eZoEuq1cg4FFQyMwRI|Ya+L3cG3 z>h<(glj+!KTp=y-!&E8$QX&)dpn#895SgV7bH8^@a_`c&w^8lFI(Kr zvP@=|EKQWa`{t7~Vy+n5(P0Qtf&Pu-jn{>bCO&ZRo$OVas}GMDSK-3?r9XbcYG4V0 zZg@L{gh1G6Y~@J=opOB%@a&!`V}>%(u`F1mF_l9QVVrZEe@@^r6D>K;d9N`gLfEE^ z1aQO8iXl+urzGm49Oqq7BO^P(`F^D2`;LG=MxF)R0rpOga)$i@S$s_(uC+!+k{)@C zk|1lArt(QpVlBQmBAQVIICj6mtQ!PgLv(9MZUxy9jTIT<@)oZR=!Zt-5jCa)0g5 z%Ve{8+Wcq#Gf*#C8LTy7MKCslLJU)kIwqK2%(p(|QsVqpBBob#N4yUwp`aGx4bNW9c!<`Y3O}1s-Fn?<`U0X12bPd2}0NKV% z&~Kon(JPNZDdV@0^a>j;v7gOdV{3a$;bw>#9WTf4eR+h$*R8zMT`+me-ZcOk+p0{x(ut0+=Ho@g{E zS-lq;^$YD${37EwCDQGkE$wV?LBM_O>}+c=7%DFcnsT=v=bOpHS|rSw%G9ac!6*Nv=7!YioSY z&KLOZjCU9K(VU>P#@?xyEGZZ;zXJWrfpv5QKWRo#A+M8zXmXO3A;BqO-ffFtK#tL6 zE&u=!07*naRHj#~BCiQ{8y+5$=-LYGkjlc`{cvB`s|}S`jBh454Lra{`bNC2yFKmcN-iJ zAYdEcsuy;B2<8pPF}GWA$<3R)x^Z(4JML&m@?vekacgT!3H~%-4!dwoQRFgzbNEwhz66IEXUd!G zjyXjcj|JwqVHQhxu62%UiGufPotIr(lE{w1;1oVJtaY3TH(C-Pp0RhF4{BpijqmYZ zAs18CKH;`k-8%YdbcTP7;qw*a^vgm;3_>*STl8#Xd_BRZ*YI+^TA;R#BKls}EpfMn z)0Z0Kua@9#h*=T+=jb(yQF+Fg$Pm1j2wc&(Yz1W60(((jj`-%;bVB>T=s&t^)wZpy zyx^QrOri|}xqyKCa-y+Zpt+uA3P?Aj^`f=vNVOo9T& zP%Cv&iXrnXswx=+vP~H?OA{0t$k67L@@DkW<`*1yR6XmWv*=XOSaWA z7hBoTu}tyT1Y!$3OA>}TNzXOluxD*w>;xh{Vs&r@(blS2Ii|Wn3F+?MNZb9Kc?7K> z%WHzT{Y~mANx_)C>SOlT4k>TFCKG*1dGE(JXL?R~?dWQuNb$;&0uqh}aHi;^EK_CZzyXXt&bbe{+}s^#i=bK-nPLnQwlNtD z=$K2Gwrh6XV|~-B__3hrIR-$GV*3ic_vj;|kCtTant(DP=!_|^PdQ!@WX9;vi2M9< zswp}$hjGqP|- z#I%-u*Oev&wo57^H5ev$;(7x%mh8vQan6QB$}39t7Jk5O^nOJUKB2lWr=l>UU0+_w zwhG3q0?&`nHM<(CSW~%s^EW55mGFZtFNY-w$GTvd;xxY7%C4EI6 zyI^DU?s2{|Ds`~a*A1El(wx4F)Dg@wZQ)=0+okT^91)Or_1VJ%efDTyAKcy6NB4L2 zh~vi(_O&xYmeebOB>(jfNR?So&b0so*!5*`n+ce`=Up@KG^la!E={1Z5H2ysVUL zzmGqm?-}-A&<-ibzh?Wx{?5lMDjvpRM3x$Tf@AGvqik|HN?` zNeOl={~Avs#&(X2t+Zn7L0Rx&4Nj)IxH#1r3)i}CpmYglQI zZ7f?b8P^qXb%W0&F;S#yk)}~|c+D1JYkWJ8DLI#Cv9XdZSeMMPg%9k#K`$lNWgXw! z7}igp>SGDd2B)qX+O{q7{j&djMh2ZS>4eF8-c2B%G$aZhFhIr?lOCY_GzqHf1`ydG zPJw6E5E#CJa~2pakp=v1GLps~!Ia)P{@-b3#9oUGXrn1azh)Iv78!wRpaO;6h7>F- z-yy@xP*UBlb$W53w%v3IL>40}+e8`85s}YXuTHXHu>t@ajK@bDJ|IUB!**p}OIoai zXNp{*;3Y;}0Fo)dImhT@%E{LNW&%-PLDYxrNxxxrb3#e;8bGahzQ*wpMBY1@Zn7AZ zps$ppo%eCtevzt#Tq@)%xZa?YF@$YjHaQ_HJRSUNZt3W7kv2=>k%+?UEx%>@6kULx{}C=Y)WL22os6 zmOg_NuQ-|$`qs-cpU7NdNO06t!TZi0y$H!j$JPAiE<-?3{T_ z_b3p*AmM^OP08HLGpA&kbir6t+ynYZ`hZ8eSATpea)WgOiRYC z$plUBE66#GsRsSNa_qJOlh*`$BTswpE&IwQOF$1JDmu4s?dbt4;XAC-?$WH(YXr9g z$?Xvcjr0z7hU$(Gpe3Ug%=fk{0$8c4${4HA9?xt+lEXnMTPa)1^GH>xr#)8GyAWqp zq+Jp@s&eh~xt9e%xgp5SwZK8Jaja{=CwPU6A?QQk2Z%9(j zSd5&o;Iaio4_P;GTg3iyK_N}$Lu7ubdiZF+DjCasF@pC*UJi9OJnA?TKU_f%0Y548 z4ByR2@(Va9Q@>Y{{Nzg0s2sU_jFt0DXLIacRXNY)8dN;T^)gG9IIlpjSqRGMGeggg zc?QOaN$C8ITt<*t$L;gK+V~upgT`OS@n9X)TijO?Go)3fj_09YkU@xDD$Hn zep}%GE0c*iSc2C>CwY;}bWs$g3eF9pt@H3**2xu9-p`{ljvI@u1pk^C>?CzklC-YD zx+SeO*fw7^-dVE6z64{oh~Uv*^q^P>ZdTFRb_JYOT& z5{GFK%ib|#Whl+gtUC~56(4RP=chpCk1If^MU zN-dwHsv)QhB~~b@kHV`m<=Ipg023VA_GyeDjp(Ns#K9O#m8Gc7F$9+CLTiniaYc=$Pj$$OP||Gv`5>>J}xv`!}}q z5#>QUxAIGlJf^E_0JkCtSioAdx--I_0)T6X+X7UJ+aR8tGoU51KLNQjC}dTGA${)+ z3*BO6bZ4)xdpAbBD=cmVSh11@9FcFyr%@d7KeM-jNWU5hQDL8F3UZ zrzLt@FsBXA7#_;>|LV&TJWbabmnaWqG%%Xw)u zD0TPNj_%*t)ose9w+=?KAaiqXsDs^s%#rNJVO3gkfQDFj?srDbw^e@FZ1X7^x6 zTYKBOPifdzk@n9g@9vIdLHbu8-`5wkPbgvEyS=A}cMtRttIbCo?}Moi?;W7$J>8|$ z`q6`1y3eZgA?@bgmU{Ty4y)F!K@WWoyVZMHMCH+|sh7$^qn&=LJaGi8l@b$xNE@%bey(utP%()%rmnXU+~V-lK6a5ckcvLq-0Ck6TqlF}Fz;2;^6 zIA(dK1iYj%RTkrW%p{TElqyXU0d3@Jb&0*tPp)){4T5uu^x0=F2RkFMGt&OfushzT zo#S63si>1T@o8x#aY`SF|q2!E{V`Bp0SpJ zasJbw%v6z}RQOfNn1f!aEuP!v{TKsDp`i-4bn1fooT}rDRqHtk!8tneYSqA59+^c8 z=%iOoeoEIJH+klprzrtA*Vd@7+mz2AFuy^+(!s&5 zM#G`xLf0%nO|h9hzrrs!RKJ3E=rW+ws9~9Fe`}~)=xeJ7FEgi|L7`jt;6t`gthD1z zb^rhn07*naRMKhHnOpGE9j@Iw80iL;$8Db7B?-K>Kh*90fezTx=ohI*y+SwlMmiuN z+@tl11RshT^fNg9{g^qn&r&B#1eu0hyOBe#re4c%vxdXgR3sXBwaPOIT^Yw4r&xkk z6C^kIYC|HIf|-z*Mx_G-RSLRA09#RpyE$>mo~`nfF-z@Xr%}I9Y6^8u_Os@_ z+ISV->Z-u#Y%)I6j7rfK`izw1mn0Q(UMUi7rTT#w5fo zJUbyN=GHIz&nF>>eknb)IJH+AJbRqAYDhoB8l4by{;$GCoNkR$rU+l7@D0zIFhc;4 zMW?9+2<~6w^kY^Nl2@MRWdD^O-npd=1D;Vrhf`6OLw^ZQA#E_=g6z0u&(pb9gMLr_ ztzAX3t4mgK)@Ot7}G&A2V&d*^U=uLe+DLnv0RI)-H5KnACf%sDdHO59f978s6M z?OoEx3IXgJ($0Gs`3`ZGZA$0cWT@LX`yP(84=`@-4zK&ko z>H(x)nW@O520Ula-`*SO{{9F@8fb4=$((4|%QUER_TLJQg@!ykBq7>ioGr!}^4tL8 zEpS2y3FK*_KIdr+%5kQO=ZmUPN$Yc7ar7ZjzGD>)Ff3qA3Ci%>0c1}^3q*KnKy2g&I-VZJ@cVu;G!L;_%6275-}e@?S+O<%G)uOWy8d=4R(eUe8bnq9MVKUbf2|Ms5l zkWlVHmi9~uehSm`umnei4t7VnL$EmjA2%qY?{WPG&+ZNiZS|tIs;DYYRHmN&MyG;f zy;*8P3HaUdvECdWp|5kDshg4V@~ON$x7Oj2$or*UK#c1 z_O>40+R_%mzGt?=K4nbBt``_tQo3Al-iXVp&|j9Ps;XQic&)4zIYgGKU_Kdk4$fmm z*V(g=&8=l{O$|me-XCCh!-)7<<6kwzS3^t=tc5&N4mQeOMLD=of6!NdIM8TkTL%O? z`(oWb$xvPtIv^;SuKV~#flOHpN|S_SWrN&v37)9zns-W^gn5{U&`GN_Ch8&gF8Ve; zhjfxJdf3A)G> zA$;4ao#Cf5cxb|k-7vaA4{I>EhUl%iAbdZ{)Atq0)WyXWcAaTP(!arWVsBsA%g$@# zPW*NSCtoAeA%6IrE!MNMb6sAXYd)VUN#OSk9sy&moX$xsEU+C?nRrWO%)VoCa(1P| zlk+aoFpeJM!)p@YOIF#ZVEmZG*`7He*?z-2_Fm`j^l?bC{pQWF4oR@z(f;*&AkRqB zpFMv|*?gi2+bb)ApM6gyzyn^w2CZymU1SlRMS^K!7u90_1RG^$19;xz(E>Y6!Rdrx ze1%U>>1#r@Y>e+;q8H{UYNy&I;2NBR>;3I5I6sr@rB+l07J}m7W7qw*$k}*GIe#tF z4pT#S*If7yS2MJJaS#;er`2d;2V3#>~B)YF$;PdHgJxDYM_+=E_E6^>GnAUNKO zD7!|fYm~GgyLC8-IbT`kN^zPDWwkD_x~awX4=bw%Wo3~3gk5!drs=LDq=gZXZ<*IPxUR5e(zM;%i^WL(>Mm}`s3FMTO zg>vpih%7-_{i@Why)E5?ye%W%C0ias{DXc);4f8XQ5_I4dPA0J`;-C8x6G*qm}{b4 zjdM3#OR_{wNVI89)9QXK+1c16xbM1q0!SOxe|<;DP}5gPf+C<85`fGBQW!7tPJ{jo zSfWqooXGx23~DW~$C`efT4nT60@xuoE{aG{$TS?}1g1AOOQF;QkRh87(KoHk*sL=Ksk z;9)_sX_<9QW2f&5y!LuU_a&k&lDAz}AU&>?WvV^S52zY!v8O!1He3Bt``dl?hkLST zwuim$^B!bBz|KX6p26@OQnAwEF)PVqNbitU!)sRVw)bh3g13COdzMISR*hO@YMFlv zxEcaiOCP{r-gJoE17zJTQtczxjX|jq{*Z&820bmN6D`<(p0X;o74y{2@x?I-l&zkv zU7nuljCMpoKVlX5`t>`#e)UertOQTbDD6Y`*Cb+N5~4FI8defMfvAs7PLkjW+X5Tr zR5MVw^(h9sChIL55>NJPd2&kK^`OK^Ba@@z@@XCZQS)S(K!o-3lfdflQUhi%{v}nX$s~i zRE@5{)bYDhT~IZ<^%LqdCl(apJw zqLd4fEPe=i_Z2Zp%nKz@=DaRN)W^u6{2ob6Wyn z3$zoGnXBna_U->Gvbt*$oiT~d+0{aq><3%*;s^)3q<_n9ZJZh8u%O9Vh;a(RX*4Lc z10f81g@y#uewAaNtefKwPH<~)sGI2G0G;&8jI1@XlFC@Ey+4oGR?aC$?mi^AMPDOY zkA6!6rzLx0JPW=>S*WZ^NT{TrTo!=MvF=bx{hY0x4u*1}sV}(x0p;M^yM67Wqy14|_et13<@&$<{GR?FfA^98?|=J&{?l(C>VNyC-#AxJG|6$njOD>dZd5+=B57m z+gJK0j{o@OGyUUN&-J_SUg=-Hf34qh{OZX&{rT}5{WFz`|Hi$qpB?Ef$&2B(%oADV zX@?aM5Z9VuG$v?GNx+P_U%Wll;}?f|_Uf2Y^Hghywp&G7aD(9O-z2c#JXmsl327|| z-U~=~K`>hqJSNO#&YW!9tzNfU{T1tV+bY49eTXfMK`nDPe{SUzyq6=Ol6}Z?r-$#i z5MK=kt>K;}M4v)>J>J^^%Y!V+kt{TjZVSO@B#0>qqJ6fNWY>7d5|kCI?=$4SWR6Sb zSmU?W@01|6U;(qcJ=6iX91eSO_>E)yK;k2OvZa5=F}g-8`)&bqT#?w+%(q6iIg62Z z$7g!XYWC&pV^-BGS#tQ~<)I$GI?^jv#7C^stt5L!mGKlC*!Gu9Fav(nol+;9j33zDLz)I4m{5FMH^wEOS-n^TQtg zG0+GMZ;{Y$kra$Lj_~)C#D;01L#N0%HdoW(sF!I}M&&^qGi}k&&Y;w77D4;yX?xJ? z_@jiA_vqIuSGV@JWX%%oVXxGP#CZ>Swvla6rEpKi0wGtAc@$ZqewC>NgL&fhj>_Ph zcc-$d!7Gy2=WoySgsr=uUL5Niw(-7w`c7Z|^hV!Nef#q9Ykdo*pS(QQ>!WiWQ*p4W zLjfkXnDZ{O9t;ZI-RbG!{y?AJ-IaYI^jC1hgPS{S?QC~)?x2I6VZWQl5DprkvkJTo z`lb5xQ_+B`E?DUwlEgfrs`u0LW4*%v&e^7O;B^iWs+k&l)r3vpx<+-)AGj_tgER7oUD{UE&agd#@p>_av9}uM6D>x1Thn3vz*zfZ!juW}( zaFq8g$j2a;1jRHZKxWGF6grb4^U1ijVzP6HW(Fayu=t#IK`^%f-ZWnFf#cM z<&a{Y#E(07f z2h>THDkKT-CyW)jSE{NCflqB(NAvPYDgn&a2R=)v8IU??#>;U%jj1x`pE0kTv3gqr zMaH(iBlAv8cJ#TozpY)!z=)>o74qmP#SRrj5P09RTl+obF?ulFSQcxokK^S8db4p2 z@vZ>)3@pqSbFi}p3$>OcVKV~D89~Sbi9Mghh~6^hRFHV&=q1+x^09ryKEzXI0em<) z?;ymC&?M7K8&rLGVsyhR1tzt*~g9+0Kg!xpi^{~29n1_y)sjuzK2G(kmL@@ z!7goQP|Di&AlCsweScW+IfwL8ZS(9t&vd1E&P#L^=-+-tbGd0{3EVMT0`DN1wdVZp> zetM@Lo*nDi>oYxtq+cFg=nYkc7i@W0dv!F{tCMTJJigXz+LJezUGnmn?T?>nkKbPC z@!NC##QBf(@%Y`DUO?i{SrtBIb@=2Xuh-|wFuLi}&_JtX{s zcVF1|G$7-bhgV%<^pww!Y0r_vzQeIfvump>iNCckG(NhJE`ta6}D$_RD zAJPK4-k?hh?3R3-P{BE&B6CIgcxH(ciPt6DOV&=gZbzqdz>Ig&7r1m(VzX5#*LSFyyNu=Nzt5y zW=?-IlC3rVmog`ysvxf{M(DxgTVM#j>GyluVdXp;R2uXv4e{S117}>{f>XD+KH}Ow ziSEu;k0hkh2>kW%fo+bKG~D2QtFrA3tIkgb=&eX2KIvINq}>8yYt++-`@=z@ewAr^ zRA`55+xXPZsFYRm_F2iB@9pw=mu;{Eg1_~>ZRdMK-Pjwz@0BW&nySn?pALyvgHG09 z{G2Mo3DpO)%NsEC6kqs}q~i(LJH#i?vDF+qnJ<;tcZ4ka$h6BGhh?rDet1RoZAm;j z!WSl!rHUd~fzHfkro#*l48f}gbP@e$G0HQ(`DqdYN!>=y1tl?2@WEc|?6!obJkMD$ zUy#IZz@ynV@k#f-;p&Pc;F|LP1`ccG)M9hzypkkQk>-*UiOEX8^vA1h)JI_*sSpvI zqo-EjCm^Jk4d|In%?h_R(m{YZr9Hd8=G=!MZmC6r6-c|n*;YKa#F1(gzam*^>DRUf z8a^lVU!k})%AS*H3uT4wZK1dZM{Sf6%u@Qb;GE&e8$e$J_7*3s39xD%iAAFsPO&6m zSuxfOl3a3+M@SsjvR@xNq6GT(c&u0NE;@p-jPj5SZo*1?LU0-*>lLJ7C9DZ6@k=tn zx?%q24k39z27%pH=9Up!pVsEAbdnHN<)wt3dJ1tpW@YyblABTvny?=~ zr7gK{$&qvDH6f5!eHFcddczUHeoI3Vl$3-(03*ay4#SpZr8MRcSxI2dlxGDF(}OfB zjaX6N+~3pw-Y$s&&!we8k}0yKa&T}%ckkZPaI~e8F+?ApcQ+xG7`t_mfD2%l$7I=P z#hmRQqgbO?)G5#X;8Qt{HQDM6(90(zGER2%A%PHjodbj-VeLN1rA$n4v< zmw@&h;yYnAbj&`XVd9E1_c{BIXOzayaXkCxvK=Sb;<{@~AmQW~PYS3bC%q&hrRzA&=*NUX|KC*wyX3H#nb5pk--Ba4{DPu)ot-rmkVldE< z;||a7?eFNuja}{0wsyC$OC?Y6$Vk-6K~JNdk$R&6t>4`njD{-cFCX@mLxdPcwGRq7 zVw0q*(^NBbc>(z!UQYD_%)Mk~`id=uV=#6FZY|h{5R?S33{ou_&j`@SbOiC_S=tfq z{aZWw=-$3Qq0;d&m5fhlpHad1l+Sj4z{=#KyZidLUp&x%_?w4REAHzvsu-hwp;pob zSpSaT`W4lLKR!Ov*96zM$gw1`DAS-3zTYommw0_gCE#CvKGg4jKGs(}_Z{T;EtQEM zUY_Y^Nb@_AgKwUl=sQ0DM3Dc9!2k7&bA9#lTz}#EU!EN4OWI%P;}1W+(;t3(tFH*^ zfBE^XzI^;vKhpnqFOKvLtGsWYz0>#B*dzY-*;`hAe71X#@*jVErQd!3LVvJ71oXp8 zR)(+jBlo`NJ^K#EH&5QmR*trUd`UuKRkADQIj8m-Vx~Se+qEQhcf0c!k3T6yjfNv7 z;QDgBkYO4ab=ZpdT?Qw4ACzLdi0&ig9l(|3Iz7fDYMY?&$n3$2^F9gi7gV0C3U!Mh zH>`33XrdMPfBp8P+e<&Aq`rXA*KptlQeVP(Q+&e`fGfy6cq#IKj-X$2zcqgJPQiP8 zs)57C8uQ$OB*c=I8HtGpw=RgPOezY~v5WgJkY^gy`+kRPL z(3;U3n5uP>!@unFj3oII-MwS$;g}@+HPwip!Qz)czow#dgr2YEoztja>F&Xn9#Xw~ zM7w=!8=fmA^aFj9Tok%<^M>x-zSa3=a5mS5B(hcoX8K?t#zZMP-GUeH-q_O~yk6y* zJpbE*H*(HVEqZE|p`V0j3lfZi_lqJ`1rE(_o4Nr5t%O$R@W?e4hlb#03H=(Zq|7Z% z6M1A?5c@2it<50%Wk0?uAc}@L0&~k;S`q^9oqS+&tdOQ;jT?e=!~GV;nnE)sk;GKQ z4}^5eAm|kWuP}g#e2ucLc~7oULVsCwl+I?d-*+|zwU$8e-UbJm;W%@m&y2?W z6bY_P8{`1jgdjbKG_T3huGpVB2lSV$5GMqTIb&Hydkn#z5>TE~o;y38=nCRJqZIe< zh}FZ36Fq@Io>Ol98A7tm?7~B>?zx`x>|0hON9?)2U`6wam5+TX>*(Lep^=k712 z{lEY7@Ad!u|NOK5U;p_J`p^IUYo7aB|0mD<^B;fI@Bi{x-~9AiKR!9sj|7G9C?Wsp zn-}^DqW%4sPxLQeKGy&E(~tV&pMKE)`QQGm|MpK`>RC5N(;itFg`$CiPinh=R_Ip8~_zwO2{*T}5FUa@w z*`dq^&q%b6FJ?MEo9gs@%JEu<*y5Vi_7&|AM}NTz_7&IGBsojSY`t!^#9=G}xdcl~ z0->#}R$N<==u8PDmLOj6z9on2btCdwZFqOV`5HD{*m>=h<~=28p{%InVj)NJm6kni zZ|~~hU{5zl&~6;;>-MdE-G{tBdUQvhet1v+=2su-fBo&p`d@$ZvHq7YKG47W^+)=5 zfAf+4;cq|Dzx(Z{T>D7>3-`bH^r1e6AU}9?SD%0S2txcozv10aKe(?)_ilCV?>>K| zzo(zye*U5ElkD_IwioSnX-Ox}nnNxRZtv=gk8bPlKE0{GXUpO<0#{k(I>CP)vl4%f z?ylFha)^3oSPef!Bn>(d;hna5h%s#8J zU9N9iA5=+3{S4AfRphBMBfF5usya&uc@B9@Vbv9+wWgU(VoVeuMCV*bkmU0mo#Z?% zK*l|Nc>lIOVw>q>bn*%9vyblUqlb6(8G8Nb!5szfW&K~X&2ma$ye8<5382^T%Q4lK zOYAL@fi`4H@=8h7?~*}F_If1MeF%HBJ<=Yf@Bsu{>A~Ft0>r-V+}zbI0@W`4-P+sML#}`N!EJqT_lEA@+>-^HH9EJg ziF0sh9P;MyOw(>9yXlFnbMOo{}K{35-bq8EK~XAruW3Ll zZ2$le07*naR2pJkGKu+Oqa;aCY+$l$ElECBIKmZ%xuUdp0jXItap z&-{!P{UPVa*Grv2;%C#f?62#cU^u&W$TROQ=dx#xSOJ`{$NuJW!G7sN?=BX4esrzp zBn~eD=nIao&gXi4G1nXJz2&(#yldxgx@&XU{g(uu*94${y>DY2kC!?oc)dEC>80K0 z`0i@S^E17+^UI~40Pr`A^Nx34olNwcGV1f=iC)p(+PFOT@^GRTr!zf2nIhLz&p29p zelpYJqltceJJyrqsh;xA6O)~OUhqu!Jm=32$9l=<*Hk6mGKbe^bG_#CTl#)`I@Phw zhk06g^^kin-i;~SUg#MC_X+R*`1(>my}r<6R(X%#TDUMfB5dLe)r8A{r=n6`pXaR^z~0il#&ni<&TH@nib`D&rVtKo$4o6i%;KP z=_PY`#__Su^p8ptQb?iD z^t4eM4ZEA&B%5rKLkp4s0UD45NPsX^DEG|u_qfc|=ezGKj^@WYb@$86ZPs4qyVhQN z=ef83jNRiOG5&Y|9_vy`})0a{XoC}?Z4A+{qf)ExBuja z`h!3Hv3~d4Khkgf(f8@|ef|13{#w7qm|y?>zt*pkWPFqN=AQevzWD?FyI=j5{^c+I zk^cQ}{JH+!uYE`V_Se3xUxV&{`klYf|MKg9qJRIJ-_b8p{_U@Qi|23amwx*%X#c)` z<@f)Jwm;LqbD!V(Q~Gev_22yFpXpyf^Pm04Z|GnC=Rejzr~J>q@=g7-U;bnLfBwt2 z^e_I?H}s3Y{vG}5AN;j`^ILzT-~aO;>zjY|p?;ra=@0+x$NB@3o&S|&>bJi6ef{2d zeyHCg@%o)_eP6#z-(MrK`c;y--}s~N$!+fQtH1wU{hR;t$NJa53jJUHL;d1!d6iXc|Kq>@ZT-Lh;~(jt|LV8(tAG3hedmWS^{v1COy9vifBBOu zegC5yeF&a@3^xAi!)tx_r&s#x4{!8+?EY8WfA=SE8rJVfkoHP?n3Aq{L08)af0_k^ zbcjX!khLW-zdML)&`v>zkhGhl9!avcl%1k{y*~!s?}P3RQMb^#f!6Id=$_|?L(l{5 zH@ig-Ja6Z$+pV}yjLr1Px_%78Ra^P|=AfT})4wIS|Mibw={uY*{4qBE2KxLX^!s1G z@qO&}=lYMo{awmm>OcJEclC?E^_TkB|K&USmEZjycKmbMUjNg7_yg+xME~a3{zU)k zSHG!$jtu~vKw`iDIr{q-zx2oYpTWrg>leSFfAuTh(l7naU+UMv*6(4nKlt;X=(oT9 zL;VtS{F~qUuKwNc{l=UhiGKIbf2RNSJ0CK~NBZ4A{SaUIJMi}t{SLnM>)-fW{qpbp^^=Z%^Uw9~ z{_CHCoj=t7?ce^c{;&V?xAcFZ{Ez?YxAlML`Tz01{DJ<(FMnJA@>jm2fBWly2EPB4 z`)})C{0arE{j>l4P5nRr{WtW_e&tW}Z}G4HFFODCzw=l650qcDEq?EN`cHrGef?*2 z_p9Ifk$(N#Kh}T!*5Bzj%*P-7jehwL{t7*F{e7-~__z8mfAjss8ADAL|eQ>Z4Zv z_^&_WBxZMRA7{PvI^o!Tz0)Ve;E(VX z_x&j`@*`sP&qyBDs}m*Gt$Ws^8+PPgfY*KB7V`%d@dIm>@P~z+x|4|q5;WH@tlq1x z>W+8!H@CN}l}FamB$ioSaT=Of^R_JL*PPsW7LHMPf?KrnYnN9DYDBIUg1MEb3Lz@Rh|;8pTpkb}c!P)Fg!v5*dOSu*}|O3I!uihhB*q{zS++$YjIFlUhOTpt+Q zt`g3aRdbT@7=z5Bp5zWXg5TMrV}gEG0*{HgqzI-YHeoulXrWpL28BRTc)I5b`wAgY zB9@UBaEy7l4{~xmv4~Ba3e42g2_E6l_Y7nhbi_>3GA|1LkIJL{gS zEQ@B6Za;<)WP2p8Q1xi&K_&1+F~y0#kK3aj2ul9mg=t!keMKku7XxJM?Aby3RUG-b zJZEBjkIptE=g&C}IITr_krKQQ=x2?;pAMZieTUA_)ii0yS(UcP*a%M><`{W)T^EBo z=#?C`hF;IyD`>3QA#a9GD>e!z)cZG$He4NN*3_*Cj2(UZoMpNNdVMLxn@TAf;H%~g z?JV=Y<&?%Jd!KM3_p{Hg^%3Pqyl(qGCwAZC1n+0;CO>9(>Fej5;=Cl$_47xc-ss2d zIDg2=)DPG(e(&!-)pvO{@n_%rkVN%ElG9K0*VO&R-+ZL+vg`b_@BNfr<&CJLm*ZL{6?)zVCFb2ye6PP zY|p*%E9!%SgnwxfKT!%iQ}|boxfA^z>x|nJX=j3kb}d1PcwjtaFcD&q|4Up`jQH|X zaUau(F)30n#+sIx4`-rIDk-Y(vc|sf9Ke~}t=$K~S7SCRMVCOm6d(}zSAYKry1Kd1 zjKW@Dz1AHI{*G7SiPMukKAcNcsT8i3X@|eHq40C<*Pd6`Y-qP_lYDb~rw2B?Z+N{E zQ-Y>6(Yc*~KOC^jfwgnX&i-H#6avXI^EoyYd}HW3e4}C$1`%*)g4cwxe5K|~{lo$1 z^ijhOATg6hcKMk}0tzj)3S07iaF&ntCzMihKv6+6rv+BLnSMj&a?kOU1JFH3_z#p2 zB8txh=8Unj_UtSicLmzNUn+6YVi7(>K$(<^<1Cg}RctrZ1k8 zGUFosg4E{mRea3L@STlJ&Ldku1*(_z{^W108(^Xo?RksulQ% z@I@8K)KeV|o-cCEF(^^o2ut#OMhQ&{j16>jUF0Uks6;0((7tku97!Hua#BgL>1uh) zO9K%=Ds+r7C`Pru+_rv^8^`(5Q3iWLsSrpEsZmG#@H-A3}GnLm!?zmJfU~`7MMi5*UcyA^ProAWx-$*frr^0iPJggPik;GV8^HK<{RWpLm(DGxHsDE3a!=0W! zf%+i+frqHzHXcQ(wWupeIRq6-jS;&f`U%~`KUi5P{MgK`cw7iU5uik9SwBY{6?LG4 zMU@~_bAe`rPHa9@NqutUkrRVcaLdx7t3VR5gNj$qa`KX+Y6z3HVG zkw4Kty&ad-m8_1r%%5p{&SX8jE#i}rCFi6{=?nc!lKYQc){6VFnuiG8*zg$X9~qxw zL{|aM)#~#X&$NXQ&{u$;*h+pYYeAEP8+;$odom(gb)YWM|H*!fY^%VSn367`<63;0n1qs|Hl~NQ!XxOui<*lwe`h^f${}4i>7h`N=GHou#R0>J0p0)^Gh=HA; z1f2!^hnU$>7UFH8UqD}(`%1UKGyW%km|wv+)P=WqYWFi>dn(d|aLvc)!L8=S{uI$e z01HxzfffmNDWN@6#Whlb>`?)YD>NV(&#K!H`b42!>BKi$#xPZQ~kkM0$5#9oG1^As?I|?!@@F>N`M0+F&n&r5X z(4D{A(2=yRIK4iQbj4g)+oqNf>{;};oLZl9qJFwwwK19bXX4V${jClp3|ltE-XJ@9 zI3mZPZIrj_b5&OgT3A>&CTJd8F$bpmh^&+KD#xw&hT zE-*PO=$;IF#)>&-anU0T9tbWw6yEinteAU_Hmq#-A5exBcTaZeen+Oy2vT4$Q@WZ} za@0V!UrSX&i4Q1AF#*7&BdO*CM;)Jj_EJ|jKJJL>$Z#S6otPIX6=S3XPa}mOf2dO8 zzNDb6phTcaC?U2Im13fBbsy%>DFX5YFG-m`cJLG$yq)19oH1y zPm0j`q69`7=++hZeK%icuM!b4X8D z>J#Hr2r9It#5F(hmwE1ML6$7{iOlZ0LVZrA6X8XzEioQ4Pl1H?O1ouszfzKNN}`K# zhCan}WNeTKEs=jq@N<;=CJ05I7X*&bl8|qqCxst9eV*$4Y$`5|H}vbVDFub#!Z;(3 zj?vLW&71%L5CBO;K~yx+(~NV6Mr6U(Z|`WIsJEU&FzrRYcM)SmP@uD1X87``06n*- zWZos$MgCpr@B5iC3(kZ%P1YQfN{&tTj9i71A|seDgrE=t{iGmK0`~!3g?5b+brc#S z1ak`Q+58B8#K(QyX4!oW)U8I2^m0<6zwP1q3-feI;4Xp3C)+Mgv`I2h0~T4(nEtm9 zG6ZD(|8EQM5a{9J`BIE(G9?H@9~CGBS{amLvc1O(c^Q>kT=2(Q~P>1( zCGuy1o}f>atf#Id5{0VG&}q|GULkhvH;MdwGIly!_d4GU)K{I1RqeMk&eys;UFrGB zNEvj=^@P5sW3Mx8Z~`rVlmB8p=#+Q4E9jnbLgCYip)16LL|{hlT1Zqf&spQ!`xWgO zJ%tdOZDx4Q=qyp!@P%Lj=0gYyA&7qz{9p9#qPJBFJSY0a5YR)A<+i3w&vdL)-#czB zk{m~vO4hM;y(flF*ud>ENakVaD>{p~$E=CiZkiD0bZKgH1h5&fJGnFQ^Jz?EFf3@M zZDs<`?fD=nx8)e29h*_zMn}!i_LvX?eI!9}0i_uumR6$vH`#>WsLh{ZQenOnqcSC- zw;;7PCV*9_cyf50UBJ~09(zWMI!aHPb)APnQ#ZlvL7N z9weT#N>0p~6;n`ho1eix>?rUb?8_fi03Sj|ms#(>`$DVLik*Hhf0@$wzhXn{Um@SK zqrbU-kgq0jB<7pfYhD$E5OhXTFtUE0gTJ%Q2+c{Rf5Yj(4I5~m5+rosx-GP9OLwrI zoiMn~k8-GUG7G~kP#!<#` zRL2qif^pQ6Tz~y`xpc5w57ycK@~m=_nCTrWcTO_l^h zRLT9jQm6~qETX@l=my4%G7~(G1OpVwOep2KtMrX72d52ws9h6eTD|-v`>hC=s57z7yBT9D(uSiO#af`u3cbJ6Q&> zQc^-z#v#v)ZgL0&-vFO#)y zy0&abaOLC67?VPl{X%*%S{bk4%PA;^yKI1*>hR)a<`;utXS+`)4PHU_ReV;hd3 z7SRzK0o2hGSQYBP9t(jwq?!S2b*ts(i`{I!-9?= z*>K;{r!c;vOY;vI>>6Z@L>@9FxicCvuja*mb3mU?)Q)d`--}L!PNtL;8?JJW5_3-I z|K|Qtk8gL46Z6BBz9=*8dvI{i!s(s!0i!?g>frkBk=^I4J@_zATz_PjyJw-9nAbQm z4MMt@NoMm4nQc+m2N-Z+vi4()9H6lvkL!&?LMfPBnopWH$0gIAXjoW}7GIHfB9`o# z7t_n~h7e@^6!dPpth!91*U7JzR@kT6kRnZ0=^ypkt1CS^(LjGtU}M{94iWoh)tu$c>mwW7S8uL) zEw|SriOCJG(s%TSx;CtXG2)%r1hP6=v#u8VsnDEs$7XnopVpj}bCUhT@*jv7)=y-v zc8|@L;4uNLB~I>p_2@uf@NOsoDePL{34v(!RwlQ5zT!U&!tzXSi?x&~*D!Rdsl;NSv3I3x(K&yZ+ z$D|}F!V6VWXg^9k+XmKI$$_y!kq$1NKY1K|V+;x|LFhH8hkm8R@YJ7+TtvG;B0i?= zl2e4HGC28FV-x%K5>#SnI>_jx#He=so};<~FFCcg(9D&LV zpELaziu<}w1mKxC0DDS|U>LlrEzTX4iTV1P*>#U9QQ}8235I08U;~_!Vcrm?#yrm@kDzo^OcC`+=l%Ok>6!pbI-gorr3i`}opy+h$)Kh2Oclgf; zUQYX}ws=ExfJytx+0f~vFIq9ym>g=+*kzt`yS6!UQrAjWPkYDsE^|*^$q`14%+lsGy+~V%QMr{sJ?+pD_71d}=UIFp9HJDM+dTQt|0epmM6Mp+ z#;_u}J;m7Os+lWeJeO@(b87foW4q1R>6DWj%hz?8L|~BXR>;*cZa{~Xv8^z!P{fBO zSqGlGz?1DZP-**Qc!?nh)`@pZyGCf_95qb`eg5i|-dx|12)xqgudmQWY`>14GrFV< ztbPfnHoLHFBx?G8Kck3JEJ8z+fSg>>w*y|y@YN-BkkxT- zaE}BCU!9Dg1V*c6)otgA)*=(-_%z1=7%f|$qk6`hUSTp{d+ID}2j7u#Glp{z*|8It zB^>~rv2oyCn-jMyb_&<`J2|s`Aj9>J!F>)aY7B*M&l%N~tV-!?)_@+zE^FjkazZyz zm1|#$YI?fwcy_7qmC*}qDZ_usk*gZtz(N_Dr5F_@x$g>^4hRl%ent%S;Li%l&|38* z3Y$SE4j3ew9Sg%)GXcL)xboZ)2|Q2re9Rp~R78KKS5silpdML&k)z=lEB+`J{rXZm1Cq`P4~7%tw|x_#~3Sw(2~3ZWA+3X zkEcq47ca^V)c*CS31#j`&Uf_N;rmYsT~tN}C=rwc`dUB_BcZESX7G4qM|so%Y#hMT zk=>w>EzlmBqvR+^FlcT8c0p#-hCLPZl35Tc*8!egzL?L~jO@m4Pg~z56?B)<0#8zA z3{_3nYi?=;Kj^Gx5iqm7U<72cO`ejjBmAQyXgMM1>6@S*1Z(hWy)48v>(V&uh*=p$ z`MDMD5l5CO#Rx9}oh0>{QnK8~v~r@&baAYO!0!5ju%=aLa}4qqE7y$asUNuxFdZ3V zo;O3q{zZ|#diz<3*S<9ifIxk%oRalA8G4-#oz7Q-{FnYt-(FW8G?4R*1<9{X&Q|mR zk0)crPcxgjqV-U;8nU_)u<61zH~b8YEh%A}qz=4i?rTmO;L)-q_$v4`p%HZ~#DXaE zKEY$8t)jQCFg7RIM^;^yW6#)?Mt_99X>I!2>Q~fnkhwj>)0+P7YhSF;>vC@NV~ny- zz^sHK_+jpVE;4khR<*!mVa@{GtQB+$vULEXj{+wVUtQ!xU@(6rD*?=&+D>(;<-vTx(gt2praeaTPsUzmD{Fb6wk zNB~#ra)6-&3c;{_FRJCErwQkuS*W)T1TfR1)B=!vlr~}P%!s9FD}&goobZM)@!90Ra1nwK;fP~g=g_e zT)Qr*C?t^8SrOu$p4 zdlwR(BMa6H7K~fEDuYE2%kY?ERLw~RdI=i*D1=~A5@T3{m^;!=0e3kh^c^L-&_Sfc z>d|*%jK|soBKNG1@~3CA9`FxC(SVKvG`)CkNv>_a zA4<`a9ji|I3cfnV#Kucvz8C|3K5M}awnt7;F$K9k(jFwmSu(yj5F$1$ByQ9N5uAk1 z7>hsHzlXxu7_eDxiPmQ9v|dq$tdWyFt(Tn9LWpYmClT3m zWV!{@55$fwa&L(@JL(R^o;`}%({`lpfV~dbYsd4JahSXDCO%v07w}Oi6+84LH9rVE zPtX~&WOqNyGSsA@Bw+^hC0R!^vhJBPL^VBlXSQWtAEn>1%kwME+xva{ zTkrl()ID{N=AYu7o$nu8-BH`aUOV_Z;1lM5hH+!?z#OLOKd=1AZt#`_`OR%Y~R)$(Z?P=JnoJfc%3>T$Jke72Uv5E=n5XjuBhWVLp#tfSidN` zD@DcE_AHe~*L8{es03Z(or@ylYRULgQV(W2##H93nZA@1qbhYJM+Nk^pv$4wHZDWA zQeWw3KC16iz|PW8GuR7CAfR<*KA}T zz;~y!_1KQ@SuPZFVSPK%X0_5gm;PfyEBLP}$g=7?O<<@L@Gj|in6(FsXic`e`z#PS zB8&YlFn7n#;u>L(V6cp?MFz!|!NQKMpnP7oQ( z9>$X%c#m-aSa#aTx$KQ}lDz-ZS>%WTmmoC`>Xao5ErenshfrTUy{aLhA^i zb7C+pdz@iM-Qlp6Um@7Judc3IR`dl3D|1%**OXKdxa&~_*P09bQio!C?hV8)CwaG4 zLQqB7iK}@GaDX>!L7^hB`nYu>03I;PM6{m(?-5??n0BU#epEL=Ktc;Zd#YPxzJ`(; zphkEZC=N0;Q%8M9PmK@mPx?;po}VazM; zRB}{GLHx92$uzp0l_Jm~X!Ov@Fz5wtp#NBttcQWC`Kr*)bdL1N5HX(}Z6ycg7~~_s z6lNBZq|=^Ech%_`i+>GE+o}3J>G`_Xi_=jr2ow$$&o-kj)`Om(uJrE3n);P48FMyv zS`$cC&>2fsloXlQ_MK6(=PU5yLbcqMVo=Vh*{bH;t{L3e)?G^Ir>LXdd=Kcv{f)zB zP6B#n63}Qyv9GD=EoLm+RSE(> zK~Y?jgh)zY!C!`J-{>z{g~~ohb?7mtNINA&#w@b#S6v}kMpgPGu;HNTo$63Cb9S0C1NZZoBLQ$nA1|;G#rU*hwq6-8^j_e#B&i^43DOEVSJd@c%ILd8&aoDFFEZYG zaOOnPy6j3qXM)Vq7VJHC+p*}+@Uh4&)?@0h` zH^*3)2cGX+B0v&=J-5)XOb2$3JDwj{yzl9AL!TSQ-?HdCad_bV2HFSkc0{%XJ&7{4 z=ZS@6(t()j)4DBV0jDDJ&ETwHpIo96vQ^99cj%pj4%tz@3U(jqvqmW=L#NHqgMr-2 zsxMD5sz&uWs-VZrxXhS^`4>|{&pD{Yu#rAp45ACx2%53QLVE}SmS%bfP4GG42d;-F@(N{q>n!eOeEVUv~RbcQDBTaCXp*R6;B%p!=K& zE*+&dXF!)))y#d+r!UEZ8h~fn8Eejp9Br(}L4wZS#)ak%Ku6}V(SQNRN4bG<$2>fO@PrvB>P1_W{}t z3U<;f9OpH!GG5(2G)H|PV}8VO?Qs6JMDw1b2&P4wzUpMC?Yio+PCWNebTV|bXZgs? zK_f`;Ai=htK8wIEhFr8`?jz1I^E6@bBQoAUJisKp!t)VOPjqety(5Zd^u&p0>ysc_ zL7r`qf{-!DeKPtTI_wY)kXZ$$*F10F?~M0AV~Oe+mpmc_Xj0GzJ_udGYfxp(&}E!D zt3byz>;#eit&{nHZ~R^UpR#z7?_1C)a$sEBM$Azt9+RQrs{v{~S`MRoM#dv{wNr1= zM^{qA%^F@$(C_Kku{aFcSg(|lv#gJWxlPMuGUGu?C?Ub$01f;>IVEJLl!!b@8RaF290|Tj=3}JI_~~-OW})@z>D*D=zekp_78z%k(7QYt z_0HK!@11Y-?%9UxT3@+5LH3QlLZWFMynDXZ`}BFA_IFR$dIoQ&L)C_|?klmXG<#mG zdab&wgifr_*?Ps6u%{>~f~f*u13aA2Zw((Sus*=s$knBzJ<*TuKx=6W?G-riB0ga= z%V4~mG1nRPa?-WxO4Dr*9k;jnf;97=u{6PheSME#IHA~rEni*lUuzv0XZ=1~cY619 z)Qioa_qcww*?*9AWE(u&^ysZ?a+}W(g8T{C*EY{wOEQ8NFd{9;?=IHEfUGr!r?}R4 z=&7K$tf6LXkN&JnV#_HD+1aYor&Vz^7Mt@*iCL z?D}5DwtwgSbLu|3y3vO(-{@mbo!#~+3+kuWclw-i^SITG^@=VYq4_|1N8^y5k7;<2nT^?(1DYilg$cR(iyJPlhySr5oPu~wuQv>u9J zTf&+l1XcR1!QE;#>g@bXU-lDk@9taBjWH>NApeO@=ECtitpW218GMI=QqH;~8L)we zE^FQQEaFuii^1*Vk#Vz9sXC%9gW5Y=E4Qmvm2$MAOn4E>3+fqHaj=QAMT6d%-b}_v zoFqtO9SD>mCOz`L(Zair4Q&CB7-b>IPk>;C=0rBR<$g~FePEs=3+@4+JMbRqcYv9Q9P-1yFlevI5`(_bZ%tGjuu`DvnhEMA53M{W{!*6^7 znu1_i4SdKsLaQX&&}*iEJr(Bfn461AiRyA{3wDL46r+M0;8{_yyeI^&1dT|2j#2zD zS8VlE$;}0Nrqk#{Co^ZExV@&V#C@hdQc<`sbmRvc6lI=kPT0COr;jW;ZfgrfiR_l5 z`dTQNOf;g4%9x;9l0uXUV>1I{2ue9A#;6pZt{MC080jAsgEWGJj(}3B_k!Sg6&9ph zG%@cHo7rB9Qt$w-3EDM97LBC7%NlZ)dFx7KVJhlsZb516l2VeGPKEwwt44lmbROXs+nj!Q1I(&^e2nvDeey!~580 z4e)22cIc6*l^K(R8b6*hqqC<5;s!>E9zqaiMM@K@a#HY$@}PZCpI2CUsrbKzqn>X@t%d^LipDNAKk8!A zNndpdZ!b2rB{)v7-eKJP(0;M$bv_nZFDv@3x{TlUBxgNzDlxn2jClsytlxwU60!te z#fMnAW7D(cbYS7JzoR>7QeuUzG9JcDbugk-9EN z(XC-9Lj!XwQ(sa9X-o##Via_O7WC{wZR_KHbZz$?M8+_n}Dhy1mL^<}iHe`z_sxa2N@z7S!O@byDWvPwtGV{0szri)z z;+>#}0ARS&`P0k9EI5(b zvVjgE67R+9oqb#MXJVo2jwFh17f~`n+cKw=1glRna34czNvVHB0oK3NPps^=X99wc z}>~7YTqeELK1a_MdV1PWo8n5?pc(*Fn1{D;%wb^L_W3*F>B8|jhq5Zgm&x^ zQP|80`KkZ_5CBO;K~(fMYdZQ}2b{;4c;CVC7uns!qD^P(REOPGDa9s?$Hjo4sgo7u zjN3b}H)M!DR=Z>Dp2hx=?C6T@%Demr5|n!~M+Z0qJSD(VBSEF;83E%RGPe)dRlEn! zF9;-d%5&;ZhYFwzj?}5InUd52kPi6@fU70&9I1E78gprm;ox(!s&arHyP}#Hmowmr zI96%%u5t2{p;HgNRqI0Mg966%rMM`Wn5C@qSL!!4h*t z73x9=nz7N0%`)?6XcYJ!YHsqZhpa-qpS@tz7*%6}id1rL*DfcShs{{E8T)qMm)HWj z1H=(9+V+95GcScB^eba3^7J^YpHoT7%xykhw;rI?QwR{J==h8bb>!LYT`p4NTZp;f z5R<%vgP1GDsKmUMX<*Ul=$~R#$*JuYdT5`ndKoY85{N&z*vLE7cX;(- z9C-nF_iUvXF4Vo(uA?s2eXD!U^E>QVpPj7q?%AlXU9R=P*`S|$w$|65pXlp6fAwP2 zf5ZLHJ%i3E<9L4W#ToYKl;Bb9Fb*8`9`Hl7)9`vqz=`mkVpOCw{*keR-xR1rzLKJB z3(GK2Uvrk*7U&(JXCF%RG5$u{JT^khC4?Zy1{)*4rH9%?Op?%Z43hP|uz0S}_gIVi zoaFzd>;*ELMy68;L0p=S{ajMe*wMEnY?fNUE%ZrI4MVnXp--kFF|g)HeW1`zKbX>y zIla-CVP=A3K-=)t&f@|781QdEy!PllowETqrZLrVfW>O(>r=z7!OVB2Jt zl$hH*)SR^HtIozw_S=i~C@=P2l)wJ&sea+z3;BfNgR_m^Bfhi*U{!U=9Pgd4^#P|A zU&FTl;JtJG;}6dD-+tvn|KPn-y$2RN?tOOkFX(r9GU_WAEB!pU_!>BP9~?YecRJ~_ zRyh5Tq9S^UTswHGrJ&aUP9u8ET6L7Zs6*b-*OG)-O5%flQjF@Uw|oaSMO${7#()hv z;o~iS^19)OK99tc89xF6vX1xQZYIt^NtLaWt=pebsuQ{^v-Z-bZg2=+%9E|5f_Dhp*Yco^1v_r@T1n z)W$N`JLt+MBmVyyjAK=WpAB&)#(>?_bW+e+wXU#x2e!u^ebJ866k}3J$+t~MGx9p_ z≥e5KYEpY*8-BjyhwDAOiFnX9@| zh@VGJCXTw{1V&%-6W0XhT(VM58rYS0x#C9)%pVnVak$l+Tfg_n>TueD#p{6#@|JfV z2853;CV zFYwBbDuW8+BiF<=MZ$eZ;xr8%W)%-m9>7#Z)`WgC4SluDSvg82MVW?iFqSOO)kDXxTHamvI>#R)i<+> z5a}?~wJ1SE8@kP(2WPy{U3P_HQKP`*v)9Lo#rEztf%j?2fu+v-JR-34Kn?b3|`5 zV{IqXO)+X<-c6r%062fOEqs}Sop^|)ca;!dmdw;psQI|CZaHX|Q{8%{FqrYQw=*maqM+~>{BjjnEP_4?)xj67<`!kl81 zPeq)_jmRHkBDY%P)9fv{eSLG!x_Z!tM8|8DY3_(mIY=FRJ@5*|ddy%1K@>tjwvPE0 zUJD#}JuulVrR7O3>;8xx3iGBI<(Q{0`H4Q3TlHPbXuJrQnzb4RCY|L4dg~y%pG166 zP}Gs*_5(YIOq6&86g%!${YaZAOH-2DMBfFEPBCd_q4OX6*=#oOKBI(3Ed)7IOMsm) zo{h06=lDdQ6N3qbZXa${Qd9-yJ*A_4!~stM#M#iv(pja_Z`4*Z32 zeaXmENm4qk0Am0MrnN%WRhMy;s*!pJo6Nj9CM_6lpUtb(fjz5!>C9pe5#Km;!WCPAWM!+a&P`lm)8vM^pu#QEAhu+Y56R##hQ< z{@{1hSFK1m9Z=WU%e&~9$sajP7qO_3f5%ns09DRT1H z)q-z!D$p3YKOIJmw3U(-7*n~X6yYsEhr&E!qKvL>zsYt51II<;r_t$hz<$CfqJ|vd zRjt0nq?D6l3gA4+)Jl%@i3~)O1xC zSl}sIkrKSq2H&M7Rpfap+%vZ3BJ=O@Gxo7wC*sA-1m1*X##MMI(5u{c=wOYnY$zSP zThf_vF$COmR-&%bZ^uHGQxcV}H2MY+d`{rp_&+l45e)hL^BpHrk1TRKa1-bwKBnp0 zBfK2Z?GCJ6v%9>Ana0+8z^l!!uiqa*}5`0JOx$VS>3M z{de@)8{5qN$ha*F?}0e{NIZ7^p1PU&A9yFeCE?w%kZfu9Dd`=XtOxkHXF<7U(Y{9R zTiZN|TS!zZgwoL}8O%J1m?E55FKbGy?Ue8=@KNrbLwzXhAO(7R#I+sA_* z*a#ls&q>)0G|k(DpGK6Blaym1F_KQZqEqbLmDK8hpK^{W*d)gUo{~DQBX;j|Qe~WD zRiu4jfgdTZ&oL^Z)DQx1*`>%B6s(JjQ*0a?zQxBec!7`EHS}F5fK-9D0R1jS>=RT| zQlxgaE#cWX4#AkABV${C{-Meh?B4I?)A83=H@Zcaui4F8*E4e&2cN!tqrdsP5B2)Z zjb>~(lPt`P++j20$cgw!j9U-hy%$ArIiQ=>IOvfWYgtl64tP0&$H;x6&yJ1p5j=zt zo_rCSWEQF@azg(;S$BNg5X;^4WeW1oWFM(1>=^b9zgql8@wY4=u2TC%<|%45QPvFC50FyN`i+OelzzWNM77BHz`Dn9JT6; zhLW`cNSnUX*d-Jhm6J=r)C*3!u#?=A`R>|x9ggr18|}|++94NueX&?P;OH)o@My<# zIU?)fty8vs^Q>GFMoRFWm^(9XmXnhlq!@z+_;Lo^5*aezlcBbqLtnFEjsicbT~>ik z_A|PSjB^r`xDLotYaxM{+8^ziaEq8E_pOX^pPo4!Fq-|~(KfUVj_|s3PyuLL>bKbA zkpSX=Vn@Gc!E{jbVi}k>U_WbW0*Etx#kjZx2{~Qdr=YMx6|AD$AoF5J2E$DU6Jr)( zYYGD;O_(pJ!znk&e!lAEW7gG>wHZ3CNeud$R7+GsX_bEKv8wN~I&3%~qs!Q5?3?Ic zISHxl-aI{mvsVPX*VhmF*=KL`cOSpjk3PND$FFYn>6^P&UeV^v{3Y4>Yo8);`egaN zTiWAX3$oiWh5cnrp?6np(Vc_n9_OA}U>(?J^msr&_9F*?lA?n9OA3jyPt_Q+9oMn6TXzJir1W5)M`c|~61u_L~exDW#ZCS2qRcIauwPmVgOAoCjk z@lN#l$)K-twER_$sQ>Bv7y1V;&e{>R6Vr891S?t)-ahll!sloE;Q@WyZ?0K%Uvt9r z3Jm$n#;!LOj@XTvWmge=WiZ>-tPZ&fyk=xWE$r@&a;!D(9!NTTeGSc*EX1F4vh@i# z{pc(yD;xj-5CBO;K~(BNKmPniKl(t! zd37ga_=fS`<=?Q2_w~)q1B?2jZdkl_VC4=uoE*G*TmK0@@wrbv@R^Ta-|CeYe)`_A zxZktzHyR`YP6jOJ=k)X6khz8aBk|%MpYX3O-f+DkiMoY;lZ6f4HGXw>_xSY3=(RTH$BvCa)G0ADgn&;ZS$=)VPh4OgxpZJ6`36A`7-LJ; zvBz*bj5q^wKc^V!VYNgOkOgPuev)eGq*#<=#_1(UG{D2Ncv1)Gb53G_O3v!ZcpT&& zc?TuNNJ;2b?t4TT6AuSK5JFJKNf%lo%B!`g=8Qu}CE7}iqM3OG-6Wa2z}Q1Q zOMc6Lfa75ELL+i7U_T=-_knvshH(*kJklnPvZk{?WcZyaL7x#mf+Bq67-Zf9GPEs zejbQ7)>Dw^EyhSCB@JB#8@(>Zs&nvh4py9qo(x^XQ(p==$?C9iNs+qR#`w7_sRiD? z7VwlI9GWZ+=83)`1d^Uf_Q!i-=`D-$HHpF<3xO9p2Y4Ao5^6xdVEUfL^Z`GoZ>^S+c0Lsm~+NEQS$emOy`uk)&_0QyJpO~ z&l>GVIW=3wASM0@7$blIOx9$yUQ&$mC-9F;L{AHvLkmhVsx%rwRC6EkpFoj3HhYc4T-?G(itb)>z-XaHp?vD*PM>zQdLSs_fyMF_BZo*pn{*`TP0*PI z56HE|s0To5ITn<^Mb1a~@nUAZPjeucFES`$OCD?aO{di{??Qve@6n0J8N3sM>;d+X zd7Rlh`@RJ{ugTamy2|i6(YA+&d*-wbZaCt*!N&IlCDRzYA_qRdkGov=IvuLc2oM=Q zlWF9@VzsD8AAQYDU;Y;K#b#)F2=Hb)mAN|fR%=n=KGVOVmysj?HK6a%SByasni6_K zIhOl?Z6@rr$1b+bwq0lNHgP&L>w#UxEBN)%q-C=WkMz$u67Y(KlCcH)hwtYnqrUQN zqYs{+>Z|PL{_$7d(LesmGyRjVK9~Py!8>AI||HBXTKm60L>nrb^gZ*>;{5xm*`nwmDbA9cdQ?6(F1=@b$y-WQ!l%Id+ zLLXe7;wz{6I`!|d$h^n1>wXTuaNSp)pXmLIwZ3w>(bw^%pSwKK*J=BC`hWf1XL^t4 zcTNX=^>W>QRq=AHx*#!dqOd|YEA%wfqJp1RWL=NFPFh`7icuN8cR49@U(k2gK-tZoN4}S0NIbk5S-rOHJo!;x3#s7xI`1XFU8xp8T z7Fx%~d)B*0`gyGNd;q78trOQHm^uGRKDw)(Cs+OeL^ zj5FT$#MOJ~I&STW=|jyd&a92_8bVM?Q3Ek>0AmaCl$42EJ$}P0cTY$k&mFlMm*#2D zX4p8jE<5yR|Gnar=@wa!fCHF7H>P$dmJ3&A8-Ry1$6qG__CrgrnA%dhMbMKIJ3*8-&;+}bY)U;ouJ$+nuwE0N>etXn4 zJlvAqITL&Y7;dvcCgvi%{Jmj4_mOOJ2W>CP_ZZK=!|g@$7QnpZXv_=FE1cE!HvsAj zdPfXqng@6@orH1CYl7bydJ9ox>^r$`CWJZLpBdvM$$SR%lVX$&9imiXqL&DeizfOJ z-{cBZjNWDy=;s{e5+Ry%YQb>_sJ9f`VTTU($PlHr5S|Xbp0f~kILrj0J$Aa`UEl*c znIT@Fw;4NmH*mS`aLUYUiL6R}Wz32oc0N{lr?4h5>buhDW_U4=J3xNVqI^RF;kkvO zF$t8-y6>c?x`?A30cz9)uA1K9CxoCbXJpF?{1;I~lvrpMzYc|uq^@K+Fl2;wo3Dv` z%haKRnxYcVGjyBtqI=^d(dMznuLJck)J6~0;&4?Pg3w6ah(nvpn}1d(&=St~mPLA=4d;#T8C}g|1(LOCQHRJRbFufYjdGlFS*S*R=a;%o@i& zj=ll6Z(Pq&@*8$V55@`lazLCy)RwvL_OpJ*v9FJhUvu4ZgiO&NOZU7lzjkM55jp3g}%-Z>rRUjuyqY}8lVZwGAjm1pa= zn}2pPw(*Y5T`BE^;%uz4udcexsX(V}J%(iFDM<~uzjyju5Q8QjXngMpMuNRcRSq}!;IT9ZU>eN ze2&cNtN1uJEnFA4%it)XQy%3cH!*QaL9oN7aMm6?&)_kHC@zgB^L4~OB6S5lRAejA z`0Vv-l7L%{t3d>*=Hs4s7>1S@UY?(5Lz{KA;P2;~o^A^prJhsoUKu(mC9Q{^806>7 zY0aoo5;lTkdZTUp?YUngF=47=}fG;OdrzdM(r|d=OfbXDSU1K+W$xlqV zw5$YdaO8N@%z}ErfkO!D`i_9Tu=_eFGC@KB{|>2OA|ps&k|qQ_*eM?$o1mxb5nx1l z_q=Cex+Cyx2`)PVh@CYB+F;VOB0xx#$XrORBXks_mbNG#=(X?;{3(O7LC^&TnzUo5 zxB~#*vFsVM!-x~~XUY~OwCs*W?r=O1fQ~u5pU^`J3v_0h79C^I93}sDfPrXTb?CoPlp``t=opB@%iN0i%qr07awZ@Z z>`__JEA&J#kYEp&2<^V7--vxr2}WlGpi}NU0#$*p9zAtY^jkP8o^fUZDM2(MtaY(P zuQSg(g0KU+lOn_yqRM=Veu0_9)jFEzN!I6ro}HjPvJmWclf3Xv=*UN06R(@5{Z5fZ zF=3;~z=+)z7wS-HBUe)<*cEkT(G@0ZjY|AybL`2+w_w3@?K$o}FyE0xa0Uxr1RlVR z`R#L(lii4Lrs3cK01yC4L_t)JBQ`j~--6r=b55R%IS*V9?U~vo%HwBnU_0Ax9s2Wl zR4+j%L}-R6A@c$Lj}+6?95kmzDJ2zrt#lcC*mm^gM=rD%=vC~WVq~W%9o}MQnh#)p zuNhth{Rz6FB<5TYdWP=_{%35qP(M>F!yY{E(1CeQ^vU4TG-{Yhu4e2pE5Of=wogd- zKf;!uJ{)w#j_F7Y2+Vkdu4S2+Co%s*U$nv945nvo8RG=-ilqA60{Y-?b98=`+uvEy$;1(Z#yza?|O8v0Y^zba+742lTQ#?zNu| zI-ontbASJ!SG;Gwqisu^oWXNM_7H+>^EqSzLZq2>upaQiIV{TNqZVxjVg}DU+kqHp zUw;6H6C+TG9?+Hbx+C5`qC>~aTX3^KOxn|SKvxI)&f*h;V70}O5|gZ}U|s;e>2JZ5 zUn(7$&$K7}<$jWGu+bIr+~BhhJa3V~HZ?x1YXlJD$e)C7Wpo*!RTM;6P|lGUSh=EO z+EyKM^+hXmIS?N`-4UEjjPZEW^1WjcaF;)@u0%uN#@H{+b9%aAQ&M#g=9o$m;X(*H zIoW8{_r#{e0$*DqaC7${(aAE!5Q$kmi2~!hPBAB0cUye)h&}`j%VkUi=5zfX`_@|7 zoOH-hnr{2ms7%6F*;udFC(!ii!7SUtexWb9$<2z&cNwPLJxo?C&tEhUl?oPoQ|D*)O~`k)-04mSLj3EN}8CvGM8;eH_m z*#QurMzyvsC!Gu(r4n3vKv*?)RT-KSa_*t;;yLWtFHTqTslfSWq(9>}gH{A4w|fqG zK0s%{JMeyT{ivV4xzop#k6zvA^P79!5%~SqMwtM)$A%HnSD=BFxMGLyL^L9DQHtR~( zt#_C7BSy4_Opg{tHPkJ5Ep zP9{`XAuuk*jeEbcmsgGV=BCFe1ZHVVuDCMEk%iv%}ldo1_t)x?e#TQGtMc z)KHU72ivPC=h#ZXxIl>49eepZ8aJFig%I?D-QYju6~(!{&&6}bk0uX1bv=k-*-8_eV=36uX2Rz_7iwH?W>&pW#m02sQ3@- zT&#O`eMx6rJ;uAqld)?yU1OJKSL|XRGNv5(AJAvh2Yf&Il0+9dmK0=Kb+s)hYvx;n zv&*xU&fv|9&5RNs(EZK*RxY;9BR*nV_#N)2S9kKM#HZKy@@a-oC2p{x+k6sYyL`@Z z=#O9B>W80Q>1S8>?aOdK<^EH4j6ZvIr@#H=jXnempK@yQ38yJP1;;;pd841azGqi? zua}&PyoSaD{&)+n_khU!2khttM|@I@syS;!mRb@v&zj&pWBZ}Ya-Bh$T6nb z5nL_UJI92tWThC3<6aX#Zs5sn=F9Cf6YSB^4!z$w znE}J@bISt!ic_G^knt1z)L-T`p6$bT==eB;RpzeP+kejX7M+`h?dX{F!1!BY)fRm3 zVd9pJ+l}Yv>RtKu?M}D&(iP*bxqfbazPZ(F{OX#8&ieJ26hCylK;JLnWn#`vm*l@~ zFm_oz_aiv4A6xz?sRJYa4UWr`QI1PztDZ%&*TrVk<$46ioi3?+?{uwq!1ueHhPiM&bILV2%l0=fSynLHeJy`CQyk(UW`WOfA@SX(@(?_uU+P$a$m3`s%f|_jITK< zQ{i?<%6*LmCkPb`*q%}p5YcC^-mv)Ym}2H}(KT2)5OW;|Cop1KW8b^C4)AHr=a}Sm zv@nl<^>4>ocpyOq4u}Bq7NM5{PKrFfXMJ6*R+?aFOTRl~;;^W6y^i?Z12}LDT-q%9 zQlHqBq5}(Z$%S`YBa?P2C95k{C1?p*LSyyL5)%G zU>Bs=Z@1)tB4e4Lk+cx>YcBE^V;*TYYxW64norOO`_JtOlTzPC8v0}guI7KuHJ3=0KLV281jJmR4D^t+{xo%ec~PgLp#Ffkuivh_zOWIumf3SxhM27(_noc2~NHmh#tGZlkax` z&WqU&=d}ah;qVS1p4Y$X;HYSLW*=j!G2$57t`PVsGK$5u0q=d~?%brC+Ac z3VofhFr49-XE@+EbYP*!$x7oF(pVwLi>rbZauf}6rn{iS1>NsM)J{=ziki8y;wgZ$ zfWC9z(?3bnmr@i{QV3BYM(9Qi2SVs@GAGWcMZn(d>+pB%685`NYTXs0sEu`hed#G6hJh-d~Ktl(g@S?_H zP*f1=!WTm0?H-)puq(YLX!;L;*bc_S0Ug7t9-x24g7!H_n;%nt!h-cN0sNK#>j1pN z*%u)?GHqDQN3hwI^t2$49sZJZjxAPwRROPbg@Y&j3|*Fks*ek6$vSg#zT!HLjPF?d zt9I$4>9ve|bT(0rn!uAWw@5O+j@We1jyb@)5|!v+0&5fCdAd$oxHkqPG*gV| zA*$&CK2}2~f64CoX3z`#>>0&!(WIf~W}g_O16Vh9LQL|r?cQ{T4Ax1Pvoii8KJJ&O zFPXkPJGpdOI{_K-s?h+QI;Wupw%$wY_n2@zrHKlvkAWEB;b|}@dIn#BQgCRf4`&d6|XU# zou25u%M01A=h(HPkKO)JF$r3|00e$9!<}S#yAGQW!;QsSGj=bs4Fh~t;@%vq4oen? z(wY>(;X&RI-ftiA!L5$qO<(d8KYx9tYu@uckX6Kxw8a5@yt*2CbqE<0p1=;$_p}+z zGYh&iksgDwZYX1riKC=|Vhb8RWd~v*tdxaCa{>5|k9V3mYAVo-84aLN$f#5sy*9QB zi@}T#GtN~oB2&x9f(Zqbl$Bxtn6U-fW*Cf9pp|J)DJZ2VKXXxneyd|ld*+%kfDN~< zMFz@d>~whK3GtNj^0%1^M%mKY@!2)pAg8d@G)SQ*U z0qP>)9FcJr)s5~7pUEle2o4{xv9W2Ke$Ec`20NlYP0-mlnhSIy{+XGJYlIJyniH2* z4^JJXY6XwB*|U>T@1Jke8v4r9(yttoiM+BKE>F4d`n_5jJ z;3!9MY>0kjf8XJlo!>p7O)&uux%zr^<80+$SpZqk6ruz!`aEu`V2$Y z^gMV>iSmMy7!yKJYQb$kMj&UyWCLY&-yn+uW? z+vkkLYQsDy%>Dcnd%^Qp&$)7cNg`08y+dYyC+h)UIDmr*aNXm}M;4A0qa3qQRm0T- z7@l}=u|5}UFu-$7K{GKjxIg@hPo_Sm*f6yk2R*wyRfn8T_QsmQcMt8X7{tl?Bo8w- z9WTWkT}K=AA{~PGj}D$^MSX>?X%*&3v}cO_>F2)k6`h@&kbD&IpVSWnI$uATxIxAF>2_mN=_PwPLY<|+j|`j-V!ZZQ5WbV_$aJ{HD`Jd-`Je* z!J~Djm~~XjsQhUF01yC4L_t(i;F^n*g#+}m&d*NU)jDF(m->mHkpS#4%suZScDzfv zd${K$V9>Q|D3q+4Q*#!YTEMnE29}E#8tcz`^sdGW1~~u=)j@Z>7dHJpb69^^u<60U&&kY@ z$o2sLizLf9uqcduk!Aa0&K`ZNs5e$xU5qO56GFh=%<=fh5%8lvCkgoY^^IIUdih2# zIbOUWv)*HuJ&v@)vWF(OWL@LSwpn!r z=grul>U`|wto+&OsOJRUOUC;7g5dUox(_ZkdQRQx*tL0PhE_vs-=0g1-aHdkhiL!@A1^;L`MFK68qq zS|J8a^w~4_kwyH#LUXjCLqHpngW3a&?~y*DCQ8l6W}c0Sl0%c<^?PL46HIozx1D&8 zJwUr>FELYhz}EvjP6S=s^@dZBJCYX{+rP(#BRrn62)L|~YbdEDS!dw-`DT>ct>??L zwJy=&#mOkYPT1fBmA;mLhDTz#X8y@wprd|(Zbn`>2V1kOXZvB7bKCt5T|tLML2B5Y zo6lNWwf-Rlt{{->o<-z{EPM1dA+P%;>Qju0P^iq~lY$fMdV(x{$=D`{F0#$6TH6Zs zVXLXlXCD1pE-ZmbHQZ9}^0GjSqcB9DCh-=b%UWIley->e=)~|=|Nr-DHdX6vqf2Q@7 zch0m1tDB+IDX+ck+t0!1J0y?Z&pui^jgi{EQv7N7O?{s^6!z+btvoUOcsh_wWSBf!Xyr><4 zyaNQ6EdKZRkB#64g-ryA>$^L7H@ZS`f!(;X{e*Esh)pRLbdU3;fa>_M(~boF4v+}t z?J-8mSx0tr3(k+6N+~oT2Q=%TzGEII6FuV&D8mXm(0@iGJLdsoI0N_n5v3m3so5}g zKq<%zREkmj$cBtklflPc*hB8%xsJ^5ck+9HbRbxm9-~{|n36&WIuZdq|1>S~$Byih z;n~-*7L7QBjdi-}(mb1XK`}HN^khv{#W0!E?q?57Y=mnk%v{KVcicy{? za<$GzY`$Qlni)gM%wwIPUTrzSxMd+g9q>JCPjI{Ei0j}AC6cL0A;B$b0?&=EY3=Ce zz6<>_^Ca}vqq7bk9Sj^m5_a!!1oQ1{p-;|1sX)&(lN7l|>iaH}aTnFDs2e-#gEDk; zh{%=I<*XQj63-cYCdRovNXp!E;U{Q9&J?2x^RD`;b>C@(<_gT2r&Z5$EgE>P^zm5t zg)H1Y*>A!|#zvITcOtO4e};#|J;n5fsxy+pi_J(v+-u<3w5)eua|{}5YUPx+i%riC zxL~hNL(N)`9Xz5T^x6+k_a!B4PT|_YW0#`}bOLzh(&RU<)@qqCO*gBW z*|iMdq1Ot%b|mTrgmyt%1BMr?PGLUCe%gEkS&!h<{*Yp1TvnemyhZS+Ci8&JJjV)s z4$Sx7^K(7twW0BAn^)$Pf=pu%sO*2jAp?NP$TDM-i~x%k7TsgB(UCf1kS>fAa)%~g zq@Vaqv^T!sZ*Ts%?(pXw{_Lb^M=Wx^X+OoO1sW0%QD7d=mv|`oNykCRgRWg4qhx#2 zQ85J7oYk>_b@VM@$#RvPXby7FFc!?~0UnOT3*SHS9ng7bG;)ruzxk#cezNc^Ax85t z$2O1k#$<=j`8vU;C<{rN=UE^cVo(S{DFv{WHKK1Gp|K~4-su%dv*(CZW_a9^96BL! z+ytdwA( z5Wt}K&OtD|Wk+NKt_g&-B(2sf9TD7&y8oge1ML>Y-Lw0<;~mO10xk4euSaCS3KVSMqi=*1CB=D^-gOu>J$J!?Xe{=hw z8?xXVlF2;@!H900ByE`YeAVgQ^Oatltn}Xbi7e08koBK@^&S1AufEXNKe*5b$ovlS zzE1}K0onF@XB&2$RhA=QOjs5w)&u&xA$h&J-*am4s2h&YZ`f&hcd(`23xfH&VaISy z{XIL4E&S{#M`W^`lkvm7<$R$1HMa3C!@<&ly%@*n>hffifA9Gj0p}g~`r>z`zxK|# ze&M|fef^ya?02Sju#Nwwz&r5WY=gY(q3RjqKe$-w>(AEu;B2K!u(av3);Mqk)qzrN zx0-c%ajG-)^NfC{^t0|vqo=LQQLbCT(|}%$^^6V7f1zyzr<<_@n;DmkTBGyLkaflh zhyAe*E3Jlsgrf%^Nf%@QKY!Zkd7o5Jta)%LU_yMJbcVlyg+0ZKm2DbnPa$B3x$T&o zFyGqd=x;}2+w^z9KS@&d*lEUK6M=ETen<3uVBu+X+)pet3+)H4_t@zT{&L6Z;*tJL zp;q9fpdY4{D?D~j{~fe<(6am<@A{AevEryb$pF(Snt-G|foP`CECPxgGZdpriW<>p z-&I+c12!4DEc1B_Kab#B3dEz(Vx$wB$T%0z*XD*-Umw}b>?poZF)D@lWP`qII$sYR zI4&gTm7U`t+qTE=D)GcI;StiH@4&WCr#|}pN*{Bg zaEgn{&r@o=i?JjTbA2{{f>zY?_wiNv-i0UhOE)jR>) zr^K%joeY$QSFqgYq?P+}ALS1#2IDPrXB>m!Q_9(9kWZSP;cLeA2{cwiubw`AN~$qo z-av9Rv!2cJtJ8&b1(jk&V|I~~NZZcwU<;164XezDatnSmV2=VnAp|87-MfbeefIJ- zw00z151cq0<;9+6HpqLevFil3cEpw)6WwF42NrFgZr*X4c?91#==l}v=_7Gw)%Rdf z@`+s!-ujy1d68{xo{X*Y)3q*m^)Ph3>>ml)CNR*`|AfF=suX zG&{l`hp@82hunV4!eF2}8OSk{!BiX~E2gN#xFF#;K?&YU3Tg$Tn4g-WYD&ropSgz> z`b8Ww6VS4}OBqmRp?{^gPo%HkD`%c-Ng9x~K)a^MxYWic+Hy!*1EN(|+M=InKLCyc z2HoS}J{GlucyYNQFuXwyJKqh7&piR_Kp;Ah0tfLySdZ^=ZZywUy)FUn1?6l#HXep9 zYou70zVEGDKo>#PP!oZE&}QrjPF0oqzGQ-#lwxE85quYg5Jh+DgK{aYzO;Tpijn~% zcoAb_4Cr4t#$LAs2Dil+HM0n26tpT)8GXBd2%*hWyTZ_5QVL|P1wDljlu}gWzM^Z$ z%42HIN<5?(xkhybT{GUc_s-&oevUYa_*8hbli6_`0D7KReW%lL&;|N=M)K(U5t<|R z_U{;{MGEM*!sp4VW9QtVzarD<=u?8wQ`9(A<_{{+EGffx5G*V5PYe+}CFPvxo1gCC z*E|+z3|&!|6T7TJdtzKbCkaP;dhTkLc`Yd_QY=TxN!CY2-om~3Ea)o7)W%o*DKbY* zk+Df5G;$1jD%L-a555iri9L9G%`1`D?C4%|Txxv1WePl|9$+Rca$ow1B7Tg1UXBKt)eTV^C=myyn_r?9B zw{{3hk$dVBH%;%*Wm@?YLS&xO{A7ej$EO~>b@>Tn8JaGIu_Y!s_-5`y2;9$YqhYLB zAB&JfnvqyIBZ?M+`i??|i;B)M&hAwO1nqrjT>xc~;ACBlWQuoBKu-T#q zc6-;@<%U;DuqX4`_+TFQzb6T?og9OlXul#!I?`sHoUO4iDJ!lSSD!4>gmGj#Y>1*4R%JZ&T@SNf-HIiwM+os$SB z>>sgT5FbvF`jWKn5^*>Zqaz_e z|LW;++G(D*(1hMlHKG^C+X?>^2Hw*@GGRrx1A2d84Y}fUAjQ~X(om}|HY>g0wL%F} zt%(?vRgr(_E4D6_tTkgJ>#)A$CvM3~?pdI%Pz&wyNL@zI)zHg9>*VB&Q-Xm^b<;AH zH`o5=e}IX|ap4i<9yF6#g%GsIF%}fOC%{i!w*-|Vmbc~qvP>K`f6l`H&iPs&JUi2KGS>}8++h3@0J9l;c_CTQ$;9{vl8Fhh zMdVJ_QCMIYC2K)Wf^i2=AfkDFijW1;&LCNXpQo1QsS}Lyvh1<9p;7DJyKyN?!;PMICiH zMje=EyE|wLMs}1vnIV+=s zo_^M0hQ~G79Xb{$3;14*U<;amW2V3y=NBI`-cq@R$s4_6&lYQi`5}lHh3~6%4X{ zAHn?gILY%(%omVpfyo02+8w7?kI>#jBe{MS^9T8JM6Zo^%R--f_;8XpLt|C5e7f|E z)1vpEpXnL9#&=nqzrrcod&C?6N~ha>!uSq-UeIc_L5Ck6-9;W}KRPm}+kg7$YyIHE&!0ws5&sQ}SR%*&dsX;P z3@kB{#ALLf z5(e)TQ0ATmZ+F;}Y0Vrb?U;N*z@s8F;l3&eSNh7+)BP;9pkC~Q{XzwDp^jf%oL09bRBOUgkuQgJ(N zwX0-^Ri=N0-Vw*JQ5NwDm=v#^FzgY&_Bi;K;=VI|chnsy5AbED{)8i%&qzqFIR3hW zCkK-iPT*hZco&Cywi)$|Ec;!q@8MAIl4<)(V;9c0sei_Tzkwew`X}h8!fS+YJIPFN zKHv-nN={LUz%}IBGSnKAGJ492@@L<4wbdQE*|I=8P;GHK+iSx%bHwN~bjt!;N$bVC60G5MZ(cj)I9*{#c0PTJVrct`4! zn;kZLV9~foKlhw~Y)OD7^cO-PK?v${l0j}fS-<9aLeJB@fS*}j#9s57;4}36@#k;! z^6H)=wOy0*2Aa17VK0IYmK&Sw0lM|&wkvi$xA1vS0_oqCzGBB@p6>~)=Gg)C2EO00 zaNg19@$Dj5OHqtL4`A9mxjSU=^`5?4WNn4MJIhXa;NCj};*1_W|1812LWtVoe8#sE zzAg8rW1M*L@WOl#&-S0fam9#3k6@srfSzX^!Jv6`;5lM5^VF9_7N6yy+tc6n9T?*; zo;?R|7huZRdjZy75Y#WmPTtkMcfM)KrGrgIwiKg(v7`laf6>u_VclgCy4(U_p}m8T zlRk60k(%ujKE;h@uvcnU#g{?|_`lS{i~V=qm$m>{mdHGd@MRLqrd#w9qqLx?3~gib zfbNWk35D72#$u*VW~}%u)N@fZ{zGJX8u8D&EL8Vw@D9X)Jqd?-wVufRm_Eodg%C6&*90~vu6^wq4_Rv1@=9yn z81FCN-0Ajir!BU*$N%nklXl#@@Ys&XAGkRZ8)m2<@T+@#!{cq!9kFar96NHI=(EK) z5AbiE9;w^Xe{X!jlM~=q#N<1C|6zO7J@E&~kVr|N!^Z@s#;$0E-_#nEyNLXIY&!93 z<59QJzQYbJuAqY>Sb5w|hKml|@A2aY;>9hrZ<)h!2>ub*%de4c$r?0M91CI?y#^HPvp&0RvZ@#LQih3>Yj9Jble7Oi*)F zNkR7*_SI`Htb~&prNj-IAE!q%RT-F5C zHG#&#qSBs{n$uP$?PAc3vt@Wpj6VRh2}eB=Kn;Kf1O(erzlS%!13Yk|azGz@0_gz& zMCJ}55_o2nlAj8+GWEr!-4}^IR=}cwV=RDwk>5vdp<(^{8@F5LIpQqVgXu>2d+Lv! zna_)p`$A0MSmtrhn0q@e?K^1s^~ZraAL-9H{0trrwC%ykk@|@eQXFwb(} zpP4%b1YWQcLFR~!90(T1uwH6U!17!-yeqrLY3_^@5`ng0Vl33AJv`jv%pbqH(@$UC z>PMen>xZ9QalO%xcnA6;|6kKSyVj>97M~FuyeRv~^oHH@J;{oTgTWQags)HaJKd2K z_?6B}0{9Jc-owj-JyjdSJaxIiSav5j7GL(KZ zdR-c(g`H-~5uMmyQVc2?e08N=jXMW}q023)T7kI}2MC@A`zV;|OHo$}yPcw*_R9DG z%>WRLt(>zWwiw+vB{{)7C;9WSq7w`s`*!%yiuTcVF$S^OEVcKVa4JaQ*NG$|$)A>B z5g2d4gk!@EufnXSTaveHbl3Ds+a0=oO(OP+@{-pTuJ^nBYl8Png83`T8%{G^Y?BA@ zvvomd_t@ek$DtnoIW+zL`G#>HsaLlji_imoZypZXGS2sw$M#r= z8zBVdrNpNaFwPNK?L*exHHmsaVEdtcbx-U$;-4ue#gw!MllLr0=4nS9-h)}|{f>KM z@IYUWy9fW~(|sHRx>7jJ%j&xf-jb}W1iefVANQG%kKxEJiZvY3x3q`v{agC(?-G$C zgwPVr5PV%&Ya$y6aoRTPhzxt^9k}jrdi%}}``Ug7^!3EsQCb51iCxs~;d#U+Uwl8n zuUtLBmbN>RpuOV_w6@Th(5-n$F({=7zxX9>NA$C&?H)Va5@UAYXM+DFRau9t)u`vs zE_Hcvrdq0ozH4JoHyho7y&blgL)38&T9Xu{*oi50WKQ#L8x?fcmC_dai<1rg203OH z{5OC@>vpvs+sV7v&`)_~_t~3kZP8(BV>3xv(pW1APp3Wd-9ukr@)Juc1RAoL^-5=F zr`l`=4a1-cBMuHejsx2|GI3Xms<(90foUd1jOK;FzM2Y@? z157Y?M1fu$?i|#~LU#no1&h|4p%rAqwtj%I!3HI?zJS@FG7uhcibqNai8)x@Fw}v0 zY@7g4qJs9!vxC4M+Dxw*g90su5ajlNQJnb)yeWzg^I$6iTWqD|gp5(oHe)M3COchq z>PkQ-NdaX<#>~t;`5hJW21zN>#u^39?=%{L-Pv-qwrIW|mL3Yr4 z0Q3&F*94na1mV{N+dJwWna6!rA*f?qWaW)%R%-GEoG=g@7j~;CN;o9En1KZz6rvXD zW_aXQh{KMs``|+W01yC4L_t(*LHAQDTWB9~v>5~ZeZd|%1ob7$$&<^Fxlak*W&&CS zhY3Jubd&`vI^cLa7MA;)t*&`jeZ%5{x|C4fV*N7DXIBsU2?@XtKEKuXNdmt2$s7Ik zN0gsk>H9x>qo00uqo2KUxz^8K-|2JcJTUG79eaVXUTz7(4t94q`y&o~%aQnJyrS|6 z#Vx`6j)lwtV~1UxOg$197U}PKE;T9}AIR1rQ)Q9JF}8*NmIdG?82*@q#JayH@J?XX zZWQPvp*!iU^{Lege>E-%~8^{&xyV)psftv=&K>Qi2ke9jo}wm$>g zpECBI(;(Z*GCW|X8=gO77xu}`j^Mm!L4E|gK?`_3BF{8)KS>#z6+qX4|C$r;RSUrv zzsH|Li1_rPy}?hw9Y~%kwkf3}CRFt-03**iB>X07q93o8wd0>X_IY6Ub`8d^v4azt zPp=>KDLDM-&4WGz+n>C?*8_|F4!nE!`3jytdUdbQX*2Jik)(PzdQ1I1_L-o$n-<-H z<0ErD0)$)e{7C%~=@tcj_Uc+k?0KNr2NUsOK&}GjJpMo&o$RB;i{m1Ao#gmzo_Eka zpqnFe1n5uD-@@Ax6Szs74i{anI{EJtth=n$fUdeiOe%`Zu?HhQhMzSn##t4e<`9K; zB!IeJ_42|zqT5RUnxl-@o@-A$$oP=vq>0ee;w-XF#IlaIJ{KiuU_i}p>nb>24@vWW z+x`r@lfVOdf}A3b7Ayx?-dP6h9a3nt4+tJ46?71xiMg}|+dxBf*8v6`LuVdRj4F=d zJqtDZ==!P&p9*1-KYMueMr9ZV;#k!Vn`hQbSk#d@k4qxy4-GFKVf}jUvG36*W1wHr zMZr#92PfwArs0t}u8DiFLNa~;zxx(3i=VvEH;BS98aYfaf+h^D9*`XB8GX5^G|}2khEvamf(3r0}~3{ zZXa86aQ}9pW4J;L>bioX^^I=IfuK3*fh1vX1p(DycGki7z@h4*g}yae8v#u z{vKQD=X=vwsNccEJqyR)R|0;BQ4t-`Bq`vM(vB>AGVhcS0sx$uBH%ooN>0j6&Y%>N zLWqoyO@@IZo(Z}K>ytp+K*{|MFmG|x2j;y7Ah!gUJBptt^sOKzWXaH84V~7=bV8u_ z)!#U`yn-|H9I^QXUzV|B%-9!=UD5ff=wit29pD8Ck&C|tzrp!?>yy3%eFyrw|45zn zGc&(=w(<;W)3d|ZoK;JLcGc!BPi`;Ju^;Whp?6D`;Su}$H0l8ix$bFK{;0qC=#_r_ z$?Nt-xKB7@{e*?(o7(nq|3s(qg%{*mIFu0CI9>JRQNz0=5_Q*^aq`;8F7P#N0>p6`^HY zyWbI>Ca{v2Bc`a#VrAQp_ya=e!NG(?@N*Va<7E$aX6P)?v9CVx{0JX=FAT^c0=VrN z(Mf_{NeP^0?3Z=9>A^?U20dD~HCNko=(0AeUN3kh_QA6gy?=Q^-$8!=>_6)B?%7&C zd3es%#qX+(Dck7T=?bh>e3d!+((L4uigWCD$!_Qzn-0jb>T26L_2{-O0(r6-l3e2j4#QKoGGnFZhD(;**LS^kobZ z39M#?5M;e?NurM=bGVRdDcHJjEI$&A2L=9%DJjEe;2Hw=Tnqeez+qpiDtw=kNUX=6 zMIozpS*64#mtPxRg5lGlXw_$RmGLFCJ~MboF)BfC#n`ixQD^Ap;$$WN*37fBjRtH{ z(TQV(6N*Ja3{%98#dgfl^Oe$ZUnwa@Wl9079eOM^H#%civ3FGu&4w-dX6Cle3;iLf z#6Ky8X1Aea6`qYF>-}?1++L#lJABkh;is>!N&Md6zc=#tCSH@k`E>3ce>WzL!3X^5 zjyQV24nY#+G=Xi$gFE7ZZF2y#N3iZ!ZszUh-o0!(we1dI`hoEeB&l9s6r}?`^ho^` zG17dv&GUaw;`m|P80>icxu+a-MY8rtg5=ofIUE}UeC+o-4MVSS7!^Xo^b58rIzj(q z-_bU-HPP4*IN1}gCwk5J(KT{@#ypQC%wu1bVw4k@mGz3hIT;HGnp0GvLl^!&Z-vyl)50iJ?{?wq(b@LvM?&$+X`P zFg|_xO8#@EzJJ6Bkws%+X2%Kdh;r$5dVa2vWZ>wGhec|l+_9JwT@_G5-({f}RX~zs zQVfw9CCH$>(g3$!cN+Vk(@lrqdu_K5^b1WXizf@x#5FR=&ml@jz~TFa>+v{4r{a)V zDWx`-7oZ*|>T*;E4_0u^snJX*{pmi*jvW**nPeFsFyI!TJ+O<~lO9^Z6Ir9@I0C*M zfO;hJbLQ>7`)Og9Ao)%>*BnO-8v?V(AcG(y zpB8Ci{ux?92r7@C0NJDiavGQ}p3D4zaa6s?Hf#>BpcE5}f8m{QCAeavvDbR&ntpQ5 zf<@UmN{pOPBz5Serl11gPKT;z1amJU>w$5My*xi*e6NH|=Ch*Xl(Hh@Q;bSH3pp&S zOGuHxma#)=ePW*A(d<w&VzzW$Y@Ey2X{C3IC% zB!jNHWI=l8bkw_NEB(Sdr~3J48~yzAQ@wYw(Z$K2=jZDu`B$AbBLy7{eSxpkN{24Y zdx}wADFpIfLoJj{@XNAZLI|8DVifEFW6e2d_@Wk_+hMs2l6MCqx*M3o3(^X`joc4i z2HORBr3fwC&T?dQR&tU{L>`mhfveY?LeLGuGx`czkbm)fOOVG}FF}&=u>-45m_6{i zZm&IHc*Otq;50;OVIl`vFKTxzdN(b|9T+>IVOwf(Cmjh!GsSdEN>92e`7I`c3jD1I zS{E$F{-W5rW;y7euX=3=Y^N-0Cqt);&8Tq?brP>uga=<*ET)?1H^ZY#_&gQTyt`Bi(b7*8@F4qdm!<2TPwB;{TKq?68c7ODT3h! zQDP!9LNEp9gTLpOXY?ufYR7tUYzyIzWOm2Aw(Smj_t^NJq`-^*OHSl&Nld(MIT?84 zlNI_O(9;2bd0^a*`y=-={WY}YBPQ>3&+AG!)P&Bx zp}FQXJS1ty+Ir1=0lQ83)_%8B53Lhomi0e?=NWx2=xpe#Y#S%$KCY{&s`u%VC7?=l|9qWrDJ$qK

5jhu%0dhRf81kqiAakD(0s#ao z^ApjX1O48PK`=oIWD5X1-$r{WZ7bf!uJU9QkM(5hyZgD z7*j<53vk4~xz&nJD?zJN9m3=(Z5mdd#*@!t_b_sDsVlk9N_JIS;xT0$auSU7o^ z^hh60nA8jT|EFfQbcBX&y!KMDm&%dMp<3IX9|HD6ePygqC{GR^l`)B&f<(dFU;ABy_bRlRC zUD80%?7M;!6`it65}%x+0y2jX&}(XK9Zp@C&+~SrpzG4wq#!%i0UPh&6}YIvoBNeq zWCtGm4!dLmUuZ!pn+_%CM9{9PC80~KkMa-L(__xYiv23`ndd>z)}78Mr9_>bj=BK* z@4j=v4zR-l!giDP_}>H{=4F8|45=;jZt>AKytXhNU$WEqgoOPQ68BdGx*OVFbA&t* zd?zguWgu|-&%pY4ai+#eu@}<~^{4PP)&gd-G8hZ=U%+gjpBI6#&rLU;-T~c-hG`(0 z3VQ7r`|RS3`=UL8^gygQfc1UjeWvcHEjZd?Z-X(X@T8w4W%O#@o{qiF*CWpXpO7BV zyMuLvAMg4@Wam{wqKA?Dbx%L!vCattD$uvg0iD()7OtQk9V|GU7l#HQY!#z)goicy{s$jC)Bowe z|Hpdq;+&WnzP1I z@sBFU&Xc~w$2WS8tyW!82frsn51mmv7WTjW(Z{;wv}O;pj^D4@*L%MxbAbpCP^WLCbM;5{NAIt!X`Jxq|Ds6cel7-B;k9| zf!MeZ$5Ed$vE%amOc6RFK7PzA$SY2r3ce9SR0yG&*tmE>5*VO$KzAOi7!^ZQSF-3u z5;ci%z~ z1!Qvu9YT<0DHx^Zgq~6}&{1^pT2v}dX5%JXwepP-s^D>+1&#{_=`Ud>Z2NjXK{TV*+$wT+J0X^|Kk zDM1F1!4?_gMfskMnA%sTDLB)l*&;rJh zV6a24&cHqQ#Ivt{ zpZ2;u>2$g2^$e_e5vw^WQ)*WwbTWZ~T(V|@tZ_nR(`5)rmOX?Z@e@N-2!YT%>i}=Y z&llGtdYLG;M}}siZ;on4vGY&#U%+Vu!zE|*UKJxmQF!LM;N*d8%~=jWH6^XkXOEnH zmm7W(bEgnhW0dU~dG>C>Ja}&NU>#alGjpXBTd=6@nlwPi`f{)sY7y1ysH>H^@ZS@H z=g?Pq9`j>d%t6{?G=8*Wv3|q{9>IYVVxPo35OnTIB7D+yg&*DEFSi84JFYt~>c}N% zc-)rY8+b6UYwTlsK2o2s{SN&+m^Qw!#~$v}?9cOr?I##GFz*4H2Nu3P^;Bag6ez2C z(F`5S9e57NZ@s1zkTYQKpe{#M>|DW+6TcYL+5&`pAEf4cC+MOpQP$g7v+M(_uCf@E zw)i;q4Ak2;UVPlIU<)tQ1$1P5nw41oz3?1n7ODu1pp3#Xom@QDw0q|1YZR=hG#YE3V0lj?u>1+MbH@~Z^*Eh`%YR#=*l;oILj44mL zFcKb0N!Yz0OVu+@R!&yEEF;SFkB;d7K)JPDiHCb^6Cyg6G-J;Yg2G$9LQ>XUic#+4 z_Q*Y5m16w+^8e%PzusgyvMgV0nQ{>-)yX^u8Yo@e)!oCHJG|uOpUro^@P+*D$C+tW zjY6Rc8b_uM9pUc$El<>tuegD<RkLjH1ZNYOBI4 zqh{pG=guunj%v_X?Z)$*qDoBM%cHK6ajBlp?H2{Qjj!Ra%2|p2UchaU0kav$WEi%* z^QP9kt+k+yyHMEVbMUxeA#g!q@{Bz5oa+~-Q(aIfo=m5j#;G(!lQ&1br}IAi_{zDISe^gA$l%P!uE1<(OK4oW)UaFfYIFD{>H zfIvis^>(Y<`v zu>f$A#U=g+fw2jSIGImmW9l)miarUZeZIx%cNk$%R*G4<6#6Av)O0%2i;HuN62pW+2U%E> z4dKYO#1-^JZw-NLTa|L_DYU%oMt9t_4lKGboavUA> zyw&3^{Mn?&*=n6kE6tlq6B|NKnqf>1uybT`rF%MQG^sKMku+^8^%PN4`pvmFz(Y^c z8F|7$doTtgk7?6J;srG1Lkd3_OOo4~A9wT#N z=)u8#1N|%J&$Ox}@Q>rWW(V^TGx{Azz6PyW849D^AnN5! zqZQ}L%%Q*|yE;xt7{JK0V8nBG&~+g3vmM53r}Uf$lET2V5Q6sTWz-GN$1&)zr<($=7bxzuIZx7xFjyn=cOi2gk z+>p3{O9$jPzoXs27v>8K;Erz0*O9Sn+XD$}&kFl*`1Z^T%Q})!7^V)Uov3!mb)=u| z(}ilsc@GU21}INh=@^g;vWzmIqYhd*2UYOyKIZ9&a$D@5e4v3j9$Cp}c;CVM4mr$Q zhX8x#?O>!JYf~jT$emLBoU@vGwwUOO0C!1XyCSfibKgbjDZyic&5rYpIuik7kc+f6 z`d*RH-5$}kztrb~aLJCC=UHM0Ud6n*U(4UQxM4+e&korZIrs2pzU@1s&*94p3U{WE zn{{uzOlQp;JH{N0KQbJ^XbZ-U0Y}cq0)aj&it{D9+H)@gbPWbE23!4z{Q%)X!UlTr zSjH$Sa3`pMX`(L|a{Mw4+u;g&kGy}~F?UW8-E|5aLyV){B?|q7emIQ&*%0eyZN+)k zv@WB4RV8UkQi#ysBKN^T9veHL8)3r?AMLM(uJC&}R0!A=a|(S1bjId|lI@Ipd$1Bx z75dlE&d`l8-qF`_X@~qPXs_UVg$^R)Jx|BnQW*V7rp0}x=T<<@E9~3*M=2(ZsIso*6(G7{E4IN0 zdfB+g#=IS4=F^!z{@{Im`2Lm7&K7D*s~Bs>*BD%8duOWyeYbWrENMkxUNhekFgFvYS#GY*lSaw5$YX(T!_kU}Z0Pr$1oK9eg_gt#EX2w>qgD2!OuVp~L{j zEe-`~ikcuhU5#Tk^%MWad~-f!e)E-LP@R)fjLIpBOF3aq309WR#$cJF`JvfxjCFw~ z{zGEy3Q@89Y_ zzJ9IGzvKAbJN@a0clyiAYub&z{Nb&>{PCUs`s!NWzPZykuW!fp?VDSD{mSh|uWy!m z>n~#6uk@BJ>bGoDUh_)D#~Y3}7`|V*tZ)`5ywRyGFD+tIibC$7lp+cJFv@c{^jgEO zG4;-lZDI}HTkfw&CjOPEBYHRxOr2ypWc0OlW&;|1+ z^y^+@Km#n>wDHBLDP0G(^qHcomT`7u|F5wV0}B6GFV<6yv-%jhm!h*7xSr}%_aoDR`!XLNv#v?a)F;OI3Ej$X-%I-XWTnyx1}w4#3ms~ zp_%6bMm>{0qRTY}LXbvmGtb=;a!2IO{8N>prmhqi7->}j>yc*Gq%Lyuo!ai3tjHMa zZ;d@}k)tQMhM>_Gro6f_zvk)LtWlNIXdj-Vq(s85RF$Z@N@I%>NrWWnBjB`?mS7!Z zoChj~BlmI+s^O=qvKr>kIVr`c9zG8W8e$@V2k0dEH;%T9@i^2W+eDPKgU=NhEaBOH zZ=847pxYK7vkpUu3M9f79Ga>c@u-nGFpvA$KDOAv!}_4>$DQ6#fZhE>?}pc^@9?9S ztT64%H*9x5FrRT+qUYzAXT;o^gkLFvzwP<_WTFLg&1mzs(PCO_hMuRyNXuF<+{E0D zrCWT*yQcT7N;jPE@W~?yZ=e88=+X36#0V)!3S&Vv`d23@7#qpgB3>4-9H2Yy%=W|6 zeRe+c#=ww+V^0*y|+2>~` z>WzW>@!S{{cxjpUfX@y1VZc$RRZYGWcGZnd3L{22C8eAda?NX*fxA+aRCDiuuG^+j z+t$p%eS9QiAHvewNvo6jOjnnus)y5U9tq- z49zM>;Lk;&&$ zVvZE!*r$gsFsPKIz`e*t2vUqu0oj5?;CULmANlBIUXI|uCEz%jEC~<~Bt(DN#lLfX z=fJ><%E95975_V~-}!f{IX|k?m=2{K}WFM9S7|(v;)t3`tOKWTlyRK zJ@|LbEBLat?i~-Y(~kSFq!73p#8F~6w1doZ#T-ci8%&BRD#D+l6l1`*dy+)QyZ2t6 zV+Xw*dOyHt&phIDfCt-92M$|wy~Iy_{^t5lH|!uiP!!lVJNO=(d4!>!WHw;UDMlG9 z$F(g!>~rtP*j|?G4B5Z$q3K;z&+WqIfNc-R<<~;v>YTYDsT6<09|4W;$RlzL$mck6 zB;@HmtzGHG5DLC2>M#Jh* zlEEm&0@U&!Pq;ig)f~`H7Bl&8N$+Qc?m)2l1L< zQu9;4fGf5*Lhg8W-nI&Z1A{UyN%l4*yLvN#botu1oYNd(ebmjupvQz$;N zN|bU4C^Cc5Fk-Z4p3yMjVQ2anh7+?5@sW8RsKUK+f8brw-;(Wew;R9E<7ECl?*_d! z`_0>Xef9QE-_X8&cdzfb{)QF!ckdqbjjyjC#w}cbVeCLPpAvjjNexU5%*?Sjy&iG5-yZJ9E{_XtS$)&|E<`bRSCMNZmY-UXbM&>Omp)V&BJBqifH(;_S znTbzHVCv^?F)4(osxS@*nM32n#R;}nlT^y6{|0$$p0^y^Iz7#Se05zkVP#a8EZam- zkUu?kgb8CGy>{qnhwgVIYzJ1qLV6^?uC^V8$Wd#a-E)1->y#zCDo1$9rO1VugXIbz zazVDjX&qpDCUB6%%E!PEW5Du6km@Ax@0oZ>@#a1eS`Mm?`*f4-dq?s~$X&y8jZ6(k z%U2HISWNh9^bc_Bh%Zk2B+76%CqnthR?ZIW#Av=)Ao}2JJuzWhg^O5H= zSM*6i`1b$~5qrv-Rz)tP&S$Nj?7PLjD^0lXF_xx-UPo+!HThh80`0*3kz7rFe?+0Yqqsu+Vm&5_@+`VMy?F~C`@4V|qyQYZu zV&LuVN^jT+^sd`2yKlbthFt~k#{KP{6O!*g5YJY|l(xfu?^bJ#_#BUNQWqcdZkxr_ zkVERg!!}|$d>#~t@tsOZ>cDM}KDOo+o9rDpk+%eaUr+?djGau_8Oi9${yBswp*z#+ z74W%EkNDKaG)#-d%$jx}Hte~#L01QI${L>C9Q|r zpwlC~b#CZ*HlND$8dmAoH+OdTe~=^>t@8EVppK9GBf_X zpXjRZjI9Mbqyxw9upt2TN`Rkn3@79R#+fsa$Ed@Q6jG~6Jws6g!7{KLaMTK+Q%uUa zsDf$#-m_g9PzXXLG*I}T3e*4Zv&Z3&SX@tXJHqplpkQU2{~hxmQQ{WE*y0>}jARG!uAufj zGuRFa2cPq-!Wa^yu?LwZQ*t#ZBV)oiqn~s1c}fvJ<0wm8<*{&y%w-I65J6a~3w>xF zHz38pbB{YR*TD_rx1se!fnz_6)vArHqn{nYK{KZWwolFXU;#{+0D7Rpx#W8pex`NN zjG|-F)>31j@sHZ|qh$+VGQvrI{_Gsd~kNRNIVGlxefj>%8Y3vv#U zjE!}(!)fsu8M6YQ89pn+fdhQK8EcBn$MJ;yb0Ajwl ztrVjw#@EbIkUP0?&zLb-wj&2K+f?RRTa~dtP^!cJjKcu0@;pKE{G7^0)q_>XGe1Az zTYE6tQhb;ew{>8A#asi4>PLoyLJU&m2Ll^p1^`5!74F-Ak_ORPiMiZ2 zrl3Oqte}M4j!iwjejpJXSP>r)bi@1P0}0Sc>ycfyE%wK4WoS;2&$}}7wy3Q#SS0M~ zFk)^U#Sow@cAlb)$)v5G^cn-#Wo+{aK0B$O{1kj@WVLT*cue%G0439^ltyeaSh|n# zHJ;PDXy)RBV_T9ew`1oKIh?3A6iaK8t=rN^_+Q~OYwUjsmXDhwzC7qS+EF)RKS7pB zQ`A6n3ePn<%izS1jQgI&ri0RLOsSI zFx?GuZdmMX4?D{EL4Ni1NWm2i4)aH62m0G@#j%2JPv0GJQa|$(6974|Ri$89NBlo3 zv#OesjCrUBRv=K-kWacEC zoHGDKii=^~0(t-WGo4a+tVq&Zf{BBfw>)d;?b&L(24p*7j1}Xg0mXQQ8Wb@8egu5L z*$xDs1BPfP#lOI#(}4ixfVQS$dW8Ppl)S=-9;q0Y0KCRfHzt=sjj1DlL}srjO)jOAV4RlDDyi& z@W9*#%FgEC5<);4$-g;ZECyr<61s>oCRIslm}g25Y?*gbXW5CHiu)yNOrSiUx0S|k zva*`?{|w~gXA6CJ;WpQ&{u0d9sXk%F{+yNg2}MAIUP?;Lk=1w(S__>?UB*CrF>iD+ zZz=4O%&X_m$l(^@IdNVxJb;7wEEs(pEfra$(IE=YEAH3kvntG!M|*L=aaTXHY*mV5 z{}=<%^s+NLKz0~;kB;4D=Bud)B1sAQ0i_3{Y)r8Q4g@HTZG(;vIPKVQE<22MY#kiI zx1+Od<$w+B8SC>M=WFa{&(Su~(eHpmyD!ra`-5y6r?XlolbS-fs7AI@B0NQOl63<1 z86UDSgqYPfwPrYe24_UmbW(vq9LF}L{B%sn9%S2tEgi6rF$nCp<9*WyZdG8pU|t8! zk_a|3&b=~Bl^7N2l(`>cz?OnS2&ziLlm~hS`F`eEqV*amwD@aKLBx;OBm(wMHMEq@Hoc({z3R z$fO4fE!)z-^AT_6{pEzlSVCeRAWzdPCwz7fAWt?Gkl=pS;>*$o6$>9 zMqXnVC8QoS{1h+>_kE{>*M1<%F~^bfj`@*BiRV>}a=#RlN=nKpVqd+49D-V;PsvH8 zB;}mtPlRzd9=@UUl|J$UZ1KNnhVM=hx;mNZiX8$UFNnj>xOcIb$ngSo z>u&}5j1}a(ttqgIPQZ7;`T2aJtFxcRGseHVI&UhqRiy+D_K%?-;HPJI%&p_tu_8Sp zZ$IvcZ7Blww9b4YH*A7khtK2@%PQy5W`R&b&pUj5McaYLigzq-(gQ2|Eq-mA+}kd>XB;YUNC;PQe9{TT6FT$#12(Ln(dOOPvEMXC8ytC*q6Xv( zN{q`PD#Dj_e0y`RyT_I8+1{U#z{RH{PDGB80xq-l+fvlnCKC3LvB5K5c{}O1O{17I zdfVVDQjSpravDSLLXEKrTJNs!**)IMdYqAicN7Qa@hz{yzkc;rKk{nl%Wq%mn;%~5 z>+gTmTdudfHaEU9xbX6Ge&Pg!F%Ua~T!O(P#@E5vV%m&!QcPno!fw^`&kVy@vtqw{ zyeB|+sxW$kQBu^AZHcz7#$Y#v`GNv$u*t{%pj@K-nE>7$3Ux)57`J8Ifd`NG_wt`^ zJU?A%$Gy#FqaAbc4cIBM000mGNklBS-{S!AqBF$CmEe7hpJho=;72A<(4EboDZJ_$w2Tu4Y$nW_ZjHTqC=FMrGzv5oP z_;L!e5f*UFw8TAMyY&^2rfrS>EBLD5r>H6!{*zkfoe=mut}0Q8 zJn~v2OH&usr6@tS;uu51j^j8kQwStzST7}UFGSfr{TMuZ9M`gRLFz~fxEUcx z;!=z0L|(xer_A^U96X<|ee}D|Dre{2vA8_o7nadUrN;+G+7L8e34$d?MVhI1+%Hv8 zE(!Y*Eh@#R=-GJ|;lOt5%Q{D8p256A2+#<~oUx^%vuQP6?#VEA;2q* zsg;o@#W>0gFtVPUq>ZbBlu}e(XO${*P9stG@LjmiD7b{6KsBnOc5i#m}H&{wv=?HQ~R)_t!TM`ug3Yez;xg z&BI3T;C)5nKft@$wXbA&DLE3mBX*TEsf$jC4JR&AD0b$PTE@iuR^Zmwm5fy$v5kt1 z=Lf&enp2=Rbyh-7_pNf0`z7}ck_$CsZJ+JX2@uH5^xCG@#l@)#tN$bX;kxRMdo3vF zwwpDtl(tGtlxay2qr(}6S6df3PmMNCQQe`d9k#e(MZaW`{YYUE!N%j7QbBXjo`tDf zAL6M0J$|ud?2`PlMW2rpLpS%2`i{cj9j_!-?8573exg^%D;V%Lj<@?C*lO65d=tFa z7*L8(B*|>CfJZ8^4nS7)Su)1*1q2;<9^H}imP+#CWUeFcI1D;wIaY2P7+&LuTedc= zteRkI1^c~DXE1Pxim~U5#h8%RR6a|b+(L?pLI}VEHTve16uHN#6cdjP9p)7@8uF1M zp@UBchTckoub%5DF-}U1Eio#D@Kck5q=3-orw`*5D|b=U9L22akg=lz7`N@1>d54f z^kxiv4GJOPfEsC=K6^K!i$WA_7!9m&VMmByl`%RSbj(2s{!$18o1n-sgrE?gu2X~n zM&!aMq^J8S#4+Ia%&Z`22bGd=V2&{;g`mK=n1bAqN2BA^r6|Ruo;imUr5Ke;V4PG* z%8YI5tTq?5oLBVoy$pdu->S;0n~Gt<(@G)8IEN4<`di=};y71ZmC@O%oXsU|pi59< z-b~+OdYqS#m_Ln9?R&#&7^XVyhzd=5c1JhjYGxL-K8Tn#eLNdB|7Qqy=o_~KcjUy4!5V^dV&JSxbq zn|eu+aWz39@hrup2z_qzLm&9+Fof-{*N)_3+uu`YyJ&UMvgMwWwU4l=J^XG-V8nYx zXib}nV^BS5)No#bNls6^)aENBL0*`qc8q((hi>spuZ))KgH{C52b$ldKjKRp62T6< zoH$*aZXJNY@DX2gf;dp9nm^-tgrOsh9N^d22a=Wpp2zH|>g`X0-wHn3jQ?>Szy-nC z@nFXYK3fOjl9i%;qbHyp32aA2I`uGZ8h$Ov@Uc(e{y?(qXr^6aeDVnt=)MPdvAwws zIG_31|BX+seSRRxVQiA=GY%D~3-Fhil?mvE%?|3|*X=+Dw;KqD`-aR;Flwy9xxE@XVp~lX} zxWJqRpDpmp55;J~uc5{m>%zDUoR<>eQlp=nR;II$A;JN)t)m^fKG1^r@Q-wwW#%d=N+F`VsJ0|E^sTEb z`)!kaEn+}asghP;a0Iu`+K*WZLB{QXu8%at;uef*z{fPs+c0ik@>o#JnliqQoRUae z{Gj5QUw2ILy$CN8{9`()89gZRJn%elKZtn-Yf|GU$H+n^tK_5vZUrR-o)pd#qkT^I zQFd4q!{uY-p8?)O2#m|z8^#^+2)!K3SjeyOEpOGEMxtK}7LeCs(#l2S1|PJot?j3e zOIiLk{<)^;?W_YZx@7U2Qjq&>N%#-!@~p_2wxM({3I*-c-)hM+h`Bw(Ms2htdSg+yB$31op zyUZu`;3{-vADK2qjvI@%(#5pKM_8p!s`1z`_vEMNQxb>250hdXgZhpb@W4uI19m%_ z-^cC=%n4o-N*eIfF_BV0I6w~+O_pio&(Bblc{DG!V+5DS1xZzks==u$QB{s3PT~`g z-SQ_vw-~_jdcvzK~RK`5f^A1 zs}Q0pVtbu3WP0LQ(0o$q@?@e9p3U^h)rsCao#?r*dFAkeRs98gKby8XM^_7Ub3Sj? z)>%{Rzkyc4W;_p5>4*;mur$9JtOV}PA-=Yp#@$EbCuCO)5pxie{X6ie2%=xVwHMbXQ*w{mPepcjRxx>PzRnFq!#Dax1Fr!lRntPa1j z9U0HW{N@>`#vRMc~+se>BF79uZ{6_Jk*N@~x^`DOs?nkKeyklLN}A_0fwfJ-av; zoGGNB8C#Z96u2OfM}P=`I$#`uWMd~tF=|b6^?50Y{MO4~nDa_~Pxblc-L-BX9@tWu z=#=+YleXc#i38ep{MNez(;Xn)jsb3~JA&3d*AFCy2Ljq1+eZfg_MDOfOi*S{YtDw? zXAWp9oW}uqi}BczmW*Fv$ZOgP2k`Sf)o}tuz)SU(%|VGK)-YM8^xylE@2PHMSs2-tyf)^|Y<)^iWd0fLq%CXM`No~@TF z^LLV!+@ zgA7w@kNw6J6#+Z)YyuW8d@cx-r;}PPLR+wDnQPuwI^o`;tu-ZxRwa!(n>9uL)xKx* zR{q=bbFOP}5}zZJ?3iPN9y&0JF({{?DAM&6&TT zpEBaqRB6;#jXqj>u1^HN+kJN-?WrQIw?jEm;dRbgc(65 z&^QP85P~v&mSBsBnnGvZWX;>Gwj}sZDmjn-7L%n7<9p?l5^=Kyx1s}BW>&TiX=XIgN3kfgYq) zF<%Nn1w2!PFX$!i9q_qnN${S*GqP|j>}X}xRa66}DKVzbYG_m1jJ`g4N18)5000mGNkl-^c z*Yq3XA6XhqPuKp9yd^3RXGB94=`~QAfdeNZYu|bj3MtRG=BK; zrLJ$TN8tT?$Is4B5OdG~A8RUaC(kuWYg`55821zaOaICb73+ooydqHTF|g%1JzeAe`W;n6WW60I;rxL5vQy=7aTE+ z^dTV!uY~eFY6~A5lED^DZaJF2B?)3p+i~r-$4KoMLgF!L0h;*>A;^KK%1JRroTM6g z2_Y(o4|X~BV_b?6!;UKO5=iV3qsol4L!cTk4@%sNriqNvV<0jBPzSEvcpPN;1LG2O zI!XP=OE1ggF~+h%?JoVD> z1NPOA3EShHfTe)%N=_X1gMvJhD#`O(9$|Me1`R=@4H(lSvF0%PbT7}9QW)b#hiz`r z4|ipMJJLrXDD&KY`6Np(K`Z5`3OOUsJLq-nrdX~680|S{TKSXdH)D}^b$OyQ?5(5( zOM`mkFEN@F-3Hpz54Y6fr!`nMVCXq)>k(ayotaOZ_%LuZUxjBSM|rH#+&Mw&NnXog z+qC>KhA|eT7}dk4>Gq=zgccY8(}_NjX8ZLVF^bq0lw!m;BQp+?2ASRw8hZ+#J+h4Y z!1jRfC)%A-O7xF1&61NISya5ezSojfz6nek;v=?ZdM+~DZ^{Rh#$wNQoPDZpC@zrX=lsOB zZAda%0Wg3-dj~+A)5-as0^sf4qxKlhfi2?Qey1&~cYj0w`tF|h;~TZvTpv~CtmX1i zqB3eQ)|jFO&ON3l(M+j0{d@mY<~yT0IzK(t$$YA|oscY|_9*Q@aJW3b(6eXfYT6o_ ziAuGVw@p$AD)5+qzlDB-@Qb#Rzku{?-i+1yd{XOtF-1928l(Xw+W7C;@?0X<5lxy- z1^DCmrea*yDZHJ{8ZDUfWKxZewt$ua-hqYr%E*&bPz+Ll57>}bsJHAoT(i1)=he^6 zJ-Zuw9JkYwM8C#~w#<3N0Q*1$zp^-$F)1;rDn&Ub!Jb@nb;u4`4I#*iPfP;)2ry_0 zA8l38QIVMRz;yC&v~+vDq($IVgq6ifFQ;|ji)7}gyLV;MkJ!)#UVLsjBlic!#1NHYP)U)*Sn=+x)_l^8Sb4j5P=vE6 z(T5?N_a-UhCuFjIWg3i+GzBRlPn9#adejk}gb=g?L-RY}>_@QNVjJE$y2Vc1oUHEI z9oT@MG3!YD=5R7LqIO>Wn?qmp1!42*h*HlgLXL02YzkJml1hp4 ziqCTe-(g;lU(6bci&{-75;8Q{SDmABVwFZB8o#GNT)D$<%-h?$rGB`6l>cJn9j_zr z;Q0=Fxds1s_ZxO4xAIE(NzNmSlY^`i+tmiyUHIGHtotJvTUYXD2pZsN%`S!U*;Cwk zArZOPRz(Fo2l(#bQ55f81beJLtNZzG(@5I`d78?BJ#6JW+s5>N4tTXFbEm61qE&r>!ZJ z-cejVfYCj>pXP6cPhGS7vgF>1djtH~Pmc5toFBky4gPLRFt&~RnPs+*o#NM1;^7p1 zA*f1>W8B@7j6xK*dIkO~saRY+t~Yvn`=D#`gZ7#wbd2c>#iLE{MK}3ZS<1vTMgoHh5TQ#iY2OGoK zdY!PUH*X!-H_Y{bUp(1$p!h%1zo=lVTX@2pRJW5cPH)k*eF4^_+-hsF6}>SQ*- zv908wl#8|mhb_Qw0oaPFsz!F+fq`9rP}^peDj@q&W+;RtJNs(2R3?xt2qFrSs~-p6 z`FzG|Xu?Wzq8h>9-QH`5@wNbAr93dse@x+l$|{6_u$9`n5L7BPIjN?#RUXe<=r)F%g^^BGk_z;)uL0C_tDF_-U!|m^s2z^8 z!6=sS=pefu3!%M?#{pc9fYNKwlkNst)`WqXR*p%DmYK8430$C^qCyD7+rT_QQs914 z2vH?QWyU6+k4MH%kSj5!ZEE$*WrGbvP*E8F+o6{uj?=+FU@WXCgr_;oSBFvBxB?GS z5cJ`ZdyzRp42m4B2RpEni@%iBF%S07E0?2IU7#4~WG8nZvx7Kz__(Cla6qwx9I=NU zx;;mTj=Xm81Z&#i@H-r3g`@4jY>&g(aASz09&&<@7?e1coJO6Ll9hfsk2y+UlTxBj zM28uy5@R#C2k7_O!0-d~*U;Z_Zs$EP$#ImWSHT`2uL73b8iNx^C?5FWaD@-s zOq7&(7LA*NlB5C;EkR&j7v@gbWx_6tY;R48Dk-SNHYc>2>pBM&T3Z!0rBa4}%NHeO z?n7S5|8U*^)Ho=`INC?fNfl#Lj>;t~gedE%hW-H7QBqwM(HSl^ehvfy+w7iWkNgFB zOH7K;jPyt;Ds!HYb3i`_{5vO0DT0&{5%?zL%gXTE)|G1JPV|rP>SL2Lg+irSQ;j)kThVEwQcSB!xJ(z%j?95Q3rtwBy)D+_HUPko9gJB7MC8vcK7% z9h;-1ijjr+Bdx&CN!@6{s?vX8$a7EHtVvZy9X;ti$$f>)PuNNwnEJ2jEh#kY^Eugm zzzxuh^AbNCeGq*6;mM}_uj5fJ*s(9%kRd86!$*XlKueq}N~6z*fw?)S?||+KJS0hJ z9LEtHGID!NN>PciDMs93;5@2_ABHM~sL0q%AD`Rq?J&m3eWXA<=;cqMUyAgHb_hWs z1c{#kTBj$cEbzA4uxj5E!&Veh)?Ekz8%X0~Z9bXE|Br%`d5euVqIy>qr7HBqiGZww z4qixu;XSVpgdcabCqGYWs!A>>Y@1H}tMx_~ESPp8HxbAY#__&Ua0$AEQz1F}x*C>Xr00E0+~jw6Cpr&sUekd?nIP7xe4t)P#r0wxVI&)PEbNIU_vK!YsK>148HW%2sm-H1a+qVAb5L&u2|Kh_=3 z*AzgvtY&U_m+P(FHyp3o)_p|3D>|*gr-xny{1AeA60i;R$h|#|VwxRvH}rLY5P`Yi ztOc18{Yxq;Il)&_iV=|qniPBBtgT)?0`3Ct@i?|j^`(ptjn3QWfT zsSUbvfnq*ZY{P{RlxPDEht?&|V+!)h=cH+LLDKU3;stomvF$1)6?n+Z)s%z-Csopz zl9J;^jED1@ixm7a@~H9YSu2gT+V-hJNF z|J9pY#h8%sDEE6L;JUBnE-7j;#ip6ZeAJ~V#fT3`w$X0T$fsp8KP|WwQq9p3Y$$d4NJK)iauZ+GYt6CQbr zhDL;+0iE{bq1m*7?rq+S$J$VxoFSw{h%;1u!n*5c1sf8DMSl2D251wQ56cE;`kBZ>{thcyTH*e zPNyXBEyAtkLZC)zcA^7@a3m2N2yho{`#0@`?W3*y-UQ-0WxHfConSykEs3&%{v1QD z*kU>MSslp&J;|Q{FBY`Wr>QdBN|Ad9=!X#CF~~t{Pa^YnljpVLyHDnMqAx${kgvl! zxA3;bfR-eRr?%IURjvQ*?mb(lI}9u{V9``#@H)YHY@`*+s8S>$WO+68w;*JBow=-# z1GEpL;|2H}WS&!us^Pt4#?_TdRWyuzp!WFVQ5Osafu^VLU zLI}#p7{JK}Y6o&PZ=J^&kSD5e%rW9@g8U#S`o8Zq@LvZVpZARK;Fsxf{H#e`RF^dJ z-F3b8G-GbO@0{S+(fAwRwnH~>nYy3pykpDw4Ol#`_Uyti9-K>oCN^mYo3=G`RHHpL zRbieu;*`O*SRPgtmFGu3ZYd%|EDWqEe^NC zmL4|;y?a>cCGP^iBWZvC=3d{vyw>ZRN4;j7^xGe=_2sv(^!@dN{^RAXK7W0$fBp7a zfBfN2|Bd5+`{r8z_QQ?7c>SP1(f4b{|M>P^Z;EB?u;bO7YI_j+9weol@PouFriz5vsv-7Frmak8EW((x!=!L%YCx;h4txhVj+K!)~VsV$B1%F40>D@gw$cyF0?O zdAEMwQV_hONbz?14R*dnKejQC9c_>6BfNF!w&Um`ErFByGiDY3AU-KZO*k*`VCIG> zd7NX@BYeD~kpJWNZ}jEsYkiNMzQ(uwO6D#1-`uYB3j6h+2EHf$EX^}*MSQu(?jFY- z(IW|JuN^qdh>b4RE~YhwNd=yHw2dcw9PlkE!%s4HC?&->#+nda)$aT%@y?5Yx zN38Q}9rv|QqekTvDeR&m#8Qaxom7`J%8+?hXjMsaESpi_HYIAuVq;Iy*3?A;`>j{? z=r<7S3bBNnvW<4U1~2qq;}M$@R_zD)9u#97WqYI`Sn-z^-x_=&E9=GIW5*yHZf;U3 zQ%q8V9|zo&(nwp3@31h__5C1W^c{K~#z4Ud*MmG4tjW#idkp%3Q|(Fk8#@He2I0Rt zHGtVDy9a}3Ft{}H$>m7v!1#`SN8||Rf#(O#BiJQ)uL*W7eE0O>u?}G5Iky})%)0|C zxo>1NyFpSIe=Hwo$Qj3$p_NkfQ&ic(|DYo@I$948J#+r87#bvH@Ji6k;KQXbo3Y@! z$LQ~H+7-o@1KghZ4?MIkja%ny0_Kjkb;EwlBhV@&c!6HY8Jn%KzoN)InfozD9LyXG z-g=FJ7LXlu_sDK~#@DYm?r>-qAm+or3OAnPl-In=eeHmFzt(F4$&WV=`ufe?_}==P zS9c`k2YvtcLEq56`0+-cfBR1V_SaYX8d(?N=OTD^VGsjxDydS@PT*+8G5;*)Tgg&}$DAex>Vh;piuOiIvJ$;Ow z0L&7aS=1ko-01b97STzfFug3ke4wroe_I6%kkh>g3CpY_l+p9~{5M%5`R zL}BjZ04erHB7>hFnLmU8 zHcZO+fE=SNVD2w3T8<5iH|w{f?~Xa2=I)5`-IHD*xMQ9NlFTjJ*>~W!qNvy-Z%5ms zk2TM??3P$R9WlV>VOriDIrM`D<~=}X%{a?+BvyIu3Gy@)gpN^;k=CK#-TRmr6F}ek zw!QTrV|o0{w2s&hENc(uV!{rLgJncs_X~b!0x!111RhutKHY1B@2;?IkF(v|r&q|d zLJiZNnq{rD;-W8j7B438YJ_n;_^`Ya`@AND2 z_2_GW&z5)^LX?I<^VyUHJyoKQUjw{dCtTQf6rjnHcI$&^1R<4`PO7Cvo>F(}Y9YP*4$Ph3aKr$dvL6PeegEHU< za8mT$pcLcibaX|rowgX#24h}9+wcCC9B(m%Enp{Ps&i6XWi`k;Yl^(B_WX3J57^PT zI+>!d39HGXn4*plg%w5SZ>z#wLBxo$fH3Wjiyq^$vN|x^F~@=9k+$c2%iMOd2ZFT? z^MRn{-SQD^pu)bas1T15elz}*LEbwA}Qi+OSz%51aXzQX9gZ%2jU*Ph$ zy8SLONBY6@fOEm3%v*xS5T%+iHRn}vkP2gP7*{6*o(CMtMOaC4&-fz`2S(dWIPD`a~l0C{DxLH<499_-S#d!ghxH<99kB+y=haU}(B)63iZYd(*`R4ji`x_cc7d zX7%`*g#POGQ9rUO|Bi(I*Oxc?%d1=c#Ya}*ezPWv+}`M%b+V8wbm_WX+MuyG%2VRVnhW+JF81$NFD>|B?RT*YE57%Trb+dHe%E zPW*4~H|#uY^afeJeoH~Y?!s5>F1%vr;Ep1}^LPdKXXN>k;^SKijUVw%%kK6T9Ny4e z@a(}Vr=*mV6oO)i%GgE+xQT?;f`46#{A>@_JA(6JJa(*ZkJ_VO2VdL#ilh>-69@1E za#lGiVw={_fka{2)27k1uEyqhn1)w`N489la>zL1H})rnDe+GQUrm)pjO?$@1&$ro zv;WqCS9jOMo7b%JUb7;4OR;ACev5v81dkizVIRcq4%kBvebbE*yT-6PU!wy=8Zk~_ za6ms>_}`L1wj6KpiI?p3ykj-Ff=SOkCQ4%gO=A;6lxfBgN4_(%SKwFY1fEHbVU{H! zlYPa%w&~X&eibrn>M<6bw3VJsYhD#(olYx!y3*OC(wrDIE<);pKNRJXRab?1q7Y*& z!Utkd=EB%y=DedI@~+7}Ji93Bkuym6RFS{@{Ni*mzJB?HS1`Z4y3j{2PRG|WA3i(L zN0%r1-D zN(vIOw3lTM1fjsLqwl2@kSUWKvu5~xTXBw@KKHAQkMR2mJHxro%2|x>XoIZF0tS{h zBDc5l=WPRjjppEZI%~(H=}ftvf$_zB${dYmO`{r&Y=1RGQHe^)Pq{8?{6uq%eMIbG zP2u_dk3Z(MOvc4K*nA8<`2JP8d;I_8=Ep5jR)4;B5uSru8YX$AYh+&npJg&-M!n`@^ zXMf^A@Quti0h|Dl0%iFcS{N|1BANMFE zE2SDCsJ7n;A2e{rEK@ac|X+aS=DwJH1&4HuI5&n{V?N*mGR_s1E zm`*hFNzL=55Q6q7%8B`r!fz!XV*mgU07*naRKd-2+t{Q?MLlSZvdqgK-a7c{i6A}4 zN!tpMWak)&J1$?N#@WY;*qLB*DFx9N*E`t4J4WD-!h%{;Y4?R*(KH zSC5_fXnutcR0uz9${1+QW{n)wFHa`Apoo0V`|bBg+ctNs1k#*nzXB&SFZ$Bc#D|RFNCsg0CTkwvcdryF|eLk=P zz9GopP++VmgpTlPT=yg<>jCo{aT0h1g(pm7P{J>O8=o7rM_-oLGBwyyjs5Hij-CdNjEz&T^9Oy8y& z`*11yAdh6aJ_ZHm7qR9j&krktRrwR)&-$&vB1HTQzKw~W8(ZULe;;jv>h=f*JFwZ1 z^j5@-ov|bN^~445*4YPZ_=!yHu?PBh&>SFGO3~Bv1ph%bcGZ@ohGT@qz&{-c-hA2q zLWrm;jLpT>hJxDIcPJb3h7>H*6Rna};NSBcna}(daG%yi^QIoZ2skH3OeRwm`of}W z;&H?Itg6-WY&xk`*I9iSz%VEinD*2kbh3FX8Plp=kYJ9D%mjGg1~3I23>F(VNc&Dw&l6Fg+O(9F?tM)_D$Bz8p= z=FGGf-V3xKO?(*CF&F9}(H>d!^x9(AOXAWBT{*@-V5@id(<3`)_t^ECXKU`=u!X;* zpz^{Nbty2XcdawH8i)C0q9sLwi~Adj&=dkbaHObdH6`Abswjq}9sb~>^{^yH?eLQ^ z4o@3}5RoCuF~7yOXHCP{S|41VYdSHVN=&B{;_$`E94u*AO;!8jC6Zcf)N8Yy> zL@VMzz}O?*8ZZ(L8e-_01qUBEx}|1xIM@3n;gaYceL9nox^l4_Kbai}TAJE@8m0D00@^6Ge27Zp&fQh;uR-+)nc z8c5=?7Y23IfSgAHqF3(5;-2dNj`qm>YYb+OQ#-Kjj{|{oVD-}J&|_R4&)6lapoF2> ziHmtjC@BQRl$2-=C>4B7CXF(D6k1|Mo9S2FFxWyf-du{I@?KS>Ps&NYQFvh5iHC(Y z4DgN&)@SeHDkQm2Mfa*CWE|9k(Lm+8*{;}O*^N%rHkIaJGi{Rm9&f>ba~yg;Yjr>m zv$oOs$xLUbGc|P?^;5vMsj?dSp0Fxt=pW%Brl0|1G%q#JVF~%7dhE(OJ$58ulJT=W zIavACP=!8Hj3gqdXZ#U492ot455EWWy2nPWhYe1)C)oMb&!DKlxWLw6=nvx;B@YDE z4FTA8c1r>9250<^74lcC^uJ=Oe%xXwQQdh}i2bffm|OIEK;Pn1(9fhUU{cF}JjP#S zyIf54oB-r6yS;Zl(?`!1w7EVYAbF+qn~yK``(Iw^?`i+#cOUA%{N{cA*WbRU|MTxZ zqg*4swawFY&c&6933Eer2C1$X~;=@%L+>5|iqb34&>C4i*yv#sYoJ zOTrh5PSE)UE2?wuPqD)urL4frerkQRRZz)E2YhRdk3Fo8+8hQwg4K%HuwEYsoW1Oa z0XyHV4(v?qv_dxrbk$*dM0srNr~^LUDWF&paF6mXlmGhR0gLqa1bRB|(0OUH8rqmR zVo-|KZZA&p8_|Mt31dQBOlqA>DxJ=2T`pR^ux{8@yqHdP>c4k@O`g%*=Y(XjK;CJI zB(*g9spahjOZ;=hzV;N14LGzp%6^~0uY|0+E^25kiEc_Pae>`b$Rv<=i0x1x1tZ^B&32J9UbrB$uy7Kj(E34KT-YyUJczgXvEh2nF8C1 zD%_vcmCmOV1?=-cOo}NnPKtd`oE=!yN&7+Sx%a{~xev z#|od{lk{&_d%4{ZAAHX_ZcUDwvAr*7cHmprwQB5TPExL$tc>1PzB}j* z*u?tKE8yoMCQjN$_ugUPTtD*@*BC+%$bo?efb3Y^?~j9QxR0wP)yhF@j2NHR0VC)z z+Lv#x+2(j0K`NzEAsH}S3JGvGx_hv3WVWzsB^)ULeA~8ELXFyXq6I6@laqyFD&viP9qqfMqW6m|j#69!9MM=o?nB-lBApJ97U3ZEyF!8f9DQB}LmS zc5Pg+y<$cABP-u;SzUg`_VD-D8@cZ_hW{3Wdh@u|dVSP2N%RrJ-QWba6~Rl6VC>16 z!@o;t3{`UPd{pS61 zR^sRS%?Ho)yAPk~??~c*`1DHu@ac2?{-aC%{l{1OJ@wD z{o{+7-eXno1av-c^$|(?!{=vuk9o#+d7`tEsZP%p1j<$oa@tlSO7w4X2!Ha?HWiWG zezwOZgQN{M`2u?X^qY_MhhMzV??1ZG|LIrn>-X^ShmW7>A3wR$KYeyZ0W#Mw;OXx_ zxrF~``Zdpg$@QmK3$|}hbOnDEdYIQ`ENEQVv{hyWRgpkzolP5^&l~(A%6zn7|t+#^3+{fg;EEuCd)~ikmz9&TWbQwqRsqGH)RUd4-ER$h-}bYy%y9 zn)W?*YrC*L0jF?%`ggkVs{wXQzPH_D(=PVhe+5sE*qH5P3*LJQ$B3_%6jhkZST)$G z=k+`Ter-HvBsCYx-a@~awQ@UY>ruY}ruGEq#Q3IU=tM9}KQ*66nXwu_@NWr>t9#}Y zLgk#mHld58Nu5rnJO2rh=TPM>W#DDN@*>)t>13Vm<|G?M{KELJOmIBFf@g*_p zB}Ke$K^^+tQ~X;7+Rj1qy2u;RI0$rSTtbjYoE91YtEu@!t-g#a^Hr2 z^S09YtfkdD2g6B~@s*l{-DseQTl1QFN|Cvk&(TpuL2<<1JLKv02-f#JKaeap#O=*b z$yy=m$^H)%xQ#x0{}P&&Qc9>dfPmD(OF-9!{IDnf*^Z4>&-re@(;d5eAruWUL+i+x zqRQd<42)s+S{;imli$bcY@1wSWvN$`_+4;F@SJG8cT^DV(Yd}26bL^P2 zg9pW=4g+j>-tQlzAc~J(DMpElLO{tF=GeGbI2TTlVpQb$Xg~nhLv)WpJsIOccJvK% z>k=JKnk}5=p&gLbGT2~42nv{Hg?(h~C8a1Qf|3)q zlW9-KnrjzvZIwqSGOkUP)S~Z-XPL34*Rx_kH3~5(h5+7COsNne*e1mol(ENwXJbO( zVGIL(rNZ13=*`gC*}T>JY`y>D`Kf;Qe4$^Gyj=`@^lZ*bdm$&wPr3i;)hXv^B+gTP z#=FlCF6Mfl)&2{TsGD~IE>9-9TugN_t+XJBI6xFhZA@BBYvd_Z?JZUNOed#vosj%1 zRtpjNVvM7Y9Kf;%w**#RZSB#!1Eq^mW4*>kR}?#SQ|Z~+Op8ga3s$vP%>Ddyq7S(D z-q}<>znC{XYjrVicOaG&glqhC#ZJV|*!|Re&q*MJ zAcT;gJ+PJg`gWyn@sGc}zSH;;a{vGk07*naRM$7`ro6^?exxAyj(h$>=NtUsCB^V7 z{Kd~6nD3GKR>X!CiRj5^b{b{xpDFQS%ZhyD(otNb zeYO-)YZB-h8n%lSI$sfs9*B9qw(SW1?eEF_Ks&{RjTRZ75W*;<&oj>gj5~Hsnrhrq zuX9#~{W|eibsmeirW6*f<;k`wdK^1WuwmvqDTcA<*J zu$U`BTM88Y(=jhvAq_FWO6t+c0lPA`Bsq21Lk<7VnQQdlv5UE8_jrr_DHd%|iBhdn zvMj^h!=ozVqu9OJuv>lvbNh#5?vY|iKl2k;C}>L+X*FjU-=T;)MP)?jo@v1=0W*sg@hqwa5Nuja z+u%5fmC^}8b28GJVSF)0EpgsX6cz*w8}b1@Y^)tdy60XGeaK5pGH~xeAaM{qLb#*v zk!vS2JJvhi-MnTM`~%7G4rd#;nHZT8ya4W^t>l%AkEhe-f1cMlDuKn=f>fidzXiIO zq7=ed{qYFQq6&Q{rKqJ%s!HD479Tr+dGVJL*BJZ*ThLpKyXV=HOaj#?Y5}APCQA#t zU+(pmr2ZPde;{Ce`SM0z{CKPX`0iT&{_Q*c%eQazZ=8R@{nz&^R_j~2NN@r04MFWI zw!T*w+zy8WB4&H~>9{z85l~6|laQlAwn<&a#MYwUNu4!Cj<&6&=x(5m6Qm$j{FBj9 zR2bzq)y%zu-bvHol-Yjk#VvL%jtn1EL$j$eI!uRtw|Q;r`E{*CQZ>4 zer9b=u&YMCdJ0KcRf4c-RM0cs8XcaXw@bFl-XlT2PkZldt_!yAuQ>nk>Qo=HVt;Yc z>I8YFRZ)}E$kPNzZW-UuAgh}DO_h|bUul%D10yHvBLQlU(``8#(*uFZy4@1YI`q23 zd5z~le+TtFHrU})38uZJjSDGqK7sydpR8_{6nSfG!E`*&jsQ6@@73jnKL7ehy<~;# zB=wfv8aw-v;P626YC6zwhi?7;-}e3ExVpaAYj(08Nn{SDJ;B-h?BV$-Fn2nT5!PJW zR!qw@j$pfm)*XKL3R}9NNVGpkaM%-YVq!8TEZ|e&7j=o~SjyOdZTZ0Nplx~0R;Yv7 z3P0Oodjs|e#>PLL~6|Yad17e+dhwdH4_yaqV zx9Grj;l&E!P9wo64Je{lP`2H+H3_L6cXMVWsl?=tm9|}fJATf+`Lt49l2Sr>VmuK> zj5mL_Gbi3XHeIm)JqfAvWXO`pI8K^wAu=B{a+Q=hdaSWF4l8UigrMX;F(P}f1Gcq; z=GOK^?ER4<>l%69+&t)qH@ECWJ`&f~@{Z3n`n_Y}u_nQ<(AOh5$+rD~{kRZRw^ zg9z=aDr(6Y(^*4;ZAQ5kykcmH72RlmJ$xi(Y&6h+$NW3+AEePfte;Y45Fko%lOGC! zBH$SP-L|?T2p_;;;HLYB5XQ0g{SV)NPc=Nu+2OjNxF48Pd?K<}%;`ABsrK0Y9j_i& z_(Jd5g0w-7C34=dOJG}AvbfGE$-F-x^B&s`A!<6EYJyBB?3B-#hXBe?KgyNh#dc=- z>}!ef_HFMxbm$INe%4PkNCymNk?REKowP-3f}NFa zhd-F<7&V!+V-XNxum?Q6K~-HTrYO_cP~8YLdkiZBl#QcBxVC9^dVT_6Ta;NVLTf{1 zV_-s*-oCpY1#Uo~7%cY@ zJT0RWHdCs=oB1m_j{MX)X;NiPn~H>)Rk(&-g%HLT1ICUNHkdsQ;nmd+2X(Tc$0%D} zl1AC9q@03m%o!q8oyR0TC(z8=O1>AN>jI*u7+`{NJ}2yHQ_D&DWHBX?SLicq%??9d ziY7Sd$+Q{oxA2-`^icVq9=qtUGux7FWse=2{*i>_qk;%312%G`Nb2?U2~^LL1I&Sb zzH7T`;qipk?_yHxWSkG4m>1aYym{0Y*z+Grm|tVZ4&qB>e@TG%AD8m?FT83KJ}>YYz&=Py5sA5Hz6bC( zcGJ43L6!+eC$bs#GM`j(F@8F&bw~!cxqbP& z8*sT9fAizd6y9GLFA9b4DZX5YJyLi*;=hmh@se0+KQ>>GWoM-uZMNgWtF{&%=g2p~ zUQ14+&lKcv6CcaPC3X>%Qy6WuR}?u)0bUQ#@$;s{ai?eky(97b7X2prpR#kbfOe$Q z0iR!ytk=X%@9x=Vywm3*%{GsEC@$g?2E_{GH(MdxKDJsRNh#wrV@4|J2ZjW7> z4~?HeK6i{c+An!#Kk=i1^Atn^&HsNfH?df9%c`JNL9RECb6p{ual%c-16{H^ zSDH$R`!%*6q03O!bs;Wi#VBy@#~qd(Sgg>8b>PDJ9{apuH}sAqd`DsOj>Xj-yQ+SD z`p7QB5^T2k-5&X@qXAId#OL(vREPamA!b#~y~VF%idvB;{f^)Htz(=NI34`&=!+A0 zEGg+^K9zqZb;Uf7@L}A&=s00Dj`$@$ z=53(*ykNJn9|7X#&-jTYXN`ynqe5^KJ9dXB@L0K6Aq@^!HSM^Kzh=eLHuVUAE217l z*#U%CK0CH>dK}s`&reS^qhI7b|Bhr4V@B!9Ix=etO=u zWPt7bB|!S57%_gdI*4LoVB4(I7AN0O1UL{Mm@@%zPi5YZ4iQvwT><2zN@G%-VlWHZ z$+XrKc}(8{A`_$w{X8BvBsek69dd2K!-jAqxcc19hP39s&sQXhJDl7rZwCnni`Q%; z`knfp2&|vKzSS25)Gv8&^%cS6M^+JDrHzJ2MSDYFc}LQ>0X|}+OK9zo%lLH23o#uofT$LpMKJH*`;T$Q}jKNQId2zz-Pm3eeB(03IXLJ*>HYhN@r#bOE+3raE#&?SojW}TZ#$gZM8+NJu zPOw8443R%OoO?%K7l8+aa&nI;DOFi9=h0>gx(y-7G*$#Z7mj1#L%$p793W!kqry$KPYPU% zN5*&9eTN+RCqAZ4QG!|D+assj4p}YJ;n?Fp2RS+UmCrS=i(X-aZ+QLln!?rF;@`4b zb`krQmFRaA0bi5kzGTJxFW+42PbB|8ll(t_d53M^=})ij_21cv`tf!%uIT)(a$M=L z`{XYzzO{{0;BE-44sQ?W^y)+(o=eM zr*6(S?SE+?G3&6-SnD(u=d3Lz*V zSI2P+58lPvdp`Wya_`|`&ABnR9UA{@lD!Mw+lQTe{~fP`zN27$N1VQ=02p;e0pMRD zy(I=edKUsrH>L}gdt^G`Gj2Dx_r#HoI2Pqkf{zNkW|OJB6&A3!o@5*VXWF)!&!@z` zsXn-R#u434XZY+yA6{J$8jgh6{z)EUh;!x1w88hIPQYZ=RQT{PE?VyJ!_Gc}&f7_= zAy9N6=K%}~c2rP)j=j8~Fke5X5sre6B=sEuHX#6WsA1J%;bKgp``Ceb-R|o?YUvB6l7!n#nnQ;;C=I_&*r>SKGCOK|As*G z%MUK}0o$L?&Zl}oaQc}0zkL5(pV2;j|3beaIDPWsR9CD{jQxyYH$lD$dN9rluBXVI zk=4P(ThqM;{u4&vxwGs%4fwQm#<>~-K`lF*+ZFGRUpza}hc7O4MQ}Z7i~N6rJDb!p zo(opc(~>m@^TT#S;>iL^-g^e59O;g%1aeac%;roz?RsXm{|IQ$)syz0k0wig_|ECXGqDuA+Qx ztRwT$9r=seDl5h)m;rZb0^T*_k2vO$c{^kt4tu34t15YStYObTkbVH%UP7xt%1IOR{OOh{6 zNQ`ItfGzsxCoRcwqVs7*lFFm3wt==pna2Q+E0X*zN$DP6|LVs#`qw{yuYdW93mHYUp$^WmmG+v?@BEH##NB%;-~>B*DU#*;WoDj|bwNi-NbvdXN3@u#KMQ3Iex)TtOb^80G}fVnY*jeKM&uZ7X7NQB@U1 z>@0wRla2fL&_2>Uk3-J8hl9R*yVUpZR$A@w4JD;gll1nyM%-u*ww60c!fh1LmuMY$ zJC3ihSI538CpA^p>3lN!Lq?|8?0)z)$SYn~T(gL|p-_Bq(!5)bJ}vaKAz8j6$^Ll1 zC02G)O!!QOMo}(BUbxJOD+QaM&t@vQ$S@px2^L@_f<+>yL<(;F_$Xp;;GZao76LJd zVuQT%`t6HN1WP&1?PlFJF!AfBf~8{`oJj_20gDrT_6IHu%+R z{h3!j-%`-}bGzwoeJtyCBnpgn147}bh`U?;DroRp8O`VI&Vd3FAW!Q==< zKumyJpl4n)^fQ15`9I0$DFo3`F-7K1%&M^nh}<`+9Wvh&fX0=IS0*^=4a$Fok-x<7 ze{jW!k^OMJ(vO_KqtA+pd5hQWDV$6r#W*^RgZs3t2}-rjr?svKJRk9n^J9{&SLs)a zRu{Av=QCZNP4(j9M3*Gs%hRc@Skc=_P6*g%1h3OsO8}^;7#k8t*0iZ;HA$i3UPYBS zk&A-aq#`NQ_{Lf!h`O5q)}W zvA$>$lhJzmbUZsUkNX^<;p3j*vM1P4lgZ6<9I#j0LeDt!f;x3z>>dZ+Vk>*wAaqXP+09z%?>osajc0uDh;GdjQL zbu(XE@bHd~kaP!-!2b&OK^GXz(Tvj=KPoKyb8Ht#o|KpniWa_*SD-X zzI%J4cXu1vF7H@HyYCIF0O>#$zn2@5?H%t)*WkJZqX+Exk>-^c4D&N!_dyY!Q;4Go z1({|9q6=)y$?Ie6^OMVkJ|Urf`fQGtj?oGjl1GC$!g#UN-0^bkk;b`m`y(X^9>KwMF*Ce^u6Ak@T| zJoZoU6yYVn#}r@5;GBqY9Xp@qud%<-E>BuLJDKPia=k#t_n*zjV(2}eBlFN!d0g$fFlX=XU>-StL_d%0VB8Y-u5XtV6Wh_&?VAV2npQ@(7CuXg z3Lzj%B4!m8WOb}4DUJRXLQsksJ=L=Bmz0(GZy2H!k_OrldG;jdB}w?6<|O=vqT&^? z_Z7v*H$S}7_v}7>#}3T*?5@7TRu1^Rv2YRKSE{dx+x8*b*Os`oM`l#540i6@Gsl7W zy&`GeA>TEAc}=3XZ{68Xxp&KP+&M4?_}n8t>Myn4-rmZ8+rO!51^ydCP=($m#L)=- zwyo8ZQy23o_bbIzwC{o*n5*jpg+VX#!~^+LgV70nC)jI*mVc%2k$iZ~cE4?=hW5#9 zB2=WhsboLDTduUCPzY!{V6$;J68DoD7Vf6`b6T7;@nX`-lOqq_DIExg)3!p1l`PBz z!t*+5US|w6Q=N1O)gxe5VC!MW3d_OW0JV%OIM3OlrD6-BvjzY+I6;GYByr;bffE`S zx`v=7LPJce?UrKVI2uS`xL2U2y<|mq2Z;AL|099J*K30879$*Bd_d}qp%puGpX$et+|zzw&N#TDg>b zKuRRw39Z%Xyj5kM&5wkm_OerMNn#y_G-+$a7zkzs1!t00ttmQd>O$ggbh((xf#?}V zazR`0%x%s%H=nl{S(URgbeKkwd3uuTfu!MW#3gv%f$uwv{vB2PTW{N9@YguPBSGVl zr1Fj}+YU#)r7&9Km|g$Gs~yh?Z%=jVpb$ck|I0BcG1GwaCFad3D)LPIfIeV=^AG~^ z9@!!19;5d3U9tsd$K9dZ4K&vjnUCmv4Sx47;Okl8`fbV^A|DGIjCvO4+*e!cRp*90 zR_JeoF89o9yID~XSf?9!@cA8by(NLZhPNMCwY?>ndt9$T2$B3sB*vt=Bmzm+qN#LF zA$mTob+(x3f<*YyvjwZ-6Me!8`41mm$Xn^3J)7&-&*%Dw56|>l7Y^^8>ofe|KmYz? z{ntNys{idj{Zjws*DvH>rF8p;Pp|ZMA3xWp^gYAw#peN^GEQ&d?ax16>yKddFJHgW z|M>c~{+Sh>cia30*Dne7E)dqpW|j|=*4qOa$i|9P(h>s>!rJ(Pq8NTJhVEl~`V!?;Rf?p5= zd~~t&{>4I96a*hq`1@B(fBWGxefs=VFV5!jm=D3y3jy0ykInL<2=?M*zqW&P%%9QE z0AJox?yG0<~Bo`F|XN0L9gOu1m^S>E0AYomYo&8H&5=@~fB>N57V|JWAR z_>%2phs_*uhK}Z9)d}>gm)H81*Oh*?;Z^TFg{J$+bAm;n`UoN5+d&mJQ*x4vXvew> zZ03sjo-NwZjw1X&^^{Nr{|t}`yhq=UJ}*9jJ}#*H<3Mse>Oe;qAJ^FI_cxFF8eYC& z%l^+Ke8=Jc`2Jdd!bbkeJ^u;r8{Xj`+5PIU{hoLkqtw<}7x3}k`COkpKhba5b^YB( z&-6QXah{_u=cX<3<(fG6BR=_;H@Euc-BLf^tjGmx-C>iquQfhxpE5pfqYxN{V}O%1 zD@nb2cc(FCk(PSo#HilZZpR68TqoU5-K0$ zxWn04IM1-L0Ok{NuVve^+Fw%e@BL+5l77ijMbT;=YV>qsx)J@S#fkw4p{tvfuk>qj9P8msGdwPioN#xjSeVhMc~glt3uM0qH4}t8yk*N zbKMl4ab3|8K^XrS!4Dy_1w3etao>}`-qCI_rW=kve@8{ezwrZIP?eS3%S}q0ke~~CJEOh@rCYwW8!u|S3yE6 zzE3wDNSp`mI9V?pAPM|;s}0*%Ypn^8#(Cf$U}r2NVQ66f9Y%HJ*z+JnJcnk3d-7i1TryL!~+~*QKxV>tD_HFd@DTZ%R>( zPHXu0y$U%e^tDVa$EwaMJS+4`*g^*`uqY{zETb~^<#^y{zCR2>{@B)b_{bv#+6_ha zJLLJABJfWnynp@vR{#Fvz5bQL?~fFKpHn>k2ZiL9-&0V&zL9@z@tP#_9b3gO-?1{q zp99D@@G>JAZ+08>U$nrsPAAwO_vV~8@LADfig1VIgGRrq;C)h;(N?D%D`YJ6iQtk` zRH>3m&f|cAoUjKs#{w75#`Km2#N)2h4ZB<}HeXU~e$P(UkGvjrto@22?yDc)>5K2) z>1$q_e$CG6*YEE272EP(l7#=lBI_FxzV&%eo;hNFo_jGVI>VOhlJKR1Jhd(tt)62u z7wn!kZKJv_T+e0yal0hZFOb>xVqe`uYfa%}*e!QNAJ(N8Wqw8U`~-UV;S1=M+aR*Hc_vr$eFq>+GK`Xo_w3H?;MAa2aj zrJwJy<&Kyfn3FC)>nC<7k-22U)G$y{?%96d19Xz#Bc1}rCBo-YRMi#R&J9M8aE|n3 z*dc1x);M)x<-S7^6@fhP?&4m4x0kCj{(9djiL`C%F*tax5P}*UXF6>)o6U4e(4M!g z1_Db?K?hcG31eHFoU+o21d=?qNtMUBo051Z9c9NF0CS0QR}>8^lF=hh?%;4kvcIOi z!yxZSRChePp%8dOFnGxd%3G;kJsp@c!cT=VrpP!0SpQ|Q56>6+?CMm%dVa>%=!HI^ z0C>UsmXk@NSyjPD)|9|DV@!=hb!3c8!01sKwlEN0%^UskM;2qe7 z-zvpOkvTl!+ti9&#}HlQ$>%vIC>;h9I^h7_X6gMSG;+u|Xo%PxJNA z_E?4wG=h`o^gg|(N&j?K*PzYhPt%SS{G+J8Cd4N(! zhXMWqeHp5On^l!n;NQ)!DZE;7Ld=Y5dDg&Fg}rBNpe~6()#&_WqURKkmn7{gg2}H* z?tfr4_}i-m@0w?9pU-v4{pq67d^*u{&Odu`&Pw`H7mR)H0vmkqOdqjD|MBHQpFCga zGLy$k*N0~*D^#}oqZ5r3Y|Cpw+h zB(xfts?jFwKU?@-!S5sfeT`rLNWytT!oPJvkFVd6?BC({cl5E3>b&8Xn&>{@cVf05PidH z{SAfB8@9Y()83JAzhaC0n;+ijFWor(BfYXi~kaI#8Mb`Z(MZm>L zLz18A6MW$_c9Q(-z5a9C-jVUE)sOM7k1kJjg>Ni~TUE&_&^Qtdx7cZlQ6WUl@rl!U zt1E2lLwxMxXLI~*60@430)J|#z;VSfpXQj8S!6J4GyG;I^HIcQD1J(5Qc zERcbW_whS?>!=O8*>?~3*s7G^!TGhLpXuZnG#Gov_*Z66*~!g0s)x5nFg|vJI^+-J z6rrdR2W-FK$F)u=@YegO9h1K0KSt$=^xF z@=fbZg+{CLm@Ht)jHoJ6^Jy(7|5TE8V6s2-DE+7vTjb0ApzC#~J62b>ysvrKtO=wC zp6|z?yTusoTrLD0EK-VN5j8{hwy6l<1%=m&+z%-!Fn=H7IDSn4*|4&A0Z$M}t7hqL&95886SWVWW#4bGj~2bm zCXG(<<7X#R`42e#l4S6!_s_@wm%@im00i|@WScjYo}bV3;pI6Ch9t}8`KlDhYuHpq zu7mv%huRaMjd6ru^AusSgNL5^LyST(iaBe8udnd!4YqJ#k9WgshU0Mx zbZh_K9XhRer+$ZCUh*#cTaw(jY(2juS^9O)kG#iz&2GhO7A0>e0^axwZY1+}ygs^N z@p8{NCxu7m^Ow_%(KTD&-lBiQn3p8~AJ{ecGdl+V`@jF7fBE9I{`-IYsQ>ZBkNUs= zzyGTL$N%_N|N7NyeMe#8zd!IJ^Lp$19dr2$ZZ{MO*R&ttUEkA??H1XtDI%^pTE;a=%mwIJ%(1g!xxQgn;4i$6 z{es<{9z9e!VV8xt*6IrTeNLg7W73WsHJ#MsE30z~1^*Q*mOmq`Qfuueah?F z=dAKCiSZX_Gd<(}vy)cm*wLh^gnP-~q{keHSwWu5`j1ia+s6)!hvHa+fQav z=U>0xsFSeai9UR>&_`Euoz1c?;Jqfs&~5a^0F6iTjDF@Pt}x(%fcX6Kf-TF5%(Pc_ zw;05}58Cc}-dSwqcQoW$5uX5q;E%vLXP)ncoFX?X!9)sh8;Z^^o~x-R^1DX=DaQ~3 zj#jfm89j_VGG#2!X* z1OL_~$FOj$U1Q zP8W)hQhg^_KGkwzj00e4yy^?+xERu5{0ea&KPX?=VO%G~HG|>B9x*fd_kNY)HgAlHQK~ zON!JDefH3`TpjZ{uyn}unr+-iRuZ0j#e7aIpa1z=ij9N1A@EwOm%z1@qAhfH@a4X+ zpor`)$}lAfRBRg^&z(5^8$QO_e$%@{kOt=6vkkeJ)H)}D7VxqDLyYbr^L3<;LGrTz zeZ=IlM^_0S?iIl^6DdQI4&9(Bc5*_&Sz!;3A2%!@HY6_N$&~bujLm8&Qm6P=icvz} z8xrFYY|MX;LVP?z&*vco<&+qg#-Kkzw@m`3L9(1CY79$kFE(<3@~M0dC7v!vCYFPoK@$F`DWEoKNQyWUb|`{inE9YmVG0g^{-b!-(Lwg0CIE zhxI7L08dil=sC@UW8GM^ww0=q6he@&0*@a!>%iuKdjqhC$j zaBE3QmT3;wr|@$+fyZgBXC&fNnt4A*#xvwSCsAA8tCNW?u|prPNNmqJck}Ao&o3Bv zPP-y``+Ei_lcI~0R+pzUirR)n(FX2XiTwZo5CBO;K~&z0&aiuN=v@V*IqJ~zdgr4G96lO5UT-zTqa&ajI>GIhnd1;FO4Z3Az|J{#o z^v#d2wIwdUe0QVUyNB^SGGK<>kwJUn+ygPgSlR}v9N?|+WPszryA^ ziqMRmv=tPXcZ$!P&TCbvCx%J>Uko3}3lsS7(S_qcN_o_~eWuw8nvMZ@96>3n4B zh{9ccuL;)(8)#k^I* z5t_P!X4Zg=2@JC5fbW`TAp|k2wodl&?7(ij+M_Ecv?aRG z(c`R}4n1vH0m^=gK6fO@@sGlQ*JhmKAkSkAR^W25t$@!rMw-G|?N_)MR@cdlQvBl)WjFZ3C&KmOA%U+91P%?tgn zzr57{?blcOzkc>i|MeGF`nyk_>sKE<(=X`%JNo|p$ItY;56|@vpI+)8e|1HIm})*P z`W3W(`{Aj6!OGX)8F}y7T+bF0U7bwXMxX1G7w7s6K3<&8^byBTKe*6y&fh;@=)-3x z`ta&RPk(P@D)asR`9vRH%=Hm;K7Bre@40^Y;fX$eG1sr&pX)cY-@bREzx&`+e^2|v zM`v>T2YCCt_s@{;RKJ7A-@x;4J~-2FneTTT|MAl+{hoWjgWtdV=u-di$)*13vlseL zpFP(dJx~cB=v0-WIwy5(gDnY=Yjz2)dGEGj>l?WhLk6S+3?HQ-sAJ4(yU`;K z)Hbc=^O+{IMj0nOvc>70h7RV}>;&B2-05+-R*VrkVeHe5!8ZG%h$&m#gE&x3VOACL318@5H?v8C$QSZ_Ih!+YT$cpvHa!(P!H>A!{F z6^^`w)`2+%BA&;|&-a$tf_1#brp!n1WXxwQ1IK%8^tDu;6g7(-QxR3oYyfI;8 ziyd~ogN7ArTU#^N7T%AFOc`0(ckDF^0eE*>ccK}Tw^6I@vD@Ciujv~6@gX;sjr=dgWl!C_3C^x1=j@ji0& z+$ly?Igh-B5R@PsLJ;bZld7>lbO$+zx*36C3Igt7j*zPUa2gPi=->x9)>28`B0|wFG3} zOEHW=*~c20>ndvjt)@m_T!#?AF3PeZ5MC%kyEL!^IDuwHZ#hK@npy>3aw&T8{&St4 zEm)*<#FRKDtO;}{E?%J9mPFt$BW@Z$J$MJrC$;>#C}U?m+J9fYxz;_!`I^Ekrl<`z?LQc{!_VxKy@+a2 z04~`cb4og8C!ti89OHP34|T*|aOis3|5q;7i8Z(EU_B5Yw$NIW6XuHrcu8A|^))}N4&}aTCf4Y z8i21$0k9r$4r6PZS}n?}5Y9}yZK>?>W2KxGFd)I6AHa%#p;oN6F(jjvWa11dgZiK|zue(KsK^ z_5=_o8^KC4og5T7ayiaZ7_j6W-Q(RO1A7g){GK_s;1$dy&+UXgv`oWBhzgLSQ$)u9 zFJ=GvY*~_J_kqjZkGk^d5SfuWv$ABCY^_0%92*j2b?MZh z9WFqy0Q6O6@Ix28l(~;N$wTNSnuSr0ih$-O z_-U+9^kaSxB<3TnMTU;O{TA753){p_*MXac=a%b8LfPR6Yj|^lsJZWcHO{-YlM)na z0>Xi7Z?8M4ZzwWRE7RiaJTsjfolaR%=-N4`x*0H|b~ACJ1mJ`vg-dhC%gB5Q@N%tr>z89~wW%Qi1Ej`}Y=+JG4!_<#8lwM*s)I^Y=3k#9+BaeUAUL*UU`?Sg=PWmEsN6?h4|~d(~LhFxhMWvp9e6z ztB>3}%K2tP()9fu3sNsCc76_Kx5NXtwXf0nkP-{omW1!cY@-wtIiymw?_$s@FO-A% z#dL~}mgs(>j$+ladeO8Yj#k9L9vmNuM~;^}aKB>SUYHHu&A%6vw*Qv?YZhGQw<8|z z_j{o#b&6o1$Jc6o@eFLRsM+90LT6Q3>V%zj7Y_|s(zpD?5TXKqCS|3-IdZ8$FcUqQ zPXS=3Jz(7t0N_^}6n$ewqae@cF)g6-^9Z9Yopx-690|I@yJJXdFlMKqAqE{WN(YnE z#ZvRdx$?Z!c5}zbs0k|v3)B!??wBK_pccav1hB|hNUH&~Hl8cBJq-ANE;K#JD`i13 zC8e04%Ms%wfH+8IMFyBbGN+0wcu!PlP9T_0OSLGXW(_*xTbyQ>- zA}9FCb-}YY2!{9BKK1$e$y8oJE(nfOa587k>AX;mUb7e^ba6nSh+Tv9O)!*-DCOwT z_X_lu{5(YLj?7uE7?XO&clcF}F0FSb%mY4!Qb1Cm^=J#4l46S3X3&b{xgqJc;L<)& zGxvs|dX1mnaQ_;gUTtf+7;syYA#ZoJp55-{pACOWzc2yI6sI z_Hw1?>v}8#uCa$-kL;Oe%bYcS(=(TCeT3f-f*PJ}T(Dv9BQa!)?e7SR{xaJwe5`q9 zpEFLJ_z(EIF|sEnI8Yv-GhTxYCs*(2_($Qc392i`-qP-%<6Vc2m6!dmV4rhV463q7 za!cyrqf1H0khBAj)}wKo6K4|7a_m#$2a~E)MR8ozOoyk)HQaDeYUdhvHgp5AQ6ADO#D2iDsfTbOsp&ldaC zv?DUqz2H;Ypsxe`7A#^WRUzYX0VbzlIM1R&6r6?;XB~Rla|8Wi z2<+f?Blc#*nzkEAj*V96ZcXgk&|D-Kj}tK5(cfQm_WWD$(a?X3u6HBdUN!#QgU>0e zVE?}R7Eavvh}~*GAG7mT&EP3I4Z(RKt|-<(N@s(msq#p+N*H4S0w$< zc+K_&ZTu1=x_iz7%kx`L=lJ-1F_rOT{Mb%+Bzoh*zlHJX%}QTmm(QNx>X)BC*RxkE z`MLYA(f<~icFcXmHjY6(xZT5tkUNBcp3p5=I3YgFSf!s+WL=$|>Ei5E{^WT{*PuN~ ze6!o>mR*V4)pp#?wmrA-;(O+cv?4pH={vU`!N!4h$FAZU{kw0BnGzTkdP(;EG-!J~ z$oRPdQ$Rr{i-jUQb=cRjb&VgHmv7TzNm3aAg^k_fY@W2mNe|4>5@;MS29z zNp4u(?ogNwou#M@W-m@pRA5|xQLRWp1^3sy3$*Y(E1bn-qLcYTZ@>8liK>)BQi!=A zsgz2UWzJS!ueW)x`ta(E?U9P4#8%kJsd7M)p^PlWk!}gtvk+C41@8nWN&qN>*BF8_ z`f*T%-$e60gD)TNN9LssqyBjs7#o%7U1XV(2f6|7af_LLrk&iA^T07NZ$Y2Pd5ex3 z-krK{!?|UM64Zih6zdDs5ga?J&qmhi8bhxz^p*g7z(H#QLT^Msvp@$akLs|)lma0J z$;rNEOqMbc2PEXoVnT;$Ocn`#ESp!PzAyNUFkzdC5$3JOIn7T4P-<-3v;&E|(-9uL zf%iN%~r6}q&ZM}C+;!uy1P6!WOab)KTxP|G-R z78#i$_Xd%WdfB;3XjIG*cxE0=Z(fy}(oDG@{aKM?BPoYgS!8S*mlSNJ z98B_*y|yL1%qP`Y2vq2ELMwCnLL-Ma*pY3LK_iC;UwcJs>>jx|82S-);_aAiEuk#L$vI#(GRidB*)9_3${L`@r}NUXl{YF6sat58z+y zwp{Wq`GkbAL64|V4ffX%@PS@?3imxptENR{gQQ|g^4!*2pr7Y5ZR_)h?i=Vf;Gt%Y zLD10vKiO;9z+le!4!;{D>>ZTgFLBTJvk=uQO5Dp*P{rvikIJ}?1W5ks&(e2wnyUoEk*;oQlxVXlVjn&vS9nusCm=ZmkNX+^?4Si{8TGe?;Bp1I?R63?D$*Vhf#&shmH3bN7+j%yfwK_%udLOkak#F{E6|0YP* z^+88(yZ9F;P$@rt{(^+is_z>$I9Q8Ozk2*wzy96t5n`(q!Q+*K9)ScCsUb=}eex6s zs+3})MP)G(h_cZErg&;v5lf;46}1%^V~iMFR-2mePZ!~;QiXC1-E7zF%`*3-R*hV|yE&p+zo zAFJ~>$sN$I0ju@Z5{&xLqpL;^Y}WtC*MNA;XB+g;Lj*uD$TAqrDP_v@TnS)ucXVKn zYY9XhOgC&Hwanjh-f{0hkTM^8c-~{@Eqt%xdxdRQ`>j6z@`*MScL%EOhHb1PTTE?R z%i{<2%Cc+>&IOK?F{k;l-ckw_ewk8CLJXxO4g6ss|8mv`-;ian4aN%w=Xq3>C+wMo zX^=e-7@`VjLsBV5MM)XQg67rRjD%u4aj6-J;(R&PC6)iXZ{E{_syxNWoKlb8JQuN2 zJ;Xco&>GjswnKg=&<6X35M*0#!0k2o^9uGrklEve8+3C-@2&euiYdvu@8LbBq@J-} zG2G%Scj)p+ko2<}y&FRviC_;Vwj|j#$#}=SHFntHQ{(}iU7oYGCv_o?bOUsIY-KyG z;OF`EosP`?lvRs;%mu(JwmolIS*{7pTZ(`^ML5GoTv!gTh`mF%rbyUgzaw)UXg$6= zF!z8w5m~aJQST?yQdt;Oq3~ImVc%SHw!xQ+QvSk|w|eifv*9i9i)E$r1;HH~RQULk zmC(to)H(OBPG*{aW6PE~jJ+Ll&v-toO6V5YtDqPtK^Bc3w)@+?EhK|LX&Q;jW-*xz>X z(K>rcyn4>SBTZCshW$Leoj95;_IXAWPhf%BZ>{vW5`U zfZ@ygR|-X;p7RcS+Bc>}PLUjyGq3oVZ~O2lE3y^LIWbL+vuUo1bKr|Vr;+!7GB#k? z^gG4}bjCq_h%ycxr@SJq(I1&nHU3efqYgX6#>k6p?(3Gg;qP!^Cb_R7)MDfXjMOj> z(H}Xwv4s%G16~Y>*jIDj$#Kha`RK8PK=m4E;+ep?l*4>U>?`t&A}4bAdQ8v{upX2#zCw^3dU;Gd zPx_}{eX7r&Tcb|Q!&%b)C6|c6}EPhvOUICNu z?pCW&#vMMp^9r8@;LBGxtsDq$*Axd|KYf8>p6b)DUg!nM+(2=A#a7Li zkDutj{qk4(cmMGp^;?wopa0uG>x(bH#&`o&cdOt1;WIsc`b_`%pZ>f4{eSvz`lo;W zwf^Ndf6%Xf_bEymXn+9W8i3dlWSs~K41|veEUF>MwSbc@7(YpoGmL0ZwmlhT?MpwG7e z=jb^}5WVN}5$~vxH(8E6;U)tW`ayS8pgV&87F!+Qr$?Rx*OogXqaCAV{DEZXMAuP( z3>{-h{%eYXm+OOGZ5!P(UJ<%k9Cd3sH$1mpwK`~&57P~~au(v{~8G0FvQ25jRX&;QO$gly+wfVu`nXyo0a`3VKuEBE+ zjTn&%9xShuyc4u{3Njevwi-Jw_SulMZM$2J#?Ar#LRLqfyRh)@D1VI8K4aV5=f9)i z@;A#zx`641YJW@7n;^OXAEyMR8oN!(LQ}9}-1v2bzZ^9ybDhpA`TCr~=X6rC6H+L} zs1`-m*y0H9w)+7&9aJ3zr)(D+2cC1_xxnlm9j<8yibBh_MV2GQB4h+Cb%cioyO^#9 z=!c}~*@kq;#aed9^Kf$YHxWSzoiuut8szD=@n`XyMU?M;W4AESBIP!H2i5dl(7o zlsF2RTksx9B3=zoNQhY&1PoQP`mK5H`5JIxJNk77<{<$@O`L3L0)xhg2qY;bl4?!@ z9;wTEb0JsJF9c>~E=ZEBa#h%EifxN58~xvX79=FoUGgkKH%BK^iUP0hWdp>-+)2`) zXD?o93!Yz42!8eAMxQ->CI9jq|1XX&(a8$zS#KNcnetqbv6is}*HbVuz(|q8xXZHu zKa)wWDg1cXXU6w8d((As%&lb#uq{9{Ug4<3o-e=Fhvm zAq3Ud6?0ybM_Mb7d(1N8!gM?0a1ZSe0!8aE#-R>oGWZICd+>05y(TZ$<3bBK%RHSg z=SndOc4@YOzSSqD7?c=ogO^m771g}~Q*l0_dY@E{~$N^88$rNu{#LMxzSj+)!w2cUuH)$13RgiHIv9FM$i@Jh&zyCK-Ps@gliV3ak9VMQRh zBN6!Mm6`83nC%&RfF3be%9Fat?C{_(OBom;MY(m{ZeXh>X!zKYk$VE8jkU+f4Rm_w zIM6f%*^a=}gEH$NLIbNQLfcz#LY^IbxxWL>5k8MzaWLk<*gcitnj)k_XQtZ?g9d1A zNnE$ASZ{IqH38v>6ST;0z&R*_6}4?o8#%{uTeap3kfkgszy^gO^1Y%_N!_pjmSh|T=GK|Tj_ z-*4$>J&2E;=7w z1T!u3*fwrlGLAkehf67hppZpqNXB4;-5MrF-4srP%xBHTpr}1^Z{5HT-8@)5<9Ez+ zK(-oPACS+jfriJ`TpzjLa@|XEf$;o#18rXg8Ry1Y$Ez?WkP5!$_U zqyrOJKbHT%1gKbBu%kX`04svG7Ut}`frvlYM$p`0!yWjq!BRu3u}=sAnxaJ#(!fG) zqX;jF)*{me{T}h1j`(3YjOPTHfT<>6Jx7KtMl~=>cfq7wpg>kN;|LF@)Jj3;Fu}K5y(ZJIA*8|hER?b;lR^j1aIAM zSWSf>r5LeSPzkd;wi~NzqSKQlj1PKobE_5rPl`<5=E^Xr1KR*l4ZI$u<_P33pHv8J z8Vf6RI#q}nW(|O^7=hWN{2E$Y9K*cs0oE2L*kb4{!DR1qfVbj&gHdhVTRT0k5^gc{ zD~?`)y(C~f<2{MLK=L&P|B@YwFWCZg^Y5O%=3UpCz&IKouw^4(nNHa1JYzL>j&c_$ zIm2KbVDLOE=GowkYv#5S_uP+gpQFQRk=Qb=c!!#?5)Qgy&K3Na_dPo(2i~LYNF*z0 z?4U6)F2;z#(`x|ql0rbwVYEj?->6M?d?!3_1MivlhFt~+!vi|#>5v1aNs+6_;|Qoh zQc97+s>f+NK;0|FDEFC=ygf&mXF8#ZUUIzvTveVcGB+ky2LJ|w#({uyM86K)zCS1^ zW>IwHn8|k7U?cOlM;<4N71wKYx+f6$c{dDThA{-!0s5oE5kNYeuE)-%YyBU&=fvOO zhc(_x3b$K*g_-;yLY1obuZY&d^KV%XrwF(5B<4FrM^f-HZI4oc*lulC zB1eW^kaF~)qRcg+dG0&~`JL_gtkheqSgw}fgBQM&JZVZRu$jyUG`7fdAaQKbpKSot zKr6p|LlWD7(bxKIbW1>YQoKXu~OE1%oGH99|{=bHH&bcm`(zebhn;H_bN%gxqDWX618t<^AMWzYe8HQ@08 z9Y`n#lL^@y^xiRF%d>`YZi1+>QPX!1#(ciVFYNCw1YS|(z69fz^%aGlv3`RuUn7T; z{^OTx`B&q9_Uu-lvOVknOz2-ff2QAj@l0Plz0qfErG8Gq@-<_>hRzFcV+=LScVI>4 zL||;e76~Si=&{kHRF!8cz(b5dSxmA{t$W+N!R{&YJkOO9i2`d^LD4EkE<+=zoHa zr&Xd(Y$=cqiqP}I3hgKZ>s6VJeqZ3%A;eMc4xSF^+kW9=gRc8grd|nqRg)<;kQ(b1 zJGJyjbjEh*Jjih>W9|-K1WhsLj(lA3x+}|)$}-ot{X{!$ma=hNj{~<%8bVM;K$C)c z{sf$$%yX__Vvx`?3;_wwb3kgqtqH#C%~pF}8yr!nouFxIl+y@u7@@;BoI@)|*hyK* zV-xeF7)e;Um}lIbabpt3p_kbY<&6a)!pwI1yEzdCrY6-F< z-w_N~Y>#^G4!R!Z^N37&p2@PfwE!J<08T#!c{}}z0OF*)MIP&=XE5xlrK5Rb2sV`l z_(;(@3c^(4j#}iubj1iz-Mv49Hnk%lpt#}r4q zG~<|FAq7oI9FsCfHX-Z4e1oiqR*dreB-0ujw*;D&Bv%s*wlrheuK-?=;EiV&uGYbp ztK(9&Nt}f5^-YKU<@-y$etJnWx&p52H93 zZSW!McTd1RVzU}PkMwJxcZ7aT^R;n{xadUk^?^PfvvaV5_J*Thk=Y_p(Et3t0^F5jPeyP8$qY(n8QEwz|TNOtA; zy@KVeVzI&XtW<>!#@G^~0=jT9!ZHr{pwe@JAM6Xt!L~UeEnjjFP`7( z3l;_5NqBX)*9MH;5m)?ur_Q>;KSCRal0Zm?XjgX>;5;4dqsOmq4J#K z<2m|x$gISjFhhAMjkfesuw_{2Y`e<;51Ge5^r!{=vGLLsl zZi%Be%;N>q4gT(XjId`cSIkaCkOX=o)l7K?l8t2<6(vF+&0kPg0EM+ zQhSapFL-slMn?N}4G*wKjOu0k*U)rgbd1`7S10Q=yMCVU08U&4-=Y^kTS0RLPg~}B z!mH>Z1ab{KAH3qb!*A|JnU3STaofT9!MjVI*ROUCEWrF5YQ3nj9(#1sfKls<%ro+2 z8*^KJ)_tSXDcH-A)vC-X22yCqU1@9q4Tx4!2qyR$H8My+z8hq}8@L*2_F_B#DC;o8 zCY-3q&?Dn|loC05oR6cenLmZ7A}7u>`M^AMlfZNaKlTYhTi@~%3ljSTN1K$z|1~^> zKs8a)3Ypo4pb)v2Vni_=MsCIBm_#F!9|&fGp@Gg}fP)}41eifV4O_Dn3UU8L-z)}Y z8GYD}9vHJ+F0@?C0c*?6j(0W;?rI$wSL1LsPG#dCIX~cV4j?wv0kCWdIy>5ta~rG1 zxsUXB1=}+>KB_)Skv}O$m4&PJM1aUNbEOVn6BJtJIXxmH!ssjpM8|wBavShR=voI( zgpR5`#;`mFoegJ0c&;O38iMB-Fdg{dcLXovBj9pTfr`|??~!L6_Y@O44v-ym;9fn> z+3LucJr%K?)q&fNWUzMJZ<(i~uVo(KC84>5UR!kDz{nP-+cUp|-2weYxb@9cW)(nHgMvmc^5jOya5LAJ5Mx1C}@@R1j2b<9&UN5dQq z{Ml}P*1)IF8zyq=8Qa05=R1z~2JPu@N8aM}yKf4VBQ!0a`?knzxh->peGjx|tXO*N z)d|rR;Wxlf(+m_MEeW`m=Np1Z$lT*u8=~CuyilaU29gH#bh3lj+}J{UN9zZT_Xi9O zNdi>Bfd$>39({yv13xu3 zFs+Ux9@*}1nSaNaHGFQ+7YkNxoID8hUq8Fi8Vnv7*AbvvXn4M%3pyfC&AkrZI?lTR z{i7G_ZA$XDUpko0rzJ_hqD^!%ow5@*CE-_Gm-05McjZo5@%qbzXD3r#ozHden=jm* zFX+FRsDfUZ=gLFERy1Q7!|vdDjZfU7Zzo_UZ|6X@}jd`!#-di%#yCb4B7>L+gl+ zH$30Kk9Fsw*7R2Rzzwv#JNW{ftf6gsW5Pn$sO~im!KiItV@vb3X55bVTGo32dmXac zZoP2=h+2T`YumAPdCsx5UY&MKzw6% zv@~e^aOgQPU$CgL^#Pr;fbD5&)inooL#K*7vY1s`&MWc?c_c=K$f5#FH|U@suSNn? zi_uV_5-~y{a13hEYl@Mam&gIVj^L$3A9$|v47{S-$XFK$DaLWpG9P_mu1QfU8|ftZ zQ{^1Zs4u=ni_2-Hli5T$1PWS~f`U~6IPxN?EHg2WIs=G+&|&;Zk+VgXj|$lX9t&EM zOiva|lu*joF(xf$BzBlOV$6boD?U!D4cAusl!`u}#2(8Bnyahx)47T&L+KsCqF2lU zb7iz#Q|6d5_ly->RVMBwO|wi>_&z~~6W)b5cvKk03MxqMc`*M0dQ!luAq0(oILeP-XhZm2ixFy8~C@r4(KSL zlLWpJI_P1d!2#^(2XtxKjGGc$+Rl?Q2a}mnOv<#J}xv`oC!8nBiDg@mhTQ7J!O^mm?ZVplUKYuMAz80qfdj}jrD~cUcYA9>&SIO z(A|Uc9V@SzelC2>ztCq0VZ@H@vO-n|?>+MDvFVPsK^HA_%}b3AHaPh!Z1pt>#d_Vt zmqo}^Qbr>mDj=8NAwIZwib#Y5?Bnqb@>mAQq6Z5c37kEBggyp!qfUFC(dcVCHsjo# zMjosThMCq8yLxWZ+#=tGYh&N{4g}!_IUNAabHlini<-dR@XR=OpsJbU2>&fU;H_Ho z=Ie^!gle!~E`(8sT?PajLJ*?B^Pn1frVGomyeZGe?dd%_Iv}8RH)0%nwhU^S%X9#N zN#jS@9v*$&LZlbh3Oox6)+5*As)ctK(WX&DE6$Pt1%MEx~gOfFWc0dP~#XPp~q7dacbUL5O z?|sjCg}9hbG^vWQ&8HMH6gXv`YdR^%qQ>`T(?V0nwk#<}hANL*FlJ6$ObX4aOjQw- z6Z2w9q@kb?Zg+nn#k8Mr**EB82M-f zp+AKPvvAh3dZ-B)4bB)bP?qD6_s(^~J9bD)F;i77XcdCx$`Zz7&J5)j-yCz_3lUoe ziDYEn2YB@{M()!F=HsCZMuY6goI4a<+hI65*lls#9RS;4v^5TW;QRp4>^L=jj$Ah! z9XO8keSNP5Y>f;|%TQzNt{>nf0uf{k0S6h>z?ykz6##iZCfp6LM?8;%$M%nvD#>++ zJ`YFe0+@z5O|vE_`@Ds3_x0QcqaDQOHS&%P{5Lk;&eM)UcOK0DKdMh(pabA&7j((C~B90%m@Wjbr**g?y>I#6+M zNrI-khkpmg7JZtppnwxbg@BF*jS0(gw9MHuf6H9fV@yf5bpn^-W0`yUxHZu9k=wF) zLkP0H$Amw@{W&|YI(2V>Ld-1!@R8x(nj-W`1%L@hgt z5!z9Y9tH*Y9`xOh-X*|P=(>A7AF>2VDM}qQtmmz1(00goL^kudA>eOW>1||w$Fy7b@L5xYx*9Ky$++z+wo}rTKKhIdxCk3tmOVNLAQim>y*a|_On5vi@XzX zfTvzj<)qS-f_#iC@Y}${k;3PIP7dH|2mY+@Epy+YcPG&mN!7Zyoi-ze8tss)hNhe4 z@bd=UwoGn&*akJvVGsRuGIp)M7KR)P0=%G3(OvG-p;wrefB(cZ&sk8sZUyH#am%eI zW&s!Iq2r!5NHxMAu-5^6@3FDtpA+mWw(kA=4=j&;!TegLBYj34_JewSvHRvY>Jyq{ zaf(hFbWSdj6G4g*?t=J7{y3E9BqRa!NXvK-@KHY-z(ETRJ0GE6qXW;!=~x`380j{E zkyhqyMe^T)2m3P9BU>-)q=wH9-a5v&@KYl=s$(2B9rZBC@mC?p{g_UkBO@00egOBr z@3}k1iZM|EKM%^xGeFJBDLMTK(+c6We5h1Xkms+#tz$$3LoG(C(TVjWKGvNypn})q zJiO=H{?fusO@IDMJTT2Y_Oboxt-v3k%2*zAp5P}>k?R0&Nkx_^<2uihvXJN@_>K~1 zgXtkCe@FY7rtwr2?spLNkYrfmpt+mYrBc9rYdIUHW9$e%4%8ctZd-!;j%RK)bUPRv0#m_rq@@(7!lF`) z7H4z>SNoRBMx^^_R9KKf65+FDcprii@_=iCYDWRk>W+YS!|Kl~3~xKGINvk(o~TcvIw{CsU=y@ZAM|^YVp2*x2{6a~!F|lA&pGyVwEl`L(}aSppl^{SWyk(4s&xba9}?0W3VSf@U$$! zvcPJu01a@89JYVM+zoa#|JDhYV7MRo3NcABjPyOub2fd?T!W72{)n(X`hJnSFZyDR zz+4@McHf$QLMH2mDZxa9W*lXx(S_R)-5$~H7Q5O{Y+KQD44he}BF}K%q^tWD%4G#_N2ydR(@*mJ^%ROIXG70RN*BAncrj-MC z4u2^IHOy!GHw5&7aSb}zPylQwKGxuV+zRG+i~nDvN7bD}i%gM$1C9I@7DZ}*SzJuu40BF~g!R0u(H zb_GuTYj0_nXEOr*R0~${1$s|0%J^Lo`|iFeqRg*(UstYp(A& zzh=kDW7pVckDeN2sbQ#QAqE`4D%=9X4kfqPq^4QU8o5Snp^F9`gn+z^>v?V&%vZ?==)#%_A@5FDJr$f$^;)uH}i^TaxcjgBhtg*`-@!xpaP$;-CU4dO+kB#$N`t6~I zf|Oz$7iR@Nl0mb8UYTW@6dA=;B3>r>gIQ#G4#;mG&lzgfMf!0^Aq3*apg^zSe}hT)K9hOrnZx`YaYBQ7Pte-1J$y?*xWn02fc=hU zXW9dJJHUW!3Ayv4P&FwuomPP3wH}6kko8tWuY>m<-B_Oi-o^yddw!UJ1A|E%d88gb zMGGOyK{%1lD35Emr+?U}5!$JNrQ@>sjE2Ef_6q8!o5rrLKf`gI+ z3FBMlIl?AX3)(yHjL;mgZ6;Y zYTtuF{>uErGCU>aK}Tr&mpmN+c(160PTV((L0J}+k?6A`S2-y) zn^j|*aQ;VZSkK<#ugVO05<1M4K_f8U{5mF$b27hZAp}L9Wu}eI6Xyf>#Al$j@ap(T zPJq823hHuZ|lX`taO7f8E5`K`nE(Oy<_m$Ipf!d56Vw9I%D&+b+IOcL9fSo{k$0 zMEz`RjDr+%dHkRQ{@rMhn{8ywSTOrJ+)CI*<{mx7loVrB;An|@X!j`2E}D15kv(Iqzdg9F>Fm}I5jFyI2j$qVs4{t6 zAA;^*o$2A#g+hqL@KYD8aCmTjWVKtFai9$}-oUV0(MF*6U!`vMql6rs{7A;L-nxIzut7ZodW?&0cvr;r z5KwDS&#@mgo*S?O3Xdts?`fo7uz&&+$DqW#DMpE73{fdXWn6PdQ9+UGAwUy?Er4%v zsutb2)f{U;QUe+u=>SmNjvRL+8z&(rgIlWmTdL_>3*9nHHJorKd3WAln(wcoQku2rMso@Yalj?k&$*Zq%-HIR1% zf&)RJF%LZV3d%f>&#=jsmcvUQlLmNGS!jAP*TLE(2-=x;^yvZQfn!eJM88xN3h*D$ z7fRC*qEM#9J)id)kTVbraCGMOd=9ufc8Rv=&(7vnTQAT?-3l=%gz(zd9?#9evhfe6 zvLkmx2d+BxV4*=q>&yDLBkxI4N9c7Z!vXVXTcM95ayQI5{xk=+8n`#W6HyAAOUx<< zijICQy7DdzOn}=?#^M&+Zos+=iF%}oOwj4zVTaA`C@j`A^I$z0e}exYDTE-zl7rf~ z{f#|r-O5!l36V>?3u&ATtwKW<9dMB0I^;{eUvf>q&!nmsaYvEm0^pW&w;n%gk!gpnp1oXYkItP88mP3i9(oa;O*I-fTnG3H$P~DrXf1kc zFm^*iYr#beBgVe(Aj(LDxz4kx!JOmx# zam%yUO?OOA_ashQu!vRIk1`m-+mEFxD7 zLf@GZV?zjvDUNpVbC1nal8Kl$aC0NN8D@BnK5erU|ONh5eK$wOo_{YoV{9P?a%?;6``5IpZiDtNi<*g=(tB8 z14s88X~JsC$?y*K_OsPMVE`QbwCZn z0fWRCP|pCEe1#$z!@ojG#W-NAfw7rTy9SiS5R4PmFn&ieEbLSc>Ll^T*Hi+2a>72s!}LNgASL#Y8|G6EuB9Q6VP95O@z#>g;5y zCEIuA+r`T1>0Bkw+B4qYXn%c_#v>eYdpvglIKbDQ;IbtEuK@QQ0mVmOZ!yA-XKpoM z8<@{Dm{=~JCK!7{l{cAGnlGj*rxRMG8Rxm@cmELOc|3MHpXlDziSFGy*U8ypH0WeD z(FEfzspuy2sY+$x` zfIs(GZS6Nk5~<|5$1i`fV{psX=N$=tOf1;`fUoSp!I5JPR*vYU2AjUWB_JN* zvxf&UpLz4Sb;y+9exPu!Nmz~61fL!Auh=3phc zTB^b(3Ef6$XW+@Uop65v=B8k5c`_fdXKc+DbNP8zAdb_tSsj_?M5m|_gjAx0(S8jr*x%a_An#`qGu=ROwsSnyO}HX-jIsj>dC!=83P z|4#Bg-=g0&d~C4Sj=;WWB4fzK){cJrUfN*Owj0!=l|vV_qu}tfBmFnqJ+Xa2U(6NYSyE!&0bL;yNqbPkT%K=0H=<92ep>X{a$g}R zqTh&+VdOoq^3H@NRU&kjC0$;e>iqmvAx1GhEvV@SFeY(RG0SAy2^yUS7PhTA=xe-| z4#;;v-;Q|)WIl3!R^a%U|sc2~QtU=t9ugtSZ{ z1XX#VNttVg&0Iic%;_($PpVuM_%6ZxAZZ91lX{uu^e=UapPkTBN<0;|O^T6II;WJW zhBx4>Ealw%c7LOZ2F4hK4ODuRY%uN!dL01BQWAPrhSG8bNHHRO_L_+xO^ZwglGaop z`@^0Jvw>Q#q@acsDhDlRQ&kApahxzmU(fBFQV#tjv{HnF(lg2j6=5zXq`-2oaeu|Jk^}*bB<^5b9L`rrv$F$ zaxN#_`Fx@ppE!`fY;T3Ao;C*ikd*RLlf|4ubH+UIPC>PR_L4$!ZeE~M!HfY0s0;{Vh4W2wTrio z7$U~_I)n&aV~hj13-pP!3V!DJ;u$!(hn}tX6Wb2Gd)w4{p76Y!WUA0fM*oaCjL*o? zyd+~dPb!QD_p$uwFe^%#FBh1HA?w^7lyfmmyRM zlT!eHfk0kaO)=>C$wDXd`ItZk5_*-RI0}IiO(snM01yC4L_t&(18fdsiz&gYuf?_a z^kaYjGNIjer@QqUL635vG0pehywFGQT`W6?{oeA_pkK5_wVbw@88pR-nq~RZ=LJIM`!xZyBFj2hg^T~)|uXW^HlHLKjFx; zw=ea>j~?jHK6yuf@soG;S3i4Cf639;fAzEX^>6>;yZWF0`n&oc|LS}Chd=+0{`MCi z(C2;qHOD`v?_dAP2l|^o{Xl>BCm-tH{Q1Z9qyJz2K>ri%-~Q$I^fy2IP=5`bzxv60 z`rDs>sK2M*pM3w3KKby0e({4x`qLl1tv~(YBmEi2Kl|iu`PnbN`^I?uIme%U{7^sr z&I5h&!F~Ps!~6OXGJeAGC-D4JWOw@^@_zr_D}D6nOz%Ee>YZ=eM~}|+owqOay>~Ci zqo2KXZ?5;>IMsKN`zIg2p+EV-Tlxe#Kl<>2e)hdb@c5Db=BFR%FF$!#=Hn;d%=M!W z?&*iLPtfm=-n*wCFyHszxg6*G5Pkj#{{9>p{sH;^2byL6b9DMAKYWC2@95{u^9$O~ zzW1hn{GB)SG2`EVbRoBo-npj_;PWkP@;)+r!t0Cp`a~pM9Wz`{&=&KY*FPMqhvN^LO+M=KSgR-oOqI^~3Mn(?{s! zqqonI{SE!akKbpG@95wB>38+FKl=zweh+ND54PUZU;Xqw{n-!S){nr%caZ2qH{{P0pgc<)jly?LUy@6GhCF?N3mjxO{I#{bPv-o&FLX{3U+&XP>+y+t57yCHnsRpMQX! z-out}GX5TN+#mH}-FyHK?>?OCqqoo(JpADOOZ^xg{}LPh{hxj$`~E-t<#+XWfAW$3 z^pm&sgAeZMBY6AKhY$5reDhC!^bY>>_SpXX6VLIMOw%%2)=xgVr|-Odrgt7L_3j(X zF%JFs;|Kc1kKWSHfAB~@|KTJ3`6qAbFVM}Oe*X>qlxLrOa0PD8(d)_BK7MPVAH8?3 zKl}be{RQ~=+n>Ipzy9%C`pI|hqxU!D>woz9dmP`@-$3`Tp!H{9=x=}euKpg({g2@5 z-&hvf-=T}Y1*d=ei}&>R#I65Ote}+x%6Muy* z{|uRb&a{oecchy&+(=MBf^Q+))6KLY=sFvm~6`=);Wy|H>Z@k8Rlciy_hj+f~B9(cLbI}c7cUg$$|$h!~Eba7G<1EzZO-a>EPpXt%n zR1Yt?zM6Bs(7O*$vEBLWF^?|vK68ISjQrmF_mzr?=JT2M>9Ozes z7wp=eE^^JQq%-nho@JW4=wM-;QdHZw>f46;D=1G%>Kc)Cm60Q-^QBTTRmyT@JSu3( zNj^#iH|nOQ??8_3)RI>tMc;fjQO>iJk^+Uz)|CmpzRln0)!L3#hAW5^6SY9lbW*6u zGdbb=Te>%^jaIzRh$*P2@;)?2WhC?}Piom7x#fA{*`#C~421v-{F7%HRa&ML-h)nvS$Os4Rfqx*t;CHxk$&T?e3J&KHHoL5Dz zk`^eRY`+f1Ht1%}uFaY)wgUj|(NDA)Xf*}f9{udtcJ{mQj_o-M60mlQ4m(z3UZqF$ zAK|+Kv}IB7K5L>mJWZz)Ua8E{$xM^UL?L8qhk*QpylZq|d)4*`5j;>s`uh+Y_5%0J zGty^iP}ApbwbK!h9$^2= zqa(7JpFLwcd}DyWrXAFy=i0I}CgRvx9OVDd$3DbE6%iTHsnCB;K*$mpLzjQF)qGN+ zqf-8O{u^FZ+`{km%|@e6n72XSJ#q&+Md$@&PUx|!7(1J3K|7(HQlKxUGx<21PGwA1 z;4_W=a}6QLe=@EE{CM?UVyDTp)D-(n=MzoP*_K zdTmq?FN(5aTsE#o6{CQeVoJoET;l?UIF^^WG8QTwG+PGeA&t+L%=G|YfB%guz4z$8 z-hFhXhnJ_ie||!eSgOo(HQ1{GBQ?8{-l4RevLKy<&nw2xX4NSF0)3pHFLZu+BCpQR z&X+oc*8FUt#o1D4#FGT??tj6(xphaoT+VgxbfF9Aoh>Sz%?h2P$4kyHmlK_!-?P)j zc%08B$d#!Di?!nlyd8MOF({}7V|#dP!I2mG$X?|YIi%W(zbZ;sWc@ZdfTV+Z0+)6?6%}M0e3livR_r4Pw^XpA;(`YSP%H!ibZrnju!sA zKH&qUwvI{Uraa437KLWuc~Vpg%m-^qF>-&REpal-awYn4i?`}wd_@q@O$N_ZnRF!i zJ6;s{R+%M@ALetcY3ie_q5+}>bjD}j;-4s#)d8Rm0*xnPf(nMSlreFuJwiG0wgm8o zfSRKW3uO>GIQAGJplEC*D^nPAWF|#r^o`KBvcxCBX-rA*E-SR_d7lEH6LT#IEFla! z0+0q{w}5tlrx=1-l6g%aJ`ni#hj!%a2w)oejIRwinx6vzZ%G3mM$JJHG6sTL68` zW5XSV^men?cC*p3KCs)hk-tp)>iSMMwB6lK9T;!HddEDXSSZ2eoI=rwCeM=uk76F7 zmzZ*umNm=KcU0t9P9}1~PV^n%A;C+94@^i{)>kU>QT|3!#(4>T-6peA)=kM=S(z(T zZiT#6>+RA43^*>tkd&A|v!0>3TugOxI?;5RX@K7W2M;lV^IkQ+Qlp_E<2nSj*i|X0 zK)>^osiusNJbRtEl2Vp5f&U7-o{@~Nu-6pcORgszr?ZL9E|#j`QP|DnMnA1wIf4VnC1Flqc{Tu$>nt z2l(*!r#i^K@Q!3~Ne6=$Vl5#MT2QWKG1G%NI zd$la6I-J&pGt(*K8B;2mv!40KaY^Dlg#_)4B5b1Rv{C`TC2cvM$i8yAnCNU->GFK0 zD+-vm9-iynH?MRLT%9i$IwKF9aehh;I3?kmMqWTW2DR|nVvDvNbifbyv=Tv&6fRko z#_tKNNb(_-3Tc8Zf?_PuW`_K59y55FDaNES&(K%W1pH+!1rS@Thk1+;VPQer;g20=x}oM4<=-|BB1NK6F`W+{#Xvn(i~ z08d^Zs8=3lrYbYpQDy{*5~Ict74uvN4AI*>A*e%XAxW9X!&>ycZjb|J3cb!wNV@YW z&!gz7JS$W{!-{qCKLFr{g2K+jaP@fZk)U~S@B|<&1`!I9gN*0pI!ej``ec#=fTS3u zEDZ|G=ij^(+?O#u%BgYc4FUKSt2O@&r=5Fqd#Agb8$EvZLZ5y0OrL%6L|=UNRGYi4 zHmn}^tN_O2_NX=2H`gly!CH5$z8uVNS1VQtT6)g_01yC4L_t)Nd!@ct9wG^>VMVsn zitz=^R9UV`s#FzI4MQO4cYsAo7_h>~enrxgygCAb`D+MDJ^XeGNESw*?a{%G>h_kz zvF5m@&^Zt+P_4oUqM#IWO{!AU$pk&1S7^s9Q$cb_MX8LIv--^^Go@50Q{n<%Nf?vh?d{&{GsVdGV$Tgi!l;Z~pf2rt`b4*-kRi+6+a<-Ug0v`#TIG}Hs zr@@{Btpy*gKri#{3HTd!2wq+v_3~z~SK#UeD|*YlvW?O4hCU5WGM`LG-twYQo^mC{ zap$llNgXJb1CG*y1!Hl|u0{)v=I}d*k1S>KZrYXt@g<4uB?ZRadZX=bL!vsU$bwQ7 zg<(6|b3+kXv!dw0*Z{vMP6K@OT(|gvi;@;B?n!uC{AdTC2aYw*d$66wqy#}sgg*?} zEKqO`@|Yv`G;aeo9Ps7X56ZArktf*?rtn;Xqe)(j_AS9~02HP*FLPo~39d@ryO`^A zF(o|pa`G`YGdh)7#7?<{??lcg*k>^E0#ReyPPq5HJOVlKgRH7ST?b9l;CmPr}3m4a$?RTHZQ5?qBW zf#a4WaU`y#A!!Oumy=3Gi1Lathp#LI^dv=!*A`5AeAgXSMDAHv$4)zT&b(W7peP)0 z`an`DU@}KXs9PCx=S3kW*No??vFUNp9*i~E)7VS!SVOPIZ+rAF=IbdmkHodj-9~HT zSc_d7c6X2T+3mKvxx3SIcDkN{8~?i9=P%Y;L358^*6>BXrXY#Ru+PQina)Y3XZUwj zP0`Iv%f*acgoWOGaG|_Fsqot&yNmV41vI#Au~$nD8sebAaht-TQLC0BphlJ>e!pvL zZPBY^gC&*8uiE=6f_Wby@Sz# zCAzB5qWnM6ns)CSgA`LFz7}%9>s#NZF*cHDyD@pZ4&0M5I7>Jv&Y8im14#@KcBB?A zvl!7|;CfKNKsCU}SE17jS;jA6be#0uOev@=G6F+D$XZ2_G{f0j6jmdg1_JY5>t&;RMP=-;A+EmW@0NDAA6z zBH%Uz%7CVN`1CQOZ^USkV+hjLC#ru8;LFU5-PV~uB8d>mj(>mb1>-AO}R^)5i zk?ReCcg6P5?cGYZY=f;g2d&o!t#Ih;>$UFgc6$2!PS374diH9iSGPL=deD}wqXR*s zC6Q$@185nbD`|!DtWW{Sa^KIAGWf_+uDqb1^_eGBF;KyF;}J2`0=ynO1uKj;gh4g7 zIZ}As!t?W&w-i9H#^k%jIbOl*^OrYz_Uu}(UYhqkJk=!7Bgv;H@wNaH${^6XZsD~d zF>Il=BEj6P*192~-E!O!_0#XLuFTHDX^LL*OAfebm1 zA~YkmHvK^n9ZH>wENDWX3R#i^1cBa|?67+c&X4$KOTmCj6#3JUK#av3Fu23sH#cjo z!DK_QI^aJw{^PzqJap*w2tDt9?MMtA`X^RHMeq`&7{J<~9m#3O*xvpW0=DhZN5^qM zXDv3WwFf7A`fSnP8sDg~dqX1Vn6Eb;3G#c2i9LndnpZO`{K&s#Wkqs!BHf^KHy1Q5 zF{7cijP2mFr2%UKbEgC2TMRHzlmz$_pS;MyfCG1rkL^cZYUFi4z@-e`M|3X*9n2?s z^Q#C3@i$XM*B#Fwt0V9D8s=5Z6!66acJh>K$}Z!a-LSkYHGsDR{P|Z(KYMkjTd=Z1 z=JB@&qVty&Yo9%PrO%$<=<{bc`u&q@efIQLU%t507th!F!;@EfL7ZB-h{Sgh1*{Zf zLAu~I!U zj0Htmj77&5pFASN0UNBgRDSw)pI8<-VN+DE4I>A6vRe{>ozTu~se1tEV~taIdoM;D z9HxVBk_Qq>>hO#jVKyl8fY1l}n%lC>m7%=BLUHVoU)e>$J>%3vx1vXfqOom$~>O2Rdm6&(FNN@^XU`-OjH2aGKc37 zvDH8T>Xqf$m|*r40oGXvLE^7<&|s`T2Dv+e?j7J=6X^Ch4yqh0*fX5$;r)BMJUeIQ zajtW=)lbmZDUN9eyt+7(+bQ>F@H>O|rK{b=LR0faAS#iinp9j*R2HRT%Ftah8xsG9 z7y(d6uxqphU~8PoPGI{vDXa-r4kC82%{Rfl#UU)4lg(m*{LnA+0{VrjYN7@6&zQg9 zUY6yOUI&1VaUC|Y?Q7(3uyp}|7szwET=H6GiQE&NBEzFM?#tW07s%)ph2`r5yn>&` z4#V+)qaLBrjF{`S!`9|4A>#zO7wBraSjvGh&vS~-LM4GDFA62F6u^O7#<}^hO!N5! z9?;jU(#ShDiz#8>On>YXxtC%T2b?(@X?b3^4o9_I*AzY*f|7YO9t-B5OkW4NO9J*A z4=(lK{<*F$Pj&C!nI6*aU;22VhxaeWdl$T4Hr7sAQQd!VPj9?&kNf939r1Uf(~||e zC?`4xhk2H(poo}IykziZ9lz#hPzM9niTPJdc1QfY)ir^7MbWY)(A5ONJwdO*cg??7 zE1m78z>pj{E2XSZj(um?sseA*~*vbXK4X;M-2;?^e^gFP6htG_d1-nP^ zVEwnq(1D2tysdcd#IS*8%RR>}@o9PH_+(#9#FPpCJ?@%eC&z<~V*^%O#yI|EU@C!w z$+VL3`QY9?e0wg0)L~2{2LVaBkMUtXj_7l}-s_r`^$mR7QOvkVz2n{;GThSqKiK`| z)2I5~=TF&re6Fu4wqLNj`1tv)zIgnK_EOJY-svgr#m$D*=SI(2Bs_llN>50(Uq8Rr z7f1e4b}bjM!ic7m%NR@mya~w0sSJ8)Wuw))!wt*YA<<*ME4z zf?%VDaV@$%5*KgrlNYaUbxrYk%WmoQ?Mk=ALgT>tuX#liQotum^gh?=ayGUC{!ODL zhWGGfA5M9qpsTfF{F)u97wjTFK|jw}*t~-74R&~iex6c@ndgHshL3LOyCE6x;pafH zWE{5OvB#G~2udj`2P1Bt=j}J|!NWv(>a|+k5I(;k^O1c@VoFs8(MDk!9=ImVk*l^iH)0!$4+);R7{9PVo>_Ln%Tfpy2d=Q!zC zPjSevU+D!-dPib6-6$zYBOg1!wlmnMHfstbx4!R{Ba4G)3PA(qy1{u1SigS!97lgm zZ_5}vVube?k_P(rAu0o$8AkX0NkNh!AfK}ZcLESk2+ZDctg=#5(*Nzrgc z;<$Hqs&f*`iIXr1<-xskJs=TXaqk|-2W)w|$hf>Zm$yGp2>A2qj5(7+2y&%-vtARR zuJ!fvm-_vekM-+6e4*cb`n7)j`>*vczy3_W{PpMh0i8DB-hu0e;NdU# zg)w;sRwS9GMW$H^#=wVdHJg-dTjz=?(tF zC#bd@TPl7#Z;yW{NYnXLPVTlzQI;}K*KFNiBg^v_==sSDeev}(ef{)>yhF1lv8+gd zEi1eUfntdrv#gL}l;ACZm)UHp%ZoF%XHRuSvGK;EdwPp@N|8Co_Dk%2Wm}K!d@L-c zvr03Pd^wxQ-0#qni$i0YyvV(v2=-EzYfz-9=wP3F^Q$z{000mGNklWIXrI3{8B>_Q-DG>;o(UB8Q&{kUuGev7Z41%dhzwgKDQN&o!IPcpepFQb@V1xV$K2 zgZq3^l*#~D2$45VqT=m!gx4L(cEwiXo}g!-8O-jJr6eo-1b|M_SqSDM$O#y6V-n4OOC-4vF~-_$c7H%yU)nnqkT;BzWqiAc?sG zG*ix#JSlQ*2XoOiunS@tBUUI=RK@(K=y6G#1mYY{(E_|M|P3bMaC#+h&CXl#2<@|F3&mTT}qR+m1 zsxJskU$R2^lA!q+0q9ejoxn6q%d59FdcK3U_2MM=ieTj9hSw%Lf{l~t9(x=KI0LqQ zZHqAC@<`C=35-3;uQ@*)4+Qj9Vs}X(wWEIro?BW^qCJqHkKpWRyArtm7=*GEu^}?! zm_0xmXc@M4Feu9mdqxQxbj($Q+3|uKE%Tc8K!6`OZ@`Y5d8tVtEe`4e<-lBac+0Ut zracLJN1@>Nx$fIDHo}7wm1S7*3g!CdRY1J6l(23wTkC`+CyT7cPF@U502ETU!SHrvY z>NqjbPlHtAqjO@>j8@@ig?S@T7hu0AGG+LR?URTX)>}$Z5q}W!T8DiP|13f_=;9@K zGXEP^PR7#~{T&Fre&(dt!S@~+H{8D^d0&&XS0pJH^~R->qF1Q?UWyA-7hTt^T%WLY z|B|Br8A1Ie#n~O>9MBu|(lB>TYrvdiUY3F;@INOB6*;`dpeg>iTugL=FP<%@x?)TJ zoj0%a=pnm66yg^y%GhaK@Z9Z;A#$p&@415i?NWI&q{Xs3RU>{bdoDC zk`nWHeu1wV{}3Nz4JfMvn+Nc+VaMPAK96A6GT)Nq*X&XlOIx1#d`H5y?Sx;rxxlrp z^DK>X&gYe;%x`%n#2ZCX^K_$+4$N)4*+wn8?l5qU4b69kUNUSLxL1`qcF$y=?C5vI z-@OZDeBTf=U$9efhacP$OSkY-Q>@#+2k>J4&0h#X(Jh8Cna-_?DkG8tL3lSGGZsRp z^EtT={eiO-qXs}5!H)T<%0iaG_zEEq7c%@mgF|TWZ`tgnZLzniYy`PAY->B&K1xsAYTx{A@i;NMl(qfp&UmOPS~R?!EokDVv>SJhVvqq zC$sVo0KG+Vdw|uzKu6^RM<|2N!YaNV8hN;eR*`om83vCSN6+!4Q_iZG-Z?h4d9w_EW0iTUG$pk@(~(!CS6rS*R*7Hsc3$mZeP;MYF`e+9yaN~=U}*{72il(9hNF7;E?Biss!SCD&b%H0P=h1-Sx5EgcSZ(B zhmK3;akJ5Lc-DZFv_NYKqz%c&{M#1W19K3h_s2atsK=`N003KP`uQ!%);}`&k|4I; z@8m@50BHyN+}m|uJk>A%@TLCcH=pWXe)XyT>A(L@|BaRUf2IBFZ&}g*=CkqMKXU&c zfBAd*e8$S+D>=b`&WhuU$1n9Yg@AWSylU8t${6ymByZRU~Je2Y!ilHtAmaN8&}&7I=Aq309Vd$LyXW3 z;5uW@3jH3gMS6(M16Z`9c-x)h4Iw^~!jQJYuza@FEvHhAL zy5oG$JIcUrT+|>3;ErH4Aasmj#Pt}E^GxEN?{}6BJJ4AJ{w{FYfxF1_3>gP#xlhk^ z&bXcxZ#T*qlt#}LLwXtCT%rxG=?fWkLr_m^`+@DvBde+d?@;$+@p-^kkMM6lXwm%u zzZG%HzULzY$E{!6(0pd--Z-%mVJfXuiJ(d{z@z)KXBS}19<@(kemwNNT znI2x9>ild@A__8-IrLiOU4uvC^A&#cg4O*K694bMd?LTwzaeSfVXF>#a`ZmOMrW+< zr_++1mnH2)PLgwyx$%EavcGqAqH~hEadLjX0JEjysK-GC`kPHEuw9JjS)Rt^IGYvn z*oP0#WPU$*`<_1j;0^uc`|s$-KX^~y`{h|urVQKmGF|qATembPiy$uLf^N{&xAP>eQ+C9 z(`t-iS7$RtFK7q?c@m4eq%w=dcIKgQs98wNs$6GaZayhha;|Uri8TtnB{*~(t1`#* z!YN+IgmODl4Z(E>USvcbnMtuS{BA2yAb8B`{xPc^Zw-FMYToTBtN&Yqp7qdTm!K%?c2X6Z0YV@B%3)4$SrBLzY(dXy zKA-Yjd>l}p@{aB)vaCp~7+a?VO~2DVXZ3T&_VhW$!pUMz@SL!+sc`5*WnqWzRpXF$ zN;`0#<;sk;m=r=#fz77ViEOtJf}HGQjEbBaGsbwHB4eWRETQ{M3wT|!l9`bZY?~ql z**;O=ha&5Mt#>39^S$D=#~mvX7s4&}b71HJagdZe2N;|bx#rMX%&O7mGgcl&mW^{} z%$dP&#VebhU|=~KRy`dUD!|ubTIoJX>76$TtR#97EDC6*EXu9OGiH){e6dIWH@wz( z&MMT$Td;EDB=z!|R|MDc|0Q6b`jXcMPkBxAlvf9@UfpQTYIns7WkvA1xw+Ab@z0(< z*UOi$^omvUwRfz*oNZ$}_sG{V*O4tr`^POdTY)(jD*mEeSrlw>m+J7Hv6vySCHSn+ zL4hu8_mb;|@%{+_;@N1+$)p_Pz;rfY)ijrPBTxxGl+b)2kTx>b?%?Hs%{%;3faOT= zbaBwZSCQwaXi(n`9HkfobV@CzrIzU5_8j27CMGzkM{Ja%PxI9==9U8A1%c;j@MYUz zQs#22%50=_aXQmI68C+Q=LJRR$#kN5RjJH#c#RT#I5tuPDDubguFP_Y8=kubLmfP{ z;KlmeY>vp*D#fIZq%!bad|a@>o}tC>rr_~GS8ymn@uLlW2OuqbMT$PV~w3$AYBtLUJ8C7}xCDKMYZ;wL=-aRMDEItSt_+^A$u7lkJj!e`6r z7>8PH>G1`AGbuB84Pd0xhTWhoNqI-|Y`|-eUCieZ%GAWGUhuk7Lr_Cs@AleuFWA9z?zB7+u;*DAu~@S+v?q>uXJg0W z!n?IoY)m*Jhi1svk$YP((I`-qpD!!jJD;mC|0tr$mW;J4000mGNklD!|)z%~+}V{i~CHg@c)w z9z_H|?>0J-1D|?jSyGO1AtM0_uSR-k`@NgrwcHTIuGcH7#Dm7|BZ9~p1FtdgW(?@H zwygFyGzYT*Bl?}clg?~9q1s-`$6**yw3S^@dG+I}y1`-js}Q1u>ZhX0&lR>^7g|keaNc*{Wl-zJ>F%0^v)alkoNKWkMutGKX~U&dG+t0 zW7->RvBM4tT{sANb@Ax_h2CHX(vo|pIHu1_`e)!i(RzYPi%om% zJ)qw$D^n+aIY{JDA@w?)W_rl#@a@Z`?z0+AV0|$yG=b(cPvEN5guWSL2KezRMFheG zf5Znx`X32yTaxs1u;HTdIfd3Og~66$;S~kl%cn1O%_{cAvzL1Q_?d2Bz0~UZT6ZLW z|DvO3^!JyG?(SAv;Wsw~xdSV(BZ1RDF6UPS8UE*@BbpBqTW9&eOM`3)eMR(hB#0Bz zNK%v3@1+n_7Ns)gK2WUh z(Pst?@oAXfa~KoTA|G*+kNvX|w*xxzkNJ75<46NPJA%Fw)Ge|(W_-pjRztrMtel-r z<@d^$tim3U5HEa9g1KVX>I(ZjWF>r``-`dsibcLyI2&uTuyYc ztn>zj=yIAPU(ngS)XA*W)Hp=H8919%8Me!?Nsg~hhz*6N#Qz+bj7R&9kbM9j1Ac%x zK z3%ot|8t^+10}y9ifINM%VUfC~-KvI<7TYciwXBy6qIrtE;@k87zSbI^oG6p;ac->E&5^~4FXpZC zQUUN37Prm!EP67C0k`p*Gy>WF)sP;jreA;hT)+MNg}!)lt0&NY{%S+Tz0uwJ zpdGrYak3t;WGNy`p>u-6{qv>nU7YI8`{#P+&3k(H(bc%k_zv$S{iURj*lzrhw;Mlt zOTYN;+xoK~ysJND>(Tcj{i}1$XO(hr zaYAzSx7|N{?@fL3y$|%A58jlEqa6;n#tD0H)q}elTdr}M9S*sry?F78U5u|OP_{bI zckF|MY#4LoeRa>cBiM4k&p-cKU$N?aL6W;>b$fHO)(du*UXa*sc%SG%GAC$MIBdV& zsNUevcXw)7-EUYCzkKpSYYIpwyaNGZ&m0a+3BE*7IDp;2oE-rs@XDnEqa`bnj6jp% ziAYRQ(P@gmbnx1+jksmSeaqZWNx)B`|C|*$*-Zt`l*302tsQf|;Mvz-eywMZpUb>d zp;sV?B?{z$;~qZO(79!m{|cQv_lgABdghoh--5(Dr=3kQy@Orex|r+j%Y`1YioKc? zx*~|*2kRGArhA;H_ z20j~f+YnP-DDUala(*Os`kwXNa&A1Emji``=WNhTjeOo7_WXAwy)W6>d;H~7y?FkL zcCBmhvSLSZjV?DdXetttic*I6M^WLxkc~0T@k{u+Ef5rH(z~~q3 zGJg8SV-^&j>0kXNLv|QH=iUqYH~7e+bU{0nado*Wu-SxE6wwu zj{XD5JAHQ>&CK7X~=Eq3xVCjC}_;}+ob0Bu0n z#83mM$I-Sp&Im*j>;?zFBM2SDp?4(wn9}H|PoBL{Pan^FOMqLka$jv$%5an{FQ|YzVr8QPv}~Le+jbiq z*iOE);IsyX9hti}kMLn2??@mWWA+5c4oB@!n86Y3#JneOt;p?K9p~pH^h<#B_PsMb zJYVRXV0A{)niYvEomD45x}w^9>)xe)@WI=c5-ctYd?>^T*{rXe=>JMM*H=jM$AJ}&PEi3jGnKfL6!4Rvglsd$WjIVAE978kIh*S0?1Y_) zL=dj2l6#U&8vEw(;5MhvbTWfx6pI8ktTJJ;xn|K}}+7xNn>E_`-l+bOeEppy0%~r{9s_>7vW`YjD3Mz;3}~0~Tv& z>?lxLk_#`u)id`Vo_4eqiDwPY2k1G_Z#mzRARER9=E(>?1*VaTd`qI0ru`(?TW3i_;~A z>`bSp3v?Mr8w#EGB+e`*>>)+28|#Gl;ljShk8AX`BZwXFy}P>|zT0V_AKQ%tw2ncE zWbPG5P#%!Px1i_P;AA(cN>(`mJT%%8dv=a3*r!F8aTwsUXYP)d!YJ1%VUqR_OO;KLF5G-7y<+&w!92aZSZvIdW9=Ge2l(=gT;yaOjYFyVHf&x$@< zVzv9OD1ycq37+@x?KwSHk7ErQ)Dc6hPxBYKb{mNIE%t1{_7T6>VaE;g-GRwh_{5H# zh9mK3h2I#<9Xd#ohLKjUjPpsB*eOUP?Wj|dy%V+z(lc;3AvTDytp&zfX*Z5V9?JOT0Da(Q)bga-s zlAlo6X3SmCW@V;1#faxDnYV(^=_J>L`z3gol;50ZQPxY8bnoIqr}Kq+{5s$RF+{n5 zz2+6h3tnYd$61Voie_xEi;jmef8AgU^Kk$-*1dDvmb|lvU-RG5x#9Kn8sBMHOdnXy zfA;iF&v|X~6*=K4JHa>T{1$v|S*Q%i-h-zOzsgdfF-H)qVDnr3jb5R?O(M8l&RCt6 zIL%~SX`lKh1Ij|PNvSIW!5bH6dWUUZZ-xt|hG_pt!27 z0ri3RK@PV5O)fmC zx9^|m-8WA49_`&X&p1EVhpf)O|G`6j@BMrF_}xo==j{u9_!jry;{2T}egDHZXpi*q zdk;Cjp&x$dk$&*un{3P9)7x)e=v~^Q2d8>?Z>dKV0&i0gJi0v5#bV0ptJ3A=nJymO z*Twz&DrR%SXH?w{0KC&0eeDS@14-&g(0EC~vO-@5V{P4`w*mVkoVTh9MFQVIpa~(c zay#gjV0B9Z+>r>&7**sM4n?qK1?Aw_Vn^F{F)wsNyEvWe6nreE6Xno6kWi1zGhpYy z3Tq&}8|>#DmJPvi4MuNC)-SKudXCfH^6Y?aoV)@N zpoDKHnkj+CMS<}f(NW2>9KDdA)l)z;v>N?+Mfj4$@8Ij#K`vT)7XT!EudW_|k7bpO zWA+5?12}5Hs#hbpgnT@5?YXi%ifE>c2NT9r_;;QcN=3oSLjI1wC#16LSyvQ{rHU^5EJ!9_f_V~?F zHRBrkBLcY3Rc1*jRRgvS=+Ozj#cq~=1D@_kzBjaM78ti~B%L+b+n}R6@NvUR-%02N zD{m(x|CGWj;?stNabVu96FG9+acw>tWEdnxS_LKx>=@y(r;t3NJHJZx_IQmBt;aP! zddpbbYs+~{0_u=EWBh4V>W#Cx-UN$pv3PoPKGPeg6P?dWO~H}r=lEfP|3?J&n8dmL zy)1L$JpPRDpUklfG5=&aB?nb1il_#C97ymDKKl%R`uf=oJDO`t&>5G&IN=a3oX`~60{8b{L72mW8^EklfL6RMe;1p170PQyN44zI%2oq>z ztrU4Kf?h@?)et~;RQ-PccV^u^b&^n2c`dmH{gvNiv|{iomP|3~`||LrsVZ~x`@ zv_I&7|L4#2fBehm`gi~Nclr+`_J95CnLd4dtUjt45Q65DQkN%F zJv^W5&C7+}zIUQ`?w#s`hv)kEtxJ8E_Pw{S^c{}hdBnBPX&*hh(uZ$e>O<~*^wyQU z_5SfY5A^-_Ubi3k_|AQO{LVdj%l?B$7kc-N^RfTC(0+>|@9J#9`~|j1%8}o82-rPC z-@U}Uxtc=jI6Bc0z@u_jU%+T3E2a4WY}~%DRsuXR69YIC&d^PY#@?&&Uuk#GLBB?GtH|?dCb6~6dAu@ zjyVpL=TQaNJg_bPl48sW#=+5v*=(;B19gy8C*9}P~ zfQ6EICt$?MpW01Ru8FSX`kH#Y854w)*^VT4O+nFshe*6A!NwnxPZ6XX|F57oMNcBB z4EVg0+y`Rho8PEsv4 zDsY%Z$ryA~g7Y1Aw>%Yc7F=fvnj%ZZc@cs#5FPQMo)|PxS|805g+YyNoWznu0tz~T zhZB6}1Rl<+LYMQ2?k_4`(w5w-khKB}6KJ~?DPWJJGWQJ90G1=X*_MB7z2`w^HHFHC z-Hk1A?+*O#SZKMpX~00^r#c zmEL;D&ckx52j?d`TTb+d9ocud_vY17_bzB>b7;@T{`!`mxMJ(tL2A9*0>ObG(~)Zj z-uWj*h&2SJBS0|FYXTJ5lmnB4L<_JKaAFesk=EH*^x075?-=9$dw^sEHa2KhprBln zX$2~UiGq3xf)t|?N=;dm6`5l|9;(9F6$v{?iWtAhqYSbV#8r91C<#zRK2nm$6I)QMv(uU75!%<|KEK1Lce8O-qq!= zzIdU3A+i7W&!6j8U%u4u9>3D3^m&~`HhKZDo>P(DvRc>^=o|FV5nQvBMi~}>c>V5!6TNf)MDN}^<@!u-U7hHy%O&UMdY8U$VdRGZ`~il3 zgCP1Q&)?wQ{nM!~0mK#UaxsxB#50bk^Kx9>R7H}oQA=R4NSJ zd|{VWc|HCZ){)>a48k^pT0EoYd5wJsywHiowqdyN6;2~Q+N0-|;FyhHh%Yrf- zrz&&hSyGlKImwhbQGs1MR+(ow!lWvt5OkzKGN$}GqlcMsg#n+&&U3a@UHLy}_vP`E z=lYa){C>T1i_TxMgYqf6E?+%iWx(|2kxp!u;>r>9}u+f^Nz9u*v zv6WY=cbu;X0)E$K*=;{*P>=`$Qj5-v<$+_c;F7W!72(^RT9ma1SEgy&E9iR#Y&!1a z)-f*9xkynN$W6*j3!Yyrrv$>K?z2LA=j{i&x;WLv*@>1E z050ODB(=z#;uC2DOnDV95_o{$GS76nm=Z)Qll)9 zt|#bYS{AC{C1r`eJ#B#J_Vwx;dvQZfG($hg=Lubx$TMNyoMWCvup2d>WaDaZ3T_8@ zOF>{gD$z&q-!h!3nKx*`*z-wAqR(XCIe=@IuL*hFy~vUr*K#g85~~4b-`ap#7Yqse z#9m{OVP0m;Srtk1DnoAtx+pm2I>FCRTmYcUX_b$2Ptna1f11F6JN+o1$J!2O^GXjc=5p-0M=ZJ|`CieMlbn3s ztL|#~$GwjfU0Ja&%!|IYFj81NG=X z!%p^(<+M=Ay;Gi@ET+oQYgJSV$%u-|@=S?c&uJC(=yI-tzWSD*c%;HR@_ro5$%(;C zdK+*6=o5r8K)-nULJq!nY&Y#tOh>RX=vxG>G5D4(+n#%_nEWikm<5d}%JdE>vZL=S zwtP2K_C1DfNJ<9&j;;0;$v1?+{Jrcn9nQI8u8QPe6uDxI658~90|4}}`=pC{hptWOF@rte3&!1iE*CdO7;=TJnefCuULPGy9zk8zp(2GUq5=! z?ZJ5T{ZCkt|CoC};hp+V*`oh3&Hwkl|6l4is05d@QfCYCuvV{fcbo)NS_`ZJAs+6JLuo= z4$e9s2qY0;=g@B1cJBbGZJ1-Pglv}e%?DR1ik!-K##|YRrDgYFua~?Mc*5(H&%b`o z?#omC`m@LSExRzkqwxCmr_b~svC}{Q_OU*r2>bHMD}DL&T2A(Bg2;2W-CwXhx+myb ze&cag=6Zm=-lg#RfE|(dD5ySsaIQDcW;&S`a^SdkGLg41A6+c;Chd&iYKJ~|(Z;xs z*>(B&jZ=Ma??mGl>Ii)AbN@ZsBMP-QE*G**P4gjiWq*tf000mGNkl@|=TZErW@A;w5yafIeZ2l|)b(DdRQU%9}B9OGB7)+VKITK6u^5o z3>s~UT}!UZ5H;Yd*4G}L9`R4N1BKI`bKBHK>PwQ*4U32)_x+2CcEnTfYP8@XLZ_9kT&Wbh&Jh_Fp^!ADDcIHzBQuVpDJN0$@Rb7Smu zTCnn*=#(US!ouMMyq>a!e+8~D&Sn&BGtHqtn^hbq#Dttxe8Eb;r1?CJiP<|lLJ_vL z`+H@2fnQb3dqCgDGtgB{5!&{F;#8x}( z&@}e1nZLuX#)R`t3(XyKIDWpt>U%ja=-=yvI1ymq`Vniy$0xYSD)*IRPy zhT>*Nao{3jH!Kham0&$XcLO$i!2)QY!0N!mYO~Q} zf2Zu}OSzb-z(R$MGqx<|*i+x~6VVTbbTXQgfO5?z#pqlel}Hbuos>=q_?#*MBq#C? z16t7zUJ=F3P-;Mknqr{FfPP=rTZu4SWQFp)(B9z2>GveFSG=!!4aP{2=w&6oPUYB}sPQ34Tqwcq(+NQeE8u2y(cb;mnFTd(Qr+d-j~& zvpX}(nE^hK_jpxtP!Os3w1|mwD6O&CRY|eXp6li2Rxr zq4mEaI1UC1o`5k_WXCbaw~w>k#|a)CPW1+>ZiCmjzrR1$Tle+|@cVl6WMAK5JLbC& zkMt(z=dYjaQH|}%R_gcI=DtVY1LQYFMkAcm0$5oV8WqLBml>+$sJNwF+iBBuT2gh| zuEd-maf9J3FlhU-$OigW$kgtQ-dhaolFIT5n6r~{%kvG1(2Q-z*d0OIbhKlfcT$gm ziDd5BYKKjXSa-(8LxmBgA^H0|YS6y}dJJ>RxnK*}>df>upi-6`9?byW^F zRF+v2g2=coRAGz}yfFls<7{w*CB}b&j-Nh1ll`VZgRh>y)bp3;9F<(^ob&btdR#-h z*urh~t{q*d4NS z_q(5@nCc$%-eYdtDttg-KA6?2z!6xX#uQ~TF2PkpM+!*={$c^de0E8~yCIP+mW>+Z zy1_p;W*690kW}MqJ=ZOEWx*!ZrAF{t!jIXeC9D-=43FtxOLAL-b4@Z_v9)?jfqFq8 zw>}Ged3!V=$~W2@KL=!)Xpv^$3Xl9*HGB(v2PVgmH{=-cde zXEuo5dwkuIbYo1iz*to!GALwx=M)u@MNUDUu@)Obhzg1Jl$41-&U=O6VZq^Rj=B0_ zCv(k&D|~KEkT+;}Zh;10^yW0)6JvV(veg_J+5bwn#wT_F-IQZQ-bpb8fn0<}c4#_9 zW{Gy@NL=jbYxdkDP>)a8xVCrdc(!B_7#o<2sTA4L2D;_EdU%LAB71mOr!9*T2OrKkIZ4KE-=k3H*EAJ;8FB>i24^g0uHbc!k98CPDRlB|4=q@Xt&o!y?H3$zTwbpz2A1q@ z?euLwKI3>r!dy{oPxWF!)gwGZv?FmiII&76$2e5=W^g+yo`7&8uq5ep7`PPX5%egKwIuqQ2 zAl5*4PC@%Pj;-Ln!|Kph^#A&M_w{F-yZ=j8?f?Csy{7;1zj;Id;{cyPV86e3L;w0u zAL+Y~4)i)_FUL630}SDa>)`-n?M>@p6*D!5!^sl3gLCSEPQA7$c7sffD~C~v&z9#M zbYN$)-zDABw!o2Yaf)lIPBZQ`GPL(LehJ;Sa=4;;v|?aQ;9AhvjKo%XRs@(M?Fd#( zJLn@Y7w)RWHPL8>+S{C6Kj@^PZ$bwh&rCnGbvToq18xY~3ygcmbxlBDaX+VkyCIP; z7mMLL6p=xD1gCqf+V;n__6Qu7ggx^a?uMWcjwgC}G?MKqJfM&~*{fv5=Y4|s@oc1h?Cb!r;@}~L zffYCV6kx~Tu=B!W61f!xn4W_73e1;Nl<{68i+ylBJl-FQ(IO%P>thg;U_@n=<b@ImGSbBaF;Y!-AOR*9q+BC?jWVayKu+yWg+BD{!;g7@;?L2eJaUa^OC z@l0ES_5xYgb=DsCZ~(uD$RwvA(WeD=^j~A^Rs`68RU0xq6TeCuM}nx)Q?mZii*B-h zOYGG2-$R5`uZnk-_lhs4%-GNFq3EaVVf^HmMHHC4- ziZvBMW0HCMPWaN#!3}*X6EcA^)abq zOdc^WG#@~F$$OKh#UxL^4jc{mB60EL$ zV9@lr2Yueh zAx79j#1;U1=(sGhocF`~T}x-^2q~eJZ}-=mGB#uvQ&Ke=DOY1%FL!b=$&|Szc;B+R z+>tPD33Lm@ zkz$Opmt|QIB70rm-e`yNqYH|mP)E?YvTBcQvR70@PfxG(H7iE@GS_3yc0aYV`mbN< z3s(4#IhX&6t(FfBM>?{^i>z`qzK*K>zwr9_oMi(}((3 zfAT{9V^ZR=1-b@ck?uX-2M;P`L122jQt)6YhtkEdr2vIv~eFeye@+~W5 zJ8R!Ew*|-*N}W@oUm?3olJzUL`0QJ(FV1iDibCX+ZwOuu!fhqac7^Or&`t@tM&23SrXx9rETYVCf)kI< z#6Dbwpq3c<4v%QSEBk;ZFeb@qoa2z_?Tb=9L3{>Y|OyG{r5&z-oT0CEH!sS68|r z(BE=zKZdlzfqU$x#4u|Mrd6Q{vOGCtm*l~b-gtDPHy)5 zx_`8<2PX%52;3t{-DhXTw%=ycv0RAi<&}y;83-|>0f*fcvM-^Xu<|*a)-p#KlMpKs znVm^GWNCKsj6(4RJ4Lq?Q!V@n*@_Rx*NV<*z>XZ)Rg*)uJu-L z-M6&aBI^|i@|4x-HN0F?B%X2Pb+<#i&^h|L;Q11`z-CQ%mSC3@0G4M0^9E=$8?@)D zh_W5o!$~EJ$tT#`@wCze9oEoW8qjA_7w93$_%m9?r@L zJiX9kj(A_;TT5a=huw7O*9zGIpvT&cwhb|0+pbw0&2@cyq3vc#oM>3cF3@!v?BG6e zYdjrk+e^5)x~`LhhQ9BJ+l^AnD$0u7QOn1qmbV+|TW&fnu+vKxR1N*NjnjJP)FIQN zs5NJ&?d928kDp#^j-5x}s%sY%#Tyoty{_3=wW1o;GWy&7^$7#0t4amLH88)Ws+mp3 zs&djE!Lv+B3lumf=+96$7bG-GPTmJ_B~@kCqk9KB+?&F5 ziIE2d46Px_N&S$-ZZVSCcud91d{nc2-z&z5aJRC+zN7ev!RvxElS{znxFnHYU_h4` zj%|+^^ClEikPv9bkPl}g-Dk_xzOeEJTdHpZ-($sS->SD2{P!pV-g>yNw`qHmRpaZd z8tokSn3dOTR1CqchX0Hq?g%KxyRC98p<4xMa#|2LFR2#IxUNX>*BG;Hzb{bG4YFFI z&?S8q>`-io*0%cDVMGR7WYAFLY*|TlY{&QT-6IoxM|L0KA)?J9C5$E_H%Eosq41q{ zjK#iWAKPVN=#cyb@4*L*-^)3V9Fsx}@;*pT;PA3f%e>BeX6xm=13bXhIf9Fmr!B=q zFf0iG5nV=fk>qGMx;jQ~z_Eo6bIvXII~>P$BNp&`gE3y9qcei_HQT*Qikua@2OY&> z%NXaRnm}_v5;$UIzsJhfjuVa!r#d{E%GwN0Nctxf1ji?bI-uWpJkkM)-FPzjcg_>g zN>%kpp1@-ebJV0Rhrlqalg0#yir^Q5HxbAjas|(4w-Dxf5TiBRE+P&blpiEw8XNM zFSF{=NI7Tb>9r)W-x8cwT(@k0F4*o|QiwM!QI{nA8_us!S@pcIUq8yxm3{f~mKD*J z1+}xq@QvnM0`8i#Q2SQ%j=9)77GfvIkswGD=*@ZOtwA*dHPEp z+L8+B%gE4qsdtjykH_`k-&PzPvFfX4Qg~T_wU`p|jfx4aNZcc?*`lO`&kEZtiA6pH$$42q6Y_A; zE0eTKAd_T`C))++@V+g!Z9g@$!oC;yyA>YhA43s>oY%Cq6!n8|!c4G;J8~?H$$WlKVM@+LCy@1m^~M*!>1O+ai-S&n6RLt2^2j)}Ow& z$j0O{r+{4(gH{xY8)RWuqjfk^r0*4R_1qRGEK*J{ZgfF`Wrdf;V(Yh{&kFgkOgG4X z2MwLg$y|;k=kNj3(TX|keEOOqc}aic+ewJgE2oJ6XVu8Dd$XCzXu|Q}q2x0~=dHeabunCvBG9jg2S-tv z$zL0p&X>eKixDP+;KLA0EBqN0&8-=WCweJe=g9`=@2_t#QI)evDm#p zFJIyFUp&3k$6uc6;Ed(&D+B!&9~ zp|@B?{^=XX`agZ|p}zOpvHt9}6IS{U^e^p4i^0$C1X~ zpc%s&L+=UOyN`}0dPHIJ05~G?8SKNuq%JfVz4IzC4ucw}7#C3y`LChphMku=v~H1k zkAYh7vF8Br$OZLAFTEcJCQ;Dv11An&!luPt%Rs2hI{^iR{ea;Tdm#;2m->dlQ^jgm_ z*fZX}IKRRMXn%P|(%lk-o8dagelBgNfWm2uy#?qk5|iTOj)2#z)dt=+1RD#8JNn#E zA_OXgm2zr@y;%(rHhu_9q?u`?DP(A;Z5 zpAEKgjZLqyy&jBfc)wvs=MsG_k&%x{J!3W`zb*c~h0zYVtQcpjM6-P#yb9!$lOKG4 zf$kcLdIEw>Psa20?JYZmOLjh1$fD71vzF~JH584N>ov{*ctii#g)E%cA+mg3Vg-RiY3ey{VX_J zB9G9WDIyIjY@$G~v4B75@8sn|K*xnnj%NDKYe%wUge|%-na+uk*Ay9N%x61GUo+oR zb}B6(KO>30B%waXAD%qF&{xmS_4w;Eb}%pWlwFNW0=vo6;>R_5!YT^t@IVLv9=d%vp-|ZONz@Ez$=o|H9kLwSK~XxpaMD7MPyea zYg8rtAr9BssM6uIVt1(2!K~K9V`Roc>*4WK2a`hg*@^uQ3$j0b<3#o&%YXjniT)XJ zd-&1kM~Aw{!eE5#YwXLQATD_4wZi6J!oSh>6xvMIFHFDC_Y&GqkGaVJ$o0htFFxH#*_w=W)9q4-;>%Mj})d6<45A8=R1Z^>R4|{uX zIMxZVdXJ-&Yi$3;t8;QwPc-z{?V77}dU2^39X7t@D079k^y=^n%VFX(sVfCy)EeI~ z{TkeGJa!Ad6)|Q`Y+n)Uu2|IC92Q?sv7rn2SRr%Ett)coU@JEpb|7qC$6RZf?Oal5 zt?*~_Pp11;f4xn3#y0LbEBaR#S1@zU7TcxHIj=qEy!RQ^;1#R7HNoPRbHF8r;GA&Q z7DDE-#AreJmQ}AgR)f$N^nbzbz~!(ju+t4meun~E0!8$ZB(T%h&(H3P1O)o>>|8e% z2pG3u)p&k(rB`RCdh+!%J$rd7JL}xT+4l{`mG)VIn6gYU_x2~ce=r@CbkB+bly!s> z4^iepT@awNMrA=jO$3Q3qdf*UBn(Rs4MB8;Vl2VlqKGSmd5&^kQovZ{wWQ6qL`8rj zzQ{CgV>Tp)E#9^vK(2r#$=P_cfZo7oOMtLoyCL~BLsj3%f}$b7JY-*}YjJcTuK-f) zN0|vAO$Hq}tdHj%HY~@L*CH1{yHlXi`Z-A*I9lj)L^SKezOy<0Rv`wq>tcp#^0j!;H0;U~DENDMJzt#)e(j)L%z&t0wUJ<-b3Ba!ie&+;?3v()L zc|Aaj_)Q94IYkPnEXhmAssmcU&LUUnaNSxzL3bFEfya)8RvfbR@@h%s9f^B|T`X|g z1rBTDPz^^k-JL!N3Q-z<|9Xw`YIrZ5R|H4TTn%`7a5jBEBx2K*_dzLV#dHUvZ!2kw z{MXDmXTD2<$Tdak3K}tIbsi4EEy52myc3neuE-=1>QB_TVY>w{O}f?u8B9d+*_QwA@R+z$2si_^xm^TC?t)L z<*Z1W7LntstO>l%s&dfNC}-Jryy148u%|7tWv){a;#beFNXVDK1u<_<%v&wxK#hz`pg^u( zo&xSnYiwYHe=o6XCpQ!U=fuUYDezu!G`QJqDZF>W++{Hw?do>9&?WixoSbsW5$VO% zH3j;Hf}t5?nwbmsWqjYoR*Ztb4Sq8x?m?ou9y(2SIRBDlzb3wjwww!f9i0bWyuR(n z@6RTj$xSrIVJ4$mhx;=AIxOQ*Al5I;5!eGWJ$Nc@V$Bj7j#4- zJ|PiT2+UmkcyBfsQ;88L6mNZPYj=1a~xWJvZ?-P@aJe_R2zW}`|o4C8lojY_%!^ysTuB$D%s0Jvln`2{zf~DZ40akYHN(pjPKHd4MD(!TVNPd9AU36+2%>$ zloEl^WI=2M4;*)$dIC3kkjVr)!oXXUyc_1&fd7^i*bRnb0c`>94aQ^!)iS5UVq(xR zc58GXlf{B+lBAKGR6)ZC11^|=c*klN8nBE6U;%0r}Y@bj{8W*0^9jE0m0;L0$yOhUC2it_jTN6ee?Y)!>v?lx-~FusYu1Q5^}{p4YUk=)WLQ zt{A@}AZ@|FgYOQhq!d*b37vWsMw4VUl)4T&z|$hnj=qle#QO-rJH{hw5`V89H(PYL zGJV>Wq`W2o@>grdS^%{E+!7C%5j!zk>A~4BN5dROkI^~@#~eE6tne(U8r@b%u1R)V z`feDr0g;_Eu6aHs2%nJ*FG#iv`ZVa(VJoqW_*WhR--s1Z0pyeje1%GUy2@EaO87y< z|3^asFse%(;p->ts2!r$G0)T=Ly|TeWBhD7sWqaoD8aG8p4aGThfIy%Ep&PG*<;HM zGTHEM&Z1$3&9^*f#x&5sGy91_Wmy7QC9ptk`XP`jTSs z)x|>3NnFpcqZh1(pHVEH+Z?RM>@52Re^{`RUSTr}bYf#}(UHkG7g1%MhTXIMNvQ`U z9fL=#8iy}u@_e6!b3CndG%mDXXYCt(RZ@wZ5`Iv|s7zo_Az_J53I8@fA6Er2IT6zs z18yrS4!~mzpS`*mc(J&*XS_{D#Jvirp{3GA9R_YJ&*@xUeytl6hCo|pW+4}8I!3(|$8wxR?mz}JTKBJ(v|8wNY z%WK&V#}oSw7P~F4*p9x&C+#t>B8tsfbQvbUdyiJZ7EjReJ4cqPL*)Ew10WH`RCV&-CW;SZ^Iq z^acgNA#$5Q^T_NgN9;Y4C(5Cy3f{}?XNgW%#Eva7f-s2=q!t^sdAB(5hFG{J25qsm zdq;;H8{gBTd*r{v1KD?$W}`|6$lvl?K{C!MtH74WwC_zv8rKyzUMdk|X86t+o6OuF zqKB%?LvA3C%RUMJ2*ejV@^QpK=d87-j`Qet4Br(wxsusNT~#t&tf9|g)4iOGRvYnc zz>hGd>1d>*{XIS4+_lbL`_oGM5L-a#K1}Rm07t++_bk(fpl#LFbX1zmAS5C*Q90JS zcet+#;>O@T-k*YZItZl1+3y`4>F{7r38UZRO!o*OCXC;z{VhU1n9cOYYmYRWOyyuo zax$TcSptHIK=583gW#2{oqr@G)k{NiGo=Q$kfWFIF>MjhrrD~qvv!0UF(lh!wxGTv z;n)^;N}eDTP*&C+j(Rk!WtHTE!!dFwXiq~`Xm}ksOhGw0RlvjytV)b4QBJ|CDFaF7 z#196C8*!hFMA@e!x_R$O^iqHig5a2-Z?bA> z>j$~GK^`qhWB}d|2?@R%#z&hAWF8rLCuASsHEKL6ptsZ>MPFjxEdkmYKKL7@phI+R zf#U&5{H=#a`tF$dPqRkZ(!qTZ)+-Rk6`r z7g1&?OA3mY1cVoyp`D#yu_{|53#n%1HpXtsl++s^@UWy1xnXPc$_fyIMud+D9~}-^ zLiYqGni5!#_C`9y;Sa~9PT0abnT-gZg$&;a{Zu)qE)#Pk?V;oSS&eOufH48HB#>uC zjAl)tFlPm7bbI7sG}lGI4!w}RHdd9xldTRf*@3uREp=|`;5T&@v}>P2)y^?Ouzo@1@Kb8{o)nyQty3rst?#6{`mQ&K4%x>$=S6&WmWOs z<5&8C{`Q5XFJ4^8j#pl=;&_Ej&M1Hu1WF46=KMEChslc~&3L#$&Q`QpA$I{S*Axnt zI2X`n?>F$eg4Uj5Cc_8dY_>;$Y%$BSODAD5z-q(Pgz3wPHEWlYY zSCxhKh!sIf&8+}o;UPeA)_5Zw#OIl0JGq}q$nxNtRsq$0|Mlp>C_UJ zB~g;8`Q-?lWswxn{SLb41n*1uwQX?Q1=)dTi*F1C6Gd=CpO(4I@5~;JzeDWz9{PU- z-iIU-yFbKk%x6RJY@csAGU>48UYkx@v1quVsJyYckm*YjpZ%VNGm@8W{l7vFwi=$p z*P29f!|LpsqG8UMHDenJ(Jfb_*L>0-BG-HHcQh+m;FLP%{t&tCL&unyVm4iw9*B<_ z-%rTj;S-*1jD(MRVwcCi96WL!q#n82vB?g5Xeo~DIeRe@2FNhfoU)=?$RZF)lJ_z{ z3KB(!hQinSCj?Zcpc45;?gR5$Of{Jf^dno34_4@)%t;gUF|A9D(YyKWi0dJ-<6u&2 z3NI7hO-IF$#GH>JSjodvh*3T!rIdIMN;#`2k_z-+!+)Ufrs;<7+w3U5U{!WC`EKE% zfu}7oZ$+O4?-#6!ua`SrFB^Qc*9JP5=xa$ay+tQ&)5~n(iY@dddJ+ODDGDlVImLh! zutCEMPRk7qS1SzG6!SK(wGHx0B|8dZ-M@Ftb*Aa;P%xsh94W$2gZ+8$$v2$}e83-g;eczwz1-9Cn=l3FB@s zYJ(6Wg7oTfAe#&M@Z76MkV0S$^bMI5(hOnOcPP0*`Hi+1fK_fg=HJ0XM?$h?U8`2R zo<2BG2a<^LJqio(7JWb|0bzQTIf`aEC-v~T)*>e zDezAYUIq9w4i$l+pOfrA9;tIw1z0iRnS{S;z}!c@@n8|N4pgXUiRtb_+vDg zQ6=UG-htCWXRD6BcD8y$BDiI{e#Kep79%uSm?7?v?G|~g4QOAnO536L4SL%GCMyTO z<1(vA5qWso7Q3U5eZj|mTblhY_KvYT9I0iD&1rJ5ageJ9+)K8uZb>*d>>3OZ}r?h>>YUh)um%}fL`hpeD=WHX}@0a+B)s6j1Vf)2BcGmhOtDdh|?O4LL z^VTn4-RLPR%vU6fmn4p7+z;iBbL{P@YaKBjp1oTB3k1B#F@q5o5gj8EwIDQDtO!TZ#{ zyYci)PdTGLr7$~%rc(;D3yuM=*>0bIV@GD2rn5CGvjz5LdN;6S(hWslClh^P!8|2& zl7x#e|Gx>by~W3g6t~r(0t8@V{Q7Yx_k+8)C+W zxUk?j_L^f{^JBAv8{S(%-hi_wMxjkb?-iT_ymE~25!fLr6p*j^*ACz7z0_bI8}3b4 zE5>h)CKR(nHbM_3mmZDDi3}iYfHCy3ekQ*)vRfek6>{BBV6BM}OJD)q7_gGRVz=gu z-64BkA~)MTv+;&Ecs~^Xj=3OL3Hs{7=uN}DwTlU&DRJeT!k)5pm~| zA~xY;RKsF`SA$IyEMSD~?%>aHH9Kz6_o&JmQ7Dz@grx3m9G9+2?K^DV3 zuVlE*0B&){B@VxHLFj-2qvK4uVU^l&?bNnC=#Us1N47HFdX&~c*N#MCtE3g)dqYCH zLEua7H?(h&i>y8|JixCJd#;cn!yrq_$y&65%DXJzGKh6oZ(J z3yrHtQ550DYikCJoY!0>rvl>|5&Q}wgmX?E;JjqdqcWnijDdJj97;8z5QhGJ*e?cjYUqshJ?bItbWDS_l`R^jJYH`>D65gz~0! zsbf}o``C)Dbj;qi$Z@;dpsOAFa1!_(xFh{NO7@bB-yJe)aTt$GY67;9*A+p`es97x z4)T)3^^9OReA$WQ`jkZclEisN61P>`<7XFoP9pq@1pet)uk`B=ztXSmzghnDh2H<_ zOdpdRKPEZ;p5*!4&tK_RpS;vBK6x=*fAjgN-u>cSpOR2Nd3vQ!p55qUgQwT}>;>@h zMxTQF@vAurf2rpeOIc95MYbk`6vA+fR2OM*;K;K>rm(37o67$DIsgC=07*naR9wNE z*_{1f19Mi9h+Hdd?}h+(&Nlej&01&IE1h1ghW{z->FHwlqSv#txjy~+LVtLCs^338 z)9=4H)$cxkso#F`O209_zP!*!PcHSoz5o17?|ycs-+lHTsb$2JOJTBgD7VvG{dC~8ZD+~SvrP+RU@_osQ(B!&CzR?AS1s%=C zI-J(po0Qs{R`SeMKx`<_RW=z{8hA-zuvtRpup;*aQpX~p1MEfg z9=g41@Hy=F7MX2HS{S@yFIhp+LvMr9xA@@}KU|QYhutRZ+KxVMv4LygmSc{`2BJr)@-r7Vg>lkN+zz+N^_o6s%@uf9e_)BoD zD13Y?xgF35BH;v_pwX73v&9Y?#`Fd(wgx|jra9xUC`#?RMYb)$!hWUrh9jXCzFJ~| z{Wrudi@qK4u_OL?c;66j*U)dcqZhss&|)W>XNMje17z0$9{ZEgV#>vLAcy?2BX@Nw zv5g8jSI%pU{p@2K2UXHR5j8EcMky*1KRRO54%$ra0v}VVL;eHsPRL5u?xYU-m|mCg zwrPVJDw{2nuHnb77TY58jVM?Pir{PFujP}3EoSEP*tYdE{aVs*nP*K=vqTmR{D58^ zb0Os+CpZFNgN`=H*s=4oBVTsdQc3JEnr_+gYcaMEJVix@K#a%+e+w97ctemk#|_?V zjUskTnm}q>{F6~h;%ElJZeZ5vv#Kq_U`fT(<5WhZgV>I7D~bpY9(%u`sGwOU$2Clx zvu){p(B;jIjA>6lbz9jkK@az56cCqJm%8S?1^yeZLID}aDw0=O1h%HU3Z4_-QE))0 z5lcx?D$7W~a3t0|B%&Mw3BwJEG7WvaVhnQJdm!e()>D#$rXIz$7>xyp#k$ji?YlWi ze!;S0M|cCBE?K|^GYLbhc!VwF&(LYay%*nBa{_zDo@CO`1Doul1hR8kL5eGKxkpm3V#U^ZdCa)6TdJHF`GV*TiRi&a`dGRI-(i=8ZZ z*xBL;9rbOmo?^rd(^k);lvP3JAX9J^!OIeG4c*B@1BSRE5bSVh2Y!1W>5~BOdLafS z##@_uyM$~Lc;etARrbofPtaHV@yZy)4HvzHPgy|eaLf%w z*MgvXjoj=@k}oKho>3UtmnrRkma~L!I|47+6?n?d!Po2}*pDL4?ROF&=UYoUB+(T* z-{RwQ63LvvvLLrbwo8KCl0d%z<{WDoT(TQ-Lol7wc0-#Lh${l3#UESkT~NFZ zzcYiKmveSwuIYP;POs=Yr&z|c;Rkk{mrqeXM(xQfYdY{INPB}-EzNLw^~p%Y*?uy zF15^I&o}HCZSikNWGla+|4tkHt%Fa{ zPk{!Hr28Qb$K;U}kfR*qHsILe%PWeK74y!qzZ+uGmc>x=UJ1u_@N03W#SgY9#)%Ka zw9v#I@|V1G$kq+lz?cr49Wq`Gdg_(SQgU9-Ipk$Lbnw5{D|XNfXOXfzbeo(Ej7Os@ z<;*x~3vD)^^@-7|z>db))O1|yaBnO-+MJBCa*7l~Sr$WJS`eh@Beqx(TM7ke8)1+7 zmLEjXiReob2;l57wuo@NT7+UqZ8B4ir)O|pWlF<)TVaZ4Ywzd__p&qc6+*tiv0t!K zIA!I~QUo}NTCi$BM6wESOa&HDt!-IdTwLms6=q!(s%hU^0ATxR$}vF+({(OXqEv$% zqaqN3mxmt1*W&Cw^9S#kpZ4HoP8xX5MNq<65_qk0FUn#NWP$NS##^61CbbTOvjkvZ zXHVuhYYe)V*T5&$p3NJ5P{#R-GHF=JfU|&3GbqoTL1NV-d5kETLKE`hy$c>u-a&`M z?ZAz1YKL)SJ&HNWf>=yhts{&uPaCreRvjTnWuSoWig|PP@G9BLyTfrB=30`lEr47h z=M9c!N!`Bql$kd;uR5pU%P(W(F@xqQuvZnDRhb9F6qw zsMgV}0!kf|upb=Mx_2-d?yY_3M>4mBZeY*WJ{=s{D&G?Mksch@y3hNE;C#gWA;%uaz-!QAV;(a118B2(PN2)KN4!5_^?Jhf zcv9%zUZLY@p#yfFtgtv{&izqTUBp435nX!c2HQ224)P-E5=TW`CeZijw;^%tw4lfw zWWDWW`kHg@YBJ1b=NLnSOj`z}5M-KLQ)C!E+uhob7}nUv6}vIE3w1?8Uo5tov+BDc zv2Sc_4_*ST6#=%zyJY-|qI5~2uqN@((e)BMTl!dRvg?wfaKZBq9&YKsHXFu(F-x_> zACwO{F?(W&lNDd1!s%$Q)X^-X2Ty|SRryZd#!}EYjy|mj*c&B$z`;s~4K|FGYWxN_ z7G@^$yF5Oj=oE5LDg!zW_)Nrh9eq4DXSU}^e7#oK_^xrZ!6!0Yk~FW8=`FTxUp5@< z6T}U~dl#|A5edIkSr){BL_91=2Bj)|I=G-ftVlqa^3ayOmpM*{Jm$#knuUSIhPn9- zbKFuyUvqy!5q*Ko=RD7$;fBOLN3Pej-=GgG9D3s3u7UO*l+LT++9KoL<^Ve4Bd>K= z9Jt}9S8T_sp`(+7j9yD{u1v4+BtDh|SH!Cw^tBjUOH$sD2sh^Vyf<61xCUe36T3C0 z!Cn#jDvC@T$qF%%L72fiy4^wIeN`0dp>M$>9rx3+3psxkCHXiT3wrJQtF8 zip)`@#JIqMpoD{O_t)F%yCAX1m_`8u(>RPJ#$-gpEHe?X!@ztG{>qHMZ*|3)P=`{T zb8y8-aI{^o8!C4bU}U_#y1u^F%d<0GUR}!sy=0d_yl63iEx~zV3S#?k2d?pWjM1PN zD)1fU=(vt*3D$Q?>M*ocbb|_k!l^?*TP$>ikzKQObz>_Kl(Ayfv8I@S94db=+paVt zZ5X^JnC$4^Vw791mbe;dfeV!2gsgG62xOH!l<-la$Q%M<>W9j8!<=wDIKLUOjW^gZ z=aS%I25vHF*>-D)q76JaXSkgV*Q_d4rGPVsL3ww@PG-&$=dS2eD#f5JI&pF++Vku+ zt%?B-rnT-JjCC*_Y1pZuY8;WUswzb~X^z}% zu7Wv7B*QTVSY^h*dxp*y!*tbf`al?NEQh z_3iundhK{Z5+3P3I39u5u7}e~`|x-$u6Q@rqr(YvPIPa7qzByFj~;!8u?F9Lu&?jj zKhWC`4)omzdwTtNs$+C>JgapA7`}&$vHv{i4c@(RG|_iXrh5Hos{4B*?UR@%_|+cs zo$S?mjrVUH&-B{iRCcxBPWd*p8_o7VNj~De^)on{R@$Rbnbw7D{Itxn;_i<2QYXmd z9<omQk{!ERW-D|bt~o`Oo1VQ60r zTaxIkSlr^*W^RCvP%7`3`p(wKZx`^BdjmxAH3akTU zTw&9Z$vehdqPmMqBy!?V1MzDnTLG>2YKhz%Y=22|Ggu&#CAMzAx^~X>hB$Q%TtV{! zKWG?d@wIaz0!s~Jx6EUSkyp%Wf1S*~R>Yqbyc@m^JX##Jc3etA{`{lh{SZI4tb$wk z>%iKpWA|~VE9CWx<5?@9AHTYi9hW_2!S!07*naR3ok- zMJ=Ic#e#K9oL-RE*620H1UfJ0oxBTNgIe_HomcSiCfWzN-1RBSJorIDY~`;u;0tD} z!6`AP_d!LDvRGJDr9!m(g4~f6k+a2D(?OA$SKsafIUUZ5qdGxkr(2Tu9E04#urY1I zYaqVNL1aJl*DJUHV@|h=rEWQ+VklK=R)QEa0_WTym<8KD!8?^WQt&oj+8`ubAvot` zLbiK>HA8%W;R<2wO{Z)tZM0n8Dq?vJn%Q9N8)(|0NJ|(dc!MqNJCw9U@N1Ml+*4gH zaI7_s(O_LW#?Xz*yMf;Au%!h9%r80TxOIbZ7r~Q!lcse+lFcL>uLS+ZUq|84OY+}5 z54?tef|4?ZkWE1Zw2Twjy*WZzfdhqQcq_bDk%J0W36?-p=(!KFqQa8DL0x23^v%d2 zU;w3;GLB|NNMdqlys$cPlDwR#!PHYy_T2jr$^7KA1jgB)`P9Ms8k&lvDJ@8q1c z1DDBjX@Q4IbD)v2IeC@P5RpYkLB~)fIa#rWfv`gCp^Q|`J6mB4J0(=SCg%Wd5Ap;Z z1@cH3s`!{A?NGp+0%3*2n4V0B8|EG60Hci)*9Kj8eJ=&c2akM>cBg>ca&nrnYCV{g zn$<~%(^7UnC25X$uIsER31g3Bwokx5qzE|LA8Yt&29l}$sM8~o*K5O%Iqm5Y*Vpgw z$=VO;w@0EpBsp5JzqdaEf33YqP1RjKumRwa!tPluU11^lP!AW#zTQ z?^gKVidCkqjI0<~5>pl=l#Tf)0o7F8qHA0i8x}s4@Q)<#gF^61*y0G;O_ALgo=2?g za*XQ8jve-Bw%@f*&UpoISBI%OnVpnHP{!_y2ref%Cg}*!J@)1$wcOj6<9gyk58WL* zPdm1B*Cd4n&kaoN=-ANL;a`!fXRP_3EgE|0?#Q&pga5|fV~9#IDTJU*94Mf{7EzA) zW#5N_48+vSbK}f+KoFRtBlfl6?rGyuxUB5z%omX3j+kdjWyzvq%Y8#4-_d_fQDHvR zGHw9yb=;dUdvMBi&?5^4#2H5+<5^q;RnS!xQ5pFNTJ+5amLzzI5E#AGxn2zgL#K{J z+~NB8qy+k2E%IzF9wLB*j2S{(FQadZez(Zb65<+qcj$U&^5)twZf86hSRdqXZJiwP zsAor{QwL6_QOnilFdJ#$w_%LMt1VaK`-a@ICYG#-U$?}SIre4wV8@(Y*A2LAoaF4Tb2@eCF8VOgup!2qjsrGj?+toz zcy1hq@34)IT@&*WnXsyokQx*i zxJCz&TyxGEk=%j@MQ|ugGJ;Bo2|NqtdWdZ~M~f*CM5mgJM+z`y2GTRJJgwnc&2y1E&dahY_qXpoV7?q$ybP5<+%92-z~dlM6xOSu~nWMGgf53!yvY%bSm}DW~r9l4~L=kJV$12 z*@|3K6`GM>QsoXn1#hbzTRqHiI(EO=<#1wmQ9D65@-?~i1Td5L%C`9|AmcPv7%jQl zFFCOvDceHFw2aEhE1?IE4hFfR^A6gQryZOTNXSG4-j!A5;8;^^*|9^5PG%&B>8R2K z{ww4e8OLAQxA|A}YcT#f1>+5c;|hK{WkLT$d(@yaY^)xYvY%tGNGc=l4aU%0RfSTKWOh)K zZ1&LIu_bqs-7@BFG9Edmezo$aW$O4w>%&-fY}Z3>d$RKcaoFEZKqb%F*LT zX8&8=&KLONO4rx7nsdf~yO`_x_73c)1U`BELZ5y4QeQqhmwiXzoR#Fo^->pH?MsAT zJwMlz;obG{Yl|;$*WlT*o7N&bF^^-Hr&Lj7#gy^IEVH46?umW)VLKG>&+PjE92?xQ zirW$cGCCNevjc4JpsutxqG&>{M-)X=OGft`e)5wWe}epE(|$E_uke{QdbeVE$1`<@tlex) z&dFm70i%q}5t+}54bQXbF40yoe}T=_IWb?-9yYT_u{;B&Rn%;hbT}!no2-58Xvz-a z3>%u(868CQ5wyg2*W`sAwDiOSo7-dn>&Q?Na=p1-VIONPDE#Im<2m|S5+l|u%y#Ih zMRqN|vE{lYR&0nZ7WWKVa9Z0fvNm4rzD4OBAb9pn;Q)KyA&Z9brVHz{<9@&kZ9AYt zKP}+!nVvCXU{5aTh&47oBb$KoTlh)Hs|4)$FQdbVJh>=wP4r8_%Ve0j7BLKVnNlT% zqyX?h55E#0X-NJX3bSi=!mn94TWLXHU`)i83;IV1T)iAKYOr(f(KmLQu<;JQQ-~C4 z4jT=MOm1;6V)G5MvQfsHf%gGjJ4NWq!BcQGGTAVk#W!=&HcX;#_wh!=4uP#nG7ZT( zrNlW^s|8if6;5x;H$j`?QjE;eGkGiPX9?T_l^MeZB^&eoFn>>Q1Rxea8d^*_Jq-6I z43twLz!7IB-g$Y1B4OHWm-o;RyvHGeb|k}#>${%{$SJ4*%A91%u;7}ZH6SdAB9QD@ z;qOS+yCGN@&1*||7^5YhPRPqKR}2_+R$y#QQ9cA{4T>a{Ofne0>;jD~w6~@_!1(gP zD=;?WKqLC~ydTaSN!$&FY7V-=7;WpxWMM0v8_v>f%W270(|R!co*n>mj`N6^~RhUAoTq2Lon=47-w z=LmXUW0G6+fq3GC9}M6b*MrA#b@1BYjKlmlYuWbLEeUKjKttiw%H|aPJUpAM&F~yI z!D%quK_A{@oMN6%J-i0qmy!94tZ7}!oNRAw*EIA?4CXIb1x=kc>>}J!)nDH(b!ESV zg~V}rvp@z5*-tB6kxXox?}`0*9b1;q&gZf(^}Rw)r@$rSZjj##wlN<+CE2{V(3j6I z^z`&v&(5x8zmUW#^@e#`g82a0Y>)2D>2?H$r~)>7a7M`)l;IBq{8W zmxF9r6k;~>P@tdnjo67@Qw%DSC#W05;oiiTtvx4fFe(uQ0x}Y^3jtdku3q+W4hiEY zYv#4xt;IL`*f4hkT`hsp=C^SfJPBLQF{(t~Rgu_%$QqFtt1>F4pdv?BCRxtrgI2Ry zo0lnA(d@K@H~S*sb7b}9%QM-JGk$4F8+iQel|KIRnLd5;LZ5y83OLi_=a+hnjP3f_ z(+fR$ext|FZuI$ASNizzg+BP~40xrFK7XkXK7FQ-zj#T3a4P#%xKF_O9KG0=f^E(X zLBbM&4?(FYSPeS1u6yE)BM$8}$5$5SL-aG7cXBe`Ep~12jWv3->xyL4v5N0`ws4ZL z`x3cSz$j;xIVgL{;|Qi(v->r2T`+Eo&do1Myr$zkya5n11!<=>$zq59HP(-$X1;w* zAwH)NT9E)&93`xXGxogTc|$+*+ckaX`1OheYW8C?H-ELc%*J}?F#EHFwnfkOWwix` z@hyqvh5~;JZ#Krp?&!OLAd54?HXJ&%-(g~Q&?1apqKA-Orw*IGD@Z$;-7JxbC0Fxt zv*87_uAy6pJqmI=R&%pHT5LEsv^*J^&F<>FQia@!$4NL5b^?U47DXHOr? zO99$rOpJ|yw^~ta;)%_ZQjlFE{vJH<&{{#;bX=(@qG(b{j?N+GG>zQaf|SL+)wJZp==D{w!m zOVwq8P&zG1Y-Y%TcMc9rm}X>`B=IX-EnrYv1Yw4|;d;y2+bt`J-FC@bPCiIgm6Z{` z6$gfYx7&cp3)_cJ`ar95h8^{x0q2|o1D*4d9Q``k#}t~N*?BL6UDL^~_D=K*KFW%a z1kcD1MT$$W7KN_1z2*dfEdj^orHOY=Vw`ghmGwAUuO$v@{Fx$pl+$7e7FcX9gE`52 zK|q)j0IV=r)8B&Bg1~S~z_sg|U^O@?iDgNUTX9`;HCWQmRv%j&xFzr#K*$}fJrppbq zY)F>ooIUfIq3;NUYv!}IEwo!;D8TKwX>8>L&ue(TB^lq4l&^2*x8+th9rHhSLZi+b#Xo1zc{_p*DufY+!8+bFHSE>Ag}b~*_np_ z74FrgE-r3$1+Hs~hFj*iVy-g^2Mf>^=xzz5*RtHJr(~p-FfdF`*r2w{M@JIQg zMhcRSLZ+vn!HU_nY2dZN7@D@1>DjCRuTeLQ-68f4X$rXtdvsv!wZm_=$jjuk;ksk2 z*@5ZUbiT!bci(K8ZwP{Rzee6$biKh=cIa-)IDy%8WEyX2%+5A;+6}OU_8sk3EH)r8-xyVuY7(x{t<86fZmw9#4f4XC zmL#J!iNTVB$@T_0Ua``-;(Cc(?Ht(>)q+*umR0qR2{&9<_>S4rn(GEzG1%ct9rNzs zr-Al{XS;5>n$6u(ET40R|B?daf`aY>`#D9ASC&A*xrJ8@bqJD0CN2@|B6chM(O#LX zTKFS2tLg6IMav75S1}34|G#-3~oDh zog>akuprbfo6Gpx!uJ}Uwyo0^0q^K%EB6(P11sKa=VpUmH|Vrs@D4gV^b{b)u~jc3 zia}@gz&rD;74dO5%n9}M>xcW+D8=hL5{tv1{WsU35S<)87zd=i#Qitoq5qvN?jX1U z{}wRb#T)BmVEyG77HEaGmcBda-JySzmGh3?PVGQPC$kwuB@2mXt%bH0XA90LdISlN9(q#B3NgwjAcQ-kMxyo$ zFzlCTEUdC$Y<0nkb3sBho_fZC5{K_tk?+{Lw16*7nQv5=7+TU8It?bHQe%v9LPeaZ zP*YB-imZ}33yj6XzYk6hh}@?bFq)*meW1}3^$xr(oUSNDZV0H?1XtU6SRq4fR2dp36kgN181U~g z?-5(U`vcBAIJnIx@4+JUD2%)tY@##4^pXX1J5o3$h<{B&|NPm7KKbf&_&M|6eez82 zeEd}JeE79~|M?4j$X4#^+}HnxVI6?B=MZ;|_& zEO3R4pHkGAEbN#2e0_SOFWJ4YUmo-sI}^5QwqK3<3O)^Yd&MAtnmpe5$*#HFf4XeKn z-{|q3hH-W^JDZ{V19W~cEp$Q_TefRYf{qyfW)StioP;b9+Z}?4+-+6SbHy<48 z&69n-e!Qo*AMWd)y}|RtJ=y=T`91Fc`ST6$MKm4d6ztoz*oeCodo8{_(4!iVF>#6osS7L*qo-56r*B@^h+#eq5?K1FBw=7 z(&0IvSHNyEI8yM+$un0_RV0nzuVy~;^KqTgcO@(6dUZ-9_aX)*`Ws}%M|`>}0`aZ_ zN*zGU{-l(}g8gZw17gBHZ4Zvd=yI(4T#xoE9qyGn<|ydoV5F1%k&ck1_1{PLhuq)i z-91*>_HO7$A3=Caps<*`!-kxC*mC%c#O<(4c*?QNIdF>2odd5f7qVTtug-4u<*RF* z-)@FqAG|Pq5^s&41LDgA<}!b^V<`Ln%D&k-v1nZ8Ar@6-;+m09(g>ZDIVyXn2oy1> zh+c{NWLKbI$Ezr!hJHL}WEZ(cgae##;ZHsN{K^-rPm?UC^{o=QRIXm!}>^gi;_91Te z^jT97TwPzQBbNM;k5O5$Yp??v;(SBzULi-s?TJ}Yqq@}IWTX)^33-Y)R#@s=eth&n zask1VN-=}RVUSrwL1kWzNn#_E5o1)_I2q4d9I1hc6~ScAN+5)Qz!Ukw2|JO|V*;=~ z7Ledmjyas15`7DB8BRNgncv>%nsdbs!Kk2m+EH<`?9%>hst3m>IzE_DFdzhkw?jZJ z^BVq+e}>_w#1x-!7AMI&FF7X*&R4@qX018%%?TD3XtqP3 z?2skkq!7F+49Xlcr=SD`@8u-f9BYF95`$h@aKUKS&|pb*4V`P~2=Ho#vn42Rp?8hp zYyp#t8Hyq5k+{jn2PYT3eDVr7cEpIQDi6CWW?)5;6nWo6e~VEW&n-M|Z7%5VXbavU zx?VMoQZwG1AcmmcN!AxpApk;^&u3J-=A!tJ7OOrOh1uYn^z6M;0K6o-cOV#^!Qlb3H%l&~vY-fw!@Sn7 zqo2ufgN@y=YF}Y{_H4Glp{QHoOKS^YRybpmOIFYeZ1i^3XoHQfxL*Qu>}G-eFX+3% zjyBknt%PHdu=`RqL1s#j+20#$Hm&i=v8E)J$+%KIDr80K9!ckDR_lZ<-iOCC*%vDx z9?f*JKh}%{WIBNr3dB|xD{d%^F4+-0qwq1X-!Jflg6NB{&e;jN(o>40;rZF6zIb+} zPwh7vKD*YZFK+Y%J3GfNZ=rek5ik5|1@BgTI`mNHq$#vbDPjg1>x|r!YIJ2jltNVW zUV*D~P8L>M?>H?$@;HeHM~`gH2M~o2m2en&`ghKY*Xo@HeXo(%nks_DKmD8>?=5*a zNv6XRy=Uyt?wLwG?S{*)-Upelw~P_@5&H36U8ta+jjhYfJ&?oDzhuX!MlMA{7T^!W6pu_CwDw+*WB*9T zr_o~Xj2_-7c;3ko`})CG9Gz@O!(wspPM-GxJpLPohxZ6_i+wr9Wn_|qH?)fM3HVG; zJlJBdAQeLg9KG{$fDzH#ZVo#uEwVo6tlf5p&WK4?XxI^;9sixPQ*=R_?Mj_-J?9wJ z?ys;lE2iy7lh5e$ietr>>=vG~%XPuA(k1cfnnK&YM`gbwV2(d*(CZGG8?ILLbRD@s zx}&YPo$7`nYNBynX@~!*7k+@RV0&eb6atCfP7ywxciNC6Ezh+i`dfA(R~+v+A6U@t zD4e#))X8>k%+?}0F_~rbDCe;&$?U9`CvHTw#3GZW#U+!Ya9Kr)HgLwrYDj8Wi+*oJM5HPuKf=Yvc@F+>dTj<5p5$~g`1ZJc*bCP<^H zB7oU*gAig$s;Yu_32eIw|G#8_m;aK16Wy~WA8!3n0*(ZF~I^Tt~6p2EZ_!f*@$ z+F%>Lw;0ljU|>nu@obRjTR?w|UUZcUlJ`yx(zcb;CB|}t0W1iTTe%?+_(UiE7TIf5 z1_G~VJ_!``=w!;WE-l;b3knXybHi%u7MP=KTeYnz3|2h*PV&wVTd=kx(qYIRgZ90X z?FiJ!qRvSL$TLu+s2qWm6a(!%kIMudS&*bHx>>WuZiUwdW3?h@LjiJ2P_$LC1^1m-Va zUh6AXwa*E}FKB;GLGX-w`?a<&xPOIn+0Me60#P7MF{(z_Q_lVN$F)vKB!?uDLslAg zmS;aoXa9-E+Ye^??!%ehIG$?wQ8})UjwZ4%t34u_yuoVJRtc|j|LE|p&!Ypbz{#wZ zePe!ep%{tmdUjy$PdUgt2BRCA_sLVQo&tvTO9y}id5B4Uqv(OV(Sx4xl zz$lC0Wkt#qJ@1VQ&FWGU{KW!y;=MU|ihc;*fxcE~H29^M+XpA(aSJ^S$L60&W8Yft+wotZ3)UPyJH>l zAavXnNzk!vc#=Kk76DR^eOOLw`KLqoTjH+i+H9($ZEJ0S6@wPDcC-cW zmEkRbH%R;|d7f>q7JLCaG+OI2s=_uV&^Co`YqOPnjm$^zGNRpbO@{8kc(YZbVTbK* zh#5@F4qXGZvbeS+jvAOftcZIr&*yqZ;rNnW##8Ls68R~%^#c2Tg&n-&=;)00SG1kd z=j?i=Gmat8cxTsB-aRL7y`Z0sJ)=N)MKNIQ7sSwOn-81sNm?dT1LHC9kMVo6YGub& zF}T4Gd^s+E0ya*(qPMBVYwXCn*F^q0vwjimE4kXTTbrMbd zgD?ic|IuMQ4xiW>$tp*s3X+a5GB(D5&MEka5eM1!xP6IaHY$b{%BU)Jus6}s(VkB3 zAL#hOf$p=#xko^o%qAMM0?HU}%vn`kX~OetGS4>eggJ}t_idAZ4D%kbjdqU&b2O<*{GQ+&B+eE$T}uUt@nDF<4hPS@mxQc4x|owMd1r~? z45ztZE7pFm{7dfbXMwFM-cWRGaZn4+Ems7J-U7!Th4#jkjx53LPh>wf_Qw4~edpmJ z+ro$X-lHRZ2RXilOkZbZ_>jc?=x8cS>cjcnv>L`9k-!h2dsG$#>x2w5Nw8qsuTX^z zltt7OeU44`^x3Oo)z1NmNzl8?-`SZqmbGEztq)bs=%Ky~gU*e<9d>9%UxSVAx=uZRoQGIoXoC-1L2gMv4Sies zwD8aaMyvO3(0P@k>^RJHo6%dzoMns}8BasEt0$B@O;&yjgCs`wjGu zt1LSrI40g291?$Kqe`>NprCNh*k;sth!2K4vpTP233+c^>HxS$yg4CW9sw@@pn=Q7|+SYh4J{Tz@cEs)8 zIqaraOKXG7x9GzbYdvu|qA2Iky*#q_GMjUZ@0chA+L+fCn}goyvm`gS6r(NgcjVz) za^=O%?JzF*pr-BA^-kaR<7*hsFkyjiPJ%YWT2r;}P=FbnWBJ#ab*!P#H6}N1kNx7$pD>>enzti*E4Wj z6*9xIq%z_@LwAv)D#lf2^eDEb-5}?v$omZL#C_tL>!fm0XpAw9>r&%Ur5fWLac}r0 zJX?E;0e-?jN5OrOGCU-CALN}^-y2A+S(O~mPHl%gacDD`hV~VTUn0vjMz%%C4exyL z@D~TUO-7|=6j3Gf2j=MEZwHPY`WTV|fv#cv7Fe=duw-?$;kvazXE+IDwtKMR+A$8o z1PVp(N%T<_yw^C?Y*Y+Ez*Zm!INs5$(lIO9dlWzqk0*M~zVUl9)9d&4I3qrg{p|hm zunk;kZ&E{Ji8BIqp&6^+J!qcdkhVe?l}QGsx4Ouxc`ndtgioU*2dCu4PD+D(%)tbW z4ueNlJep2ZAdtg3sweVoXOC1;WNPl+zya)^4`(6A9yfPxBNr1 z%%JUE@R7O=g3z7)C}v_@hVh2ETITk2Owbn$4|Xv47qoP=_aL$>;!p@)5eT#;u4Rho z(V#%KC9*E?lR`z2Gz97#DQ;=23Z)bv)yW%e@Xb^Mt_&|WcV%O^FQB93n&}_t}Q;pe;db z@E%@!HMA4P8PoFYWO84z5b?%iN^04GGC6hl+6}u98#+5|t(6n##G~xl#`WGwv==!H z^0P4;>|#f3w;Zx!mqg$4<2!<(p|$Id`;Ne3fvKa~SYt#B49ixZ15+WWEb<^ITa^_k zOME&4tI-yDZ(#VGJf!k353r)(994X+M4u(+mJPVg*)|jyYqmUW_1`jQ1W`R2$%R7v zqnHa>f*n;EW62s-rD_b%oYOfWq@H=aJOUSUdKzJ2C@4%YTLiS(Zsns_kpf1QRpulg zJox#`)p;-Hpb{-_py$@;!<)AxUqqsgsM_^j8yv@Ead)n?(l!0&oNt>m?$DIUE)9x} zni8z`rX!69qbg-`GfEA|E!&5-1!ZUJa~ybyL9C#2jbqyvZI&oUC(SyUO ztiqnuSyh=-05$r`;50dRCRA|OvEBjjGoXh_H@c#oq5Rs>mN=qXZCh(U5* zo~sK%0U9fGbOZ1RB$}6zOLuI{d~~ z04s`u8~W2tLVwK=1Uhbw!aHa&T*teBd<{HjQl3>Os1z7z1wcq)2r|~UV_xTMUg2v= z0lV)99qa}jwCG@moiYjIJy@Afo!YL^g5xiXA1OIxl4SN^h2qG3H3ka)jV?I*U$Z0A zLc7sX7eN-pUw^RAF2RZZ?7Oe)Pl31Je5kixzc2fup#1`(QB|V95?dSTE$r~Y@l5xR zCc1|m8r(k`>tI%3SIk|Bt5;QcCFb?W+ITgH=%^#AUK42T3#%`0=6Xr-aKTw{gU)Q# zYYA?IO^izB#E0v;9_%ZnBnS9hYBZVZ!NYqxI6724nJ8D4BJGy6H^hlsba{b~FB^$4 zGU(ccC=2>>UdyJ}ruAwac1H5=x%Mf_dA`uISJ%2>SMO%%yV6T`KdgP&5~uGK+u!G0 zPZ@Is?m70fA@;0Up?-l3rj! z(`7&L(LO37u|CSKQ|6cvoA&CY0)_|~3Ro{2FYt!1VD}x+!f!`A zDpIh1%;UNC;sal@QP?`BqRY!GZ7esgR`{v)aN42w4YJ#i&nzYhT!wecfEa>ef>!6W zK{jjpG{nO(v9f>%rq?O{v7u~aew!yaow3v^Zd`s}$+n*8ZN`X!-v{_7G z8VLP%e|?LCoA?@(BoMVwvL^A#d*z})uwGmG@JcCo1e}yH)*L;7u~m;!s+3e0Svf}f z1cc`mBUk!YRE8{KWQ12`p$cc&AOM>uhM>$?GmbUF+!EZa9h6k~Tauht%r(gzwZLfr zzbBIVK`Bno?!nPXtPXp`-QTr2C&Od&EaAnj4M=BE26-9(O_72>RafZhrgQw0(qcUp@)Z9-foaeOzB;&Wm9=6!vcDKck z8|#6LuvO%;!Irip^vpaF89By^Pk=@bV>ZtGb&YK;={H|c3=_0YFRu0K;!0QZTN3_S ztL>WWMjQOvGqx&&%&rdiN19D4RfPv@i~VfmLxayY11&iv70570lUKr51AWtAs}pR| zb`~C-?CZO4Q6#XdaQ}FZor5EN=k*gkymzRRqdgrP9L{wAcwevGKa%x7qNtrR?;fke zeXh0zJgGA~U7i@zYmFZ+fORJdIj051*cus`zb=VS_FbO^vRNae-UW^aCptbp)ZW3K zMtf6Drqki~w2#LVww>!imu1T6Fvxtup}`nD^99~T^cV22jO}Oa1D|LevSM-<>6w&^ zS}qjaM>!wqQy_;58P>8@_^hr~C2K1*sqfnNDM%)DiL45sRB&Ea*o@0U2Vj z9ou~L^jseRpFF$N$1mtZ`{UDV#@y%`Ma}cex$MVAFDPj2J4}}>ny%2(4LX|xrn{Z# z4ADj(kfmg?v%v=%Xx;%^=(7TUYi-!L@n!%Ea?Z(lbi>YcjSS6K6LM;i!^UDci?HB5 zcHC-?D^U!|Y|B25_1Ih829XCm*sGVKvZ92FQ6fvR^R zxU?iRyGq79a#2~Nffyg?Aa`f{+!xVPg*zaq$Wd2RH4C<}m_{vx@0zXbKM>0FD@%;s z1ufRCZs*(K`vPlL3szBi=j7cxT2ya$ZxV%{l+vQmM6lFI1pmxH0V<{O<@_z09U} z@MH40B_P_0eDRIp%`rqv!ds9V&kggKqueP?vUVFg;0LGSq6>5dWelb+3*=kKjH$>; z0mBL&zMNO^9vwvqo-L_upnHd*+s=U9+dSrcO9FN9UemhNKCA4#QKiFit>L=^dlMZ@ z>fuOaQWvtFi>U<#<}Feh=5Qen+vS}+y1$cyXZ{?c)QbvrH>@=7jK7uHj|B$LoC*8# zAt<1a5qL+VQi4y916d)E&ECKT*@GM{0fJHyo5WNhmK)A(cjk@3D^*D;5hRgm zhrgWxG%{tK<6f_4f5)k z*l-yw0ov;_5gdbJaL7c)f=s@~YcN_#W*ck7K;Y&LZy-o;vP@9L-K*3<62lEm_o)$xVx5&$>s zu3cW;=;HjE72q}Yw2_>bt^8wAX}rI$gL@BjaD1ZK-hpP*nNlhdr;~F*-bY0s`Jg&y z6)|a2mMUrU@ICBoVS8J)4O*V%qRMKdg4kHsW9{$FbnjpvnCg(7x+8pd#&*2H#N<;} zDzULiJ;tBM6a^!tSYRvA1`ca4b0wpxh!wU_D#WZrqRQ-Gc<$Riv6u?l^g(l0GzKeH zHOpNugIkUrme4n6=hAi=&ydL}vaz51Ib$c{^lHIw#9a1;ymNLRuGo1zyISdXvDGQ} zFRxeZx~%ky-HT_)_wyH5`sC{ief;!7?|*r!-+l2?e|YjrA6mkHelc9%|N2}X08c0s zzB<1}KR0^Hy?r6@`Na*pAWPYAmb@nMUvtEH%}&M*U<;o)abu2ME%5Upenc-hktcfH z{r@nXw%G6v*kJz~ikBVNZQE&M@qufL|2Xpz^cB2UiM;k_d&()RtV;aN$)VqvlRSOA z^P)us&qa=^u{rOUlLYO+mGM8vbHblH+7ga&aCn#yIp-wj zNw&SV!`vN(#!fdly(NQ}IQ<1%VfM>uuI4M+S8Vz2aDc5Wk+0x+HyDCrWgr=T`>~T7 z=DEZH&aQ4*`P}FQf#IBO919pXY%@N`NT1X8^5Rz3egp0$bnaMH>`2xLzV=AIbyZ+g zSryJ}KlQLT8*6V`>u_&87*R?=ImUqx2P+;K7zFQS1&J9zN?v=DO8420zuS_p7#kIt zL+WIPmx5!ppEM~V5Hw0r1>>qBv2B|%F7Od_8&-u|Xk6h?OW=mp-3q$boL6lJSu`@e z{1Fxe?*?ZXDpbpufQL3CE`$VcrADJ#8AljT#+nk0O9G#VC#FN!9kwIh7b+7>>^G8|)vCbJ#(W=`HP zp#_8+_`2eF#NZlT-4Z00W}on}ppdZVTY`wayTVRxc+ZY5EcwBPme|~aV7;Ml3(k}i z_FiazHj>Rdn^wv>s!Tx zx{TKb{yOY$K|yeV9i3m_=z@j7nxfi+t0cQ6YnzB6@|EZ)nXi%II(o+#zUG z7mUeDDMRm_ZH=*;@pz;|3WKAA8SRA{0{InlK7VzoC(qCI?H3=tkjeb#A3oPFK77Xb=lbnuFZJFR zr^AnXo^rflKar5I?HRj}vr(zpsL;`@)`Nqw>?eWVIG$?w&$@_>_wcm=IM2810X9Cy zC&rAMFs=ko!dHXvB<#>)Snxs4<_J-sSByacpR?6@098+6VLn#iUx|0#gWWj=#(1E@uY&K$nLYkg z;5I$sypx<~f!Pvgx8Sulfji1MrvRS7{E}0QSzz)Th2Rq=jEBt=r+N7 z7ZebV23$##(MaRbh_l*C1xcf_z(IgXISu`slNuCk&{?3O5V9|Twcs{97QnX5wZZuo zB!CN&`^)nyy*RrXem(64$=?#hjU@=2%2pAU_*ckpgX1n4vt?`p?v@19f!{edBnDG_ zk)sT1jG(TP$}%biufY7yIV$m1R-84A-4HO1Myx}TKx}>FI$4|H4bdslUKUX~2IQQE zc@U3GPZdd}27k_;d6FvT3*6h5`KH}*h$`&L_zd0J8P?D&KbA))UEo?BxYy%hN6lw>~xCdgwv$Q9YbSFTEhBFdvj zj|@uqD(V7xX6z{{nM~lxe57W4N&f`>27)Iu3F4t(Q7(AZ$YPAntiM5K?gai49Tr7F z0XE{Syi&r>B05a)9GN>7iMgUOeGBZu#*UaTVv7--RLEL<%x7$_fDP?Ie@7s#tUu!e z{6_2}crWjRB7IUyvKUgLC)4BJ{`8Ip=(P7PI1RoHo)x}nE5s{&_KE~)_g2gqEJ=!U zOOCW(k~Hm{+~9`Q?6m6%1!etDy>pPlNn$IpQ0`t*xu`sDMk^zr9U^y%ZT_2lbU zcQJzFxO2dE5}vVowI5kKC&}InE9q93;JgA(*~)%(F~9q*mn8IO6a`;Ad8xZEtY@=EHs2PZHgy z-w8V(NBI6RiQle=6#J7=p$WRKu)|TEWp-6^%|%kcK6;1#u`7&#MXA)_Pz?rcxdb<~ zX7%>oOM$-5IR)&@i$C0pk8?qmA4AAPY_JXl$jfi>*DnZ+yT&O&ln;L3C8wy4Kx9Nm=Tt*wh9PS!aMC(O<=|jc>e$A&6{7{M zEi0mmz6KeBy53R6bkLsUAS#6b!{D}rMo`-!lsPLgOO!hlLPyOxB4{v<6~^0jUJF*9 z8}M461qs!Rr{%rCm~$e5Bu&PZjt}>Aa)8?$XU(LHuI-gtCRuLF-B9O=GoO>#Y?y<-Rq>c}!>X!ff!Y$uCBf+> zmG~77eFH3!$C|{@V6+h(Or~QM@Dn5So6JjsErnH&!8+&;=(EHjtegdXUQ!gL;I3a zB*{(p_w>e_uj%1y4^@sPa=B0iKd~&>X7eO0FCQ|~6vH;_6*610Ew^L70(vJn@(2gs zJD6$=PYPZ!NA#KpC!UULjYs9+MCR1{1on!=V><-n{XI>9dODShS=P3}<`(dAiOjB; z=eCi2!T9l5v%Q&2=C8l@KySSMP_Lnnx8Uu~H(t|s-h5r({mvVD9X^hak97b3iT>K`_R;NkkoWQ7p(c}&%DOJ#Q}hy(M*QWwZ*fxqvF6_N2GJZFNV z;4?sLPh48#d$y`e&>w*uqe^HifDv>Z9nEAri}y|r_4>nOefP}=`kujC_w>Ctj`j9y z`+ED~RBt|*=+VhkNBbiJbJod0rQ`jII8bReF0j9($v6$yQ5}_w1Q~&%uLD|HIBL6I z8+LToB)BcHEe7Q2Ba(A!@!1WsvzWHy-j11eoRyck81QVlH@|rC>PnxJ^xyyZOTF{% z$NJ@OKGsiu^}c@o+t2j#cR$mw-~UQ~`0Rx~Avr%`>)aCd$LwUBvI}5#IGs#%g5Mq< z?o+%@knM<_hI75ouEp=!A^1J3_dmjWpFGoVSjqqPqo;b0_V+)3p^v_NrH|S5F#Ml9 zxzMLyT`-)7$fsN{j;}^^xyvZBmH0h)pzuN|JQ%2|HuFN&-8!$SKmV?4|Q~~hm9A+k*p3G zj;0gcv+r==kB7teE%r6T=f|_DCiwGsHc?58DC$}n8?T6iqiUoYD63kD80mACL62QT z?5!Ntiukc3&M0_dM^wsLX7e@gN^GaXcI$Di@ub#>whCWZu2xE^(3T_|U61E?40p;g zD1c`?8mUJh5gRoaLraNJJig+yQ!XN7T2)n6Pa7tz4LD$l& z#!oESclgCEvGWzXN497-KPjO9K4+C|LUN9meUBiM%vmn3 zu7}lU#u?0kZrK%Ba4zVWJD0Tzg!lzj>0_$SCseOraQ%d{q7O0HcWvA0y)X5P_a5s< zzx`Z4dgn8J{}&(WAAkL^{_&kp^n-Uk(U0E!T)+IoW8jH?@%zX6!LNAt%a4ZZPjIYX z()PGn%Kh@s@KVf^#w$a{W?7QIl4e-vVFZIr6r@$-y_zz#}`@i~3 z|M;87!~M_Rf2x0a_e*d-(T{)sm3{=+_17Q1&^sT$&<}a{gLfb6Z-4Qz{@4HfJN?@q zexSejr$6X#e*Q7@eWo8G!{4wK_m08mr}`;dbbk#^fAzDE^f$lyM1KcOe~)~B{J~Sb z%SzxKg3zylpMUtZ{_dCH{Dv^AGeN ze)z8bx9|T_fBWN)^tV6yK;QrANBYNKeyacYPao(n{{DCRcmMhK`d|O{H~QcH({J=Q z(DwH~`($|kgI|5FAN}S_{rnG4^^R>He)Jq!eX9TPqYw4({^@=F|Ni>d`k(*fJNn=M z)4N04KhXDwzyDf4MIQg~&KJn^b7b@-Jbs~n`1Ke1!8?!j<9DCvAAj{J^ZY^o=|}JD zZ-4j){mno9PXGP~ztdlQ{~c(6_J91HzWp;W_=E%kF>v zd#>;C{=KLA^(Uuni=OHiAD`-HAHCFnrtP18|5T>0pZxACZ1#zMi9Uac&VT-guk^Fu ze>wb|`;VFHm)OxeAHCAAKV;mmAL}oF@CW@*fAfz1zyIOa`hWlXpX>ki7eCei^Dlm^ z|Ic6j9KL>oyx!6OgslGJAOE1g{NelhtDk(Ne~S$M3Z4ArKmK0-=I?%^|M{Ic7ltiSu!XXpT+KwrQA^E>(e z>ao86i^uwhUwx_n@J}D=FaO~^^zxqm`iCFsZ+`eOI(}dO=5OBxenb1a`pdt2Pk;IM zzo-2J{qKMOp8gl~_`m%7AL+0E@f}&hd*_2EGQa%!@1N)w?>}Li_@#b`zx)he{n783 z`={^g?|$-oegCI_(BJ&iyZVp+`Pcf7KX^y~^S}Fv{>@+gRR8Y#zecye*AIU2p?>n4 zPxW*B?VXRFf#(%l+E@Dg)m$%ccDlrmZ`QpG*ahe8J8H>-XhGpP-_pJnM}bcBoufd$ zyW;Y?-t z%Q9#Q=w0;e%mE}Ek$7BA8i1r`Kf%!XB!f0&bwJ}YJ5~kq%vvjnO%JgdptE_SuP;{m z4z`$qxYZdAL;ia z@cocJzu@@ix1XKs4_{vDgRd_25%hda?6%)2@q1$22NXabJ~`J%?1I>r4?m;evhTO7 zS4&HavO+FV>`o{Sij>q-1#Wm}1%NFgYYN{H1<7hqDOgN|Nw^i;HTVBx4d`>Z71Q^Ird6V1=gA^2kl%Sxd!U{eL ziD*)nno&UoABJ%$M)g!Xfqsc`0%=PzaeZ?ugEzNHrW z5Rn9b;)88qFr7AxU9)Plir?BA9J$4b&6qaeUjb`igR{3*kim7&RXs8{_%FE76SxeY z;WB93UJdlntj2J1Z|xoJyT<13kXOT*(ry52Td^u#u;R2zK7=Tbp88&5sI~-xHMFeQ zd9dxzCAMHIE}O^EXNOF74BRrI@w5ilmi}vk)za?avt{1KfIba8HC%V}X$WL?-SNBy zzrltv1}$wij;#Zk-tE4Dpawkl+!Oe=%&`K$@z8?HcAo5v)MU8(W}XdwHqf|bT-!+< zjBRahi{2y!`_)(Y)+f6Va$dxD`>yv9QT$?W-vFOFfd-wpXqwR{SvUNt*{row|>Jj?Mra1 zxUNmU$kudjcIF%&h~7PP8&A~xGCCUM+tcpgHDdquh#e&aZuFU~w%{?jn;*@Q;{tiE znRAQYH|TuLd~4?0(6+&sOcyP7W%BLORR^xdbc9~F@Mt#kM_aS@7J+Qgowb=h*WfT% z!Eevl9vn_i0s14dPXt+U@3D0`r$msgh%>gDvLI^TmM=+e7JMyUC1O#E0pAWPa#W^& z9-i;+t)D?oLDnzPKLgG=*&p$*_?V2i40hN+*LIL?GsJ`)&$ferdS%@iDuWmu^Ep;_ z23}&z||0@)%mIx0d*0XC#hz2Ij)k%Tt{4|qeA=Rl2v`7sz|bhp3zbw!%r&&Y zRK?=1V1;e>qpBL7O-@euC3fAy{}$Mx_Z_RBR_k$lf^$5@24*-6%CG}!~>*RXAb?lfD4-}MgiN1nJlg!hrV{XrcW_u}-L*>{_-H@}_GXGq2 z4B@>Sb}IBOKYmUnF=ustLxQ}#o$F4xOo}kfP?4M3K~fOdy8%74K!Vebz_Ue=Ws$Un z2z$ALxodC=MoNsR#IOQ}7Xdh-OD{7@fh2~Y5rz_j*V*}nHsC1Prm0Gd3lPP?cC%K; z{HBZ@#$mysGo>IDC#MJw6TIDgV2tuA6dS#l^$R}WFd65J@{EH>nQ{ZX#2Dngmvdf1 zX06fN_s9{s+7%EVlkFBmK-4mDv^nPne9;GZ<6cq-Ufw&|A8+rui?li3Vby8}SxCV< zK%$E^gNJ*$!4Pu_7*LSVP_znuyISo)^1J*a8d*dZ~2TcJw{BX7RDfr>pBNs0*6aS$97N6YWLmjaopuZ&v z-g`$PY7tj2Pn-8%_J^SZeTiq2(cPSW(4&VBxTPPsxi`5OEjG@s!8>H`fA3&&myCIy zj!Ml)+g_F1g$+cRVB3v~PR8T#3^E;TI+-Puak1RN8dYok8|W$%$m#J;kO zpB(Kz$#iRw=@WezM({|a4tMeruZ1t;{4vnoP8J%vei3f$N9AC>HA zV*?$2V+D>C^}`o|LB6GJix1sW6kAU2nZrX@^t^=jB1aWPq9Dtv%A^sxbG#3{^U!N~ zZ^fcU-}2*c*>Z14P|i7=wqfPh$OvpmOy)2?B*_Jmmy>;poaLF+#;~BGU}#x|Z)Jjo zPn71t(Q@l$6}kQL5bwNF@DvO?pizVJI+PGmOl3w@mIw<`GDXjwG1G9i>8XiwH1 z2Tl?wPTZ343`YZwKf;!y3L9eqX@|jBdrN?}c}&nf@y;oDj|sSeuN^d7L1FV74;^!M7<>=qEef`4*Z2D4 z$KE@h!+^&PxDxmi_`MUd>}CBs_~;G5W%s<1r-MO2Ufe>16d4!1S75BC(f<)I4H2+s zYj@5;kr)Xk<~N)syP=gOwu5fRTs>F&jd0!!8l291=Jn9&luQ-|-VM*0`w-ngLxczC z9DRAVG0w|#y-TEba~kg6<^Ve8X#pdMVX_a?$@5@Wql;T!J9Q>UXaT!Rw&>*Hjf9$5;#N;!H(`US=s50P(=xZNJrv3W0(I zX-R%WupWSCyN=69GEK51UnRp6HLWtM!L>*c9wT-UWO5JaHy}T|rr_nU;S|C^e} z9r?6mA?uJ!I}`~{P1~!*myNF)y(DM|!6_#<*pVj=nytzQc^?NHvfT;i6=NE7YjoR~ z#F!FWOxWQLKNEAb%*#dJ_Tv*mP0^FcImrr9({ZhX=~x~@)>L2SFdYi%z}^su7Hrq8 z*&4ZFJ9N(dmaWY-?ZbN%x#c_}gOk)nXt-lM1`j^34k7gx{2Yd$p0+!3t=)&9mhr0< zM-kxbF#yAplULV)4X`%rW5H%az}b-KH&i`auGVf_X$?lyLSNtYir!-oP6hMV81ken zWR>pGq?A>=lQL_ZlSV}v4Bm{)l6{#Y2I2vyfM5-rBm>VsG)d4elxDOK&%NZGr(LWx z{wuvbJUi#)p~Z6z-htN-cs&?BZ3CS#Vhnc>f)}sEP#okASNF|a9dfZ3EwXaXDZy7n zZ;`9>P9AX1|Cc!omy>;*92cXfhxXRw3C)Jb0-y(13+|S7o2w^KcIc|7&C%a6nl3{y zsB;<&vMLhB8HTwm_}MBaLr3rqSvWcO$Ey^B8$@RG8_o`XcIfKA=o05>c^<}k4WBz& zhhbv$a6`C|{d5LoA%-3~N@gd9KKP&(yiBWvJYx*BYL;#cF7IQSvxg{9&5V&SX zpg{)qZ2C37G#n9{tiR#y-~~}g^mon;w8aQd!O1&)1O0FfG$i; z?#&*G6!3#UYzeY=nRh9AnT`B0ev~?}slYI<_r(ZO1PGw5UMO0)=v^MaC;0Jz#_ru7+HsR4Q zIOpWuUAvv}r<}i8>}`=@0-_L#j9%HS#NsVHt?`8|dC2lpOj!YCH1KD0me@wjUV*s{ zw_{xJ*dcN&j3z%jg_96@#JeNX`o zVh7`Pa?Z&IKR^gUTN1b_Ja}UmX2l1CmYia)z|mtiz3k&?3*IA$z#RVvXaCVj?ppn`F~t-kEDV9QdV`WvM2KE{p1Fo>^uW=4tz0WKhnoAU>Sk=ZVb#0EXhSKC2@--R&_)jT zE$&a-rdFJz5FoGD5`p2Z#)@&5UL1Tj5FXw6wwmc*G~!Ucujo}GGcLj7FEWc~$@R4s zj&KGQ`USeAl*CUj3(0E+$SVPE9yvm#f+w^m9A>ChL&+)>b$nKy=@Sy<;D@ZNGVNqC zV$ge)KvLp|k|UJq+|aqz0K)Au$)?qe{ja|ZGS9JLb zyj(JRwvw%i{A&gS*mj$a$UV>od9ckrC?iX92T2uOGxrr*1G@VfJOhVZQck^VrY=Xq zUOY=&DO{F@eVdqK7kb?924Jy6&Alq~n@ z%7CAFL?mTOFuvpfzt@r@S=25KO)5MW7}XMT*|e%H_S*Mr>AtZUo8GeXyyaNAM8GR| z+Lp~eYack{2M1#Q$ZMoC395kfTg3n)mas)EImJIKpQ<9K5D2WnXZ)0I>Lh8?zegzx~ zviWL!GQVmLxnIqxW0ZLgspIGXO_I!~)#!0nN)}zPyNIGy3$d~iD>I8MPbe-|PBs_n zt(OUf`P9Vt=<(y+FxA}SXuEN4k@nk>JX6&ov@wp9;JsLYQ;r0Nln_@TFZXHfawtiV z@AZKWg}ynYe&r^o=y(H>1!1 z01yC4L_t*fC1NSaxmk{#X(-xIrsiwy^6#eB>ngIONGizCz|8Vgo=?1v97>UWXibt! ztGUaQBYI2}##EOIAAEHoFJ738X0Bd5E%?byS+vUXT7S$69!UX@>;nHnQ3%>uw#C9C zWksJ14kZ`*W=Tm`=EOA>ofrI3^sj?bX=0~s4%)G}b6lH-ee^^;2&Rz(pMehk?C%OB zy?$29i9fs?4%j>NZa;PV)`7ku4P)hbkQi4I6|ckofBqdO1U4uO27(H!3)c1P6}xdv z2|e_nIwAamoJk`=-$1CA&0Y0|-gl>~IbN^uZ8g*|=yn=pc|2jYk~P%Q zC**A_^3Hz8^M?8@AWihI&s|8&;b1s3Fnal!xT!AxYsYoS&6nJ z|5tK!nOZ4b9*=J&)Sy>>p`RnPVjSaJi~%Fvmg!d*pCj~_Ye>!$qKdi%ovg~kP%?UD zl@h&fBGKNU`%p8_fwQ`#E@PKDk}|XlSAOIxBB@Z5g?rOV zk|O!nD&tQ#WRPl>3Jta!t-VihGt`2OGJO)ViNY0~GIHgl{%o6;kcxgONvfs=UXGJO zV<}0M0YN>F$d%x+_G@-s4xU3PF_>||HHGh!Y)|hxT&7YqMBp=7=4;$l{`)fQ?sG}Np{UGNgS5f2$YRI_kzs%FBg)WS6-@mY~q@@=NhbX;;A%{l`O|_h0m*RM)$ibxxT_6Q^NeY4*AtjGRz9UOfR6HX{&B486TT}qI9erOkEYcAkCpNt^9ya4_XHL8?EYcXj zoH;8Yi~nsEPw)XD+wC%6bY@OVDU{KnqI<&5S7f&C^6QjDJyfS=e`MyE`7m!)oO>;uls}rt+gtpq<~80D9xDj(S&UXJSJc&6_n?4$j(AxTu-?M7BT1I~Qb;v;1g_bMoIW+ipi zW;1HLYZ`}u7wfR~qRaWHFJC{gqde%{-J}7THbcfC3dtl$!bt-_7vvpi8*9-}vuX|6 zvz(N9gx}0@@gf_?j^txEJJmE4d9ndZRUB!k1>Q*|g+#D9(KM7W?Sb~~Q2Tku8JfHbpTzb*HkaHrPfz_m`kwo*Ee z0?h)=GfucF_5bYrGmdz{Igh;8ec?#=@o>}&JGYrYieGRas%hjdmuVW`o9&=C*xcoo zoyg5*las)+`Q0ezc<5;^7IWe8Vv-?D%UvdA`ZC<%g#7fE0 zpF_f*SAOGj_>rG8Z6i8wmQs3C*P0H3i~zQC7~tYc8u$0T(*8uX2i{mEDJ%OR~` z3|nwO4%2KETjhTlV_h4xS1@qj$VsM=r9P%WH}lZ=wMEaHso@VBz1?s0{$`_hTwUJZ zY~_EF`WBxU;giwdN$CK;LvXL+$=Ml){8D=!S`4H#Tji zimjR^+D&&HiY!Y;PDECc6xbI{`#sgvV6R9rkDhe(+9#0dFZjcjycYBc1$|wgllrsc z!2DXx;2qd2Q8MvK87ldpbbAl9x0cl)HvV#NKOS1BU#Xv{cWE^=ft~5@H%*QD6y}HI zOl17l39MW^!FUp~O=kSw>IHp|=NBaw1%>;CiNy6ueE3yMQb7UBRC9=>QJ2{`HF%Fh zMds4wvVV-NbWAs6MX#b(ifnuP%0$~8*uU8h+HG3TJ+}KDx#z>pMsLXnx7^?Drf#cl zC)1})L)LC+ozH-vV+-!Hs)fa1E52U9dqV%n8J;20mX!>Fe)@dRJTWsdU-iH|^zrMn z{AY3>?;rKk*GGN-=}~|F{GjhYKk5g{6C2Abr%wb^x7Bti*r%%FP@pZzCsZ$B`^+nF ze`);7(?R#V^3Ldd!Y>ziU)Yr=EIXkU7{)$TQQ zUDZhahTv$mXlhjj28}VkLQR2|1sp8HP(lOaw$QUPRK`^Ig-_uc44^AxEXJyZgs|d# z;&aBRE3{YcgHGv}YblwemlTX2T9IjQ#s+p((`dPihA7CMan7Pvvj*hYZwBo*Bc*D; zZQ4ykpF}6xEq}spk)(obBR(}^hXEe7WRgzp^eWGplIWWxRR+Aa7ZQ3fHdKeAltPF4k|GyXcM2+1s`%cMiGM~zQa{p3P zxjJ_h##Ur6v{mjibc&zBE&!&{Z`Yb!HZ6AyeD&ls)vPSRbtS1U@)s37CL>^_6bdA| zeT}5!$}-bgzM5C7p`ld`HOu$S*GSl{sFf_(%k&a;FjC1`nfppx4rzeLrWFNsjW+JO zuNK-oenR$OU`3x=$j1n@B?i3!pRmWoSo7{aUSD|*TnFek%0!+Sp)q#dvkH6)j5~j5 z$+T-$A3rvpR#~q=u0kbQAMpK|dFsf5`NE>W#ecefWYf7yN+AU@=Mr)$B||rZd49#Xf*9@chXH4D zo=>Wu81FwN^gqsYI9>JR4G+2d$mDuvhkoHiduDUAFuz4WyEZl}2{{X!I%y`~XLyUN z7wm~>iWF=nCEq761km$}+@|4$t!YZ3(q&9wlQj+l^W?(DnzIG#fUKEf+xVno3+4;4 zM!L|M6A057S{1^`Hn-1J_~=)D5PiW{yF z?ffm1C7hPCX)$I1v6PleM7?S`25yY() z0t5xQF6#8K-vIrggeo1f=_T-D%mTnGwwehXJM7F3;=;XU^p4)`7ml&)tetO#26S#n zAl}J)C*leHmiJe0sJod4WYX z7m|kc4)7>BX{^x`gZWf=HRNt3%YC=VJGP>s_X+xiOs^oL`&9b*+LIl1))g^@+OIN0 z%M&}|^=C#aN%$gOfIKU@7b>O_8W=xv9r4G?b-^a0_hxK8X=P;15U%bA-3i`fEi9yv zkLSV|%OV7r={GZ0*a3l+vJ|Bdf?0D4^|mE-JR$db z=;Ov#wHpU=nf1#m$XYU2x0kHl)OzveW8isch4`z`P4b_d%$#5*{3y}ieo-T-y8C`~zX|H9vXGif`HvMjr4q&{)neCAbdWn(jGQ%f%sx^Bs>+p&@7TvzFnHK1pS z&`>LSW>xUW6vRWuq{45@wt#g)u#}QA*NCLou{_g1T2^3RJc3ps@+wcTFYJC8lD)40 z01yC4L_t(NahDXx7K)%>$}-RF{r;c;NX38=5v#pHfPy*kr^%HMsI#VQAR{kiL9e1 z@08?^o!*Kq%PN!j@^GL!X$LT^4cspnbyh){l&q+DUX`GEhW7>D6$NX_^eKSNYXwHp zmEQuSRi?cl>x!dP=xm0{gxyG9jo>Qss{IB>?-ST|)Ghb7llzqJBts1nnl!Z_pjO!| z$$U%nWbMiF$b@+0G{k!Q2>i&3(6}rFv=dHJQXo{p`CP`DH6h2QucQZUG1!*i99vUE zpDpzbEL*8Pa5CeJUy{^!pjf+70(YQEm+Ki^&w4t%=#jTJWI;&yeN0Vw(%HoWacrv6U=;611hH0bELC?pEhkTrCmk zGe>!sel^zC$u>r9iC@;s3%(iOLIgPxV0yAT%U7R;+_Yknw5vD zGBl+^eJ=9C_<}6B4H!r{LL=B)_KB+(6$AW+QkVdOg3alZLiA0FB%vaO8y4I{&Z;SC zhz!<}|9$;M!k;QWR=_T+Fc{Hg``Kr&B!mNg@Z^7>ix_vE>5dQ{u*Znpn^xt17ktJ! zV8zCjPW!3pmRE%PP3!cx=(e%k$ZMbT0%2hMfW8@-5@TG7F^iC|IfXLMl|B{0#tP2d z+ou-dd3M2HQA>p}6K%$)L=x{VJ8p%>+i8?1>^o$+nW}Dxi5;=E84CBUPcB>J+f(OP z8(rpB)kZ}RB7KL%Vx;({|M~vcB6{Sd+1N_aW3)V%ZrtU{u^W);oIO>=vTm^QqL`Vr`Lj> zC9R@b#z#rW)A0S$eWCYdT&8%#5a2cA+$#>2!P&XYf2tSI*&=hIZUBSoQUd=d$S5&P zFi_H};I5V2^S1HX4i%i6-ZK7MChgz6+sgklpx?aN>bJLB{r=rvfAiaS`rUVL^}qhx z-|KI=I^VzFZ~GX(T6)7+F9tra7D|pn@4)hgxnsW@b-SH(yBRgJD4Fq-K=(os3qsjx4BAZSLQ3ksdiCm|yf_ryx>suvaj&#adGWd>nzc+2l8 z`q*{Vl_gF_fDFAr=oj7_KfRoFAsKGQhTvCSm{3b3BwW=h$q8^y1U#D$Cd{oo@h*UH zRc4$3tSZ{%8wyF3kse+6HRjv{X^UfJ1l@4m8VLCNx*eMKIMQY)-Fa&c+3C#Vihi|Z z6-ppa$w@F!rB8`a<~o$D904|2ZgVhM_M%Wu!SA)>KJ zLFfV>2P3yV*cL#XNdQ+CA42bf9>%3XkFK&)xeq|dpH>R=vP^G7vKU&Z!K2Z+BCGpH z5}y@al1Au^wV;3H9$6Y=8_z?*VVWv!6=y0X)88fJV9n@adT6L8WLqU{H}hMJtJuja z^F@|9sLd3!k5}fhFWK=u5gzdy%WuaeR_K{z`leanlOz7+U8a+<_+)S>*udB}WV0TX z=YYP)Wv-1fMd*T01`NF55Pq1bZzY&4vZkS;Pf;xy{gMj&8u#{{sa3EmB)6)8x>ls2 zhDI=|?pL!0>^M@FBN!iobibMpEO|~Uv>|T44?4K?XC?JMTx(){$tpSI{w=bGQaUZm zu^k3w@xdQf237h(s`vGCj`$Z}&Cm$+OLRyni6;6bChpM4xDuKBB4e0{QxRiVcHdqI zxpU+s%V8ZL^@ZE4b{8-^Tl+fG#pu27Bi?ab88+FrAx_xU6 z6&Pj+c(LfQ0UhzVviqbOJrb-}`97s2$BFxMhde7q3W?3etiiODRFe7*xzgWtH`Aca znAIozhHup@`-_Y9oLWJjgiJ+KtJ=_KgotC*GGbP!N-ZbBqW4Xl%DCPQnO`HkT3R%f z0)P6E6P#0uq=|gym}*1CFPkbvg2dUlx+Dm3tHE;Aq7)25hrVD&#lT-+-RBPvjetR?NoBdAT-R@Wn+-Sew z=zsqA|62ds-~C(NZ3eyFPx1o(mN8y@y}#S3f9GIo*rN8bh5ml3+E0USwu8Q5A@Bh@ z-`;HXb~p9%o@<{sT2bE=jH7nwFtsde-+ec!+ehSXDuv@{!Bz|U&-k|QyC0+5mDqcH zdRC;QO0HekL`af9*Q;t_Q2>^avr;4_a5%H^yb!Zq2uCiEPlB{w&T}vRNBg{~h@2&` zR!aWqw;2o>@T-1eKnU;Pm86Q1rlGRp-gHNr5yq<+7KEB`>Oja!pIV9v$}mJ5z`Vss z9#^1sVWod$qJQR8z=Gx!a-G4+Ijf@7*aoeDmvCB9cH0q0Oj07S#tBhYCWWiKd&vO^ z2;lJx39?1fejHdWR*f}d2#FrbDP;M;P(k2jzz9FAD~pM%4lFbto=@_>UvLCqPf}N| zu*dl_`W1pd>ux(}*NVPnMflCl#LBPfEly=8yTzGqrm8KIZ$;OVk}^DMWYvf+LyqWj z_|JEY>y;q5kcdu)lg=!vUXCy5cGiOaCl*N;79(fyf)v45v>At9cC0#YaBQzy-y_F6 zWN_Jo_jaiA@u(BU)GGa7%XTPw1C~45x0De*dICwpwzVN5^*(3WW*Mwju+7#3 zyH2fXK))PJt?2jkbnFh?sH=?i7@B06$u07`;S(#<7v86NB0jSiOex8>%@MK#`y{|S zy9K?4O){;%uH3t)yKh_32ZH^#?`{dst!#_^)Cj}@I}F-#KVb8rMW3kOY^vUFtF}B- ztyTg%B=N|YN*S~pil!lVeG*A-CO}h~wW6=^s}%=W2|~os$}g&f%ChW9sq5|MjDT+U zf^9*EE31F&bLD$w^Z!#L(Dvxy2q%Hrq`@j;1%eLATo`>-BcO>DOC)>J7Wx zcl)L-zBLV1ue+p+wFa1^) z`xp3B=xyk8i_Y)&TitDj*Md*mFNczQj99M4V@Q&|ZzVL;tg#ktz+lq~dS?}|pQzuA zMM6)ysUc70rXnLyD3IN@vyBq6_&$&$gOTHW1{;?%@*UVo*^ZD^p}oPc*35m97w9V! zD?^Esq%AVohc-h&CK9&oPF}RnAD!dydFy;3#_b0SZ9Y*rbG3iC?o8X67&q>ZELfk| zB|dVZcfbzLN8T)*cy-DaljC}LfX9{cLcX{n_XB)h2%^tVPfP-5t-J#+3RPt>o5(hI zd|kl!Bel>vH3{Bqoj;-Ra1%GUy*`tJ9 z5o%x+687^i@tn1#uCnUdV6z5}H`sfs(ZADiGgk8dS%vx$EVp9=*HFn>l|GHJ4SyK8 zR%}sAR!Rx~4%HNDEz33(6Q{={>MG+V?EgRh>7Ut{z9<;S5OHCQG?c=r;-ZE=K}@g2 zsIaMH%KqVdW42&Rk4Y(sAIjkHM?Zh0o!gt07C+z-=J#5bfTQaDRX{D$@qH?{GlX8R#y06&znfN`CL(kODk{0+~ zme7e4h!YEet7$L7^b2h(dKV-?2m1s4f6Y&L#fa_AMU|UzK=E1>++T1g0SLOwfokQ} z6gnf^356H3zx!`lA-$GKN@9YWHPdK?BWDrg9A{s2A^BV}#??W{v9<{2M8dhwXFc!BpU{3p$)BGrW2*`O5PN zqq}Y<&>DPO3GGbN$r4;AWUwr?Em7s0fVng%JDLPJWZ|IX!k|>MEl0Y(JE41(;jfK9nMar^`tt59? zN6_O43;M?Q@N$p^$q_1yammmw=wN(SNk@*}7Yu2;%*dEhlG`S9wVsfA4SvSAN>EWe zY5G1Xb!=yx|ALQQxtdn8E)XATD6@zR_wZYzda2Olyl!}Zw z7;9O$Z{_t~*llrv4>?RB2UJo{(oiyTClW~(r29k^9?#efiEV>@JXsCMU!a*J#wDec z`na)`o-{K3JuXKwbg*1CbL&7ZFlv+yWk)f+g``rUmnj|sl=5fcW~La|E7t{C1710@ za)kK7rvhI}8i%Zj33EGDPS+YfSXn3**{5pIj%=2@GRVHzpwUWJEd{+P@ZJuChFYO5 z4e;61Hqplmr&=?7iZbn~R2iTItqaMo8t;^~T1Ik(W3fcm0L?5s7oXq<>7^^!TPN|c ze|eVfvw+PSr$HC{ zXD&VIA5TZFSFl^Dr!X-%)Ce3Ycw&rp+&YQESm)pJ-JReo%*^1bvu7KQz=(BHs__vk=Qi7C9F% zT$RA7fG_PSVIQJy6}rsA9c+4)HF|x{?jt4IpIJ0Lu^4(h9C#Q1qK`j)*8lDQ{{Phd z^9woW!UTC`?z#518Gkvk!8$Vm&k#*1siIeHSpfh8`J$nJ2B=!HXjbAs@$rIMWWJn2 zDJA4g%0XdVN%rfd%epEAteW}d4d1lc$X6*zlv+phtct<}y-fKaR4jt89Q3Fc%be zDP6Io3MkV!F{bE(p|BA_GBLiO;G&z|Mh=3K7wQr~CdOo(!_-#MN!UcS!Z>(zu@La= z;6N~04jZ{zo}!8S{igNZ*+AVE$1f$IkyUVvoKwG^SeZN7EE1t3OOM{y4)lz!*ZHC= z0qHX1;0u%e3co%EXIN-M9Nl=K0gnoW3N1TvO<4oFd-C2)gC=mAS|xz8T1ns$=(}=F zT%+sDFRk#oQaTUl3FQlpi;7AqVXqlILVos9TI5iskI=yVDm>(Is~DPO{7_e*tvzkG z+l{>PHFj5=(?gvor&hF^SlFSLWnQ3{bEpy26=oUUTv&OBD)j>YnWTROkBE$H;)NYIcly?|T#^NO9J%ugUoiX>5pGXkA9bh4dSf?z;5 z({ClK!n@EfQ-H@qwBiFf!3*310x4l5__BH9#AMYYr%_+NJn2fs4BbN4oMG%fU{E62 zL<+#Yk^p9WY@y#mJEC@Z{A`mZNr863a8J~m653+7?a;Iv2i*)561*{8CDll2lUkMO{PJ0sRJFe<_*vO)Y%_OUSk&xA-I%Xbr}T zP9C?xzg}^!@}xb|HcqKR&Qum3ouHeo@$3pu^tonNxGr1vQ6hcA&>%aS*RyHClZ53fEx`C#ERJnwv zp=dKza(yFqGCXtN1PQAx6x+?dWt%L-M>m8dNI@g1l-zAsT!E1ig)O&^*!zU9p0W28 zd6rmk&jlM^LU&)l2NnYi(HwjSwoV4>i;6AM!FLj0~{fBga0rG+9};}w5O z$`Po^J-&=s$|NZBT+v`fKi3&!p;yHZR{Zr!K9aIBglb`KWU-MmL>Z$9enJ^P+%pd> zDfbO9Othdc5P{1o)^1wXqzk^ikXI`Ct(Kx1SqnUNY_1zLGWrkH+fOoWrsH_9eqQLz z;AxrkD?c%elNt$P+-yipi|wF>BThKy1u0i0xm_52HF1~+LW=83+Zls2*HQQJ@z0D1T3jXr#Mi&Hj5&bl)GjG>=jE*dsF4bxVZ z!*s9Ls{$EX1pTY-rmFWWTHY{04H$K#en=tjW*x)@U=8l#9R#b-1LgU6)yKzYU2yCJ z277+F>OkFrW4X^b)(;<_bPsR;J?TBi_9uWnG9jI@)EPW3JX;o2(^#vvrI2Jt?YDz& zx0OIITsI`(riRhBLny(^-^Om}Y)87xp*2?p@*1Pa0bU`mzAIxA4u3o^Ob#>2Y9-*3 z0zM^Y3CtJz?54s(rfDcy8Tu<*%D#{y@QeGLSB<5y3lY1KMY|HZZG+z5jC!*vJQwAt z$R@qrj>wyo@}dEov^DFj&{ykyTJ`Dh$n%O@hcpv33-`!4b9Hd71jPj`kKlVI;2el2 zuyXrKe<9BqyGBYfZb|BV10D`8JN`m@La!YDy^5}KKQ9V4Eo(azZ8l9Q(S{^B2Z?gf zl(I5`Gq#3*W$mV>xfr9rUyR zc9`9`qTX`9z=3&qqBn-p~FYOnrTNfyPm$cVsocf=fpDl#(vs z;)$=|?@E%W13h$KyPtgfcB`7H7M}=yWx^~e_;1B`9cDuf721NasI2gPBvr1>wr5yQ z>bM5=&Pi(uB}o}P?F(tOy;eCvSRUKz3>GeZ0fKLz&NB&kA=a)WYcFtTtt(e_nrT~+ z=YmZy*vT<^T~{5sx7~Iq;W#;y3;b@@Hag>n7bb3Fe_{L?+|P`k!6(pVME2L6=BvF| zqFSRC4?usUo_QtkFKgV{34z8h^g9$yUl?1%0C(azkNNQA7im_Sg zzjALrIfNGp9ak0VbA&SSRZ8GTwciJwqGYAWD%`hPRG@1aE&l}bfik+#=DMK-vQ}O2 zw;8|mV%7^Y5i4in=?WG=zARBBy?2vHKO;_w;?{dS>jx>x~6}7+TdcIzB;b!Jja(wixXKNSEtbCuDdg zP9KO@tK*!4D``dk@4mg!&Au?dR2A^AA0edW5 zR$YlT`@Lf()4!A|>u@ISW@L!SGW{#39#@Q2X>ZIGC5Li^Zf`ewcej;&t(5`!GIT?c zl9F`*&p}h6ZA6<)SZd(tyOK=aXL}VBns0@DWR0`^$T-Mf?w9t zGtTto-u4reds%Hz`i25|sz8W(E-A|>S_T_!rk@k=3l4Ol#}xsu7-GP~JaKaiuSM>= zV)mSaWK*HKYBLU6=$|Cz6bks2oYYE|bsmtv7j*MPQwjQ3v!>d#9VbO3O`Ab?w_EC} ze)INLdlJ`XDzp#KFRGE1>6cPcN=X52@hPq0FwzQtRM0e34cMcEkO`;6`ObJx&ZWzi zb0|etDd0x{UFSuQ1lJS0gJ*VM6Wz=rl;I?Q*22W^DOx_E0)+kb^ z8BA2Em&&ui$oRbwtOt_AGl}Dwp!M?$K43raBG7oEkRm0D`o~xbeP#m5_93==y>X9# z2c^@ekL`pSTKL5yq!NA8tF95)3z=8puZwJBz*Yu(@*jN?kD(F!otca-VBtPje4DsZ zMvnpx_Rj%a8sjS1_UBqU)+616hn0ey&U03?)Vve6_B+l0#;6yZD~Ev*RB}g*>(R7PJbwM%$$LWN-z|5OY2Hg_M#4Vgr41 zglY}_#g@S{KXkEtSs8f)IadZRj6PpaT6u2pE9kT;by~GH%Ph#r_Dv~+@2nXd2Iy31xbegyW0jbXvwV8AaQb{9w<}2n|FT>ug%Sl* z((~8-L?6W9WeEZdXF<|}&^wOc-F9R(_{=*Oq{Lu}KB0w4d*NtiwUH3mN~FlNxddQl zZE!>v3+SB^c=vWIwVehg#z280uQqMyQj7eK>I%&hfwGw zdbc0+?q<;Y+pX?4LkE2tibfn{tXbnwbxR;lU0y+lvLY%$LEJ)Bn!)hIX~_N8hn}b# zPI9wttjvWjE4mjAINywHCni%nzXLWQhX6hM3gwi=6#wiPfW-v_DE#iZ0b~>sxu>hG`pi|Y|-Pm9II0>-`rDIb1iw-FiDZ?e{j4fu~ zKOI=WJy9N6Fn(o)@74T0tN90t7XfE@T6U07K@MZp5cn@x&&cWIYyA9b_Qd_ zkQbu8luR%+Y}oVx8~^t0jeht3w*M*6U%lPyH*a?OEyaI!^xL;P`RYGA`W^Sbe|JOM z0EIE&000mGNkle*MgD>KU6jxm%k`?qzAvwVZ1BX^LQ9nZ4JL>@k zW2su;?Kt~#{~*Dqf=9^#?~wU4#$?7<;wVR;Jt=ZskRwx)GCY>oT7FBA04AK5n=3xB zpl@sL8`ypkYS3qu|Jl_AI>zS$c4sg$-jw$?{9VHI&p!p+35v1zaXD+HYI;xr$;#&GeG|%lu}3 zd2`~O@7ZyIZYQo6GHwYp96K-A_zC~EA3d^zeZ=lZd^<^O#^8+%_QMP? z)6l>)z&>lFeu95PjuqdS;c;a`J#i8-^Sp@hCCi(=9ph}Lsa5T|-h*zYQO3mnJwRu- z8Nj0A9|fHYZB4sr&=%b8HY5E9eYn|ZH#XgFC$JlkPh2P6F{j)x-t;yTJf@}_`t55` zk#r{49Es-(HuQ!frG#w~_E_-W4BkA02VHUTq!W3m;C~rAS?`*YcF^2y8gdnFr$G~Z zHe>DfU9fkfzxA*m2ee-G3XL`Qv0M61L&26+#dLcK)u7M^)8TVTj=_?o3=J`#6l5L7 zQEjM_7B-jUC_3j7D)3CuS*5PaioMN$vmF)G+rJAohzQkM6pXP?S8O+ckL`bXIVi}R z(_pz)4FE>Bj!D2yIeB{))E<=uHMNfYe`YV~Rb(hI^bD3+9T zV3J!2q$>uSamEfxE*fy8EB)`Eo=Jj>u!}MvjMNXUcCZbcdHNqxSfLk@)M)cHrKFMj z&32;-Fg&8Dlv3h!K&%Q^JrghwB*P;o77q3q84@%`2Opr_Vf-D&+~N>7nwzVL-C*L+-^oqwSYJ16PiR9gWBh!7ipL7GS%~0jO+g7w4D*;}SXYIZ;FxI7_h;bWh zr~qb?=!5rS8=p>iVsP@bK39^#?1G)J7(JyN>0b)a3USdP^-@Y!g^&1L@x6s{iF=ot z19^(Po3MVZ7W7Z(m$`;Ygp%}HNEYtjYSsxlCw4s-uJ+*zlPIF%YfJAO=o84~@nK{Y1$t1~z+yq5_MBKW6k6-k563R#vA%2U`N|yz- zSFOaud|g>!Exj)2;l*4-o~h-I5#&3cvF5&*9a|NHWxw)b{LCid0w3div3?X^J>i}4 zO)pqZ=$j+G;#2}#Mz`%yqw^TRu~0t{2d(9<_nAC{ghDawvQk8jnT5#x8emfBk9p{m zk+z^0`2I&SR&yc>WiBbn}{R%xNit5B)syj8HW|K}_ks-)inanB@UVO< z%&dot@yH<+fb})|7dA%_CXH7-O+S#+@!e?e&yl)J4H=z}9Yel%E*M(T6|4>{yoI8h z*1)L|4^^!OIl5u@!hMxrUH<#O`&<3nzxgc-)3N);J0_afeAv{A`wv_TGG^7vII!Jr znkq-{3Efw8wEkCe>I)O{%(bBFgdFy>k^TjFgTAe1jYI7?){=T2E9hR(>x#`Gh3t#A z_^ADJ(<*(+s}1N^p}T>e|HA2a@AmTF>6>0DnM}Frg%e!c0N z-~Unn=YRVHo5-uq;NwMueeX&KOoDX6r)tMxLiSoSFqvY#4Q2G~|LDz$3k?+}a@rYbYu zhIb;k*eFaOSFQyGZkRAWyxG&gV3_=R9U3$SO`Bb(Y}zZJKRn*+{_{tjPe=KaQqmPi z^t;9*2?Rzet#*S7FU!!k5jVBy&32OCOYWHLwix~mlam2z$lO|1E78YYF_IS@b~sW< zUtCmZ!d|i&p;=48m@A1bDY##$cM^z{;I*GB$;C-3%YmC2 zlhD%g7RE#pYJ_UIs85^;T}*E%8Twg$5t5{!bE{c)Ot<-{_5S{eqr8huuXjvBx>XH6 z{>Ly%1gqq0Z$6PYNASq-J+gBC`QxKLe}3#^XOeY+ek~#IP>=LIc{R@UYMTQ{&522_ zc4ymf2EE0W@AeygxZUa9%|>1b+-|1cXTSy(J_%_O`XYurek|xiG7RK%AIsNjbmtvv zmUkd`B&%Bj#HTNB_oKWR*bY^jRy4NIc5L`)?v!(eox!MO*ngq^Lj6qrm9h|^Gv(?)r_D*<^(%Jqy<=dN=}PYBFJP^3De$yy zGBRWsB)B*3D>^%wI|1cPEp3s7jETf`mg$+NX)e$`k#JL_-tMuD@wp^?Hg!G6TDgyY zU$NIMw%ARBMlhd-!eVNWdHFuWtI;R?9R$mWJRxa8mxO$Q%uYfxHl9hEmW5{geU?va zfB~F1rlh^=NB@+P>}#v9boM2u=<+6>SNcL4Zixai@S5?TGg$h11?wx%F76A-Zo8JV zwyphQTPYyi(8=`$9ZDok#8Y=>1RL=OFSrWWEO5HQ$KOxznA8PWl^C-klX3NZEk*rH zVAPvVg?Zxs#KdoTTxR6YfRrO-`Ou&*)Q(I*SK90gkW@IpJlVv?)DBu#IAcFo-chO&E^$i^2%)J$JGFUS+<?9rWelp#zaI zk`)|U1+>s^yOj{sK;;M(>MwxbL6mw@TF}Y?GLfYAOd4-)Hh`1CCIIcMnaStK@kY|3 znF&;Yw3!TE(le_+uK*K5%{VQjFm_e}G$rY7zm*ph1I~ik!R4b-d<^LhNfF4 z!AyWPl5?hi&PDs}q+zIvkhV-}`>ATn^N>S`tC4Y*MM^Tcp&~c>HyZh2N7v+k&N3qP zNx$0(=eUBe@wCluwp(ard29euMBr4jEN|mJARN|hl~O`~bUr+tba+1N>@OLTm{w&8 zo%iFQJLnCqX&Ode;Y`RdF`-obyTAHY6Sl3;y4`K4A2qZh9iLoUTKAGgtjL#iOY%loT8CgxoiF!8;8e2x!)F%`l z+mAJaYr!v?He-cPV81J|CHiG1hyvY^pib;rg2b8NjXB113saEUWx$Ax$g|m*lZ@RT*x){A=~-|AM#ZwIKyv-?@+QP zY*HBCa_Y9(A?tps8VYoibVc72`Q%9P$-rk$2mH$MGydi;i2m^9Nq_$Qq#wUN^)JBr z_0$vo>B-p>-W9#B@Vdg&JJw#vbB>$9#uxNNB#lGSI5zZ3#9Cm>hNz3o+jQ(-FUa8j zzCS|4GX3!LgZ?l7*Z+t9@TZ@(;1?H+{fEyF`kB~xWY>HkuRjtK&T&V4)VoV#ACfA1 zJNItE)QkCB=j+|5RtuQY4hCZlj`oMX5Fe;#nEIrMU96MsG?S;Yk|4+L)P2JI?jIeW zM@|=?^b_*@^zf`7zC7ytkN5iLpTFuKfBLHb^v^%(zx?^5egwnM^a-p(Ho^wuYoX^Pi{P3s)3x^foYvfQ! zGoGA@{q3*zM;Es(>)ijGF(bEaZ+|^<6FP- z6Q4Nl{qp!MJCXslBYt6L`NBIV2SLGsMka;9!b3c)0Z3wR=79wW4@#0M z4mh}={20>jzkR0-ytV{Of{%!t6_64#W*oKBHsO-YOLFZ64Y$PF@W@BUnU#SmVZXZTf)d>VMwR!AUO1sVZ!8*YNv zTs1=j000mGNklXnN})8KedU6)SNYH3ToOZa z4i(1x3c3oOje8(y;y%#{6<9qkdU-nIkY|bhk>HU+0~7wGCpJb0luA*~nG!0D_r!yU z{eDH4D+yI#2-FJbT(H~B^OeMwBn@C_TnBI*pw&ur`9_jyKqymilkRgbB*(+?{L4RB za@8Zxp140Vx&Qd}Q9tn-;z#_^_fE7fPbBZ2IEmUbfn@y#u;0LM?EEtJ3Dq26)zk{l z-1|DztjqvJkdv7)kUomXvA=5FXU{|y%(aE^1=z3wHV|~x)d`ABZJ3-U- ztEEjVDvVp`Cq8GAx_#5UwqURu8?^$$RgsbwFkJv-rFKK|Es;C+=53iX^(BXLB!!ER z5!tv^F4S|sz$>}lrPEwGUE9Xvd|dd3-OmOe%)GB^HPch@mkPF*Q>q7lz8q{hf&eiGU2(ZBCp&`bml;n>mLQiHh_PdaQ zJ^rf~k?f8jO5RiRh^DqXrO{DA?C0<2z3N=egDkRhpX zZ+)!C$PU`RZ0rkqXWCXfG?d1g=`RIAW9$n2TFJ^>3wXn(=QhXg23u~%$^x!wYE{$F z@V(3;Z;>Zv>*0wpM<8p~gm1W%9D=2!B!5;E^xdWFc+oRh*tcI;^jL4lNGYW+Xb$ZD z&iI_itSkNlP78i$dpPD6@bq&E=}b;`OjMYS$XB6}DT=IYov3ffVuR%xN-2TB+H>Za z_&W7+?F)|=77rhZ$3K01&?hGIufLQBY@G``zUEY6B5Z7nA@M}vYT z>$|(19+!l4k9FICu2)e$xS(%it*l7XHK&M)g1l>}q z24Xy@U!Wn1>AqH(8CPhZ&~;XZ!pPW+{n|M8zlyrsHr?$<4MSnB zn(6WDej=qT2i1uL_L)TcOfq&LoltsKl9`PyG!{xNTA8?JCdFyU?AoNEX89jZ@FeLZ zgAeHiXLy0mz(m*ps8Uvf>;CCk{#WH*o}Z-aiy)~5qp$EWC>5o)yF1l7;&4}0Cet$$ z!n#T+l3HX95gKrS9kf6F^hr+-Pw-EQ?!-y{7*IcNrlyv&CLDc>>|4f6LsjM34nMOh zBeVBJwq93sTLD@u3JTYiv4x}|6;@_5uS%};_l~b3Lq+f1cGSydkulrvwrC+`ob(pX%ARphJ841w3Y}Uqa#ez2 zlxgoU_zwLsSUExhJkwaQ=Vw;i#Iu$~0#0S2gFOedW7NU_Xk0?&O?N-F4AxDL?Hl;GZp_Kd^N4k!p+ z@uL%TUl{j@uY4jwy#8-H@B6Oc59|v5iSj3QFWJ&xAA%O*N8MbRh0@g6EZBdwpJnxWC|(z_?%|>`rA$Nyf*% zdqPi_D~lh*2cuP}L$I^Z#kSVPy53@w+ueYjno42!L*jXX*BRdYXvbvn-J2~ts7g9m zvDAu4tBlVDxrX8xTNKm^Mz*W%S92(f4|TIKq%2_I#9q)X(bP(SeSk^U8F_7&1M!pb z4}V|d!wtT(X`DEe9?wps#dOhg8eEsvpfRTUOXCbMGyBcV3oBjL6OdM%n{vgr4|+B9BM)5imbI`m?PBCF>w_} zi4?ux!u`eL(K%=XV*LEVWPZig3p%Oi3j1Ejj|XJn>cxR=@5zW^m-gYQ1v=m!5UoJ3Bw>H{0F_q$0qwCy-Kso*gVRjm|xaZnVxV27dNlk3tq zUO#?$(AVdKe46&ar1?xv|H^5{_u%fG`XAV>fB)%0pPA@?Ys_- zKm2^pNywufu;&xIVV}lb&~e3wjY&oBsa4%<2KhDOTV(v#-@MVk`Sz{8-EZW7_V;#T zqC?i3&7`~Sq}^1JInZ0gYUtC~2icFF*|473Sovysy;yn1_n+7-d}h(&#fS6h56Jw) zMD2Wh0@D*db|9BI*Ifu`)&t$v#(4${`|1TpI5R&^V`v;3e6z-3?D(~kwX*vTuxrz# z1Crt%j(0n=gQSpAg0(ie%E#b}Sk!D3V9cIMtROYj@T}VzL2e zm>V$h94V>L&qjX0NxXBnLRNH-;XF}!F>rVHRxeDn!*-|b-3LV*wFNXg!3_A|-1%Gy z!f9x#0N{x_BFQ`#orCK&_0j9uweghTQ)?`AlEScTFVMMLjvqOyn!| zkwc|ajZ6-$WsNvtND30mnLzLYqCwZIY43hV7*@ulloTQCl$5yPM}PeJi#{ z{r&f!^#9=~@BjGcAN8L(iu|vC{-nSE@w5Kl|M&yXAJr2GyNEw5{lT{=26UFTV_HQMFM^Q=%`?#NJ6z-Ffq?D49q<~JtFGhHJ?8MlSGPMfLqLQQA zG)eGEa{GSMWM59yF`VCtSLjKVzO5E~Av8d<_Z=&AvP^F?Fs>EVl2sWvl-K)^kV|S2 z*eqdY`&5z_=ssE4Lc@4iu8gyJLg_Xm0l(l!37qy*ll!g2zGE#TOG-&I&-R@&{TA*~ zSmYJ>zslsv0svLuO?OqsZEBJK0h235%Z48GcoPO-4jU|v9$%K%{XXc%tZfz zYeqNIak-fW?Z*lxS*Gupxj@4^>BI4=2NnR&EEZip<1b%$o%QjNS3c}2FXRjWA$iaE z`y%V@B=6+yR|it+lbmTT^qrZQt&8i8!-a`p#(%8#3-_KZR&qtbHi^ELlUt>f6p|2I z3-v1id7Sk=BAe^d8ZySavB_mb@5bILgjT4Ov^6$5U{_fxXmEPX%WPBI$frX8dwGvm(GZ*6A zx?AQeJYR^pM`QWkETm9Ah z+kX8H-XDI6*Kcn3$UEqklis(yD!too^cEf8?KXP1-{@P8@4tIRgZ4XS)5BL!3$?^B*cG8D88*PWGZ{F`c2*%G$@(tw|0&Kh4^zkVrtrC8_Dy2k%m6Ftp6P8l+`z{-k>6r;QB6Xgt zg>~l;fLx4@VBncezD<~t%k%ycCnQe>slSXf9`Nd`MG`hbkn*tDGn zb|Q}$a+P&(@_52=&t`z*c!JLuO(`jbiy#dqO3FF-Efub{WLakMNwQ$8QcAiY!;v7E z305yCjs)<5pmmTsX`e}GFF2PIu6Lr=*GUO7N+{<(7qC1a&#Pl!yRIkjK48;@g%ND@ zz@&cx`vrO@78rKc`{!qQckUxQuiziqwH@K@q+uCM@17O@Bl^0}Ba0sI8v46Yj{Lq5 z#8245{eAz;*emowKv(Q^MXoD}$uyy%bykcwr9ULruago-Omg6{4iN8V2n>7hq1hHy%2cz zs}tCt!Oe9Gwwx)JA6ClPa)3{8HN689z=4U%W85Dy*e`hZzOW-V=8L>=G6rYpFUWR+ zw)MA<7z1%*x`i0?cV@2GW2WD++hcaK>@zN{WCe^1eI0K@Epl@6L}5HETg}n+JF#=N zzeEZRId_aRa$8265!S1;2-;buTO(9xM;vrmRsEbpjgou)+S>~qT27s2;6(PF;JK0X zlpqNM`yaPVQbomW*vc}FC3l-yPM6!w(CvORwJt-B5I?FpkjoK~bR`cNTi_FE2|or~ zeE)(^&G?fsbW&c>9Gh=gK z-Pc$p2HS7kekK-A&^<9(c%gNI-xVJAvE63uxxu+LMS>o=1A0pE;<=P8f9z`uJd9IN zzo27lnF*ZIs_fr)`1ydZRd5Z)6|M-|@tC3M0tr2{h(3`^lY#}sBKy_}8J#np*-RXW zPfUg^i;hfkFVuM)X6h%95A5i#$ZuVNM-846<%S%$8=Jfsc}q-wV3PObe?u&8ht}it zckgcX-R+i`oO*eGvr+$YFnw-z8||Sn4OQb%m>a5E2}MYSUo{2Lu698k!SHlm`pK&E zsDA9|000mGNklXvO3I}u z;IrQj9GMS#gY2zTb-c-^%P-iiU~avQm&;6>_(X(qP@tFmMfvj!@;A50xL)zQ1-uq~ z&>N^6Sxz%E&jYwPE+_mssJ9#`hZLdk6(?HhT##?11TqBjWcvU{c_yb?XUmwQY8nRZ zw+;S`4}n#ZPuj2aeR{cc+z{+n{lpd!Ex=F<2FbeFOcKgI_mzbw%eg0zf`DVI^5=p> zS?QFL4BQDv$_Rwq3hG*Is>Sqd)CECFLad4f2-9XOakPKs`N+huM&`Ky=2Z#e+wGR) zs~xZ`3LJg6->alV+e#56vd~v6KsgaOIhUMq=9$r<1J3X71>6`c63uQ?w52oxO2~Gd zSKR~b6Z$=J6!eLO$R{SL0}kgPL2Pa4YtWA*|0QL8c|PlB`uzFxqr9UzVe~7;dqM9l zJV1d2f03QQa*;x_Er9ddyxE6gpz{)l2B5ANmf>>M3Rs0E7yijDb)L{ z$Q;z=LIu$~qq}hzj@O`>DW)y@@bfxmm1f4RiAQ8TlBAxPpdMK1|A-!bkM}2z>U{nC zKYx^u>wf0l-90<2M<)3T4m^_;3ggW?DOp@tuFB}vkfkRklHB{7t=`{k^o>{ZEFAsk zJpbzbt^Un#-s;~`{_b}l^mo5|um9z*Kj=Sj{f~eBjsD~BKj=SD{`Q+Y{mqA4{j2vk z`u)2b`ET&w?kDi71a#GAz>jLt2HzX1^-oGEDMv6dWVwAyAD7!{(12W5aIyVtAMr^k zX|dDjb!^`~vS|5)uKqHi7cEaLOpMQgg_aj8KY+#0EMOi;s1NwmGwlx~Py5anjzkyG z@T7BM5jA6vgRx}=ZknI&5Bf;?{_~Sud{W}$Q!k8sMEXZgJbtA86ANMQHoW6Hq>Yamj zPUhS@+3z-^hFZum>N&*m*JA_w_{Wo~3!-)&DW&c=f8iUE6_G@UfKjF-HRzd74(Bg* z+D@|8b4Avb&MtPTnHW1VVg1E+M{IOtF<@J{|Cu%y+vNq@9I@|(F}{Bw54pJRg)v9U z1)@Ijc*N(tJG~Nv2-x$4eR$^C6U`YveL2nKvWp&w*Dt(Y{lqKWpYbi1KX3~7`SD3F z{X}opXI_>5#EIPxyh{7TDeWVE{S1!-GTDZ}pmE6Bj74u)Y}{@JdGh|2#rF+(``&)E z!9MOM-ubNAhr_ zko(Q_DyR)SBu zN=YFDsYL)hlL%*}lz6u{>zPUXaD1Wesvdx|bmmxqxYZfsozkL9NS~QF59d{v3rEP) z$nN8+2PTP{*M5w%;7tspe!&rDRp^U4apn=wz=As1;nABO^2Bigi@zj>h5ift{3jz< zvekjbhwX6Xwajrj>p;Mq!5aV73yYNl3E)cqGq`#OG1LEKT}UwZbn=OS6UY-mex(l} zDZ?XjQZrVzAvkxurpD1z(|$uiw_Ro8U?I32GW8?29JMDAzu8UNks!A8-;4u+;r@f} z=zE8~Z#ILRtlzUB@Q&r(exr9clkWOh?nx}(!QV`SoY;4@=ncum!M7c2r+o|UEjFB5 zXh23xE|-+DYGf7UFC{SLqAR;&Pu4#_9Q6a`pFVxnpGk1ve|*-TK0fN}FG=p}(?R!~ zZrqdj`a}yR#>I)~$jbQzPp8*hvcaCg0w1X29%iVZ2)&1V$aweHxQWxcU!v-2PRr4_IvbyVvLim@110SWD@uz3zI)W|7YHf zdZKatPb@a>@y!=}=SVDGSwzh)_|D8?@QKCpnX7#i_?1b9L#^yeipDAHf)Gyhk1Uj5 z;2Ffd6mnTecy7Nie#U0b8^$AO&*13%(OT9VNkOS#ITo<>75rKb+7|pa%dZd4nvi`=0p( zIb-doe~Ga(FxW7B?UELdwVdvaY)NkLf{f5x58wP1pkq`QnNfE z&yubZ)Bpfl!i8AxtlUpQtQn%AMF`fvTX9D1e6J4SGOafo%dm)e9^f8T@=QDgxB!VZBumj==`4@PIAoOIv8>(D9 zDZft8TfJk#{@35W(ciq^>uu#@`;m%M<@suJKSnycuA|+jDw~sus!1>H1@rgye7f7Gk4Y{xHf9BqJ{S&*SpE!m1%%uN4iviyo zv!CJXah_C8_^Rn2xf*NNz2JwA73*Ci%M)cc98zlUkLbYc6C26QZsXc!d`jeu}Nw(*jlJ4;Z zFaAEWi?#pSCmvW}c{26C-T#0e7}pC}tPTjuksR~x%`KD9sG(G~$jB)+W}|k~sQom^ z@w+GPZosIB54r`HRzi;59QYD6U&z~Eh#&jhGrZ2&)b@8SGG9d0j6rR0&k<*E^c7Mv zC^L3V(5j^%&!7rMrcD+4XP%RGOuBDxCf%^XoS29keYWJ3yZxXIdBky(mYqrufJbmGH7lT3 zb5`TNfwN`IIe;lkO3Kjce|`_$9HE8~nH5w5!v^gczg;DzD0*Zw`bci03B8jR#w6N} zmwx4k_z47E7`ApHcbiEc-rnjBM=R4b!jMUkfSyTGPB66=63tm>64C8;qxVb}BhIu) zI+GlBIM~gmX-4@4&?<^WB>9U!yKz*FRYz8CO3-B@&5?0}s+;`|aEcHDr9>bs^n2l* z)`2?px&>#u5RgwK{%81mmuzReFyUPR;lPCXV#j5X;sohq)}KgtUkD@z%L{x1zE|XW zgvNz2CSC!!;$)GtO#2f@!=FgL{XIT>#7bgcvZe_1nptU{^vp!!V7P$GnZ$R7?*TcE z$Z(|Y!1D8f9oUijgrhl;DM`0Dx+jr;^_zF{F8F3MXc{Vsqx4d8XlPkZtYgiZTE!Ux zY=ZhqAD*cnkY~%d#(k3H=ZSH9f@i~+iTce@Wg25E+PVw{dPM~XOp?Ws(CG!4fmOH2 z($cIJ7rogu-A_v9k?5Hb;`_WbEbfXZpC`GYc;-mah1h_!RnWTkW!cAd!5y zo%GvxJAK1KOJKhi^sP&quz0Szu)vp-Z< z^@Sw!Ozb}s17BHGd}LAaXBG&5Vh83E7JrHJPhXz(LmcEJ~}EXcw{K-^e1{Hf-oMyXlCwP;z$ zK^JyESNXNu!Z`Cb7Bq_7PcFL1U*^pb8puII!zPql^!yeddADuEMxb*LSEXY$WbTQp zEA(b^gZ+*wa#!x{PQWkZIG2=?{4rjr?OP_aOl(o$=|#o}zYIAhY!AzLyBV}27u>@4hWnc> z&&cMSzBNr`-Jt8h)qcMRV;8qit&p>dHq)fHw>$2uyx0kN1-buj_TNu~ z_R}c!Nj0P>`pi-LM;26H$kS(tUnrI*a+Z|%kKgVJ&m2i-PJgeqRZ{<4$!}N3TWL}q zbtH!!ys^U}X70tfm3t|H=}KI@=)fFQnQKZ31xYbQXvWuU!<+q9(@^lE=sufyP42!G z3@_MlW?nfnuUyt79yukzYZxzZT;Q>>e)@HvSQ(gW6=s(pmRr@Df@HEPL%5aF9cE>P zal#nFIkqqw>1RV$qH?Cr0$xZ)Ge&cpjbhym(u$D_JOU64H0@kD2lNG~vkZKq^JcS^ z>mz3DbXC!+lB6q&&)lE5p3wYa$2IVaWSP7Iy=Rr|BeG|XRbS|Lq~9}>{F#1s;wPNQ z&leKR0h6O+WKU8gTvo!8g*5TzUKXUl`7-2Bx5dU+M)jR^8>Frjylg5oG@!!lirL) zZ#IKEPjqOMh$IJJ%|XAaid=;{*BhgbE%GPqmFW}E=f`R*cve!^+5K$C13`aaf;ln4 zJD9wPLNJ+LEulw#%P;&E?u%ss8$sKP z{%3r{<1Wy-!v9L&8DF_@GSTnxM};)hqIXOZ#cjCnfcmqQ99Xt{GWVN{SR+-d2hlSXhUlW?ugd+K#RJ)HJv)Gc@(ma(>N2rV|yfEjSp*!Oo|GcPB9v-X%9(sWtNRcG7woDjPIzFhVwzN> z0Mo|Nf7OY6lTmszRvnKAefn~*%`_=9>_Gq8ngac6Yoy1Jaj}duey)%bw2v&B^eaD+ z0Mv=qj&e`3^Z!=T6T-YErBwRln-c0$Y@8h@1Y0JW2y;z+0!}H(M{X5bM*`8S&npJK zu%enlaaGnCfFY>H*qXDTu2`>nczVD|kF;L_mV!bvuNH<@wZ*|loW}{niPhILh7q5d zLz!ZkV1pd9o=L)lMJY)+QconUWQ{|Gr%PsXqYQ=TqAfDE z{Mrw*?LoHn`MM@zu@X|7ihmA zoBQSf4S2YZ+Y8UOK?Mg$tCT>tB-ft_wnk-5!UIK6CKj6l&(L~V*+DXOt<=H$NHTaP z2p>3B|B0jXfBNZOfBf{w>xF0i)6b9khabP{zq7M)`TOrb>z`RL`Og`B{S&Vr{`B#_ z|LbNyaGd_**C+kJj`k;Z%U&#af#dIbcyV(Dn+tN)ob<@9`Gp0m+t0)YO>$6Qk!JI~D+M zSzA@~-1d!gXP)Gd>x?fln>YHm-`(i%e)m@Ymiynl*>=D1 z!lCm;h8%%RrTgblGqM#q1{^PYV!_>3>nG-m_ z#<(Y@pRm0rcOQp)rzrGsT&EOz0(l=VV$8dCeAYPRW!D&l3h!rV6+o9bZ+W?%;a&kuVY`^ z$o}ixlTzxqC^1IDx(SRznR@4kmJ3*A?S@L+*1q$ zLJ#wCdDC<7*f%i~6Wtz}xA@EiCjM^1Sc*>A?*xr!P7OA+E##?_;{;t3e&HCK$roeI z9Y-!oVE%**S0;)xasw4QRu%fsjI#}lpF~G~UTt~lx*Gc#d(PO|{bnZF9AL~&{`mZi zKLm?IVw1V-NZk_v;y@k0i-7~Lw@>)jiF|UxKc9Rm0F5g#d}UWZF9}<$ebJn;yZIL4 zc*X}u=Wguc^OAPv|vL3n`q3P2+((DS^q0$Filse;B(vI^I6@R#F~o>4p}Xd+=iH?0igR)L!wPz!wm0D^j@5RU-5 zAf0#&rIaWlxK>Tj^p0=DiIRlOfvi~!hvuRq2DRfp@GkV>ctroJth*CZNF1|>x}}4E z#)y_PM^?>tu-22oEywzAwxjO2+F^H7lat!bRJ9`kZ@NJPelwHMg1qQLP|uy76wq5F zCgDZ3WF`J92w1?&5~GeX_X`%zIgmflE#wc~G?aoIICRePxJuv)tChW*NmL)&r%iyR3#LnQ~c30Aq%0^b$m z@+4!pLzkMRp%%4L<%xek)sFFQ8g#eYXsT5uqT5GUyEczr6yT>UsT9@7{W~rL#ESWq zkgqvH2{~HH+HVHkYzKKF^hEcYH#>cEJN3lq1oKFeJ&;tqXn1D# zoKq-AQcg)V2kM24nfv$C3KHJ}ecR)gy}}+l0rC^FmBth`9uzZ{OW&(~4FmMZdZ;bx80^;7DFRGyY7joSD><8vJ}J z<~VXc(>XIq8gn7v6`Ib?j(^+M3!83p!xLC)6U=`h6S98d|ol+9F z9S7Hy?B}G4oy4b>tef2+<2h1S>FjY=>~&$1zTopzgLUh#e`Y5B3h$w1UBKpye;)B~ z+svnOmN${#R{A-H{N>4Ke1E}*7wQ~2g?(0yWe|APOC zy4_}@866r}{`SKg?eMP^9ikNd@cF>2wj<>L>P;z+pccg92-!?sLf$KNzwReygmrXO zn0S}szw=MLrCpd9Qc8*(`bxt8%8I-on4ep#k^$?%zM|lzgXUwnBNM@*tRu=9G~}0) z-)e{9p_Q!dRONS^g(Huz_g^H}*Q~K&i~?=c$)%}|lM4J-fQ>*FoDz}X&5&Q}MBReX z#K&y~$MV%rGXWaa9h^KQ%mcS8OnE2_*mPhN=9S6RM4 z(f3OG31J_8-T(j)07*naREJyO?_E6?j8N1{k^7dMm6PPQ1~ac*-C$Xahv`59ycW$k zTu#w-4EQ;4xF|)E`&xqA~`xyK6p{c zMDju*Kk3z>uT1XOzC*AKFUazj$=?0W_=KO0@d;TG1i6x&C>ppW^eE__L(2Th5wd)> zguFAl-BxW|)kGPFqTSfEr)*kbF_1Nqj9baCV{_6#zXYA2oWbXXL~rJSzPV+`>+*){oqqp*ukY?Q`j%a6KP|c$`~7d;?DhK(H~MSJ zcW<}yLf~d>COC0i$k1fLob6jtf40h2Me=Y^Mu( z0THn01>2wHKOOU=_;9$$yiMOexR6Xa%9Cvv@Hr!=Cke}88#)os@CpP?2_g9@$Y@M< zECMz|=}Et$=MB#{o5mt*((V`BIt>Ehgzunw&nqY7JwlU19MQx?U&tw=?l>ZUv)^jO z?qjWLwUD$6&snVm*8)z7$?&WLzI=h8{n0t#3{4mFIS}Wscwf6O+iy=zfXy<(SEN_UWziN%8xfz0qOtN)JQc01wgtra|H=@Y}r^pJgqhx5?K6~spf&IX<%LM-&b(^87 z74*;1@hV-RRSUYY7<`AWVF8X7#j`!5xGt@VEu(pb&N z=7r)D6Y3dz&Cr63BKQr@M{?Lqw5)6DxqsmlB;&s;bdUJM8GrD&l^BSS7WAYmQgIKh zpk}B|6PvmnCo2u!-99;YUHl4kW$v8ey&%iPX4x3ET37^`vsCfJKo;BQ0^bx#E3|!T z^X1`D|Km?T>p%U&ADQUC%C7`!F3dlxo{x*3&#UURlmGb~L1SIv#^NKV!0!tAV(zm3 znqOh#jJ0Y(=n{z?RF>bJR*dCUR)SheiB;E(Q(tu=2(Ab`W2BUlG6GIa)D0RbC4gO& z8GC`=87Fi#cSH>Tn9+i;E0qsOF z;BaFrI8%sfCH`9_d1x&~Hk#K!SAg+xp^tKZW~G0|nMa)R{msO?v)Y}|4wJ(UR9MN6 z^82+n`$L}fktE+IXmG!h z1Twe!}yKZYd==`m5OQ9$n<{wY3P5m8MLF_wygwGvrTH%)T-P*fX!I4c2m=q zfZGhU^BnNIhHUO*YW4#MF{W38j{W-Wej{R8SC-;OvRh7>=S6?``Cfnj=TG|n%d@`! z^rVkmzjEsJ$Zq+WM9?QVusT=|lHnCU4FKwLz~4vS*2}WlZWVqxf{7@!>2ikxjQwMI zFsa1&Bz4&(fjB zcM|Tw+<1G@a3mf;LdGS*XERjYfWw|${RpNNdkb2|hz{1Kg<+=?v+CY0pvECJ?S8~{DyMT|Ca(;7NN{L)px*dad=h79rIg%!H z-n1g~y8%n{ycrvd-`3@<@MF~+%%P?qoQr^7g?)TR}muMya~sI=UDVuH45 zG7KHA`t#>|{fYeH*H!nNtX!5AA4}Q{6(1{Vr79()Ovz?Z;=h%}jDc z2Yso84E)g=-L04Xr_w)33fd!c!;djpv2}@Hez}q(pJhL}kfT=UZGX|-8^)UrIx*(O zxf8oS;YVk7)6Qqc&-A_c`+yBg!T0EMg};J9{8)D{EL^pM&5V7Fm#DCItrX=H3iwuJ zHH`%t37sR7Tnf4t`gvTg%xA>M)eDr`ba!{FyEku`;44@Us&2Pn5)>pYt1fJ&&dhIT z=8h}={^Z?1&ymSX@I4cIE8uw8Bb%-ted7A%US1SlQ;~Ah{nJSwdBymJdEkLp4Hxp$ zj7?6^D>=jH*Zsr_7&&E?9NILPK+NwGt_XXg_|FYqIQ~UMuv+^9;2Ggoz!_NKJTTdv zm|$8Bl}G?3N)q}&N%GjIr-N*;7m~mUqcMN>e+}@=3f9TiCk)s_M|P7ZK=3=Y7vA3; zsk~6~FT`?^gu|@MYCL5FxenHy-+=tPsjAhiT5S2X*E5Lgsw<}&3*&1^;zujSrzltUjO7^DDSGsd>`A zC-FJ>3mC6(^Ca#B`b59SmjkQ2qs~k?7wFr;&**%_uqTS;E#PXWw48Q$KRa0rwWwAs zvq~A`7s^PT>kGVmb+Txsblc}7P-R&lo z5;%70|C*M0M}Fm-kWGBd&-MFpVDZp24wWQVROsi4!NJ_AN^+*J6;U^aDR~h^27gN(;q*6)e*mZ zWYP5n`#fQr8GHMi;r)O7LEt+Gk0g{6yRHk^+n&b!+Wl))fEUpAWcdQm3yDd5JkB!O zHjwF)f|G*VeTsC%mS>zCGP>e#*5lP@SDn%80M9GB&2(^~i?{`=(AK!s42A>vRgKtU z8k<_lEY7QJo7?S3dy^9*>op`=l~U5g*n-R>34g=A7fpUuv1Ni9pwntVGpk|~2d8;n z@UHdpR^!=u|I>o=`IE{g@S&;xTMg4@3zPcNlGOvBYTM~JQ%8b5C4Y6Lwltf!XriEAwK}IX`yML`k9+v5x(ZMzobR$ad zSBFjKf4ZE=0bm2eTB|nGsF3KBgvzq)0ig@K^#I8QoC|ao^b@?S?>&p+M;4W^(SEmO zaM4fR;IWDO%Ik(_=EG+e3_twzvp#>l@AD~Sv_jX5CCkQC1=nBq6FCW|x#|i~GIzkb z66^-5m4d!>piTs5r09<5;I{Bj2=&A}juU5bM<%ls=Ui~^3zMnM=Dz?q`58rDPBZUA zF1nBy-8Q56k;TA~75hT_iS{FgwZUG_CmdnXg|-(Gy_3%s?F^=6^NPrc+jRD0)tl`= z;>^6a9rd1_(~baocQ@(7?WDIHZ?_V9WJ3PRX~5@)CoSkQHH?G2CuDszu&jpvx$g`= zvod~S*Z!<~4D$H$qSuN23{JBUo3e;s7&!^wkQ3t!ewl}$EC`B9=rHRGD>b+6r>1Y; z?zO`EBc}xa{L>fx^z~UkGkN{Yiq6LOarBYNgHC-S9$R5|GU^+2`sQ}0w|keVKmYFC zUVr`WM!#hz__0B1(9LmUJbsPXxH|0nDuflh`x%^3{`Et66vKl>BFR zF5VF~c&%D=#&!o*y4HQ5-?kM^v{^p~t^;l*$i?S^?>$5NfIm5*c!BtUe4f~U`246p z5fndseUukaKd^iG=TFc2$Dg0{4?ld>fBW+n{ntN#*8lNOKj}aH@w5K-|NIC2(~qCz zZ$*D$(fY_j%>RmCO439kwC`-W4kQ8FF1rC=r&+;&EoYx@>xG4>W%z>sIPn}3YANw`#0}@FQ zS(#FEXh4=}sGLSsVzTglaO@`?8T++T^=7~6yTt9(loPh&G%y(3N>T89CR;AJE%5d* z&k+*3Uf``H_=pKHc%@SG&6};>-AtSuG<;!l&u&X3!RYD#&HJC$f=g zP2<31Q%R^v{?gWlKK6z8yl?f1%%;{p?q)k;19nl!a62I zc+rOV!WrdHU@OaG*%#Uuj&fTG?8it z+Da_g5AMmE_JgBs0w2qtBVmpt)WQ}?S9n;@u~jfxRk7u68l)r%-WlO5c5OMpyC|2e zLR>j-JO5nJHKV`vYq>}%OF1ip|A-&$H-r9)eDqsRINovZlLnvyt3@7btbs>fXcc4= z(jh7utZYbG0{{RJ07*naRNN({l%UBESMIvK|B}Dm&vn7Lf_%Q8!OgkbvRTs^`3@|q z9h0v2E7OXv&cw?Jo4*hXPuS=lEI&Oy>jB$55KmVy-+)OXc07K-_w7sObE3avb10cO zDfqo4W?$RKi`nY>p{V3l!Kz>y0(ZJ{zW@yjfSOdP_t86IE40YAS;^TD(uvL5)5BMt zPfuFW=kWMIZo9nRliv>5b#~vhYQ}!07S)=evC46MWpiu0($wSr!YTL#T^}DG<@|Uc zpS-Zyer7&;B-hw)>}R<|r+4O+1#sgJvu1qLG|%TFv@XhEEf-Y&H9v923C}pM9rcK# zFF4nkV88rQZ0-$7rQk#j52;*NI9veWgyZKN$^e_FPbtX?U7)#OsMZ?b2Fc^Bnf_M( z2#+uK&rB%l;JMFsJ4x)$GYYgC++KNJx>LbQ4wN&FvEo_$beeSSi;<~ijGdHoRvVfo zg5;KDv)^q&po^S6LR9s)YqQu92B?PrgtRMZ@ z8{`T2Hw4Rj>fa*k?PgRzs@>AQnL7P9`%xcmw|YlF?PxD4Sg~GJG2V^<8{u78x%-QD zf6GMux4(U-4=hql$Nau~v(a}X-Ve7M^@$W(o}>qysDbZxtR&)0@wF(F5q(uFrRx*e zW&-aLAy{_4IYQBGvIw)vpNK^NP|BfFLj!WHIP6z~%in{rA1pYrCtgpu|HvzaA9xkf zciz~}*CTefbNaNx{h#rlFRWmHWMck-1&zN2|09bV@67#b;vateBEKH_uT0XOoc{}x z^nZu$f8iMZzkmOk*A`#&4?o`b@;`q1sz1Wd6TQoyndE9&F$P zuySzOKMo`n`|KH=ulV4C1D*l%!X)B*7eoTzm82+SOZ_S(f_9b1ta|-$+@_RLPwpoc zzcVp1L(7Y(uOvACYk)tZufP3n?0@*|#CK+~^TIp$BS)l%{z}P<82j&M7MER)BzP@y zVzImryr;isp>h9s>SI4X9{Zno`sm(?)bzbjc|iv2cCv2Bfl5}L1b0zzSHYKj*nR9f z7LxDr&Hc7%B&oHWdQ5G3HnwA{YSa%yRlxxZV_i4aD$_9n7x=77f)%*THuwUv&Uu_?LVsuOwRL|ux2e(}7_xLJM`aqq=Br#okImGg}ooxiT&>Sx?q2~fK2 zNao~U9f|oRg%YKdtdRMLMc$d*HM4*i@QF|$6F@RIUSMEZ{nnZqMzI<=jvr$&

Fdj(r@@5POGpa~-!nb1}iDGN5Z zg0uKcW5b8hKS>SRL(8&m5rJKEr&p-&6P+aEysWF73+zj_i(|FFQhT=V9^})|7dCPS z;`bwyxpR#dyxq3g%0BtXV!-W3wID2 z%rY48l_GHze?o?}|A|N|MXeNqq9|xP0pb}YtoW6LSOFnZpCe>tuLvU?Dk3YF+Q%+9 z;Hz_I75ZHm=YRB~Fm7r|?=a{X7Xkzx2A2AWPzCUsD+zNYdr&;$6d?9vWQXeWS6v~7kepCov<{0)=17XWs&Jpti~ zjgWj`XxVxFuC!DEunJtAU^>6l*e*1PW z^LT%^(|h>6XTpEG9awOToz~c@CTO=3$|RqhLxpRA%^8f3IM&t908t0+ia}Sx;$~Ra{)^ZW^{(8C&VY5 z`}4z#9tffn{7)qG7clh7-xJbLO!|Jk@%izoLT<6{T_e^d-(C0@MfPTed z8{8kx^2+`hIUbSe!1aY-H*MR;GTSc;`VS>{JolT% z>en*?y@0oEG1xxz%Yl6;H4;8nuy;6=NSdKcdqe(89F4VL$K3tdzGaU$X*``ocV>xIPgh;3|_XA-Gx;&BHi#%J1G{(|X+gl9gk zGhOqxZC`P}=$^QE0{XY`tHiGXnv=5w~U5TZH-dFrBxLQa1nCYJI z5%V|`?=R3Z-xnrqqT;X_AvV(h^Qsj9e3Y_qZM2Q8;9QyA^oY_;t&JL{k;TEJRtwKXB|>Mw znU|z_O^P;%iy9tk`ol0F_@YIta?PT__-OVChdYp5?m3G2#3b{;y(gNVnUH?`deF~bU;4iz{pI1v zJCqAY@K5q&^+2+{k|6Lq&GVv1#y_)~d}j7L5F|&8dctWOh>sZ6$@7_s>%jeiBbXBj z)05;CxqZxI$G-Y+IC;J!D1E%;r2fDJ`#|!3qwn zf7Cy)1OI1s-2d&5+<*U7fB*f1{>z`f$p577fBxf7a@)_wk=G|rVB~)*-p|h@&nvQ} zl(1#U#;_cT+k%ZIY`Mpu-t8y3yzkeI{^r9CuP5HHLw}>c`>S{Q50tKHTcxaQ(aAy8qig{`Hl|M*Gdcadp$}b|6R!JGX}a zHbs&=IeG&7krRm*65RqGGq@PTnS0}v>FCLLkA1u-m|De;Q^$0`uXjULvo1qcj7KM}U7;9ecZ<^v`JNr8hk4*kvFg$UcmsNpoL&;r+ z?b!5=1(M6F9Y*;C%k^9Mzu7kYZ;=zR?fMlvf5P5gto@N!VxNeej~qw-cc0q)@LB)k zr^kL$^N$~&^iMxOa9Z=&Uzwfphn4vM$g8wR#(!qa=cg0#btKLXGL8Q)W&hD2$+2Z= zf=8GVW6mN194|8~v#Ppl*rsPO|9>^ptVmX}_Z~QcIyY{ns`DLjpw=*`NV3`cCxQTWJ@t>0Kdo6SqJd8c3)QeE&j4ZCaMpgO2$7MB*5+al*)vcEop|nDc(Kg^x|;!#hhq!TU#cM*IiF9@uid!{;A~ zVV~gJvBYB@h%bI!^Gp$CJ|Cg~0IwVTEWt-joaj5?x3+)85$yX3{jcUNtG9;0eI%Y7 zWK6nwH|rffX#Kurr|T2`bef32J*4G)CEY}Es1M}F16ZVTQj8kk3TuCS5^FR^Tmkd4z;--5M8JQ;p zj-vz#T2R6FOgpDYE=o0bU>f`*DU(?IosiY6$h)qumvh+%SHy$1&BTGIrX(eJ%nWi9 zN9)&tV_;&@??Rx6e6;W zEPW>(Dfmuc_CTRBj7cG6rAUAHT$D*~E?VrBiFGZn1siplv4@@7IN}RETK!``(S~Un z2(mItG3tyk0U8nEkY70lT@Y+nRJCmhYDmnpCM%N8a|+5RNErH(K$2l1ki>U5RFk7N zym$2$h2MKYMt$E>DGq8%0-#66N)5$vvac0+4BKj|bkdALJnPM1Xw6@x8_Fq(*FGEBqke+Y*@E9ta?7&i6RZj)1x0{J?QX z@^g?HB@OV%f#NBvD+OoFY6|CV(IxNh{rm1tGS`b)y?)J(#AhTRzbCv}&0Z32-|=iF zuQdFwc|zCsGynh)07*naRM9m6@rBN;ZFEf%b3lGYf4??)!|uix(D3)R<`gv$%pAPjCa^wgkZpcs zKF_fw=hgQDsXeO9e7n3LuE-K=`@@- zlKdq<^PQ2afk*4&a?xVvte(UZ5yE=N%p=Yxc#bJ)V*GO6>V{Wv!CQpf$E9^5$s9R3 zf`>hY`jO@WYfS<0!0RZlV(&P*ApS&=^oZ>rcy>=RynEc~ndIm%c0Fp8XiD_%I3=ImKz(=v{<`*VoNP0>BqXuFuFw>5LYYSa3K298kz7H&9e*XB( z0$`MFb_AoQJ>e5mwMmfw8`0-LlRtD|3g}Mqy)!aT(6;;supHspcJla%{sTcM1gNA) zsGAg+Hw3PER=C%}w_{A#X7JY5g19XOTeMpBTsMsp{Y-OVe3qm(CombnRZvopF!BUV z(K3DAx{~MkJ2uEZYg+J)qztvY)}YeRfZ&);Ol7-SP5f;PmHGjp8L{gDD-gyx(DMT4VF)2P*arVEOc zmg@x$cw*tXX8}4R9^70lm2;|kVb~w~iAQE15HiAGK?)Pb_0&uvw}VVzKOmGLB)7;7U*!I%E>9p-x^-bTUJg* zDWedy(;-mbbvlp?{Y94v;XT|+^@`SQLTkP^Z!<>imyD1gczVtO!ni4dN~OJ+f|CRjjGBpQ)_9VmHvX+fpX7IH_pGw~p4ht`XXZW-0Bp-O0Nrzb0KiU02C;c+kY$c8ZdNmW z$$Ro|SYdwi`a)mbEcO5XkKgEj`Hx@f|Mty|yh{I%U%it5=Rp7P<&FHe^It9JdULtd zXS@gY|HI%_{X*hQmx~@?cC{dQwVLb8tEJvR|K?(*n`Nh0t6rDr@``>Jvql~AH}H|I zAoSuO59=BLeL!ChN^UjiBEtskS(ZIpXpii;c-7<`AFm$Q=;@JwYu!9>TvPP82$&#f zMm7EhK^|UgGq1vLvDE_w+s6E`gS4X!n$!^VUT`8s{^J$_C@A6(k$@4T>Q6GJ znEMEA%fe%vJ62id9Xc#UXLNHQ3R%X_DX_k|xsVGi`+@&l^@4uJep_-4HYr7DGiwaY zN0SseXIjowb#hH{W}mphR&K8@dcDGq%f2Ou7tPVrSJ!j>&6}0{cMg31?W>hOqt8X3 zDauA2DF702;fy^KbI#hL3)_E1@LKe`T=sg+E{AQgg08Qx7c+uor#XE?K)2|64Tet~ z9cLV@=MIGU&;(uk#Fo|ijzva9R|O@sCDwv=XxOYaFqTI%Mx@S1ht#FMGYYnCmtC zzFGA0PR9lPmpm(ukwF^J%^v^W5-*MW6^bLa-)Cw?wuOWt>+QUo{7D<1^H(r zNerrf2b~awEF-(22W{{n$J`^l8g~Mq35+<#wN28jD{6Dn9DSPCu4%w!lFxlF#wg>> z@+{Ezoc@cp;dv(ZM)*qVnhc!=otBD6`@;Zl4RqbQHml81^RA(Pu9$ClW-JwOWtzUu zDX;_mLi_X2E=Y`>UgHO^(VOvF=Ru!y>kWP{iAC4w^=37z_HLRi+tPXoDY7s;%dumN z&v}8krkH=mrW^Y(&6s;e*M;5hv$CFv#b<0Vf_R@i9lK$wk-RzQbVGB#s#ZK|)Q*n)Nv93}s-X7G)+3 ze@4+37&28U!*ACqLJ@_U7xbfS;*z`-lOec-&Wh&Xc7@a5EN60{Tyd}PJVJDU?+^k; zit?Bfw4X^fuJrvYj%$G6WV7M8CFnZP@6f}*ypc&6S{=(eJ327acm(ADKNy7zx~Wh+ zcvr=940QhV^sIpuO=+SMe7ldE7@1>13^k9CmeZT zM`GYO(MAo(VSU+|8=eQDC3of+m_tS>*CU`jvg6=D8hCa_A8X`vVtxO(*Bx84&&a;U z5&W)ygS`jr?m2DK)vS>n%f|_t6Ep+-i#bAoB5jhe+k|r`wI!>`Suw=Q;}KdroWn_d zi{rU(lz46jm}=b!300EZxBeowOOf$7Q3t(QQ)IoEhZb4IC($SWrq>BYxX>CnVh*|O zD6U*=tvMb@<|pJn^T5s+F+_>hdq($JejTtxPOm6eJ@PJlU4o${&ARQ8r=+0F81YGw zu>?&&EAZ2nq6E#%wxj8`O#-8hESKQPEkyoBcedL|P&{Lo#J$2easL3Wo(R&_|5)Xn zD2fJnK9F?J*g7z;yC#UHBzfG7B-RsDBK$zT&SyTmHp6SEeT*a9%vf?jb8}&eDd`_+ zQch9Vt6Al_O+hpGZz+gN62((g$MZ`Hi0g})-rQX168-c|R^fhT?nn#BnP4z*-sB`> z-p^8s=q4(_|DrFNf$B)Tgk=3z`nTheDaFY>!?+raaTFk9d&F$W<`!NeqS zi$q@FBjF?PQyeIzBSqX0IG=)Yh-zI#u&Q3Q8G9GGh`JzYERo5W@_fr#LH@QbI6U{C z-dyPGo0UGhn(GbCvBf&Nn6+{u>PnLTQskGv?Sif5Epr8pU~I&m*>eBh5RxCTJ}9E2 zC@Ha1xFs>%QAqe5x#RF8>t!U-oLP8{Y!{Dmj6P8e7`I1g`%k&w^Xgzv@p{W^0~Yd{ zz{eRst3_<>J61j>wH9s@06T4u0VuS>zljs|1 zsq&stdc*(?AoR|_h)r@ya6ZX#Bk}wUKkTQm%Q;eP56CjnMi!E1#UL3IGkp5O3(l03 z(NoX$yldbmGmmJKtRw%n*BcfwrC@#IATw8xLf{|fp15b8&+u;@X`1+fX^H5oI6)*C%*SDa!w6+J@tq*9{l;F$yfq zC);hZT>9gmctK@3L$RJ+z9~qcim5}dIo6(IDOaYHQ?@Xnhinp zmUmeO>1@{PlH}g^y=L>dtjt+gSeOJcQ-+^9cU~&ocAS9hwOq3oR)zXG}?oQ4Vr}W2B!0jOnHrtDZ*mX5F38)d`)Qp?gNR z*4M<`*5L`gzdRq=8arr1Vc=Cb=I5Q?K%kszkpn@Qwp&n;Y5V-h_&vNHplw`KdYrGJ z<6`E(cJ78q`B<+{1fqd0(?LgMo3N#6*r77=B(774o?4OfrUY~zw7?FTIa7=zmniFm z#|kkh(fX!vKahMPd_kYx3{EuQTc#a_wNYXSoY44znv_#ir4f?aQq<&B@1r7}kl_fA zBiy)f%PHu9eRj|`UGr_(t@8oeBZE%XG5WA>xy4A;PlQL?Y~oG~(ab2A2?d3KF6r!| zcY=ls*CiO7u-!!1^!#*Eh!K7hEvRtb!Ec8TWnxAQfi4kwCr#rdF~cCC-8}d}iIj(I5rnSgbg7*psQIG(M4+6=$4e_C$b zTaobzKAOUOZcV~>6GcNq!Gv7U8)4{-9B1@!!X~~p7E+3Ww2m(Pc)rJ`lW#!p3|`Lo zC@KJ_N1d?eDCtDO0`q8uodOtb#D$4RT@EqW6Kp#G42qhkLP2oAVnWV(MGxo6_ zM)b927hua4ylr)WmieA_o&2o9{v`$cKe4KB6lC2Gx_x}YUym|xLWTz170=CFFwPwz zU#@M-E@#iGhyVZ(07*naRG1e=I|{7>JX;@ol(nI-695=a(1G7IIs1vlyW<=zGSeUX ziMcdNF~bj1!onR}&QCbjfuLf>3&z`$5JwD_aO@^$g%D6kROY;GJ8enYfoG>-LO7{F zb5J615Ad3Fb#W;sQbXSvTOC)+xn^Cf6i2pl7F0(aPRcd(M!(}z;8}nhK!P(2fMKNN z6g6v$R`XU)=)Mm06>Y-c(>SSZvUaRkPdHdqd;tK~ndmd}+zw!)A%grlL)SCS`WL#k zg%i$zk$v9qPl?c>pZf={{cPm9i3e^@&_81gC-@V`f$QIm_tK9}{4C)6hIip_F6O#k z&Xhyaz-n$lZw}`)-YO(Bzj@3iMX9rY0j7H+@O+(QQt3 zI73%Uik_A+i>^_NehYM}V*}6>lTwUYQh;$AaVACjZV9Rmd^sgW_l9OHn`k(>b1?EX1D#lQsB@A-rzPI7d z=%a!iI(O@XKCrERzuw8K6o29KmUpfjF!@N4^5J1yzl8SgeytC@d-e1BYJgSHr^jvm z9>oTE9)6?YAo;*<8-r4)oH8WCV`e<^}413P7UDG7p zT&~oXBGJM6D>>Hpx=l&yv8(S7@ZkB4A=BT&;}g2MMc((kGP>hv`|O!_$Gpb2W%l`= zz~umwm^;&&oRyIy#fU8Ne-s}BcCo&<*mMgG7f~DZc4qD~&qj_%XnBq`0on4NkoAlm zg%$#ev5yS&^Q}q#1f-IDFUM5<*1B}_bJO!&x7gZWl>7L&)+Yk}TmLPH50CQeFRzgO zt^MD1e8QI!auoP)i}e74A~NJ zfrWO^-EiXV{3o`8A88-atN+sIJ67n%=PlRI+_zm_cqU}FUW_H{`Hbw4u0EC%Trt;x z?vBK%iE}?cphIKq7Mc(2LS8NA^;N+P-;MMUEkK)9*eloOJa(LKpLwmA`JdSXsdSCTSBx~9-qe84Y!7y3A+^c?4HmKP%p z=b3o}&2%EYN92Ju&H{1@U!aX59t=t`NimWW4s;0$%oB3bL_1=a4gPV$PmCGT2?fAN z;W25Pf{yrPHAEQEGMr1lL#(wL??ugzFB>XLj+zoYT2vG-4&d4wlTX)#guYOPT-Q$Cf z8;|rCpSEpuK+c_u1FrwbPkdzcclWfezeaJ!Y0+IZkdGNUM4yQ5dh?5W>=}CyD0d)U`!18iJFsTwRryz%_hk07eY1frhCh`W@l% zgmG>77DIB$s{bVap%;eW2!$DhQ)CL2tWsiaZAof#R09ncAoDJ3(G|_wOt6f~DT>LJ z>2IDcSAFeIccx7h1Y3ghBSCUQ0No<*4j`N`vgJ8rXa_VwMyNSLufRX*lEE_gISfX0 zUwCGR?UDV3udEDjJd&@Qk~n5a1x-N|V(5mWK{`OgjfIkq@Zh!vRC_Aw30?vU%P}HP zBBA2|^zk@pQcp1QyDEe7NdKex=lKDLI&kh_XZf6j{ADR8Vecf|63G4D)X&`3IN|}t z4+go9u;=rHT$VQ?2yEKqFS2tHxEHax?e2b6{w8Y$PnQ%i%f8WS*2p@m^5;}-SW2$P z)<;^kALHhXv;G=%RhYNrtd~!aJD9?Sy?Brq$UOQ9qK$2 zeNv1HJoV3rK7pG?{y~h2#Suq7L2sn5alWbwIDig#(w5JCgT^o&pq`nBXmd zxk6A4*froQ!WV6)Q3*VkoazeBEAoO|<{_tqUZP-uHfdm9+w_QBJ`Ow>VJ-&v=2&vj ztS>6)sbQ@3?t-<=MTtHW{m;nYLgEOmWbDPD#C*TgKCwzSF80SW0qRV=9P#&|HjnkZ zXXp%7m%`SQGIVBbseWa9&N=V#G23;;(cAvUx92|*^o%Y4TB*OS{zUS-V*zvjyw*pK z{#O03_fL9H`$W8P0SC+u_} zc<@v8d_vv{TO2uBZ^p%hlZ6muJ*OCzVnQm_{#)p6ek&|T{oJ+#EuxuY)`oLk*BL$Q7n6Z_> zU%`fLiM7xy*f!IcUI}|m^?8u56(miQ61FUvn37_>_U!`kM5oL>eq_I(H!_gm6FnFw z4x&$BymhpJ=L5ylfLsGY9?|K*e166)B+V`mSZM zHOK#l+RpH^+3m;+2OZhD*|MXsBhgy~V4@Rz9PlB_zQ^WUp6#&p6tbGq5Cd9`$O{)_^zw@zVFnv4b^*7 z14TzbO)*ttdI#a@`I&92J@n3kZ;d<~L(mwajzdBTS&yvLe){!ZcXm9$Qc9}{%sn%g z6e%h!PEZIhZ9p?86k`XdM!^6H@L3VQ=L#%NLD*iuE5<;wfhGlch4erIc7k#ci7`@@ zo^(rs@;%cmIVnT4ZK526S_2<~eVZu`607r~zD*>aq7^}MQCo{ain^xYfEk@+T`sAt z30k(%5ykFs1aCXrseiqDLN`YZRFnf~w-dT}Kuq*E>Ie`mkFPEB0TA231IoAjJ~k!S zpgy3JO2bEhZymhcgAU`4H1ptq>+?MU$+XX>0Tqn^_Mj);^`CGwOrse*cgT0f0aAz--#J8e6c1Ku;ZvQE9~er9F5V_xfEj~-48Fb@Na`P@Nr z(#ywAe1?~t61q(2Jii=sCNVUccdh2&&fn{Jv+VT6^;~Z*dfH4^i%w1w7qbp~W_@Gos@F`g=@?t!BY}qmeghct^UQVIq#96D6a|3b ztuSA~jFU=?^>vPr&%PBI=by+pk1Z)_z?Mh!;6i9k!Tdx3IuiW$*xv1qAb!9`JFcx8 z(=1F@k2!+Ts57?R5@6iNfv#}BD;Zoim7li2Bll*Fb(jTP_^+u2vs2kS!-sh}!^;4M zMjF%bd_?bz;UdJOh;rNty!$v}qa%*(ch5~u;3P;0Yb?_h`6k)6w)+8}ozTSy)(7S} z!ME*y1Y;*?OpFsV7U;~e&DElpzl8W^HIx59)>pje{r1gDU%y_+@7?=0(>s965&u1F zO@QOKqSBL_OIA|d_L&M z+h_fHzab%%Nj)RO z0pB`+kt12RxSD}V4(xE#zccn3s_7sh$$7K>M$V*5nB)RcRQV+!uTVJ{TWPsy1ye& zuEF3zM|e0`|E1_e(q5CSA6QsFtk;znR0%ec4&2`$*BbmiQK%k}^+j0Igv>lYS4Vwd%j|>_ZR`PM?U82>K%Q}qHS~Sl5?G%&|M2iEgT>%qWAKj@AkR2Z zg!UCd$AR()4KV?5)frmi<1ua}N3}FNP~d)IT#Qk6t_b)I{4*dlAC~1E4t$5~kF=A- zd%AT%43^#_1CkRXrny9E#fL3W2MJFX4JNS`x(o{?n(-42}n-ZSM!!F z$5!4(T+Ld|N>+}67G>UE*Bz5L#)={i93L)r(V>}_R zj|Geb@gV}83E)GO-7*bwp>an30jKtSM*``I=MHFXip@X3^tY!4}? z0Jf6)Qq(s^GxT}2>Itq9-JE5cKVjo1e0Ae3L;Urn2njla*%P=s)5L_9X$x-l1VHne znW)gBUOpp1RY8I!aS-aLE2$kp#5SmyL8lwyzz#g#6M)vxJAkc(>}^RDSVdiv;V%*7 z#@dYgl%i6OYUtB8S(deLb1md@PKwBB9_=dwwwT~0#VFr9!tVyZ+=0Inev+805748H zBuTFh0y?!F-dxR9vE_ufoa-8#yy3Np|7z#ApI^yE!)L3xF6X`awo%&@E#@=zeXAAy z8?KwSXoB`092}2E#Ge2F5CBO;K~&L%lZ)p$AoF>|aFQZCG|1D!dqb z$ju`(cq}Sm4RmyJeIh!)k-qGiQh0%#VM;5tH`gs4KHF@uOy{XSWkxSjy=wMA8-_SgVb>p1-@Vu`((=UFP zv?iW^LhcXbyfp5`$ zXpRJiEe5z_^0y!F^xyyTz5epkJN@|fgZ}#Cullzif6@Efd%gR3tG6FN={;LBPUJto zztdlTdar-_x9|0@jQQt3|DgZ&&wtfF|K&&hwo`e{Qzw{O^Q(sK+h>^B4`M}+MsqggUnzvU{3@sCoey9TLY*)S|X1M zJ8J|`B?Sd&>Q`M5@BYxFlM;&kyP2+dk8ySAwu2W9fXB12+gdqOG(av?nfr#Qx9dCJ! zkpqG2NYFZ2*OHE4!o{keov?3a>wM9-TFhE?%vGRYnuhJWQ7M(0;4RCtZ&+D3O3YA5 z@F@zO67L6t8uZw=smj&CYfgb+6O}jy`iBs(jl`u20}K7zlIr*wuakPtnV?Jn@{p5#UOrEk3NxvIc1rT*xy0i!Q65lkkLnDVFYX=*wAku_a6bpK%as8 z*6JBOjbPLF>~HQrGVPgudjk6gOgpHa8FS|PKzumh2L}rAiHbjPKsux4m&sw%(XO*uMBYY<8k*cmk2qZC)#3l{s>5M)GG)NJ_{_cl8Z(GjGLA-!NamR$_bsD_L#M_1=W7tOL`` zC?~^Hib*aA7L2<X`CFv%9+*j?|2Ddpk(;S$u)y!=&!e~ahQ(#1=@4; zVayn7XXZG83(v@^qdLp4elke{I<1g>^{V#9zj$G>ME4^R3C9ryq6=}sS6WWOh`{=oBJ-rwq{Uq4XbJn2V{ zKm7Vp?}%&&6^v| z`%X8P7kYieITiSu*Vp>fm!A=Ad(CH^{=>ifR#%rxtrk6s54yUz&{vZuStGNvS zQ6VMG0NHid=@Ok^qK6Qp9@q`>IFHXfw+`m>P7Ti8;{Xl7_p0F4s>cQehif!zvzD`# z0F#wdsP|X%o)yrnHg9*=hHjTQ%&aX{AJ*T1(FVAf+<_KZK|pBX%iT_JtLATZ@i1r#fFLSrM8AeZ0E9R8xwizdZt>VAEeL^Pgru zk*pC*Fs;c33X*LqKGsi@vpRTQVgD99HrUnI7kyC!77x(24Ie42AHchd+b#ZQU$JaQ z?Ac<66S_Sy*LHubyL4y#$bNy+YH(-r%6Eaj`EXzJYXA22fL#v+_h(*j&CosJXw3JUOLdmc$9J64z*3XwZjSUWoLQxiIq$*X(QE=`t#e@2~2LM@8w zxzVK{PDz?0bSIf77a#}ZI6=tjiZLkCX+pnPoEVwZ=A@?3(hF`}Fwfhf62S-d3zCd; zj~`I}#EF}W&ja#o(d85JJ+WBWVDrGZjGfo`k8)5{fgZALiHa?PM-{Jq|= zOY#|gua+~tB39jSyju8tUU|NlwZzBLuw=wa6Ois+)lKYXtTBYoGZZHfxEZ8*-j_89wk&Z+hfAxQ8MLR6D8dTwhT zNF~dku5Fa)JL_k@{6j4kh(snZV-18ln6+^-Li^YC7Ja7+guJ<2$bY8P0x#w>6xzdh zqs!$&U%a}m!p`VB?|X!2`|Ztj1uxEEM{8L_x074-cSfE=5skv)VX5Ng##K! zpA+1ci-j)Px_fnVDHjV~kr=%AO$F=`r)7t=I`$wbrlc4X$|=fpPFSuhQL{E{*(JGp zocBemzES7<7+}eHkJ1;&*)qQkJh9>liV7hpbB}|-26GNINP-E~LMhP)LwYqd;D{dU zRdZxa3OtiE25HB8p&3r`3R%9qT4A_GOUwo^^P63;z@IMOucp1R!%M8c29{@XdD6f#7c^ z@=EbULO2s#&aCA6rZ8`=D=lyB;cHf}{OQnBPrF>qwd%kZdYN~bMBFGa-gDVOo_AZi z4@&SP=A57~V7K#`Ajj%(bKJ8PcBHU6uw}m2hUDQd;p_>tbwvqwYBEMSKm}T8k)*a8 zPS|VIn*MvX){n^0q@*ujwJPzX6eAr079;lb-#~9mu(nS3$5Bo;miKTz>pTVu6Dep^ z(h>d#^4+Kt0=v(KVEjZOG$Pka6RWL>0h7Ais4#Dju9wSBDJL~0$-2M7N3QI9JVW)$ zurzDYDbIU$D+<0`I4_Ku_bqrU6czhopiYW?(gm56qq6b%*cN*J%_O z572o3u+^uhy*{!d>aFLG4{P1>I`I>)LR}a=Y>qD&Jg|j}t^JzOd>-M)yqwM>m=GA5 zlww4-tQj`3ZF=mpV*Wlyii;@BO~;@ub6aNte4VGLEu+`x69w*|Gde!90*@$hz&AF# zXY_CeKZRF2BltYm*IxsAaB*f;pV2)^R+U}S5xw}HZRR#oPz7vczd50E^L#|lqiqzk za%$8?X^{f)tf3fa)xd1qHfnN_1>9lp4F%Z*tpU705fej*T7sDyF!XBK%YO>nv4MI{ z3Q4yAk-j_pa0gFYY=!9B9*~1}z!tEhAc64)9~+r3;vn;7-U|z%x&yhcP{34 z=xK|;9*6@2yq$*$HUm1u9*j&esTk`yslg6nq7!|L*$DRfu4vXKo)zSe$lEFt|AM3@ zXT82z>9gyVu8H}Jc~^DPHbs{gmpr@X*_CcqOMOQ1@apnX*Sw~=q)2$f!e&K|T+Di1 zF!qvm!SywH_lolsvG|(yn(MD$U+Qym?q@gGESxXtzmoIm1$1EJ5BJitUDOTL*otwD z=|Ur;*o>04Y*Bq=+rQBN^{X2d?%j|euP>K+gHS69h1q;w3x>}qB=&%Ai_s4lVoy68 zfbu60Vx<6`1W&WBfv2n#f*Opnpdwy$9RaJ;48B{6n-Bthf+EK3;7c6GajKxpIVvTd zAyEsE3w`+^xlKVM-&SFf)C8Uwl%?YI3U0V{$Z&1lgcxf3g@s``E_s(MjHPFc$D?< zf_LrD6AmxNPZiMA3C3={CnZ@QB}7dGpblLW3XPI|Kh*@$m1K%a(6&--&kfGrDPT;{SC_A&q7WB}ST=ft_fJZ5U2f=8E zu3P5MIf@@8syp-OmU7ksTF)dEzw>(Jo!A}+K4G&7`6mS(nD>ZWdoZ%&nennG(0T3z zL8haZ>c={K;U_9b?7+M+L|NV~f#!)-*fWXap7)8CF~+QjEsn@}I30BWi=JoC@pPI5 z9BMnEe?L1B*th7*NAniZ^NFz&{MsNRNB473JaaBS=F=<0BQ!_!VZL09&H5JKuw8=2 zX(FJVbwJ34z{?CvfP%z z?RVPYcdH;9Y$!8N2tg@Eao{Kw?l}+}pCt(#CnboQ&H-IKgNqINhSi!38pcL^!hAo1 zQzsRFp^OMGw-AEXthP^JyMz~dw$G4~8hp?(Z_yVSs}9^DCPS1MFruGPPLjskj$+g8 z(Z5;-4?D2uMCpXHra;(%N!!@G`JTU%Bn7?59^{W@i12GWw2lu=kz-g>vS3q)S>=yh z01IuI$9(TeUT1v5G|kVBxsS#l$<8+W^0O;-#I`fB(*Ag)|B3!*aAVA!0j;4o@EnE| z70@e%0^^VLJE7MQqRd+m|3&y_K*0bmEMMPT)?%>h$pJYj!}kb}kcDTD3zhFdqDVVy zg!v=>*wDA3UsobHYQRe(4n}5}L>HaV=>faAZ%x|xgMIM8@kCrX!I!Vs_~;g2eP;Lc zyC2?yo1_Gl0{x7=f?hsnWC2>tFI9g8+(1JEKI;1x-+lV7Rf4aSLiG{*M&A|{)8fA4 zzV(t~)JQ=zQGB&L?-(}`EIm%lKOw}1_xt`1fOo5mhXZ`al)%nFu~6j1pHftcQ9b@` zUQ5%kO))f9w;#B*9)$ zIkZiNaF1b&X7icmti*c+YzfXCtp!l7RGidnQNZ�GKZrgCG$_^E_t(8F+ zV0=m6h@v2anno}>0MMc(l~6_*2Mn7rUMWS_H<#+?trn{leOmfYvcsKGq>VUYwH%`i zCL27`V+7a^YF1i~K@`C%igLeM(`bfl5&lvP)v*m!fB9t3ynBFo9w)shJwP|p5*2My zQ*s4HlVTk=2k1R|m=h>^XnM|NXZl6+_NDc0Qj@bv%FJ6dL3_D#+UyUfa9__C+M zJ|mZ9kH}mYs}SL-z+@$ElMA3pYTKl)FFFz=985nw>{!+8^axMhw*U0JM*k=M z`sq*hsUDXli=xa#}L9$#i z1<)YyF`$P*cCbCcXU~e-c6p{iTqB47=PU0X*Lurp>;2$die0Pt$NszU=HZwNZ$jt8v(Gf77YF% zJ}?uqn7crHmNPpZ;HAG9VYA)B+J2ppjy;3@5Q2*gS3ms1(-Mg7tG_o_J>z0W7z?H zpGgMRy^AR)9qY$obmDmo5&I;y%+oUG<)YE`veoBTbN%VfN?*TP>Z{i)eR;Fse5Efq zesR6fSKR-CK5s7Ox>?TTFR;#$bqUT^*2k<-1HB{jTaTV=;$%x91GFgG2OY8dGlgjN zX=2m~JC~F+5Kp%F#xqH9hrjH3X1q+`{=~Bh`+obyjc%@%3fS;ZY+1izVReNLF6NyU z@Nl`9X^t*B)o^ljDYoLIJ?na>OOoc;FvqW8F>9D_m-3!6=Sr~l#hsqT7w1e4#t zztfMz0{?x4Exv5o3bwhJ^}OzVt*<}3);0R@&e7)_FJ_Ih&m}?5pIrg3PneBCS3oWmZN0NOLqgL?k|B2R@ti->0wbI{xaaI4U`Iq>; z?|;F4uh2hdmHzqVOm9}bzPP@?{~KMPn-#4^Z%cHQ;XlKpaS#;1TdOxWZ*+a-0;^R( z=Uvxh zVL1OS{yE@CI0ANp_K1Twyrb=E9~-8yh1RuJKu}*Ao}&=Pj4|tkR|V*|y!%ML2GltP z-T@93fS1c&UE3&;EOYMEHa%*ND$PtGxQzX21R`Er4r*LDpY+Q2)s@r&+xa#pwEnX zVx?;R*r7)V#27H?sDWn#L5UbG^Wvc7WUyrqY)`;9NR9>y6WVF$s+6NjjJiOd2AzY# z27dSSdxT%h{J7rAAUcg_-La~_ecs42`2Rxo)BAh*|2p>L$7lU|_gsHd;fdgL&o=5E zvii3e)+E6lJUj#LBLF=UyiDJ7IZ+w-JA#x0?wWVCqb6l+WZA?gVl$x+-$&e3Eio-BR7t8JY!#zRP%erIFGd~(fD znLn?FoJ9Q0G$K4WF_)ZFQV<-%XRO6#f}w`{ZaF4Jt|xS7nH&JjN8q0CyRVNCow$j9 z4j^s=x&#vFZUQ%FSvSUtc{DIh&$PS}_j!z-KPtu`$W5$mQvJA|O@ejFouv_9R(NgNZ997keEQQKw(wgKiOjh;f;uck(PuxIX9 zvqo<&W)&MTG9Pm+nyfyJy18iUtEC_*aev-Mtw=Tt=(w#I>vloGd_8YT7=_ko&iEy5 z)irWrYYET``YiiK9Xf5`ea?AK@TGumt*uEZMn!lKAIm&)v`?Lpnd$wb$k;%ik$`YQ zh9)N^nkmHS@oouyCfT<0SyL0^2EQ*kt0Q*i6cvJ$LWG|N*o>9-nb>;5#z*3^=dJd( zB1L+s$3XHr>p-H}5+e^3q-*^DkvMvS7gITcJM)rKf+qdx{s< zTrFn0^iDuq07=$0t0gl%{|!Jk_JlG5Ggw$F$;PpQ0)UxQ`THG&6?_B)YnV+We(VB( z203x;s9Jj*YPIau;OLE&&HJicsL4Z;a-+2q57o@aPq%uaS~92&2C$+Q#~KiH2N=D* z=V0tDxX1NQpIBZ0^67z9>63oEUF$FJ9`tYT?)7hP@AWUV?>;=~Uw`?;{YU-y=~=(f z-t+$M6JUO%2yjq4kYM)!$h`mX;ZZ+)e9}+!dwajp2Z{!-;NNlnBec9CdxqC1lAZf+ zNR9`RzyX8Uc&2kkU-o6|r|JqLKQqUt%}H^oO5XC^^c%p`p_>+c@}n)h7%2DXWlP@;{qCt0{kzdW-9GBq zhiCct6IJ`Kx6k_TKYY}`{d!;Jea~upiw-svD|ZwPE*{?9Jqf(42OIOg)oZYEWqZ#% zoVVaajSS`u$u_7oo{BMw4x4g?NBZlLFsRGo{v^%+jk z+G#>m1_XZIH?1NLF%ojl6imis$yp6J3fw;t2vEHooDQbTis=Y$p25un{J5}t^b!47 zua5-FCldQJ&3u~wJ-|IeXUq6|lE3>r(9bqlqhG)J*wJTCAM1B**}?qFy@6LU191qs zcs@v|Cra=eLy(&j*~E20-lilqDOUY@#alSf+;5S|=L>?4S3a*VW_sf=qi21pH^@ zeqcNOmV(ee^ATS#ZR>1{4lKKiK(ACr6h8q<#|6(DB#jfP4Lh2*mo{jm&l#JD4nDen ziVfOddl>W)fLZ z$8`@LF6OnQ|0<*XDukdWm+Jc~;=naJ zzN9rJ%OB6P#qajCf#PKihPLow9kn^BV9&0}dUdhTEAV_VZ;9^-IWlrKye`dE{yDbk z+APEY4}s!2s6|HGc85;UzIKko$Y30<@oT@L+~cRM~E%yewUBIq6 zdSSRmS4aHD<9Eaq_j3$9fNzg;->!|speP~xK(Za_&zePvpz9dbx2@(R{AJ(i=5nPu z#~m^oo24WmH&okPUaYiQE=@);C)H0BNSbsa@t-L0A3(tM-{(q#!7&FW)SalbjA$USy1Jj0bP&ope0~0Veba6q9nNw0?!q;zZa4g21 zj~a3Er_EX+Mm6jR92v7i`6u3+idE-u+7jeOHBl;wK3%VKY!q_O+#PgU&DtV^>2lF( z(FHVe!sutcC%M19-|81ur%u=o!Vbz_-9G{>8_@$_obCS3d`RmnOe`0&i{azFJnkI`WyfD)YI$vDO^e48_RpkeyH5#h=H=j0I>@AHBFUJ(R^IxfIVW{mmj+N`D|MedEz zv+nGFUb*iGzz$@40^kuETaGn(<2M`p)7K9EkG>|@?bLyj~%Sf8d)a;&`NWL^eIK`tg&U|VF<;dIc%_`WaLF=@Xg7D=r7 zWBoE(f|tW)qrghH&_BSh`5YB5#U3hLu zDqHK6n5rOoYzHn{FjJuAWbJz)M8z1D&_{z!y{feTT+Cao&~@#{{gi?frA)ub{7wK( zNt)s76Ea-j=M!b;<>jg-pwC}j5PDA(K4%3nE=B&G>UnEFz(@PG(Tt=01VqX^SRn+N zenX$07+~MD%$f1Nf5xT*{&`{t!3CXdb+*o8fVap>y?~dfMc2tRJZlH7S(`OScH6kx zaD>}Qs=fx1CdZet%pasm%d$`4F@&HdBP;yON>lsw@a<$8LeLDqowo(Q&NVKYuL1gJ zd~Z@zfOpFbS$;xo8J?yPY7sq7QAheZmZTWL+XP3GLI{fJJ*Px$9u;#(zaamPzHNTO z#yJ@1VQl-lLAC~ZOb&)m z+VFbdhz}p}%KRHirx}5jA zqEf%+UFH?@UoJX*b#tLFZ71T{I-F*nedLvJ~2wdh+p*yM*eCJ4 zNdbK&oF|ablX8jl4{D8-rikfAS!Uzlj9(pb^7A;=aqi;=B-l|HWnAn@G{*8kpAp$IG)hYH zXGHh`{dtVf{hUkYU_zc5?;|&k__dq+otSfn?siP#Lcaz~=mJ-jn5wTfIic^Q9D30W$S@Zcmcc^v(GG`+}x zNY89OkTb=gl%gW{#V66p{FslzeaK63&@kaQ>@e;Kjvcu5cL4fX1OKB|ZP1@yFYtk) z7)C{CMvslL?o@7hHF$(?)QjF!vH8MV(16~~)mKMeSDkro83vtwA9>HeHOq8{z!`hT z5Wz=MWS+L<>I)T%=rM6Gr-V#FIYl+O0hfh7_)Jr(&Rdd(=eIt+5@E1y}a;Ll6*ZuZ$!2fW0may-KIgGjLpbo|8fj6eKD79*73Y8MYh+``ht(lJ?mfV1ByR{>Jo{{ICau zrW5FMMsNHuhv|gMzjcywR74(O@r<1IBkMM$sFE}GN&2UM{wMwX>)ZNw0G7nbo6Af2 zH{%8hA^X*G*^>tc7H(^OxV@)6vQ59QbocDIG{`GH2hKl!daU20cw({VXWW)~9I>T! zl5^4l98NH6`7O&C#f*+0C}N};iy@>+{{$u!qRITB7Po8-M@q60AtofAFxUVSXBt+J z+x~c9TX|m<{rmr50)3&BNd*OY%t(Jbv?~@f(y|IpuyQ)?MHdn35OC0rf?|I-xQhyk zHXQ{|Gu2AyzWzm}Px^R!M+J1I!Z}q%>;>cyE>shCkc|Bi>QLv#2V~rF&=F0#*k<`}!@csQ-@9v-V zQnVacf$X)TP;&8eMRN5QbmmQlUQ%1Knw(@ODjaQmw~~uG+ML%apjS+(7$UMKg4tX> zfvyK&Z7J{)tAp$buzTi@wky0j*zZY38w#d1?U{mZLqNHGTFa}Ku0*|Ab^7-8QeUu| z$ONYcw%Pmzz=EtPzRX8#l|OdS#7O`%*1w%4V+UUc`M=3eYhcAxvXh(*+;OV+YCz-M zs}61}A$y2PC+-c5pHOPdQ7O?lZ&DCH$~mZT&$tcnbb$E2$~S3;bM0`PCsv;uTBQxW z1NYDLF-K?m`}_osY^QN{->4|drjUfWG}Qq@j!@5!wg)!wHoI5h&%bTCn|J?(%Pso%7Ug@kV1ETe zzk(%ycjb}$PS_cRn3p56?2+4Yg%B!+I(YBftVLJUw}r%A>iL}W8TaShU$l*G2wYbL zGzV=|P_c6$pzJ92P1iC+`1Ti3BeXeHfp(@@Zvk6bwt*PXL0kTWz`v6QbbjW(x z8o`P0TNdM@FNKw8s!6fMS330J0(b^a8gSeB$UPUp9erJZW_-;3W=*5MDPS!trzq>w z{7?8&-@%}yx+PD%^p4GrotqIL9njMb-R5i!pkLdz!3QS<9*RTVR5#48e zqp1a8M_=o)Lk_nVc`b{v7SUISj4=d7z)^K6ResJK&lvS+JYW~m$3@Pb9hg1$)?nK{ zyl4I+wm5P$R<^`4%W#KIp4ctDd)m|j;1j#OjpyuNzi{E_1t z`)(+TPGEwx2X7MU2M=wPt4AjDJfLe}q{u^GD@dsn3Xrp!HtFW-3Lie#@vm<#RIoP= zt)?U$@tXnc9@+hVc-}xifSpnPtAWq#KHan6KG5et;bh;P(8mr8j`&FqQ6(k$6Tx%f zI)tDAv*yEN4q&o=5gHjr{Dbg=&kmZvr^o$~7Mq;dW@;;g0YgtPF#$pg5Fl>B#wjSJ ztUbm#FsYq1!Q_IV(Y9IcXQO*n;PcaAkJB9qI1!)}f~J2rrFgS=1dY&>vo zkor}|+uMzP=KcI%apoW1Kk7%`*ZW)fzfd{;#Pwf(x#PY4o&NmxLI3*puD;^!PUwt&yT3zBjQO2}=1A%&x2FQH0KV;;{=8Ha&b_N?~WU!tp4fzw~^O3k@%nm%ae02Yf^h6-05BHrEPuR;} z>|C?5I)c$2KVOmYZ|04z=3TY%1P=R>>bMhgj$B)YE=OWa0{b+0Z8Jyi@x%722(qJ2 z#tv;nPu9EJz_o(pHd&A8;s^#t^l6~9rhaMmpl6DJwiGS{ z@pjY(Jszvh1RoKdMRX$BCl6qCK;{A44d7`H&n~Xk*ya9tSAV0y1%_V_yO5~Qh<9sZ z<`YH7<#NXB&>Q{zpT300Bx8Mx{f=PIxV?RN!XnbF@70lKBJ%8swMXXh^$vTx&yjmg zPVkoK9~44RON`6tjZ-m98CjiYl5Zes49J2GGOaB|B}N7Ak6>d$ChM9m-1%cakq^o_ zl#f6HQ*cxs=<>?f~j2Fi1N0(t?ut0S+%p8hm)8BtH=Y-qZ)$Fye;)O zjwelkuHm`w*WWAv1oQb!F*8p7-|>p$6Ldb2sDFHaufP0CqX78JTaL7!K0fH5e*B<+ zCi(y4k015lIRDQ-yx0H!-Fy8P+Q0mAtG`0;CklaIsfvI6^h9xRuRl{T{OrG(4ahe* zh~4U`}pe$j)*6?HruS!Tf~7n+My*PO-uMPwYmV>Clv{oY7ZlRCNy@DN1fR zrW#-dbPH*={YQOzK9KNLZH&3=xf9objSuL4hb?~RWdr|fg6)y{nF`EL!u(QDO@h8B zK0aCp8-m+2NzX^i{8(i?>Hr;&i!s1!Qj7v`Q>Axi-V=V~x%c!tBKw(Zp;@{!RV48+ zfH^1TvK-b)gh-2?=Y3o8*x^4BOb&EtOVY)x)hi0zOMGY66r}_W1a>e#c@ED@^Zb#C zGS3U+b4v1a&*AyZ_ZD5dkI#w0+9Kxxo$S!-8R5^+@w_#Nmt1x8`)`N%i-7))$_G}M zYsQ`FpO~ZehgTPXrO6WPd5#8K=E_S_3#}fx7F`SO8W~$Nt{rcBWEUUv6k|lEk$ETC z4sJ(u=(Ytb19MuQ7u}BX{WCGizP3jfM+)&HG3SBR)&~|F!*Bv0XRVR@)5E$J0d0zE z(2p_Z;(yhl-_=a7X-gIm=BE_;;P)A(lCU6pv0bgNJ$%###!m2KTW|3#<9W~G<$&*R zvHymkza~jMQ{=C~;xl-90!NM)4^H;@kYBSp$=tIDx_#WqU(EeP9B_RrZ5xqH$oC6rQ9#DrYKVWAZ^cX(} z*9&;)+eS@^@Rc+{=Qs)bG0(`o5Y#qFP0osvQjBmpDRMt>U7!;=8QEp!5qANLd*wnHs?VDQMom@Y)yjuY_vm>i;2_7qU;Y2Pd0y+8z9+EfwgU?z&gJA+v%{?h~q_x?YIb7CS5LiUHFgu^fQ<)2oWh729!C}LSjB&D5b1f+f~5=#Y5jT z1i!vk?+$`<6j4f61CTNb8KDo`fF#0e)DbXtfXLO;j6Qad6_x)S@D&ujn6;`2o`AE2 z))JYPeXAAs7hLzqF>4F-Bs5%uMFkf6@pjT%0Q23)XI9*g`t!SonqdE##QQHK<$vS& z-LIeY(}#Qg#O}ub`sZKdMD4`Je~obVmH7VjRP^^V<)w>aoqb~YYxq-S2AJQ6tH{Sw6R*m;VxD>-|ac_IuBK zJvjFHa@H!RNcVtGoa@oFEQeon*hh~fLd)m#6LU39!3J3=M#iRk-m}wGa#sB9o^jpg zL?6*7B7aMueR)2jqb5bUbtU0@r6!WhJ+}bA5jtKy-zBkR(#I_YmHHoP_L zB}n@z z@PiEx6gCHvn){s5(Vp`y#SLz!0a{ML*5Mtia~ECy*80yZXx_3g`2}BoM-k@VEc%)A zx3pha0R4!6fA{`L-+g%0_r!qjS-kx7FQ4?^iK+kX=a2eF&i}W+zSaNl&u{g={@XkK zfB)rY{nHO0^p=IwUwP)(`>*u%Z*BdRxco1~OuP*S>y2kOSX*z2Lj@-CVq|=0bC+y|dq0u)y_z$!=pUu>D9TNy(HgbUT zyFME|M`83)b||;5$vAYQ4$u`Qb7k!+IFYowrYHg!&pk7fvsRId0dORc>Oj__09VU9 z6tRvfd0fRdjjqN5Cj6boeeMcqumeuY% z68_I#P2a9rT|epj4{Lq*{+Vj=S>Ln8URT?I=N)}N(ATS@x*En2-*MmXYh6vggWk^o z?PtcgqI{<4a)pP#C?#n|(K077FBh$@39@gTu-Vo4;(AFUUy=M*`sRABZ(c9;<;`4Q zk?g;sP(!#uXO}a5PXEuY=K6y6<<(5z(C=nh^opSJ+2um7R;^xN%yik$NB~J8 zNg)V)jj}ysh?-z1r9jm@Xq+NV1OWFDecf47WFS}#Q9S1a8*o=A{y92Wv7L7sg7)VL zU57d@r=-C1FirKyG>S34G~XY^d&-ksb#Dn~8-mP{XzlIXY8%c^1m*+B1NJ`B)?j7L z^%1+<$p$E!|G;&Qfg&?v|4b_?%-@w#F`nqxlvJPlm{UZ8s1XdE3A94)6ry}T5ZViv zX>w9W&`i(?JUcP}nIvI8MjWu93%42n%-gJalhrqo!a1m6Y^0qjj*YdEV~j!Ou`PvN zgs8;xFv$v4wTb8Do&&&$vIclNvZ_5ZC*sMS0yNy$eA*}b44o)pL{0Sf3jSdKgD2At z*aosM{_BAdI-^sM4+_;fJ|F#+Z;-iXke5pt`3XCZT#xr}`TIG(T5Ne(V_1T8nq)1xG>lq zN4d|)DzVPbghLdcQ3$}8L<>qVA8F!aULmgpJq2+bX+marW}bv?GS8Y6RB}|)W_9q^ z+3E7Q(w8>Pqrm#Pwz}?7ddjm$E!GXVk?f);sJ=@_m z&T)LCXn%=&dtU24%exrA-aY6O#d$5{N%sDq*Zj(&=ob?EFBI{=khHza@&5iS}R@08pUkA3_^-&^|L@ys#wjs?Oa3xbav-$K`Yo+t<( z*jf2RKdn}0wMAW%<>R7j!BWuy zT%<^6^uNOn*4c{O)ndmzIZfEPaBlw|z~s@s2QJ%EG-v1T%!2m%;)0#+3nlb_AbzEk zwDfK`V|_kx#0WB8B7Q=}E01yC4L_t*esr|=k!mpy{@DoCi=dkT#f+srpTz~Kr zV@gz%4%CxkN(v!VU|9IVwHcid_;5T_P@OoQS=k$eBa@kl9g2LwC^l_t#<=XX@6f95^< zzfv{2QvA=~eW23(p#SpYz5WkY?r#72`&<2=-+j`*zI)P7Bz6}Gk2vHOAP`TK&{b)Y znkLuQlPtcvxzzPyrd8kTW;xgAY*&3j;{NPvDX-vfSV>*2X1ZF=w4AjHfN(<*WDp+# zPmI!u$}i_heH*ms6G0>3%u!95l+z^dzI4bO!l3lqb%>)B2LkW}?ZRA_jLTd%n#0#c z*J@5NX8Xnv&~Q|a(gNU{54R>KO*ntRkb88t!=^6U*1U6HQ@reu+uvL8(FqxBR$Z^H z6N0OYpbr#9w``?(`}|?Or@%Yv09H0Qi=Eic7=zR@mmQ~|!&zH212Zf1akK2@!sVNr z3ksg4{`BfX%f5lnwmLzJ3~edg>uOu^%zAcvwVI*x9{Fc-;uh#KpSITq{eZ^#<+A1VO2J-1LYGIdeZU`#;XS%A&c|ue69wZffo=CUXA?`_>GD)1I6}hKW_p z8M{w1o>Pe0VXHI2Y=p-RE2DetXna~<4tf!O{H4${GR->sbkv0J9+1s44irjz0^LMn z>f2m#7NAv-rzKwG7*yruyvOcy@Y%QN1rs^SacB-MSHI!Gn0U47<>TeN<#|$o&l5Z% zhK|T!`qq|ZUi7UZJR+W`6;R!zh(6sn#E6{qWc)-Q(cFiyg<2+|31ZEtk>^JW%~1h= z6myLDU{QoWrlZgucsJcp4Qmv zz!5U&DH6Yu8hA}HYESGs!`OuGFf~w`G!mDs-)G|41AgW?M)VLRJrj>7?2TH9EuBIL z+G4*oiTubMBV3KxY2ujaWF0T6?n|8$5;C@(ME^=`tgj*cI`Z8eJDiXDedX?*&hNPQ z{rg+}+pizl-MnRW{fU+Qz5ep zet3iL*$=;Yz0kL`zxn(^fBV^z-PM)8W(V~@eS4$-*SD|qpT4@*fBN=X|Niq!{ZE|# z{hO6Ozv$%{a%HToX1Zo!)^{zwJSUkii8nK~rJz@-LvIB;&DnWta#kje*{^3^s};%J z$^T+G*BSe7$Z5uV+h!RnCjjC2VLT@6P@vQboss-_Y?R)6=%*8D&`cAndtT$1t zg}P&CZ1~w9X)#9L!2>)GJ`hX}0BuiT^MnE5Pk_t>Eqsgt@J@hntWME)ol-9P86!Vo z%roAwBhdH@I8vbBpaG#v$|SHBW+ef{l%l9n+0JN`QI@Y0v}YtrUl;B*ZLihkh1#x1 z7gmoHqg$xJKLOqoU_Zj|0AOyZ0zc4xWwrj(?MC0R+W!92v%X`+{a47_7oM2|y~A>-fufY8mex0g1k?bsR#%H&28t8a z=Op)6Y{_4d^sg^w^0imxe|mGFzyI=z?fgr5`~Jhr#2Rt9(NEv;hN^~=-_CYyOQb5ZN45Oq0{`-Qak>!M*4yX^cTWJjVp{1&{Jk`>n^LnULo zjyc_W^wiOoeOvW)x$JdKyF_QcXPK8>qXo^f8v|}Z0@R{tDQa_4CK&YS<9C{ElV#aM z2x^&Y#vB)2qa}%=Nz$?}YIBs6#+l^f@13M*%}sL9YnqqwBe)3)1lp{&BxO29Xxi>O zJ0?0qb+RtqH$&6?T6pqt*5x`^*JSxKpnws;4B*nTn_kP92AznxQe-a1MvhG>R-4XD zF!9X0ZoVIQHbJA%?+EWrN%DQq?>SO{X2Lfc1<$bVwKdgT5V`u4#i`Z>`jgg{X- zXbb&k3g|}?x)XIm0SUcFo{RIG6TXmC3V7wbrKK2U{4M%MH^h}|Ua?*igL?d-FGWu3 znemq0ai&R;gc8A!ScD}x_U3voSKZA>GWN>??Fj8069qw*?=8Dlesyt$4=?(bc^iB* zA!>gsfBp!bA`cmJ1cC9a8UFr*VGe5sx=rs$U*CbWP!Po3szJ~7` zuCIv;{*H@d#LcqP8)E2}jQQr(1-qFSx`Fo9+&nb8S#`Qz^~BGj&tEO|AO7@OfA_^D ziGD?rztFdDF7(aomA<-J*5lW&xc~W;Jm2MVR^|8t9=~9>^b2-ezG9xMdC?oL`x5o~ zYJtod*;9?fjy*S*OBQ$dE%DHac!jP5dP+I#>NlMSiGr(_pF2+3cC)UNutC!la^gu3 z>~P#YJjwp(=SN~q#LkI0kz$l-h)+xrUl?U<87F<$C~(j5dO2%}Jsok&{yEZnQh)|0 zf9Qw#gF+0|8M~&DV$v`L&6g`00=J#cZ0QF2GysojG~rfYS|J1-C>})M^Sh^8wp+Yq zzoQs<$2;&7oeqgz5}^TTpB(1MnKay#Zuj-7NIYt3|Cq|HSbtK=L)f`to{CCArkMRFmJnzTkW% zgZT=8UDG}XMBf;A0Q2v^yoSaKCs^om-U5(J5KYPesL8nk&5k_B$n&=FTBg(h+?FhZ z16Jh#Vt%87{F%^uTS|5ELcf%vZzI!-euypTd8Crx)fMI=cG-~RHxy|bg6Iw)JD@(1 z@Ye($7X>@+ZwOF(o(;4DAPwZUBsH`ng~1-14-iLXO4zi?nV^)Ea>OCC76hY9ba!*n zAHauoJ+eyn zFn6baDdoCop-2-vkeqsbQYPbN9(HV)t0*8Ssq}8}f*` zOVwN36eT813PN1v?6aW2I4LT{q?{7`M|d}_T#q3{g%A{CoZLV#vzCfGv6eCF`>x}GD zV1?8v1Zg0#A|iMsp(CetdIVGAGoUNF)Ms2;RN2?9lQZLj0(wfQeA1D=N9K3pf5O*m zf=0(jbR3YO$q^YNGD;cUSaGwy1z+@9PHIGM<`GA4~ z%s4qaksnFw_6hghf`=0c+q5Ae7r^!rk54g5{7gI;7=J_$C;0X2t1~>F!Jm&46P=L7 zam%|D*}5~o+-Eo=gVq$*mT^G-rX-E%qVL-J-K-Q7ILRd1%(19%Xl>Tzyw?{b$uDWI ziA(+;t9||XjhyHzKHH)hwwgD&j%l!Qicu4^_1oMoe3%lOO;ztB%v!fSV=hU|Z%BS$ zzi|@1Ah}-3*ROc3_&G`RPp>cKKQ{I?N&as?yVBp0@c-l2pXon-^SS=#KYgzM=RbU{ zfB!e1*Y7d?JD&T0=li!L<1dMuU$IO2mHDO!xR~{NwVaXo7rLRyaGa{QTjge*JJ;le544=Uui( zFCt0qpIC@)iL>{-hIm+S*!^LvQAu@S4K^Ox4H<~D6TWa}M=(HiVCQZC(=B*NFkxSs zz@uVfS8ibTNDH-Cjy#XpZ?%|J-Ue`-bAieq|B36(RtGAOk|H20Y5|>@x_^2mLGKlr zD8iuueE`fOY~-fV1lUJ}>6%o7cnF~~W9Kn5Bh06egf5iPn(V2qRjK&iRpI;3v|8{26i1GdesWufM_Sq`U!Cw!@hqQWXnA=LCm2V4k;4 zwOxy@Ys(2hC*=@p*AZHgiBgIx*w{(8$wiC4)I=O((94HlO<&O>{d0`9e@33Z&02IX z{jZVPUkqC^w`H7jzd98P7)2l`HU<(zM^*{iBW{0H)ROGNM4u&y>I!{-U z{4TeF{{*iCV;y8+hwax%upx75dE6YhjyO`_?grXxnw{@Rz&=o{IO({+3?VQ!S}eBv z&)|2!PFX328q9COqTg+vNmLCyT(Nz4$+q8W-YAp6&Bq3MkGrkzaOxC=ej_%_6a+xO+rqk? z_f5si81gj%C_y0DG#&;Trphfgn-|)wXgjv$0RA} zNV0w294T~9TuBO1{#=nn29mD}ho&T!9+NgCdMDW*?wpZn) zEj7N(@UO+JWp&rc_PvJovTwnV<&A0?-!`fCU2uQZcl7IZi9cM-I;}X)p|OO<>bG`D zk?i{`68MTSrZI1`R~i4{BS z@Aj61uBwM{rQMTI*yLHev@5`>m2V4B9$6pJ6 z)>PdU^cKViLI?baGh)F3olQCuQ+)4?Kc1Ly;P}9+w9S4`fjego;y1C+xzh6OSQL%u zDxm9u7_x<){c{WdAMPIX;r3oz7P)I=F}*~;fR3F1GJKf#!o5R%#Xi6vK8IA+O;Z|~ z<}EpMPfxsa++wXXP^{oA#!i481zyjeIOqvsT7X-FT693Jz*Y&*B z7gVR8t!8?&>h*>#o-eLf`hrUEYl?xdsW`u+IQWY5FRqvJ_Wd(~U7Hyb z;Xf!NQ(b49 z2L%ejq2lqxIMX@)=AeFV91A)jpk2m$oSz>EY%Wf{0z1*)L1s^&J9>Wf5ztG+yscXk zH6x%kS?E9Dj1jy|P#raa;{o0w4PVk&uSZ3Xhj-g?K+Y4v)5ix^0}BFt*A@l(OvuR) zd47+Tkb0QpzA=RQH_$T%XbEig6YJe$ON{8(EhvN_e@1cSzWW4@F-3*&a_Uf0o)D*IBv#~!eo0Kv zF{p5_Z<|VUhL5#e=NuK>!TRKwXbm(A_Z@R0*D(YY=Hj4S3JL5eZ!xEmwI*4Gl;khK zZP;z~E6z{;rn|q#a~$=)z5?BHT+6RSfAu%=?;quF=zpZ23-(7B)U{wg)t!?k&L4Rt za=?e|2Ycui=4jw4CEH%L0NE4g{LH%~NBW*w;U4ip!!gn~Mr4EO7=wImKyh1{>&Enu zCGxzx>Q!g_a!(w!OhFMo z#ZGajk^80>L)0Jr#J~tE!vpE8dN2L_B zz)5Fa16z{<|6vCTg-QNcVOF+*(xyl)3f`AE(-Ni5o1&i9mPEClHSgNW zW8Y@xjx>*r3Ly}^;(*gOz8_g}w3Yukx>(Xy^Hwtg#IkR6 zx#-n3NioFA#|R%2G*gV|q*UD*7%4}^6cm!+f6&o@u`RLF3AqCO{eKFSKT$XhEkzA@ z%PqS#Q;3WkWnfR?g=h2F5AA+<;9*@f3F=BAaTajhpx>fd-wJhCT0Tw)bHwjX&=>_R#xhOi_W*wz zo*lu!4*t(m(14*F+|P76GbXw}I1v%3TT-gL!XC!+5gyLyEaxbJ>&0TGM|RqN`1Ou||G!h-QyjSe2VSLq z;M~8x^p;ntKi_UC7`D1+yL*ifJyQ_)?|`)MYX3jNi|;w%`j6*4JZxXZ7#j%)? z9{_dF+?GAXsDzGlE^11Vplf^E_AY>KAJ;5Y2e#DD+Jn(&^4&8#32S_`7CP|uNIcl^ z8s?ceW(?VP2K>WxX8lZ_%k~Zk(6%l97l}EI-oT&#?!xtINgnFiZCL1HwNP(=lmuH9 zW1rt#>6l(RU(LTSr09!$?FXwu7G1G#bqP7(J21WFP2w-a<-V6dx%qp;b=6TYH zzgo^2J4`2dKf|Z~;3p0QQ~}r-O01JNNsWyXvx1_gkeNt|DX1ygU27Yt=uQO59q)^+ zq>O|ueP&%z=Gf5AfPBk}ek3x67!^YzFdirn&Xty?lPna-)#N^a`uXuezV`dZoTPC$ z$wuv)Tod=a#keV=v;>Wa0WtwFYl-5TlxmQiHAOS}o2Qb3{ILOjjPU7z_v9*;Kw}3Q z$4RrU(Z#IQC3LP>>37gbF~MJiZ}gy`0R^8JGoko1=N`K!a6VBb8#FtBbHJeo=oxfR zIJoER;AIZ|MPJ~vsjKG;K)xh_TmDItVw7S^$~huedXWQJBM&C%RsKU1YLbKQ8ohg4 zeS-t;Z3nie9pv{o*Op+ngO4@Op4>=4PXPNFnb({@18(!TN^OOPK z#M~?taNv_BZjuuK<3w^9<+(lY*}S2f$aC`w896Yyg%FSf`(VfpeU=oFEo0B9NqqRn zj#QA_$AJlURJaGge8fSImJ6Nk;m^%Dn>+?xUE*Aw^%JBJgWO-i7cbY=<0uJ|vOUI$ zB!I0PfIQC$`)!!Zx_D&Q%U=R@!1J#v`BygI5%?SgKd};eMu$guIKq#UiuGlig%D(Z zQjBT~a?&hk$I(IF&jtdboioxm3Vo!k3|}vOxMpmRZbArPeezcn(2ocljb^Ma96)CH zRFkvpmwM5hLI|7%g4s~*VR^WT@1=^a7U7%(DGuX^2D8?Y;zv>oyoH!Xd8k-4Q_Fz3#TPN_GY!Uv1aG6v6XJ@;O7s(-aT?{F8Q*ljTvB~jtk<06B6Brswd@=9O;O(# z73OPlM24spJh!F5>&P5aZKip|SN!VhmIQB}{7PsIraf7<(bsytn0Lft z%aE%+x+ba1NvmbAdEaP3a_`~YGR>HKIcsGfu$*&W6B|EcH}+yiUz&NGfxQg>0q#Rc z6~9221b9;7{(yqtzQ3)7_LdlY!q?6K@eH<3H2H%8Gnnd@RVNgUlMwY`gD8Cv7q-s455wk--PQ|Pgz7^TFuZ~2L`Ms1z|xc#;7}X72kfklXrSt z>^UwaFy{QMKlp*%q&db*FxWK(CIbOv&_^bDBJlZ-9yp;K2*h&?pG(%3%FoJ=IM6f& zxeWxA1W*SGgMz|lfGmUl9q&9wnA)>K-eZ&yvzmUPTw0~lF<%7aK?BCv16n7sfr>aF zP*1;xore^ID$Ta2BPiv>7>wG$y%kdc_~|q#azAh{grHcGILQAP47ClT&dlTBalqgX zfChnAzYYBh<2#P?HtYA#?|t_qrTuSX%;S;s1M>V1ASbRPIvA%(k%_woUMZ?f$Mn&X zVieCJ0ge+49b+(i%IGbBFYh4$01yC4L_t&~^Gh$rhY&IL1lV#-3iX+yPVnzJHzfZj zbY+Kk_5Don-jncmpz;V0TX=QbPzbEuu;U{R;)1~AM@c7mx6bV_BQ`9|AK}|`rvr$w@G~h?SwaZ1evaH9kmUru z5Tfji14IyAXZoKxncxw&_*aVb@wFH~iT`-M1y_+{!DbW3EwUe+h@g{VRH}Rg4b0WSksy7M@BK;`Bo@SdP+-I=chje-pe z^m2*>?ncIc2UZJ#(7R@5`o|cn?Uy9>wxp_)wq#|-Cz|*mqB6WUP0^SBeW&FEK zPyjE+Cuh*Jj%|yP`!Ob&CsY8pL8yZjW7YxRJ99y7)1D&8+u*)N{Tle^1eT8!0w?+m zG!%|rq7w3i5V#Eb-9MTX>$Uid1kyA1s`FukX~Z_%UoK{OFC&La;J z{LkA`3!zot>dmUtHM=}Ts`?KcE5GP@c|4k zV?qkV*-1xMtS9VcTE^wT9JcQs8@q`5%lB{P-BZZwW;OQ#exwz#dr3lZ;p3I&YgU_1 z_MekwFd5q?LVz(?R&)gSV1 zko%doCDvI_>&;dvB?|vZPrRFVema05+snE*aUS6*=PVyxd_Y+KM0EUu?TAi;_F#Vp z2G8Kx_N;bRfX5{JVlo}Z?0BUTW6+6&Z<|gKoAtAr505OsM8D-?p+q0=+^oofE@FBY zGC8Sj%sZG$mBuqVcqR@W zc)jKCA=tO*{)c|zK*F{{@hJkunS?U{z=7@6vz&w{1)X8;4AAU&$J4;|NZ+G&803iZ z=CfX_1z>~QDm((LW{u{c!3otg)+DSo%x>6j*|J5Nnwc^Mz=X5J5bM0yQ}g9Qec!7^ zDGkbvF`^Xd1P=#{M7)v>pHfudnWY_Zl7_);DQaSplfjN8xxp!pDB65mzG;%qc;>S2 zWbk{n?+P@<2>nq{fa?QWR&O7+TH~~C^?w$^{WZ?(LTC>kd-!nBJ)nyt0muPL=qVw8 zTN1%PYX#sVH>@xJ4!l>C-a_-Xv)dZ}5;F8{Be$G`LXaZ&+%m_UlFWOINe)g9f+zSt z;2a0+aexo6g0|3tEuFZo;OD|}8&netJ0Q!M{viZ40I_Q_PFOS}AlP|(?B%&~iWOub zM2!lv&Q|m}A!lT42tm>$Oh#}Tc&#%M2w#q#??69P%(Jt$0Q=L^Mn8Xi&`-AyB-Nds zz`zqp)rE+Im3cD%F$NW6owZpGT354H{%wH^=3c?uyf3m7*_i|no__{D>N8}Cnq-V_ zaYF0I=M&5q=vtR;Xb`t?c< zj($CGv+U)+9Oxk0!{>v)ct^9$w#N>9_+9HW@*S~H$w{kOua>z7<~y+4V!j-(PhjTY zd-SvXw(F650|97MtoZitb6W<)RmLs_{RD8(mIgVJN}=UM0Fxq#qyhT@c};&rA0b3> z2_^=$T`L!8BZ><#s?8aBvkJVmwAbjtI+zo%O34J(v3|+w6Ta~A?y1^sQmD3X(PM$1 zOiPhDXbwCf1ceYPZ!I)uZ6Wv<*}uAyux~`JNSvBvyBBz#;4{Lf{nF=mY*XLy%4th7 zJb~AY%nkgQMi0F?cvymsS=&_kV~$`n!0VBn#S<}WR7B_ur%P5@EpnRv4Xf6YlM+5Q zq2m}vb?_*TF-nOs6TBb*BPGw(HI463P^q@lB;66PH`sA-ufW_2)lbYTVNgeSK4Qlc zK6lSH{4M%>qJVtZ9OW2b?E7#1-+`M);^3O%U{6){z;^nHv1{)A!Zy4AEUmZP-S-o8 z>R-HMb$?5Ny2G#5?BqS;OONa@uECpa-j}S;t`~a6YCeVu`zE*(v3x|n^gl3U8(*+n zVVhT6uV%7t8uU|AB;Jg&d}k!HtRLC_cM?8e6GADv-ebRkS1L#JJ?MnI?r(qa(UWe7 z^FpV#^O|k;r}b9BibkVHd~{7BHUIY{Zp*MGk317&ACTu0a{lt^Nq5NS9k`$G9_6_C z^X(J1o)kkM1Wgk9_e%JI7?WZI)2YgQM2`m;J>g%Dohe53VAe4p#i&U0in`5N3V{|W z0M5j+Ne7I0BED96O#?fgk?+L$-t;&>p#K5C-NEmUg|P8-=K2vCKi=N!?(tF2>otCN z1oKi`a^-nP3_ih|zv=(#iue-dta(aP8;DxC6lefBJ);*x)D~j^9(IOc-cT&`FV%Lraoq)$@GhzV%h2l!Dac z0;AHI`@?wF2vcr*6p~SJ2y~*)*mN3FhN5aQ&{&w^z>4bta7Lxl%35k>tromHnR6`k z@$c;pD1C=gRYy-c<0xkoal|MC^P1N)=SK{4U|)#Xrh#j(8k}670h)ue` zXI<7D-7aV|?i+kQmXcm*GV>W3&P-x}JQEx?fa@8@UUTFT`a0=|{70hDh5&Q~q(}5~ zgulStlcb0cfn$K4uLJiZtq?@bhv)6#sbOC8m~x`G=$%;MAEX#0c#wiZ2sNP2`wqKB zm7EDAAR|sP-`4#=-`^|dGobag6lA)kWO+=4<|u*9sp=@fOXZ2V?U1IG3F1w0|D=>6 z&XAShvCuO8VFezA-bEmu2urGL#t`c_?fshw4%pdr;FBrqeBRo160Nd30F!0s7T(9*DfzAQ&?Z+p5_u~hBBq5vt z_XBu%-ku0nW7P#JuX9@WzhlA2131~T)&B%e9!V4rj9XKj?0>_{8Era2dEA5zfs!yA zx=+<7jY0d=8DARxoHn_`B<7=Q3{Vg}jIw=w(>ole^C+I`L{husU8{ZPOh6i-BR(kw zsL-m;Bo4CPAP4k<{K?oS@?aoIhv)<=d1dxYfx9M2c#g>Zl%j&%!vDa-89|8O@MQ@D zv?KOy2()Kqk~!v*<*^=4cB(L_&5?K(NMt9OSIc7IEW6;tI)M*dg=Y(PnVg(Du*vImJ z0NW!Lv3?Kec*FA@ad=A{dm^Dfk>J

;d1XiT`lWo<-W81Zqrfcy@%3!ODX#1y$YT z9KmO-Hf?jpZdobvkbbB0Nu|78TaRvjHZk~wFlYEV(8n?M2u}==csA+fW7&@AW8$9A ztshQ-!X%Gj76t6$aWN*vm}U8YeE$(#thGTd#|uoM(_yFedZV0@?kW1-;nV&OMbor0 zyC-mAVmlT}59GE4-)(7_E2tySUb2JYIW`nX#?Fj*bG4iii^!w!=zBdyaNicarXcX& zSa`kawP3eEU`-T$FH-$q|Cjlq9v;^EaQleCUj|MDoEgFY0N}P5{tUw>fG&WNkR)Yc zgdpsKffCizNSl;+5Nx2X1HfZl)i;3BRga&os9cf-#wnVdg+3KRRL5KwtCdPSljy&} z1MDp8^^@)&?onRQ6lkz#&>m6bXyd}q7SLFk{<6t4##rN+2b6WPvFTr6vdsofgmh5g z-oV&Bpc`<2fIJYd_j7`mk_jAzz##eBNu!iluOodkj+*F~;HN1`E&c6??$>eN;&3Si z=uIRX)%R?lUoG_Qo0b0NvkQHFv(W2huQ|rGERW9{R#-bd5J0?YctnOfRs?sf9$bC9 z&khHB!r|7u$3GzZ3owHsvqVXKQ#7Obom-QV3N6OS3M?~Eqw8g-m)(w}HYW+*&)C4U zkLY1Tg0OQQ|Hr*S2kcEx`F)gE6yr2ihp@Z_eI{f~Awnup9E?_>+9tp7(iUATdSnN@ zB-7=rWrwKK0`OkUTU{=EUNoa$19)LorYAl-0)m6)0SxTHpRYFrkPX3N%d={G>^5Ti z1|GcCw(Qy}^Q>(Yg9x^REMM0(1c#)8%pJV>dEX?xTFoji5j|)U1=^2^42a0>!ec>k*Mf}(98Bov1YZvXIVbv`@uz?M;iLT5CBJ`vueV&k zzkk;EA0G72Ki}%V{`gV<_U>N)_|qr(FHim#`u-n(eW(BYmtXbYzT^0>KkL8$<*okm z^Cx}x>%HFIZ}c8N{X{alWtHThy9Wz?k8U0PKCgY?ktFs0?zt8pk0hnX^?{Y!QP$ta zSVBH0Fc-^5{N$Pb-o4mh^BwYA$0-JEnY5aBvdu?qgNXR_RP{08L(%%<=!0>21WQ|J z+{5RVdCZ@Ww&fXn)}jm|BYHxO3jC8Xeu6+rQCHw%)@FPyNc1~0#?tMLpU#Z&c+>Ow zk#Pg}4(Q{=JWlF63V;Wa*GCE*`=|B%#Pt*Ud%$O(@ZB9YIid&4+UBe#C$JfQJEp43 z!o9XB_0{X5Z|myrn%Fq+`-)X#)VOxL!jD>bw4VG*XpTMXKlUR(vtL_hLF`b#*E2kr zZ_5-ykYg8$!7p6soWb$A;=n8JX9`N|@{BGH@NBuy*mJq?J*QF9Uoy zhgr@xO5O$Z>x%1TtD9Bl$9a4J01yC4L_t(f!JpNlyA*@GyOvYX1qo72k|G1ZQ`aP= z7&)7?!S2uGgJ+6I+sb?&C`iu8=f*G!kTY`wH}p3myLq?FU7IVWa!%Oqg=SQs|Dab_ zm%3u7`f5JYXE)d63G|$@uCFfCQEblIP9?)@lZi9L7IvV%{qi$?@%d|YT?@WrwTE^1 z?*4&Y)Uz`819o;SIbn%Wg&KZG{jwou2VNI<8tW7CZ`4QC?Cby!$d~>BG1{h#+Pk#q)1L7Hn zIN>yrKslmpe>?Pn%IJtQA-W2*0^4sB&t^Trc(%~h<%Q;}ONCIBQX|Er4&mJQgwr1Z z#}oY6i9-kqF(}2zF-aT~{5Q0mqFP$V9P_SFJr!MGsQ*7@|Jh~9m1bvx`v?Opvjrzu^j>Npbp-8I|2m1!??EuOJ5Ic zH(L6f;PZg9IFe=Vx%z&OlQFGps;2m8c0S7l^Q6VB(AlEa1@BldNFweL*za-m{haza!8W5C@d?Oh2*O!QsmO{& zLUXJSFD>h~IJ4nPz#l`@i$kY|cU$hO6jUeatja2o(b=q2#T+#>MtCT=kIY{p@2V;^ zgWegmSqFi7Uu$UhE@TExF=z5{kt7bXQ^`eyAM_lVEoQ~QV$f_H_0WX61u07Cv49^t z%bGPS%AECF7lKH5dq^F0f*U2j|Y>R`G-PJ0}e9Yqf_#=;itchG(Ce5`##z%`Z@ z$lwZHJ;FdA^FGyIuA2Ulr+a65e7VvJxs_#>kZC*7(33d#97T3G+eUxpl;F1{3;*)R z=iJ}ucTcaUZ*Bj}XD{_noDTf%i`Ubycx`Z|J1}QHAOkEF6Hc6jEoPOZaSGf{sBD|B zIm*7paqr=?g_k*ct+9)`%2S}4eyIO84iwVZ7as6ah}w9Ze+uEFtbaMo)FCg?IwWsG>eTxbmJ ztoEH=V^=r$0_)02hUaD)*;d7keZ}T<)CpUQ?5u8htzfyF9FPD`15MjQuNM6^5MbQ} zq|{;iqWwtw0e>?vS!QjwQLQ~Xx&uGPkaZ2K*l3>gc(t1AVo`Hn5*+3lX&e|-5EzW( zfSdyI^1bEO^Xm2Gt5h+sIMd04T`)LR=rWy#IFv@ysaCl8{z2Ozfb9Ub^Zq~YC z<8V#V@q)zgP1)!riPsvvzP!29ExYxOIrhlALk=fw*d>i77q4RU!wV)>M$ z(YUa@*6d)9=wL-sc6K(G6BK_Z;Dd)(djHWqJz!IFf&V!>Tad_Sy$zn<;#m4@G1J++ z(&eH=4%HN(E3kEs1m_G}Sk7uT1GDMNa&!EOech5ZilR`apMCxke_hS9O6nY>TWH2S zr|&}m0S!sme8;*Kub~?m2mXU|_5uF0-F|KI8adp8lUr=@7GCz?t1|{UmDrLP7z+*0 zgQN_`>|ZkeCFYFQr5K`0>kB5v_TKvNtU(m3jF}@0XT8dG&y%;h{#X#xRAnz93#UK?a$^LVNJQv7w8Vjw)|vPC`Et zD9qcI_f{K>@PNS_DGkPAWp_9O_h}g0LWAjWkhh}75Y%C00UAiq1UA${tBq_=AYj$W zp&tO<5da>!?wM!Xj@t9uLI^6Sqy&w=7CDoUP-4RA7GHv?(7Y@GM4W=~yeg+QJL6eZ zXi-;+&;c2flgF>1g)q?)03=N!+n|WLVWRIuAnYJE1o|OF|AQ|9TI?8kRL^7=7%Xa2 z)~L(#GqQNxA@vT@BP*n6dJ0w0Yy&UQO^RV!DuxJ6QKfaBvLgM74YEF_`Fp9u@wSu` z@;`i8PRPuqL(cdn`5KrjgdqPHLt;+m<7(h1YFSbvod@`7%onolaiUB)>35FA z4{E0QTO9~|<`vi?k5L`EXwXYf*3p|b<~UL3;(jM|cOY7=2~1l8$A+ZfNZpQrwq^&o zBPlr2Zr%_Pm>3k1&tg_`0#oRWz;K2kpRX1e@0t7;$=-Qzp+_9!J@T*rT+DTa6ZCfs zmS2up)WxLp6EtsdWNWZ_$67vJc*X047dKmd!RrDC^VbA|m+ZV=5!l!8W}bns61s^< zUrI7vEm-zu$|zw;PHsgtSj#%Ly8L29SEFTPR{lug z(AP4r=RdOkj-d4N)kZ!x-;lsfColx29X{d(Cp->buL$~2Iaa@(g8g1EZt2fS(iglo zdP=Z=#-4Z7wb_Cl!v~9tE zk8!pL)4pqitoF$22sS(FZo&Q*eQ&T4<9Lg0S_TJvz2zPxS^q2{p_d46BY220sVcHk zq6S50uHz7dNEGe6sEZ+37!wv7g8836f2vz{=ttyL=2ENW0$C+(NIH(t>opvV=QTXj zX8iU5x(3IdE5(E_vL8B;?Bj5F?x3m1s4N5f;sV=!$%)|(K3B7f{+(vvDut*dfvpaj z13s?7wnxqBvs}(-`FcMwuv$z>4MH^Gnd~GY1Piu-s3Y|ogkJ%IJH@>6c)l@~$98c4i~QHDx$tx)eg-XryW8j$%DX08+&DpC4TH?iWPsk5`FrGQ9!zspB$Y*` zL{$~{WubZfrqqDDMo~5GlRSz5T|pgmo}hUPU~h1u8-UUQ=sh6Xa&N;w(7tE=J-~JX z5rZ(~b}E+Lfxhc0QE7N>(C8Mh-{RnI+2MSK@&6fq{OqxoS&!^j1fCu}MP!{)RA+tw zqnJBGV~z`P4L-4?+K@gChgk=Ym`wV zlMdno;RBTif@FiPgf3dvERjo3y^VQ;49u$?-%E}zU*PoY@XU*Yop&O>w-fX89^TD= zhb~%p=$UVaV+X#fNJ`I;|K+^IQB@iP7{qvM9P(;j;)R(kZMZu0`fqY8EkmTL}HFCFO-Qt+c;~HKz(4rt5VyXM=ie_bj z4Gdc2h`hUc%?|5^K)pU3l$d*tGq}H+>-`7k@?WF$-!b()4FtAD&Nt=Jd(K z3%&dJN>4a#dwjLj103wt`CM}n1@U=td(aoJw)*q)JN<^!g8#;8!N2g@;E$Xh{GJno z7X*(Ud7%OvaILfXY)UKzu^WP%6ZwDo{MGbtWcY;P&m6b^3ETM1(;NMcR}X)FeyuOS z*6*3`zi{f{?<=gq$QsA`%y_^z?7(b?KK9^t2R6EXRLlu%fQYEcah=U7UErWr$bVL4 zg%CtH@JJu-3v6oSIzukAvYZmm13n-yOPRBJ0Np?$zl|hoojUMT^IU`F61~~(DsUxa zzr{HN#OY+B1ItB>Dxsq+lM+{^knuN2YG@z8QqOh7PAsF5dgH4jp={vCeOlUQ%s($8 z@~d=?{LaDD5`Ij-^?QvCy6lljgYP&JJwix0=T81o@k@Np+HyiZFSz$Vp7Xn>uk{(P zgTA1A&MTs4$oLOmywrdH(=+|nZ6tTk@Ux$DeMutV(=6M=9rrJ(e}28ix9#M4orK=u zyYBD<8|*Y=5B4d~NFF|az162q7)ThO^G^C1<38j087BwU{T`YumlPws&2^7m++pYD=?-7uQ-~Lw65Lqto2|Cs{uW%n#&&N>E?(nDclf6he)@neOvCk;Z63Rx zWN@0~a$wyaIUmvI4w~<1yCtSLnfddpTRnr`&!O`v<6klN9d`4YQ)Cyv-a6QiLdOFC zwq~4p^&F^+02L4#5PpI~Xk&Z?rA@IHVWF;53b4*0H~b|()VL0&km7QRo+ zzeTQV_&V(O^7xC@O#ao%6Y@LaKM|2;G3#uxz~<*nnI`OJ)(jy`Co|$xRi#*hyRY{X zO<)I;0U`AYiYR@+Ak5&%a|Z+RRgr)y-2yZpft?6e(L~S|qckxliD`6#F=t&Zf;y6A zGTl@Mhl+I0?u6h@Q}7Qm*b0PMmX*pPGsh_J6h=igWX=}efN+^kUUv%q0N_M%uxp{w z^cwtrKC;u&6sWGpPVzA+UB#*e(3PyVuV-A-gmMubSXf6`3HGCYl-?Qin{2 z0X@Ng#|^iP9|6svq`*n7`$kShL7kDF&sK zC{Y8n4a{Pr+rz^iy*sF%z=rR41iyy+)^o7_hQQ&((cf$aoQKD9{%IV-@%>szo0goYD;r*AB+^3>yklpQHp$k^6)^M(8w;N7i5%$CEvJ z)HDZ6E5#@~7`o~NCf68!gMJ6G?ie&ENHM7-@Ga&udH1mT@_I?ooTJZ6l7)-2nWiM> z%K)@shv8sa6iJ?VQu1H>qEeyuG5_5-1Mn_=qfeY$3&{NXdz7 zKqfGHvTae^&$iJZfQI?EBn=02y}|jvV%Oyp2p`AaklbAJ{27VDKmYNmrrjtG+KH0s zdCk2sze6V-^N-?#BkY*>h%9bMs$A}v*U8ix`*0$90zVBKf(D6 z9iUn;aYX+OdO6`#Pu#n|gPL`-A($KEC)X-M%es);i=1?ZY!o!<3T2|7LRHR6D61}$mh+0uK&jQNVobq2 zNihY*nAF9f7QLRph}S>Dllg3j8QsuL0d|jl^fdP9(pc)azV-ON-hcA;L{C{{J?Hh! z7tdeoHLqOu;58BtojlN0Lx?JfXD58z2_NL|R8>Wx#M%j2&arRUR|ozNBoiGn5)73o za;h{c!{Y)Umf-1t{8yYLw4RuGh0gZak)hnu7E{s@+@msm-A@c50LWT7CZQFaRxdj| z6P=jYfny7EcBVTPae+K`_l*V!?hOJ2XG3+cM`k#=j_mNLBSf}1JQiVI95oa=o384a za#3PDorJ)5JC3a=7GPDDvLf2PW&V-id{hX*I-cgWGFpUY#;rJ)9m;YB>MV5wjcW{l z&DF+eB}UdQ0EJ79GhNJP0ICLHg(3pY@aZzO0W@FBoRuj>k(E$vpr3gQF)4%uZ9y%( zTPY3bK3N7R!*q2#o6e2phQr(t`0NC?+~1NwArdn8lNx|`Bq((@77V3jTsJZ=!0da1 zGVL}PE8O%|&|Vjnid; z3&oU#xYSD=R}L8Mpd$w2b!^P9c~^SpV8QNSO;EW*7k8}xk|1@2)+02TPRnNpO((`4 zpzDO}8}3^s4uU91y>)x4CQUkG8MWeZ;p_@8nz^m}%i-g$n(v7&?V5#5MS0e$|0l}{sla^bnW zLz-0ub7fUUF*(n&$lxw3Lzj8Ad>Z($zHfOYV)1xgXeu4s5{aGRZ*5V}QRFK^-xQ2qut*j$mpW zqEM?Cf~^){rU0um(<)mggqdzubzgOcs3f7x*oxx*~6Ld>0Hh+YlmVmq=QGs;f3S`VV zh8*x!mVte_Y4X*l01f`pK5n&GOfln}U|bf7UF%#Z>xt<=~3Kqf;_#2HLgOr(&s!ztN0S?L7=EUC}AP={87i9vuR zgv68-V?yD*Qi{N0R1D&%uBTuqNVq}hCbTMwNdYYe(o=`pm13Og_J^HL2rwY^JxBgq zCj(4WaFo?|2NgxqVpeJ~DL5*HI0+}SzDtoK?;*1+IMdN^bHWJi*mo$^#lbIzAPcks zp<4n_4-9jWP-;0jI*+yCIye~&69DLUfR8PXq(@E;2uFZ^r0&3j=XKemV1w&KTLWM^ zcq|JHfW#vMz!WW?2+s-Q7$^E$=#clb?_HGVJWjNX>Y1m9ej&R+NzhbUele+FI)CGM0Vrqn8(AE&jFu#% z<2`3lWbFwiTX3;q$2E`%1?W%+64ywnG1#-k97i`p#z{d@_(SyC%TDps_VPSME>tpK zW^ILt27-F#8yVq#cG^D5ye2@p+_9d6qjj<&fWKk~d(E-nn))>~`G|GP6>*a+_OfoV z1$YW7;Ze-{rbI<}t&36}>$N@39GVW`(c?Y8X>8HsI7XH9D{@JqQz?Xm0S;XLwQ#?I06c+Lms3*D#w;rU8$6Ug4Wcc%O7 zNFQIF%YQWHy|?b`8&4kS!R1O!GDDL&SyTb5u(L-P7kl#g-)Q zdVM5eY_w~P7ipkv7)5eA$~dvFXo;jL7s#PkkKvv;1)S{D9fM>u9r)i7TK5Jv7`emt zP8gK^#R>o0P;VR-w1t>7NI)nm#;gst;f;kc8qlfr4I>J2dz7CuV<1bSHX-9oNjVaX zM+L@=610s9Dai7(O*&{ES^L1Qzr_|{S!?XT?K`k)dU||#3_&SI6=k6UzhFHTDNPul ziNk_XBmLl%)r0)$5%#U=Mu*14iTRK4ctqGV=|FOPjZS^a^qSYYpFO+LQ(h66?;~S2 z=x>dGFdgRm#CXfPXY!7^3>@&6zDETLAt=JDY3hj`F@`sKhlYL_)uXeV z26gCa#|hM|DoEPqx*%>|oh=n5HPDe5cO>DwyS-CO-x9vBF3yoT^D)ncQ>+uOwh9Im zIpJ52N~}Ag?>&C3=UU)BM`XQao&)})>w`9&q}}jZZwKuSbs;7xM&{27{HL$^ ziCZ!u?{MyHAY{`HdI`eLS7a_Qxx{#v+z0Bcm<9mk6!rMQ{mCJ=NN>KF$;?O*TC%)* zizz7=X#)8c@MgwblgZnFPR&Vp9r?>1w!c{JF~YNp=N;h{(!k0nk1-#XK7{>CHL>(hWNE>xCWmaYBX%aMVzL1lxNYuXVAfZiikQ=;|oO`jI~T$p2uB zs58b|KxbR@m0Otyuk{9pLC4dG-E{JrTLROLH4oV678~8M#)%2P;8bSIx>FE>9@SUJ(BVetc4+_To7K7Xk{e*S`uT&q2G zC+4xuA`V3`m|{ft)&-J^K|)?YY~rKG7F*_0h_c`CS}pY29)}@JcJ01_aRF?KvL>vFz2~*OxA3$>E_?Xe5+^pue+$hU?9}>l-5T55 zQExeJ4#<@@+a~1b;e!j3gGR?mjn38{000mGNklc2F`wqwk|>Z(g0~rocH|y5B={1ao=s{>+yH_aY${4431AMR7(xkbB(n-0 zzIgFUcQ>~r0S5(6xvMg%$9KmNm~AAG?-a(7@nT%m^fv%UkPP#Cc40T{ zD2;~}&~*T5jsY&`l};$FMUVv&i43aCQrNUS#{hv#9KjqRh7@!pgTXHK;Qopr)~aa^ z^ledAhXjX7fgPaV0G7M$R!LcYeK2_8A*jd7+OB6F3fG3x(q>24dC>q^x!M@KzMZQJ zWXQs@g0WqBOoM}M7!NDZs;SQ4ZaLjx3c82MIPBaFx+7>h0#48CVqn>Eyjg2_LmQJB zP)FopUQa0c1kg?sjZ&|mi1I>+iV8UDq?qF5!0gm2oMe%+{26HP0qzJm8pgL@(%SUn za#9Dg;sA(&os#D2|D)*9@1 zo;R|kPcNOk7C36*g{6?)hyg_A5%+_{tYuM7$)tIxib6HPpaeXTw#3@Tnd=q=ii-N8 zD3qxW(B^v+XFXXzC-ip5uHy68cO1*T)*qhV=wCj2tv~Wk{7=trvXRq|z&tL0zUtH@C9Gidka;;}KJ5E(7Q(~~!EBLcBIwG4EM(lI~^ci!RAZmI` z9K^%}*9zOH;mh?xjt$DNd~Y^K0!71#(7@atK>6+Bl2(pssA5=JwC zzd=H`Jv!?s{X|QGCevm8o#6cl5w?w&yjFNcvShu#MpmzIPWBI@=VG27evPA(nGS-s zLPai=LXx02jDbsJy%E2l=@UaxjL_q@5LK8@Y{YhxVwh}bg@5rW$Nkkzk2#5WaJJ&a zVmX~W`1Ik7#Ai;@Fasmv(xmu^TQO|9= z>hXidQ;WVOPS7Uxpfb<-0+j76hH+1N$MgC5l zolJO!l+t87?t8*6T^w-t1l$vI!3ut3pwJthE%zCED;ZZ#I8PI%>bh3jW8n0$Y#hK} zlXTx8mo4SR^>+I01fSmBZSfQMhHLEd6~5vX3HQs}gRb#oYv|nJlk7Kk+#d+~CurWo z!-je6>tjmN5R_Pd&blk&OwI}aF$%L$0Y*YVRtRc(8;#3tkO8zJH~&vxUmC5USS^{lbQfj}3F}jt3ps zkl6<=<})_hHU1nX`N-dynlN6&; zq$Ep`LVXBtu68!wk+-aGIuMEM%p>gsb2(@QoQjaY*YeTb2D%OazNOtVY*@SV+R)M> z1M_QMT0ra4(LV8DgFzlG&kcQ#lnwJ(Mt-+?OX9GG?=AgYyz}t56a4z9{TA75F#I)T zi>&sHJ>k$S&kbXJ(y*q_9ftdw#N!qtwvnEYvuQUSEqs1;5BZZ^BC;`FQjB^tXFmn5 zBfPZG+H&onq4ii~J<&xnYTCBYux97BX8l{_;vM*Fg6|#g6QMcw)>=koe`?!s@ZduD~ zo9C%Oi{EK~_G+t7Ur=6d^e2*vKaf;7$#6pP$LDus=T07Qe$ZyT?U~=}Zn=7=1JoxO zRb?TU5)2s^7=~nAfD^=nzl$0}RG^H=vBxVk{V3yWhi#m=Z-&4tpk7J|hanligRsQN zR7uP+=mc*E`dhBoI9z|}&T{o>$Wwy0zjggN@9v#gzMN=2@jBwD4SKiE9pHV8euq4b ztu;1tN7*5-9vVzLD@rj;&g%s62k^E-k6XrA2gb(;UjaTsiVBbi>2lu&%(h^n9|QCU zd_EqfsN3P>y{vQhfMd)ppJkKxvc4X>3|Gej`*`Rvh}zvb2y>i zF~6^trFG&jLf(K;AJ4mfgN(O~IpH5S*vxZ|$k*7b^}S>5H8{53cF?)6OA?tm}x5QVeJa zeW5e!MT+P{Vo9NHco!v1{U_a_{|;yAc0c=y2xS_Zt_Ld}aQi^y?KPD z$yTvZ)4GNp%WaDcozz5VNGU3&q`-X#WrNonMjctG!`F@qs=x+K(~tcyl)Er zXT-8c_s;d!)k>akPJpXPHr?-%Anx%av9IB@JBFaERjoRWniHcdUTtS+D2q}d2Js^? zF!_eb=Ic7q-t}a%ps#;(76K%LvQ7Aj$ zQ(_n}w4l*5g~I<3VT4gFnCMn#B|vpL|{ zrc9W&BXb@B#Ocd%rtQS|J%(q{ZUDAHJpuR2eh0T>I6Dku2lx$4XI@^X<-w&x(gxs> ze!e0CI0%z0-T-!lXG?BW2m!h}?J=?wbb73Vy8AWAYE;ylxkrHA%k-U~-F#Y}c4iIh zdaT!*+M&^o<_LctOS3%Zfq-cv-{K(5(`4k_uQ7%Vj=)ZS&2@ue@1SQ7k4O0STIPG_ zz8JTS`~Yv39WZVQATD-1I}G2B%JbRzc>Ia^eQ)FRc$XV? z1*T<-gVJtL?)C_TO2=yQ(heRVK$kp7J4 zPhV~H8EsG5iB4ZSW5@Bu^-d1{<`uOm=d7x50h>TNf0p=38&y<1yoKpmQ*6ASY z-+1oOmvwgHYCf!wYk2W%1=IYT9gNre?8`*J!T(PLhfhgDe4O`+pmB|(-r$t1hZ|&f zO*x^*7A1DPbF{oBorBpPM`Zo(&`a~>eFyIOQ2;jrTP~LOZqm;HmIzqbfbreX(QQ49 z+hzp6J$1(35odm2-W?cl-!*!_*&TFEV*CPGTmG-1)pTyLgFXHBjPYrOX?8H&qA%0t zAhu!r7JCw(5Q6xbb}&cAwcyoua)d79;KcKhav%{ofe-Tzd(hrb_LYcEQFO(I`{^isjqV(1Z;{jV*YJ2gVkVTo8!6C4#_l>eD7^DF{g;5i`Y5P}q<>=P~X zH+=%n6gt};IvN@}4 zlvq6~v2Gt&B*jVJKG|_U)8L@oqX*AzU6r$iW{Y!WHmo^Un$PB1V+(r{J+V>tsndc0 z?XqHrK7;QOx?f%2>cpmYRVQLAtOjX7Ha+~nqz2Zgz~8;|bM@$>Ao&Q;(^B7p7saF! z|Fq!5tHfXR*u;@!C&R=2%d_bOFNUN0z=T z8k|N{MjAdH2%$qL4N~fLB!enoK8Q#3rlFUwL1);o-(n4d4VvZQao?@Wc5q{2lyr&cgDLc>& zU@+MB7>2JYCQdgBg%D&%Y+mgMj(~WFA)Rmn4a&699;s7E^b2A+`T2-!ZJbB?ePwK3 z*TuVf2a+2c(e-w(mjs!Y1Wf<>m)q>b?X))-K@UULMNp7A4;+k!}`Ktu```8_8kty!Qb!DpOb-qPO$r&9q?x_ZuA+)?4Lfnmj8;~AD>?9 zcb~t~Z$Epf-*B}42kQN2asTlAn&bFu{hq$Rqt9HGACUHe*pezDdcIgvT{(r-JTR%S|iE*HH zf9rRT13rO`4jsmnWZNq89zR>iT000mGNkl=-KpRtgY{q=L-S?AC5Y$d! z&vou|WZokn+~WMV*w3E8c*I5;^9awDMZ>dY)gyI zy2^s=pgAxNQ<47Yl3h7OIQ53RVi=2>Y(h__xC^Lf1oa=H? z>4PT^psi4lruB^(^AANlC)NoH=qiMuIL$AG5M<7$ektOQ^HeH$USb~(Xhq4KQ~#($ zpCT9VkyTS)7bP+(rujy=IDy+8xVQhYUp$g*9H>K0>d{Hhjf1MM*4q?=a8lNvZFt1r zO#SG40t426%aIxCV)sAF{@8u3y9iAQxkmFq@ioPun4+Qr|G}9Tk>oKAdS_Z z>x{G$!{yVc-t>btui^PSXzduV-fZLz>5e3G4Tha;+E(|+<78K>Sv|?uxW2~L{i}iI z>jwXP!x8=hIkqrR6~- zOod)^`ec5VoCpkLk>;0azSd6+G0BVe1nLIo>Enix`;I`@TTnwM0a9cjWQ&98<@z1Q z>z!T$Ln&va5U2JUz*I$0W?UHuKoQ9-PdXAbI{NmU1O%kbEsE?FP*Pc>|9@hE@M8!7 zOhT_REv8XH)5lC!MWGa;$Xy_9)I^)dF(A;ffG4OC%SfDPj3|$4DT;aHq@*%O`BZ}r z^kWXdH8RnN(}B5iWnn4F$Csw5o4nUvj3jM>WBh& zIJ6zk>z3W`8u@L>91Rj1$d*98Axpg5?|FB$*X`X=*HfU_@cwxt?}!}`-0y&H>=cj8 z-Qo}p)E3%C@j))p{96_=NYE3x&(wtgU6M>Ls+Pgu0Q3WN*`b=g4YZk_JLp>zP;WWv zzoAUeTyJ@AeajBf0qQkLhp(pd2EgC4tNkCpdgs0v$qjvPxZV<=H;0bh6lGeEtDlj_ zo@W>HWm=~4KX~k+vzHC0gGbAHx^i!kqXzUd%Jn_E=_uAa+Es>c01n5IuC594bB)8A zQx+J~vaYnm5EoySc{v62^JO^&{#9LSQ5U@HET^(^JLAqUItR~-B|((pV7j7yHLvJb zF}7x0sTu2J@SRdnL?0mpRN^9y5Pt#}dxGDdfOg<&n>tOrx7u;)Vm;ddFqCm4d}5Dq zBOGL)WSBLd3H|1j6r`y{{y(5-%dG`}qsGZ*sv=GJPbsR56t45C&;r^mixqsC->Qs? zv@yL#XcqSh$Z>#fDvh;Fop&R?7BNk@>fxz{{y1<3%+5PzHrvzi(rHM0p167B+LVKz1IQ64V`TR_MmYL3QUv;jse~VygB)* zrdK53KH{fBvH5tSVLE?+Vt))R#GH zQ50H%kr|~xmJ!F~;5H~|+EL}iIug&GZ;}P_O)^kOZk@pE)pPC-sp+Dvt zplKl5T8I5t&#dWtkLl29j~?89LdPfY+tSbVZhu2>uM?X?^T~8V03;)E!gK-lQp}1W z$~0Lv@_Lkxd3sI*S^_Q1h`0%^1a|>$L`=z4C!NrlWrkQ8I=<2+Py@i?d`W)p@> z*1BA+Wc%+&u+%p?HV14hPJZRy`9fvRI>Sel#Kwr?7HlBiy0_FLULRzzGJxAPNyUHp zm)~lO-yNW&BYqY+sh(BJ;H%6f8;+$`i@A)!5vDDNmp6CXvXM?CV-2(7&s%Nq?1(krj1tcSqXxc^_G8qeg7)A)o$~i0Lh|L5+lSYJ`5a-odsdpZn z$$!19Oi??s^>K*w2|}l`LOoXWZ^`fqlvR}_j|SJE%os6iSya@Kld(Rs17Jb9NGfp5 zMOmn_!J*}#FfkrNkcUQ%8iqkF4z|PCdln5mX9=Ey3i$E}2hSY>Ji)KQ;bT%*W1Yx6 z5fBMb1Vzc4Eb2vl(5y`Ij?#f(Sy$6;X;x;fIp7j3-R9%;Yj%n+IP(77f5nS;c%O5O{3$zZ?+hJCkLW`1nqpLr2|l9AB2Vku ziJvd$I$z8H+zh8)Lr0-tfiPy2ko~9zWAn~yN7CWI^NKZ}a%}$QsC_Hnf5FlEvs><= zazYjf zLmheT(&~uLO;d~BTV&R7b+P;k@H%6B4UT5eG3S1cz80+S_3E-vhUOBvmGp7@incS> z@_OfsdZNuVuIfswSp^nq=;FREb;k2Kf%JlYm&=*1R&!l`S?-<9b&vZCboB6IF|}RL zZ#A!`@fGVO*eWWm8S}Slf(%;Uv!AYJ77RL$0of>S%fBnyYH{S24cW%Q; z$DAc_s1zm~_Bi?o?Y!=keL-ux!gg6!AtYt&u3${bwagivxg@0+m17`)n@FOMG~E+d zCZ3Y#bfF);=o^)ogCPnb=&O(GtiQ4>6e6`W*$&OC?a)WlN95(#P!3F!OrfzsCN2E5 zU^oN@;d?wcGfY2-MK~`7oO5E{f>ISp_CMvUP|8X2IEDtKS>R8lfKMgpF?R?4dhD)4 zjxE=Q(y?BJ&#S?&QLs#J}lg&b}XI`aABe?GB80$i77vC-Ck1 zp0<|$4VY?aJE1rGt;Y3~23kCJfS3*i_0W^RL`Hroj^KwD?1L%rc_T988U2{f5n5eR zjw&dSJjr~ZztuQ0CtWr1z*>H`jO{ZQ^Z7(O%X5NQDdk{IPk4`PIM1-?&UyNi z!|pdAs{u@0tQLxZ@dZghgAQ&v5zyECL}^q3aWQ2Txgah z0!OD5qiP&o1yQ2~Z$u)sp1wU4`|!&qefnBfR8v5Z{C5Kv@~8A?6MN<~tl@4(o;AK5AN3XwSj9C9yWJVeSAYQlvhFFkPp6fEA&ofW8_fS}B=(grye7P9SZE zjP3~Z4&>Jy{amyAb-AU^^?QueJG~R=IiWO zryV{4ealJBWc&ct@(vJ%2sDnGWD>#~d1Q>HLiSaWCnso`6q)<7AjrFv6X;7YRTl+7 zFF6e=sB<3*;|gR~Q)XqJ#>}b$J}XK&B~)KI@`}E`ce{(9r?m?D<2+}q>F3N`Wx?Fc zXI&Zxe)bXB83A`jeMui!ns^by9(h1)5`2w%!=u8RtDTFe7tab&E`cj~tOkz-FA6~+ z#tAc#wMXiV--LXMoK+yBlKSGyYi(V@XNB%6bn9!$^8%-_fJWbEXsqC=gx(m!6hw@x z9lF`ufm4n+jF>cGf3lN_qfrH8&5z$}4nZ>J-;8+^4E&DPuT8ehVf@)%4>;BhxVw>$Ye7q58V?b9D8r?2ledIg4Fa_aL8{5%IgpTFAZ3zF2QB#V9p^z8LoU%b8r zZ(BXPS<8QR*7JCb|Dew_7fG+z@|Pgjtm)u$zz$4@&<6`_elrX-AMh2oE4%X zvbB6&a>0v3hK#7ke`37HPfhbMh27M&Ui76@gzZeC{imW@;$AqSWsF44ze!)C; z-ihmcF<0`sUY{f~v1Wj_#ItQN(`Gxw)i6G(5BMqO#qF_rko%U5X$ZD;3HB%@^dBn*(`I{XjoozbY;Ia?)boZ9W=&sO91MmOy7e*|0`Oqknzx2v*$g zVBAr^=7jMGzjqU^PSZR2EeVb1Jb`P5i6tjpmgp`9)BYu2@M}IgI(e-l{cRVQ@zCB>8^7WB3^0~p_@7*#->oiMFJze4RA zhgL)1x~uSnY5_z)38s;Ei3fK7$Oh$fy52V0lQ8tk2x&wZFi}MH-I3$6lTHN4mZKg2 zs$dG8j{BWLh)Ow8vJ7%7R4ksLB|&HPrLjn({5+f2N@Z3qvkFQo({!H!z!-uAA69%w zL7BA++UEq>x+-ako<@neBLXgpq(mPDO>GG}%CbWaoRLjRhmCC000mGNklIC zG1Y2OO?_5=cA?LLc7uIBt2Ogn=&eTX6{Y_2*}To?wWhkMy;Motn|8~Fb!Iay+(xks zsxR9MWI3a5K_IQU&Iqt`*0kLG2Wie%OD)LWGyQT|C>MnydJy^uTtiAi@v@_jC2jPJ z$RU@dBK!xO=ZOA$MFn){eyOT8fP)78@6r2+en*}Q>T^}9sH!h{t#x*`)Ep;2pU;$; zzw#B@OVdjI48G?Jc%%3}XVzt%DX>6`5{@`VFc$^kQ<)*>8Xik@WL|w=&ELqZfM(IZ zljI%W4lEu?ejAd_UZX|~KEPiC?RHjf+v7~%1n35P?9}6+U5?=SMABfVWZc*Z?Qnt{ z65BnF=Z<9eB?-cFPOki3^fjkSuSgP{2*2X~mQ$`9oSNs}lf3LXf_3oUdQRI12G%3D z0UZpMG1s0l~J` zGIqxE*=nxU`CMm|)!Cf(g}!QE&}RA9*jCN>8TzRwoz!w$1$N5CO!L)3^W{PjI%A9$ zv1Y6}tBT1!S1a_34SAD6vtaE_iIVT_PZDxJA%_;7lvS2(LSUzWpInwQuMvzCtY0tY zs-Y(^nM*vq9WmPJs$oyHRJ=0dwH^OJcF5G7O8K5zjrF@?(AJdtV zVhoDVotY~kr^NU`yLrjfo1es5kvf-D7AmSznSKTL8F?kvPpp@ib5xLJVLT2JVJEQ3 z({xhR^E@R-^beks{+`=(d)y4(A~ZWeX$kHv7xH@ zm}$*xOKG_Py*Z2IQddyxv=Zd>AD zP(l41zqIBwrg2;xHLd0NxyEnLk=4VCnX1sLj-84)%E>~5{ak^w1^(Fc??_67jP*4? zu_I6)2+%!3sH#$BRZ(iet#%k^gK?Ue5+P;;x&$~W1f2-dZP!f4xqkK$WJMtDNdzpg zQyUmBgwyIspz$|nzj*Oldje7l!j}a~l>fH2=dO!Hz*tTKt8%Hc)uqbWg~nLx?W={} zf4I_zZ=LJox6k$6_wMO?A3V?xK732x`|y#z`@wzv@S{ii*>~R2Km5f<`qlT}qr9)b z{^T9~-S^+sfB4G}^}qi7WBt#6{gM9hC*RONQ2zeMAL!rw?3?c$~`dI(wr|;|E{ssO1;(h(Ezx+i1(_eh3|HvHw5AOe?>wo&5{_cnG>aV{2NPqds zWBugA2l|_DzomcolMnRonDJFdzbp&2lw>t z_pbD#W{tl>mfvT+AH07x(eP9B{PXX=qrayAPd7XY5V9M_;_ojZ@+V? zPu{-J_rb`|==f z-lzS2{oP-E!t-~~^?Ulu@4lyB{O|+)g86^=t+(|FeE-!CzoEYaEB_jL|Nd{jqksKZ z-_hUx>?8g44?on8zWuH~g8z5lTIt=#D}8`|zWw2S{qS3l^&`snkgH|*gKs|6cfWCO zqVsQm`XRi3!us#Y_22&B{v?|pLAPz_*WmZxVh_Il5`Fyo$M3`Q6L^1Dwv+$#i*M^c z{^AqvKh)pC=ihwqZTTm-ygZzY0IvrC4mh%-yWZFBw;x2_iB!Z>08tT;|pB<3KRn+{4b9#re7d2Dr7_Bt;Iofp0C&x0PVg5Fw1y?0gW z8_e<1!?`|uQ0s&HmA>_8p&x?Dzx>uC{Rp{#kNfXoTR%jffAPs9aQ~KmM%#DZy_&H0 zcR%=0fAQ^iz|TGX7!3XloA?EI`wsoT^ZtGP1o{3L{rrIY?=$9Ou>3Li-+XeVZ$7!N z2l&T_S4-VHtM%l;NzCaBkhVuxbA7~IKgSpT z9oV#te(|FZ^vj=osK5HbyI}E&Y?t4G?qB@yUHuAM{w4K4`{;pei+}UUW7#f@^S?v3 zp66HC*Wdlc$NF2=^!3+Ve~rBx*MG}8{{VLW6?XG$X!u*oFYtB$3cvAd#!Lkoe?|ST z8TSvr{4VzOWBu>{@Du$%|M4gKfBoZ6^&c4jAF!eS~46c|6l*`On>;|T1AmHXVX%Ym7FMS554xp+-{5-IHoIeCP|nn z5nppkYS_p%*g*&G7ga%wOzKEf0_`0M$~AUUkSIB6IbSZdBGIdg0$Z!}bwBaQuB9XR zdq?ODh_Qzf%YtvC=g1I7RcFChckj~Cb{9Kpk3(e|E1$9n;YM4G?__w!rIEzvP%tr~~ z4;s1eNj^^OI>gCC=VKTIH9}j7&!i6Tcw`A@NMuV5v3 z>Y>BG>f-N+%*w0ziA> zzP{7-t6RN#aib%+?!i)H`ut})!NY;NHAmhXjXbo;(y?U)R@8+&wUhBn+mwHM6S6pvjU+eDXMhA`(H+O68 z*fk$Hw_DrAbv)brfYXJ|*AY}?rR9IPy`xm8{1-fE$TS7&JcB3zzU+WodpMCyZzx%`I`s1IT>5DIrJ9RH8 zuhHdeUQgUucTZpF#j{s>{o-1;=yc61jiZwdPBU6gIs(`$a73k~g56B!IU>A>-w+t> z@CWSYNDQPI%E+|Alqz@&?C4ME&KNl0Zvq>l0z8hVR(oR!TJE4@bBq4~`zLVMVgDWL z3puptyGJ)i{AQ60Mdm!B&xmfT98{NS+H_qlXPT9T#M~7=^%5Dsjn3YFcyDU2sS61A z#GKxI?cl3dP(}weCkhw$E_LtzrF?RE#P*JC%ubX5uNl5e?8p9UQ3e(85W15hb|?VV zKq|jvkg>lJ%#QfNh;8q{t?Q4-rNQ3@WEYT2QD#}+5g%ArwNjB4!C{GSDNM(#R0ex% zP9_`sxERF%dAHsX1UqDT#8+&vmmay#*qr)!-beL_gLpA$hF~guZXE|*)Nv}~aiex~ zr_k&*;7c`})Irw)|6~7uvb`g7$CZHZs-SPiDewKWN{{i856)^mxwqneq5EfZozH7d z91HESx2M>3iwsWa)A5o`y-v_+oAdpks4+zC$p~)1^B=(GX4lYXke?k_m9rG{R5zfL zflau;S%Xh(xVJ5YfG9K~)^@Uw4&&}Oy-SKX`L#fDK83mT9S4;3Ks2Eu94&yli%z%OxRjG>LR>NeDNjXLp7=w)k zf>c8PjB)cKD|6jrR0i7ufUO7$5v7>F1FsjFz9EC#v8!kpm()SzZhO)mWpx-p3plQE z2>x}p8;&lqAB7lX;0k5Ih7vS%1}MBnCJq=)B*+9x4V@*lmC#XPtYsmuF4Jl7br{Kr zA-VsYz6&~7fs0v15>#kT5Fy6OJEaWCoTyyt$^CP^L$H6F zMC|c$riajQAA@{cS9%N3Kbmvp$n$OHJd*gD8~^|i07*naR4cMp81FsW9st5C=)RyX z;{aM5o*iR=)*~3Y##tXR>JbdBZ?-tujWU=S>D$0diyn^1*-48XXad+L@UY<>@)n2R zF?JS$7ETzs8r(D1J%c{$zCvy@)}9v;9gbQc>zZ9*k)krCLjHl|X#_iyoOzyWR0K~Y z#+oR0T!P-r{0vnYh2xAEdnweW9(gC6nA=9^3+Q>Ie*piHxdxsCPHRylmFT~sE>kKd znpK%OB6Hw!=`&&{=G9K@h^*{@oMh~)SWU~3U%b$Fee3iU%k1%n!F@6>Rm{y^YpkhKF#g5C^$#;U+k2CJqSH=@U@ zTKCcQ1$5&><+=e`S+5RmOX}xkQju^-w%H(E@>=HsN#sMY_5e)1b?-u-eDF4>MsMp| z?>^?_=&`=_uJ|}s&Avw4qQFyJVBnq!?HoThLtFvB_iE(r>t2ilJk>p@c?>*Ef@7>o&Z(r)0 z*w%-Sxjv*kzR*3{@&XLK*av>+vPM~XOtzslG2r5~} zI`9VOK%%juw8*l-4o3XJEN4Y^k>Qs`5&vmg_F#owOFV0B7OI?-)N5X;n zQWx_=?>#t^leGJ13teEx_9-h~1Fcro+VH6#rO66uyX4{Yq#*Vh``Bl7J@=%f;QE9`!OA73KN zWtj!Mm8l=G?~~`l);r&0KL_a9k$fAEPGl-}{*k_@RDOjsNb*T~&V{OauCgfgHm_mc z0UKhS81Wb(VVeV|2#q$jOXSv2S{K&ok&pY`aw4|bH_RwvXQLM+s7@}N9N!Y7L;#v2 z`?}1EDX~_el%i^M8L$a`%}=aR`f@Jw3)6X_H}P*G&{5SCEXN;vx0U_ z!s>A(M+D@cKN93mI9B150t_dJ3)BS#<{7542kZ?X7)P;AE72wZGm@c&h=9m63mCCb zBhT|$t)eo6Qg4L-jvmlhSOfEP1mP0`g z?AUtv9^lW0Z9O*dVth0tf-U;$c@74<^+?|aCu~Q40!KY~+Y|8i;N*^kV2dH1kma5X z`gVQLE1baAIwV0jxW8oymO93DfM5i-5xxg_J+X!}beB6Y@Y;@JbJVqiDGAoFcB=i%}Pl1!G$}Hok z06W5Nod5tC&5_p)Jo$8ChXdW{x%t_x_Wt5SBJPaa;83_P4p79NqTo?&m7@at2AZ-4NZ1mUsXBe=fz z_)70QywE!&t#997@k-%r3UH4u7rIzhxP$IvIQXu0BK4x{TRF*oD zXdOwiT5#5Zy?{-b*OZ0q2X**@h%QDjT46h$dx>4m>q_niVLE|zpZvARZpVpGKra#f z*fy=7mQ$gYo$J80;grdn2Pd%uesH8D?CfHewWH?o3PVPEIHgi2EYYnHEft_#(#X?t8QjX8)q2mA+d@AyaQ<4@sTlz8O6lh{f624?) zEwWsVBr<^joAKWjB{v5po|6*+b(-g>OUo1aS(ar^T9HKDW8<*^w-3&jdh6bq9&l25 ziQm1?>FEXUyX*d_#JaPbWt>;=60nmw<16SaxCff-q&uA^-#lpGSiKt}t0uMhhB0LI zuIr*A2~|;63Y;FA)`$#yaN5A%0b8|iIpU`V{98{UD5}M`w8R?wu2GQyet?#i&03`z zdSVD9#z{L)LmUft_$O4ZB`02wAKlZvFOyySG56iG-k!vzL1sI2@bvjB-Ej(76{TjJ zlJu+vJhdU|@JUC9F78NV?wHq`(m!*O7;^zHQU2rz%s0u~qfOAtj_k|9w?V+&A5u2y1&QJ8?lbB88+KySHO01@R>MFCUg^nRm&P|r7G zjE&aWazITd1eeR1ItI;WGwlF+gV4(|PeNR+&Six}1`m=t)@U%ehG5ds&ut+}2_rRK zM;xxkpgmdC2B%Bx)-}RBV60_5b4ONI`j0a<{XSG}+wAwk9T&p6go8}yK zf=AQYqZG@?0W{?#(^g>lAw>1i1vY_7&;pv~@LQ#T{Gt*-uIf@1&S^H4QgfaQ=BOxT zjyU=-jfGtmW!7v~sHRjHjGrU@3;-n*F7pr+%aXo@0(Bupi84~U5a2CpWHQ7i9~U7S zCFrr4Jqq{GC5&J=7T~AU_xpwdqC;{djLB}f>KK$KVn3p ztsEtn2!6!;ffAu*fU7YiRb@Q|0~>yXt}#Ysc$y&x%cP)h$2>g=LdQA^66CS=s0KZ3 z2(%8KM{sDIoCs14_gz1zMfL-X_F%~g*opop<~Z?u8b_U=sfUk->j~_%^c6ZAX!9*x z%5^S-pgsg40$FBn+GQ3sLX_(}=AG!^!Rf5$8K7gN^zdMsj$nqVCK;Oki6)$kX>P%! z7s$|1rzAV>G74S?;lnjRa*lr?nZK0`0 z-aR7*>T}M>F-@}0$k;M>Kr0yA!hZ*YEFsITHT`fo1c~7?PkWM-Jv!cy7;JH1)0a$n zz9j*A#mU4M&!6iRuRC6{YkSQp#T};`)`90U!Lzym>xIs^&Wb>Co!K1*&C09=naCqf z60XkYdcX<5Jx-+_^8D7lb3Nwj!2cGB`9lK4gH^4^T;F@JV&{9V_a2_>5&a*zomW^- zINkcjJ6H0~{O$W^azfyptrH!WS&=jY<2CCp2{xAm|J9d3a-2OWkTQKReK`wjn)+(q)2cbabj2{JV&{smw)=`CR72F48 z-eEr{cCQZh2Tlij0-ms|Sr!-=RN$csthg9ECF)CjPgzDSs)Q^{m0&Os&@;g{oc59n zN8e;TYDmUL=p3l){V%TWHq>qDvQtB%7g#G2hzjf`VnfTEz-f?%NbJLh;ygRRZ+=H( z30ySLn!!d9gXZuz!)Gm#XUQ<19^g6TWTRx`QD;qb&e$y!c~D&>6I}-K{yW$<#JW%$~yE}C9 zU+LWPn(NdDeD=tuu%|RSfLGgK#2!X`gUbN#4P$%OFwO&Z6VX=)K?p&K`v|`yKI8i4 zl`hU^6D~5e+x~?f5fO<&1D(A}?07)08xs31uM*D|m0s{F5SCP1Z}4{s=4_*pB}!y6 z*uG=b%6LPTu&6R;Mdl93U94?;f6l9;XKYA(D&S4Y1|9Aw5&MlHkO*X`{dzy~06@G; zUbDL?ima+Aa1>GAIc77%k4BnE8vm}4YAZ1N`$!AYmUB-os?LoK*%Wtb)(b{0kuaII!y0Z z8XT;hOHUSTM=6bfcjOeHQ-Bt)cZ6u~zB1X>e8DM)0nBJ-L+Z+zz)zjQA#0bRu$}|OTbNd+^OBgOpp?)Q>3_fh908zZ=D>GiO*{52yQm$`mZ>!Ys1BK$pEba`#__xaT(8Lr zzu-8`e@)JR_x?G~_%*xBHAb+d>=5Jzqrh%)>?8W?)S&MkCxx&ifESR}k$|*=-#cD~ zT;J_=%?@+J?(~-3-YvUfKfmJMe}}*)DKFVkd;J?|F|8*O0MD73>%7VsaK?E>u#|Oy zt`~KIc1Fb*COp_EF4(C(y1&xBvxVNm>H8Ih%M*5ak5+R%p#DDhb`bY4n0q*W?~X?V z;*yYE4`UMsxVFgWguX|3t724{B5P$WXC;PJ>GFJ`$Gie@K)JtK=pp!fmtf)Y=yIh8 z>_ViB zf5-o##Iac}T+eAgn`d3o_V(36SF2hT-XWxbo0rBAHD~;4UaA5oL3W%0r<120s-485 zE+=P_XlvLVdMDXqk2P~F!0Md&3hqbral$qafcxkI&bH`z2PW(=jkzB0wVcd!wVY`+pFsnK`*~eKL!qiDl#oHo{0*}2ShLeeUNfpF(i?k# z_XT_x^gE&>V?HRT%7qr@rKs4!Vf2#COps0q%HXADe(SKLa#bc716RvZ50KmAi<#cK zTI%urGxo#w-{h3>QaynvrF zM(B?U$bBG~W^gqtGl2`#_7>#IA;IDQh$7Uqdz>o)*VTK?PZOP?!T1x3Hi6!T8E7zAPr!7&+{#I^cp+9 z#rC$GJo!kzBiOYB+apQdp6ia{ah7q<+@lj;Hcu_>avQtJ9xSv3`i`Iw*o7C+e%#*a z=)lj>_<^L%bM~xRuy*c8jri*UopjhwkE698I8rD4t7S2u&l9Jq4LEX;Z1G7AWgr>p zvHOS*;cQzy{;-43hPiiazIx`~L+75P=mdRx=sWOy;AFu;%ikC9bweOO(00P79oXsm zJ1{o{x+Ajcz-B`d9MI87oNU9r4H>ZC|JeU#tT$bSfaye&g&=$QNp?{RH zjV#-*ONvRWMXe%7EK4Lat!~ieD_(m&e|5vD=2{!#L1SDo_Urt_BjDbn&<24W$dIrz z4G4X5DuB%QBODFP8beY-Kz6!E6mSQ)Hw20fa72VRud9j3ImTW>Y>l!`1TxQWp<0l3 zE*xNzE8-OC%dnrX!-=ajF|9ho2yzgx;b^ z49%*FH^s7=6JV;udeC3yJUQH&wdw3^p4Sk7_Mi@Mf~y5+3W z831zI8TB*wEs~OiL`LO=tj54SH4}Y3*zb8BWP^yvLiBM-T#J;Hk!{KSjC;$p%1K2L zRiXQ8UaFXt3Lz-RpenKs#%BXg7;+|2j2Mt*VZ$ouM;DT_K__%-ln)9zw4=5-mi@8U zNH!l>vtT{*RI=8*Dm6nErau>n^%EopN>t8C=5r1m=Va{@{{(Oc`7`KSl$qdDV9W)< zuF^SjTVRY!=Db+Ub%C7DXO&i9dPRNBd^rkvM^*4$Dw5mz$7Z#{Bv2s-uy zJvP;nJo>vaw`>fyJa^y%EeLf&&M1blq9%HK>~D+1-r4aok5FLFK|abxO)6PCKtoHi z-ry@*>>L&}!x_#v_DskCGSx%xK%qM_78n~@pi_?zshHE>37OG2!?sIGl{0h%TEGf2 zJK|TKvnzZ_P~H%1jyQX~r~tDRgbj|qyx{=`kco(#D}1FBXa8E{a}tWD z(E2&Akv@I3(WkH0`V+65K6}aa`K^Bc`L+J#PcQY~|M)`xjq88?!%O`a%K!PNSNf+v zznbd*>5nh<&!4{1KYwwp-#%l^)3yHeY^y&$Ur$NM?>~K}=OisJnEN&B?9gQk9YV&I z%bvg+LeP9g0Gic0A%{5jvW%-ZfYm|ftpr>F%tZ8TEJdCR6q~^>;8ID4WmPCsXW@>_ zIUpxQE}{1x-HcOk>cG2HWLm#bfr+)wIKe z;g&HT+Z%|3_?X5h+zwO*r4&i-Yh`?XQIx8Y*8zJuQC8UCV z{^hwIU!BXgd_eY&r*&C?{X#u!2IwCt4GDY$eoxri0U8JJ)zRJ~bK67&n^)kfV(kw5 zIYIk|n0QCv|D4w}C;02>udn%u9fAsgIKtq_;9GWgdlG^~-9S(kgp3H~NTzhnyNW;` zJH&>??&#~R!zH2AjI-(>xQCIEjtO! zW}^%U%bYcX(G3|x|3+jufEJ23fM^qNwI3|>`Sd?H9$n61lT$CkIBrgR;4NcT$NdiIpa}e#n=Mn6v!eVhaf4ru>P!w zlY!7Q%@sr9%1K6y(^2ylg&dHP`GibBB>D%`C|R~C2qzb1r!kuqyuU5wfUvAHPQ9AI zw3?U98C4bqZKW>A6tCF5T(0K2WCwJynCW~`>4M;XbvBp3asBp#3q5&wskhkeyz}5p zJ_db@_pN?sx~hvQ=*_uioK^vkDMsju@Sc?*D#Mo(20Joe>oRLzR}&p|N(45ZG5i(f zj39Oa4O6gWM_;>Ni6danguJpO2ltY34xnWe{$j-7dVJ@o0UdS#|3JCMIX&YYzu(m# zaRvkOJK;FjoJJUDJB*@ZKI^7JXLT-AT0c2YwAZXVo19RR@m#`RPEn>IfDhwkz##;9 z46bK<3{eq{c%A^wsG7M7EpaqX66-2!MyZj(jIv;jIlNR9&tD?H65P*WK>}e}*Iesasls$meWMmtK>|^*UP87~DJfBmr;_m{?G*tsKwoQv2TML>8YU!- z6OR@2TrOtQ+GUU;_F6DUf$Tw|N}O*=e+S|o<~jnf*+gXWI*>2O=V-Li5qUSP;T_k3 zetT^AguGgkiU!BoV*kRZBeJuTY;nRJ&T62|KH_Bk;N$~qW+n$lid=hie4_qD-~0Eve|&bMXCwkI?+)6M%s6Q5pm|3^2`RiHY3X713G777H2AOZ2nE2F_=d9@zda7kYxtJ;B}z5&H;8EsGskca8tL zb79BoWZ;fn@|yb%L1DxFEp0cp0cie=VEu;|xB4UHPcPQ`J;D8V&+qhmo_+ldy#3~j z8~ujUhTlHD)o(t((LYiCndg7{;3$}PLa&D~nN^{u-7M%{5I z>v9k8vBoch&3liorevT)|2?uD90$Nb6_XNJ7^!cO`w1B$QuXMkLmzFKrA4g{zk5nq zZ3xU=P#71Y#8_hlmCD!5xPVhMHUvHcIAMr7^z7FSNAS>%Nq)_^V^iwy)oh40{%wve zrwlz)HelVpwd+TGi98E=UJ&q8Oi4X+wq6i=3QC5DsxVFTVKM8}ICSZmV=(@Z1xtIB zdTx5waI6X96Qf?dM&`f&lb*hOt=siRFJE74z1@PJR<|TCov{vvrnRbKiZ%8TiLG7- zKRa~I5@4>=2%!f~GW<%-_Ay{vGw@U+!xSU-85H1Q3;{U+ennlLovDO}#eBy7QfHiG zF6Rp|m7YV}GYXV`t)Iw8X0pJ6^-$NMaP?vr(y=2OwFR69fY4*aUa1At7HGmTEoU>B z*Tj&W!I6Hmveb!r_(3s)PV7X4NITwT_I)Go;Bz(isS%05pn>;ITY!JfG1}ocs?3$n zS4%kybnxg{*9K;Xd`SR2pA+zwwJsNxR(7&Qnu5%%$hun2w89u`6kbuzxSw`mTxSHQ z8e=`9&&An{peG^QX@{QylpWI@j>P}K!VO1p8iE>l^%n`BaoqQeBf94l2dEp4!*3~D zGWs1!iD?ZOM~4%%^Ic#N^CBrrlT%LPpprGbPDOo09+TsQw*%uloX>#sOE~UKTg2%` zjHa_grmdmakqkWdlnzJQ;8;%RY8XZZ))8Y}dVt$9uS-Mw=YPXU732cP3Hu7 zbAr=R=y=eKzE#ee(Z_uUjK#E%xgcQ*ynbnPMBY(CH$fHS7e&&F{!7Z-K{1M88K$6F zGOoa=iySBZF>6M$82`87B-V};lix7!iDE4KRmLrW!haaaU-0v8(d7mQV_px)dW#%x zz@(i^+m8w%C}5P5uSpqt9E^KppNp)R6IvTZSJ^Qg*;SaAJ#$SCp81UX201tA&*M7o zZ;`Qgssp;N;dMq?Qef3fsjf<0a8!M^Tejo z{aIZQsDc`>)x&=WT|Gp$tljc_ME?$adv?lu^uFV2{*5jBgfb<~(OVG$OZ3zCTP#cK zErg&*$;iKk;QQxuU13)jE8Ad+9cM*JcCZb2JTm_VnVtwB4hRk;TXtsNa5(VxVA_7> z06&d!#~9nbao^%YPT=JP=6m}Q^J=^Y7C`bDJ)735NOIzPMUq?>`Hd3?07u5%l1P5x zU`mkmuK72gzt->AW&d|}*Z=unzR-VTcm1FL=?nemfBszm=WoBzKmF;2{)Ik&V)y)% z*MhIHb^jUU6FRSO?pM4rnJ2gW$u*7kdA}O7Gua z$*;LSczC9d-@eqh-=aJ^*T)Z6`rca?`p%;Zee(ER-=cg-{kPw~(s!TS(o+MM(&r=E{hL7V@rvXF*7bbfc(~Mi_m_Hn zUh4_{mh;MPPCIa5Kjwd0*M8Vvetkv~VtM`P>7D-Nv)B3qvimc2&pC~KxjyP8uWCQz zq~TM_7q7P@9XI-y&tJ*^=-2O`UF)|`U+H&T|K;-+@<0CNe>m-$B*Y1ugXQgZN6@;{ zr_ZnToW$S$rpFEhrlf!^jq1?5ZOF&`8#ar^aRlGSc?XVKFfxn*j1B4u)+1PmF)%!k zY$qkK8^MNRR0x51*5gk~{72Rj+p3GGnm!d+3GS2Lj1`|A+d6svfdzT)u$enfBwoJS z;-4z*@t++yyt~_QN^zQ!f|s{DqdUJ=CClOyW1$I;y3 z81^JNdz>_+s>MkT+>FC0JB|~M($1&B0g)3-$&%NdJ)j%_?O@;#SR0;u z+6>eV*)=#K2i^_u`L?Wk4K25~2W>H^mUs3YN8NUK9dbW1wlyz|>nJUCC+2OL!+d&I zvHOzl9lMkb!Ni8OCKElt%L!-RAcqmdXyEApuZ{V#!qHDR1|6993H@4XZN1p&n;^?&~8l^ z_hXFHE0ChhVq*DE*(SE9vnt8o{9d5*g0+j}^@AWufhaY2Zb<{Wz-Hw|ZLD24%DYRi z>4db!;Joe$`L*zU;OOp%Or7}n&(glp@t~=X-BUPSt};bEo?L6 z5DJp7atg{b=2+yY1!GD{n4iT4`-2MVXCx_ebh0Q4c_$q_AH-(ntYQ+Ru$Csdr4S{E zq4@b?U0noKkT=(ry`Be#WU~U_5y|Lo`B% zgL?zMdvq{RI{bh)5CYQoY2iM25h#M=dN>B&HBmA zNs8tbJXOfZrQn)kPzXV$r$NWot!dpu%MqK~uq!{3FuClppB;(I0XmMh5$0q$g%p)= z?j=5{oMqK@Nn%?lNze=}(0eg2@L5?GwEOh{UAH|r*Sq)5^!DXS56@=0 z&srDw%=2XpU8TyD1W7vZ-g|?O*&@KZeJeb*?3+J*_EHYczxnNFy5_`Si(h#`fPX>I zz2<&{3^v%!22A@)jt6An6QUh5vkg1B+K?dak==>9205PCe6;A*^7YyycUZ-U(=sSn6lDUc?)wIv3tIJ|K!7F1@ zR>T$x{7R)EB=y+nNJ%Lx#jKpO0_z9slj{J+O_yy_3JSqE8F?+)$#`k;?O5mZ<@6$# z>hK{0o3#K9_C;mRip&#|u-BwH$8s_B+9Q(|3@zA*cG#igprG&K{7ho3ljP-mCMUuj zm@acMtsPnaY`M_Ai*ucGb>f+kg>l+JO9ihb7<9h{<4?$)3BT4)L^6U^r5I2|Z*mkv z1TaVg0{Fi=yqf)Ngt;E)bR>&80f-XMolYoS^gGgigqaAVIVV}T24D+# zZa6;KlMSurbIs~XsmQ9i)*MA;%sY&o#_p&Y0xOD2{@CI480-mQZrQ;(aJ0P3Igq{H z^1kRLyY%OrBKX+unqYrNhPff(@E3Jn5)@wp=2sjCeojX3FX{a5i&y$H?@qn|@LzDW z=6;j2g6w*=Jzq6<9h#j@60_g8w0BffjwpD#*XVPq>#ApDNEKu&_M13}luuqL=W zAUnCZ=A_`+>$Ut(+7vdqYV*1qYxr;8?`2Y@2Kdd%mbO$9XU9 z$N*T4z6uPgMlXvhv!g8K`<$XOZ7G|+sKod&1bGgB>s)+-f)Yi10!3fmCyeeE2eHPP zG|1P%d0?!ANdkMzSuw5A(zXN0TV!!Ce!O0REI_7%bVqP87922-V68#!EzYE)^ppd9 zu1P93$iR+ki+q?yBf1PBDyBCj#RzFgC`gl#pkW65m`u)IWzdMT!KX3sEX$V z4R(|#bZ|iK#@z;f?g$Pon6sTU=+&nqAw+1Yb%qW3w5x&75q}ckk%-Pa_CbmFdtP>u zJ?m_l_Zi9a3*_YQ1Q{ns@a*4Uk^;0vZ8$-2T@Ow&y7T5_`f}joOMUCfmA>`Pl|FfL zU*CTJp+0%ryk4hT1gI$H7dw1-#8`=%-Xg)~qggOmBYNoG)~-sP%vy?>$bp?wu`k zxtvos*NP3~#e_?6x?HH9)jFf!B`3m{^vhs=gjd9iypyUhs%C?i@oRaMB8H2oB%IrT zZcbp$__L3+&)Z;QFYw3L#Dz7Rq&;|Q@i&&;pphMPuMVFg<_ST_I#Pln*c!YBimb|# zldwihY-KU8=sHpct>!g}2Re(4W4vj+BH_EbScwVbk99VyO7-ZpVcj)!j8osBmp8ZS z2Y*F3`XE6X& zO$r~CLO@svP$pH-Q&P~5AV}Vt1t#ioL>?Y;2}NzQqD>#DW|Lg z;e#*yQjhXm1r+G)uOm2YL%Yjiz~B}%0*9X&a)x|A3$Q!{_i7&LvH z1^Si3_4P(~w_9yUB5pY{^B=sp=DpxG_cs{x9iUm`R5u1NPPT*AklswvLPvvKeC?2n zYYiaD)ElT$N>LFV#TZl+Nkxn*7(a){iu($}674x8^~~22oviO1lLBKLXeWbW9S7Sz z4tNJ0HmYmr+9Tf`a=8PbE)8?+sr!OsKJhUn4aRvy2QAkSf&%N>AUf#GMU=7AV;DX? za9@^^gDL-$9RPk6mV#o48sOj0%%TtkFG)*`VTtpYO;|1nYFRV*Tk>3?&$C&j^VLko z`^9PwUMg8Hb&*u1Ap6<@`I*)pr`q5Yb_5plu{K{MTYGqPpxKhpSOy19SsLRoCJ7m4 z>}F&w7e5ym?F^c1s6|o8#Cm?gLkK~6!dq64EC%E(^i!bk(9eTE-3{2%FL5p`rne}?=Zm^9lwy^~#Yl8TeV1DNl zFp~2PJO3VA>A*`%IneKj4K>LB#N2CMFFKL%eMdj@WgVX_>q)n>d8s7}m-Ys-C zw?i%`JdEg)STVgST%h||Rmi%YbG=;6WE`9=YON^e1fetLIA`870^J4oXW(XDBpD+! zWL_d~U_yctruj3n=~-ix#r8%AQiT1Wh%BqBLcd8FObEF(2){$tDHSTg!i@QsU}Fw# zbzP|{EAqF1Xrodt6qrMb3{8{X2mFumNrN&ztg5nVc!>yoj8VLz$K8$WTzif54bT>G zG%+S%7vUpo1ugd%wXTrc{bjAU&*ysQtk$DtrAMn;k1rN_OaOnI(*=Kz$iFpn|9pXr zDlN-G-uSGFq!lu%b5v&SN%pf+HSLZWMa-&l)&jl?Xf(!6v*}P`46;nLXJpVr-xwmN zl7kxbdr;6Gf!eMzw&MV6y`7<-<=I@h$O<7ytg9fk@HoKVfw3oK+j4Ed(Fxl%rjP`_ zf*6B*Vi6TkU{AjWeC@%RHxoQg^0i$bunWH)J2(lqujRTT30bc27xQ|02Y;U==h3}O zz4z9Aee~`FJ-UCU`7C2|Q7x}sCz~LsuV%=LgoafWpx5$gh@+d`Rz2&Vh+`%E+#~Sc zCjmHTofsmvc~T4g_s&XQ8z?5e62{9|>QUOJt5OzSgRgpE&F@&HL0|pYb0O0pv z%wwu*rsdg6=VxcC>Kc%Cn$}Q~0Wv7!$RcY5o-2irw8LREWOFS}wk2?kI2M;2lTwT_ zZC-Z{s0~gZk5*WGlyK--X9(yK;JunxZ@^n-T~T*$QObYu%13l709r$H$$SZZM(z>E zl8Ren?h^Yzwi!tTqGCu2k`mVv8P$|!Rp=bUSQLr%10~|XN1SI=DxwM^ zOide0pwIz%b*$5JMAuI8=x}%~LDjszDVMmEo1imJMp?$Bf|ez^iH<0Yi9CzqF?#^-AiZbZJ@*|z?dY?^7creFr9>`?x`Jzf zmJ@t5@EL{?XPMw5DFnuVF_xO{Qw(4r(iXv5q08k=-eoM%L4_{uIO?KMN>LV2qQAh9 zud^aErql{-6qZqnimX47RrEN|j&)jiKN8#~XFw2J!;6cPFw0_xG5eLm9=SBoJ0N!- zTQ|cf4yg#FL0>&LfU2dEi)c1E@~22yGw@rN8BB$#h!0a~2$Jb=K=x6zPeSbQdT1L& zBXsw43Mnaspb(Q{2ud-EC$;^c2D&WEBi92sn)pGkPHK7+LSH(ohu5BYJ-^3n;MaWh z;K*$qb2-QlT!N@BJ_@_HHFoHOSN%-Y5r{4dYu>=I|HY*+AqkKN?Mi>2;UZ(qIP}CB}*}K&ol?Yc-b<#f=DbL=V=vfSJM=m?tTsH=4A^ zW={Az>zTtKaXTf39rN`eDp16{;!{;wAw?C?lt}hck!T8FYZNzH&1#wcIkvFEXInmx zk~NIxO_hNJZ% zNPZ4+6dVzk3gS+|y+{&zUSW(Rwn-gpMr@~NtmS37*-lzx);iaSoCn1iR8@tF92F@c zNdetWB}hdP6{05pWm;T1c<7m^L{t20gn=Gab$E_<*_ z0k><%4g6w(d``~Fpxk~p;8!3>J^_g#=+d$#m|uWh`zlD9zGLMWSu%FL+v$s^FSTaF z960f)j6vkRn9T%f$}u9FQfDM|komQK;#bCax8BOm?0_@7-EI{v2>{xl94pKL-o)Av z?Fc(oZZM<<#WgtY5Q8izE6k4Ls_NYiOP|_TduD2@g?0b?opdVuRD(Dwiv+{8EqJ|rEGjpz}>P|3-APB zyc4$5?U1optCX}VG8uT*EJT^U5?>O~$AI%~81G}ep8l5U9>;5X2gVN6xz7mSmRHL< z+w~D(9iZz?^5MX6OMrWIx7RgCw>H>2c4sd+m3Yocgaf(tYr0qx*@nq6T(FBcM`yE? zw8&W(IGc;QoQ_1ji+UF$xtLY56FQ@x%c3f9D1~y0(;RjzDI}#BRpvzUm=t1Aq&>rP zpgtt@gF$!5XW(iBDa(YY0Dl^xDCYaVG+k=N#bYfbBVuzUHLo4^Lm~zyJBUe)st+`FG2I z_w-u-{Mjr0{^ruh~VPpfjbU3y$?K*~NK>5=k%}j0WV>Lf@8k8rE?jYM~vt zNXXF+HewGAymi=@WmzC+*p+SjMBkW_Vu4oPuAJIP)b2P_9b-i72Tr-9O4L7))XwJs0B{Z?T`W=k~cF27^qom&e}EiRRLyM zv*4O@R4TH{IxCk2B}>$Ik+Do`e`nk5kj;SHxTteNM}#QcKYIf-Do9fxIp8~tqa%7~ z*bN@=ivzL_$h2j=^|#0N-ERwq?g)-s5~CehYOq(!`G73f$b5&rHjF(n?ttE{5C0t! z>vw~52_dP3)~blu6cl)kk!#EZzLHJXoIq7d@X|ndPg{jt%aoyYM8`qiK_B{{llU+` zAj5iAA;(GqU0Avu{3oz(AHTuqhz0R;?%5xx1MnW_G!5_*yIje zwrzv_2%I5IiR#gOBO^~+pfvO2aSirNbVb9xdTgadHs&{(zMNFjSJXQ>wT`2LLI{&Q z259P$nV^4*jadf`vBGjXo0qx=M((X@t>E))UV*PtSF0JAtifg}<8lRlH`_Z;p@h8l z@WWX!8@54PeEgQ@9lo~5sCMXcRN@r7z{W$Rz zVLGL8(%l6~!F_z@axs_VEuv&&Gv`$vI-J)!f(c{FbUb~1Grh*~>9D@$CyGTqCL+j& zNjpGcS&b+v&`=;;1J&K!CuRT+H6cV*WuX|8a#0EytM3~5{iGP%83dg>YRcNooXG0H zrVhNju(NCc^uWaElI*ZYkR3uh>9E@%*jC3blaxdR5(yM}5T?{;3P-Z6N}VG}JAgSrUb&5NmjL2E<%;K3nH4bF zmZZdAU~wR^1KpzFYa43Q$?vJj1$5{~3`hbC({DO#G5n?<;Gx%n?C-#s6Ef-PHzKSA zI3u7fQP+pVNc#a0gR}^{LF-6vA zS+(HRiI4T=V!Ye9PUz}{yc`@0c%FfoGw+Jn4VKJd9y0PNC^-gUyVyXl6AsMsZy9U4 zj!x{hC*IpN+JGC&`+#0HIL0k>Z72E;V83B(Cx1c+lbr0##HU9t9foqkaXMh!G4?e{ z^eYlLzt?<8LUHY*bn08^j?h$rkD@4*Q&tK6rV){%o*-i|qYpnD6FcL@c&2nXQkIkx z6U(J#?XTz%0*mk(f=5a*C0Xt%M+NFVcJTNRrgbvy14;?hmE33Q#b?CNlsRir*I+0r zDe@l;^h?Z>a!|}dPYJ9i*>0EfV%q5}3D$L4s3ED_kOb}UCmmQGp|e9irn}|2#mP4~ zS_zD4d@8-vI4Ff!Be(oKW}Z z#l`lv!|r!rbB%r3#$5L3zn!qy5$p!F$ha|W(ApCeNBomzd}1DB&DS^2y{6=B80q06 zR+UC-;?y@G= z;=dqE#;D`2>yOMIW1M!TWmQOw=~*k}D8wN|sOV?$VUEZ};~@K_7MTb+4)~?fyr3uR z%A2g9py)Dc!U0n-PgKr@LWl~qHu$3>Iy{nS?GJ-CyOv|{j#Dj%V9D!_5L|>PZ$PpH z-V<0UraApwFmcjIVwsduY{u z$G{^2?!-b1j{p5d3NzlJq#29U)Fr?cV~_zLRAL53;F2IPrc&4wq7AeIBorY4Ali#G zV7!swofK14qRaqKO(_uU05b#YkL^iC=oR~ehQ84WQFF>h7R*+p>^RmI+KsIzjAy9!KWy*>RG9n)0?9( zNdfvY&z9B^qdAxkXfRzZ26%vvEp+WDd+IxALSzc));l~qpBSU6BFh=C-=i+-N-NfR zu$t>W<#Jw=Ay>NKI;USv$&BgY@j#NZ!{M$e8-m~-`FYKggE4E_DQ;;yAk#h94Z-ig z)uo}Y%ML@?5{%ZgouH9n1kGm3q(8^7p1QnR>kG>B*BiaM-RqXX=b(CouZFn?c(vS* z<{#&KfUX1dcz)yj(tMoF;iFcCap#m2a|WMTMNuG+NN^c3;&F0@Ap}`QWzNVZp&!O^ zKLaOo?Bk3qeu`X^oM8q z{Q0d8BuD|T9B`gFMa@{(dc0)p`JD0an0>sCoFe_iXTzA6oIF^T4cJN1)-}GdMd&QS zRb3SmZ42lt(fh#I9r9gMD$AqFn$yQN9>G*Mj3mE}tkcelglGpH{|c?YAiHPW3BB7+ z?pPm}F}V)+bJK+;O6F;C11Nc^h9^*3LjrNbY0#QeuIaads5>(LfL{DvqaGP~{1Ke`Y8z>pZ;woN zlns5IJl&$dFJ7-T{kj{8*>hz1iiGu+bq-(Basr2T(#F0|mL{Ac7t6rO=@DPJWj?o^ z(5-2_gQqRK%LZIKU?K{oC<*=*qFR!Mo^kf0JxPUq8Da;=U=@8-_?m)(s$|==tV2x7 zxs+m7uZY-#VoFNrI3nLb|HuMm2x5Dxj=()IK|z}Xc%aSgJvhPa?TQsbK)YhDk*htB z6r}0C^0cqmqtk}I0I)z$zdhVArK&PdLA~ZWs|%ekDlPG0OYHOB`9cq`&UM8r=req6 zhMov5LrCf=u&Nd#d~+521Z2$2z4Z9ug&sV7Kw?p=VBBhTt_xmg7x==Fg}tujb1+so z*%%SdtgJLEXF8GuT!XczFRu0a`j%J7{Y2MvszH`@A_nd`y>9SRjyXFv1ub=3j{n!& zonA4(hsA=WIbSSVX#9u4&weh^Z~&Ma5S{- z2&gkMrZU4E!M`IJm@ifeA)<&;F(t(qp(!Y)q@pOm=Qt@SF-J_$NZ>EHud7maSpL-@ z^Jiz&LdTXJScB8)FtC<#I1RepI=~$C=NGr~Ki}v-BJ$6lU+d}3PIk_>(De-E{rUA) zpL3jZQaHq;GV5ueJG-W2%B$S@}L&((sZ6MDB(bs0z;1GH8-%gKkYPDsm` zCRxpqi*@Sjn?O@e^%)sPN(ezIM&Ohbxi4~(i)B44vMQc^UE{2`?3C?5j04k{(T4-u zm6HP;!)jh(xETWjZ_s6D)ML=xlJJ7>hT)&1RMAx>5y=6-hzGeNmPQIZq{W z6?}{_%SP-k2X@d1v5c+R8O-IxZ^5{-D3s}6mYzGYTPblmrA*UmQORFiyMMNj%RBea z^)AKlc8&EGyuBj$e8FpmPhZ~Z_s?#4ZE!sWrkCiziN>0M;^fTwK~TC_aQw-Rb41&{KrIy3CqWTAm$@Eh}Tj&prB+KM2M1HR#g*qvd)6>nH5Yc}-1+u2iwEz?;X}Mtc(lPT3Dkn6>Uvs(J;ACVWr*Mk%4s3-o23og;rIPB8}bGbn^0 z-w)ywB&Jl$+#c&X>%D{iPNOn%uB$>-owXoftZ?WRJjW2H6Q&)uvb8Pa2Ym8!hY#7} z~%5?5M+7Urb1v0b0lOk zgQkM}NS*ul$j>spB`LTC!?$4A{%1-edA_5#-hsxiv-VD=DR=a{ArVpAxJCtlk*0c>b@a=EeG z;K4SzBR;-jr|!Qw@@l=~mC9WAE-&=>{-uoJ5uS~YS9d$vZhhTB&kSE;+i>$aYYoV6 zR%POEm@r=9W6oDg{7@ldMPKt1D}h(KhWNg^|WNP z1&P3Hv0!Yk27#UkS~d^|kt1N-^SlGhd&;35bl~}jL1N8*PD}`-yQYzmSY$K`=_sWnu0w2{zUNq6lJ_{KgtX0o^s6k0w;QBkg(Pc zfs}xnh&z4=p5!^Tk^ca*NDp8+P5KC!RB%RfT7REUDlZ`+pBuZQZ6VGsR z6*Sgd7X;A7a;{ueN*H9Mgk0zV-*#Nh7}bWPMp0c#8jC`G%5pLg=ogDh^=zhD%^c`H z1R8CPx?ASs64kvcaZuBJ% z$M?1a>uLj5Ptaz2i|{=scsl5vF_)8&627hPloRr;b%FD&k#PxaiTQiRw$Rpt9YK@p zJDywY(n*}_8|?0c9W>aX9axWyVM7ITd;ZK^p@`~PKXNawp3YbhpMWmPGGPk|-y=D> z=)f?`U{}2?8?P1U>-lH`m%R?y-vOK45umpOwJo-KOYqym^B!8Pj{%y;h!R5tFM_h5 zF$4wE0nh%myig>blk7vBoSxvv^Ezqtsg`|>c{6Sc`p(d)F}vdR;=R>uN~(O~vOp*G z#B-WJl;BRIbY4$y_Qq5ckf~@QYrz$~p--V~eaD1N4m~ zlwp!%H%gX!51-bN{ibQPkFwr(*r4wZwo`QI`x6_c1_yG4zb!I5BBvdJXG1wo`Wq&h zdS1&7(aE|i*xBZ?Pyi2+BFmD-Atw2cdyOe8A`|mDuj?r(8=%XjW37>OM~&3?jM8*H zu{qTAfgixo;c$R~3XHM>3s(g2)jaFoS*=G`b3LG3oX=I#Rw2i;`P?v4lr*x2kISuK z$1KkiHLzK2bUYq8Q8>wT>1n`B4}C2>_kgTp?T$HGN(Ze2v<}QXGWQYt+7ZJB z5&+{h!*dKlukW_nk{rgA3)d=(jI6a@*$|DL*67zhZ8m0Qj$8J!P&n#$hM0$9QgWEH^0n4iK!l-(y$@_-p}C z2*@C%DR@Qhix>zfnb!)%{|G3SV~}KiGcrxcEE-vWEigy^|55heZI&e0nJ4&~boVPF zA|quf6hJlX>D_sD_j}JXJKZzgB)dTnY!ZYbG>8HUr7J5db!Nz`+Wa*CAZ|PxY$x$B2gxVW zNI>j5a9&g``=Vu6weD%d3)517C-iSm0CHfz#^~HOoG2*YQcK}Z5_etN0dr3(t1Z*`a$0R$s zu4X;BwbpkYoa$|E6c+H;wrkov-|Gu|m|n|hL`Qe%>x`T%gOzzndF#%JdgSa`n*Yv$=w|!qe zeyQgq`cHV3^o05`bL=}F0oU^%zdV;u)lHuW5PNhif{PKpx#c>5|EL)q0Bv>9>RX6K zm*s@)WL0%ER4uxq3OyNGf}{kU1sdHqFn6elwLuH&%GjDUM~ki{0Y|`Cq4PcZUsyll z7X%*G*`Wjyw65)OyzH87ct5W_Mi*R{oK#@yfP9z0Sq?=$wXc_z(|M&`<-f9ehh*c9 z{Q>K&C&zu&>2lDW^`QGFD;-l?E{I(_^zuNqae*9OQ!Y_<)RM!2@V~QOqmxguBg^J< zZdLt5uow8tJ$}-!T>S^rMsx>bSHM1I=n0ZajLPU`hQT=&E&5JQKHt4}tat9N_5Qsh z{fGDO>Md|x4_UrxzTl?ViQOf7agNRGu(ds~x8Pt~-&=0nmTq{yBzE}EP4Ds5+v{uX z39j~Ui5O_z^pBhF9-O*TRIud{2Q|VAf}@U!cejsM>Pms9 zy+R0jd3LU^xblC=yZu=KKa_M}epfo}z~S+;mwNi*wXR7DY!70M_q+?gkJbw<@tL-> znSEkPQcUoE)Ys2m=-JEHZ<3iUw}&eZ4}HT?-|!O;Fy9OdA(#&3oD=}!zQm^43@BL< z#h-9`neiPN&^f{Hg7*|#2sxmX4(pluhjGTCOuz`hD(Y&{V(4)SRUOQ`g4luQm@*7O z>4!mgZ{Ojn=2n|?z^Qiqpn)VJrYdw7b(j^CXa^+>B!G+1#7ShQ%=by$CwiaGzvBAy zYl6Q2eCL&d3mL$TzNftQyx3OqoA+Ja@&dhjneGFUGO1MRzqn9xvW`7eb#LZ z^4_wSf0b};LxL{#JnabV66 zjf)-5!x!gz#QWSYA3xV;IHrdr9S_MMzo7psYTrIQg0@BnndDR6Sw40`LsMJlM${A>dQ&S=9uFzVJPtfW%7lEuUN#h= zFD?g+W()`B&+;dTI!Jv@I)?sbNhqW=Bc~K&b50o{2HGw&HLJZ!1wIW!r%0c{?=g~V z40l7&J7Cx@^BAW^!V5ShI zoMJQD6}mYPxcxkVvkk8;p8P$?p8$!jqe3%eJDV*@!w$TB!?A<+b|{)>oJN5coocB% zS_~wC6&flWavQP z*`QB;U%i7*g6p2(9e1r@#vEh)OXEwSWsj{!Gw&)0%Ngd)6j+nxHjnfiA4EofCq|3HGxDm#*_z z0>7Y6YQG|DJt2;01FQ>ZagzT8JN}x4{PEdFem*1Eoa4wh*y{)aGi6U8a$-(X3Ep&F zX8$7lsjd{+p%!G{G1jy9a&TWpAFGx_RRxy}&t~ut-+Vh&Qq}jJE* zz7|#H^nF#P-*z%HZ&K18*-h9%2m!rKs_2$&Du#7lhG75z5CBO;K~$s|vl6oQ37mK* zSj28oBeoPEEQP4doXWnXME1!9jSl^&Bp*c;n0=g^&s#9w{~TqWH}Z1TU6lnh(Xt!H83wh>jqxEzP!>C$0m}4ukiN|pS&a~eW`O|lHl7F zI=+PuGyD6G{0!*eF^A;?N*+^1ZoNuQ)SXH#te7w6AVf`_roB?f)Lp#B(7)Q`g5|-@7z7ockUeN&+Z=U+qYNx*6B*`-(Bf1c>XiS-aB0aqt_9N zx>dJ7o0pkr+h|mclqMwxgNea(^tGxvSK{s zJ+A+!u+LGL&pDBNN%@*n&(pIDJ)wRHop$EuoLb#}4(u0{C-D5S3v1}M+zt8@y`^WnB{S*36^=J1^IecAhh30qk8kMVOW)NSN8V)xWNtlEfKSNj1$Jzky~1a1aqzoY+Tvk1=+ME2 zlcGckC26KP1~DmPHi;R4!S@$@>;36gjD*F9Xwk zPV}2SfsgfPMAk{6{TlMgYQe430=pp~rJ~hhp5kFu(Xd4;{B zDtnX=!Asx}<@Q8!;~+L6f5A8>F6QMPecECxJL;G4LDKfOrT>6UhZvwW z$Ur0TqxmA~0N)~Gd|`vLe0#RRw`}kmUVjN3>y(oK>(}MgUORBuQx45{Ox#*eG7lX5 zyIM4K1s+x8R&{xPrp?u*zJB^lj|k+=9@w+b6)u4QLDTlS=Md&Ny2bxqZ~*k)3~7Sa zGknHoJL&?P{QB9MKL7fK9+Dh<@#vYZw;SC?|AL}K0wC(X_Sn-PuXi~BBc+6llfLOE z!ZiS6kO0|%oSA(?4BLS_%q#h++E_&d^=0I-~sE3-B zgPPKrDbth?MnKuBqSrGPQ05WXdz_{F&dx8iH`8(4TeRJQXVLd$$0%%$jehe0J5W>h z5Fk3>2$I%A!9aW6!%*L|1HhQSMREH(_l^kQM+EL8ef!QDXK>V>|NKqhe)nXhcTSdi zi?#RPBmo@;yF%DUIIgt=T#2~zS!~IEQAZfDixnH)h947(vqw?3x`byJIQDark1LG# zisx&T!cMNBm}}Oa;K=>^r_Df)7kc|-q4#brTm3ftdk=h!ll$If>;Xy2eH_q(^&tPj zj<<0_?=r{9${k?cU3M5+ue;285$M*<~?(a}yJHd~+ zKL72fkM+CH9_xcIp2+_l?H?aLZ$Cu%h$QqGiK>4H&2!I53@n2)bV~E233{yK*XYa@ zFJSj-3F`-uh9!E_m?q}noe2MNp!p?2;J}hn7SDKY#Br(a**Xab`xn6YeCn*GQhp)DC7f_XL zb%Ac}k=5a_)A`wJefGsey?T8vxW<(|Fpih9|GD(dEP8&yEv@J8#<3;i9;@hMMlUlm z67=F$!NmIo{N!HkCIUTrg1tBi`10{n5{##M_Tp80t?-a!!><5da0r|MU_SQ9MettV z@Dq1<3oLI4R?w>ofoP%{MVS__P=qzGYAW`y_z80WPcn6V?fd5xhzdd@qwSLf~b zOB;b!G6X)NVLQD341y&Wwwhr4jAAGGn(3wh8z<>&=79h+l#XPg*8syij5}uL0*eKT z;F3~OrmttrnVH{F+EKhsfcLLZ`PZiI6HwnGcsddAN#M`kx}|S(DzLM8hk5rIyNyG+ zb5wO}nRPT|t@?yQpcFM?IEi-F&=u7j#g^ zB;j#M&3KQ7syj!$yzkrK_Tbh+@7!JC@YZ_&{))2H`*)VyGA#A}>7e&+FIsv3&O-0r z8Ccir{;f_APCC6yd5<}79d|nAI{(fh>+Z7X-m2*SI=A}P5Ovf?-J+~Y(2_Fbpb}J)oT8l7a~P&U3v0M84Y?JE+3*OZqe1+O^O zU*g2C8NbHqY$%s*yO0bxAcyGvBBU7G&}vZC1TMyh27H>>^8l|$75JB#72$V=pA)wt z@n!*hn89nW1AHC9mudR<4}{N@iOxNEAK+hLMJ-v@{VpdBHRITe1_B{N+JWx@uQJq% z?e_4jsOGE=$Fp8`y0sp3ms7=EPPcb)ShtTBI$HG1NwSI zpSyn3f5vI7-KM~=OUebo@RD^GIPYs}`-d$)W=}GCXmXYkIv6QakoNFHDKzJ4Khu+J zpB@itr|~<-dYf|pbfpvQ<_HIUwCFhy6lG{h$h(;SuBfL3+6h=OM1^2|8a1J_2Y9+g z|2E(;DTrYtz~1!j=-Y!Apg@B$smWo7Pumcfyndc%bY_%7l4267Lx7s(AEfk8kZ<9& zZh zA3l7hKT`X*v>q|kg&syQ~g}lTgSRBbzmAM1yveEy`pka1P=-m>wZ$LZjAXkp0l( ztQN{R&{}527!(!cK!37c^Bi#oRYw^7I9)2RHd+8M-i)gyV+=)IEik@l=nBH?)~Gc>wy!~UTGtrOmMiTo^zLE)1RVuo`v>|*S$Y5f5CBO;K~!w+oh*@4kEV-?=sD?yX+6 z4=M!k#j>bhB;+F1F1FG$)^(z9Qp^J1S+E7(1l2mLWb=2@@gnNZD(UX3v~q{~&bsRM znq+}Q;x0+VG0DOyNzk2D)!m~`_ehLx(>}#O?i?4rd)jk5!J0)-nXYvTPE6zUKk^Q7 zQiYd^q+o(yBm7D@_9OUs0^g3{<08#Ct&u=Dt7EQ9MrRmSmjs-s#Pg05bB8>ZT_X8P zN+|UVtUgB_Bfqy!mb!nk(!JwBch-YWk?$?aim{<9(4WyJ@tI}k8G;l-XoVg{+Bqe4 z)+6gxOo|Fk?-KnfMAiwz9A$&F{%+9s4JSe;1I2f4kl#;Yqbm)1;CZkf0zzm8h z%6sP+4N3)CYAMPoc?-2`PVn6k*mmIV>r(Hr#i837UJYV zb4P#q-d+9WyLa{1@88#d`1S*R`>oS9?nFDq09$8m-@v^fi1{|azdq|%2tMKa+S&mn zrKt6?(;Z~??t>Hk#d~*fk|%mVKwn{>mjsH(1ir6uDXT8>U|1OWql@B2>vVNoaF2_BfiBZAuCudd-klO2A@iH!H$0&GjagWyPeA{g%3 z+w$_-9)9*UtHAFO-{yIH`#*I18rkg3JI(MxD&X0dq%Nn{UiU?J(a+QMLU)c9I$aO4 zPdHiDRv#_8rY8kFwVMbnL)&hmHteGbHe0zl0pb$9&i! ziw(ToL$6_s!13P%n4swj`CK6H*Ce&icqRA}|Lqgz1wry9SL(0PH^bkM>|AndwFlOO zp6tNQJh}$vOHQNDNsON%qcei)HMg_#9F<~JMWH)zNsS*f0c$GFPYBL_efiO& zm-_XmPxQ-=zP_nHeym@9{I!0=P1CPGc`V;J{p#aK`sp7Y>Zcz*)Q|u0rGEVTuk@o2 zzS0jraQh+cFI(R)S^I(iA||JOCkakW1AK@G&pP$(2e;6%Tl&_$W4(9xh(pzhzQe)q z&)>eKzj)_V-$4)k-!p%Q+po87FLevOuQ}NSWVy;TA^!@GyPA|^ATg-TuLwQ){L8QO zj6?1j@9_`t+`59hlE)TZ#t#(j>0jUjTx^$JtxDoExlGu8n@*xRHyz5zG%yqtB?bAp zD@7p$Er)?iL~ciDTNlJ9fa4w=q^Z|u=ekBGQBNTPcYUK0V~CotD3>6No8=)SS@|l) z7DA8>Yl|{%P^<&aeZ(Q}P>c~IIv6!TcwqMtEM9TtMYj(7Sw2Z!qkJZ7fuR)KpCJ5%{Jaa9I2sNalL|waHweJ;cm478mIV*NmnKGx$)t0216e)%)Xmo%-C~AZs zF-5Vt4nb|t!g${mgmqIEeUbb2@Z>=8uR5_*F-C%O(EyFvN(VjIxzH<3IJ0Sv!uGVo z1CC^bfpL!o)+Oer6cwpwa8L~LCquLOU%|D_0T;vmQwhuqtji^Ndwd`w~x1g@@tt*-N zMMGB@>qtNpo+9nUSW-z@UfbmY&VHs}K_kIsPvF^OJ1$#J<{QdQ z(7YzI-?aDbzCH78g9G$9&FvI!d)uQ7UVp&xTm7vIJ78`I2piyBQ|1ZW=79c4BlCiy z#Pb0-K9T!GbV=~Izz(knG(HiXpF zkCwW3ves>q?OR6+oiOic*;DtrwH`Q8^^J!an=J6VmfZO4^~+_a^`fVAI%e*G%qp@m z|1$Gx&Kf6S2eYPzOG2-bvXwDJZQ$nt9z^(COHpP%;$b{X&@e$aUy|3dCbGtUNdX$^ z1GGX2ir9rqiV@ul@NVSPzNPHspmGVX%p?0RKX34Nd-!hn5r&nvPRKs0FR7I%2JnFu z*zQX)O6-f#_>0@1i9_0~%y>yrl~Phrrq1A+sk?FmYk>}S7(_K$IEfvB`OuU=_!c^W zA?UC@7YwNHlDZmO=~?Hs1APN@Q2q%8?Vdkw~EdyjmAz%xp==YOXaS=F4dm81%cLffT6 zd&hGRu>&|5=LL4Y>MMHJ%R1(y>Ycks1ojgG`?22U)zCc>%LkPEBwY7>o4fAS`~>!Y zyzJz1v?w~oS6EkXA1`!=xp!}^b???nZ{0rD9r|uDeuQ2hqr;0XgJ0Bu-|3-u*=K@! zQV)NeFl~^7_4w_3cl6#n_w~-(57ZC6W@P=E8;-}%Ut^22BD`G>9c!!1mk@*OUlD*( z3EFdjoHR*M==-QSOo(P|d|BB(z@=kP^CrYZ3?Ah_BDbRdXuZJB7P7ya@yY{yGv0_% z-}KY|5@3o^eXV39lku}&sht>5c=Satc%OB})#n!Di#fALVElmcGo6$DL}GAGMzmvm z)~pT2VrGmuzJib~?1YoVJlJCo(I`E8?qKGQHLuA^U%Y&&J?~W(LxGuDuet8H+Rj{s z?AU~rAQFHbf-qPq(#R>&4mWL{ZJY;`Z)Pr2p(8SuG2xoyqODIof-8npa?f1qT zoD0qxkeZbwMU8V1ubH(0@Rr6k^R6xr&^zktYLuV1T)&y;#u@u%9XL+X;mw*YN!COr z9%Dv%BnJ;W^c^15rQJ+G_ZfIx!s|W#c7~AA=-$Gs9YN+my~nxuROn#gE8YvP_cpBA zpaZTS`<>hCjh=IrcL6;PK6?!R08hQvbM~~+S@k(cv@dwi`4XdWz}uk{6Z2uRf@?T2 zg3lhN?AT||i6hRlymaK**N86eix5ALvnGt@k`v7prlQP z)nC4MPv7CT!0+*IlN_vYfGI_prbr#(<@^S&o!q@!M|z7ZewW)g;v?p-aNZTUSdWd{ z9I{F+s^Bmw@{aT%#iZPI4L9RGO%Xl^<&-srD8(Se(QG2pt~ED#SLB)^flpP@thvmg?%D;n^sWZCT(sdLWgOv4tlRf zu=p@H#)PT{MHmrdkl1scq!j6CZQIj?P2JSS)A01CPoM#^6G&&)6yP~Y56~vA`41$O z{*8cZURS&#KKSPvp7R>mw^;TWUT*mx;m?ozs(U1g4%Tma&dG_n3JN%IkF zM)t5xr5q7UV24?@w*`sB39sf-iaJ>>_1^tE>Y9J5ZQN__ogVA$ySH?gddd9ta)Ivd zI7nRT08Rk=MqhCc!d?-h$(Ndv&1xH7Z@1dwVD>2Qjyj-BGsPQwK3z@cJm>Ic;R0cY zAcdGX<@X9GTZ$Mi3S&hn91Hty&<0}}5m!u!WMZc)t}!ac;B{Bmm)i1f;~d3$%6p(L zMcFYYNmlk00)Zk3z7uQ`r>>xk0EZH^D497EI=a^-&Ta!-Cn&NLCO}viThq1Mu1)@Gdo}Kv2n1iyB)7T60pysdYJP=!+Izr>+#{ zCv`Pzy{H@O?!|?CIpiLH`N?O%l8wp({XFlEviG=c1&j4N1l|1v`NcBwVa{ zO>o$tHqA5_QDbt)b`$Jcg2yh1;E$;EW%{ z2}cFy+Ls#VMiXlmE~Sz!7f$9yL#>U@p%!SatSbsZGTuX1lv3h3D8wWlw1?@V0({BJ z@M;bLQ@$ylli*2WO*Oos!+}R7_?%-@ObHNytIVhjjE?6@zo0kaF*|5Jg2yKVr`Eoz zFc#?-CC4DXNCpnN#>hA5)s94G2k(q)0agrA2l!|m04=%TPh>heXxYKvIS3q*b_D7z z{P%MQ4+4An2bM0-VZUcT1O6pCd<}flo8aq)=RNB@=aP9_o(*R<2XNpcbd2mDK{T+j z=g#2Xq2x73m^x}i7kA)4vUg%#V(!ek9kd*PCx|IAB4?>*ogL~03Ctd68YEEQngJ-v-1J0)2dXjki6Dv}bQBDOZ`V42PIFqTV3p9?3Nf=&T1$Ht!+Q%lGbYx}O( zfX)qzLAmP`S+|E#lcGjoU2i9DRJP4u?e?=aB-K0UfedA2V0|1|lN1o$Oka@YW1qQa z-u^Jbhe>;!zvsk7m-7^bcOAnlaRl<+UwEltscGH=n3!BUtR9S>u+6hh`P8Qb>^~}^pbwh zeRZ*y=e#)I>E-!euAiT6^x|yG^G?rS?)32K74NyvDKGWu7ti(kkDut@xVr!4A0O$b zT+RRRgNOS0M^E(oFJI}?uV3r4r|0_e*}0wp=Nz70g3~p)9WZ{=YP)h$v#3eynssa0 z>E7`|Z*dyGf4tP`s+V7x+&LO#|9XpO`2EV5Oz|tUM`VlY`?Yi?Ac57VWc^p*3e^lx~aBZ|o3eDFn};*cegT3FUQQm|^6Tm*?^c z?G?y4hOAZt;`dLQwH7A!XLh!tvfI6YgGq6KQI>UIj81Ei< zDuf^@ zpxZaFy>>#+_UQCTEk3RSI7Hw@=9~Vm6y=x+d{v1(4&XIf@6b86mx=XUH5sx82+g#u z;|Jy(m@htC=-9E>HFUUb9ysV1aO>fJSCU*7wV)fh@z(rxNkN)`6M$D}_sm_erf02) zj5DRlfai%h0*4SnTjPCZp6v$$0|$J_4x6~b-korG{{+o|*T`Dy?*&2OnsGbeYiwf= zy?fTMwF-M zzIg8O3w=)iCy&qc2|@6W1o4j^y&@P=zJ5iY`zc>j9>3DZt?xC#k>{t>z<1Dp_~N1^ z9gm)0$Ul_#==r4{0{62POfU2m`#9j*oPQo3izyD#C)NFJ9}}tJm6K@8(O+3Hz?P%bdHs-q1Jv#4W)d zPVzOOph*Qq<)Jaw3Yv2PWYms;Y=hllWfv&lIf^*rkZ#`dAD9zl;cYNz&#|#G6~`zP zd4!=?IO&m0bVsJNX##uo`b;ADc3ss0B|nGpR|LE*8Q#<9FUg=dkz*vYg8VhYaI}GI z^GREPd)JWxP;1Z4PhW>!H^zGACcb-927&@~rA$c*eR@ zOiHZpa={5?PBxLc+>C?E0r(q?@fBCFR{ZDZTfHW$K7hx>_@oGJ;;M3l_PGghhl9Gp zL0L&LAIO?F1j`GI?tnb5!Q0pHXUNgc!aqcY=tw3eN1QB{J-S$xLTJ1+&v(#d{M|lS2Jk$D&|odV)pGOAP+t;yUUUMC6%NNRAWakV zXG#W-1#?ziMGuM=eWxX-?V;-wLcl(eq4_Q;fP1FU(lkq!yX|p9a=PbXPv?#{LlWN( z*y;v{bpfwOWDiGyDWw?UOKf!JknlMZJdr#Y6kTZo))svdp9660V*-fhfS#Z;R~#~4 zbNVqKQjSuPQi{-@)FH13T~3y)tC#qe9rl}IRAf$Kj4$>NO5y|D5&Uur$T;hCHRyER z>x7e7ty#4%x_$ddr@r|^9!tho@bifAfjYsv+;y5$5}r$k5L(%wZ-j{n%i9eXYAWCtVb_z{75E{Z*{GPOAy@vU;=pqx+F8%0_*@Y zP1Kf~0GBKJuR(5uK;V zH{tm0kUJRMm7-Gezn4Ut>1qx>Nd+gd1>SSsO*@IXF#ZHj`|1%Rg~vb)IHLp1-;?+p zw8MEd;oyjjdn@BapcpB-F?bZg#=Ixk%qYqnlf3tYhY9SNN>W6T3v~r22dTjGE(DD@ zgNgP`EtG3!%?M?OSxvzeBXv|{JTtEVBc%Wzf-3C}_y^6}K$nfc4mdL2cLhggek2*@ z9^wM9BJcx6lo+FG&N$+%n37^lf)tJLVviGtaZ*T1F)M_uIYb?pVB3H*E<~!uTy4SM>11NQl)fVZZcgCMSji#gu$AA2kglFE+-s$(W0wdg?7jzsmnz* zBqd2J_~IL+CH11q>T6bwAj;PszRvilOnXB1BgMBf9WV#x55RPpzyq^U0RNa`JCrmh ziS1f0md_5I^&h_4y`gW1{4Ku&_?m_*{FDQoU%R+G!&h0~E(uIe2!#GK;4aSySYL9| zcJYb&Avb$pJU`=9eMZ2z;7b0ooxndO;5z7jOz`^ySIr+1wB7!U>+-KSwSUDm^VbBb zXCz3Ef%%yBBb@mecsQs#$R42GbomrG)TmXT_4esf|I0h4diVBPr(7vJ(OWO7oGiX| zy3)7qt#z{M)uW!d~xy!+X4s_pe;P&3o~iAIw|o-8*aWIBGaqS6yx&FLaOh_V-WMdW&^$ zv+e=)eb$|<2NKWPbWMCLj}6LnO?mk8QeVBg(kCP?ACoYAOcL=SiOlZ^@J?`C|Ng6& z`t6s`^($Uk{PMGx`nNA%%KU%I3H~Mgoi(eeR0u$qY`^wl){SfQ;R@ff!`3Uha|F*$ zNdRwC)(F4?ohcKl(}!!Q~N2*@Rzkl6!V_EdT*Q{=VOgKPPTI z|W$`pJ601yC4L_t(S=`^RR zF;>l-4kD%FUDD#{Sb4e99)~K{jk!~$zrd$%pbegVU*(cZ(p;k)#4|iT^L(i08kcgE4=ln_ZKkR|oGyV1v*Ti?1XT9>2~>QiKM z)K@w99WRU4INAaIMRnikycF0kLt6*jMNK+p{xN!cYgu&%Cx2^o`PV-~gb47N zNq{EpWxh-h7QwYZw@=V9MrG`$xRk8Ga{=cZgG!3(hl9rvp)K1Flof*h$a~4yXZ? zPMR4Ldzklg42{owMUsMusywabQOm>)si`;1v$~H3x*9q%lWr(Wy&x%_r3}63%DbJUqpbKf<9uA}Bn1 zd8Q{g@>iFadP?6Dp1*wdN{g0ga=4T`gpE)Ub{9L|1c7XVbXa5zrXFff$ z?j-@_64+Oq_O|Gz4w@+I6*4?$!A)NkKe>z#W%GxytXpX$8_Cwlw#N)K)=^)}_5TMNB) zvS{<)Xa2XC|1N9aVUClFzk2V41mswM{obkm>YZEq>u;UvKmPeW{lEX}zW$f*+|hsd z_FetQ?>x}|>o4BYU;p`i{nfYc=r1UL_U@_v{7o@#?}D3u4SIzhTlYI;x(hqK-fr}~ z@%TayU!Cidr!V#4*Dus=6MSpI&Bh-dzR>Rp_`mu5nSS@hGx@at0rl@bf1y8q1@C!1 z;-H>l#J;NTpRV-a?y=tDCdWzA-IJw`mpw^o#xA2(O@X<~MTg%Ubmw?QS?ZKTdxtOR z`(C$>R_*_~S;OnTb|fr=0{{A2u!X|<0IVb*b}ufkWIrW7hHINqU^b<%S+{|8${sE! zM@#VN@E5h&-vawiA!@}<++yf8Q10J3(cRM%9W9qS8U}pDLZ`eYxXTTLZyDI;8-2xP zmvj$7ua}k03z;9KuR2*Tbqk_bv>iN7c|Kb7I$15XpwGzUQdm<#W&oLCsZ}+`FR(6ccx}Uh#hANHGI*xz?TA4|MzVwr=0L ztx&R}4VwLgBS}0vaCHPQKL`3#UzHF}Kp?49#ad(|-;6;Q1hR9=$6 zIh&+cW6(2TJmK{G`1+u)IE9?y6kh}X39ld?lh8arNH3Xpp`Z;8dK;rQ$l{9nI%Zu! z<8$bJNsvAtfyutlHltnu?=^jAlqZ)vJ?53kORmgb(*Km}&F5TYJ*EE{`<#RCCC+&> z1zjO3UI#bbwHHOe58-dHnh@HLvOVbzJ8e9SQ zjD+DFBOc*3ixhzofj2_OhJbJ}O6Sn+KXh^p4qM>3yk`oGXI-HSG;f zdBT{-H|0P*=cEx?`Wko-e+~}9aV7vwIs~<{qrN8KY?$voU^TB#M(v1vTlU!k`-*)) zNqYj%oT3cZcn9<*Li-HtxnyN@=;&yLQ(9`VT4+FLth)t!t>{{WH)8$)I>(fCNJ%@& zL_0wL240OX+yA`O4aogbvXvT;1${wl zJy{;FwLCu7)D4Q*SH|8t%5b#S>D^P^zH_P`ds{45x_jrgj!4)mc&ryI-Mf9NJ0~Z) zdvZ&+vHb-w+<$`4xQEYr=l;E${owy{IjBd^Dv4h0GWbSea@r%`Ej+&>xcmCvf6V4F ziNe+VAl{efC&AZ|i^g_PhG)KYLGq`Tjfl&N~nE?)}?( z3;OTgxurX&1e&9jZr?u9ojb=mr5y9Fc}3sR@sW;?Pw2Y?A5RpzUIpG%^Rk22`0zX| z@wd{PI^D{Jmtq9Jk)PKd8XeH)J@xm z=)@;n)t})buCT-1Vb%_t#8gN)XYFa@Dx?sUQqp?WL*qj4zkLKaH zzpuM@@9WRL^&LHcp8MQlynFXpcSypHmz^qcs)EC^FC-A~ANdbW4olsJZ>Q+r>H0`- z!Tpf)jF8IFp z_Fdfv&I4fFI=!V6^jY8V6GI5R8{R8pL`J?VS((0(Q%~O&`cunf_FPqrDD8~;4nwbq z^QjQqq1=hJGtYtgpwOIHPDM3m8D0RXJ<9GiJL=BsnY-QZG|jUr4(v8YwSZZR#h}_1 zjX2nnYuo4Jug~Oc&hKkJLfJq1@`e8GvnTrX$B*^n-+iI~@$1j^cmMja{_h|DLI3%m zKG1)n{2%}LJN^Iv$M5u?e(<6G%fC>5_@Vymk3Q0W`X3+2WB>V|f3Ls&(I55QpMI?W z`v)KBzx?12`foq|MBn|{XZo8Tf26jk z?-~F8&p*-k|Mere{_p?#NB!N8Kh#fu_fY@%uOI7w{Ol8b|7U;Hk1)`m@ZQPuzWc-9 z>w7=`qyGLUf7Ew>{DFS(t55Z>AAG4F{PGk1xaL8q<{I~k$&)RU+M3E@tOYqSD)*@{roe1?-!rz`@epu@BQiveeaj_{p>UScl!U9 zy}!%6fBf~A`Y!$do$_}-|5X2#{=fOzr}|sw{SD*)g}(ptub=2|So8P4{YpQ=;Qq(& zzt%s0_*g&t?3sQ|`2fTF<)=^e!w;Y6ADHt`zk8$~e)L2?`r{M*@Q;u6FO=UszSOV2 ze64@``cl7rbWZ(RKV!`=c>nnGPoBv2zkc$ye*EEA`Z@CY`Nv=DUq9se_h0F!yp#I{ zFn;mTWBruzfBood`T1ubKGH9k`&)2u`PIiyko6P&ocDG=grEQXo6ptCuRd%1GtYmD z@P&Q`5B~M{U+Bjle5QZ; z)hGJFZ$8xze*GEsXZj&?P18@9^FwswUw-$cTz-JQ|08q1i*EhRPkyiOqJw{j4*oaF z_uC&vGteZPlp{mXB@(7*8f zLwNkpjQu@p{_aPAVD2ZBPxbfA`|m&bP=AXJ{LK%3r~mYizrp4{;Q0^0{z!)Vec*nN zeg7Nw;rhF*`M>_@-}Ha{!!NPx-|D~q@B@7xyE6QLWS-&tpWpkH{_{UF_Aejk?|$+J zeGk6;mmmCA|LOa`(f|GrztZ2@R)P23pMEIY=XbI9zrj!Z-~aMEe8xxmXKeFtfBupF zj?(A`href!e}K-Pqdz~x9=->C-@_05)6YNFKVakEWBm`|#gE|k&;IS9KKS&x{>X{* zLv-NR*v3zO^QC_C(Nq2E!>9Vq$Itb_=dTEIXZrZ73+i)y_~n^C!EPSC+Uv>LLC?+) z`kHL}>$9DnUL5rDdZLVa%(Kg**E@Yhd3?6lW3v8-uXg(M`9_~SyVAoK8-4oZl9TUi zboiNm^2e|B&%b@Bf3#l!?;rm5Q*`PR{qWyD!?qsj*Vty$b!^V^vQGZ*+TEG1G1@`m0l|OuS zrawG9heucX;`vsOUhEowK7V>md#kUZ|H z&y_xW_*%b3Hoqs)`1sLlZe3pKcRc^XGWz7HeurIuz^j6f-uy76e^~J0i%We$;`NZ* z8Yg7Wd8Iw;pd6)+ctwb8f26At17{NXp(`4Qh08u`Aoy3}Xjh6tAT@|$J`KhzWGX$ID8B> z6Jw(yux4T=z2E37-aZ<%8ajgfq@fn|Al}!c3W5s=>glWWkz^^Q1VK?EXcvMzbn_gP zo!!&7A)DQBb+&OP4$_$*pAz$9PyvpUfC)gef&|ir{m-` zB}swpCdy2qCjWr$iFLCk5|W8Da8Gu2&FS@;`ic|f`PEjwI0Rt;01yC4L_t)3kGJJW zvZIi5Xe6849VQYB@os-4={ab}{PrJ1u;xJ9*S)^B*@ORt^eU z>6^iI1`eFNxsEo^C}xJQwGH2Rdfj1!CKSQ#iT0j-4(#E2V$B49O!t=lE&KXZw}sXX z?LYNzcsBpWc^2rvXm)aYo)p+@2A?e_j2-xjBdKw1cmn&%Kik2{afF5)b4;so3n1@e zU``xeBT@_~C_!lEfiFdNh%^$DCluIM(5Op`v>7KSpTYZ64Ex^;dq;`ADaKWZO4f7=JxkcH*bL+_teb}KF6SyB}?`c~n{JY|avf*kP zXK)yqb0hN^P_sAdLz3n zHZwz8%}E(9X82X$VL|rhp>aKcljqs)E`etqoM4b`ELl+zZrjrghFRvzfrEzj2ogTKH>2FCizvvsh-3+qEQT}Z?FZQNaV_{Xl;ftTh(6M9qellH+wDeCRqJqKUg zQx-hCKg9$jsiV(837%#Au~v{570AFV6j37%Iu$PulT4vzHrA{-)OiT*h}=!)IkBs2KnRtH|T<4 z7&c&JKDgul#-ql6HY}7QPUB0)61d49kg)x7dnbd|LuENWf&EX`OI{f)^wynqi>ce)R@eB;4SE`LMqMVw zD0~$2o2-j^%brqml;ykVD|JOoqh@?c!5M*0qrC@@8(oXg8jSKcD$&L^k&&PQ+VRe1 z8uuWxmzDnF>Y6~g zjE&apXJnXL39`aPaE{Cg@HszWL=IC*oktp zm-i@*KKdDBib4pjL`jKu3Qq2Ze2DujNTnFHX6f{dZFhB8}K%QYSUAa96 zqu?b9QY+?#WzglM!bCqu7DYx~XZll0N&qX=?h7HP@a%P7Q|M1IDN`SF)w#f)Q;a-Q zVo(ZEfK#AmsY3fF`hx%iPNC7bFh?!x+0}Kr?w4|tI-|2{;9ylrnt}2{?&*F*k#JDru1FsiEUr)AHaw37)K}?3= zs06WnS0N^9N9OG{#%DswP`8GY@tW9Ee1fG&dnS5$Uc)O0I1->$;!WFdA)pC4u#Roy z;`#D7Is+XOG*7_uegd}P!vZDd7zW@pK})1T7yAU@gf<>oFW~IK+kw!A+vSL22bot6 zP8~><6hUS3REh61`$XW4@Sh>ME$H!>*kl4H;-{p*7#m26DJXbipbiohB`APHq(8+7 z{S+*(fJ3cW1qCa}vE+opWn`MD3w3TuzyRN4Oah2vN=iAmc4B=5ZgL59g#bNKDJIdS zoT4I)LL6-F)GHS zK%Z;a0=z`u&AgnVQVMPF=(!;<7UX?%O4K*)2&}?9JBrTyC`pOFoMYofPEm>Cc`4qs z4WlsL#(>+#siWsn0_!CxqVG@oZpS4)iN3^mWZdnpD@_(TrG`^vJOp%t+HwvtD1@k( zB+pT}(S`$hH`)$nxl6I(#$eN*s1SmzE9T!48>}U@^`6I6WEGTRRH1Y^D<$@nfD@oQ z=|%>T{vh#Xy`++H_FVCa;MT^l5#wSRgb)>dXV(a(#O$jPA3VUV7s1!nw`8W$)@K=6cJb@vP zatR^a&=itVPEw2tz?j7+sI>#N=T4F$LDVEjE zv()$)0{s+VG*~=~kK1%9rFc_fq&GDDeA=xgA(x1KQq%Ulnj?KT&lUXpTC`phh!!3G zw{jgERN(0;!RGXML4c}SF}C1jn&~ekDg&dmJp(#3DTJU1BBm*X(0EKmzocjysQI#d zh**s#)8{!ilbAz?WeCgVLz#oD^?+rXndrU{f+8h^DDM|jQV<`1YyEEUjAEH@RQSpn zZ#XM5GchN{*mz}JVhkEdI8si)iw*A#T_FU`%%3HBZ!yn4kZviU_aP|6D7sb53;d+l zB|1uq4SooL#rpTp3_O6b2RzP2f!G;<POp$zrN11{YHV!C4&}A3+c}sFtim|7N!X-&ut=tdtqom88t1 zNZ{{k1V#rU0Y#RCfE@IpPX%}*&s$)`kThaE2d?YJaYrIBsvj0G$NOZNdBf0Y@A;f) zHq0F%Rsf0$LVhZI8@xBTbTzBy#QMm-p#>VVG&3hjH~6tuu=#+N9x&RGdd8WB5P%ny z6YGJMb8N8wlu zO3;{M{P*Wf+jMwNDM@0F5#9(~&CdWGUCDAOIW^u!1^zKr0vEySsJJ||8iifrd0c;b4Z5khD;M2R|5_>w;p-$ICdmx9zv z!!af$_MFj|l9CGWBl7|@W$KzUS8Z7xb!Kjqz(?R0HPk|XlpS!R2{?@&>aIl9H+20w zKfv2KCHCniOMf_mnf=QSo}p4lFD&$0szAt*AxFvpI&?}`jB zNV1W;z#5)roITZ>uNc*2G0Vp|^J>j63W2Nd_nXOF)4+1KxTUJK0d*{3$+>ba&1(7+B#F(M~mF-O3G za7C%<&H`MAn$?#AE=ifWg@qvm)&+IQE5@J@Ttr`NdR$Uc@V_Aa30}Zx;+wT2J|r@f zSy$*Y+?1rqbBdwCaUCR}%myKUB0TYag~=INMdtfCQQy#J?VMR7O{RrKo?|`tn#B6d z+7hGOXa1I))RnBE%g~uxJEtJy7bCjSSMUk+C-phPm!ze6l2el-Q{{OnM(||s883${ z3;@g-lTMCSI$8}9vJrf+%mP>jdNS(@r87KmGu@ee)2znJ$VnxH0Gz0tq6%~u=0~pw zK%f?%5Y^^;P6*(@UL$zeU;D;thtC%Myd}_R9N^DHO(oZ|{DBkML!n_R!%W~(Qbhig z9B=qgl1d4xu0591&EAZgo>pK?Fg$SebKyAyD~6yD0*UFQ=rQ_JRO4|;NtM2i4(mo# z(4LquLC5q4zXQ7Mw)J_(;dRSv6DNKfBJwps`rv2gj1YF9j3Fv@Nq{A$9oT2q%U7=? zXg@t(YDse5qvy+^mv0D4F1ozD(#7S4uDD^hErk%2at50q@x9PqEEd3<^!kFE`Rfh* zDD74~0V}XsDMjD(6A!%KO)N|iWtwgj=Y;Ev16S1&gutvFSqAvvGzta6=cXj3^y~L z*r%|rGdxNM?lmVFW~IN-_H)j$!Ku`l{uCqdgWPtBz-hHae*}LTDAVCjN)@C8tiw1p z9D_oe*Kh!y;V0@8qjC&NnUa7{UEknUa#W_zIJz`km|Jo_b!cP&01yC4L_t(S1{B5; zctlDH0^bB3@n)>8%}U;*m7t-fHr}zPVcGGlYSx;o!vX+6VBWYF=m1?!DEdr$G)*qZ z+BY^kjNWt}s7K};FpMp7-eD+KY>)2_lbp=`&$8E^`CE+Znz^pGJbS+Pal&LeVuT0a zn<+HGpXZWDIVai?+9GvOguVc;uFn|~?72q$s zDm!TFNe5569MzQwj3o0X1H*6%b#Ci}+^)3ot<#4DBHIAJDlGKXJg04(OnD zXlI?9M@{${>yCL~J&!CfFK5O^uVMadXl)*L$n!**DHCwbTb8hwT9W0pesu@BvRoSP zVj@5%4YhD(Th+nO3f?&e+8I7)mDZQ2-?VFPV?F&{qTeMa?tj?U7H`vg8~1 z%&k$aT|g>_*k0%56u~dBmO=5Er3w0Nm-ekY-ZR5OMb`A_fRItitfdqN?7uVk7M^(o z$E0GI(1oQpfQV8oryV4|*g_!&g&;)*%^0WKiM~XmLSN9$C#BeAx)|UMeq`v2mHo1|7*GKh?Rpw^) zX$K?5V~7oxOxrr?x~2#(gQyfjkmqL}5_1#JJN(mTcaV82W$ID;F=z@&hdD?wYqOi> z-%vr##M1VMew_StT~XI{3dnm+Aos5j4)jTrf@Xyn;C*U1d7mvY*SycQD%B1j7bJid z~HYseM8SZI7tHKY_?B^L->pGbF6{{l66CrgdZ7g#sh`BRt%yrc}x z3Q}aO0K4P4{h75Hm~ML?*M;>ZMR*()X@iv<(Cqk_D&Z`xtJ18v44(RIn#nqdu(n;>Ov-BT+vL0^H&pmT?)@yXmI=#Us?s*=8 z;b3Y#asM7&pD-@>1@Yf`$OTqU@o~ zzHlN)MAqfR{1B95RHQatDF!8QkCYi6yKf@sOxTE@#V3Sd@RT6KGwi^+%o@Wq53Cnm zNhETan9%Fq?IYbUrV#!%ADNxi0Euq zm$Pavz%TGH%W?@JC^9F6&}cGUmW4}KB6Blqk}B;Cybz@jg3;F$B$xnilWLBX1dO1P zlWc!6MaH7ecxP|FolB>bJ4uOg7AmJX7Tw$qL|LCk^EycOu~!$D+7PI>yQ%Hj zm8=L7hJSKm-VC~P>sYtAx#{4;0lmCnzW?~oYvSVhwr~aU7lYoZ46-p>#1M zgpp~hl`bV^n3fP+0eDP-JtGPcRS{~50cXsF?6MkS(#QtZT&-+Q8M~#V&9@Q z3VE{X<)1b^p}pv{*35NT4h1F7?2%P-qD0zB2_z$U%#;Ix+{OGEp?d}kXMKoTAq3_I zt-2~3_6cxL7FA339%|9ivIl-;zmAhy(Ez?3Jn0!P(Cc+4%YpH}@v`O&%}JI`gcl`7 znK?EB#ACBXmXi)V>~R1a4F53ADC9vq9G$PLb~rMh$~QPV|2)U})kaT{`O{bDdiwf8 zPhOqLI`HX}m-_J0GkyL1OfSx^7`tTbLeDUSSC<=EF)yuvz}apO?Omw#WW;fr4T+sx z(GU$eQxd19A_vQkwTrGOBc~98VvsW5!YusO)Y^va@kGD*DRj$$B_}K5h&*n-ddxI*%&9rc?WtiXa0tc_TxV?j z(D+aww&bXZkrY z|FiU3crVrsz#DQ>K`13iMN)(o<9YzsLzC|w=Z&oKauF4zlNepRbP2cmZ8J={? z$l1Plr2l{{93xivcF<$ZzWJFL;g|K9AfM6yEByBvKK5d>*JFJ2^H&#I4!snU46CF< zY|Y>k6k^af{Y3u}1)tzvonLEaeKwLPR?Y>1R)p6R=qGIn9-}9C6N;6}$W}NOSQkQ& z6@9m#w1=4;aIUvou0uAgrO*91&Wu1=&fFQngE$07h#4U2m@IKYf-x#8pePeCuXbBy z+Ld+4Qhq;`qLdJHg>x)t9H~KhVj#F?U1rSV9rda!C{b++<$$~BGR`L8L=$ytic@0H zfKv4o2a`q3>e$x-tEQW_=fn_E~z>k%By?+EV_^c70YNgXuX=rXjKe?AQ@kbwh%+XL-YUy(^xn>$8s`1{!}KC2hT@*1}F2x&!uFQ5WyQ5@Mpw% zh`Dw?#@~GD(3N%H>A~r-%p3Q+v_Q}L%sRGI;NJ~j6MV_=uc|QSVA(OxV_xU^IY(`g z`ySo!3FLsRjC*RhL`{u8aq3iqF`;v|Y1kwWMe(6;M&2<9{s}(J)PeDtw);YJmbD~K zE=%|ZoyG?qf~ryu@Hor(Eo*6dk&$Tvpy8(&Whd=t1581{pCxz{C@D-li~Xb^$+)E` z`T}^*$}AX=b%E9b4t{IfLiqq>i%a3vdLCB>S)~W8;i>ltnE~ zhbn85ai!!Gm8ii6d}jDJQD%(@+;+GlsWwktoE#qD8xs^+!xw8N`4b@`#mwG;64~Ey zqhgE-F{pz-pv+!3^!4B{l%kZP94yT1zGQeYizST@GkZsTNIE}e2MTau~&*>zobQ%kx^7~Ul4K(>e$!&IMMnOUzbBBQDZ*5TlQJ2S{uJR5YFgu z2M>GN_H)ac(W{`uUI95);Bjn$W`TRS>6a80nr-Aj4Sp#`Lzh%?XfiF}(sj87_pTH@=V12o>_RDL?MdifygnDIr#19f za30Zt{chAZ{lpFeCoJBM-hseQBS3fvpekv1zE~LQLip` zy4s8wLr{!~Q_E6|zJt6Vcp?X<6r%*p0~rmKET9C_BmH*hGs-(6p*_qU2{wBqb@O|= zS1K$mC{m)%FovcQK==ZFP)I>HLnIhn}?*oDQF@xCO4kWuu65@+6_F%M;!*woUX6+occKec6myc=ijbf&*c;ObHm_t{)|(JPbL>FkniOT(%15q z@dYOr_g|A3c>mE_6r|NqNlqw>PN(ZZ_l}l&`_@`-ov!uZ^hozlTvmFU=etJ>-98$) z*6Vdj``+ zK~N0AD$|N(#1Qji>&N;uA(s(jKu|J07p95l$oioKW$F;AF_4&ITbE))cLdB?Z%79h zsYgGSHERK${Tn>(ESFu;qRVpqr=(@coP8$VK-#iOpTuS}K<$NH6+P)pK*#Q8v?XC4&bc1(6LeksN`P9n>Fi>`ue zm4ANY7BaYv9COO;gf(G|Gdc}eu(C#rcZ*U?fkeM(QFFu5jwi8C@GP#F1B}n?Q{K#T zU>KNNl2qtVG3ph1Hz`QC-4R^fnz1b>It>;b);0T*9VcTK)3xVd;e_)NUB1TGTyfI5 zzTT63?sU!xygiegULo5{PS)3)YB#Lk;_w`JUGHe`Npv=>H{2cjAJ7d*P>K<{qJ|pb zOVZI$F%wS9&oGq;CP{TPgi>H_F8XoE&De8{@eE7;`v?l{yu#V zu!%eCg{<=r{7iX^HMi;WiP&Se)`NVTxQ71&d`ieGnd$J;GMwO%Xq!JH^2jM5!zAB| zxC|vXA63z%W-G1Wh3UY225zt#5|wMAW+E;<2Xt__D5MWq_2FluHCoYNdnEIs5shB5%|^&;ecF5)f@S)-$iS?lgXf2rfYaM_7XUm?@)-Q;JcU&O+Tm zqxqctoal$&0lZ(nevQ7L>*>oE`ts2ey*k7HQk)1J(D}f+2<#LiHoav<(2nm{n*;cn z`Wbtx8ioO!rHiY*7Rz2;#~wi~R)CNIA>RV7h_i*gPuA-eS0e+fp(mDH>lMB}f?JG9 zDJ6Z=Pqcyn55#7Kv}?>ubnGxXJE7Hb1x&C)VMiRAuYI2rbZl&Ug7hWEy0NehduE7$ zJW&UQn5B>)J5US6dxGjDe{wEb^R6Q@nn8NP!A&SY-}f5&PJ0a8dmEAkXyOw%#SrBA zUCB+U+#eBU;ko97vbnz~*QBA#IK9*YeT_j~jwq_waaQKpn1mdaQfz_A0bn4j9fqP6 zPQnUrL+nxVMTa6AKJ5zZT9T~PE`80kBSK5;pAcG*jjhC}C3C&LuwN_S-w&Ob)ZW#l zAf=#&Pl}P6LI=~7SQBY@k6P%DL7j1+WZEGF)&^Nw-S2s>EzhAVa=oNp_fdsJ9QPec*XcG6?Ey~Yom=bX%vOskJ2dy-A;A0hT;29xr@FOT z=yW;gXxYoZ^J=)uS{h$1D;tq{Y5W{q{aoSUqM{=>fE=ZcXZIE8Thszh6`U%Lt|+4; zT`BD+=SK`|!ik_RG9O_BG7WAb-$Yv)ajJpjtLFLU8I7Fi+v7Aw%9bSbir{iV&^dQP zMEjCkk#mx>*Ozaud#q9*h$hR#vGZ{yo z?MP?nU3RtMav&fA0Ua&aR|VhH@G`##>?E_kgYR9A*i3G+=xT03sidUHxN+)gg1&%k zvie+9b80%+nRal_LF(vpslX~JDYvx&x*~9b{PFjalNR7tN@{CvXpQX8bB(Gc%Di26 zS<9}pb^%s|k12$GL6>*=1ie0LON6jLocg?$9Ckd5;PZ%i45V-x9jA0EbnVl^gxB@uP=#F2=WH=oyNf zaQP?8oltea>7gaEzQ8-rDXi~n0>7dXrG?wTH4du*I{GTtT`B5v(t@!{-PS^jK*~C6 z{3hT|=KCzcQif=VPY`%S1#BA>b8-|o zMlHLnH9T4kg#%Vq0chh3^G=8(DJG5JF;fzKfJWEEZfbg-n4jtIfm3r-)9pUXx@UiM zRFm#3D@j*CF9JH4v6ZCSW#B}3E^th$@T8=qC4u|&XstUZw{)xhDdRHsA_hwrh5-Z}f>fu6i?@c%uq)R*M1yl5$Q8iX;VF*@2`G z8w2)aUCz7?IH5}ry9DVCS-TCd!vG4-;F|tx9BRwBX6eAG?CkPVRu<1oG0HGsl1W`% zUyE%tW4ICJTCJ9fj7Lc+1_V(g1bg!wRTG8rLa_t3vd_k}WK{%dW3a+lc{>!WB9IC# zR(1;nU|a*uy24@Zp&^Bc5+<(YGe()T?6YhPYmA`>-l7(*D9f&(h*d+)4JYsA(&xx? zLZAUGCT`vivak+hvN5n5xLa9Ufj+u4Blui^gQ7TSu7=v)rycdwD}w0IY1K;Az2lYc z94!gLgYF`DpRjMQ2c6(JjH840eFF782W;j&pxikc^x$Nrdq)fErM$+c^S3y~yhT8F z@k!=B?NjEv|Gr_Pz_(E36EaSp9#5B@Zu5MbIX0T1E8tmm0*(&&#$g4{t3}n&RrRLH z{6D_@7-L$pwz8&Y&Vo7XMaMoAXk6BeVHOpb*_G0g zNIRer<3OPV)6o;DvbG}Ugf7pFp-%K=#)6z+?l?&tFpxcofp2?u$j7IGE1xP|xY@d- zKIbaWKghV@#OVZJkDiPKQ#-t-hsZ8c2IEyrqq#y)0skbiUs4D`fwtE;NKZz_&*;KP z`#^o5-Vms^I0dFNKfJm6OE{b;!}Hn^$HC!G-qZBX;Nrw#*AkQi>!K$54wNmY<16g( zyg7qOo5N0i)ni(B*sbU6y&tR0Z@=nV!qYA%WRkG^(s-6*kZJ02c_XjXo(JSqusiDl zl>*=R0^gtnO&K0kVD<2&=B$Eat|6$nzb0j5lYm`H(i;8l=^Ju_hd0kB=-+ziOp)xnC?@GgK=yJom$DBjzv5C&~xIX z`MCh^AStJ$6YSyvH?srq>_hh0_XUR+hQHBQbfAtHM_)20xDI7c5RufCLLIq^+iHi? z*kd$%oahV{Hk@k^yS%za@T0DI57HbGeFE_<^^Q~4$T95zK|9u6TwQY2ajh$ylgH1w zuD-xoU2*~gv}PFQ-+{b5zfjGYEUmWvom6BP*5w3lp)nqG*#!fYcujFFJL{HQu-Ak_ zMEb3)&Z4jfU`6E^sgqKTnv%%6CM5uMDapo1)v{2b)yCHXGG8nR7bGP+l^g@G)Ykf) z+Z@KWE(d{|$D(|SD9kgA*;1Zo`IADFb;AK@oF_%-DwGQE`8r$-ANEeguhvA(nuOvw?Y z&wA(132S?9CW?+pCKk1-W6z#(@0;Wgbl_PEID4J>=5|nE@aASE#Q-0qoPsKgN)&J+ zMitfPq{6t3!fU&dWc)0r%KXe2iqN11+K5Lk=Am`Y`jlc)3{g=*)+6f|Q)S0vXAseh zp-W`mrNK@yf=iV5TEMsU(94ODuXFu6w!)bwJ-H1y-TU=70a9~pGN~#3yWC=m%J9uROH3;0XHH2oa5K+V z;t2vqaGP-QsKgt7C)JX4=k_smZuVy9+_5$zNbh0CyXY7zQ8`6GL4B0WKiH*`BLOuL zfQlC2Y<*u3RqMXfirV^qMD4bDvK%_*RpwXhhj}>0HDy8Rkaw=^#eNC6DQD%1USlT% zcF^E3rvx=!$dk;zRSuv zK~GT4;85I7O=l;3l;!HH@5V>ue&7bxx;*g`nXMW=i<;E4E(2F+$V@@;H6zy%zhb-T z-^}R>x?~u@o*46*f?$q@jGgDkyTwrCdFE$JvKF=VvlLw>;IPl4tICox@t#5-=sSMk9FjFsP)YLR~2tB6E}$wLoJ4xq*T?$IC&-t0k|V_smJ{rf0pV&{MQx-nwRzGumAN zc9L%@@13l5%h%}i4UE?sc^4nyNkUgcYeTjIwjqCrN!D@9m8YN+;qlU0000mGNklN6CD8V%%bE1u2EYY7`g|us(2nvau+UdqM?-A_ zkI*oITuMRnG>Ku&K@vs)zZ(8Cog=pq*O%KSjFd4N=J+;XhjZJJ=o}E}4qC39#L(W- z_a~>kqkX_wCsMYNG2=W=Gjvhd67T|5_JpJ0V&3hTzb6rrKMZ<)56%Z1{ehqmLQsID zgff*B)#Y?kFzf{~>8Nk|7%LHFE(GiX&l3g~)s?IT3hlXlmuOc?ZgW=j_mmKV%m*8F zpE6?=2ZOw$FrI*NCUwkoOj|SL z9M!|8l37Q4St_>%nLv`2V|X(^H(m`T>J|a~&T65%+-%%h3_9t1N~iU3Q>;@?sE+!o zCHoBE)}bpM@N13@u4Piq4{%ECkyFHJs_mCz1XnRHp|6tH&_!QhTsY*4?1C0GE2q@x zwmyw;eL`7n8`eW7-6Q%1=?!<|P}sjfLuS9@WsfWi@Nf3%auTR0^Q{2aCD9J(=8S%u z?_JGuP&V%k*QJ&umk5$6MsNF>NC?YK23abTD2N8*7SDnNo9ZuX{RtOozT24rC}RDyIalnP5?F zcv79j@LY&#v4(x3q`o9&cpfPNj!R5Y zxh9$cInC(&1Z}DDE2pe}=xG-%%xkXga|!}g?eOUnPRnwxwSd~J{Un8))N%DcLHk}o zsUx6=q?n2#V+sE3h&v$`m9D2hqPshd;C%nqF+QUx#aWqs3i#F~BE*jxG3Jyb zh$fYkcpf#Q;5kM0U6o?gg!LboS5cr8V)G#}28ngk9JCvy8wZt@a}rOofjF3s2s|^F zFWCqeCFvIU1z^Ghb?oC6$Up(bn(cXLjR@W_x>R&~y}~&cPFdG_^6E?%1bhFw#RUn= z1+O!<1o|tkQ~i_nt)|bXEIX48NswjJu2{c8@OuQfYl*?g4Z}gEDVjeN z2;ys21gAZ(NEUrnL4l!K843%?mnii)s>T2vNsE%@s~(?PSIqZwF>%mh+RPV0cZEmJ z5?vSI6xXHUBl1c%iifyW3FOO5o-D!_Ds z08JQ<=Wn5TLT_g9ndv-$%S6qVf>>lf$^C|Jz1YFmKk?4Vq5BT#&q*bt-;s4S)!jV>%MB)CHaJSv>w#gtPVa`c;RBlS7@6J zeugY<$)x>5mHrjT$FI)ylB={may$@_xA0~Iof~l9H2F@*7XE=t22Mw92QuV@P9>ad zZZcf5@A0zJoudVY+Uba3ZJZY1cWXK57S9b==B@jpBWOB?h7yAUJnTx6;U2(4e9V@@ zesy_v(L%pQqN47=@% zEPM*IUKD6r)Pjv?=#?rPF8hMs7ac7+0^}?Q!h5%lRD>R-s7065Q%-qZxL$Tj?9rin z0iJgBvk3VGU1Nul`Pn7JW_z=w2}SWihGk-V6#&eZLqlGI44KD?xsk#!dj#+ctu}u; za8AH&f$R-!_8rk};5a$kqMsuIbD+*_)aMM3M6gYbpO(FEPDXV2;`~xueChROgFa5J z#K?X*keo!>_RYru-W&*|Msi02w54rdGjWjHA``>%etX*1OOJWJZ=?l(?BfpDekFco z@TW_NouRQ29+A6cLI!Om=W*k2=$2~izXO5*0LXo<}y_Og$vCF`4hVhDlFr2*m=l)m=T z6ycQ_A5|ivn`Xv~{Ep6ww&*j6Bou-1lyEj%%?QmwXy~$P&I%Ys$&q$!f~d6vW*`vl zG@|@L(j1}^giN$Y6d{!6P*|U&%`hM`Cn(C0 zBr1Wr4pC%bIBtY!MxCKBFJ7N(Mv_aEaslIdoX4u~!(XPO8>2iklq@iSWlnkH5r=mc|Lq~rCw^5KS(=yRGfUJ!uf;iI} z5BAWv!zgyt30b5VRp6^(8m9BNdltgFlj^{2lzY#H?pQLMSJM?JEc7t))luk z2i7qS2aZv^&W(E)AS?zcNu;Bj)0)Tb5_Uz~P@>}RN9((W~*(awc@1J6521O;vR%v_q` zVmouG#dW%vQ@#+0jgr3 zwhPN_0qp}D1mx4u12G_Ih{!lZ=qS*Wk#SXKUNQYlv|q05W!~_pFCRWfKLT4v^epLk zs4YS8KCAVh~#~k zP96X!_l>lz8`st=5;?c+<9F!V4qdU%`Bkv>%JPUY%6`Ip>EY3`OBzzpNncgjJ4?d7 zHQvqy+S^A9S-%T>%VBDDxAs}@HOXI8N^N&wf&aG9vFLIUyss; zcv^B%j9HmFKx2qff*wfI%v}454N3Y2zqCaLkvXLnEwByyU&Vw-gRIZ6REOQ9_BwC3 zQH|0JEfpQoH~hpcCqolFbVXg)DWO0UTO}~_6~h+5=e%zSY*HCp3^zdTd6&P{$Z2Z{d@GpY z!NbP%gm4QCPZ4O1BWj6+mCcU_xN<<~GYcYn2j;~P$(ERpAw`%Sfia^TJA^$zuTN;F z>t6nWx8p@8zawA4@OE13i`MiVEj!sMd;GYk&G-^J*9hGSk?R$67rKj40wx4Ig+da8~gK~vjLoxJ@Z7MMaWpNW z(+`A4*>DrEXExcR2Uqamto?k+qy)c03@t%1%uD3&@g2Gym~R+M zry>~F4(Ca-%)5aRN&3D6dpK*%Jo6xlbbN0x=^~AsgKAHkBXXww! zg_Xdg1IHUF0a*raGqP6TF~I+tqn1Ob1-dl@a|B-FDeFo}3XF@k9jl#eLKj??i%#pM z?XsY2o&1AID}w(m9R3mTPLD_esI8}w^+5q%iUfI-9kTH@yaV#IAAl4@FgLk~`4#*W zB=f8*St$nb)%3wOI5Ec^DFtP4^t>pc$B7eb!dWHd6rnjmbJ7x?udol(y2NI>nn{=o z^P`5whoYYT2ybgj>anRpJB28=P>umOQHGh=+q{V>D6~028D!V+aOfg?3Ob+@UT(OT zy`jy0vycckkJL1*e|vOehumg#Jf+xpWSu!+7Yc@t)166Zu%kVJ118Dy#D{JvND&+& zb6r9R$ldT~=7Dob(3dHNgGA+4wQ7LQqeaJa(t>t}owX!^dVz0V56F}E*swuemz6_o z39ns*pkPL3!anYv9;?8|4S{5uqtH4Dgfa_bkb3yBC-|Di>+3zJgPTlx000mGNklh|51D%-E{Go}HnqHwo94L|yno3EEF$lrw z=;Rn3tiYcE85Ei5@q&yBGBZE?!={ykbYRVfo2?wh+?$eU`|n$1PI?mwOpH;ruh^>p z-p(kmN$9x$KY@(A`mWN4RHnU5pJlv24-Bxd->svSVu~upBkCJ}KyilYQCqSz1G4fT z5N^+Vh!JoXyr1`GDW!&pok@l9r6k3eBp@t#kGi55Iq=Z!)u8tt+(sy!%$NZJ_heaH z0?7em@%&mVRLu&StTKwX*d!qmW7dO@Q^H zYTZ>;aLFlY#7LqiOWs;BMkUrK@TeuJ&1au3Mb(-#bVUJY9!)cSiIRcSvqxr)6}y0g z*QXTJq3lCfWoO-0g03cwI3^p?76U%#^@C}h<R7oX7j+yDmaBb&zlc!R zb29oD7uWLNLU={8`kH5#SLfFnp;PQP^c{T3@_r>m3?`|R1pTygR)y9cgEB7WxqoQr zbk*a8s(SX#@XENDF4Nk14gKAl(w8I$F+1_{W^M>Uuu0y3MD8;*&79(MkaCRBG3#J? zQk-C2;Fyf>4qoFkSvKn!931$(Ceo9D871^+hPFvHCuR17BsJprZu|xk^#k&G$u((Y zj@lgKGiin=9klkjXs8)GEgG1!=rT?w%X(^_7jVqDC zB~ub~N0me!qq>~LmQ9bXk1Yv?{$uto02=W-*Z7GMr*A!-VX*c0#n~m!|Ilv7M&x7L zvb@cMB|KWPevNN4{yrE4D9mhRe*!mEyf4oY9H@8(C;BpYb*vu>bkg>o)}5O@Mv|?A zjOPfB2vP|gQ-~T^&hBKKnW~w+f}}mk@kE>4Kzlk~;z!P~8Dg{&&m+8Qr)T(q2hq0q?Ww`? z%}Bc?LPvd5bWPkCk=YX8Hq_i?64`Ob8jqXCEjHSfMAA|SbY0W86RxgLSDo%Gd)+&R z&Y?nQzLBe<<{&xAIJ?^GY;(|yi>*-GR$vn>n*`Z9yFh*%E(`D%$m(R>xBmobwd}Nn zhqrk>wx(@6T6PKjsn~R<#j=v@_qw&{wPxPH`gJYf5E~5zzE=7SH^-nzNx5hOi8)60 zmjZI-y8_Q*+z4&CHFEoUyW!Sh%evU;PB}~5&jx(>a?vSMCzQhez%T=h4$X;XR>ILmoSuz!f@vuP=9RYg z2;p}nE5)Q-60nk1I0m0QF?F>oefCWeM#E5+DnQns9K!)4o){m2yR)*Qr8Koc(Hy8| zScsQn4XlJw8Jt@{M*)VuXo<4*1mvFn%6MeHe=@&09ojJkZX@=(Lb)3cpd&HQLA0i* z1g%2p16mr`MXZ^49*q-5XoD~wK505gIYF5~aAeHN)Rm+T`YVp20I#nZr&!eGsLXRI zNtHc1jF?KMKPf231kZwEYpZ=G_$=ecQvz=)#h^B?!8WX%Wm_Q`LGaX-LE z!x4tP;T_Zh{LG_OUu66y98Us2&owQ35|BM>w!9nN;Y{{qvj=L^=rQ+Q;iSyJCKr-~ z*Icc>2KE{CD{8-MzrZP9@a%b8=I^{ea=e1~*VJ3~uro0{?>obDL4y>Oa*`A^&$BXZ z)P?6jkvxA3KCoSOm?OPz2Xxj3jK9>YvumCCog2=|r*zXc1K(?%SnXM0nNIL`hR=aL z+t$c?2VOJ%<_nJmWO3UxH5q}BJTC^xWn`X{#TlcYfjOhE+#DjK2v(9$N(xEW@U(#6 zgq}>S2_Yyc@Xs1HYev8H<`Wt7ycuA#VN%S0^H8)chlui6XRf#jv0cy521^(Q)=UAG z=XABAf1MIAyP8EMh6#*zLVKLu1bved_}ivY8|V~vUfa9ooPzjjB_o6*{6r5O#=65- z#293qwv0OLZZ&kW?kR{VbE~?PaK444APKY;LQssc&C9G$F{*u_ZKg4C(t{Aq_<{z8 z{>Z!u!Cs?B2jpWOTGtZ-+9P8JwF=zCdVg6iY$WT|WFU-1wkZ)@N|tddA!-6vVZbz2 zzGdcS=JkAALSM~E3@fGBN^wnxX*53v=Cnef=}MB@PMiwsL$DlXMI!{BDY75%joXaQ zP0$xp8FKQ?|FXWM*&pDqOijH~HfLPO0_mTwACAqJ3}(GLpv2OgWvAP?(M2B)DG zb(9_Ue50#~9iH|nH61z{s)m}tXI2J4PEiS{dwj;0I5d-~9FQw62wD!ziApg_l;^K5 zS~7J+qP$vk4gbK#E*acL_Hm%Ktcr0dK@0Zl(DPCZM@saERwT zluNJD4NsJ-eG_-Bg}sK{H*;MUxn0|eq~2Vrg+8s6dTx!v-6uENs_R|XR9~N8kbrDq>`b0CX=8Z6HM{`P zR`fj%&_wRp!zWKW=?m}~fp?9fc%N&Otir&8aEC4_`v;NOJLRYlf+B)$jHJECiJXJy zYqHF9;JoI&_$4&@-HM+t!P`F^xPh@djBJ`G@Ef&bKMM`?8+{Wr+KF43d*&I(3;6O9 zp1ua|C5mh~HoOk{`&zU@2~$ckZ7D>Q4BP@Gic?KgAVQ=V+J4t4l#PlZ8`ZpR|WQ;_K8WD<|Ol=>v9X|12`1mWab?oEpLdCwhswPCMU+$KE6u{;Mq z?`b{TGd3gt5CS?CG0GifFV8=a{EX=~B^ik6aE%VTQDzI5noW^sI<@dMX5AfSS%UEeW4>H*Y zd(I)H5Q4@i_{^FiQ_1Ez>)vXvlX+2<13nfeem!oKCfb=vYWfC1Wje5_JoSz65apy- z!{3{2fy@a%T~0KkG6QBMK|d-&Yee@sCl&6^XVqlW1^nEa*VC6-{c2({t7V<^*w+06 z8N`XivYMi?FHzw7y6@EJBej-2in%8q3t(IC){EpBRv0{MV z(R0#96u!p?onyKlU5rwQNiDA;COvS?4UHi%_Xr9GrG!smpN7IsA*w1hI$!Dj?PLAo z+wNhDTApW*pI)=mw?%Hf#ZTN2U^cEw)_YwNl&!o5z%=baTaxgB^AI%sJpljJp+~3Z zdhqxZfZb@v^T($bdieBAR|N7awp@Sq;F9gJ$$0q9z4<;kDln|*B|OC_T*B3 z`{-PM`}jgX=K8f~H+snPOA^9?>`>*T0{CWtzXjCZVt)PfTCY-ZJ-Jxx>5Bw$2`{F< z$B+$%9Wg)vKy!eSCh-px4ZKhHU51x}q3yqB2PE z5#cj(pEbdIO}~9JXiq>tFs_BKzqw_Cg#x=r&JcN~oGvR&t2WjkI}xdP7E^*51U)e3Ks_kvK!Tp+ z9yJBTk>iL1Go5{Py0@o~b=WCt2uUs3szr$n&3Y7aMuKn785y%uOw3iO%6X#EVD}b` zit&32tqXj@J1Y&CXpqx7YMEmT?l;&i!fyg2PIe8!Zn7c1d!YY-ZVueLCTZ`$SOe%% zNSar9N?4h3IWj+(Ij$@D3u-w;wal{tj~+V^@QhCv!3~0X-Zk%*H_-Dpp0{k_u89F_ zit8INzBYbbfFOr)j`|QeXiKqp17B;JanwSqqo8VO=2IFb{6-1i3|fGx3XG#JDGcZ; zPCA;w``n2#1|1mNjXW!P!jbvE57zugu1=QLX`E=)^w0FqF{0HV+s*pw;nDI{=paSt zLpw#rV2c@JW)zc&XAzwQF^(oT2&5QgJDgrzWA|QM;{QoCzR0>{3iKnqSw_p-A+Pn? zP(W|M^bS9~Mvp$WC<&5ckh}=%(D@)fLGU_iKVdr(ThH{r{imNQ<)S?pd2oKMr<<)F zT&?xfC+GUvGh!cc_%-6#L!Lb$=ABdMdL?b!oKgH6A+n z#^nbh^b6)C2+Tyy;L&rVOeJtoQUn(ah9Ah#Q+&dt*Mv_LXcdl7QV2l>d{HY-yG7pB zv5!Dnae7uu5V8HdpgrJY8|-??s$JlyLN759pXuNjwPvv*1^9@niA@oGja*BSm_0%& z==QCZ-ubpWddJ-r#aR*4kdv?URzGopkvwQt7v7yLHLtR)2s_b=)t`;$Ri%W(kyP)T z9P8+4F$K+J<`H~`6CAIOs2(egXxwcEJq~qgb8Hif~#*RRB01!REv7xFIb;R5!i+WOm->uAM)#Pj~&a>YS zB)3MFB>yKQ?8lcIJ-WEj!|Axu<;|X5heihZM4zg$fwmpr@(Nw|1b{7$;MM%;=Acs? z8%ZXy2(a?RP=s!K!<1aIhxK44E5(AqP0hg>&+`GR2T zdz0f6xOaeiOW!gDk7(ZMZ*LIYEld6rh)a zWV@yqRpmT6L~T7_`euMb5^N!Xl_ck3$z^+qVGWK%no@=fU?!I>xL6*zLMem`DmqF-GVHDF*cc z`M?pPD@9Eo+r{>59P}{u$XspPNgOl$3LTBuv0=V7wmvYQ{o^oUs8hphoQ``tcfdtDD<&5ZaO|cQsL4@ZHdjxo$*GbD+nidVW;k7DRM|IJHR#j2+l2lTh^gg1C zh;2d?AM-;SCG$GKZ;RYr-_lDq5BGa)G;-~fGh&0F)zO0Epb^~~50Fy}wE(}crc7@x z(b=diHbDjIp=~?mI&yPJ!dg7l36?O5Qk9% zG}jbfj$7v>_e%<~D`J>`J#kG!zh=j82QK!EZzvk<--n@N2NzkuP>cQ>o^_lbV6G)b z8oSNVGHcMtikL?#I9;6+3!X|#9ASYTd8z^21CEYoyboY2BFG}LPbVBf6Am|+mg5#qlK|k@VCeY7S5hP|jtE-|A0`~2dbA^&?1^)AMk1x3>+xaLg z<~U!;3FoC%-1jpKaMlE1Bge>IoC#OJ@z_KWvc`UTp(lZC`QH>`vnonGp% zUw@|mLi?Ksr+VY;M$bt8SL|@KfQydGDd6lV4O%}(1@%iWo#^MG^EOtVD`cP7S!`&ka*|Og1Z+M|Kxn9R?R=KacB!j0@h(u<1ICUqd#c?lR(Y4m zcSTWgO@iO!0DBzOGOQ^k?DXEjxWVyvJiGR4j9~BW?G5)1+*?DV;b@v6KIft2j4jh7 z&+(!Lv(N7@u!pw^OHL#y+$jjTt0`&Ed6r_F_@A7Rb0?CQZXL1uiP$o020j+pyRNbd zK_Y{*NI&rzY39L6!$GFSaT{7|Cq`c4ngah>PeKRd{K&loY1mzXEG+{vL+qslaH>xEVYjEo+L0xtLIj*t%_<{v^$x4&lS++%kOdWFgJ#*x!7oU~@Z+on< zkLBsy54oJ&V+e{d5GV%pnY4g6>vLrMK-+<*7~>=x-RLJ)*PZt4E`=c|qnntc4g@jN z-ya5cek5QeC#k^+1v&#a>N+czgb$Az;309(tECfU^(y)5s-aV(i#kOWcnHw)>#7C}-+;f8BiP9DF~Glrwt0vMF-P~t;0gL& z;D^guo|5*w$^^kI2iyE6UGx*ch<{3*6}h&*h=L%;jGRFwB{14y!@a@4`j}F{Mcps(7UsH(FG3xn$1G{uB$;h^v5?m0zla!IK#K`<&&Ws(R zB4bObpcX`2rv-S)EPyKAIbJBkdra^F9y}| zG$Uu&_9;esj^LKqLSOrDDVejV#u<>OiTQ1VmypHJwk%S%$UlPb5CVQyRLyFon9yNF z*I7ALQ!GAEOo;olx+shT_oaxuDMs0513I+NNuwI~#dpP=9mPkaAB<^F;nb7Cd+d=? zR#ngFEpW~`yt)MZ_pq zoIOFvLBT;hV}y>%(cj{=V!S#prLdDQ*J|bzK@C^9xUx$Ua7_gHuxw$K?IASfPMY;bm&laZV`M8&pw5*CwXx3X*WhqJ<3cXWS4^Jq_+@A8v z>KTRKDTUt|t0nIkJ-OWKbzc8GpqPAkzM0M+vy0?@8+K`o`vXP9mH>1h;F)g9Q6U87 zoW&`}sGg)Shp)1zRIe6_1-a2*hPfGftLvz2y~m)!INNi_Ng@YMrYkMs9as+3h?RL%XGc~9m=DCfx7pd?Mt zQ;f))rj~+~VnQ|%?0a|y;+=5h-pG~Io1RZ;Aq1s_jtB7xj2WkXBgKsQ?tQfG zVuEg`F+`ak-)E@o1E$wOGvG%fIv9u}0fu^xwgm?b=zs~Pf~dvTOihw#2{)YalOR@= ztOa&WDNH)A;j1oj!f58aAiwB~+o^}A9m%ADRtt|C;>N(-qJs;$Jw^E*YU?+KVY26Jv+y!gv^^QvfGRg+KLqEMLU#FV2@ z3pPpk5($lqA#huo=5idYtH?Z2F-G~5B1iPKr8q&{$^P6?VB91JF(vb0%eM9wUppXY zgCE#u*2uah?pzZaH^}(r`I>$$dTGIo`yJ3hi|l)n@fb2Y2SFMBmy5ZK>$)UlovEa( zoRTs;m8zOviB=R>Gun=Y5T>P1rI_eL3kWc)ixLb+Gt6}i5qu_dLqIKtZsrx4@Evf=eTX_+*qd?xdNXN#CMgWE+2_d0k+zQ%^OWLZC16Q9RtNujvvc=sq9YX&gIYL)8E{BxzXQ^M9R`|E{58iP{|M=(c z>mR=Twtkr^_?;93FJYX!G4-uJHi%NG^Gu_9T?yeRjvlU!KjFXOz@}*of>QN*Os!({vV9k?lI;ID_tTRwG}bp=+)SeXA5z=OlyN*NJPN zyZ07dAzcVP%--fi+O z%QY*sD+<#a3@=nL8tfO{q$DI%O_jg3??7=Z@kt=}F!XZRkG%jX@}4YKdh zft!Q+fG-#W&t(ZReMDlaQ2}AR3UgzqrX)>l=pi^t8o1eUZJ&DHI+>4wdmR|_vkv+S zK_h*8&b^AxV2{yLj59wy{q3_G5|c$8Jr;a4w24QKy=9^a9YId!DR2Ql2qtBGR`<`nPX2vT(ck;I3E~SmyF*HQ*!~}1lS>a zOVGzmDlzFEJC%2jmvZ8+b5d2X=RE6|fBr6uuSzGYId(64`~5qra>VwTqP(Kj;HW6U zi)G31l6meq8~Es@=@o=`rUpfd<5uVFDz1rPd(V%dVu%VMD9|?q|0|Nd;45$sRFLpP z7`W!1=`*G-NiVt*{|9+4V`;~nm-vVa0PkF0;X5}ho^F`WEBYOHYbc7W2kSiMEI~7t zqFiOo=QT03p5jLZZkAv-qxYj((G0mVIQ9JiPqVt>b?;&7zanlLe=Y=`yoD@7B9b{M+kk-0~)1_6)K ztg7@@KhFyQz<01P5SA>AC6S6X*@Eph*NA>Y5XEF5RLO@i*D;PQZ^}f!zi-x0V!M98Xp?7!Z03lMQE8o(jC2BHM&T z9s2LVwO5rrx=8rz=>K^Yn6ck==pvvC_PJFs+&}_yTOj|8J|)BnKN-8Gk~DJNKy&Xg zoVQMn&~Nd{i_KOIbM)Y=f)DYD7?^GfF(|rmJ%%80K4_ehfdg!3d`L>n6M>L1GS5X0 z;sKsB<3b4XewKia!#sgGw@P!=2l>?NWdJY=6A;x;}>_@%T^-Hj z&w)8NVA+Y$_cMNc2Opi!i|*WBlH{@qV@}U5RZ<2Aj=qBey0qSGBkO&~yXgUYjo38C zJo)RJHujEXOa&a(3LIUib}jBbpZB`}OrwV$s{VH_Nscx<2 z=)IbD5(=`_CBYkgb5erWlA?~mx#OX?z%Bc{WGQIUNe7<|I%=^+$NbirzqneeM9hIH zELL)amXvc)VO&Js!5AeLbl7HI7x{Y+_OU(ruEnN1^xq;JB&YZo;LUTj=%i(?t&1}r z_R!dDxAM{7`Is*jO7Pc_mqN%&If1Q8bt%{nenOJ-!=Ov9LT@ z9cj6kD?Epg8}T`^DB9u$#J=%7Uh=E=ORd8K#C>+L!)Kg4Tv9PELeWI$IG%HDSu50EyVs5L! z6VO5kiZLR4Q4k;g=>V>svy`Zs@hOJs`K+p#vjD_FOeKcN0dQVr^qVOvGD*3nPZUb# zIdZ@oKVlkK9OX}9a6yI$U5~AhuSU2EerwuPRPfxzN5%cb;FO{&>|T{5pM%QjI#1UD zdDA3QLy+{U#!lMfL<8V*E6`y&_z2HijFXOgu+W1cLbenHT;MTEIVZ&seT(xv>D>;{ zLf-**kMkY~qSigblp#JsYh=U*{JPHphuP5vJ^x@TXhm6u<-F+jveq2}tKX5{Ud}n6 zb8jXWYPY%XV#tM%cU$hP=5o75@?EjonAb%aos1J_64Ord?+FSAn)UFU$8IX99qjEt zkDgxW(bIFCo?q$m`bK9YhBLo%AXz--o|D8Wy9;*io9#jVO_L2gECUlgM zXJFwuV23azh&_qNa&x#uD2$y7;A%stT4t;ia|LA`Ui0;>m)`ggfQ*2Mvh$a-oIfN zVXxhGO}|b9_UQXoBP~esYY=l1U38)A2Av+TQ!mqxaxPl32rSqP)iaOOK_jH7T(VFd z*Kihtj45|$$hRZ-87WvsaNbiSIHqj9^^Yw_Xgh~iU|0WteBv-#5j~DOV3 z0T=U`0-BB}EYn=stl5(DA4@QpyY7H;J9tW3%_^-3*fW6RAP#vA0P27e5`eU_djKB; zrhxX~W=173#WbH~@GbWu?ncU}q+y;#J7$g#F-;C}%DeN%HsG06-(ufA0eH)H-X0kb zJnNCico}RHbmTrQw3$K!LX`r)b%ydd6`l?A_2?)ht?!xtYVH8`Z<|bQ{Y*GrCUd}oY?P^_`Un#M1PMY?^i?b zWJUE3n!gk(@>8^h1ZMXFcFWuHJa{NV(K7Z%E6aC!1 zTl#snVBdNFmfr5&l-nzIsTLH#3mq*Nx^wGTFVW|CxzxNucI@vY~jnI-Q!-wrk4cBEk@l-YB(C(Aw*Fps0aHawi^gi2YkPIarE`b`K(S9 zy8%oVMSRfqPVh5gWAU-gQx0GyXkHimcLwg#bUh-kVj#{W`P@FRG1kG%HM@Z~*!G6= z1N?3|uGtp$Z{m2Xc;jmVpwF);HoRKB=6Hq8_ss47zTU7>_G=!GZsc%;000mGNklHdZ#rybuqI6M*{%rKo!3-By>^bJn3~YE3&O> z;+}oSvPPb#7!~-h%J>}eSGnjVb^zaYYo)jGs^|X6lA>}hCpz2X=fKmw6^o!C@HvVh zoQ%rosA*a8C>^ zTo-sj6uG%?1&HQXGNwnM#Py26TIDQ}UJrG=k}ikH=a;F~w=lswAlKfFJay0btImJn={ux$nq5w+=u$p)?4*Bf#u1 z;+~31P%!v>&%x!It=%1~iw!~Nl6PPR_c;m3=l(reUtbbXp5NQcNyoqs$n2Jx*vGmg zRe&j{piIII0Hg4%Mkg7itqzFq_7yUX^%YzIp{{_Pccduu@vkiDTV+KNs+MyaCv+~ zu#McY?)9&IW_YmN=8mJTdg54Lk>Ik8hq&~F&mAxMX9M--76Z^y2! zYh*IdZg1i*B6CK@gwk_~;-JCraKT7Uk-$_>zb3Z877OsSn%BC`mixVvxm+w9&5CX< zXS#i~(B0KScUE)VIbP@%f$BCpSkpUN?%gKQ-o1UKd$(7*%e&hCySMtYcI-*||qAb7<6cR!E~#9_1o)gI%7j8=YaB9mKaG>KZ#=Z(8Q)1VHd*`lHhk z8vY`oeQ}O1jK>A?&vH`5wfkmx%!zCC{kHqJh$Ufa8JyH5v7*bJXk<;Xqwq+h0q=aKuCH}gz<0`g_w zV_atLn4$*mD@w`dfV{!(EzS6`{tm_#cpQ1=t_iv!CB>YTtHLx z8uPZ`GDh4`b4H-z$X74(bte1-1B91ue@cf5s91B7LNkvi8V_>&Qt^%+qmU`INI_N*eGZ z%fAC7+o>JE)?RC3v&XhzXzBy)GhTU|5+l#9cXDCn_;~5qNkMgB9{-lo2H*E0&tttH zBK)(vBoa1!Lt{}T^q7@moECk;N+F8tpa>2Zb(wHfr>M8xKGFRfz5id3qil#*~0Qrw^(y&TxmHx0*KV=bWX&czip3;3vMIVa{EWg5+dw_(D> zYEkRfQBg%8ECi}0*E8nGg?VD44|8L$RG1UqdbE>rrI@+T^;`Lg5fGJ>lw#BlW3{~J zi3!FK{D4Em5OK1sQnGT+2%D`d?Ma{`oR^$r8Wws$@PslOjt8EX6jbwkL^B5O(PGYO zq2?XQpcr8uK=wS_^De5Pe_d7Zk>sQRTRJ8%9v>f1^zEE2O0prqscktWvjB}2KIWz94y> z(=MkZ*G^90Yp*8UuSXXNrUSEECpB^}XBi`kZKRsYGEaeQRuUjjTH?@)Sq;xYRh7|g z)X`$55ujoU&3W!s>hZGH2>@6UAOr7jTMCwrVrl?LEjIGJ1I~e1I$%5VZ=M?f+oM}B zJ~==Sf8*3|0CYX`0C>ialm3P&S%eTY(mKW+kbRHr24=wGTRT~Zn%5OPM-B9;kkP!` zChoguOb<;Hw=QfC8>)jBK+mWEa60s9Q}OU#udRoIeA2!eUi z-I64>s0(^4IC(JH=Z#Yro_5sEO5i%@p z=FBTTJM?vh{!V#iU|jn6_~K?t{*TVDtna z{Gn6i3Z=;3pQy+}nZQ%!FzLD=e4UdPb<**ons!hY@Dk91eSJq^Hlt6K0{x@rU?hZq z-mLL3T`#d;s0if5JMrKCqHE$qqUl_a~pC zPhAqR^?9?bGxYCP!3%1VZSKDsc=vdr<9R{vNpoyca?%K$Out!`m^UcLB+Q`2@<>1b z&bLtnEGJ*Cau#ApFp!Yfat6-(AYHT5vS!sDp%+5XVo?(ZG}+BQu}7Eo*~w3k-Ctnc zyoi-sVgqi3eg?JR$=5gRz!;kw7EUew#Rt_WpqPP^jsXoivp#(8IC}ugTUv*Hk7h-) zDl0NBU_`*g@YPCRaiGnOTQ z`Hna{ekpq%eCky2| zOEELPRtP}_+!!Y@CTK+pzjmT!JLoNbVq&rif*r>00hJA8=6%E_0HPyE^lDJlRJ~z% zDJTOh8)m?$zV^8VKA@D2doe~eCjkXT0M?OA>G7{vx} zQF?>H+^=u_8emk1rmWb#S1BZF8|VfwUeh|}^Y6uaoDKSnD)b2}%!`|yPC0tZ^x^4^ z9-Uq534!vAM1D#iHyiw%>ea!rK?l+Zzex$bloYh6@|1uoK<5DFO59sgcaP@scHY}C zkXMEGkLS}?(yS^|{~V9EqSx+x< z?`-$_U;lF~%5Q8EurHBlg&Igil&pac{=ai-uQC-E!9+oMhix35_ zBKFE0gCK!JjB0T30~l%v66Ui7yDj?M;glQjGvIw(Dl%VzPF*59EkzDMD}s<$X%}F^ z+r@9{QVdheV4)<>mC z{}@t4hPo6b=%pY+46%Jfp)!K?5d|`(M1S%hw(qB%-7S6mn=9Tq zx}l(K8M}w?4J-Mri*ufDzGA<=K^d?pJKj@O|fnv+KPs$RXGG{tdSGBKMRXw)3kC?RQ&kDX>TM zyF+KTP0A7M_Q)`3L^rnIU~B_kKX2f_#}?1!6d0?Cp?T8ZfZQGNYKOj0&(2sRcPjYd zzS)!DcRKLQ@oYrzjwu1Xj}RIa!R#nbH3KuK>n;7nszhSdKn!T)?GOXN#8=BD6-ZGB z$d`)+38&Tw^M}I$r*GBS2!q`tsNsAISavQ!1A+l$2QXJyJ1U@ta?^jzCB&kbDg>`& zAtq2F(MVG3oaj+PL5Xt&2`K>5okl^Q0Nw*YekSGaxo$AHk5>Kx;9Iet&-ZUA3ig2Z zK%WNQT7%_<@^gyJpOlf?b7h#Am86*iSC!?Yjuq8;MF2{wa-JM`gzL;akyb%7gkVJ>Nl?lWg9pw>`KBNBSg(cO9mxrnCu2Hc zwdNiDyJwGX23mmM1YNI|LkQSJQ}s8XM~Ff@Dg!v401O-*XSEGG2>TvGG;PzcOaK57 z07*naRDFCBID>e@+)iw*`*80~poI{WVpPHwxg{)x3z$LLy|`%He_j_F~EnP?-)D19w2aaw4S-#cVY%Y5k505g{a6F-*1`cn!vFoa5$*j zE)BM5xbJJPHave1y~sA*h+R^AK0YFous@_ZjEa%77|~(U$oLLAldLe&Fpf}xojOLa zC0X*Mr;1};72Tmo@_EUL@iJ@j`3buT{=57~B4+IzUmIR;lZSWTtOMB#Nxi^G_-;MHThizK)?ejeeW`M5s z+auRNfj#@rc0l5xtH<&=@>y!i%37)AnnG$94mSuH#A%1);ZuUPK!iHxd9l zwN60T*ZLm`2EqCx!1m~Mfae;$9T7BF=z#nWjWEsSNkf!Si3Y~mBw>uqITH57gL{hUs3(St$ou7q&%8Q2`wqhX>@{H@$jh9V8{@2^?Ldju0Bq0fHzqcY)snKJ&9T z9;?B22MVd}uG27t2@A$+?=ha8zmVVgi z!x5NtRHEvTjxel+pej%WKuXEVw7SZwInKD3077KUyelf}F$=j^cYK!~# zc)=ib zDuBJ9uV~(BE&UC=1IN+94BqzuXv?^3SLKX5phu0uB*+VpT8gDL#=pS1p8@!D`r1iM z%i;4tpFPgI1Jtf^P5S`N9zC`2<<>#BA+YSAod`a+k?mwTlatE=fEvI9Ahw(?VouQC z0-J0|00p~67;505g+>lhJ;zHb@HNi4#ZfoNzQMt+Z~*^`*acPfQ+8j@>EmC6x}tjC zLhFETHYDi{;N4KYJNd6ECY|)xj9)`*4TknO(H_uSHyy#=0l)P%JnZOmKz|-HA{VMs zgS-dYz_t70J&KZIgjeLUY=9q&j0%I)^sRRAafL27@YOQbv?6k5I=VQ<+5(6g!LIFm zpug?ZvFnvsnap^{z9>OU{9{=q9oL!Npro7K+fYp|Nv;6CG*nu^#Z z_Y+u4K@yp<(BFSE0ih-IHb*Bjv@=VBcRCr%*mFd&%z)#p{v4qRPh+jDjn4&ZQL z{sY^{=U{b>{fxOAc%K~n?e@gNAhMH}bzCalB^Edi+?waBI~79O#xX{A$vl{2|bwKfDU6!?7B!I z4vn-1f0|X5Jdb&H0=LcfU|@^QY_}U$@z?8vE{O|QthgQ5o{+4cUaj@=lMB84>{4gM zk~5w^17H3FU9Uer<#lnR^=7S868`z+jovuDlna5^Sk*t`-sAHdol^*`!K`s>A55@j zjCAO+L2veL??OypGF;ShaqR-;w&UT^LQ4wDW9~;Bs47J#s}<@Q$xm}~WWj}61^gg_ zIp?~?Vy36(_T9At_b`(%p%jA-Tr|Yo20t#j2=fTYlf#Bdmk`z(Y!4J|0@JsTGB|Yc zMBf3M(jkTb4pHU1c*t)LN0NxG3+y=ivIRBv(8^WMou-Y$G zCBcX3+AxRxj$MWh#k455li3+C)_|r`3^-|G7`ps`S;w9F{q1{x@38Uf9H6ncicM$&^7dm7V}Cc(5P^bd0i0*irjxOtCV7t z8F9k5J}R6mhCsohDY%c~6P~va!emefv>t=Ox*EXl>j?la0$vCKx(UN)d5$?io8d_F zDx=S&);lNkwN3_*;y}6Q-k?ZQiHb=I5FhEof&PR18DX@2anG`5csGp>0Ga2MkY$t# zM?Z(O);Ou##(^4u?rAMx-DB%L!DE1?6Lv#jyJ9Q+O~1@q6KY*zE|@a{m-z+92?X+;@Y-5p%8TecK>*(d#eS{Yk7C(`LlZJ z=RR-0eJtD8^zYK|?(u@8SJNsTVZ&S8J7S(3gQ}8L2zXV=lWh}$YtH$csK21E`8%3b z;JTjXTXBAbO)P`;gbJ`%0CAEX&pNlebev4K1?OAryhm>v0?rl9Ma6-lXit$~-Ptbt zwx4!w4(Qmyz^joBMUE4a^=Lj91d$_J2tgqP?49JGJ*zW;r_yR!>utA>&|R%MC&7Y7 z3BDxz$^k!g;tS}zfv+9Od=DmKO8CS=OXOXW$THQB3zsmq@)wRecybId&LcWwYKTh7 zx+`UxyUKa;i-Mn2C2CpaiHD#d>tjk%6HgeWRqvbK0?-96VVdNtv6+#Gg5FEz>{6Nc`(3JxqMVhj&}H_~;dh z&@0)eB*SNyYk6yWL|={tb1-6jI^j8Cb~$Unc72Kp%vq3S39eVPpTB>i`zJHqJDKBC zNw*e7cS-K|N%r=u+vwO^_lvqry7t(`Y^Ds41%1>xPx95JAj>F3*M5o_y$eix`{o1b$9KYXAtbY5wmG1MJVNvJF4*%kx z{^AtF?;g)}oBngg9xp20XA$>{Z#&j6zjUI1@U|2E!u@0Y9OLfO@80ndbmzK7jJdN~ zAa|__os=AzJ9Ax4@ncyRuG56=1?O{C?*Y41ERYKF%Ab^xIcSHk55)Qi4adWjv#L_z zFAF&bMr>(0{l~s~#`XAuz+#G#QKMSoY6tF2za_@EJYP|0+`e_BcfM_{MLRbQU{#0r5#|Rm%-)WF%Uf>hMJS0vxP26HK5L% zrx;Zb5Xm*t$H78;CWGQ=EzDWCk|Nbp4fw?oZ0m#EB=oN;HD2)El zzC_RqRzO>-*Ysk}m=d%id?d}QM1aq_Z6h8pwOrIXCdu4&Th>|;JPq>WIrn+CtSd<) zGInYSjyWb-mIBQX0?$O?q`9hs#{(c{v7~~mRZiTII*bAdMNk?U;ZeP1g8zi9IYfmJ zlwwqYZsgkcYQXRLDCp30N5UL&k{)^k{iV7TbW-VPR_XTYNG?>CoJUDJs^SEl7?_^` za3GLNk#~ksbM#a*&&ko8IfMM49SlWI=NX%fX36k?q8 zXMb=}R!{xrRnlS(Eo|uiVoum6Ahz%wCafFxBZ7OZ;3v?hWhL&!I&xlPBR}iB8_@QQ zlQg=Qcq&C?Dj_0wVa`0+tH7g+w<>3aQR=~Mrr)FkMa7iFZ8i9@sk8*wJ@~%HCf1LO zoEVdg1HJgfl$2snU~c#6;d$U3((2711byGS6`c9p&BcT1;hyj<`Q8j%S1C@s28rHo zK@nXRcrMIsUv+bT7x+9xzJ%{3dF}>XSO`Cd6&4kv4#?9GV;kf#X4c4bfWaB~tV>Zr zhHF;MEy-a^-#t7ReCBQMcu7tui+ZM-KGxkFz2Cuq{=wUC=@;I%(mP)|(m#6p9o?B% zI+t6U)+rDOdP$6vm8qJKoOt8%gwUn!6D&W^M(~nz zt)s z#IJ<@a*CQ0Co?%TKr8aBV3Xx)p||>p225boh(H4?>>lGeP;~&PX2Rpe0zgLf!zden z1~@tZXCU?%)j_M_I_0EH>kw-HBG?_+$_!K{Jv1#q0r(X(3kICeDjlIf^uRVsh596q z9T?xR8rrgI^8cRLNyz}50oDb;nEN;@TFzY!i=Oy*XQ`gg*q%N|*;e?|i#6|&w$BS8jI*QK-Xl)~m>mQf^wJ{l zfn$S%4Z;P2RB*l#DIx+Tt~3A4sz`7wIAzcr-WNEP<@Rfjx+F#ly$)gs{0EK!C+`)Y zlcTg+);#ZJnuYOo70?y^&}n3Nijls;E)WT6RM7JV(z*iN;yi|K*}aMjEme zfLY-X%pf-=l|gTSyNMg4qRhiUj~cdm{j{$Y|N%S)^mM-{M1W!o`{A55ft1En=*4^W|Ub?-K zZT6CX&zzOR-Qy*8D(G7p&_Tz_;sRfIw(azcfOAQ)v1VI25=g3fr2-#E^O-^_iYR`> z20eI5=)O0{(9I<)GDnP9 z6TM}4Ni_4=i%&E~sfB0rJ7<2=pJE@nZt-c)abk=^i)p~vFv;lo%%5YEV?qb7*6YAL z_9tI6gFNSe?go7E`E1+`G=4^8akGv*CPo-~aleP&p7}Sn3p(&>-+u>SkF6S7%Z^DM zB08As{>e&rPnJ4f)?C*UE-mLAT)jl{d+E-JPFPIL!N=-oAzVf?{MS6y$Q773qsNF% z3h^^bU@HkYYf&dHh+QjUtdrn&x0Cf?zezdEvS08jZv#&~c6ZF~;C;l_K86q!LQt|D zX!Zk4$2}=w7qWB3-*r$0-)+(q)0RJV;r@Z^W;x)*Qcx-!| zo?Xc?+R1P5oX}WP=w42*sCo?}d>|`SHLr^P(L3(Sg~Fm_{5xq$KDu|bK%WcUqUbOV ztCEyG23iFjp(42e6820nQYb@r80A-ge%#^<)~DMDuQ4ShT90nlY|U?I2k>iLAFykW zEJ4pdk^Uh>cE}FIu~r9k3Te<2b#=X)V!*SD9rOxp1O@s=B za2N-MQ3sMvLXn3_NkKtE&_;oi)oLj--SeJ^+XUD-2GjKW{0+`is-_FZU(#IlZvjP%LA;e_WjO#0sM!H-z$pW? zP2caS3g-?iK>@=X_M=7;g9A)pe)Asax@7U;b8>C9f7U^ke1y+7ax%nkuj*lmUNM2vV8@S9HZ>S;$zyk@7~h#Xo>dd zk4^`Y1PA!+vB!YTJ57NMSq?a=E887`%{H*J`q>son67yzxu&Yua|dm){ev zePji_rSkR`@eM`X2AX@W9Ta`i%+%ao~IIdqZMfbN_&R zJ64|u^x1HJaFBtw20mM389^|OEK`Rrdm6$kVvL-UW)wQ}DswALEux!(j;k23V~|%? zt7SznsdfK&uH!|mIl9m6pcL#@S4l_9nuJw>_ezVpXhrf};!luao`n8-^w-Kdxk08a zy0YAB0-t|H>6DeYf8XDK3*gz+MyCYDYh>Gy+_xl;J@4c<^xdGl*0Q0Wm?Ah4JVSpF zNqkhNAc4sn`dfzyUP@J1okdyh79Ck9_Qf8|VCEP0?d3pajP5DEhCV7ISMnTDx}lhE z;JHJ$o%P2&5&czwH-w;$WFeH?<9BWidN(HAwP((TapDuuZO={97#WvBREohv!CI#S z$)N$q#x&hEm>xFun1OMT{-tDOloCD~8C#bkA2as@gN$`pp6FKCC&Qx{%OkiJEogvl zN1HH=j(5oHU7G`PI7v6~zX6xVqV2Wj{04j6(AUZ85{zDxkk;7a276wDRWCT)F4)fX zweMeX-wTsR*z+Na6XVx$>=}vRoSncmwzVGYw;_ZnSsGhTTDDDN*(GEFr*+Xle3+%E zhIi+e=a<^!0}c0#ryJto1w3AETdmm@y5ju&`XKYt-~$nTRnTaW(Z%x)|FDc3?AkEd z4qkwf8u|)e1}hRB1qC>e67z--6<##Vsun%D2*dQ+kPp`AXA3r4=CB?+KZo|7xelD$ zPd7Yw%-E=O)z4meP0kz3 z`GR>WdW_5&WnU`z#Ym(a;2#o-A>fB2Ij{x42Y4JLzpF% z&<1r~q;>fDwOaISecWs|+JUoC0blN>e6w+(rnmNqIcFU$7rITgcr>4D;e?iwI+(iI zZgF(#FPJ`>)vD=RQk0F`5Lhm*ZrG~W!+)0z@VrQ5IP2-8SKHG z6i`&wg1~1(>;Y&4AUam0*9d-fy^(|b#l@vIC?kY0fv4+7wHV*vaa$i+*-89`kTpTf zD<-e%U%%Yy0fF%`&CX*-Y;let|0e=-uL=RXAXm{6UXB1x4Q~d+3RyT+M&6wA zv}GQhZ840xRadOs2Q`3l0CcVv19NQ&P+J_!fwUn|S-w4T4vcp|F(7h| zvJL|GdK%i9{)Ze}oWKD?G06_G$01tiV}F_6j`JI6HT1(&s5YS601ty4c-^l@=8o3T zp<#Rv?+(~IoN7wGjPGG$O;EZbNZBE+tLgcE(7qXTfc_pm!@kAUb4w!cM9eUZn;K8zO2_`r2u%^HJ`LDKJQovnN%uT#e z#5uvAkytj&vw`-WK(wJ~I3qY-LHpU&Rz99F?t(t&9z$?5-3@fF>9d8G11nw!72{rcL3hP{~jMW(6>dmwtI>ZyaZlN6`g>m zJKmC9RP3tMB>K$iDuT5vW2|8JOhsqRy^VL1$Frh2_exGG924NPj;^=+>H8U1BoBYl z?is%E;OtudpBDZ2!MXnKjkD>0O!V5*OTG5=Qg86=jnk{?Zvs3xyU|m2x2~YEN5-I$ z}#xW5Kh=U~(LoEn%sqYyns_x=*@DcC&a z`6>4=z~>q5F*}WpTaV6fbV@;YNw7bs0I*$O@fX;5e#!L>xV!|rXXwan%bXkTU1QT7 z_K7Gfj%aR_Ht@0`4qC5H5PQZnj6Kk|r)ci5qw%{&zJ|Wfi^)BSrq$K9*CqaPhR>a2 zi&M6q&*0y`TDL`R$ArDdP_W!UcgOh_8#m}T#(=FxlGAg0dq+Un$%{o)OyX{d;|E!H zJNPlJOOD3!CA8MizhKTw_`C*Z2Waom{f1)2e(L^PNc!VtLZLe)CsU zN2!93BVzFpzUM+bV$>cG_1Lf~S@Sw;eb{M;5v=s!q=(I6Ds~6-XumeyfiXOso(%>I z*!A_vtrfin-6mNd7YtJXmi~(3>qtGQUH|$*2fmJLb#u&pt;_m&61w99^i>=`H=l4gxtPg_z_y z>r$zv@{3%U;RDS1m|~b#**m}x=FsZI)YLQKpi*^%yHnnv4cbW0!MHq{1iueLQ=OQJ;j;qNNbWogm);b z4!r&Y8s5HMVWcI=-0$Qfyms&m9+XfZtZE3sUl0cnBSz}QbO2&di+lrow+OK( z7#x8 zrX7y32iy%dvCdlp><0OKZ@2HoBQ@N!gAjw&abwSk_25G25?*{bc_70$T(Cbl%=R;gs<~=f8v069daVm|e@0+>^!QxoJlnj`!SrWo z9aNCHM<@quSE-}Iq)!eL-4r5)R|Y5X@0+ogNqAMss=!8#<5VfC_BG(BN}9&_I&)v> z&wPduCYm7zn~~etanyu?Vmeh;6!!=wa$gj_Lnk}*Q0}Hqdli6R7uKd}J=zR8o+? zah$pEZ>dyCa?tR1IV$A#YOaFsx+-!zKAOwh_%1S61T|yXeF}PrG(`!L!ic3HZ~y=h z07*naRE(?w`f2CPN#oS^B2ho#_0~_`IM-jley;!a`kDUb!Kr@o@JtUW6dtp3did-@ zkDg&m-Wfl;xX}}A`;hjOz;x;rC;Hlgg$7(UlYE^*2*{Bp`{kUb>kyOHn-(7yI+RL* z|57QzW28Sn@Hp~(P;X!G4T>L+pVQX`cST=gU}o7%Qpr)cj#7w9F)2oD3AS3W+9R;> zYWxQ7C+H=P#A3;Yqm^Ow-P z?Yx@Lv}DZjqL%-*!_Sdu-hOg4EiU}Uwp**2ZY^h;Gv0B?anAaP%qc!T@6kz?u@lgJPDvSkh7cv|X^6;*yx7;Vp`mZiMRV|0ajbHd>6>0c$B>hK zyTcCM)HhFdbyD7f6BmwKaI;76=5;s4%aI+uhItyT$qU!E1HQGU-;Q}bc7whh<1e|t z=f3&aada%X0MGs_qN4&lCxwvIW8VX>n1A^f-mVTj?4XmdgOj`Ek1=WtQ3I_o?CC2lEgH$rFOO$)Ooa<;d z)2z-aJWMenRR9E|4sB1s8~|iL?Nscjq_==zOEB2;Y)!J=ur20$Ywm6Qj0)5s-NHiy zK&F1kaYm5c!yh6}bUU1)g})6T2bc1B^MdCF*$p;3ngdEVw2bKh-8farJLq5ng%Bw~ zMgV0V8@0%JN#ZddJ65oVF5pm|V1+hlhb}e*v6cxN7}+C31CKlS_W1x$2IYZ%?$dKE z1qJ3AC7V;k0;L!gIk5~4GF*|=J+D{#8{|K5&-YvSIhZzW3Y;8$&#hyA1^H)cF$RSY zpe@->k#l~;O~r^!f?zL_c%|ql9K{=Vu&1l=BDW!)yfWPeWn-`Q&Nf% zdXeBYQ3OcG4={Sc*d&m5;-ry#Rb>r ztQMc4k0%s~PcL`GhJ*Y)8q2(+fN#OV4*7TJZ_Dw9F{-e8+`Luodvz(?%eqaRUCqms{1*iMC3Zia&2)?R)H7^tzU&7Heo_pR z@1zt}feZgB^#Og{K3OSpZ$xX8j*z7T7$flk#uZYM&!d7&;LScQV}~IyDo*~BpkJVi zI=L6X)i|{c7}%ndcJK_`2Wz(1p5q4FuF8EL8 zPuCP4m*DRj-mZwHd-~b7#>5r(?YAvD>JWAZ&y&7JX=I*AbBxKUfbX@QJUwR@Ea--Q zYvet^(|mEH9sI4KRn2G9ypK;W;qPL~F|dU027F|z1GuwXA-VW!w1IEy$M)-4c#3(4 zVNgneF{2K|h8Tl<&vssdhdr-K{r^WX{%)~*-;!(h(6!FqN{cCH<_of+T7+*%xXi1% zt`$>KCipHF70hH3X;ED&s;^NEjWLgiYgeZT4B1x&oF?yL+iv#We>>eCVdga{LTjbf|q}vzQJD%_CWCRWObMfMUZ++n- zyl!gMBf|)N+r!VVNWOM(C!vU3Ee_=QItH1(&)u(s<^ewJd`&;f_t(t5$4CP-C3MAc z7{=$Ar>~#8J>@miGj;-=u{wFeJKIx|qyKn`F>~pJiEkKNw)q;pd5-NAFpP4cA_^Pxcx#6}lVr zw((4isiT_qKcR zmvoCAgaH4hYdv@lW9cyQ*2>2%xIBP0F^75GfyEnQ%G8KiQ{fLTx7@$t+CE~t?9uBb zHoU=h*A$g&in0*WB#ZfK;Kwo;`!4!6$hb#G=A|E{5Q0*Qni11x#xnZ$xeMF{_ZD@f zDrU{AT63OfMTIevbglDV&M7@}gb;KJzFvKFCdcwU^LT;U;-@$8dkMz;+UgV>p24Rv zY+rrMt1Ks~cu#Y{UFC23*eop8HGa2vxafrCA7cRIni@a2|+cs zE{xCEe}E_N8ZKs)<_p@qCYE+WHA*>6_Ox#G7C+JNcg18Cgd4zdy3cMv$>Uq* zi6pB`yGymYI-0SCxTWniGB(A8kTb1roluC(5GkO?s8W&&%E&n>aTI;=O~zcAy;q-9cM;L6xI&jEX4r?|BST;2KlOJevQB9&_CgRM%9~&x1@SANS@Py*%fk zo9t>mS`VXwCSAv*p7~-*&gKgbs3;zxFvb^qRnGV>u^*!t< zWN;x=O4b}~W@PBGqix+WsH0y8Z9Bc^+e6oL?%~_Cw_NXO2YB<*&o=P8!48wH(CKvT zd&uT{Yvi+?9Kek~^JiIo?}nAgHEoT~FDX>cS&_Tw^gGoX?7hLZOs5@mrv}|UeRn=m z;2xOQdNt3sLo?}VP>UP^S#ydi_{R)c=j;$HIo2g<#g5p?az;?)oZ@-4thFMDED5$t zd~{wH)#&Iso}yBW6OP0OHDUj8N_vwH(9IhDZfMu=Y&oteUVLxEy)y#pIf2!?2d8fq zNF@GCg75`F)`fs2)A@GY#+Yi9J|5ppORn4gC+a9awHTdcF?A?ewfu!*S{h0iWAX=!V~n8km#Y za%(s@9pkxW{DC>9{_tU@x5&R|&Mou!mEXDb#A}-ybn)^VkM#KTT+hz0^?+ABH`wDD zHh6ftp8nMB8~%O>`gYQ@{-5yb=K{T3$JXTyiR^}0;~gT~$lp=8M!(ki6?vcqZ(A0L z=BI(#Nj3m`jh@|aYS`u4xM19kd4#XE{ggQ9aV`3GY_aSuG#XB!w7wLFO&R*@1Blv>ju%6pD^@*I?v| zX5Ag&yXAS$WagveI6yxWBLc^mm;`?OGcw`%<&_S|esXf`^{aBq_|;-60v06u)pDt- z6cyUY_ys#c^Tk}Ho?+iX5kez#m}+3BJVVo~ci-=z+qaD};|lX;V!Qh-X0;YIG*i@a zPX6Q>WVBe!bO%1J*Bf23lRlr#w8W47?5(tzN}B#Qc#nejRB{u*G4gceUI+ME0?#!7 zySTpAmV&_7z8?|50b`(A4KV=TahiJ|z$!-B5&AJqNdw3+0f6%-w-^n z0rmz!ZaFt7%pxQvM~3wCALJ1&C`<DqD1;OeXr`W*Do_<^UuW^_gH=O4RfL;;A z+}AM+=L-BC;lqi6COxN6veEbU=e41l2if zMw{1Jb;;AV^X)~gV+w-Ri{>4KV*<{C0>LY@B}WICc}=0f*n&U;8|xNIRo2v+v(nXZY(hA9HPqW46sR79iKyVa>cdp6`)G$kz>n23kws zz8@w(+@ZfUdYkxUe8YXyv+j22bU;4Kis+NfqeQG4rY}8P?~nzd_&6O}XdlQ2Ei@YB z^5S5ao{rCVk@zZ-DU8fVPg!kf<<`0(6Yc-zqS=x<97Yw7PVaylLvml^}HJ<6Dl z25x{MesCW-uQ@qbwt?}ZMm>CXKH0NlyFJ2uhdiD6#1_}v?ewgaqCDj=$uVNaPI`!v z@9*f>^{sm3IS>n+H|r{EPD_c&i78b{R)fU9d-^o+z1{C**$RH<-{kQ5$a9ZbQDiue zcF?TMxZc_));RWvVtRy3F+vv5qI3s0U&WB71b)o6ex95>lE`a>7!WG4{aEYv@sicV zTr+45(8@8%L1@cL=YRl(aV<1=fN@Trf|53D`zN$Gvl-^9VP={dxGop#IWOH2N3PRI{;%Ky6=H=1H^O; z$`<-lgO(M^rBaHDAWF4RjM3a_he(t^j?d6mJKv0Fu?r+fc7*;&< ze0u=tirYc_hN8sVP?rR-8=UMKC%hrBIjC=60NVQUO3pwj<_S6xu`bMHd<*rS8UTy7~wbQG0hRHWq;^(HSN#EBQk z*#Fc{PCbyU4S5N+75Fc5;+9gtPHs{D#OS9qjw3fb-ZFLY%@4_XR0u)*!?>gn8Rtv- zrx&fHH1T7-6`q%z&{5K?%HXjA>owcwv}MhC#l12;GiE{%qyvEs3>s%(&{#7Moz z={O>%?;q%6Ozb)K1iU?&WCIq~6o7u8ZoWH|+2P+iJ!U{Sj;Nqo9WK+LT@`+>LuF! z)m-;i3*9^7cs$ojoZsc13x*XdlM~{BUjyFe`Ca-?e|e4PE+%GmHR)y?ko8F6)(^wc2R0pD+tNqSSC_D$=OJLq`Qd(IS?Nvm0feXGe=jEy<87uer(xu1`j zd0|lz+Xd4UYzIBJ#|T|?iCSda4V<@NxaGzcJ$S*Ab7Dl4apJazzb(x%)c&!tFOi3? ziHmLre5_;qgryYl>oUcnh%d-E3K1?~0IDJQc~*!)*3rlWS2t@pjvJ!``Y6b{VRyU1 zo(*xZ;oc734!ooHuD8GA<~|u4v?TPNx&15Efw>0gnQ%#2E%x*r<}Jmjs>=9gQGkyW zGy0G$Z^dho<$N~9rx1cN^DpMLcHXsNCxGs6=_d|M+<5x|#Vjz`@#+YrR4NEvFiy!) zX0$GG0$46do^VFrSzV*NztD zlqOye$hl+Qz1!sEJ%OOt$Rr+Pp3Q6bg6_cmp1DT_=sa&ZMezb`y5@wRfIUWn;y^$d zkgb=4!2vt&r};Wo|2@yT>DefM0u-eXgW_bDQ6qPlZla|CO%&0hThnTxc7$t>3Ck2HNWIQ zJez1S30Lwb#K5CC(HA97@;Lf6Y+r6k0+u1fs1WEEJmN*;T3j0|;v~kT2(6T&Lg0a< z9+@K7oN`a{U7jk%ILR;i8HbVCgMwm+lWZjgRXNGB)FnNakz<`RK3Pq_;<%hwS`l=X zRnfw2R&EQ`+!mR0itTSw(X2b7Y1wkxSz)wqd6wQu0jZt518+i5<1ALN|Jpw z=b{;fSgDIjDazb0=*RY`aw5ssTGWM>HM31hl=bCi-5p_Df45{=W%^W_l|n!0pv#=I z{E3{q1&+dRBX$WPsLHl&RLy)d+HzK5|9YZRffWUhmTU*}Za*Bk>FX9hZLmp;K5T=Q z>z#G>qV3T80lgj2>3-68tC*rX`fo_M?yvDVeZQ(5;Y&30CV2Cc1fMBJxtsNkIpJlL zZRNO?=;ypJ(qkk>_}9~Y-{)q%DrL%HDMsC}>VFB41{r$tZsQ#Vo~NAUxl&@p*op3%&1dp&Ov$ z3d||VL7^&1bBu1Lwm65G72{G&lf_Q}WhBtKau5ho+C`fLGDgAnd-Eu<8cW7Km#M_8f3e~R3TLH>jg z6hfH#Ko(PtoLd9J!3>NMgZ9iN+Bn@CBsoBIFaZk+To0VbfOOp0u|l|{;`9pqf|ZPW*Q$SS&v@#uiuVDQe-54wl4uB~%0A|k>;XT2#CoVaw%9(;K zD#homSZ-QfsdHfT0=~V|&Pai4RA9WPU>k%3x%=;1OLXJ#xwqJ^1mnfLtLwzd%&kjt%o2 z;P?5lli!Pa&K}-9r_arQhkPSM8jd>$O#;Opej9Mwa<6+K*8pKVnPoZf`~dwHTBh5e z3-|N$VT3j4aZA?!0UlazHdFsmEi?~|Hy`d9;oUM;B@!_6WJ}wzDoM6;T@`Q@pcv4m z0M|gjsACf4QB_TUk*rEVVh$Hm##lgSxs=IAs+_TNQq9r!tup5&D@MjlRD;aJ2z9e= zAIXgO{0_qAr7j6O#0e)8*6D~^RG?KsYx4D~sBoThmZ0l~da#$E{Jc%~ATaX0gWm=s zK|;PbwG2J+jN58apzY|vh5H%Igb?UQLuV;Ph3IjCd6QxY@;&prs0;Wls!K*!Zb>Od z6_UG?%hU&cXUH|LvX(RREFz4UJy?|-CG#;gc(z_`vj#i*XbcSq=oaWr7gf;9@Redf z?qLe}qof|2TMk4PLngYd;||1)Bhz$ZYU$U}!B}c}HeI8K2LH1zp5tp|e6JRK4)ify z+l&bnLYVa61YIK-VloKF>CtX|jx0ZAH*HLe=i?gf?F$$aH=l1e*H``+g zt-}2jqe4Vq=)gX*!%tcYZ|kqck6d(FZ;kbYUJmwE?6E=4E%I*J)!dRCE&G-{v|)$y zYO~WdIb}m)wLdZp-SyM=(ah^)6G^2c74%|RjElNT$XjWKycyh>*TOMk+a4l2=Jw8j zZG_^XfN!Jg0fIJ5h!I(WVhGx@V{2R0rRdN#lYV@C=hg{%YoVS274y^-JvF&4GS;>c zw5(TO7j%3Bodfb2E6#;?C>~ZvGaW5zc3~>jb*1Mv3lvU?;<}n-TFhrkg=aA-=S+T- z0v!(&86C%({HnM3i4j7HX0Tr0Y;=R7JB+nwwccX50Kpysu%&E7@WmbY!&5ATc+len zaH19?I!Kzv&V~Zq9rtdiSgzM=#*H$_>k<8EFzKp5E2D=J zq{6+DlIS|M#C75#$p48CW3W+gg>W?>M+;94dY2<`a*m}m=DF%+7o7^1&< z=#sbz!D)^`&-+1-Gx_5g+&_e%zvqGH##Dz44jc_wIUqy-LT{cM=uGpNjgEgD-0TBE zK@odS^9KpCU=SWS&jiio6g-nMeRAZOv!tL5-vv9T80jB`nJ2kwp3lHcos%lYCqF=* z6eE2C*a?i*-#6pR&E4b=vScnYEEJBW;q%1xbPQtb04?zu)sH=P?5Fpy?!yql7P=Ym zvySjHPI5Cy#&UvhTfsOmKAa$pE#J%VTa`S;0P~a~mU2XnB+E3*MI|M!Gwu1&*C{@i zO%!pqyGAL50FN*&sk0r>x$OaTJQaNLfR45ej|kkojIjnAx=&}EPHpN=|4}V;OrxU% zr(6#df!!qEU?R-f@qiz-V4$U+kH!O}(9(DXGy*M9a9z36)z1czt%qf}fn=}z> zx)(yg{*e}xVpKx$+>&3NMo!#HPV)W!1rH$v7H@m4*{XJ&L3BxhK8b&&O#c!6)m2uC ziFpI}IOl#CeT`DxbBq$Sf}VdG;zS4m83t_rq7RQeZ=@5wC%J9sEsF*Fhnrs^+6OG} zK%NL1HIQE*f!gk|w`m$f*9;#L;6~!2f z)q8hTs!9q;J9Z)H&UXAx2hQL0`w*i%r}OCuUJBRFCF{*b&n~ZYeSM1VG#nZRlKL4kYHBA|`GjdslM-f9X2#R0@?36omFMrd z*VCzIjuyErn~%mxgPu&=<6EBf&`mMQ*q!K43*4GUCOl5 zFC}BMNY?J*pEA^D!|VP1P~n#&M^diZR3(4zN)u|=Td zl5r!_@|=zx$*ILo9RytsLWbYWh4#y03}N1@)r zm*aqs4L)jmdsee=_VMCq3m<-cvFEw{e9u_xy+;>4dbZw1bn(3LZ$KtmNJ$A^6SxTQ z&5v>p=pbrdXYxkH?n72hpSnuK#iGSxt`H)9GWto9&@uJ|a-4Dwzaw_CU4@;@F9!ul zAq3{55Bm0X3%`yVH`E#3)^T2%ElHny#v#5gzdNV6ZZ%+;_QoAg>tJ&i6)j~g85z@Ob7YDqydq?0sW7^{%iUt|MFkxpZv?hE?W_k2jd^84@CuYd5P`u$IQMt|_Z z59-|?`LKTT-S5+)CWHGQT_h=-=}}`yMLg6{X2g!9skvD z|E_-X58tid|G@k8-VeP;?|Sd=>EoaJus+Bb-~XL=zgHjl=tuMcXuj(Ye_vn!>KF9Q zZ+%^#`^wk!@y~xjzw_>Q>mwiksJ`@-FX>BP{j%Qwv5)I_-}@fD|AX(-SHJQFefD#o z(Z@ddas3{0{Exr+>v|XS|K_{irT^}K_!r3ctNQ1^{#*L(_qKi408^rQOP55K3c{@^?M-oN`(ef%q**Jr=^ z6@8fgzx}@V>kmKrG5zCz^K1H7zw`V0)R(@XcYWY}dJjCj?*s4ASHAigedJRg(?>t^ zDSh5$v2m1Bj`7LDpfIj%)52F8H*Y6|qdq4aUedrS( z*C)*Xr$4DLe)Ws`*k?Yb4}JV&`rMblppS6xH{SKT`nSmcTYvB#y=UtGNqzE*U(%=G z>7zXV;Kx3!FMsVz`p);isgHc(L(uw^zVeN)=sVy0#?(Ijg-_^nU;2!``i(E?+w}S7 z_r9aA(mwfxFX&UB`Ha5!wXf=fpZ=77_kHityFdJXec93BCUlpVl9I1f6~W z9zXIiZ1WL)@FO49$3OFF{o#i`p!Z|DfBT+y>!1I|Z|is7|Dj30|NOV#rGNfA@7B9N z@j1QgW1rFQeBfi~^wavS4}M&~^Px}af8hB)`}N-j6YtU=eE389@Mk_Zwcr2H$MjGB z^>653|JLv7SAP9B^jm-U9{me!_OE{HxAoh9_+I_iyZ%7`<~M&!zxHdts?UHg>-$%K z@Avep@A^adexH8hJ%6bGo^k*Eul~CJ)o=e>{r2zwjz0g{kLjD(@BQ!ppneVPz6+i{ z^|f#66JPy?-utP~>qDRY9D4l1gqsh1=tJ1?!+PI`t@p3$vtRqVKK#kg>fImwh<^Y5 zAJ^}`_apkX-+QnA?R!6_-+li_^zM&+S|7(RzCgc^a(vGxKci26>8twqm%gI+e&XZ$ z820?+7e1@cf#a`y?eqHPcfPJa{gWT++u#1GzVk=l)tA4?9AEjOKKjKk>Qi6;x;_J) z&wcY7`Xv7L&2N2K-=p9A-v3^G6gzzM)1T2tKlN#S0Ni}>%U{;#zw||Y344F#YvAMK zAJWG@`)L{PpWyfjeD{MN`=CCAjz0U9&+1dOPki}v6NbO|op0)cpZ%;p^tsRK-5>q1 zK8(#j_{mS`_rUPGu;-`ot1o`*>-r*de*vs~`b(eF=fTbozV|hK?kmju&2RDSTlxZg ze(n3;)7QWM9ew+czpHQm=@0cMfAy#OKmYq5>Hqq_{FVOXfBIAX@ZbNX{^&3NMBn=3 zALz^9|CYY;y>IEeoPYaA-`AJF{SAE{pZePOzNsJn`5)`s_}e$X|80Hid*9ZNxc<|> z`ZIm!kH4qSe&N&lF89Cv9r}Oqv-;-Ozozf~(f82b_x1H}e@lPz7k{C@{Hwpzpa1y} z^@AUMM}PGf-`4;0fBj4S-~S)~H~s0q{|o)-fBq}|;NShZzWe8Ys&Dwok|#H(-VTj=BKw6A{mTl)4N{ZQZd&Uf|A@6qQ6-`5}g@elP!-}|oq;?I7hzxeYX z>5t*-um0!%i~jVl{+<5lFaAv5{?QMi^+)>3_kW--eCxaV>bJk6@BQdUJo`)i(O>?R zzV{b@sc-%0PxU39edT*UKyS$Nm2c|{-~6^d|BY|y>p%DrJbYgt`^;yF8(-C*{K*gW zgCBlhpZ>~M^@VSL7hV0CzW$vb=$k+MQ+@T1euVwLtuK7*JH+Jg=o{bqhQ9yZuj^ai z`ii~=R=$Y;e%W-t{tbPG@t?(xp9Ldd{nj`2gFpK-eFGl9_TBGK$FCye=fC!Kee=8D z)enF4J^ksQ{Xl>Aqi^Vc`txt=fBj$nSbzQ}-yvpv3tfCe-}~Oz^_8!DPG7+GAN%a* z^@kt)xZeG-&+50||4IECe(?T}eO{mW+~@R_uYDQ+e6Ri){`#R$ep;XZ@>hu0@7Hhq z;rsQke(yc{ePYLN6Td$BsZZ*C#E)SZb?4SC-M@clDo6&3i_?n>tv72O_FHmduYp3b zqsVC~z?>JIIeQXgPjYr1EL6UGiU#MlIj;%soUC+_XsmD(dvL#0B&#Jh;X zDt=CCmRcsD0GSv)n%9cVNPd^S6ep5|!A-F#A1~{W(>Xzdh+cXyR>{&3cRQ{y$QUS{}_6LYS)M9$J^z zSGv5}%G)pf*eSuwZoAWgsO#J*Z_(wT9ZKI*k@>lmE{YfT&!y7Q@v&U-dX?9sv{KbNySl+h7-Ke*Led@P8Bt($ zd)fd15CBO;K~$bAy#u=`2aMOk%Yg!E4}aEGUCne10B!*;Z?9jmi$WL07&NQl-C*LC zOo~Z+>~jei&M&Un=G!Sz4R5I+U7dI6?f}gJy;$yxiz_{Pe5wOu*646Cn`^#U=#=~0 z?N&F;Gpn+C=uf{#x?Bi6DWk9Xe5Uzw$^5mJ+#dmTN1=G@gGmk=vP%Glq&bzA9iXf=K87N6xDl$o}@jig-byG6nW0C*4kjZmKB<-?#rv4 ze6ItS2kdFRcf5N;Eehy%jk8!^ExcTy_bu-TFW6EWk^jJaH=7$|YgL2EIWo9_jWJDg z*RxtFMhe^k{`#q^FFEOett;%fTr4L!JLbK zd*s;duGJAlB7GYI!)QaLsK{zLVwZ*ek^oi1*J4rQ&)AyR3d`jYKC@6RNeHA6qYjMs zyfCU6a~zDVFlfnY3Kr=bwa1Plx@wuTH9o)tL8M;|T#!$kZ{%0X(hOH+p({rYrDjn;WAyyqY{r zxEZyWFQgD9Y`R>X;5R37@bx#VQ;Mnys`Dy~Q*_?ZdiCgPWJ^1QpagFsP7L5#D4@mO z_7}@L45Rkj8^*Nqt_kZAMOIzDpJGx3co7;7G(S%&83TW4qUY4I6AQV7vi)`RLeaJlVDx89H#*;4{X% zZ9c$5hXOj=WV_a-eE`3@!oMCqd8RFKW=GrFU$M=Ak6N!G^s4GgBl;bnQ82`;L`^Xd zykvB;T-}ml)&agc_hYHtv%^f9!9GdGYRkNA@DL;V$rcAN8le@yielp52oDDtO9OK4 z@w1jD=$VyMa>%O>9_fI8?OCB;pFPu)M-O##d7(ERKF|%XNCxDq>Z1F1;fMKW*vP-8 zUN{~RFA#U)$9#fdGIX31O!QXgxsRw6QIwLk-v7^uuJJ-CP-yzG4++tiF zkT=An$lO&*Y8VUgxAYSmh-3)ZA#4nDbl_fx^mBq_CZJfDJwf@3)%yiOy2DW>rEm<4 zZE*AfVD%U@Mae#vb3`F|+On7(IeKV2%KLR18Ti09@i64IQ37yV8?q z=LGLjPf)_s^DDO4Z{#n7Y2l3Iy&0 zd~FG$H#gV1-VS>CferUmr|0K-_~fZB0mGGxh~1zwfV0DRPO>)c+0{nR&d&AZ$s>X` z1qE|<0M39Ge9s6327-BNyHQV0FZ5sj?q&V>XRl8D8~}0v5Ub-8ZMKIguw61=j78Vz z^AaAPoSte+^4jcL#y{x{H^}$U;nNC=5K$Zr;ncK>60hgUtQ?x>{REpQ|P_& z>Ko|LdVi)L|MVyNn;-uKT2J)f{_dyxfBhf-Rj039zthVvzoM7n z=cli{p;wvv{OKcTKGP*M8!GM{HeFMFUtFG3g>TT&h0aMvkF8I1op6pD?7H1<2$(wx zrW^Y0bc5cvex9=IOvZQzM#d>2w^P3ZviAhA1Gv0FM;j7T$9aem8XKK~opYS~=0)+f zBaw6@8QbzY_` z!2euSv?L$XyCDYLxVXSJTX=JEw`GjKi?o~i2kqfwyJ@uH+J4?p%vooc61lsnxIM=v zYj9+pd)_^Iv+ivBhK|;+W2EC@Lkt?w`F?k!$c-%tb+^7^&vVpZ%z1v|*^|eQbVYof ziVtwm!1Fb{I$8PHgO&^M{QzIAC?qQqMu18wf%wooQNj}QcfW5 z?$xvdF{YdP_TZJ!jo(~q1CA}jmV|x|t{;K72ag`;f`q>#Htpf%inx1Vz>FgG2Al4{ z=$^!un5ZO-PCnS6UyZF0OdZ%rF>1MBb&K3{a6Y1kD-z=qV)`{QZ+QoQz}}Yc>grN0 zx;qCO=OpSa{vAR4ex0ovV+Smxn$XX#|t2dsUQCy5_@PQ6|wGkLuE^ff^Q?1e2 z7^3{?$$x$Yu*L^RvV4T^Qi@QCp5ZqGa>W=(ucH#j$hbY&+>+4UCU!u5Ey(CTPD z#e|6DEp%_d=>b_%5M!kh{RA`+%ON9ij68G^t+)7z0~L*e6hhE36CW*StZaH+p(G1F zz}=R_w8I$=D1JebUQlI&D3b3$!8HJ?P7VeuD&5t*)-8W)6hRgUROcx2juHc^lC{R* zr+})bQj5F*Z3v3jIMOA+KM+)|5q6D3?C7_dfH&fhJ@h4iBfSFnDMc6-Npr6o!1R=4 zbV1@j1Gp`YV*~67q9d}c0rVE59Z>W+$^9wG>%qf^YMLF%;z|bchWYmdgag%b#5i~F z-Ub9KWx!#BkDw9SByhXPxP-4OXdTe66Vo2R-Jt&i`e*>}1{o~J205G{U6Aa#UrJWs zzXSbE{{jbXnAiX7&qt4*v2C>0HFVZEDdyD{hucGQF)zBsuFnWi*Ho9+1PxdF7bMFw z0?Zcv+)_0~~H z+SVib*~90C;J1d4XVwG#uHnr*HsIhuklAAMOM=Mh#YRuguPJh_^vdfG^^{$UGsX8*k|Gg9o}Gxm-|;T+*&cW?^V_O+vdmeM)k>(ld@*c)ws} zaen#?dgprM_16fd*XVq!EqZAwn)k@FLBGIC9oX!YJof{W}0N%iPxp$`09 zV#76KpCH$($o=fuDf6A_hMlfvzt-vbGra+Sue|oUUP0$q6hPLe{pNM#e|&aHvAltg zOM>^Mo>3^ABFhyt9e9m_HGGfYbQnjH=_NrWY6RmQ!KTA+{2o*Q#sO_ATEWmM7`;KC zPq6hRSiJxz=On>P@7$mt>-q{j+<GLJCn1YPS6j zJo&uA?|XQNEMEy5;B|+OqECviE9e|Z9(!))|6efg6N>boz4nj-d#A_5 zgJ)+KI;Cw$01nj8;MICPr=WhFBI3y@`eEET`f8eSO1$S6m*D3b3~%&|qVk+M9z1-c zSHR38cG7-E5&Pqp-=MgELqDOw{~HR~pHi5fGOoi{Jdbs-H_p-3(^K$hyWx{(;PNSn z!$rxCg6oC?^!)6aB(h@>a?Y;Dg`OgV=lRJ`Ue+W0?ZM-x6YekZ|0l@ukX7L|y1$_) z*b}d;-#!F2#FB}1;IFC+F&Q5Z(iscN4YmP*I!FFJn7c%tYvTyo=jhoOUZcBfV$2ou-XPC2bnw6n zC1T5txUnUUx#+=jWL(`~mpz4^aeM_H0)<&mJR6CBZkb{rkP8YqCDR8Lb@*d35O>gxR3&}JBqC^F8 z=Xj|T5;v#nVSGoRK0w%k;tHkh3DPM>#Teu*i>W_F!xBMU>f8Xj1AT<>3$`C`ua<0U zWZi}Ctj@Z{w#vQRCvw0mxhRnsV~A97t%wnt=3@0^!H+2>dd{7sm`;}jp*^7Q=;-b0 zBerNu$!sYu;rU2g3X}(rp6ZMw)WiEZ;CzacZ!lI*vbq6$8{~;O$>V|oiEM+uMjai^ zluM;+oWrZG)2C0=V!T`MKcbu6fixdyI=$GDR2yw@unqGC7;ACv83wq9zZS!#7?on2 z0`?UvxDgpn0o6ki)MFCZ6C80vHFrTkc;I^g`6y6A{Q-tf@(r$elTg!70K(GzN_Vt{JyHnnb#tFHRxwx^_bK#cP|%; z*83WLAE04}O;o0LsjllPDMV2y1uENmT6LS}25gzflNBoj?9w1(M^ftG^7%KNCDT~V zGQdx2kY!IHhta?bHlZ(m0Nq5vcA^To-K+;6_pDqq9%D>8SZ*oW8tmnQq=mEA(=nL-iK*rgf6h-IW|9aVgOU;B-0x( z+E6&$kRYz7K;KNoCQ8;NMPrMOMhe>w8rCVC=!!saN`QX!^o*c+#r7lip1w%gAIHR*zMNIt;s$COjclV#wyY{=~;>Gv4OXZ&C@uv za#7SXXNMm<9tnHwD5_%!I^h-6z?^f6*cgq0mVnt(RPDeeD^L2&W^>|Gts`Q@0zP|e z-Xf0!aST#Nk>Mm_yhnI%c-Byyg_x$eXPF|xhY%)R8Y?>ri9I}wE7qkGsd_0qT^og2hc7#fa?QsdneyIu;a8thb=ZY&RkqOIbWgE zl&}VNvtF-A)Tb2U7guL`z*hciF4)2G6~6Q2@tLkEY*MNeV^W0ggafqLHdhsKuGR5! zrrW%R`u|e)pIee6$(Am-MF{{ibN3*b#ZKRT|3{iNYxP}yx~h@{b7CBPz75an-;qRR`X2yrX^;(NcPO5x% zU7Wd=b5SluyS7zM*hLK-;k0*C&NOd@+_o@oB(5jwm*7^8B;#zq4fhHEuac7X0uPDwWsCH_;2&-k&(L?MW~XrM!Fn<^eqspKFa zR+*S@kauN;8K=(x+yh!mv3NS{M8TOaV~OTakHZoJsT*QhlQfc0wNs z#AohCedlr_V7@({^aAL2?v!V2yF*-)p=aE{F%tz>9REyb=^qk#VXV9RuXNfINz>$- zuy?|FM;zy(@Nc?dlYRn=h+s=CFL)(w`x&f|StDLM|q;M|HG zE8DphyK+i4(GVfC+x+HYctSs)Oeqr>i|!=quC2;BDL8sCzHnzYQ25vZRZGI2SFRy% zB5C_*OCrg2Bqr6`8NZMWMts+k6fbNK z=M-v6k$0CCIP?QwClu$k4Gb?e| zW8=tyd$od%`2ytPi~RFIm3S}c;$q%3WlQwW6qy^liB6hVYJCLJh@H0uL zLhMW|;9@`ZoIk;VBX`JWxG^uQ78($V)EbFL>5~LP3xJQTKVk0-o&);M{>)LxKRvqs zlRIept0!i@aVPne$8tU62If7};9ua>8EGdawB{K0OAZzf*g+#POT!MdlB znUQ7g8G|D+=cB8ggkKk}5;0zC)d>GMMb41P245yVlV7>!u>m$S7@!t8ex~_6>IDwJ zqTdA$-Qnd-p4)MQBDi^>HW-fqyBcH^)>>$~FX-^buaaVo?|1%u@LhkKWyJ3@JU@Z0dDBJ!kl1U#;8w zstI65t~pn%%wO=iV`oAR6a>AM18n*Gg4`FHmk~}@=P2eS=a{C*H=-B#$uRU^@b5)4 z`8`rnLGQL{xFH*LbWYcwdnG?Be8VyLf*`#ksMq7JQ9{mGH|3K9z0*x``v+p&ho`gR^6ffu|q0o&T3APtV@4&p_ z_~Nl7k`*I+?74CDB$ZNHc)ZBYyb_c*?!vy4y^yrd9zz%UhK=5Gbs!_0yR(y?*&_WnTU*cUN}M5#iS`X*-XYC^qelW_ z!mb-Q3LF-69k^y$&m>^ma|5T5F5f!^mT@JZy{_NwpF8$AXC6ho$NdsG|4c)Nd!$4tfA?WANAAw_4Paw?L==JSale=x3jo7y1mE>_|9TD6g z4~?Good$dmtd(nF+^i%1{Q);l5PoHi3x(^5eh$9GxD&y02E!T5A~<&M4A zLf}kfwFFOGTu&5bp|u158~D8O-Jd%W)J*a+zdZknZ>*blYn)tO@Z~p}6~7-ztj2di zZcZe1?28D*8jFeIGs_ru?B;}FB3SwZ6cm3&qR){Q(EQ z|2WB8em-8f6Z}R)+QSjAyJAz}Iq-)=tCd(da(#kRBiD_|jQxbGGV9tN7a%9xk+Dxt zA61)9el36aW?Bo4_N+JbyOLCUVmP7r0v<>1jI8I(SU;~F;LPtNTNkAf4o`6RBX{YC zuG{!fz_H_Vt(m*wMuqpMhl5ry!kM~JkPEtZC|K}$t*tWoWw>7`z=L{<$ep{innOJ? z;9_dt9(FXdsUl)gr4bDp&ZfW*V<{pavYK3Vr^y=GshZHuMdc2!T{N1eO5k=w_L(tI zKr7F#Tkg1Ku$y=+G~p8=uLnP4RobeBBsKdSadKzeK<={4{iY8h$uZtZvCjssyU?0* zflf2|(7a#aiG6pc;pxdm=6};S1 zdE!J-y%IkI*qxXw_+t!DoST@lqO5KGPX7Bw{`d}09UI^I{?)r(U%u!>oL=6(>zRCa zrhp&WWi|INmW?h~=X>IPghvyY_T-!+@{h#SmFq9$Qy-3H$Es~U6Qkc*>q@bA&M0u_ z43GS%;s^0_VZKn-W1orBJ2+p!!L{QBJAV82oxJ^R+adWzoc%YC4;(*{ zvwgR&$~kQ{(7!_OeEW?4_N7N1+41`~k5Fbfws2yAKUZ|Tf{|m=JLx0mPSlhOvGI+% zsXzHj%L)zn>w=O;h~Whm4CbuPIN%0BXISQi3d(K?4#hi?`oQ^x&)YjPws8Q^qtp=~ z-`JY;xjV|831lnk^D|>d9KHns1`VvevS!a(U?bw6yVXWMccW_`Ao5DW@q1IM{BsH& ziQ)zjCliUItC<8BB>9o8{G(pjx*Awh1mt&~2RmsPY!{J{Bygu-9s%wLApf9a|HgBu zI|bHGy5O8U4!luV2F_uodJ35x-~bROP9#F_Ao#oAO*)^uQz-7(bi#IT+4~vW4@l;5 z1MAwh$A=wvw)?H2anKzO2kxZzTfug6d}QaMqv0w}3QWj3RKVWYT#;W$c=q#m3ir5? zZ>IYn~*9z@6_Ef1AWD+jActoD5c- zC{%YyewT0B$FI|K;18j^OJA@xq;-@UMf> z>q9x2H?7(8qiuLS-MQ1gi)A#x8*{;Tu^o4^qLBBj zYh8@lK(P1d)msnjv3{Z``M8@$B=5E<>_DBB!Nxi`AzHT{{<)c)SZHOpW5D+_{GO5b zMpO7ZN$ktFXT4BhzmtHz!7lI$Qp%_S(DJS*lN&cYdwJN2-uB4_`J)pCH?Wd-U zEeq!}O>{$X>*WM^L;n%m4>Y|sXE{zBFHT-F=U-XZKajVQEGO(4v3>I!>)qjdM9`4c zErxoo-SKfyd~Oth9v^4!W+%=;0VU46K+VK#q(&o257@wY-TdP%*qn;Q7JNg&G{;vG z*bDxA!T*lyJL?YMwMghMjWmBJlDB{8&$uvIEpu&0Vho`J1!j#DSpW2OLmt`Tj{-k- zZ6hb7kz_uwC47Z*uO!41jgSlf9iDm{{9^u5aNgjw8$bzO<`Ndqx9;k$88jK9fulv{i;$78(v;Cwp34aZD^pA9*74_~LU znc4sV5CBO;K~zup!DFn`1?-H6W4H&0d0A!O8b|*embv*#zP(&e_?fj?*N>)N@#BQu zXKb9&>&{$M0}bhw9DE~Z4$jHs@+&%x#F3k*XC9UMS__9tPTc+8;Lf5~3i6RWBZOqY zc-*(@Xu=wr0XGGf?;?8vmxU<1!GRUhUud$A94DFt+ds0VbJl<_zpz956<&RX6Ti{i zU#SBEhlKBX^gVKy-cu7U>;MkfFv5Gs^cC47xQzr)Wvn?eW9t!Htph-8v3`U@_Mh|D z%-DhaVmWtYkHmcrk>?%14NYyqXOrv;+tv~%C-iZl-?NjtZEM4~D=~d0E-oDA7$Nqj z{-m}x@|Im&iVi$Gb2sWFJEL_5u$jW^AZP)$mc-db3&xe2btEuH2vFKe(wKQBwLq*J z#Jp2Du3AvA2Us@}2`9Nr_OnCbw63WHS72}^VYNO*2(7%YIIcKtR7gzJJyIa?~?{*QTTo0Oe)@P^! zatDNMxidA%C$4><`B->gD4H!kzF+zcpAo%okj#nr`}bElI49P;&@HdyC+ipP!Uuxvd>u7;QAy-_jmE+WX_`4fI^jo*F-7ZUHUUw+ffGu|tWn}3dC!5{vizLk0A!i7ZhmAkT6e6(%X zl9XQ9)q3}bbabL7Mpm$HC;$OCGrYXP@fE#|=apt+vjg6p;c9~&=FFKfC%EV1jrWnY z25`Dz-x`aYto*p)Ok=kFIxn%jB7Z<0uH2f~5#2B53dwQeNJ?7pQ)R#ec9l8C@reF2 zekH235}RuTINfDk2DlorYMky$jPJpK@Ka6++{iodEM@6VY^>N&(cc7E@&27cgedv3 z)qtMQFE8@rngQE<2MckD(@`_N4`QT;r?zvX7`+k~XKoD6+W^2V6|^WXp0FTWr4fByZ2ZS%8!|MseX|Msl^_20j;TX=!DlV*y`ihs?^ zl8V~4)n7h;-Z+}!1yFvFGXHSoQgqKUYlX+|pR33~#$4CMx{Q(=KC&BRPx_i(OjlbV`! zL+6FD_TdC}=H9w4I>MoWYYjJ89#4OduJDoAxX@V5%b>%~tIu*?`1siA?>{|a!>Zg= zL1x?@N+oZ;zF#=FEKIJiy1v#$m+nJ4wvRq*BxiV`?p$IG-c1 zyYhLGoogUh*vznW#0(^Ij>Ezx@6~Z;<{6 zcUNbw`CJcSM*^y?4P>jT1Y`ok9rAL?YTFhf)UDW5Z1ndtMfyt8-H3-i8JzUh0{8bLfJF`63Y|1AMKhUbV!e)-LTwEsx!N@HcBT{he>iZVNZ)8cf&v=Yn3;2-P`z+R zS!qt|+UxxKWBVDn7+D{B_ndcUNb)ex+IOxr4q^M4w-;+(4|lkWhO#edVJF)(icz1D+0BhtP4tr!Im0Hy{6?h%1nf!3o0>28e zaiF~;TgTFf&wG65<4!Eyk-03Z67rC$8GmiDDdE=!8-g`L&c(*U9QZ%K{4T!= zc2d-Al; zJ2yUHUl=s}YS}I8xKZD=b$j&gc~U5&L#ag>ZrVn3&*vf)YS^q48E&pyv*>jn_Ydlb z2mQ%c$|&=6X!Urg5Iqabpp@i=pD=2NVl4*vd&QuR&%3TuL{jGasz9MhZ`=vxob~v4 z&=Upl0LdP4R7+Cy90P3ysedG{SvKfOa4!TvKpM}DNOZ&}wtEM8`(y#o+BC|g>Wyt8 z2WWvPe*U*3$+rzUcU29=)pA;bwrz?IyGB2K{GgAIkE#H?Cs}-^du~c2|L;lvLI?Yi zJIEbl(-r_(t?k;i+fRrt1oQ}jCy0d#a_~$vBn|c^biG5el%yO|;jbMwwj|+QTa>uI zV$&m?_g_Ch$-i#bAvXc^)5BhW{pquw4toWp+HwA2-)%b11k+4nS|DzRE-f;R&%b{A zs#gaJ4a^9USIPdySDjY$?3zX&p7#11a$U$DA?3_@U{X$*q>$y$DJ3~6`Of{BWb=c^ z2NTY4;+t9bPD1+r<5?rNEzIvBx)YZJ&7HUt-y=9S_@XvxOBkOC`h@Ui^Fs?MgEd2u zq_#HtU>=YZo_HsExu$o0Fk&J}tT1gRiFWvKhYVxc)&h~=kHc;UPe#q$6_zYyCc6J& zEAp8Wg|QhK4oGtnc;u~mKYAHSUH~Lf;C67Oq58}eKWgTtpOlpF{fvX1lo_azr0wq$ z_9w7w?FaA;#x|@a#`>_1kGs7JnC6_(ai&3-wt(!x??e$BS%1McHwsshRohl6#Pmfu zCsnv-o;2{Y#g+lS8OOr+9qXLa(A*!vpvxC^x%AhUn|aNn?|`- zd=c8?r;ekr`_a_IIcZrJaGlhFbLCh`%0m8rzawq}Ta&*kBI(YZ;6H!=rdJB2E)O&|mTAj&nJMR{XuvK>4x7nda)5U7i!q(T%(2JN~|?;!odnJno4>=JYi2Z!~x} zd~zdq^c1lxob<1=W-tlldH3^vzkuxsexs743A??!&v(!u5WIwL0?2 zr^iPXxZLD|9a;PRUOQwYl2IBO)1Y-fjGSVDjHl|B&MO;Z5ytTT6}FaiY-lSC1HVB6`VIuu;6 zVvTpB8~{!lpXrL99v-&N{S##V>rbC3ppW|e^q{|e{;0O8Tfhwj!$`0#Bx^f5&@^Mj zh$Bth6P2`UGGHG7H)I*D0bv~%ivx2$ zeg1?)cK|p_k(6*m#rYpUeA0!x)e)jS>>&s99uGTx#C}xSY;eK;Omolxc7*hibu*;Q zHLGw`a2g=93uMEjniD~L(4lL%gM2?8(V>Sd0g6uqyU9>X-Sl{RdeqOKKj?+7|DXT$SH|y1mPG^D zd7T;EcWvDY*F+ICc0F-*C+QE28EAqKB(ZFPtjn61yJ}#UsqJ>^@Q39D*K)}!96u3v zAD?!ty{huvye~NLK<>$4{6JH(L&p_c_FcQ_Gvd<~{DN^>L(V5}JkszZk6S-$MFGox z_yhM+i*f>!>;qhp^Z57x^=EQbqlRl8WA@l4?lxz9oxv|<(Ma_i!@EzKMsA|d6xipN zquh`wuyFu8bnkG)JoS2IC+&@5>N{~4SHz1;_^4+`;X!}<%O@UJRd5-}O*gsmYHC(S z2Wx*}t3E~OOkumQtCCX!n*lB$Lk6nAGp4!S>Lf}1?vth zeK=Mhca8q`^Cvxm%|t^`8}XVp`L=t;e*2(uSNYSYk6^SYQl^;C`%EK#(;G2) zBBpON84)4ZhOVg~AF8!dsIvCE4(`@1N4D_Ke(Gs95K41DsKMr-Hsl;Cc~N4=CsN4V zYMZj

EeAqh(ZVer-x2E(_z+w$9Jgn_br`A~;`_a}sdLFZytKSIo`$ysn%|@>`2- zq1fX5AAk9a4&0a-cgyj*yS56IG=k|*pFe9xP$bFu;>d1B2ao>&h7UA|BXN*Z!j>wZ zZ@}Py-32`(LId&Y9CV{ey|8l;teaB?!yX$lb@KqfCU#YCn#hS0`Q%2t{9qR}F)oqc zH$O2ik*`}6+m(>;yM6n(-z)Gr#{H>3DFJj((BA0E?<8U;13SK_lNy|0NbEVM4N$ST zug@4OUKztU#iN709s!|2p@pCs2+9Y(8%QUd6(uih^BqavM+&@waL`z8Q;JYQ0}13v zahaHlRoYXaKkmED0fm5gLS72eDDqbT%BBH{h*SFX;REA42-2v5eX9Y-99ZYTdJnt${(lUtNd~pac?)iDDNd|4vbOKMtnWn8 z7&t`nS=cshnPVA1wcSl+<~F71JKN|J`noxZl(fP;Z&{;978YZ8Du|r><#$JG3QQ{L`>l#jXW^%;2^%)^?{R0WR z!@j-tyWN)XX7oZJ38kSadD0V&h=Xsz&VpRwUvps(2OQK+{I+4^0C=3;P=VzHcX}EH zOe0y{RRAcZtT*mD8iH)10QNkZ@Oo$NMo(}+MAEnK&-xczZx_Z5B=ZR#4kXbVW8dIH zGV!(Gh3zdY-ozkDU(ob^WV{mLT~W3&*IE4l=!p=4MQv0?0BKQ0dq^s9sOH4o0QeK|LT_VmMCXQiK71~h%IMhQ zq?D|I1b1V-kszK}dte)OB)*L4j1sohcavY?$BEeR&dk4f?DG6})}7+jA=_iyn$@*M zj)#>vDsTj&(0!yBNh7i@VAc0m?b=L(Gmr@0<78l)KG4^9J}E*z7Gj!D`tbOK+(xLU z8?jPS(#o|7c@qsm!#b5?#JAaVQ)LVH#&h3MyHb@HpHtEv-JU2S9UNZ4KQ~1c`yVOT zPj29tJ1#+CSk-jIXf0bpcXD)*ZJVkm;;)vZl0r%aKNPiXCBj#gnpA5;Au0O&^q>zM z`>rJ~go@Y8MUICp#*qJCf2DzD=dY<*j)xrLHEV&KDX`HPGB1$cHLQKufs4SmA?C#q zO6ZYGV%@3+dnP#XK>qR0-2-{UTfQTCLyFDcQldCeAmOWHTb%dZ=nL_CrBNS<%aqe* zch}Y}Mh1%RiNg8y5gLqmwc87yLef*>uADwB0uW+m< zcb?$D3p;xgpF4E^@O0R46!wmA!!|YWcSV2@M0zw3$hmCam1F9^CP)o1jAWUX5P$aF)o8s z#ZNzx3m@@WPt4qH599r_BQuZhaFc4v#M1~@XW~=vw$mqWpguFN!jDpto(_-X$OnzY znRs>NtR46r4jpk(fPp-4z3Yuf4{ibq*IMxK8a)O6N&{2S&9WBsE2XGKhIML6!DmOB zzGoV>t5#zOe($kleHsZrooV7n>{2AYCiv6xG33{RzihX0aQ*9th1}DDM*^u(DXmE9 z8Y$wdf_a5Uh9~{{^@SVrs|pwdxR31mIgifNo}Zrf`t-14^a3uE7JTis{>+gsfPE$@ z_v1pMoHhWxg^~edC2(^}N(97(?%u#uh}_nqgfe!v6P*Llgny&s{Xs{3A~}A8*gyE* zlR!j(IDifmo|y#GLyRlyA_C)AjL&ky3)V>~Va%+R_mLp5u@zk=lGDgM(3cN`nK0d3 zTVK9>2gods8@cDZ=S^mJardD@wcD!Ke!{fQ5?Vhc-1qHJm3t^+z*+sF8VSgZDxfs5Ik$;E&4Bwpi7C&#+g03s`GXYp+ z*(12DaA1N@_C*i(BGOhYeZHwUji8=<<9avb11?bS+#Iin@im= znMgW_)@_^H>rA72BZ&tEp*GEyAV(6XZ2~H#oK>2No<$Y>Z}7@RSG*FuN~qJ*(A|j3 znS_uTvnLs4u(OWAI4Ak0X7HZ$%+8EsW#3jkFpl8V42Pvf!Y&uu6}<)MLVNjYUO6nf5t^QxBffh@=BKmj7m(0x&BUAQB3JXiDsY01jWj zzv;)zD{(Msw>!Y6s!!fMBL;TJcsd*?=sSI6r>^FZb7q5_4-}@qvTOPO{MX<02|fJ( zj`+tv{-%%Iq~x6Rjh(FDe;oDY$4USG{YBs3E*o#Qn-FB4xZCf*;wR7L=Eb@_>^q9s zZsTiPD_C`M?D%I?sLR*~a1mN?(4P1?z=0h%4L!}rNL6__v>T4QrmCRBjYm=^n(7~~ zZ{Q>BXpyl%l}TC`Jw5Hgq@f<%LOW+cI?j0IH0zLhU`%TIX>46&u8YZ zn@?@W7xLJZT=jZBZU4C0+vzIHVWdJHy1;|b{$Z!KAyzqe;-+H4s9;24E#IsR$gsQ~ z-ujWHYf*!5cWsMZMHBh)nVptbY;vwSv2${UuQU0hVDA%6o^1yu?znGq<20|U2FDoO z-ga|n#_r(t1bzelCk)X59l>=5ojaIa@Xd)GrkQze?k?;A6>@Ud@kj$awt2+V0Ol*c z7?3?Ob|%*YD}El7;N8r%3C;@HEjASVa-Ua~+NhL9z^T_Qhm0~OZRdiFi5PvQ(K}(= ziR-RMe`ELWr>6&(ibRo`CEx?

  • iI0(MPl;)`%bwCmjhg6JciEO*Td3PT)9U|Ap~EZF!R@bq`I#j7Ntq(i?e`>UDJ1RM%AIA_D|-5O zo;!l?RdsDLt1*^@{&rdtL;!aPys+M_SpRk?TuoIC|Qf8dA z3PNvl4qby?qc)xs_$7yG$r|C?1^x~2qUUh%tx6=z9XQYUVbPIu)xeW|SCCz>k$3oz!O+F!s~d2Vf#t5qnJAFA+nGjTfuG`OaaP8kP>=*aXhNTX zEUtan)5;8`huJ*F*XuQcj7G~)RBK&^v&@H9+O5XT2oQt zSR`H93VwP#Fm9*E$GtMwXJX^S!;Uc-iK{yE#<+!)@Z2NzxcQ9;@L%K`6D4#bhmtZ> z!1mAwD&9;001yC4L_t)wdSI90=bt{yxGdP|9Jk+htaH$gCZh+t39h@jy;JlYr{Bp3 zGi!Ck<$kvV`$oq4ja`g8WH}M<#^{3H=7I5SYrEm(CdiLYjBBlpGT1ogop-M2Cj2|% z-=1~d#9iUqz<0-wck_Nczv%6aW(2D}W>MhBS$F0dW6A^#SkaE++z|sad3u0X14b8o zevv-Im9^%`nv`i!CgPP(aH53+geQ0`n?IXUWFLQcIN;f|@!9cLa#2A) zO#f4Vl7YOCkniKHnY$VrbEM;&38We1CxRuH1kaM}*cs=1=g$6@FF$l9K^Csf1d-pj zAP4xB?+I9a-sG78=atUo`}0u~*V|H&mE`M|@j@3o1IC@CI8UoiknEQ)uN0~?+aGs1 z0eyd=kl$v$k2(W*Powc_Cs0@><{n9U7rL~Oos1XG{rdGyzdxV#E1mp*|Le=PmGb}j zU;olqM-uzU8UYb{0%qVa zJ|oxeG&n1+Xxk#syOSIyY`oKSyiu%7q^7A#JlBqtw?s6u<$Cx3420zDxp%OCy-ykm z>_T#PLij-U-_%M&w93R7xieWpTemxaQ{Zghd0$!U6+iTxd%-UQ!Es052_N)ebU{~d z#Sg4`+4ZI2Ikr4J-T}A@jQTH(djzr$Z_qL_duZe zyo}Ns$U&|#KT??N2M7Cw=lv6l&m04~J?u$zB#MP(HsUk#I>EGTxG#JUWF&&w*WXBP zFYx9{(iSgY&jiw6X)b*C){qQyDYD<@wQNayWStwyC+935cM3v^khwpxm>Y=;jol4@ zT(S2K?lU_RxK#sVS%yDZz@y!6r>@)Ur;i`>nY(8HGq+D{&F@I!d)979rV&LYRkSYZ z_>KuWgHI1GBkL_n#L=oqsDRDyiA6dSLtlwEhHxRUU*IsvJ0@==8~)Dh0i_^qp<%JH;sSz{JTZhXCv6rYbb z9q+SFeD2AjD;y7!+uhi(W(L=aJI3br>S_m-H-scInK{5ah=&VMIH?&Ov?nyvvmC$P4!Pc$cA**!QD ze_O7jyV*Vy|99-HrEZ)`G=o>3Gml_y->%9Oq^o+q8{ZL~Dna08BB!i77`t%YIUgy} z7~XUR2mhN9GZ>%98v}%OoWD|R?NjHJ8|M~$7jVyO1z2ibX-;OP6aq%Qk{cR!49w{@ z68xDM1#j@bV{pQ64OrN}Bmnuw%{vzRU8_Vsv7HH7t1pt<61F@NA0;OR^3HH$K!-E_ zy`le%z5}@T`0Y*%o+-l5)E74y&+O=Iz92XL;O6Y>w->nX1|Xq!#s?F8nf3VeC@9F5 z|C?UfS@?~D{tch>_~Awj``}<`10*lUueR9eE*>nd1=Mg8!~2W`+@#%;0_FGNF+DM30&{-`4Rii zys!9iTs9AY@BjaQl0lmQY=nRp3hM-bSBQ4v4t$1uNdOJe0&Q0g8~#eylmI`_=!ODL zeCr}bBt3Jt@Pk5hA&_nK6`7WM1%wlTx#+JrbA=rpcMx{G4Yh%AhhhWt{3#_t#9jvQ z6#z~c{mi;Qct-j{0y7a&mE^wVDq|4?!=v(6JvaSC1~C8?+L`Nso1fA?}C1lI+EJLqz0QRx<-WD z#byeKzq`n_B;O5x_>fa5C6O3zazMUr1^KRu?*1XAeOI;Mn=3r3C9&3wK6irTB7too zNq7scqhQ*uNA9*(1ss^*M(9Fe6F9lxcwEj!6I>sV8DKH;oLnX^IuH0nytnB7>BEyO zD@dkI*J-8!TP3;EPAMxQy(cS*(jFaa4s|tiJuyn~WYz%g)-N%(>vjZhBkycIvuibw zppw@m)fiLDOaS4#x|Q>ZHGH(-yW2G+r&Z?s%kioSPF_h4SBkuKvQ0-GCD|?~@kOD8 zEXUY0v2zCJH@Mi-G@Q(Fc>;ndkl4q>HKo$%v7|Mk1Rvkm-4EPX?ddCkP-h1j|26%00c_{VwT zbQ!oa+R<#xS}E`@E?=Hc`sQC%%wP)+XA-Tk5xFC{S(!-i2RPWU-b#Eg@ZmeTr)LKc z_fnK6b|hw1uq-@AaN$0|b;q?7x>NXG(8GF<^D0qXjOCSFCF1T#T)mKQtiunQDd(6o z*GBTif(}=%pRmnbeqmj6$~=5|d(}b%(ZVD9Y9ZcJZq&~~5ni~q$i=^byL;})jaO+3 z+>uuBex<>RNXj`WcsJJ0Lw9`sg#z(R@p3W#{r4}rpu@KxFY?dC*zQ*vFX!7MdR?q5 zK-iu)@V{+&=tiM=k@H-S|6B+!_-zDBC{C=cO00Rrf7bm*Q*%R(?cMDU>WFUv)s4J& zq(QlpYp%$3uC=~9;;^Y@%WH@IPHwb5($xO#r=MhB?b&hr#IyT{eaqvQy`FgX-;_e` z*<<|b${^!*!#5*bvRhWTEPRuQMeFecpS;4+SHI)G5gTjHaAzb3%}OY^EQ@B&@6n}{ zq*}5(=T70CriJ*N@WseTjFC1jtZN`+0-M{WYg?*%`27ZF3i7+I!$)a5#7yfs5XZJ# z3Yv-2c4Y8NDOh9XtXOB(dBby(bE|g_%$H|s)H5}0Ag+3F{PyFG8`P7amb#`9BGluT z1+HJgQizygVmAN(px=B3alsn@S=W5ByDQ$`J zPEztU{H7a5I}y%gAs4b9a88ia$Au2e&B=+xb%Nv$NE6)&?Uf+>_T!nP^FwC>!%3zR zMDu3fDA*;hF|huLT>=LHxfZKjTqnpga_6z&q(uwNE6g3yAvQOzICR80t0rt8ahi24 zDQ|==IK4uckRV&Dj%Ve;Ib-8sdm(6F3G4w~?tgS|PRv&d^D`vAkj&3CUA|NK&YgxE zs1x>mW&6`fG?zjFsTx`P3I;dsz-{*p+^mO5w9qvs@N7tyZCm9odWGLj&6@Gy);VH( zOOPH2&Pp+~{#OFr31DGI;$hcG$T$(yp`-y{Sl)!+Phje1ZNvuK;bUfT%kaA*sn#lE zIy2ruxUjB$uy3oHQdBu6Y`DX>o+B|QrP%blkl?NqprM~71@u{Dd#*f-AJ8KrBcs7L zGd_^6j2lT3JwZC4(}d4@cy=eT%_LnP1$|nAX(qT&*x7TpIKjaQzoNQ)7cN#B&_xjn z0{sfU7m8-Xyl%JKehwp2Qp!PtI-^73F-61Od#hRtg}<;BpY@SvaSdZW93GUDV<^;f z=Xl1CZ#17X&d4dTOvw5c?u_OczAd6)UjJ{fj}!_Qq>L^pRXJXorV>{J4FnAU`WNH~ zn}XypkknFyu5bZy>PZ%F@cT;qp5T-}zmdee1Gg~#if?CRG^N?NYukHb%;U|42@H3; zy_~#Lpl{0JwpurE8Sq0!uiO2GzWtUgE!PRneEk8JXMDb+P<;CIpgl?RLet^%zj23i zL&qy}jwD2B)tM%}$B!#|-G)_fG%`O(>;pR7;KTFl1JJnIJy3PG)>!$A#PaU6c* zF8kNtzsv96X+XT@>+uM_*y|*WUd}bIB<~;GRSs}(Sw+sd>6yDZ|KIIwUru6I@o{V)$rH}CCwTb=b~m`3 zQ^5xlxZJm&SNH+Pe*N-I{-@S|Wmoez?r?wk`mBF@SCcJr|Jw`3)a(BDzrTrAr{5^+*!%1=@p;#;Oxgw6C`(I z`<53zoT9A{_W1^r_F3~-~5kf?k;bSC!x5W1cw(Xg+%sehoeJmvSXW)pg*REYO0nADuThF+|4)}iMdrq0Aa28WI z5=m=S!yUx}FMQXtjc073v3UcJ72`&(jqvIXjLnge7+6T8Zxl0+7q2_#zH;YwhR<*C z=e_Ye=_`1c2bOgL%OgeLge_kwRBnzkI^U7q!?zioPxx=-&i=wS^gsfIQxzGPWs-jk_BT+_@*__TYI0ZztY?Cd(Xm zO!yoSkoXokR?du33M2^MRe#)g_sZ^IA@0qU#PuBF?mTHvqU*uKMd{zaf8){L72T3D z$$!EZDGFSf*&gq=-2=ygefiGukvMtX?6~3E0Xf#o|C6LQ;%ow|5xs9T4=1=^@zafX zdLchuz}J3zAOEc1!T2i$|HVGQCnIxb*8d8>Zj7D4JJ5Sx7S@~5<+@?ngZTsiSA6*k zv3#ca`og2d?FR{w^{-#P=nIcb9ple@_y0=QKR5Ny-@Z|-ztK2cu=#C!{P>+BKH$G2 zKL3I)M`Rga>v|(Ld)BgE6C4}R$GW&cG^HTt#&IWqt}+hBW5$`GRp!bCyT7o5;BD&# zKDYp#*m?Qw%Zq;b{RcXnlL}i=!&oJVCWcg9KCS2e82Z{PB(UEcyPs6 z6FT&897P0vIznz!zMf^-fT2P7f41>DRtdE@6o z`F-0)n`!(C1#gxJ)HC>6{y^gCIqWC%@Qoxi;xqgEj9q7n?+ch;7;mhP*le!<=UPv| z-fS!JbR%(}tS|n)^V!EYd}(Z)kk4TA3`d`lcl8`(KI6YHGzs1s9O3!}Tg}zU#UK8x z(q@n6{9x<}-oN3?7w{P<(3{>Qu1w=PQp{WoXXXXXkLTXF_JczBjlws;(-E$lmpAx* z!9FMbXL$39-80RiliLkjtjB;3-)L5kG-4wdzu^0U*qMpJH+CJq!NWK7ctIcQ;bb;D zw%LYruJO5FD1a~EZ{L08{h0=LnpcYbUH|6V4}5xKcff_`g1?Ux^dq_C42G|7Z}Pv5 ze}bDga=;1veC@}=2zBnVfy9wuiPz9G!r*{$KG#n-UCsesfMa`ZIpNfZdf`(qqp;qdLKnlrnR# zG{4i<)aA$;;FNLs0d~gGO_t?d;HA0sM$U0;_T<@~H7@vKe^8ZRLtK{$ke&)Tgoxyj4O9L1+wMh8Rr|CcQZYStY-nsHgE%vA0PIz+zIEeJOFFyz)EJ_92Ag=yQC4_X7P0^5M7gb&#Z3Q znJwTdZvo+7#*eZs3H^d&!Ok0m?7<_aq?rUV(Q(cMaF8TxsjAo(kR@9H=W@!*DJhpw z3b9twt|>esxo;h4P6<0ky3EYhYO9))tiNTCklcFSA-02azz02vZlX)JKO#c4X1dhE z1IOnE zbTJP+*MWCN{)ErFwnILCf#5y<@D9?riCaYF7LTd&|fQrsKv&~r*O026n&w3!rjUwzcBdq>=bZ z5$Z~@NEOaAo$(o8_qv0{f)gyu99qFXI0}3&DJ!M$aE?IVRTVjf^^9L;&4#;@!nwo# z0iOjto+TV{Bk?T&u>imV))x|gLXR12udG>8;*mhny2Z%=??WwE9=f8gDSCS7X%MuvZ%G%XQR<+?C?tCia9seq%?=e)~5C?stk<1@9#3PO;`A`Uo6`%>!>VJ*~OP zPC!b5eOX6})15WEp6}*LF5GPo9Q}5<>2Y#=c9EqZxcJYao|!)o55{nWTYh|U;1QJd z+O-v3iu|6@Ia_9Jlv!t8gI$zXiT@6}PF=0sU9PGrt8(3Ow~*g@WH0y{WfhThU^`oi zjei;aCUS*~s>fCAay%4t^`ju;*4Db^owo6Nr_WE1$j@4_rDNO^j}7BCkFV{Hf75T zwmW4w#I*_eyrF$;7)9hQ4vl|`#5p%)%l2+Lj*Tlj9%mY3f7hRU(EuzY2p78vA_NDE zP^e5$)|1v{3;LWO*{;K>RR^By?FfdpX(R=XsGD&Oj%!NUlw+cDN*h5;Iy-!Zd^XnC zR!kg7)+HxoI_WIiyotaZA=H&*gF!+jeBu6~U5oh~4ReSdfo#U5O-A12CB6rT4f6VlB(RX+LZMJXU&we zVO4;=vGtsp!kvhXt}W;pnvs=(&W-2ez5&Zb!M*FkUEYcxYRPgDbfb8uSlX76d|{4H z;5U#QM|KBXz(%;&uy(?5>o~L4m4tfY&hKJAvep^7FBI_q&0YG8oLbU$*EyiC{j-oG z%&8gKK5W2*oI5-kD3U(z_A9#ibFkJ7Kt1QYrsUN_H+1!yZU$TsbCk`dA2gT?b0TG8 zZGpO>gg?E8lk@~{gYT9(@;Ni^{re0q19K+L*ttrk5jkv8Pm{dgkq>IKHA-IhO5@tI zn?Ws+pT%3h6+J^C7NzkUey4frWh@37Nb7SaNA|3BWry+& z3~}ogYgcZ%dT!c|+!@dnE8_aqds5|pd>?HK~^3ECs zpJa1Ar!AiRyxC32hz}OlpYWRt;f!(n1NxSt9{(k5+rht4PfsnwqzmckZ0P-TL3T32+W}b7a{KIkB@` z));7T%Kn!C01yC4L_t*UJhmwXvsdll`6Icb#WyWA>^*NSVC&{`P)6rm1x`9Xa zJbd0^hx5XoI^!l|$J`P9%;zf@wXEms)=%i~8d=fZCawH+rO~*8Yl2H3s1=7@L(|u7 z%}W8_ltUS85&eP*wI|@SE7VY<~ zQckS1l7RCDTre=PMuQDasj~A7;KVw~dNLqb*G@arsZMNl_TbS&{>5Zmq@0sNg4EL{ zbB1_uL`^Mfu<-#>G}vciRleKtIla$mSQj2>^#r7>$ec)gE;e4*=kY&wg%Wd`+Nhvc zi|joGAbbwo9XvIs?FUH$Ss7V-WP98r<34b-l{G_haL(W+e3Lhy2BQ=51KCL~CVQ|u zfO|+P$nE%Ea+dWqMu84{aBZ;bKVytTDMc)=9Eo{ZIVH7C-99JQYWUnX1)MuIwW>0H zK@XFE1-Hcb#N4ODK?jOjDOo<}_Z&(4u6_TPB@dk*b{%7O%IIYrd`EI%PGX&oCaeXQ zmi2r-=L9W7z8e6*KtI1njBL+eK0Rr_+ii)upof^36cX<Dq(BU0(T;UJE%@AdRX^h(Fyxz;wYu8rj(8QETf35;9O5( z^tvg9Fi8r@Hmnq{l#+Tl@1$Z*tX!<%cfhYrE!$WpYTtPWYaRAGNuiXp2Kd^Mpqknc zC!<_cXLwdA9zKU!+d3^+1#9|wp(&rxY30KMvN$a0P*W>S(JG;%cp*(GGmdKm2|FTbBNFRHgnA0b%pGXvb7H-^ z$$b^<@5hQBMJJVV@z3A7{=i<~-4pgMR<=P5y0% znzNcx@WBGE%;DO=ai^hL@r(7oT+S4-UJH%NiXO)70Xw{IDM=k1PvE|=P7mIGgtEmv zvRhnu&t7t3_=}G(bJYtt!K#j&nK37W)Z7C-U+e+v^vaMs2SZe~_5@ zjCeV2b4vKK;NQCGEndCj2^@0Hdem)dc1YQ4cR~JdV5}x7Nz;bIWxJGHAg@`&`sk&ituAsRe8+?ZCAnGr|Ul z?$1qAHZULd?^}O?=%&SR6!+&l#GNtB;I3S&$m(j98wD#p0NB|Cg$OpJVpQdNDOtAH zNxbnnzAtzZ?2xjmsYMY18PfLdgf&Cj9fbSz@t_KcZ1e=^!K9p$?1UBPBnV_(Cf2Sw z$!nyX!8UNp`}Vo#ryMFJD|2+%$xzwm8v!sQcjO3#ChVJ8JEU!m#JQadBYGoLJ$KFn zfw*kV&7y?fmRGr+Sfim+Oc1Vv93GDt6&Bm^y=y9tY)Hv+gg-TuwH)065X9#oN(4vvd=BYGJR}g z8Q-DvoV>eojddq0AZ~%b4Nd!a1p-816VK>o&D=hyI|CbnlhV`))_U z-09QD4{F=01+qHW+<|*?V%-cbh{W!y2F&~u-k#r4+%nf&@G7Oz^*)iPrtNpmSA3o$ z%dr|MsU^vMU>Be#!OaBL(BHH>bZVFzIKaW^cZIYX0~W+h+x15}^Ig|%cjl#JC2U^s zy=7PIP00W3{|gwwi^ce+*|0T^O)aX}nLUSfo7$*Dmtdiu!1djjIig59;LDjfJCfM$ za0e576DY53?3-HEf@6ap7^WL{F)r$NxS3LHy0*2lUfI_7|6gE+e=~}P5_YZZ>h(%V znn)lk*9znP2teqwqF=6A5qx9N%y-A1cOW7-i8lA)4$eJm_i%ia6mX$v0uO(dU*N|d zi8&b%?LW&NS=0D%0X-&#vLfLlV(IEc2EPZAW{;1&OE9DNf)3tEXqzfb#8aDOYzP@E z+qdDgNHh5)BhLkYM5g?T&F)`l7d8QDY*@@`c85sF&Y|Mug z2^;4vmp;%um=ng``NbHG=*r`* zBx#~3xDiSU{IxLtCjZ`j@%sI=VZXS!VV>98atwFci@#%FFwR_?Ajkq*xn%5b)UbXA zKwmSiJvalca?bDuzQBXTm<0?M46Zq}y)(ao!x5n-C;4^9SH5<>p3!mDgzYoy8;^Hi za1I$W3#^>zXgIx2B?j73kt?}*Xz|OQ+>M%B4!zM#2%p0W__3&mQv>-r0zYxy`FGEp zSXXjiQHPH9{|II&Wl5ogjZJOj9JTU&LI?Y(VCNI@`N)wOW07smTcPgI0g=R3-R5DG zN=hos$s7y#Mp~7E1AIKUaz5vzhfq^wXxC_%o0)0$dwRMm}Sv+!&(iEAk~`SZ%RR5i|_l(K3CROYULZ6acH_~e*mXY zEky~NF`dsznd>Dd72W|r4R&U9ak2FsPs8WOL#IR6U~9V(cn`ssWzh&0vKp+nfTv|n zyo(QaijVw{xUgM0a+EZyMMmVzd#5#$j%*!|G+zsWx`StJ!8+zY^Gw+PyIHSY(QO7u zCnWEnL=@BvIk9HW@6aVFZ$Ui6s~`C9Mv>iu7TjOnj#|;9R*%U_>^@y@7kD^gyL4iU z)pjKG!6aE9CrCHUZCjO+uyar;6@Fqfyzu!a@N8*_q=bKG4fyfygu!Y7fBlcX4Cr$u zQJ%T$@%Czps;=9kYo~~$nM@QB;8B&ay~UP^ShDX|akML@zoU{CLa~g?j3iMwzv6yx6?#i@EzSfVkuJ~rgrUkxL=GL5)f;nKv zCsky$wNXUK*CIkIW8G-X>?{-jN{Y>X08)$X3?arRcPn?dh}!0ur~mn068cGUp|P9++%6RC z8JWg);XTDFTyQogYLe$LIq7MEE1bg#} zoHK)&d74Apb;I^ROxd1_O=Y|YDAD<3-z(-9@@H>+)DmscK zXMA*rJL`tQUcV9K_BsA zdB!gsQn%|=n+6*XtkZ11i4^SA-LNeS$}n%Kj8_m zbe;9jY^?YMHI$gEKlw_Z%OV$rf`o{W&^!TL#Je;LoiGXvwj^SZdmKI!3=WuzQVYts zbG3pq%H*84j;7-D+B9;)MzS(vSFABHoCH?Z^7jeQN7lG*L9_w{qyM-z;MhArClpC3 z;~+pqhSw_S=_GKc$V;J8iwff!-Y4|nlnS~8iCd7S=A?v;3u`6pv)(JZzaFo$U8Ush z{~Tw_XVzdC;}d|3m|bLDJZD6wgo>XYJ3a2JG7XRuN!LOoY)-5Z5keJNpRghl<1&8> z5-rM*wgH=rep^7Ghp}_Qabhtx3{*v@RV&!{8%b$Mh&Yf%Kca;)fX zxuKA+`Fo_`&a(rfsu{x;GzlM^M^)U8PD%Q(Z#G$NLqM!j&z6(*@tELx0YmFBfI&nk z^F49YoFQ{kDOuJn^KOEU_@V1sGzqK_7!E4AXusPjv9{-DlH#5qd3@L_LYl$Ci7O-1 z0mxTzT6Y5cc)ltkv2M|w2Ee?T7+^a$z2J&}>%oESIScFiAFgqN*kRM-p;KmEuOS7W zlg=cw?I+DCwoYhF*<^eBe_##!pshvrZ!pJv?YTR$49lO0g^46?-R;^ zv{z3ej>t+WtJEyZY)YZPPO`4z6L-=s!+K61Q zedHPNdov{^wQG;;lpp4La8@3rF(+pWKO9OA!7Bt!g-4jG+JG?Ee+qYsxA*idq4 zB2J+ea%Wi=(L@!-N8mGTHO7eGS`i{ObIv-g#2(8sf7&>VyS6cSh4^U!#DtyQdp;1!%BLdN{YnjT+jg|Dp=cud%|lA9{${O)xM*f_>=N{nGHV^SpL z6sk2NYnERNq1$!h000mGNklf=w-2&~?Ek-nKCr8xr=-a3fMu*HrD1 zX4q2xsT+m1;kvi#U$!ne)=F8tqL z-ZWsp8%Z~~zUG*4+*^l%d?NJn;q%5RKmfvMB(^eoOz3Ps&fv@PvMv>#cTL&!-jRP9 zrko_}-C=)IiXM5~*fbf8@iG(ba}wT$edW5aVE}h8H?h{49Ai9Y8b#aH)(lRCqfyRz z!=@+CjM!~EGK-oo)@wqyg74b4qC=8xVVDNwI>)g5<`Y6(@Ju+86NfI;w_3IJRLU;=*O401~?GQfP4Wt5CVNSp&fX$Lb3 zU~EVzGd~!Va;6JQij)=n=lKJ7x)UH}9N*NeuFbL&L-L4?EaFA%ODvYL!$Hxqeoi=q zBI3ZvIjM5ab2+UBc_GQ<9&kwFBy{1-3UOxnAD~#UU#rbn5gpo7*ev6UgJ#HCB4iwA zoVxJ6!4BbRPg_vP!76LH2$>5Ba?yfAO*U^4UkKolAX`YR#ERNxr>74e2&fPomB(dp z;e#Rq(vu_@YXa?P3cP+o?}Y#EB*NfxL>9{OCsT+ff@Y$?R~ZBQsphPlk`6ov{`h#n zrbZ1|3=r1qg+iGz@1N7A^JLq=z9sP5rs9LDQp!eh+iD#m(0Rpr3~5SL0=U)57yL)M z>YS4r@ZT9j^i7elw^72rl{o`A%)Fl;sF?L_VMcWptBtaVw@ zsZlL~%%VWP&yC!HO`Glwvd|4qH_S;X$-7TdZ1!2^%-WOha=8m12*?vV4l{B?Qcg+M z;eFh^%@Gm@CQYA~?_?A!D0EjGWoxt|fEV)G#h9B`M+CREo^yl9QTJ zHa>XEy0C62NLsTnT{$-h%{EQe$7>YiSLQjn@==?O@O>ahc%W^{p+C+~%$qlSMr>Xf zXBl1l&N0s~=$w(~=Kqep9=C#(7&wq*&){x*X87O)c_$Hug7^_O5J=!DUiP2o`w%fP zVZUS9h3n2^pr%yi0056I1%GGkOGuK^w${k!*v8CYKcTDj3g*oC-Mo_^wEwWCaY!i? z5h^*$cL~N~#0Gy)$+Eewgg*=VF56h&#ZLI{!{c6-*`U{oJpX1)QwuvWtr9X<*5tlo z(~*?7Ep49-a4L|!pyQr9_zc)g$7hqZ6PM(IxUfb@$|>=;wmj{)D>*5J0p93+yYnv@DG6TF5Qh5LA!=vo?m0Z>0j~N_= z&JcNfD>;F~q$HtJ)&-eobdN~yJg0WtSz|)C89UA43GRE{1)o`8uib;AA5}i`*s-#X zv9E2#?pB>|?9iRzS|bE(S`{3UcUO&H(Djy5<@^a%w%lv}q1K=JlZ4_cQ+N~hZ->Fp z!Ga*YIQekF$_ubL&D$cs`$#A{;pOAyt_DL4s=xOn`4tONP8(335D|cz0dS!?7`Ffr zW|`Pt$2tV^7UXT`a6-xnt1LE)aYp zFqqld54%o(|M??h5=%{g=(}!&HzpGq)+E037{tlf_~x9^rLs;^4?!o$HzIcg%Z*SA zV)!$V7)J=!lXMq!bJ9H0wVr7pZ2U?_n9)6_?5{?I9gJBs*ezf-vUY>7o*s4(s^}Ai z|HHna5TGk_CyX9hBcqQ4O4t+;_%SJ`#9hcvPU4*j3l2|*J#$HNkUybc2B)rTbl@(( zk{nD-#IjbSTr(bDWgQ=x*OaP+Z2x-({vGQDdwdNsvJLyL(~dxGNeX^1DXSvm(6)LY ziPl`Vaoap4HLUme(5j%wg0DyXd1PB~h65|I&8=w}!DLmzzMK;CXStwy-JWFS?c5{V zc`HSHMuuU}tZN$<{+hwiy3P2j7C?8(-eG4}m}EfK+7QEVp?b+3%<_cO~DU)Ceg zce9Q0fUdLM{I^Zk?R2}L>!OsBr)skS{Z=rUJ)V5vJH3VP z#@X{kVshbKke$%aHdrU~*Vj3%I~d>0dm5vHzgjp{j03uwuq>g426o}Y2+!^BhGHP( z4d`e+N(!Y&Dk-DeqKce|P^np5U?Y8%@6i0%@&M0DVQeYbvx;fN*Tg(lTgADBW7TYo zLZ0rWG_$q`WyWk6;9=`zTPm`AH=ZM8Um;+NfsmN8lH(>$t$bc&&N+rNa|Ysa281{6 zo}D9Sup5Z)JF$Et=524nmffyZ3&&H==rwCugZEWodxKS$fLpz6|Aa61#MdGfs3kd&}zAzzPr<`M3l zV!j}!$G5hB0QVc`?%-lBS-vs5p|6{1q054=Rb4`QCr$de2z#I`j`t7@2esO92~^5aJRxWu7SO81b_SXLpSesWsr&_-$aaD zv#lAK&bQ934cBu@Gy#nk1SMp$%Afj^1`KH7@tsJ0SLb0^vn^Q z56FZeAnc^v)WW$Wbl8-g0M#8$L7s!i3DrakUKyt zyq%pP!V1_k$BMTbvSJGnO?DrNu_Y%(gyaN_UJO&>dy4}c9M&zT%y!V8F`*Tkatf7{ zR7ei{t`fjmiSIL$4fgCw$jGH)TWs=54&{WcTpLJY3#9e4BBpF}7d`~dM@fqkWa+v4 zSkd2OnwrpY)y(-Dcb0d$N0Z9y6_P_oz#{}QOj?oObKS{d;j?iI)*UF!CqF-gj0Jll zl2($#!1q;B!loJ9tcU0MoMj_I{>~67Bp{-Q*X?H*nws$|awNGixe>6n7B!rIq)90G z{hHt1fi|TmgNt?a9ac(Gu&%TykZqq+2UMBYl(GfD1kVZsYg1(19K08j!tH(~5%dxY zSx1pUkdE(bt1{9@8??)2o!i#O)g)j4l ztH;hXH+HH5XD!5`T<~IpgMRfuAU+3r&aRC3FcS^tX{U zRz79b%8`>CPh4jG6%HhA{@{dh>q)>pNp)mb&zJ|X=+85LYn!YMFEFq!K6;Y;1U9Ix zf^WQTNufaRT9fu9@df=?aBe729Y&s4DPbk?gbd5eDG_t4eAgN_lEaP6jaWN# zXUenw?>&Y{>&F+aBFw64&{dB%7rJ`C}>>Ic9_K}Nwph#xE^*+*A56DF-(H?zz+Ay<`^RTuT!3`G(I0 zWonM?2QeNfl%F2DtynHBwP0ooSPP)^kanO`i9hB9*Cv9emP~+58c0+liLKTuk1-%F z_I`J=YFN|ncAjNcoP=1#rc=npGSiNuiW;sRcAYZ1@karQ4yYApuYi&g;~~SUkmuKw zw4k38UWDvEwdi$+7z588E1zea=c6F7twlbU7;I8qA*Y?!LI$t7;z$$jhyNiIKdV8e zF>FiP=1s_YetRVkjua8e4L}Xaax;!Zta3`SEKYC#uK5len^NdLs~XmC@rTz;DQ}L? z85`tRkW?lxT?mwc&m*5#C4>&!os;;!$icOO1*)=6Y%-ft&?l4F2brungbeA5=31Nyy^=)7J}QgCu^O5U(6Im=t{tNe;>t;BpBtQq?~ ze#B->Q+Nn}_t-zNUPKTcs~U9A9)LemN_;QulC&y0;phBbfY4#nl{v<3VK*b8YfExM zZS-8V5GzcVc^2rvP}z6yah7Dg?e7`PCgR#jI}x||Z-|FbL{d*aaNe+vGl^~@ZtOFEj);w;{;BGj zapuUv7&j^AoUvjFF9UY(Kg-k*H#xC-h&U|hkcf{(!GD{|Ot5V0?p(l7^u{W5w!Qw& zM~(QxYau`@dib2MC8s34J5MQv(jS;t))nKdW5qwU6xPr3ckATuHwxRt&PfMWA09ic z*y3Mpt2O_DoABKTCKJ0CtBm8qm=QjBt$hd2BauTYq595skMaDPk`nqX_>?Id51czt zSp(Qz;h~GkW=lw!vDVk~9gD_uVX*Bf*y6b^>?1gs|1&Y}cvy(P008G+-q1Vg$|KM- zO~ET$?-8L&yr;+tNe!|}P210xtrmD8!KaTB?j#; zkC9jzC$_bc!;&g7HDTM2mpAU}FB)jHMxK`}0N{c@qpRo6aJMkFEn@^0@t}R*_ zyWh9uJ;zVh;n2xBU`L(Xw^hdc?>~LgUq64)=TDEUnYKJ)dCqSO`b2~pDd*6B*T{+H z!=WPxl0+i+`H0v$yIK-~J8M}0867#z=VcpLSrhd((jgJRLJhV}fG?Q5qU!*e#9d31 zvy26b@F%vg)PxU@byv%Y8)_Q8>bqVynwFFkHqP31YkVI0mWePqff}C)F3l86|AQ;G z{f7RvWH1(foEW-pGMuQ6{#ViP>-l=og&mz06i15o0H2%~NBouXMb24JZaW&b!8^Fo zA~T~;1VlrL%=dlQXtx!JP=+59M$}R_`wHJ(>}GTxz_W*^n5zm-fp3Db4YE4y@?jrb z&SxcL`@4CIAT4|sZf+Qt(JP}v@qrvJ!iPl(IW7|B>g z@2h6)oEhu63-(5Yq)<+=$xlgJoS>TQvz&`&z6`7}qmS2GafH{ktaa7qSIb-d*B|m0 zE+mAltXCp42+jEH|HsCNtgfl7Diuj?Iu8_@q$E#YnVWOcZbyE@?uev zecoduLKT@2=qEmxOrwkb%n{cHxE_2i%(X5HvTx)>pize&xfJ}cXoS-%It)DKu#KTG zV&Lsuy@=_W*)=Noxg-hE{IzPq=Myn?ao)k-n;-tj9p<3(^vasXWCsQjNM=4uDMive zll$>`*JgcuI;d8#Kwd3b4M$2z3H|*KDY2Toa6*Q71&5V<;>NgzUyDK$ob*3RWLX{d z?eWurqs6B)ay`{MCRZ9F^JZm^&)M$@y)3h*nZJ_fdt%*9&V-|86zR4ftQHvF z)QlOc`1<}1Ar=B*qVOB6l!Ei21ldMN?K5yrVb^JcCmXBa=$_d4# zoby)D5T?XAMW)EQyPU*uEvvXw$=bJt4z22ez{w#Jch-S(1zCr#mGuz;z$NV(9M9d~ z9tZ83Mjqc)uQx$#=}ID8S+J&z+(x!F%dZ(#SDw8lW#k6ey}lEZf5P0skr6htC1yKw zmOdQb6NcqArJ};B8PevI*f}Y>T*j^W2=I8^H3Wa7f@~l`12J||;!|6TK0ZEdWM$|U zyvA%qS8sti2@DP>CK}txgJRWwS0PQP+qG)DhWU+B1QKJ@#lHsU0`9qO$*SmYvWlmr zfgQ662&rlaoR9;-#rz9}*8j$}KL^mPY1IJXGDcf3_>1lfclU#GcF@flkd;%QPgcrV z4Nc4Ae$SdoO-TyYY*?txNonH>sNpl~<$@E8SR?BO#~e(nc%e%P#``0-`;V}F<<541 zcMEb7*V-DYjC}-$3YI;AcI27lN<%TCcTW;Z$X-~(*A~tP_Is<^yENjnESE#9w=C8s zDKUP51UHhA*G@Sr;oIc%=sqornx=9z*xf3ZR>LBOhDHL|#{`iFeCOuiNHg?~-=a+H zI0;x@1MUm5CV-uJADH9#Sy_8RPQrH)A!rQu6AP?z!JWBISPIB=WcTBh$17Ko@xpmU zB6cc#OPYvDW~l+223aX5=FA%4>WN0DCqXr(Y+Iup_WbShqjK_$RSWn97VVm{oh!^u z$i{px0TSZ8l)|G{K1iizRgY(_jPISyU06%4N;!+6vL2bwmFu2cS+7OEQj!YuQb?J# zB4TUwGbi{ck6+Py#^_qm*)hViT4|C0ftiZTUE65H=GEXRuob1QtEKbCVKENRIbH$F&u|6>Jde>}u5m{NFGO z$-b&N&|^`;zC8t`pyy)!(8qR(d0s}?*^svq*K$g_;Mbl8Ze}MHQFF4%`&aiif-a%u8ipKhIeAZ4A&3DOH+!>mx)3!gU_;R<4tgVWzEFg z_s@&&9-ZD9R7IE~;cY{=M(%1X%2O7EOx{9t|1f1o%n z*pomsa~QWaOKlObEa)d$zIXTtO+_T~&CL0Ai-*j2L@TkDV{)_+#Nw@=b-oU|dMySV zuf1;MsXI71KOkKTv2VFPcc+MdczVdR` zZ1uGd>?F3}FC4Yv&jF4(ALX3*wkr8Og>bDVFdLay;6q!hI`VhH7c>51!&{Yc4cDw= z1oQdc!VBYGL*#2|0y7^T^Jk7!Ytjt(g0#ZXLGX+iJ#jRpYDEdwl#Mu0V4Wma#$}X9 zFsr028#Y5E7bFwSUEpkaT#rB^pLt^mkPj&$AXZjRiF1ojV8EmqAXXe^IjHf+HSt=- zG&=53Vopzz8j+cBK&;a?*T%2t+SZ~9SZ$NVR~g(0<`HxSdm4f<=PKfz^^lAH3)0U{ z?2)iDX@*%jC;715D{CayU0KuiE(pFs5Z;t>M%4_NLU)|pQ*dm%6I>|;a#9@8*N*lb z+RvY!RG5=fR?TU{p+VP@63MNhnQ7J3jIAr$&;TxH95EH_Myc2;BQ=!^bx4@$0Usa>8FoLeso(ZKYx9krlFT8C`P@ zec12i9T+}}iwf3CN@_}BZS>3;yNZJIm2;JO=8}V^mMmPs^-KfTsoFw#B508MO-4i#;DXhn#F(ZO38iNAp7Cc+NfWV@SYW^Dl^O5#XH=UdB!)mpe?Y&R??lH0WpjfSMa0n2r) zA|9-Y64w)Q29lt$abfQ9(TIN=Vm7d0!<-2P⁡x%$o6u?}TRfGl7}8zJj4;6kxSX zW7RZ88NxzsP=iu_pMs&>~C`p_G#r z+zyD z?j}dDT+zG1mcrbb>zFSwCv!u%Quq>|QItQ+#yiBSDT#P33=5$$pTUBO{@fzR*k^?% z^hG?MR&+?}+OlCSFf4`7tk>g<#e=XpB(5aJYnv;raxOtM-&ZM;2grHB*fy*s@UV;l zPOi-C!8pi=1sxf!l{FS*J1_ZrQwv2j$v0m9Y+Wtu4hMxE{{LD`V~@UBJ92GGMFTia z$O(-1|HRAdIFBx@7ZLm|a=S5DW&H6fIbcEy;md^0i%>!4$BZ#dVH|p({~bQGyrV8- z7mfC**J4mk)>xcJE}zZEz#+M2XXmqHigs;P&Jbkr{7_B_g%S>`YTHJio^~2= zj6wCCV__`%YzC|tU|=2(yKOvEHw9aOt&p#&C!P{QHXDjUPyO@wN_BL%*Wp1riIb~U=ksxZABP=hB z@iSW&HSZ3L#zjFuHuANUGYP4RQ}U~(#4K&sB4U$SkbB^6qHPQQT(`ouqH|*Gj2{LP zjd&%-@9B2iQdGbsBQ$f)7zdw&G2;Ax><#8ea2BSIB-??*i%%pRH*gV|89^cIz;~gE z8s#-o3W{;w0)5i~-XVo+30`6KDy5tWjB#s-?i68jFN4MLeAnCMzS$5+xBe?SIB8z+ z1+z)k&4%ON%@elF1oMJl&8wzn)smzT@+UcA^}}5&I2dztsfSZOKQpH%puloS!@zXh0#dDu?YE2VILW&Heq6Lmoc zb7s%{Jq?=2GF=6`J=eP4u*ZD8u|Dcb?5qqVj|HwanKhYUJ#U;_(aW|&BPB-KZ*9#q zogI1!92d>luwZ9~4=wB3rV9tqU*@g_B75o!&a(>4wB4oXUjTN1C>^2t0 z0gYC;>#+kd==q5`mIp*y$pvl*9ES^o6LV*L@pif?ix=mhj3O0uuR3u@YJ9!E#|1-X zbCGo;0(*qMldOC}zmCQtr%jSp22YlUeJlAd^WBdWS1wpD>z8(7TvG$L)XXM8pjLnBx+ zL(bc7L?U9tZ$!VE5@yfrl7#G=%r%c&nCCc3e0R=U0Ml|?Z1Lx|ZS-efX~!fdm1I26H%>I69x|yz>y%?kz@rJ zR@#PyqzQQj1@TDdD)P4LiK~1TXR%S>AfK{v6JUyy69L#GyJtN{%P(JZKsxAcM`7X} zAWf!`dG4}3*4J8`+?1kh!UAXyVR{HNqLbgZz-4ft^NO=9Yuoi;A?s`PQb3$sfF$Ag zqyc;Rqe$=Pt>c*;g6nO7R8_m(P7S!sIQ^Bot1EXx0|7CS4UENrj{bEeU$I1VhW7G@=+dKN@lqjIBGV)h~e5HG?^bBOV&H z-Ft&FAlo|o*?1t|>pjx+zQ<5QQEKo-BQEL4Gjz)^K7fQY5W?;SJtyp1h_QDpq*^j_ z5{YskHsB23JK}O>{0No>d@|VDFB4e%JQk0V_G9s*{u(P0h%h7B{sac9dL%XQ3wjwqj*;ec3hH9QeBV2SYunyx)QpCPe z$~M+|&iLZw|MfIY$|4ant8xyNlF=}>??Q!l{ob$TRFs12=x-Ysx?$wc=C|!wSSPs7 zR7D^UTQV1NBn6Uv-S~9iHV#-5h1@4GFSLr znQQ(TkDQYVigit)*=r<*+OCIP3(u3BGZJfBL_*fe=WK4(Dk;fL6iX}RERV^_@90B( zB#%gGJ8!*KY&DAuYtCT2GI3&@^_=)T`(Tc3nK3fLbAv)P=-u}TU5g@OJH#s?-{Wr- zs0I0)l5v>$-0eE}&|pW=Zi_Xk)XcderYRw(=A^bJXt(Ij;{fYZumL~~wSs|7fd{r3 z8)xF|;n1mTt8z*kKbl(6C&{niulGVI9lBP9F*%YdV-O~D9W%9Te4mMv8P~2#Ol)hB z#{}z-tm7jTn)p0p&q}PN2&Keet(%M$IXNXgVCw;&jpWRi*OO-OoyZdtbFVZN3yXey z+^gdIG&EG(NKq(c*;)cz}q{O3#+a`D8N>jJIwvacOx?$1Q zDxueiPmN>FvEhmst*pbBO;%>TnRz4mDyOvN=9EG=bf34m6LS9CpR}Oq`p2<-W`RJ) zrVL9e=7u_u>GVZ#jWQVm&fOnWLta`h}4v#6iJ!E#^FLD4lxD=dkAY?-3a)u*#s5m zPuxYn^4xr24eM11;)$RbO>*8>3A{6Z3$0c?5!k!7@@3J8ZNAXt3_-K311fDv!a5|r zROH=R+q(FBV$B^m@6Dr-=8e#UY$wLxhoXjSZPQ=}x&z7`I~Ib}#n}9s*lqFnQVXei zMZbmuS7^RENudA(>wRQ*;1&CPZb8ljH*lk*U|zsUe1e@&V_Qp{P5Av`zf-MQJ0458 z2<#}(rDTwlD%d{KoS>Oje0RL`x}o1{{t-_}QfBPRS_NEkP8#8$KyStdH-ihD9l_T8 zExr!+103`J<6&Z)&rR@PKsUt5x_f@cXv_6jCoSU@tk*PEl{I}NN~A7cULLnf3BrSij1|rT6o^OWT?$ zCpea|wWy^SKkgfDR2nrUtJJ)mFJO^!R!*7uL5?8iSvNCg!TBS&8jr$v`__0IcDs$& z-c|U|uFs8TbHSg+w4{W*q^36VJnIDw!~$EP%;?pWf{uwp%B+t$d^Sr$cjClY6?7D@ z1O~wXW0#q`;N*xbwJ=8HmQj8cY!4Oz4!zO5p08KkX%6=Ay{iS^7gcOXIcr-N{T8^(6#NpKT|!YqpxMzUO%Skkn6+#wm%*JJ+bJuZ`6bZIahX& ze4}O`d9L+qOI3tXM5sIc24UF#sMI z@6NPvzRg7s`wjzJy^l-Vdux(1pD7!`ZSaaN@{98$Wb=`0!!ikgC2}F3(KROt!e#X4 z6AnRV#t%5QVa_F{9AjtY z;5v#HtRlKiq=E4KHHD|@~J21v3B7t3nIxDNJB&21tF;Y<}b(=S{ z=H+}-&trg+lhuG5StW&XNa8Tw5y1{XyCrrvC+1NLpW2eNYrV!I+wG=w!FdHgCMGZV z!a~gV1>CsA*U)S%;O~s03)rT}O6c$JilUW)Nl6htLN|7tCdL-xZQ_=@x7iU&oZt@_XNkl!t<$#F1Qrv{_jNC5Od9OzcC89JHl?t0 zkvDzztQ8T;V4_GH&zn-XR+V$wjujh6*34XQh{MRC5j#@~9f;LK*Qi0h?a3*D`K-)3 z3dw5+#&@NvrNM6~N`-5vyNxSg=_batuuqQ(1O5%G&@V8|9X6CN=`~85waApBR^EPkmRf_z? zVEzz?!pQ~uSH`T&O<=R)1b?q3spOF3c10#biNk?&NwpMN?gV~FVut?~*D?)H-Edr( z4N9<^l6D14`gTUO>=*HlC<8{eGA!gfp4m#Pfzxs+|r%z9Vy&5R#!lBH4vr`AB z^e11bmQ0eY1Z|Z7&C0q+__G(AAm)wYHfKus?_nMPD&NA$XWmy%-nz*wQ!tIDF&be}DWzvrTIsx#? z7)Ihqkpw20Y+}t|PEJ{E+bE?(VxI}zWjmOnh+xhvhS_AMEOLQz0pt?rLz#gK_S=SC zTfnF&<#(c)=uOGW01y$12ze}jsc=3bNQ|T2_3r7W$L({*VKaoY!z143`CQIfwW$P2 zi>|ABh%#X#qLh9lO$S(M-&38+CS5;m+d2|dR67m}CBWukbl*UdSR1XpGB zsBO1(*>|FB082QlXYP*eXLq39-bO9PPbz#!;Fx*ODbtj!^7=D=dZR$z*)B`i)6}e{ zgiPd~;y+R-MtpDmODWu)wOlXAoHf#n*@rnL3Rthp#O@YK000mGNklVD;=`6lBZ{zQIcuyJ~zgiwLdJ)ACky z-nGrf3-M~~=UNnubCcpCl1qY{GnkB`e)od>_%#dUjl&(cwmN25xO*7#9kyOQ->$qDYnmfKf2oi;VMzqa4nCRA${aliUDgfs?apnSN%v zhscK;mw=mbB7zFNSg1xjN7*)%!#c=SeJnqFa%BF5* zu`ElTkm2)MZ=PWk+ejc5^Y6FN*=RnytsVv9V3 zRcnPvMvN3}VR6c`mgFJEkjH~eus#U};r9_exU@%7Xy{4C^6?ngws{vf(iGq!o9AwJkkGp~SxMqfDtX5|JxYuOt-O%*t;m1_!%)f?Jb8jR<2!;|xS9%)<6jSE|u zN)oRroOM(5tkaPD`cL)Y$?=42(bpBGu#3pPcs|60DCWh{vQvfLcPds|Gdb$ag{1Y2 zTt7pvj+h}E7N5<4*SAZJI`6i?d7J>X&3D)8nby>$SEdRMk<3wJ^bF#TI|&`(7a!)1 zT4GiXyRNMVd5-DWxm8r{Ryv9E_~Zxx>@UcI?iv)_*3L#GLMu62%OXZ7$K zF~QO9#uaIMh1?QHZQb-0yy)xADR%Cs9Oht92|(4i?sK#V#vs29ozWdfGIpP$;>bG7`yTYG_&4+Lx)==wmbM=DB)7!R?mp>Q25_UIk-1G_Juh~Mwko0vKC!_X(Ca>pB` z$_XNY**vZYmA+4w#f(}tt(b+rfI`t0h4mPA;m@3Lw{9fv3U7JDEt(5^!uiRr-g25Q z8C=-x7JL4MuAC9lD^X2s(DAtIOuHa4a3^<2UA>?Qk)@EnAZ|#$^pQsH<~Z zhfQH-D?Iy)B&8^W*+dL~+ldJkM6OZT^1}=F05s7`n&NCeBg(= z)3p~Iflq~Wg|IrT9n)7-!9oGWi=lJnQgzv6_D`9U^V2;F57ycEFD+}VNvkt1zTOps zhYjsH(JCp;dlehBxO3(2ns)W3t;)!94$ew4+{t|=l9HxF%tf+RGeoEjBa5T7Y6X$D z<%n&oS7H5AZ=>25DZn4u>NHpdtP0Ja1dX?FIzMmxe$U?s@J1F|n=-+xbZ85rqB=Yc z3^e$)K3%cBGk|1anU`RPT-RsGe>Ow&hpsJs*C^qNSZu@>OW;)|pbP2MFE%JBM z9qj144!AekdFPh^b*;A*^L7l9;!$gbXdb?uF&rWTE*GN9baV9Z)Q2boZ=NTeN1TxC zqV-A3T9@8Q%9?8mxFc5;@u*K#iWSp}Dr@r|Vz8YlIyE^=b5IU=h0A1lcF-gMK2}Nd z2q?mKLgpPk4OzbeXYQR|rpd`T(tKIH-wKzCE+Z8b$>Hp|W6=&c;BY$|A9g?bOZ;9( z+K42}4qt`7nL+J?Y%7UTNAvG=@}2Q;X&tMFkFCoVH&a7RrK1?gjR6QRFk|W zuTs#pR{ZE2p+vcaC?jSo%6Wr_VRutO{U67^123`MDx6%YogCQnWvXbqKZLJgpfs&^FvU*##ulYxL)%#Jggi&Xkzq#waE}nlZZRh( zfuvI4efY}iIih7pa1N^S?z1Y@CV0Gt^PoLB_3Ps7=F^~8?i0BT*J|oGBJenc3~0yc zB&d72oLe*OrAY4V9|pZH^0;=*gtI6MwS_pznYj-m09^sZp#p@Ew?POvRV>~kEaaNb z&R~np!Me}I!if>;l)%Gf;3zCm`2q<{eNq3nl3&=Yz4teqD&mwf3%ay6QNNomJ}M*M zoOFl&ml;BNJ}>1^#@xX2g+ka#i)N~U&-Ce*czWc(S)fTh#e{_W8K%@j23}+!+QdHn zjs>SG&kep9+?&r0facxD+or{_d2R40-o5n^W=y{EqFM~WL9z1kWoWF1Y(_4OGa#ai zMa@y$OMTZ_%J;SsCqcqY=NIJWg3u=2Q1r#;^~QIw}_ zdQOjoszX3D2me$#Juf$2vw3#<7n_`T>~|g=OvY`??J!`EMX^G5Zcts!;W*ft5~2AC zMf@z9Q|&CU8EbSV2fKan|AUE-UnAvRTU0ulLRu%p8`*DIcTmfSLORpTp^It)uf^ z`jv?4TctF(##ieD#1tNCj2`mrln7vQM0b2SW-wt7QTZpI1f{y+V za%hut9`v@&UX6mNjf+^L=}TFrOJ3wxxz(yp^CjC{>T>0^5D=2L>z^$E=}nk)GA zwA{Z=wQv?ky#B~!s@~jLM~tPUR7{hK#z3)LhtOC-fJGoCmkf4Gob@C$zd}^ zEVEuQ*U8Lo&NqLwAGY>-VzV)nRZLKi+gX1?@bXttlJ6)yUx;F4Ry??oa;y zg-8u*Qz|u`X6cD}d=Ldl{B?qrk6apM6l=K#*C0%ceSAmuO%GwVDIM8qEQKkVL;$RKN_TzdYc=at~vkb$@}QBRc%hue76 zs7wp1Nt0cv-U>-X12e_@h>ceDvkD&k{^4#&Hf^(4a8EGz`WyIoDbl>Akw?#hTe|US zTmUWF_#J|V8nzev3H4hf^u*%k?3gba46|rdc9W70@C2Mc{SuWqe^|SV&8kw-b^C%2 zGwnEhm7{!{z*V7cCny&CWZ;jM@>VKNOWrwto}d-hc3Lp!14mc*OIP_x(|$ABtQW=X zoKj_(BV*`8Q2)AEp`&CE;_LgEzrK9VQ@qCRc^>&@oj;C#FzFpq@Uloe`?j_jM<|Su zQ&q=WKlG>BVjldyZtqG)9epUNy#<_Srd0KH#qZBi+oE#Y{(PwLyVQF?c_~;Yo3~CS zN}%4sZZJ0kDJGZiu_ICYV=ULwH#q5xzm_@%9W?8Zv3hIc{=y;uN_4SV;p2Va>*2TH z0n5kv6qJG{q<)0pow#z_cGMFI-5l6vF%|4ax@~(1F7wMXHxd%cANo3)&wIAA4&8KBx-XYw z$GGbc(7!r>9&Gji1+J_de_;`TF#>FhT~ni4TYu_!u!^3 zKSh=1je+;$z?J#9_^fPBUR9GY%~t>)QxH%|R@Re7|6P!SI9(5QEb6T`04@TN=n z*e;m1v*L<4$Z?mD8@UXrsv9Mm=EME1=D~>{bDqD^ba^!=*o;MfRkADg3lyE^3p=OZO6R4Kv)8*hXE`e9Ydi*UBDD_*n!B10CezctnAgJ|ym{H) z*UBpl)j}Pi|E6l_8!7MXuMX~`RQ7O-4bLy5#3oNclZv)3uotH+U6XD_m(|Ipxs81T zq8;^A;Dao2g8yaQhWTFf22BVduw6sY&cr=oMf`%pfj9C}Daf9F3)@{Ci|x>8wof)$ zg}Q0{rr#fMaBi>gU+POwj0HAB1Fi(R0^2j4lPjJm@~|qj zZ^U#W`G$N{)dnUgz5Gf2L6G2>3Tf4XMd@tn70cjQBI7E0=6K03PRwsudAoDB&m{cN z{fXq{L`q{zO=nL()fo5KLuc4P^O(-fXUE4{gU4LDyO7O@9O9`%QW1NS z@o&z<@E)RR3n4_Y)PUV_j}=24{v8`#h7*Po4hL$dqPH!LnBFB*MnR* zs@E`NN*sP9o_fPY%+1g%#M&o>CpPZJ{Bb<@&Q38j2{nj5AyK8C);l-t4h)amObI&W z$-|)whA`;;gqGF@b@c`9iIZa3b%#bn)(|A3$X|@3|0+gpg?rKPD9D3<9LTMz;;=lJ ztR8?^`{m%{sO@7M-^wigkYthoc`K}5l#(U9?fkIOc7YFb-XbOC`ML9O|E&F7K6+2v zr>$V9KWh#_d)8ELGk17|gP*1PMle*XO}JWzaoEDHL889%884RjYI{IL)3V{SH*!nY_p8*UeMNV(5Zp z;lr-Y>1jJH-%k-^g|2S(%L^Z>ZSd(57Uz&g6w(PkuRwevLqN{g^E@8}_nt*`4=fqEz ze-vvVt=$TqKw~Q5f9g%oQQ}aWi>TiTTfXNs1poLVcg01o#bKCw3!*${qVteLLw%)D z40wh8QBNN174mj69&x=}(iw#SZ9s!bHGt(X1mp4L{h zsHYu=|FN(l^Zg${ChxpqBsm{jt89Hh{x2pT1(T%Y$2B$5H~fPo391EhWT&^ktJ~u7fA z-_lG{m(?(SlKja3PpkbuS~Z^_SMUF5L)A$dRy_Y(s+k_IK|(@8Bzl~SWZwi-|7-8$ aB>Kh)erEE6Q8yV9{l_LcRay==@&5r7O4gYG literal 0 HcmV?d00001 diff --git a/17-refactor-bug-fix/assets/crate.mtl b/17-refactor-bug-fix/assets/crate.mtl new file mode 100644 index 0000000..53afeb4 --- /dev/null +++ b/17-refactor-bug-fix/assets/crate.mtl @@ -0,0 +1,4 @@ +# Made in Blockbench 5.1.6 +newmtl m_cd2bce81-4f84-6efd-a971-2b9e91f19e2f +map_Kd container2.png +newmtl none \ No newline at end of file diff --git a/17-refactor-bug-fix/assets/crate.obj b/17-refactor-bug-fix/assets/crate.obj new file mode 100644 index 0000000..94a569c --- /dev/null +++ b/17-refactor-bug-fix/assets/crate.obj @@ -0,0 +1,49 @@ +# Made in Blockbench 5.1.6 +mtllib crate.mtl + +o cube +v 0.1875 0.4375 0.375 +v 0.1875 0.4375 -0.0625 +v 0.1875 0 0.375 +v 0.1875 0 -0.0625 +v -0.25 0.4375 -0.0625 +v -0.25 0.4375 0.375 +v -0.25 0 -0.0625 +v -0.25 0 0.375 +vt 0 1 +vt 1 1 +vt 1 0 +vt 0 0 +vt 0 1 +vt 1 1 +vt 1 0 +vt 0 0 +vt 0 1 +vt 1 1 +vt 1 0 +vt 0 0 +vt 0 1 +vt 1 1 +vt 1 0 +vt 0 0 +vt 0 1 +vt 1 1 +vt 1 0 +vt 0 0 +vt 0 1 +vt 1 1 +vt 1 0 +vt 0 0 +vn 0 0 -1 +vn 1 0 0 +vn 0 0 1 +vn -1 0 0 +vn 0 1 0 +vn 0 -1 0 +usemtl m_cd2bce81-4f84-6efd-a971-2b9e91f19e2f +f 4/4/1 7/3/1 5/2/1 2/1/1 +f 3/8/2 4/7/2 2/6/2 1/5/2 +f 8/12/3 3/11/3 1/10/3 6/9/3 +f 7/16/4 8/15/4 6/14/4 5/13/4 +f 6/20/5 1/19/5 2/18/5 5/17/5 +f 7/24/6 4/23/6 3/22/6 8/21/6 \ No newline at end of file diff --git a/17-refactor-bug-fix/assets/popcorn_model_a.glb b/17-refactor-bug-fix/assets/popcorn_model_a.glb new file mode 100644 index 0000000000000000000000000000000000000000..9bcc5db4b6f04a5fd6717252f6527a76557c95a0 GIT binary patch literal 298012 zcmeFac|2BI`#-+6IYWb_l8`2a%v0QZYa}v+lQM>c%tM*N?KEnTN;IND>6A2>!hPQ= zrAQ>n6v~u@%rn2WowNI_=Xt(;UibI+{QmmA>h*HD?zOMA)-}AZYh8PB4i^uL%^Uy# z@snIYdVEL#6jS`}w>Kf%W%8Jrqa?%b?PR{=R-hTelYpp}29rx|o z`ai9p{&NLYEzO@RY~Qp&1#0i<5Crv5T%)S4uBNW2qOPK$uBE1;q^uza$J8{H z)Kyg!RaLcAHPtjUr-xKEH8r)gv{coVp^%0xT)_?c!df1RD=MmLYG`OGs%a={X{u<+ zkz=Y_%9@Hws>&Lgs!B?l>YCGoaHhJJx`vvvnyRLRD!o=oMUxDwgP#it zE)`WRb(Q}y=07I?Esf4s)6#%;q4Smhm-!khYEb(B{d^@A6%`m8bO9ADP3SFl6;RSp zQTjIxG_)Wn*j_+cO_|&e)quq7|7JAA?tkp5siLm=zxat%^WV48P*hgY_+REItE#9f z!~8>4Q&Uz}QT!ip`~wUm{K{Ht>T1fQgqx>>i!+Lxze|D|nO~mHe^-OQg%o_eT>b;G z(5Y<6X|O2=L-K!Kk4$(6Skl}aJpR_!$I;KoIl#fg!_CRed!LJ|7c6dMnRImUci!Ob z;q7PP92Bt64;HgfX*aLk&am9TXi0ni`<(w2Qwf7|4jw+P4o2R);e2VMb>@b!WO+Gw zlAqMb;=9{>pQDGfx!Z2%-O_6V{PsD^NyF`&y~qkZt%jk#nf*_N?V+;fKF&`2JRJP= zJiPt=-6(B$yY1Pt&)@k!l~9B_`2WY0|CCb-BejKl`#DVSYh=FJ!rtFZZ~bNmCwMl% zu|3dZ&S7M%J)Qks|B3ZKwvZ$CZoAc>MLvFRo^And`~MMe2ng_VbKDm|ehig1H8I~} zvBks~77jUSV-qu@bz7l3<)ke(?bu*qVz$v<5f%|S=?x}ZP0UDM73u_??gmes>0&~8 z0)7ayB~|f)o`sL#LFDA>=CRw)nXKhX5z))0DhLv7PLs3IrQ43;QQwi~D&8P%9~}fznEf z>YB>%aL`hNX9Bs-KVN@8f~Se9rlPW@nmU~7@8sYCqYqCkH7!L&EfsYQWn~RDHC0%b z*cyUMkj|d=#y>WaK7h{uyNvrgc=~w26Mot!@MzoY<^jTB?-z0^Kkb>;>3{O(4}UV7tfkq>9osOe=0CZ>`Ypz=W5NIj{NjX^3vdG- zNO=G+-~%%NKcxIX00;shFcZ?5U>2AS<^W+xg~41P0_FixNJYVXumCIsVvve~ML--Z z1`?1;07)PPmH=t66f6VF!3wYv$UrIsR)N((7RW&=2jsyTpa2vhRRl^v8K?kNNL7Iv zPzM@76H-l}1=a#>paZE6paC2ZKo_h7>%j)F5o`jRfgaEYTYv#D1Y0593XFg;Faf5J znu2Y>444B8NG-r0U^}n`J0RTwb^MeBj6}F2I(;n1&)Ig;3T9c!6^_8PJjroZ~@W_;3BvLE`uwOUIAA@0!Rc&kS2j^;5xVgZbEt!B!gSvHb{Xq1>6CDfxF-y zr1wB7xDV3614ti$hu{%-4ALP@2N@s}WPxl*v%wRP19CwgqFPyuNL_y8)wM^FW66{rR^ zpcd3YS_eLXde8tGA#DVo!57d3nn4R_1#RFfXb0aQ{RTR~chCvCAngL(;0Nddy`T^D zg8?uIhQKfw0i$3HdMXx-Lply7z$BQ0@ScQU7{-BdVqB1NVcZxG#*6V`GcbNk029Q7 zu$hp~#Aac$u{oG9q{7%-Oaz;Ui9#xh&BqpC3o$WB#jr(~IJOv*z$7s#YzZcfEyb2$ z%dr*MN=yb@g{_8kH71M6Ve;4-NY`Krm?EZxDMPA^sbH#@8m11ZI;MeXVp`Z*OdHd| zXpqt{93wDYY#pTQu=S9x$2MRau}#=!Ob^q?wqORBA+{CLt(XyJjG17jkeXuKFf+^? zvw+kB`vcpKSz2Ay!+k?4auJFqZ z(!H2F=7D))UYIwe-k1;Oi}_*xkosc**gkAO7KjC5!B_|uiXFhhAPvL9u?UQgMM4^h z{fQmK4q=BOJ&YZ}j$+5KC`hBQ18jHcsKzar{i=D$_vGb6g$KtSf z>;iTXyM$fFu3%TO1S}Ct!meT0u^ZS;EE&6n-NsU|JJ?^?UF;r~irt6wK9+_(z#d|c zAbo^A#?rA2EECd9EDOuVo?tnU=3u#49>&0!kTNkAmXAHfo?Buj&)*PSU2_q>%jt&I`ZDnF2rxS1kl`W|EYaC|2lq* zyG(oT1rNsjwhwqw%txIIE0P)Ump|jMAcKAD|HM6tpD?eNn&3xYpTd>4TQF~{IO12= zU89lwz7G#@i{-I2Ql>B9Iv%NfmZ>YOi3`0u%53JbWT-6S!;hbT#cXYjW-RRL(5X(p z!c2AE#?-%dfOgc=h$(*{fO%x>C{yXW3e#x?ov}A5mf2u(jTw@vz!2nXWsW85GE)P^ zm?ZD*HOM%i^oHqzC*v|3H{?zD-(lX?O~mbFk22AH^8`zn28^|Mq6&9j*Lz<)qpqAu z+QO4`Yuc87x9fo*ZCYl2i6{;}cj0`}jWkl`)!-XkpYQavA7r(Yrukh-5%?iy4$co{ z%m-uf8!FeC;;A>L*GFwZb+(J&G_60mCaN2%GwKsm1|46Slf;yQJ|x#cZ5gu5z?ESv z$Z<4AXzaX;pWt%aEf}N>Y9ne(C4L591!V-XU2s%q)Ry%Y{0v^*bxfPIy1bZP#c5ud zA^r%}4b^$copsEvXBaIbM2y+>B#`+7@}vr=&J7ud@Y!AN)4G|5o8U7c?{{$dzu*m( zL2W^GM(3i~?)R8QBk{~Eh-DOgIGacE!(7)G#VJQ=WG;~Upz=4wET+eY6j%LAj?~FZ z<((6h#aHn~!5lLzweL@p7N|}dM|Webgy_f&S{yD zTkmLS4!SOioX*E@!$ypx8dnla_*$kGb5mFBG*9k}?scG75&ya|cY0rS3;tj@l<9U9ZI{hrL)6kcYbJB_LFIi6Vq zc~T!#H&kadXVF|nbw+a*%}vx6G&fOOP@U17MRh}UMspU;<@4G3j9aj_oZSANIhxZ! z!>b_X-J)@Knh?z238%<^IU`UR)D~1{bS|0~Xl{D0_0=JBmV4tN8k);!j-c|ts*@hvjg2j*mKI zeb`#qK|^ti>W1oo;slKa8Y2{kD9%ycP@Penqq&LdjOO5S4oez&o~|!+$5C6*TtjU^ zbw)9d>W1o!_5f&ZqPn3vqdf+Co}xOV=OEgvpthhnh1!DZjOH3z-+l;dGTTfWa5v&2 z?N@yix)-X$-SpW^vUhs2AP%46EN76u{a(2fNB2T?Kx=|afC-cALmJk6#8JPYH3z?V zmqzwZk0zAO59nJfy$ucXiYw(vLKxqSQF*k#LNS1@gXS74gZdoh z(YT=X2VDoP6=-ci>m-UF6jx}^kM{Yf47xrlgZAX8?RLofAo>o4+Ka{)#T9z)pm9g% zqPC+o2lX?0PND0gSVe0EiXZe0LNSc$jN%8a`RH79O%y+9%|z#-YofNGHvVcI)IX@t z(K?2XqrEZO%c1gUd{G(nJVLR7j-&GEUMPOhxhUSMRBkg4bXnr}T)CO9Zf1VOxu^`fKDwsvCe7R*i}Ufa@ncN1exiG!GFw;7pdHCP zi>K~*@GtL8=v-8$*bvmAPC+c7PiTVnaLC4YcQ5n=Hs6SB|)DNgUDuddN%A+!)%w@T)T*6|9$2ah?x`Mb_Czz{Q?C>T2UaTzz;>@Su z4wD_;{$($2v(uI(HL?n4hmS6BB%T#Nz-zM;aCZ3p?OLp3XJ)Zt&J{D+;a|_vW_2E) z$&$j0nEwrL%k4#Em@6_pF5be~;U~@+6Mn^9tcnXUI6J(WlLawTx}Q1!VJyxLuh6E? zEPAq^HHS}&$qwJ5XF|k8a}o{<&*1FvxS12}R&)gGL`Q-SJG`Jii}7~lOu|3focI+_ zywqWxEtVwGmLFpNiZ2!lCgS*e7+XgS@n7-eJ@ViG=q!o@;9vRu>+dkjUwIQQJ>MDZ z@VmCl&?=us5d0nPI_&VXgZ8rCM+7p>7u;mB!xscs(HKtQ#QjtAY3%Tq!}qZ4lP}^< z=GU0)@HKP|*63^*BILLalO0~-z+9Hh-6I6J)YA6_ie zn&Y(5TUktY`0pDH@!lzAM(^zq7CZd>!$Nqf7B`-}Bb3Dsf6ejz%_ACObUm)plIr6er;_qD8R7 zyQ%=%NtnL@BZf3~_}HZ%nO)z-3EwTUtY7h)MLy#VVzY_;@+!oy_+RCt`E#7v1@m!B zO+1qw{(QhWZ5{mxV&(V+8asT7Bo|9DGLZSg+Kj~xUnChoD}(vSyYd;09bTXrV_k*$ zc(BNr#SVYm=rMEdX%(XGy9A3J{)F-^=JP@W7N-Rliygipq81m6oKJjXts&Uqm*vf6 zE%dXbHC#7kvBN8$=U@pWZedF7*v?{y-&k@CpJ#2$TJ@$HXNP|gKZRd_=l-CtA;Aux zbG4rKd{r>9O2`CfhhKoXFe0pMS({>~aCZ0`)gKufUO&K1^1KLk_>?$p+HlTN)*`=+ zEOz*1_Qf;_mK5v6l}#*m_?3sgFz#(vWah<&5bW^JuNE-+i?~>Fp*sn7_@w1U3?5jo ziZ9v|{|)cF(~MnZ`yyu`(AuZ z!(U4h>sgywzv6HA>l4pS@SM{xBNQ&0*+M6hreZ*vkpZ#%Zo@HM+ad>ey zjU7H{%U+u14SOcf?qJq`!(a3<&N~O|UP@0BjU9gCk6PM$SoaiC{8;Sp+gBRqt>9ft zbW|#^*x~60Cus_>5Aof&h{X;+w(Sygqk$J;_m?^T-|+R`f3Q@4h~erzyu^RQ*U@ZQ zANHMNzEpjWv%}wRYi7zlb!5G;pQ5qDS2j7ZSTf>x`PEd?C^YV_OVhPWa?PoipJUD^>Q!Z))oPT z(mnY+c6i{rj&)!|4W64diL=8C8Mw1zg9~XIq0e!4c<|DawSaqqX)R`jv%`*tC+k?V8o>_#URVUb#hQtGz6v4O;U5u)aM!R;c*+u6 zf*syabP;iUwE^KQ@RG(3&nx0g>|q2k!}3|oU-4@sR0+XcHR3`DC*xQAE*&`n+*Dv4 z%|3H++Ce+H8s{`Dy>f-7VdOG|$PlO29R z&ka0kz?G$4cZA6fe{W?mKav=PZ}ih6 zl!oTAe#M8JHY0Yw9LL|q#V~)x8&qWC63;PKW3@i(SNz&{y13K#nXEHa#;jlQiIRsI zF>m=sNfHlrwS6q)&&tx{3KKK3$B9C{0~W@T4pto?KTXXkr8Sp=3pZ z?{zn>?Vv`4Slzrj)0I`QHskaa}ptc6yVO{B7~(;1>SbXhuA(MKx9Su z5xyMri0q%%oGx`@0X7z{h<@Lfp^=W*64bMzkNQ6%=!TrQv z;~ri!aX*c}aK24;_^sY(eBrK0{NT5Tc$mXd;*)AEPU%7I%c-tHl!U&=seLFrD81=! z)p*18e0<%}Q9S=+|irN_+)O=6ENMvSVc5yFcwg4&1L_rx$pR9D@>S1JPH{>c)Y+V_;U94^|)OYDm{ zi*xoh;Z%I6ak+o=p!TKYs5sxMoK3jB*Cb9ka}h@$t|gxFCDK6J4!rS-1nt1H`S^Xi z9NMfqx;Q1j_M-xE=(RdQ&D+!Zkmg`Nlc4rv9bbzdu@xg`Haw$=S4QI0del05{Wz5_KZWh(FIc{LCLCnYqL& z+Y@+X_Z(vVO+!4cVj1E0!0u=M?EWhjZ!5FKxdh$tWG@~3x$Y@k&UBa-l9q+H$4KK; zyeZtts6WKFa$UgJh~(ir+h5=ZLJDYQH?)XX3!-Sms4|g26UKXRDdPI2dH9TEX@bJt z*ZHIP$M!&6bq6QWuk0ftU}pAC@vW zg+mG#6z={#->7&~>rnF-zFvuAE%G=upIXmCY7!UVG5U!!3P)5twYAUT&F-s-lXKSL z>yuU!R6MDDsC6lSQ+}ZQLdA=UH-#%|Un<@d&ZvDUT=6hd@g=R21f>UsBT5fyUn=g@ zKGeQcU8QhF?L+NL)n%%_QTtN$imKz39u#gUJ*a&t98vib(f1C2^<3pY&I@WCYF(>c zukiHC5aSmg;xYZJ32Gf`T?)4aL@mCIll~Lu6z;!7s1U{#N9{k*g+PD0ZGVvhjD~-w*>-;(R;m3=A z<_(o6!cN2Z`T?r$e+Nk`@8;_eD1edl15r7ZjvC*Q$ne}|cVo5&YtBojOs3uHM zc|qw#=|Rai+Ku7@<$OQqQFy2FXH>L{R#!6bC+?~GO63n#$EdnS;h9>8nqLyV0sm`) z`)3|fb^hTuLE;m9C!z36K=t}YF|nZs%}#Fru3k2N8yapOG3C05Aa@2PNn9$5JUe?Hua&kX4O*-udC#nEO#Lb2rsPRUX8sOQxALHU)Er*K4#Q~syy zr~EfEOEr1~7Huc7p# z{71!uswb2`DLKk6Dqkpjss5CjPsNw&V=4brb%ly66-O#gRNhl^)I7@nRNfgY)ZmgO z0t6K|N)Jk}f0w89r|hQkLM>|{ZezFX=Q&HALsULd{-egJbD8op^_hB3o!3P)QKCw$ zokqozid*#`D~NC7IN^?q5mxH!e)ertJa6^O61Ugt5tJM?PQ{m+xB9*);hJGUQ29sI z1!{aWMw~EyXa2LFq2#FXPb*gtc^}Pw_BmAkQsZ|+GrR50qahJ1M)Vb4x~fA#r}O1OfQ=YAx!yhg0&D z-O8=^_jAp8vptE zA3RX{Q+ofj7trCI|L?EgKKPA+-x&Cff!`STje*}7_>FFFx|X`@bI+2xC1x*Ji|wSr#}D! z!sHiL{waJM4$ckOv?IVA{#md<2R~=9(aq1LFqD2sdCt6V$ogKHSN%$2njIzQvj3){FWe9~ss32)jauG?q?Sd&9(Qv(wMfG)=j zpFHeR$KY9$EZWvx81m@R`1{WaA-ugeSDJO^RE{u8%QE!#HShcCcKP8{aIm9M!qDXC zm9UJWU>&XWiLXiOw9Y?3&|6Io!7+(BOP<;jQ}9op?e>cpUG=#o_*%bkyv@sqrELwb zn-W5G!lEnV623=_7ZXq3k1;eu6KfhYVte*t2OpF~34r{og3wej=5z0@6fT+YaJy4mAD9x@YinSe_09fcB(wTB7Gr*An@*`RIj!!St67M8)Z$A= ztd3S(Pdi)kE^tpaGqCUKm(k&hwNJ)}o-fz?$lEdN$IWb^M~gW?mm@h#rvAVpSA~}C zu7`Pw=6(?k%DI^tUfYx?XWwykAGgdI&$%GxG6r*Y>!8T3YqPZKh4j45YiB2jHXOEW zh#E{A5-1&M>yuD0%6MZv`T9{$$o_p{ocgabXMpU3a2k+`OcpJH0 zQ&q92W*VJqEAaf0klH<*V;LtknY(--2cjdRdXe^fbxt^IAzx;EfgjT)#i;3{Mt8?} z&cKZbJ$F98<3c-5RSmvK?JoCQ*|7+K{1fCJUdo=lTdld95>K;^IJ>)-4TnlGd~euu z#^vtphL2kpLej_+YW=V&v$NlRhswQ`O=_+e_s_Ap*3Q3tuEsi}@8+2P>+r*`pq#E_ z(S4_}nuo<-x{ap}YgNvAb?2tz+3VXAzpVW_VBb_7X%&>k5p(G;zBA;`%3H4PU%>Io zvu?+oEGf4MdWFHK6&1Nx9gBxEPIV-Hgc|OWB<+b>Wy<^H@`KNVP2~x`kDc7A+iKK? zruMrDV)^rYwdcm4{oo_1wSt*oXPvY%GZ5$+khvoKJ|u5!p=;B^)2E^tFIYD|5;wYB z_IK8Y#;;eck87^K)od{~(S7x!!tycAln+7HuAzLu#sN;0TC)7(?S#l5flX$KdECsf zEIgct6+UHrwY1sdz(yxe9c4|YI*Vh5CqjZwrv4Da@=o5cm?H~Zs*lcI0H-G{8OWH^ z^`ua5%D}zdF-XTZa{r4x-^$BnOE*aPm$p>)=}eB4@5?Sy5y%i@g)+`zbXgL%F}kZt zKIDio?(m25A8I??_O?$?{$+>zcu3xZ(mH<)yS*Ai7yRU&);YiHcX^+9&Tz5PY&hvO z>Bb=X=2v|$(;{0%lA}7DY%~fxZtqh|>+#2J6I25uT17)#De`Yh)Dhx)@L(gpbvKluFW$R1Dl`6@tA0c2u}!ujT5#;^)wMh%faxc= zK7RMzLkm{B)@148#a$zEc~Wc&I5~2EjU46$JDkY*Lj12sPA(ejHXNR69GKT{{9Y35 zl9J#6aesqF?flc$MPt5PyT+%VHS+av_OFM3_wkJqoa__XyLU^GLRhNWV4K3>@E3n( zURQ_1-*04Y+(oWEPc2y}x&C8Sjbz+Vx1B&z`z$zmCq-kR7=F*+(#iX-{7|2xb%Q@& zsOu=_&D|&XX}xcGfixM|H!_cXZS~HXzGv+_e%GyF=yBUz(0FNqNmMEr-9zY-wl^Ni zw9ac$pSsbqyS04`9~w%wlkfd2VSa*ksif|j%m-!KO|QTN{}{bzJ&VMEc*TBTTYtlP zuV|cQeRS!kehI@TR&(vPrG3+CVR&O!PP4cfbGCD(aQD+?`%5d_^3Gq8*K_Br zy|?_}mF|sDV3*{+SQ`pe*OG`w=ze`&%q4 zORf5UEWp6trJFhFlO(62e7O8ynG2~VmKgc&zMzt}^()@x; zvc6&7*;qHXlGqs1oS5U#UrC{187B-S_LXrYhq-s-@W?5D%pn0ymnRW;>EZ3eL9C$DFNZwZ?U?ow%tZ=ixcgcFl6_VHkaCXnnLww;hobO9 zJ@tnp3hhf5*$a$1b@EEdcWOgL$Xc2d+^O;YTiBt8A0+4RdeEOx_6%#(+y?jPFMvCg zoeAQ2-eacCZR=Xyzqo5LSvB&-phtzovQ%%|XO;IJVjS61U31C4FL%A{?2y?F?e#qX z=v-^Pw-AKD%8<0~+Bzw%gFoyvdyS8MOl`Sp?j-vlu1&P)@p!bPckUP1!L=XSQK7gR zR6K`qI(RF2>dAikAn?3w-Elg5bnM9otB`HVf2PM}nkRcd2ib|5g4vr7%`la$?IhE~ z_2kvHHxJA&5I!0xYPz&`4Uit=YRu~qEvV!IMKCByeo8(3QxZncmU*VjO(+@n*beq< zw{_jfG6=5A*Q(D2Rr7({Yhf(O1Nw8dit!`I>-*F{^LrLNW(hcpRl2U!G;+>4%-2x6 zS66G$tFxEk?dgpfh&ZV~Tm*DWo4-%MY%q^{AN9VZW_0=drR#Wy87YHTu+@Ja@I?L%u$HsX9b7a z-xh3n!uK|N%+^1!DXgp8ZF0j!K@9Y7S-~5-#4F0<3`i1$y7JF89JccIxiX}`x5=gA zv4C@*1ozjYFX1oDK6nHDc&*i7t$|Md#Cr2>PIJD^Zb)l#Hm*75*q#Pr4&H<9zz)(k zx&~`~Duy-)rR3J91`;_xvOS`bg#2q~$%oQMkCoEbR+(Y>eGvaTa&f*di_H_pYxB?Q zoXQ#SG#5jA<^6R%6NoO_TZ$DQ;Cv?!wo zwBo9oQefbGnY%*PgR%QDaDG7Rg6O1QexYm}m3+mld%lO8N=(UE%9m6_4!TIMm!X-S z%=N`dyB{eh$!EF(9|A&7{uDmivRcor%vCakF zA3Q#RMlyB0q^lzz#&#d8thcS{1m`4bB8WzYro=Xs=wG%(^r7ms*XrI(tRB z#Y!TQoPBdy>0C`|{<$69K<r%|?L)6ye5Rv+FU8e3P9$Y+iE1A}B^W5*<0nTf4Z6l6P%pPv zSbxVYw=>G4&E~Z?+g?tvwM@$#Eu9P>raAHC?{mvsCcjBYT1x8h1NnzE7_=@3h(?YU z@v0jwfkk&c)j#UKPv8xCS085=%L{Y90v?R{>#m85$4kgWypJz?B&pzTN7(1Kj>>yZ z2+_v|L_5GuX94~PFXDtjFH8!bvJjOtTFp5de|v+7Nre}I19dg{WOcy8JSN9i^V}EK z&Tfq|wL-8&U*BK75=NKz@L6LM=f%tAY6j|G5lyeW1u`S8PG(tJ`_eTrsju>eT>8)B z=1LK@HKdm{lRjQemWuQ@u=aO+POJfP7iVGx&i76aC!N-taYZd_A6Fxv^){ei3f0~y z_xa@9nD!yvi*XIN#U_DXiKo_!4d9HtwC>(--XP`(1frz>j3Wh{Z&$ZmJvZbUQOld8 zH}OI*b1;8Lg!MYQc7goeo-lg4hvgWoXkY8I58OD(DV`CS+mmA_ZZJEXv*mH}@r_Zs zyR2b$rOHA_z#!NzbNW8?y{31xqckh^Sy)uDuB=c>>G-SiAc3KpA}qZyb7rG)W+w2t z3cXK1(Q5GQ`Org8^#+_X<+Z!}pyvsmfL&{zLC44>Vj#)7NUJcISyee?C7dPu{BaVE zr%d$B?EcU5N-&@+@I{xHfN%Q&dRn}%4E2T5y{cYTmt&o0R>A5zpaNa6#K5tl@yR)J z_oEntuQpdAD_DAo>p3M~SOgaHz+*Hf!p7dkjRbU3HKHlpWpi@H}hiIeezNeDT+k#SZsO7dG0SZo_6f ztpAip7PS2^R+nzXo=a@IAhyE<>#AsjqZu>iT$h;xi#L4VP11TeeDB`5__p|cCh3vs z2_WG^?fxCAT>E+wxKmEaYk(_G5Pq*VZjeaQn7GQTyHo62BLiM}^pm?@F|FBFkCo3T zxmQ)DTmc@ufQvhySPq_98}Go{YOxbGONef0 zHeHKcp`bikcveipOCsOjs-6cvlk8T2&z8eyUsiR-mbw>&uM(r(iJoP&PaD|uJ(2fv z>5wz{vp+8lgv=WRz8Hvu(L25@DeZ*l>cWDTV|B{vLwyf!#(dik^qc$_HN1_p+9=Q- zL|`C)TZsGw^pVIG_xo%9}TWbd& zOOjd~dK6tg(`S2K_#00{t|uVF^`YvVp{?&3b03t9@zCdoa?|}ih%pD414sN^KjrO@ z-4#qbd1~2G*x;N{`uxCXYHvV?yx*S_dG-(^(a^m*-x&Dc(JaY*Savd-9Jn1QMaKqJq|gnOW^(32-=nAJn||&3V=HT9FkmOO}*G&@0oK&hr-^9D=j+ z)ySs>ex5RI1&1?(jGok{3#sDj7JZWRwNY{H=LaO4h;jQq$t2s< zh}rqt?^GBM?sEcg6J8g+GHzli*tvJ9tB%{3M1UF%kD<`&Zzt}%Ufm}Si?vj57lb-U zl6jc?xW00sy?b`+=m6$wu3#PEEN12W2_As@C9rF@k@;M}y(`U9c51oZV9tRqEB|;< zmh(|!Nf-B*L(!=fW zzyf;5cOwwJO|KK~EF~MM`JhGRhhThxbN#3Z_VqP0Y`uG^&^C3o$CI$=G{dBNwfW#o z&HF6Tnc&KeDDsl>0Qu&i)5^G*mN6?ocr(0W7?sZ9)O@)hn1Baj_2FFy^2*kvDQWFw zfvWO`@bx25F%SgLrR-C^%M=IeZ@#PHZJar%@k4Is5_pPw{q1S@;XwG;@N`#CyoeY3 zi;NF>Q*~DH&C}pY2~d8iYiGT6^B`a-@|8J(?ws{y67!R0ZBTicD?!(J8G2!G zNc}C;82~}3#_9KycN0Ix_%qXG!K=Mmo9B>!DzNOR>A^pacEXjDG_Q%@T_!Lw`v6Cb zIk5o@rohK^IBxpzfZJ?f)$&OwKkQcM)u8@^aawh+wPC}Na8tT=7TovDvuK&FlV3hI z9rg>N0lL_mLODDdnn=$)HMY8^V?_MocK9Cl*A0CE`C(BH4xilY(u-XYHCl`4`WMZ1 zYQQ~2I-B$5$V#+Q)Z_MH>#nwuwtEhr=Ir6{Vfl_r$6+Al^n#h75+-e<$ZJs-p$_9= zRt6v4<>ZjA@9EuXT)>p~=v1OC`V06Z zoP0Qo)N7IJI7H(=o^CBrZwkT^l=B1_^RY(bX!1UpZU?v8rD0?fy|7ZW13C}>t0U|3 z;i~LtftbrTCNaQwvoD%C>7!;z`N$YU_&AIj=>R$p8Hsm z`eqpQz1Qq`!5H~6J2TWIJGl{5d}WMCGTpt!^XcTo{+AFQ$EzyE6=>}}N{=nmy7@uP zkLq!B#s^0)xK{7_Jd>r&tW%XdswHeH+*-LT=R>J;Ys+~#Q&J`*HK zIBI~ZJ+OS7b6YRWlvFT1J}|Hi))n=`G#g?}v#Be)Az(Ho=nmG=0!;3EZ&HQGKp z0FsvXh3bs0%ii1vU792Uz0E)0`mw*WTk_t)5gYR(hH;g008|-HKVAkOuNJP&sL7PG zUY*aZ6uUjjOAqwyTG-j~kJjp%$abBeU{p^?I6Ec9D7pi4QR)`Sp^k3}km@m2?PzVE$JQl8ffU{ZkIx zWO|a%=kV7wN%x=O$a>9+4)C$LX{Kx#af$wvUVnsC& zhq~cSdHx2Qt5-nj#gF|JJ|tMS!i2Tk1cp^rhbsrqv}AzWLzNN|Z{L6A1@y3j67s&P zY)U;2mE_~vDXDQx6wF85kkmJ6fe3VU$6al!idDCX!YD|lC9LR+{Y z`*u^P_C)yGgbwgSuGS4?zl7W0Ry|{wFKKwzF zPt&s%;6Y)+_QuM6MKxo`xwG}cJo|l4m)3QRO03c)JZ@l(Af|8BFU*-dS2q)l?ZMM()ef8>8XwExp&~MINENwr~ z={b(2pyJzGM)oo6rQ=E5_HEAS7`W+@D+t_RHKR-3IZnSc1%4c&g;tA%ezBPIJgh)6 zU5>f*^u4zFxu9i6?H;}B9J*oj6LDsed2ki{lub?t|qf99A7Mefx~Go&<<5i(q3iI|ITV%*zh8= z9pGzW^+b4m&^lEP5Gzw4^F@R{woup`zEXl5Ul&KM@x^X(K&QKFqUY+I!tm?DaXVqF z1gsn(F}A{cS#O>Zpug?)L{B{{tTZejfIP(dpF(1*Z)+8yaQ&#YWE^>(>!ckD>#Yo% ztpPxoFgK>N((9n-iCWl3(_52g?zStL@+nTUp09}Mt}>{RRrnMi+I3?ow4^*G5$KZF zHLh07o4pfp%hQ1Aap9q&_hSJKVS*8_XTzPQU-f{vDy<|U3YO5XhEhtI zjq5=SY0IVaEANPVsl|0KzYl)I2HAwlhc>l!-6rqh=}N(lwIpD@o=Jn0O$%lnGwjyk zCGYb8*kr?DIr zsm5mni=lA#(I76+?i^JNEW_cj$>Z1smTy-UCylRL~`Z%uG4{B{7P8!0P6} z4B#{C{5+5y57iw`>X`+S1%wV5jfZViJJ8z&$6U{o59HP7Fweijfa@h#*nw^_sdxmb z8c$99*o!65=3Fh7wC;$|ZGFCTc7h@=2&pjVN*WLV%_3j^n(dwP0O&3x zae6K0>`Ul&t36y?^l^(FAW58@RkZ)vs^#2ttK_{-gQ7ym!eJ!pTn+(ITh49~kRcuCCH(%`1?l>$D+~;=Bo~v7 zlF75VG1I>oV=38^Stha@f)<~=fK`-c=8>wt^0;!{#C%}*aeGVX$%w!X^~!J_kbZwi zUw0cXeYthDs@%hRp!)7oQh4 zh3z&PE3O~v1i+e{QgztONcL3esTc@7-!^U`aNvDQ;ZG6oT@w{&)Xo0<-uJj#q-9mtY zM3Jkf=WN^d$fCogYE1!mRb_eTi_j@N!3Cs{uYSV%S9#u^=lEEBPzVL;%EMQv<1rMj}`CNg4WMC9OK}nwPM*7!!0i37jKGyQ3uv6&&w}|{CmjBd%G5o z>C~Q__~PH9#Yx`}(YR~#w{-7Psr<3h_=pV#@a?rT^aZ@@ZxpPBowy}5XLycz)0I_z z9v!6_gAG$&!(Jg#rQ@)Tk9#4v>)4pRJ=P-I_i68<-Zi+S@7T8yjIK_;mSy?!FQA>_ zSu(>iSVs0`wz5h>(L?PSvHNFX zz+h$gb%}0w_ct8$oCAL-?yu|^T#oOlwFED}&#l=5GswE7`^)m%Fb5wksX6V-s*=p! zU{ZT|Sku!UTkzQ46&6bRtyAWV_D6;F9m)He;ZK&qK$H?ITheM|LF+s?4{TU*?ZJn-b3A$?&@N#b3t`H1dr_XF|886wS^3EFNKAJqzrZ8*Lvb zsGYvN89V}CcfPi!`!qb09)*=-7c_-mX&yIh%gVLW^*SUM6nL(?Q+sGfSd`)GFB7s8 z;T&KHriy9apqbX|RX`WtEHm7{n`_M|?_2)b(>;Eyw#i<6d4mQh(s;YL<%}nMWj0O! zN7n9(e38<=XNZ_KEY}j<%7yv5&1U#(bu3@PfTgP=Ott$^OC?@WrR- z)4SmxL(QP<2BUl2haqbnH9ThN?UEQeS@g(fck8(b$?1foOJ`gu-(rc;)gI=p*`rx} zXVH_|VOwpv=Pr{+xxc<2>Xz57l6=u(9xY!$vrfp(^zQNA3V#Km3ZAq{n)1m3pC1aI z5SD`d?WL)EhI7vqT94#qlo|rOrQW#iv3${h<;yJXiTPj`d6RI>G3T+1+ZOlJu*21k zT2bwC#pH!^HPiim15a7}=i#aNkAZ<+vYA;nt87LDdWODuUSTW-nofCB4`=O#cNmT9 z-hV0%()#kf`~0oJF=8M@CzYlQD;`XgwvslBF~{IJ#Dl_fwa1mS%pF*s0{q}6L|2gh z{r(ko_bXPNSA0mw=`q5e-^GBBVvQad=n6$f~A zQ*GOBe6oc8(RBC#namxOnh>>zMN5AnU-3G|&Ca+ZDLZ56UUYN@uQ>qf#S zOGcN8@q3mqt8^+J+r?5IENO<2aJ3P-^T)R_&3fC@ferq}x!2mKf=8;hKN}rrWA&fr z2Xs$IMYGzsGeKOc=km%d1y55+cxnz>cEae_eZ6C=Z<2feM!UbqaD+q;%eiakVyh|m zvXp#u4}Tz^?}Yop%Dcm1ij!iyKGjryc`^~_xd3qao|cLCARV^CWaakH-B}5BR~t4Z zhVA*%Eu=S*H95`!fBWU-LuR(5elcuRbgkeW$D-I+)AMn4$vMQ3#uP974G%b;TA>Q) zgAo17=k(=6C!aj2fj18NPw()2{_Dq@USkeTy)aJjU8oj9;j3xY`HXaJZOgB@gMxf8 zya5|UeO_ovzEa_8r19Hi;VH2$9s3T+F9s7AyC$9uH60FtWkvbX3AoRzmG;G3KhM%{ z&yWvhewa1=djPsC)MBF&@=mXs8vJzn#*vTk$GTSWStGMzO4|nSp6rZHl>}wvsh=gg z^qP+4npi=2Gucq+M7(ks<5ykHfM{<(2UY^ZTui<_ci^c zjvY^}w7eR`q;hx@ehf5Jx>RwTe~X|Of4nR8uT zZ*TfrS-}eV?F%i$0O*C$S+?DuU&DBVzfN>rsZmjF=>WXpj5)`5f1i@Ey%orQJ17ED z;7R9{i1SUAgVfxdMrvMPt4n2mUcB@+zVbH0(s#cC{O-aAx6KW z<)(Us%?J1Jb7tW{HQlvvxUEn|AgUcKmH_-k~;o;7sg)WCJ*FFtvtXShA6PBEvY z)mDlHmGt(k?T+XR?ZE~AAFkd5uIBH596z@uiH2xMi&AK4P&BTL($Fx{(3DbWYu9}n z38hp@G_FV)O=-}$NLxcG?Y$)JJ?`&$uJ7mZ_&@&V@sQW+yv}@{=XvgP?t*kzP&Vi^ zvqByNiH9Z#n%|;Xkb~$j_8nc%_B>2fhy5$|2%O2|63wkn90(mEV4kyC+=ySTnTyjrtQy0Y;Ylqw2b} z?R_D5ViN%C6)Orq^;`CK+33sJcnq45K*;~Yr;?iGQr5KB@Y?EdVL+?~gAC2l2N z(!~R~H7EOAJ0n4TL(`2ySH3EmE=7DoJ2N4=6+5eWJ9mDxkiKtLbY~Kzk;{EW zPo(Bz(~m|R1%x{>!)t24))HGy;GdgI`TgE}Ng_q+5~w>EX0e?+pC+=CY^(AP8L7UpGd7f1!)i z9lhICoov^CH1#Q=Vkduv3Gb^Qlx&%D>nsc))&)(anB?Bh{e?1PiiUu$P(rQw-Ur$o zqVAZ98Dif-RqC9Av7st=i+~OKs_p8CG{%aYBR}mZ98B5NFH*N!O7WZ+#Vo)6>nLMm@^wnkF#6GWcjV&vE+8-8uX;U z5Z$cIhCC`7-{b+#R9!-rWeN3Z(UaGeg(f+rC9I%~2^Y)w!v`;HWlcy&SR0PV9=M~q z0U1WxC0ij&>$>}M0r8U;D}f?XipmC^lc#RX#ko}F68=V9f3Q!CK=P?MfqG>NeyK8{ zlV7y9(tRGyu5keHA{7H5fWU?!zxml3JpOsFa$0wXk7JPIIxwAqZ8PbU6JAz;wtK{F zU>N(CYMu<}UmJVQ{-Osc4N(#}I`F!hg}^k!@gE5}s}80(UM%$1su%~_E4fl3B^uEAD zOf{%@l(GrsRGM!=;?D@AO~rx!qLNn^#qmdn_fcExE~eYk5j+1>BGUAzBJ@J}uD)Vv zFI-ssrlDCSEG+%6#zr)M3Dv*ZzA(vzq&OB~rkUOQ9`G0Y*hXa}A|#p>$V7@xUddc= zZ|lTKJ3c@ZKppO1%68fwX2)ZHmzsIR{_M0O`GB}9J9l~ExUh1dVo{B)UjF+qFJE9O+@N#DAuCr1aALdPcb;2&O zx#1ipbi)t}!K7=`c1SC$Bt8QSlr?V;lq;ajTX>L2#nkb^?Ktm3Fr3a$#DGPTq^B^P zcX12i_x{W!4FxO{;&@3PuRwd%4&S|>@u6U8^+nHX8;7J4O|_=$G6DmO0b}!@(J3{A zOU6XY0gMqG2PnPyb+&u^+W1z$MUulE!p&sd8(HT$l|P2>Y^TBB=NNzV^Hg-#r(`J2 z9tG{g`=%w?fH9D@6$ZX;k$@-5yDudEKE7NmO!9lElIPaaj6J#}*Ky)@7>izBKDQZR z(82)|*=rCA&b$TLN6u70My9o%iy2`jlp8VP$q1`%e8Y>JbpSHN3|63a689v*teqgh z;7r>sPz-5~ycQ<)Z9oYL;fiGgfU!h@xna{@jtV|NL9&|Xd|^C6NNJECUPMhtU-R3u z)p0_#+2MP)I%!Cvf6u3V#Bpmh{ShW2U5AYR3QEnQ^ikD!;-1%@xwtY6Mo?I z-T&AQ1m6M?PCMLp&&w3PR)vH0$FR>8^;}Hle)*1<3*ah)t7d!c_BYcy-%p`KIW@(+ zNL=sDQIg08Bu~v)8Ez?2vw#5(=$rH^Z=nl`;f!)sL!_7s=0^9JP!-pUC^>@%VaUFz z+uQ_3ZhAm6;NueZCJi1jG2DPE_MH^7+ZEOKu~c0W){=9-LdMs@XWR#8AUlt8OEA#FQ&RNktR== zB}@-=7r&X81yB>!E;%8})2I7>BBEZIL3MtM+6o7nx~m?4Z6^6eHj5T@b$MZUAGA6x zcL{-Sop%HJJ$C@fY`*qo!7b)MYHz`!Z$K@qDftZFETTjgR4F3j()J@?-E^r}D&*Dz zu8vMCX`}Tx%9N zhTPVd<|gWlP<_f0^JlO~=&Qouz@%TxPHF0{Vnpu8O$EU>7oxgJco%%lP;KuG0^oY$ z=$EDnToh54*3UFO)OLc1VVo<1OT<_BQt27UUxz>R=M$ zib$#eOhAsC=d1gnIr1TwLKh2no8utw0VOL9LI%&7fdZe|Z=1nglA?C6#hjY9tVm-$ z`rP!WRh$$0^7z>G#mR-;lFi$)`u}FZ{()-(f<0sqNd)#nW}nuXPsv9~lgjp!3xAwM zxzJ@^7IyU0u|5JSP@U{J5!3xGI`*Ka=0?Wfl}jZF=D8>9?aVIjX-MV z1sMix=#WUfNL)G;KPuD#*hEjj69)i)n6fUEq z*-2o>-KyG83fn=o!OJF(*T|a&`w^3?9*);0{Kb^dAR-_BI7{QqlP~I;=M!F0qhJ|f zWsUv3FsEr1j!99`32@)!rh;$hzo^nJxM zYUnYQK=yDvhD1PD!d@Y4R9v?%a83e+kBJ=Q7-_{B)6PF0_pr6#XX?1 z*42O0tw>RWcHb3b@TC9Qf(AaM@a>0T;HYOP{7Tu_p_`ibRY8Ffk*_xjlP3MmZmJxE zg}lOxG&OM`n&rK#8kSr@^Z#SeRZ*`# zXPm`+Lw^fBx-^w{4$G_J;kUqaNQxf)0V8z2_Z}eymwI@tm*oZSjDD^xFJZxgY)4yF zm{*Ro>dR3&GzkX9OT+Kypl(N0>wlk8-Jp~x7>aJFnnFdb@Vpc01h!fAczR8}-HZ@v zWm6#JSN5_lwxir#83ub24ylF*<+I?^5u{tzje-0>bW4UKM}g{jnXJG2mgR^N`MC&1 z`oh3d$ooDuCWuj&>mGlB{^l$FP?s*-{Y7By-E~GpU+Zn&ZzGh&eCROFXMTO;JYIoS zxW7%V-o{c)O?`pu%YrnP_0kRr(cjqv(~@3cojA zRj{#Ter;8c*rg9MG}M`i>{zPmT++X?Wb}54yeo`g*=fdVsn3D(BWpm!AfG9C+N396 zvaOjwGW_%4&T(mw9hi_T=NFi_?TS{{yTGI+LFGA50vgh>iCi$5nv7ot)g0vf_*w>= ziK7XwT!06!wr6i+bVp=&Ve_T+neKfzIKD!dEKLy@X{%pnqY6rE#IF^dh4Ue2L_4_= z*)Ir27X=tMzju|nACL6v@E+eC%f1;g&q6i4HfoQgxH|lvgC|3Pg%as42YU4;6?TS&^9xE5Uve79*-BT@HoF5qX7CrY+wQT8L{; z)P+8dbb#fobsS?AGl8_rJnI%S9jd5?i2Fp*1n1k8%?4tgJMX{_!gzbUl$`!HgDGhC6o_&IHc04s!Fz&VbY}?GZ3kRG#3khN zmv}hdry`}*nX&G~4Du!6E$py6!JzTWU77j8Ei{uBa1_=(Jo0(}`yZDbUDZe_t11%S ze9Yvl!k2Mu2E>P45S@hKq<(*-BV}$hzo9;Tl!&5EL3qeZ;pL0Fd+@h&6(hOX9~a$P z1tDg^&H=cO9Foyq0w9uYz26t_$}3(axI!3Et~GL&3_1 zge2*aAXha!nYac<=cQz2fOMyGkBw%}D{R0ry8R;v0s)W<(0GLX{UO(aFOL0lfR4c& zn8Bgd@&+oNJ;Y1YKl`7G2q$tVf)I-X2Os2PtNRrQBMseE>HO!LH*6=MInH}91^J^d z3idx-#>@VX#KQvw-&uk`qH(Vh9gQZEL_rP1QC-9vS)*9rK~Z7>&3{0Vf_a_?>zlFT z@(xVT43GRMY=Pszc)SGCetA&+NSvi7sqV(_=V)X>%ND*N^2Yw711g~bAcp^w9Dj4w ziI4Sw(-@+?DmT_ciEVRSKT;r^n|vs6-`sf}U0^O6XF)j1BzLQS6ozp_STN+3jmF{z zA;EbnQaKNhUSt?<3M4}^&VN+<>;|+OZyMmYlW8?2}SfkNUE$!f0|-<>6LogjQ%|%bsHLK5*O)R(wy+>W4J~KIPe=RRN3rlH=L( z(-qt*2uodHDu5jtS%BYV${}dqT!VT95CyzNws)z+Ez}j7;mOO;lODBeR1GLbpR5K& z$tyu_LzKus@U_8v)R`9Q;=e)>a;U~|JItVM#=YA3)ixe>j8fC14oJu;>l6pP^aO{$ zm{Z^qa$-QWGAB2pKf|o(!92sc#<7}hZe7wVg+V>Qn15w7vs#Y_+)ezD$cxqOmRSxt z+Hzg^uqW=R`5rD0t{Z?z(^2{|=6lV`_dARZdqnP{LoGSnf&^6Hu7JXe2eO<0SYTLC z*0iehU!C}Kr9W_41rbZSUML>mM44qYFzx-({=|i!K?Vf8+3%k(BZ?|0l*+tf8ylc~ zF7@jiF)9zu^4#Y(GvrLy&?C_UJR8ye(P>t+QY}5oqA-)UTL-3_-dbg%Wv@0|RVgo-)1Tl z##PAN7ZV9R55GLY1}(}=9DpOWJH`jN;_H<#RKY8=u?&Wm@c5VWA=p+;FJXRN(P8|Ao3NZ^)UsgiEO;@M1QkIWNI>DX_Xc|R4 zf~DZpSOQ7o3aArk&N0jCIYgF#_Y5m+Z3*=W6f9hzemDOV!OizwLBr0hzQ=^1`N*F%8;GR>+XAB4@N450(k_EjXM7w2XqJM9hMc0n@#K)R zP!Z4o;pH{7yujOrnXWSMNG!q(WLN-zv-SfnSxD_n2tM7k0j2#P)qoWK>Yy?Dm}^> zG7Z^)cG7yFu-by<+(hZmX0-fs36UTU5RJraSA+Oo^-k0A9mwbB6e7_s?LnmT<7xku zkMZ)u7H~g|go0tv(3ywnhe?+iH5QAv&*_P2hpEs4BDLM#x==o-oI=I)!(Q($Jrd&v zmUP}87B%ydqy5=5eq_?riby0_Cj0MG!pH`%Ho7*=fx=|N;VEvWtF*iO2b@4aBPUYT z!eU<3t_z^amk*hc*5OfxW zj{u*yzX%w3lMlvf+pZLbx8-nZ20c+X4o`sWg4r~v;v<%b;tqIGACW=Lj+>kq`=s}L z3d;kK6;_5VMlgZx-*TxwG(!`qc#$^Ky_mj%Q7Roe#?YmudN#X%4*&|Le}Y4BBkkkt z+Xe!u?KD;JZ$=pGRaCnvG!VEglq*)ECmLYI9F^lkE#WctTaknH|C&L3^*x9fuTlT( zIZZMEO3Y%1yq+|A;2My^ZxTrAivzeRoYMb?HGn|&R}s0ke}rZ>$KNRDYSE+&tylbN z`2Q*T|9`9(5g6Mj0$+!pXBiQ256VJ3ejWyI1kt z$ZWOXs%hK>g$n$sS0){?42mq_A0qn%VbvSiyCU+-FGk8tJL@* zc~p3$>1_|<3XniB4A(q03^FJ3$#xpKKs!f;Y1aRxdPI*l*6cjhUrNIR$nAIyYqWCu z`fI%SQMIF3{zJ<>tcW}G*;=n74R8;`H89{`gVq1|XMm9SqZj{*fsf^;zUCRsRYr`I zx0=zoNdk~Iv>DchEH)kE7tOb>aTl>-1r|vtC?n^hCI$J`uYnVJ2jK(?7_0Uxte5wB z%$s3-RY=qhU6|~e53_KD6Aoy0L`yDEnN{W@u52iaWE|5PsOxekc0j!wl}nIGdI~az z4F5{WT@iNBjP?#oe>z>e0X69zr$%z!`jH%80RYpT%o_sF7-rLXWaq)y$bP zGMXh|N1^1lXDyRS*s6_k$X^Mh_sN+Twit54jP392$GMurOM8!{*r6wZeK8vJQMVw= z#PEDH_utUMt?>N&{K@Oxy@=@7XY-%!_?;)zr8XzX*1s$3dW2UDo^ou9%l%?b*CCm? zxiR12P0!_FMEZxkcYWDojfcRg{bCIEQH-9>f3Vj*={J(ACzxYOpCo|xt3Rk3Fr zDqdggUi3J;nGOB%&HggH9vCoB9iDg<_!}mWf2?4sV>Y2u8J@{f!ZB)*b;EB7?!HW< zr826rC~Qg6;ctHbn&Ur|zCR@9{ZPQd?`y?luE^4~_R>e#$2z*l$tb(Mm{m>^DSz1z?KNe#AT;=(Q)t`NxjZ5Svp z9D;EKpVwS}vfVfb6Cj@=J4Ju_$F?r`gUjw2oHT4%#E3C_ ziU~tG?u^?xtF_`oYKZ;mx=So~+j`YW$j0d!%UVyg&zGqwKh;-58&DbB+Dvbl^s^NS zJWHR7>%Rj+9ESm?fb(R0CXkZVtDFT$7k0By9hM-oNka;^FO$(Ahe{*Y!(zl)2_Yqr zWv|EYBOonlKM0d+I>E&Rhi%t)!2w^q(Uz00nsO>Z2WX(>hZTo*m!L&CJ<_s(9s?a} zZ@1O8SAB)1Lu?=Kz?LY^VVd~AD(?y`Yi~b zHAnYBm0(=ueP6$@azqq62HP(gOlJ_ewMs# z&pGIG*+XHMkC(9QXTs9p~5ELgIH5I3?6gMOX8yG83W2pA%Z zS#u+YdQS_l%SfnxKTJHeTRzWM`d4)H(w&t?yMu4Sx1c8V39voo$sqR9AKIIaxE}=$ zPfOQKc@fXsYdqv!@G+oz>DC>HC{-)ZK-4?SeKVdODa@$DC<~*`F+@Y>K$Kt09N)u) zzC<1}*XsWUbNS_H!Sr}fT|^Q7`ts*5UKAAuPhF2=_T2H^?Te@QL*JH1TL$S@ZT)=* z*Ow`K9phM!a;<4{A&I*+Pwb4?7CqI_f zq!12x(A4{8b$XW_5+9C=hSzI{6V7VW5b^KN3U~*b8%^Iv`4(RYq&?L~w6r15F1aT4 z%eBgSfW@PIvRkJJlkzJ`qMPFglm{^T%>A~tIRU2Ga&XLZ@q#%VW2MUy>xE0MQ~@pO zF5N+>sNM_gN}_zo>rKrr+|94;ZYfLrzb~B3i@S@P1)IxbOIUO)m-?SNpow#wqrS4` zn(-j!v>fH4o zffN-=wbaYf#7icW;%MAuSNqC;Gt%d5;6<~SA$;X`nHuf}=-q}%g7co0_##l{wH#M{ z4PZ&Cc7cHiAy-3RMQbZW&e^qIlnU=3oVO?eJ-Sx`q21t@tYc*Al@46@_&+B8Ya;#Q zM^KKUF3X}xoteP4#lRtRsO5ZGe0A^ot6pygWO&A91E3-k`n!dW0W(8At;EMy%qQ&Z z@whc7z)oe>x@Wcd!_9`t_Qr_2oXjvW^TYzPn#puq@2jx~*ZUV5s|m=kinsrs6{@HV z7)mXv{j-=N`h0Yu+^=LUJqFl~P=?W#?e7b&oIF(Qcini`+h^Pf+;y9g^Ieq#JHRpB zpaCHu+YiQVlqf5C!37;V$Lu>{#W-kl=@V$orOv3SRA|lkE)$x+y`lH;@Yi6+62K;k zK*5aE#>0qcQ3}UigC^GKkw*0~Uz4RoHSXOo_$Dir{*~zNwI_iB^8+CB&atdH*)=0}lFa35ZhqGq>`ONmwV1k@(hMNdju z^C&mqP5k6{6v`5d2HYo<1>tP$@)3)zC}-3yaeW@|J(TlT>;2)?zs21aQWB2QpaWbB ztYJnkxBWhV*$+DG_KttYru_0i$JVU&y{6h>c(|$OlzIC9BcN~40x9L1-Q`}s;hDVg z$g14%9aT<%szRZT9>J0MV*LunbuK4t)tZaqSv zY?a-DSdVyq@`5tUW|f0&HT1T5P@i~e$Z=aN6ADs$r3{_vXUHja7AR-V{xP_LA=f1Q z6;bqg46t&Qn%IGPaE11qaB?Xw7U ziF?;nr42%INdw*x@nYGras2SX`=MU*X^)5wc8)HWYT+GtwsJEkdnS~yG z{S0oORqxO1Q^`F-dXfNONx0$=r7+!Jv z?}2tGSoG0Cc7@NQ;~Q}nPE|7CbndqzLFi%s#4VbUu4%vDyrY@PE;n3eS@sARuYOJ& zsX}x1=d_QZY$I6B;07d=2OO!v5eNgQP9J0#gq+|wff$^)-M$kGo`@77aS2ZoUr_}B zKAvVrsK-WExU&yukgEQsaZ?8n&3HnY(Opa{al*@n zEFI=qQI$A6sl;CXFWK%+_IY?FDS-m?FZX^cc?k656|Lacr5-5!>mM3B95J|Z;+J#a zE4=3Vg5GNv@zzI^?F)4!_@Su^|D`2)3hloVrOmKW1xx+GLG^E?5rv+07o1$2Uq2nV z6i34vH1Z!4D_9$7UEpeD0&Tzkdkj<>#PfmOo!(?l5?~~@UmczpqIHaOv10RoX*XQh z1osXauR}B%-j+C}et+9d1sUgSUJ!o$XVHXvZ?^3e#8^hryt;lja5JrRQzRd5f1*w!BI^B2WeJ4mshK>3QNEBe7w~6#b3a31I0<)ydvP|b|s3Sm)ZDy7vNPS zbzl`h3Tavf|D}W(^;5?dTKK^Km*(3M*;_yyOL`g9_#H>rrhqw9%u=nu* z_2pXLjJ@pbYMNk7EfaL5PK(^e;GW?3!cL(L3pW{c9l~U5Fohs~uK~M3jt=Y#9*B4TBf;oT^;AXJ-a%|F^KOqF zD(S%ZPF6iqhuAl%WpIY8Lp@?_`jF$a3Va|P4rM}d?7&LMCp7q$`^TyvY{MaITfx0Q zV3qv@%H|ff;sF0mSgqz08^$wAt@}$L32~9Q{(~2-Z4bMt%3V}Vfjtwnk1e3K>%^9) zU@yC}W7}d(3SRsIrQ77=cR^R{`vyZ3|LXJJVx9>?59rB=VtE<$*n4X#f#^rxEv&t= zJSS;Nk4C0Jlk8*U~o)WVKvC+4G1;o&wQdr+HV8LlM-UD z*3`yy@5=Yb9>dcabz_x3;EiT6f&cF82s16;RoFNEcP7Ge-4Jp}FNXGUMt#L)h@Ydw zx&#BJwF)4#5Z--gbcC$mI7Bs+qtdR?K%{Qj&1kI>;sh#isv_#@{s zvx9T3^=vUXm`#753InR>9e~g}Km*Ff`Ae2A{KQ-g_4*7TQu^ni6`V$Htvhd)3Sa;l z0qC9Q?Ar8!#_n!DphurOPKgae=rFSETu7wmEaHJF?)r>~a3OAES&21h?vz|%&!>XP z=CyA_%rUC4i}IrjN&L`6=4GD_YGGYsMK11!=aUuwk0e^XnfiL+29Aq>bcTindtcCu ziyhhuNkHHr2^>(Jq6Yl9hM%K(@L%z+`gv>tg`s@crAOsq4low`7Uw@yRV>1Ue9(7n zkwzr5>pUoP7ZeLt4|)lWQWQS4be_mZ;SjwBDZf(xRj28@b6j|aJv?~4h*1u@q5EL*sVo0!l!>*8dp7d=gE}ZbygfT6lM`7z3 zphXA@KB{1+U3ddH^k965T0A{2!z^PSL^TJ2jH2XuA~NYb%BS%(@Zay4oQgQY5|>e; z5CVgx@LHexcMAm~Ra?siBr5N5+DTorS%4#T(}SUtr4P~mtguvC$PP(cOY3%ut<@<2 z&8AlzT^+6$pPB-jIx%+bFD?+fbmB@<5&u*Y-23|X60K0q z@cmeC)swKq+1JVwd-+oBe2HzE4w~US#asm zQ9AE~5Qg!;{)L_E^DEou*IX*Ac%lt6Jt_AH3HY^4VFTwIuFJxpSX4D=LEcn)KcAr`n6Hna- zK?~nDBZe=4CS-ouDBIowxI`bl4t?=XHYwdpx@=)+$(IooDj!D9{?|dJ=?QqP9j6zg zlTy%HV5Zy44OGC@@wfF+B>oL_HyUY)dRwAC^nqVe*#bZ+l>GLCI|m<{eNGBP%!!t> z#zLGSFsQnv8iSa@Qk%SOK_h8w;+ z2q^B6D^YGda}V-=^s{9E8_2eOV}W5S4?YgNol&;Qh_#M9j4cg98FZ?2mXoUfsa*K; zF}K4pi#4Y)`$C2iz-b~e|8o``A5m^Tt#CwnIKcyvy!&>ep8O;xq;6$jDE=8B>&cV7 zr9eZ<@fbSFLl?eAKsBef3SawX0}Oygm9~ci+`dy=^krZF@jty8Dim&wp+gz~D0Y@3 zZrbwLCM^_ZWb9#P8LB&0kTlj|YnNP@=2Mid<}HMXnOye-b~Q7Qij@zd%=7hNDDW5C z4Tk>q^WF;Uettz$Eq~q*FHOhc=#6wb(z-Il4yDJ_?qJcBKCzWrHL-9Z>Y`7LMafL@ zQsTD*Q^|NEl6o3ww9Ed4y_w*(p#`8AeKQK?H=UXC>!`UV>-bP$&h9cT-_ZVjaLY{| z8xpUEYJ;a@UYA;ro&S99=zOQ2O`vh%x??Q9-N?SYYtbNXBl7p1WJPvg*cm}iB?}0T z-K&0*bk#hg#$d}vFiJ~4jC*i|Kw9rOj3&)}l+FhmU>E&#{+{+=M&lE$dP?U1IY0Y4 zUY3FPchq%BSKji+{ftP+3pXn93kHx`XU8Ow0;`4E&h^4yFfCPU=wD%4kVxmKc4R`7 z$gZ#vPd_yX%ul07Mz^-x0)^^H9aL5iGPrrfoG}9q8pN;{`B9f~xLQx}?^+}TD1+ur zY6UNC4>1;mCP@c7R8ddU326Miyf0j-7HV=BW$F>^kmA;S@n29{OxAPyu%Ry8VSYt*whbYBI#UEyez)3 zEjsfXE@p>_Dtg3!rW6rpS*|u8m)c>Nd?Qku8*o@_G@*!PT zbUW$c7XV?7Q}D`8!ncD;BJknmOMx^0^r^km0RtssPNszkATvCb1YE)_i}c2RHBa)J zqwo4bu3rRFM6fO#7o;&J{it!K^=SpxyI=$R=U40jPc{r%lh=^kXOmNTd`78gh)TWWDy({{zpXmZbl9yKS06v$2$9WYP`PHnE*Nc@; zbH;)cFxJ?g`$~^yLIeBZ*;#GeUu$bE(JGz+C8Sty25WvL++S)fJ|~$9!|5sEKrf&e zBJSYajB2)Nf3fwAPT_$sq}7L|o!0I{1GPI6YqSZZ;(LLF)JJPZqj2gZA!eF$`l z%sp`+vkb6FD=7?V9>rc2$@=C!JH17~ra7o-3{Fq8bM=TAPJKt$`=fUc%PHU#Pj8AQ z`&wwEWq~DK{j7*A7?~B7Q22ZAb%zFvDTnF6qO}F@l`nu+nny3`O1^uG=iZ!Or*#jk z@EvnW=F}sN=c&s3B)~N|*Q)>1dhkt0!BY>+K_6~f%8C1UX#)TgY}X{oW1Ql?7$o+O z-sn|sVMWSQ>L%W>N>Wd$O<&+}Ds08!QVm?9kX4e}GTNPUuAtTgZlz>`-w|oL3?gyl z5pQgRiTeF>RWP`VfGo9xpO$X|;R6)H@-cf+K(Z2=u$!OSq-k=S4S{C_U!{a%6tCa& zF?J)YtNAWui@pBN$da4wJJ9P*y{mjItnFusP9-~oC&S0IK{lhyX3TWAf3>x7fM7Np zYa!YCnU2)4!N3sut>P?WW`Zfyt1fxNK}aV&R9MiMQp2`7*R~&fTDKA4+~jF4G&?ye zkZ1|vO8$M90dUXLD@;J>X(A^%A+NppPtuJLtWCQP=uE_wXxBjqTG78%wa!3^Jb}cp zL|-*&=Gr>KhI;ls;zEzcj#i%Dj-vE?Q;y<&0mpFanaE|aAt^f=r#xGHSADLyPE4%h;lyA7wx-&yj}K$=-b&Hc<3qL&x8lv z05tf*e&y~x>fw~OZOn*RDYYGGf~-QcaL_&drK2zhbW~lS2|dP-1L;XzAYdr>%1K_C zPTc+k9B;1sRJLz4pf*%=Gec;u#|uR41M1VZZI8AtOpxNQfafWhx=QP?DS$gM4ihI7 z-LW5q^S~q7y(}HVM*Nlqkx3t|5L@GH;#nbx1xV)MKwf$`>Ck78CUeAeR-b`BMryvd zOdu;1(_jJS?W6&2Wb!x_QSzWwqPF^NK@d5}qOZl)x3MGQJwE_79IJTrjtTh;oS~xn zTelgJ>JI3b$ntt?BWEXgt8`ZBiF&kxnOaXltaF$vD=h&5JW9-kK*H8`((+ni#NOM= zIS|cZdmw^)299I>D^L6p-fUk7Av@L`QUMzf6B`#QT#`h^F3@R$=sj$pLm#|GcA%~& zPYz+7vu>+rBPXLIjI{J1jClhUmi^ur&xr8eb3-u8*<%c_)fZw@H=wQ=O9HX8*)ZOa zj2n?nqDLmrQ{is@d1tW8S8m&gfd!V6L*H#v;xcjL?|gfAAe~=;R`I*HgVY?)ZqXf@ z^=$-E4hGWo(1`*On>}_DP%+*3L2^dfFKahs*{u!cyjL~du|8_kd+$SgBi|-0)cPy{ zYxe34CC1iEdrwGZ-<;rho@|sWU|QVq0YDm){S3cMAqrmhM6%D49x}Va+^bZu zL%$=a17h^h#LN% zObr+)jjyilf5?{7pPt+fma@7FfQgT?kkFGou3EFa`F?i~aO%O_k6VZF@zR))e}x%h zzkOV1{ZdVlWH{^wEJos8CNr1b!!p zj--~W=GgcCG;*mlZsNv5^buTuliN zc=-ev16y*&z=55Qd7lFiP>lq7VyrE^IZs;#zoJYHDYy^d7=c3f9Jt)Om8Ch;8Xe(z z)1+KX9`&YG9wi%~Op)F9u&sNtauURs=n8Rqv?Pu+PxEoXsfKTFb}N0ZEnw_vK=ugoiT@eV-2TuAvO031mf)Awie~mvqo%!_YU^-W~I7eG=W{4W@clH>8s4jeQ8|>VXu-E5t<%(0Z z0pUk^B7t(HT=l1Xz$OySIEXWQyjc+E(-@{Fv?y+zA<2TIjH%m6gTCq#Bv;5W*)udK zb&VNf9+hPvjGvBF4L`5Y2Rzt6d<4&aB&I`O0&^;~Q9Mxeanwfo$_>y=-xeD>Bz}vI zWa?Kd2xzCW(H#gta4&L}6o(bwZ7oc?33YtLwu>c)%ZDohy%4(03+@f#MgXU^$-e+0 z#XZ~Uu5M$v3Wv#oWV6u(c@Z&7?_+U)5~UheJwb5awS}Ij=rr~tX`B-Psw4&`F{7P;xqXCgE1T<}k zCbJK$p21Vg9JF6vopFiyizw~ts~p_$LsMf`*I7_@JvIjCn(a{Fb;M2jpF!cFr2qp; z#J(5Ff;Rgh58<(*rv3lOEnMiaC^u3dfhuZ2UO?;@!l$kf09RCu@$M6ISNg&7Wmj$PHqbFip7%=Na3g$;oP{{ca}lHgGN>X>9G(zV-co5s zTSGR3KUKx!?j${6H-Pxh;SZ|Ne1yK{ti`|fZCr;V7S_gytjvP$v(ugUECQ>Nx3YDq z>>QLMcGH^B56NQg`F*LF&JoaH$~VMM5N>AKLIVd#J@-$6gINb}L?nJ6f-r$4QJB>> z&^~hw+utYdg-dyk1#9_)>KwlWAqR};4hLk_3kGJy+m_J;n_=M1nmX4{xdQB2zbsbp zY((Ow;`X5+!`3e_h(Obeq64m@WwlMv`2X!zY)t;GIY-8Morq`N-YMtH$s7p@)Z&e#yKD-vK@p zrGtCW-~9R{?4735{QE>Ukbcle#v4wsww*{;NTGlghNP$W7 zz&HUF(&V7<@9`pNxl|{i8(@dLh_72r?s;@`31qY(v=m>EV%Sqw+-}?5zP2jjwq4zeC zAAL^%=i=Ofyjmvq_J#2nm5ZiYeS%0A+FHgY$F{|^F`ypa8Yq=x-97@rs}g z8I>~y^cuJri;QoCxQniYcTe;t>$p+sPuJY*Fl(pfNp6xDaeQ(M>5fa?_Vv&@VRN&W5a8AUD#0g zndJ+|U$P)&4FZu~9qkncIX!3hL$`pC8;Df%L$~FwLM#Z42{dFBzdvez(ga#$*-C|o zA{q$3M_dLYQpVI7s@4ty=@4y7JqiaHRbPE+(R@UYKCFb?$h85Zy!=0iomw&K7B#8P zRO?l<1*(N>Csf~G`=Wtskf-4yN&5x>TPysvHUSDV`OX;|NqB7PvO~{i28s)l!8Ym z-W1?-j&5G}wc6l80hPo=I1o4Ow#$cO0e-g2sPZgrj*L5gylot0Wu$vus!|fjP%E$t zkv_6E)c#aF;|Gw|rET8)Ir-O>Lx+^JVv>vDqF%{w#D#v5seNej-;Ox9TesU?b;|#` zLw5uG)YgY>uRHEpe{nl;6!r+MlM|*ZJKkzUyyAT8d3C(Vx%+3)%0-c$71*EItLs}w z_iH2>y%0i{VQ;Up&^GQ9rNceNYBIDbUI{iF%F?R3axYV=kslEqSkPgia3FTq)u`)- zJj9B(ZA$dG5q7crDT#&rQ-N47x){diAY-c7b~HywzS{ImbUr_(ZNjY|-?9p{+B4 z^oa|(i=3uXx2pp(NP|4q2r(z_1#+pf`4FhYf}Va55Cf|L#HWBxgnQJAY-5|C{Y35#j z2wTLe$N>Dj_c^V#vfz?rzJ%v+k98KiP*D1hB#>23?KVwt zQ3P)kJSTNjGBygpPtIVpf!jIO=iW!KD9pu07QxYMh7%xcet$eEPNOkrbkykK_bg7q zPklZMsr$bQcmA_5V+y+I?GMZ!8Q!;LsoI7{^zxSr=mehQ9b`|EumfX^@G>I;c?=&S zfmEN>O&!#9tca`{q(i1Oclrf-{&=1C@oX)5LU*Pz5Np3)04y4{*voC0{Uh5+ z26lVSl@Q0{ib$W{=nn`{kQ9Ykv(+}V1%Y}yUc8GR{PQq|The-fFXo21dVFOp-7CM$ z;l>Ihr}Oex3*w~En#){!5+Via(w|6yIZb{aP=mX&pTu{VPFE~cl?PWMk_01)H{BGk z%?7T}o@e6ox}4wP99{{xYt&b#sd<;BVq0G&>lGJ`mIzbH_Kk202Z315a0d^EsG7)I zCG%Nr_0Vcz)Mv9|4_&|6=IrY$U9Pvs&&F*e2F_;;78#;?i4+jt#vjcykl6yM%foeg z^&jUJrCzNjR=IVVPPmUHw5dbr8f|5R#Ob_hpOogt5T=*4wZg@b+02FzUGZK~kxt?0rHYEbz~^xjc)Ln|8Y5%66gmmME!oaC__2J!%2hDAlb_ZRWmb z-qr4z3_u|w0lj4i0nE2Ip>tL_z(zT2G0x`g7BOtTQWYIET=9_()fpm+ST9}%$`QX0 zYW`jUoU2Q5L!Cz99*ii#=4=D+b5T6;@bVisWNrV-z8kAq9?&I_Z=?@BqC+>7F5-_Q z-`w{hdV@k=ee#-%JgIqSO`kfbAh_BYe+->k7$u-Zu06}c)k?#OS(0762Lr|o~^u80x?`%?aF1`Qi;3rNa6zSc)N4A&4W=FvDX3N;i)i9EA)}f5cJX_|;=3q6`On`yXJ$N2$2^_NZ z>%LF+yB*=O3TuA0|NRGSDC8HBzLQX<(ZX{&&NHYPIcs^nY;n=JuTv}0_;Z(&iVa(;CM(|pNk6r zev%hNOgq#+l=Gj+@oEBsbi+gwE;_hOhg2C=UPqRE-2k+h3T2ue_2ftR+O|0j>C{9R zFtAXqG(wVZz9tY_lI8GQZ1(~W0!$Nb^sF~;WA=Tyu*!LtH1MuDqc!AblSZY;_uxvp86O?Q~y%wXWCGBT>SJxR^)C z+~3>yJ&^C3KjL9rmKV1Bc`1e`bdJTgb&WZ4U#uHvbF@_`dcH=ZWS!$ zaMX$i$pqk&e%Zl}90@zc)qdr_!b`bSQ5v6nyp)|7hJ{XJdS`omXM2;O zQ8Q_iB=m!)_b8O~t=lVd0xxuZ_iD*g#-l$nqQ<7FkD`9qA?1@$r;gd#WFW;X`S|Di zq4K(yrW$R+H?)|z5Yr4KMW!7K>!w@p=dGdwD3*A+|KBfxFaEH;{H*YYqUaF;+q*D2 z3L0#Ckkl1E%ZeGxm&Q5Q#2r8J-O+;N427IY|u{Up>7GLVznD6bz*Ob;xBZ^ zv!xk1f+Cq@TrDIproYK(YT^$- zq4rd$AdJ8iK1Dj=2yARDSMqB8? zbSgltn!L+a;cEfgA8Z1V<7VM^i$*^j)XJ*mFsI^gmhVBv4vl=i#7uVtnNPW-3v2dI zQS<{zsecl}3eZg=pYP-5wv?`^`KRoSDFeMvLG{}eu^2`yH5#*Z8)+@Ee@dnGF+xCC zkUcaek4UUnR&H0Sss-9n|Js-9gG7?fq~xMBa_K1*nJKUa?S9u=a|03e0Z6lJT!cFLTmg(4`!~*lFW( z>;}yeH{BKJ4+B-=3)?`I$QW}4xHU7Q8|N*dkJ$GNqTcr2l?wMbBjmHrOT~r|W%#_m zUl1>s)hmD!&AzLCM~N)*Tcr;jkwe}zTv*-5v7@ZLjf-+*rKG1*VNg;Ltke@77!3o> z^Ol|L$h8wHJg2udwmLD1V>WatoL7~M=^2qMO^mv2XZIH)ruypN%@zhZyK)9@E%qusFQ#3uU=;#)mTH=rtgFbZVaQvlp`7Gqn z8hFSddDGOOlVD9s9%MNxo;|z-32E?Kb|*}MxP&v#aQpX zt$aN%57!op-*8(Ruebm#-MY=SCeg{Ox|hYFqQ@*E@;Whn|2ydpJ12QFEozom@MGV# z7*?}Ye_0)jE1UCctvB18PbS5n%11u-MDbNRBy(`T^0RE<1RsdCZ3xA*NV0ckHV#l{ z&DA-NA0@rL74i4$5AWu`Itu~YEwYwlkarR4BfpiQa}S(pA7!%!#M{_*#((bjQby!T zSI^&a%1t!v@bc|qCQDBdgAgKGbt-_`1-e%lkr>D0^3buE1=HI8im-@niyO(6Z35QG?B&;4JqC*@;j^{#pVxjkv+o&tZVbvK zr-u<~c&D;%2pRRD?Vc<~kTZY3mR4@(h}~?7x~bi-s6tyi7L;+l;)BK^hjCx{E1nBFgo)jl92whc z|3RJ@g?i)kSNpPc3bN9> z=Q2Xf_4o+&o0Bi^Zf|sYY|OvRCPZh%%rXRw={ZH!$wEYGP4$8Z@Jz^Gum!Gb3wLt0 zR+&mjR5sjkpkcoEZi0~=V4HVSjD%Gs*? zDFS!qXan)o9%}go3NMzcL~&-Xebtms^J76V;fF}6xo|DvqRWjG0Lo> zibtau^`ezOS}4SLb89+TRh6zFJqF+twtYtZEi=&0axhMUa4EO_ zHdiymKvA}9(@>V2+(F-=n!u@pQL$C|c^BB8Bw34mLyKC-efL8`>C_|N-^gfHd+ zTl(;(5pr;!qyH5?NgYTOIn-{tS8c@4Z+SL7Ufha4{|u%@>8$6n+b19!hRe_GcR9(8 zOyQz9qD6ooR&MYWZGX7`RT``;iNm9-4)Rl5d?;%{_T_3HekcJFkVIZ~6fZG`)3!({ zlj z^X?Y#<|*oRHAuGURNKlTq;vGEeCL7DpS(g@RXLOz4U13kmWMeXq$44-gb9wYd3F-9 z4%-i_tEsU^P-gFaXP^DN-sj*$?x=pzif z8*R%$F-w(U;W|N z&lYlA^!rj^Yo%OJImEi`c4qGzSgOZ!HPy)-Hdt;W7GSD&MGk(ulhN*!ri3wLNP*lq z$YyWaAZMPLa( zU$6qC7qy$2^I4e0VEe?!lSW)2Yqgtkz#ha0obWk~W&%mXHM~!#&{4u6hyQ)9Vf_6A z5a7I`$71%6nvXcZ)Y$QeY&i?&7O2$kwOBH#7QNwr8d$AVz&O8XTs5f^yVs;U-Yaik zJSA8)P*9l^6w&BSJ0%2Zsh}Hk7i?8(&X2(*n)d>)hy}7R1e!_0NMZwzAc1e*I_k)O z3J1UcCc^PV--!9~iMG5X3nrN4^W25#Ls>n?b!YTqB~So=Ae=qj;}kH)cO82vc)M@c zv=oBP_F?@3H(TG_URko2{z~WYN(C0!k28qrDGwhufat^b)rc$H9k?CrM(634>7+QNpTd>{5 z!N~{eJuURC+8Ug+}J`QRk)(qU@OfO@b46m~nNe5#kbL zrYvWgZ7^Ho{+^4~RUH75~Tw6VAMsc8;@C7OJX5xhzYyvqLJ&c(U5a~g_r`v0X| z?bE`O&BF*f$LYqrSEo)YGC(Ql5hUwv)aBjiMZ(Y4MaWI1PM+g<<~I{D69rhWyC2l5 zlKz33aT2aD<**qS8MT9^8jb__PfF-o$O-@-pS4*3+Q^KXk7t+;iXbx8uGN!!?UBNc zcTjL~=|8inqa}Mg(z%^v#DWNO=c?yu!^}Z~Em2{+nY}}Oo4XG-a_qCV+6~fq>VJ-k zLCxtr*w`pdIwaz&=eY|y&FG9t)>)XQy(bo}&7BrwPpDR5=A!SRt?A~n!AmCz@gkX> zG0+PHd*mVEC)G+-X`|_f9VKX3N1bTF9T?O)dS;ddk^~TC+_E#in(N+`H!C|2>*cg( zX=>BN=1n~v7AtFe3<2tJRXIj^1dp0#LT{54VDgN4#8>|f4C?{&pK@bX&%a!D%Xd>& zTjp|rUh?1NVN*)^K=<;@|2_#uiB~hup`R4aXYO?D@X({>tc@Ux;_;YmRpmZDt)K&Ua50jGJ=eq4kYz~_NMYWV&) z21Vy}dAjm?QdCcH9E|-*l~~q2zz)f&BLI}Rr+`a%dst}P^I^tV{VJ|#_J5oY78SnI z_fP}g46=rUG9EBE5+`gVC7dLE`gYJ5p6-ssV>cG^7&NSJA0WUIfAo8oOY%??XLv7l zd6TMKsNMD6;E9iCh>|2hXCqnGe?9#kEpC$!^NEpy0|Ozi2e(}ZAq)r=nj>H3%PeaD zsQps77`OIRSj)bSmTxzdTuUNRVxJIA_%XagCTlxGR|HmpKXe5n=^dVwj^!J|1p zs9<)$9+ZAhy!PfT%)jqAp=QJI!f8+Jk7iV#mojC!jYPDVqpQwduRGFEsR;^44LYP* z@uG%I)b8b?HY4^UQ$v}#+uJL|*sSurxS3VyM_7I!vj)t4b^q?|{nDO$pT{%3bM#S?*AwDT8>?Jo;~b?P9$mV?;dpxIOMRQM^WRM0_WIXBIS5f(<4HTA!MR~y`(A!};d}Rj+SYw_ zGcW2(H)YHad2$boIj9HxZgVdt@~qYp+$Ds?(6En(`{loQ`2?I%l9D8M9h?;OoKyZE zvcIe_m)Iy|JNm;yw9!oEx%u=fw7;YJj+-+qzC}?eby@1**BAMhzvlnk?flK;_)5MimKeg_;7Hs}n3rPqEZbWg(xHjIc}V5A%22e`UNET6>$n^FLt~);PR`v(-L&Wq(crzEiUj zym+=DwCDc`Pj8Js$9|sc!}-h1)5~0Vf67Y&eY7+BdlK(|k}2#j?H8@j0a1+krX3vC z95d_jz8Cny#ycg*cY{PBzo=OF{jjFntJ}@`(abHl*)c{$KgBU*WvvSE>O%)rGdz`@ z@ao6^{GbEDds9;^DxuMU{q z)!9F5`#Xb`1~zgcnjU+V)ziP79K4g6y}O>2@ev_8<(OMa{@m(s)o)7ZPD7QfJS>|%3S7Q-(~ zlSUoiqIBF~+!uG>_8!YPtxXc*i3WzTJ6avZ9s}?y&E}C8Ykd}M8PsD&Ta>|~1J?pm z)Dh))hJH=JjMrt4#KuOCDkg~jc;%99`t}WzPhRaGlCJ*XtjVfcNcy)a!$e5(dXzn> zAO>#-lAN9uvRSN|T45IQ{z^)gyG=K|s-6FpMO;Y<`Ry`HcA{cc%g~&0~^gB?ticE#&ID zyk51vf0S7H8;9GiVGM*MNn^_6 z^(OP|-Cvx!{<682T;v ze0ji=XJrrs5^8sjz=`RsAUO6*KI2`#YISQLlBGye3|tkR42W%g*VRcV69C{28K~Cp z@=Ag)@P|VINM?*0>f5XoB`Q?>&FkA^qSWOUzH*OEiMz;}M*9RYxTv#+INgYTnv@WR1MOr1MsFtD$H=DP!1%OJ6q}6RxXwG*}yoFImmDxYn5DblXhl>?+Kck0J71>*TX; z$5B`cMqfIvRPKaL*RDE_|4IJ%EG}@2FZ%(Bmfs5s#1s%K4$Cq{z%H7z(6+E)uv|Q{ z@!d59ncL^;=HTm2AuL2Ynoq@~cky|-s`dgd?}Sj&d)G@K;b(;dtoqrnBjjLZ&e*n& z4Jkf6?aF~V_o?@iJ&p>bnALjx))-WCr>MX~Zl|*yW3z#s*I&YIR8uNB6Q8~%qb)iV zZ#vUlESTKqzThCiFWq-EW4ouXyYOPB@T?Z9t`|OFH_-cjChhpH+&4;gEB|Qj0bJ-m zYPpxT4&UnRZ-2izi>^;a&$gDDRDO_wU3f~5wS0my5KGr_><7F2P?C$YBuMdx-Vr)J znYl)h)#z@mV;}$1XM%1OYx!2Vz^Tkt3m}qOZ+OjA2ok<;gZv78|HAbTkJ5#sYuaGL zf>!D{%bpt$WgN8`nf#%{fKEJ#Es_5#c=Y#d*$c%X#YGi$fE5t>{t^D1Y4_F=o-3za zy}eoH(bA@TdNE?CkE8El*>eGBbcx<{{q&zmR&~cxcp`MdayeYJbP7T)q~$lyW!xcr zW?Vv+VQKxH0G|T3S^~eTdon&$`*QZL$bPe3|H+J8Oyv3glT(rI-6*%-pobbu(2rfw=F^V7w9BxhFpl){1s%P({>53m zj^Bj1mWI)<6`{_7fGGUL0whIvp+dE0Sa4#UZgm z<}D-OKqnG+AsixVsk29E_k$Bo1O!_DA?s17l%7BFr42Gu(sA7pVy;2CU02xiES=&3 zSpg5&{Mqqt<}T|Z)9^~bJjAvd6(^M(Gbp=oJW~o=;^FTKyf35UsUzDN;i+u-~$L#P^ zB4*p^$ZvZ-rs|jvd;1S5=0d2v1VH3n(OVvW@k~=zfON$+3PWg_QgNw~Az%CW*ioAB zLZq)1TaHHC>g!vM)hqc`Kr^+{1Ge86bV8X7&fdgD&-o0!sV|1K2}d=^P_||Qocnju zjzk2x$cmahl|JiQjJYTePRJ<}K|Z`Yxe(bM7|JRPC^I4|&oALoSflS4rn$Jn$I
    K~H;81gl;f)ddanm;X%u82@d%$lG49>t52{suqc>GVeUX z`p_lg}_cUMD0 z#P7<%h^AP=NxkcvKCc7)o~It5)sw+HfW-ZjuykI_-9umvPhPRM$&IRAJJ!OCH??SQ zSEYv*kN}72Emq&J?W`_UDlZOv=YZBnjd}n24>@F~(nVexKVSEJvDgW21?YF+wCIB4 z`!$>iAS68=j>Dkvy?e@#i9pvd{uP`r&~z`j{eE04GquSDv_hZ;2aAS`&WJS}yb*OH z8kPxU=jE@R4gTVI<%-Qn2f1XV2?ktFdJ@(5r^ifNrLG6A5ru1Njz`_Sv_Qm3-{J~- z3n(Dvh%|Oi?45 zXT5C$IjuXP7khVI20r^^@I*!3q36Goec!7E8AXCe3X`1QZXY&BtffEGH% z_U!?(fp2>tK#}XNLJ6 z^Aft{=?~GoEEAUHR-a!if$aulDA;zF_*2K>v39E8Y)dw;BZXl%ehGx4n)k(_$8n3r z&k7Sm^^+z!!OOgbrwjQUSjfB?GWjr!4q_u$^9a8s0-UBzqpnClIj38i5zd7#cxLA= z-FbzyA968ZO5eYadN1W%GzTnTQZ|M|O`&F~)7ibi?D?gl!{E{Q8If;Bxkc$Se}l9& zECw6Ah#f^>M1C3%m>WA*4K5(%nK|842~QG!MPCHNRt|89|BU-@Rh_uBzS6}Z;azBu z9B>AG_KJmG$&^!~I<8w`uV~G;X{Zg}VgFB}D}FetD7F0K<~#FKyNWiit5M|__-}pv zUTd>~tKTCYntdyj!Jvaek0@QIL)gT`E-x52+~4qF&DrG_4OlI@P46|E+wOb)PNg=c zM}69B`NRvqf6p+DDlDU1F?d*}AWIB9)DmeGUhwMLiCqp*${@)tPd=F(+})+i@^0|4 zfka}Woo*fx_qi#X0a*i<^+t4L!S6&BM-d;0TO7N%#PkSUBZ2L&B)&Bp+x=kI{NZ~e zrt1LOZE{!nGky!1zr5D{{5%tDI;(k~&N#q`N}B|!Zt{l;Grixd;&y@eA7h1WN#|yj zRZy&3dlCKffP%4yJI)+_3U=;v-u7+04yoqm&a}jX$=(jq=$5mVo99_6Nwvv;_Oo&0 zA0RlIUMrs+5~D+u$UCBr$76c(Jeq^fS`G;rt(T+$oL7t26by|L((S3?Q~PEpmv>z| z7Oh4600mn`v@Pdw753qv9VH6IkY;5+1-rdLmVZzBqX&u35p1{@!ZbM~VX#;RPJ>jk zZ;V@+W%RbkNsv(=_4;6aqM0M-53=F-I3g%-^++5SU08#CFA*U^{!C~u7ABiM*zQ{**=j>5|Gn^M$xu^Qk0okoah80gK&ao_yNvOL zsHLlf;~3fpyiKA5-aR|K{AyWvW9AB~;rw7rJC5_W#C5$qv@-XcGOYH9%2jP-*qk!@ zq>Q4fvNO$#6dCi)g;E9410T{i$T%HL#I!|#mB+u;^cC^JqOsq$8LI*qZ?wAL(LK%i z{q^W4up`f0=RTwpTfrS);DWczB^gF=4egoFa#Z!quJoHatB}T zA{PCbR1&_M*dy5FZXVF|Hk%-^y&pRtoGl_Th+9sexh_!g1jZ#2dBiIwiC1E9+yCw_ zchU=|_43K}ShwUME(ztJ`sHmrVXkCxvn=;cOwmwt#|%Kpz9T0GXB}|krhfjxT8TF1 zNm9w(lrPqe6gG|NK-Ij!!p+3tvtNny*rk@bEp-9a%AMcqvB1P8%`df|FZAv=DtDjs zzhyz_vyBz!LYnyRw8h|(1O;%*e+v7b(q-<*AJyj#e?)%Au-*_iTDyHQ)=sl z@Csd*YtAERlcEhL4Zrb1zwR#E{h-kC4D>eIkayy)57)ZO_pq*jF*rFwvTd1M)@?P~ zv3Y1Zf?=X#`I28nM1uA0m3$~K&&=)7%i5Xcw#|ng+qS>9JbRb^@tUKu7glY}IRsb6 zieC8W^$22;Nh+M~$wQUYKP5D;Y29Plc&(UTYq0H-H3gnLfu!?hWq7V+Lk<5 z`KLb$+aHiTb`nf4Er0ls0 zvJ;lf_4cR{4PLvCTr!A=Zpo2anXbG^r}h9v_cyYRQ$WU=76glYftOR$N;62Tl{feGpW?x9yNAzGw{vw3Gt#mpb#p4Tn4tJ$v^G+(<^S0qX~hbv_WQPv3oiX9}>xzG(Fs3CCHDI;xDNLs%+v zT8b21iju+u1B*kAsYr@fNBHril%R_xl{Lc;uKw)~`&u(-SR4D{M?)}EI2-MQ$_8+1r)4f}B)^@E4y zMZ51@IXOXdb&wkrhJrTzZv~T2I!D8NoDWUle_v24>;AJk^N2vbq(oW5wJons9&XxE zp4*f;9*`Rg5?rCxlb!NY702oY&_l~UITc(qZ++yP&YAfFp~Ro<=!K$ea#&1+eR*M8 z>ej!ag7$`362a;lJ!nxbESOnneJJEFJbKeQw15=YZTPD@(CyZyYq9-0X>DTdz08PL zj*{;=^!PN$wAz;Y=#gv>*XgUHjK~L1-KCnrZej-}mzgNF@KQBjC)wE*m#$~7>45_< zqyL0^yg8QYdcD1;NIYx7EKnfX2hHYK(<2y5blhH}82;L>s8}Tz0mYIM~hHMV#2^*0=RAtlixuDmpK zEVkCiO`@dMwHT)?37rPm+f z^KlR2r~Y~*TzvdeWjdwqulfze1!Ra?uY<C>t44e|b?-cxFE4EHl_*WNdK@M=zC_&V0wd`Df)qPDAK|00?C1*0ZJ`5D z=XR7|Mp&1+J5hpO9@~OW-0nloIvgmIm`rqKU7SgfvzWQu;0wtp=s7YK9&NL%6p=y| znwpe}jag2*<7^#6{iw{M7GN8EDwm-(;#|?bt?hScj9-{s-MJj=Eqz2SJ;U;z#FxZB z&oFM3%^0Hk)^>3&zo?W9c~w7fc}+Z42}F*X5%E`o<*xZJWJ>=tzo;U)DJMH5BMv=_ z)2*bOXY7#nHxOe^wQ0~{PoOKElvkzy%1JI%E)=a{D$sM8`E~ZSKh4*`N+T0p_Iw3= zoY8z@VV-{tg1Oy!WBhCQYmzG{JlTU4cBK`QOQV%(GJ}=L*J!R@7wO#FNXQ!l?o94) z^J$=23bx*I+WPZ?+Vc;kgt-^GadJf^F1Jw_+5z0o_G}&eGe5HwQIo1JP%Sg#iwyk@ z+0z=1Z=3JlLiIcqnog2@qdCrqT#@+PMvmhR>NiiikVRtTLMA#c(1#pqYj+hcJtmUz zQYLfyeGa+hl7C1leHA+AG$JA9KgMDLG|=&hD`KBbgb*7GreSAeZYZ>6xkx zFNHcnH}GR<>)2L<86Cucd;1OaYM~ul<3N_RY+l>f#H2r?Lu5HR%0;=NGRA%J6C`4fmv93pRvhJMk$#R_buoi zapVhp_MRV0e&$@Tdt!Z(<_-f=rR>Y`1n2;@SK)*+)k4)fqXtDEM0TFaa4;<7*(ZU5 zezcFRHFS~Ca_;kIL~Z_>M;fY&afw}m4Vt&Cbkf%P7q_5?U@zU5SH?)vVIkZ+Ws|(N zamYMEHDBONv^$b=(!R{yH0FnogCkUNIfZF;8;n)Y{;gagR2`PSgxDR#BNmaDlH^oU z)T56;=akQtq3o2ZXBn(tP)7)y$Y;H6Y2!anX0y++kBLVrAQX>UC=~w3i+rx?dQ+O9 zA6P2Pw9l29(3Qss-DWwgJI`BgD=!GT$4Pm_JnG<3=l$)fsQXTo{`X}f%hO*h$f=+| zxS@|^cSWs_67eLY^R-xvO+(r9$Zm4aG-3QEX&ST6IT`A}hdo>@KsO-Ezn734 z8_-kOUzC(TJ~R5!i18?*!Ek6`(rxKcmsW1h?by+J+Y=g)&)P5D5^1+gGoRmjpIN?i zcKKR7{V@OZ!rQEaP+ARbM5H1i50s)kEjr_~pwL0qagQf$`!{aNVe_@~z{84zy8EXA zE19ITKiDL+(a3tTIbB&lLnK0r9|hvETE&I?e$lCoo$anamsi)8mM_BDT(z6AtYF!a zuE3`SpCMgn5{y~v5Xt6&64#+P$(?ZPSZ$o0>zyCIs%ek1u6NLHG3&FN2x7}dW;ADR z8Ab?^r(bk)nj&}ism}+=DdCZ(*e{g+f4JAG)ZPz<)*q772_Wz19PK7ftbXNY)II8# z9J5zV($VHDG;?AWgO)91^oa{37UHOFg&>Zq?UVwkiuHVcLI^aFC~C^T`AG!&Z9d~f zg4J$*uTgXz4sz}fD!Msds^nQ-WTxSQq4phzAh{>Nk94qyH;itcsfQOvh;e&A;@8dl z%JeTLG3hM*dmIi=qQe$N`DPzQ1Lt;vW#97b?}>*LX)WrD{t@~FKx?P@@cYurOp9j< z&a(C=i8GiwE0{wcx0N{Sp2munolP8i>HXN3KQABF*s7?m%JTMQ#q^(7KYB)8%tQ}M zolyAe4~B!gZY6s=XGfja?MhDSnKe3OXhnghD*QD)$V?jW%a&*sQZ<}FPK!6Sw0>8= zQxu#^8#=@`>*Qd*khv1Wgmh+PosqtwKr$~3I?$=PD;kL!%l;V1$cb=AdFjoChS%>r zsy*drF_Z>`{FIUHebdp4)zW5i5HB5C>XbH7-tj*>B!_A0rl^_ij=}nhg-P;*X6M+{ zb1PCGJKuQ}WNIDjcRsw2P7U2oU?G0K$Lrrxkm$6xQ%#Yv;gbnH(vS)rSMMYR$*$cFYxKgyCk|&ELU=HNxwO4uhn1SKJc136*`%ffx=~ z&(IFZ0U6Tzk)9dR-d=hw-Sw^_j5emK5aw!r9!SOtWd$e*#1_>|C_IQCt!&$*3NQH} z{&tecxg(h>X0ug6zuos`1RFsnCHmooM|8t?9?C$9ni?UusUI3OU&ae1r-6yrU4E#Ii!~eA*xb)`ie2i1dk&hDWjeklpJ5WI^FJ*Dr^7=^15inPG5wCs6AM*P|@Bp%%ODe$|%GClv>pp5r!5kJjRd4x8sz^kWWB5 zj~miqy*b->UGHtkhPyoGidSs5jCk1Bu-1%(^B_&>{v3ZNgS>4 z#|Xg16HWGETyHNAwRWV*@T8SiV#?_0?(#NRN3!o-)shc zP0}mXud!osujYX{!~^8|+#EChsu2~_BUkAoaj?gR&7kG1KSm)2S-u}I$fA0nGS*wx z+b+X>plL@SaGXjbJNecd^p>3c&_3S`Ye8M-vlzz z>(%o!-#JND<=R0lmIB8hreIRCqH3i=8GNooZzv=3{Evm_MY@31g~mDMvIFj?Cm@Aq z8g7^rVb!AkkveKT5#g0#U-wb1w>$UNx)kWED(J8wH4KgxpVIqtZsy0R{Lx!se%dlg zk60WXB_!A1_EFSjjtC__Q9&1Ni$yvry~s&ax3_v_Jm4&Y*iSfO-zJ8YKfVNw4s0Cv zQl2ci(?4Ev8n6$SL1t0^oT&V&?75?T%o`&Pb7a!aYl2^UxsRhOwCVWu{(|Jsc5a^l z)z+j~W`s58jC%R!+Ea!WYhxprFo-C|HGL9?LIg3C8@E0&t`$8pzNz((E261;vB*op z#+Aj(MWJ=?77J)!SQwEf0y+C7>|OufY41jRD$zMKw--uut++WWXNZ0bZ0T_Q7!fb2 zp5X6tXKKJHg{g5X6i%&}=fcoq&(<x5gMK zugC*^CD1+5FK4K5<%3p>(kfcd{Z0vmZ}<*si=>nUXI-m7a|?%drP}j5`~l0I3I~a~ zlZ%ctW8`zs@>lYuy>`4U#C-e7<(X~TntKpw(cmerC_e*D|E4{ZrLZmp4qeJkq@blMkffEG+t-QE zk{KkaKf|Br|Ml!(TojeI{Bwg@raTnNw!iu2(04e8PqP=e231sgwN!36*-b7e@4+8K zm5Z#a@aX^7Cn{u~e;?u8Be4X_`1zys$+nontOy448I}=xwIJ%oxCdKkPu?W4f6iiW zcqMaH(Rjr~ek@N=$Mk?#W)BEN9J*jJJio`clsNw$$L~7nzbY-ep`Gs3jHKTQnGKiJ z${XR({z*sV4JdS12uMl5CkY%q9#%Nb-1=hjw|^X^c8h+vQ$d7ft<>Z@vZs{y(hbK%N zwmc`>mba*-2cXB}HK{nmYaPO{%Q}k|KKm+;rdDkfP;sZ&BYH zdNVq&s_k7U9h3Nlee%pma!&1G=LnUG7=KI_hRN)ECvK9onovehSD>!C57DMEArl(h ztlF{e(^L=Lh6{;Nr1V-;9Y(+3_f2oMfhsv#Xw)RsGMZ6bixto zJ?Mi_IZZ*OAZq&66`m;=@jN~OVTJkAD8*-GDCq>cfX;z`>I-FZAvo<_={F+F6YzbW z^cIEg-%4uZJUnsB9G#rRcU+=(uS3r{6+xmGS@AnT4$&{4tZjNGQJAfKY%ZTbDSp@b zmbLL-b~B;Bl42g|ecn98})3F=bANJ?=@TcJu1ZDUtg+j(_6+?o=<@?o^DpzUoBhpDR`fjT7uqDWNvNdHW@ul#wSy+YvH=CMzKbHog0F{1^Nbr zoafKNun(|}=9+8GAe2&!WVrH2uVa3i6OK7GmiFuE-*V}yl+DqUgWuSdz1OHTKf`M* z%hz-FBIP2t=&;ChnIet~gI{{Rih4bBzCoEk3PffH+btAN{=G9z9H^jX{ZY@6c)B2x zVzRMS)?a`GUbc}5P$xcWHy_Xix< zav`yG+Dz^`h3Zr&fj7Z6|St3Lu(KlSQuO#8lq2OTW7;ou->}Q*G5P$n11{XAZgXa13CoF z{hUe;%wWoyFWf26_?FYWq%L0m%Y4=bZ<4gytHq*!*8VI)Ja)26&ej-fJgH8%o1?v} zp5*65g?TCUh`H%AAe=BW?dxpGr5;iTWm*vPxh*o<|R<&8s4zB2e zGvnvSL+tW4Dk^*BrytN^JMWe~626aRPInVoG};a)7esoJc_ zXka!i7oLz$AUc~!AQ?7em#jafZ~Us+>GKiUJ-4RHa(@L~6_PDMFsz!axdtt6`=&GN zhPIdR{Qj8>PI(0g<>jHyIIq=?bNgl9=eU*voi|<^k^@OKHIy4fE@ujD6(lyxDHqdj z)A?xjqwrlvb9A;PDuc?6n_~5=Wbcg;6W2QY zSkC?Sd=R`8SPC8LpMPuKT<3^&&dHkmZ3_@|Diu0Fm55lV{MQ+Xq&dlJ=uVLT$tSznIcG(iZzMaIwsd8tK2?K?9JN?yu4tjI>5l8;vjRo%IzE zp5jd0v4!RzC9amK^flxrF#Z(}CA$eKb0RD8+paUTuEs8aV#6;1_cB?ol)hC_kt%pY zJCF0`EpVF+Ofe=3HskslH)bDh1r!A86|W>ZbC-{2bIq3SQFHxOIE{Km66D-g<;Gmn za@jxTgWsV?{*Za0US)Im5%+5;-Z|bm&arke#|-20{!ryDC-t74?y{kvL_aQ_qo3Po zGMdwSQ{4adDOjiylEXb}88m%@w0Bjm^jJ3~#bITcHLkw)d>JxxI*O{Hvf@POQB*p= zxl`}TV{NAuIJU<6`BsQAkPApr&9^kM)B0y^fpt=5L@fOty+J8ybGBYN*z&uKLuFai zF21CnX>^I=*0COtldX{PXq29o;QXu+qIHkKb|2HIeNn%G!O)ntp~L<>e7MUadg;01 zTv0L#O4@$b$t59h?h$2y$?Q)w4y+< z0lA`bVmBtMxz--DVbSlft%w}d$xT{fOu4Xr`af+#!XrsO&hjf461zPgyfJXlLur{! z_Q)rl_&=haIxfoR={-t9L=+H}Qlvx#L6qi11*OHJBt)f=Ql!toKm}B!BuKLk8ziQ?9T5n8+yIdF#oY(*`nOI=V+HZN?Og3bNN%Hy7;v9(>wqAG_&J zl`@-HYX&|-JeQDFS|bRaI&kPw9NP)TGy^$r^8(k03OcC?5xQkn6SH%Y^Yg-k>2rR2 zA_w3|hbZL} zI_Jx-?y0Fp?q9Frc+h8A@nf-i)lqFmLMiaz!dGKMieEyWG|fx78C1);7V+I0Rzwr? zi=xBk-W3rKu6KPsEY)VSx|dp~b#ublLb36xINbS&lT3t5HvGVO@D)3HmsL644E`=< zHIzOqj#u4MHu$cidK^fUdd~2Ps zwX)OlUH_|i)zaG&>K>Zzy-_h7>t8Oj6&#ilS=%ggba~Q!F=hM*wX>v%i@f#7iyBY^6xJHktsfxKtDL~$ z&-WHy_|cXhw#c4jzQMS!yl9W_<8|M>VJ~8V+FuG~@71?+WxTtego3(P`OjEI2OTOr z4C2ju4>ChMG7O%nsk^oQcuIOxork0iS~PGAa2>9gz&f{W2ccB&tln2XvooXX|9yBa zccl2~()EoQa_=wyvQalnb6a>u4{z05&U_!E$4p(KEzHNP>pI5|*m5~HzpImtTNKc{ z$v?eTn#7+lGrFO?5#VVz3|>B9%cJ2K%}Z1P-!`6Rs$nS5;)$(Mx~*5ov}AX{h+?b9 zpPB`S-;stNC)$%D8mne4Ldp_W$L4monpK%iyt>+5&BGnAV+HEDc~+j1>V07g>H&79 zaC*mvcL~FoTd;kpZo|z4igMXahw;*J=T>sEx1}F^@aW@($IER!A4#zTUn&Lc z?Z3Eq>#h7+D?~2b{d^hFT_Epu;FK^tkA<&C0WOso?L&W9= z*>b`et{bF&lQ}Hm%mo^_isNv%?Aq#r1M~Qdlg%9$bN84sO3Sit!L2FEhooxV^z<#_ zr+?bov2-7EIXOv6t|Nz({k^oYLyY|B^m|Zyg;$C*cD+!Kq+1+$ONXu)>oC0OIcH{= zQ;Desp}C6~Re`~ll5 zB13`=eaIVGX12E~ z&Xw+HRZd8VE)!jT>1J}Q%xkKd-0kkKL!&!~B(QY#>-kD z7T$;sb*mlA-OUzn!~Iu&+)hiETaH<{{(KqW1g5`Nz+(KRmWUX|Y&-huDLv~G-4zF> zly~Me=CnN=j94H0ZDQ%92gWmDuiUghkstNP?*gu+RLb60-TYp3^69IKFFYOwG>{%H zwxn-=bvm|qWwyV?0wr1hStpPpV*>mQKan}0L!p5_V-`GGd{%LDRwAWauoO?HXpp>O?;h`&~CY~)c z`tW(Jcn-rIKc6jBsJ)S%2vMIu>)4*&?5FGxw>!X&d}sv0Nb34TLC!v!?9>{G1?-d%n(C;M7NW!|4;T04I-D@D1ryE6SY7p=q7aC}JD zca|b2K@D)4dA*XNk_>mDR5s(p^i~St>YDbO*>qnzCF-w)spblv_7W15>b0I^02MPx z4iXv5{sJ~y8^y8}t9OPf${g9eevD^~)A>sd97?4+)t4=4WpKEux0k_#57cW5PbemR z*T5eDUq0zb>8B8xUbj-=$&w_-^&1+iA%4Eoy3!-7FmK2?td&taV!!~6?eP6$XPL-M zR8OuHD(uTNSC0IvM!(>^`D>2VOx_Z*7Lrz3wS~HI;fG-Lo?_ccH~5}l|HqMm!~cnG z!)Pac$&-^Q$9?f7&OXazmd&YB*zP?i6_Dy@8FEgnn*z+;K_czbLkp!tL(~zO*`yACTR3iCwZM>BFWD7e`fMg+ z%1iOT>aX<;7EF*NBqcHi_q_w@h^EfERDb>8K+2_*K5EI+Jg=PF$~}4iO_$m~$;}MP zJ^f|Iy6F0V?b-cUjhGR7B6Gsd$UJ@R`0nYs&G^d{fsaeP`8HqtE6q|?{M1=Z-(oj7 zo0v|whqbCy9~fl_&j_PKzePN5wb-=adS!^iOZI+ziz6J^xwsb>FV#H9tj%@h=NtYlrQ63*6%ek7`-6Xb~iX*IgX{ zRVWv$CsE=rm=zVoFNdm(vfI{~PMqn!@uw@9>LOKsQSBy_09bIt;ZM{drHlmoyGp^R z#bvOo>#xem*mjaqe&F}SKl2&mlF}dr!XeFDL%#W!%?u7O3m@CsuZwcw7H?a}m08|p z?90dto=qzpI{rIm?UG*L!_u~wZEg`5WuWks&u}AV$iHMd@hvl+?XBh9R=Z8zsM4}= za$N7Wp%Eu|nQ_NboOeYJ`Vvo9hQn(|%YSFEvhUk6yZEauP*WjgW_Q=-&OfI7`%Dw{ zFc4yv7s_e6?WI{;Tm@O~$$vRsrg(qnLoQi4_m7?Z1I@brcs(~bH_98Qag?M{t4${_ zo{R9iYB}G=*-74VP1AIoeWHZyC#w6HDx5C1;y1N_jLut@Ng^Z5s8r}C`d ziH&-Oeh>{|bxxXGekXs@Vr}Q~tb{JJd#i9I1byL+#vvUpbm8=wf@>X;-pkL0D~g(w zlG#X6Goy(*T!HbuOeN6?yL@A@+=_Ahm5ikT$@Oz!hImM}y5zU%Lm{)hsw6eZE9zQy z>-vMFfxg1>ue}C8>}H?uY_ij@>GzpPup)* z?pkiY+t6tukESb711p7r;Hg&4ei|7RL?5@fKW|U(?BVBl!BJ!I_mtYN{K3~QMNqHd zL%G2-ufUN@0_e{BW36BQdGaCH(87xKftuZT)4NSMWtFQ_=hk6aAs9J5@6`kw&_n~! zvKy_RWj#+_)Ou5}#o>aP`(Vk`fAN4sU0LceN7pz;AJm_%kFR-$@;>j`zsyND$Co4> z&3FNMZkg;cOXj~Bq2R-aLSU^(j7X7fG;m$*rZ&ZoquZ36Z_bW?&XxFFOCedB-5V!e zKkLRVxdP_>;MA5&PGZ2)gC3uL@E~gX&;6JC8^zX_xk|s5pK=>}C|*)hFK(OqX}l&HM#;N#Gc z88%;Fl*DVQ%N~i5k@G_t94U07M|I{>7rMJ=n)MCzWZ0-9&z#r!GEog zcMphzSp@9JSW;;S<=cilKf=?$0k-iE&xQ+2yS4pidbvbn=S-OUHvn9z)uWH~^LNrj zC@WEhN;(_6Cvtl-Tt}dt+;6Mf(7KT~j?fgesOEUhTEA>(=gubj%clUNUhW1XrylHn z^!SPMhRGd7-G`TNHAhzLE_?kQs=XjOr1ocC?*;=}Z>~u|cB+1y@h2=AzsXyZI+P8w zC10(IVv>u)ys$Do(me`?D6`=*gc$vYl?m)=f3Ir1iVs>2T;y|wEBO%Gz=%uvKD7yp zpy+bFb{@L6R6sSuifeKGkf5H(h~=vJQ=%~!!N#ZHRZpJY;A{rwSDK^7827a z8hw$@v~>*npY-*1=UsQ*lN!ImOCl?TI*vRTJb;~HJ6z@3f*78IFnit6ddII*vRKo% z4Ef*;-w?RhW9t@^;qWsGw`o1XgF#LdX71e=N`x&Sgw-Kmi@QAX=7`wMWYm&k{`w|K zN^f0~fnc-f4axE^*Wm3opeB3p_bcBmAclA|TNwC56&tEZY4^LwE)=<;`q>eys!1AS z1cH57qXR8hNP3kw`S(_{XShvcsm}8+_7QKzaiOusyOJ7xN3Q5TzQVm?vASY1aFI_8 zG7v3~DDOW>hx|cAsPqYl*{V?I?fs|(q+m4rFf0i6c};s6QKeA=ORm_W)A*x!>*s$l zYdWY@0v?L=f-{eZ@~!i7Z)3aURNo9Tj6YU~G(x^^4!^7*o>-{jt^8JB|w%TCN)P9aiA|4<5T?!GD1r zQDyBJ>OZ&!beE_K#7}`)QlQb$ibEt%+!)wx=Qzw(9?mj+T+g?Ev-ghLKqeIvKUNPE zFd|j(LX)82eQgH|QNT^e5&uv40fR~B#Oc70Sy*ca+nXK?!eHSB9$9@f->ENJL_9PQ z>uE8PZ5}dAvo}_JQsAM|T9jCm9K4(PGdwV*^FU`uxQLc|`O5)uUQgQEjM6ac20zuu z-kh~1s@B32LI_=811vmBH1hDHQiV|u^5#v>D#OPEcIEz!!jKxWFu+SQB=%jGap*&Rz48IZ}Y(f zVTia1Bq(ki_17|fI<(**Hh$#8lOyJS0O5&{T(S1f9gDLXBJHJv*PIBSm;8F_V-G-* zV4dC9m4i7n}#{0nUBv* z!lF1|aN`K^kgRRRSRHle&!J68XsO)IT>>>pGNPXk2nTf?SktU5^+um~6m4w})~slL z%9d-@l|1U~J6;M7X~4)^zNW7lfu8nM^O|8R`e7xJP&mU+-=RJ3^!vEiq8rp0-pI^> z83z{n!0Q=zwo;4kSnA2BXUFz!rWFRBEQ@lnoVfnsHFm2OzrE^F)nimHz=%SRoM1NG zPk-HE?$lK+Y;p}#NOJ?dc5^?Q6W|gG*jFmIx!R?6*lc-vOMHQ6snYQUZFS-^t+p3Q zo}|2U>4HGXE@jUr5do~xSnRCG=8a)#9=pOaidPXEl+C-<-Quq@7`>UMAJ?MV{T*)3 z0tb@|*{L3ADxkh+rFoZ>K>r&$LVLsa>|q)9I~A`Nob44v()=!U^jQn4=Ohd^7q{%` zKdV!MA%fG95C${?K8}QsCfep15S0THIJ<-B*w#74HkS@U23U%TNJw%#;EsVxU#!=& zKR-TQI{`3G(Nem$i&w=B*@Wb&qtC9oxEl= zc1~gMkP?c3j7lV2d zU&)hn{l&{=5aIxt_5!1SF8jMmJ}d3irb-?;of|-X;kwkD>z-R^4w-8DYlr;qG$TXKq35RVDH-`+HaHx3)r>K@=1H9<%YY& zs`-t;QX%9citXFAV`1N%?HVWXG7!GiqipCUcxrF`gbeqC*@+v;7o%GQ>_R>Nt#LPj zO1XXvNrTaH+NKSy138Nmq>XL0&4{X^!&qbS$4TF6eqsz0UAy`+Qoe%5FEH;JF#ZQ; zEl#60txv-TlcXSTZnfPmqz#>|`Em4MvnSDbnRxCKh`126li^Rlh}tf!&e;qfwE%`N zFb$1l-vnfohLAeQqF62%!YPblol%u93M=z?^gtdzETyu(!Eek_&% zd;|%-N+LCp%~dz=Bu`cr9t|8t?VyfuOp z)-;b9Zh!!NMj!jTY2T;=06=)AYg=KW6NG{RxgaoO^KfBwCGZsmo~omwV( zvFQvgm!M`a6=||3!TI^9PZOD(B5!&Wdkc=Zh$T&3R(A(;VK{`MC6$cx#BB)t3L^9* z=xyeJbTyye4v8IDpHEc*cJF~AVNq|TKRn1kdPUQ8HxN2GoE(^AKr=~$#7~*+j7hfb zEa=s)Q0-fx#P^7PgQ+tNiLbVk70Nwb#Ypp?MYwk+4yp{VU+foyeFuihgnLoz?{{79 zDgyUS2=Dz2Oh|*3OrXcdvd{>jr{aCt6YAY_2mg&N$lkW!jv0;Uczt((z{&-Csvd|z(Vmnnik!OnI&f_ z7Qr~5gSTmxTM*&V?rk2GUfDk}3!r$5%c4tz9^g@c0MEJ+5s~wj^5p7AgU3y**I}jV zS0tZbl+awByJ(aqnF22-Q7)!P#(#VGB(RkVZ5Xg7W-PsE-}&mdy#Bj4t10TTviRp1 z;%wh1??-mK0a>oiRXr$Rxdr+jn48%hCw(9;wen5k>Ty=~>6ZXUQ)pQzaZ0+w@x_2F zB!(YuA1ldCJJBQ1x%HoqG})MK2iQdi-bhnH7Q17>vi4-hym0HLVZ}1uVoq3h(?6Ug z^)&{Yrpv2NWA$#Puw<7jYwrmRa`yJ|{j)yk2sU_$H~vu-sCR5d2M29ZKsR$@V;7i+ zg_5$fK_(A7pmD?Cms;a)6#+L{M&JY&V|RF_*1M@EBvf0bG172oTd9sA?7_PHN(R@p zavT>$$Alrkvqrd;4AF%8_n^B)LR*C05fN;eAR*xo4+Z#D|M~}>gp7C}Yn5YHXtE!` zTYBGUaAaK%I<2+R;KD#Y}yao9Xp}uErHJUrNV{uz|QW4$&pd0q&?eTy8 z>AeOA9g7$_?cV*+pmXoDT&y#>&vFQ!6)Q38F6W6CpbJEy7L35)t%ZGHNdEH@906Oa zu|PbLybf;cvEj(wpZhXH5^ZAA;)aP=EjzAdUDbF;}8kE1Nfrjb&zK9t&AUkPBT61`|Lfqj)oS6Ohy;)Ga*_+VV9*T#Jt zvcqONl|Tww!T$wH=od(|{pSU;Ga4NHqQYuGY&?-uLa%?^BmM5qlzcSh#(3CZf?k-tE= zaD8-+8{vT!6Yi~=lXov)N{`raK139<;-|ueahUsY{EgNp2K!`7nttI39+a6(>I}&M z(m#VZf-cmLRypznBQP*sUPN7(pl&X}ofXW03N7H}HI5YD1D{DWuR#{OS}z)1!V*em z`NL=u3w~HvxV@?w+(G=$;@Q}XIj|=Iaw$S*e;93Lfztv-@Y({ltg1{k&B2(IE&zTjl0vO4Sk>%+2}Av1M}B+89snSeU+EM6WbMa8k(;J- z*iKmvGzJYE%?nys=g}c~JA-c)eid;ge;>mk=KoCoE;c-71BEEe3PDez<*eg`A#BOa z7b3&AHF0A`>$G-D(S@1t{xB$Gc*<2_@mk>QzF`Z`Q_!r@D?QkVVe8r++pe{bDJ!u@ z0rxiNMnT-~Hvz;If6UU{rb~&eISyOvCh5S^dy>C24K)EKeW!X*6D|lPg@GXmq+rY2 ztgrJS1yeYFYQd#c6 zSu|i+Pm(i@8XLoeVctO&1NZN=Rm*(fJ7l^# z1`~)4wx-@nEpqCoL!(l*bl{{LRu2-ufYUEu>IFIbc^TXA>KavNeledp4Zj&>Qb`h% zn}sqfs*9#wm#dfKtU;+!t|kmtN|Z6GrOK+7ILF@$E)&$z!R%Tga>(<~V7oU3K35}; z))o1ZtFTp|TrJTEjOEfufPNF)fb|(o?Ys_|z;fEp-M9|`JK}bYE46aEls@M-WqB^x zOxHGp_jPRf`YbdhMit3{uhO8bmvcK1UK^Xa2e?29z9%$isp8-M=VQXftwQ}U>^YJl zvsL@rhYgagH~?yXO=o?Jc!kWs&A)*;=HxXdD?{%TmwBpjX9 zp!a=}4io75>=!Twj7OC}eW4>)3loRhcVsf5!Vvf>PYTb6VZBhTN=pwzy*hnjCAM^0 z%#iX_Q)LHb!M`_u(j83cfc>;RCQuNgTAt^ZqB?tXFT-Oi2t<9X>e*$%EI|!4aRPBd zW-CwYxZz1VFc$%w3O(g=$bWo-0IoM73!ZrBQt;Z9yYgdm=Vt5w^+XH)UC?yQKc*W0 ztM|h?t<2a9$j{xHJgjtCVX_I(BpnvD*yGMk*KeUgivj@@y2L6azY&BA+atCU zi2tI!b^wgr-zM$Z(o>hS9g8Ex092ZIZE2kbyxb3@Bz$$S??{IiX9=wkp$KvqerdWL zl0Ld#R{kO9k<#wR4p9Ug8zywi~23(VP z`k1nvyL1jLxDZnB!XNfCp{ri&ROQa~%%lIHnHq#e8#^jHo<1M{P#wvFI?w$7;1sw3)Q*=tNd7`e=g9|SoK#=8z(YKkuHsxNWaym#z);q9!1}7dYmKb7`P^ zSY;&2N&G}q>#ekYx(%tOu5soXLzh<0pJiDsFJd989ZZ&C`XrB(Z1!~T z3c&U7v->2WVjcqB1$B^nT?^)B62mLhDQ6o?EfY_DsyOzm=FQ*LVgE;RiV$J zeMi}m>lUn(qDa>qcvr&$-Vp|mj_rg&7%%(}mZ;}6#94i7`FSv|do&|+it74cXRd}nk&Z269Wejm}=jIF6-aWL;kU(8F*jJ0FYJ{=A>wN+_ah zG6~NJ%&k|!@srf+Ew5RKq67R&{CF}}^uf4eXf3y1xGl8RIN|GDYCFuEu@~(8VytRw z#mktI2bz$yI_V^ASxE<8%wZ_s?EcOllFEB93MT7e)7f6_BYAAoLw;s(YN$vRS(#%c zMXwl{U3%qn`N0ls99HfZ<@co=+GZor#W;F6}Mz6DTgKwEHHbG;b!4xGkRwntIPVS{kbA0e!sA)DeHQVY?Lyx3@Ram+1 zDYh~5*?8>#e7@_&R zNVE?;9fgEaR@L&3(I^aE=@1;=j$u`QtZ;+0o*e4eh9c#Jh!`ry3ej+0AFH|##{+<* zBmhT7q0ZT8AA=AEr*gHoMW2%@h^#nd4ss9SoBe9`4-Y6!*t~jQ-FdOvl`x{-Bs}A0 zC|4 z363Uko*#Yy3SaSd@_OYS3nCN*e{39Eq>eYpZ-njy9SsDcKeW-r*boTcred+cV=(X? zHCUj^oyN+8N>2>_NSivOI%4_}I0a&UH2$8x2HP)K-PW+V2WO3)azT!3YSSllt&4x6aLdyp;dW8T>`e0G8}6IKWh55&O( zM6w%+kBZ68XeIcO)qg(XJh^AEUodnw`*GO2?}yKu|J~+6wjv5Hy|=Zokt7-4{U5;e z&MC0`5P~RE8&x(iYXM(=7tVh*nds($)-RWp22e{FV13%Yt6Po$Pguc%;PMvSA%J>n zw?UGU(#~Jb8a>#8brBqzdPN=z*P}Cora}LVRHJ^mUUCO(@sPRvhSx4BzHbyKvhdYz zP!sdm(i68(H^pkMsxl$Nm#-Pnq`NJ%)nuY5pByyO6hU2I4=sxX(42-IeN3L({5dMM zcqjLX4c7hIEb!z_lgK`bG0Zl`Uwv5tQw>2CoAKXAhh{#v6$kb;aU}dVPn#|)KCI_* zS9Pc!j?|@`nM@kM&=f6u?#qdhIU2HB=|Z;8W~XjJC^<0(;dzh=x4|TXW#m1P#_*9@R`wqiLBtpV{#>Y*;PeQa z1@eZuKMK_w@~2Pu$F^a-9cT?Qr^4GzrelV#3~yzI(K+Xe+k#WV7x=CkT%A;I;xn`3|VE@W+eog#L2d7%DB_XDpi?p>^$F z4l!(yyR{Za-O}cyVJ`up+ztZ|aM|tE$`y2V|C8#hB%v=aJ@! zkwG2$}vKsAvC&??2l$Anxl&enfpErjBQ zt*m3+5jiZ(EN#Q!@+?8?fb#|$M4D?seRee|vS3yevr3f7ms%GXxJg+r3#4#EpTxgA z@uIPNu>V2$xIdXF>M-d6WSqyk;gUQAkZt+|?lb4aK5q)M;NGV(*Y4f$%-K^#Cb_vW0MoC94_RSYcsXbPUCmiWVg{ zZ=nhtCblBGmn@*nE%#4OqzsCH{&63~T^RGnoy8b-znY`uF-LiLGXOY*h0i~276R83 zTKCg~QR#nCgt*vsLBiaRrZ=;D<+1KV=uiAIoC)Z+{IE?Me%ginl!sAzw>F1_O3G@f zgGo`05vI10kCkETI{vIR_p$UJvFp49&PvsRVyy>CSbGh!%}nqQ5u)LbVODNsS$O6q zWnpw_5PlEYlrWY@T@bLxK-EMTl~^9k^&JObLU@MJwD`gN>A_Vea$d5d%U3m8{2~@# zc+sh6)VUkOYY3woclOXWnZzgq=QX|)C_RuCuL-b#lN3K@yudCjf-r}nex;LhU4mnu zfh9jlbi0<%KcLWX?83fdo0-bD)qCb|fvI)~i&B?(FYft3>w4S54~4ixU_B_a@16~9 zQ%Epx+xr2VI74%%^@N+NH0Fb7LwT`MHfnhg8trGEb4JWpm(In#z&5goUzVN5{^zwx zP6q|F(lNXYVFB`kAhQjIV}(4J@t9N%2^Lt1`%RdDQZ?XbhmZ{h8YbD-)(u(t(~lF(_B!_ZgPHs;Z0IU$7q)df6tP!A4xs|RPZ6t2 zbNTK)qF`SZ!%<_m)0tL&1u6}Vj+$q)V4!RF3 zuGY-0I_=D`N*P8Plg_s%9>c)Jon;KwG^-w?;0Q`Aqvs@{RtSWHX~(HSkfB2Zei2z~ zy#XbTX@Sh=8V?b8`QF#$iqSvt=`+7UrnDQwMA6#BUreq@s1N{LuyULTya8H~rPVoW z1`_qrCk%=g4)QDuREGvi!xW?|sedXs42l5zbq{PSOZa=}^_+!A1uHC3P4B#UZmMyB zgBPrm7lWrZNh05z+u_G_WZ;O46m$XO14N&0(+yUDs$ov`?yqagp!LMa->zy@h_HV@ z$Qd=d{BZb(K`~}Qjd_-m0|ia`I6M}|-8ar`j467%fG%ACqr{^V{?XEwiZCe(`;V@- zDz161c}KYX+J=O|LjZQcoRA!p^qo9>viRX?CXgGCG?Yc&=y%L<&$)%heutJ(EB?cp zDUx~3tIoacH8*(gF>Q?{*VL1HoPL`N!tp<(5|!UB7FbYxsV0DCkL}}~^Vv~3ZIX+Y zN>@`cxzStKV?s*KNsJ1+OjB&|zkLO|BhkD4(XkTib!?|0OiVX>Di)17R=PIjlV@lc&PT##MIdZQ>^&2l0r! z6wgS42+x_;{q|;z=MmB@IGVCqp9VhJV`#YWzUsZJu1vMtdpi)dR$@joeMfpQTy6vS zAtI+Q>x-qw)&y9QiGq3c&E4jbsNDEM6-^i?;#lFp(Dk*)@aosmzrR@FS~uAV_VBd8 zwA8iX8&#p%bt$5-3=^hG8!c0zYA0XjTx&Q#jAf1442%#N#V9CB_;m zfAQ31z-5KEnO~AYFwPa5ENjKl@ICcH*;7J$#YCvO;8Q^Zpsn(ydNmxOrCuFwBS7(_ zLjYx=NU(qVbiqXnlw33!m9Y1LtfQ&Jm4nu5mcZ4Qqi?*b^QeumeRJa{_`Qr670Shc zMcC_XGHncsXcK~eO5SP4408F%T|oDLi!zGY8472Pw7n*JZrI}&5sz;;3+h2lS%--} zn9OzSvc`+FM)6%^p>qqrr_2o4~FyXMjLDummb^vP7zMZ{|#s+ z68)yc9q1APBmlAKy}MRf8vy&{#LRAd1$YNREQ<4Hr>ob}sU($Hh?!!ipdwLkaY)!( z?YqHhpb||jg_K_N1b-h+s+gOvj?4hl_jwVv*KgbaYtOw6p7r+>w6WUH@!-syr1q3q zhy@J)0ztIDuzD?GcgGGb93ThQ68?MmX^(7q9GbS(XF|{PxL)R90PDA$sFQpu4LXH- zk3%_9$m&qQs5%V?30oY4Y#HrAgHpjKxve)V2ric1I5k8Aj{@6$$@e-LNp<5;L)6Wj z5Bz*!RQw+t_ze|GY6l~(94=x7uuP@^Vr)-6^x_RPhMZ>C9!u7NwCIdMv;QClw>ZO7 z{xkIw=U4pGg@E@cVY-UKmym$h%8hUD1mpsU!CX6HEKlZvoGtw8PjekATZY4w+R4Y5 zk_&l?9}+kuG|eN(7|MiXM055b!b$~Bl0@G~V_{Jmjsp3@p#KV85X+JH-!7ZzQJbE} z9C}I#cB%4$mHR|~!q_+nXHT8DusmgV404@;nyrv&qx^g-?302Q_&i|oQH6W&7#*Qw zHCaeUXJFwmY}C^z(;!oZjAMkuGM?ML}FTe0#2elJ}1wlEKu116Mu7KB^hTF)e07Cv@?Pa0O*1}!q5*LK$SJgokNFHI+*EVDGP(_HQx_31l zuSnDw9r`l1mrC6nB^@f+ie@`iK1Ef_ogkPVQdNST+@EK4X-`!#LQ_Z|+JEZqLX_9A zFCzT>+F8+6{W{6fDr5`V^f`X=z6b`(CJ~*Jpn^BQe*FYN*&evpc5EtKO+RSZtg30( z`W}kB%l!~X_&INWH{bgL4poUlGM+~y_}SaF%qZ_4j=MW4^@ZWr;rZDw{&$KS zJe!n5j{(_XQ$uLrx{D)9E&qJilMf#TO7^_diwDO zpd!Tvfo`)g_S>sa&+#!4vLjYXm#fY9sdcNAfrbL3Ed1-1ckk$Ibdq1r@&RsV>{!Xy z0Rf7p%Rv`eQ#LP`Pv6zzL>WSM)xZB7BFS+g;$aL2t_`m&y^0C0i04LOb)Icy5t6s& zo-v@*M_8LC5|peT3v{TlWi`cRpmTgTD{@t*^|kKehDXmGjuEYMCwNgv%X$j`mtO$c zF5YSy3O&hT;|lt2afb`n&({#xbqyqOSB`%LU+YJ}Dpi%dWa zOM)k4XcF9E_$00wsMjyT`9Ikpgf@d;U55gcma_|YH#gg|fpa)a;;CMb`N(2MLxd|T z6{BYcls5OU?S&Pkb?e_6K2}p#&*w0wkFw*ikwhxI(cNb0Xx)0h+V*ZW7mBE?O7#~J zo;3&EZ^*w4Mony%JMYu8-h)k4y)Wx!?M|5hM2 zyKlK=tbu~v9?^kK${tF{_=Z5uC2aC1dEWH7wN0+sJ{OLZbjdOB_$qw7TYzxPkGi(t za33L5)V0{lZV5sl@Mc9&~B{vMDGn zF;6FxE$4C1ZFJ{ip+@Sh;Z0}#VW!t(G>Mw<2SBg1q2KK>L-+m;_37d2o1;(-bq)^M^;_Hh-`HO=| z)yb6kYQY&_AAeLc>NZ2qH++i$$$98vUPKVDvGjARWu5OxCs8Dnt)EmkP)**INu@Xf zkM#^S^5JOhQiGZOr>(p5;vuf(T+RY}L`Skj=SPrE_~qmf!5^D)rdDmaNTnq~ASm-` zmeI(R`m4tB2%6f{!H?AUoHjG1jx6T4iQ;JUb=U{ z_UVr-|HO{1!;qdEpnc=MFLVY@@f)U>RBZ4 z)YqLAEiQ~nv13tH>WSUiLID;EW~b;sPkUz`$)UnoP&X<+ATVjuSF;D&B5X5ZC_j|% z@T<>>&O#8M>b}E~HIi3~y&NjXeu4G}*_tYE|oS%=O<27+=mo5-!S6}FC z&NO>PUM6bBkAnLWjF3G~CBDq6^sw~X)9qBY9KFnemewgN`~l-vN|U_;eD`S%d2^u8 zx{#AdPwt9oN*w3@Jauck#r^cOxE*`iDgG!Q&VV zu7s*M397)FX*v&~wB#5yQF0j#91HEuP~9OMO!6fKB28P%f1|2WoDa%s$RrGA1|{x8 zI?jaN2fwISW~O~hGfRLW(UxtZbqsa(WBtT_zsOM>8g;Utblji^NtZX=0BdYd(r@O8 z%zK+sYpdL?m#4_4FjZ`+EBs`tLwc$i$pGZnD*}?dvovw~gy`z5-IToBP~Q9?>2k?l zwD@lMq0d&jA2^lyA`l@k7T?4>rPU!8IMMrQJ8{b%;LraX6cfK=#V7|TzTUNulqsOx zgT+22_i+DqHSEo~?|I}^cZE_89bukTL1S+;_bpcQZ6loP+>(6?gClOwtFUX#U84pBZUM-F@Cw_}@cZ`P)_$EX4stGV zpZ5K4ik#rP%hU)sVC;*`wX&O*@@LC#IG-B7-Y@O}+!Mp;{`67J$}Z+WgTNc(!xz?X zIkrbneZBp4$}RPC zzw>!Ma_8bQZm-1KwW;nK8h*`CE`C)?WE*yNf)3hbH!jtx*7Zu^2S;l+kD_OP{H^}} zj{m^4{LD3?=>QVWrV3-+A@#AlbUQ2Qvv2(MIpq|3G`&!)m2G>k_krkRO=cvsA0sAh zab=I^qfA@mmB?e_F7)-wWn#YyLvv>ynlpfe+l-MBzToIK)9m49AFnv$o=Zd6evcP} zDe@E%IFh>7_inM-Y>&>bm`x2ht~2&s*|IEqoQ`;T8v{)dP~Olhzl<6mpGL5~vJ@`< zUfKC>w{YxreFpRlkJVE2_K3{8^w6Sv$D0yn8;^CB8f-`Ij~Cv}W-9K0=XO{p_e%7= z47F{o$yZxv?ZI1W_O1kx1-5+F>VlI9+MTO%y>Q2$)j2HALRJU5Zig0=znk=4gdMLx zuMP$=m#g>m)#CN)d-Lw*J|--8j!NyM2T?^7L!IO2-ib)FbKb~eUsN#~*u8TLK0SHm z!y0L5jsN)*FHeQs&sBW4tDc=&?UgDub9u0eoOYo-t~2&Q3^}2>mIrr5eaelbIMV5-kSWOR}nc!$VpLNA2oUn3$$deF5ZBB7~zSetV z8>C{824uLK-au7-KAm+B{V@+SyHoIl{+|{aF-p|YAqIOhDM~4I;u$vsa-Z+TpVFT5v7o*`C-n#rPQmzR{ttN#^xwu-Wn2H=_wY*f7Y$3f^+et#PjL*M#%y ziQ5@3d;5}Jw96NmKC+nEWvJ=LF$Z_RXeugLr4Ga|h_2ijZ5=gh8}zRo-&k(`4722e zaU!_?Y3lguGygQNaMup54u|pE+Q){};dX>N8!~%Vw897{fso7f$aNou=`ZPDj)^Xa zOdnfU?i-YQb<0gB{rP5w-*ixSi16!xjWrKn=gsxendp#Sy_LCoRn_Glx;rFaHn6L1 z%~&3QAw^S?vQAjmt;>IGqe@AOwnZ04$nN@nvD(i?blQE7t95$(mXx5zb~Blk9W$2> zu^k`%m9gM7v6O$N>}E!HTBToLNNLM-K#;|!8Q(2Zsn(*PYirrmznK#lvcA3^_`sgC zvcRuk7#r8w)B2|}G_3ADG1S*$X9Xvjpk_IH=9JMtgkVO@7`bJqw93FgoQIK?2FhsU z8;2hZwkPyXAe0r#wqeZ(zgb+*n85Cu4G5oY2d?FJzy?I_^gM0sdH&`NPcLit>*$od z`*j;n;|tgC)M_pR1ydhlnt(eNlfQLd4i@DLb&M9&>x&6*ac$^5^wC2s+$NB|#xBm` z4hw4qN36c~20EbT7`;#9@Xz5Lr(f*#y=f#!T_XijNP%!SC@*w8us?`IB8?lF2nwpb z{9GMPy1|}MkWQjjdNky@ee@a38T8kmxw9&N>$6m2p2gOQkDF>}mSe$sj8v8kx)Rj; zMMcu};(m>9xMjtK&aDXr%IY4`l-tJ0t@u^1mzs~;U-_V=4|6{}j6Y1C(J%D<3IkMa zhCk@g*{6zb3_9)H!*&c~=MSx3xw6<@q}Q1>^`!fI-nZawtki2)ufX29hdYvf*bXbP zpHb2(CzkPR*URUuFRtIZH2GRW{Vd$JMe{9Ka;(I08F|#Dn=(tlKu;ukASs zDziT3Un>!X`_?{RErAGApU`S16^CVgDm*tZz9MLF7M7~qAI(%?I1g!w=MSx~y!1DC zgM56QkvS>gy-+1AuHsrSN;Io4X|mqI5N2eJtT=)onrIIPu<)AYqw*+~O-B#i4C+&y z_eGv32dMi)C@|n`Y{2GPw>UGhKClS!Y;sd@50hsD_d%VhZ`O`1p1`VIl&tR=md#L=ZGA~~P42}sZSTKasHBwvnJ2Z~7UlU&3WxsC*zzZWTRW#l1!>Ob; zvv{k%`btE+4)4*b<_Ay*KRe_Z{&~kJ<{oqTl4jR(ReRCVcZ>6v7OG=7_V5J5uppNz zEtleY!l#;S`tT%$&GSVnEyFq2o3cVVutyR-G??@p`2NCeZbIbh!z;=B#I1~u3UC7z zBoR{#;I*%oh8`W=9sib7$Z%szjigi5AjA?x|Mk&2;^wd5&5$tq!nk+p5U)qWh+Q$< zYk^!b@GPyTiiuZt2Sk>u($MiVPcZevY>uvCx%{7F$N9_8?)wF64Jv#D_&~^xr6foT z3ck6tWw!?*+sXEA*z+t{qzuDoiCnu^MbAD9tP6WIF$f#!&*~xc;{V6fbH`KpM*m!U zOJ-z6$lf8j7ez?XKp9EO$O@%o++=U5ghI(^nPp|%jFhY-dt8)JSy9>dcV6G$?|1*` zqxXH@XPoCeXP@(sl3|6rKa; zGfTEUMra!u4bq72C{aiYJl`?zt6(jOk{9DTSEpHWO@#6_JMrDI{hJ*Zs z!zkARf34~qYTAMPoxpJrSnL_0gMp1GIBxDS^T3=uKiIV{U=h+J`>}ovcXzA-I~3c~ zwadqGwx?d-7X$nvMeRT->Cg=gQ2%7OU5yxs)<%w2_8v#S6=XVn2U5KD< zYhg#07bcC6|d-){Qb4@UmUIp{+<7VNG|)Ve+RtX|vx2fSOmx?i)sOcNA*#({n> zo&oklq{RTmXCc)tq#gLG9)E5GjN1MCwi?7z4v}+u2DiyTX+YK|M~= z$kpTA;pS)ljnS?9odod5VWW4x49o8Bi8c_;hFc_O*;H|)BlYSwi^B3e6ZR@=QDtYV(FVnNd=!H7Hoo@!-dbE%f zLy9u2d&eB^05k0r#u^Pt&nhQOJThAezQXmU9{=^`%er^VUnHWlms_i__o*20$=>tP zo7QQdG8(3x4$zp6yUH*BR~jPR(7-l`P27z%=Czgi)8713Maj+0N5;bCt&+y*uJm3w z2m2q0@gUMg@wBnL+oq^f>i|uKS>(Ge*qmjI?I2Q{9w$+USi)8Pe7udw+`k158Y^s# zUa7pa?TM*Dm-4uEclDJrlh3blR6X6v2(Q4+f!P86%xQ#)u6$uov=x^$d^gfA08dfa zfA4Nhgqii(NO|ZKn*9k?&|%xvR9|<|UuNB)g3ve82AY&2&o%`1aE)KmzsOc=y>7Kq zQO&_@w=|xj#|Qm%9>CtCKmI)HQ@4BTl~4RCG`KESz01tZ?OMq&%$y2)ADFZnww1q9 z#}Q)}ZU1%AfN;Ld4-we-+aD`n`#r!@Qai)Y^@$){^|Ai0w1s=1O;gDyt4^~Av*1@K zIt1Mif^wLziVg}i%aqi2rc}7Q{4Nz_I$dnVtkw^VK!7&Dm9!Is%j(^h z#tgZkyfU4hjW?m06AZ>R7FoLSYfkT@5pARU%UL;K#nBi6UJQ+0y#I2sdRlnj7WFx< z$M7-w0X{XjlbI)GyqJUVhplg~P~h_wb}!aJYtWHpu>NUET1eJ4+?(9pM2nU7;QxC( zCHrVkoqrAYBG7piG{;@`E)9n0Y82?)Cg#nyYBJKBe)SXSV>o=Q*-CF8>TbWrgesyd zsMoSE*gkNeU9$2@k4spdD%CUm*ZuX?0=sNW@vHMkEOtvZUV}~R!$>75=y3Gp&FJ;{ zx%J5_^-BrVi|V+@BW8sw*b zGUgS5LBcXZh(M3+uG>jl-3il0Vf(Lc>m1DJ&K4++%aWxBWxizaDjAz>yG z8(*N>Xrb0L4K~NgbTDc4uf&G7&G?8qcSZW_j?}w-33&gYLtc_t89cri}8aQ1IY=Y6qiJzZCeyG;1}6S%{%BQykyp1s!_I4F)? zCc1%JTI1jC?1T~N`*w#0W5N{;F%sybA2GIm(qfc*Bavrgs@SmFJt(lqR}j&=oPcUt z&~<*}U6%NM`>!z`jK=xy=@YYiky3BL^x@@ zLdNk2tj@F;GjGm(m$FN-tAiB~?qLhnZai6>D`vA<&0%kE#7T7DL()Cz##k77Pn_*X z@p91h1Vns};aK>6u63LhM;em&nz2(k(4#P8>ct>jba%Pr*1e}5mrc>gew1YlD~%z0@af`IZAlX$wHWNeeSGyeCH0p^_v=#S zTRKx6iEzJmg-5Z$Wa9APZi`TEF~QgFGc^H!Mha}%!PNw)WG|I-r|8aGlC!I3RnYuW z{`VWyimC^)uQWzEtl%Nc>j}1|1`YG4nUwK_Z*d_zNq^jKzW8Q(-b%FR=!7Zj6OyCL zg&kALh3Z`Dd!TmI_JkiECAG)wn(4@7G9%^B4Q=)RwJ<3T5#9H<)ZEH^oG4YmZt^qi z4=w7$%F~e;g{93%$5vnEH=h5}>C*m1=50{M!$W(S&~vZhQ(2 zAw>>PslCrwm%nsEBwp-XAV>2mMnbYKCzl9c_&DAyszQm0GN_0{7}{6_yine!g>x${ zsj)FOFgZcpX1+Ydx~}fJqqkudtl1bbB(pXJ69en7sq|laAG&mQr&djMOIgLP5h?h- zA_;(tQ1l1$*O_XZW_6~lf@Y=52exjnlx9=T?68RTCA7WFMv4sBOz?rH)3_eN1;!^y z<*an*gK;U-g8swO)L>ma2L9m#%D0pjaUUeyjtZxDrwo1-j&dHfC%ayT&@*2tb*jD( zI6?&0P<(_dAAxn^if#YLir1aO3Njm|dtUM_ z;l!eTR{s%3{7+%x({~)@2`Zp$H02bZuc#jT`IyhzN_U)S9@Pf%8yND3(R->;m z01kt{VB{9wv;;$4j z0fHo@ciw1GILo7B);G?{gE6c@gLrMFwdADL`EgXc1k$6yb_eR*NnBgF0gkf%)1Kwr zT<1!>h!*`pkf}h6EtS`9_q}H;?4*4r>nXhJf>~5L*}ryJaLF+L;>7RQIe^SWu~thx zcisxCW$5!0bE{=Uq!p8n$cypEIw}F*z7w+44@I-QB zim9rn^cFRNTMu`FV<+N!Kwv-~7<}cqeso_+j0Ug@@&!Ju>flC5T zsNw-^l$6`6=|XU(yjQd`KjGCN$3?+Cza++rc(H?;nnO#GqYW}e5n;4WW4J`yD7|q) zlM!Q(eBMe&G@L=1<_)JT+06Z@0y7$Xn08h=$4T=zgxv_kCx) z8+jd)TKFaX+vd#CQx!B7aW`mf#OMy__?Rgz?VN_#7Nn8oICk#jyK=o?h=~2W!V>k; zMccI3GN&u=YWOeFl$nL4hBvKhS+OgX(E=_4m;dWNzuVpvDXmK2=m~5wf3})rIQ_Ue z=hxmM?bH~8rj9l8qJ|A!Fz`RL_0@2Sy^}^{7a}kw*iQeLyI4FB9ufg+lS!10)oq$7y3DhgM1ke33?TJhw~q^x&)-m5Sss#8A=qmUQt z#Bpe^+E<#yUy`?WWwLuLKkVJ8WT+l1rTVY$D2r(7IPDHg#*)IH0&Z~Gj;ZOa7nkOk zWG1upqH6{5#T!RFHB9xh|g1-N%#OE z2-}CX@!4H?L-drsIXCt(bf9HW^4?I+a2PuwS^ZbuuXNNW{Y&LOY~GLoFb(}dvlj&; zO@*SSu5HZ{2W5Rgs!v0?o1X)OEryS^oI&J{DU#EzaH})B4##G9t?YYA(Sa~s6JXwnoDR5c>eACD;N90pMCqJkh~nORFymU zzU%e5PL-*XH*$YJb|O1sTaqZg;|l>y(mcH`0xl>Y6ZOdVRHB|wJ)`L8=+v+Hu%c7B z_X6+kks>VBvo$wHj#%a4vh=Wp8qbGKFRUrozE@$tYq3upOlWvYe#>Bt*&%b4BFciO&Q)o+h6m@br)A6}q2 zf3UnjC346Ij6HC~Nqowg{B`^H?mWh$j<}vEGIi!?D5#`7xzuA0nK&?6zLcl~2#Y_h zDe<5_WjF%vJ>U(*InCb`dN9Hrk!J{C3fmG9fC0K8CIu;t42AEIJ1@ zD5gxX&1gwZ|3^}@F2`?C-iHdJOJ^0HT&6;N(FUlX=ym*=d6b0-2KKT}&uPZ|PVYj_ zc2a50pQ%mJGRdFit2j%sw^IfA8X> zJ0**Lkk#WnaG|cp{Y`O6io_*UaqMh`DSh>YgE%4^Mr?V)sEl^VZ&eyNAmXIl=?`xQ z>NfkYQj<;&HHT3qh;FO4rTp=tf9b3eU>C2twZ*3@A&+$R|B;_mEWMukmZnCx#;0VJvID z&jTGZSKnA-w#mB*|fWJh49obA`q+?Hxc!eMSxw`ohY3+IU$Ug8#M zjY=s<=m}CVhTAVj2d*x0WSD3f9`|G(pI!QS@^Wv7dnG#*0KxX$9Woo-xRM#JK=lRx zeLME~nrHJR$F%K}^$jRh(ngg zzwKp1_D`(t#z`x9rOMG#{L1xlGfYl(49Etf8Qo&y^abrlK7zi!H&W@k>r0N5aJPMH z3ZH36rZ2A(zBambVsar%P8UI4oNDqT@x;el%bxevz=BZ{0T{AP-&rKDy|(CNN#vP` zF^Z2hqTC@=s(Sl}RV%PI3P5jOHHqh2?qBr3XJwjvW@i!V ztczwkL&Z+!YPtb@Xq%M1C4YEo_3L=Eh3EYGTxE0bKfaq=@=z78h3TS0f^O3aXM2VJ z&D?${Ytgis6)3u_4{H&#ineRGdal>$=&AS3n}1jKKmQK>A<(G==j3&UHX)@~1kJ)*ZYXb-5>=OKZ5C+CU`NZxa14J3cVyP{HeCb8j`f@!nVMs{ zE4Oe^C(nSWnERq9X#VTOqu(oo?>--LEuI2LkPrO@3%b)c$Ie{<#aa#y8KJP`qMHsy zl`1r5Olc}RvUxOFmlmm?d`acXnXqt6|0`}4ds!Gv6KD4q{&McY0R#pittio)-@{wyu(yU|2mNSN8O z4mNr$j7DPCe+3@+PNyk-@4&A(zZpwyt)S5CZ-&?7z|4Y0=?9dnC9js{13Ro1Km?1W zM=u`9If@6t^7A3)AFeKSBy?QTy=aajj%XY$(~qWHh&HTg79)RAdXjYR0GOyS;TB1PXp6|=S z<@ZwQqK`dy=u~W)ot2eDXD{LDHeto+V&i!53SO|VI;N~)c8@o@E;l@yG2*E;zRJa1 zD5k@F!JMJ5Lm6DUJa8^V>MZ*|ds*)`=_xTNF+xSAeNOMMR5?G(qK@6;Ha|}0`@{}u z5ZLiu`zV4V8JN&ggc58l?8lAcw;}@FfE!dK!(#J~r^(&Xq$09#DSC>=-->R^{yHI| z@QDlV{lLCmuYPgp10SriMinO|ePwT(%BJ~3UHo?zL=wcg|NpZCjrzA{w5712{*_CZ&LS+H|Pr73O4ssCcBDG@eB4y>@Sb9J{gb}{NeXg- z1{a7f(L)-CZTCsl(7&s@OW#*PYL^l0OO|%OAeuIlBHxu7mtxT!G}6^EnPmU_t%b27|~rR^BTP|cJ635Q9S-Tjj8sp z^MMf5NrMrbF1?adJoJc;i%HWkT9b*;P4Z^|fdHchUiH;06j2{0)G)};7P`(Tm>;Hs z9!@N^n)d*a^Ttq?K9t5KP5jZ$Am#mt^o2{{D1KAbzE9-X^9SP;O>9vFQ*2L-PSziX zLRu^5pDE^BF>Ef}fEl`Cnq_-3#A8`BQJr5oSGV@{toqJ5LzMx{F ztZV+rd|}lAM|a!8jb5E-qKQ74_}#Tf6K0KVGW#M|{>Nu#++0xFweauPzY|6EpDF87 zjo!RJg&>L%cH92?oh;P3`@nqJGuPomLvItPWC5~!0J1E5g~l@Dxl00plT92R`b55I80u zVZaUEe71UAUl~f*Xe;#|=AtAN5Am7Fws#mZ=0KVx5!=bwW8*k9;3&+-^=3@g!R*x7 zRYjhaiHZT+U?`Dy6F|z>uhLJ>3P#R7UB`yvYXnDL)N>UsMIP>}Z?alBaov`Aa3rm) z?k}KfDz>mw9pblvlc_53D352!ji{t0t5b8ycPl3{_vEGhOUBymf_7P#zx-PZmRVM? zg_Cp8{BEtq+3GjH`X`=T%?rzY;KXtYFhCS-l#cUeTO%K|y;#785^uqt z8Hhawg2%hK%k3^td?Eisza?dNcY({97~)cvMk$-4lzHD>$X_xEzVCb>Q&;<{Avc0& z>fPiV;{C1mtW($trg1|c;mMAV5Z7Vy^1gWlZR_6ik5bvSxTgXvS-_eAan~sA?;c&T zT?}ZG;XuIY)UBv~<>}W%&4k%kGM)HLA4I$jfHup%;q7^49Dm$H0p~yH_6(|gE{k~Zd&%kx44VR!iK7KIyJMGbO2`$1a3^>DXaJ|7g5ERT%*mq zE0m~|J~90&_1W04#%3-+K`dz zz-JBKtjo>2-~hcVmr@bu?kXk^ZVKzVuAIRtV*dNID<$G1K`TRVrB2CQaEcLc z5D=?EZG7hJsCvBbLHz8Z*Qms|kE5&nyuTk)Lu@%v+^;vkvMgM=@*W6!PuEtkoP3sb zfAkqH%eBC@R=%y~KP`&>{AV@`DSzs=>So5JPkIBh0eVdKNH3)oEl!Nhn~{L1trz#e zWYDnh1o_8D)6A%q+HXOgLDhVVc$=U9=0}4~d2x_`1YnyJzXexmirEp@8bg9Vc1)Ew zTWrt^xdAe&V;YbA;@!7!y2-8%iK6?^@Xwa-lnv`>O6UFh^-F`0{<0r7y{P}KQGgrG zk!I$%60_bxU^LV7k|G?fj;isga7YcViQGXs-muPcFFp8ZAOybccj1nl<0TnQG#sYg?wAz4KCo2GTl*5?;S4NGN$#hW8_ ztf%TXKuZ^b6IIa|e<{SPd0h+mwe&CdL%uxd(y1r$A8Us|(<}?psB!A75J*FA`$3Pv zfXil*y!?8>b0<6cHU2@LC-k0!PL=NyT<-Mm#mdmd&|KlnK*$-v4*usj!_ObN0H2Lz zeVad*f_0tWveMlfXCocd6F7;IrV;;=02|shq(-Y6! zw+*iibiY}jii9Yut<(^N23YYXU&)9O4UsschGgZQbbzul$UTv6tRsWZuzdY{BY^bS zGiFc*SR|%#emcrXhys9|J$?AROyk#kYArA2llzxmI;`SS7H>c>J4QGP9DlPTBzekW zWwgNt(f#hTuw6{`GvFYy=;(yHbYikL{O-M2$fua*hL*fkj+JyP;+n=G4{TFj99e_w zgw+CkRUEmQx8!)X^gmOSGU^k83ux&aoY;^T*sqZ6TJnoeFB(CtB`BPgTQL+J$#e+1 zg^!($b|*>z`f$TeSluhNFI<6{d^#(?MsGAGOr9w=We}hhpaZWAfPUJnoyH;l(1_|H zAmz?iFwphP_|OpHg~QUYFW6pc?cj`9q8abH8um1*)>CDpIdl}uPnF<(KYh5GVZLdT z#C|?qR1WY%4(7yaoE&b=8R4`u*7HulOx)t{r8RO#0=CpMulqsD_Ts=A^`Bfg=RN87 zkKtL@>> zhcY5tS(o^&iMIl0v)mzr8rzgCoTg;UmkUi#g45*i_cYm~{66|2vQ!u@e^9K4UHF9X zDSL$|h~VWBRH=u z?FrT%Kes51K7gt;=iAq}XMuk1(g7L>-~bRBb4zV`F8&T;K1}g?N3$E4wYILMmdqBu zKG?R7z#Zgfpu9Px{mwlROzju=;_%LKN)WqW5X4A|k& z252;di^{wd%bJw~)|Xl@eFXxLHI{pSp)pgRgEhaiJnrYfHDfUlw|f2w$tJr7v(@VNW}Y`K2r)NZz*1mok*NH z^0=W+ShD^j&EMGzIdv-Q5VMvWc_IH6lq8I|{$wg^n_}{;nHFm7L6WWfUS&s1r(y37 zo`#90;*a&;R=&@Nr<;1?Ak1QtioiTx_M_>q^k8_aItQ8td5p|9yIW}K?ET(i> z&>HIg#zCES z;>WJbg_`I|TyJxtA!`hpp)7hoRa71Gq<(f$XXd+fV|KtOE19Rf6y!U!Rw>^;#SOV*pT_r3$BpAj`wy!}m%TxR zPX(?>YL`-2v)#>&uY){H3wtxg%nar_+=nhT7Q3b~cvLB1B<2U(dEI64e=(EG|ZPyJ}0J^E%)10<-R$Imnbt!FD05dNvaXRp;+ zgRj>h^ZE1Xb2zgw&clC9apyhKaMLy$HiD~ewp%x7P!_*~?(^buqVVoYN>Uv)N#gv3 zD>Yo1c`=fX7<+hmFhn;F`FeCXUY-qFRJw2Q+BXmk|HPlWquw>TpV}wa)vOn|M%hqD z&r7RrmCe$jv&nC9B8T*A3=fsp>X;(mxnXt3nKHjR&X>be!}H*U@5!(__RB!Uq1f5v z^YmBkbDtUcjI_~@_Zw5L)#q=rpx5GnX7|j^5@?swsm~X1O9~YlB;2=i;`6~=nw=SM ztd3VV7jdN{j|miNuAO2+$E`{1z5KiAm#yyVoh z9bZ9rPQgJ}tBO!QHwcL&YOqG2tq^bbnRj0s6M)j5TieqES?N@76N zjvmgL5hL!vFoM`F4DzmZmqB*j>Fiu8xbNJ2n4xy^$ z#pY#Bq*el=^jWW5*e++Mr(zS2Xvuj+N4q{JKFoZ!dLb*;7{!5?IPtINg4vmNb z(sBi#OmV19a{!4ftd_F4+OjQHvM%Y=NU!YgV@Uk;{pY(E|IWWt{3(f{6K0<5V=yz) znIBB%Q-vfu)yX5#dkYO)CnyStK}kF9c-X7}0LB#wMtfBpEv+n?LT6hL}@n##CV zUXCMtF3{1hmAuJB*>|9s3Qvo*miOK{(`d|4(!AdJUuJ_+Mv#aQf+-j8VwL z53+E(Me1lFbw8;PKexU|j@W z5SvhEWP)nu-g0cjw{+<9X=(%JkdE4s^c2gLiM&k0*@fe&J7B0GC-(w6l812eOtW=> zd#C##)c3A-MP^0;ucE(~sxYwm&5Z}L7OsDwA-^}$FS}T$K2~u<50<2;+9V3YxE6hv zfnq;VA)fp1jrTDWU46(UM4tXIxu~UQF{84Px%dVK>Hg*OTlTf*E=v_WtRjoPB z+w_F;v7XXJ^*pCSFw@X9`_dac9#G(m(9*`Lw)#f(&ELX81~~dGBR}`*?<0`<+6H-D zQUU7w`4&~@gDR8Si{#1yFlmz@yMj%|c=0Z0`%CSJAiq~; zjtA-T-;c5We&@cr1cnb>mSve|XAL{BBkb4xW1_XUI9#u{-65rg4|P6w>csr5i1<*i z%VzxH6>E?%aME3JTh-A-lhI#C-Hr`l z2`Z8jpE_;U|MRcWHK`4mEoxP#e_Q%?ylDD^0~=_%$B?o;!)wfmQY7hAZ4 z!Je2u$B%q}!h4eXVt1zId*JK`{=0JiiDBE9MDHe4DFvc zSF%%rwROthX3XDJslbCn;Jf;_xYJOrgr}Ot^&y!4M(ctpYPNv-#4mHw59W7doMH~+ zgjfvRSFcV!@D_XC-VS_1W~n!d>*_;-W&h?)982G-9cL$5)nCKM%SjJGP}oy-TD4(y z^q?CS)p>_0db2pO?xO0&p+6(I$n)3g=abg)fLt057_QU3~SIZ-{|aug4yzMX0piz@yuvlWP8(X zJhR08r-JKyC`4GWu7bWXp_6-s0G)_I7iCxSXg62M=cVaVD_}l~Pep5~?9(=m;~$Ad zKyM_WT}+hd4FOZ1Yn*;4z9^G6JgHcBS4I0I`|J)@lr(-2;2%^xqb0a;Mfn*|&>0Jl z+m1D*zi~zBP>HxR`7u8V$^Mw1T?bl8r^?dPtGl8p)&Hz$Gi9LKcx*%MPN;_K#fr>7 zus1HY-(QCj7ZQ@D%y%8jdzMw4w5mnwtUpFx*7*Vf{RGc&cXXu5fQZo(#A_bb_aQ)# zNPmDDGUd`Igtqa0_un7+l^o2k<2UNwUl?YRNqNE!ZL|9xs$hmTuq8c|+KM=LYGc$H zi$XZ|w*e8D)th9uai07%xhYuv#0I@cUb531m=y+cHH$I!f{vXr$uN0dYMDRZae3p* z)#G1I!$ZX$<#26@6NFB33LW+O!j=2vMQ`x5x zR@3xEmik&X2yZ$Mj$2aUxw@?kEOA^FVj1*x{q9PjHn!%PeH&N-EhvaSsCv8y@}~YD z>zwarSMC?6y=<=!Y7CNU9AZs-vo90WO!%>REmK@XCmzHTcyOn~k2B2)R_#ChCkn zG~eF|%7d_NM-r3xCj)1y>$UF_67Uo(zXH^}663i%pRlZ<{t44oR4=1P2RcE8Y<(T?yPeTlN!x3wl}X#>*R-CnuX?$=-@7vM6Q;b&mQ3I?m#~v z;9#MvP&4D%H=T#8BV@Uzg+7K(|FP)G~>ommm@)(sbpKXqc#&<7f1FQ z{OI?NBLL&op_1eO<5jo) ztLYbfHhrf$8F-il7T3HY_SeoG=>Icv5Vn#3ci&a4BB=B5r^*UCV)(|^=6c}_Y&gNx z;j>2k+>qA~%Bze|0rGajb6%Z;qnk@kP!=2Fg4jjx^LFS1U56iu*)WFkYHv4B#{3WF z>qGm8BrY%zlDTTYF<-;#_+OLg=!A{YJ=&{n3idxQKY|Y6vp*y4f56EBe}$+tQH))` zX=WU{9;*Q%J%BoP=X{pc_!0k~pS^{3c`?w+k&B5U$VJJPJuXo#0l7B*4&`*QzkWTW zulPF1UPwnY*!;iAqtw`kH0jYBUyf7EL~vQ0(zb}SV|yNo)i#EtWi#1?ICKR zMs=+FfA3`TYH5g~)6UdTLQT2sGb%b~m4$5p(Lid0nsj|~J;({1DE!Z?*2Buba3mE$>=HU=I@Cy*;bWSH{fqFf93!sKIp>?4wV5 zL1Tv6**Nk+T@fHbRT9iSYTOjOP%b4CJ72`Xr@A4V%G*a8#;hK9{hfaqX$i(OySyw(6sM!y_}y?V(-NpU#>c|+AQ z%a;MNY1ue?1T1^&aup_je7sLp2IpRpAr2s^vJGLc$no{d_u;Tfs#7@wxp4h0hkJ|@ zxqZFcgw?PPKxp%QPBW3}0NClUk687*zgZuBf)fFz599rm0+Bp5G;2@1n1dKrnz4MF z;*&i5)OBUHQvUrf`gXqM>;A^%;UGqO3ofEh<(CXtp=T6u(&g5sW~%$El~LEy`uWj1 zN}4^A*ZD6nZTE?>-nY4JfWydbI}?bgV9i!s zCt_4qxX1=ima$~PwC0@E!`OdPnQ25%u4NT(yw%?_JgR&R=%*JgnjRxiZv<#(Yv z0=-}Rq*_NUodcaaX75{s(R@Yq9j3jmY>^my*eFnp%K4RLJr)fQQGRs9>MrqQ?0!t= zV{Wd;nvEi27A5O!O*zpSkidS<1J&95u{TdW{^v06dO&UiAh2o~G=D7sNKOJ{@FUdPU_UpS80XN6OpS z4X$RyXUhy(*Sp(BA+^sxniq0R4B%n2lQW8Z7c2fj={|TN2?p_pz-YV7a!6?Lh$k*e z0$PL?B8}r@SX->TbqM6$po%jct9F%ch>u8zYFGas@$ACnZ-W70QYU1_+Y_chm{LXG zKAUzfum78`%LM`k`4LpOHs65uUo6Y*gcy15(@vyoI5aU7WJ8^lvRSm^U}*G)QpQ9~tDJ zL^(nyu{kVO2k`Ao`#h;L=?@*0>)kGqxH#S0Lr1iW9^PvgAtw&6tGv2<2a?WBYD1wx zAMm11H;$;F*AG{cUIQJ-H_I`E%SSH?!7)dw7rP6g7K{`2l?<&HhW+8YUC;wzT2WCL zx--*c(w{Y8-toTV%Hm@`fJFw87HN4+vLI2$od(Rhy3b34Om70huD7Mi*9*z(qN)_`igMBv9K! zkMeB`=!l7xM)Z$-e4!)XsghNj?51EJTWlo%b_hU^$3g)LY%GR6Ha-LcEJ;!ie*lX( z{TwGEe%RG0_6Q~$ynO4{{_Qmd{z4b;=};32`vr#+;6Dd^Pi^2g^i&Dhn;hFkZY0_u z`U$Yx3>NIlG&=e~jG7PuJ{NUXB7dKR?r4ECh{EC#aP=CLtdvhpxq5bEbp1*FW~ROh z4O(_O&LPJ$3^XM13s~lqK3%z3rhf^PPO?Pw@bSyc@9H6_;Jf^Qh(K;NW3msv2i1g*HP&pv!{S!yjv5q@cCv0M;pe+Mb>R?6R!;n!TY*Dw~J@AOb z4M_Z`>}2EUSa0FE;N#$;=yWudl{e^fhiRo{wfkZjunD z^!G<4PK1f0tLuSv)p0)f^5ClJPFEu_&+4@I$ zgy|KIy(g)Oj&R^eC55YZzG%-moX7QVc2G7tD4=(|^j-@_|%+ z2JIdj9^@Q$eW%vWv{+Ss-8z3QY9a#Y6Kz_RZb@(aFTn<@^}%fku4wK|=e4`d5|-Q) zwOz>bKbVgvha>0kEM`=JC3`>x)TS>7q_;dzJeR@;+cX7}6L07PZX338Yb)p!_PMNq zKS1B#6;;SdudS>kmq&qQf=>O=bW!pflQI;dCRs0OUoEbF^MDOmjk6%hP;}XDgVz_J z@WyCLW>Qw+o}EUULcn&*1h1dhTfaliQZfh#^fgRm@ot#FKB4c+hA_#~}Y~ zoDYel->~QQ?wwh=nG^htd;snT@r<*Fzu zvM=T!%U+>JWEpf#%ZDF$3;e>1)RJUDI)pUTERo^+Fv74NXQ{#DX$g0@X{u>F*6+rY z*UiU6ulpDge-@66K7zR;OKnmKf5e^|<%C_oVA8rcW3Nm$rWFYLFEk(VHD*W<+mm&b zZ4u!g*FUJy$&c8)moX7^{zx@75>0t1lUcpLY)1?tT~|d9cTkt#SSY&&T0CjE^(3Zu z*!+-L*%^Vu;*S!ep5WmWMkYzhVNyG3p}RE8vql~DxxyL~K~qL^3mnH9gqx#Hue5yr zvMRiJFzcLWnGs>a-yIcw1q2K)_d3*^-_|u5iAaw;5)N~%A^Y96@B-PhL{oT^o#~PK z3KO4Q6PxBZQ!yioecVik%we{Q)%~9-Vmy?Fp`!Pz=dUXmxW9)uM7gHDDb3Pp0EOUo z41%47<}qz@j%AQU%=P;}Y0K=zju&q6mRz$q;&wJTT9z~!tNZNeV{-f~C)~UGA5~v@ zDoQkN+^ls45_igz6@^FwiYSGx+N=50-)$abC%7SBxXY9AwSU>tDJG zb%s{jx0xk0|H->QUIO$T^=^8k2EoseW#J_V zR22$uo!j-zCU3J)WS?LLu~h@=`WasTBYEtFNIMnM>NcS!$RwR`-X^q&t5hZRAy4n+ zhn8=Yd#Q<@|7#e#|5T}OR&@_ls08a*tlwdbqGRe|kDt=6z>_DeB>0J!{+Gt8>Vnh= zA)=&%hfZPyum0iQ_!q-}`~Xu>S}(AO%Tc0HvaoY>)>A+#z7?(=0LQl%(5C6zV3C?y z-h!_Z9B$PfdTdvQfmj5~YJgi_lsp+CFT4<|+a}e_ulA$v`%>P^fR|n=8p8d`$E6RZ z_*?cBy2}G7P-hs3a;_$P+qUw6%okuSTE%+FLSUag7zc<)V6M z-Wz(aVseE|TL8@(m}c8GtFFF24UE>9!6)wJ606bUiEFY4rUq!y^D$_b% z0Z@vL=3uPM-U}>z55K`yo5k!|;xwep^Tt1jF>I6DeK7BtAlw|qQ1c_I<{@-B091mw zBfqVg3Ud;Z+0siZch()Y$_M_HnVH$acYbe5KqZLFW(ETlEX#Rebi^WBR|lEpCw&U` zuh`-56WMfxQva-CMq;z5P~tM?1xw9tD}f zP1fG|HMp#v$SD~Co}CwN-nsBG@URcSQ2u;S(#814E19D)5=6Io0n{0>W4|-7i1z$S zT-KV@l(WN8J=i{}Z>P;yzwef5J=uD?CFuk77qe)s<-M~Gvg-qANxGG{_W=wB-t5&C zN|=uMXR1JrzL}MXiii?%#Ap}PH_x$udndn|aF)gx4KUwncxkpmkJ|hA>!Oyx8_bV9 z_AJ2SjMJmng}+enz-neImE*s>Wi@i$!V;tDA|C3+cj$BQ}a z-H+sBX8}(9kfw{Khe+2Ew!jz9aOCLm;J&n`D{9s!;9CJk0T3bsX})}S)%YZbx;>W* zv2UE?>w^!9zrzt_zV5gg84PiP*{W#hYB%K}c#k3Ku#y&$vf_Ej+;cd4mN%*>5(I7Z z_cIMaZEJHrm@*3bmDjDBrj6JpiWAH8RLEJ;Y0zozEF5A*H_Lg(wsOi9^O7A>j~DJU zf>YFqV=N5@5#c{60rB?p$3&iiB#ONqNKs*~BRf{+2^$u+oh5Vf_V0jNz)k#J*{#dq zJJGu5j2_JY`OO>P>bd&`h zD&$9cjXSc#Z!9m&O?hxJJgl;{*zTRn=iiL$BY9rLpQw&xxpS>Y9?QJOXb2+c)`A%J zqvRSLv7(%fGU&7Yloa^w2aaeu3F0!*OFHw=`?;nm>X~rBX*i@WEDifV?Wac1`oJl_ z!#|48)nD+5BAh~1MmsPXh##XRYRLxD5puqkUzZ8;u+`gw4Z8DyPVR88&VFxoLvgG*?*RrG!UY>m({rk%UJ*RT6uKgj|0@^F}~d} z6y>5Mfx0JVgMzw&yA`xXG%IXER2Zra2nc9wbc3AU0dfr$@=i>lBkIf!)Fo_iqZ}$x z954W{C@&tO#w7mugi36)DO2mN(2Hk@|LBm0UMxM5<*&qvF!ZNC+_f9CxsY8wlk1FB zNWQGxiLZeYR7e+b7J@l(JZP(PD`=UHc*=@6)AzFz6neDK4#8r*8Z$Qxh|fgrtD*&t z07cgfp!IdBejs{D+w>(P>i;$J%oVL%aCsN@vum+s+fG&TV6Sh&CBMu%Nu{@@li`do zY*qz72pzxE;V!qNc=sx;2f*dNA>L53~`JVQ@7Dx66t^~!p!k-^IcQB69eN}BS^;6he&=`Pz|d>HIr^|{8!V1U~MenotZG~v**YiFdlZFP4rQ{*2?cA ztxiQsDbkm%ItlVQ;9Rdm{p$GBQn5LRn&VcGdYA+DfR-=Yulziu*Pvwk)3tCoRQPRB z_=@tZb8q5^@AiRxmINFT=vEwm3?(zO7T#B!`uZ;7k}2G~wSBnTm>9olNIw~8M?>FL zRE2dYn#W|R(W*^G5vG(w2@%Z}R#eexNgk6ugv{<0CDe-RW?`g;m>*?)HOFuhET3Z> zVzw6c8pg8pBzyVc85iuktX(^sK(O9dL`|yLp2C7@Twct*Mz|F=bRH4_0z8Zyowpmh zVu%p9a|%ZY+Jik6#o%(Mz0BJ9`&zW+>7 zOtcdyyoKMM;OiW#`;$v2NB)U3??7acrX%PB$ZVQ-Ko~>2RPQdRv11f(^0^VDR`w}~ z-yCNUhf_!F2^_ky98BFrS=9!-+O7{^XOgUa2lNJln!l!Pu+*02*4g_RHV=h!K_Wi= zwNbei=F|QK6?q)*6zhjwu$d7v^j75=nU^P7rcJXlH&tUjS)IJ72NUp9dgmj4WxL(b z9(E`Se4aYg8sbxu2c-iRpXtZkQcyVFm428SpjELoyi_+n10j_Ngr~J zab^b2EgmaRy-5No`%xpS@lZuIKd%(`!9L8+y)4-(dJ)@JqN{BeaL^x~a&vig`-K<( zCUgD3CW*36fJ9CRdp@Gc?SibNd!{UYT!9yK-m9T+mS_roVLP|{YOOLDtZH{?DQbQj zrqCO|23Av#SW|D)6|i&dY84pn$n)~`!Yk`l0D5B5$G=$LZoP-(znf7LNrSUnyZ#yEVY z^t^obR1W^`EV{H)-~}rxo*s1=3vTd{Uwz{E2Aj~3-7+SGlh5M$(OJ2*j+z^+ckH3t zLQH0Y_568-%ZjKE{$Z+eJCqOlNtd3|JhpuwpjTXQ)1DiiO_c61Q&e&mbj^ERALCcS zpmQ@y6qlufuZ6Okys9{cyD-iRxpw_}j(_o0^l$-*gAMZ7c}=J77g5hN01VCKrc^fX zYM0FnJs2{-r#Vx0y7!@kX|(Yj@I2fiazGgDPqMxmI;4<>+Uc}n*sFj4gSnMNhHbrZ zpgb}~{1{rI7UQ3v_0_Zgq(*?{(W zJYg=E!O6XnlV`D)3L2Kh9NGgnA*?%m&A#D_=r3~rv{pLH6#r;jULg|qBsUF-wldG# z6Q$f%KRNgrGqrfRQZb<7Ya9EKXz#JkE|j3&Ni9$5-?Osw3Y@*wXpeQh$-{G>9iD7r z<7dE!(|e~YF#LQ16BE}`#}7YJl*HJ(w8yfh3l;BHrOH>Pt~4GqT!e#Ge3ep|%GR#J zf_Am;qT)`)R0?6P@_py+;R|8^h<)|V)s4jRm$al&ofD}zu}g5+P@9A9U8YdYGl^&L z3rk@mI3%gUH<{GbMwfSv;0S+u)N($$=nYID6J54%E>2ho%eo;SQe2Y!i1kLw6i=W{ zQin$vx17dqvi2A^^mvcI1jM-_`Oi++AwLLbnTW{0+XCvs_UDPf=5LB2p3D%3*&?vd zq#jSbBN%-Cg-O8y3oIfN%JN8m{gQ7BWDn)ez!s9w4zD#tzhDFhoLWIaI6s8}M1ZX< zyR0hq2Q@lg_{>S)iv~Q?sOR?rn_+~)CXgX&OtHhpL);AoiHNy&uoZ?3U{^`HV@F9I z=ar1QQL(cKo2U}Z;Ca!;OCPX)SwLbZ6MrOpEshWVg83Q9!OqesBw^Z#1v|s=Z@Qr# z7RKX~MrY4Mpj{)Oe$|!#)Y^M=R zXv?ll4uc1+*!B3&*xzY?Mym8 zWmp8~+)@DJ8&1%wK=YG{*rY+WNVBP(vKMxrZ_Hm&Ruj+$^V6O~P5jfhEmj~R5J?fz z841P##5<$%Ea>72OsP~0@wr;&H_Y|cMBry8o1OZt4v-hcoj~xk3n{dl3Y#X{fIb5g z5Z*s-Qtpd-5@wUa;CFcrG$AEM5pleyx`F;KEn=>%EVb;bpRBQd+&qnYdMf&|RVSDan*>3sI2~4m_dr>?rmD#BINZ~|k)Iis z-)MJS%K4guy#IX3{9;Ez@}u^+aXxfWBGdIb{D5mM_)g+@O^eQ+K#`f)koT&=(3Ys5goi|gof(xRxP0_YD9{qCv%ZwC{!m;l&8M+t;F?&+nA3+f3 zOHk7lVP}eV)m^Qw)qw_K+9K)#X54b_k$VB>0MX!OBR%w8L%6E@+WZ*j{bNx|KaX>i@++(1nkdKJ&>Qr5%_vBm1i)J zYvc{*-#2}bPqphAz@((TSeJ0brj<}sC{jFD`TCP6kz@jDXq^{(vpR5H2 zQqNyWFHp3u8CY2cD*{1OZ}R{PRhHdpypVy?r*=z#m{imn4k37`NJ{XE5K!hsk_~tUMmToKPtFa;uk`U|kzt*nGMF-R9?s zjlBp`s-DhrpASNZ?;}irM(y4 zUnHABIF9z8U=`Cy+Pe#lJHM%S?ymoGba^xcZu7ydj4kT|H>Ba6(TlAGyv#oD(dtP% zhvA>JBvT`n{XlJ`b>$A~cDv77l^G!FpOVIH5Z|23xeF8jft&g#5u7AQo;~n1)ccd} zLyP$_8cQ+PCU}-d@2R3n^)qH+0r6=+G@;S&aknRSDLY}%kzKxokE|!M=mF9aP9Cq| z;O3JtNrf>GE^>(X30f`xy~0Rp<7q`z)ffY}`g4;MF-Gm(>G5Al#;~vfI_YnOCtnvB zU0{u0|8@ETTX!Bwp_YCmiXeNe&}+_20sCGAd1W)8<^KaGvp)eDc5`GwNg=!PA}3)F5%kq#UuJQ0#ikhqB%0$9dEN`LC5|+b>SO;b0G4)B#xgD(^cDdj20A5C=R+riv)b(8*>xf9wheX z5AUdNR6cJ$=Z$Pu4h}OKVJcL}*#RafS3ze$b^OV?=HK3GNjp600cKLbEB=Sg#Ph^W z;0q9YJGVKO?0uKDL+%?AW&;u;6tx5cYV<`{^xX0xPI%_m%sjMgQ0&lZPlu=&^m9pL zbFeB{sTU;3X>Lpg$N=Uo{CocD6;7CQ%VpjX_!ui-W-iv&#u}QRp?P-GYxW5irvn?!IQKxy{Af{8=J4xk|#JP zg(-y#rAATkvwhb;=kommimFWR>8Op<)ZtJg}~7sppM9a{Gm0 z=uczD3DT^|Z5UkA$(aw|XSDHTH6hT%A*SK1*>dt3h>Sk{K?3#ta>EmzZhnt}hA-t> zeg(A7p3Ia?ouEQh^ahNYA2|@Sn=hWMr0{qNNQH3D>2-IVF4%TcavJchr3rgTb+i3arya z@>w~wr20+@7NvvQ*^)6ecG5E5@zM*8_>v_qbY&I?^Oa?Q&7pnmyF2I&ulwjOhv_%n z6`cGZ>DeMnxBZmVDHw(aecNZq|!)QGrMzTt&zzD;SRp_v4%RRn`9 z{A<7VmA^5s2t~!>*u~)Y%+XP;jy_CrogA>nlQ#^BSmjRSXW{+iuF5-@8Iu3v#vL`0 z#**6;D4xH?l<+v^2t6er)l? zq3Y??^G&UOJ0(zL*e`pqV-C}Xf<^(;;sE>TugZ`-as)C7eBsgmzcq<1GQG(F6j}%R zZfHn&zx_Z`c54mX6gKbWqw8ldGo@P`#Dxk&Yz};0nsq^BX>M5f*3|u2%6qH)!1jOk zn3pE7Ln4hwh*AUqwfay`8Ee&*uh-`VwSd^1S zjfud?j>a1nJfyHKF4nQ96HXA4fqtus3)h%(CI^ppP#?o~aZshh?En5la$m*O@TsfB zBLMp;yu+UhF%LOvf>8je3#;O8d(q0D#u%q(7*GbbRqD!8Mc?DwZ0R9#Zw{Qf@Cll_ zp6kzX5el2u*`juh?NNGME$|gf)@&D;KM|?d_sgpljb*`P0?#yUTWZt){rb{4ajv;& ziQ+QsixH{40YErB*j94L580mxvqTaxo2Si09+H~6dEIviR9E<{jNhCUG8J^Zh{*}z zf4dy}vt9OC+fp}STX90;g;FgLWDmd;S|_qQ&W%uI5w|Z^_x@3_+1-R0Ci)1;42$O5 zGw=kkw|eO39*PiNV@qWggm%M+|Mjsk$478iEN>oa&R|W+L)>v)gH~S$4Fj;XFRK`m zMa9`MZapu%>SKf%EJLDUzaVPY2GM+2i-Vc_+lFiIY)_k?g37NOaD|Ai=xMlH`;+$z zRV-Eb@g!)7czUu2px*4r|dgx zN-fa`jHJhIhcE7bEp~XKnh!Y$yn}%zESqsrI27+-ZPix0E9ZoW84YTkr{Jek^gjZM z)cX(MOsc7zrY3i6Pp)@}N@l3p^0*7rlT8TtiPH*~bk6@Z4dY*Wx5m~3(J!B5+BtIu zZlRgLxpr-;_k9Z&4*d)eBXe|G8O~?+DYj5ZjFoFLZM#s|Pw2$jf=V|NN1ba@kO!-} zxab)%Xe~Cl0||t5Hzlk7tAC)mkitp3P)l+DN9ccT*BD7E?3gu4dG(GzR4eNfWwqZ& zf_sp*>S;;+M*LSWA#+Et^VLMezBtSDC14^*DK_xf4s0lD=(qa{6hf+_mKMM?`w7-i<>Tp9Xq|v3ZkvLKLQc!RmKXZ2a==*PHhUvNvAxH{ z{JyB8TO!7I@-L_SFSCYYr9k7*=;!uojdmN(Mj(6gO*t;@j9muW8Xd2pdAMWq_K%4NMv=VxwvJ!vjSbiDHT9 z1QCs-itM>z-7B}-Ee_G}wT^ZY8Bo)6YX@nPfdOS%?`4S!=zgj*PHC$q> zhiI1cZKk<>K|K`H%;e*CuGjmMls2gd@3%+#xNQ0=QFEP=?V1m~K~`tw-n4W+3}yjL z*CE|B9b6Y`{Er>>+5$)7m)bCGh3_70XYl+$YB(mZ=?8hT_`nB8Z%&7C- zo>cga6xCJU{8MCTvs526^`kixnaknfM=chm?G7Sgy~^8)yM0@jsVFxc_~+WA&rGN~e=Zp!qdls=^~rSq(f1mTg253KYd= z1^GO>Prr5^>rP16wu}kt)zU~!QczTcsSi9_ed-v%rJirb76x>9c~#OFBRBFMOZ(ua zPmeCYe^CDjgH{2fg*Xrs(tPP@_81xv^y_kB{ZC$U5>^djN{2T=S^1~v+_C*;@!6Yu zXK!-VKW)FyA<2o8efg$jx`USFdeAurWYR4Hye>&Ff>(w5wX+rScsO1;^hXKx^<{%( zu}}&WhYhay39zGr?-<@f@1o$QTs9*jDAbxF-uJK!g(f+{iG96+zqc1!K6Yp8dCwe^ zeWZ6ill%O(slQV17ty+V;Zp?=hm7JIG})O!Tl5{gt`c={=}AAo=L_k(>)FD?LCXRT z=UYvtd6R(~x<3s4o2+ZrFk9)Lpx>dSeOF^!t556yhK53~LT`LbXx8(cMaiz^+=z74 zYH9QLpLO(wQ0qG0wY_UPU+c<&Nc$ty7rkXp+K$2tC2V&nxlmJ6cjLh-Pz`TMPbPRK z%J)u!?>)xLd$Qscj?gUv>*|%fqVsb8yBA3vp(Z z4&tUz@z_=Te6{nj-xFlxrQ+&#hP{7U3SfmkAZ`TmNLkwCY_+MI^PjO136k8nHDEHY zb4NMY^l?O;s7(h@kWa|z1}sJ|rNyj94g0^sSEN>!-wAqAD>Me}*ZLsN0bZR@<)}0WZ2d4?59;uZZL9+WNPDnVzqSuqATk~wCXcQnJRp~B2pJGO@fwl<0 zLek%)z+U2uw{_)s6NEz9nX;gV>_90ORX*8$;+%UwtpGNUr{5d99){D@6HCMq=aLW6 z(Q=!m)ns+URE3i~JZ4@PPLFjA5vhmZU8Z#cl+zuYb|h!sC9My+5Z-P=P;?LY>yr zb+$39utj2!^H-g>4px;q79!J3i>J42tHF9+PdjFCSL$sMGmMbm6M0DmIY=V$5pfr6 zv}}3=i$ucn-`l#Ybjkj--k#5tCmCLAYN{LBv77+QBn7V4K=&|b39ogV_N`#*>kB`!MtD5UZ4l z`nL`ttHxf`h6W!>0UR9Cw<0q~pSH%Q>?|`+39QEnl<1jY8Hdp9+{jVd}uh$Z9)Kj=QYTbA5cQ7N;f}!ve|65)LL|gh6q9u%StD&l=1zLMqedixD zJb3X&hVO^G<#GQsRt5+zR2YK7*j-#hRD|%Q3p;K=Ql}``j$tSWOdhEfQX9ktp95OH zY7}a;l6`&1(1Ho^sQ00rb%(xWxE?pD%a2{uNsQnDVt5}`STffC%UWT_$v36;;r6y4 zL&2rheYfmyRs~)RCwsguJ(<<^nUEP|Dg=0o2_7(|CyWDO4He6`(bv{bO?>rNi=-Sp z!DGWRy9YvYGoAIokLv|P6ispsX-Rn+1C5=M&AEmyowUgzaa01>75JG@6!U zV*sJuA7?~`N>!14QyQ2pD!(3^A3W+%5kd3U#{L_Rjg2Er(B#+tlDI4$(ylz8+h2nS(`$j1B9Hyy9=A=2A9l@rNRslEX;Z{rfENoH34sF-~SnpCpC z$nih^taPNNnFkRBs_V~0297xs0N>~DIkfG^a2>K(SB+#C?uC9Hjj|h^yuZTl!|CDc zk2c*$_98D5@I-8v#11P{>BCxoDGjq@J7z649lnL=LUQ}+2PuH*0kAZx2Zqp}U2P24 zg5RI6=eAER3s0=mSy--`LTG(T7UCbj_Mkb%NgKm)qebY~(Z5C}2L1(_FPsAQeUYzG zZlp%fg?*?|T+;wbm~ulaCs0Wa?p#si>lF1tGluE4Z46nhR`e}=m zOJkHva-V*_zI4F07?IsR)#*A*B3=SmzhlBMZHrmXgt6o3gTqXe`g=dpew1FwHgdwF zQ_}4OK0%WiYILos7x`T{imgOQ-uk^(HlgFS?Oi-nBDTZlb2Cz|>Z7LoZ%XKp$lE6% z^w4!nXZD>Ok8dO=FjBr%+C^z_mqv?0R@AE?DSIJ0bjxE>gSfzglG^~m9ZYiGDoZti zC);g@YgVrI6<2osPVhWnd=rmeF(~w8sLRwTEr9k~c!QQyL^8y>aDMi`rN+c^PtBpH zl!s!aIMUH3Z#=Sfg?Pce-&92vK>P{VNv|~~e$J({T+#Jy{1bEOB^h90a{SGr3`Tjc z@a~X3tHX488XQ9G2Y?M((~|P>;z!IR)0N~T19ec=InR=AdQ&7?c^H+MfcNyuA<#1y ze<`KN4%V`UZ7Q1cT}da1K42EbeN*^8q&S~J$Bc}PnK2<-i@BEW?m*D2HphKP?WgBqZHMn z`!&X=;AAQH!X8!bXFQ*&rF<5Tyd>ypP^m^gvhX}+PzrbN<&vgYH!j|!$lZ6sA$wy# zM)398HzcewV@f)Sl35kn?88sTt-l_&>+6U8Bqhqb2e>{jt48w#1|E}SFg`@L4S0&| zYc3T}nhG{kCz#;!d9Ks*uzP-_pFmt+;Jxu6+4>&~WaHW`nTc^qbPd z@~KIT5n0NxTfD&!*cT9FijI_p6hK;*;nD-wSm-56XoTfC8g$#N2={{1?>=8I&K&ri zw{P0O(*)~gn5r6zczml4$ibpkpq`ky)mFP3Bc-g}H?}a{kYuk@^PF;%BG6m<;Mewn zumM%{a-*4YHxoAe%zEU3>aUl}&S;-)#S}eGW&4rgGkAhrG%o`vvci9&7k0~(!wDoU z-$BF)i-16}U~2^_fKYG&xC`sx3r!?ViwHUp<{{<;FLt%|>gd}^`uZT6RiDk1HYXtp9R`220++QA zamx$ny>Gf?Y-R1sa-;PRO2^Ndv)4Wr6uwi2#}^aGtOTQj;-XvTCbbu&D~ne~1mzZ1 z^=|Zn6t%eK+L|b_lo5;KXSqz5_G}HF_5XDS+lL@E-rU0*qcwmX;gL-|qQ&~+8V+z? z+ng!g_4@Nrh{wRLy8CPigP1!lr~!rv^yvN~NHbN71V6B9O!MEWd7(_T@-kQ@gYL>J zUWE2i|3(Q$zAOm9YLUe=i(8J;O*MNujH#F2hhWkrs~9YAdb^Djfexf!0utPC`;N>o zlMlr{*bqvIZTzhlgs}i4aF$-^R^R${=gmTo>Jj4C{9&xOj8ngAP)`d*8!oTcs{OSa zx19SNPIJgKVW$-to|UD1WcWD|O7OYuO(0r%h#QKzB?9(A&aIZ74f9y-#|lf;&$r^PZjDwuuj;sc0QxQK zsXZy^*3z+F1_7UsjB4fr*{_2#*>OZ*%dfJaP*?1}Byv&~*@6TL;h01U73tP)um~)e z9KS2wRkL2zyj;J8sgutpbwfBvDS}9G>KTqef|u)#X84d&DU(#ptiKg3O78G3K3Fo! zg@(iw7?EG^QzDM=8YEquov{h`-u#A#HMPXxxmnZHF%F<5-P7oR=(qwhhk|wS7&b`m1@DN}+Zu4-TyEzA|YV&D4 z*}s2ccL>D$I3Jr54I229fj~3qeVD)uic~;-K|l{8zj?{5qlYJVF7;B9$6$~*CX^WO z)%aYs{B09xJAp&5cHRSMAW5V zT^==j@ir3<7Y=_+OA5|aw9kx}ssj0RaP8N&AxfYK#+v{zBl4?&ZMEZ zLh2v?{;o@)ItSEAI`gBU8?zLutZu-;0Jbacuc)~$UVZk4U$MFqLU(`2^nqkyo#!dZ zHXj6y&%C*E?xbR+V6!yb5xffwUsbu(P*#c%oSQa9=a?w-6Ly1Op7X2AQ@6R*!m1)D z!|H^F%*2@}Bk-*6032{)PcIO>21{M9j=t3nCMA##QB^RHpvj-y`*<$^WD;~1R!&y7 zvhL%TVTA}+o)JEzo;$5^{;wP|`~%Y)J2yqq+;%aceUqB^7XQ>Bw`>N&BOn#>FPRpI z1rgt(Lflneh~7iC_+GeACgr{lTqiAR1B(nIHGiiiWi?2UVltD#iiEBoUv=zbf7G4* z^BQbQ501e8>T517Nmy)4+I;KOfvapV$WfGUP2eK(+c(dH<~ktX@#%H3p;K+c3k#Nh zuqs?=PY>0d7R7G>d!Xk&Bi`&#>Vn(mObxx4MhiUSAW9FeLs73P4 zLBjhl=uCDF0|7rzJ}53JlBo=n8XDa^D|rxr5(hu?N^hitWaybWk0)6CDZ;s~^?%Fg zdqM$81!Wz^K-2XPb=gw_J6OBB(5)o%DMu_X2v%bL@FH&RusE=;E?>)bH#-WPBtpCUHrEoOqXpC=XXPPBGVYsUI9HU zj{D^wEgTY-^q*_ToJ?g`_34mn0N8#_OR0A?*(!6hWEr$zmX-X&|60l6e0Q z<_#KBAQr_+(75@!`}yU|E}K9XXl}dU*bw^`BjGD&H@wI-eJbRt>WnAVf&NBF%b$Qo zq`q8%f=lPx?#^<9KsTna~N>U6v6;S%`=m zO5d6F_`ppP4fu&8YKiYgYI@fA3b-4%7O`%nmpALj_Mrr&)10hPi&+WzK;E7@f6Zwe z3a1#=o?>@D?!H)qhAd$?{8}m*E-LAN^H?kvJQ>CkrvPW2j&CuMiXsvZ!*})ELpfG| z@4o*R_K@g~R^qY4PMq2Wm#ZCPfWR#n4m5|pW`hDGxS=dF2tw$oa{t?W=#^!5Pl+G8vnRSTD7n{VSRj|^F|9I88`Fb3F~@_ z*;A|bc!Hopv7II_7!A>)tTN8)W~lY=+#_~(RT!W=aowwFuU+7GfhcLcfPJ7Y%STvi zqv6n-l(BJ+EeK+!ma6$Cf&4@;wTYm*phtU!flME+g<0kwhizJ*PM04BO@=_hc$kjg2t%n**AO8A*PLPQK9xnRr)sm3U>Ph z?J_fUS+gBu(bfipfpOJsqLL1d!b7PM&(FMg&mVyGsMsGE}H< z8!3n|c(O%DPSteQ@UbTrV~wtFt6QX>tDFL0Z!TeMe;B``s&h{7h3`KH>X)%@s&zxX zQ@fea(8coIvYgImW2F!^A6!b>|MZhX-ZzshF$q9&Z;e9jm1jA&3kRa77&=k=Zcw&{ z%>LhWrgUt-T_M=YUy5;VjzV_!1)fDCY$(aRsm(L4hI-A;z+>oO2mC>O?+hN;z?A=y&A=hPVTl9!qW6?}nY=HUGub19*XpT8@|HY$|}3{vpUCQWB?& z#@>A^HTyG0mIwQ>_ZWH*Kjmo&`UFJas=T$}J2bz0^^-0oGkFwrHJwxi+@yYTU@G>m zS<3YwfYH;I#v4C07Y*@*Gd>#;p!3`o%d>bgz%4wi9+;1H?tKTcNVM7L1|}ptarQrP z8;qm#gx&*vC^zj`Nb=Iyr5001gi-=#&p#~A`t*dduU%$ZMCjD-w`08u+*>=kHK zlI6C?{P<~4e@70&gPCoqy$M=(k5LeS97cMhOi`vLLma40-3_&PXSq zq4r$(UDFe4#ojy6EveYkql9ERbkNPY8rbNX^?__B&{Wt~I)Am6Sm0350f%J@$I!uR z`K{UJd`R}S_|CAe!f?~7rd48DOs3qti|Alw>-%fq^c!L?a?X0^a!lbr^yq0gq>%V! zLlP>m2@+tsLljbRYYR*a7(FSjHP>;?4%THTedz{J(1!UKDb!-1+88rC#1@M>#M%S; ziy}Ce^jHC}Q>iEssHGt+{ESkdWDE3bZz}pD{ZhO0m8s@y#{Yr*-z1w@5NkW=AJ zy^uDca}^SuxBW?3w5dp%?e#rOCp7130Ha_GU@nOv(5wQLaeaBUzg`9rZflx>P1A(L zg6@0*l@UI)-5rv>7(@F!0YSsni4vN>HkaOIhdve`m>)W^QJJ6f>mi)#GXn7`^HjFv zAuh{5GkFSh^_M^In_iB1t^eY=-UKDW`{?S@ioc9u86L6h^rAv<;9l=qjg)NVArOzv z#ZJNJG@l4W=(1_yPIb7ke2cKjP7OK$=xqp);`AY{Z3wqMmd@2XV+_w<->$X5+GUD4?$xx9@VxqCvvf60d%k zJ4y2yDwqN8-0{208$nt^4?rzh)bmQSJ!rb4W~qvDj~&VZkZIhmj|V}3K3to1LL^xF zO2{$8NoD(u9p?6j83FZcL;(fKeY*FiEe-MwI=J8&_x5zq3+EOM1k$ZS&@#Dzx)l|l z;#vT`9xuiSmWy;A8b?#K|JBA?t-rhglO~AC6N}t$3?uO5@HdTkfCGA@0jlt)Nc}Hi z#aW+U9SG{+R>7u$4w4j%u7K!#{)jD0Nk~Y@fA|bUZx!r(gV5&!nlmhD|0+cio=|zs z|I$i!ziy99a#6z>Sn=z6UNk-~A+e*l3Kghf(4O5^Uba?U!(d`H;)z_ zAGd0`pe$IS5XZD5?E5wR-=AKW8BBmVj|EnLVBm+WfPP-z8+0eqWgB19pws}>ZocrX z+A!}R;pWqb_ZBVbfY#L`S0Dt?l*trXt5UV-O-eIiyS3EV-GV1cwZknCC5gfA^;@O6S(cgVM&`>oT5;X{Zbt;OM;zq?^XSk z#lLkQh2k661&7zVTl<4$9)w(WhnU3idB-xHnte~M)$HG}fFT@IMlap>Jxv=F$LQ$7)0zoic0MO>MUDu~m#)PJc$fnl_q zYhPtqyc2>lhj=pKq69Z^QS*S_?vwfp3X{g&Tku1)t?ArL6Mv~ z?t)uC@REG6+j<$yM)bB9&SyCJ@e8IqnX3QS7AX`r`oNgV01_eVM}TQ)zNYq-ONoGj zq@Q2+O`%!yWbyYS`lmo^n6%=%5yuU|3KN{sP?YNYZm~|i!`^GtSC8fEp?BDv%>gXNf0>oF(EEhqo9z@X|@-WZBD}90&QTuO%fe`m7pGDt-2Wy z4Wd$W{`p+ny`3wK{%SEhAp*93VTP3A16lUoPp6aaTXRoo^_rELt~+f>2DIMpQ`*2|m)tAfoVZ2c#x+(<*pns{_OhrvmP zPZwSHUvn+OIr(AR0nNvM(z}2ES{*M^0^QcAW%k1Ym4U`3!X2|J1r@|Bqw!2vR`Wg7 zvk}ZxtZBK+BJg{mN4)KUb0aX$w**1&-9$cz8^`6)E!esYDr1kM)1KaPgasV^=H7*S z9EQViDCkEd&$~`TL{aRm@eBE&hw%ZXbdbKN+VNlQ)P>kpZr>J?C!#0*LTDDcIQcN7 zkPSkz*(H7@)b(ly19?L*$#Th?vYO?sFuQ)Iq-F?-!!WQ~)xS`0E9#T)hL2QBkos$B z(|ncxb46LUzBh;a8#LxGc*2(Pd3|)qLPP=1$%*{|7$XjoLJNdqQ5O&RAG_Fp_FFe_ zQND`|(DI&0N44Fi9B*h*_|7>HVa4y?<-7LoiEllJrviv-1y?@f>mLt_ANdhEecBPp zb4Xra?Y81WEBYjmgx9D`)Q+x0^cT<7`|5fo8eaB$D2TQ1ABK!btv^Xv-u%iD{3lij8E_pYnSj=B2n<*t#r~2&$Z047LuVi}O=N zQs^ci1!hj|eksj8bx-=ENPCov%5Qr8DYg3b`avP0>}s%TaY5nf{rKYd&iNc5%KEO? zJ&1z&Sjh!(=Xz0^vQp@@wh}&9>B!48rmJ@HTR35~@=Z4QIfCwynFh}<(LqL1h@NHop0d|w;eeWR z`ognq=9mmE;caMaG=Lx|zXqj@Aj_t(uu!|6`G*#NH(B&Mr+d0qd+wq!Ea478q{Qgt zBVqJlZDFFVrc+uS)>b7wK2O>$6p0nMgv0@PeLSZK-9eUnp`k1l5x|EiCN zth^iwmGB{>-LMdn{F?`;killtJ|U?OjT?(aLd-Ruzm~!C)20KNH7&c4Sa6U5C+x5; zuczo#aXC}ep-2zqiO^k_M4rgA{!FGFS~!B4JD!k!S{YX?At?F~xU5_$sAFF~el%+2 zjOQUz+6r;a{Zzw>^u|M>8mK(b`NL~RgFoXp%PK`)(~?4~wprZme%%~vGi5V#I~*X34OUV_%E-xda+GmfkLcJj)i5_j zL{4wU+WuT~IgS5LPwIQEiX#4Nk~t*I0HIuJV&B0%WU+GY(>(H?bBNrU*G-oJjN&q<%ct5X27E-oGvVB_O%mjY+kwjNQm9DQVw<3eHD4O{KcaV?IKpeS z)@v}p3SktC6fheDk?n^}FVH629|mjfZ#!{gTJ%iuJqOP|osn?TkHkwyZtANnWB2Z=6F&hd2IlqrGgM#S3+5dp3h& z+mMZ0_A9JKmzM^8-xcu3w+lfZ`Ki}Hi+4E~;8M4uS~)K78V))2cSpqisnf8UlbQjr z5Zz9CgcFvy+49AO@k-SY=rnxe972e^H`CFoH&{@8oThVQXhRdcnIAWKPzQo(%R0h1 z;8=Un@O5M?71~hbqGZ{^F_kwQixdqy84j+0bZ<$u`opbpC#Do*#bp|-e6*1S&6{%IR%Nn=ip-@OYQL12K zq~;Afvfld*C4BNYTc#SZ$!YKbbcHN~qEz%;I_k#b;rn&NAEu9kUzuBbB+l_lW6arF zm4KW47ge_kPPG-Wkk;>jlX#EP$;-7mMvZ&zegmr)JgY_-5_IB>I8uk;e1iv>4Ju6o z{JH(<%FBN*kp&AHYn+48Z@)8m^mk_jtdqoXQ)Hz~6G5FVCW4AK{>_)`e3bSQt&l<+ zFP*ET1ehlw%S_&KaCSzgcn2g*d{{JkZLt_XdQl@ez4OT;nr#0+SF`>JhmCUCs2rjf zn`L`l0o#1Em-7QS93g&}@p{%yVm%`5U6n&?)(_|8zzik&4!TwF8bl6l#@Uam z-+Y1g3a(RyMNbHW{&ol;xSPZ(bCmydl=^Kn;1;uicaKA47~S6&nb;a`kh&2y>TyY1 z7J08{QdTo5YNsOfZ&DV;_&@o7skLJ!@qOuoYNEC;eXzWy0;aFa>d&Pcgo0&L8BoJq z4Q0KCa;coYChWP1-o>JU69WOLF9%YaoI--?7&kUOl3pEGcXvHlHqDvlcaYJ|HD^gFxC8t;CbP==Zyb$Y$`2n^Vyx$WC zsO)0t^8OkJlhgVUZ*1of_G{9Wa?C2SRuq!p~c)KUTbDn!cQV)nFs|M6J!2S^$380|L5>& zgiQ0 zg@tCJAZ{+sDKi)szK1c0=RdD#{t-u@YV`9Bh-pAFV5W+M9c-2g;1l0WByZI0h`KlW zcj)Wi#fu=3cE8Zwe9PSlc|P@&DuzfHb*zNvy7&G02_y1b*@xG6Zaj85z*7Vpv5V!R ztXq8x#3U-zzY{RhUqr6w^sLRyMx1zjL8wvtCD?v%$UImyg`vFVe1yK5ktD|y_df6_ zY`#fhW92xv`?Tm{DAxu(7-xA8aa}0_`L?sE`Ca+y`e^@O@c|d~@(>Z+}`@^~$m&L<}dc4f#mHWFvNgx%jQtLoYXWO;< zkJj~DE7}KGTP^!;EaV4goAM#49|uV^fPehjRgbzJ5!fVeQtavvlhm_p7nWoCRFHNj zgd!W@cVFQIS+EdI|FkVrm$(IBrRS%vj!@WJVJunN0i;it8R^Mk4dyC;lzh*RA)Q>= z``<5yz$P!jZ%WT@v+^rbwe!y_S8@-C4oJ4kvY<*Ubt7>+Eo?wDY!ma6M3dw%*h)3z z7y8fa&*I)Xa@g)fK%kw(9Y3LD2xWItMhV{s^dt2_Gw-(;`c?Z~;>XIK7Mld4qQ>tJ zgG|&_k-D=^kr$`LgZ&a26@ok$_pc04ktE!})A`^^`)@?ta{%;JmXk4&FC^Y^C4LOa zH@!N0;X`lFbjjdM*{79-DT4U;f^k{KnNJLs-C;9M19(&h8C?Nv;6foB*v~OLbN+F0 z&Do`jnKIVZg()(Z>L=6F8PTFKuTosjDG^>z;K{G@wX=bsZC;7uE(WRgl(>OF?TsWa zu?;Z#*|BwL`I}^{&rR=!!aoKMvT54E<=V>-@_&*KK#OQV3B1OJtP3qpi_a{tf{?#1 zH2K*joH5t4TO+li6JFZ_-0NdIPly}4#8fQJ8CuF^sCV?ss_CUFrY5p#Jhnx?Zg=q z#ZTv=&(;2(9@&BU%0iOFvrcRf`&P~v@0RY9ODPP$??^W!Ny#~ULH5DM=8xToR1Gfq zGIusMC7)SE-{JMrKoIA02Nks&8csDdW=mzp)y1;_g#Bzo*hbIyvp6KNWgNRMzR*8~ z9`2Sny8=O7W^h_tm1V@a9|)HYh#*!so?kcE2j)1RMaEXDMVPEdOk~pd?8i0fBiqNRl!u{$% zgaTR9cGy6jE}_>JnmvBs-&T6=Mu}yRx4&1(I_~UipM|}36URCOsfI%0rxx1zLsB2I zA`JWW*gLvx?e(lk)kKruwNQAWkl;9N#y{sto9ODQ5{M6RKl^{svxGsL+5uj`5x zimYXC=Vs*wfigfEsU!o5XGso5{*4?X@~v0jy7s>9x4_HXNT9 z{><7*MZV))LMdD|xJ8950J~x)!1ZY2X%T0Am`rmA+9r2B-Gefw561UjoK%UYc=GeU zb1@s#dR9}Ow*pKDumHv1O=Gai4X{|2Qto-E8eYGwwD{>SF&6(Qs($^FXqB&Wje|z8 z7Eq!)8cJy3#;dusnc)DOHBL*6DG)5 z*IS@j&gNlj7ct>$K-JDkBLdiK?iksWbr0_@mLNS5-6itz`io6m(CIqqx1XR>jKDGC zrLY@WloI>6L$ZY{JG1t1&kGSwDFAW#H#4uJ7h0ZaR4a_1fS6nmUEEU?k>ofvaPuRQ zHD>SWnmOgTQC8Eyf;gIwr9O-8z6ck7XJq*pdI_kQW^|WQ~praM>rGfYvW#sp) zAX(rnh;r<2ietoXen@Os@%|{nZJ{&?8r$bw`4L@jD`;S9jFJ@Tz#U{4^Un))p)> zR@7nNrKgkU9^dT(YLOd>7WtGsx#o4+`*alu$5FRz@Xs@Bb{Z)@r$#a${2*k4P6`+%N8D_Zg0xdT{0^(6o0+nY@sGq>3Rwnpyt0 z6xz%C_763BVkvZ(8RU7f+PnlHw<6Pu$L&NMS7L-YH69?oXoZ@zcOnO?{1s5I970W;VJ`Q0x9l(HY7i2-lp(KV3*BX`po@Hxwd}sb1 zq&{U`686k+fE>0keE|`6j=wsOetm}V>;gk6A}u&qK8VwEjYX61CMu=a4~sg#(*?Vv zW)6-d!D(`c3bJy?^|v5&eoYYFnmGh~b#?vORpLP`)=Nwo%;~}Ge@f_AMfw*10vAkv z7*=04QP6b}CCvJlU!W)RUVJcHbIeNDUd1t@F&c&l=Z>;=b=H0u0sGgm4Cj9VT(fPe zR8eiX$=VM4^-naWXn47m4yE5M5#h&5`IbKfG9s}SoIRzt5&Brz|BwkXq7vX)?zUQI z9+D<*ZLD4@?|IbdzP=J2I&AQsC6ws6aeq~+!5&h6Kv6g^DP!>o3+T$yvt!>J9F#lt z*gOq)LeTT$g1`|u79;f|UX@JO3~J<-NsCegT}2dsK7^6?U}u{5d~~~vUusjm=yCjdS(u|5 zHL}C@1XzU?=7Zb)cveCR(;SGSSyKBEV`Mf3$`qGKExYs0^XJ?#u6X? zOH#*VG%RI^R$kT-bVJewEgCv%cmn5m#5SprElf^;c~a~+=SZ35XW>xuVX>;&Z#}x3 z!O?O(i){<|N8L}+e4XMG*@x;sPAyxXf1%Ck zf8_p(c)u`!fugtwp>H@Cbnj=RvW%J`_^Le4ow|V!$FtY~IY#89|2YaWXsN28Z;@4CHrnLWEo@ZGx%M7 zzQ5N$Jsz2P&3(P@z2~0uJkRqy(pMSYINab5@R|s#a8rRK6MBS5D!wl?z?zrogP`kg zfRiKbW*zjCW%4PnfTtDp_BZSQ??lXf&H0V3`+Xh&!XP4%{_LkyLkU0@hKKZT&{TDr z6sVA4c9pMe|9jWx^XpSHlaLCkNzD(lc!Se{RoMpykbkV^OC=3h4>uHEjBYkjbc)on zMt>E7{<h(5UZWRT64pyMm zDr#lFk;!Kr8}7^W&kO29)F74I<1#7odh-nP$UC=adXmp=>KP|r-Tn|$jpkt<4S$s(A-Fm zu-@#iKI4_g0lJ(lrn&$+z#pNq$MdHUG<<{k_ScLRV2={n*&y)`fF0Dv0*qC`{s`nF zORmiNWG>CT0JsBAdTb6GhubIr7tbWz78iOC1GW>$E-YLBaD>-ue7gsZhdbMrH2>$p z0R0Un1Q%F!?O>4^0c3|iz7>lW=(<6F3#^W8!y9A?eC^R1jUWcFExFD6g~HV>3977&p*<9kFN$nB1y@L!g^xsrDdbxf!wu%pMd%zDZl_FTos>f zAMukq2~!bREj%BUWfL1v(FW)XQdTXj`~UM5m&Yb35462|T4jg9;p6{BR*q>)U-jKt zNL?4ai@TQftrnB0$_z@7bv%Rq03D_*(GFDVCC$p3cYyP~?f`{XdBwBAM7I})Tp_?g0MCAlc?qPo;=e#%@kS{L4n>>f-jn}@ z@krzu?kA|fGz>034$mE6uynB~ASxz(IjwU(O)l}%#NRk2*zcpg@Rjy7lN)&1?p^H! zt@UCzd1AUq-w>fm!@@g2pnw_VBv#*NX+or zqI*3D1f*-(-Na93M@J;2`&^!FqnMsV!1`(dTfp{>`S4gw+6A;4sW-ls9^#HC#0F6U zg?ae&0qE`mi86_#30Y8)zTsP`0w)(&RXI;MpLw;!V!5!nEOM;Z295}!jGTKSpuD#b ztObAxOp!jn8$5gbf0>#%8`Kdgta!gc_X(NVq!E5;tPb;TTFyg0J)FykfDy5@;gI>f zegIruV0yuY`P+Q!55kCa@^89Kil?e1l~^n=rcu2FWW(V|dM5e6`Hu4DL)EgS`E~u7 z)v4lgpp*WX1N`#ueF}bvzw2(oT~g8cPB~??0=@IT9-rWz^~z!nyaI ztPSaj^Z@KSeMjOSV_-&C-pS8a@KfHR{H-6A*ev@%Z0%#6n(s3u9<>p!hQp8~1TP{Q zFmL}c{{W5jmL~cQMu}MtL*v6@pn#pCT|PLfAsD-3%Q^GV!x)9Ivp4nYjxJbRC=Mft zs-U?n7#$$ZJe+)ThcfDoN1YfZ_`_(rlJe2 z9Q_0CO;PSVItZ}5EdI?UG+T<+t>5>jXHl$*m`C@b21m+f+>VvzK?|Dow4CHA#K9`} z`VKkJ%1FL{D@1#LM87Qt`JHDRebTKMKXn!p%Z$I4&L?KF)|Z`5?lBp>vI5pgap4 z0I*f3O`0!TJv3sy1%?C?1!%3}nq>uVmDa~rYOS~?qUXESJvZ+~hpB(`^in{NlcT5q z6{WT4z%7Ocp6a_y8e?2i5lhmOn}HwALUYgc%6MnLJ1+A>Y##M6?1|0Cp+x;vr?x^& zeE{%hB*Oq136N%#*$jyGC??h-rr<3-vuXNL0o`wx^caPP@wgR0^pF+ zt2*$L|4oZJ|JSb7dzyF^uCw4JLB#;>)9yEBYC~#lRkoyffqlXHmF4CCo!4LNo4d@# zxHWb1T=yIHt3c~5=no(w@;e9l7uEoi2VdK``lxo3_AgZ&!otqpGJV!u;co1ep) z_aGk(i_6FK?)9&}EGJbZ9xrO|N$0WcV@JS|2olQdCQKrYH48D6|AAW@)hKCi_HI5D zC0PXI4G!$y2WgUgIq)HKvniQMq{Xe2P_t|>Dc31*XFhi#)ecg+E#%9fS&k*kQ{3oD zWGpL)YmIqR9!v_C(84dz7p2wl5DRAbE0;YPLO#35?M`EW7b_3S0Yk6MXPU+KG6}PS z<7V;_MS*w4tX8%-TqvvH!(VRKj_TPN{r;JUO$mYBy{Pj#5nv~3gY^6HV8>tYT;s}R z0F-H)$dLVE=4=fVCkwnoiyF>w2>X01qB<~Q!O2#fXYf?DwgMcOq(Adlw<>qTGRuI+ zuxJcp>vr&yQgU)vcv(9s#7e?OogD1QSl~dKBEiB+zxuDI- zpfja1hXwPOUqjcr_7k;^tR3+ z%5;~DmoK71dfNOjqW~sgPcZJDYi?qMUV*T3wD4D?{=gS zqpxbv>7x8Y#c8QKOUN-pdwX0)AsZ8!US1tA&vg|xA%zy+G#KD6e)#A8LlZJJeb=SP zn-BkYEJIJOZoE^+z>Q$z#+3IYIR=`Tel1~~qR9XL4poX?y|eUH(O3LVglz7}AZUje z1%^^S9A#}r*?|{m0A36FVPe2rte7pfpn9~*7<$;qAQ-^S{E;hR+E4UqnCer2F4lrs zMnyfc;;IW~A^kH|I;E(FxdX$GaWa%U53g=YOi^8wFAld*Qd9Eu%{t(+y#v(Gr9tzZ zI-zy@idN?Bx?C<`8HHJUL#{RR+#s5z?grG0F%~~_@Xm1&nX%{b$W0b;&n3TIj&22I z!Qil1cqiy4ngRoEMWvfBI@LtB5sJOrRuL7QmW+3F9{iz ziBp0MupbX@kGgSd2|SCaM1ei|hU&j0HR~lpRNREFg5c_Bgbl4+P@7JZ+Ap`0Kl<70o04;G+3vOo2 z_PeL^M9_=&IQf(2;Bpi$Lj;x&!esSJf2p9^2Yly6FOoDz*}aujYLgj^g@{pw29ynN zh7LBH*dii24PetFh(ETP`giR@Mg{wX^w0f!5go&qlms6PN=dyX2kiSZMw;0N*M@J~ z-)s5m@d{P@t@3Js9jv4B)%TyCpE>EC&V3J8v5nHw#EDsd*-S5evrYl+0blsZ=|P-Q zhc5`;{UGgdED};in@?xQ+W`w0v$BfUI?1Bf7TjYoh2Ea-OFhS$G8>;sb{dgnGB9IOXvh7j8C zxZ-f8I3gVysNS7nfci2@zkAou#1kKO1E@4*ekBNfRoav`OX(kK-}=k}UZ)F3jkoS% z1Q0K=tD|oQ1K*B=_^U!g52~utG-r*xz7AZg0-Nlx;WH=r%5EoBP1bI6>G|`Ct=ea!blgm zbKHVIVuTF9>7GOP4Bs_t_6WF}41E+v)8m2SKp4=-ZU4DaC^X^6d7G;@fEf0~wr1%flI z;wA`t)c@=0%oMwlDFa(0d_7dFHD~Yput1U?P*iOh-uy9jw3HZSsRiQYU=W*{T_yrV zNGeXeQyCN3x#s?6y*lKDNp)g##*Yh(2>ERN)}#|$V#VW-Zkz+BMiwFfHVYgYa8+Cq zNaMUMsYd@I6S7`?L@W*m>1d$EB9+Ve$h`@nm^YCMRrD&;f`AWPZ9}RLZwu7yX3M}* z{0Y17Vz~!>Tjhetnzcv8(LL7_^Ba8Syb|^lA(9Sw2yIZN3xAUvmBArnEqRFVkb#A+ zI%^htNsA*SFoFD&a|%4zPm+ICyoay2eU!|Gx{woPcf4Ca5uMhrK?%Uw*o^DE2FgLY zx~*+D1>t7u47oOM*S%fZg+;3+*4kNjF&KrHLM!kI^wSrx$RL&6--GE+oBP!8@6Moz zm$u&rcs_kKtZ~mQB0tp$?EjWY*kPD)37Y{83M8!->nj-Cbr|p8DjOj&Uo1mSWUKO> z#j2m~R@<{x0Bvb7d7Wdx^n-zjC!;b9Eibh~t`EzQd`5_m#XgsLncN&Lj^`ZSEwi2s zs9O_8=}fKh{sT!W(jHv|g6e->Rj*5VBepZCh}(BYA@4^47%ATg^5jcvBPDz5B>YAo zBRL)C{-$;k@n=h8$3RP5UBO3oB0Ka1qylGwtOIZc%iHIBn&gkJ)7Z3@F=Co-Nt-cI zPd`Q6?3Mog&l z3~a$2Yc_Xq>YXi>*(y$McMtan4@URV+!eLFZ^D>yP142jN7v*HB3>B=s&&Gu0mkww zUK_3_XLi;q2t3Mhys zf-kMrKCo3Vf*;JSq2-GU(nJoT|s!a{mV;H9ydBe+o8K=dQOZx}Ti}D7^y^F-_pdP4KUqtVBi2)%uq>vBUumUDhH)pWjRy z*F0>5NxVKol{J@@H{H+nx^gDRqftkVp~(!7j#aDGCTb6|gE0+xZ|7U|_vS()Uasy+ zA=qX_rmy$0g5inV!MIR^DQ;DgV3m}d?J95!?^xpWJ70(T5J4Rkp(w?z$@ob%@@U`1 z=2t{DW~#;S822;O<|X_0i!?>y1XB$?Fvm5&2PCD;CZcW`SJz`K#1~=*a1gjPVcaWvK z@#(gkBcE(uGD`qzy)vB@5hhMeck&tRcDp7^KGk|mE1y29y9afCB)G0BBDD35FN50A zxX!lFRQawH#1D*M$_1tXXW0#}Q@?anh&6*zps^%*!jSd&esa%!Ext>tv?j4XOnj8R zODhKRl)|6(CbA)e1pirm?1QINZMV~lx=l{;bM?E<`I1+bPbst&S~Qn2wnb;U8k;b? zHbhm{qw6fkd4=nKds0vLFuwOJ_Z$Of`fI(Q&>Z8I4$S53YF0zbIU-nB*OeaGK2!!BNr`Mrp-3FX2|_wdfunQ9NROl!W<7|P`##PU`X(9cS$j64tlktBwLMM5PpxO!QNQzY@jzyAeUjqN6J%7%u? zJTI8QKtGl&jXpCFijJs27Zwm0>sgNeIBy2%v9E@5HN4#@p1eo{jH!fsZ-Ua zAXH~FY4cP=XI^Tqnez95%G(8?EelFv}UM|{@HCH4!Q58ptct?|L4T7h#T zQnc@Agv!1Om3xU>a;)rmcumkMcB^?mN(pQAZr%=q@$1i!PoM3h0<&nM@n|#V>`f4J zRlk2j7J?I>_?ddyZT8Z8M>OKsNM{}owyp;|V2VXv za|a$M4w#;lUCRZ_YFi4R95TeBeQwJqor&qvlYjZl<5Zw@4Xr^;vEC?4w%=MkS=dC0bj61O6 ze0=oSw4Vk_$Zu2Nt$+2;L3t>^x%28X)X&nTXKMt$gHn*Bv5CKZVJ_gUKV$6;&exR( zicKzA6UlQEegw_%$?U+D;Od>Fh;-c~cmGRvIOlFAiiS+xIs}S#A;IXapLRzXg=c?p+kPi6nj02+r zZvuhOaU`XNqL2Aej9_>_0nvZ8*v%}0cN7k#%O-t)Gi1mY-0#UgyY&6{?-liFpXvs{MUh?GC|dt@QX>|@ zxzXfxvfi4{p9vi@C9PN3gd{dW%h3SZFr*=2>Iaiid8`2eYC^yQi-{TES{@c+eLD|b zD)F*EQf(;2j>%!C_ISxWt=G>JifjiG2N)hVEe6ae!Wo-?Q?|plH5q0}@LD zJd|(@Qu*-RY>>^YrVDWDM2#8?)uZec3AKKxC}6thih>La-qn||BktYpo=xH-nwWn2}0n!4+I3YKP6GN z)6YSk_Dg7}$#&;w_kr(i?~r&_>WW@OrtXrq3h~pu;|q|AUa~7n{?x1Z( zGB2Bzf8jen$uX_(-5o_te^CyY{!lBJ{6?B_fToeDW>9M0BSnWYADq3qIT8%K=~++% zYm{v9V&}(+u`rNYx%Srvc5Z^)i?0)_IC@r&rn0c`9^?W5lnu5I9TxnZ>6cQ3f!}mr zYUvJ2V%}~!Q%-*J=CkcO4XJ1btMe!oC;;s57jGB9XPhM7lv_DH=1d}p8P&hQFfK=Z z0X_aez2r9j;NU-DK%7Dr0wsO28Iq!;va7FfchP%^#|}2#cm{QMu;f)V@Fzjvg*L&s zFSI{)JOYK;#inyX549REWRfr6khduyF9vDc`so0?+LuQIXAI}@#@(|3Q+4{YP_oGb ze;C6a1(y~8KrfxFPL#AM!f{tPqIBp645E3Gz1Q0ggk3>wtUAhx){eXNK1`GK+ z`F0j`#bPYxERm>3t%D!7>;2DYasp^b6`di$dc>(Gm{|!1-x+YOtX?g}&uIb=>XW02 z{JK5kM}oSj$l$%srvgW9iTuCLZ-=J{AKFyd{&x(X$Lra-m}H~54i?s~Ao_O^Xx`XFN3A?D?TXA0rTXGmO-i}~B@nxa__Rpen znW*WcwNX%`8$1z8fnOD#XFOXTf=`EM^iT6ketPKZ%Az8HMaKUmka>YU<7CRnU8(rT75r7X~}EPv#Gw>LUQzqb~JTBma8-^Pku%M_*V|ZUB{M$M% z%$M_|4`b6Ll4DMbIc9x|UU=bg;ve0zU ztN`wBn{;cwKJei?8Lh2X<@tQS-ml-YvlT8titl0YOk<`;5AKm{NPfR^J2hW`f*Bx# zdGB6W&NMVBC`-1``(7sdEmJg1of_OWYvM&WUEB!)8G$$sBc^KIY(M=x{GMnEWR_BL zUi}Urcw|vQF6Tbjzs9FkZ?-P2hjG|EaXTe{ZLj;OiyX8}2y=?cKClRYDsG+merjHI zetFZhUE~1$sxU<-dxH6_xF%*%Sr_!~Xw?*Wl{z$TX;cfdW@NVS=0yU$CSj)#?}lu! zah2KfH2d0)+5Yhv1NN?cJjdX~3$MYEfKz|n`05Wg=e4H~Xi`JWbpGsf1dr9?5;i$t z@)AxYz`X)`*OLVxOf^+GxTnA)DSlHmWc^%X)UoqP#|V+xBg+H8`8-mN7Ic4xJ=8ul z%4q2X&(ta;Yl3ddpuLm}bJA}=XlD={Iw9Q+VdzF(d_;c}4!DUKyi#LYJ(<^x7DsCV zLt`(LbH`^H=9LNte9xqE_od)E(Sty+7XD3R za_8D^qogMfk1*rbHv<^^u!blTCeLsCL(vG?sc=M_l{TZ`Ov|oOt2M`Gp7@i`Rk8D^ zT{_P050ucQR(7W$F4rjAYm8gzp1*5WSJvmYLMaHp@v9`CU<;2GDN91-8FdxwPPL^A zj9J()*erk#Cku=(IMFn-o%m)v$C}0i2W7+8Btg)lSIF(R{PTiUyemREZCdrD!FC0k zx{;>&8EmeI+77W&Y~BLsvjCLP*{wfvr(Q6|MY(U|M_bW&e85Q8|fF}$KbGB71Q?P>zlZ+rm`{U zaMLW*o0&s}!+jSp3LnyB^1L6s9-c{TL{V`fhxO;j&9k}1KVcXHR6Nl0vQtc(YRQE1 zc*x5-?>{A=hz1zNnlk;HxfG7ND`ay+_H+1V9@7gYN^>2*tq#9CJ(oCaq=n!e*R6xC z1J8>`;cD3LM2-5`Szfe>M*Wq_E!UlF390o}-oOC8)HH%-f(VBbBgKPG8QT)q8|(lH zsYmU7v0Wvbn_qae$MY=i7D&$M$Hccdd@QxQcl)@b^1e)^drXyPF}L;&`-9ae_m=7@ zn<*YMAxN@L+Edvf8i@x*Gkjo_nZ=O~Vbl7R)K=5c;}umJYM0=OA2{^PS$z0P7>xZ-lDzFIprOP8K1apI zZ6iU~mtK5Hv&2JzW=}a}Z89c@ygXthtv8};Z-?gs$k;1IK~H!nqLzM^kfAxqCpWXF zRm+{=EryBZ{x{2?AMc09pxOqA{L`$Sc@eyDsZjJP_abQe!~j~&fTtggr__)Wi8fV@ zcraORZ5!!Ma#e~h0@ZQqs0U04h57uX3v&`tg77De&OPj$pLk1f$r*upHAK|JNXuFE zkMn;{R4Jas1yTlzWP`S4e*m)RRgeya2)5T!(NjNVUMp@baJpy6OPUnM!ZDYd=-`KrXIC6M~;lsLWuh37oWS)$CKsd(xJt;^>b%Vp>^ZG zI$Q)n#{=&fwrMKMC~%;3plEH%gS)51Z|65pj$8;D8r=$~$mc0F%wOV$*x^*r%a1V= z(ODN#-_y=IH!=b>Z}zt-bO}hD6=^Df23_R39yCiORhAG= zd4tm-W$ODNv#&~2$>8W;zgcD;*^42(t$H>Rn7Rf3vS}wDzoy)2US@|G=#@pfMP_mq zoERyy6#CETA2esd+V^xau1JLBc)t0lrTm8VXG@=VCaq)Eg(mj`n(UVL0iqi*he+&@VMy#N$Q-EVs3iRVIXg3nlHNauw1D)NXG z1L?7W(aRJHPUJZ~t^7YsI2}r=(5~@-FCd=W6T1F8i@H)Wf0HMMJYT5S9nhtqA9wAN zO0WWse+Nc_P~nWp7vB`mxz;N(K=6+(nAmeR9hIG!aK7D4lno$!2ydZvVCB|rd#j7h z&b(o{Q-;Y7owDU=VfRzl>9cEvR7FIUWBtIv3yS5g=r&$9H}SwbJTvJBrKL~M<@J|q zuJ_X59l6wQQ!cEG7o_Hrme@K*TCyIEJxj*?=XMf6yfiJu4J5mimOA#$Rvc^&_JM-~ zT!&v`7dvH?E);YMA16Q7D+GeOEDq7go%7u&im@k1FK8&2BQ7Fz+5|;Yj@P+rLdSueC$JJfr zcR~18@LeN@DWEg%{@iYeXoKY4!0l%psCV)gn_luJkwe-QN>7#ACg~uq4>0(JFS_$N zx9z!ijt-rs+J@ZH;u9NR>fEh?| zg17)LMXVkw?&{TN6JcSQh*Ip79`Dg+8&O(`Gfs(KV^4;#|h< zI%W6iV^CpfuSAw0lugVzInWA!trS(Gr3gO+tJb21^#%1c7vrmBWB?Y5ojfP8&2jxx zc`0_p`~`M5k+$B8FVOnH-PElN@Vh+tpOQg$0H-poO!T;XVRW8}9Y_sTk|S%YmjBtS z50dtlgZiOWSB9BTR#=m{6G<>Wug|DI#O%-_2^-|%wj$KV3fO*nOZod3{m?(oN}*-Z zbq2Kc{cmzhCRXU)iN4gHz=GD7LAR@wjQ%r1Pq|;IO_Ey+H?Z_nObTBw;YgAICm4rs zfz6=2C=lx01gN=Q{gul->@?9f)w{pLCv&M5nXCR&GQV-bcZc??N}boF0P0TttU4LI z_9zoAlDCTS%}nNXEPqz}iMVz#Wg|B0da19AvWJI_^4e?|bzh}(*_2-yT3TW-|6Hr{ zEQKxLU#0k%-{g2clK|VCu#rAnyOgYAE6FOWzHy{76XPlOw%;voQ%ie%;NAjhEa6K_ zTJ(ia)-07uIcg(O&gk7!ZQ6CaURY?P29SZsnUG+s8x$fyNuIZ;ADN5{4Rf5k1@ z@6*yuyn})At5bc+dQ-)`*6b>qju=nuA(s>`mfip7>{H0D^@n%CeQMu_3!uPH-F;qp z$7SK#6LFuwU8PgvRsN?n^Nh)7TMLU4lW(fI6*jL{s68#2Q|OKqVm`jt@meVLxSOyC zmTdjZIAZdzCHM2upi51DoH-9IP>~Y=uPND?DZ#E9lDfe}o(4+5Z$up( z(O8^Jtk3xbtMI5bB%xGlRhO*LXCW6`MhYku47Yml?y?naP7RsIR;a)&^XjK-KsO@x z#*_5Pki1z+Nlb8LxlQ5fcS5?MXQPY3Q@^8tZ7fIsIz9Pv=ajDz%J&lF1sQ$S}czY;&T(<7v(p`#h&bGe$X_=~UO1nx{r&*Rnbn zYS9T(zi5}_9-eEmRs=`!?I@S!7EXMt|0dtMDL?N5ebX!Kn!xCRoq761_in%sZK_qT ze44-Y^UD%b?PD%C2Nr7Rpd&~oQFkLoA4wQhLY?eqbk~^QYF4gi9oFxkC$4lJ#W!N4 zVC;7k$I=7;u`2U9WUf52R%Xi>8rgNrE2~}X)D4Kg1<4C_7s&J$S>z6q8X~S9`@Z+8 z=)||XG1LSaO*bzMQnb-gQ+Y*y!1DNlf(HOsnG}l(zq_G=9omiWLf)UKuhmNUqy$Ox zQ=GRTi&YZZ3qa#gz9AiaWanK7tLbO(A!1U9=QI#ogNpWbEUY2&vC}`hHhZlCU(R}m=mx!$5Wu{(o!mh8<0 ze363`PjYLLE?x=xcxwr1LzuJbZigg+P{-t#s7u=-Ps@e8TJ=R+aFb3`o^>nx#W_Pf z&__C7TXub>-Eo2NJ;cGadYa1U{ghvk4*hr5Zd$-~(vyM_{}@sK-R$~$(9#$@ z!~H~=y)!lO0*F1>}{cr(mO zYbwU$V)My(lav{x25X~4BKB3}UIr;9QQ})xpe+JWhY(i(%K--kw)LG@Q`Xwyn|;@P z?vWxquVmzQ#y?VNbssYVOvBsceI=O=`s@!aO`{}MK)v{oBC4wrc3PL_RX6^o294dK z8Gigp_E$3;G<0xt{}|;Ev>sUd9`?j4`?pK%)I5UdavWBWIs!Al^1Ea+H>|}|tN~*0 zD-B{-kb~HxPm7H%JP8+i?(s^scKjq!R#am{QQP{<6MQu`RylXqcWw_D?ya~q?2$JStoCFo+2N?H#xy3PvkgkQT=$cO%LzgNi#FczXk&3KU8isR zKd-~NH(}@AdS37va~pqEwSH9ZLL~2tl(Z`~c-ZQ3w$keRz6V-@aW729)+}nKNWTTm z!tkT5M`cc1{w(>JShxF7cKae6-i!=#P(3XP%XhS6?NWW)L2>`ub8KC1z@d&W#?1e$a39X8BkR<>o#o~2MVuyZkiSkUKiKV6DBOVbRnChQuyq{4! z!r?QjWS7z;i%97Xh2?1Ps?xCuFSQKopR-oqPp0-}KF=bM08fDlE~$cUCR9)`Ue-nB z4GqWL6-sq9eL|+SMWA@{`HtT+4i~1+>3ha`MVCq}jNk%E$GnAEFxwKWGIQZ8)4`bk zsBV1{io`AkX~JtR(NdFp6*##O{m^ta^aM1#k0b?yj7K>A6e9XSYOQ9MP4SKxlSOiaWH2dTy1$S5x$ui#Gfh z#cg$OS8vzP{zkg^$&6gJG!JsP%o6=+Z+WP3*#1Hhl~e7+0Mf3yv%{*qu4disHLYYd zN_tb~?4%@bq`DK&TE|3fsONE5KKBd`(>0QqSjyQR?&e!|q-3(q?`q-F{ z-ArMx=&3IOhKlg7%Vbdcc`isSFip#_^<=fhjyokp%x`JWJPkIvq@W{z))&-sot`tG ziEr$JFf>FfbSR&z;iLDQuGmsu_elP(d#u$U4jbq13YvR!-Sh7g5u`o^G$2;mV{}6> zQA~i4Iq^(NA=3deO7yzd8*Z;EkEZj0e?%T&rW6(y_s|{1ReAp6-obA zo8Aq@u6|JhU9Q9QK9l}gRUp4$BuBuD^Fq9AIMX_4o0*qo{n3#^Jws#s#>YoX{D@;%3d?le+XT@_sPAm-+(3DdQ z3oYKJd-pqR$hmrCqQ1T=*Tw;_caM3txyEhjY<9W1uKsJVlFY*!@`@rzv%zMI? z=_nmE_UY~L_+vU<2P$7>(~8^Cr$Ixy$n!+!4^k6cn;vge6=R)pNm+4b>CiVE#JCA1Sq8e~h@^g4hp}g%AG{JUXh-T#N>)_lp2U5cos-r`H$g((^ z;zqXez`+yM_n-D+m-c{X1!9czrp(QSkx`IOQN@(rm5}M9Y4YTW?qjhUgZpt^?wLaN zgR2CXQHH5dVSrF6E*8Jc71TLN*9Ygt4$32ku!$!Je$y1igBa4};d8aylHPC3Gu^Di zfXWXjb9^XREGlXsxu_?&PEs)uf3-C680)IIpyfSE%;)orBPDyPIRlf%gjS$ND*>HH zvkObbSenA$zB7BeKM2%FQz*4GN3ebUW3I-a!ul+N%1F;dXen!n7Ow(Xf_%@IRb^i) zQw!?hHRttR9;*XIIe~J-`M>9PJ44rYFjyX<$__#`j6OeR%-IpAfL%W-3glBU49_DJ z;tKX)vx#0Uw{O?A)L~o1((M;l#v@KEI>_0Fo++riO{Y&U1^qpj1TA*EBxy0?(y`Zz(XjQ6*1eYzknUL_4-UF6=hvdN(9AR}JU7voDa5tl!NxPt& zn*Aq+B(h8i3O!)(!rR}!!5h3~N`sKTx;hLR_J4bP@jUE0qa)rC5w{+a6uk8Of_rfJCalVY9bJRVbkeTo^|IzI8wH51;Ae2Y#!5Sqpj zTfCDZ5=vXi;q+IqD_;K2)1%kY06w+C)tWZSz0bNuu>$=q0_le^p}4bDU;30$;W_qi zq(??CH_S8%hlqKLC`Nm)1)~kIX;s)5UZE-!?o2LQ5lnsYjc>p?^vqoA`#6H0A~gD+ z0!q6RT|%GS(D|Nsym$deb*kfBtT%9Dm-`IQ8RL}~IVb0)$)~AzgexWHRjtQIswM<1 zo&`M36I!Y?m7J;_8jqDap=AP+MenhL0bCr~mL<4s-YCes>{>V zp-BdH5!sNYhAe;5a96hg502V1Cd;aso=(|X0!wvCisjMM*4CmtdbS=32(e`u*CF*; zuu$~eb@G(08Qtwx$4_1swM=7cmd&QaSRm33XocoizOOp7;>|xP30U6Iq35EwF2v>| zJ>MB#W{0iwIfnBo+n3{l!t}XVH<(b5b`ak-iK!c|_sG~abl6!tp1Y zOqew_6b{U6A`kvcIw8M6RJ(qC2&~nQs%q2B)BGd9Dqi(|eknAMfbE6!&Jld?Kb*DU z;OyMDU7?;Qe_1}1%?@MF+Bq-z?F_c9#PGwNaUd8>1%3Nfy*!{xG{Gm*l%K8 zFtOkLR+0D|3CPjhy+TIA4WWGm zdg92J3Dv?JdUwT)xA_&R<-D-HWx_w2P^5N4< z#%I;eQMY-_A(;L}yq1oc><>&wlW|!JNpBmLN0#=YAko&BwN8N_R$@{;M3#nj2WX(^ zl;AxSi-fg&$x(&rpPY1f{=EfhLHgz)|dvR6d{R~Hn0iBU#p0w|wLv8Y+0Jj%0| z8j=)dfGi)&?1xg6lMMtHBmD)$8JjzkDyNc^ye7l$NK>c_>f^qzG_NdBsjqjNsEkIpz-7&(HHbp7-BN8Ch=N!uDO zc_mEF>V;@3V=-@Cj>?iWnPmMYRh&ceHg+D+{ec7zr&#H`fU-OwzSedXJcb9IBjx9c zvSlJaf*La`H}SZx{yTD{GcnB}%Y_WSvp3p35Z2pD3(IG4?qe5^h{HYWb+cltMuOr; zI#7_zP4V<#u`FTef%B@nH{n-7Iq1NUfl!I@;c~^7!?-SbeRRUx*=2w8u~d3b-sahw z34MJAA6M?xpX=D(SXfw~gxo;vQqpnhL4KzB_xT5}ZGzumie6RpCO8;>Y&|ZStjXcU zcKsn7Zi@-840*G*1T4st!pW~hd)N2So`J%9qrJmJrv-vWQif7h~ArKr=l-qbb zbBeHwSTT?vx7)~GGK6zPG7XSEF?;%c1D#{Qk)lgBL}qViSLT*8x3ZyUj*HLxVr_9d zq2Qxwb88E$W&K&?iw^4G@I>sN8eb8&O0P3264@$+vLwV?py?_7w~~<&c2a&)2=X0BuT-`qg$28ihI(gy2otNDW>F>v{HU9AmjUp^lV(%$ddLbf3)I8HSs`l!~ zLm~i4Um^KQMF$1+3IrB<=MmEjw_e*7HHlnM;j!pxF65xAaWZ!pDR~+8asQVRJ?iJg z3r959RC^GhR@jo$^FDcnp!@@{godc=Emh%^iW1g4ehD&14zzx7*yizc~!E=autFE)wTGt21J zzXNy#(6Bc2>fNbI(I=VNThE?rB8hx0Li3B;wPjQ0eulinBvg@MZ&rH<59Erv5lkF* zSo99(a6J7cbjXLLa|f_9WAFasC>LZA*`F^;$*tR!?Thm19U7srZIVY*1w7;*ycnPI z@C;<+@zf7wtTdz~selBl|ILL+pULoL7mn?N{zN4uBaPx-9gmTtE>j_om z=9?sbpCg`p2h$u)3>ToVH&N|8i7Yi=^t@de{6pwoOIx>9wrTK{-xkhSt1VI7VsKnAG~iq%%D=&IKy1 zugq`RZYb(^rk^FGma z#eU_aTS`+l3$j+m~pxDv8GKWYF zQk<%}f!zJwz;K<^QX!=ggI`}=D#})BIwA)P!}iRur`&!67j?cr`1a$}bS$FA;7~M1 zz@d&O?h)knjTotx#m{KKesL)S%T<5vY-Y#lZ$XS;$-YU`-K&X{(OP$*0Q!B!7SBHW z;bKpuOq7M7hQqsl+o*=DSrLE`2jGq20N@rQ2*{4IXG{_ZCa10Hg;fJw z-0#HJ6=5p6C)AD}>*QGs3xVV)D95eH;$l;AC$Mla_wBdIZ_Hs-KveKuYBRT2Q z$;y)58X;?|2ZC=s{Kd>BJbs1s-VSyh$5dbPZ-q`btp}iXYYf4MdtaA57IF1DRU*42 zVgRZQFNq{IY=;nFZEV;M-_%;0t_H{B5RAjS(A!|D`)`dTiCEc4l-A8yMa#?~-Z18? zazIoMT&_iAZ|2|)7&+M5b8zo&kA{TZ+`V=fYJHS0Aefq-K&0yw0>SY(BKsM8@B;xy2>{j*k2XbbJ5ubyU6q zuh@AahH2FE)+}sq5gg&$!NDO;x>=`MGT@!69ID^(1t(g ze5tAn1`KyKi|{sHRiJ@(!8#Ok)Oukiob*wSU&ri&K0HYnbkhdc>5*L*7ZqtP^?v1- z#$l#ox$Dg@H=!J}tif)e_X4gRa0bdaQW8AA&s0=d3`Pw{8{xiTA{ZZzSrBwAIVPfJZ%e2uuT~OiA;dT3s?BmRJWZ~w*a_G z>2M}A9CzZG&_~nPtx91#_FduBE`o;fU?I7b%D@mG0?E{qLr)9WW;up!Cck@A|I>de zFA_Zc9OxdU5x#w2Dzz!nL4q-`vyyBN_)$z6Ol=Ov6BHFYpG`;?{(USsN^d-xbopP_ zGV=o2B;yOqyGqbduoUia;oq>-AA^}MOuHF&#Q>t)n;3flF$9}{;|d%Led$!b9gS#_ zrFIy!1A^`A|Bt5U4#e{N{=P<5A$w({P{~fncvC9LC@M-ul9>_N<1M6=QIyRqBS}Uo zBje4?7JZ`ZO$gcZ{hdeO-}A@&KI4va&pr3tbM8I&9EhEevch%D6yDB3wKFOOl=Y`IP%H+=xfs-X~=ACDJq z|B)W)!I=Pj(fqg?rjF*|eOv4W_|p;e_~s^kNFAz&(mBF32UoP?5~d)JkSJjL<)BmGku z+;o3n0p&HL?$>x>Lb{pISv0@8?^T55CkE0UotC954p8O`de5&x25EeJg%{B-h-`{t zY?q|ZCzaDjG``=7sw9|ts4Vt*043&}Y@i!|!&6Igk$ZQY2%&xwc?wO8J>dY+2|T#l zzYLEGNaab{9*_j{Y~b8#u5!5CvWP}gq6k4len+%TD12$9Z!>zyn|^b?{OlBXBM7q# zjQjc)2S=9)rb=@>px+(#q!oK%LP^cShlOJRP~P>uJB1u3{JE1 za`Z10H}wFf+n5FBhIAH6PXQ@(U5FTVcYf#E|1;QWA4r*k3O|vF^=Z>AsIam=u#G^l)v5nj$HrOM8ix6jX_l;@SS!cA;h6v#9X!k_#{w8o) z1zyOWgYQYu=>zmPD}rYj@u9BPFm_ypL}s$xAc@ z2+6U#={30KgzKRo_l1ioeav<3OV)n-FmHYTu88JX^367XZCWQV$0&NNa~69&pw99f zNx`xGfJ;6(0b7Wa*dFH9y98fuOgKA>KK_N0S7|bXK^i=yq`#L&7*8$!0cy#N(Xcx; zrufjkGr+U?=H$B1w9u^cJJ}8TuRsDlO;nk5*lDUSI~8w%0oT79kN+lTsuWP0BG|sk zCYNHv8A*J<#!ASbMqMDt^qj-I`N7pN-#XMp|vjp_5fUA|zO7$Z(PM{s!=i7}nW)_EXUYL?j`9 zWIH|$zOMhcyRH4l3IBHzfo@88;97*!<4xYlh$dhZiJcx4AUssgILZoIHp%ST1ask) zeS|0~yb082b+cL0UcY;ZSwNFo%zmbWJa!a{9ALCld@R?hTG864T-&$dqVrX)j0X=p zWP*`$f`d{8YLEtvba<6(mq&=Mxf5pOkXgI3=D@|%wA0ip*hi;(GBXsGzHmYA$ z%v^~I#W*wCIJDWpx8_Fhk%RDBA=}XfdKi5WoP#!rx2Da;)>feRVhY3i<4wm+Cb#o+ z2Y4Vr##r@6yyhfF{+wef&>bSFs`zG#jL`U=d!#?Ie19*DI-1BqP7QywOXwMlN2yP7 zok2gccMLE5xQplB&6&Pn9$@&3qnDlCp~giZh$m-`>=N6gbPDJiakVOltOth&cXe=tG!(@*YKM>SJZFnUa_u8+BST$vexWJ#x!?cNSyK$;* zCC}?aPE{Olx<7Ujkl>JT6x>xM!qS%(Jr#0_*}WSYt5J4%+dZQDMFRghg_pzUYNqV^ znc8Q|c%wMgd{}6lRKUsde;stc0z1-}Uw~=7Zc8X+8oqXewc-Abgq^3!gi9qBGSJ_^ zAIVWR4XV5A2Ox1Z{dygHq9Neg6a^;ob!Cr|F3wkYx(T+0oOm+tt_mCmajqM`*-ri% za838_Tc_!ACBJ@O0Rq_?nMJ=8>EdFhr7ww)z>A*&mNu?AejeaI8PyW7?%#39#;>RR zL|7r;`1}_0?B`Lduc8UECVMbWHT_a2;iF87yKWSkOL92~cubZsnmzObhmQwc#xPW4 znIn$%Yo*RETLX(Lr!%lgNOs|s&!7EUmj+FR;by`QPiR{&+g`AMD61*cJ#1N*l0Kbgsiqan_kZC zL&fC= zyRq(`;i;a_=3Jbe-Yr%oYf*}U^)dv*%+7-ZznBldY~6by+W(MYmvX6J(_%tMnH1uJ ztudk~2MzwJ%t0OXp)(lEBnp|U80L}4VSKzu4(z!QN&4u4(`?|61^xP4{Bh27D!IL- zt;p;s0}_SV!z=X^wu(a#>0Nz8&ekann+y2s?bF>p@qC;7cYfQh^N?gIxdUemu(Sy? z>@27Ox*&|rgtqaU2h>szuLva8yFHSb*&~2R(`XnvKj| zogD_x^$6ab1#hfTKQ5Wyz;reIR>}3xYmIL9gXB?~uUI9ic_n$3X!Yhnm;v<^Ywkkm zQ#fbcIs|KD^jz)1@?MZD>_nn|2S`*PjiRUfv*oiD2fIn z!c%}t<;j1Nm!%-GFV-=)F1=UConxY;)y7Yv2FSfAahgp!OK&gbU2Dtqp#)(2db#7j z?nd1-^hu;AAU$xwYbJMvi^Tn3@+kidS?__)5-; zDql6Wn>ZpL9N|5eEl$XpdDM~JJq;a(pOe4 zkT|t1e&Xu<`1t*2(EVpv_A6iHhZHDEHg_U;>N+pgK(O$h{rUL^wtlYNYtSsLxWfp7 z2}I^S&AWh`YdJa|qH<%hqziz_T22h+DdJkb`z`C-SDrOS!WN)Ab;E>!6VKej>S-7Sn;8(s&UN5@FDgqHi#;5O^jY0Jbyx#)&~QtFMk4;|6Ymx+Z=agM}Cf z-X7mDRGQ+rT7RiB71rfzc=fNE9;|)Vw@ZownngZ}SEsUmfs_04iXD>EaX6CNKFK?y zHE7am_&F-;OYbA@@P(&zauM*SCRopuvGP(4t&DdT>y}7PvlfBH z6rr=ywkm}3(fM4%%Gq$?C12li>yXZ)8PJ9-=7n>AHS_NK?85tDdgwCUk&cA79jhDi zTP^9jCk@3h+-S>^aN8gl^I>tJ24X(Ik|)2n|JcU%5zUCQaF`qMCJQy!igH4H9{}>Y zFou9v%|BOR$+xt**4o-S{;0F+IEFFA1(rgDJFfPS0_Ba}=sUL{kDTZLRU6f32(DNP zsZZ`TzMcob6av6$(Tc~3k72KCNA$O;ef-XU#F0SvM1S*1l<%JnU|&4$B&ivF<}Yvf zXe{ht*Uk3_fD}yTYPSA2mLqLBjVFdJt{;}~ah&qSfrnZ^_kQn^ROn0KH3Ry2aJn2Q zVubUGt243}5rS-Oa!*PgEXy@flD_VIQGL!!gWrp}X9i;w4ZE+B@`2)I6)(#R-Ao&_ zR)T#|Cy-u*>7$#cWk?bncmPWKy770TsZsM2?}M4NQ7Q~!y)#c`-supg#cyFWxt~ml z41mb+ekn4X9Db8Sj(+?LBt+#sz$1Tq8(ohW`$Y_7d8Frwxt z@UVA%5<`_ry7Lu$-EQJ`8{XThTDiGfyE`8>bKC9kW4xbDAh$%_)GKT)ir`lE?(kt{ z3gix8I3;%Nj>w^U2eB_9cE*Z)@J_fvJkXTNOCH=bCs z`DQ{ZTB$@QBLgZ*Lqk;NJ$ph83O07Uw=biJdQGg2as>K{$iE*`QVE#6wc{v6FWhz1 znw@U=8x?ego?`NPu-)nta3%(PCNuiK15d3Q8-5f6_yZLAUCE5U&HWc`OcwjQsRoL` z(isjVGUsPpd`rvGwhatSuglXT5ZT9HMDhTq|d7qwrwdlDq;!0NzM{KKV@74K#<*>?fm9JlOzZ<{@N4+bpQHM=0)e4yP*V zIpcsA(Bm)GS3eY9t=%Kaa==<6s;PemcEEt{w(|6vHxJ>^kb})Cx%+crZ|yU22I9Y9?_i$`%tV~c13MZ(Sm6q;)4X+eVPF$Ka zIEJsv->21SS#+axX4T!EX{~0-;s%}{@^A&6G*a&*A6!)c`JF`fXF(`VAK~q=p+_IN zxE%!la2Wzlh>p@@5`Ume&|;wa*Ltiw;=vxN=&Ru(o=?Qh~*&pRX!JGp)BX+g1H~WKcLntfl=F*An ze{b=F07Xpd8Vp+Wq1u>6Zol7a@^^KUA2cJPm>eMXu;W?m5a?$p(-vZ+r^l07>kCEF4utaz_o-iZ`H%@esfJfx{rV$KsA&CYv-gJ-x1SE`u_Edp}W-`tz(rudd9CtkqYv(nhSjqXZIeo4%bjH;U2 z`xh%uEbtWUu_Jp9`m7?KR61&i*b5~H2iacJ*wgJX11Zq-EgA-*JJ!pVdWrC7FP9%& z5pm4*=5Ja7Au8qoH2=YjbgX^6+lA2+0K+c5W7;BU2j|E#&wXb-2IA!a&=1?bes2n7 zH<`|Xf}Ge~SP;GtqcoWgh>VC7o{p(S_S5Npt}H!ojKv`vFwQ!9jqQ^i__A<%<4@k` zCv)pSMv^#yOt7pCC7)79?URVa;=jE%E>NY30^j4%ZRk`dc@4#5PqfL!GhNHT!<^oo zy%)m+C;yV5uB&t_|~?(A<6>6)XX zquRqrj++4NbNN_Iyv8Tf;hY%N8`R3bHTJdfv zU4UnGzfM@%p7r8Uv9taC^j2Hner{Y&fCz#f-rgJ1(7uZ=DW0!eCisJ&VCcJuC$>i- zol|(9^nak`?;krnX;DP_=`Yqpj;=_-Mrd9`Sw@KWI%A`yhVW9iZ0j>Shrq3-3RK1l z;GId=a42~ydE^^)_-q5&WA*xM2tY8m#BTiddtCHp`<>x$ZZ~)|zyT|JZJ*LOd;1JfLzIznKnj_}i35Y>DBaBP8i9wWv$EI+xd!)R64~ zco7t9yJ)vbW=T#?Y^@(<-vs}F*pL!yGA>sA{Jlhi%2S69C-#ZyG^4YyLTNr4Bw0RR`LK1W92PtcE*FvozfP zaO}b-&qacUco-{6hPrlX$fbO+*q@84%gJA#0~~Vz&Nmt3AgHJobe-PwjKhb5%oXL? zew#i(x_)GHYqQe}pkoXi`0W&yXAS~?$bQH|^SH+Rn%H5kMwU+PlCUI?;$DZGFKXqR zMlR%oDvNxOLQiA~{Fp$G66I2kT))$)Ecb%_@sbAz71s^UEA}N9jJy@GaxR9uM4fe^ zj+*?&7rx~AZq6h@g0ut}5xaa$c)|I8N@k|6aqzHZYJJ0*FVJ01Is5MMDW~Vq5ILYd zQDO!LHCHc-aCithRISt;0CbSnzMB}2ehZ@mNGw+oP5W*g5HVh)vc) z<|Gq3xEDU{Ve`pmljq_E9FQJ=|BXM8_e|I4&pXPUVRFePrky7kDnVU!$`Igy6>jsM zj~v!I7)7C=HU>Awof+?yK94_VY{@xzV4zx*CzMz1R_A@dtw<6j>iIb zzSGy&=eJuFXS@7C(47iRba<4vZ0`Hlg&b$5ex9AS`DP|_Ki&Qaz3!l(L>~hLnVOoh?Vfeu-`gVA&^&$D|6Dj$t&eksIJg5RlmhCS5 zMqIXEuA|s8N=fSD(2)(iE@rUXI?ct~JkiK;hq+}wzNiGr=AH_o*Ipkw9_>57(^2U5 zIqHHSb&S+f<#~RmCTKhdt!g3+l49387HCq*{(lenMs->|Goea(UDfk!RB2y9s`NF{ z&XC;jBGd^Khg}2K2jzQ*Ee_8(UyL0&A|V!dk7Di#yeHj15D%!#5~L*wHGzvKY>wt~ z_BafmGFxk}na~nW{bblj=m8SUyqGz056&dQB&WcG3?zC}M3efs=qWO>so~>e;T3%b z7n?h9KM^K~Ok)Hnh-UysRJZpibWLV*jwI4Mish#Kc>-P!c!~1;zV1we3^d^#PrAnH zA#dZ2Fe!PNlTcS1<1zlXvHB%RyQLVW08Uy!goG2wPjSb%VC=R>6YRx>7j8Gn7YiBLI~AkY=2hs_zs z|M7VrDf6~x%;I|`?pqE`)lBVb5CTeIVB|L9NqZkzFNlcT|C^d>8uY5(ZYb?_W6qBR z-+oXO>KeC{N&sOMN>v8f&4~9KIX=M@Ntm)!evrJM8HvSV9}$W)F*WsP6veG-&=Ni~ zpU$_ydsZqv)>3Z0H`JM3`>&0p^TX;aAkY1Ob!~cZLO~QV=SA$$?_y&DAOfRK_Tg3X z?_S*WNs@4g57f3vpViC$IOYfPiW78kqAKRCn<**JYVR;UOjaBIidxJdjwY$4JeDDCCgIa#h^`nwh-ybiKWVM@2mbVq(S| z(H^SDmQEy`>Y`{61Pt3f1%etl@V~|u_-)J-u0%&i_bwG@>^s;#(A2oVG>27yUBPR0 zYTNS_6QIcE~b)DE`U@7f`;4^8$^A2OZ}SKD4q?heL=qNK(SSGDd*9T?MTPU~4$Ox~WXE%W46rN3See0IwCwVBN4%<~8XcR=hJ z`hW-YnoRsHxZLH2ZKILs4(}PC;y8Ye7DDP_B`SqpU*>W=@#!FB$o$?u=C?bI7Dlfy zw7`ow>thk=l1sCn5PU?LZSBI^fwdK5YWA$AY9?nR!r`UL+Lh7EUXM<;tXNm+6~ha> zh1_ABbr9T@wM~xG-Ue82mzI}r^XX84`*TW^8H(lNI!+G4bq!rvII@mIW2I$fTU;Pi zvQ_yo?)13V-ZSgwYwep?fmR`eDD-Q25}41&(!BTm(W*q{1+zR}w>)&29W|Y^qS_JW zi282)IHEi>aq(tWNA5WATH4cI7oML576B_g!*dmhIFy+P51X%WTUz#CO}7$8)<5@)L6B5f%e38e zGmJ*9&>Yg$pS-QyY1%7AkQT|cUcDIAypA)(3Lb;#ywzta4%&N7-g9 z+_~!hmS0goVKsN%6OvgcIvpzxEj-zMU`LZC%;ebPkAItfxem>ksG6FZY6Vu~zUS({ zk&X9km+(~Ry|rM9sl~(_|9FzhGdHm)L3*SD0us_W-Z{;Q(VTVXyD{&JD;FQ+?W4yn zR&D5*41Rq1Pf#;Ue0%uOoO@j66&;BZ16N2K#M2oN2a>=zCeCk#C48~AmA_R#qEn=O zG7?{&j7>%=Y%hZLD&vU9q3}H2?EO``?3Oq0+TBk8ApiBFoYW zdJR^*?PS$9`x^RHybi`;un`{8QGTys6dq;BedCJziwT<7McJ7r6CZYHZJ*PB(X_X9 z>Y*ScL{aKA*(hbNjYEnbPXofn2}$v#{B}q8Wz!e@Hw;Y;Gy6M(USVKS8kqJ&kZ0^x zIWB&;!doMOKkj4Y;lF>x$6(zAtGWQNQ)otf)79xWWI?Pu(LrYqMTM^(5?_1tJckl) z7!x)D^Z_MvD!%C3#wvMgtF!6uw;x~{HTZad%F%y{O0IK%%@we=eo!xC!aG6+LbHs( z54%tmzVHNF{TN#$I{CoG16Fl)mrna#c(Gb+J z7QB7ox|$PP_kIj_9-ffit2bWvwD$1&iAsE1^{ed^IM_GNy|NY62JT=1Gbqa)kL4mn z-s^kXyPhmSHp#v>{zuZdJdIz+QFi5oest?ruhmQCj8it-oi@sK1(qsd{;$*a8C_#b znmxe}mg(h9Y7!yVy->}g0op&b(u6OUyi2x}kvT6fGQTfZ*aQTjiRqz=_=D9iT1{TK4^v6X5(gSUzkyoUA{_ z-}rn;rRR42jCIrAvvzW7REs)LzG3!#ir)nxuB)IJAj6{^9mB~N6$GNKfBVFkVG)lR z_rnAcec*og(yiX|U~I~QXa3*$S%yYPPY7x&NnPtN%foeH_$KlV=iQ&fA^QW6$bI?_ zX{Q%Z*i!b7r1+?dsRie|zSQZcT0WYpRJwl`a~BgRZG zl9IGzO{c-5bXR>fJjNQneyx7CRsuFq1Xc{Y*mdyHAPRP*B7_2IPK3eEGAL4I|K`WV zmXST~!?|fs$E!Az6jceB-y+if;RkPTE<<~W=l=1Lw!j@;qr^ead%nleUaskH62*>W z)5iM(lGV7#p=)y+vlYSU6EnCU4Z`ZtIpzJnAQY=>NRbB}T^&~=uk}}H7Dbg+cbng! z$QJzv8)@*LNTcRDYiPIfOn7?p8{^b_AEC5o5_mrV#EO?Wr)a1I-H1{N-RbGK=TRy*nYXnc7>{AK?YFQ)}L|D3xIgAn08r;GHH^IF=e zzrw6T_`~%mr}L|e$Qtwwx~JbwxuX^0nJ!?nB)<3iGRh;sU0c-ST#up~x5D5aaxDW= z+x9h^VGm;cJ<3V5@idr(i+5+ExseZ{0bq1~31md#f^a8iF|qub0dAljr{KpU^SQ8y z^(p{^k8dYdq#`HIWnAou->Io5DX{et6h|zAkC_3vV-~`^Iy5g^W&>BA6|b<&O5>pS6pH=sTyl7LpQAu!=)(VJYt{~H43XRBS?&N00h1eCHBJ>BNCH*~2I}1E0Ybh=BDtH8geb$?)rfn6c%G+7ZFs4u8PwSEVZyr^# zy%BOxaTA!BAoaHGfv4t!Q|VY)fVLf)Wb^p%C4c!~&9j}I!iJkBi~~Lx@MkTGe1Awo zI=PdDMbfQf_8AlugYNCrggVHEU4$O>@#8bww%hK91JMvmdUQI&zje8fs~q!JrZH?F zk|b7C{a_{b5OR0oR`bOZySwHAo7hnNPyZ(~t6yp!o)le+k*wWI{xYP5NpR!TZH*Y{x=AGe1$cO=zhw%QNc=;eM z^dRG%?eK8ry)CaBWj`4qTVbq()0Y7^dtBu1XZgBaJ7%C67&`c&Z0j}8rd?shK_T4O zQQz|DT{2?2#_m6aqE11M%xhu?ETnB%fcSoW8nLEOr?6bxTIna#H#&kw;rI5Zy46JA zzDpI)8jDVPx>jAHWZO}C35U}|fn5>4US*6LH6^ci`jfY2{mB(Vh$JMdU>-p*E%bKJXW2JvCQ!$s)Wgk+Me&21ahJbnp>?A@Ka zfs5BnjpdB{B$2)7obZ?wMmVf|ct0CRF!&??l+E~gtnk{T%Fvvcx3E#a)1R=(@ejQ% zS%(fVZ>y!O2}BPL4fy@yujoB@)m7ofbck+Yy@%4~h3Nd^MmxQ!;az5!0Cdio*Yx9MxbJzs(W_i#lHZSJSNu=-uw$&dlCGzjhK=153BITAuY{M8 zJ8C1!$Tqb-Zp!!8Chj>Mzh|U5WN~E6`QKUuq{P=rD80g4uh#`_8_psphzyB{9%0|% zOB;tbi@Q+vh^vOx^+~(JLcVURo+{Pt8NP7y$BWLj)P(mKDSp()*ssCqs)%dKzk~+A zxh0q!zxVlA?)?H2$w9xuK6ek3A(nT=YA3ut9PH)KzAhF3ne;whH&1yFH)00%^cf7j zboabp9PxAT4vjX=SLu|W8NA21L&tiuu+xGF6gCvk^MwBKXaY}AZABusEKQ#_|8H(` z7_v(V#9vtFI`1Kl63#+~KQ{ZX*3nZ!`BAm};*s(r!#xJ8+%G*mz2fsdZg_R45A{E8 zl+|BJ+`fYv_5&OSHk$WAQYYP$qco3S{q@a&W`Gu&g}=9>Gd0Ys(u#uMuotX^K)y## zspqmDvIBF{i%6Mg`V_z#6#dhq{?JN4&44rjW_IQAmq&xrLFe^90>wpq+gOkwmb{bv z;l9f}>45K{KX+Q{`kBXOkE@*RYj4!h&*EJ>jqC9?C@xEYrK{ zTnasiMuSL`Z2fJ;MY1}^gufVZUN*d>Cx+z+OK+h-nNQ%Zjcw8bN~q!I(6v2s#-17J z;jnh{FvM@H@M3+Alo#{NF2RA1@0#$ya?r2P_sw0^t6Hbf$=wt&rI2DZ>c@pI(Z3Ff z&k^cbk=Q@^m^$)Oe~#Q^APVO5!l8a{`GW}m1?$`9^9naBBQ@VT)kGiBz6*8j`~2e6 zZz1`DaW!OshbpWqf7SYxZq1z-OfG`Q4-;3mFT7NaD^X50*+mG!n(;ZxiH%^;{#{ok zA+xA=+j4aut0@rY6NiK0+ebeKg`R`u(x9EG_=EY~DSnDazyk1;>dr1loWCnfbMTVo zMUWV_sFQcy<}B{f@`byxf-pF2Ie*8Aehe)uHrnqX`iT=|5+F(2lmGT@QAb+B?ZJ{4 zGP+N=n~h&y;-bWBV2wEy<;6yLb~KV><#B;^5iHUY&!yOVUMdM3(q2eDHnjXoWY-@T z!X(9x5_@L1aeSeB<^IibO_(={1};k>wQASj1mK9^0|d;+57X<~CzWz7r#&WLWEBLE z_dZl1|0kB9;X#EC3jqL&;=6DeFOAGE9erdK444&+wz~It?5Ot}h`)oa#*$Ka*6D*> zDUNQw9+IiK#RG$_IoC%fLA{y5hdx=+8P{+CO5w|iVkX@W7k-G#ILylm<>KWTc%*DO zmfJ@u%V}L4_RLUGHDgkQP6~!>h31V1Ws;{ZW=L5`0{6*$3h$ia5`+j(wwFf)jHIv- zczK!=n@me*Rz)T9eV5O*p6UQ-eWPlY~RQ)q_ z&55iSM;6YnPnLMIit3`Fz^3yQbv)ZZt5^e#$0m09+OKoAt@>NXy!ED2tE#@S=~)4) z(tz|w%BytUaWi{7G8a7+@K}L{zdrbXQvN%=-oASeS(5dT47?<ceJ_i5Q1KAJ4hlOXpHs0)${7pJDc16qHlf zrap3l;E&kf+Q=FkQvWVYQbhbtTu0z9=k~0>4zv8>NIukt4O#-jotUq(3(y~lv`Y`h z)I=Zgz5v5sB|%6FS43>B8tf%wl5tU2Z7OQoYEPYlT<$A^pVSQ*Of4QQ4)3Vy^3C9&<>YB}Ind3D zTrs6J$-~o=Tjxvuav-X$_&iXDi2s+jC7Z2QjcQ>Q7$r2dZjMU`}nZi54|ZI+Sw4Nre}Rf zbAd;v?~7BvdzA(hrDN`K=aIIEyfPYygsSjg+BK_JUH&{`(~o9~ZsxBXa!VEof$8k^ zw>+h%6;^cvNBEotprg(}Vj{(`>Q>QD@_^mpB>7cKcw_dNW_VKNBx?45d8rMDOtE$u z9G2S}{##u@m*Or2k6n^a--_1$u!~=dBa82qmkZ)UbC^+JzPLnS3Gq)khkA&bRqiBxEid5BCTwN^POGo1eEz7 zA_P+bASruT6`US-P3uOhoT+fU3na&KqOK?Zo0ZZ^%yna^KQ)wdy7EC==7BN*3_ef|BjYLV2S zGsu41Oiop7jI}ofB@`=s%c!TzR24g*HDmN`GkiBu@mg1g{Z+hlzunQQl(=paVb8*MueDLnH&8l2;DW;rP~I+j-#9iFh)Q8@6u;7b&z)jhZ=Y zR|tn&SO~*T>4b7V>1T`f>gTCxLB@GLM(&%>o`=!=6YI1^D_vT%W%tODl_bp2Vd7$D z>i0_!-X7YPcmI^}H^Na?Es<21x7w>y$b}rfAsV0bK!pp&Sm?ynm|IG>UfJwtTbS_E zc7TxU0a9N>8(HGW_9?2MiyXw@DG($TOub%?p?B*Q1=>HbhqC(MF;yn5OgOGpg)s=` znv6{kqg$tF1$CZFY=elQ7f~#Q#8Vi-Zzo1ayxM$!`AQ0yGstjACG#c=#dc2QriHe1m0f!Ph^( zf5IQ?(lS%l;!M>WbB&tqku;9jg$ z6|u#kF5#!5k<#g~Pf5UBo1%!`m(2KtiQd1T;eqDdlf6N7NRJANL7$XdXAg(^zzKfl zUDSwxY33-iCGv5flch2AWkju7Z2Ho}UzA7;hCJdM7_I5N(4Jl;TKs9c=GgrD!UHN` z%dkE)V$R6+TM&}qoo_OmIT#5Vq-9-#M~F5KNJi7e`0;%2fR`2&xAc!S_2muOI z93$o|T!_e2>w61aj`9j2J=oHQtrJ$!KNtFN$Uq(2;(v*a4N66Nl-Quk``Jxhp~r7E zaW4GlEl>e!q`QCR^Ye-QV31cQ+L^a>l!|^o1tkzfvSYcD#Ei9n;}F}3{3ls?VbLX^ zJ8a`qAx2Joq`)#sVN=Jr@+T09U}SfZcv#)j#-cbcXnqppPr%a>7};etm+i_u+S}`F z+L@4GK-wD9Rod?BJ!AIXNVc-h1;j}VyKM=vuNG}yWJOS;ujBF@PXh8IGQ$}74%u5w zvZRBZMi$29MV;BuS4R=ryzk$u1z`>Pk%dGMo0W794Jv_0B+5cTl&#Up3@WQ1dw_;J zZHjuUS^Rzmf_kI)aF7FNI2uwVT%bh_(sB#4S|42Bd#(aoMTFsWjmUhCv$7ANr2UYF zlbM1jd{8G_TQwskMJ?fa^MU<{bkgl<{lH!eH$>FJy5mDrpa8<}yJ>q3GaGb+xsdQg zfgZ_el7LMpgouQhwSp;|9VB%U5<*HB8v?si!i7rxtW2ur$=55%+)&1Vp0iGMkH~j` z0ZH7>+r8AKH-Oo5X3uRqtX7-bgLICqqN9X^<5b3fD)wmq1snNOv!0YZnp3G>q@#D*L3J?=$k1rNqO^*4Np_7;&5BBX<=7;55{J z>1xp?nk9e$0yAGWctXSeaZtyg4&kR%>rSMO5ysTc%9ig!9_o;Qepn2-R;KkTw?cfG z$c?TVll#D}b^&(K-OT-ycLxqE|2jcmcszg+MNPYu$~=v&Ty-cVU3?mjLmVLf5Ga7! z_hsJxD`5d(5v}V@$n;z-x4?is?*Wv-1`9+~IP0#xyzViyrMG0}hM4gl4nq)kGa+T( zv8j?BQ%|p8IJ|- zG3-+hb>hITAoSev5fPCkw?Nzlu=c6x=Jo>d`(=w(TzsGsHXk^BbX`_32)lke@=4yG4rl>x#M@>760%=uCSCw@L@N7@A!16b0zy|CdF5M>Fy~igB0aa)+ z5!+u0uXcVgPjOXRl^Q8Lh7`b9GNnjOTQSzuD9Ka7gjs19p*(GYAysh~5mwGn8`oJ1 zf}8!Jyw?uNeXXlX;IP5mDKCql=aLtRJA_a7**>)oYtKcIQR2~7p4B698(uogj!lSoM%hzcrEn-WG%`PXqJSjrnE5%qYP|h(rx<04u|SBo2{T zi2X)5DT+@YYSD0$dfqp?ymKW%d6Sh_X=4S_}%-T87>aAJ-D|z{_nIQ;o6Ym~CX7}er24Mk_@DZaj8H_i# z&{4oCd!1S@3$W?PTTx^92_sDgdIJ3kgb6^z5=XdwdI!@e{D zN^mOTqLMmEr*UYA+NMKUWYN0e6;Ik&Uzz zq|wp=*sZmxy1W3(KA0smDoS8R#+49nhM*D%{P^$zcy|j#7pJV3CdML3xCxEbrY8&| zw@y&Osa5zEad|fdEv4S$_T%5@Rzv)y%PJ(3bi_uGNcw>ou57i%SD>!}{XIX8#haZ0fdRSHBj%eLG7jV$b&nR91)PSBJ_d zXB;*a7owUwKsz@|{y4CV^mqmAqpFu_!K5CrMznr_ZpjzUzi4-L9IDyNyCK`CW$bXg zOmbccW%kSr+j}xI>fCmsMr{~15b3391(`{YRe780S*nxuYYWTHhgBHyorJb7XRgh< zB)#RYV)S4PfZb?{lo2)#47ns5ye&Y>=wJ#non|8zE3J-=?gQFMX z;uP-uDiTt4S3Q>-f9-CZm$LJqnGh9h)#4|gn%7TU=K}G|4P&g@%v70Ie$j?&MI?ps zCkmLJ6{zjTEBhyZ2dX0qsz!<32L%>SgY|3%Esjl6-lpUBOw5a~Jd>Xm?_9bLMSPO| zr{YkfaM4Pp<%&_{e49m!cw)saXOPT@f->)pIw9GcUF4-;3` zKceZI;r>}m+uQtwrrlELdX1n_fwtlB*ee@Q_U5nwguG+uGQ8?x?lOCqs&+bLTaSf8 z>`a#q%zXa_VsF9O4%@-{5C*xEv|vWrvOXuaeyYAp@k9VfQ2ZEWa>X?Hh^a~^3C0}@ zM3rjJID(>;zYZH&@m7zI;xI_19Kg^Jmvrn}=$KmXqq7vWYL1PsoxW|+qoO~uDXXpg zxL;aa!61)e@-T@iGPW%@+>d;<%2K2sx4Md7r48{l^19vQQ&e=4+Z&Q$OCTi5MBUpD z$)!Jy!J>RNJZ?)g5M^-(*N{I8l2S0n*mW9G4LsHf-(|M^l3yjkS}i4?62H$u0Owxy z(^Jc#oUY}7mNutU4j>^*r}R8P>StYZT$2ipof( zFzMxwY$~CzV`9!hKaPxRr`9WKShl6It_>I?zmebkIma-` zl3gCj!Nx@ua}Dew^>zbl2u(w2V>s6MK}L*LM8xg4!yWa{2OL*s94;-bR1&iUIwKfC zKO$;Hsoi+w-fsNxk7+RRhO!2bcI(% zdMT-Vg7c^LumC88Alo9j!xxlVk6!drI+q*%I@kF8z2#x?HFAr)R$-9rkGHv$$Z+hz zO5;ZSX5`8`Xuz))-!I;6;pE+RhUs~yfbWBCnnNEvxpiN&c1=zmNe>_WdH2&1@)f85 z`prKd?XKdUx=f1(^40rAt7slDZ79oa!s%a(Rp8eyaOgg2?mDYg+RLI}!En}|mDlh1 zw)!eJC*tsE-&Fg(wdki-%h1`yHStK>AKU9J5r%wv^0JL5svoa)k$gWy5!3403uHe% z30h%yU~^R14)W;r_4N1GZKZT7$h%m&;@h#|P>fYMfK5?oU~D3T+!eWDvK4$P)y_~| zP*8&SDA z{c0uJaR>1X<)zV~@l!N(vu~V#+HZCZtr;h)9OFr_i?xok z`Z(sC7Vf+0T|XNBN6PqWtv{dHXDQWnA4#qFsS`CTUr+TNNmj|3UmD!JPmbmY6ctt# zN&@hA%qWN#K8q&X)D4$Qgdb?0AAJ74hyUu_%zRB_MvnKbnHikI75foMI^0uU^6bjufxkJMeu7o2{@vf#X?P8+-ZoB7eW>c%N0c z2YE)EikVyxw*|a|85^GOCw|QvSW7(RjAA76m(zfbS zY{}xny~&wZ^Zjowl&IGp5lyJL9R!u`OsAunZa<=BYHnA4Zx3kLPW~A$oXSkNy(i*7 z<4E%K82MT9i|{|fWq%%3+wgW9d{5IDz3Px2*qFSTbOHF~jL}Q%n z>)R3|d&9%>(OT9&szo|}ozXv8Ng2+hx}|8s(f!`!OzUt~1&!R`!q)94BP#*L9R-K& zw+p`2jX{2UY(PYW8`+mUdx%RqYQ>-(6vE43Qy~62?^S8=vr}Pr)Ha)syu4Yn((J0J z=Vevk?o%^fMHga{o37-s0Tb*WY)BxDVi{VJ(hK$72;cRC%}MCCS)&-ZmOB{zd$ z0dxddJRn4nxxwB>pfj&JacB5R^B-5CijaOsdpw{9Y;a3oC3Q?jdFN3ekMq^3Z<`b(|$_(emXC?u!e1XJ;FI zZMRp>PB5XrbjelDxZl{siP+wb?ArfdzO*GX?+mv|V}6SAM~JZOE}%H&*ZOJ9xo+Ig zcI^x-;0-9nZMVf$Y|W5y-{SJFM~1}r*n1>Jr6y++M{{y^d*F_ z)`KRt3;y1}?vR2%oXe%N>L{m$ZxSA;tWIj5L?}O;Vbh!%p6Q&<8Mz?D0KLY*f@|;f z+k}^_t{R4}`i{3<-OcY>qSH2aEiGIP4Jda@sw$-zg zv6ej(q7%nwt}2H+)y7g=fAH?iICA)6TD2CtQS?WO+l`;Zwb(TLj$bq-kB5_&wrHS- ze6}_jR*JkBjJ1x2^@p$2H>~Tvu9#r|n)v73$L?Qag*hoM;kK;{Qthf18(zg0S|-bz zn|!{XetRk(T-=%<9uwYo8KVC1;2v6pKZ+PoQzJu{vEB7uKQuV%m$JwbeW|_T;@{aQ z=Vq0p+*J3*bDz|n7`6zzKSj&0u$}C@&VAiM zqxi+Oz@uv&EJwHO@7Q$zxSDzO?`7NGPrv$q+|U2{1gCfD-9_aU8OVl=Z5=Op$vsYt zdw4DQ!_DmH&3#vI7nNUKcrmo>(J5cNy;9}A?7;L%U_i%N;FcN{GOodL>6MMjw_Ry? z*T%3X>O{55oKOAC)}7aCMioC~yXp0WH$>ow6{yH4$o|lUDz5XTJj;CFJwMZ2t_AfvLmMTD4nX?BeQrWMG_VZZT!re(TZGpK)p29VK}bGn0&K{s5H^ zhF0X0Lz6_`G%>2LAAfUE$DIb!?ezxj5|#soU%@g#2S8T>_exHVbz{!tx`mHjyIzBg z{hM3dv2RB=D{Vh~R9EOCuJV`r{YrQaf4wT>gY#so*R1z2{l~Tr)`&|N51zi@c-CET zVZFp=62HID7*~1j@;&TfbbmlkZ3`|UQu#`|%&B%wv0P)yrpc+4<=ufU{Y%3uu$Zmo z8=Y=$Iy$E{_)1)3}hz zPwYkQGa26Lw`aWj8{)n&7dz+1Wqc=Dlr#=S$36*@`dcA!SE3>Ln5m!Q51Wbm!)!g` zPYq6fLPCRl$1LG(VrW*2cHWT4GrJpn2uC8c&rt+8;>=eoq)$|;W4qh?$M<7-`@T~Eb5~9Mv2r@F`%kwaCJcG9BgQo66t^7 zj65w3#@QFci9C)uW}in%DjaCx4Aj;XSdo8@t%|b!2g!DekBQ=e8WOzD7Y4BRZjSM7 zOr_p7)30UECkOuA3yli>w|PNYnW{v?8CWy(-3F`EXJc(drFKV!D=)=I&Cq}KZwt|D zgsmjIL>N#r20?;^%**eQf@|(fVns}ejSH-;$JbFJ7i^l*#U>;+q0l&dRo7x#V6D3Q zzI)l7oOhVD=9HLo!V>-`9yUHBc%z8)Ia^Dn&O(D14}F7Q{er6ixSt`aw95G|X;Vd6 zPO%r8iTx_$z_qZ=5_46oXcxwd4y1l{@6-<0Z!GbCoaS5F@)ffG-1I_HO0OUrPa!dk z8@l1UWxD)g=zshaJSl+|t7`@%5#K9e?Blhoj8c#wq-`g}Z)w`g_e?efPzK`VaIW5> zMnU#QlQYSxrC)J$K@{SR{zsTUm$_I-+~=Vce$b-pToJS^KDGpVMRLW@-FFL{xMc&4%GR5!VJ$$&wpYiss$Uu z!e7D&D9@}od2~E|U_W91`>$rj&IRWrv~IzDq8b(ry2@o-)Lt|==j4MqdQZW3mtBR@40=Fc7-_dRzu-9*K%eOG_v&FgDU zWo%*GaQ3UUBH|0fP~cvUtM3}S{;=+q>9`hBx7N9xmAzj6WBJP;Gq>nV_}ledZaoAt zb0i$YblI<@%81+pi}q!DPunW!Z{KIW)W|t>{|Y#-w^?7{=OSO7pj2GL;5eo9kgh5~ zhf|DYKkpEXTqfilE66UBQLl(JzbhgFr}>l~A@BbzNLKOtpq3er0b(I?&T8tVgv{(& zgOqHUi^sq}itw^9o5bFye`Pa#n~t(a(2D#QeVNg-C<$N*A((KG&-x5`Ju@K&CFhSL znQX_bNVu7x_wiakhMrp-KZ&WRw?~W4<||uIhH-$S`<+Bj(aOw+UOhB&7yIng-wW$9 zm(TjCA35pLKI`CkIRI0WdSGK3B0np4*pWMTiqc&-BiQJwA$wF;(>WVBl*;)KrU?la zX5tdIoDUA^@n^;96r?{|2q644oQ_=BmNnMMD`c+rI1`MuJwr^yAdHe9DCm95i_`IY z|12wL`sevRhQQV@O8YAr++y=K`M8QWJ|LCFqk3%d$@1mWfjR4^O1l2}mpQKP$eB8C zlDF#s^nv2Bo<__yW`06 zX2vNA>>4p8KZ^RW#mATx{$WGp(7K15%=y+EHzJEV=1hVv+cW=Q>)YSCA2trEWyLBn zk{SZTg`FO^3CoY5a6ubTl((71zdtKEb$RV zIjUSXV;1X3N5hqpineaK^uG;HUT_a&=fr;u6lEbVmRgZjcbz3JwYr7@Bf;AVHHiZL_n?X-e=h&+uxS_k59MX0``5o6-V~no=j-~k`(x6VZx*VCCH`rV z6*k>lJqH4Iw z_zR;{ATcNg`QCCrDbn$k@PmR0-*fHf85X1`x+nW@`?s;<@ER~#m-g&AYq&?R>ZDug zUs80M;IuB`{JiMcH8x~cd3Qi9=a{5+3a5P0?d35 z!99&KYhhZFBF`K-qfTBtcJYD@cRQB_Y4po(*At(Y43X5)E5Kd~fkz}9J98wng>r6d zYMObvp;p06-b8Q$r|uf3j6ZSdQ5{ja^&*Z;1*rZVh;(lll=Y@LTb_HZ-MJR1w;UsI zuRd(qPh>Qk8YIVB&#|VEaBj&IxrqYCt?Pc{43#o!p83e+F=|EF7Gr4=+4LM}QLpF@qsW(!OqKd`bwm4LitX5$0HQb#YC#|`OeOwI|B1ZoHgcJ3u5IZUI2 z4H>Iy$T8#JFz%mDGCOJk_Mv|@ZBXbJ|DcqI?EFVYzwGSqUKO)exkC*Lo=-{AhTvEqsAT=@F4A^rN_x1}=%bI6%+)S+?^NpUZb&J?xfT7f7A6)>9K~sVPGKT` zfd!aYD1O}{I(fP_Up7gL7S)&L=iqprplq=xOc&XV<@%%@*g9cb0-i`6JG9p9t~=U4I?4l)00cxDJr~F5RXVP5fQLGL}U<@^^-{)zP6& z8WMXaxN#mA35-N_cxL_T8Ts8JZkJ?8v0tW_atTOV(LCUqE9d+24t54p@hPLH(~JYQ zB}d@XH>f-iolVrFZh{JDM$^fYZi=g~G1*+_(?t62DZ}LK1Pzw@ozJ;Kdbw+0208oiTK&Kiw&|PhX_l^D9V}97#~YtV6aisOrY`EQ`*(uX+Y^<0=C>$kZOT7rS!Jl-#Q zShxmmtIg{|iiiby#JWaBt6Xah5^c+P=UJ6Gmf zXD*2?SDJ@KN^;6}?O(@ZytcmAAriz(Xg_H?Pd4rQoNO zB+2ZB`OJZ5@OWjvmuPogobd_v6(0>S7|s1;`eBYPop#KSxx+dayfwko|2C!Ly~Y-N zQLQNB*ly!H^M#@4Rpl6NDfo2`byx+6?(ZgB;UwXn)I9pt_9!+FobewUhg~AChjjM# z93lxK5uqJWdW$Xui<%%%_11a*--Wx2lk&yA#e&ezI+?E5*?V@C6M6O3Qw|)NpBt z$wN2hcr+aqjRw}q9$|q%2qJpIxT1mw+kyMC2hPTNWcvzA1-hmVX(8urGKcncfD;$b z0V_}~HH;+7h6u~BPZVF`M;9a7y|dG{G690GECZsCEvH{qZ!vYgv8)AOSa5Bh4*Sxw z)9jC0hYAR{qXQZo@HPBpYu({Mlf6aFH)|*@tO@56C#WwSMqWA#f`JhW-J1@yOj3bP;TMQp`t7A>KuO*Fc9(EA*BNOfTThS zZ0AP5J{=Xx{S!T0q1K+rDwa~G!(G7-g-;(%0qJRL!dUU{;(X_Kt}69;I(;h+_1a3_ z+b_H~!WCX8+HFkd`G)WpH6s@UI_tvR@9AtIQ-xf6%)cCi_J;qKq%Tq?Aa^xMc7z={vQ3XuDGx(B4I5!H1RcHV!>SzdRmYf z_<3+|XjGKvH9uG;`_Nr7l39EUS;FrF>ECKQf`p(}iiqb>MSM^#iyL!7cNJ-g!cWJ{&VWI z5F9!3k%8>4P<{|l&r;O57OWsuAmL8_^BKQv=zrF`L4fxo4uc14*( zULBd)AdJ)9p(()-aIUwe<7Mx7UOj7_Ek9}eZ!}ASk~VzK_^mlB>cFhCTmE`^Nj2%8Fl;H-Y_E%OvpkaVbEaYK3uO2wjpwKD;^LYX z)M}9Uu_>xlP5*@`oya<`pdA|VaCj4 z_ocU(xN$R3u}{{OGbS9+(AcRXPSDeJkcyR3XZf zu(S8kQotpDDoknirrGE}+GzPVEXQ>RoT_=K#qk&jr;q$J_}+Su10@JsLvc&2Reb*5 z?tnM45jNDR`Jh0^J*iJ|yC*ozH(ca_@EuKiP;EGW=ua4U%?(}4-Ipdi1S{{4S4eK| z_%H`10La(6!R@#kX1PQY!J`F1%fAedWt7LSRpQBG7trsYsxMZvhOBR~pt;trDw zr$!D>&I>UhHxk$L$7f*Pr>tRJcFmqevqde2#jI-7ZyJ1`C-Nw>vKrlu6uGv2@T()rUs5)1tgn^F)-^8sk7KJtoiWfthY$X=Sd1mkkb%d6KctS5ds`6 zfdv%%eMzPPL2S~LFU*mfG@mOlSg`KyK0$LA|YuGV3>r&2nKjL%vcg8mlg zoQIy4og)~jBa&4gpvK-k32TU|`;Rglfb{x=13Cgo1&|2++_dSMsWw;4&c>q_t6RwS z=3(ppF{`sz3n-MS##)V}%hqR5mE(RI1JMs=%s%$oBk#eMJm-6al<_uW)Dyzzuli0w z7WQRjaEGdd9ziRuDcBm}_YR#L(KtE!oV_)DZ+QHa|9XB82l3BKm7$8G#OF5B@a1-i zs7VMM5cTfexn+E>>tau{kZdDQ-ownTXo|}wb1j%z>huuo038b^q1C4I=VDa>)843r zbDd5Wxv|x+j~XpkXC8mLP6n0Q45cJm$0a7)$Wi^CYQj2VrZT#k*>$a?ws^s7Op{qAGjUUqQ54#nq#r%_L?YdVtyfR%@Ubb}W#}Xu8OHOF{#d}R!*zEQ` z@e_sUU1HSNj#h1NS;D*p6*)rWRkrN!^@f8;Vg<{pVK)R5OQn-c8O6_4F++%C>W%@-Lb);v+=TJw-oL z*egcz@M=?p$pQTebBK(Wo`s^&Fhilvr(f;9G(5OZO0&D1W>@aH3Dw1grJIDc4u+-n z%9S#Yy_EP-WVrf~;s>MCwt^8V1T&Xs)#v@~8rKnELzzz0R=}Kc2B`uh+EPR9oz?_JdT%YT0-;n|z zgDWkfQLmh9%E8Zd*g~$&Ll{ljYHdZsfL44Fdpy#c<6qBguM6$w(w!B|1XTgOjpcS>!VPoFU|=rU0siWtHdJbjhD* z4QELTl8EEm84%1RWnJiWGzhe^1>nVG{IL%zvQ0Hm536FpdE~FRVkqTQEP3RIqZy-U zg4SmdYf(=9xIpI;plSR`>v!x(D0}f#`xrOHy~O5U{g}ktJ&RGah6g3bB=Pjp!)UN= z11S*Cmt3joo5e^!F*>x)nz@`ukk-2cLp(Uj0A@l(nrBy3WYhY%Do{%0V4#0yi^P<{ zI}0!+KIRL|8mD9CB?T8BKpPRuwIDtXRbD@S z)IB{l^%N&k4J^?x7uA}|@hT0<f{nO(`-5-;5ewmFq`8$>~hWw(5qB+1)@P`*NeH#s>GRzsY&lO+rxyXSy{(tFC%&xQeM{ z*FAV}-OT4VhoJh8`@{Nnv79R73oI7$TB6`8>%gYl_?DK(4xADl*TZ2F`b9OgG=JBF z@kd%CMgb?M+G>mTpt0>sHC@4*{~L_OnVmQauOyCGr1>($Q#4ptr1Rufw-W)EYoqLG zO5nE$W7)97<+J{sBqufhyt$T7--c$~hS$nGM7pcX*xzw!UzvKzjOVZto$RDTo&b#I z!OO2~eB1s~U|kYIWCr^hD*D{k?C9E%e#)CdRM|l^R@sHaYXW`n>4k0!T*ye!q;8cy zfI|95+)JDa#RPEZ29Gt5`(|)21ykx^+&}XaKF88R6?xH=_u}kw)gv3V3!BEBgrP|T z5EQYdm&}*c{?G!QxVC?`xg@YAaABh`G9RW%K6v&mi)MO)GgnjQB1nWhi>(y{=P5`3 zfy_V6!{ip9$C)EHh4}^wqST)GD$;+-Xt|h?nNW7>Xlmgti;VoRF2K4bZ7LI_(*X{* zR7t+9%RS)BOf+utxfIu(GCpOqtc#%&vJ`?*S*ENw&>Wo(K}F;re^g|Z9D6kxP=o~3 zD8`~A_2~+y2XCf*4v=$aCVnfWWaoM)7EcE~hS&r;^=tdub@*R-J1-8u|A!CWRND>) zsl;}9hx;bH#zgoUh6TzXZHNVhA~7~U3Ff6&*EG36Uw0G!yJN!}g#vbKFcYIE9j3xs z$9R5a>dlK19UtjH;sSs+66vuAElgL=24(RbJzJ_^0{23GyIsL(ll+m3VbfjMf?^yG z+uHSwa70HisfarT=uiQ?p4?K}t$pd|ei9_B5Y4d$3+wH@Cc#3mD+|kMMGL_qd@~^rCX^RFzn`J0E~o(GY<%WYk1O6^A~T|XzPATub9!I9bD^s31Srcw_QAei zpMHLm-4?gx@zdua&Fpo92(nFjx#Kb~%EOSVU^iqTYI4hgC1}&M1&vt(1aHsXCkzsh z{rw+vLA!(tJ&=@4xnLg$@m8xH1;h&KY!k>k+p--b-XrbDC@Tm@d~wWlN8i>Ryim#o z`eflTXvl*FtqUPS(TvUPsOcxXWwsLQcIGrL;c|ZatHhIx?_faOVMe_c6(nV!IFzt~ zw~w-TkoI9~#U5(6#QX%~;*%PhPl#UF-%-kkC&Mgg43>%bq%=!D`H^8taDxHjYZLyX zBXi;?YPvCgaGywpaN`(P9IM22H2GC-8biI!x)&FGKZ+2P=``Na>7atA-r!#HJM6bR zA(fFFeZEcc)8|fv$FhL*@dv~wPP68kQ#vPQ0||A35LL*|4HlMo@J9kyLol{fyYK(L zqB1fxDp9lphctmc@Yn4OX3v*=8_fCX)c~QQzw3{*=mO(+AXBPD99eQ!xLbj_`p)Pruv1F+W@~!iP=NB9AO}|MX)et^x{(h5wUIpdcI~ z@w}mMU%2qqw8O3yWasjyl$OUWG_Ox~$R2cJq)_>WMfN2_cNDASJ1C#$?8NuI%W&18 z-*wcVe64!?=lH`*1sada(W+H^7YrN4MtoDBk%4}fpq08Yg|4F%G0Oe)WI#kK|BM6foh6TOH18lLHx>aInrQ z_#O``?|H=;xUvu(B%@vKEy}oZ-_X=lq?ook|1&M4*w8jlYl)|#Y|&1b0p9`631UcX z@}ov^X^~gWuFk6)?{ir*R#0truV-cM_}x#hXsIIwtl?7sEIigINReJF$RN}iM$M?- z^SZ9ZF3($09fWCQ{P&+(IkfHF9qV}7ZvFLpfTA~#GccxtqB~nm1r!?H;jgt8GTB$~ zrFO$nh^{_Uo9s|vn^~VV-#3@e)C^TFezNPM(evlnb zpZQB}ZA)E?T7ETYfjgzT2XiozGsm<_b@jlmu)CNg+8^{;%kBR2rNguC?IjG)JWNNh zAW=rrhpvD&>+!|8c27?Dy;SF>&9<+qihtMfiyDZ1%>foUtifrYGKSydebI&Vd{(IupI zS5jVdG|fLXFSL;vExApMJb}+8|8wV)ojv@LiiqAn)>?`l3a@VSKt?F!(~t%}&((?> zNKXUPLGQhK%zzg3Muk@s7dg-N6(=+Y9{W^Wnsj}Z_BTiiM;r%QNi`>Yh#la83S$yH zg$0Kgc2XI2?o)LNOs9)W3eVM0wh~v9@)Om+$iav{He2l5tICX|bPG>vB&YvT-XyWI z{+LjtypHOX_^C9s^U|NdECpbQ}Scj=^cx1vM- z!OLrQu68kww5o!c+TUt)O(=p37c$?m@HS9EqX6AZI5wh+;9zd}Lg3=vda2im-O+$;62s`2!q zAl9DCqtsHRwRZ*t$)e7clK)aP_U&kVBcprX&mS_TO;0QSQg+bX5#`m9u|iWOem*-* zC-?+-4Hoy!$L)W3h#*cgFMOJq%ZPN|SBO?56obO$qNr8)zFI_wKvGWcrsr4mk4{2T zM^hC)QgKmDY3HqevV2=+>Yrg#e*ESNXMg<-4;%U1nWV$Lx03Yo?*&sG+Qw%E<6v*l z_@f7^=MQiW$ZPHTo2eu1FWM(TTQF=G4=j*{t<2y$cw+XlD=Sj_Wge-bi>{QO|6w-% z$QNxBKUfn#u3aj2II$?_ju)w-SCuD)MgHFN2`QjlUCh&xtf8M-FIcx=Ax@5|C||q- zNbM=}{!0F|jUUuS>(;IQ`eBs5N^MHHw+OjPE27|Hix2)@Iq7)|WlnXP_fcs{oMRFw zi#+>L3!q@{^kU;5t^NphznVO`FG%=(6t2rZ zH#cuO&laKuN7Z*#Nv?shombfze0h1TXs>q#=O3Mxv+G5pX7nPG1&H9w0^?8CZWm&C z_yZuK^6=+2U3UIuma*m;I8S)DQTQ6|3K2kh~o)VkgeZ%L5 z+sFsU1flM8>rQaq5P!V=l=8C;62$YB#DpMymfMKT@1UuFosI0sqcTlRFnC?mBC>Q7 zh1dlxuv?_CPlEcyGl1n8>+9u5zWyQltkK58gODbQ61-vH$Bd=6clwHY(k9bHb=biQ zMGF~D^P&l{EmT9{HDP}(*jx=uA#12}%=eS26hFMO1}OM&B*+0*=^8j~UBZaG+>7I| zsQ+erX|M3>F58>Ky_k{ySN-?gpP%-ask(IViWRU<%`8rL*|jtN&6oQ)ErKKe724VX zOuwfg;%ig4wC^{=bnw*HvR#PrzOhhyXiJvN75+;CkWvk@^jfpW=BVVik|H{zUg7gg zy6HeoXSRJ`lr0~1WJkko@eIfroFtk1?8MJ))aL>5YXpFX__=rt3oxbrTumGucV_^1 z)26O;VP@m2Yp=YezJq3KJ4zz z^?hc*xS zaDT!mvP6&<^ixG_BPMYch)co#+oy<}U&Fe3{w{KqZur{Rj@li(QKkbt_|B?$$%CB! z7ZF6YP~K6t*v1}Tno`7$+&meRuE_DTT^5IE*Q%WZmBOKvuYQd4=lx3ITS0$P^6O@P zy9ZvWPcggOsU6eq+okDzd-zj{#qf%25UK0oD6OnRe+d#Dxd%emtA{jDK18(fX#+xw zpfaD#nc6&|+BGR>tXq>l@eNph4a5_w_(of=aU;prZ!pyd5#CBi z@U;#h%rU~(rSEI;&GFH?C0XD1xl6Pw{czO1DcFmA9qr`uxTB#uG#p-a=?i+M5MT~& zc%BFe`77nAy03>5YwT85L@Fv~VB>NGZMQ6p;)A}XzwBFQ>C|7?uUCh_mzH16C6Gd? zE}@wauJlt0>JM6`q3M8;%Zw{Q^yw!+guEvK?_J;o$b^AvbI(OT+h$+KI%`w*(Ju=C zcwTsF7Awh)@zuOK&p4qHzOE!>^7x*?@7z~WW$ zAeWe7PQErpT2obAy@(*n@n|XpzeAq>S(}{ciAaLY$~Vc8lDb$Fb3#4M^C*Hl-` z1*MGP4BUY+7FX)%G2;QF;@rCKKtiYEV4$+2FNo-RR_gN%u&)umQA!kqZ67WYI z$#FI`sOH$a=aBoRAqxxJ8#AQrl@hrUU<2eJ2Tkz@q_AOdx9~kTO@;3DlSVJrP00sV z(GyohpWGjXwaC&jwcs2V?fH83tuf(A)oL9g`l$v**`b6yzQ)uY7*^-b%9 zt0jBmbinUuCd5=9QXILsb*3$)>f);B<$W75o5x4C2R-OM7ZrClY;>G5XL|EYl=@t! zL3f|$+)Tkx-y!T&(}bPxsB@o8i0Xc65e(!<1KPIyNb22*M$NA4!5zh2{r8J#K84HE zvr=cubi*(ru{re>wUJd7_7Uf;7v0kLwFhN`Rx8#5!D!+{#^%F6yMuL2A}#8x!z!N8 z_qj*K0MU_0tgnk5XKM(MHft`TOC!gjwexEip~iAy+G~-1;pzE9df+PQ-zyx3b zs(oQJX%mQx-A+j~p`?&pWf%}&ICOvPl<|?8FoF%e`!vCEGPmC=^gz5*e(k^K-EAKS zoTGNX24*-_e}jV=@0dJh==ZP9nDY=D?EQ@%ju<`IF{>sDC($<<@}8c)P$)!uBWHJ@ z)4afmvaZlg`KB8;{hhYv`O=y4u@+0*l7BJCd$DL`4_>!+`m_?H@deF3k_)Srs z!jG;#cX3L0_UWZ9&0BA>@~a(8&AZYKq7f}jD&0Y)Q)rTgri3OaO&3TF=o@li{CZ=N1-1Zy3Y`J?Mj1e{cM)vO_({7Qi4Xk@&-fKDtVP7bq59w8wm85D{FV4ZjTVC6cNzqAEqzQGZX-^1R^d><8JG{mXD6Wk_ZYzL1P z%v50yqm!pAD;hn-wYfI|D$97}L8KBc;x1#ynU|5j+o&%i~&4zTB^zP@}~dBYGHcgHA6f@20Pt!UUt7eVyn0HZIUzRIH@z{ZSvpBnFl-D- zWpuvc{daEF&B_9J6u6RQ!Ksxy&5E=$F7Y81%gti_*AwfR!2@*G<%E$=j0!wNHSQ?s zm}W#DF4!E_U2%oy(K=$Ff4SsapAqSg+xFU07zE!>EZ55Bed+){f!=#;oJdp zW|{WvcxVJfVJiF9KVWr*h<1QpO{X>Z;FP-!h!Qq!;M<1(7~nhI%^0O@UvxP1P%$AV zd4`^cbv+G+1)iH7z(GmDn}b65(C!3j1TTV1T_k~9~QOz zgo-7j<w&ze==_R8 zUY-D>8jIdHs$zjZvNj^DsL@zxvq95$gu(;Iwsupw{{W zuvzMZ^c-P(KpCtgT0TqLf|tq3orlzZqOHtO9t%>|FN6ljEo$E-ZU<-2rG8)Pe*v$} zd>mZARf!{NoPX5^q=62EA7ZRmh7VbqrK!3aGNRejZ1iH2J4w@WGD<6}<8|@6@RZ?2 zvAxk>2HQQZ!;gf!IO0{eSM-j==@R-%KFIC*XnA~Q4m6=A>4o_IhC9hXgpke;a@$!q zTuYc``KDRM(rQRR^-sW4J_Gg@H$zbjWAW1d7yliq2{?`hCrom6TbkEdVW56WYAB%x zn)PE^7wZ0y>)ZvwbF;8q@bU?CDPQnRup&wO90!t8SvO|=Ka@0lfNtpfTQMTd?HA#| z>KShIbd|OizX86I{#8;p?MgAAdZ610MpX4dror9?;ZuPwLOvPlLR^aKewKy&O!XM~(*j9sSFQHt&Wz>W(W#3*9Ai z|J>+r;EAauaKQf~T{_VR-YSHIZW>B_D`WB77z|QpU%V5mboU19|H`NA>^?0T6`idD zD68S=1WIbSBUeHd4%N`-|BsF1H)Zdr?H9urG$ll?;gC8wQ_d(tO#r?mpc|d$PT?ae(){892wsa&zBvApI*LXG686{%%EV*#OCn%;rLlZc@?bH(e#XQ*y{n z>m{(0AaUzpUBxhK+Qo}kFE$3k_8!B?hByQ7K8T+bo1p^3P1XB zKkwgQZAsvjaa(!768Fk3a9kN@Tw+8LrxPQyT1u9=(d@%xZ|Wj-b-Z>&{NE_hAin~f z#`z(H5l#B>qgM}=d&iTe4?0+x1<#|;s}md7rCz=v?3FAMto+|Li|JZdD2D4 zZi_F&*tX}0l+P@qD=_asruiAZ61EGH~f5ppWX$lNph~pU?=XkIe_BQm6 zXjsI3pfR9H6?K$(U7F|d);TCWQUV<{^<@uqlAep~hcN98WmNxQ0uT+z#C4_9RYQR( zb6}jLMUcgjUqwnV9S0PoZmgud%5miRKc2dplFo@1fX{Lt(*{~Jv&s1h@jFx(3)F1C zu^kA}7OCG-g`@uP0aPN*iQ-sCMO)A{-l~&l;2peZ*H(tYHKXclUf@Xcz0_y}#c@Ku zV{o9o3&tXcfua+G`=55a6O{N*k-DbL{Alw@cr(UYdM$9)pBC;jNh$d&0@eQEYPUuS zd?$ASFz1F%mNhsSoWwaN+Ms|o&6I(dn&QK{5d`D`aYsB{tC;OCz{ECw^e*Ar{|036 z02&JTU_j8@vh9cbqJ<)flT&e<``x)L9dM|;sj*(-|8$mhskYK9Jgg8W<^qcooTzZ| zM)0xda{JeZD*E}34E04(Gq!QXX#;Zakc|O>@T{R2W(m7~y zR0#1M6|le|)1PqU(f>o|7u!U^=&3(+7f{=4V+ArV)b?fXQbF8M;1B5#P-T^!8Hc`|jCnr~tI*j?Yzz3m# z{Y%cQRh+{Xe^?cyz()EnxWYp&5JRVzTga>sL;@~TS+VhG{ju+=vefF%g~KOci-kN? z1au(ZVi!_bFy|0BEU``pA~Y{}dCAYbnTC=HfIgq0Uto?Qw2 zkLq%a1Q@vBHtZ_UH;um?@68H*SD1zGmHvrMMB+j8tW9b!ac&BJ^zb?RLh_S1BsapT z!+^;Hjqz~1D?fuTV*<*uWhV(7*o8wG|4miKKcgGnwA`OcN>G8q84|Q-yiD)N9EbV$ zG2rPn|Y_j4y;k{M_U==AGx}WNOwyMwCzph3c`Rn>NN86h)fP9V5v+ZZWt+ z8VmxT0Cu*)4IB74vebWTDjaobmAdk!v)B>q#O*)4zzI9o5okr!M0nKMH=v6iRYzk* z`~G`L-mYW5x`Z?v|78yxaQk+agoR!!A@!Bb|0D_kkL!SN6Jw#K2Dh zSHLsnRhu*ojt!{v*}-I!24^)|yjrVoZ9{MdcjkeEI{}e!MBR{`g@M$?VT`dQ==ln) zpZSY*uqY1%_J3*_oS@v51vfWhno!OKj^eG~=4uRg{H|jU6Nds}uQdE2udwlT7}`}8 z(S`tU4?w)@@qC*f@B)Xb3G(G8Rd_m@AIjmzr^5m&Npc<9mP`<6s3{qGiM8dKtb8i-Z$ak17nwqi-3O%> z^o*xDiYwi8Q)wW=k@(-NJ#Fjfxas`_I;bUhg7uD-i;}96e()Uyl=(f*&AHACCMBcE z)7MCrC9984gM$Y!YooFbDwAzK4?sI-IME)Kcr9k$rqp6{$%mFt9Rj7W=hgn0Igi5$ zhX1L!_GQ99pCR-dM?A&@m`3y~Rao%O%|G+)J+m2R+S3p zF@69pBFnqk#|)(6YGUZK-D1G5kz0yykiij){3D_tW$0r{q6@V)$j4QhMLv}cnf?N8 zb^5Vt5icwSBn?%WO;rZ-G~;MHP;g-1h3Jqevx43^Il+TY^9UQIB zeuH_k{~1wqkDgL(u0xQEQll@Ko})0sjwf-D-Fsm{C%2Z1+!wVHg07y_t^8_!Kx-a< zxu>52jqSC@p{heD^XH!-!qzfOe%l@V=^H=#Y4A|CBCyOG*^=hlF5<9{sq|FFCX0c) zA+;`NVo#0T4H<(LkNANgMCQ#dzl88>ThPQ!DDMd~6c)gLcJkznd^pB*^HWfkcZ0ns zEsG6VaKGaREBw)e05i&qfg^vc`DNAxqna8hB`@#5y~okRfa+csBv>%8-0B@0>Eqpl zvt8jg;q8R?YKP>EuvhiLO5A()I1*TgA4+*+TaW{blmtZTUsnKtk^t=PNS}L-(3p7Y zE1q8*WmZVs;yMav7sI3tW|wa7vYHz;+hbV74&s@pQ1x<53Hpaq0Jk8gx%TDw#sR>d zv4htiyhwW~a)^9W)n&A~54`7)r-~wM;7He`ueid<&Je8NLWD<7Y+SAoeYBZ}jytow zp_}V}C{uf-a<#WWn)X0DoLY-0^zMFaYSba>|$8%=sTDkbnqGXW$JTo+Ptvh}xScJ@d_b^JihkbxWb*ng|P`4MOe> zOhCdcY{&RNK@M)wnHaEW;H1EFL#sY|NPB@w(b9^tOe@gLWJC5FCNWXgUa_U@8z2~j z$2KGz^aC5l`B2_M)|oCGFbDXs0QkVLoUw$w)`ga37~qZVT8_$QSeyMz9MQTSetWRL;R4mB zNBIGUM?wP-=5S`Wvsm5s7l({C6bhnX!2Wqgq?MdX29*Lt5pg?{4Zv6OL+y{$NllQn zD8dp<82x9yxlC|OIz$?3p$M)#_YN2rAG+%H{(~rCxN;h1B=&INtpn*VPBTD~8!LJ= zgot0apmmk*LIOukLx);W47?m4;k3U0Xw=;5C!-cb1oo{`2M695DvoSS6qds#4qP?1 zmlY`vz~p1s$oG0iv=T$_NItX`Fm&U3783@3HJEYiN?`m6!rWoawdgO&qGiEI5AHF| z9fyC#IPI_pu#3pCMHS7gY6fC!1{Z$okG9)DGMQojv%2svF&$|QID1RmSL8&cN?UHv zfjg4-eqSrrKh!3UX2w)Qx66SeU;`mW$ltEhVV@vYi*c@Hi51)b?1&w23%{lm{~_|QcU6Rs+|x)v zPd6<)j?|Nt+-p_a>C*%%Wy9j=(W`|cIE-MyN9sCd>|S57!~?}6DZ5l0@k`mBlkkJ6 zaV%81S)W+Q4T%nXlHm6{gg&)zyHrE^dg-?>t!rF~$rT{Em42OTddhp*i2nLHAe37z z-@)z3EfOd^=ibHn@q6z=e*mY_j~Ccn?s$Lv)yZ^fp)(xx(GyGSlRya(Z&}b>lxdgJ zS~q5D^!O>+O3m+DDx8G`8nANfF2wR}f{nKu6D6R~{>oj5NgmKEq$Z{YyqpgNQQo1m z+up(Ks^0szOV(r}-(|90kZr`ah7l5v;nh$4V3KxJ%dKoys?Obg7Ur^cB_g}2K1lZU zO6gHz9yWa;zjd(x6lE1x8np@Q1rLVke?e|OfZ94DAp(%&v$jfQD$tBj+d}^E%Nl7+E{*A)@&x_gWG%&OnS0UWe7;su95QH%5`Ok83dS^t zM5c8{FiWhADEG;rxa2M%Y(0fYLx(+4*t{TbP=)pnio;!(FOhSffT;;V>f4MZ)Kt7E z36P&S^9x+xt;Q`JEf*PCiCr7G2mK{aI!u5OMU3M|c~2<~(9`0J&j7VH>{gVJ$9g7j zPl9M8uXCVXi9P54sj}V2q_3)C95TTS6C|Et(3LwjBUvuGC-#mp{=W~veGm&97ja0n zS_WDE_X8cVf@#wR=Y6j6on7%IV3V1i-@}0Fw;%scLC!VW{DTRUiH%Fh2H_ilyYap9 zrZb|2A(IeR#JItk$PBhNhgVH9$s2ZwNQ7p|gq zW5%$SLn`2$;k$|OTo?`_{IurZAB{r<9@(_FjQBK`jgvrOTjO?0#h^+G9b3bZIwB+5 zvlHw%bNhZcc44ToKGj$iE!by5*O*NkLp_elHzf7yfCO@}6@wX98OjeXDN4dj5&6gZ z1ih%DP?`v+pSM}ijjfj&){?;BMoxS00>OQ|`lPv)l^CbWi1&(^fhnUje6l*vBHjTb zep9Z67F?d;&{6C|U+YxEFtV&jB{AZ4A$bf|z;nYrjcoWV5&0(IMSVDl@HKX3xSEBg^eyhkTLKQ6xkn*7|=<-2WRWy+Z_B`I`9UNGK*;D^rBlw4m z$hr7#*A}p$HZD6AMsiJT#{bv^QD_Ug^kXlq@5c3CX`GEeNAPyon_*qwHogP*RI2%r zOERXcVi&dt?|)YUj_HV+4?h?AFF|}@zw)|2YyF>g8TFY6fnlexU zdJ1*!5;W>mG?^>|;8|zYu|H#Ns9pdJ!=$5Eq!Oezc(TS$TU(5tQU90|N*HoDVG9T) zR-)K=wfe|439P}!jfMCwRs^&IsmV3(yB6W1*xikR)g0Q;NAOX=%6Am^K{-Lp(vceV ztQFsnP1Q*JA#{yLo3p|8-S7Vm1rIu)!iUj9c%OVKXRB~E@BxT5+hPB1T(Cf5cayvu zRAx8U748|1-9$YF;U+gQk88H)Dgo{h55jbxcKE7gy5SGDedc!6nBj;#JXnZ3>YV95MjbE@mM83@S4QQ@VD^F<3kKIa z@29lkc-%3~(<&oy6Wp9@jka@n3vt#!?D}cxzFRq?Y0!q}WD!Ct#+#oEib;yYTjrH>aF-Y` zMN-(}$3h(3QKBi3AO!rUKD^*dp_}W#8)&Z2IpVQ~V?}+B!{s3?}T>;zRNmMQi&@;#8Ya;3jZ^K|}Qn!YGOx*(^)Y`txS$xY3 zbgdqjZvKnfRkH`67rbCbRqy;3hAoHDO#T}!t;583pqtc3`qKxg?AQ z@kZ0LwTj^8xbZ3D`4WSG-n7l} z)ARav$j7^{dh~}gmfzHm5U0hmPc;Kv_pYh6@?o#JO}WWTmw5PJ`<1?h#m{$rae zD&|*T6^No!qO0RS&zIybT!c?7g*@xbqVjdWiN`wW$>U%}&6}kgeUbHZsr9tM|BtQr zj;Hed|G=+fM5vHtWzR%L%62NUccoB7va>3i)4NnkMpi?d6jB+<&MKQih(gGg>~ZY# zd)=qc_wo4s9*^Js#~Js1-Pe3wuh;W6uIqv+(8gPW&Ht)AqgKRhyq+R$%0Z=52?b9W z^8^?r@-8g^L+BA?peCHXMrJ`%7;;ATriEGINnj2@O;eNZEUw9X169;W&j#}GvuwG& z-ZI1lGzeBlK#Wdzpid)GYne>Cuuje$GgSgx2*>2}9lt+G9)R4+r^H&Pj@??!#wIp@ zMve?33P5dTxX$wfNWaIAb80MBn*&xtBlHg8AP<>Gg#(w=uTl;l&h0*}1>N+Yy1t~* z8(`NFQ*NiO87IHSY_LM6T);2hJ>7+9wzA?TS^V>0$YNe8nQ%}!IUWgk_xEdqGFY|V zGa@ODkB7@-5VKPP)HUBDxmRt!n``st=Pgco?lU?dB3}5y+_mCF^mdbJcd1K>l-5E2 zR+Muhor0rGZ9QASayb(J?m|R1M=mN`;Wvz*>TrYve~ioW{y9k1`~zA?SUk;G0lNaQLNFYxQL(tXxu)3>s9!aH)NxtPXZ3 zH?fE>$lDI_$KCLb_x-##UfQ+rB4kN$^cIK5Ls{2SgqsXWp`UxpZtfvSD$Tep zUqQsex=Jxndx`4a3h<05TyR(IEMT3$`hU0gwFuB5&toi{0Ld<)!HO#W&C%}4?EeYz z-V0|eEGp>;Js|aFoVQ!K$)r9^@I>wmv#A|WeWwi(y8C<)hc4jU>&*NU@Tk~)`<=mJ zfXYb>K;T0(s8M~B`tPEaeG%yc$%(3Qc(~mZ@O9Mgj<0m{aIF8ZMu-}OGUJUz>{Vr% zkcd*t-{lk`x@~`5r|o6+0prRk2^cZ)shC@}Zda4Pr486v_Q!meVw|ci1uJ;2$Q4*y z5g$ZTb#(Ug9U%d&brn4UD8WL>ob9Yhzjh%k1i>@W;q{r?`7o_S-;X)lM>Rr`1RxH% znJUjdB7#3i3tX|+SNqjbZjow!T0D8(=Qt)zxceQ01{OZ@HBVjAZ()LH>zG}r)2;(m zJvmAGIB-GwmN+X=V4RPk*V!vYM*cuw#+f>rOLU0zEOL>L4td|EPVuOQon-(Q$Ooj8 zw&$B~!3(zG5o-}&L1)wRTUQN(hY^~*;LEIEyN8GxQNtU55WZNiMFx*8td>b-vHCTu z4F|yC2nNpcf^h^Dw+^AIg4r$$9(ZG7fWGA4?Uop;SyJDx zPza(3?jg6T-h`xTT(kCrBSrA5YAXb^mv5_~Qeone@IQYl*r;gJ+@Bxe2WkS5XA#+Y zK0BiOWCcGwBwp|?b?l-8xisI>O@o31)Y3JADXgPhrQ_Z1%8%2eZvCdGqnNJ7D-Wyd z!U8aD6#PbiCF|>`X0`_`i)IV|bamKccP;k~M0mj_B}4R3jbG}HSAKKVFBY|m#ZL3`hbuLnVQ(D_O1SD%78F6pqh*%plZ+ z)nGanly)$IW~z_G`6E1dg~797?a`EcSq*2bzwV7jH;WvO*D0qP-!D%6}FQbyvJ z<|*PU;&q{*Td~F>2xZuIpltgfr2(s>8{;-uu9gniC*}I55E5*X?(9LfOhf9h?hdOe zT!TCAu%J5I(9ksUYLYhP7RSvUOlYZvlkx{X{y!QT*{cc27_Ny6S>;HLfl%?Y)#mH} zU)qK*AIUk(TY+n>q*knk*hN%;b0=oyk%0{tHqiXheArjM=;>=g6oL)^vAKuLMfv&v z(nFp4x^qS~eurLq;z#k0O85)HTX;!|!b>>DD>Mv$QSWQ9K8H)F>Z1zw4=&=asGE$A z*e}~K=U~_jsdIBo!%GZ}*kShwHQjsz8koSsqRZi`666Etd6j}@GV<(Sx)K?WLv&Vf zziH?Bj4yk^+V#O0hnMzf0qg_AhYu0xWfHmQa1l~WJd7Y;w1J{yv21QJu^@u0|4BhK zvHO zs>$4+9l+*3YLlbTmrU_!7kTZICpFfoGOQkQIXAJVgq!hB?RR@24ht1qMtn}1+>cIO z!7_tL#=6Q!5OV(uBG{^&C^cf5{+1UScc*oKcsvlo3_k$hZ1^CY0@4numLVxofmDTr`^6+KpaE8YCpu7;%EP5=9tO+w|oP**E#ML8iH9T8=wX3 z1t->P(CZNYR5fvQ52ELWdjZi`eCwZ)`^|SC6G=d>5nm|9-noXM3cPF5+D>#T7kH%; zq{Sy==b-{h`%fPG%B46tV4dP497-7kR^Ar-cy#p3%86kcjI$y?6A0pOMR-ewCUB|4 z@Jm~+!fm{?3sZsrA`9|juEInk^R~Ep?Xj1GfqMq`ds^06Em>kP4j0w{_w_g+~B8J;CLo?Nnb;La$~L{0u_o4gN5Cr z0;9r^-P7BLrl+DjesaOilj;g&tuRm|Zc!$|U`UjmM{)jgu+4m_RSt+X05O2}`VDEG zvP12Q2S|28MxIZ|11Sx`zV!04LUR&xkiC zvW^DP5X2xeB72nRc8RqiM7*^<$gz>NJ2$2o1P}$VCtRJ*C9gM}b?_1#u#mC!y^U*3 z|I`oIJS37rxx2%BZ+HtQ5qrX}=IXzR$O){igKPq?h^n$4s_6IS}u z+ZL&3P{Z^f!XFaKl7hTP3Ql)jXsW!JBc_j)#c_*5EvKaq6h+R?-EaQTJxkL(fX$U3 zt|fxU)hOAXcH8>3(P7LhQA9DURZaZ6>(akz<2n{fS?7%A^k3iz%cR%v=G@PfcX|{e zBj|pTM;tIRNYPH>S%CY*-C2yAw;hC~kmA1w;nX(}uvKRYFWY+Y;0rN+ER((05#qqG zSK#8fwe87h6asw)bWhCp^zNi=s*GsF=+J*@u?EtZC7D2~2qkCKVnbBL!np&b{#Z&m zw!QBy{8xYGoiS?qXSu9t0)yv~9s2;q5WABCx2;Q~95<8&y*6d&wSRzp&ccQsO-be+=D2DXI~~mN+3>@<&T} zwysc43gyObo2hm7EHi?(#Rw;kH9%&m(E?bfc^XY!_hperaYI5_#?o@}&PD95`?Ro8 z{!x$J!q;NhZ|;!hy)5nUtdvgx)*P_=gH+o6TbSXsignrt*?y&^MqXT|lc3*lbW~7f zVWTt!)hbi?% zk8Im7YFsp`w20-J-HVp0u@rb(tT%o*y2ge!Uk6hYg-eTHc75_a5W7F)baDXLL_`%O zEpDUft@eXr_&@6Q#n1PP#277Qdn;HjcI{Ps4if_)jgr(;-^BhGQGyqpO6zRZ>hgRD zEL@@y&ir|LZ!ZdLm3y>Rk|(=|7Pe*~nfUM@S#$d= zXdM%zENoOM2x zgAHY0#_BwnyK(=CgZe2bw=_6XqgtUwE0b#lwdDa?xxE)!5@>noEf>rNC-Zx}B(3N_ zGe{;Kp2ZR2jlvO$jEgpLXLjsBPObACGZhnuHyz%Kp}tSrSl)lz0|b1gx9bI`gP>%G zZtZK6Hf+XJRo~yN(W6U{KqfWN`-MOI%GSd3yMZ$T;B-;uqP~9sH+Z#ZH~PY8Z~{7k zc(vR?%KYrn*5-?R4x2Lz#;_}aX~afNC~AB3N1X~U4xQMkJ-qQ`83$;5R-+Q)%C-eqCf{%)`r8;1Rl6)c^|=(nvrtKz>DdFO7G?V<%S*@?acB>en3Q6L zaoUSBtmD5#I{dHRIAmeI3hRHf`k$7bV@57s8=Qz@dRpeniT0P)W}K3g1_pPnFhTkR zH9__?1oQsh8*!0Q^FJ2oSkPSbI$g6_8Jhg*@*S>2Sl7L`h%kMX7d@tvrh*OzdC#05or%UfL%&~5nh z`#@_R@n1K=PL?jdJ9bUN>ubw?c!In$uRz@Y378X}2c{?F`k%YpupIAFMpbfNtSHy! z3^jTo6DO_b2~@Z*{oTnK)25FC1b!x5!#1cDBjM5Nwcr@iIH-OSQ~oQuyP2S z-bdzJH@EL;{Vb^8T$Y@*+CI;-*9HT7i2mvpG#MDd?YiauE8F+JlEt%guI>EHIe3x0 z(Yb($M!d1zyZkd)w4{9r7`e{_-+XOcVIab8rLoU?-{lmkV=LXYQyK|rFdYaXZV< zpCFk+?pEX}%w$>x)YQY0mt6dc&7nEqa-_Eo>~%Fe)R0!Z7wVWsjat(ZgTpu+04xzB zT=O2Di#`( z$6-aq`B1v}D|3&B*xy&cZ0(y|JFwM1um`#MPNJ%xL@lh^KU~$KqAzt0-go>YzYFDy zXdWI2#ZCu7x!OLChSpjb|W`)FpWjh zNHg4kA-^aP6|Eo9B)n!Y=Bjz+I7s*hNI?x z%q-3xa~F%EMT5MlEU;prw*`4p&J!GzpM8djOk18J5SB1;0d+qF$peht2llEU@KREOauDA1 zGY%}dv7ijO5jNj&fwnkJu1|BC-hdl>zmj_z$DsRIL9OjQtpo>nA0=BXq?kdg=MJ)I z4xf;`>qXiQc^0*W8zH_yaTC{yX>qy9QRK~0DH-gwJ{O7W zL0ic*AGEBRes;%|xog19Dh|qE7oB%)4&Xb@SD62cR50ca1P;)S0!pst6)aEv>cwv4 zQaWYu)YA=YR~op1t@4K^eDZDI+?AM+z`xDt|1%F(tKQQCdpjlH#6XL&prEFYc20W= z)wo;X6yU- zAMMzKihmDe6zrvD}K2SJY+qzZDT< zbR^~)QX!K0dx+BE8WBRGQUApf0UQpxEIZhF(Nu{;YSeZYEMfY!kLJpynlE5t6z?B6 zbX8VaUvK=O?^qhD`cYGf@*C#g-T<)OE*esn6yotft^3#EtN$IIx9=0Zyq|M^M zm%ehg3j$=4I8X!U{gFMc?RlwYf&c?VPyKZs*$qLCevvn^HAdEQ!8G{YCt$)&+$>aI zYuF1muq^E+J12-!xepGT1;>5#1J6TJqe1MKNSrhKIPTub4rXToO%cJpi2v>_Y9#V( zJc@mbGfI@)-4U8obod<*D34}W{^vqyAJR?>KI?ML77e};TizUaQna4<6HLE@@4D~2 zVV87_Z~5-_5>n;bG-Ql+D)cJBuDMXVAUTnnd2|GFYyb0+hDdu{suWqAAC7Go>D;z3 z*MIHRLM2`mD!26bQDf%=){j0^_Z_c3G!QlI938#x1B1)nxE}Xc6Nita&YXu%ykM|x z&X|R{!JJydG%#9`;Y#1E&k2>!Y6`Ywfe_mo2UwwWixw#zUZ4VE6aTKbromiJjjEEF z6^wz`T??YF(x@B2bfCx$S(Sbu? zmSz?Kq9z`?6k(eSEPFaOg^uv_fA&e_r+X-E>rjSN@S_XBmpg}`wtFgn4Ig_95+kJ; zh|}z~WZqfmbcNRw+$fnrI(=$i70j`tvA_)4D$=Y=-otCeJPq93WfnqXD70EmHPQO$ zIyEZR6Q;$F1eoN-(jt-5tIj4+DKJr8`cm2)OpQoqR(7EnJV1p0aY^WmLFu3FXi#@Q z1Jcu7-x&)Ox$6>*?H@jb+BrY;R+38&2wg4lMJ@v7r}OkGvCi}BQKfZuf)+_I#oTzj zn&b24!cDLX{k6jpI^ngYw5}21FJJYopakLFIFx*5?HJMlmqXQF^^QlPWapdVp@_ez z-9CnSneXA|LuN!geT)GK8$n-P@XG5P(E$EpQ4L>h|20tx)R`_?9RXkjWHNFEN2uY4 zUup6;XwkXxA~KFBQi0WKRmPC4OADo3xX*$kkc7n%a~X`i>*tzEtaqHAzlQCxhA{yF z7g16#1oq8>&Eq;0BQK(9N8UE}#yCOu-U~=v-7ay93fh zpZHUguXzmClK0#zCTBQCQ|dQay)EiV99=umMZKXGKgv zq>}hSfUauRXin2x>oY}=5!wxXeoBb_#WJ6|2t>Je1%!cEIB*div6^mQdpB8Sl>0RW zc3#m1_PiBs3k`JbvYUJ>TlfRK{UkFS{*A<o9_w|++pn!Jf&#n-!U%acN2ukW7 zr??5=(DK9k5sh~2U4PL&(tzyM?u}lkcvV9A`=>ccH_39xo zu=-XF@+Xyqo}TuakTQ=_O;-|@aFW9(QQRB{Yr*&zL>(h579U5pzXlB{To5H6b+`8l zQas=*^@|Sdp#XSH?nls~PpUEIsjXF`DiJY$R1o^h8ra!T3{W0ToE)Pf@C(~5h}qA$ z-@FWll4<$n)(pca#6 zigE>o!{ImzG}kx>r6x3pLkO=p(lO!!>Aq6?+F}Wt322nUEs{n)=7~Q@fHA{rH%DJd z2iDZX2IY^Q9mVc3OCY}pY}5%wkPBRtm#l5`;w{C$!Y~msID->4aaAvm0Hp5OcOS7) znLJuPnwbXsIK}J(U#}VVlC^Mwu0)sUYPUX6aI)Y!sAiP=eZsZ6JL_&J_O(mHd?RcF z9Rmb?YLxrbZ8V#0K%AxLcWy)xc5@v_;6-%yeW>|T{b@<;*2pXDlX7tp(O|xP<@X~n zvnYm1?CzjH17dxexa09UFfhsuDF!5cp3F`d)jlCX@P=EKVq>Gy?)2bhQI!E~K}BdT ze1L|aj=|9rz>v{IVxNfwCQZ;z@lcWYxSiCEbZAg&XtzBT62C=7u-Z)4fWZu4oq)hb zmTKIfr3n=+(ycjxXrVnz28Rsv1f2N+9(3Zr$jR^`0;@RktI6lE#Sn|9(IJ{22kCzV zU^GDF!z3s{)1YeMj^a;^3#n_ZaPo>a&kiI)>2dsgOK|)Hoz3k<-Hiw8ijt!lKZV^87Sql<~7ZX8nk$*&`25@bg*B|zy{W~ z`P|jSVKeU+uf?nB*>5X92L2H57-3p}H(Kxf9{v3ga4&e}sTT!5Nq&*|8-Q!s1Q+ z5g*(;i7F|T_JmkvsI8C|6;sEGZ~Bbk228Ab4miSsI1)cW&qn(IN*S0j9^tmY+7N7x zm5-OL6C}KiU1N9$-BvRzyAZ62@JbX40hT2px`iXiVMYl=6mOq|uQn>7O&-c)lcbjt zRGBoeWKiJXq=Fnv3=Xf$2FrS1(;$54X8DZ-PCl%dq?d@uFIytg2puRxKP+S~jEHV8 zhzinRF#-Q;0^5G51REo6j1g6B+!5D21fEd$cPR#3G3kqAFR~| zULm4i$X?2z6Hliffv62ie-c?3UgHSkQd&GO=xs}vUgQ`vq5=xFvV9(bVRe^L*o{U~ z!La#R3z);+mwg4$D!pr>XWfrw?|V;;&!qHBj>;oxrq(Bim+DMm`D6D*O`%iNgh!Ox zz7hCNkMIwB!tJ$2kcl$94d)n~Xfo{qAk{C*KsUI%JElk+z5d*q0?&H*KhuKKI$aIc ztWqkNS7J`Xe^ZaS=Vl>HrkCBXPu9>P1yiiEE(?Y?TyF>0_(s6SZb_E?D6=HH?D+pW zQs&Zs5LuFjrE7RqG(a4Zuw+H}gBUt+$-wRs{*w|TR=>hd@YeZMqk;1A*qbKNmy}5p zud>-h0M@Vwxx^?S53jHOPcb?p@(=U3dH90pHb2qlzQ9MYwhm0DFt7#}^~OrlVv>OU zp7fnAV4wT*P{&SHB%6vrF>j$f?vP%x@AW(z7DT<%74(ty)ac^cAu$kZ6axNWA6puz zg_bl~!L-!vv2R{G;_WbNXD)2bsYjVVU)l|(_1&ouoOdSHQN3aS`wE2FEc!j7R14Mb z2>E^9>%8FfPE_U7pZxBz@mwpUh@biqOBtOo#T1iZ6DPs=urR4jm=ATu#M^| z9DcMj03xa*mm7}Om3N4|vaPQ4(I8s8$jN{XitXBg@Kzy4X(x)3CDVF#5A#9* z+tT}cI{T1cBo$%DZFKqs@LMNcp7BkNY1p|c?OFC7S2^Gas``{MWa}u8$ln2yT@>b$ zFQxiVMZPj1{Ka99ElGD8)K7%rM1<}dw$;ZBHbPpvQRj?&&(FwUfYJYmUv%0gIMGR} zdiypx4%im)N^?vUJsoIh%^bO4umwUP=4*i~NFjn8bcpA=HZKyd{n<#rmji$arC}!| zsGL5{vlYMGh2kd9#pUrWivuS4SFm_zv|#y$%J1~}#h4M;0pRGVM^my6_xv=~{*Muz zxfg~y!pz8q#UP0QkXgjQ=;oUaWMy zWzF@_+p@Yk{B3c=2kastS2Yh0@uG9X2cO)h44Li8fa|46FYx^F#p9%?s-N~W$Rtsq zr-aM#zA=uFL7BY_MaiNHKR54)t>kqcLnftZ91|hd!XdOMIUOta_5D|q&sxMPS`DXF zpspo_g7GS*27X!M^vLgDAx^HL_RBi$r|p&_vLek}E^)TasJgAPm>(1>aA77kEg zph7FfP3c4|L&B4n)H55@KA<<@pWG35;C=flDS>`U?kf(xN{7e*DqZm4tSq*MnmZ0z zy`MYpNcyp?=C;6xUf27WrupqdI=VRgaQdg0cvi6gKarO19(Ssafpw5aPsw|~L32kf z20l_ca-VF0b+!=o(){YKA|7KzR2?w=y119+_W=W6P?f}C`}}KMAl@DuA6TSuc7&~i z1Vtd=i2*4K8Ui6rXV>LFD$xFQKp`S9z}2u$6fE(YkIL`FZA40HA*&oyaLjnd-P?~oe{b72&p?ZwKhEe05gC91jMFK+63GiaU-gey z#P5u45CspjPS(4DBTFh#U{?RXMq91Cw3?s2psmdk*y;mPC))(-kbTEd0y%XB{O7Lo zRp~s;%A4V%zDzIgEdv`rAjktVhXFkmJq@hgTTT>~n=Wt`-LnIupahyYVNfa+_O4_vLAPafDPlZo_TGb&-_rSN~J`;(3kgd`7L?GQV!q(_;) znKE+^nyXA?a%P37fXlu&I9@`9wsu-*SX2p72xOPcC=+-NG%I15A}qB{#NI;6D;onm z&b$20O01DBR0)K_&Je~oG_dg%42KZ|S{2h0GX(7Ifs49+%(2^C_l15hm zwKrtj5DmYA_#Y00@r=%ymxWqa%>KL>`6HzNTfxZL<{MO~)f~0S9v8r>6W!`~N6uhw z4|!KnqTJ(VQg(Q2zh#%ZhGk^#^ZW9+iPr6cG7F%m(QD9iYVFBr>Gya}=vE0WoRBbU z*F?@#9WP%tDw@fZqCw{<9LDLMAYnX0*Da8fKL?i4Z;i8ex+QV!d0(4*o19MKi4AzV zwOKmE{?5H|O(A)CQw8BOyRs{{UdUz-84I8y$DY z#XhC9I`;?DodX(yo$Jrfr<6&c&X(`0X0YW@2EcfzN9&D* z`AnY6=VrS~Nxb9)7kzVBw?7z5AtBjqbv0PoIiyJrQX1csEKIuyUS%pmcHd61uvD1G zS^$;Y*4CzMLa%<}?)vcHcg%uMl<`%Ep5=tf!?;1+?Ate~&~Be5tf2hgBC$%u3y5{2!FAVgSjcw5GDvIqk#M^J>X- zg$>q*Qz4_h018a#V!L5`s3O=UHCj7@(eZ~pZ0f;)6pt4}$GZ=8cT4V2Y*nWgzv+P^ zipmC_^I(7fDl6M(4;5Ys;1lq`D%!1N8EC$N0Gw|FYb#qE3r%KZj&WLpPKWgy5;cGc zG@dWJW;1kSpjXuN09pcFMU0*ko2vwoOL?VTjpRoc267^I{Cg56NLl&l&N2?~F~xo< zFjnZ!-5M`4y-bIWhl+SnWa;W22|F+)9|ib>dZ7D(Qso5<`Sznf^NZb;+kO89g@}>E zMf-0Ag-TA-5Hc(5{!PWbvhivcEagIyquICDT3f3tQQYjmvG8XCJcShgh(*H0b2hsL zqvYZ)&N1WR`goP|yZ$IO3anvVrjJP;riCyVtVB-}?lAB!;0Qi-tJ*xKjM@w+VaZf5 z0}=OTQmNk*0#)@R-}l0!)@;xc*L9uPBB7e=k(|iQnXH!yiT+au9qmsMz3p}*#$;Sa z*ro)tsR=?om39Zw#O*;aiMBK9&dZ0-ulB7?rIRWJBK8cyTHeb_(*BZ`zjw>>BDbCM z2EDQmfw1-}f}Jj};F3L$nbF;Zj&bQr2Z z-B81nJh@&fQiLP8PkG(>Ys;AsbxV8?YH>MMNI~w`4!+VImMeX#x~sabxJ=;dhR#0f z&cFXSf%Cii{T^D10Kd~fm+m*X4$RZ#y3y?iRk-z)4Oq3^2V>vjD*u5pG`8vK-h|nJZ9!u%noDOkta11g6!&RE^9J(N z4xER1&C2j19n%_?HzHl^1@P7`=EFy+(d@aWOHqstTu~39;xjI@E^nY)C90RVu5*If zuT44gEXX&3XBKv+j6oq$&FR#c0Nv)f&VfTYDLdw$_b5X{C+g>Q3KQa%uBp_550qb% z)=R=P!qz3c*gMyQqAwS}8^J+q%1-vctTS#@Drde>&Ufj1;wW1f72aj~OVB|ySm>u5 zk)fF^19SKBv-;7YYY@Db={%hkG4z4OfIA$PG3wy(+Wk7q!R(L~J~-h~>wLwUS>Zwv zGa-L_oV<;3jl4%@O1*13Up8S_u_XFB5UjA2h!X)k;i%{8D1%& z9Y|Qb?*G9r@O{_fpJuzr4gDSL7(*t?w-bQNcNu>&EzF0d9rt#Qedf*d$3)1*a+WwM z#A|O0U8$r4VOTGhc`j7^y>Rbrw&o${RG#ztuv`wf<p6UAK+-QjIi5?Vp(GKM{r ze%@F4Y~K;K`1crUc+v6%tDX^7y|PO>jCWV9V66_#lnEgXKztpBcduT@mJF07>+VHtX@%zy)dN>nz2 zzWq@ce?|K6n3Rap9yIcS=f&psF{5)4qRC@)jf-XZQHW z>PO$JuMG?z9_!qCQX2=*o7pvv(?c8$^0m^&Eh>-{e*j}T<{{#CcfvA&1L@6E=0?DP zWmnesMsk7>|F;9k^DY(Io+_y_YXHppph+iP@;xo;T7ta*j+duciSC2_7KS48?Do*2 zAislEJkQFR*`fRX?)lpv9(30?^H}XJ^h)lb+UJ_kJ+Wjd2d-*I=gCFbbp>kiz!vPB zg>jDz_7_ki(|g8ubjcy1Q=!^kQ2-h8}SaesY zw;~l?$lr+^B!+w5A%bD+5pyjV?9M})jb1-3>e}`orw5ys(=+w=QVo!}F=y=)2ITks z$H*>VjZVi~YNj~M^~qF7?X46$ru1bstL%A$2p2x_uDo+rImo(*L-i71e-k+O5TttkQ0D3lr5n66EapX*);N4x zTWw&q1|v~KluQb`Xu4=)(_uYY3pzP~1jR#VUayt#QiJKoGDc2`yQ`qAB5w9`Y<9%; zh$yqQEf5q}arvJWQZ;3zAH?(ql^p(R2@n=KI&MiIgP$ED@v`b0QpekGH$I+}Q{c%; z)9zCGT%{7Eze8%H>}h&s;T?rK5gqdGPp~C4;b>AbbKeU@=$N^k{P`>vPaZ$9#iH-H zpYBhG!_3BZ)=P%y2Of>D>pjn$FCCjp_frcUe<}^u)EN*^B92u3t9@zX+!es*5?-1v z^u=@=3QfJ8t@a;?T}N|eep_Cr)>0jKKlk(UOg16pwN{L# z*=u!tReFBie@eH}I{0*wg)3qHTrdNHLst5rmu zeYR0(7VLyd7n(JApv_-siotBFcW5(7@m})bjYyvOHJ=0U%F@jV$x1e6IwjJu>T+@c3>I)*^c9`w-a(i(a7mP$xwXc6=$FNP)}qV<6?gcY z9!j2?92(hb&l{gugdt4}rw6+!Lc;OVC6b0^M{ic#2+efqIg9l8cf2-C8pOha`d=c# zp)NB&=mJ}VeMQNNk+EwXET1;VGk+G?ePyxzv!-DgMwEY$cU5Zm6~OS18ldQ?%ph5)ly^_eq5*k```MpAP3~Z=D z+}G^oG3C59iIy9@TgUs$Dl5j**80G84H0Mrk?|o-imDMsZ{DG=uRnBo<(hxfci;~Rw`(S!r9PZ9v{_En1%1U z?jxoUn8^e4H?1y~6wNnnaGT~2{S*Fe36_{x*ZaVydl2!f3;?jkHzy4Ln#4~BwyhXN z@X$r1G%t~>AN9tUUyA#7|DQ&HSE^WKObzg%kG`ZjE zer{#tj67HsAVXtyADEHiRkP&PHILHwHJ1TS^?lF~c`mm*xvmQ~%GTI(Cs2J>(gJMz zmWXH_Xkl$32Xn&=;cvR=!igVMUb7-giT#s(*KRe^5h}Jemvc0Vbez{*4()-_uq3DO z$8O$PvRfq=J0${}xT^kDy{2k0P}@F&=W3Srm)`eF>+AN1cH?J5$Xlcot5?U$?}uLe zaN!ng^CeyPq>|zwCGu3;jPq@8B(Xo<{{7A=U?XCU=2mzp^6T>aYUBlHgA&|B8PJI; z&ixI?OJM=PN^SVcrJd&MRxxuj>MF;~RJOmYR!q(AL1nee9Efn5y#mLdo){?>$^UTD zq#iungpk`4Bo(UusBn!GuMj4&KhjzQ+Mfrw=mOZYQFc8-uSSfK2}dx;6*& z_h1F}0Ak*&*8x;SSX!yGs=MOu#e`db(FzLCf&FBfsw2OJ{U{^`3Hqej(H9Ajwy>-- zBID-5zs^-`$^niLt)EIo!0R;c9rAPr?+adXER?!`;Pz~k{qFyR+ThuizJ$ZurUJ(t zER)&kCddI>W5(@`7lW8DHHeese>lp@ste%EQn+sVn`h^S(n^Io&&1s+fRFy*bY;%) z8fWBL+!#3C5ru`RA9qpNy?oyeFVAs* z!iOfvpTRVohRjqCSZ9E!oS-J+4+rRX1RRT_Zn!{&qAk)wscbEom~Xj!QhQXcr3*q9TiLx^{~x&FhmBIhf{U!cB`#*GGepc-@Nen-3h{VSfZzH;zBgh7Pe7CyJ&w%m@09jG=wI%L!j8K&;iW}v5=<${oF{gLUI#YaV{+2%Bl}N{{mVX4 zy4Hi)TpKZdXS_kjBHjR&*z)1lyGtC7{9wS^8X5^*EgBQF_@;z^;Iht6aJ3NZhRNRa z3K8s>%omNHW~;H`IKVaE_K5WXimdCi^C5KQ&$|m|1ETNL#v!c+g(NeKfx{jXqJ(5c zBb0Wog()m>SZID_Qyqv6j30SVcRx=q*p|KzZ5rI^IPB)7gl0=`jC#T1I-(l`I=l8T zBAH1G?eGLPQ}_LcrNQnhmBMUA4e|&r#7n|Ha$vt1n$*2CTTyg3sytQ*I+oid>gj$*klPRT$@GKz&ns#&icEL*gzaQAxAf zcDsd)t?i9jjUtqsF#+=qlgJjMy2HPadqKU&_|x)zk|3Xt)-3CeAv z@pSPgIdQyt&ixu=V+47#`qr$vVbN&htsID*R*#5Bp<%jBV50<(R3=-S5Ci>ApHLpX3_VLkIT;FxrD?AZ|nF)Hg_IE{&r|Dzr9oO#M02FwOc`XNarT&LfJ#(0*HW)lT zg26b*LyJ81+$Dg?=m_}o1kG+$zimBawZco+e{JbY*r)Ns0X%8JK!*E4qkHqkWnwu? zxv+c(NdHb@Bi}gA=Ngll&Yz~H{?2k#`HVT*sSXcQO)b@d%rt;uyH(qt#J%YZJht=o zmPAxhIytiPuCu7l?4*1WFVEET#NMaL0CxYm8EsEW>~-Jhjj`7^Jo&jdHqHb2uXzzKDg0Zqgmb_Gym z;V7!`=P{CSkQ|OPJrKC-&-GDfB5W@}3 zbrt?^k`|Aj%aOVZp5aM0)TTy#4D?4%>5`4{Q8>!ML_BK z0HNTb1B3S(Yfb2YdGqOq5+djJXEY3Z_vMq%$7a}YC8RV?`#oSU8+Zc~MwJ#_n;K6c zV~U`*XiH0jd?R~CSCiw=o`gfsImcTQ{6pD8Ln>_;)CaC_IS5{~$q0S~&Ep zF%h^D;ZY|iXSb4}z4y-l6u&;-ju6k#cwi;xX4scLS!o3wR}~CB(nRv?K>#k>8}?ag z$Umol^?mrfvcXin2Vc_md4lA|aQ|C4Wp*b7Rf!`a_YN1p(65qpO6nvI4>K!<%&gp~ z=$q`Y)g6r*5Mdh>0Ls{MEb*R zE>1oO{9T9^9hv>X|J4Lbo^~%hCH!q*O2sj`W$w?VT^-92q?Rm= z6S)J*)5l@dfmvO7&iCs1fp$(Rz-=9o#@j`lDR&#m6yPZK`lO=AaNhXlkMfXA^~J4a zgQ(7H0^el;B!k1>O>Uy(ZN;bdZvx4e_^bAX++rbKlNjnd@_ymH^J|XEM2?hyKLdcx#7`N-qZXD0tlJ5dpynOl8=cDQTv1yq#-EMy6hj%ITIa6XBwD)RQQ~ zWAPk`#$wHN#<}G4#E_J%kY_B{IfrDeRIa9wj6-_@9i-}}qukAUfmp%);-uGe#MZiZ zxu8()5GYn+2Od0|tsQG+o$ttz&#J8XP;_h~cv@WD_uN>H+mw^bGZHxPZ@g0Qjhg718V^oZX9ng8!(b66F!1D(P0)6iSzdb)0Evo+vC0-1cRx?T z>hoPO+brYi)&KZ%lh>>@FDG~6sNVUm1=&7JV)~6Z&oa1q9c~7)IU}$h;&0 z?0hZ4#$HqMO;}H#nycY@H?h9r=Q8G=5=V+P_?x~4u_BgW+beN591HVPkiONL5-EFu zUZmK2#Y}PwLPqk9a8&|3v_Xz~d{%5Y=hQ?a@vg&aX{=m`m+^G=@}~eWd9H&si$VUt z3GQ@&Z38hU2$C_b7dpb`_ul_@bN$zJXr&F`dYw=+i&f6~kD))`JA%k?Wdm&{U7~B4 z8uZPE7h6ut{bD>~P5&@fTjbpFHeCaq!`d{Sqv$zA2C`! zWVpU0d$#o0FNJ@Y^Z5Df{Q0@3r^k1c{5|l=FRodw=l4NjS2}QQupu6^G5)(NhE~Zq zDQw$b?&EJGlYjm85BM*kMyNEO$9LxEqy&HkLJSq*B$I%jK2Kic$!^z^9zd01!G|n8 zu1QK~IC%XnDX4nN+EX8G$hiQ0+a^hi?s5z*ylUM^Hnxg_KYZX>iQ}(&pDJ)3 z;B(jj5zH`Y?7DzM;>|s`jmtYWG1k0nhCJ`-T9}m#B%BaDBL|?3C;k0IO!4VHWtr3w zfBmd4oH`x}fmXpXu+G{P(jJ!=;k=u@<2_)>Ii(XlyoaCrUu~|LQI$-xTBPmI7=^MR zT!5%oNjBuy6UGLwE3OsdBA>8x+4;_^_}1QdrDl4tTn*k&gS7$*=>ftZJpH=cmyF5| z8?Dqk$n;ZX?+hCpc&TB3{GPQlLi{EOeV5Axsy@;y`-Yx9``p2`qtnJemw@d@gKNgA z!ORi^9#6wEJJ+tgnLN`ZdJM!4nDi8Da>EujF^%=I1J%O2G-qqY84xaGSvt>#N>^QJ zv=fF~)IbP;ZKg`#PDh-xIMphzCAS;3)CPqWDaTY}hLBlfmxnpr5hN z_P$&8IZ7Y9mXg5iK?GAtdOWY4m(m=6wXg1Gy3)qch)oT5 z(h>cfV!Pl25?#ANJqKBParuj<-yy2U*&2X5L#WZ*5%ZY(dtYw`4!sV2d+dBj(9}MQ zSKv8A*h!^+-+jWrJ-+e0@)jT(uqUt;6<%E}v-24{@$9j5?q9bljui6gkL%VR=d+56 zuw^enW+=Crcys-WRTlP!xYoU|wc}M@-GNNO5Vx_UgR7FhC1Uvk7In?NTCD8|PPDqa zY8}y%boBT^~Wk%tj{3U{Bc+D399xfpv(4q^NVMyF_Pp9+!p-uf8~M% z3i{mj1VI}1d#W!So9|8cGZ>zKE)7`g?u1TY=^tz3Lek$kKkH;t%SYf9&e%(X;NSJr zd)pyTQcv`9V*G4l%eQ^YHL~FOmg5E2TiqFx!;*;!Jl^F1>qkm@$yLG zSnPwJu56K(*2HTm?$>*KD?37qmVg_Xu+pMA zp9zPqKfk+tmpr}^0qF23q&=t$X&<{fTaJadvYui&#p=+jte$>AY3l3ZR>p7k^{vLw zYArf|&0&N~6*i^x8Z{xl$Ub$nLe_47QR3ucaYVhO=MK-Vz2j@`%GEWY60u}sx7rou z=TCq)f>EGsEc{ZCvV#Zk&}D|bQleHfk7v}p0y#f>-D__6_B+{CYQl|dc_n3Yn>`+r zJN)}-QQLbs2&I$(5v*NO?(gg+k2tPA(VQAuDN7)c$IFe2=z3T!Tgw*%G7D4oj9zt{!gp#RZW^;$(9A!ON$FA1w}K}x0;o)syvjS^ zdv7!)2|v=2J6p}0B3)-(ze*k#*U*=aNUU7yWyAHc^z^mO^!G;%t8^50O6k8<8tVzk^93s&XoeFMLBVrI zZ>g;Czlc0;)8BA>Y*u#c{f}o}8tMfDL*Fcw?eY&BY~>VWxw;$a_av@Fe5i*4!B1jq zs&l*s(2Th2y5r%Cd^7vM&iao(eyaGlH)e6JujGxEJLAUqli9^BoC} z1li?aj&k))jGKjFk~erfzO%LF_&e!kpuq@Vd4X8|=#5=!UF+T{U9sKog*YSIuK|AX z7DqpX3FEpw08Nr&1NT4q&oWG?r~qml2+&tq z-u9NH9tVxfFo2#K&BpWEq;obgp**eiqlP`6fip!fM$gXs=Oma%F4YUZ^8#aBl@CTV zaf|t^JwIYzor|pDgm~M7t~_0zU&{pDDbz0VDti>z*S>ObEZa{s(s5+mIBxK{y{y^- z=CM11ajV~r+B7`A>~ z3oq}vb~7dcdX9?$-Pl>`Z@zQd-JoPfOt~UOr5_OdaDw1(f$Yto8hZC%Jr!#el`F5y zJEyyqIll+pG5xPC1sm%Yumjd+`g@9j)vD_HRE%f8ZuHaCzT%AZ=F*-aQf_&Ndonqx zV1~ftWGP$OQX$#5A^TFszGtkBu`k157{4>Vzvqwl%`?w)?|tq)_ug~Q`JB&* zS4dSp3C6u^uDmIHnQ6ClCoGq}AHEIkG5va{8vTjeQ5z!0VZ53SiI#LJC5K#UU+iUP zpe0bTe;+ zyOcG~ZwSmy3D=dNInUU`a@38tWGbVm-3mC4YE4 z?3?`-s34AF@m}e5Xmw*V24nl2$XD+!38;Xp9@peY`_X7uyJ0AV5R7D#SXa`@e~IsJ|8pvgCG6O5ZSwK`cB zHMl`4{WFk}0}Prv#+`^h&EjGIQV`Fxw$Vx1rl_r@XD^5P>!q)b>wLtc3L-8!#SDn< zDrlN=5Bd9O7M77vkIxO!V||Mz|5`F80~RQjg!cAOqGY0bS_0}#>WVpv1r-KUu>v%s z>*B$h3j5WPu7R%AmRRsAKz|k-+np?+QeJg!{MFT?i*oSIefiEXa1<% z%5t}RC6`{EnLk>RNb`sYsxdH?fE{6w$=lr#kZEL=}B>GTAGv17ezK6c78g< zL4V`mMiJ%h#`4{X%$Jp6Z#i&oq~jVJ0-!2`Mwfb0w1-a;K2`hjlX#i~ zz{xVQAI?12o}HDye(joG;HIi^JeW2oL`Bj1M<}KtO%3b(pyPld_k#B+r=A#fbZgi;;7Ecd6a<7%Pqeb%$HBSp8*AxrenySa<)>euMi>#*OU=G z)stM^04gpXw8NFaU#EuS#h^kfKLusO%t!*c`Yi~>8$(aeCC8rKc=Vo+>t;D;IXul=ZT7%POU%n3jE)V)LA zD}O3YN-`ki)8Wk<2&Mxhpt?4-Hqayw{Bj7%Y5OD6d^|D3G9aZ}wksEuON0oaVQKya zQg$3<+lynIt=q+dq>o~3hodNO&rS3huw1o0LfFDewV0@%_qBi z-jl`YfNFZ9>k`rE;Fy2&ZQ~i$(t=i{YsW1uGFrN}>_NLuMXcW@=O3M9pG+D$LE{dI zJ@R=Xjrh{=nbhII%IkvGCQffmPeyzQ;z35l!TfaBg!y%mq3Ga(tsAU^uF>~Ke%7;~ zhWRg9$CJbh%hgSjQaF@q<)pXF)=YSde#~YuBI~ID5pfG6d8A%H$pSm3Hu~-Iqma4{ zRk8eRZ`0V>{ZS8zvyz^#(by|?E+R-31Vf$s8k%}#o}{gkc?9;+5hi4XXGi_jq8gdM~Nl|6-xN z__#1Dqa+{Yx#Pl8zwMO9uALaOH!Ak(TVC){pMSNQGwr-7dSlbdRYo@_kt!f$W#$oL z$?>dxS9CFQCD>tFJ(<_ z>{*U3!gGANFq@Gym4nM(Y4p_S^?NV}==11$DWwM46>{Q^fbBczoGkX%Rhw+=!oW=Q zf(Fm$qy6bAgHnom#D^&DUAP1?b9n}h@|rk0;AO6!rC}IN^p3`6X}XB}zn+`yY^O#yr;q%zg3dmky<*y1rDqnK}RMxBmHyd>H%dlvk+jIwRvIn~LmT zfb85r`I)Z7-ovVm4ydEI<_m(bR7fw};Ti3u=DMVhJmqn!a3JQU_5NN6(O6KEj@?n^ zvC1P2I1s5g2Ckq@^;@02*Ly1;?U1kz#0}l_@C7v=-1}ZU8uv4Q)iLpbD|o5W4-j3n z%A^{qTZGN04-GB{Zsb$1ZJSb^G))PVSCii+UH|*`MV%FCRXIWy@}q7o3C~#hxAyo~ z&!yQtBw{ny`#NSm7l#!P&X`Cdu_`}5OSx94tGW_PP~^QUlyMviXO*|Qwb=J|bxzG5 zrDj~+NkoM?2@Ov7y$Cx8Ysmn=RDnbovAU9+A!&N&(%?&H-wLUQfTE=C^kH@BANPv~ z>QKX513uXBSgdmFPT-Y3?4cPTT0L5l_<~TYXzd(-U?C)2T21V3*^Z;x;5jdXUl|jk zbtk@~ox`*H$NVQp0d!K|%bwbXY$tMe#A0*6()Vu-uwfLBuTOnhbMHF)?r2Pv;zXz; z>%OA!Gwq}`3)I4rBQcJ|JQ_3U_u=9&Nrt<30B@vPs< zldOtf-<{m7S2%x;nX_L>jp(3av7*D+GAEU_@6^=4(o4TRyf4fdCjB8(__tY*?@In}uJe$k%YIVj z2C1Yq={PLmlLlQ|qUwdaLreA?Tf?4&nFOl9&YPkq#5o5dmcOg?ZwcRXIErWB+OKap zs-KA+)(HMCDlR5>%1pv}4K$NiX>u+7dscPv0mEh~>P*Og8TCr2nZbahl)-oR0thpG z6eT#eBFoz7vo)L1)lF%X^o65>92yOjG2H4#)}ykOrJ_cf-}Vtn*1=EUzzOf00cH14 ziDv|S(7{T1$giwzqybR6L@saR-v+afM@wAHKXcEu*8}yBg>uk01bYN@t&*#ySapctc#z4z z-oE;j@a$;^X=8M4YgMb4Tv%*TQ#pPoXgEoKo{TqKmaNd`Eq0PHAN@9Yy2Q_p)uZ8r~-%Gx$6Ea>JV}GF#Fk+G0k5^IOG?$~{+Ylomj@ zi5F1mWgK%`a@ z+Rr#`R}WFne-}Pe5bNUUJlI+#!?4^&K@6U6a64|U49sP^1)F~^AnY**glw(Zmrh-c2!ES1-Dr8LNENB>CopAq{6R?@6 z#p9n2r`EO?Wp7;t8eS*QwBMw|G_~iYi+Pl9*EbyvyY(lbu}o@ivr@wu&X$fgWxN4)~#)~EVOc3a_$Pug9rD7lgz+k4XQZ#jb#FaF*w zAB~?aJVNOq(={J-goJCI^>VY4X08?VxU;VW(~U6C$XrWoWJC;2%HCyJQD_?VnO8?O zr^Ak&bTj;(_w;hx%3zyIsqP65Q1Tr+nKB!W%=DaS3wZ13>y?!|*FP7Q5&v-0TW_6I?(f?o)tMa9{=xES=J!Xp|IpgFTK>ryPkw{E=tok z({U>Th0NeT-pM~PWald#y@itBmrMf%t-R3ej(fn^T*VAxk#1NITshHi3D;Yrnl~#WYENq-6r;(icUNSAxFhlA%_w=D!L3R1~z`% zOY0Bfygo4?zFMJUVUm-|m1zt0qgq#0mXrc?-(;hoyPZUB*T#=4Lgu-_VFy`t>}q@_ z(K92bKVZ9kwNo9BAQ1W{pQ^1Bih4V77aP?Ni?{y1Tx0Y9@b4W$2~V&2I1~Tm;=aG3 zk7z!}LXXLGL%$Tx%gE+&uTTr47N@t{MMD_aIvSG9Th;w3Z7MAMEDhREUZW{&8 zb3za+UmL3+iPooPgv(#aA@o@x6P=!r#GorBmmYbA2~y>Dd2#+x!O^|Q#wcl9&7INSP`S}K#H{A1suwc*f@ATYG-b?H|Ia;9&oweOkT7)cSsqQ5>EzA$_Gc`0+S9TJv z11eDHckuqPl^DT~0|5e`ukJ7+b02*?J8OsEPdefk-2Wxu2bz1XlRvS7ep*^;o5rh# z6Q0_B>A%^WCQ@PFGY~V0cEHg`4D%julAt3Ahe}GklLl2P2`eU*Lg59%lXm}x1YhF>ttQ_A+r1vq-RR}w^Hb8p{I*!T@s;XeqjBMy zcRJ?A)2l!0E%zK_-w;NU1p!;d+d=-;V=KfJG|stmWFcgSFh~eeMg`s$D1R2rJ^>7J z==uvSH*YrOcJT6?x$<%eYZIq6bfJ88yU}5eD%H7q-AZUjB!NiXKH2R0F^}0dgt`Y4 zRjpWe_nDZy0dj0>+IXfxJrH|dV|;_vY=|e5+!SbWrUYy)58phQuYYcD6?{@qZCN1E zrjlWCzp((ud-l!qB0+qapnwVa(c@dErI7;}^fOqztPia(FhBNuo~FH}^&4bcs%jGS|aAmzPF9mO{(;FK?|^ zC)&r=%^s`mt&*Ear}NO^BjjXB3<<@Q5N&nCFEO8%L=IRV{O(oeHq?JOcs|nYt+)Q;}M$ik64B6b@n<{Eb z=c^MsR9(3;xI_>xObmXYW^fvhXkKac#{ZDCn`!F+L|zwv%=fg$7nGXd8Qf!$dykOj zWBzo-C%jZ$12w}>iz5dlZwB)mRe#KSozIYbDog?r*=^Z=|G_k9W+TvOa>5fC9(~P# zME!=C;K$#NdntWdf27NHVBk>LH(ORD)ms$%#jbQKU`%6J&T2$*E?q3_e8ix4yr>al z#FIpxJ&=MIdM(Mr(P7~ue#Z~DC5Fk< z%Y}2lB$yk18L|=Z*O{OCgtXkUBK}EJGe{Q;*F6e0=`VFEOF-n4($dv|{zantg3B4= zJ?~L<_w0jcg-=Wf=fx;j{(l_0<*V9&&K`N~lipG}-Ye4SY+@EYtF}M$D5^bQvywil zrhD&5wqhCZ)pU(FZft(?VmgfQRv#?Kv+GMED|XWq?1tL-oVuCkwC+kCNfB_~_l7q4 z{#tUUR1xVHI+u|~k?VQ@z%sUBLiS9TOF#V=FzOfBN?uvB)Mh6^_-Jt9_}!alfQHBK zyf%puiAwoFk2!FPIodaaeaO{$Fz0-xd5l0c^q=SFzfBhY zZf9z4Z|>$AQS-myYx$T7dG3z>RyniN{`_Oa%qbR#aq>ampz6PRn3;5k4U9*@EE33B zMS>Dh^iFT@{pCujQ3tHg`hC#juqPRusPZ0vX^$0ySb^Jr~375-94CTZzSJhf_z5Su3D4HMc_a@d2bu3|+n$%3t`Fpf{N5t;wEmlq~5lf+Rz# zl#z%@qOs8qBXOW=?E`QL0#9zz+k$KS7_p}P^bq}$ifBe${_s@quCDoK{N)*Hk84@N zg6%Mh{ZfE881b!f;WTD3%zkbI#Ckc&J~T6t6GsMvoE%uTkBi{jnPb8%a#X86j6XNO^eW=)5JgA_wGeh zJ84HPZ*O!(o>la4ohDGuC%$?SU?a&ARoeXe>h}y=&$kor42oKSHx8WLz*L zoE>GEKF#8#>^;x_hi>sX@9o!;beMQq5Z)jo;koDzz-x|I8A8+J+= zS**5Y-qGFmJ`P*Avb+^HG6cS?yqW=OWjS?tASgPq~P1xcy4^bNiPK|%9dTmNQ3OG&nqhR(d_S=Y}v)lZNvBTuWB z$0ai$indBO{M7xGgq{tDn|;z~jZ5TvL2qYPd6ifRbSco6r#ZP&-Csq|mx=x{-L%%| zmS9tc@MAZNP@!N^3E-C-ZKqQ zt=DNs%UN41nHgKZxhE;LBKZq(-~Re+DVB$$BxXZWN|J)9a)RU9D?MoibdU|#wxgI) z*S3o|t{Gr?8aZ1GGyC)5NImz_$dDcR0Zt@JqT9<~B53RHo6nb77oF$6zl;7YB^Z}A z=}a)K9XR~2&m);*lLu^;Jg{x5nRA)84pir*W>Lm`>DxY}q0GL{{O$4AGrG7DpD}n* zNWmgZab@UdS4p=fdo+co_ZVo&?;BXocG7OX^MtQ?|LhvA0x$Q8Qo|aS#!DbU{J6BOyl(JVpc(Ws$0nvI! z)fL*K>Nwmm<(aIHrNfL3UFUSFz~V_QUTghI6>~YZNxh4QF`gY3@*P&eW4E14*{W~f zoM2pdMHm_=A^Yw4W)ByvChE4TlF|CECM8J%BPIdcc-6#ERz#Bp46z-mb+S8r{-iFY z1GpUGvg3v&@}-ybm7u)W?no;x&z?w{rEaXdQu~$-pA;45rK9O1I^JVlGfy3p1h*Ps zGf!nk(sQyC>d+7HOM;h7k;KJXuPaX(z4%)PefQ)fG~vUu)I9Nvr`=undcq!$(|278 zhd}U80Qol8{f1~op@Zsbzgi*~+qE2C{nTp~8Obhqf?KHOxa=mDplT%V=|i3x+E5d) zl(9gjKa=T^Fhf{-BOdn|jh*ck+%xs7=VUvT(Qq1d<@GDgWVWTiVdb2J1+)wnNnEYH zeFeva%-)2(H|%-ds9z`3vbc;z-&Gd5z}Lk{+c%$V`c72X%>I1mAZ(>)YbC|Sj<_Vp zP{AKiF1D%82a6;SGQ3_qy077^w?w?f$3-6cB-`ME@8OJQv#ewEnn7gBq#JukZ!U4p z*(aN!0ncPT=wU_bZ(-9Qdd-(~&Vag@KmCgysW}_Aal`lbU|1nZl@j{_oo-n00Mj8^ z=dBf!c6W(6eFQ^buNWv2P%~(?)DLHks2}iRnyPs;p=yE9gPvs*X8GB?xr3R=BOZHr z)#p|)wNs8Q$+U{q;6tBW(p&R>Wt zCQ0Ojqs3u!BLJB0?0i4-s4M)cq&gWhk7#RceqB(%mh5aH)J z@wwbAIR$BMJ6keyVOt*g)oFQ;y*@R>Nk3USjF>$iUdiJ?*9@ox;T0@-#&36YbNbfw z^@gh5D0dB?K$}$2= zh2EgO%zKJ;=u6nParrz0^KYwD(5ohBv}v;arV26wQNE2AM|5WroyKkcx{sC;)y;=9 zR7a|# zjq$K2)ec7~2G*~sC#ds>V^WYsqN!x=+Uz(gj@+IzrL zdhzsE)uW9<>OMlMUZ?g(1#v1dF;N@Es`+Pa^QV1|UPC~;@B2q-jHa?ARE^Kx%f!tR zLw~)4a&3FvPa})iy|4_)&mP&k*}&N{YVwZ3^=FY$aT!kyU$WL8=b%HC0V%$?M|^>J z27|~?ds%m+N_va_F7R0#e=JzgO(r(cb-Y7kyxGTBmQ;PP3;_THtNUpA+q}R;pK)vK5}DNj6WCaO-|LM5B|)*j?9@()78kX zZxLUDu^{>-?^HuTMGlr5*~iI)M4gLD4Z7G9^}K?Qsv)Vdwjj~E_Ih-~zhkXdjwAWL z>zdJEZ|O#_CBs>AzpmhnobHT?k!!f`5$j|PMuhV)a;?L?b%3Y2^;tBxS1R@D+>o%0A{&^m=2i(HcBcB!*-Dc+g#Vfx|J7my~3_RlTYIr`DiT!oVW zrUA4%ANziZ4^%! zzkX1vji*8olBr*2Lg;y0`);i3Fl*Q?s9J!nDxtX}G2chmbMEC+FbS-ZDlUhS zE(P9`?_&jHGxn{;qp4N+Cl&V`tr|SN9hrOP_lEJ}J_Hil+TWJ{5gUIIlkt4`d&D&R>*W))< zdgk#8H&QMfX-#69a8FxMTH7lAC$Zqx;4>Hyz=}CPrGRY8UViI-StzC>dvEp)(9=>r zG9e@z-r=N`IR4`5UTWuwtkUy1q1?s&t_2~hmVN{F(o&k4@tKG!>g6qbs0p2Enh+B* z{29R<_3LO7-61|>{>We6DO3@6ORZym?CBVgyo6Qk_r+~{E_)O<05gF2qL!*i{+w3kCG)GPtP z5`O>%hx49@tp8TmL0>L>)xf^BU%%$$Z|l-RB0WNk;*lr?@@8bN#00TU?h2dCUtGZs zM%-cQ5_eu$y<=5;exqoMx@0P2rOr;y*4SS@-q+8AqsZGv%TY@yQqGh+tFs=}+j)>p`_-b~_)k0KexVqmeob&^0|xCHFRyD)ZkH26TKTi3 zYpixE?fnZ(%?1ZN|7kFkUl(Hh9-@TFSfSG#%jmH0I~3A~ z!`%Oq``*uue9lObvp<4(#n!)ETHCzsw0#isj#zzW`^$hcfO988DIuCOB(enD<3Z1pkh;q2io9>n+Oj3kEV>Jo#BQf7i@j9e@A zRYTHQyQa4I(pDMTirnS|vXjQMgw16h8zu;WK?Z`!laJs)_}H+|3Q4oSOD+ z3@)wi2m4I0hgrQ(KWCB>mi}SXXKo2_DoZV$Ccb8lYL11~Ri93iC-LZnAcqlC{(+}* z%kxh;&^rAO<_mwVZ3n(748(Pclty%aq4@D9i?{>>mN@q z%bQP@kA{`a5iIc)Tg}C-K#i27AQ`Z9Iq;vCOr46=2%HpIcaAFLuREgNw3G(e13Vas z=*(@`sB*{BCHvvbWm`o)Ea;DDq8L4g4hD3~Rm{W@Tm~(51C!G1`iB=E5Odc*;Ot@_ zSeRm^@T}xFQVV&jLMYFrZoGQ$`42m6$mPy&gh0AeZ-Axi8Yn3l39MR7IR~z1c*XOj z9vbKzes^b6KFq!`5Fnyz`hoPDQQ37a6`Of=^(&?-dobV3wI6ShE&`|+NXzCd`Td(p zs&4U8o>I8jCOD1smUxxJy0X5j2kiv%Cyh>D=C`jL3U2A~56TChmP42Qcj;vyPKQ7m z8^T2cx|vQr!CtBOG3olY(3EMtZ-tEypp856zYA4Y`t+!NMj9;Vvxvh z2bH6Z!}53m1ayti{Dl#5(E866iTLrf2(5p4DAFJ8l$Ucn#~$}dlKASrHi?qsBihU?$fKKf?y9D1j|>(`n|!*Vb#EaNq82(E(c$?K%i2n~Gxp~VNmJX;fE0e9=_%yF|T6>4!^^GiVCSb#(3A*mg8n{ zPT>|asYmNCKKPR4IVz8^FfCENo0fnDFTj_2MI@1kM=nWKT!48x>Q{0@D0e$;r(w*5 z2rK+CwG=QlvO|L|(6<$dXFA5%vJ%ZJl?&WOpX=vhLwC>`1EmW%)%lPa8dE%iyUXv$ zi-tmhiUav2>ZGKSFcJD$%Jh**dgO2lv7$y8PtG4-S&83yipTBGGS>wl3S#IW#l;XM z=1zxk`L>sH1Shei_jPr4{~+3K5Lf=d|Av5{MHYoq$7{Q^tD~P+y=4i#OAEDWn~573=`G>WgA-6 zq|1enfNzK}THGkNY)#C<@d<*(bIXrd(Af(h4|(T?(UK)XLGQfU{>y$joX%D$ z!*h?v%C7G`q?Vbv{Vu-lSU3w&BBrjoV3%Wm?yl{aau$-aL3=NqtVuGybS>EaNDXTI zUFX(zOrd>g7Ajm{O3nVEvzn&3j`}6tzC!mS_kzz`4Etng3O*efu74yIS zyQ3~@lE{s>$1-*fPMR)sMlV#11?ZdiOFI^V_3Ri=3O_O;$%I_@_4sUkmmImEX%UwH zY%yMN@HfemyuR^RINJY3Z0oD=_p!qpTL~Med(wO{b}L%Fi4~Pny+r`&g)aiMqoR}A zZQN1$`Q8F&%a5tVoAKU1^`|KTv`)YW<~^2x&CNYWVfl#en;V@kc?@$T~+YWKL9CF@mX!y|Kd?~#StlZ5RRb6LAm(1|tgw?tp(h3*>0nj2l0C~CmMvow=H|TTa)c{|+Q68^!dL6?E&*=lH4?Mz8P4M(q+s%SXKUkF2zS;aulJ zx&u}`er{Qwarkj2UdZMZm$B%Nk&?XR)|vJrW=GdH0-K2B#XD@ckje$n@oCrHWkWiQ z_?Wk(kgnEx=#Qc?`nD8HF}E0X@-VjeXHGRLy~VHBs)VpIP(&5PP6*N78DW9h&eX!y zo1T|ru&<3(i~r&BM6GAMX*fj0;S#b@Gkz^NbF)PEavp)A(UL6a`%^Kw2N1Ue@N1ji z82dP)>bj2*K3lRFPn7kVSVctM{#KNp&D;1nzb==Q@BNqmPf@2U1p6b5EA5;HU(=kn zz0Wg_n6MzlHXEG(J{Q{gEwCLA97;m93~l8Saaz$1{vR{`kkv_2&h(d*??-6J9||ay ztFRb)s71p+??OCJE+$N9L@qBhtXcX6H{1FTjm;5ps*a@%bIzN02A;b9D%Uu&6$M3Q+bfc*J__2RdxY!t3c$*ve6x1u3aE1+HqJi9t_$f0+gVyCDuw z;?EfTWDBO(jOpXjqVQiqwq>OD`~p1pK*=pKU##m)QJ8Vx*A1{|RH5sQ4e0y#C*S7- ztCdyk0bVgCJuWL@-zi;HlsZmu>bih(ML)x|b0_3D1%2mk3uhX?PlXy}k{XW4gj~mW zgzAaE6T{bwd0Hhjwy>K`$Xe~m+DJ8?p zxKH@x`_O3!&IP;ll(Fj-q*CZOIpM77zWrx;0{SY_q$YztuR%g|xHO%?GQN)P2?Fv# z!LS{Iy`GGe;ab;g&rL@gjs~W_wSKGTNdvL*F5^bD$C1TDpo3hM(zjJ7_v=v)oMOaa zqi$D^=zvFHF`Hs?%4{bLWJPo&2GL*NeWTWrs4+WIb z>@08cb=_37RH{_-He06@Ymvw++FOVYXbvX=Z`4xrP0KBedMq%}J2{wPkfG@-PfIk`(%$ zE}4S``Pvoq<*@qbw)iSJb)chSH9vSl$yL#;$5d#xWr^;0;p>b{VNe6nT z_qFpo1A-e9O$%)(gdw_>`9g#BfO?Yl_r!`$`e~G{dq~33d~Ht9Gcdy0p+e!6^;3sF z`yDpC!};aHCnluSAZ*{uk2iEN*Muq^6s}BBge*SO+@GWeL6)=bSm?fqN8X2c)(Zi_s`ZNrdDkL9_D1pj=j05A z)bEeB1wIkQ-W1hTxpMU=aP zVaBC!EQd5ft)ap|!J-*_8X(u6&$VBRrJug&_gMVEW^&r4kTu-wVrYRqk+!nwYHc?DmZ@W{-d06nvP3NXJB(1RTss16+y8u47RVln|ILg>4)AdZg55nm*fcXDCj;?m3VI7mZ}4C<3~t*Iz!)v^OM1z+7$oQ#v4|Z zg`m>dX}fbvkUMGJoq9-4eALR5K{M<0X{4>&qsQZ;Qs=vT<(^e}zQe803S0MbeNZ!1 zneL>FdG;g@eoi5HOH*KHOFoPrKi3Z)yi!->K$Y8__`=W@P2Djp)%2!HWUxPGxUNuu zYEk;C-0G2VMa*b zV6Gl#%e+3=<)MwVU0gtMa`iYR9BmZj{AQQ*4)6tS*IvWjjb?{R^!3%PB)g-Tk< z7Nh)1l{Y@na?_sb^-uh#wSO<7d>gd%#b=~j^&aMU=QOOoD+^cax+J3;6?&^{-1D;7 zATzSP#EzWh`tROjnfzKlc4I|P_-(*Ca4&++EJrk_F8U|Q|2&(4e>KZI^;qHr$X-+E z0D>vm18c~t_$ebN1JRmqrBk}2p;nV_@alW!lJMfdNIp7D(79zX#FWG8seMF@r`z>D zxwZXKv&|>5K=cK1CtHoJkRTACKZvRbTXK4&%~Ijx+ZK8b9eHik@I;1IZYT>LgGda; z+J(~IKTA(?4_G_D!vlXbc(p?bv}k%DM(liL8`-GInqG&vZxjYf(_TW-9)3ZpQUw+d zZ~rmx6JBGn|5HAbiu8PX}COZIt#X24vQk1*vucRi-jn#EzTt%W!P?@rsW z?bW(&ANl(jL3giSt0DP;4Cxh z1h|ADN8Bl(@d!FaYx7y+cMqMD0xEDDh8C7|Wh5m!clvevaw!G6Z?qo4pU+@JQyk_wAv8 zQM~;#ANP28025R<`;rahu1NtoG_&C-J0eM#Jh~7lt~7tU>}Yw%kDdFr~h65 zg~}M;1RT&2hqtN%2r0c2z*HPR?3KCGalWsaX~TdKYqY;`cDrtG$+cu2=mYB*^>J;- z|6CjPWxwNu7vWW{3`jmE_lk+6%dyYz=?UZ+?QWo~AtQ$03pmk&30;r4G@0+Y24aoF zp4{A4qWuj0jYk$aBCl4(vk;2@4vvp@0|PN!q*K3_^>{Fe;>h~QPed=yAgD8c@9@GK z0vC1D6@JI)dzc|@!c52xw^+E|3A!%f{rA}&b~ghANU>P1AP_O)!5?4~Nud=7s89%q zd5@}Yy37+L5+B*xVjkU+E5HFiV0;>D48$t`F_VBV=&P@vFNJgT9iv@SJI9aviY$8) zcHc&T>O$b&GRNkF4nBwQWl`Eq%o^|=h@>~AwS1Cp-53hm5wGTDkr7}o#`%HpRk;T# zLGqB#$jI5qoi+uA1kS0)$E9f82Z%vRgxEP0!w;y>?u>Zbi}jC$)(urX{c5gzxZQ!% z1ag$2dlwHJ+e-_phl>{4f*g|6Tb0%)Hw19QFhahTkbW*D&Rwns&C$S{yWM$qnZQm* zOBa%C+S%-VdmbLs%t=gQlkaAsWn^(PYZe#lG)9bThmE9Jv}j>kh^fs($h`|5*82wI zwVf+oU9_^@E;nY2&+S2?VTvWY5uWGmsiYMZJlyzleUi8NV2JeuJsnmYxmGQ*C;8-m z!F|Gx&?bXC+``vTlZe=ZZ@KAcLw8NbnyDeycT93y0$#6j_YmJ@+h}@h5@zJwM)e z^!q!_0}UoDzzGKh5$HxuLzyY%$k*YFP6jW|@;P7JG;!Z~9whS@+tXqw;S9So=2$4l zn}d+2mj%d$|2vR;c~5iK*sI#GDHy2a8%g6e742h@DH_7MP$WI3p*A0FUI-{Fh|CD| za{2c@NRu!8i?A*+5tU*}TNeKYy_p5hSr){StNJJJ2j=!E3uc0*s@S+}ffv5RR&_jX z`}>WA4zPBB$YG8}hqFq#lgldO1aASXsNBW-*lwmrMZtcV0NQnPG~L`&djeFI3p zinGM?&Q{6T=qZ1auREM(_x9b|?#f;TbOgv7*}wJjx!*5us}@kYUqf5J{*3-3Tgrg6 z8h|{z*?Fj!KbZ3}?$J_8uj$*mG|=}U|FkKMG7UJoCc~yf73h*7su-gerk8U@&3?{n zG{~rM)nnGd7~7L&1=W1H9c!sjx4%Kr7y+#gkuBkhj_Z1;s~BzfoM_7LGwGtSrwR&N z-Dg`|4Ce!yq>eP6ec(DE`MsvgNu^mWde7gXw|UzRW$+ZRHQq#!TaaXB0nn4Qi^gc9O27vh!PrQwsg5CI-T<2Fk zM~-|g<=w7;jBLQ%b8nev)aUs_@gj9&H0oD&G3y*%D`(2hC-w!n4<>En?5_xRsCC>uxyw0-H`UE_C!30dT< zdnWx(Gq|>e^IpnD%f7 zeS9eL49Kv7Vj8Ywd+3%^niY}JuYo!)o(|#|;lg|a$%uGM^o%tEe-K<%w`q@IF2V`q z!0ru<96VuwDa}xPFTI#QDR(lz9EJ}r416T!^!oYTKM+{nAuU*EoLi6Kam?8N?$N`y zBHiFQOx-!Vw1C^aDXA5yqZyidmXdAG8 zJf06jhACZD%{EHjzbjnGt7o5bMx`4Bu5*fW(%O8v{u^Sz53fYTev;07T6oUlswwCK zRg@@7aGpMJ5z&V6vKiNhbo>6IVV!DWd^q*Se55rr{gf8Y_8i}VffM8OyD7LdFQndp zB6S}4FGgqEGu^qz48A`SSc7d;ms)7fpv0(B$4` zD@YDKsLT)#R%isLqOgJY%*4nt?@nHXLd zQP~~t?Sah!zJH!|r0-|9VJ%&Z-xl9IBurU9Bi{4gh&2haQKUi1$<{Tsl|)!;Fk;Vc z_HH)LylR@~7lRnMP9Z)%T7p~T)XNBd?6#sDJp9wwwtDcXG7=FDa_0N$xEkE+8vAo| z>&UY`K26Y%Qc!b5`x?(|L8BW@dDDqOkt|Jnj=6+80jeINn-RY2d*AJeT>KNWLldHm zr(2hqH{KG1PT2$;%UPGu+ulCSwcERgl5-aO+v5HwEIv`^s4QTPU#nehAb$Y;_z%=W zyENTf_39f4H+KG-{$N1CjVb0$>Oo)Ffd?Q;r!_6m# z{;7YVa-e}+utL#4Oosb<)r<~!Jfk%WFWmQ#Q-;(ypW$D!kq_a&7=h46I+}_H%x$Us z{*Ops$lL6+uOmKN>H|&`2jIa%Fk`Xnv?cdc0^9!G5xmb?ZQH#DcdAsjh9R341FdPP zSI@u0z&(sT?P-6g1Ea@QL44~?8z51dt3v^Lys`0YVDqqbD$U@RY8TIx%7yLi^7%-g z1`>rZy$z!k5LJDR;+gL}3wiH>g>&~}m+j_2NZ?jQ;`l;w=p7e&XSZAM*YHZ25{uj# zV4-#gT#@=34z^WZHC;hlNB(x&L287EYEvPG-Ngg*nfDBQO}RGA;@#dnRAmsL-6yf8 z=ej%Xhip%>|Nk-_w>Tv1)vjJgJGU&{ZNAv32UdL8Dl{Ls4|I~m(3?&ht`+Pq_b7i^cX#?uB)qIAQEfp%g_@!H;X83Ej zkIv~~VVceXUu;1uNHccx+_rXQeh@sQ68aTEc4u4dLP3&^YxhHOnMnsI59zw0#7WEB z3AkQSP-mY+%gminD`-+xr)*kc8nG&RRv&3==@gqZ(7Vd~V|C7>M=q_tMN z){u=Easwy<|1bq7g&AhEm4b|%7y!dTXJ~gGnyo9URa3J{kDh0Zo`;XO#wj+_(sTBK zOaW9}=I^8UlTdG!1zz}@P2gdw+&ulm1Jt$PyD(2^{&OUv|J;PUgZ?ke!0LpG>6akQ z|IakK`2e_V7HL^JtI`hhMr>M|a|gG??{bG^~Dc zql8ZhOCT6mC^VUYg-++V8a(ILdiHZdw4pxmJ?yrHj}KNh1o5=#&^VKHAEdJo_N`+n ziV;?VU6Iih@iDYD4$(XiETwakYmt#wlV-8*;I7j({wBt1OE=VmLQWyhvdxs+{c~Dihve(v;J13Tt)2h%Kc-m7epgA zaH7KdTFsD3KE+pKvbP^-pAfNpecu9$D=VCIDJZ>SakrpHzwn<1wBG(s8fYl{V5aV4 z-RAT?WH~t?dXLs}MAb-+-UC#PesD&%WGhB>wN0*N#{VtsK~c!xU= z{$=^B;N2=GqWOPBeRm+$-~0Hvc0v>-Sq-I(6d75Uijs=z9Z^QIXEf}48=6K#65`66 zG_35b+d$b-MubxK-t*qyb6(z`-}m*$i+kpCp7We%opYYoQ2G+V59UiX8#;N z%hCwy0D5=nlfd@1w(wuBrE`Kc(4ss5xBNIz;jhB$zczb9^V~xjK%6ip0}L_o)FCLz z-F<~Uf>x^kUJ)yT5ak&lF%nK`sn7B@^Lx=x)S(@KI)aAL5nZBVgR3ox_K9``rL&B) zkE>a5k#0Z5wT<4Iemq{z5&;S@%}N(Z^==HcCIS9n@vMX)NyqS`oR}G5Dcl z?RSU324?8{;=8@emBR4`*oUATFBi=h6lZ-L`>nW`QeepfPTv!^^yk=Lkqw{(_tScd z1B2&c?YBU9@Yb-n8LT6J+YdPgjt4At9{EKL5f~${fDt5=byV<-^rCLjOwG4VG#i18WU^D?EYzV^H^7^7kTzYj7Vf#YJ_ zk+yR@I$Zm3YY?;$4@Ahk&Me*Jjt;f`BasTx-f?nxPE6cR=R=n9lYsO7NaH5@_Wf1MC$;&4!VBF)R1HP@TvS4%XQ{0RQ=dak9e&KBaRBa{o! zR$-hd@*5;h3YD7u!N4RYzW{k$xuU@8T?BUX~a&eVzivlArv zkR!C0cjnoFczzZLTMdh7`d9~Zs>!pj@-74=VZkjQw8=RY$_L{}?&x52buiuxedur7 zy9#1M<6OP2685`*1KR}xeVyO683Q9FYcHR=j7)Cd(kp#%TrEfo2&Rr^bl%7z`Rtc4 zTIp(3SFk+LhTreL^o!C&+aJZR!mX7lM@}5xlFWM@MTa@y!Bv5JLq1Iy-@Q+%- zinPAv*~dE}4l&bmhl{jKH2iQG_^21W==#s`{{yo}8sLl&tOxYUOHaLh4ktp95O~qg z>B8IVKbl0HJD^XrCh6#@KDG#iCfu|G+jl~*9zyWi%OCn9RNqbgTJ-iT75KQyMZBI+yWAbr05Sp|kV9i2}`MvP14OMK0G$reR z@O{8W5H%o2sYIz7c20qVAh9SX24&A@u!O}6Us2NzgkakRaz#ESpHOqf%swWXr^qo-jz{rL_wyItB zyoVo(;1g5u7~jx7V4l(fWaKC_h079z#8^_zZ?!jEahgaRh5F^#l`3*6^-B47{ zw8LzU;m?WIxT>-AKf-v0Lt{TNE|W^RJ}GpYEiK*L0%@VPMQ~wuE95&=*c3#EcP$b{ z9ikymBRStO^;gL=4_p~MgLnX29kA=fNd1=!q834OG~Xy@-1bdGr8+J6<86Fm-&t7c z@IWwm!);<@2u_7YpGUlWfps%@6fjZm6=D(8#a0C{84R(719z^g%c6QUn6LEp5gh3$ zpleP;N$R1)_tuygW64XCYRq5O>tOYUEnESzhi~E-?wLEhs*@EyYym&pkKb@O;jrk8 zfsEOyyts!!LZOn7k!j$%TIT*6`{@6JG&0e#ZFe~~;t@Uj_eRr1@w@DMFl_L2l5w~Y zdzg1>u7UbWYUXMe6*u+7ZSXtO^eT|fAt?0fxyS0;I`Gf8GT*h!%xu*7(2!kVMypk~;$7BpJ8*Tn8^G_-dX)@s34I4dZ zqklY%Ilr(3b%`N7cl4u-`>fOycm3T=5Gyi+zESBK7H|6_`>>3HhZ+HZ(VaxbO(LDz zOWb>J)jG{#+@QKu822I>iOl?L=6uUc6J9}Zg`X&H_QiH$7XLV{mTwpEx<5)RN16&WZzP&Ba4F^+p^_pNC@dYSh-7ElCf7kGJT%ba(ES6c zNk!dEPp|4gdjcPbb_^$nbT9d6sm!`xBZ{Jn81HW}kEGf-_7epOby4+G1V6QtZXd-Y z$|>l>pJZyoGHU7Dpd}As{mGt;l(C(_;^85?1136+HnQ=TtAAi=P+}5;u!10VNVVGQ zkv7A8LirEA=obbdR3Xo?zg8B%wBX+YNi*ZrKl^|f? zA!bSS`^k?{`iG-tPPEotUPgyIExP)iYfs2w`ve-RG103y_)$hwz5PAk2kDh^{+3K(a=oajcqogzs+mjA%VCq7pIii;n<1iqH?@Y!Fb8)Ik zn=z8+vB-4Y^v?AF7yapnSZT3ZtpIT+Nhp8vT(Ru=-M~_e(wR%yu?tfjqo8fl&R8FN z%$NKC3e<7!f;TOYkkQ#))0AJmOdkqIt{) zs^SgJuM>pL11+GF=MNpEN$38`W!{Q!VWI!it?ST7U5gue>>V4bjYW2jYF98zXcik< z-aP;;m8WVXP*qhRt`DB5jiM{zPu&_gDn?xd9NX2=-3-j;^=lloTan9hbV}sRw|1#$L5w8wN^) zUa>BG4g|aJGzN=uX@5Xh*xIU3oQjgkP17ACa{kU_kK9TNwO@04GnU5i$YBX~mp__OE>5tPN}xznhn8SsAs-y*!~#uJl-`=c65vqRS*{H zw2dQ_+LDvNndobOw<7*e{Rw+FOJM>MIWL0cFZ%O1w&kQo=y41o@0w*8mJJ)uGJY!P zu=q*AK<$m6f`LzdoU4P#lo*K@&r4t3ehqq&%j||&=vXVS1IzAq`A6vxNF6$8qG~x) zGLz{Bv6h2yW=h5lq3h_b8O%n}8wZ5`Bc$XuuLFr@2W@RKexhybqvgcqCc#K2%;50~@;z@AXkF8*ial{csBoKvRA5 z@Tw={5_9eW5UFwl&MojylndGo+{y3)@54~d=|I>#Fu{{}@Xrn}-rNKSs3yAojaql3 z*qE1>O-(^9?D-N(`nI?V>%+Xc@!nA4PlV0))g@Z(r$SrVP^S~75yk275^)MM>6{3N zyxP2|&-tn8df=5O>^IJgOK~rhE*IdLGToXg@di*gi^pjdB+Pc(CS}a|9FJ9H3M3RA zY~qKFpx>v-615!MO&I6R8*@e*GRi!b>(QER+!E-M{ZL&a1e7xdbD(;3?THdv-JEe&o~VG>@GPBP>+GPv-z8 z-?^j!=;PIepSubjix9d1S*^fW+a%pXLgWtYIHO}#5S4nH46ls42eaewWnyF@ z&Sua5`aH0no5Bs|ZQb?66y}2|78Kq!@R2K)$*YekPWq(mpk`>A_7gbbWHuD{-FzJc ziC0?6zXo~a3rQ8;X=>K&+8|xOs@_wH<3y6glx`}WX7oJleCrIbG*xPQ<%08DQVOaV z723)L20?l0magERi(+5`VFEeX<;71HfLS#-pTq}_P&}qr6IxuOj7$I%%tx=uU!IEx z7kjmQ+~7lV1m8Y65b$)Tr5aRf-lR0&pf=|*=M&)upXty{FYkeiC1A|2JbY`W@|HL6 zJsu#fas_5=)YaPRit0uZ?Gn)VFT!PiMA#rWj{8={U7*Z2)-^@8-9_#>ZonAwKnki$w!QN^Z!&!mz)%azwDq!wujt_^siV2RSabLzii2e``Rl^8 zIpa+8%ODa>_LXDI5y+?Q>JeO&1?Aeo(iNYQ#=SUveyYFFHVnULuGTf?<%Lba2#nS~ zR!o(IT%&xWKli%0Gen(qKw~-V6w?s}--9D^GIocKuCEN{4h1PlYh0hI2*rtvc$u)- zFu`@O{=U|YuVOZVyM6l3o=$YzkE)*c$z5eZS#3tp-X+1nL?gxwEK z&^AeJ4YIkW7Akk(1Sn;Vs+6;eJ<0>@u;q(!_Sp2qZCQOD)=w}8L(;aP7CmMpH2-{e z*=daC9W)y7Ui}u6&=TKNH(1k`(rdd30)lCIVG+#?h5aZR7QQIx5g**Q!%Gs?i9=)P z=)eDRBl_bH{z{?xdumPwL0~TLt&nb%Zo%zqlaXEaRtDO0a87**D{*SY!pKFs0Pd6f z`|zgD?9utD1)H(1K3gEq*p_X`LwRCV=q6lU`X0PL+Xh}f+f~>qa2=s4%J&v|T;V4WHs+TO7|pdUi88?7jX z;{F@L0Fl;fTwA`hlAV?O^JEUuE@E%Z-NMa&{J?S0b|Zhnw-eOy90?f@x9I^MXn}z} zz-avObdcYl8wfOiIWyNr;x2>l&F_A+GDaT0M|+Hz{|5IyFF$@sA@{_NA&5o3$}9H) zwsH<*&Sdn|U&<=zJbb|7>1)lmAbU)8A(f_km!i|meW7aM;=kYCn!|xk!*08@7#JB< z3ODIMj#Vz!RYdfusxL_`AjoAmVkm4ZuA{E6$H%U+oHNy zI-m&lzYJEE{u)2|%X_}-L=(s=(}v95ii(JKcEoP4osNqX6fxR%R=&xr*m%Enp2aDQ;s$^IN&UU=0?HmM@N1{9cJVg}X#6T~?yr zdmVGN1U+`XKlAIfjtGRmQ7FHA{R-@GI7F`($R~Jn&4*5|zK72Jo_m4ScH1duUrS*5 zUq2-77y3SJZyOGn=)l;gu*S&pSPF0UAS%0-#0A@Y4wN2@u}RD&P2g_w$dH}c1=GSlI9lJL>f9J`bE2Gg9;}y$2XK8Waj$Y=Rw*gHOdSuwfK)1eIQA z|MdNLLg!aZRLX2<)I!zjuMeFVB<~4_>W`P%kZI2a#(8D-WosN9xt`A3KWu&gr+zPo z=x6*Ctp;|t4fotjjqtjou>&@he`}PV;Y3!vncE0o6qVgmmR^5+R`s_Oh@8kK(b5QZ z>U4;`u_uRA4jy6e!I6~iqLnXFT8A4hOK3GsY-R=B-X9uH#YBf>-pD!cEDFqveW-?v z(qtx9f4s3Qd3MVZkZiP05vZ}PDjmBf5$!~g{3cHZBP*S^>)??9 z7d0Rrnq0Rs-~}@sYUq&j$wzlvch^qyY@|-EooEB#<+}#|ENPU=ZjFo4IRzHf4xK?v zD%1mjfO|abeY4D&%!6K4gi(+8aNtwC@xiUdQNvwbwLdC1Ls&Ma$UBC$M!#>1ryY>b zkwID2#j&E8mc2*M6uKS?nHiX}cbgMnK?YfN)7D8qPK2&QbIjm6>$TBLKnzJ=KMm?m z_)*;Lp=^~JXGY5t$AxwhYP##ST@hqpGG=N>;`{N%5N(@#LH&IT7Z;YsU}<|s#+ms4 zWMcn=odrSS^mB>IPa8PAD?>(m78=I`*iou=APMfm)lG)65)N9c$3}wki3(@xYdwRk zcO@IHLVv7J8FPlg#K70vVNHDbUOi*6GOl69e7!JgE_Zn@FTNAbgb{i7es|4%P!4Mi z(2zQ_*gJb$gRv4>{dhNb?NNQihch6N@wFE;c=_@#<9M&pGm|0A;w6Tn!A@4>uUxaE zY|N0KCU_!@57pgN?bt56Dbl^}$8|+xS*@niOVV~#_6rldB+1v7ZQ@4fn%22py#YVN@%|u>T zr%PMn%0*EBd5M~}#Bh?5O`~UT{|scVXB^eu%LD7RYLmg=2f*ktn?~PNyJT54Mee>& zbEO*sEHJBSxy-~RBNtsqV6slPRJd~?kV0;!u0#Wh$& zVhdI|cnL_p-n@3};lKsio{U*G>guB5_@T@%U*Kj3jSu6C?i7zSf_t>@encLreMM>qkprKlj)|9;rGIZePq$}Be|C#brNI{_H8z8Ag;kEor|wb=#|pvCtHjuD?tR(! zCJQ=q3^J&LoDm-?yMz!#LulrgZP=SEl#{7M%RKY*I`C*t-# ztz|`Lh`AW_Onj6WL!uTtGEQjMTEitI4E_DH8b7v$rUORNz7VtXMd=|+ z+syG2xqnvGQ(MgWblarEKqdq!{uf&kHUUSz-$=wW_gP;2S7xHev%rubUR3wQnj_nm zk9|+`J3Ux6`%V)qVBg@8t+&#$(;eS;Wzuc9QNuZ#Z^aMAy&*)Is6I47-RH8sHz@7S zdlI`2qOI%JoUHJYKw2vo4lfus64O&4r_V6|JZW7CMx~h@AN2cY3sfXuj=x_tEzR)$ zL*XwunwiJ`Lj)=GT-fOtcPQ?IqBby^Y0RBF6+~tc0$1Lz$0qP06v7HR|5*G>$v?gu z#yt1d2$pnAbU;u-IY&mh&oSW4llrQm*dKyEcMtx)IDE~!u;?P27sab6oj;Tn^-sLx zJlrGsGCzzJPFLY#%|nCNCMRa@F=Iu%8qZv*h)C;ex-c|1xr-m1C>$RdI~FOev6YM0 z8=p3i=t>jh2rO-^vYQt}6VBIaJB#LvUWj%TX%)+FnMU7!O)u0I6#c3XhzgKMSpzfL zjFE_T3$U4Xf95B<&b8V1x838W#0Qc;^T{>=?a%#iZ zTRqbZuK|ki*ebXX7TEFF%d(@k5K4IybKFs%l*!_$7Ax_jMmHu8Jiy|fr|$QGt%}W)=sUrV7>^y zB-&Z8K;CPRQ}TXwtCD?=6Tnzr#e=NGa6>iU>Z=kBhi(B^c;c*U+wF~ztAVp`w}0Vg z7;W8(d#t_>5`KCXBs;Q_tA7`FU6ME##1#Bb?lN~*u*Uc*zv*eVl&AEwWvq@%a%$O!c1!;4|*ilCp z#UR{uWPE(>WwGv8fyOG-Y=6kcvP%Nd+&|F#H^Eqpwh!q=QiR^Pe<@EBE_V9a#A1|b zN-i31W}0{%_~{u4&7_W-z9)8tkkIb;xAeWz?#QJ*PV2Coazk}@>o@f8;^OBV{X78M z!jCa>Y_lY+pDm{NrRh@FI*7umBpiKcM^?&;IBgz84gu@%H!^xX+CRn3frK$*J-NT( z;qmavGi~#kpCsuMU?7VG)rotlB41mH&sYhdayuC6R=g%rU6Z1jn@C3LY3Keg?}Ou| zk=su9Aw4RG=%zBDe>xV4%hgxM4Jo+3{F|?^aAAu@YmdiwmaFF!6;C&IO@%GosmRGPN}=(3WWAo*Uo^Y| zXm|_q6>#2ufh-AK7zsbR6ndpSbMPmNQs8i590%2+aFtvb7H#YwM)#_mdDSb)|lt zpZT3f+N9}a^kb=8LJteAcwZ{!%H3Lrc zjUIT<9#6+QewI$*2!Gip;!>TOE2K+bbWVtEN5U#+D4Nf-_z=BvI9nF98y(ma3%I#hokFs?J3IA6w}-1&)@UF)bOYe9XPr_RoCj; z9iyZAyxbz(ki>iF;Qr&pSqwOj!Nmb7Z(lShz#o#=aeZBsS|i#AKiKSbj_4qi5w>#C z8q8d@!sFm+FN9XY+FZGsR1fD>AaTvb1Ev>GxZ7R4V(n>*_B(po+FUd}Y3p5~Hw~_? zN`LIi^0pZKc_`vf&RaR7zs|`sNzb=0`4m|@sydws(CN$jVs(EQqVFpV7Oge$_7z;O zvy&@Q?3#AqLP-aM!HcLl!E|JGM%zMSy5BV!q@6hP zu`uB6;*Y7d2jJpF@V8m);zWBl0*J^z*QHxFdawBmsmf)kIIkU&Xd5x->DNxP{LM8$f~=R z`QX=jUBHh?)U3HBNQF_frmCCnF}b>Tzp+b`K`qZf&(SiSseg7Z4;EF{!kKsd7y!{(^4-&Y@PyofIyD6<;L0OMFyq;`;-)xfbg3u65wZm(;Y4RhP zI1R)xq-|yOyRi@b_+me&E)V_k<9Q+47)e^1FoOxPI=7rXT$b6yrByFkQ_C5`9Q#u)qg@jx z?o886!}uUb?qjG@gjPUE88c7gGNi#lH~coJ-xBINFm|bNmqx8KF2^9K%A;)F6Frqg zSv{8k282CnaIeVFBa+F zOOmwh#VI;Sy4)GFK4tu(pB7=t`pA>bVGsMi2}PZ$nKC5QbNT>a0BKyRh5HB7i;>O}5`Tc1+{VPAYojOve1;0B9 z#ZW{^W!K=p3m&=A4S1mphegF}G8<8~@$>OEV8_&R#K2-b zq~1I?Hc*Ofz$L?RN&1N!DDr8~ZunPl8%`MA@+8GdkLcJa2q(}RpagM@2%X%Fe@`4& zJh<<6OCmp25`FbagPEkh!p$2r&*a24L-e=-B+7)r*ZKvUuko$&m4qH9gyxS6C# zIToA_y6~cEIe33C@k?8gCIr8h7c!bO$c+1%sK|Uq-14Z#6TbiX7nU(DlERMiE%3_$ zw`p~LuBxI?sQGFUohvGJj&An}1yZKl5CFbz znN?lLG~Z*bt^+SC zwky#A_9Y+;{O4cBN>Qp$KB1(8j0!}eKjw6qOO^N_`q z1)Pc^L*Yd?PT4SMlA2J+$13X%p;S#m&!TS+Ojfu4Xv`UAMOFuKRm~m7)P`A3+MaT8 zs+ND$F&B2y4M-+{Q`OzadV2>1#aJRq-c&4~oD!B~`VBBPhX#WA^BvFTq~2E^2iv8< zM~op&E>w21OSO2>rwrElK0LVDfB&{Hxt+*|{YKpL=_8tVGBxbckJn4>1&leL;Ph-; z`w>n=!&3kvG5^yF6fC3i)z2x(eMw$~0XxCChr))#HnL0NQ5VT_?UvG|UMpxJ(!5hs z9S_{~=U}Yjl2E2jF@!>UTr?w6dIiyPY(G*or$5J;cf`3scy&U6Qe*#c#FS}|vW=*> zB?_<_mA_q~)!;WY@BXuO)c}PR84?zjiiijOQBM1H!EYq0#rhYZK5T@>)AcutM?Qw( zOn%%oo0pZAql~C`Fl1=-8NZ;3cRLD?_c`0x$T-tsK@mq*g!n`*=E`1sE|X}yM|$5y zgfLQ)D8=qR%tl}!&+z;>6<7giUGEpH zAmnPS*re@W3#T09B`bxxPD*O8YTAGlh`j*R|AoD$Xw&4la@QIftQM+1mML%pg6kqu zJk8Ns$o#5aYm6c>v!F+1!d@%7t!K)Pk|c2{vgY=aQ`=1w`N6e%l#fODI*ClI0rYJ~ zp3Um-V^xg^I*-!PJDn}7{&3nxLA=}@aUFnE$%aUlWcMYDfueO( zV~2;UpZ2Jr8<6`!FaNMgM=IZ7aXb;i7U@i6@*{l4Q*UlDh?0&?w zgE~*^q6-cYBxBWy^?_q%h#HS4#_MY&>TTG~MuUJ}VAz?XCLI?fbsh`^LA6FyXLhxdUz80NsNzGam>XS`Tc_y9aN5E4cN2wYCk*U07Un zu^Pjh^K5QV_Z<)NxR(^Lr*hNP4{*BQba*{gu3M;1PyCioHHmy;?^@(>sJe{#C;pmk z0>x(osxeh&u#lG6TmS(Vou7ZaC||stPBQvn5r3K_Lfzvf zkX-J(a#Z7Hu^)otuglS zt#~X}s7KyM4QYN3%1rtF^f#!t4nIJx%T?*%L{SYbaN*NeTZ8ZNY@i9-!4PH^-269s z)Ww6Y6h${7OP`cw8Ps{tm@kBNF?NLe{9O{t>TYHwuNdi8gDD}w6waFL-4c4)bZ~Y? z^EiK{Wr8;cSte8sh5wFZDe=}sWD^Wv??-F>62GX?o*`+tBWJd7aqxl*OJ}kM^Rzoq zf+RGvb=@zc=27?N9d3Vlk=}za^8uU4uJ!23l6Sz3-f>kYwLpVfN*bI9!N|Q)*Lgp6 zI}3SBW!H~)-qo7ZQVN;=h8J9{^$8b>Pfo>I^_TDO_8@kMrOD%2w%T*o(-xY8IrDR5QPp!PkiSPA&waFf`$=(O^8 zY1Qpk(3t3x9^3BYlT}`V=q3#|CNg(l;Die8#wv*V3l_8j=~lr`Vu{Q@?s4gMo9ryt zj_%orcn;{ZA-i~QK&67Xms)JPe@!B=Uj-g$^O{%k!p=3I-%~HFV5$4i=v6hrhi*QX zVL^)dYgi6;$n1w6MrEr_olLdT>Rl%&NH_vguBui2L-3H%H{WR08^Z7R%+DqC2qT`u z_H0y|o%W}to~aC$M--&@guAtp7mQ^P&-|FjR&^UBY^H?i!nXk$M%_O~l4#FtyDsOy z-xj+K@jrwD>2h&Ga72eJXkJYzS3%D!%JU|7xu=)H&XX>1SV_rSxw)x^gAh0AHhqkT z+VUnWps%A+uJxUJ<%?Ryo14S-AO%^m)rhM{J1tD*?>Xvo*e8(Y;1ZHFuy3B$`Gp*TAwrB zG+w-z?e|(0A#0c-{*z8OY8!b7B9M%1`_%s9Vah^7PFA7&T)sck(|mq%u0U(4Dy6oE zG7>OSurOWBxhz3+RlhDinTF|>eAhN;p;FioGkbQk|H#7IzdbX>ZX?B05rI$siU!Q( zZ=nPRFzefwob`)25SI>2Y^U9s6`j;G`#)oIbN`jB(}AZL`QUPb=tkpS18HCWr}vC* z0@B{X!OfBt`&mX5_HS1RvnUk&J=1zY0683ly1ozYvI4Iqvy};>(R*E+P~Ck z$V{evma^`=sd&HonI(`i%Xf80v5~#i#7BzSHfZUlFE;<s~!;lCYS%=vA_`cx!Up5Axvo4oiz4K6&!YJ#EB1@a*0bjKP-ifjHv> ze9~`nRbDZ)h*HFTgUFAR4U1`E<`Hp~I#f}P=7r*@BhwQ3Uzqb^HOX_>9Rbf-V2F}Q z4|zu^`w-Km&ptKRjN!Vh+#}I#0E+BC8z$yl7Avaf3aXh=?_s^cLo)|5`7~~m{m+T* zJRV7NB|?|$u)hgr#t{S9x|jcc?sEfn(otn*rYPJ0@?K(o@*>5Ej47n4HA$2$Z#CC! z&%hPR@LfG^iT$onP)?1X2@UX<}=rB5g^<7_$r#bht2VYJT; zzSmkg^z7Jy@kyVci^$vEr|?pnf8&b`;Eu=$^VIO^)aGZ`k)LH|Q*s?0E;)Ew)ns6v z7l~+`vQS##j+L3}9vMn#N!y;RN|^V6$TQe=YBo zgkK~7b~8N9e}Gm4HL%%e^bB5uEjy0)B$coz!x3HZcVd8@pk??o&xTba+Fp1yKPU5| zu7mawJ-GE{&kqWA{t5ScdZX`4LE1_DLi9+b1q^F3NCm1KxP9w#uarBLUx1`#ZxRYV zaGm0UolwhG9DQw&BmC>Vv-(+>8{9nF2tU5Om5f&apZvnbH3&WF?62!mr26Xlg$CPj$VSjKTT_zLv-zeohj78tcjyh~BlquhGV@R_J!^fGFz3WHO&A zKm6?3Y}}GB?1!3^u?BzXGJI$`VQ;w*tIdC}NeR)V0Fp^t_iL1kzthOjV!$Dr$-fbA z%7+GOEicV1Y+MbV7wUE(bN*YuIY8|V?)!Z(>~CY&(~-)!j(O}Pk_X6W5^>y=5v?=_ zE-05YIveZ1sBuM-FU=lN8vr@IAHN=2YHtD!hz&{dg~aWe8qM<=Rwy`_M#4p~kHWjX z<;&vyKtl;W0odsyRsMJTpMtiUiisO3yqk6`i88+$_caf|)xLCzlBKv`YtX6!&n*?~ zWPMON)y_DghEovVuhGVBan;Zwqujk@X{u*HLd*kXhw3M8Am#xl5`<}h&$xej(R|Eq zvFXKPUU;Aj90T#u+yl!_6>v`Nk?tg+IN_aSis#3Y?g6i*%%XLu9aa_}3=y8Pc+%vX z2nfw$DefgX0b2Oz14yk^aO6atuaqK`VqIRBYUK`U0~NdC2?kS@Sd?Dr(vsOT%iwF+3NzNNrwOeQ`z3lX1MHn57aZKC1`7 z6|2Gt9BP5mgS3|!9igE^ns)Tl?JCQD$-4H&EdedFDt7>oRHdXd?*6t+keQRLNaHB3 zDy_kSj4BOzN2WU7WoJL%$mR7p?NXZ0vH@Bb7IEMpSc@v3{3OEMmWut%-H-1xI>CR= zym-dD8k)epYfYN|%Z9A9D!0yKHKgg>z}J?J!~6Kp4a_ZZBP)DHBMU2X^kk)+9I>C< zrX{LM2gJYv!WlN>z#hGJucPK?c~_eoLpzU%v7#vl#z+6-UKZEI|0@~a3)r4G*u^X) zd3^;BvNz#9gn(ua^B>#H3OTvf1G|A`iXWP&3>798LpN_YPePJfynuOXIpEQw<8588 z{Ooqb0y4R52@0PD*gD_Yc4>dfomi@@#dFX$)iosmRs}Ir!1o@DOhrvC&qLL4&C~g< z6Hti0_B9I&p&VH0<@c4u1V={#=kdEixhnGwh(8L%N@NH`UPT_?-j2D;lQa(TuYfqN zut9P9-*eBdi9smQQvcq#e6~@gk$n(11Qu*nXYZD|!Sj0qidLv1k0)bnla-MYy+L$I zMBfOoJoql#xE=b$&qXlUC11Vfo!{I+oQci&dac%E|nXQQW5f;j<{GQo~9Abk9 ziq}a&{8Yn-9V3rj>UUm8n9cJyc@D0sTe(M)SY^~*e-fo9B4pi9#OX?cCSY5*YO-Qs z4Wh%rMzUqZ5ys!?nisX&QgNCSIPNC0ii4Y_bZa;#H4&;j?{_6T!+ka3c#OsA04?3i zKzS*Sd(|1oS@-Q~clK<=suZ9EDmX*xx2TdS28d+Ju zxja-5y8^x8bm;5wspR=h6$saus9F%mZ6lz=dB|Nym8~dFV=B;i6I*8yABqf0 zTp&?be>)CqE}Iv%tq=b@vNWj}x+uYMYc$3zt>l4aQ~M+E1qv_VW==N9BaauKAC+90 z+vVOe-r*N#-d=J^LP0#u8d1lDVO>iJp8zji!&YSEB{`isH#6+zyoaJs3$0IUU5tH@ zd#uJ^4mWg3)>*M1IQ5@?cBJPLoI>e&5O}3CHl=A{T+=#VYHl;!URZyRgj(L7$}BEw zd-&HCQEB~bXcN!#i0itvH>=ZLZ?lYsonUy%-oEMix3ym#_Q_o3NeX*eb)|Qfq^1_; z6pE8jx2-J11oX^SX2)BDR7D<+_)x`1DMe|O+BVLWIm4Fi9EkQz#zvtFG&>F(9wd4H zEs45b#F68=QSFPF`zf^n^ReegoV5Z#HM#U`edYQB_#pXukW)J0D6}F&)M(Zyxno9&%I9Uu7ysEPIVmw z|6cF`@S;2}Vx!9j7HaA8nrsu6+PZbm-IO`|_NA7@Kt7O_VX!LapTn^eo_-5t)u?m- zy+n3ffLr1SWkzwlXC`ND4x^(;?lg=9-L8PHAv9wuCwNff-#kovIaO=G9PZl_UE`wW zdHLQ9@EXwHo&!2~dd(1>{-We&|8d4ojiX)zOFo^%;W2XUnOJrtTsH?g+D{YB!LYVJ z)vd=@l}N-@PpkUC7CwH+7kXGw)a9kINa80fjj%3=i{9;eY$xmEw8Y|e;ag3hDv(Mjpr0T5@PA9;dtN2 z|B_Frz@^N;0f=t3vce#3dzuU`+}yN}w|a#YqSK~v`H_%3im$M0Z3S3##Is|;e+Bye z^>*=Am9aDzseC?QZ3-K_Bq3AvygD*^XMKp`q?DBKWg$5?;4$S%Y~VJ)oEg~n4%Hc) zNH|gm*}dK4F_f79j1m@`6FbGgI$U^qYn``KHrhuU5&rw(`i}@m6)%p*?>%BG<2B0OEasDx?(z zmmhZQISg&dljpFl}al{{YbJ-24%KQSqZC|MnRZ2wCB0er&0ltv zs>?AzVDh|l74;ZBh&E2L4K0e8S{}Dsg8yqIL2*UxIUK) zeH&kpNW=Pt!UKV*0TB)4BEZjz^hT|Z%798>Nhx-NJUW}6TBZfID5%C_kqrcap`Jf> zOi#c11|~>VaL6gt$-`e@Snj_m)v?D%o8) z*S3s30oe_m=BS4Kic{e5`YeS2=x3+ z_%+B&kgX@8%u-d{8YZ=m5iovvS%FipJK73~Fw6fqlY4lnKB}i!kjwFxKzB5jhU!Ws zCDfTIxabK-OlI{CV6o&I4`eHCy z^~q(BMSoPk#bSb~8bSf866HX89v)Sjh)T!4dZ+@BQ24Z1%o;2Ykw-(jEowh2j*h0| z`1U9>69^mlvcq&-_aL*DaD)-Nxv8|IJdu;cBMR zcR`j;4tp^F5Z#2c=L-wcoE@lb0=tR&AaQ$=W4C^dq5m;_TmluVn;tWI3S&k;D(&Zb z~ToI@R#tdc=}9LjC97 z(EI2;wR$zh8z_R(6&#OwO5W!0W_;hw*^q&8A^e;*;OZ>6van^maQBjHpZhV1>Nq@4 zA{cPgFTgVE))?>{HWA%}ParCFxyNCH_%j!lUSA0ry>0&)hckjBaRgFDyX z)y_LSDIXtXK}rPm(04`U;|2-;Cd4h+NWHAr-qd$x<_xLxkmFSR6&e21&*0#Y0fKEEEq?u(ns;NCP95EGupMaMwglDy>daeZtw*9h00U$ID2~iI9aS9l-c_`vd@iH8 zwQ+j5!>ikwMB}Vsa3Z}KYk7I3@UVp8{}ZbA9&{7w3Ax<35Lk5fQjZ^rW&#U^usdP; zM%shWFb8I6)Cs<-QecFj7CyfiVH2V#hNG&W&h?z#^8{f0#&`4rv>LRTviMRa@~-g= zE#8N$PL?po-eGL38z>JFnpo#)&QtSikns2aSO84osgTOwpmTyPfFEiekSO(_RL#2{X4ao()&O_9wi@>P{^)d$Pzo{ot7FI4zOZA3dPPs`H8V}y5;S^vnzzJo;s!{aT_S;<4Lont=8#2g)eKCKFY<@hbIz4%n<~NH{03 zFaBjJgs~cZED5ghZ6N|{_Xv`xB7!d=uO|P;WC>hxLJ1W*=qli*^3sDQeG+({V)49v zm)+81x72vqZr~<1A)|XAz=EP5lUv!JuyzE#^%~N?zm^zyWGqP6%1w{1 zf@Vbbs`lQ93>KEcfC+xMd%WSFXbvhkC26+-uJFgTA1LoubX1P$@KBcKfXZ26a}xVA z!*_e?91;L3m5%SRD}cc%Y}g34NqsFuP5G=j4Wz12AkclF?}`$I6=~g3vN#A4W1v8} zc2^{GZp2DY;E%`x@Cg{r&EzRhT=(W-)MncW(@}L)K?L32S}<|u!%Q{F+Xt$V2LbyW|y~hFEolb9i8q!hsN|gr(|=vs+sD) zz}F)1(vp?z0E$xnX#DI23;D?Pcn3BifA=aScQ*9=o<_TIIR`cU4Tg)ZCUEZ;3ooKS z%m7738p?qHdnV_mFMm@8jQMxEW*P}P1Q zBjLIQA>=usJ}xQA42k1Djh*#ib)N3t*9~eUK3pdmuC|kOKYGrDTfK6mXnYB}NqFiy zYy+AzP;9>`k~GLHDC>wq^2^F;CF{W9qx(ss8@Q&$Y>_luK5_CS;djJtcCgYQx~|TghF!(g??&6nbLh6G6<`h z(X!|I5x+^y@0NyzpppyP+95Fx817=%ldpsS!Jl}4gBPW;z4u+M=M3Gat?%<2`iNIM z6J;W%Mja>-gqHe?*k>ug-mNI2=)!(^)XvA1MhJpl`__$< zBH{oq;gs-pltP%i{-?g84TJLN%C`^b_XSE2-%=h;C{gn+7_V)Y%xs8KG#?tGWBeXZ z9U|V_W?f=Ov5QfLlE4-IYmjr8M**-Dos&i0*X8CRU@*xyPHY=3m+;#T4;b6#xX|7s z>%7b?+q8#Rl#=kYx|_*ABV5^+3fLy|RP_MTTESr+g$GH$9Jd_RS$J_1ci)t9&>pJU z@MDtuHl}XzX{%a*HcHsjfoSpJXwbuB(7h3GPxw;hn15dcJfihi@}Y0Wl!+@2Y}v+%NhxD+;z)cb3uGQ`1?C=lLoqWOBv`^!}Dl*n|KK%KC+sr5+aX+vWLQs2VRuS&uI(1eC zb_6bM7Ip6*pcDidU1LQFn1s#rj!+c zgVCE}qO>!iPLVY@muXAxh!6}8v>}J3ltAvBFe;EekN)K624LAQ7T4Htt#^(>RC1um z_hWz#Tq=Hxt;r1%o()cj_6Vp9AqxUgH?L8pOyyd*KmxQgE)#gWt5!T-(})AzIkuh+ zsei+y38~?IuYuTSe8}7i&RkM3hdQXHxzN<{v})=|(0bc^LDZL{vB9F63$1$!y+yQr zIhwbO6w*PUX&%Lre8a=T;gN{OgCC;zHNo*yJ1b7Cg!`p173$d`Lr8t=DXRoX9Lhw* zOWZ)Rp;nydV~B!_%)2%VBeRIT#RtNE#CMNQKQ|IT!-8C@5SWvYoF_ z{MW;Vw$n}6(dQgCnyIVGF&Y5gJU(ZhLcD*tf*su;spa;?rB@{KM!@L+`H4-nDWBs- zpO>NxN9_np&~#CO(K9g=LCd0|3=`ORV&4KYpC4iRC&PJ;9qhK?wzBT>VnlUpxNd;X zLc28O_}X!){{4L4P!uU^&|mxVL#TBy1Gr5#em{~+b_=cAm z-akw#J>-@Nh#WTDY=2HR-x$IW>dtz`j!KtBCS#XQ9oc%Ln3_1Z`ZPU_zo&0i;{qJ2 zo`~_{EE&Rq*;;5V$d*aUc#ph!i53p%2O%D#*`m=+kx6F>YIG+DE)=9_g#*aZO!&Sd zrUHwF5Q)*Eh};^rzGSs?)5X9GH$-t~xop|GV;-MZ=)uIsl zgvq#xZRy~E56nqd5w3M90Ae@xYW5hv!7uPL>(Pc#*c9RcwE_BT)^IK~9>#K9)euz1 z@A~KpmmU{Jcbtafm*Fp`mA0R`@wroEzN-tI{w}YQjUPHV3~%q=HM+e;udnjUBZ zi8Om5+G0SA?&JVdM?ZiwB8F{A+yphx@TmwYl0)7HF7;v)t((nqr)91fWa%>SfrJxD z6^p4p&5y>c8S4W7mfwJ?!08;9M(Ia6iTl4be_DR=D8&CE(YAt)9dtaVRm+C-y@tX{ zy4f=B{x%Q~szVW_o{4v#aw8^fFf%6lR4Sjy_TEu7qcsz25j{y#PZq&`CHRx zp*ctrSAXSHm>uP*9?O!rq z2AuPQIGD;H30Gfr3X4wii%#K1wl7>Jv%`b@IM9Kx69N1n=tG)Jov_}7V0-TXI^{+m z`@UeBvI!2{L+XyOwLEZ;i_i|CvKMgBOu6Vd7d2zG$FFTmpI67GgJ8CVe-Smk6|gCq zn|b=?lQSzE*l7BK68-(Q6vjy&nYr0d3ovx%-VHVBv4IZ!Qi?F`{;nwE`?ryhPGi(8 z&Lc*Lu9gaO4Wv|YL2!O5oC#I+LNaS_M>GRrN7h@cXZOqezI;y?E@gjgojbyZa&N|t zipEa(aijP~L0eB}JIu~e()$y?!>d4j*lH?{z7~6zh@zeOCvA(o3QI@7k3s)gzz5^%3XmmIL#@65GS+u1n%k z&QgVp{(-V_?32wb;p3WSEfx4DgUI36UwR-5booR4PyA0B7Uj zK+Nm^YLnpuQ&~dNzen4@?A?x3G{{aU?0PSWPVJVu*dZ26t%d-BLYe=q{#S0X6$Bog zZXRC38qjPiogb-`T@Zk%A4Fx9Bl$iq%0v72!sM?P(%G?a>5x#?+y7Mp?ouS=Xlv_| z*iq1x$~Bd;NCmHD@cprg7X+7z#y);3+)02iQfgN4rW94t@6dp>iA z^NE}B^*3D=gXEXB+tqUz8Be9`(d@e?u`oe1^CuRx=T z+P6yA!=@raM_15)E3=-%C#7ZudO8a{OhwK4F>XU*(@v!dKBS?L3h(KvIpeo^Sm?gb zdBxQCLDEo#UXems#QIHhq^%1*5zBb8(HV7D4LS%!xR=$!-A1|4wZ;n73ScsfwBFv@8YAF;)zl^ERpJ(O<+^w`73QB2p3t@UY1ZxVFA69|J<%rL5y$DZHBUj8Ut4Wv_7 zSl{r;A%o1%=8)VUKS%(_<0l`<^#_w7PqvH8CfHnATF!}o;q;Fl;h+Dvl;L!*FwTG! z%I7=hfD&%Nu@C*jxF=_Y;EIoy~r;$q9A;6q}33?l~}o`pk?)Xxrs-Hi8rgao$o;DgULfx4OUi{I4p+ zBXbgg3+BIPCaXXR!)vnp0Vds$&WS3bE8+`aZ zG4s{!H#%cb@F?%WWymBa_rG8N;~fxHL>i9&9|bchY-~Vc?p+r;EQ8`e1;-pj3 zKvEnY!BUVG-U`eXbH**v$5>gXB7|3%+yoq6e|#ittiLaN%k((pJUxb;z|nB~f{yi? zkM5I-9q`Zly7n3fcTl+(ZO?CwjroyMK0YXm+&+GKm~!$&sES?)CJUn*f%ibLoY}cg zPQ#C`=JKL72QP2T(UF171Mmy((Oq@tAL_H#!(s^bWvv z@Pa#_f5i0O$<1Cm)jC)z`VpbkuV-HEDvjFO-$&xvs(C{`P{@oW`x5c;5nB}*NuOpH z*P=kqq|^S#ytn1sUZHkU$zhbaj1GnS$LCYf4m=F^Yh)4m-rH58DYap^#S1^U zQA>qj1)h`^UmlsgROT$kRF|KL{r^Wvm{BZ? zQJv%>B%$Q1Z~@8*U!B?jHpQiLD8ln=;A|mDIGN!3harePQxqa_sp!HD@TGDEw6=g9 zLY$bu+*57EtBcFelatstYb8n(*$#gzd#AJ8Yy9!sQpuSX*Ne%aIJ~P3TS;WIYCW8s z+1>#aM?&$a>g3;BW^fs5TOOjVi(utuf1C9j3%nNyUE8tQvSFPWQc3fp5ZBIQFbte0 zJJWDKPUAATid0}OxoTqUdGjKy)v#J1?c*O93pX!r5j2Qj3f0Rg(*T-prw2f zxm}=$Jj6qS`xYT}i?bGzs2eZ#Vg|uaS?(t|VNsnaG<-A!?s{wdGd*u3l14#4Hg>WR z4P;FN;YTsAWGbwKP19A}etnOg|F65q6%2HpR%LjCPP* zZg~IY$`TL^m^o2ZNM;QQ?N58*)F1e&<7Et7jP>#(@@0kqbeJfkrckg_11T81F`uoe z0Q82a@Sr!liG;$>go{umtvu=j>_IswA|71rn|-It9x$+2l*@Q9mt7CGwM>hr@Fe14 zUvRxG9zNqC6o#a7aj$D2ZpepPOc6fQ^Rb*9_T(-S;i)%_(JVPk#F`)M>${iYg6&xU z*a~6viyP&O&yyo?2-=jQsM?C>e;|Cb9y0lL8p#L<{^jD~+YF77sPM+mG0NG58?6i$ zKs&i$WN&gdk#9s8mrA4bF_7F;pscW2ZQ&hKjG`R`lMFrf74Q|NRj0E zQ8f_10B?v>ZW`bJ;l+tyOps7z{Ohg&1JakqLB*4uF895lzYX@n;1Q9CvFc4ag$-HG zh#?is10z;yOy0Cv+ZT=B{XCP$#yqU*tgK}9{0e}BR?eE23&Z0}P~pdNEGSU7MKkgP zSHdr*3aqy}a}F5E0G=F5zf=D42UA49QyZ;OB zIQ^6(xUpn|?=t8Mowu5=XQWR@zV+h{I}6|z1Kkn5%A783y~rcA9@6T zA=kj_Lz=Tg%Y#h8a#e}f`TFa;=-a)kX8j*wt!-KYwV;MN) zHr@YA@VqTNCx-vyM(eR1ph1*{Uu&;}ovyDOQ*&mBY~KO=GNK&|YO==ZCcL*!!5?rpXDL8VcLo2P$Ny<-MrU|;!ygiNm~rtHA99QflfHpJdAN@p;(r{9x{p(U>e817J~`ponX0e| zsVMsgpviY5!?$4XbKmv734lD4zkk@ilYnv%yk;e#Od6l*Yw%G0s!auZ4A5kt&IyxQ zR?8xCxv;q1PEb#?F)@mQ&92(ncaOa_VAiD8vSmsW8s(qkVui+x_G~bfEkMg?R;}rY9mWIJBy8qx|0E5D%QYG7XLW zr|K3*icREk8b<1a%E-zLq;d{)hXc45PPjoDhig<)Wq#!&G`77yut^QJV&EAuRC5DX z$c<;~5dTXO+CdBkNK1&x@)y)dK6GIZ5FNrI_1WVQMWpMk^Jxt{M&^6nW{XK<0TMd3 z0Wo9%Ift8qLXVZ<7KiUlze{&Mh=v*P=W0h{PwG&u&GQlg_=mW4L?Q643}~p=tZRd| zLQYU>nGj8=*`zG+B&HGskBKInGClhg%nhsHKTf69we!949-mv!?guKl1z-j%I(OZ3 z&pCZFkw6M^sZS6>T03zzxaYm{+T8Qsp@U#K`IN^USiG}r_~19q{a@mn~*j7=nfggxewI+FBE7U|TH5H`GN zfa>_!QNpdhEofMXY(T+RmVZe$zYdHk&~erh=o5AZ=`lNMv~*xWZh({@UrtJmtTK&KAwv^)k}^Un3YHGR-k9i>f;8ch^} zJre`vscg`hJja5qS1`;Nm&({tX-+&c^yvE* z)SU!!7jvn4Mz(fQSIsz?P3}K3ul0rLJ{-vg{4}rQd8`ODnr2DPNn+oE?&%7>eS5Se4~(#?`8d9z9oMP$CQ zlAq&ukb@0=Y1oU%A@8=zFjYNK6Y_NZvHtezFm|-v{JEiL6bG{W?#xN3Gv0yBMpLT3 zpbDp8U>{bskAhB)ohE^8wR!Kr@^##3RmNgZ5pg85xvD6Pe4ui{tTqJGFb`ez?I0*H zNP`Pdd=L?aKQ?Ve4w}f#H+kw{7==(r z8~{r{OX!M_6*U>HbcS%XG->OY>L?0@B~QudRX>PXdr=F=@Q7$E(D1q{mcmZcz_Ub? zI30aNphqzEd;i6?1J7SBd{^Bv?T=enN{U-Y8+ghd{Ft}dqZ^QZH()+2Ru?YFtb4^x zT$x^kk|j?lj6u=FRec4&bxx*9O~5sTRha&8we<6$$dfRhLw$?czn@So8k6{=!-nn+ zI@UOJaMA?M&Xpdpn}4Rk^KnJODH%YiHyzz~7Eh$SQbkOk$~{QDY{LbJNRurP_h9qVgrB7&$_a3R$-_60-Sf~VK4`<0bq0DvO%CQ?RiDH8LzU;H zBj!@|@o?cDGea(Aw2B9%a$7*`5Y$KiX>T7FGJ9n6^pgy`v-h-6!>t_u-yH+?o`^YC z34#Lmc0QOM;ajQ;wjyxE;Sd#+&hu}IIEYtx=5Bs<-^TqQHSmdZ9XHyZC()le;?n6v zkK#rQ8^0jhQDH@)Vf)fi;~iVizhoR$ z0%;K_{hAxV+8AEq3-yJiLkpwRJa9BmEqS(&Lmw&ZCWjvK!T=dPNKQ}3|70_s!{?mu z-vy@0CJGY#xMFm(niMLaVOQsYxW0w%^>8NDJHilr46fi88l-C%%1-Hkqwo?wM4aBM zTVM4rWsTEQn6xCgbbbl7u8GZ-AW#jNc2sL$8BD} z*9c!aMm=G{Ueeoc;;N98`jKC|@DJiNhc^B$QUPwT6__bQ4Li;P>mZM1(@w8tD5kEs zT!jU%ZXaA7%|^V!$3riFsP4}uSTjn&ZFv-Z!z$n7#L27=EdT(4n%j03u@RQ1jEqsGmF$X~xCOn|`<%SPFeTT!Q}bW-14B~q%N>9CzMP-E zWM*^aA4kvl`q>w_=ZbEBk+}&to1B4vQD(w2@m?z-+e+mxH*xeRC&D7S%<}V0t(sQI zMvuT9W9Rub6>C7Y-^C*%IEr}&@d!{?0Tv-G7$U4BfH(~ObXFQTFZcH8B&J4v>aVXPXf1hER4HH}tpPYsAZ4x!M%nhI}< zJtPhldp}U2UcR>p?wMA9qLI%@ICEqhfx)>zZRfS;04(3m=vw2L;$_ATs`Bh`1X379 zK4YUD^@jfR9@pr1SO0k)_W~d0BDQ~l*8j7PdFCGTBD&W>_&>m2q_7G+eBIu|am}*; zgyth9wPFS^hU1Ns@<49S*MLpf07l-?WPG==O$xTgj%&<03sI;|>@-!t11?xx4SP12 z_kHdC$!T2qWeQyC{-bgt1$x~wbPmv>yQuV4YUR3s+=K^8DJgdz!>OS^2|@YKBEbtr z1Z?XJe3aaOZH>jYK`b#_)#qK!hV5xr3- za+99{0@wPbCY@m2VKf))7g&MX7V9JL^Iri1v)3XoR}1_OI$Gy=hZ`J53cy`SZL5d- z6U2OQFYTxtXdwP4qcRiT$(!jJ{aN@G2x|rTB{Ae+;n3|0YPJ%+@k(AW6`7sUmz$2c zx`zkozXg-kwP5)5oEsz^!{^70Tii1ZRMf)&4-TYJ6YodwK6ru9qC$f*6}*E9EP-5Hk|$ zg~{iQ0UtTVj|F&J0`{>xEwHB-VBz)V%+{yeXdS7vF*2oIH?wuZ@e4Q2`Dj15F9e{7 z=)raOeq3ZzN3<=KhyPchW0W~@U=26Ar}BhCxSy5YhL=3?OnatWh}5B&JZD?4VKxR1 zP7acAS4NLAqF;m^*|l?Dj;{hTd2qV>aXVi|-g+ScwFR^e6;szYViB=CQmjDf+ z&O03_qE28@J|mql|8|B!fm#{FRV-n=+@Zr&p(GkO5o7i zHaIDTNrX$)o@cR)~xO7`I8?%2lBKTUp3epswah=MJ=NFcg3Oy5+$!I6E18z7dSi=i+Q0@+X=mvE#RkjkjBd#*KR-l zX|{YX^?(T%8n`tgj*q~bpQT`&gv7LB`y0rKc0W}Iv~6B_y!~)0YbUXjx2=B}Dlo>D znTS`jm=4fg{5X+F4*cqKAcbA}Wn(mao(410eBZVGz|iQ5QDt~a#FCTj^q^1>q~mj; z6h^@ms1-Kw$YCRCh1|Vp`OX~NIcANa`y@d^x?wgNG)X3d z12@Q?zaC+OmHMoNH0?X{ci3P!zs!}naU6uYy&xVE*++-RJyp$AuOz?fsGY^?Dn_wo z&X;%cC4!V!pHQe%>kSIhu^J(?p9k6cr=Lo1;DW>BA|n_^)Ls4K8z{sU0|$FQz`De= zo+A!DCqDv{>wPH7PFpY-Egv0)4KzU?`ip!u>M;1e7iB#gw)nluJYJg@E}5##!-LK+ zL^3a|W=m|qy^j!602`LdlAd<`L-NS{25yE-9JepFV)P+&>h{Fg^6u+&36S->sR22R z+`2&_5@|w`rmkO~zmzwrWryGK{ZY^YIDPAt0z#`dx1ZD4(3i1#CSC@>cPna!GO)kO zp9?^OWP}8)e76*vedGqOzH^2zoHn5bL?PsKV{!gO1ry zdBou#q^KRAMOk;{BIes5lguuqJBpwzLXaDhPU0d&M$cu|)}zbC#}i=XY8dI-!$rW+ zW=P|%e_GNe@v`%_t;)lZL|KVS;BWI3#l}NDb;9^JoDzgoLr-rwPvBQo*5bkpy@NrP zk-z{ULzR_b`pG%Bq|@)5!Ow$`O9M9*F%ootUY%QOC$kAQ1|W)@<%0llD1_8~C_uiM zWy~rkTX1x(%TKHLbp#Z0>SYKDqhpAR5&d>bOB6TYkrOmQ&U0hVq~Y2_sH+I zq!#Y-EC*FAMnw+Y9~esp+5^I8ni#f6VFZNK%S*|1&3&BnD%8my*Uj1=ZeDyVM;we% zKpYsaFO$9v#Pm7z>5Eq`?i7$%ND9j8i5f{{YuJ4RF?3$cd)@NJB#bFck|r4C42Lm= zC8Z*T7W{7J_e`f%@C|o7u7uAg8{;_$IkGFmw_YjX{DYDojQ_n3#1N5C2=3j0-y!4w z0Eo>D$bX+nY5PZ$EpC$leF{E{)E8!s*x>%0*ntaW4E7Hyg<#pGThhT0IW@eS+Jp0n z5WXVd%ZvYT5>Bk<4;!x}hI3K@IQ1Ll*y+n9lSj!Kr(Z2Ic(UY2eN$XV)`jx3YVa~s z8TSeY`kNlzmtz+vjToktuBd@THyr72j(10AL9_R_83i2-Rk8u0rh;EK{A}xQ+Qx(` zZCwKUwZ1Vka61q=*0;(6?3qf1=U5@C!BxDj$PjGVrE4uzpn?pg+wG~<7UIBX5egGV z1JP{2z*cKF4Lb@Nu~GW)NSSfsPvG>=Smqbl1Vn=G-}YvlswfY^pnR5+rUCaa;p&EU1PO%GnPa;xy0%% zx8puDHVL%k!WmA{lj|z>f*DTKYy5Zo(DuJz4BPZ07tz?^*#iY2Zwlw2w9C~>J@oX! zvqkxEod1Y0$rsHJuAi)${yE@p?eBuDS{pc78#1{Sb~12@9rYFj^#cFvtrEm;miuV4 zs->>x?2{k$I7A#_aZZ?6vkvTUD*3l>dI+Jh8t^Uyw;V_faw}V>*1ve6SPNvvS%(V^ zRg5~a_nVSv>TwqN?R9~ocT~lYMC;o?OZ>_}xG*#McmSO6y&r7@(o1&&yHwzPv*IamE^R#=)HJ( z5)Z-f4~=!-j?2N?$Jf4oM(TG5c?UOp_HfI+0so<0RdyhZs;mcBd$G3^xasgg(ue^X zf8+0Q8{_)wM;#D!n0lxq5l{O-qA;`It8GOQ7aaSJDr}CR(8V!Sk&S_awO^40gtlQw zfSC?_F`4W6$6%zJqkqh1T7o{+98O^ok z#}^MID)YR76V5SG)Hw{Zs=Xh#s zsQzOJ09pOMNCl}#QV1yzfgkZh(xni_2dPm#Y`wrd>wWmsaMvRtcJ%A9w-hWk7)r&? zt?(7v?#AUZ$^Oq6YJPDT_-kBSNtgB6ysGbPDC)tm_F?cO!;_=(LTZSEE(J&bx=lt8 zhfAZr{oWEXxUR7wle_+FO4UDr*?_P}>uLB{c@OqL&Q}7_Uv04uMmxoq4Q4=8-!ROL z#MhvP$BtLc-V1^Jw6-L)j=P4Ov2=N|uC?m(FOn8=F0hf?+GyH>aX}WQ#j4G+n;l?u zIyy|RLWZ`;k8^YxqHnLf4=gOPY8en0OE^G5*Q{jrzmXxvxzH87)77AY7YT%MIYOw5 z2zTMRGPkcJ?&6j}F%~9d;9KwD0y~N(sm1jDLw0-W#@$xn*CgWBx+vh1WA2Y%W{w1# zS%tN%1d0wwhBm{C@apE3_=^bI$RWtmTU@OB{ry8eVbKxwf99v~py9%$g(1LHpZ4xl z)7Oy);luD=C?7uNNp$fa1#6q4`YdiONd^&*Pr$_76n59`BbnN`Z6?cZI%ln!rU5&} zZ%qe8fP6;j8{8gz#flp+a4S7bw*`wjG)d8IB!8hTsHX#p2NjmtE#pQ}|7k&VgS`@$ zlc}uprVhev8SYAe91Zug&K3cXhI6e>^Lh!zm|{9es46t*;n2wgha|S8JG>iiYg>X` zUixPG(xXbIPY zaGzjz>HQb&c;>q|zxeBX!c1eKwan{O3cR9nwxYlg9zY_V@78FKJzR1<6uVB+)!!xT z{P)0j_oj~ebJ%!8EUxgW>$*(lr(ApY75vGFEiqB@zERqTG5nB~a*1Lpd(>c0 z`yfT+MEbK7MGpEb8#4KA|C}H19Z)ZS)n>Ml12nkvXv^aOb`&>L!cLPA5tD#n)l}IE zqqpCGw7p7zAQ}1k3mi1+F)*-ua+!#Yw42 zvcUiChtL(l)OfE%%MSU*IT{7#4lc?IpfKdq+~2w9{l^%a;6wv&Tj7lAnWm28Ak!sS zCNJVyVAH9$Ljzl>TbiH9Rt_DSnStY1p86OH4Ql7VjD9V8UWfnuQ?3r#EQu4ei}XGvWVp1px<`V^+-4yfJm z`SDYWw8G{-J0BLpZ^4BYbbB5OmUYHlwC~ty7CSFu%ba`SGe@0Z&m|{9eS3s3Vytb2 zV0_EoS~)}W^fhWRUeVtv(<41IgA{dI2o=JO{Dv)Eu4!O<$6ADGR<>|-N8*|0;f;WE zF0ba`n5jsXz%y4@pZYHn1b(A7?>0 zTqlZlaz}7o4&iBEyJ2lRP|L-?G)kRaB5)i9o6ZmHu~93VK}M6Z_$!FkvX}im=W%Vr z=@=bQa)a(u;0~}4SH-&zWT})bz{J5Z>ma!4@d&=Jx?E`+GJu`9uNXy-`Q|%O2cv#O zL(r@Yh;hvm-1*sqz5*7<&il1$v6O!p-5#R_?jl1 z@eu+Cg*yU>YW3IbhzRViX3l-Kaj*lCzzte?9XKzDe6F}M66==^HiD!<=cvqsiC9g!Dc-+#W)Ly7;J2jE1IV;KcSVMi)D->*&z-ISWTuJV_=ql_1T3$_)L zyxwSwAeBu$K($@RppgoL__NDdgGMLBQN!?1IMx_+>Lr^YMAZ*JxTEmT_9;OrAbHbLU+SF~X? zeL5DlP(Mid5FC73_Y@(%5@hbBh=;vLOKT7JyDyKX#~dE!P26}s`>`=)ZAeGbfv^p@ zLWN$K_wfIkzk+l4ViXZ?I)0*|WH!ugaLOnv#B+9`rClb3G_cp~x-E=|b8z8tHP`H? z?&;6O%v(aIGX&~z>1yeK4y!u=Jpo&xZzTKg-V~vT*q(*((uD^@fT*AHG}5_IhHUdH z3iizH&Roq|>bTh3HU1vsD~JPXK}RKy{}e!e*j<9Y75A$EN4S5F}NM{O=QKqYma?6hs&knV<03w%^cI-37uxF1rjh= za|~LuPVF|mt~pDw?%Nk|*%??R^PY7Lcen;p)9f#%p(o_pWHaA4J zjd}eF?g2RB3nzZ7F}T5*YtgU-ray2a04e>vHC-CGN0oME!}T7`S!TrUIc)~|kCMfLBOQ7^R#v&2 z#^yu|`|%NeP)_sQ=;xiaVf_ve>JaYmj@=4GC3(}2{e)_V@J*Tip`=hdyGwEX7kn9OWlqt-xy z5og!$&TI_5e&{+MiCEn)-rrhmwh)@6+mDwHqDGBEP3OUWyJ6`{a3nb}{bM0-Q?gbwyA?)6AdVHGaVDU|Q zDFzhF%P?V=%e^6u#;%ZASKt-BA0D$ZS%;#_Ec z!GF=%H%yx&{X)S^1wJgFWY_Y;A>4R}j@<8e^qfrcRhcD?sx%#GEm%tC1Zcraf$q}R zJZs1v2#Y1J)p@!bT(9sJhsu&#_xKs+Pd}+JcZq~EqX1$!b=<%W14S|#dsjRDO}|pE zA*iz49|)`w31*td6An)LcC22*&CCpGIe;4NhuhN98-+V2r^vNKM3Do&lgb-hf5YE7 zgx&m8l<4zwAS2lcG_IE1vb^xw;>{w z6va*-6_&BfPrhxR5R24iM&`x|V?+ImT1HTYls*Zc(nS;ryR(za(d4%d=sE~f)7O@F zLH|2d!(77Qu23~|sF4A72uM*6_ANDZ=ofz>#BKN@AhfM`g=zNg+s+gmvz0hmap{dO z0L99o6VWakZdTT=hh~6)=q0+qyU%znip7rTvC-V(N6!MYpozi_XtD2r@Yg8TaDRof ztbTgX5X{?HH3ty#%A1gvI)NUmdsVD$NCg{!Cu?-crTPI;aTh5IWn;8CMq*YzOvS|s%*%>!#C88%}*9Mdyw z7@b=mHE{yjb^lOL$NQ@9eJhb)!ReB0|1zE~ zc_6MPyP&fPKDHG7csqgArZIH`{su!){lwQwF`>CK2 zzjy#nCJ1jPa$8|WzU{nQo~Al{HRYyWbjLULC*&l*j!BlkZ3fdq1NX#4SX6L3YB73K zNt2inXSYm}lU9jq?Elc)8rwex6r0HjDr@aAVEPv8x1p>Ue`ksCl)2lrmIH~!G}_@W z$->a5w@}qcA`PlaI#5+m*{PxzaE89T&J}nBtOo6bT$uT+w&^%Ql)F_Ds*2%7DnfCa zfONb+%Kq`x3SzNV3K$BsA=cuTbt@oyS!Iz=;8`cUC}>Mb=mm|PXwnCsbq`N#!`gmz z@WPORdrt3chy(~nsPC>!y;QxQoYqpQ*wwgg{;%0#v&Ah6;W-z{qrK-(B6W2_OJ61e7MSIDisi8dkd)x-|>kTEhXyFfT~~x95RP&Ob5FHbN=d1go>Y zsUOQzr^32!j0@5v>p-9~*^VorJ0-2c->*URxGw^75j9#Bi!DrZP?|EljmkjUJZCUxC;)7b7bZAGF|NF~KY>QBE`*}N#G<6Sw(P@C zY}*F~|5Zw#jSYQQEf;vX^TNF@_m}Qix*MLHg6$*YzcBS+YGx+?6`wFln*P3hFF=Tp z602gZ*)Aba0`rp z1HjS#+$SvmYRd9u=in**a38z*`>>Mu@Vay8tB(HdA&}}$02pGH|M)AnFftbj^q*#m z$4b~4B~7{4YySz%-4zX8-323ipmj#btLfeBpM{s7W?J6#C(r=}lOb-`?Bsk9V&Ae+ zUVl~H(2IDb)6(}%-P8cWCSb35b7`jdU5G6-AJcf^tZJJ7*%NnlV_vh^dg1ju$%^m@ zC7E40Se?CAgK$0{vih^WL>S-{04U))09;;R31ic<_cLQ7igVg-vpQ+zp+k+z`uGpXeTqE}jQr&2Ch_RDvD2x>O5Z1JW;!*(;twdbT9}TU_EG{d239_# zx2EhoW$TvJ*=rv5Q&O^?53XL|{_gO*xJa+b!{HWSAD9{({2YM@W~v?7VAjN4@Z+cI zW)Jl(e{%sE`TnoB>?f#chY%r=dk_Bj!@ z$DaNDry0Oq*6RD{y63vX=Z!07f>*?7PP`ud`doI-YI?R*_Q4YS(ag5DT{idfV9$uQ zgX}gcIr!+Mv0gyFSy4z+Z)9Hf()cv|_}}Kx(~ydLkEv%IM_W|yn(C@IHHElNoir6H z2XLtyf+$KiSOj~CNBxvN{q-U()|5hV$28)|02Rfv*>Egwt+yaw=lpPj2b2 znVtp+A@RkxvPV4HQY6_wrCJCg1S^`s8L0s7NKWoiZa=YgykR~0mcq;Zg=6avk0_5d zX;y(&1~NVIERhEgnyKgK42$Ln4{%%&d(a)g4L53a$(_>l8OL^bR}t#m;rR?dR=-7G z@AKPL5b7nb9D#Fgg}bS&a~~?85LZ4hhXtu~9|9A+#y zm%$Gt{Jr1O&q{cgiMVbJpHIOoS6FZjs8L(S(|usFuHkyJ7R)+v;C;IPOB;cK_gaV~_G!0F>r zP}3kjOM^?~qW**cTn26-prulQ()aVQB|CTGDn$TK9!g#I`Qm(FJCLtk2DltD1)3)- z;18OQ8Be#?sDO-ol?X70m0*Pqx<$J+%#McDSE9GoIw1ZNpxV&Q6!LQqd+)lOsXJQ& zSw35aDnj0ry}F||W0WDCsWg-sQuhh)M|~?Sc9+ubqxS@AzG2ePlTqZp0|+eAAAxR72^mSx)Od5 zlm_pMQ*UhHZk6PNpF~~GhxpvW!im6AL?kz!jlKkYLakBcjK_Cd)!SPtCwABjU3Bs4 zI`v0O=e6D-m_cYgfHSGNE`G<>W>roA};_;OhPBGz!KAIr+sTEF2+x^B_({E!!A_~udW&??N6TCoMk=#^YBHW z!ZcteOXQMls>PgB0Ne-1I>ydOJgNJbpHS^%m^IhCGj8FnUl8oRkf-$NBF>A9`HTP> zdOd$bZ+trWm)H7+=2WYAukP>S!(LF|P7o(VyA0W|HJLwOjP^K;)%J& z_8PsdyoG-spXxBP7y5e$5EE9dlk*ZmMDwgpFBfKpRQ~d4>Q2qSU-jYsjN_@pza9K1 zgLI`AT3c?nYO}6uGoe!uL*q!4)XldArKb6dRx5nW7*gfw_7_03Dh>$GEcXKIt+#ZK zB)et?)^$!l-*D;YqOtUwG6Y`ySWgU9d&h}nke(BBp={Ks`Ik9VK{FDj5om>ohtu?E70!vMiv zT~smdA>F-`y>xu;+jkk}$ML4!*zBnZRSk+<1LD8+e(L(3zt3MydxS`~b6ahxOE(=q z9P|2neaFUZ7#_yT%)vC65|q;v#kTi*a9LGhNcC1CJ`98pFk(PrtgpTH=N$So=y*FQ zMD8!OxBg5$o$S@dDp~r{ngYtt>W>S zz+b>bK{Q~dh&aLdj0&r`co&I{k%=)`BLT}gKuFtvbSb zbvIyTT~AfDyf9wmnK~8ip%Z(mc%gtJf8q2I$@7k>t-7EY%OG?dE~0~I0MYAr8?Sg! zJrzAASQ;VVQTMF#Up>mpYecG`^*cXnkJNY#oZ&ht)v_A22Y^wGZ@j+9fjBhDC4Lg2ism3?geX~b{G|_`lb8Z{jjuom-TC_tou4uTM*F>jr*EJ!3>q1 zkO)0y;@Q#pB#&!N2yeD>_Omi2`-}O`T@scQf)^?ad~>hTch&Kupk7-<{+Y^*uAQL1 z*rpxh;b6r@iI*^%8S%7XBk!|)>!tl&gBL`vzj^AO%5yonos;jA#V`KSx^v>z1&95% z1F@|TltBSn6^uIq&~BIvZfWZIn|t-Zw6m*+{$>5xIqB(<-{U{VJM`Ll5cLW$FT?d6 zX*-G=Il<`FU6xq+D@#4}YyI8DoO8U{?Rl-9(?x$jdEWZPj`)EbWEewtiPcA6Z?~8i zGmC9^_ndh!p*o`#wNlqJEql;gXa6Es`=UAUqlMM-&By85v9F83bQk%@U$?L|BFS(X<|8Gf*OD>0e8x;||^ z$RI8-8IZg?-}i-1mlU9sr~W8vC#FBQ+c8<+TWJ1CJh&i^>Gp) z9K{MFB^9qUQ6Ky0fGltRUl+y2AT%FV`5+V}BRx9;)Ph`ePE0B-bB0)-midN-2gyXZo z^ZLs1>pL&=)5NB=fOu%2>VvrDY)L>$Sg-r&4e(=4hEeFc1~R=i0xgbMh0V$1No((9_HIguc=AOAV=#D}AxpwJYfOer$4 zQf_J~clzwZ}?bh+7*gqBJzLf#y@mn?h zcdUn@QqsKlVJ$;x?L80beQcF+3&7TB?))I;$p|?Nmbv`5H++sCoF`gNaYyI1?mHFZ z=PlWyhQ(22eY61tP2}h@zfCV`_SaKMQv7r||8g^|Jm+Kq)T>pWk9{3Lt{l!)p>5g; zdW`Sage`U;$xcgCZ;uF|;Z;xrL@yF~*Pgnodg;#qrb3h#BFaIPwX_Wcycu7=B3L|> zcFa>S>W!)Zw%Z^x6=A5TDC*_R%47R#EelRgF*9CSZL%9^@@-FR_k$B)ZRxOCZwV4}a?pzHRjU$T>VsV* zqV|Zumyxvgw&V+|f5J$y&MkBE@FHG58L&ecG==T?e)0v>rI$xTRN%dSyzCtX+qJn$ zO9hip&lSR)ElVm>QxCoAC#HAaf5`-8@M6Hv)hOmX+(Q8B$1<+x)v`Crltb!#1N-0l z0cy`Wxy)wQnl?@--IOW2y`zKs)sXIMy_X?5rG}_QYdIS>x=}6bD90zQPlHX&ymi2| zbIWM-r1nAma%WdznI&9wAx-}n1|-|ZKk``qU)=bn4+x#yl`+Go5QW{hfP-l{N`F0myi zm_$o%vLxAT0l9Sz4YqP>$-_P?@b8^nr?mowt_LBZ@b+>KFF3yK*se_72(Apj+Dq}_ zc+FHrzK6jYi%fPbz8vb5@`OVK78}vV3`qM$`##_0WB*u>*2BBnWj_dJpELvc9!WsqwTT~>0VkD z1s=YDUZye&EbIzSTt$kDOH3D)wiGI|eCiVaP5jjCQU?xAfdvI7sx%>WWG0iGMuEGL68Y+L2B_Ec72JRN zf}$JlM_j2{!q}9|dCR_OUHgtKQ0ZDxZR=2dwutT`G~OHW`qJPIB-Ir_!iNEhgM<#t z&N9fWU>aBtFU32h6@{8gJ?9^B(OliEicV@Vh2?bGxkm`K=F>$m*<_F@O{FE04WNbso(5 zDkjh0&t}ePI%JSvS;R8H^+s;~Q~Qsj4&in=Ddp^M$)!~tUi)TDim~HQctp`B=Hh`(e27`tP#NeZPM@wa?tun%AqjQE)vl*rm9q z#eQ@me`1&alslT;-dNOLB#3Rx$+~hP(HE^F1tShF$Ldy1N9kQTT}A2|GA^~3bm$Dd zb=ETZQ=)Sl$!tcoaSi)b-HZSV1(vF5^zGZTgZ|PBTHRwuZUIAoef03IP{AnkEr(c( zi%!hE>Ef)w^qBTFDEGp}Vx7_`uIQ*SJ@8ctPApWGKi%Yi!?sEjOi=xqaXai1SJ+K$ zv)-{-Ykqin2VXz)!c*S^uP-qeyn{IqrFut2PU{RmK>@)^BTpwsK;Qgz`Zw^hNc&tD z@pq)&PL@O&BS1DNd4wU=(-!o`(^-yEHm+Cg)=r{q1+pczD*V~z!-%}3JMPJ;^}7t^ zN-y6Hn3*^nTz-1+j?o?KR);w-i60Xo3>CLHHNC%K@E01npYMJk(taUE+q$^N=i+sH z_IK6ZhxO%irTahq46v9AgVI5$dNL#TIbX;Q*v4BuPKS? zUsEz)zDzhCYgB6GqqJ2NRTT=Nr$8=>O1HIKkE%cURdQiUErbg>hB5#9I)BMl>f|iT zbTKovykq75xxhl#n4%5neCmWDOB}_)s_ETgKbT-UqC2aX-4?p}6e1t%|GL3&OqH9V&0QkjHzi%v(p7yISEZvz?wQg52O6&F<#cyr>#s z`&mo#2O2A4YU1VUyQBy5g$Gu>dpudVNxE375@917>Sk=>@NeF&R{xdrKkF|A=!9k~ z(_s}JxBJ!CCWI_D!u3e*>d}HAwpnvc`pO62Kwd*DFbglLHuSnNu`V`V?Jv}+$1+Bp ze85xKnw?9?{|fPc!Hw3-QT>)U+kq*;;hlQ_Ik*HiTe0KCeNCg#m|5g%5>f&-q0wIP zO5HBA6Cj3)iMi31&o{WGvBRaOBbT>kqWD!=vP6QD71(}(RV*1CgB&+dxbkt=h58e} zTDRH2b)RfRSj7sudP;Ow=X%;#p;+{CszM+AoY3B6sxUu815iT z)*2RE$&Awf?D6g8lxoZUOSx&)UlfOS>hgM*4xwt6=`wU~GZ?*;F0~LTtY0#qFy&`1 z-g8E|p?7}fP`VMKrte@4pROD8*QYavSJHL5Tn3ms^r~DQT+(jwUB?BC0f`GOU#G~m zRs8NAg>(S@40 zK}CJ>Sj8NPqA4k`9_XK$|EX0x;aSSpA6IeZ&f%lg1u#5(OVm4lvPUxiLXBrdnP_Zo zV|~$>7cfc%bv30)FPhi9F;cq;lpnp@j}33GJocY7$b%hL$Kl0ju*o*olxAJybaHq$ z-u%Jj8dlz=Gk?W^@{VHUd4~)4*RAuFI@#uoNOt~B=!!RV6 z+_YUxGWPI{ZqM(TobEf>mu zV(L}jJ{w+TFd%_^Dqi}Q^}f&fP@L>KlPhWRY0cb5q$$IN!?05$lTK!s>%Rz@bGNmu znph=c9_%|Y9?wNdyD`?+Qsn6r&^YU>vCiR*ag5zOIFz>07`6BjAV5TujZ|?ful94g zmW_F=JM4Vb_YBS6{;|GKqxam!GX&=TT@VE!5^UQ-pcIf~N*TO!Ry^QU?g9CQR5GgW^jV5d$s%%~uE=F|_QgkGa-jZQ7j9U8XSArFtA~}3SHs_! z!HEe^&*{&aF;b2!iK$q0PUf>Yr5L4Xd!?ERC9o|}y<>*y+F}qkEce)Rj zc8uyvqb0@Oi{C$g7$&7&Z%zmQ(YYQ=dC*^?h$>rR7|E$#NwF~ZMEq?6APpsX;zXotCiJ(IfR@G+uE~7te_}lh@6eE*@1Q!vqa)p-D zK*`^80au=eNhTzjFF9^hZ)eS%+%9!9WQ|lMiECfjcSIr=0;2MtF8r_ri+m$HBDvMO7IL%+wx87WV-h~-Jmc5Wn_ zQ<3lCptBLq8P}@i<}VI=<$Sqss$nsi9(ZSZ#-VH}+FK_>GwWBa9KGg!9aR1!Tu4~< zqq3CSar$#{^FHTp<<;of^R(_~s`7cPAF6K$Vr3r<$H7$<;$8t}uR^=*URq|oFl)Ho z6>=Gr*bEb{WTT6d@8@(QWO=2;J|?pjY$T$CrzpZE$?>D@=E{KN4Y z{d9F7^tD@xgmlQb)-BuA7MNTO;SG783Q3(xEI|70Ac+utXu;KRH70(s?hfs5!>cGi zQZ@2C6bGQ=G;++j%vHThodvY#0tI{$c!Ymb{Tj*Is*_|V!@Z?)bd|)X;+%pUP4rx4 zvxX9c4uI3Xg^)5$+kM5Q?Mqc6Rrn$fpR*8X%G2TNJ=Z1##;7NVhO5unh)9V>t%{UH zzF!=V-(XI89Ly+PMvWvSh2{Q+3xCHdf*8txh>i;@Q-533GHWQ9zA^$t0azOLSJ9W$|m@~w(#<5O&L zvN{P3uI(~iSFi8SdNQu{>9-byO@wXnBl2)APzK_ibzmlw(l50%n$8%#JQK7YRBa}L zB9^ieecH{ml?Oqg(C0c_&~1MvmArxBZ^h3Pm@5vH{&7&}lFPc{3N6PX1s7fUGB5;e zmux-5Ph9tsvyLRSh!#|NXgSUJ)>OBgz9vGwo=Z23-B(*NQij|=|^`jYeYB{mE?G943 zB#XJp%|I|>4OD5#?W=5G3B9`gN+oJr)=V+|R&Si*Vu#OCs!adrF6r{h74_TtxoCkI z(k6!^I}QiApw49Y^4=TSkOfo*UXj|1{1OX2>%Pxgu-qw&*X>?0caqmdzCz^npy3;T z`g5hpg)2el&%U!vky=a9|Lz;8U5>IH26b$Y2)ebmjH;DnJs9;ltiJ@gg@b5BLGi=e zYO;l&O(V%Ve zFA}$gt>+{LM_A%QV@X{S^ZTo_v8 zy>;hihW2U)EVehh>4dy2STkm#U|r*6?LX-MT{jY3!zHp5&~N{p<;w39xzKG`(--zBt5;*;b938 z?D>mYvSXjqwR%>M^ItvZk|{0@n+J=m4;w}ekdy1AtRV)DryzN4_jJ3vBzg)vmZks4 z4crX_YF*X6UT;ME_v(FjV6^j(r!>t34#q9-V8xNhOU`~(Q$mTW>638%h$UPfcI|qn zw!D-+yY}AThrbP@O3_xj2s)F^7=gQ_{U^KQ#0L-vU5^|FG4Ui{GT)QIh{<_>pSZCnGQTsN5mir z$M4mtlwDQe8`yBKusrnDq~#XY4=3kAEvp1nyFnysZig}LR%G20Kif<$v=8(#lS3?n zio(}qtU9cCwd(3~TUY(VQ}i8-x*OG|Xk@FdO!Zib=f;ND8O&3DQl1Lj=orX`6u6tp zs`}nO;M;d8V_s^LZw6V*%DUE2Rf=#4M%?obZIM*dcES}?vE^S1i%Ym2)B1E}FuK9l`>K6?_bBw&95 zrhr_dwrWVbH8H0ya*v8qbSYX3V4)2eej(D3zQ znbgCb^Ta^Z44{-)@j!Oc*ln!eDDij8lfGAZA<0UHZ^uGC;g}xX`U%`L(Uy`>=82Ka znpwWiTN$B~Epztwoz`h8b7P+_dam5)670RLr|(*PT8mmd^A0?T%lr5mT1XQ6ndz8C zIBiQ0=N;*#d`4nWpuk<%DMefSbN9>rSbzx^1|aVVKD4Bx-|i#Z0es=7f66XX65)P3 zmd*(h0^yTUe2CebDCCX3#?)x2Y_w!UYc82box zzj;eR$7)8`=Z~vVb&l7uuwkRv(@*qkz9eU)cEB)Uptf8nUHjw_?=S06p1ejQv+=dI zz5|3s#xJqPk+b%h=+#_>M%*wXkdq;XF0Fv;jP;Z;;d8`j5Z3>FXDDE!RIn2lfi(b9 zffBVFoVQ4NJsjl?&{)n#P6jruzW;c=PHb}4D^7Wu9S@j>3)n0z*nu;m?=6W$oxsO^ zXq0LfXB>S!zGc46U8Q|sm{S~^0#Qqn*0yQA?FcT4*s!Q~vWW9$1n&5LHb_Z#9C*x! zGTmWQhJ*vt-&Zr1+jw0^Er?SNYg;#|I@$R=)s}hdq5vMKl)X7<%ZXyox7U|CJ%aMwA^Otir2_)34LbVbhwb1mJzraNRs1GQEC;p zk*<-&WkGKmJc*mFsbYGh5fBGn_z+O)s{NzSM3@h=ZeQNFg;Va79NfKHsOv3lUBSr! z|EtuaDe939Wh*$o`5;8fy8R@qo7JLzR=}pH)+VL{MDI9BgD{|Vf4N^ks4PXBlLg*` zKsay2O`s*rG~D3K%JLBJYX537{Bi*N++pU1M8HWUMRM`}76RvWj%I^_sTSz@K~ggW zm72zBO|Z|B2xr1=6v{6I75T&s5Qg5M()P*IYka`_;}i{mvUu#ij8;2OxP@}u&d*B$ zLi6LZfQS!pB1DpvgI-LW;?|{4J<6F;9^vF-&$JD%8cqfMm-DN@m?cQGOw)CACg?-; zai@j^=3K1~d38LeJmoALoFf`&ku|Gw(>zn}k!F`iHb;Jgmo6T6MNsx0P=LB{8cZ7c zi`0_LA6XOiy_N+vWwou~o3GUK+1NHHY@{kr^iaZBV)@g0tL;= z&qqa$uELKXod#9CzQ=;ZEH@-$)TMzkKy7c>a!Myrd$jR0t^c&SunJq8(Z`US-EeUT zFflLO5cKp#_ZKr#C$8ZfT+dinb$@Cnz(M{DYe+nVu$-GxM7hFbs2eSVFLmIuw4 zNc1Sho>42r#VL&p$0YRuDk8&ij52$~0JX^1!VcPS(`VG!0&J87K{08~=3z5K0CTa+8;+7#po|ku zVE?@T%vE5Kf!`gGy5@~DZR&3Up@F@a&=AHs5cy|4=Qm3ET70%0gx(OGgOd}t&viX| z%!@Sl{V74{i$i3X_J5B2LrmK518iZkPsx-6>C98`@Q@}5@{S$R{65Dt`9MI2UH9H$ z_a@d$EhqfM>eQSgz-Ib+;L#G)xf^6(x!tnuHqxBxFM;+%QtwizVg(ImSi-!1VrTvy zqzQ7@KZ#Ek{!l4)TaCOi3d9{=X40JSf{S($)Hl|)5$@d~8`smao&%qmaVuA2WgZIP zEoJh0Na-70D1aM_xAYAA232A?za9VReRBv-h04d-pzfZ;bs;Ie0dkeDIfLEcF?u)y8 zBl7h9Pz4dn1y(wktu&$1XTBvu9W|o>C(5U|0Zy%RZ9_|bRNedNvm0um`1T~R9~yCC zrhzh#jHj*^nZhcS2{ ziGYB1R$dtCROMh`-i>2%VPZ*fkE0Ur2^TarQkSYkvX35sIikqb%8)n)EjyO~19kk^ zbAhHD8=sV<&sYp3VWV!E=8>gnQA}tjwlYFesnvX(z~F`d-n@DXGvs7zwT_SHNu8TX zAQ8bTJh)%STa7!oDdy1hXxx@RO+(jh6h_5uFRkLczwsQ5pL|L2qq-AYLFosH;tWM| zps4!zitQdpIN*cDtRfAb0a7QLOyP6}2$x*6me|Qul2mNBU*wwJCr+|i5@B2z%9AYr3 z5sF7oEa5_0<0q+ZwSZw4V*9{N)h%dX^}TJKOX&bzWG~iN+4q*POti76IT&_ONM#B3 zUV!p4(tOR&7_WqZ^a1KH!&m+{a@tt9Fy*G*EhaGT5G65DrrPL z0q~t}47+}i*X{2!RH&UId803Qm%g61$x z#R?D{XQ=O#`A8OE`ThkKz>~0ZSalIPf!6T-kQw8C?EoR!L6e0r+kaW+eRG`MhCStuuV>tC zy2nw7Ly0*IYPnpH?onVHDXMV4#R>IeaaUs~OKqe+sIHimys!v0_T)Q{-z35bK*VBr zT#+zt81sTrcG?u4fS@J8;u2i}r&s8VugT68?I2Qwp=iqSks2{}QHn~PhF$@$ z_8^pWqz{+v>-j5~W6D+($6+!E6A6k%_XGA-TmYh1IUFEZc;X3=2*H-sX3(fjuynP% z!2!et3SI?WM(8bp$8a))mfw8@F9Y~{jEidkEsqR@f#u<`1VT$# zq8K);bD$JCbt&!KNDU^7`ou>be~o6-z;q1jfXlwRydiG$8xG4qi(@lfCPTRx3BCjJ z;hQ6I*+Jt<5~02~ay?&`_B)VPLiiYOv5n*->|Cgu7LTA>MG>wld?v=p<|cscb7OVV zewo^V?@k?~Fh5kiF%|GG3Ui&|2F`wn1abhBx8dmh!?BeC*C|9+;Xx?+w*hcJa_bSD zkI2I+#(4^Avu%>-K#?(Ik=OlHLFAh-Qa}3*Ld#r5xe-+k+R*(P@8if< z5m(`)t+abq0w&5sZIMK&gGnB*eIiz!HcIe=Sm1$5!@RiDA_`1D`6S>XkX2O(8PTyt;)K2vehW#00zb;D#O8l1;zw{N z0Ot>zM}$q9%8LA@#PJua6;|r&%PgMtz-x0{p-H1@C)g=LCr0G&oh81bfEp4Su@dGH zAZADRL=9M1!Qg1_{mGp9A`Ga(Jxe<;*^k50P_+P97IFmT&iiFKSOFn^XcTzVyri{N z;~@U*%;h}$u6mGe;jnt0QY-Bs&xXfQ>Q6bkCDAz8G;RFz2V86b4eHbbUJp{zQ$5i8 z;=H2Cg0G~GDSoth6X1&U$w|nj88^X05J83j!(6*=vjIwAONA%_1}#?I(wUdok`;223Ql=u$ji&d(TiJIf6i&K9x1ZHp2ooY| z^h|#KPMONqovLZ-T2lu(&GgxTR0Y029(7Pl@g z1~?Z}^JF@#m!Zw)>UdE$tZ9lvT>4mEIjAgiDU4IkPJ^6%nHXtA&@2$=S6D~l0w4l zDBGL}j{3(p4=`0m&Xe@M#p2Duvv5K^hzGYUm;i;3A*}YeI8N*6yw0~*+#&2FGb2*baqa0j3%nT^{7^J5~BF{Q>DglOTQd{<`S(@jEq z;en|_=SI7rm*ilB&-zNZXsQ6ThSli76YCbJ$Hu|{UK{d2#?XO;#oO=%N#_9Zi;|^R zRw|7~!fD{x5_fZ!RWOi8Rt4LG_k=rx`Fp-HsDT7;z?UcKfGG3={sbjHBGE*-Itf!A z{A4&vw;IGc9t9%DDJgYLC#fRRiec?WMP zZ5D0-9GEOhPU=Svrofci0ElaMk0rn8PQIJH49Z1&(03y$W;Y^^GGnx3<{|?L#36iY zsgy;(i&`R;|Hqse@DO-^@Z-;nNtv8n1>PHR0&xtOsH?Hx<88&Jm6!n7QHZVp<6(<3 zaj>?p#A1fxMu1>8OCS5L75^Aayn#Hzf(pU|B&RfnmJ>TaAR;U)o25=4gF{d|cwI!A z!vw&1YS)q|)p*$HC*Fd6e;;8=2%!6aSG-=L6^swC z$}KIiQSf#3Wl8r^rRL$^Y5?p!H2$X_mH#5m4O=;?7;&f@M5w!MaqOTsi{ zH`(O|7|pNqb9pv3>q&G58|H%prmt$vngnVSVNYrCNo!a&``OQq2HRqab!K90LY%|m zj~uJH!#d9l9^X783??Kvftnl`Y34WiFnBntLmbA}dFy=T!gIcW*+7S-BmpumhiEeR zMS5BSJH8`19m-Owx59dCvghGLCSRP%PGIB%F@~aCgX_<;KX)v~7`i3G963G4S(QG~kkeBj%q1nrC$P-o-rNTv6Gz;8gl}ok zyR9xgH|fNFq_VopgOGTk;}xH(gJ*SiQ&4znnP}$G0Bd zs$bX+Ez_jHS=XP>4-1gq-q3i`Y7j!~4+L+IIANSPj2hL*d+15$F=6=n{>BT7@BP37 z7)GKX%ZokOM;Gu)eVyp|BizgK6kgsNcp@~1eyp0$9OviwX|)shxKNmmmj$xnGg4!I zEFw`cPSAYn#H1}!p*%U9(f7inFT2aLdxc_o-EU^m+bpwgCvHUGt7_3Kl%brqaG`*D zcAeL&GAkeU-5Iyp#Eg0~e>P((koB&fha-867_bcKa_oZIQG1wY-Q}U80IAqhvt^oD zN0Zm;#~kV?50JW^l{9e zXkAQ9Q|bt=I>QVc9C$h$9u@0)t(O(bPOE7=&D0MJo-J~+misz8ONi0oD_99v6OWGN zzgS?-#ke**FDUpYue`yM@`YWCAJ;FPi4Oskf$kE&84V$J)Zx5Ic0-#H++v-RgBP`x zUtlhfTLhmjx_l7+iVJTQ04R{nV{Ey*ARGq9wzzvhrU1nzE@hT}`MT4PAIpSb<1Qku z6@IrQIMJhS*q3W*5xfqn-6SR{wgx`vlGaPCwq<^qzh$Y$`?n6Gp})@&35B3y5k26`3Cj%WGdp9HyN?|ug-zKhBp3^K&@v7 z#*%l&jE#@5r}aF2{;!<(LO9T9%t^skFbY3mz{Hu4_>&NzQ?$T>2p(tcFD*l^xGzj& zS@=mQd)UfNTaPjIs~9HY0Kx0TFZ@H83_m1dK_CRPBMc;)i^GPyUk?p_jSC>!UJTvE zi__3|T3jQwycmANtqGCHIACih+;_k+DibdaC~6JmIf>wq$mQ5MAB^vS6Z%Oa4getA ze2>wymYD@4*9KtzClS5De_v?*eT*_BEWlYhi&77Jiq&NyKcc2Y2A#%(v-5yG5RRqF z8nf#2oG##Js%1@Ixe74gn6%AyPvRX0=r-o=e$YR)&K57|6FDpYkUrq3mj)9eW+Hne zz2TS9+C?Bw#9q?C{|fXVAyF*<449V7!zRgM^GTdKwMHk|27s^$oM+ImC?8vfz7fzr z4jd3=lJH06BUd-@ahMR+;(}BTv#}I5X)O8#vFo&X2&^3q@0CAdpDH<3=(LxSkQuH8 zQlO^CPSX02g87=@ISb4L&8+@twHWL__1awPbOuT7N1mo(w{rcP){(XYtc!^B__X}W zHYI=84o0Bx`$y;G9~?@P^7jo&_68e5F``Cj?*X^VOl7jZ-XbeXMy7nOT*h_&x1BKz z@*Tcj`f-hf34e0XRJneEby?PcMcb(2pwJcYPMY`!5We$+$}%$S+1BP^KYk>uO>DJb z3p_JF5XGKn4oq~`xq^>rPJ`&o=$w9F`SyRxg8~9Fg`gAX9uqx54Y$kL?5S<@-Wxiuja$&h}y_{uMu{}TK zCkExB#1_cCFJJ5MK3@x|5g2h#8}Gm^Pho9wdcJcLJX1U(ug~_|U1!^QDlSDIF+d=7 z7G_ZNrB}|^A6);xG1U`C=q*M+^yQm7P=gxu(MBqiAmkuBv_;?p<}@RR#E z=g+vi#YI|`i(JSOXH=h+h4LdwPV$Jd9>bTZ`VK((^;LP__5MIXB*PtcJVkbA5xLsbc2cT%9Hq_R))%~M$FhptpGuO2TMC0Yo z>gSY$w=vwLR^ef&Dz56THv2}ARIlF}^!i`uT`luN!v;PFjI!ejyzGkLx?2lX>Z<7S zZd|(Nd&rFqP^#f&>Aq37OWdY_7B_5Y-qQ204j1~4fzr2XA0=b( zK`&iu#s}I=Y`2URa4o9wQbw2eKz%kf9u#q-2Sq#8b{v6kZBAwSlBnD88W`RyX)_SX z584=rdOp*v&}ra|1iBCdK!HRyisX5@b$a!pXDs0R>lDaxdteKj>G3l>FZ<6si%u$o z(CO(Dod36QtCiMoU?7oUMrEL_zL6)mgSRw>=fZ(^Zf_CHc;U9pt!@2Af|<4?>S5ft zQCM_vkz$qGr3Ijsv~BJp>*0LZDFQ_)D;Qnnm`1x@cj7;Ea4vp91ii+Xar`RQ|96XV z5;){mDuni&fV^i_(eTOFmCZsy&9D^ZF`Syj_o4IfTUG!roC^um-*g+E(f!WZl_(T< znUe@4yKq+<_uS{Cg~RK19?IkYf7#lc>yKpDXPJ;FIrwE>?dR+5baP>`@%>)BN z7K|2Skj>?b6bYaf(H-COU*&6?eDg*&ez>e$%i7r|bdl=-n&dP_D`POR>kPQe#PzED zXHqFsxgNT#T3Eo1#BtmEr)CyB!gs@VptCKb+&be;lwUW9KvdS@NxCaI4cCv6+WSzK zzF|=xH#*Jv>0x%3&Ub_n`5LZO z^UBm+?R${_W!DeuvJ3(8)=3EFi&2j9E#un4c}W|v1g1qqhGtfndAtmUctLm$YxidZ z?WHG*Sl-CfQ5-a$+=e{*m`IRneA1>L&2GD z8N6^d0w~y=)*4pvo$wWT1v}1ep)oscgX#KJnb517M2$n1qMhI8rh2A9?tHxRrSS6B z##tB53UyJiZo*)<-f-XA)w^VNOm$=FoHqbp#Q!|ftngY6SEu;BZw9~lpM_$E0dPEa zJMLTfspu+a9w=^_twq2ZB!XJNNU0PPRGDQM`4?#a^bQ=s;9uZchy$6zmKKz z;@lNDH**K%qUnDO*uZ)Jg^2*9Y8(TW)`Ou2sWZLz(c;i7c(H#BPc-!*P=bYY0sQ*G z-Z1LFlLT}!rg?3qE}WzB_}q@Z*rQaBj~H+pa0rG)8GW*XvVnM3ktA9jI|a-t?T7_8 z3Ejb@4HCss5=5!9%qsMpVfnE=`XGx+uiUbA&^4$2+Z0>};aXJq zxuN3)Repn>IdAT57>QEExc7tL&z!&Epf=Hl=|$HUd(K)eLq`CcLGGTXbG&#iKULq= z1{~ww^aAmw4rW(S_wnF&Ze;PG)-$p)g?E8%0g@UH}KYiXG%qh z8#<)-HWw)*0~Lca3a%paBw(^n~y2b7gUrfe@D9>>PG~@g5 zle*N&9S#dPBiisI$zrfv8>Be0<);4Ta8|-2j6QKkr6l!nG6^UKU|%$zxAOv(pnxU1 zsR5>)vH`!r_!_g2klZ?~riab$ zzT5o`+*%OC=e({i(tyLwGoxvvgIKlm3hvTz#*xa`<7`JwK@@Rp+Gs1I86j8VMbhK% zdL3&a?k+qSjJ-}&eRGT|EeWH7dcOX^z%!w&kmV*un@twcYZ zBxloNYaDods$@rM7{@OUz^?ZrY(fFi02SbDY29bQbRHx!-c4csUa6S^%$3No||t6LLv-gjjT>I ze=nud^bHU>69F~}{fB{0`6lrJPXR3&j~d3!b110E9wc?oh^`gZMXyFJ(RJ^GZY)zb zgL?`!Vmj@|dng)#O5E1y8QnLo<<~X1gvBHjWghlk1FAFkW3QU9&N{AuJyH#GqLBPH z`lLS1V?%T+6puLxNTp$&UmmfWWPzG;Shm^&rohg7>cOFv*orChZJYQ&cWlu(+-n^o zSYXf_I(xv`R2Vhv9MA$46pTzXXUFfVKaTCgb-u%MitO)lO|MxWkWs!G$N)Y^QI`1}2WVGT>Or5P!WN=sQJEk=vvTVD5%FZ1B}S4Q@Kt zeUOLACBXJ6LTquZ4!279<+^YY$Cvn90`DUobxn<|J8pHAuUA7U{$5FA>3YyZLEOCC z-Zf=uT>&rlOiNafptt)s&Zli+oB^{PJcAVPv(xR}%k=_}ri5}EEJOR{ol`eW8p0_7 zQxjTJDSG{&AuyDpQ`TG~g7%LnIeXQmY=pU`so<%THM?1>dO0fAoFQX==uY`c(H6tvfk=gwREdXsNtFkOM&Hk2m+xXiAX$HPt%(} zRBfVSjm#k$bd1caHqCmpmJ+iy9V|QL{$R?5=3UD>{I$)>T%BHA92fwn2k6jASO*gE zxQ2;eyxld;l`md358Evr2$XHtXyT))*B#EIt$}N0AqOpx#={%IVqH(xt1p61Zx<(Z$a<&2pqmB zB#-iB4cOak%f=+Uzkh=POAxbGABGqs@m3O%+(>TuEVwJgQ$%qPSm=KcqJ@my^&a!h ztwV^wjW%Xvu%Gx`R-gps#lHtOUr!}o5r+&5c{Q*KpS(Q%S8eaDEs0;PVMnAw+cd4A zI6m}lb(xTtZx!(Aw6(aOC97@A8|z zTSrMf$>L#2uNYX4&@qftz`TsCLoBXCw-#y_`M||6uFd(d_k8hy4C*}Gufo{nd08D z8bB~#NC@*eaYuzTZ?J)H?XlV^7z(q<;bjd*mi5j&UtPh;mH5M#y5sI86II{H^V9>Um@-yAJ>3iM7 z2b2%b2kOv)3ZOfkz1gOzWPR;X>00; z?+kQ>Ln(B_c4vpE)Yd!-L#$pa?e8=5k^Np;Szt+rr8rRGljwtj0@N~1X}YTK%oUx< zItE>OA-7EqNU6OK?x&*b3wbnYhibET_f zn5N$&y*hzeoCmrCeHw1(HLh4;Bep5>yaBu5tyXOj2q>1~S-WtzYqJ~U1@%xgZ-i_{ zl!sJJw?x0`x6tzqu1BFv8pgN0cO#O0oet|znZh;pUZB+|mKfE3S%ER1U2SgjXn&u? z&LqucLUW*qO^DAFRl!w-&EBm&)~*LjfPs{L4E3PnpFh8$KiY72IUglAh7~#CyRmez z4LZ1wXrli6mXIe+SxP{&H#; zynKZL*R)}tzwS)vdG%Cgteu2<)7L4v#JbXtjx%h%mMPmla7+YOE*KRNHBi0c6k)#c z2u~IW*;o(de}w%O09X>|Fr*SARyO3~utjSA^w2PUOUH2ToFsIdI39x8(0!l2kff`_ zY2`AbGk&wuCD1aQi3py?CcvPmNMTR!#Fa0P^ydy`)+e++%+fBKGH*Q~1z@54)YDrO aNiTcu@bq~FaMTDL+;?nmrh&~>^nU<&EYh9; literal 0 HcmV?d00001 diff --git a/17-refactor-bug-fix/config.json b/17-refactor-bug-fix/config.json new file mode 100644 index 0000000..ccc3148 --- /dev/null +++ b/17-refactor-bug-fix/config.json @@ -0,0 +1,99 @@ +{ + "scene": { + "shader": { + "vertex_path": "shaders/17-vert.glsl", + "frag_path": "shaders/17-frag.glsl" + }, + "light_shader": { + "vertex_path": "shaders/17-vert.glsl", + "frag_path": "shaders/17-lightsource.frag.glsl" + }, + "materials": { + "crate": { + "ambient": [0.5, 0.5, 0.5], + "shininess": 32.0, + "diffuseMap": 0, + "specularMap": 0 + }, + "popcorn": { + "ambient": [0.5, 0.25, 0.31], + "shininess": 10000.0, + "diffuseMap": 0, + "specularMap": 0 + } + }, + "models": { + "crate": { + "directory": "assets", + "model_path": "crate.obj" + }, + "popcorn": { + "directory": "assets", + "model_path": "popcorn_model_a.glb" + } + }, + "things": [ + {"model": "crate", "position": [0.0, 0.0, 0.0], "material": "crate"}, + {"model": "crate", "position": [2.0, 5.0, -15.0], "material": "crate"}, + {"model": "crate", "position": [-1.5, -2.2, -2.5], "material": "crate"}, + {"model": "popcorn", "position": [-3.8, -2.0, -12.3], "material": "popcorn"}, + {"model": "crate", "position": [ 2.4, -0.4, -3.5], "material": "crate"}, + {"model": "crate", "position": [-1.7, 3.0, -7.5], "material": "crate"}, + {"model": "popcorn", "position": [ 1.3, -2.0, -2.5], "material": "popcorn"}, + {"model": "crate", "position": [ 1.5, 2.0, -2.5], "material": "crate"}, + {"model": "popcorn", "position": [ 1.5, 0.2, -1.5], "material": "popcorn"}, + {"model": "crate", "position": [-1.3, 1.0, -1.5], "material": "crate"} + ], + "camera": { + "position": [0.0, 0.0, 3.0], + "front": [0.0, 0.0, -1.0], + "up": [0.0, 1.0, 0.0], + "direction": [0.0, 0.0, 0.0], + "movement_speed": 10.0 + }, + "light": { + "directional": [ + { + "position": [0, 0, 0.0], + "direction":[-0.2, -1.0, -0.3], + "ambient":[0.2, 0.2, 0.2], + "diffuse":[0.8, 0.8, 0.8], + "specular":[1.0, 1.0, 1.0], + "constant": 0.0, + "linear": 0.0, + "quadratic": 0.0, + "cut_off": 0.0, + "outer_cut_off": 0.0 + } + ], + "positioned": [ + { + "position": [1.2, 1.0, 2.0], + "direction":[-0.2, -1.0, -0.3], + "ambient":[0.2, 0.2, 0.2], + "diffuse":[0.8, 0.8, 0.8], + "specular":[1.0, 1.0, 1.0], + "constant": 1.0, + "linear": 0.09, + "quadratic": 0.032, + "cut_off": 12.5, + "outer_cut_off": 17.5 + } + ], + "spot": [ + ], + "camera": { + "position":[2.2, 1.0, 2.0], + "direction":[0.0, 0.0, -1.0], + "ambient":[0.2, 0.2, 0.2], + "diffuse":[0.8, 0.8, 0.8], + "specular":[1.0, 1.0, 1.0], + "constant": 1.0, + "linear": 0.09, + "quadratic": 0.032, + "cut_off": 12.5, + "outer_cut_off": 17.5 + } + } + } +} diff --git a/17-refactor-bug-fix/meson.build b/17-refactor-bug-fix/meson.build new file mode 100644 index 0000000..6edf5a7 --- /dev/null +++ b/17-refactor-bug-fix/meson.build @@ -0,0 +1,101 @@ +project('hellogl', 'cpp', + version: '0.1.0', + default_options: [ + 'cpp_std=c++23', + 'cpp_args=-D_GLIBCXX_DEBUG=1 -D_GLIBCXX_DEBUG_PEDANTIC=1', + ]) + +# use this for common options only for our executables +cpp_args=[ + '-Wno-unused-parameter', + '-Wno-unused-function', + '-Wno-unused-variable', + '-Wno-unused-but-set-variable', + '-Wno-deprecated-declarations', +] +link_args=[] +# these are passed as override_defaults +exe_defaults = [ 'warning_level=2' ] + +cc = meson.get_compiler('cpp') +dependencies = [] + +if build_machine.system() == 'windows' + add_global_link_arguments( + '-static-libgcc', + '-static-libstdc++', + '-static', + '-lstdc++exp', + language: 'cpp', + ) + + opengl32 = cc.find_library('opengl32', required: true) + winmm = cc.find_library('winmm', required: true) + gdi32 = cc.find_library('gdi32', required: true) + + dependencies += [ + opengl32, winmm, gdi32 + ] + exe_defaults += ['werror=true'] + +elif build_machine.system() == 'darwin' + add_global_link_arguments( + language: 'cpp', + ) + + opengl = dependency('OpenGL') + corefoundation = dependency('CoreFoundation') + carbon = dependency('Carbon') + cocoa = dependency('Cocoa') + iokit = dependency('IOKit') + corevideo = dependency('CoreVideo') + + link_args += ['-ObjC'] + exe_defaults += ['werror=false'] + dependencies += [ + opengl, corefoundation, carbon, cocoa, iokit, corevideo + ] +endif + +glfw3 = subproject('glfw').get_variable('glfw_dep') +fuc2 = subproject('fuc2').get_variable('fuc2_dep') +fmt = subproject('fmt').get_variable('fmt_dep') +glm = subproject('glm').get_variable('glm_dep') +json = subproject('nlohmann_json').get_variable('nlohmann_json_dep') + +assimp = subproject('assimp').get_variable('assimp_dep') + +dependencies += [ + glfw3, fuc2, fmt, glm, assimp, json +] + +inc_dirs = ['src'] + +sources = [ + 'src/glad/glad.cpp', + 'src/dbc.cpp', + 'src/stb_image.cpp', + 'src/shader.cpp', + 'src/mesh.cpp', + 'src/utils.cpp', + 'src/model.cpp', + 'src/scene.cpp', + 'src/camera.cpp', +] + +subdir('tests') + +executable('fuc2it', sources + fuc2_tests, + cpp_args: cpp_args, + link_args: link_args, + include_directories: inc_dirs, + override_options: exe_defaults, + dependencies: dependencies + [fuc2]) + +executable('hellogl', + sources + [ 'src/main.cpp' ], + cpp_args: cpp_args, + include_directories: inc_dirs, + link_args: link_args, + override_options: exe_defaults, + dependencies: dependencies) diff --git a/17-refactor-bug-fix/resources/textures/awesomeface.png b/17-refactor-bug-fix/resources/textures/awesomeface.png new file mode 100644 index 0000000000000000000000000000000000000000..9840caf3e7f4914ea1c6c15f688ffaf2cf44bae8 GIT binary patch literal 59277 zcmeFaby!u~+Q7S5EV>&cMY_AY1nEwtySrhLN{I@Bbg3YqfRyAy5D=B_M!LIe-O1kj zoWt4Y`#$fz&-qgxmJG*y$2;fvy)njoCsSiI)b3-U-$4g~Kv+tOa#|n|7-)h)sK~&N zL%*SO;0J=I)_ob!haQSG;4f%yiiVyb5C*}`2LY6xNeXnLcqysMqbx#5&@sURme1*c zE;28911|-8Cudawo zmjXEgh}BXe_L4?OnuacN$={H1<~FwEFz2T&ixe)^_%a0Up-c z0ctvy0gjf!R&Y_ z`kA|Na&vHT{!=qBPz+!qBI{vo?&a#C|DKEJ?&iGXk@hoXqfcvU94Pv zJ(G`KOZX>j|dmnEhT?S{!NFftChWt z|6e+IxY)V)*m-z$xOqf?Z!YfJI&Mk+T?b%KD|0XN|5sXW%l@TDjPnNaE$Dw(^oG~p z`hR5%E6ab{!p+;m=?{}zS#nxCSvy<1czFW$;Qn`eSXqkLxOzC7dr8JSylCap7=jv#o3wje~K|rFL@sz{Qe5( ze?#_WkTs*zZT`aAYOYgBll{LN z;LqNFx63~~^lx_juVqy)dz*hPrvDawH%I<6SKaiA0FDQMF#p5gK!*8`zJET)pf|mL=6!8oD`qVL@cet%t%?0{NW_|bH!;W04b1I-Jn}z| zH2hyj-a7JsV)+vmuptBXf}H={4F0<_|1;44%Z-0c>A$S_wz}UZxlQAj?ccb5iRiY# zZ(O%&{IdNU*Dn#>7Wj?pHjQ7lf8+WkqT2$$aowiz%l2o$#FwtwULC8FB`zj58B@yqsaT)#wgTi`dY+cbXJ z{*CLGh;9q~#&w&<0>5$Hrt!=6|A`CzU$0kM zy8!Q0`T{Rc#y}anffp}HZ(iKg{_C|8(BIw^{rj);p>)GTQnB$)eM^q z?mavWA%RFkpfsomtq{7?_&T(&hzy9#QqOl*>Y)9$kw?vN-?7{c(Ni%ZH|n1&*t0v2 zXYn{@cM>GrH4v)6fzYGoi!tcLP7G3+Iu~j<4Oj}-g6dvhyY1Ker%#Xn| zsI(x+&q?7v#8dG;6h-0)>gxPlw5`?ooG>h@H+%_y(1^2|!<^INOKq0N3{gP`m#7n7 zq8LDilm>4G-#z~-8#j>im^jZBKY}wz9apITDb)yq@3|Pn#s1FCEaX1)!|!pCZkaTb z2In=+AQbkB?$YgwOei7#asB2h9BwFXVzcs_as4Duhei7^8)H)vb04J3-^}i(H0`eA z99uKSJV5~`L>sdaOYCV%qSPPIQMthceYEw~>ZYq~+-CC13WvBxm|-+eK)8`KnqaYc z-eZfyC^vjWRXenT6k4Sx5Ij&gF76LIj_U(F5*RL-g_+%Rns zC=!D8s#-oX_P@YI3r7V>3xNa7h}}f-+d1V@NsB-n;Nu5Le{d5WfZh+gYe#haWfh}; zljxLn7x{&gB5>JXxRC5P2AmAHFt{0zH(OR(5~P~=VgQ&=h@uhTa!+^BXd#&r2yS>r zM>01MGuBBksu4%p-GN-N-($}$MLv8&M!Q27d$YW%d*?zO14tThwCNUwJK z>8Dj{KcF3QD7|GGl?hQ33y8?x^dgAzC&p)2c##zUg^{$J)SL8&$P->WJ>eOU!oyCs zs(k1)7B=T9kz1g>qnAf{F_!M|_1VSh5qb@=V1gc_LIif|q_Xb&tZ0U2Nbe&c=p9c+F;&*5!LiG!qeU&u)@ zWkwfE`p;43i5zdc-h@H;K3woLGCCisw98%@a=?5eE9vQ=-30xl8m>=C~q!| zi%RV+O?An!j<9{UtF<2WKhRFnZp47GLDHf6P#7YWJwD*DxIL@Ty_VT0{jbHv8|Vib zY|-x_zt$WOPkZqJ&1)xJ$|f6$XTGHfrA(i9hJ#Z`tZ%vhx-|TbIkBeZX^*qpX###B zN}MzS7IMy5AM?bn+o#-_u=ia`stH+HOM1upRa!N@9VEtgguTA@)QESFZCUIzGeRbU zWafHlA%Kg@d@@J=fJh8_*PJ8Y^s~1s*7A${+TmK(x5&ISFIKhJu9~#x6md2n&6c0h zdbKvIl#g^0?=Jb^Any#4Tr$8nJENm65bVjB=s;6xeA~&=TLtO@^jzN7bk56!|;EC>AK5rw1SoF@UDUjx_5CX zGkb>igjL8h+UCOSUlTFfa|AbFq-XXmD;#}uLJL$6Q!0!J<4Yn=9^15nf3O(|@qd!2 zr}J_DyR6e>KjD^4E++eEG$9o}z@amq>^<%5D?9E>cVfgO1#52aAOUU0WgasPG5JB9yne zOZd2eU$^$Yh)anO%f~oW$x8m7Nfz}Z{l)zdI3L%Y+;(HknVy`80W&^83%r?dP#nURnEMyx)1!^7*0jn7?ohqE zO^>a^$3d#t-K&9%PqO={xIwXx!gO*--2$0s{hrA0Y%Wy$9v_@V%Raxx^35e8PsgH2 z#wJ;;X37L#BC+SG%aL6t)7`V}-tL%6dzi)}LE?d*+l^N3qmw$C8lZ=Jd5F2{{meZ2 zi%^lP_0vg%{9Pb=HT}CdD;~11sX6}2QoIHJv6EgpaqDQRh z$@n0K;!e&7_UYn@+~EY4dq${-%3AWuGRZ_J$l}``tYt7*&I<9%{h5#76p6uDEn>Mk z0fs<25}iWJl!eq?3~I;!5PeUcnq}PjjC=f06%? z0V~EDzW4l6CK4T?K#c&bAilKW=(pcKEp{~T;;=#ad=cvt5O<=kp>4V`{G^n%aMAwuMFN|w69Tii7Y4(m)J9AX0126F$!aZ0fYHxd-u1=63` zRbxJ2}Sut-dikP zOc*XJ6@m`?ce7}u>TloLdN&t$5?z+0tPKJo*sf@e2vaPS%s|58d;lGVzIJK@@|;hoD6C3**-`i8K_)s6{NV)9y~oc-r3!JzLSEx*8Qo zH*OngzFATDa%Ds`A<#ZyQmC#Ji}~t4=eJ6?4J^dE&HR~X4$)V7?EZ;zM;NW@k)TIJ zZ5d>`7!xX2oa+ z^5Sm#Xj9yY1w5%J3Je34paVntlS^xYGL9LN4>^7)8ruiRz}74hmkZ~V064#-zZOU6 z#h}}HVs{in1MzrS>Rkp@N&+woIyxakI9PdR?ECadNc%+DdaEvkub>_2tEM#I-neI^ zUm1UxTtBQ_sDrDw30=_6c23wPB{zk;mHO!tCQ;Qhgm-tra>l!yL&v04Pw5F*5GSB( zEg@^4zDjed;^Mu6^4p<>w0=7^z1Wy(yuL)k%$Oo#F|N{usXaYHYpvkyCEP96u)VKI z7_GMUt!#zR!Z*P1!rH)kO%>6}jz|Fp!B$*}0pWsW@9r``3-_7gWFzIFNzl)^)4L>y z-SPT9#=f@h_y$R&RDpKOn*2M*dmNpuhr9t?mQKWh-<^|F9;?#k@l{1iSN7E~NG3mx z10^u4;*MmZiaj9RI@t&d+@Wag9>szl3XM6w%)AQ6WocxIRSTP^D-ZOWuXsPTSC~NI zfL^k7LTPs&!l?WhxRlEU>8e;0^M!qC-yo9gOIZIQk4a|6t2&oNS7zvkZF_-c{853n8 z)MSTnCeWJafRhZA;4}11zZa{$L^|mBd{) z;&Lh>rYw4}RNrchj}-$O?NwRxCqdU{zL>@^GK~qkvkRoVFN932N_w7JaJvmm;WJ>W z+AgF%77-2WGskmdDMwHur2|WuF&UA~stI0`#V9-qau5@o5~gV1k{0iyMGJ=9ebI#Q z-i5FvY5w`RiTfk8?jvl8*}ivckvMVCG`pop*t4hj2)HHj2-!F&3zES>0y{ANm(LlA zTbmi)`z1oo(PS0_5r^7lK=%fhUvj;^kDv3QxOKvRDSEI^P3Q>110@>JqywqCa-z$rBZk!Z%Ed8)rkP)&MzO;KL>;PcF5oZ_vC6B}Hghtmk?tOKh)!7H z!N8#vScw)a2l|3Oil9H(WqYZ9C#P+o_N~WMWYE~;ll9%N#iqCx?c{xnautE30`JK& z)Ou_O^}RPs?6#cnxG4OzMHC@YRUS>QN3-ub;3Kn#wm&f#pS>b}Y&25(9+Qw8xNdFQ zmiIEjJjBZ?mP^erIcFCV?AncBk3j zO>rZ~WTgqNy|D?CvXfR$tfbs&cVM9)+m%f;D=@K@s1!ts@D6-KWbpKaU2VR=x6r-y zUAs|oXo+z=j0QDbFjo}=cT=!})wYLeF3!7pvur(i=n9_zh>iGAnl#A*R^?gYn9P}X z<%LT5mq^m5&jqCrIGMbiUmqzg%^xV2kBAsl=4tbw#-idP;1Xq`URLlXz;{ALp`F>H z2;%4tb*eYRgu+pG*)i8CnQX)dms9&#MV|`JPS2862LXN|R5foGjtYHZfw?PZdk3CM zMg6_HHUXMWJS2ib`eh#@+>H=>1=G%(+wFn=a`vn5-(Knt@kNRyxG`u%T453*;F`xH zXUi+^6YP6l*R9z|1Rc<+8TMfu3+B~yg#dG;+(TwEvi^K7@DbV8qpQ)PCRn?-Mtr0P z7ePEsyv1dW6c6-MjdM;{gt={YH{@NZQ2=^VVsF@hf=(IB#Z@@X>0K~z8}y7)HdScZ zv=5_w+2Slc9T?pfHZ1khD;^c}%a*4O*Ek(T!hr7AJn zF&KYrOV2j?%>>y}&-8_$vvQI9k=wmcLo4kec$!65B{G_2aajiYB#0v+j6ES%^z!}u zJ_+P*`CmD`@@z2TN9GClMX_vvPC2FEgTPsHEss4<0`Op*}vo0JD#AE_Q_eY%8dn zOPAKLeu>{4P7{fo7(2j@w&~I%?kmjMq)X+1XND9lRpd*Xj}wC+BruXUT!sB^Pml$j z`q~w}GIUry?yy$*HNg1pyjwF=?w%*dYE0qh&)=%6^8y0WU5`Qqc9XrLQK3B+WJZw= zN=(%07To2VTS=snC6Hr*+yJ@(z<f@EZH=5q1`uA3Sd%3a!3Vv%iIvlUFqOxG}hv3T+bwIuB}h45q-EAqK% zbru{kT)QX`3o*O!o?X;rg6B~H|E+z{H9C3*J% z(!c;53S9xcV6u-6;d*mAb6B%ENO&Lw#zpB+OXN3|7HiC}cz+bV>9znO2h|mC?l9L+ zEb~)tWc|a0(#a{@SjNILOt`R}{Me$OnJ8Y|fW&fsU7AeIj^y$uFTJu?G0ffZMm9t@ zjsP(rM5^vW!*UkeAF%3?c;i@fa<}5WTPufi9}kMaCfB9 z4DFjBBl&we2AJ2av=m_;O|x%yxA|SE$ujTt{4pS( zFAv4`hGF3+1T|WTOnWTIGJ|bE5w8j4K&Rgkr5+T;!=c+srRP@2Z!wcdL#1)^??aM} zlsHtZjvg02OSeNEP6A43;rMTW0ba>6IpLUH&7tleqSPhC$UIYphO~gBN+Xwqs-fX4 zm?TJ(WL>6?rMtXuk%RgSB25btiKIG(;%;4#tQZ-K~4F5T5$|9=m@~0p~dYj>51xh%R=i@eyW47A<|E5(kTx~O{Hq2 zmjE}C-TR`F+kSH4u?E5e!M+5yn8`fb>~zvFxVrW_kMEJ4o@QFQLF_` znmwVX_W?(V?57G1i66Dyv!|!#si=4EitoVAyWhnNzZYH4MrK}NMU~l{)75;T+DD&_ zG&r*WqmHJF3MHF^AcI`iAXwvW*H7O>+RcXc!#a4DtEe=VOV$|yujAG0Ol2=0?<#Rs zv;L8Ls3CUbrZHzbfItfh`GHOohP!zo8FZqt{73=>q|D+cI0`pQN?ER6ZJ2cDi+0B6 z8Rpn8Q56+lKw?0rRQJL*HAvycoEvTYz6p`&ti^-(fNe+QSbJ{ncJ&LLS6>+8)LRMD zg^Jpg!qML#%7I9sE2v=`q1#GlmuGwKZeL?3mQ#WOYeFKhz10btIu{Q{DhXtdbO?4o zj7bV3l}F=JoRJ5ch)@T4p^u3dd1J?%0)_NbVx%|Y(p`~YEfW`s(<+uR92Hs7JATBw zRjAOhMJKa6(h~crv-D4^zuTHU;LfA6dszusA62pnKG6kgi0dyT@-*|LB(LRO7sfnlJ#ws9%k@p92#Jcu22T^ zAJw^3PIy3?2%p12FY>|RtJ>WiBoJy2H7d_Bh)=;fM#Ka4KPEe+l=iujyhz2vd^Lbo ztrHG7JnqwO5oV(q!h+VoxVO)e%}}FInP?%yW^IbL?GVQ>j?X4nrfx=f7_*tkDDR7~ zUHgpm`k5!1jzqXNT5=H!@{#To7uST^2*rNT)^+p${64%5QH|42cemIm7%csyUA{1% zENf>u^-+dp0A+6YeWb@ECRA?kCd6I{69fU)QMyA7w`F9^K2R#p(Th%@v&%(=uA0&A z%5mw#gJYA%YV5I#az|>A_*T`q*IF!~boWRx=X@L$8roHjn<8v7FiN@;zHhag_5Jh; zu&cT9s8)`UzRNx?XAvI8v1W6)X7fZ)D)SLJK0Ak~G=GP-o7F+DXLzAu7Up-aN+|C$8VBdcF+AFBq(W^z*(?ii z61JC!oo61^M{Q$ETi^r_t@W_=YBlS775uGP6B5)M);EVngx%^JL9gOPcm{vGE=>Qb zD5(9)HqX}`-~Wsl`A8+t)*WBTpV)ajoFSh)Yi{>R>YTw|F%vU`A}_c5qJ>_FKhv1{ z6hbCslK=s?E(m!MGI$ExJ$arP*oHeKeso=S*~Ajt4iYBbYSOf^9$w)OI<=>F6d2kY z7R0Kms+XN`TO+gS!0NU-{vp$W+51`_rlXiJswYzIq?3k;oH(U;xeNeX4Ulh{*!G#gZL>{UzVCEH zBf2SPPxPfVb)Bo9QQ>&MXS@0oJ~}Je5=c#HH5-<)OGXzERUykO5aG=I%F%siX zx=+BrBj=q#?0CtNNa|v!3n1E@S_rvcvS-DoXPGePm?cd zAfJTo?CjN@AK<%FR_&iK)*O7*o_ts85cgG~M^VsoPnh1s&&KyWzN`O{4bl6Fkiy3A zk!FqMIz;&K&nR)E+ES2H*h=Q!TNAN8)RYg7xJTQ3KXIOJ`N!tBvx9nGGp`gMkHUPS zYE_=cR77R22-f|)R=eau)%S|LgT4WKm`GIUR~jq>0+j`Lq2q;TCp_Uk`$kLb^!t3T zYN&KCjQT8EQt}WBcrKIwwx3g?HZtSGs&W~3U7uAd+Y=cx{R{MGWGG5DLl4N~B*nhM zXP8&AaIgnRr<&$+d9S{Rafp^N7Umd1-nnZ`hdX%2;0jGx6yN7rG94PQJhTwY&Q&nn z23;eFae!$q4IigW3Nw9x-woCpFW>WWhJP6MKa`PtMATjs0W6}&{O)Jfj($t;_lq)< zkdZ#rSK*w@2)v4HC1e+9<@g*P4vRJ&o@x>%e!{D9=1qw~@^XKQ_08rOWiaz(XZ&ib zcj~dtOr`}pN6`R7wOmM-pTF+v^PbiV*kY^kD9VMqXrBk-r~G290w)y}P&Vesx~XPv z(3ZUyWlD^ZgZMf6=$3p}d_I>VCYPX$-vO*{MGe-Hzi0noS zU4bfgWk2-^zp8_ho^Ivn?X6ad`Y$huSB;Bn!jB#wsxOR?BlEaE;-ygFp9zVq;b&DmxyYpSV45Jgqyq|H8I4%tq(2A7W%dW1nU<5v={|NN=&< zX^gYj(WOfx_ZUS|hmGefWdxaUlj8Sw&EZ%Une)efI>|v8?7Gf`m?2pm%efqVz93$x zI4!6(@g$fPo=XZRQ1JSh#9t`mOzu#!@|Ar>R})i&>4EuZ>Tss-&j%we9}>sU(q5R& zJ-@i`HZzQv+ZASHIeLr^`Ps?2&&O+JP&A>_Moo1d-I+5A@?2t4;<}hn{$bP%FQ+b`q+s# zrKz(k=19^&5ExWtz`F;EM3ct4yjXcCTQ|SG5ITOeqgj1*twV4!^)Xu%{!xixIgzwq zGGWv-OGO&)H8ilidM7MAl(ja~Pm!P!pI;eD~HO%O95`6p~!9J?hn^y*x>x2qw8^}vo`{1~rx{~r;1}FTUZSObyA1tdh zbSd%f9ZGg`FZ{q48j77*O=b^k3;#&>ayago%jLTBbC6b=IwX?~oO>`1dX4OO6l!+0 zwusX`q*p2_*fsSiIiF5URZT4i&b`A{hPjs7`{T#!PoG|GZaSf(qpuFU!LX?$OT14| z7@I$L6!5O3q#!?ke$sSlDa)5o6XkLz4edvBc^L$yV_sS0;rH;f8#%4i;x;H=4oL)xA;s_HFdQfL3vF z@mQrT&e2g`!cpDcw~))N&(9}pCu~In$aW2+3UdkHc#L1-_<3j=mN$X!fgI@s^mIh68RW6jn7)I5x;s2x$cN;(io*jPenth36W5=Ro}xNg)=rDpmu! z3U^;vIDcJk-{w?aUtMY<>B3watCgwfDNnAgZrEDS{+ah$Jm7F{NL$@{`A1qjwIo$R zKk2UR<}57dWHvNMa5gAu>3izn2ywdZcqLB4y#6RwG@>dkIR9l^=S6*?R^9t--d@w5 zZ@7@NwW9!qM5^xBN=c*wPNW6*6B$@pS?Nsc>g&_#l~Z;HlsPNB)&_DVN|+e41+PV; z?k*hAbIg_Zu_;-eDT}`H+TJ${M0krBC=ZIv4h*YAeX$X`Fv-a6XM?xC{WhomdYa{d zJO1&yUUYnL#@13zZqVl>b%`_#&c3JS*tuut;YF#?G_Da~3p)e;zgn&UM_kJQ( z)(oUXzij#XVrM1GcLr^OH@+o*h0$ZeKiJ9`%hda8D`8Le9u+67R`S&&Xn@%#RA^s5 zVhujsD4gCi&flS*Z>R~&=%|^R9R2~#&v+_6{SfteOlkYYaaKI^m;&IofgMSb?*jjM>Dt z^g79~9+4A{!teQF-hD@hSY5pJc->I98ttXU@;uV_Q{dklm&y?hx%3loo%vC>l0CVG zWnygn9e`q3Wv8i_6S$xDeeBE-=|N(0PAuo$)_53#2Y%hoGQUaSN@^H2D`U=&_2Cl3 zMnCSsx2hNy40Z793oeP}*+pbA*cQ}aK*Us9svRY&G&n<(D9ll9_aIeq|{v_wPmQsajDFQ`anpsaVRNt8Sqqgp<-iF|9zAyND+m- zmKOd_(+QPrrn|xz-!>X!ChidE&GE;w;)I$Ab`|kTlGyHdb;xpvk#&10@`Y07EWP68 z&mFfXaLbK>4B6Fqbv*eaQ5y;=5Rh6T#+B5Q^S4HQwZ-lBprypEDg69k$oFgxg1JZ zo(pSi6azfHZTII-&w$0tgWi>E zPHc;R7gflq`ORlwaPVHSFjeT~-m`|Q#4pCmI6NQkgT)yMrJBT#AyDwx)M}j8YTE0S z;W#5E*SjKIuV^6ftLx&B%b)#dlI+I|!zS<@vFewGsUOh4R-PZOwGF&c zW@chS&4>nd;Nr&_%gW}P(J{1 z4g_P7?|Q-?^8CqdH$&dRuAQ+JM@HNu*%>oe&^J@{S6pH3aU@AE zUf{cT=M}R|H~88D0cCzN{!vSHb4n;98K@LD32=QGv)V6anob&TYJ8EMG>bK&{SDgL zr#19g{J97E95sY_A5LA1DU+IWdGMiv5Tkaw=`KwN3`p!j=WB)L)|b*4TIl)cA--a$QgJn4#~ynv%IxN0?$ znHcoudv}E|k5pmHBUbt(^iO^+?&aB9m?m^o(3aTbT&t^%!Fy@W8OzY_qqgBU#lS|a z-1X{iY)4b@k6yr3W2?qb~L zec~*#eDTn;n_uj5w+(NS>gCIqi%UyUS1XM{(!SS6-*kk=;@5XOQuMo1@AlQhq8iOz z%^bZ^zGLj#&e`vQC`3bXM%LkZ#>mp)Xv61i7Lu`QC=7^#v+!YV$u^6Ma;Nc+<(L-e zsSA&{eumGM_MbD%Kyi`%bePm^+AgdSxUU6g{4C|jL!ql3^^Vd~K8I7E5h=fe&KUpthldTT!zKE1-P8J16kWgqU9j!)4BFE3NZz`=Ktzo2I5Yu~zf(_m zf4!t^`T2dSm{o>%@7~=N6&1~wIM~+ZUE^jz@mBYA>SiQLCM59F-A8FwkoVSL$=L?E z$YMMq!GY$OPyu&Ev!Q~hKahuVGSPHDTP@CXJ{2dJ8B~{~OzEID``H?WC+J#s+NL0e z@}BA8JRMaouRfLnC0)DwI8jOB_$jABIn8{6WDAh~NZfP$m;G6DyAxiJkr?lR(2ZJr zQz2BJgzXCX0}ANhW4Jz6d==VUg4$XE>zCyv<*g;BD8I6jH0-L@sGkR6z-v#&Bu;hp z-S^r_9y_-I!BGO7n>;;p%I75Y89wJ@1QCox^r)`JgG1u%bJKC|X$K%tH|~F9)$C_` z&IGDSH9XsTS#p;jyFEAVy?d#C?zfJ#)MIP2om`~M^e}T;(4{51QQ8LdAeB53G2&54 z+Lf$1>K+4?zYEEX`_x#I(bM(bj)iY8#EGxZ53!GfAE6&+s1hAH(T*nfz(gw^w z3Z4w$TI1KR!sQ_>z{c-33D~-GCp~e?Zu14b^4G6lpTzpa9G+Fp2|BvzPHKF#bYcY} z4S_YOm)-oZFE_s3f(C7s0i0`jsK8o5dP=mI&>6N@SQ4s3!~3*XvczTw0p80y3)t*% zW0bSB^C}vPoHk&l`AUg?;}L5_E8QMA5*ZvCXXlh2bbS}9R_GrUv4Vs;c{Sp;wMBv|vpf4LFYW%+#eIas&J@Og z7AV40$i$-1NqR3McC1GCE*KN+aFQ36%G3CsH7FEIpldmZEj#s0Lz zSMcC$6P*rQ_#~FRQiX1`F)&H;g%xkxZ?8(t{1LQ*U~-_U2o;*Nn+4!!dWdAh367n$ zildR=MnOc#EWDk>6!T(l8@QDMb{nVu4c8k1DVMf5i}bN1G^=2#s8YFXzg=>l)XB@{ zgnXvU6Bs<9e)(N#X?*OC`}R?eY$XAGH-&bglg?ulOc5${7d9ya>`OO7kSns~k>u;p zJB&SB*hK7-IZ7P7Ps>I|v}$1OWf!JC6A}_Mx!prgM$7WLnIA#T z%B~x}41O#Oo4wlF0A?G<*{rCir>DcOZfs1Bg@vWL_wXBbm0NF?sg#0@Q`X0R=JMWe zEo4!dLIO;66tQ9XZdJ8EkHat}aHLxF;l2-tN$^#RoF!GSia?}TjZKZMWr4uG()IZ$ zOyP?`?c|nFR!`BZ+SyH~`G~ehAl*igv^J>AeagRA-@y1%JwwE@1G7isVzbDRGNW4o zxR)9V%4wjQmKjdfedZd&+?&3>4@UPjrK~z-Coq3S$u$LO*#dR}Buk8L6X8@E!I8r- zO_T)Z#)FDb@Eou^qX+)mDO%+EVTX2`O8M?DO;_;d{zeeP9vEVMl#?UXKJkFc=+j`R zt}E9rus^tOO~4!*o-fxMFuoD>-NgvSMi!XzUOPBG>*0@2cn`yukWd@GaQz%8vsa{@(b$5E@pil>Ku{oMUR2b#cPVDzSqDz?Sphr~@nF9ILOklUrFeLBHd|z{@_7w^U;bvoaLF>{FQpi?m73^PUC@Eyn^KyOpnTO3eB8a z@ynkT?~Rb|M=T9upIzdD8UZ;y{0H zH}}<1#S&6cxkqcJ3&p4)KdCwwf;ka0m741hMzrt?`1-*EE-&S%j-1&Oy+d?Av7k>M z7oP6{8Q#QuSQn4KBPl6KNm)6r*uTL`mp?E?SLTDf0|er9hVzB2Zl&K+bpH4UZ?Bv; zFIj>@Y;0`)cHsM~;-{Q5lQ?G;FWt4B52V6lL^*cI<0q*l@JUHHW(7?k(5_J~1aJ5T zVbli4IuiTSdy`QR#BCndoYJ*Vpie-eS;V-?@d<=ODA4tUscl#(eUU`gO4w{n68?0RvWA~WBkWM-)SOV)s&Yn+gJMw3icbsuV#5Bd<4Fv z*s3C|Qy84T_T0PN{_Gcyh8j2b$_*FPiwik{W04#o$Ds|c3GatK;OR4Qu)ca*k3HQ` zUj7V?fI)8al#16zMW<&H%lOXNo;{IOd)(cVlWE(5i0Sr--t*9H_;Q9TgM>uQx!LvQ zndVtjsQ^h?V+F~81sgXmw5u8%Ob^~zO~T@2_WTF*y77RE-0;+}blHOM=L4`;KzMu)F$j*?p;{(X zf-)8=Tx`nCV&+>>6R{1K2tJpS>(420pYdOjUwX|xJ=$tpQk<(yA%jw}npYpCKQq2^ z!v3LQyZ)7PvmLAFWpH+&W7)D{9KXEDa4TA&*BfJL8LsSSs9p|QDLsTBCtMlv~J!MFLszW`8n&~y5q{;hf2L`_`%B*q?4Z_8)&i~S7 z4?Tvh>GY8sG?upR7@GhEJMP)|{`8AEGhK34eH|G+6DKssEU1R%znKr6HHJ+QtOO~2I0?e7|$Bp3C9?=5uRpPu7jV_O{7H^utiJ5pH) zf5|Ip^bm<1o3Kd-Rcw8onr7zfMM?2xbLZJg4kwoX>6_xg3ahRc<)Xwwc6~J2LHkPA zS398>-oe)IvwBB|zGMTzUTmDk!=H1x38gk-MMmyO2YpHfHNXRj7`ZKidio>aApCf~ z&024vG5Z?_5N=-S&FK|CnIh23S<8D&WwA9;9byWzk)<5bVx@~AnOk*5K+1H{D=j(N z*hfG_?yGe*weQ^NFEf>#358#kpNY}a(*wlS8hl8;rSJs8JT%V?kW_m?v<1`M!3rPj5fmGd#@MdIXyu^gu<$3fP@%inh4Iu8zx< zX3tAZuVOboG&}`%%^dZsw6JY+XZOnW@3PNm+rys5wnHzZFmi(Zzm|P3IJ&&3;BlVd zdla};tp=xPi^j6NIzN(RLcAV@o$Ehy>Dp&0s+DDXJLyv|3_r|G4iP{IjUhtd3ZwZ1 z?-hQ-Dm1-?p~1f{(l|N}3k}uM(#j7Angwb!S&v{>=Nn}!$h*O=T?B*1Iy#h zamwb|4t6YxsTow}j9{b23R)0&`Q(a)W+J8{vIvesuaewx5SukY! zaw*-jR&@j}?{yvfHlJs}T2)fk{LQhfiTKb;+H*Mp%TLpBuJ)L2& z@Islxe6q&*rX+(<=08*IsQ&?W9Z=&u*PSzxJJh|Ee?8Y6nSVV zerDN>$U2jgH{0)SoOdNLD&O;g3VSY>2OK%f1fM)y?#)pL+(T+RBQx^{eX2?8%`=HA zJ3M;&t?wqjK&i;*)DZaf0cmGrCx(e)&pu~4lBbd!Op~B{qOyaLFKWZCA#NCEZZI8z z5D|<`pdJMp=pNd3qV>IbKzn>q?z1zann)#XalTaTy`cvz7?dfTraeFrJ+|A%@uXUz z;Q9Q#1%q1VSLVXZRwc%)$aV|+lOw??w>I?}l!-RpQ1Y%QL2MazN14;Kvu6(Z@1_)v zzt*}5HBmM*9GV4y~XEUyef7sx&cQk6M4g4ag0nPoo}>G%%?bmr!c2p$x5Ngi%WQkEQ?SY4@$s0z4)clk z`O(IGSjg3NlQd`;DYHMgnDJh}d#1P=gz>}(r zouxFNv#Du`mAF1yt5=$Kz-)W7EiMzE1C_-dp#{vF4~POArMkMh zs;0(*Ck-g0ziDo!%2M+jsh@UXBgO#AVT|HeWBPe@b#=h%8LeBQSAB7(toY+~2C^FE z|3lMPhPBZ)ZEu3RyHljNQ(THW#kIH=hvJd~h2j)1Qmhn8ad$#-cXxMp|8hUa_vUAk zot>HM+?jK(o!QO8sAK@}5f(CsvUIS~L8jml5M`V!C|(L%@pVLq2Fs}IrZ+zg{YZ3f zBG(4yHgnECpNrGP^z?yH6ukF@tO9OZ@^0?#unO^L?6aXK|Ci;`tk1XKz;})J6`#t7 zPsMP+QS%O%K9U8Rs)7YlU|=n3_&W2TI-HBK8rqekz4x>rm9$cZUSUgpM+|JqKl2ot=f3_g0v78Jy) zVl6sWc!68B7GXKfL4szt^3j|{QwY~}&K~`BD7Y~FG_=j(e0${8z_fUp4eYJ9x7V2A zb9(Hli z4o8r1aw=<~{|5x=WIB3cAr&ufyHIEy}dl%XKR?o zny|6aHn)rvENa3(^*kQ73Uv)PegFN||8 zG;DV6nbtlxBdf0qM+?EGp?Ue6-%nt@zuOpf9jSUQ&Dk@ro(Ti%Whs*+#`F`r@YsXj zYkcIv2SWimq?%&_0Usm&IiUtOu0w&TwY{^-WC^Q7+*pbrFgMn;Fg6i%wAI>!cizam zl_Dra=_9PaBU_;GIk^BUcYT}_Z_4n#*APF z8h%Z0iaqt}>FpgPqg6g*q|EO>02h+UaL}$H?GYRZ3x)eXX&hM7T->?VLT}Wy7ZLdj z2@MIN8d~EWtS9y$&htcYqWLlae2d=Q6`mXQeDuMU$KB%0%xC|09zj9<6>PKj=H}+% z<$pf8NJNoI15cqlgsCR8R+g6Xo85OU#U+(ei7eI#5Y(JvWl92ku1sZQ-0QE30K7-1 z%S0dRnYU0|`QNwX_InM$nYYMA7&6{dL~n(#$eIQ{<{INA$iQ%k<`9X-e_x&r(m6FV z?^@ev@ffNS60(W(+bjahoA(zAvhUAhb!14W#0o3V@X(&wkFmAv!>YQr&DjV5nd&J* z#JR4i=KY5a&|L&zTlKIDI_tG!l_pZrA&TMmI&uO5b4GMmie~@Lje}ip-D!;hI>7Zy z%lh2m;L?Z z)^$S&NJM3rJx>IG$D+nWJ|MX=yBO#IRic*kqM?zf?g;g}Q&vS)bHXnWV_6xc2xb@b>cEl|81ln3}7vUqGV7BP#4;>$fL z6!EApT(@y9 z2YmBm^)D(fKRx5qC$Sa;d&55s!%_S7jKgk`f93sGY3h|2kEizfk*TA>Z;aU)K@-?Q zy08v;_$?W!fYxx<`{Ji{7j!cstXP&ma+`fX{+rP*!8)nhQmJk`(>->Mn2hnLyX(5D zgzCu9)Qo5amvWvJjkV+pLbMN}g$q=&?z^MDTT+Q_%!Dm(et)HV!|lvte(zD0K#|`G z#pl~6vE4oL$IM3Ua!GY(=};DS)L`@523Jurkc!txHJ9yQDd#2OhS zdI6c4s)HFJXwu}CisA2hKr^!swq>_cvha{B{0srvx1vHqLXpK@xTp<(O4(PK4L`hv z@@DlRm_C~MGQ&ekcY@*!E6pW;c_Tr^k6(pOv301sh5C?3GIdaM8)+nrEvQY!U@pKOpE(3ZeTc4&+@%1uWL;LkIlhm}#*@I^z)`&7 z5s-_-5TFOjpgqVCdNkTG?6fCQrty2T!82AG((mh?v#HQ;@%!~%k?s*>yVTLk6QrU|T%aKIqBT{(NCUIf? z^lPvlodmQT_;0fLN6XFioaX}K;J~;vrd9h~LX!HHpx404Xcc$R*bHtkGlxORCm&V} z$#*P-f*N8gIC2uHQjQA;K!g7W_!_}`WhcDKbaw-^NAC#fytTwaQ}N^DV}x+fh~r?! zW*2bAV5<@kQ(q*P*l*ckuKZTi*Vi|)4V)&*LkD+f1BQkF%nD$rcjwb*Mg)nNWkQG* zTJdpXCm)}53#*}?w>doy5S|TVrua`o3HLbiyOw7wT7U$np1+yo_RiUL#V3A5PeU6LiC0o%ebLQ7+~nc+HIA+k8wwwr>Ext zy7-X8Ld~C?b}WP?)*prl3K4+!-*-9zD(8QC>YbLEE%bIA<|=acY=}nVBvj#{+28ro zPNM;rUkngD@S2t|S;i!3UI8CGlf{Ii9Yz{MFQtA1fbG7!zWbHvwpqHBMY@F`GSOM24;G~-rp)2eb&|7vD;0$ z1(W|(UNWM>L7r*9>p1CPiJ3${>cBwU-H_ruuBf_Mk`Z3wZ&nOjreQMHX4N6ZPtKwY zs`a!tsAPkpem8wvV$mXxN7V?<{BrE2pn4V)r1y79+=Oh`f!0$5jNrWSB0bPR8mvJE zFGe=X*KhR*o>3?*E@1+(nKkJ5lrm3c0h~@AuET@YL|1kG?B?qF%#c zguW__1b>U0Ny))0&DNX9xR&;-^OYF-H2BWuRAe&K^*!8bQ}c6tHZc{I4eWMwruRmK z?T;(XFpWqp=I#(IF}*oy50+R14LAj^4{gVG1vJp7d2I(rjlG3VY}RzjHIVp*723YPrq} z169GgFNL#I4?PpJvy920!O%qAcM|T{O&i?A&Yum&?(MANH0&bzGKf+F9-!>_{3m&C(E|=7XqYoMLGrpS;uJ5cs*7Es- z>6c|2Aj^aX7&=n&WPl+d5k_H}L!!A6)oM-&3WhY^qLG)X_5VM>if159wFolnmu zY>6G%D=A7NnJ5Nt+G?E{0bVU1_e@5bllOREVT zWJZcfiNWumIT>zW5lR=<>FSr;c-wd2*HwzjuU&WgRXAC9Uh7x&c)g7hi>uEGhmdrV zivbr4cifzvu$*dZBZTN*4L8L;Q_?Nmt}GCiQRfh5@dfP1Aj#8`arBcEPVvWw2pE_$ zV0V9b&e@BI{S?v2e)D8Nk_gP zt=Q$hY)v8w&Dpp|++V#69Qsb*kf?6EJJ0s8z85UQZl8$*)cGDRFaZv)b-6jhLD?Hy z{YVJ=E zOgkHG_z+4)gSzY3kr6f9PY3y?P!+l(S0f+?(nfcwGkqB|NTFYSa#`tZgMdVsv zU%Ek$?o5h$-#0t;q9=m7XYYQw#d(dru93}z(s>X6k3vA$2dz{?oG-cB z0V3k$x`PY*egNC?gYKrDf#V`+oqKAQ#qK+YqT6lJrdokqWSFdNnYVkM#deG2C&&0e z-Hyq1gR%JwYzz>4U=n$4X`atUSIQF=Fg&J6p=bPWmM~YOUyw+{X>oi`6{P+~yzxJ6 zjz6%6$x-}Om@tY2OTdQWu;Iy@!D(s{4?t4q8p?kPU&;cz{&N$PP%t&>fB$%^wsbOa zYtEq$8dE0%6cAWpswC0u*D!%|^uU4j-f#a?%}S=t`*-)4ZQYjmr+%l(-v!%*|2tL* zcI<03JqwUT2l}6dH0e4SGmR%EO5+cT&y<<+m~`1imfYvspwKiN#K^ z5d#0&=FbXXh5 z`bCcQf5tT;1H=@=0@F=BJ#zxWUb8jJtGuM|y1@T)H5NND>E|J^>HO1&W8s>`XO-|? z?gV7{{~*AEF!nCVv-mu^HGAqK$n>ue3FWXn<^QxPAtrGj0*@INgQ5R+A|U}GcK?5A zazs!y1jA&>FF|wq#b5wBv(+0Avi~HP(b7bMdmoPF2)bop^BXq zW9D|XW^$ju%UfRfrSe24RRMFDnRdDsFm1lIe!yDeLXxp1K#;_r9WjhT_}QjXaIO|s zxZe4guk+{wV^eD7r>Q9H$nU$)Z%tN)(xYthMNl0hldEl8D18yhg-fj~Dlvh%Q+NT( z+jnAPiJ?%l8}Jn2db}J%JvA~xzvkhiV1pT84R6WG5TZeToC_1DN|Rrr>SwcNi!U&m6gJHC1?!4V(y$7I7ECSBrxv&j z%4gD&*eHwA1SCd&HIH(EOdly~@FE}%*O0ksoRAVGITsl0kmeiT4WxVy7{kYBk@(R3 zCpbxAw<8p<)C&k={S1P@3X;|=S9wz0pR};SS4L@x1-drSndse$EljY>UIH4g@Q-|bF$%N)obhpHrV6A2|1dCyi-YnZW6kRp6 z3^YQARZ-OvMg>b9V(y)(*9MZrHz_k?OW4$je6B>q34891#4)?_RI#J%Flp3rVw1gv z7C-!%JUbIWKD((RJuYF(6tViiPgWujz|RP$SfKK8m1sNEs+RL-*2SvMEnVZ)zxgAP zy6?)rkwKjA{@IA%)2`n4v+KWwg;f!bR{kOA2v>T_4AeyyaVrbCX@5_ZllNdw@3ZiD zktTS}$CQvi83A!_LTm&@m*V%FRw<3m2Vs^>HF>Qf>awT`Q%^m@2w32kUE zxsxRxkdIjNqCK*B{8?lnj>KuC3SN_36Y?Y2N3PFcP~5)VWRhX3DTt~QDPKwOPXbpQtdC#(uj*4h*ruoDbffO?-zB zIUEtFP2)`GCccIU@jP>FgIu6BJ$uPQcqk`-FPqaM-^kgE01u&dr~D5US*1xm6MuOX zMKW6iLURx{{JQ!o8KKHgW*sC0ACb1gwcT6Kp7~~rq_2#8lFamQ4=K$>!Ik8~H_^i5 zzDSsYfDjXa?hp$vU!cO@D%Rs8HwyXAEsSErdhn@L#>6B#!%o@pdm;-Arl{0TR{A6k z?1}&&ayfvFHu~c$oWdS+I5US-bI;}a!N{3mA*m;K#mWsywcVqw&+nq4w4oBLF)d5; zn1!+AJgGSD5)h*L9qU|Til4)nHxGTZ&;aOR(8g{*`lSl&}fRc`#bb!N& z60uV{+0bsSL_u2$($lo@1mNmmrj|&+6zPJ}9^JS}=lm(!HCYe=hwS_3k*#x#LuQ9} zDDqXWIaOCsDvscxou2O+%r-g6l_e^M81l^|yOcgDRTTAF=pd#xY@ot$iYjl2sPx1W z>Dv}yk`(for+%E=;r|yTd$|zH)f*e98tBi60HtguJK9&Pe7@!?x=GGfL~lqFZ!RwC z&DSA?Q=)@qSp>ZLs-er7i7lq5XA9!=7-3nOqwin*tDjd-!*Y4co!q;?W1tp|GB6Zp zvOCI9mRjA~erjUvnzNiu3$|BK{fiZ@-mO0p4?ed-#mG>r8IJX8n&A2=Y*zMS+UXbR zp$YBOiog1EWK2;{?5r!~Ob*Wp;m;YX6-7kv1EBi_t` zO3RO~y1=G&SVJ-a8q6-4?-f-;*VFjhN;Rbc=nsi&L~>AZJZ)5$#<`~^i^5lOOd&w^ zD{!aVOt!R)W3gNJq3Aqy)hLF4ZF>sRX`<#idt9BSmRiQ^0yKRJ0?zZ%lq zex~0$h?bIvsg(;hq7D5-c8Eo+(XVGQu?0xIXEW+v6dNGn$#iDtD$(%_@W z-ukvMghux z1Q=7ovE>!p{@t(XEj!^bljkh(rV)6d1N>WRrpF&&9g}GRpw7IS3SwtZ8Bm8+?Eji< zUp_^YgJ|RwD_$%B8nfxLTt^A!M8N^BPc}3XyeO3+mT*s#wU;~`7y{EW3lUP6>-fOy zj&wej=rj)wrk-r!hE^dh3}wOhe?^zg<&Q zy71ty^7LpU9MTi;)4MKiYNYalS({|A%G{2vROM?b;tAgd`VSO;#UU4%cVoXO#0aZv z3Amn02(?=&--gnC4ixf=uDbs$rwDift7W{P_?|DBJ%6J6HxD0j+114o8Lj@6a59#& zw}{mju=z$4)1*%A5W?pogL3$2Qd3=UPUBxXJXR82gbYEv*cVkd+cbq9>V$U|1thm=Jv9L)#el*9>6})Ds%KLEV-nw-olUuB;+Kt+mo~aXx0OY(8mK_*~K!y== zm^SAuULOb{>)%=F&|TCvz0~GH=5aRrKgTY;dI8Ux_n&_+z~~GW^vpJe?~`9Hjh>j7 zX1;#xNA1y)A739qFh`@Oqk!EoV5^-AmiXk)uJ&Q}TgV%dp-|A|92kl&eh7Q$u1i-X zT|joR7RYoh-fNSC@(7;SYLh&BU_ITq`-hAXoMo+~jb~;&9Xu|4t_1H|hm1M_JJ4gH zuc41-G&u>*0gTuwpDf}ujV&252MCw|fbt(m9D+1^6~7{g$hZBWOyd*ucxOp7J<2!G z*&4qd9|2|?F$=hrfr3tqjtAe}jtY_W( zv;g^EkD9{a-J@X^q-28}fTI zJsGjx+s1*;fA)-^cj%0bw=}&&uOvC2nvemApDPp#SnI{|2wpWL3_E|9GM>C!M|k~o za|MvHrNS~B`9p+`9*C~_vzg1hOaAA=#$mkmW zXVS{1BDq9^l{VSAawnTNoh?$a+V6CdRt7f3ccClHv$G3yITb6qNbPMDu#-?CIBmB6 z*b!%7`%&o{$Mb&74Tl=}-y#ZtPcmq_q)hbW;2uI%+-jK3kX-jj*TQd4zJ9rIL7YOBw`sgC_JI*Su4$>IfpzUkPRVc>b$ZMU#dmd~}A!oq@(0 zUIf&@r&=v4<3`(Y?KXJHG)i>hZW&XKOhZ04av&LO#D4N{?^M{d2h5~))oFsW*Ueyn z1sV=*nmcy;UyBN0X#1p!QE$xCz9#3sur;lPg`+Ex2~+KEFa|?L)$odl1`wg_eyZdA zRVYaa^%bvleDgHWI1r@2MkNDmaY1MbO91h<@{qg3H|o0__dbOn4gHsgFc}%qSN{!Q zQ-?HL01h?yOdJM~iGc~-P#|rR^mi#AJW75QQvZZH-qz~rycG9#+FZoLE=%|=KMcn&(U1#H2L=*uG&Osk zARS`ekoJv4;7n)3>tj{7v1qxG2HZSq+iN}V5bEUsRnuIBYhVB5 zYYhG871rF*1bP$tF&q{si=nLd{yDoXTS&Y_fvHIM=hWejQA z17zeF#eCAEVIKo8GB68$_o+{pe&T{$_MY%Ch2R3O#TP)@gxX*dRn5=RqVJ6P%H>(0 zk_$XiQwq{BEro;GIi6*M9rwTF{S@DxL$pQJu|$+80NUe51N<@)mo2~CCLItb9bnqV zW2L%Cr-(Myr3M6v=)ok`BBF-~I~!_vki~U*Zt7AR!73Z$F^Ss2(K-)tyT1Z>FY}D= zz6^dXtKo*Ggz3}Vh)xbK-wNs^*N6BwKEf3Up%=6;8g2g~SYr`iLJ@P`4~JJ3fGZR5 zV<@Cp)ziXToOpIn!BRiPR4kB?Ok-&HU|HM2(!U|KIAXL6oDcB4vebjiQ`=t$tP9m% zso1w&-&%p<|8+2b@mihjSo{0zbE)&k5adR9C+dIGIT+=%c{@JKIPv9w(lDi$0>k z=Cdf64(_Mrrno+7i$?3F0TsMMF%_HVa7(Xx^^<;cvN%Aud!?ohFgWqFO4WjCCQe@t zBn7v@6B+TueRcmEX>Sg@T8I*sc^jl;=;3f+d(C4K>OS5~`cH^n$BXo+LxeJYoVp>A*v`8mE|8B$yp9 zYEO?L2S6lu5iHegrH~Pg^S)8n!ppagWHk3Hy8Xrhq1L+CZ(pET>)w)_XcE|M*Jq{WXeXA7rcLIQCjMhjRW+#SSuCfHJa>EW&bN87j#7w>3N z85zLVz4xX{Tv)c0g_>3Zn;E;^jmP?zUdG#(WS{MOM^0gl4=9kNnKAtJljgdrzi)Od zb@kUWXn~_mFu5|;(^qGQukw(pGX!Fli*YRW{H9_7p0(*#d5ewv7lNibV>lfXW8`$L&Pl@URo(lOubN2;CtGeffNNnXU}1>(q2MQx z#P(nKhn?wjEGi=%4<5tG=a#gi-{W|M;S!QX)ZhWBseuZHy81o-otiL#{b)jBW$mGc zxAnorK+xl#)QBDmwojP|CvQ_-nF^OUi8f3>LezpjqrpF0#S=+%cqa&pRV10_+{L$< z#5prMS)(+!(1PG|!DD!ZuP`J;r*%88%o_6}rFZTra=m7d?#S2%6-QACrC#mAUgYv7 z>BIIfH(Y=#r9crE)>?}G==8|z4WOo9X{u*E>vtpl={AUYSVXWE8{|tM z;*?b1mAL&DA)iU?yk1Vj(AZyob)hS;t^mpQOx_8Qd~3tXi*bTIN_WHKfFA^VT;w%+ zO4bZGq<;YUwVJm^>vFT)d3)M1Up4z>7HpNw+hOc^Nv?`m3=wK3TWu8|L4e&*4Nycw zFTBk4qPIt&wp&Zrjp9gOkNEs7^RAXd_}`y(!MFH`DSB|B{cP%!UA*YgMwpYFFNY>0 zP;Ql)f^ma<`uJ2aNH&!&IyV#&!bXoUBZeqDVo1*fY0TGEqAn`TjqCdt2e=Q4 zX6X#F{84skmYR0TJW>C?YOp6Mt>1W`Bf)w5e^gh5|3}k~%ImmdAISees@5CTPE%TX z!`*OCDuTlyWbm>dlst=2UEJ_=6z=2gSUy?!`pCp{DGn)AMmU}Qq9#BCt~(*$4PTub zKoa*7Iig@PCMc1Jvp!=h*))80!G9NUQIMD6%UhR`AHp_tIn8BD=MsUQcJsENLOIHa zUx_`LAxj}o-8%r}4-&5(j?tQ))mR>rXsAn<51?3IApOTT9eQYw94htp+C+ORNy%&n zox7i|Q8~qfR>9vgT8p*kZjE!igC=2|I6nZcORl%iiW^qbKT8IGXBPSBysiDK+U~O4 z9cey`whHX;tu%w4cl}9-kAh?j|>r6<#t#0P|=phVqnAoHTBGVvsDaLnT@+vf2$wrZ3f7hL?fGT#o$%y;l*&1Y_B^ivZ1h!s&}44o}ya;ZKayQ~K*ZOFHf8A&o^X z`i1>Wt3xEeHc%$^1wPhir|%%9?+#ndRCU*|>&s8J%um(Vt(BF-#W7}+t<+E_b_`fn zp!2kkelngyF=o1EbZ=igltc(wyWDxKVjcSap{cHZvetqT$?Lelua`Xx>n4F`0zOzf zlvcZ8>BP>CqGGJZm$pQSa;^7GqLQQEX0rQz_bEFh)^@%bjwLR59>=NWh%4}3J~h$! zGq4HevJ%#@dNFK==M^wR0OsxY@7Z^bF$nRvm`pIyAd0BE~NS)wMHx;G|)hCSm zU~$59j;r!4tr>C14IfeU*3gf=GHIVv)Zemf#hd-FOa1rtVw)b$$IwRzkqkgic>uwH z)dMN)-zwY(r{j6YD~N-jc6#w(PcsWpP(PKthwvty-T0$oCs&)pp zED7hXPi@qWgM`(4chjsw>%`U^`rqmc1Ydh2=&Wf4*Ozn+8jRRQ*0H58=qud=;5-~w zdTw_4D-OG3&^^7@UHu}aW?{jAd4+lGAjajkPxhyhhiY+_(&*3rPBjzE$NX(k>l9f& z1TI`eN4b|UkPRBi=lD@oKO@0W8m}MaUwB=HL#gXTSzWw&m9h#1_9GEE4gQ&NDR$_E zr6&(t`fZl@)!sEjqxtu_%rkL*D#>OfP~{B03*@ok6ysIqCM+mx{ISW=8h`23{=?n5 z`3pVKPbp(V7N<@+VWBXR7&Ggt`@}$|pT4y{L)MqsJU^jCXFQvI+pOY`9y&kWM20VS zzAF{%p9)Bb2!+iac5aroOw1CdGpG?PPQX32pF1Wxowl83z8}m(_T|-_$qgFV4F1h5 z=5c87GowrR44VXCXUNVe^Y1MI&xDZ8!AQCUlR(7_sx`$bEH+B?};e=GQcXzf!Raai&V!X1C1 z$fQvzkpCtiv~!x=tN*K!TkmmZz+%jh$P2MQJJEbD&X6AYBri+%(D$HMn=0bX4@L%> zL0#NBnSMfpvBIR~@1W2&)i5N#GoL4K|F)JONs{cj^cL+U;kvKKKROiZZ^wc%C7+L6 ze6nBIV$w-yh10fbSZ3qp1;y%-`WSz)Jo@*a40xkepftohB}0yNL0O^-);{=uIgBBs zOzVGv)c4))tYXc{y4lB8vo9N+;OkIi0eTUn_KW!Gux}7tvGc+_t{z#$qEGfaQ(o;+ zEMh)Ly=}Ml_KVi$J?6x3EYjwevK`Y2-eD@5=@ZKGhN%|(`5~N9K=iZoJ0m4hn9OLI zXmlLO$6t%h*Xce_)2|<6PNGvzGskkCoNSR@2Qkzx z|E1s*`Z*xY09e|6jk)HwZ%o4HzyAfwbzRpA{@M!WQ7)6PEdK?R@~ySGro+);cvQ{%loKWsm>Z_}Up#0fJ^a&pcKBnPpJ-JBXA890^pPXr8`sBMG-o}A ziwgM^nOb-bXx0iJ3t~hrFCXU~ws>rF>Kf10FcS*eN9}0Y#l!0E{z11|UqBBgt&zV8 zYWG44vJST#f1Eu8t@$lBJd|g9HPvHYc)iGJ58%4$j=9BwPH9Xypq?xctB%2Pbl1i3 z)OtrFZ;RCUgu^eru47zQ`K+c2ae{2l$a`QFv2D5fYG2c%9**8XFVYiU&pO0{(b z8~$F-euQT!YeCNLmGU&j<`FdelRmQV!PwUPT{&+P<$#dQbeevb%VyqO*6(3&Wiobx z{i#EuKMII*)7-^8>-?@emra)8;b-!2_ua^2(e3Jso{#g3dol4mUyp)rS%=$7xEas@ z+AB|@-zck~f8|;06xc!=o6q5NIcdkfW|2vdNy=o!`DV+VQ17i_p_LOmDB; zqOCkOE&2OjNM~L4Hr`J3HCBQuoxu7;l+Ue=cn8;PJ6ijwTwOgCPuBOCSCt+N=(le5 zee{@K^8Rz8Oet*@Hl(^EQ}2pY3C`$2@CS_Ohr3~&cs3yFDM80`iyhc2#DOwjoV}++mL`SBD#&D zrYH-wW8T5Dk+%_?*YdL1K0|#0k^ujlVyUo%#;!EHG8cPllrnR7pE^f15y$$0+G@YP z*OKaVv`|&+Gx49P?5YD4XEykn8Dfh~ZxPC!%+I89S)RCmDg_?-oqM=h!MW-R`f#kg zF+VwByWLNZXDoH_+bfTyiF$4ZWDlk-{%Ws~bmLCr?7;7*E7e}iO=N&7Fr;XJcYjyD}uwoh^08g&QR8-H)%U6lZ18w5g=dHX-@#h$qJqvql_cV*m&_x4*iw$=> zTZcUNOV6+eEL?Q$b>=SyaD?ghsZ?mg^np{$o`>|%KLi5KNwW3& zaSD-)IcKGe*Oz+>!QQQ^D3L1-y?s+@DzaiB#*xY{UZDw5F8X3YK{>eEA7lZd5 z*=1-Vz$XwS-u&~P`it|zNv-{{Aq2Yqa>y~xfb2U%yJIpY4wO(<$hIAM!?@P`dTwE2=(^7{Z~$ zeR9ZL*pAWH#dD&HeN%GfJ|)rd|6sJhF3foUaR!O!kPqMme3lG zSKAaDYQG+R39+qNx>n0YK!g&<3Fl%v@{V|5Gu(}8mBWGTf(T8h406HMDyE?qPyCAvj=W7uirW^!q%Yh;%{o;V7(xU9+; zUeEU5fE;vt$0YpYFBYQOf@Ly}tYMo|Aq31G#Y>k9)x8Mjpi(~n7w6gYY9uUWnQ{sV zMiPNxUU?+-+()A^ zun548ih{*@$LQKDFKt0*@nPlKE2z`w^^EIVPk(fD?vfKpPG|8C0&8}pbNJH2?5>3T zILqB?GUEM1MlEB<4EG#a*oNT25-5=OiP>=CMxcJ!3FTr4k0@U`hH^BeaDR282%)y* zzFT$W^-pS{{iRww$BpK>a_T!}Qa$jL5ItB~se0!RrI_#IgnwAEUKuY@=1fsZ2b1pb zW^$q5T!87tNNI>{0?nKLKkM^bHDABb)2?B^d%fEe_#qukCicpt+VX5&vI44#2+e#_ zl83h){6|Vr=-G{{ljVx~_;E#AZTI6p?din28#`!B6rnT0ZH)6KNruP^Xy*CG-#}+X z!mE35@;{8WFw1(yxldTB#q<6Cm3axcaB+&Utw>JVvIRx^w?Z%rh34ws4aCffBH)M@ z4;ZFT_awdVb&Kb{TP`0hsO2(Ms^*|;zT562Bo(1)8Hka6({i~3D}EdHm0tU}-og0L zvJ`t3p-sDn5f5rr*76i<+MrzE6GaM@9~dsc*mg2KDJU$;zhU*wxUmT7qT`}m+apVF z^~F=;UVxSVsmUo)LBmCuIIfzC!uGPKDTRw^lk)MtwZ#)XCId2fu1Q$&^UT^73sG(l zV*-5g!h<{0w;h+!2$%6n4F6M`n-=ezZCO_qqQ4f;EpC~`!{S^*stiBYb~u7! zlV^=%Tyw|~n=SE<)=(<%Zk$$nHM6grzHv zY_sj_`{C83;dX~W@i(Nsc$k$3RcH#HSXJ(mgYa-)BLIvV@8Y?%gKeZYH_MLMZB1X0 zC|i;9ezX*nv*NwjPPGV~ysqfHoJ5tYXqUr5|7>aYMFB;ob>Md@-@XVH3N^ldhcgO# zQ9jTef#hoSvr7|+#bZUIXWp}jjf?nii}AQ4MY;Gsbz%IW+>yuV7fmS z!njlY3S^$1@zw2#B1RfFZg%h@YUIr{PhV^d2W1sK^!?<)A8TFfZ_Zeb702#;Gk1Eg zQ}pom{(C>Q?pGc;imgx40x|=RHT5*z6X!7fG3R)fcP>0W^R$uOQQu$1#(o1jr=DKc z;r#D!lu^q7`M2r~ly^kKtB;IjBH3F$!x_wc)CV>Vt`f8mXl zT*D_@I6KE|i$#leq40vjn!MZCRIjS+ittb6LFvoJnh8gRA^uej|F5~PY>KOS-dyZnEy9VXNsLFqpV_gW@}|$6L6$sDnoezohpqIi7$<*wBu)SlGbT37SZy(Jl?;$nb9WfjVev_4-~+BE3HrDQG6AD62&QYINj#Yc|Efuf-x%=L{v|~C zPDVd*D*ABjAN+5kyHy}>fjMt3h?2mmte=X$xFQS9wZjCC=4WPBN1l6cZMss~-$o36 z+pl<|7`ilwe*_vkF68!h3E~2=m|NbuT|OcodPW=G3n2vWkrE*(Hnc(*3*H9wurmH|(6>`y z5U5qzfc1rC()#Y4wzrY(!d98WN$tTSurkrmCv-^Q2SrgjJ&}qzIrA0lzL$5el3~pI z4zBDU^t7o11XztXB_3qUt$E$zt$1e!ab(AyBld zx#7BLs?4PN{7dv~wW6HeYnBb z`!{T0r|oM#Io`;{-{;o97}tgbKaPUKFVUSB%ytOBk0myiN)4@s2<2Z@obx_#<(J+w7yhBKQJu74tjlbx8K5dnKV^2EjT8 z$JE_356`O$i(E!|9kslqwDrfPFrw7ScuDsrq(usPI~mcu-@pRvF!icxt6F<8zhn(G3-{yt5 zGzSX9ge9O1QqG-FHq&LXx4M#TKp#~~2%IuIq<>82uLGRba>{M|G5L)o-aD?Zee;AJ ztj0(QN9F=kKEc5_ZN{QYQuyXWkdYbxkwgJ_n&EIPfFX}5Z_0I{fQGKim3pP0?ivEZ z$?J942F)VX)&?G#^$x`f7fwNg?){o!5DJ!?>*<1&t(P>VN83lt_Tq-P=|G6+rC;gi zDt~8GZ=lAwDiH!WbCs|?h3!4+%52*HdOUT6FOFbEm4ITXQE?1EZ{dz~NC35d;hbYN z)Am`!G`|zG!@Z7f0^G`s6R_^w$91zBUdH43I{jsYVB?#R7A1$o5a=8C4y?A9yOx&= zVQH(+G`)~Zwsr3#K3CVS1YuaDf9oBFqANur*A_?tQ}YN~eUs!$ZG z=Tdrpi^N*?H91LZZDvT#49aN=$};BUE{7>^zHkwQ(0&bo8Vfo5M&C+%ifXt7ZZ1j% zKY;AqFHrU5mPEv?G8-6vC{5MvU7MZnuO>@L>lS#Yw4G8*yY&$aA%c_ERW=PuH%^kM z&9a6@bjg!&bRBcp&WjHX{^>@rUPTMZ zm#|YD9fR8Mg`QigcBQqPKrg8dS8BQ%-cYL>f1TAcXAE%Q&L=iAjSug8Kf7d{w6KJ$ zoT;zq{IWVwMhI1mk4?t*7<{)m{0?@-@};0*szu5)=mODz9XhAWd<8Oj(_tsKZcvkr8K1P1Cn~6o|i#4 zKCSl+fu=-fFkiL_b!XWtswtLHwxteh`}uIRz31=w9%EJt+S=ZDE~wOqrWpp$i(hg3 z#O?LBeF)ea`%nIu`hLk)@JYb@X%_jm=5H+pZ>GF%K*#mru#=x#O2M;bt02s<6IYm9 zFUI!U9I@!+w+Bp3ZjwQuWWM{tLB8wr6lr(R?@Kec(O|;uye2%Xi0QzKxxnps8an~% zmXuQmf#1M*gO~sT3HRGo zRtNl)4~*zYgIz~+A@AzTbB!hFl0q_?AB>oxu1F7ED^4q5PW_NwrQpXQmoHaGht-ES zYg?dXmSaU9h5kMEt0{OUkm{5H9IxnmC%~gDRUfHq+@vwQX7u7iA2I>#q8$y6gk=X- zC@V}m@G=CIjgXKwjDsfLDBX|xI>7TZ1>sObG=<8}%as{FtJk^-g}scF?DF9JY-=#} zzc}F%^0>Kx;SziblB8L8?)i5y?Qv1DrLiPacVQCrNRzZnAuR^{h|;~lNgvC4|A!vHId$_>Hne6&HhD2Mj*z$fB4Eo z)mdcNgJ-2}`8iQUoL`<3Q-F7lfX>23r8@fC$5Kl^dcnJ{=edxWt*b%RG6jIn_z&ri z5doK+-d#`hOR(4H_UHZp%9FDSpMps$kSH-q+HtDtqYG3G0WF~8GEVRXn%u3ua7#fA zW8p>iGgbhoYFwf?GlAauV<`58|7}HL#7cK?zx+j_9Y4G`{cmOQB|GOZ%38Q~6HVn6 zyRb+_VYN^2dEmDLKYbt#$;#l#fA)bk(mR+y-;9JfOCZvI1swBJqy8*T9z~@g zM&NS8cf~Rk!07+vFNBFPG9#yD%UNk_ol|fW&@gN_G-Gh&GVs$NJ4H7sO!oKtAb0b= zGp63k^xIxPNul_hPrQtXv>sg2$6~DmZ&V{Vd_xX6j6Kgt{5*&GgWQ`%wd4JQR!$P~ zP2tg<*V6jF^mlfc-fpNdg}x~SCAsGlX!3g-LKb3xHB~&|_%nSUMV}%g9Sto$`pmkl zx}i>DIR)N(dHf;=yv5l-{1MRG1TrfRgC{vj{O*U=-PV}Z;{;?5kMp4|oe^m#9U3y#FTNe#jy`>s#qEuw?f1f>s!Cuj8&vN&38= zQ*Z*}g+_U^)_Xj5)G@6=mJp>8P17Yzx?>>x?y@Cs@s01xsJ1=CR)6H`*E;!Z{+oK zn`~-YUY&p5mSi_i&bvC~Ld46g1-N7@PV#EF%}gptH7oPfR|KwDxwbN5Nx%h7dAI?l ztFa&6C=U9$sBvJUzIJny=Ew9=CnuuW*HuBu6phMvG$|2AjXcpS$h# zelvqQ=r<<9aJD%bixdH+aYtGK8qm_%P+T#QPiw>B6OJ=Z%;3@=Xfp!#xVtsuJLAKG z0_Ud|x9_^MKm>#4D)mu+K85n#zroyMw)yYNVyCa|-20m5kEV}%KIl*7!@alo)Boh|o;a7Wx0|4$gOF#`UwtHB279dn(W69jOI;iu z9%-3U5<4o$KeVeyTs%HcCGj}7oO7fEsW=o;6a-MRcAcT>%8(oU4w~@=v>0tR>f8dS zk;b;=nC=E6Wd$FJQJY+2^_Uk;Cy95C4>u))hRT+xF}Z>hk~D3zAXE-7dn-_3<7;AE zsRrSdkzUknI*wmil;j;q-O)tLfcDTTYbwu?NV!Zd$&7(h*mID)UinO2$lcQLdiFtk7KAjurbnexCN8v`;s3pYi|PRbRgI@QX~)gZzHH zUttJR0ooDv&=^z*T_#8b{<*YsMRwG z;e%#~0*w9dtAD(Oj!s}?p~-Y=W7Np$qB3&5Njc-a{cCo}_s~Udf8LKa{8xCE)v-v| zT0SY`Ik-7CuV+n|K%Aq7n|qvMLgAfgu%uiv^^59k=qCZCnX|psfRLejQGPU<^mADA zKZupqV$TD!3iY!fPge^k+i36hxia;qw*_%l@w)oGp21LP-jSCt4&-~j-=FHP8|Tk& zlTBmTI|`Yrjge%^d69f2SLgxT4XAe4k97$#LOjvp-+G>t_<&ra7zd&?h7F*JIzz=E zm92Al{{7GW^Yv7$*7oDC$Y|uVFl97fv0tP@-dIaguEOMa=pQDo1?pdx&kZ!CNG-*# zdb;zULH=KRe+G)O#Y}q`LWXfGT<_HO=m-bx|J@}k^fG|v97&*=fZOT7s1_P;=G$X0 z8N2n{GG@3_K|w$y?AvJl6%us8Jd(IeK=Gd@r~XI7s= z%-asGjrwL{Gj6_d7@7@e<8q6n@&}d>ZC>^reU!yM#79264B{4*G)9)J0433;q^bef@?v3uPel) z=@YB^4^5D9-FYfi#~zgd$h5+N9y&eXZDvEC2ONBAkL)-7tEcGbAhlR)ntp$Uc7|)abf>yn zHPsxK`aUyrc06k803@mP>db~gS&~z8A!czE$%gmAZ}^!>+^#gr`S$)5Z=+i@qddJc zfsKN?@%@Ix5RG3m79?(#I;}y9^lKr+co`KkNHQVxHfsm~l^)?7qaJCpF8qWDg!ZqozI}sy_)MA4GNY;S9!63sJ(vBegV1XvYntvLH}(@IA2V z@DJm<|9d@;txrKMZJ+|6Vp*u{L?IPt(2*{+5ftmQv~kuyZFY{v+X(Tbz0NbGusMw9 zZc@JP5Wm;XutVO#ZR6G&=Uq(w8p|_kpT=pq(-%d+SF~dlZb=`~ebYU*a+o&s=jMe+T`FXn$wv zOaD4?hT3wcmx;_xk^EvSt{?J6js5S%XRX+|(X>JnRRsWA_Xw{}l#H@M-!guO#7zuA zj{9Fc`+IYwl9P+6A*|+)sQY5R*Rdw+kf{fFVZpx>x~be)g2tG)3;}2iPEpOmg8V0q zQTcw)Y6`2XWe*`dzEAe#LU}-p_lX3N{#@m?Ni@Id1 zm)MAYs!(~^1ZevH0}RQVJ5@;93<_#_x&9IKLnKYXCB)$h{$bXa^37KE-R8fTtGuxc z;UxX%94@kYCUe358RM=*YUke11h_B7LTpP8j*I3aNR6Lv`drw4`Aa#S(Vm{jUh!O* zqEc=kl|ru zkfZ~wan2GY-6m|}&lapRYc2R60!7+oE(j1s)dw6A&(vcYLcs#Y566wAA{(r1d&)6lP<=VKU!EAD$}?#3SD_svIVf4hB3TjZqB*%>T~+fMm_4oUbzyT z)>{$<*Mx7Nt%-r{E)}bY@A;EJA1C$esK*Yn5<&+!?XN8$^sh@`7=vNCyPfmXq8K%F zVpFF;jmq)k=~5WcO($H~7yfDBX!%E^eOn{n?TWefmuNS<1lti;f(;q|Jo8Ed&xj13 zMUN$(wwwFh*7SUJMJ+ZD=Be$-5Bws*`@TsOqSPvGY}Piij3}nUk@7E( zdO9WjBjF>mzx>p@gPL)yzZ)unS|{-~tF8-yH4&au%LWQ%fXcmb!Jqv_PaN}rxyf`hN~sA^2JR!1ZmII78nEwP%CB$M0( zt;nRiq8oSLPDYh&*K=qUje3w`0qHHiD$$Zhy(g7ll4URr_H7=F-^G8^gkIx)&|*|G z-p&#%%g+|!g7^{)_CrSv^bGJ{Ua60fRJ&{TY;O1hh@@e*W8g-a^t1wa-h=b1|BJ4O!0^=dS|3^hwBw*~bF#lETsZ_F)1`%gi5rje8PH+l~mhw1Y4H&h?6UK~9l&8S6_wt-M~EW-$INn_ls zd=;sw5K{G2G&-y6L0Z-xz3^HTzc5WrYkQuvXy;64IU7P4N-ADqA-8{*b7!}6r-Wp- zD)YJ&?iAG*fflOLjSWTl&jhsvF(S);U+*t*0{dl@q(l^>yt$18@;~=z4n`78EVS6) z+->dmBnQ0O7;L-OpP!fn-nL?&*W8w_LfU{Vh;)9n@$i)te%!ta<$zbDZ-+N=_-)&b zYV(zo8cL9EVx4^TF2w^!`q?}p1m8UubUi8gKisrsPwk6(jCmburW=LANtP^HQm@9} zEx|lmBF3ys1~=3g$>|7j=4R(Uv`woeFU`5oWR4MFcIOM;Q@;kWje^ z!-h%In{fvwQuhQMDFwe)nEa69Z~!wP%0Lo6X^n+-l=8w)pJ_+OlY9AN>(+UR8@V)( zwCEhT(jsMq6g*pN91eCyAHYWy_dD0)I=!k)ETiL5m@$pMv#y6A2{eqxB5^bmx`Z&z zLQx{LCuq}<~K@p?BNuZ1XNCP`n5L9i(<_t!v>Az5Bot0@?iV+KRT>jozg|qre4_9 z70sA*=i|XlS5t&hZ&MhYBpYa)u71i(T&bBbHp|ETMcV?4&F!*nx0|BP!RgE%nzEI@#TwK2c&<9OS zp7aUepLT+h`yryr7_8WSwOJc@Rbg~|T^8u?JOBX!&r^vw5M_>oszPllal+Y15DtcM zE<3H>ESU(CH`dNpx%k zC&#GYO*_7L2)!Sz8I^CKA#5Rd1)wHeWGwh^rM)rL2%bKeQEfE0bAGBR`FeyvZO}mv zi0m1RCTC37Aa_CsOcs8e#J!YAN+ZFEsK-ep6H#EoC;Htc8wM=lGi>#4c)4TNt8unj z$kkiL`Cwhd!^T?AZ{?0(@rQk{MjMsi(Gq`um6kFp2@lDV6nLFT#6RO+qgg0_^arO0 zHc=}9er{%~s6!SDU1@h4W6zdq$^Lt4{JS+wx@O?n zB51p(45~E;0``-J_}a6yg}5-pbPk^E-o+koU^OWoLlY16x5jbd_AbfY4kH9K{Wz4k|&3!E^sqz zuv>1g zQ*;H^mqoM*dx3Wrxi<|$z6yO{L@Fv@9ZrZ0ooA+y*;v#sAxO-VXe0uL3ZiL?dYn zvXU@sw=7jAJh!{}B-n(a&arQhp@lh$cKJ~Mxi?15=oiHN9m!dn=f|z%?;W6b=t@`< z#pUC}lOGflYQ}6%+Yys~jOp5BF{e5HnIqbo5XSPeOlGt#I#??bq3|)mRiR$~BiXyE zB+$*R%{7CV&nT>l6q*u@C4YzYTZ083;5u;46nOSzW#B5C@dh!`^x*NXqVo$-AikWO zNwhY_CM+AL5Ur4zrsd95YISAm4+@Q!7xn#o!1B^@MHBz~@@09oh`2`1B(h7(Ax#!5 zr9*x<9qI@aaWdVLp^t^gqI!3Z*U|kXx+rGC`(JMBX0Qb+kjG7CcJ}mp*T()6OvRrm zpIHv-gAkIM#|&4JnQEn5-r!#@asaP~A^O%M+JJTxQ7`Q#`a9n-+K$gVd(mUNrC?m_so;AW@ZXv9BbmL(v`cXdjwM|~{V6w2aCzJFi8+~> z0CCDxRY=p0ALXzKhAg*}<#@{n9`S?B1$Rz#2SLCvw2+`cVU^%pe2P}j((gOCz`H(! z%KjNR&Y+8^N2~+doRDGzvVAN?g^l^+Zb`6oyVutOtE!6}%(>O32zm160V>9n%c|z_ z$rlR(USFCadlYjSvWw8cxf&ob_Ic(YJEL<7^qPenmM{bZX_>s{`u^)ayABwXc%78G zeBOdvF(^~r3vPp$T@1n+@SV4!idgu5$sW-6Z%lFhrHs!waFdtSt4a!ys(A7C&ZMM#4f`L2Uqs=b9^t}6pC@p@Y0qu9_qmInl6!`I*pta27;tk6euM3c zU#b4zl*hToKTVAXNqBygSgWQwzOIVNjC5kWDrH-c+CO@;j)!|ohxj}4;7T^;JqVRv z%>0O4f|2Mnf@tAkASMBY8Wm$s7YRT}yxjhDJL)>Mi=U8hh-gbd`7ca5j!sVIz4l;T z82Q_bBig^)hp{AQ9aqH#PMevFOt-P7&?AIIcLun3eFZ&hO-cL}B2U@QpNnz5IQsm_ z_YjYDTu*yjEW9eyIE{(3G)(njyz>9cNVNblU4VV$S_VndW6ZJ$KFM9x2<#s;|B=5#pCy7stg39=MwmX{zF zrYMuod&Od)1;tnt<)~^p#ZaO)`}#sNl!9SHrlx+~Yy>^B17{&*?TXHo@b+_n`l3!W zYIzhVOvY@9p3q?u9k;QLK~jlgO~DmWLV$)s38Ea2|FcZ1LDVC5M6?=}M31L*vQ&5S zsw7z&ry1ry0A`q8M|F4?eN?h`QWf#<2}U~e7W;gUCp>OZ7ZFSiDuu;*iLXjKns^L& zX&Kys{%-=FnQ(qL_R~pEn10?**0|UkK0y6?LZKHO;j^i;n*PV7NUWf)65SqSU@GH9=YkbUR(SKfoW&8*GTaFHVc6rHf=? zQV5VG3&Iv0svJV#i%8m# z0(c2}^#;yh2;kCn8(BC+G9pCa8J6bPLjz2T^`t*GsffBj&6DzUkciZ0ypGYrc-Z$o zKNn{uqvQ_OL{o~^;?1E`fv*pLadp-20w%V^-diBAj;vGjhCp$({n&#Sb#Ir?H)0eB% zn}HQkx_RQCZlQGd!oK{EpP8{jgzM4lGsStn!ef5F!uCU@k{lTi5@39yQN+)d?N+18 z{65`MDTzbV4;WoM6v`8apSm9A`40>ae+ITKS)eaK`IviJnu}x0xkdF&gSC;1@;j5mdk?7h2IL+%4f=M5C zAGrbce-4r=8|S6G7d;HALsZXJmCJIm`J;O7$H_=HWI~+|9bZvf8I4ca9N$jEHy_R~ zn1462Mz{#cilAKbsy%m~Zyeb!l;d~@&JX8KQOyfOp3W93YO;^-3&prxsD*?U)1FQiPTsZezra5_<%c{_@@b1 ztU#?URN#5l!;EX+Xf&0{{8GS5S5wT!^LpgKlT4>2dNM4v{d(yjgC4Huw~2gxpc58d zAV?X3DsQ?nSE4*=>S&n{S(PH~-HCZcm1J9P#!ft$W242V7#Tu2zPqN#*~!r3erX9` zE~s8ZcAu@@>uoJFuY;pHFeZ&nd@bT!eA~+9d$MG}#JAmFtPQNFP;vE$4WRdf>^n;ad`2zbLQ3o_O__c?v}o zkaTXJ?8SRplS{M$6S~v9mu4@dlN*KOW3<^#qLL0lTH(86xH-Bqfm4m&z&!^qUOmDR zf<6FF{VOG@7mr>sCnx(eLn15V8$IezC(PMwb=gAffXoB1_dv)%DSqOyr)Lyzj)2?_ zX^fb>Zro1VBz*76Lgv$pTTzozD??Kbm1uP2wv=^7d-OUu{~J3lsO;n1CVBreG{sa&8fzX1 z1J2X8JpXTqA7wPE&widbOaVF4n&K5OgAhpZ3H7};5Waj`Mp1TG&MI9;vJ@sunPd6y zSMe0DE=9_ap<}pJBGIWW-Y&P3vdZ2dM{e>x703WxQR@lNul_ey%lF+D?}e8eV4Wu; zVi-ZAguP>c^TPA(Hw#?NkqPB*TJ*)S**FNHE62a~3ZYbedVL&OO8>3@HCbX?V7t7X zG^I8?%nlq;nH1~Uo^q=2JS1vXNDz zhd5L8?G{~H!7k-n7QUdi0(riZU$*ZR_RzvN22!zE3bGDhxbLKI-M6_9ix3*WH7yVZ zb_2pQt`!j7*TMsF^}i@31BD-IRUgwSxr5WJC& zou;Qgg-&ffY6gK5Ar(o=Lu)wah(ZW4yV97&1CVfdVhFskTUMbNMNAr=U=c0UC(5m# z7cnDk`*k_QF7TYnwG_1w7#LcWcO`exaaNfUsIgw8@}U6U)%O3Be+nlQSAUng3PHD@ Q0|5VhP*hj=DQ6!3fBcW&%>V!Z literal 0 HcmV?d00001 diff --git a/17-refactor-bug-fix/resources/textures/container.jpg b/17-refactor-bug-fix/resources/textures/container.jpg new file mode 100644 index 0000000000000000000000000000000000000000..d07bee4e3a679f5e2e4ad508ef3c4dc29a522492 GIT binary patch literal 184939 zcmeFacU%-rvoJcl1^_fQfy)2@ z-~+@E0Kftv2=p#^g8YI>F^CfwLyL#t{=@@N5Ks9F1`9&Y{DMI)2rYnvsRuk#A#{J> zT*$@0l@-9$09*i%Qi$LQObx<4K?ndFykg2OfEOlEF3dl|gS!C0N&fpPZ|!6SXVS5A zLOY@CoSc~y^+cI28X=I@P9CUBfFQqskR-pjB)=$=fP|!on4~a2SRH`<3;^&jSAIc3 zfy7_^J3a=0MCk7}p+F+mUofT+m~bIjzvRaKd*2|)zxoDo|9jt{kl%Gc{Gfm8zTEM% zIzSD)V)}P-J^p+=O>C^LsCZLHS6fB>nleW70I}LN1kwpg4giiww5zVF0+X?cDHC2N zs3!sd7Z3mdOBl*oQ%^-7Q>VJJA`=Q^!oa^0SjYCjNh?4vkD3k>({IB6;gtgB?1~1( z)B*X0tl=ma2tNQ}2M@F}2EPu%)K>Nw7>XG$YFAJ|5I%>2ZGXbtCp{9-3<=HSl2)}&>aEy0O39mW^-_JM1b%Q5T^;t&R(tvTRSw_NFkXy8|D^ws;ScA34g9S=UQBy`bjPFwx3P3{Kr>;K3UhLBa&u)u zIa|WuOg#TOiT~FH|0dSo=zz%Q(TmcW@4sZ_$1fBrTfR{itkN~6tSwKEe3{(KMKqJrsv;$p0KQIDJ z0<*v}unuek`w$2O4?+T=f}DpiLf9c(5J8AIL>8h9xdzdNm_TkpY{8w<4RQx^AMyke z0f~krL9!r4kSa(cH_tK zK7fWoqoB#qTxdD85!w#zhfYG5p4+%LdC8%Ma@@RwPz3 zRz6lWRx4I7)+E*n)-EnpHVoSZ+YkFGb~JV-b~$!4b}#l6_B!?v z4harD4i}CjjyjGpjxCM{P9RPsPC8B*&O4lboLQW0TwL6>U4$LqnH#ruIzgwKdCh_8ZgijTw( zz>mbw#(#s~gFlbIPe4wEMkiC~sspOAu(lTe0GpYS%}J;Er$ ze8P8xql6noL_{n^5=7UD5JY#0qKFEK-V;p`?GjTGUnW*0HYau?4kgYYZXg~a-XI|% z;UKv}VoHK02_?xQc}p@*@`IF$l$TVU)SA?vG={XCw1;$!jDU=tOrGopnKxM^Sqa%E zvK4Xyat?Aua!YbQ@)+_e@WK09!BkA{Ipo(4`6Op{O3L$h;^?%b7g@Nx=hnO>LPhdzbAgMN$Q0)r}pGsA0! zw+t&6&R)23;r4|W7v5Z0WTax0WkfK(V610cVmiYl&*Z=q#njBS&P>m&#_YzN#N5fe z&%()Kz!Jbxz%s^4$STfi!}@}?iFKWgkxi5B4qFb}FgpReIJ+JDEB03Q9S%+oBaR@B z3XTQNbDZj&-kdp{qZdgo%3XB1n0&GC67D7OOZJ!IE_GdoUKY7*cRA+rCoU+LC>Me& zj;os+hg*Uh$(_tS$V1E{&*RRM!!yNumiHQO0B;5F8Xp^FVS+J&eL^HcDnkB3l|tWyxrE`u@xq@)s6;eHf<&4`4n@U8T}AUn z7sc4bZi&T;4T@8X>xe%Ue=mU}p&;QeQ7f@4DJqGUESCH##Uo`el`XX(%_$9+PL-aK zVUe+vNs^hAWs;k>s*hy zKBp_7dq=lbk4o>RUbf!0zJh+3{)oXv12=;vLo!2i!z{xcBPF8CsiA4Q>6V$Y*-Nuoa}o1E^8pJ^3r~v=H)wA-+^D-rcGL1^$t|2)Mz^wW9aw5x zCR=V0=eCP>a(0n+D+onIG~(NB zwc81|ckH$8GwhEYj2sFa@f~kDRv{^o_Q+mK9&!^6;{#FN4k>Dl3R*(=y<-dn{x%?H~D=F@bC`OdvN zQ@--PNq!JNE59axR{sb7vv*bRX5J&bXMgWw0DnM4z~+6U`_&H^9^8E}^HB9+P9SNZ zYv5pzR8Ybr>_>=4oxwuEuY->sTR(1l!v7@l$-z_D)3y+Skf@O3P@B-sFwwC1XSmOh z&j!Nf!ZRZ%BD^DJo@+iYf5G(P@r%uuH(!2;6pl=IMfl3?)nwGQsLI!Dub;g>h_;LF zk5Pyzh^3DWj@^l~j_ZlP5}%*Iknkj7FA@hX^S<_jt}Mjwxnk428tk0(!DnkbkQovfQun(CO=n;w~g%`AUG zeL0wYFh?>MInOwswIH}qyQs3*wPdz5yX?HYzY@4gu^PK}ajo?0m9HJ^#_O}+T)!QE zf4XsgBV$u|vuR6bYkb>rdw=KgkMln=cg1&G_l)-D_dO2q4x$b(9abM{9E~139v>gC z0>me8N;efX0qF4>Kzfn`tnY$P29Ve5%g@Zeo*^VeL?omn_T|l43Pt+!~q{Kzyu16Nm$^!C^il*9zFpf5#(Qq5CDqxn@A2oupwAb zY$y&ME2{d!}ZqQrUOj@9E(! zvTp^Qzn?kxS-9{^4dR0J{*J#fv+nu6b~@XIjcjs;w@AD0#$zCQG*awn?0Pc*VHpZ$ zTTHR6H}f7{MoNVpSS0N9WZWFcFK}2ZPVC|wvIq)Y8#RO#l}F%9La!~L`D1&-E%?fd zmEkd}l8R=vH9H<(hvTlVP!xD*P8e4=QtmI_Zya(ypnY{Px3neBs2k*d-y)T4Bfi9! zh*9s_{(Vzvk*)_{-=gB@s+t3jfn4_M2Cw9g0Tb_c&wNd3rO)d%@9xKb5gPQ)J^ukn z_)^VmR6yId>S+CbM3QZfo20-Qigu5C;O|W>#bwyId}ypRp=bMM1aFc$bGgoJRUgl~ zRAgJ!l=iUD|JhWTQF{jLqa*Xt^RW76NtsaR?X}wm(^XZTJ;YTV8{c>jvh?k(mmNpH z=K9*xh_Nz+=Je*R_smf)u)cEG&YmcjeExLE(MIXnygA-(+1cbRdfk4G`$PNbJPqi%eko0~1KNfp*LAKU*_ z*K1hrICd~T;h&xceE7MIZY&&Yxdq> zeI!e8mgu;vVXu*A$?GZJ0qgr+iFT0?du1h`Sar^31`$&W)a7dLf$Jq_UNaBK^z58{ zCU$mpkMDZxaum$&@QGqZ7|I7R!O$jv7Pb-b$!!bM&D7t4^wDv)F%fB|%757`u0`?<v|Inm62CVv-?pMm(eSc&$R3A|)X={THxX_ zq|sRPE@gM1uB-wT3l51`$q^5UswP#^(v*%#3Bq}dISeoIkTGpPb3h_s2S9fn14X8C zCf+E=qPzuk)yF%MV;|`rNk<;W?9_XaA6mYR>s*NX?sXwWE>uu*TP1GTLnJJ{-@^m7%PNKQ0jx<>%(EKB3 zdzWrT<_vu68f{E(c2fSEx=(ak-LhYkTYPlHM!uPI)tFswc^dSAgj7(~l1Jga$71lP zY-o7L`-Jx)eS+T#tK&6f8*gYj7N4)YdxciC-iLSZ((A3Db5JtH#Cxeh6~};D83p>{ zjYlGIvdpjM!XLVxU19UH>o?6G)=)J6R{QlX`t?YK)AoyRZ;H_ymSl_i)8_|-8I!+W{s20rOs190@na#769 z$V>JFbRPy$_x;@jmZN}G8OoH;^0tS2FS&UOf;{vZv*Iq-+Sap&ICgMHzK$CoHvYP2 z7nAo)dg8ddVOdEk*BY^zfH($HW6maVN0*l-WNhdzeeW!?PkdheexqMjK=iCkt;+>? zujIvgC7~_u1Oo^As4I8b?h;JOjs4(gOU{5*0~0qhESZ+%UNp%*4k_3k-fm=Wxbw(k zC(C^Lz&@JT(ToyXaUvEQ5Es_48hjX3=jc4xq(+>Wi&VRcT#SdepHR4D$#8_DxV zI+G2oEvjy*kdL==?~b-y(+Zfx>v39}I0h1Qhe$LuNeTlSH%BsqzlhKl4+!J|KEXm6 zPhN6X)gx+^$g#BBhr=}UAGb1|tnwsL^@;2xI7Siy%!+-XUHu(6hSyE^M2 zH!d#{-wn<}*{JK8!tZ(6_aYZNK2cuByHdIq#PK+nhbq6D^ULd&>XrP+3e=Nm$SS26 zi^XDDf8gt`Yr79Ahfs{Wjq9@OkDq&Ula;03t3i&lh1V<`1F?B}hBE9)AD<{|3CfAt z9nAal?U36e@{^}0T}eY7G>pepdk*HcyLGq3V(h47LmnioY-_SR6V>)R8tMNQg;&&zOrvd))BVr>>1bTqQ3wjVh{D_+H``EoY02=7$xO>A~aHd6{C?9g}0= zHJ6C5*|JInmL6MeHO^B(0Fq8 zEc9@bnaBhubH5m_w?v`v1a0I8O`O)ULWBBao*(pTx(%&(P%TN@ zy04uq|D2CRR8Vw@cEK@d<0{AXHQ9c^hnh_&Gv+?6oSmb?1sOZW-DAMxusXBH+?R9x z3c55z9^pPYn|uu9SXfuLmdD*&0m!!l@X7t|*VX#6*-L8czt1Y4?K|Ihd9LM|nGbBy zWbu$b((f4ff#&uwtSE^ITWhKM^7aA#Q6c9KE(7WMynZu=Vo}_hC{*-EJ+hoJef@2b zr=EpD&?ujJZ2U7ZGj& zinZ)PV+W~*Z_2CNH7b;2jFk>487?vy(Xe!8Ij7vbI)RSD7L|Q6s%vw>E_cn|L*ghA zr$H-YlwP}L_z_EB=0In#D~ZqI=OK=&VUbr9$AErn&+v`m9g#sNJI~klw9{f@M*?le zhjPMY`HtGC*d7^oK-pz=$o!DA=8y&FkV-T`^T*VV;rAQM4COY8L1hVBYA&kwni}3$ zFMKG62;nXlWxfms86Y) zbuk2^y(9KPrBz%EO=T;la<(KbNn0O8OuvfTOq=^>Cq*@_+{xhohPr|^TXU3kTPS(! z@gg;0^q9q(sIZ+{Z^B;b0Gc${%=t_qO|3-ycB|yh_L{~c5Bvf=iL!frxr2`IvQnxn zz>q#I$ieMK{5aXLS%%{k!-OvH`e6&tth7Mk@$ru%pR4d_lD4i^zaiP_>sAyrsr%^Z z9-*?Dx5H{xv5@D4EI96M+-qnJt+9iDZO;4TS==^07rA4945)7Q6ZzjZ@Okqg;W=ES zyb!;-k=K3fWB*5wnjOOg6K5Isx!Q#Ec_ad8bapE1-1cRh&}p*sNU^kEA?+MheB|tG zZvx{w1|*b7?|+CdLp`j!)$gac;cEP;hcKw%)_s$a{fXLAZ?`y)m5*+bvP)}OgN8`A z$g1H&M;FmUMpV6kYR=828EZwl8)K6KiTfI(7KNYY*G!`n_!sOfr7rQ1;gupo5q4X@$xi=;RG? zstfW3qvY&N!fSpuI^t{9D-PQl_C7o)u1f!=;tIbop87?(RfUJ*LuGEf(cJH=+s1sY z2C4^ZT*!h%I(*`Gv*&e1UeQR@IP$W8eAGQYx9YK$W^oKS2~)FA||G_c1YFN z0{>wi=lm=1NSTjp@xEem8#;o;-p`*{xP78iqR`8|72v)!wycr%xy5QsXV0EiJDq8J8unF`YOjnw27L##Tu=K<^VYadtYVq8tPTJX80>F=1$0)vT$xJ zj|z|P&*e-JZU(PR^nvc(mR6B0P^pILBCAwv;t~E5BRdJJA}r60QnsJ3I3hbf1k4eL znehA8*X?#Hvu4uIcdg_G4BW*Yv+OI&?;X#BdBX%J&?~_G&OEQ}2kvDFPP{I(Vb>=v zZpnd3+0e%s-d( z!S2V-9RuRSZz4j~;N@NG=&cLbN+4ol&Gg6D{MhKBC6RYSA_-}4)yqWwV;{9t|NZiWQPan^(vXt68Q_r3sZAHSKfVYAB{+*+_WZ7fh z&&IY2MNP@x_ZIUTq-|hNK9YE+GgxYp2>^K zL1ULlvl11bHz7t+3w!=kXX#?i^p<&eP^PBx7bd6n+s*RPwJU2SaodI@=~HZ#5bk53 zBR0)Rb*ajDZQq`5dq7yEibQCs(5^dt^~k+`6I26kEIx3%G(hVkJ(NV-Z&H0WHiTib zzT~3EaBJLT)Lo`KK6%oN*@ybggzeYbqrXp4lC7;COpI%AE`=FOc6GyUtvxRdf#;FH zZi2VIkd__8vJ!2QPSVth$d$o(F`xRvd8Cg0Ll?cna^vkv(uN>;+cLzouf_6@xnh^0 zm9WmfWtm}Wlwa=FN(_TXGWc8%yRo{b)#c}HD3wVmDRPk{ho!;qDb++xd;Q}WUX&9g zZ*(=3PSpi(>_^VEy^5^|Bei`Wy%1gpGNHQ1Kn#O(y)#_Xg%|>HVB6Ki z4e3Ts%hAq3eB`;U(3{>MbQ>1bTU=C){RkCz45;J#>Mpwt8WU$mrv?xtc=SpZvUKtw9z@dUE%S>9LFq`P!&29DIN0nI9&Y;|_s<^{^~`Tw3o5skc{{A(a}2OwN1oMj zv^KkitI`c?ex{Y6Zol=mf{Uk{)k|PQ>yu_*Q6d4hl(v|EkrL^>_%dE8mo<@BqRaA# z$st?+)muMospQhh3YWwr#f(F2y03dg&EJ5_Cl@UQ^bDR|vW>beW|xhi zzc%_RHq5kv`_40NPb%5DqMA=-*;rKEpSNR>+l}`e9|Ru_e@3

    D(0NOJjJ7q8v1t+5V*IRUqRz@--hTfuHS%r%uZz9B8TZIrSqB?=Vwp{+4W?@%~>BR&UNhxu;; zP=P!!?SCovGlKgLn})YOJVBSbtwb77`Z_3+^!BB2?A2X~R8mJOQqoMw9d1@v42X5? zMel!a1n&O;a~RPBN&w9`VpyD5jePYRS97yXAVahQ?WqI8{{Rj&j}8^$1k}uvmvP*C zGgrunl=*flWK3$lU?x|TRl_>d#u!cn2O$Ho8oIum zQYwrtj*f{Gsv=&$XhQni-}i~`P5d~cF||V}NEDH)g*dY`jl^j1nuAL&{{SLdRGyNe zozTY7l|E@UJ;N5Y{uc1!)DlHe!79duOsK-D4x&&)qWL%#T9PiQ{)aN#LGOK&#P6hl zBCLc#j;al)aP`E4;WJ{6@X@T0Rhu2LlPr$P3GARSKVKA+gwV?$Aq_QhYw8}*dN%6DL6F@m6-Nurl*L#rKqYfMcgD*>V*9llH4?HT2d(; z!cH-b2wti%YPm34I7h%;#{#>mO$Z3uFwiWpkvbR6HSj} z74YH!taS6z#~jDHv$+fb99fvI0HjucNt#o7*Qb*W>h58~QX~AXfzqCasYUm+i@$BY z7rz+E+|=CC+qD$oNdA&lLl#S}rKm@VDe4QzSMC0eXs>H{j}92PKWRkZ_-N`&mW~mZ za=tw#ENX*p#Gs;hNR?rZ(x67%L+)M1-S=t2buUuLqXwHLGeA97Elo#9m1sUmm@YR? z;pQSBu*q1=t+V$?umw)KpJx`dj}((MiE4}@l3ie-kUaOP6B!D!r~}+>4wm)}IeT}o ziqpue5d0x4DlpENdXY$A-BS6F2&MB^TPeYugYmH^ft~hyPL8ogd#`R3;<~H<)IoZ| zinf=hIW`)ahmuIMG?fVRn-CD4PP7+3r3ZuK*T88DTpTiKWOvLNT&n=6gFp!!xd(G!Q-lS zN=zz_o`=kTc!o%t<40MCwB=f=Hx+?bg@h zB6!ozC=pLRNX!ycWSmth2bcVx<$+}dHx`jBb?!Tlqm@H`DW+X?ltl!X-X!>@HPWBa z#?=)wN9K`m!CGk9R_Zjqr(a;=)`1CCB2tM^rI%SFtf{S3l7BWDX;yWPVxwUUH9_sM z79KoC!ax+U*HlFb{XAp*!ibb_myZ&oLS`yW#4Jx?e;)j8%p}w8D3d0N_fawEtGdE) zFO|AdKl2ZqsJ_RQm{=$SRRgiUhl^Qj_A^Nyd-jA$}} z_0`#I6_6+*qpD0Ir_PR%Drl)*N~fohL#wJ0p##0`+nOsU3SZnMD8{5=SoDcS)H;km z4c{$kr>QU?2^29%wI_Z1Dyi+q6oN`-i`#ICq!&*5v6%XKj#B50t6LogC~K+dampIV z%TVI4GWoeC@~(A;?R4$ z;KdqUr?@3bZBuckfbomT4$_+_Q(}5)B|{96i176WNSeV@x`OGjpAT;+6(*Oh%_*97 z>eV$X<_r>8Dix!rX|OLYJukABDWfD@*piKZXDMn33ai{Z_IZ9Zgh`=~7`##t4K+Mx zb;X;{lpEiUwAK`z+(DYMMxO_#>25`*dAy173>q4QiXr+VFsYdX6W-@$xAEZ%$WpEq z9W=Jl*kl7myAx`;ae6r^mhXfLznWQ80tLLWbM&^nFl<1tI^_wzsqv(y$(<*JG4r6x z0Lg7XN+}~#_1tlsv6yjj#Qdop;)z0NfMsT{gEQcjP_ULtg@Tp{RkoHPi#QF~Tps)s z5DI9GM1zH0=b^!bR>jo1+U#0eU`>$ZvDwpd5}jrLmw;n#d8%U4FySSZjLN76D+NB-tTktjy1a=1*mm=#Vy`gN>E1H zA^k+eCyOmovNfh_t5=5-VW@>G!l4<1#mj}MlFz3#3hcFx{_I%sBTud2tmGw zw{98)kb_8^P?Y)AighPBU^vx2U8E)mYN;vG8mMSm%Opss$PI_Pb}l#@wqas==<4Of z;TtI<(MpUeo@!dCrvH8y@1>6)xdt)ls#=tV2E7c;hCnx@wv#WMooC z`bR+8Yo_z`TaIYJnofnv#R|QA#YPV_xK3D=s7#n{8NPajX7eRdQf6)53|Ig@k7o<) z5in0p7~I?tFf>u}mLcb3ScFo^B+E%i$uh!#Ngz{e5Pvc_A#olNM4V}T)2yjcoblXB zptP87UBlR|b$cjjr7mui^x?E=TSIfAFTCCWqPcV=b<(y_O2DHrm@^hq>AqUS@hoYh z!)YWfL6&mf4x!#ngtOayivYwKWjFVTzkuNi8g}Jylj}y(h7pLyi#|1+MtF6_E8bVx zGdrwa>PJbmkca{IMgIQ)9v|9ThJ;aV<;g0cd(-AGgy7gOP_c<)T7w-vA4&4EI-pj0 zYf7=deFujSW{j!LHG2o*Xe`h8<`;>yaM8rn^;m;cwPeoMl(o*=kzuskPot09GGaO_ zcQ-iAD>61A9wSel<65y#R3OX1tH|+|kLBva?odaH*z<2SfUh%fRHMS0@S1El4Xdcb zscPV8=3^~NEY~|^l%$MK;?~%pSn4@Nf>Vt+$i&j_rV4-Lc;dlVAInN3dU#ZjOmWjd zBkybW@!@ib?-F{b;2#80O=_vJ?AuN$OHCa-ani)hwz>1z-rP0Q38KWT6IK=1e7RSN z^sh1Icw~WBDotu(Oy8xFCaIyNxdi={Y1-D;zX)v}33Vf+Qt(QeCxA3abLJ-&F+CO_ zB`&bIk?zCY^0p$ahieOP=?H^KW(6Dkn}@6&FUk0jsY&Ckg089A+VaK?bg_WL;!{t% zP7~fHTr{f1$wBj?SJn&;lMw1fZJZ&VlAdHSgS4V`dQd_?ZVu( zM7l*Px&uHoP(43k6?kmfdmD;Iik3`Q`DQau8=E9TAux6T-$KUUM-H!*gi$gKNuhhz znmnCXpr%MZVxGF9YU+k01GXvrl(`-38%`q0@NCZtGQ3oPDH(!c6m>G;qWM)qb1- zdl?>Rn46D?;?|T-CW>8b14j!mW}GcLYlCGZ!y=M=IU|;n6_rSG?K6g8-G~U_Sa<>B z!obya4egb-Xs+x4L{NX!+|gAY zDNlx=T9{@xfUxq{WQ%(O1=xZQ-_5YdiK@Ke*;YUJKUGfoBhQ%gA?Er~~3C8z@B2&Q5z zFWj>D@yA=js1`w^5u0i$&Sa>qkh5-PiFTWk+Z9E{kA?N&Vp1UCMq$y$gdCfNOIJgW zRpLzhBcNuYhCRw!UHWO5v(%nsVzFAuSGD%`_4uf>|Q@>vgK}4Pg!u-9u zWn#AO2{at!9QZMerPJI>5S0+7Ef^@kgQSa2s!EH60_W@E=Ng45QZ&CH8WMV+T~~ewW!IYPHV1@1;emM zs3NGXcI(opP~K!`!@Y(704^(OIFU?FHPktll*p1xx&>%JSuDU^SPNVZTr?|s$frp0 zs!FWGl^Tkn-Kb%%nnhP61M(6mJ{pVZ$|D@sgI^Xcam5oQe6BuwU5Xdw#V?EpPgd%?H0MYvy?qEah%=fy^!1J4;<+Y***KbOUUnov! z!xdu2a7mqHuEOhCblD-+NJ|6dOWcojj^J(_hw}Ggd?$`Sr7l_KhZn@j@9^c*9*y?Q7ci;HfuF+$bxJ6D74FG0 z;*}KCID@-;vBK3WxsI36Esq^jSQ=ZeQbf|rsx3(M_=Y=A62%i^XpqL1vP5YNclaN6 z+-}=x2A)_7Ks^)z)MI6{1xrQ?PDPOS>Mbk6pTt^hduveb2sriG4 zqHf!{WZq8eds&I%_S+TZs#A>&{;Dw=*{~j;!#W0}lL3l`DI#>;@3DZ3Y3v^!HsPg}S_6$?1xH8J&DEl|$!yjY}lG`{uFZgXV-jYo0Ym9{|8YPU-9gI!_um2hTE zCWSfyF%n0Nzq29 zz!g_7B`E8yGRl;2qfd)xysgt5x#Z0nEU_!nQBqPho>wh)jxOi9ypo-MlWqqRh1|Ib z*~HL+X+^q0R^Am|n4Wjc+4HCsc%Cm_TvF4R@ccd90Hr`$zx=9Nb2>1F6=G}!?tQ(_ z1+CbjhQLh*6?C^AB}SH1*yVm51eEDI$pqtRKyJkLu>km6PBsyZKI@u=3EdvW<-{P* zcx0AzmJBugpu{+6=c*vs3tL~06W*f%UbS)!X3Y6kzMSFHLJNw9nA9$tkzz&rU92wW zjIv~r6yvS&r4~-0Myl#u4=gDpczy*eLZk!lZ>@~jpJ*Q5S@3iUPTcCIToV|EgBD{2 z3PV!u8x=wjJd6Zv#`gr=T;JKszK;l{Ej&TOgkf5hmriI@EkF9A_W(;q7_G5 zsTrHh=oWCPxJufp$uQO0!Ik#cLsB#(UcxRDA%HFuzRQAK-p{ErhMY%g^qm@9{xG8Nog54o2kxE@~_hM)->5UE_M}yD|IaT43c`E8; z+qIwNsmLL`PuaEj`|6b%Z4BW&X{XgrHva(E%)F%Tl6uK$>Yr|cD9}tn?`yX=m$l#` zt#szdq-8cW5HsxCx+vpvS&Hr5Q5sxZ;ll=+#*3d<3L7z8LRm893?aPp<*vtf+%5*- zNFF*Jc$hQ_tI2SL&jAhP?yr~tr&{yB8&=-i3!l4~ z^}8rgbyLyvspC3vDrr7{BU<$Oo_b2G{YNY>x~76EL}CVkLKZi-B;2e*4?#2$y~SQs zjp|-zhO;Zd9AGRFPfH+;1&BcE+WmZb*|J=x9D<4naLmFWs-bjivECw5FMF#F-y88$ zjT)eEMI6ek$u(4=>flIPYQHWy{?*brLz7{ryiJeM!qCtZ`nKaj7G2L1)p@jaF0J!4 zec^@<7GG%CYHXWtKp-9XO085rj~cuqrTEtTkG4m6WAn@1w8p0 zXu5RY5{8qcnKpVT!_0ALqaJ7tVD({bZr!+W>U?Ht0*DF1gwCZ`SILWE7#2B;KzicU z6!f({Jg5dm-vSRSX;Z1QZnf?`yihOO>Bf^P)!ng$16kJy#=2FTGVTYRDcdY#xV0Sk z%^n$4LrEmLj5AbH#9nEcBVdO9{le*O ze0i`dPbiufx*LeKE@{lLh^3Y$!}dH>g6v*8n3l%>0P!QlSN{NLr|i5+!ksbP#fuDH z3_1pzeQdHr3~~}IcY$+lE=PVa$^k(pls~qHiaM%?s;)SadDxXMA4yM9Bew0XwKYyH z@GAOoE9d|ZI#pr!8KTdbv205ZO8OOw@=VWAwFz_Oqp`o%3DfD~#v2$?Rk}oqS@goT zdd#1WN3@_waQI`9ukRLoM&#eQAnEsVmx#ntn+!>sD7f5DK!*#E7WsTv&vsjuJ0w_z zyf1BdY|^B9Q9HzghRQJcg0_0s%=I5GrV54#TVUBEHW?B#>3frVo-wBp)lVg6Vu5~` z^*cNCTc|ibX~`JG_%=6#FliMxG&L0LptLigHj*bFX;0EDKscztn*75b5R8r8oubb zM4DMi7WS4N99s}5xVx;;p~UeNe4mzS9~D>#!n~)WkS)V})S!)gECC!VE&kMzMrmB7 zG#FvDi;Lz;TtDW-h2|Au$L<9}`g?8%-gu`>CTfa!L~)^S)C{kQWeg`0gbAAj!>Mbj z)B-?nJye11@$bY|BTIyI)3=bMgV9CGw-d&qro-_nb+i$~6-27cM(vUZDn2$h;kb$_ zbw(zwWlRVfffl*=>a4%U}n_PiKb;H(}XzW2@#U(>Mg72cZ5nN4dIc%r1ix znw~AR@YK&*k^bmrm5!fLC<^)%nV^d+W;(1xI$#Md)`ZkkBh$aUtg=nFQS9NE zWCqWb7b!tX6k)TbVWxU)J_$glFe)T!tiTJ#E}$QXJT7TC(Sp_zF`-i+J zfrXX3hAU(29A$+7gGw%-s~S#>ed@8?DzW7c^Hr0Tbw&5rW2MJ?jWqaiN>KtSG}50c z;P~c#%!WF-B#$oPGW@nBTTDMoD=;9_!Ev{Lz6+D04NkTNmmNz$^wX>~TvSn?p0X?# z2{>+5!lD(__lpn0=_Oim<)|Lul5GG#X`I}Xa&@raS^KiJVsPo9J-x1k7!qilX8xY~ zfz26?dcW%BHYJG7Pv=n5(c)CBkfD7M0FuhS&Bo;3{5-bKY*;`6L$75Mzm{ISS~J@$MXg!km5LO2%>7(aVi!F8P)Dr%-jXMZQ;d>-diUU0$1-8%NwzJl}SnV z8cAmwoM#5cs<29!W0Mr36!X;3Qb>|CX*vl|l7x*x1RLA zQgZYvC~B?6D_D!7hx4HAn_-C%+Woq z^I=ilChdu=wAPSfj#e8|#V+veqv(UKNa1 z&li(2)KOuK_5>%FJY}@{Na2RcKvy`?oWwCDj|8Kp+$ENJXxPDEHV`$w-(c@rFiL=xZn6m0uDbu%$M}yk;kk3CxP?NBL`+h$c)Yz;QE<#fnCsY!fp3o>%#pv^ zsC9hBO*hL01J0-~JY;-FshOoDz_7DlJxv5s!mZ{;LdFW4f&d4{UJV&{x%OJ9re#TVGT!vWoYPxhBjI2rUE5EcUr*i(~dQmwuMQrF5PMnDmGmFHT_CdVl>je z8$$HdXLA^4V{Hf>yN!9bw~2rVr7YyHEZ`{Fk)7i8xZ%a(AK)bI6~E=c@WCr(DmLC@E^HVX9assh#5qEU3X419B7| zQs+KqFdqtH-zs)-G&l86(5I+=qfqa|aO@g_q|(Vvw-KwA$ua})0}wvwzY|+#&80w) zX+!pEP=G}u@)zN+>NhLoyfZFh>3~<&QdCD*1k@EZ1rEtK_H_gu55tOXbJP`*5B^K7iiHfA=b~>=)l`(pOO$ZgzEC`r!m4nsBevzb5DmO+Pt(MS&Kn#JI;%Ai*FgSm z{5E}EV%Tm6jAiVpMGN4yUp-kIc$|J~8#HAs2pyXIQqF&EsLsktti9e8pUA$HJx^sU z^@U?yUC9-Az6FG0P~vnLeHJ4NLg*;kbEW^`G-HKtt ze7{Ld%PDB&q=u{w)?hAt&9?7*@pF0GI}IaEi>aBaaPD%)>QAMj|CRn(PrB)O%OYhTrJ?BDKCWj5cMULXqIeK zC!^vM{{W)KAgh1`VeXAd@3;;lb9-#31rKd6PC;_5i6({&kLhpJwnnbR@eDW9-DY9M zrdGmh;Cx1i2vkW8LdZaCg7&u>R()vx32+};vNFfoGEzk-qx7Tdiyh3AnB(+0=#vkc zN}7r(F$jc(N^BclbO!dl{k*61W>T2dB9psh_{U8tF^-J&&bn%5p_O#E?*XAB5R8RI-?z09r1@R~K=gfgZxlv6&^W3=!^UxL@=3J9w(mn;XZHB0i(Lz`lk1B))o=Mb{24JVfD%!c|n_pN(y zZX6AryC^u8i-4HInJ^Da`Q9puitINn822n+B`sX&9Slrf_7~Sd$If`2FlmqFu1tYT ztaH<^RdWs*T9RNCbk!tAuB%c!#34j`+rVzICx}MyTcuxcrN7BvT6R#)fpkMW(PfOC zmN7aUK9wjK;}r5zR2Pxtl!cN^y$>xY~k|Y zIC#RLrWNRfmXcCIrd`Y3LbRwsqeESRO@icFj5DWr6nLI3 zhDR*~R58l5=<)!pB3U0$g_v(`SeuisoD5!ONbezPfyB^`%PmlBsVF5}B8%Tdu$=RU z*HY(Rvtxq|>P{avFG*Q|;MEN_9Stm%1z}Z%K>HDZs^4FJKbc?JDJ3lsQyXj9c3*fQ zZX|=zM~5L}c!-XwNHK-RQQXfRJw_cboPmjA0~8EbTil)j-eDx|p*n5^4-F}C{H>ZX z+$ysMj+mOPRtae2n+a)RQzIh8346 zahlW-%{27TQdiTu$xP1CO(d5?DEHU&nvv|~)t}p#8ijanz1UG92iZn0KTTbF%orG} z!unr7^>Y%9L|C7lACo4i`-2i2QiHhDP9j$ES|HA`RsKYQ5<#22Tv z3l1?&NdmzO#AH{dX{-qkwA{)#r0*rBpS(=cW0gJ?I!$qp(KlYO%wlS4+^bbBU_0TU zo}!T@mNimA3esIcKJL71?lO_LUli+uD@X`j8ax)8Cs_o0r11~G|0OJ z4Ll5Xvt723dvS$l_N!C{i4@_=-$Y6@*7Y_ zqTDe4aM=`*HcQow3%FOJ&Z5Cjh_*RPIK*nIi_uX*3G$;xO{6CD9;K~&5%N9EW!T(4{ozXHfXNIFqqd7#*0_OQ}bxTo~AZf!nAH~K}5g1 z#cpRHfCV<)l2T02n~(ZK>qa+}@N5P=u^m)dewXE`sH3Qlb4w(9Ue0VSadCdbPW&o4 z>j+uYVvO6faH9$b^5>wQw&kH)G0X5sWr}F&U`n07RYb9r^2;3v2fetkZwoGr4AM`? zxRrRSE_n1q){N7MR8~ckV@9Zh$Q6}!F@=G<6(LDGfL<+YH*F$mm#tQ#g(RW;I{MNu zDvC*Apu=jbBuUbDGRTO)tKE!3_qw0Iic_AVc2YL-)to8XUqW4OuY(H1PANf$)FPyE zRQYqr-dd8+WCr%J7AK7_JVHq@PqLgjQsZp_`IGS6^%+Hv3d|!l;q`PA%@b8oO-Enn zG;zwam20iEX!W-Y7~VFDV5E;_GVV;Fh#=54n*RU}-n!v*mDL!HT_kArGgO%5q_0wZ z*$j$`&Og>7{8BfGum&FrN^)loG7Va1;MLPCccj^0)D8`vpjuo;yEEYR^ddEV{##(u zM(TH4xwXHiferV$L(6GHfc$9JAhug&z-#}|Yy3*FnyTKOblKpc7170AUsSP%2$c&a z6IRB|z?%efeLjvs8@F&>bc3=!bv5R!XhLGD^C#xanGR#aaEh#QlL*Es@aUq%-g?Ny zGVXtNRgzM>mAhWoxYvUx?bjVR(OV9USm8&fAmVvSMY88?9iTDqkA5kKi?9HNH<%m! zJVfJ4jg-5+PfZIL4sFTw_<~U;Yr~o1Wb-ML5}?xKL!{Q$_tfyM%WYgJ(%$z>5Oz@A zg=g%&MNYGSTJUs1w`6hRv=cHn{R^9gk2IwJ01YW_>%AmR3|J0u%UGbLnyWuxwB}S% z95tA}8q)0qn|rkfz+T*Mx>RB)x%VMjL8ltre=O5g{{W)q>>{EFY^yvNz7&eZfHxuP z7eRhq2|X1?)R37bxY2bZDA7$Ebs47z41(fW@r)zhuR(OqEI)oFpRihZgK4!Y4iSH#PLXXK`tEloh?%UfLL!b7{geD z_OHaJFXB^;Jge1_6BL|$*^^3Q3l?a?rKZBzM%4nkk&G-ru)4@@ec{`hEv$k7rx2qf zu7J$<>JKAjNn@g+#URJyXG(c6>?H%|)?WM`U3_0tg%VZ##G*`1< zseD$KHPOkC@G7i34w@zvvf~xh5UoIWHen3&ivg~qzi$pdZIs-E;(7Mbt4`YNDhHn` zU1h$wQD%r?qsQln2su_a23>25J0fyRx<8#F8%B}_lC!bnz`|C#2DOCG^3d@M~ z(+|p&F}79DIA&*e43+eF9c?VnD=LKmw6cq9r+z3Gidsc=;7_kp#v_VG)Ix=FxKvXR_1Z5S)#O!=c5 z$1CwXQK9SJ1BPId0X817;&>}T2wfRKNr`KL-{Zy~wYqa^J|B&4+V0h`F~`oDGgnx0 z_7Rh?tfgO=aLi{Kl&Gi2aNI)=Vx=3*6FSFG!F$*P;l#+wE(h?K^!#Z{S4_CQK~ySb z4yt52j28u}uFd#;Ag_%@S`2cAUn*o$&AbV20_{3@@XpfFK~S!}m!&%skxs*D8%d(ugo>k-d=GQ_a&C}KDvd-+0YTyGCD z30BNl4>tDKURc_wEA5JLE-O|hl2c|rn?Mfi;e^7-zGJD!F!i{wAH6rka_J;t7}Zn? zlLu&|l=-`+70}5YK6=7{gppcf#&GExHn(H8V{ZODbMnh3Vzk?Z2d0o!dCMW-^TAyX zY{BZGjE0pb#&E_KBrc%O?*s7ScdZqqk|@gGGSz`GOcUlTm6`E>=RGgX(XKy&qT(}u zF07}XdI?xXBt`Hy->@Trs%QkR+lSd zlqF-uFx+OUng|@QI~o}(S$9VziA`=h9^5qU`YDgi6($Z8;N3#Xa7iLAXTbf^9o2Dc zGRMZ(S?#U3rASn4q-NbGVXiXg{FLgoQf6!#aV^p^_{J8%-*W4D@AZ+!t;&JfR(8-U z8QDoQ)NY&7s|j;%4WP2dF|0L6Bk7-B+%p!W;}nMBdQ>r_o^R@2NSh9wTN}cQ`F?FQ zgB756Ww8oL6C19)M{#0SHd2NkNIPgM^u?HPgwI_@dMdgqntV>D2a=jhI$BzR8;_fa zq>BSSpt)ejh4%>!6zdyJ7^rImpzNtXi1k(?y*BC9RMd3XmLExv($3J;F{hBS;n;(0 zM^zz@b&7^Ik z0at`{+OAqUtS>p?l0brJqppJ!pk|0VsZVsvwSXr4O8!vdIAUt;=4b+G4VSZycB7LO zWT>L3!DE@Q+&;FIAa|;nMV=TMGUKrY*yw{^Fm_vXMoMVl}hFOvVLppDjqW41lO+_n3TcZ^OHX!)UzR#= zE?%U3R};bM(jU^%VUuHcL~_Ih!D&lPeOQxYt*m$ycP?A_s2^<`{{S{kvW9~+tZdcN z9J4MWm~=P|WY9CKRZ~>qwX#aKEwnUSiMhD98Wt*GY$w*9cKKHZbqso`1)Xyy7oKqV z=y2>BS{j)X$&lf7G14cI<@wB~Yp%ZSg^zwG8GD~~D6(1-VMH1o=&Gskd?qO|8EL6$ z=}<^gqPmJl-m79ui3zy-xu-JnRTQVc2u#fv-l1l0n_?A$o=I@*OwQ<)Ej@i2tVl)e zwI$uH*XZxY)s;Sz;T-#EUA|`0c9B80d&DwM3sZ#Q`F5_38Bzq3`PB7zY|%un_u34y zTpKQ`c%jU>&;$cMf30X|45(tE?4zmDjKP+%Y&Q|6%-vec*p(%0bk%}5@vJ(UG?8Oi zT@WXvO^5@vxmPmFi2F}Iw7t8laG2C1o~jz@I<ac&WGDR@6sU6{T3GSKK}Hu*w~5=_X>Ps+TWk{3fNSg3a?4_>C1ezV-kpo>aZA z0k!+vmRcPkz@}emC_84bV;xiJ#vvO}VmZSDGlY^Fq>C5BuNu0Q7yUi0@V^oMQN;{J zKFfe&DLp4qa%b|%5~n_3kVg|k0#Hz5ctgLGHe23#$*|J)@a0{xbx49K?)d>yHqeom z`j3?>%sYCYfi*J$2ubnWBXU~yAMZu)rx#n|vf|-7t0p7VJgY}CPd079@VeDd z94<429UkFZ{pdT12f6U#hf=gB0W{l13Oi{JjP;`;ts6s^^R5o{lx11vpA^E{IRihw zpnSl!z$bw_yLX*9Ap59GWR}ylSbEYo81)GnQlX?w2DS<}iV2NAH-sxNKKYQ|q@S~) z(?iCEt>(ak?)+(3O`-n)Todb1WA!bTjw6R*Q^Q3Bn4Ls44_Ov3g)}g%jugnnrct$T zbN!q)w|47cN5YZ4XKqHIvG1X|^L9?E8!5An093Mp9C+po!L&M&^FL1nX=!n?gXt1> z(r+3}hh0$yB{pclCZ3qQbWSns8DtxjUdB3`kU-Y{&Qt}S6sR-;WSl92Y;y#mj;=gE zHQ+Vzhe;`y5X=}=kw78!^T{OKTZxq8$^IXOZW+`(Um8N=xq~iEm8z+;UTn+rEl3qK z*m%Y01H}+xMcdCHwe8!9TXFXiJUG*?29U1_r01h7Q!ipz{{UL2!LtQEVxy#KJg^Jor3o z;8IKn6PT74BH^F_Tfp)L-Sm#}QMNu}rknR=AR5)L)XoEk{{WmZ42-c&B{ed{04g>z zw3Y==h3&~RDqN!;nhxJ5$0MSPJzq@o4kv#b)Z-0jk z(()2OI8kDnIKiimkMut?bt@|MBNl@btfQYOJv~ECC7dHJ*$lDn1ZpmZ+-Camwv?PU z)$A>n>QrZC1C`O{T&Y!w;I&nCP~rlp#q&v1GM^|$mMQ~V-a7EaA+><0qOi3$gql>- zQf7=d1Ctb{$LisRDQW4Y*-M zunlW!Plpb}3DbxaPHq<_4Hz7&)7sqSm9VPx#U>clU42FyH=R{buEdmOxQv}F+%A38 zp<6Jc7MW7hwt^hbm2*A;)Hz7`#T zaHA#Z?=p02C1QAuH(jf9B}O5DW)qBHYn9`YrZ=Mb2vf_DnuvvryUPn7r-iwr3tlaO zvm6B)<<|*7R=Ei(_QA4S<#vlNoAEM^$xrIu<6%2@FET+_=LcwDNi-IYXsrgI)i&3V%TuIScp$1zL-ii${TrOak}YM5t|wt4)ZJjS{x zkQLWU+k?!a+&0gqPMx*P4?rPqlN5DdWfQL$2p#F`3V!1EjY!&BB)R8i3G zsHmO^r7E#3flGa^-uD%&yPQDwQZ+WPCQVGucy>2|R&0+Kt%cp0i>+jUfx7GNhSKAd zWeDgV%1-j!L6A*7WQi(jXtBz=oJyuyX@qa(y;Q&vyc5}mr=ESJ1ArLyQ}&k%P$Zp{ zBjY(rrx(MY63aDsj1{}gMx85XRAHlT_nWfb{7wo|V1Y`O3WY;_A2s0^WfmA~s#dbL zSmSz#YNjk?bF^8*`1j_Mpq+xNBn(Xps$x!72O}uMk?_3Wa6~Azm zm;(VuO|(!%owdt0(bgtmsg4@yVt`ZmGE(ngvAu$Bw_)~&H*cd(BCNerg$SOUaje&p zG2ES;GQMG{!ZS@BRa-?;vbzalSfx`G%HHgeNIudqAn_h&Y}{F#4wYqDJ;TVM%%4ZxBG@#EpPLo=y2A0T`G|qLBnVb!;-4D9fHYPp0F6Hh6{3l`N zXi&&S(ho?geCrpaoaNGfpy2s87nZKOFW19UTZiMxEUO(*^4*bGsnNh4kJaJ;_b<&* z^C3V9=cHq#M|j0RDTLej8Y~{gNpfWQ&&+`CRP;!No9}#3BPOj@$G3aBC1<4 zG~NAMn-QL>mV824Af{`@zD71Ipy_kVKpZN&cA7I@ojo*W&Z}e4S7N!Qy9MdK6E4hF zvX*HC_0Jg%@>E*bNJ01HAgp6k?`=|9nBTP8a2WH|O6_gjTDIX<*`4~KlX?f!s!FLa z*y-V-rfe4{Wn472>4YSdfm!!$UCvs0n3gBGEO-ZLgRiQ7Pc)KJlSxxkEp%}iUE6MgNduBTgT(GB334D-)2T?IqoA2{ zFJL&9SA#V4{{S1sb0s;d!mCaN@~{U+ytfMiuSR0WHlwb<~s{FNUJN06gS4FR}Z z&zYk?jQWlA^_OX?W5se#Xn|-9l=Tk{GROwW3`{NaLgMS+iIHOA!~u^`rHH*?5)@)O z%?DWbU;Qv=JQlW(48k*A8rH&T<(cTp`?D{-+N(>CXB}@Yd@Eqbs8tQ^sZI*_njtv$ zRm&Lmd8o`;GZMt2%Hp0Hd@dYbSz@XG07r}Eo7nTMrS_*E?hLgKY6O%(7YP*t{{T;eVXrZwj+!h+zsZ(B zPU%|f-#|d)A!!LDf$XcTN-jjaI+)tPgj9_EcR%|z3>QN=wpjVy=sp`QDR zZsc;Sxg7)9S3_z%Xco=cFZ#8O2=Q!oSYBA!78oj=m6dxVY-?Y~zYJ|wm5qXuT_B}f zX&;xc%B*J&#pwQetInp8Rcehyz9R`>>^@M;*2Q(pCN=5la?P>19OBNvzBz;!Vs} zKQAxhF}jQB4Z-9MkT(|u^?d4R%vLlc3f8OCo>Z&FGd(^vM2u2MDd1PJ1Ux7W_0q(* zB#f=#0S1HDNHa^XL|rn*b8R+xSYZz~7h6g56He(FhAE_#Rn$m8AY7g$-V3mjo`|J+ zHI})WKa`yS!LptW)@ZWrP<%SS2&>F-&``v-m6oE2G@Fp@8+^tjTKeh25qza+owG+q z%`NJKg;D2TavDdQ>ngDLnxS4;VT;QiNWO>sLBMv(KHo!K`Bs4gMW+OYz{{R+w zP*cJIBicdJ*~dXodydgbOoUWEk#v(0&iJifCj>k2>?>_7x_^|Ydp^avwZPQt$8T?f zAav7K_OfJAxap2SdR!A16U6lG1}h?YE)MnbNLKA~EKT@Za`;i2TWW|AM02UwEpA@w zMj<6NRoSW?0bOst&PUwV;nkrEXmrs_&5-sKZ!%X(Ycc%WT}UwRIq_AeitdKU)pT&Z z*T9>;pB@t4UJ*vt?1_`MhVMt+GE6V3_`U^SL|(57uaabvP)5@bWz)m=bsR^XUH-@s zvXbBVuT1~)weVjaRHt^9}^3yUXJL+y#tHPHB{SDD+ww-Q7Yi0oa zO~Jnv*}te0N#0^Gpwj}wqlAW}zVi7=AWnDGC z-NT-_#HB*KmB=)a>IP24Yg-e^e^cTqY&)XDRg zP4Q{)3~n4p=dh~y(|BkYZg^!!1zIz>tD^!BZe8{peV~PmBDZehnpU83t8Kx(LS#Qv zxeASOjJ@)CvXzpPH((1ghohUz2x@6J4}KCzVY{}f#^4hiUNrt(?@9^V^5a8GBGzKp zhXwQHRok0=Bjec{sQA?uF;KXMUBu)##$Lv$6LeJxJBHZ9!O(&jaBFXyrNja{C^Wpa zNn9E*Ju~SY9Ca1&$qS_}A%)k+D$)S5Fpj$q4PwNNJCCD@AHESMrk1m2b@fpj>IX}z z@T~ocBE!C(YCW`3C}1vy0b_BXAPsmUv%Qvu2i~_*NflxrgMJxTfK~d&l&D&`;>mKw z48Rs`t&Cp8`vD(U0llQCDTaunoz)}0RT*zu`C@z{F4ber6GWKaD%gB!CZMpx>zti_ zf%P5)Hz~<+W2@&vo#RLiBhTb&rL$f@m-*V#MN~Y5z_9nke6VCJWvZ+pRIb~V1KFn~ z#x6WFQS#aSq>6!wWGps=C)Y_lWMVNz3AEvNyR$mjC}V9csqM?NaC^$5jU*z2UW9ZO zuRmkBwkeCO)LBBBeHY`icQxE8;^CZR{P*cG{sWR{X6?xdD>WyQwIv)JIl zaz0nXC@{)Y!{{SVkioDzB{9oYX4qqc_mUMl$sxHU+U1V`t9e%|f$C^p8cn)EJ7}Tx z2PR{^K*Vz-*qu|<%|ll$H5^invB3ht9E%)DuGCO;9zD*df;&Z_l%xtJxCO-$cF|73 zG817~hBbpqtUg`8nbVR5wwvw)@;p2I)QO_v)KIUGGQ~YcM6IoZCS&na%YOp8j-ziJ1H@{hWeQy}!kT=s zM_W95M(Nb7V%n_Jc0N2M%*-gziz66Gr_5h2e8m%pfidrB$u=6?AKS#1u8^u-nWI%Q zbjJ#gpC?htyt}*$Q5a&P=gUM}d;uN#?7>o_J8A5k!bH*+sI{==j1GF*l4hxrrEtWj zYboC}!ZO-;D8JLgOs$y$D4#uY6ipnwgO-gw1th!tw2~l@wYA*IrOo_Ha5;Rx5eKG( z*+L-|)@#V~*Yy65YKWLsycl$qd$#WLTCN3RE^XZLHeGT9u}U+hC7GhdQI+bcC(cqZ z0(y06W-2UofuykmOYm3T%7paLAG*NOZw<>8RFzptnKwIB!bQ#RbtdNE@l%fi3{h&E zDIoBg8gRUsRX0{BYbruh#aRSY!+RA4W7lcFw){f3Kty%XniKm#O&%#aeT3oowgq1+ z`3VwLLS$tuq&*w3*2ct@9lksxdH(@`5r6 zW|b_Te$E`*;=)fsq)#hLgixW-ET1w?(o(uDRbCkJOmQ=zSgRpcPl?@ct6qBj&3JGW z-I{dH7@8U}u9#F}R8zx;Q>-p5s_`Fm`LVHLO|5k+#C`Z1X=7nZ1P(PbCgf}~mY*@= z7}g^m4T4}al-SNEiB3GnNETV(k~onyl1UwuAOpwY#Mds&X~t>h+tWlZ)ZSXE!Ld9C z7>0q;lNFLl>1me!eb|OVN4IFye0Xz`x(uY!9MBO5g<|O*P>UUt8Wc$4YG|UUsv8c& zD|w8AKy}i`w-jHlB9Pj*Ge)|jCc}v2?e7Z(oy|niBL4uAse~Agy{yAutA$8^$3`kd zrf6a4t_cny>3`G)Q>0HeO1Pw4Ffl}AuZo_ESqiJ^c1Z}m{5V&bFZ`vm&l+E1BHdtd zs~r3ua0$9$(+;!H;k64rMq!UT{KTj@Zm{g~21_O!M*y-E7yYdmq01GForc33?6|S#VrIB+65gk;r zMN27IX^p{-L}g9H4#2M7$LZk4&2kMFKAdR_mlHqXtD2}XwM_I_O>x5OF^F)}v`A7~ zqfTVosRQ0OzZ5(WV5<{UWI2wWG&*IP?yzONtDCFv+{oA^9w9`TcNC$o6wvf3CrqvkkWXtnoGOb(EJvDUB$~Lp>k9y6v=< zbe^A;F?FM&ZZw5+R*Nm6k+(RH+xkkqTS?V%*=?6*B*eK&3-^nMi8(*?Ft zc$yx4HFSauvC&Ky7^r~9RgTRDYnEAn9^{iSQDStwWD)TCc#|@|E4b4WJknEbqz4wPyz3YaMUm{jHaFMf!xRq+e5kWnB*j*Cb)cIT>MSuz{$!O^C5tz+ zf0uK?D+`9GmBz_)*0x*p&(rLySI~SmTv7{HRbo|HezmsQqkrY`$qcH%U93WYJTyFx zGh3Ahl@u_rXcRX5ajtcC-iQ)D5%_S}*?@tw>uaar(=d!l9wzkk7X^Y(vJ1fpw zg%i_7!=)KZ5v9vAQR4KeiQ+g+hK8;f-M7b0JaIC(c`Q!UKWE{`9=RI)>9kp>qBx4L z9<9SflDrkJS$8!U-oEr|Wpx(6dkbs9PF_jGP=4S>6piU7ON$oA(!XGpuhRN zZyI!bkAT$S`PQbd40)cKj}l5HrjTqVI$}~mYx|Zvk1Af-O@_A8`!saImaeB5q-r=O z5@Das=Zcy9&6bTDX)+xTzAePbxs8ucV?X|x;gJ#wHGM$IZBn{)0BRfE)EG}E$8 zQB#RwUnG>`OG=MLYSmx`6IQ$0Fyla0 zd!dpVj2zL>Dq{55lwx5bZh4_DtL56-Ts^@&Qp&_qN0Lgh6ghO)r&PF)Q^hy(-#&v1 zl3ZsHeHUs)K|6l;aJSv{aTV>>hR)&vr4SkDyG7FBxKjy9DYTEV+8Mvh7UuRS;qLfUzF^2_YCYfmSPG z5BBkO(`a>)79<*G&BdY6P+--abiXjCRI>YJOw~ai9hm5ha!rQs-z*agB2`nHo5Wav zLGU&{2a%=IZdp7d6dE2OZQeIK92D*{eqzeGj(oXQK(w_OZVicIkYaF!@@mnsOgygE z9qu<>PNK&BxOiPk(WnX|3s6xMPI~o*D&x3DD@dtHQBz4I4IGM~ICtI&@B`i9)>h|) zjucmzqm2zeg>D*^S&!806>Mo{G39BVq z2$m>@?GXvSpGnm5Q*8#(q+lr;-Yyw5-+)omVl{czrbtza;u64`YTIdGHy#!?;)jwz z1FERm#L+~|SX~V!Zu3fcBCaZmWR3JCwh(Riju|qoNfchr9?8lP)UM`-Zz%j zYq+2wfn#B>hXW-E4oFrsc9KdqP$!xCeT-%-w zKw7`tOC>|^B-kGTZ265@^#dJ`e`l!<%usybdg4iO3BMlE{p7vY4z1H#*#Lt5j+tc2oDRt4(_>(fL`r0P$nNN!ZrlnD3#x_>~`AR3*9yY z#2OT3PQxNL(SVD|%w0CXaT;_IHZKkl9n!>klGoCwk7Ij}tAw`6D7cC;z46-`2s1}b z){isw4-RSkq^phUy#1T3$q1&kzu>RI8!z|;1lG_>&NLHanRw;g$Cc>VM$yMskguBC zc7$7L@zTI>!KG?R@}k#HAob9#oNx)KF>IBIP}3G;Jv|Ka8@Ayzs0aM4JUE>X10s|- zh}l*&_ys;3xEss9whTrZr7+15bdEuVRX8@++26x~CoTyc281j$0Too8PRp=Y`iaYQ zaKNMI#MBZ9fB;4*nq7P?uACCuIzuGUMbksSo)os}rX2WABUeBpRi2JIr6jM}-Ca%Y zpQik?%aqMklpRq=KMl&^Xt1ghjIvg#o>sNDJErDQ?65vQ&JbL@La6%PuMb@yGLBKe zE3-yAn1wpjoUa6|)Uz>UC2L6BQ0Pb>WRa(bA9dw~2;)eZW?aXG5YJE(#hp6imoTa^ z<=_-zYKWnfc6iajxb|FW!@Q{IXp^+jZel`~2MQAXF=bkbG5)5m8x&qdanMCD^6prH zP@$LEZhJIy!kVRvSeT<7LxIUnkufHz!-aB3EV4+b0<$YSZ3OGCx8Xuv@rpGJ;nz#N zgVCyNXQ%x}lP<$G4hxp5a@IACPl!Wp{{S-$6ceEfp?3GSf!qu6746(Ql6Z)#+uJ0x zMIRr-ZzW>+e+}y#7{pGL*sf!wtILzrMzOTib5Q<{PzP&)YkW9Souv;H)AnmENa?Tt z)KY#T_{3);^e&J{Wtu$CH5Adp!~uM{ifw&+-9fnI6}#$`o|yU6-JUg}az5F@s9&md z_1LU9eit1?6yiF#E0(5Zw2?l-vV~*VFbi?;;L(Bsnjv^<0+`^%^Cm~e@vJJAs*-Aa zQVb@ZuA*4lQWYetF{*_3y901I>xe?qCY)vBnTlrWR&~wQ*$*1awRBR&O^j7h*WuN# z6tM{2l*puj!uDY%oKs-J0_0MAw^tM|`eDN}Or0FZb517%)wLEsONT*F7ke}d2TzIM zCffC1m|BL@N0%1KC`jQH0B4F!9|6N=!LXTWDCvU?CoWN=i#<(0%fe6v&;;BUZ^w%* z(xRz7GgWYnF+@`{;TT01`N3+8L`3*zD_ctyD7hQFsICW&t`C221nju43~ZqLnq<{r z;q=E9>fRg#LKLO0hAI4`fA?=Nn>T*?a8T%mPn8m&0_=2F%U+t=qPh&jl_Q&W5rR*M zR>etSxJ+V&caMlb2hqsqG;2&Anib`)5=v>Grg<+G%T@W06|bv$oKB_j96f6$O@=Bu zYO>MD0RRo<%W0;(v)4M*6T+8U+IMIqoN249qNfhZlyz-aO8x zkPQj*D`m}jW^6`|I2m_*%@PP(b-No#Py7!O z+yWqx#+J502OX79exhhyGc4F_6Blr_HS~@^3dvPT=G*FUM!wDuvYZjsKzqaivas}L z6A&~QeLMdEq<=AmYNWAk%CNcHe{P-lqVP$YvjVMaFLdh;o{(cQ)5}*o;dorWYOz}sPSzi80% z{pl(bRaLwLO*kbrMm3J+wWDX4&|%ZXRH;q~Dq)BOa-i6f1-^@N??OaU2En4CoifWM zCL>WxPZc#W!`-HZ2GV4wS7*P)2(xhF-O^yvCz}LO&!fZZaNN0rsMF~|6d&dZBCDp$wIZNTC-Z75wX8`M(@OZ8a_UZR3J#v-05U7K~Jrin`{ zldgpKJfdCwnT#n?k>kdVm#2INnCF3*F;$FZ+VAGsbIh$}0&1V?{cyF3(`jWt9}e6n z%v7S^T`FWss0XUcw6%E3LGp_&E5lNdt6Z5R{Vb^Zc!EW^WYgXZHqs{<1kqK_S$7D+ zFpOst#G>6^F?tunCyi{050+k8Bx_iEvF#S|JUU^?1PU%%G_IO*mTJd(VVLN8nO?0# z^lJ6A2BPZE3#!TGxYqlE+QfK{GjV7x5KwUx^KX_{tBqM7OZvBwy-8&JMQR~zFF4?E zHYFu3GwztisuWF3&Ol}?!3a8QwY(1lE@jSIxur%y*+(k9OX&(5c+n2^D^Oz1uYu!u zG?-O-2=d9ItRQTyffsyCZ?z<|1F)YR2?v54v}i<{CcL;RG$MW+)fBi6W%U;&Tfh1( zK3|e(S9DIm#fcRgPjbYIeH=r*O@|vnt>mgGbb-c%UtGDNX6dd+z>XpQnH zGpbF7;#*%%zy`7UM+1AAYNGQ00LA%=5ofLfg!$2Q%Gowde;UUzYU*j}vd$@n;gmRe zq9z8asEw*#XyYdK2qYWi8ZPS(dq6aK^rby?8Ma|XRJQ7`P_RCfW$AGYMnhMQ)AW<(ZP<6iN?gI9j~__5)2vKMx}DHwFogQ-Qbb*mL{6hd-tIa{6c7GunK?jmX` z>q;ddhye^yD%eDUzQV6@Z=~zNqF74}r77V-#a%7cl`D-Hewo2TMOlc)j8scINlzr0 zaV(~qJ2-Z_3ldvxyZD2|H$ah3wxSI#G6i{pn>k6p^i3;C3&z*?#S}n-K00wd(8PID z?71Y-Ue1`EC1z%Y<)vv`%O*67Rfn#;fO@| zoYeS{se(yT7|hSLhQXoK`0+MxffV*!7G!a&Eb4v{jN!PAe7I#qbh&b$FX3~+httHs zkD8?=BXlf4B&lXTC&OL?t(`#-Ml(W1q>2nM+*Rel8lFW>n5`K^bWvqyk-hgLQS2XA z7I#1{sFf0$18e-WtDPluwAcA(u>b(OSlns$hYZn0>sB;T;FgtgjH>6#c=0?+pJ;El zd{U!U2kGI|VkoFdpraVW;}x|v0sjC=GclSnZL|YmQ~~hfgs8Zn}k7EFf_royY? zVq|$L1nfX4Khq@#x4?c}O_%|;pRjNsP+#g3El)$3GOizoQ+cnQYEqcfsJx#o6-vb+ zAbo#ORc$)o0;5gB) zOh&`Pirm7ZHuYB!|wMfs;$oEwmgRZqRBxFb&vA6bCixD*}C%9i;%WYNv&<{>5< zT_;Z}NRkRyn!cJj{pB?AqbhgO-L&9yIYjun=tsNP5WN&(G6o_rOuL!#T=D~1gkuzV zt`(>|D5`O4dWft?f-@2Dw+WPjrx3mzee`W`q@}f_(xOCixRRiu^W$uqg(Ll2@rg! zxzj30>!YbthrMh$TAlD>f|9a2`DRsXpO$oR4ej4f+$2WYG}Rj@*;Zna*S=e(jr@y> zxYC;5_5T2sPBgZJ8;kIr_5xB#=%YJ#^(<9&XDk3zdYiy2Scig!1~NF%tiLL$sMp(m z8`?YmPf1-)r@-JTS%=Y3)Mxnc+Ef0Wj4VOojCA06KB)xia-zh-Ev z@Q(6~Z>4mSm#N)M!fBO-W+Md(QKdR>8_Lx)3wtas4-@93_erbe!}f-ZWgPP0c*bGM z6;t_G%ZIFJT&$Gs3Zo6%lH%L90s!yAaX2VZx|fVm#p&iRif8_d_2UL?BA)`OTu%$i z#YD4H`Ns{*m`{^dh9IHY-p)|_q#hII03qa=nWYwzP(k5BpQ8Fa!GK_WL!-rOTB53- z9)W}nD1VX>P)8F}Aict*vAGxTy5qkqcA#PeRRN0s)zA2hMrrV#k3}S4ftkeRY!SW8iP!kUl_|bz`gMDt68t3b#!E088X+UawHNw1XeOa{U~q&3Ry+Kn;!BP`0@2 z00#UXShN5pg73HjfTJDL%-NH2cU7~NGnwfGt0f&3HUhK2CQ4~t=54`Ez&5_W9w)kG z#j*lTEwp{KIA)l-*Vb&cn6k!W!oE@p%B)5@Nbp=ul%r714D$JmikcR5eY)}dw$W%H z&z&N^xk|)E7~e+N{$9boCg(aTth-s7D_b`pX)yR1p@mKhOcY4RwT;*g=I4cZ(@Hl< zgBX0x8fB^fBcs{r*0*BslJaz!6bvir3z1xuN#@v3Ub7u2lSU_C_akMVLc-(t9Ntajz zt5MoTKXGjM-GpjM_zoN)q>dDr-D4)2 zbB#7FHYe07ZP59+hAUlDBcQy6%n>k={eWAKwGf`FNZQsdtiU~Q)amkxf$c40(qCSLWefHEdLnGG@gR-TO(Oh&e@2(b?^qp_MepjEi` zFa!Je4!CS80ig?O)3a?T7pS<^Z6#$TO)Q4KrX|3sBycu}(m^RNVXeOYCj6=rsT8Tp z#}=5Rr>LwYYw{OQF>Dr!nvSy&t*629Nh<2rDw>*StEw#F2_E1m7X5|z)vJpuAlB5- zQbL6gnm?bya})f9YT(uQL@9?;lPY${vYaN8_oo;%Q$1AWT8z1k zbmtYRoK%e8l_)W_k}GWtDrbq7-qCP4ca$ztuRoO)-5{k@jp+x=(cw=%#Ew+QsUBBj zc2s&%artrU&}3Ha)&L%La(z6@7_K3d^6n{z)EBIa1)+|n2}uc28p5hc9tBm-yarx6 z0*vgTJ)rOk2x_UM8819XC3uQ=r>~AWSlF;Cw9>{j@HS0;o;yAvPCgAbWwoKeaVofQ zEJk_^R8myaR8l<8Gge5JV)7g40luF{9&i$IqOlP{)^ti*?1PwvMJf|d4Nu5Si+Lle zFuO~yimmU1qt}{oC!obJgrvhGbgT0T znpP3GP@=(aZF`OvH!)AGa6qIsbgPkZJUA6+}V}rDpX$!IJH@`9ow62wQqypg+M|L87KmwLN-jzsY8ub;8jFY%Ug*obmw)K zeCs7VaxnHC+kU<$b%Lborvs2+ZKuwjq;;|3xo;Gxj+Zp5)KfuOh!SLwK`54VPzV=g zx}iQN;mh2%Qgs1^X`!e`8ZTXBf|6{xj$u^s#wex6X|UMqB0HIWQj)Z~CD)bNu4lUZQx}S|I?pQ-XsQK7GEBA#-av}mS52e0Tz6 zo{Y0@4UziMH8yabrm75YFX9+w8ewa>7N%PI8+pW9(UexX9yZ}_@Ulw)r>2+XDh14X zD$)9<(9EIL46}%1*j`wtuEa5qmuyCwl6DPJkV49@3bn*FD?zL5-I?p9(D-ji0e4tAMsJ6GWYHF|)iQ!2b zXoW<@E;_l>j6s@pbIV;SNq?Aw?mYRr0isak2;Kw^#rf-)jRT>xA591~fxmVioj zQAOM9aFrwSD&0g+4?GDQoXn(?a2Y#%Vt!--Vjw3F3T ztnyOJ94RuBau~|M8~X;lO`10(PBi9N=}yj?w(hJ~;W6NuKN!I`K^`lYXeVk=?Jx|2 zXcQMZGL4O5cmlU&L23kXp<3RQ3MrKMm2MHTmT7`VEfZ5AjgOAEs+lS9+9_i`WRi&zD1i(<)y=(@98!#FE0_u_*jz^x!*N1s)jX>FN#|wzEXNU; z``>>KSA-fWi8Pwb)QF-rSvJm=W_BS#xauz0<;l`@Hl)CA+P#-1b46TRZ)X3HN zfUmBtsWxJ;!&f^105%26olh+LVM;YyNk|xs=zn7W;kF&0IrS{y2&*?`G6;2{&TIQ zlWC%l@{SHV4zS1A7uz3!m3q8m}~KROuL(@E|q^ZO_Z@^gK+ag zPX%mFZasy8A4dwU;44X^%-j2(p+_@1VULC3G1u2?Q;f>h)$;+W?10%m@%QqGIK>b; zh)6v&TC-fKOPnwYkr>?-eKcS_VpKX^WecGM9e~_^ILTx{r57S4f4;8edB| zW*u3ade;Q>B5K(q!0}8vq;3wAQ;PN*8Ei%DLAP)?k2q0E5^3zZH5wkVuAbrYW=tOLowawk%7jGfXtyvsEc z(aDG7_%&Q|Qbk^v4i^Md)PZvF#usxZW81e7uH7y;oob9J*4)qx3RQj{3yIA?STQWi zh%PZxjb=J&Yf*>|4M@V3ra*$>5Xf$;eFqfgkP?t7BSl1+um9G0{6ldpGZV`FCdH$Z z=6sCAX__WRUo4CkzfxEZ-ract?%KP@RCq_urySj)gaCHW%C)TPnUX%VV6{>&mbB18 zhzL-U7$nlY>`s^32PBIWj_8iM4Bd!WJZN{yxrZx^`I@nOa18LEM0#0CeJa(5~zRn5(i<95aZderB)0@k5KY8-J-T@zYgG)VKu49f8H2i>+FT99(Kn#=p0YDO%bQ zPBwrROwqsVPfD{c8I9KWYm;F6yeDVd$$*XGJ z><4}bFB}R^nkZ!usp+fg={^~Sio8UFsD=E}qbqzIs zBT+Rs%rvdGDc2OLhul(Zsz^8Ddt0S zwm_0hUN@EG{U8G3$=}3sjNdKCXN5d%5SF${nyxQcxqg-r(acm-Gko>|^2mpGmKMTg zATiSB{264=h)|%->sZYc-kQTZ)M4mch`*Vv5-scvsmOn?wYY0?kZ8T4bpcmh(>&*o zVYCwAH3A07p+?GQ|unh-U3pag8LS&(I_oC_TC z=}4=Vp0Y?LPW#@9V!(myHylh`B9t!hC{aM_n8&h*Q*!-P4NRh3LMZVYM#{uTBC4{G zg2ZcZ55tDGnikoev{tQ2R9AI4^!Ub4&CtsVl%ZPf(yEZgR-lmu2*fi7?a#sjv2*y~Sb2$t_U~GIlaYd?v+s2uBB`T0&i`Hkx@tkijRM1k(65&+X z%y`ZrQdAk*SEH67K>!_0q?7UbIB3gZDxNV&-*A-d<3L^}m65I~Agz^<{)RY;>~iV| z-SlWUYa)@6G?>fP^;i~erN!ZzN;i6Hm|~ihOpNX4Q_E%m9_2qSF>sA(juhpw2vpJT z=s&DEGKP4QCT55#D)Q!df^kn&<=#3xViZ-Us04sjBwf+TacxEW9tQ97#dk$%7>YKv zzm=sb<3eg;cpgp1sxvKZ3M6@(5Ndpfj#drTbvT`ANZiD-A+;<^WM(5`=swXLC$W9! za2qJv@eHCmO$%K+>E=Iy=S*W4%{aAQXRgHX&+7#?2{J^qIBbzsOB`()#M`2YBH3hd zx!CD_SUYoafZQjCM;c1o5^<`{>pJH1)jZucVXu5=9;_6aR5k#3gt@;AV8JxP;2I2a zR>}-lI7G5ATDq90e=N1vVUz)N_zoMW$P`?VB+!Rhip3Fal|_8f<*Ldz0Oz=Gub%Fc zRVv2=UVLChfo5uhBeh4))5d0!`%jrcPO2<^An`TAKv1Q2>e^^N$PE7g)fRf0kDF5@ z^|K)$5Kj2dj-#G=QoJ@++Yl*N(<$=oboGZcO7w8kS5Gx8it+$g&0WP~Rtnnp(2>nv zB*2b})w1^Rs~^MjS4>kZJ+lB3R&lrfLZj-;sCWD0F-TS3Lv?ab464njfcq;_b= zV8imWUq$}_i3{=Oo0U>qg^0q7228~3Dk(8@K`D@m%IOR??u}h3 z7ajah51dZQDb#D(lCQ|5ifI@$v+oilEG)X-#2cIG%Aqvd&X6&vc@qqluP)P8tOiLL zYN_C5?!W0Xiy!$2^7j}TdeLO;p+lnaCNrO^9$3~&TsD?GB_m7NG?(6e;t4;c7vdN2 zP86|Zg&CsD(|=Eux!XBroEg-*VD+s|6-KD_;8ZCV7P5$#UyJWE9S9M&kXYLHii1r( zH_K2`WBo<6zFmGFRB2!%zm|{~-q-&CiSg$iDnfe2QB4hJs*TP=!J$lNKVp&7m5zMH zB%34yafjsAP)Ihl_aD1~ywTDiP_HFsaHfiUKMug~9BPdt8)>Q|u0;1p3}cPK0`|BA zP9tSxtRAW~zd%bQaG{T^+0r^Z6Ag`k6`oj<8a=@55{4sjzkvJry49UZnhHMoD8`E> zVa6b?%vdzub4ZO_OLtEf^UzygyN4|Z1PU!uv8w>1#-oZXG8#$bhQ7DRh6rL~84Sy| z#>GYKH9QZg6mQh%tsRE};S~3sbFrnub9A+niE1n4o~}8b<;<-e z()RGu=ZrOJ;s9)?jpo_~JuBxN8kuuESjBvh#SRsX!dX>>Vl&YGqQAn5VS9H^}2&$mwz!Zqc}kp_;xIwFvrH|yYE-F$4aQT{Hn}OoSg^xhl_JvPZWof*a>#^0XsZ~Nt zOfbk{O{GZ|Yd2%3ZWeD6)Y6bRMJ&o$4uu}N|JQN+Kzoh{v_uq^^5|(6eZ;s7%=gm%=(xYLUP*RS z-Fcb^T>Ze4LYGM^Fv|QltXPF-kZLgcEG8OOkhq(2Nm`&r7uu_Hem8d7!jaKVFrc8L z6cSZcoL($efocpASVt7b_fw%iNfzSZAcILmq{uaAo|SR@3a6!+{{Rfk(yZSlj!?}; zDlcc1aL6gt9|B6Z(rxhIUpQ@D@=8Y!#)KJahJpy~(+gZjH1WkiMGSO>a*dm-Ax+kPmsxYMCD zU2$)Mj@qiOmEmHS52>C>HN7KA+qI$KF zafz`x{KXdx1tY_+(YJ=g0;*)BMDU|QCL;6Yx@wA<3dYf^4>^e}2B4E`6Yb&`j4CNp zAOuiFk75u@g{2%Zns}+&o<-fEd(K=Dw*LS{_^VD7oXo{omL@82_~~ept~qI>jKw=Q zzUyIq2_62P5`%>}p%jD8Q~aDX@y${Gj?>}O)5748&M`WE`gZ2P!mN+HP)8Md!A9Mre>K#DkdVM;k^sZ6}?K!S$7mlthXL56=o@i zS7FFph~q$aF;CpM*8PtWJ((paBx6dOv(%_KQs)ZjZZV5>QcP<H&CCYiK%N|MW(1>V!-?6CpQeFYr(as0EpOlQ5D04m^*rCyj2<)=AktYwd1U` z^AMqIs_FqOO@Z(A@a>^URGJ8&R;A6EmX8l|VXBfD46$8-xRB~d(^GyLwo{}NMQ#rf z0)!;PV??B;sU{ifL(H>oQV^&IdHTMtG#rsmw80!JCO1g**;gNyV3S8RbvKymEX9)# zjluX1Cv`(rJ#I)z!h%etRSRYMYJ`|=XiJjBd!UwXU1J)m6m)}6*gh>^g5{iAzAAOA zSSn^ghsZ8%QL#^dX*U+*j{pc2cJV~A2J7YFs9GtG!24K)746AVvQRUQtiAX&n%I#PTN4YhJ^C^ zh$bmIktr0E%+m<4h^T3f_+eI(8D(wlwIe5W`y1cc#dhb#CX=jqaiYCLivIvF!@how zr77y;mbRWq(?)e_sUL2Z)NbLbfd-3}vYM;vT2`boZriZbpnI@mAPsVF-;X7@rk_b7 zhW?ECM=N1b&rGhKbz}L2>ci&c0R8+$nJj~aFUuMxJn2Qz*MkkjG5kRz0jX=MA~FI# z+te+NmLI!rCU+EoDOJE4j8Ng}wX(JilxEKuk%}j&#nCY(n!|Y#igZ>XPNi6Y1^e+8 z_)%O_nP!j)G*k1QS-`Md&7Nv9&1*GAXRgFCTsQ ztD`X8zhapl*C#@j9Nmjz0pUt>7fzK9s)g!_aoispqBw|^XQ@RXNR1Ilwy+mc1XR4qL%M75Ok@zWs#&2S{J zJFG2XeLfs#TnQDR2{F@2?x0d)7zI59SdJYG7G%__lAuUd=H0pG3QogH-)&%0m!Yz> zJx{^ql))O}G1Sl!BTxd(PU7d`axcx^pV-%|Q{%+c?x)}_T^==p$6pg5k>L4|w!YA9 zW2yS@#x387CY@Ehss$G>PFZ4HR~FA1dL8CJr8fX^A3C*@I`tDn zXQZl}9*aHa$|?xaD5cDmRFG4{8pIpOq>QNnO8_;n9?*Ce-j$FW)zLysg{&3_17H8p z=lFnBnykIjyhWh8(__hn$1)M_BjHt#bAN8Z%y`{Y%j%7h^A(UA!hdF;Kar{l>fQxJ zI+o+IaN$fx}l#)&!a{B=b;Vv(m*P zvAYV2sEvvn3+@A6ZvDw9BCVIRA!CgL^pZ~a-9$1F$kiJRZK|)9#1%I0#cD8`F9uv9 zjYsvOPM-ARABvgdto~swE;5fxxHNSiB#424@j}}0xlLxc>)bTRguvdoKdwHZb8+t0`MM$BWtGVYNgVArMy1Y84%Bspa zhYrW+=Tckrm~III$Dy`?fW5TgWuqY8I0)K4VwPMihLJ-)Wa>m1t^x=Gi~#3<7j zgLxM78xQ%w4ZVTEw-L8(3W_xEglan}TZUuPbvve+_Z|LYQAq|nhtwQ3sH5|vEgl6+ z0-+#i+kqnfA5R)mJGT%Il~lS5Wc5`}bQ)TmQaIMSCXws$%1C3{8{B26+h!)>MdN;->& zQMyNm^wJu<0)h#nM^P}Ws)umh?<@Pp#2q_v9hH#$z&$jhF}Xd_>Z-!Q^L(=AY^evE z9Z#O}RMITNaSVm#p2c`L9hYzUpvi4)1Twa<+TgV`$ zs&$DP{s+I)#o2NJc%F()bAkt56TX;YpD~VMHI(0wpQQNQuw+al52mG-nxUwNUPUP6&H4`&H5`GtKA zHJpOdk&n?wR@E6qlIp$O1!k=&gniA#4X_Fw}c$HOq#>WnU9V!_Y+=~y5gB`k- zw4ZPssZ6^ONL&NE28lKii6{A?nd#XIVYOI_*@z{hW^}jHW5eVm_mon%KWB!)Lgo!s zhE!#mT3XtP_f*44n?!RmIC&QFdJVu@ihWhChoolFa{u@zCi20l5jx$L( zMPTh12HTaiU39k}LS)i%A$0G}r2yrGBZ9Mgzk_>$F9(8naHPb4bp=WM+#VVN*JBAtxcpE6cOdjdMM?h z>INx>Bh%8-R%I+34XGcdu35x_K&#-3BBL~y($*UBYlso1X)+f$iUN9>)Z7m%M#+uK z9ac9{O(S4gYKZx2kU{oB08Yq}ynB=FB%W2fRlIyZZ7uxD8Ady4tMKi@f6kvnD? z0&$#Q2BgFB90L%n-pfMrPdzwT;~E9qbzf)G!z}Oytj+HAKJD#F?--r51 z{#DehLoGIT!Fq*@Q{{ZlX=(yv6tTV^Q&kL*Jl9r*T9EFHk?%I(Nz;LBosZ6HY!C`W z`{?fRz`{WyW{`QC1i-yX(^uno1UP;VH7nEB;@BKTC#ja2NF$5=F=>I4H;ov|g%-#~ z@7!?B4ldZjy|k5WCFII#usY?_<>}@LS5;3+(_yu>qFP$~QYMaA!phNYc+c4&t;O^r z%rxMqExPXrnj*MCK*oz61n@_haf3BTqDi8sk{RX)%ie}vO}pIbe~%Abz)^Y>3W%vy zm3WN!r7)(&1nfzHjlI-BEKa?F9B;0@DhF;9uBfc1#Io)yK|NZ?n0<6mRZJ`y!NY+h zf54?ZBSDphT7 znq{`*<864k!zPQ_m@`PKiD8Eio|z!?_d8J1%)mOO$R@<=pyGt6(+?6hP?gd;@kNv( zk>mu@O;lfheXCI`Xg!+o9qK_<80AhY*-C7jDroSjXNFQLF}m3+YT;lDDzwkAY2rn% z#vl{rPC79&wwK*4f;@Al*gjH{Q4&?nK48Qu11{=kfX>mIU$V$oQ^dE!_LENK>e85? zE{$um7JHWzti;n3d_q{Tnp&z=0ZaKPBq|e233q5aTZ`F7l!&IToD0T=UY6HGg;Z3~ zSJeYmjnS?u@wLH6hsho9>~eTXn;@u2qr8d8BvK=(@w?_)nyfu9TX(>ZmSW^Sl$69Wr9OrK^*jOQ`JX()ag$pGO;WU?ZtrlxM5^~ ziPC5);)>%{02#^}S_OgTQqeQP|8RiIxUAC z%o)_)nonl=3)E;N#4|)$r#ihIYPXw$M$=Xzd#LhA4MM~={_nkO_u|&A^f!etw}RAY z(fWT_F>21M80vmbo?N?4ZO2m4;zGcK;CGvzAj}2{^QTw}lN}T%RL37<(;aEcn;b2hOMc=5Z!8)eCj2 z7J{2T;Ssx-r!okq-(n?=;Xd-O_;lCf$vVjgK{N@vGIrAAp&6eg;CZh&E@_ffp`Q(+ zrKI^;RwB=M69v#*Uf z@ufdV>Lr7s-C@HfrYLGMbUD_aefOCtv5HvFm+&#vvEn<%&*lLeCOy<-*a~3D*+Q-- z44Ko=Mh%!|k)n^Mn4(a`Sf6~)9>xbZGBDpKH% z^RM$3rZiQG#41NkPSi3jyhAU#ZS3LOd2)5?qzk;#n5$j%`aqf694rqzb2Q zn~uPKyKpOT#*_gY1qfPyQ_E1;XlUqGaHR}$D^^Dj&PbGutO3+0CBD0N;U;L`h5(~m zCCY)K3F_Z4;PrVUskFFdN6BLt<~3bKT-1evG3L@S26FMVA+#pq_yvV$Qy99}G`_^+-W)jrnT}eNUQAa`ZJc4s@d#IIl?YCTQ*k@1&mx9dr1R{4Zbw#bU?1@dbLN1<(zW^jK^0~iA@9os;rYF zX&qc`Aw~9In>MEdR&CHsQ5DX(on}wY8KR38`KqIhQF%F9s|h5_yXFHR9f%u;yhn!& z8E7rJ=-X9&(3uoC^ou{^wUr$_wH&ymRtb!z8#1d}My8m6_mf*~+)e%*EWBYU1nino zZuybtR$tVfv}H`MQC8)imS1PtSROG-bNHwVLa4ZY6_K3d)RA0Us+@Q94w_%NZ(c zV_|b*2qWp>`4(s?Awp;+-l;1PX#W7^E~ruZn98!@Ii@T!uc(!Dj}B?c^(7GEG;m16 z<{&>wudSUC%zZA*D~;16wf#TF0?}Yt zp}pyw8#R+iqw!w2zwo@2-oW2 zW&1LrOKlwR5!Xi756+dC*G_QiFXVAk(`EcpI56**Tg@d^eJi`Xr^T3|3wv8n4hP=0 z(BzIHjnMx9?BLKFpK;l+x||MZ#ifNLqlmE^3Z&8kYY;JX62K0 zB$26_7noHn)(hsKvjOnaiVI{@8s?EnF{p0(y7+r5B2wC&r9!Z4)e<1lDh>Fdib3r|5DUSxCCRYs@xM%mc7qckLRS1(CV zL5t(n@W`~&$%|mvZ8NUblto)m&iZ(Jiav$nTeM2zsc!L#OyJ!+qRE)XL&DKsjyWo7 zr*SpfQFx@7wf>R_`gp5ep*2!K5GVuA8JbEg&6g|a(Wzpph14`A!9!ESB9E_bywl8u z2%}uF(iMd>;W^?=dof|(F&LA`ro}MnE=_=3Hm0Yy!%ikewv^J_>ysGqqu138Qog?) z64leGlAfI5^a7azrIeHLzJ&3s6oE8Za&;OhokEF};T2GTL^4w_1OQIiqdMQihYTle z6}$vdk*3En8f-3D@S4del2~@sM{%`+d-mG?)7Xw9&w+^dSo1gSTfMOEdx77yh~uvo8w@Aq;0<_rue zC9|_M8sqt!02$VFiUA#3I>|hdF;c;X#3tWQA7zykgTkA2;iyr==tY0cRp%@(51=y| zoG4UQ%?7>>EON33a>zcG+}D8Bo2xgaR-K~c!f=Hqk^SSOYX2NSp~|Qc!Bxx zv?wcOX+c7PY+gue@vQM#6)R1G&{1J8j7bz`aZkP~s4T!(-0UX)&S}Ajt+zPE8{fm; zZzC<|flXZ&B}X=7jHJ|TN)Yr2ibd>f0Jy)mfW7nn4=$T-eA(`77nDr@M~21>Y`LOWuTHnQ}=pjYey*d4H4&IV4t< zf-lc+Ko_;{J?{&Ad2GQ70E$3$zto*PX}coK5d^+eX7^spkb(vnj}%x5-QC`YQrGut|@}UjU^pj1X0t|(JYEQ#g>W~m5PgN zsnq*8819L15-8v=!4pLjr}<`R>jhNI4K({|Vlgn$qL#z8_4aV(*Kmq2?!<_zKk42p zSA+Dfry0Yhp_dh;smxU~?JKz_h9#B&`|Y=JW3_tIBLYD+ zHZzQ374f)N3wEoUPkZ7tzqZ_R(IFUhRW6oRWaCAbtT|Sr2FuhGv9rfbB2-q=JF9IB zEhsB}biRXz){aWzkX$w40+imVG0Zl*racR&rky4+WlSmRT08sF)x^`eZ-^{M)yA@r zqWgf;m#H1fNTM5rViSs*aUA;(n4hEv<6+yz=Ymp!G)xuIM_UQU@spIP)@jq_DR62b zK^%5gMMyy{?*8$02L0{A7g-wc>7xeTI%j~Uyp@fp#ql+17Ga4;4DODOY+AsbKC{Q( zX8~Ies2@6e>)D!TKkIES33uO!e&i1P`R4Xm4!4y%) zV{it%MDs)_)!A@q6+b&y(c;-+x_A+M#g3sRh%L29%NAkYWtMn8lkAfsZ;ta8;;*uu-M-$I~o-IMn5Sq30xQCnM!q zXR4uxW2~8iw8qdh6wF8~5c5fvQJ}Wf_pf9*i|I;AM$=2InNpRijYnI0*MxNE2Wpz= z;jPRwL}I{l>{eJQsp1+9srDjE_U^||Y2bN=ORB?V9v4!bv`Fy2t>SZx$Bg1K&zPSZ zg05pzO}V9ybrj1R006XU>>2^X#_Xa7$}f85TWY?ubor+}=16gcqL&Y*oogyE=cu;Q z)Y2R67be$WHSyq?hS1w_L?z`au8Z(L$8ieYqWXfGa`J-~Rf=f~i-u;!1%mqt@5uiE zv`||N$4}!&`>P8MgU-sZ-^DKumGW;&F%^ewLl%~fX@<9zXeyXq{{TVZcI%`3q?7$0 zn5FrHfUpueepRl1Nw25GdYOo}W3DSfhf&J&2}hU|EA3E$?R|WH9Fv|#mV|AfOKy_k zos9IJ>@Ho*%SHi9kSeVvbw6fVgQGo?agRav@HSFJc2 zy$?@aOX$C;yrG=(PI8hFpCzS=Oh+fw7}g5-44z4>qjRFmx;xnYi}>J*LNyj=GBj~6Ymss|cQ95fzQ zViw1woy%IPN7-hzqb+f#vra5ZL{eQu5@>$u1Qit+X`VTb-Y@85;PWPJz$cROESQ=)Jj1d_C?~?^{{X{D zmmQNCGP7;5tgKLlTz##5oyZ(dc8w=jO)$#I01A2PPfn<3#B#1jk4#4DaRBlp)on%5o-3F*kRPvl2JzXE~+WlbDh5pIAG}GOLEsd zW{`E$Q{>FsMKxLSaQsFZ`nV)g95YLW)l#o-2L(vx*hyMQ6sG-pPCF{Vs1=K{3t^8Fw1pdt191UwTRQd z7Bay}1BE4h;Rc5MD-w>U4lqLDrk`>kCwkaqY5C-31k+ggw)%GuDBdQjCSc*CNhneiDBV5bcQD!BLL z3e2j)-XIb8aS*mMg(&aA7|;=tbL|}1_f+GavN~95Y4D>IRW7I{jwtZ~V|x$Y98-60 zttcXyw{QZgKA(n;4E0!dRPjoh$m=K@GtkXQX&D(}65)#&LJ$iO6zRZD`!ZBf1wB1v zbl*D!6w*AwN%tC4?vvtfcwp)#CXh6!27?sA@jPb~#Hn!sYDJPq`Icftg__})=mz)p z@lLSNoX-b9>MJpERoHZHI=bA?;S-Lc=n(AYi$acB6Yk_XuJr{7Ex-T}T zRXSs}b@dTu3fZvtf?5=zqLpJC@8tPZ?B43zUgPQFVWa_9SU8$mWh_=4CK?5*rt-`X zJ!ZxN>;$Y-f#Jle$7Lu<2@y+tj@h%RxL#<%a&+Ob2gC*yE*~tS7<}58cPn1aa#2mk zj~TytyLc+-r>t$9xk9vXsM#yfKdbDcnJ~IMIn{@gaM~XZ zC4YPDTuC2~;Z|>Uu9CUo>G;u)#yu{2hL(d5YPj%0Q3Uc=%P_8;qulkcP(_73_47M{ z!uGS9VoZGLVzTGbApEGB`lZj+6<4T;T(#Zv_qBY@OZ$t5dMpr&<`%t(PG zA7Q_K2y&*wlCYum;0^5OFL+F zYNU#PQ)vc*{1SqaqY#cGSR-?_P@x1n`QuL?4R~tm_8LN(Fm!n1QstaJon=`H(Nn_Z zTGqS+LwjH7;u74Rx_42Cu31Aot`nIsc~Zs-w}OtiU47(9gK6Hwn_E(vX%9lGPgC() zoXgXWotR~kt}MTS;rL-$9I%2z2x1g?4Szl+wN95+OV+(e6zS>Wnp{5s%$1M2)e2~x zMz$tB3BPZnmA?eIk;1oXASmsjM=Z--7F58bSpz*q4I@O!xLa*H0ry*tx%V1rnTmF* ztFFZ`>{^~$xfHAt$s}U+tUic@kFQ9%z*Xz{EbO8Q!?9zv8fkxS>vU>52?Cieo(uhqp@ zt|W;YX+5K4C`}(Ovt(>T4XCWD`C}Zj%|Dhl?YI(#vivpez}>5*R3o`Yk_|Lve7j$S zW&A4`#3nRUiBpG4YGec=gNf6|$6MQIe%x;1aHyvnM}h?zdA&R2?CFKlS7&-}n99pj zEmjqWVX`!Jc%-q;r(|-*K}dbuNg(!>U3Cas%oLH~+f_DUY8ti*!PZW((e$p92&JOK z>8kOmLSR@10ZwCrhYP0=xQ5Xti4jbIMyVtA!qpG_BWC%5bWH>NQqq%@q|n zmlwvH6061Jn-Z%sJ6~%kK%gsFDvh9N!D9`j34k_H2Y6SB<3ksw>L znzJv&-lqzv>3>bB+3!^rWO<~A#3JEUiss)~*W<$7-%PqkRC~oNx>P23R;zTlahn~+ z5IJX(o}hx{FhA*wv}i|Q+>^+JgFw<{MmlH-#<1*GixsXz8#Fb_5<;L8xHa_lXn45< z5lkpRshLAKX559Du*}VYPc|Qzu$`4yb!{KJ<+M^0ds@Xx=*mTpW1-_$7R|biD#RLc z+U00iP}(Z;x&`VpBYLsPn7&BPcytFdVf5wm23nNrRqg(nL|flw3_&V2jOcyR4X>UXpcBG2sbMfMN7FjWuJW z)OE15yI458saX+NcDN)Bcvy2bg0ZE_v2rLn#l1H58w{t!CdTS1A*59K$)^Ho6$Elw z)Ol#e;F5cG;^uR0BP$`K+Q-^Obvecr;syBr@ zmc%e4xZ(2)?-8mZil0G3^qNd!6sBBRf=D$H!3vw%ZEp4)Qk|5WQ8X=diyM}XlBSTo z+8Wx3&;e_aCGLH__?GRt6>C6b4m2ob?Bj~dobVbbDh}wY-ePQ}lp`~P`EdwsI%bwS zV8t2EnP<6cvduObm!W(zvFa;v9L0@F%OurRG2(SCxUgpKPNPqwmAXfcn_z(_jVbWX zrY;|VR$(GK`70~_W*VuPT2Fd%%p5m>9#|xH<4U#wgI7y{<5lgGuuNKfP3r0>znfvw zQEkP?nitGjD2!2v%8{-1n|Rxb?!<@`=3RB6&lLdON|Q0g1`k1)aPvi1fz#Df$2yC} zH9wHzA%5GE*W>nV0f^&TySpnMRA#W=rs6oJ8&yoT1V>3YYKbl`%1^pI<9id|ly#JY zN!oi@gGj8$Rb7ZuVs*4N2}@A$JXHh>Uvzh2+p`UO_t%dyLB^YO7^T)#&Qz52(??rc zYkYu-9amA=&X|@uffuN77i(OkmC0V3KC8fAE~6z+WtN;jmhNHja}q;j+At zd+>(-Tet=9s9iV+-iC_wYNNcB(2}h@YyZ@4{6(d&!!mwPtf7Tu#A3zXs+fX5NXdfY zD7Okfd*R3zb_i9O)eA;*?gYT4>VkE z-FqI~kkxXgLDNB`TldNmV}%UZAK}ZDF$to0a}8rVstxNbD|QysSkG;ERCk%pk^Xm!Cq3(Ta@zs%=4)MZ9+cR<(Ot*#Tp!;GtXT~F@`ysq&c{{Ygh{gyz$A9w3Zcz+76nR&2JTh$DG zrgugX!SY1z?Q%+SI`^e%5vSk!R@1uDcKg3t5McZ+vLupJ`5jNpk^ag7^A4ah^J(_WS<; zO4+bT7@f4E!aoY1O%lSPeGGo! zg9mLKoEM^44Vsa$so{b*5sxxGyOh|HK!2x%Mbe=$Mp_6vYc?g&47Q6bapNeYGb;J9 zGTfUR`;rjX_;JLQ1AwaP)G;(cb5G%K&4Qm)%q2T^Qnnw4DUB>`W)a+X)N-HNN2deN zvXdOKzv8C6Kk!!c`qEFcHP@{~E+$8U3^8`@JDExH6zOd($JM-dIDVgnHk`el17&io z{1iF@6p1soDjQ%Bse*x(7#oh!4-0Y8yf1V6s=v#SMl~Hj1%80V0~m9DCs9!!mSK)a zu=vBUB-}c}Y;CU_R`T3z=iyfVSlK;QhCjj6qSXHYp#HJqX-OJ+Vi{ziVX<{k7v=3> zJ8_k76~y!SQk3P4CY`Xa!c(I7OcfEXYQRC;5&mRfkUT#aWC`B_cykWMg2<9WyZ=Cf&GSb-ivSPzOHBFtEr_=#pcfIuj)P zIyyf~O+h9b)J)Md^F?(z6!yA=5loUpFx4{MU+A zFfgyrS5n9TZs9}I*bOwcyht~NNf-`&l<3NWjFax5i#YmA=%!DO3Td+*W5%jH)RLbr z)K=3NCum(|+aii^L}aMFj<(Z^n9ZG8n1Nn*E>6I9P~(!id0CG`^CklY1S&A#_?Js2X=_b;D5muj(oRMGv(!n5Ly2NI)ohDZUp`=(j#=t8 zzWCiKbl3?19}lC2?eAmA@PPxKsxVIOH0TSN=gy+T=@+CRM!(feN}dIGr1`3voH|fn zZlD7~)*l``jp}_ztDdT5TeQd#J2~m3-Ye;kqu4D*A2tJtSK(Nq6CCvzeAKba3YGgP zY3UT*fU)r-n^yEbp$DIJI?nGkJ9+lhY-U_7AXd4#qkLcIK-l=mIw0KMz4Dq z2J5x_d^zT~t>9qc&y`W_+h?EOLr>wc(d@aBdZX1upc9C(3QRb|Bb~0I391;evWqUZ z`cD<+IkK)BMA3Kh)Z3G%8KWKeoMFj^WWJmK049-5Rc=2V)$(HO^2IGL@`~k>H1fsJ zk`!<3FU4EF!HI3{5!HmM6k;?X2jj)Up>RDO{yN&Hv-_E7pr-nDcSG+DdUl{ z49xm|v?|T`aCFL8X^m}VSe{frC>d$gvX(Z!)Vb}g_|V>agp5bO^rsF=$vb)W)GQm( zCPC?rIfG_gwV3fd7Z#(cjVUo~E*e8LQcC-DbW82E!vmog2Tmcq-gUf<3lfvhMJ}+( z+ig;lifGHDPy*nD4m=+aeuQ{0KZ6vAhni z5sn=2pmVuW5TFR59}fIEx(SwHkVB8-B02WUTpF?;GC(dhB>*PFO*G?|8LRRICuYGo z(2yDjE_As{_qeDpWnjgH1KJ3$C+Qw2*kyjoE}R!?K53 z{{TqYZw^RX1Tmli&Rz6 z%M`TrD@3ecV=r(J-(Ta;CgDlMSBkX=qQ6`CSbBeKR(w!W;?-3VEOAoIDkF+bsD%Jw zDn7T=oAB^&1;SDU;m=hUxs|q6B;!HeIrwJu#cKpK)YWh>1Ik*dqGq*=7QA%qbU%L+ zIlXrwPzOHBG;1NZ(I=mMJ5c@@9Vet!c-Jt((vLBurKyG`GdFf0qaP0rFK>7sT6{;J zWfq*Ngr5kdRuA}Xbk7BnSt;r9p-{f-ViVU=w8XunYabxk`wjW!XAVXRrq!1;MAmqJ z4UDOTGqzOCIOYLQT`N>pVUW~9&`l$f?CcC+?j-B+`go}s+lwA96qOlkX%H#KoAB?; z&{P>4H)B@?gtnfH2Dl&wQ4qKn@#8DboTm|&v@zpY>3DIt*uEo~5`EHvT=WiNE}H_#9xyyj$S2vw z4d*Y!$3Dukvc^u@XQTWxa#4{hW`?Y~AoHPs;mBncHVf_^-N-y)-Qjzm-A=caH8>i1 zru;K{aI)S;Z;+S)JvB@*$mD^rg2pw{#QZpu`$==K4}a-T{{SXtF+T6slvsD+jnMY2 z6)l8S_EdUEo||Kh_PE~##qaIoPH$z>a3h~(S-gdka6J2IRTtr<>Eu$+ht^>Avdb){ zN^?%o2&0V};>5;DBgFhTm-|}yICJi+41ot`&U)*y_;Pd@ERfAdT#!mz$-PB5YYSfA zp$5m}#OHgR1atDGh~4(~aObYM!}xM^8~qo`r^KnnISorJRgs5+L3`K9ku z;9-wGRO>klMNoP7(~c+jar%B9U31};m32rACQL%LL1Gkp5Nbz$Q5(^CQ-{m&s=1Y0 z&Lac`>W@BveobD~v7pQCtd z>0^dt5}$U=ibj_t@ao%n+XKWXsr-nm0BFK~896T(=}kXbvQ(_UGl*j}IJH$se=r!~ zqmBYpSbdV(_u@U`y-VQ=PRjOQW>`^4+h70H&G?Z~32-c{MHS$dw-ZQk`qjSOaGXRa z_z+KV;twEA+mUvm!%xgq-Gu494$8nrz1riIUnU*E+Ap-=LHazMrLe z+LTMI{{S%t9^jjk;Qk|vt#>xz0D~UUL^;m(Tik)95gkUS(0(@Fo$*MfiY}VxI+urP z%>bvv&;rCN-}Ii{IH6moa5_Drh>mdA0ZIH*@sjl6RZ|>Qy)({G%Ex?OdSTAMk9OdP z>^SRtvv2{#N0_G0Y~Mv=to&j+6Nb^xi#|fm2MVIIRZ5W1mQ;HnJ7a5;^l`*)%c?K{ z_SF}gwvjYDbTjd1=r>ns=WMfKDcKM3era@7@9L~=_=t$3O`pk zB?HMB*Qz&t&olZ@SxBOhf+{{V-@^v~ha{P4C=z>0bUw*LU}C*?-!zt!y(ujWjF z$Jt!u{Biv=&r2Lp^tU_CRhC6xBM(hQiT(coqn10Taxuf&E6L4Ro<7Qt7vrtzk_i%< z5a}*?6T}6QiX1k;0c&oNyg1XFp?4TZv{lucGbxXSIKlYk`dqD)tbG{IRVfT&wlOoa*d>WMQQxmrK+<@_~Uw8QtbysGulW=riz}WaKet=fh0Y}hi+-@ z(7IB5Bzr|&jOCFsJ=B24e;59RW0cj@xHm*|gnLlc86IpotkPTtb#_1Du^d45<36D} zvGWvRZ@h_3BQW2^>n71w;dr0TE5|9J$)DCbh>`KimAH|iNDl9pi0IOGC*51?!rQIXTMhuF z&$5hdv!uG&(wO$pE7!kOSp%TBjt^6xrmxN!!yUBKuo<;v&T>|ygMdMlPRFW@Y<+qaf#t}tcto>_JvscTg$l~H{o7$ma4=hB~vxFZ-v@a zQZ`VP_?FO9;<-0~Q$omUMPUg^Di-Ezf@^!3WXtVi%L8ZPE z_@w0OdYPk6kmEAaQ^ac~hKj0zRuah; zKhjLo906=p)?v=uI{=DLw0n6)?t0h9;Zzy&5_VUx{{Y2rp}3kz&C;CBO$|Qzt^WJl za8qz^yX_ICo;+<^j^ak&g*e{wB=DztkHu@DIC!k4T#cJ4RafM(iZ)C+qLwl} z?ZrRYcSs^cyp0tTPw{ zL!WXTO#)%_RL0Dv7g~~D87wtM@$7ADo#j>vyab^_e8mx8IBkq5V@ke=ek=VD>W&{r z{YvN#V8P(3sHmf)!?B9|G*2wlgb8E;NxyO1mcHG^qZJ%|DW)$%fzw8MtJYo#Qj$qg z(R^`s+2WFlzJZv6Z}xmOzX%s^pv2LmR_Z%&raIqPaba@Bh)2>)$%o*ut4UuyRc;>~ z;4O(&Lvd}U`tkn&%YX!&O=&jjAk7vW`S{iPe#yA>*+UTM)^5bH5d;{5;#e%0NsLE4 zVUX_JZo^yf?VZ(e*5+f`MQ-LH3W6yKH{)&T;bo?Hx)+`vI*W;2s_=g?${p8ISoRm= z$lTXp$@o)8JV7xSR|>z!8`J$HQ>yeQI;0y&MW~+&Vm6Rin>VoWc8QEb|wC>#27q*XX&~Ll6t>Rx#JUp zy&j^PU!KANvNx8+h3#*6TaSNb9Xx&%kNL6&+Qo?eHJt&ftXga@)9!VojzAhP^|&j! zdz<%b0n44#bR18@wlgHDRP#ajvGne%2gPxL(7fXoABEGyh*!ih3=9DcM6V2CMb5jU zKX(~cLh48bTYRZNxdccXDJg{hH60Jd9KIdUTO*`-8@k-rT!>VAD$Hl-OyN=6@uR}) zYicWD=w2>xnn3h(&_jq&w5wFde)Vg8n;zULUf{e>-|(YEXY2%EpN(;s@vZ5V(hAQ` znUm%v4S5p~!*;MuEoS)k<SM3Mx3!dR z*SC)xPT(yjLcSE)-ekl@XQcdPI#E|6(^UF@&5}=1DtTl1h8w!fLW`cj_6L^!#5yt6 z@Tv^$3gPjme1GwN>HY;tOII(Z49P4tCDsEDF@(E-jOb0TrmM$Mx~?cjtbHp=%$o;g zAn>oo%cJxV4RMD==wE4_7LmQPYKFQP&FQ+!W$9UpZKFVQR!qG7i9(1gi z@m=W_FNQ%}-4D#-hY;H|ZyAO|wXPI`rrKLj4}K+ka$Y+~_KI58e%fH;?4YWv@m%TU z4P^C{-4e_-5ka~%uXm-VX%se!R!wy6&7*MMnbq*8m%NQ}9~z5|ekYg>RUw|Eqj=Re z4OtS+4N;Pf<_O~VWxwv*r+#}m%a?3~g;GW{6uz=WfB)8z_=m`&2kAnhumcl~W)4Mz zt`&;0`^RoUyR;H+75*>GRN0yT0CG>C$kx04X2Fd4=M$@{l$VYaq)Ku2O^=$SY20qN zB+Dg0j*~$W)_|3Y~1{C}0Cv7LF^2Kvi zMpBqT1{JxR<<66=icvup@Emyfg&GU6Cz9B9^_q9Y_@Uwh0KKK1XXooDWM6w} zK2@~SUL#)W&++^!?dJ&t?W(cseA#=fIpZkj919}N)4Dk%u1re|tE*b`QCU>2P|_h) zU8D48L&05wRKrCi%?IxsOYQ>^6cknAbqK#J1b0IzgU?^K7r-sOzC2ckDvD~Ia)w%Z zjDD()o)LeM#NI_9+hkaLvw|(+SwQ1=4#3-6Ww2H-r+mSdW5MEzA1hFSq$fgbmbSh1 z9P>_U#+-G!MPV2_3WsHcls7Dl32m%bOMO=2r6@%uN-@HhtCeXgDom175$2(d7$x?x zxw*Ezh4|5U^wXiKH9sL`2+m-}DdvI{jtUm?p0I7&8gMRwy`{C~Tyw)(4N0d($qXbh zI;yvr-di&U1h0T2mG7{teq4>T_mwiV3yb0~P8B5iC?qb;`{s5}pxhfCGV`7sDMKg$ zMrcjMGFBCbQ6x}OQdCqtu?Jx#fcLlD5q(dG5eJk-I|;#qlzFbk&RgE+T@d1*(&LBNeSad*Ov*lL=C2@ml14# zFktzYJ>n)@$BbrNew1QZooH!fo=Tc3c0{@C4(kEf4%`!@ZYIDYsP4HM^09%8S#iAu2BvY2?+j)FP6nXuPaN?eOF7 ztOK@~Z1{TUR~Zi$^P{SfVyuMuX(L8du(9mGY7U%0E(oQa)}hx+Oedtc+hwdT8H#_D zp~tCYuLzr8bcriM+BexORGub&^i4l+Y(h;ZCCW7!erzJ9nlW2YBbuG%Dg>Wm;IQrO z<HAOYmR%`fOL7HfB+~X9qCYFY5BPymCW*b&TVN)YIHU7$-2gi}_{{RU}BW(Pr zOS>TWrjK9Z6lJQ)89D=b;D)kECje~({G8~cUlC>_h__wRm(@Sf`HFiqg4hG5wfXfI zf>Bae)4c@>nCq!gyrfXOW!u=5_L6RSCs{g3+s1;gq)sA=js=urn-;3Y)&`Dw;;*Bq zM+ahu!x?*gPj9D&OMk-@kg^DxR`t6mQc`A$Ey}c%#ubK@WFT*F5rMbH=asQ^ka4P9 zvxij%d3!58CR4;FkOq=Pns<^m4YurDTn$HUcw(n~UR0G0z>`e5-vPy^t*eU+rAAt% zbZI~e!b|AF-$yRe#N$o4)a<0@L#@u8J;xI><=lRw0M1!zT6)|U8laS;M%#kzVl-uO zb!9pcq2{lcY4*w%B_^wE^4nNaOd8m)p&ebxKCe1im~uZ;upB+J6+{9I<(22!Bd83% zTGr7Sdu(C|BUCyYuDpjYGWW8#f}1BtJryN1^LOm&Tm_DBqH&Am3|rAwCxu}6PD5Pf zhDV9lROGzp0(EMcv#j4XTbQ{Rlmxe9^?$`7(linOUSMj<^>=ZqSf zT8i9@1yq${5^GYt1dDxvB&vHz*M+Bdf4@HJGIKZt$Ve1kv(K#lreX5cQm$1sbl9TL zh03j38GNdgF&*AwA9xK^fyLJQrh;c#pGwi*5QM=%_t7oR?S|u6qhs@7Lkz2)o+?$N zNetFh2J9Nk-(5U7F12U7OcOL0y>K|aKvF{{(9>dg-Wwazint(JvSS_5Rb7F%!ocxU ziXjG&2-Qkl#Xz{NMQu7zM;FV&kgCK+fFHQNh|5d8o4N zZj1}tZ_Uds?c#33?%{f_Cr??WZ8AtybWtkl8NzT#Gc0(7P6RQWK^*EGgo>nV;%~!i zvaS@4&9DiYu=-qy0%a^xK}4(bP~jjL{A7&Ru9o)g2ZW2bl?pU!-Xzs@;MsaiL#tWh zga%PXP-Jg+`~XM6A{~a4M2kkJ4G!Hj%U*sTjZ+E%P>^C$sdihNluHtPd!8k^c!DC7 zTcZk4;#nS&OkOlNTx%;uB8CIud;KEb9NHh6s+k-qr!M7Mrfg1-qstuyOz}Y*Uuvr& zxgdQfUQ*@gHM@4JyeBSI8j0k16`dT2B$6;L>U7rM4l-XPV@u0APfZOtwnAF$jg;!D zXg^P1Jz7I0h(Dv2d0Xx$h*0^~W1_qmR*-sVn`PX+PhHebsMAA+2xY=vIMP^yU5s%6 zNgc1L;qn|IwBtnupjb^ zgvk|^i3EGBZS-lznRx3nuvL_g04A)D@Pf)1o?FWPpw&ZC$y1pyhKXv${LlB(6pd>h z;dLJ#26wgar8WmeD#@83s|x?uoA`tvY`4<`A_tfGqB_nm{{T$&bgP6R@r&?ne0?clkEq|mA+>mXZfkEe+6j!sh1BuW! zTaJR5iDhv^Qjn!6Pa7BYpjK@(;A(mn0L{%8I-Zmg>^>Ng!7{;1f z2sT!--vdi6Wm$aTrjGoU*PI`0Y%G3rOKu z{FoB=w&1op`1ayvA6|iuG^NH9#)G^c1B(d7u&RZGu#U0>c+ z#8AnJ(^I6jqF0o(o_yY6*Gm!sy~x(wLXg*NMyaL6VDonE-MbH)x3v3*lwI76Yu(TUP+^XAw;IR4 zo8p3&*gg>7BCWf5GR71&_gdoT!-|@_34uvVDmcWm-AGm zR^?RR{X>Hm%sAe_)H2~Tl(NknL4<8~n2KDX1o5K=Z3@p&qZQQ5=|hpQx~MS7BCpNU zLr+VD;Lw=TDoSY>!5cC!WE%)XA83pA?ns7|>ZJX&XqOV$F}8@MXG&^wG+2f^m{IWz zO1UJKS?bF(w4{<xwuPBQg>OfzO*#$pXN6`Dn5 zC!V2-#|{%j@c3!9i&*g7U5yI94Of>qzM~nWa-~av0D78lxKAk;Z?L4gHl|D z+Ryqo=wB(mSHN{Cnx_q&eWT>eU(;B^nAHMdZtoMz)0;#vt&Ex=g>i+;2<|(Yi%PAwL%0h9c?9Z35$rfSpd+>mMC*3QO0mALn-32VHlPj zIjh3)Dp?s_cM!Wx>^703DbS4%3U5${P*SlV(XFeBK?+HND(CuTjby)684<9|M%3BM z1&TU6)0S$;l`j|!m2|#lWZ1E zk*ZbV2_q>*2W_mZ3tLS%a@EEZfHq3Hs}E0dNAgU?gW>e`Tc?&9il(TR#JaR{1{&$E zmgSy&6w@rSQlKfvC}23XbUEUtYCy)ID&dm&@A-oYsqTI}X~)3QCY^1)q>4Kpg8F4o zmvd)Suo;m=X@*zh^o-?$DlIA!4&kr7o*X34?+Tkq8)Rf4R zkdhCSE2$(+y^m(&_m0vFbj=^mmh}4%#Bt!_mNZyoW%7|rKGJs`Pk=rh&G1}i)zMK-JZQ}g1e1o*R47eV4kgC1>3#SiJ)4HmKr;f>mW$783 z;Q7+j;#VqsZZ3Op7Q2C~Z675b4@#?yo6}#K>MvUBset}z6@1ZAMJWmlQOKpOaqX}i z6e{cXNCt?M#3<2*=>}WM^mrC+j~Aw>IK5Ubeod&#Y=#tq5h;*+O~_s`cC{6PHbpyZ zlmr>uN(^5uVN>IH8&R1OonWY0gs2JLcH3wc(%tz~JgjR)2{9GcNa^Jy^*M^H1$d#X zB4~|+d&r>JA8q*C*BA+_vY! zB!4!`IUb2NBSTq=%ETekHj+`P_z&a6o%|@pC{`&ITu+w2k@b_W6p2o0W0f&&gHdRB@V&N=MlY=0><{kV)D* zlftL2mEIg_Q*7!$!x}3dpt5{89AcSOV_KSanw-XgncI0=7VltJP8#K}YBFgh+c87N zH`81(@VuW{iQ(yAQ56m!O&ttd+9_iBB$IJFLh3=dw{gPs+!9Czp6>htYQ;SSV00KJ zU(cx!N?O^msw&w+Gdd{w6^v?6djWB;0$arA?NE8+M;TfSF2DcK&G>;-gM#$3kfAck zi5Y~E=n9NBsIQO5kXG&i-<*Gk<|=K>aBNRc%Bm9>z$V8rhlLN9B}~-R5J@7fg0drA z6XFRZaB`LDqGypR^Po#J(#bZ!`606=B5~)XN;#{< zQcVm<7B4jqFBqU1I^jyMX;@|0cHdX{^{icu%}99lN}ns8cwI>tWnXo zPd!yMl+pkrSd$K@jc&FA_HOp$caC@r*O+Jpf@suZ@l(M?TZ7VJh2=(8hs-+}8Q72o zyY{~dnmElXadH8uxmKQ=5zP5YDw*R6Mf}y|s44ay3=*&n4YfRV)ew^vM$|QmLgq{d z6jIe0FNrU^2DgVAc9)n1D3aaI-s0t>Os;>VMXtym=!gCKaSH^ zqcmnC405W10Wzr!ZSdif?vRja3qu+*HJLXEf|w#Aur}-t;75M`-uy}*Q8e;^iU+V< zp+{TQWq~Bxzsu^SA`z>FtEF9}pJn)|$6>lmmf>_XXKcSyfnrzM`ot>Nuev~Um zs2%ke;d3rXld_jA6x06zNP15#PHoNki#FksoV`?(SbhnHF(BeHMqWoGixCp;0Jn)G z1EC{VS8|X5kw9+02HL%?u~Lav0*;<5hGU<|>oI&bkz}5UR+bo6FpNp0k@GU*IBpw{RLx#XOXeD?wf6}O2fzzhanH{F z&YS$8?tZV}LvSiOXV35~2)pre zOk@^S5@7VU03C0poTgymD-~;0!c275E~Dk+^SO~~);6R~&?ItzR0V;ROI&I8xb3^U zDYw%pG*!Jjbo#P-yj^PGGt$dbRWucLvhAduV_?4M((iAphdG770!x)tk2P2CHSi+3(u=@PqTbDDc~+Dd#OiO_g$%Si@$5N$IGmF==QLKy4Wq z#Ps_~KFba#xprJ8uWdRxI#-k!- zh#*gM=Rz4IBWRJZ`tqX7YuF2)hZkgJKbTkezcEOzq%uFo`BidtCkdva%2{0_cbHZ~ z43jNNC^3T?%*?hMh`IM}cr0OZsG`TrK{Qa%;kdn9PlQD2PenPx=W3f0eA;;`xB*Oxd-WkeD`+}#Jb_ke@Fw%4j_qLZMwbWK?+*NLFH|X2YltB}Q~_hi zXmG3|u_F@GW7tfTH6C7yUYeg^V{f2q!xn)ii``Tvm7PMTpr)dfvDzwPm6Xe^``X7# zcI6pSno_i3McFV)=Z=#Ust&PK#Z5Qv<05nv;Ak(IG^D6Vq8(L*QsWh41A-T%s**`2bt7o<1KRf_SRDu;>%kgG+Gwl{ zYF1myH4tOTHZ2muaKApB%N5GJD+pt>AKv$^Z*M%~!%h`IgQ{pr=|)|~mRx5s!$eyL zsdbkO!Dgr4QUc)W!(06q(}^xr3<;%-pv@iMPB>m5ncFed%Y>{+ieT0FYDZ>66k?J` zkdi?pf}jtN2y+(!L=&*ljk+OIL|dsjFB#4Kde7KaAppYa@Ty9BN)IheVrN+5S{ZzG z>`C$0hc=ffOG!Iv9m{06O)q^mWXwM=byFLIHU*=ClMSAldP0{IO!b&@$bgM5p^3l4 zn!9&XVks+agt?7bc1FpVW*wZAVA1}E7pa;WX;q0x;v`)5_-XOrV)6B9gSL;@X(MF_ z9Y^WKJ}-#lm@P|hr_H%`dK!YnSv;IlkSklM!1Vjf+X=qvW0mjSoCFq#>Hj_P&W`b zoeoIClxT{Pk?_sc8KdRn4FIg(A4XkJ3xYu!a+f?Q`*iK4-UkoN*X@!MBs7w$G;Y7X zRY0}$;w3HxD@r8A2quLv{HLk(Q#4xNHpfS9%CAXw&D~>{_2FU|wB8j;<^_3^72~1Z|~`H6q_1ufGr=4RO~_tLz4c zuR?WG;@NYk7?~w&XtBuYtK%V!*ij^en*cmOw~qsR*32y(LX5I^N!B`R|Iu>%K`GHN zZkb4r<|^WG#~ZI}wi{Y@li}NtPVSHLgXQxTHs)vcL(k-Drz!+Xn=r`ZW@%npX(Nh7 z0_4C856go036n?yKq6=-%`(!%gkmA-!p9XzUCsNps+QyEHX}|dZBnSF-cTY<378{b zb$BdoM?oAD{IvdjZmKL--V6!7!31l{6)Rmd1PP;+Sx+34I4e`q#T(UO6ctj1?hLfi zcLT8lUI&7SRM3z&;TTbR&bUxaB3UFmRp&;9M|A>YZvHpnwY!8GCb~sWs>884sIYR= zyv(twV

    QRyV!CwzuOdIMta%Cb7pyRJ5|r!M4*)Oz5kj+ACqW?cD3n16L|BPFa$I zmk7ir6HXK26Cqdz>e~05)W}dp4AdRZsoB4EVuUL18;|_*jw1(qP1AZ4Zaiv{Uv$~YX zpl1}y=8GD@s9{MOrl7mUQ6zg+!e}<$*B$$DcyJI;3QAK3gevT@{I#jlq%6%co2AIG z3I&Dx_t%YglUg%M&X(o880KuVio(-;$i&|bsDab;dnBWow<~yqYaS)Mcfds`wQ5u- zP3kroUX}4wB?K|YJdZ;aOtLg=<}HUoYgi8+7hAjtrEfQkaHQ4~HXl=(vPm?8dUT%< zn-PW1(>Pojsa-=aYu`_YA1Wm#s#^hKDQ(qGpjBeIezq8}3R)yF?T(QT=%Pj{peRi= zP&DN&Z30#?r><@Wh@wZ+Io^jlVkVlHc{LD}kxN-a85M`xKLRbo>wq*-BWm&WQL}25 zm1&H03SFXaJ7FLeZ8gx?>%xE)OMn_^0;izGYWlVE*kwdmWd8ukF$pDS_k*aepg<4- z-(DFJ`zbv%icY#VG?{KJXAsMH&OIwt&|y$VAIJqC@5*SvL?n@Qh-}o2PhsLgGMp(8 zD9N@8%uuZPy9dCrn5gR~id@xLu~fx`qW=KAwDPkeJ17=Ve6kdK2eXLCDigw&%2IUB zG$mE_F1~C5=`ifDCN)sJEwP;wYa=4cebR1UQ^XC~f~-v_amY@}3n_CQRymARE+@6+ zq{DFRDxR7aBg+D+wVQJhsqA>=%PB|^(^_TSYBb%R)JbkjJA5v0 z;jQ@PsKRT{ECaHYzMpW~NpYO(1x!gTGtWa@<;{x!0KVmnk?{Q=Eq-=Z+e`yo`p<+? zvCWMWgjt{x#~NPpGwuSz=r;O!t4NVdt;t87MfAs%mk7zYRy$CQRY#21W-PTmKETSX z(?wd3YiLVG+W2zW%le#(rd|e#p|2Pe5Mq~*6B~#5gAf3yK+eo8Ep4L5g)N#fQJg3N z&e@z%s^CLvRY%^x~ji(6Qsg0=_=xo?%PpO zQ&t!Ydo~+zEu1hG={}slvwTIILB8nVNmKTmN3nuDHxLwME4;&_)y92KpWj?VE*R zL7Sz5D3Wxm7Nv(1t)i@uMf0_>QY2H2!KIWjLP_>s#Bkx%VdY3$#%NLX6<0v;;BeB! zh}nNCP{QdCVDrTTY2N2U#MU60CyA$S3B#aJ1zSWbx@kaNkC{nC)s&8;SR>N4#m~2~ z9A1eEib{UkMs+6;`Ks7(h21REm8S@VkclDQZEy8Q6tK{lHCLQ~DZ3Mvz8Y*YlC3Wc z?N2Ev2k50|P2%1n>v6~0I;7Hjg>0ohV2U{D=K09TnGq$WnF-w(2XFu$#fN?)3Op%D zP7_Ezh*njfQ5`0zSiH1c$%4~3MkeU^oiVdtx4b`Z6kjGSmE}z`uiB*b*3q(L+N_Ta zMq;VLl;D|}BCTqQcAjal!{!O)c;Y00>=dEhf3!zq$d^)F@SYSjO0?oBC7wEQl5@0J z?jK8s3S_8>u?R4#u#Hh1F6Bi;VL=<0cBFen^gPw7oVPlXWLBOicxgLor@Glm`jCL23!*!f-NVE*lf8MRs<1a;y638yAFvI9d^{9!KAiUp_4G#*ghqlS>rB?`u{Ih~X)_BXh`q#N-C!+_&U z8bXB|u8^i>{&`0Dd@)m0G&SyyBq1i zo6FTlY$gDjaO$&C)7R1CX09r6H4SV~xw$)1T5`ZJ7S~ITG?bV$t(9%+s+j9m0F_ye zo|1P*aM)HNYM=o_6q+QMp8@YX_VBj^*?Y%M$}PP6fU7a4nh2w)k(FB ztUzn`@PR!8rj`(9sG}Io@a6uj^(u7?DKi|njV%-3aPtyN{Z}J{%QlH^G#9&EEYX1U zX7kU2Od1Qq7QYHi`Kv0{PK3V0OC!%uJWZRT8(N$p?)j}98;OEVm474k@7b%=_u}jG^_MCRfpl3cdBU+Fw@PB z(;~&C?lAOGsJPT7r`mW~yoxF*9aN(zY{HFy|I&2z>U``Erb!h!^1q!dbIi@|hW=ZK z1xtHubUcGMb5DADW9BMq%z-E#byZJ;%`RfY@fsuZmGBfus5e=F@>RoF_Xkn+a9p>N zlLm{_Fb0b6SZiu&Fi8U0jYcgk3jo@$ms=xf2f&^fS_GBS8>LEUY3a>R^GrJt^N=a0 z!{$nVF54Ll4A*1r?l_LNE?|n zA`gg6@u2gl#eP`EqjN0YQVZx6U*5m8YknA89B8`d8h*?ex64#X6%=bMHcgSCEo-IN zYvX<=iKPsI08@X=;#G82RP#l#Drcr1TwnvOWJ)dZ*YoCv6{Q*3SaaPyEfq#0Oaw_3 z(#Fa5h_sf|;ioLX)CE%G3N9Gjl<>tvRteg*^zyVUKqMLCI$ztT4w#cgPc9XYO%M2X zGhEWsnpZ0%QB5`2f)sg9pnN-lr;WIf+W;x$y@dx^pEuUynWH9EAWAB#P_zt`yO}^$ zC|HIkQZ=ygzZA5{N=T&3RH}wtQbZC_d6fxTl0aqiHtrwe}qhZCUTUegsLryZp==vDhCQi&*1% zuREav>9CLk1`BiT(4HJ!f|Sh^Fb1q>*3|z1CBvsmWUrDbLaPKW8BNJw;&@UQOS`eO z8cg7s3Z?pyL!E2sir}$P*5J537VxuTRWnpl&a5r3lD<=KZxdx6CyJbYThcboHkK9M zdQjz$<6|h(K(!`1+|^#u$4x`-tW=S(HY^5!C>Bw|*4tW)4U}rPgK2}dfR33QOC0L1 zF^g7Wrk=W*3JR&JssMMW+VTrsy@9)NZQuxK0Z47hQ>4+uro^k7oBRp>n_SUv2Y<%x`iqr2nOKN7up5=gah#Atmcv}lMyu6 z>Ekv-hV+G+c0^dQ`if;FDtS^6~j9RlhX+ynLKCWsk?bGn^;E=^4rXhx;G{~zPDpg3W?)zBo zCfxRtmv+-&1-C(_Jt4uerec~IL^b$rEK^j^A_sY+SW3a5)Pl%BA5RuB_kd}ahzT@z zeF%Kyy*H%647MLsaG|k zGGjE*HAq_k1qFAybl2S^--)+*v-yPx{vVj9?_M3ygR-g{s93~R8DlQb{K2bm#lo=0 zhG_4#qZA0KVcd;PkF$eDlMVoAq__+kEBPKeIPq*rU>l`b;HgGi4|{g)$92IWcw*o< zQ!OL|G`Z@w1vM@aE+suksyMb8gi*x{i*5pzD-at|eb?8FTD!1xQGPwjnH)ASa58+4NXolnlWg%q$l?)s1F9;&go0bq*SFRC~OV8!zO7nP~;Wu(jw($SFPYRfDO=59e5UDu7Ta4apaBCBU1 zWbmOmNYl2f$FA~cJgb~=DycEYp~mofnmE%Fr#?c%}X z*-L?K^uXIhYEG77{UGYD8-?SMN&KzaxZ&8lT?COdEC3|v8o=;ai`2Z#jkHGFWe$y1 z0zA=$QqH2GLP;yCB(8+&1($WSwV0kZSW)W~y-)Q}@6nvoAM?7*K1o?CDIvt`(4pNK zgZX2xX4)KTt~91d*UIu@YaNk=3S1AfsXA~x!*C*um4ToOKIgm}Gh~b}8^SAv zeHCmN-WMwkZ1h#Mkjb{)h-F}Sr7S^%PBKBF1JufzbDS{jK01P2VOJ5qc7HYGKri0@ zSUf+rLC{4P-X9R7!ZTbglj||1kO=0>m~~PyIs@}H?ruH4&!dE)qpms)Dl5Ytil=_1 zWQtj`-XEG1&5swvYpW{aomITIQV0s$Z)4oA!v4+;^5>-KG#0&V=>*ZD^gxosl5y%P zj5#VAJZiF}m%Zcod~0}A0;F_&>e)6XK%?)QEVPtR(^G5@^PZ!+WKm)3gvcLqz z4Rm=QFJV&oPcqa?f0&vlW+Wq~y{&CU_=U^TMAP4w6bNG(JLfX~W5#my{{YFeNyIBB z!=^^G1~pZTDN~^gG$V?Oi>UJa zX>L-W8DC7-|I>E$xra|rlyWUuVZeDqT1>&!D^F^G*pl@#T4GL2%f318j%$f zTbPMcf26++?Gq!?k-jhjmz_Jr>Zvm3Ei`CnStx1*Oc&iyY1?2wcN@48s?tUjXLAj0 zO6HD^RQX#PC5${~<7u7*uu?sM5O2b?BxzWqcNGdnJ#_?9%||3}a#E$4Dj{;LN19gu z01jH#L7Go+xvujbF;1D9zJ_RGf{Kxf%P4!ZOsEM1ZkE?yk0_>yOx2S7nrj%;a8Xg! z37O`X6{GU3b=MJq?f#B6-RdM$>wG0RS1z#6QzRI@OGp&SD@u}IZN!@2-S*!6y_yC9 zRW6<5MaK?{`GqbH)e?tPti$M-$Uy;~wF44Qa0d>OV`UYnNd}Er!=u0rOm#6U2aLlU z&@g2!u;@+wqsQ68u%e?*sTi6qvx>F3->mcewo?X`~*=}lMzLQYng3T&}eGf7bOIIAp_TSCSNrksWrwZR|{hY(yD z1X7kj)I8`m&AFaN#vRs_(9%^^DW!*T-pcYdwLP!jl|x<`rK@upp=T~ER5`mS)HKA2 z>*t-e>aoc9Eny&A#^1+@okXP5$W$y>KU0~4JTolP!-dX7mHP-%+iptsBibxU<+8L& z={{w`ig!jQWyWgcot7!QqbYZ7gK%Zi=fvNFJE19}MpL$p#u<^K#%mzW7`$_~6BF&F zp^iokh_JZw)DL(<2=|z3dk-5DE!gnUgDEQ8vX|MHJW*syx*A&Z1}W6sRv9ZWoDo!c zSZx(MM+htcvajh>DvtjEQR6K#r5>tSr}UB4Kn+$SSv>W%_0?}xi(*Q+ob@uXw)J&V z0PHMUzz+@>B_LoaGp`JRTh47*#3!lE2M2!{lUC)|%S!68ArWxK8Zt{2+^37Wg=5sgdq z{{W5CLz?rGye~{EC@2y`sZh+-LjLi%)pb0*@=OY&X9EMm!epB2nFeCQwlAj!czM??OacY`lxPAKDkKUtG$?~gN zI0Hm<8VzbXvbe8QQjupSnZ(glQv;-ot$59d>@G*u#SK~MYHLni%aJs7@`fQDHbul~ zTHB1cfR3SyBS*RJcCuSvdiUWi;(u-IrA(?@^`I`h6?&-gXy;U+bfKa1Afa}V7({9% zjoFX*gqI-r@X4gbCUJ6;Rt5NaV$sW!F&T#AB{myFD}2chaQLPmLDI*=?%`Hum~hj! z-X_H={{RpPn-l5&Pk_o$!H&ZsgdN0`6|oXF_aRN~&1A0r)cJhHQuT;H2aQq2K562~ zS#u7MnQ5^6Ckv#e_s!W>m17@QxxrdLy3G})3LrC;Y6R!DTpudxEJC_(sU?wRg|bPTUb%&oE`p4 zH|DyWI}pcVNpRdEBrE2!q!Sq=D5KrDP@}caB7lMn4U~U@Fe;*bM)d*==bNy+J`wUT z;JCF)Rn$ZpQ&0-F-!Z&)4F&sfbCuhaB2PsSUX;uVBNX|+AIX`r0Elw+X0oQ4T2` z%1XP5_idhbCnkR%v3B}^(^gDj0K453?2 z{`Q~5+UnC>x*PHGy4zx)wy2=7@M z!HyJzFI0nG>IG#zPf~Cej>Rcfl88*?uz21XWES=n-Ul~s*X+#IpE99C9vzxzm!BbLC?(1yyIcc952QJyqRQCyJRfFERi|PFg}zcG7boLw2O7`Bk>&HNSp#87Ow zg4ARzX0D2*qpE4K9rVP2S(LJdQhY_baa-txj*3feK?Z^zn`R+hMUPgs!KlRs_-E0- z-a2uw6sf3CuN4g@gg-Ky5y9}NYHDPpSfzTQB^s^eRF$l!;qH;kuLCrl27IWvb!N3I z@}3)Z=`cxPfER9$rOA`KXdTuz>+DCLT2rZmwlE*ip1-9&NI z#UTJ6Zo)WHq{7vQ8Z>Qxvk}olKcdR$p~7?H8CEr`#YvKtZMmg-8bGac;GkQCo5Y|N zk1xiSWoZ4HqlvHo)Dr!8Q=@dxBD-H{&9qi^x7q$nh#jKeMfn8o$o;C%SIku3n#XpU zpiaJKd`Ab*`6XysqNklHDrQ*NmGdL2L*wiyKRymD+th+h5iMF^P;u1q-!$?_4XSIU zpUxlgXl8Eu_YHn7wM>fj>d1-_x_uN;WOc6$L3&w?;1QuH@!HMsJWjPrt4NA6bI(az zish4672gQ?BS^uG#NRFu_V$u^Qb`j=qy+)fOnqCcbu*+!aB*<^YNHmh`uKVg;)6wRssN$Fk1^BD360?~yzY$KiPp&Xy|f=_ z4l&(|c5$dQb#O(DVG`5ItFo~gHrg*^dz%mi#=LMQL8dmUhWgA}Hi#g9J?`6Fy4-m9 zcRFzzS}{+WT41=96fKgenoHElU+0L}06-8(Gy>KJ;@n8+FlqZp?*$jmq~h_%n&?0( zl#x~yli(6dfp+e0G~@Q|9_-W4sXDNsw*ssUnzF>NQRSE_XPB#4gM1pLPj6-I#ENeP z1JO^msc;GoI=zckR@PzkwbQjr)jL!u_HJFlM|%LITZ$}G0Mc8#bi~rqwGW~f67Vi_eQs~*LN6c8)+50Wk!xhZqB%0PVg4_X(=nS z#xG6s_!T0z`Zg6#LE7?dHY`XRQrc<4)>$qqs*F~m*parYk}8Z#7V35rh+Y80ehtOD%7Aqp6y>@lq6bYC{+Q)_ zUc0FaS6b3jr3*X6{mg@Vf&n^dso{mofi1-&V$`Wv)rw-c^Wd0OL=drR2v(^hus1Bq z82fyC-+_mlmqi}3kd~lPeZz6~lDidvo2ghris?%l4{BS z01kT9tidw|8cx{c!f4(i=EU0)uK*GC9unsW1;f`yHX!H_Hd4>lD%7T3!{wf&y$u#G zM^#L+9U~Iq)v=Hdd+uHm?&^weT$3U`VvRGc3b#fW&OZ9548uhoUQxnffHK!oQb9*6 zDMpWU1)*kM*SQ>#5SUp!C>)hhb-^frT6%zvCJ#JSbLdxVFt>+=mx~U{YK5AdIYcnj zO;GcO!tnShp_tiXljP8Vqh80k<8|qp2l2YviK;7AquTybEi>5v0FsK}i<9kR#f8u?M55!;kll^T7sh^7+&oe3ncMj;}561Gxrema79)t*R- zXwPX59f;1#+tMkf4{O|r&Ca9YeR)<{qaCn~Wup2X1?0Gfwq%f1+Ini=TKpe(b7dqwWDpl z=aR0OFYzMWzF^su*0T2`noQGXYMR_qf~uqeQq|P7Paqmu6_6c$paI1xYe*ul=04gq zbW*H%ZYJmhr9#tHpp;w*Aewkht?lo^q^hdoF`~EDirFja;)*7-8j4~{lVP-bH1Of= ziULg*Uu>cCpqSMrS;1>wqOeoNSy>`7Gc}8?ECWpl?0AbbLY8Y;L%{6SSL zBmHw&AQe>Wi^owO%{{|Q03df42_kN7M3b$u<8X9DziGYlnTwau{K-Vg{w#H51lS;&)JF{Jr9glx;*bw zS4Pybrax$5m~HbCIvQeF4!|1^8*nGR?Hz5$N8?913%|2m^wV-8cfi3;k6P7rp}{L)jkhTPp~~rC31?%fm6MlO%U5_-*Gx~)~fxbD9jr= z5_+lU3^UVo=@JzQ43PPo$+&MZ#gE>3wMM#SI3|TG(T&r?oO10vGMag5DrsevVI-`` z07WC%En<%OHBFcV5&2&?4g8XK5au1XC;elu5?Hhn0i~CZYcoX?D({CQ)Y8o% zQ%heO%A;HDsENKjJXjs%iX$h(jS5uQl+#5K@?fsm2DLPFsPmYCV%qxn{W{M9jF!`2vN-oeDg|>m>IEo^d z>Y96{n-`xE%9y8;)a^}B@j@Ah1q=Ec9N2)H2I3=3W^-dHW1WlEjcY$0i{i|FPOUmm+_1Qy}Mst z{7RN(GfGP1We*ujDu}3?a~D~VuwY0{qM{oErM!5FWK2@@K~SNO8KJ?U%NTYfB8jsu z$H8l>9h?=Sf_AA9i|8DhgRh9<5VNj0Q_F5sK}7{xt_hp!V}{`d8@+4+2r6rVw$MCB zek|4E6v_mGIMZiX-j0terWc%x7uyTGX&x(`v*Wt^QJtFUqMrxu^JH&jVL8})PZKRIXkuX zTmX2{NzxBZIHCbDLf$ctR85Cs5LE?|FEXtnX)JWwx{G*e#)<}^8)-*)3TU3;8Qs?y z#Nv`d@>9ny9}CCd%Tljxek^!&SOifTo$(sAAH$Ct#PJFocB+Vz9R(&C43RlED<&a` zoo(zZz-INMLefV~2zPN(l}#EySQPQakSMOrwQ;%_XExkanmXxj3ATddaJP3LzM<9g z6r(s%4JXg!YJzI>Y*b!e8A&XnQ6i+~O96Z8g6C6Xeo0@KJ7^qUj5ySqJW~sxX`rW7 zV^~TwRL)k;TK*u7w>Kl6DKl46fT_5xb3;Le%jYkX4JA6DLw|LkKs$UcIi!hIX={o_ zRn^hrGSa0?dp=&8N@R))lPkNDtV#PLwf>GRZLB7e_tG(@$|`{sB`qrYAQkBL0N`x@F1l^_WIY2-C`oIAPK8V>V|V%M+?nx<{E@) zOvMr!!y>ye4AJT@eH5D>1uU&`08zEg)Cvf)epslhqQ)_*igN+0qjsPmA1p+S4fX8J zx5v2ChVHmV6iEhXuxFn-p)m<5oAkw`+E8n))3NW~{9M{GrwX)+KxLQ=xzjDQtt4xC zeDe*9kSXLA7b4`_w--8yY|&tHRw?S6sM!8X&G;r}%DBAP204QTsKc=sTF#Ff5=V$- zU@Xc-h|uvDrXMXHXu_#QK!GPU5f^PhQU>eo*HuzDzTv=Is-?58 ziI-ogs;fG?TIx)Wk)fY(+5uKEvwa1|oHxr=rL1VS?-wG6e@={Jz`By2YO#j}TA4SK zdw)2h2Se=Q4B0*;#TjL3GOsV4LdIpm;LWv^I8|V)q;RTlim0$3@^=eEMDU7b_c0V&dW}|+?cbukR9ADZ z(!Ks8xZ&NCQAJma9?BQ8Evxc2Wcg_Xb78f{rFSmxu|j~@0o>n}yipDhDotj+NucX9 z^%kN`TPfkVRdAY0g_?&Kqm@SWc+`LeyB*d%^K1YKK9u=b*+@*&nem*jS(`HC#I_Nb zqn#D8x0kP%7DOd(E6zeXO0tEmVmN!>df<6k2&aqY*k{gq&L*(JCSZ7Ny`SH$%;Purk!b*Wz45mS2bdbS)J)|B7^A_RKI%vZyep{r6OYw)p zWyfQpc1M#Cr)G*fk23V@xk(-eZybHCKvI#7Ch{V9x;4crW}KW zEj02YMMFhXO(Z8p2}*$t@Aif5!nLEuX=8562bCP(L7rtz7f~?^q*)dX~4Ggh*CVL(S)Z=bPqb9Uba*nOB7+?DiA-^Qlw6Ga|8-~mMnPd2nL$DbHJJCr;Kf==z4J-98C1{#S}0{44NN)pdq>XEpAo0W@FVN}`4=@ru_=GGS z;$&sM>!>%kZ8@cTr}k!HKeiN&-K3045>@#Tqz%{C)giW90Zs;WxG zrc^#;)kXx01_gE^vxd3&fH+<@QHFy<3YuAQOq{T}@*`(5h8n3#cRn7{ZN@~wHL){A zSE`tmH6+kYPJFoxlOwy3N!ueJKc5v^qHE5;*+aLdY?+JZiRkl&CWaiVmnw|dbr-y| z;`I+n5k^Omhtnu1 zhiLl|r-Jt<>pU&CV662DT($ROu8771SBYX>La)Yas^1b^S{kfErneCwNF@u{lYYbO zf#Ja#l9aXp>7o>^MRezl!~FfB!zimfgrt!S%?ZEh27yZ-8){D&5GmQ5X&{x=bXnev zRzNB0V}_=VB}Hj>Aqi(?`3GG_h(EM=u4&Ws42Nuu`oe!yK}hTEaDwNohv?-pvK?;lhQnCTV7< zgV9fwIJPACE@7HSQynCz$gH6p&rz|juW$rp52KX`6HcW=O*P?Rn<{23Mrws>XQ80m z3b=Vj>iXma`y1UlTb9763ae{Ql6q(t>NQ-Ixl;scY)L1srj~Cu87{8~^3_6E{i~_C zJTkNzRA{Z$o-~B%Jyyyb#RGq$%LP$c?g0(Hnl?8F?&q&|ihjh94Pe0O#V&Qkr&ln1 z^baJg2>WHqi+pTv#sZ}gOJ2f+I{KA39Th^$ynO9VB$4|p%!D7j9(gDMVw*tl#S`;U zhyMUx;iHO}B+D&TJ#C1)4<)JOqTF*>;>e=IEum@dhotQAWDCMq>vImW$tgU#eB2WW}>f{PWy{s$<@Z_q>f`-}w zC=jWjSYzoXFATB?U<&LVRgH-Z6fVDi73rkQaM6vR#AxU+niZOp%=0KxO|k$*tO;Rn z9XMFF$We+gXe6XfH&h38Zy1O!Zhh ztg6w^O-v;Q`$075JA4V{){!JtnQ#FV^;=IQf~uERk=0o&MYKk?zTb};3e#6`1BFS% z@-z%UG^1)!Qmz5Y#*hRi$|B7|Xv~2Ji>K@HB_?t|JOM?zJLo zmIIh^3^yX@j3*kwg=FyHDINt~g`<>?XR}7mzv8x=j~#Kaq6j=`5OakR9Lv78qWmkq?QmXflPwgd0R z!V*;5#2&;Q2-Ai6f&$Tqr55C%&04-z>c(941(mT%TuTm%49xgxF=osU%VL#H3fXHZ zM!JwZHB+I|$ABxw7ij1);h{ac68JE2qQi+~Oiw2DBPvuR0>1#nR<&^4X;kc!eLRG# zkKJ{?p!oLT^B2i=krZBSl-sa+D5LdTr?6pJvpUvPBTrK>rK6y#sB5pvxD_CPI~_Q1 z!{nd=MapMOgqq9I3?Jk$KC;xhT~`KtJ}t)Ak?ZMZxcFH~`njve2`C+OqSI=K=%AjS zX&}bFX`bwBAl|A4#?yO!WN}`QaHkH*<3^(ctc`=3w32E)^H$3aspbcoG`8Sx+=KOT zB9bCSAzI3nGy?S-328-ZB!U`wT_z;hlFZwH*T=UEtuR$3c{ot3(dxIC48-7tgh}(U z%`-r^8-+A#ZV!KFHJBd|!-XZWh&1PpWgNeS=LoU7N*$PU_xeN8UnhHfYf62bk(v%^z}Gv)K=F-;E+7Tk8uW<9H}H2 z%{=uEL=z-I%^D`qSw?{At+;1wbf{7n zh7>g!YU;Ay3y1l_6ns9E8jI+lB3zsN0pW9icZAZ`5JCkXzr*giX|mpaO1VL)lNd}s zH;@)pEr-)4<8NUi{{R8-;4^v_JM>Qx_|eu-f}|^?8voZ^`r^k$XGr>Ehk5HeQ|6dF zuz$)T945RGbNis!at+<2!>R=T01wPm=e!{}C{+`6UlCX{E>~ry6_L=z1hNIWakh7R zTebNiu-H&E7&j#b0NX(3aI9Esp{k`GRMl9p#B1QIw%;~cWDFI41akIlf=yoeUIf=X z*Nx3nhprwW^1`Jwv&}ugA!SzyW8VG#t|>*R6kfL^!J)sZSb?C(a3TTby$uhP=UaY; zHz)GpZI}gdMsIzSMVF=s(qs5k;BWHj{MI_{xnO{O$A?deL85RxT~ux}9a_~Tc!U8L zkgp+aRJPk4zfHJMJ=9>40)cAyrIgXru>x63Czv$2Dn}7HZrh5D`F(P{k`C*88fIf%WJ(xeP+76R+yR zl5+g1kIbG%HShwos+S6leMQHIYjH?!nJbgmP81l8MHVBHstfssmb#tf1X{*PHeCJu z(})@ftup6~P}7Oyvy94MmZ~ahcwc-m!?xhs_qp%Fw721!G*gCzxGLhJ#IQ60gSJiCcr=5!?{wdHnC0s6d|f z+kl{IKqA-UA-Svfi;1AFT*Lg&KH<>Tk1bGEG$t{skCknp-@t_L#Y=4WMk=kV_L$Rd zVviNC%-AGUF-c!6@;y9BN;fgx3n;K(i0#WTkr>mx?ChftmunUALky0gp9=G5y4bV% z^ymR6>)~y}2^8xm#f=0Q<{J#%L&AVN;E}xPOlQGE{{T-MZBUaGtf${cb1l`)g<+_( zR6Sy?BN*kMUvzx1BImeJZ^9Q0nlMVDvqhO6rlzu*pEn%Y>ZZ7Pk(VjRaCPPP(+eKv+d>eK%5Su!y|a@~OhB>lQUOWNNDT zN%q_HmnV_F{{Wb69&|d~u?tujVMp85P9O4JGRgHK`{u?ln6}(&<e~ zEz4^stL7@Z!*o<*ujN!7nK2O+EkaZ`pB!@H5x}+psZ2tlKpxTT_-V;82{I#%0ssV2 zSgMl?pBs`QN=p$EL=xL7)CG zoOJlbCuvyID;cEpFvU@ovB=}HwN)i#HwvRyhFkXdw;W1fj4`S%VA0>IY|~pogVfSg z%~ZLY2%)ZOO8DA8FilSr?mAel&A|tO;*=K;og4%Zfm!Hrs+cg`)k|Gl6&-ZgOUX4b zEWUJf$Yj`~{av=Vvz`pfvDhiKB#pF7amuPX%0(jUzCkL6)TlN#1NQLQw)|AbcnGGf zty@cnX6&;hpt=`yR&p#D!1lki3wGkiQ{W&{G^lF=kXhE5{{Wd&ovh6a#&rW*DU^$S z-MOYxG{q_lI--Z(j>^!>iPc8CB#su{3u?QTo$vJUt@QBWN*h%AQs*UR>~{ggYQ1|zE3Ct{)WMqAZoM=;Nc#Dw)`0BpBP+%DDTE=3; z@d`l>4VWdSTss%02WUXPS%zdkW$q7u;lVag`W-|Kv`3hNhcOfv^v<<^s=Z@?Tg#e~ z@yJG@mZBmpe}(VGmuP~YI%eHw6&(}<$1pV$Gmw%ji#sZKs=2+d@Z!SR0*Xr-BM?!KB>{+*<4|`d`{Dek-<5j%gjj zu!<3STVBz@nBs)_(Ek84U|KV8bS1R6hmS3KJVVNwu@N+@&KRLw$AiP5^J%A*P48oP zz#nnq7V)D!9vPs^G2^vQg5y|ecG*&{B}3S%Mx}fAvE`MCr)^x?1q9elOj2R0!E)3@z9?Lt32e;-L#>TuzO7`9;m^-;U@IMi@qIm_lMltnH#Xx1jW zyCnrFYYz{$KCS`x!@~Q1UyTX(V-zo_{Hy=aa`nweB|cK=)nAw8yW@joWN4;JN~R}I z_>Yeu&D=8iKi>SsP8qqDKDF**nv2PlHFYOGE~t!5>FDKoYHoqO>`s#PYfe4tV(Kbi5*o36uf_~T}I zB&LZ)#f7&J4fNE3--Zn~MHV{bnlb%fnQ5|Qbn>do@L}}v)5^o`kC#AP6K?(-B(+EF zDAMWKZw`t9`bhhlH6%oqRF7L+mr^ammy&Dn)M`0HAZrM2M>EgEZ@yvqcMHf}$#7 z7!$A-BT`MTbH*FDgvBUb#F{tVAj>s*!k+}p_?%KjmN5H8Ndkkv5ufasqtp=?ALS$+ zyA691U%Hm$PBdd?+SaK%C~4|vQYd;~gijSb5lN03WBj8ArV6oAMRF9CO%*gfyPZ9! zg|@cJxK|kBe+n?Wx=RDDtG_GaSdL`P_{M0=n5);~##})ony~1|)KdVO+eANP4#R?n zm`iQxNP*QvExNZ{m2IzM6^d%``HKQpP0|z>JG`>CJgaT#r6s@yJ4GrowR$csSySd( zl_{JAkau#UOMYXXxk-WNNt#g9X(3sN)?#?9@<&#Dygh@2mgRLVac`pBx>?gscb*zy z!Lbovoz_N-vs0x+jyvvAMIg4G0{U@M@I+EzzZE}M;`I=kO6n@6ilUNFDI|f)_taRa z(2Mec0wTQAqm2wXQx;k4D=KO#77_ftA~G=yK{G}Ne%ki85kAxbOBga~o_dNJe9;AC zR2DFxlAYAt-*MF2jiIMJ+xJ5rSP&W+)EOfM$zs873e6 z`kqRf(veCE%TQ3AhT!%F=Uy0;n4~1Znj3S@JxLY^l`#3Lu4y6)1a~89%>MR<+Kwkf zWGI@raBQx!mSLc%!{cv1%pgczp5SYH3-iUUit?VqE4<5((P7YF{$m*?sKcp3`A1FO zT7h$@?l|*p;%TttMJ8$UG}SXv9mR~~M)A4qN4xtu?(9>+Lrn=;&l`eT*;+Y+O9z%* zDIJUoexBS+%VxamgJIiF8CIey+^td=@83;RAPZ|;#cPd6vzvETpLY-rM{nNPi}ZEJDWqXSG5HB-)G%n(&o#VwM~!54kU@7}|WrMML7 zdJQh}W^GJ5O1NP$QatgQeAyoA35k@b@w;{$O8vPw)9AYqg?Aod-xGhN3TdaPj!5>K z5Cdv0q47Ly+8V0w060{fo7Bu#Bj@^T&4OZbVR)7h($r8^(=iVe%S`c-cKxMc_JPoj zR_iVfx1m50R%YzBy+Gquo6}CPboe;l@y+;^tT@99v7b|Dj3&bIh-f*Ty8ZX z#jG9~f5OZ0?kspAv%5vXPfZr7DrQ0BRqaQZ>Y>CbWM*b^UKVL?M$k{+!6COyQBUR! z(CLHbA@WnK@-nkgNc)X~vl-#gTK)%#)oor)(VTWtHxS1IR#HVNA}LA(Iuc!0%q?wi zU`e+Ww8T>mzce>=nxIr+`1lf-*)antQf=;p_S*g&M}7AXDtgIy8hg(8+!!2~d(P=2 zN~R=|Knte+=KjkLC%121DtW@13n!}>hrE)R5yXf{>~9cm{kgXr(@)sClQfE@FNX@) z{KY7-ln5`lgp{{o{{RvkcmhB)tG`GQ*G4lb<4}K7FyR|rrKxbNmffMXfILL=XH_I^ zaWopokIN2o%+jzX6`Kx>u@?n=l9u{(+K!6D`cm_eCQpS0V5t13uhT5pr?W;q%S-&8lof?w315TgYnSt%G_dlDJ{aV z5NR)%^9xksSR={|aiv8v)U+nYVn-V{Z?B5bgBVf**xo?f4uOE$ZS~v7hDvUW(C7k|*p_#v zg??I!BzGi6u$Al%tU+RR(~b97&0oHxBLdNO*0poAcP~>6EfKL<9+IS zYsy0UD8lqVqg5S7#!e-hBB`UxSaaQ>3c_mXm4%^A*0PhUH?u*nWH-5hLSZW0>|L^_Z3^x#}mWW4lcN0G$*K02&Sonzut~0V4_wJo=VonqsBL zBBHL1sg1~Lh~71@7Ivl11AZ`@^^4=n)H1R(Z49Pn!zvfczz zk1pm^riQuRCqU6i6alWWpAXjD+S{6{Tr*5?W7Kr;)JT!a!N-|3#)Xug{?6x@&?dZI zr!1j5)nc@h(?~vN7MiEakP@L{d@iYW3y*5v+@j1?5Ij`3q{`INM^a{~Xyi(dE?ALN zuHB*g+-q<+!rlU`S~E*e<<$61eAMtr)e+P{u_HJD?MGL+0NVUz#p)B$OIR>zo@J7s z6{KltRU?>tuIq3tNf)+&`!B}Sf>XAfO0<}vQy0b-9Jd5YyVxU0`y&BR1%QM1i*YDS znpmX)LG=zNG*xmxneXjj#^f8H_>a@al#vvbYk`Fb7A&~ixDOu*hGo6lek4( z_XMA(iQZ$znzL^hB7#hEY5dwoX#&JN)kxF;#ItS&_PGQbaK_mJlRRS?rd+>?G?C^I zBM8qs1>7#d&L0BYAFGZ&*d$i%oRCjlCUUKC!SmbHO&e}8F-MNz2YBSMKVLMYcxlzW zjSG}`;#X2)6448dJ10;dqW7)k`SRgp}1p8;x!@+u^|GroM;Q7u0C{9h7vS#1~Ikm*n4wVH{P@fo9nnl@shRvW>% z9^b2;aUyETaEg7-*r;i+#gGq|hL)NQ!R)t09va)8X$Kniy2%|z8%$}WH49~Um3Fyf zsRVWdUfi#AYW?j!W(-PfQ#01o{kbZ|ENHP=NBhkhivewT(*S{6eR`EcmP(?lpv#!8 zBv^e-W+PimG&E~V1IU1~3tX?+xi%b0aOy&YkSXR_SwSEgKwwJQ4>&hg_rCr!Gp2?I^Vi?6#bG^_k&mzrpeHZ{W<C;ZxH^Fzv0amr4~K#1^PyXJ zX}nMO-4$ECYUq@`E5|A8Fx8T~Ce}>w(pS$J^Qh!v#8cIcc0QV1*pA#5Sl;)T9kfj2 z0TV$jCLs*8@~VppT6rM>M{;C=jm7)x!wN6g;)+b;Yfcu(gA1uDk&+MJ#TRIiG}c__ ziyf5Zh2gX-iDFeX3KUg5o1Ca(v6WF^FYN=3CBhN~DN>;0#-Hh`8xO)LX>MV9Dwa}9 zUvBNJ1;@biN=Bk9$zIwF@nDD)O?&9EA+) zP^_z{BrzjH@#U7^jtihYc7s>@+5ix8d`JoI-~e#bc5=zmw(} zq*ZnWlu3r+>v6AbKK@60__Za*z#KkwHQiY5T#lcRum93$_3u$kxofBM)5*Wc%oOx2 zLV=>uR1gT)UO@Y(&=*So02k&ean4Enx=iu;RRDGL88apwT|&(asZQ@uV2tgzp5F6q z(49PaD&@!tN%NpB`-MuNOETkhc#Jq`h|gJx5RZyP&^iQ_U9`QsoA%YaKHXQH6Tm#bcBeCRx=S+|gTmA2v*-O2CD zm(v?+sY#j?F{~LXDw?vMtYS$#ju1I;$^#K{4->U=os^@wRUol^GaR6zsQFwxlQgcO zVq!xk;BG#T4k_RM4Z)`h49{i)LzU9+D)Mo$!fjr^O>_5u!6pTq1=ew%@A! zLz-zR9w?=j3MnMS)s9qT+^H@P9d0X!ywl=9QsFpsD)37*ihbuBNVI5Aylt;xz=&aJ zT!oT6%?i_cg#Zc%uvE-j5URl`C8oojX)z~^)1_SuJL0EJmI)n?a6E6v(vrLhro*Xh z?5d*mHGp*nw=-mR5!B{o`Mgi%Ka)c2X`xtY(7dIsw|nXU?cu?0PNve@gwR(yF1YGS zMiq}KQ&r+oR#Vp<^z8wG?y63kjk$Mj(iam+S#4Tz7}WY4ftVm@EAc!IvY!O0 zsFo^hUP#KuP(vXG?eVZbPc&~^mZjrqOh=YUNsnX$3@KrARh5&1&| z6}7b>w4NNeyl9QJrCT@-%3V`sjB1*Ss+qAuDp+~3!pkoAJ5=gO?`!ME+_`R^47nIn z)(1~RCL)I)$KMN@7}f>c9nSI|f+mQwZZH8B<%?T!pDOAHKe8EpL$q`8A zm`S;u6Jnr`3*U&6_~2=8a#iP84jn@#U06SwM=69!=gzJT{{T$|k#F3UUBl?*e=wa} zYTe4nq{?N=DNNNgnB*~q0#DQ3Z@Sue+>J*ZFN$R>n59-3m1%0Q+|5AvqQ^Xxw9P_5 zF0VS&Z&9aVu7v5vp1wegYRy|HgF)6Qm+LARQ$dL=^>}*)X4>IHe)XE&jkMyXF3^!A z;Z45Did5vzkm7YxV%0VBe4G-xRl`)L%vpm%v7dEy1$JwGR_8TrY&7kzUgT^sO*K6g z#9uH}*3j3jO*{oDqMKs?#diWMMwSPgPHfhkO>6Q?1d~dPAEh<)0RmPq4Am5M4~13RI@~^3WINXi0^yys?3?`tESDv!l&YWD9#m8tvh8o zM9Qesq_ZIkR{D}nyY}aXV&C+trq#j1qC?RP*BxFTB-m*&2S-S}=+)b61}4P!8V*?I zXc$dsTRA%_1}~KJ-5xS=2=HcEDB1|y$YmgHg;X00>vTM;cPJtzs^e=(*+-+&y;diV z)Ip2pH>blX@O)bl!-fviv#muOdwyB8WC}=ceMmZv5$44N;BksPu((=KL{*C%PbvzJ z<`vi-9x+!;f*36gB5WG?sJYai3-FaFCNVUuH~@$g9A;CN@i^)lJgF5NwGq5A$%cf8 ztGKfLi(KB?9y%bHD#Dvf@MbESy+h@0qCZpS!%~)fPBB44O7-;cn9<}_B~dnC+>9_$ zeRSZnFMWXC-IPOmhYPc|lGqPU`in*6!--(i%K>0rNoFBbg4fUkW)Yk{vc!-T|8 zg+EO*1|p2aMzPUH^ASc3w#&F!n}APyTie8{%v%(w+PGB#G_c4SR=)|vDn=)<=qgp{ z>MLU*q>FO4r4F~cf%G0FxXfEA+g57PVMhv^h-5n2$fb&v(yY0)G;x&G7v55D+d;}R znInxnY@7pSC-V16bFLpYEn8EDz*$(Ql4_!fp)DY}_l~*)$CaEh5j4|TbMZQGsF<%# zvDw~I(L|6a^V&Z&HNETGL2KAwmqu*S<4i8e&~{R%C}8;BRj7{`%lL$tMmdJGHMn*m zgvu6JB#uHsQQ{9{abh$&aW&o3P7OF2r8Z4C+O=^NZ9P5D89%PsPNxLVSS2s@yr8Gd zczslAlvuPxDDyxEatT462$CxWJB{_*Z>NdwGlq{Evl)A+;kKk! zbeA^Kky7{s@T{@Qv!gU@P^$(XWa@P7@#PVjHcUvTov?Rl2DraSGfXs-HBK8*{*zN3 zML4p8H$=Z`=i0XB{{WjZa0(b!lb2i!N=+fLo{wiLipgcC!KIOxXklTqc+o}2w~A4m zvXP2~CUYyfQNS8?rs)P|TrQTLuMYWUrc+NkO319!NOS_{wzt2tjX9pNuLVs!jG_HM zZ82ARdg=}#hkTt36w)jUCg_%?H{8IJ+B^3a*NPd>t%;3QrSAQ~{u&K421m~rb{Q2M zxGhXlQG+7ASqKP6ECTyQym+}6%p7DB{GI1ibjuIM31Wzu%f$XEZ<3B7;g4K7N`A_+uKCOHjc zazAxn<9GF*pW9r%SIeiFAgF09 z_9V%s?;j3G?l@-(2rz*d<3`&h^y{ZmM#))}>1!k^8H}lGy|lR}zYAZwQg#|%)v99w zMk@j7mq?`%J7j!3x*xMphQ#d_ISic0yk2*v!w@LMYhzciMfX;Ulo6o<+sN!bJXf0L z!I7mqYW6lLfK`B_iwCE!p3OAz!ImLf(w&vYK+Ar#v?Z zt;6awCSRk*HZIwqcml-FxRIs*06uEtHMj}`RXD3g6r2-7ulbYd6tr={SJTWh5O|zT z9URJ7TKk9ZXf(0o$;=%|omkQ@$|5mN6(zcP(|Q^ir>W@<4S2x`6&l8F#fVZnXaf(= zk2RV+3{5iagLn~76xjo!u}2%%bn^@I6&6txQR=Q&?45NNzYGo9j?+nzZa8eEejn3b zn26y>I(3H8TXTMj1!4#`0Pel}@s+%?Hkk9RwQdIr%l>V;SytkVWE?6=$fWaRs5H)<1~*O;y%Hm9n|V(O!{JEV7J=g?aM1c^)`JI^V#T`Y&O`?p-ZrH6LlG zT4)X%DL+?{Iwu`xl9>|Mw31UWo8~k|fqppPFsiqdn6^IzprV0*}K=4yn^t%8w z!)P@$_-!hzX2f6YUrT-5dBWzIlS~Al9hI7+F7#@7;S}9F!4NP4nlXmc?YXyacGo`M z7rx`6KXLcchMPb;DZ-mCbeJSQZb!kX8cRm!l0E^ z(#B#!nh+yE2-lWjO8$}e(=H+g$}9N;3Z=mFzG0sPpn)jo`A91wjyU7m8KxkBiUI6< z=s5Ojtw>HYN;2{irC}71^~E+1OOo&!=___Z_|6*PW{|)nkkMAEqL{~fuxobHi?=;8 z`s1VKDGu@^mJ*}D{EZY$sYjOTYRpncPLsX8_l`CaUr}pdD`L>zlXd0)4b6XDn|_>7zB5@}5M*Fq#Q)tRD-h zr2lfKYo|Z*Kk1EBV!&B-3kX9u)01PwC|~TqwCm z1*1p(DUE0;8KwlCJ>#w2BxO4WXukktP1SH=p)#- z4AxbTzM39uzIAirKH9Hxgz%?W@@GzQbn>b){uJAY2~8C(Bt-3df;L7E=fdl^oz($k zdYUn`LI9m0(=@#?>4qO!H9*SPbu~ndx;e_k;aIiFRbX`heOydmc|XPRr73B(pR{`g zaD%704>K^LhMJ63#k8zc(No4$F|%zY0Ve0S!-`wJaEK}+)YAspDa0gu1!br7_0wFp zJ4+@VJ})q2W&UpILs7va*eP8mQOYwV6%`&{!VzE( zJDDgboqRhe@oK#G+(W(wZyjwBdn9UkJVuB#ug z_B^n^Kg6ogv^bEOO|D$&^Ps*PgVw`w4LPO5=@^G94T%we2>2a%Y@3N2X%t0qlLp8& z25Ncowi8=8KQFOpD1_UC_cvSHhcq-e~Nt49qPVoKSzn9veH@c8jV$V!IUtu?F>7*IW(utvj& z^DH7%#i%J{6#|;H@A+dAh6ydNxkb;GB)4byJne|SK2iP$CnpQ zDwDNn+Hoe5RM}usPc-!TWK`8oe8-+C0WrJ#?PQect?j0quD7^T{o^3d3dLE2<3BY{ z^;kr{T|4=k5+K4$oz@^8!@npL^z1WE_l+$(L{}VjrKX+|(6kiHs?|{k6z+fmcQ|u< z5pl%gfDq?meBkW}iE0$1K(` zj6A7lK~a?J;F7y8Vib%J`7$q)YaJLVWExx^=Z?910%j>PSa2OG7|~4YoESb~b)uIL zj)`PGYZ_P(GHuWh%ERdGW5ax|`}n4PX}g;hDH|~Ish*i|TqcJXgA%EzHPx6^ej)OH zR?yGq;j~I*J8Ui%Fb(`T?sarYPeBx2V9Jsg8)m=%)GnUAF#4Q3r}+|=X`%Z?A4ZTa1vKm4A!#6*})@fmY+9e;T9Q`_;ao^sgDiA&bzOM%@_HcX4#K&KoJVi`REvsTxL$3BZ-$DoJ`d2yXh@e>|<+ zXKp^zTTb%4l)#T*si*NL^%+A^< zWoj`a0L=y)AZ7r3UzR(SYsP)1s5hPYnD|nHPsJnELZkv39JL$9G?6gp3{AngA@$VX zj2+IjJwDS;r+MxYc6)_5L-?h7t(2?PQ02)919@yUw-Tb)BtE>Nw>sCa+G)h^d*gui z3YPx>inpsOI&^AiGTl1X1G-2s)?LE(x%d5pl>Wt9_4`dcjqbYW9>GR~(|4@jSN&8K z8J{@Mh2b4Gp?9XE6qIr$W-(S2gB>w;_hO9O&63~ht=H9ecNJ}*&EenB|(N$LsQp0y@FHiL;SjeqKqtM1=z3Yw7KuXTixACmQ|#a z=R&I++f=8-;PxNFmUx$|7;!V_9=+w*lAWAWhOMWLVs>{0B__oCM-nG>5H_ICon2Y8 z8l^4(Jdfc-bE;p6kExEG)g~X7^M+H-)L4amO+7F2=+d%C=@Aj)X&N`beF;815@p+y zW~n74M_HhLcf9YkQ>8&tdMOn@;+yLpk~OF_*=4Lj0q~ohqp&{r)59O^HHR7Ynj#z9 zcN;yzpJV)5{aDshi5CmX)QwKjr18UphVvQaNbUwb>$$D6P@(HqMzCSRdzfneTl&zW#0X~^EIm*|IeCcuHGhc@o$Ssn-4X~gd>$l^VMpyoft1J)%JY3AdZesjFa z5A}YLKxI2e*&L&Lqh~lzwAIe>-1LuNrz{WgJoSZ&MdmImm)2df)$SMtAh?WP#{I^e zan01TIAb1WsGZ@s>h=mlSAHm-v2ivOm05=c0LswI^0*x&Lu-U8cH%R+wqWc&(@M_s+^FLo z!AY!J@h|n0NhL$YU6rE>NRY>r@ZRh^K^$Dx>sg)$+G#rT+ku82!BH?D#ADVSbtPz< zHDHA_CuUus02_q_*m!Hoy}Gt%f%cl)d&hJ*k6@@Uejz@qu_}Wb<_r|LU^k`#LKra} z&YW!SZH#O_(@wR$cZm@r*eT|V*Pp7&S*xmP^F9?FL~bZnXs}uoJ6a`TG#dS`Z9AW0 z4hcTfP95yKP>CMFP_a+MJJzBGN%QU<<~T7n%nE^6r+~R$C`Ren#>4G2iOuD_P>CMF zM_cgN>o-}t*P1%RCV$0a%uj;R;gvLR1uQhH14&a+8CykQcLDWVflc_!T4A>Pu@l!q zUCqp#xKjJh9aL_;dF9z>$~Y^^Tlr-?)KV=zim}zh9a`yb`=cHFI7_);qUByxW4w={ zcG1^9>etp@x^YpiWqro%P zH3dG@mMA}z(YnS81_5p~?s&rYYRs8~x1`gb+B?NB~>ThM!LT#@cZ*}a3Fny+yuXyf`5i+-|zgl=$f$4gKhAqKOlVBKo-s0x_ zmtMn^JE>%|h(6O*PV-$SVIIL*secrYTgE?kKH%}Z0Ns-kt_Y38@C={RBR6fE@T z@dfn-iop&e)E>HFm~f`8nvSmrI3)r!w1Ec3+!R>c*d7;OZtc5r8$rjejO=rlUQD>K z2bT{@GW5Q?DDl^g@lLhFNew#(j&_2Q1(MI8Q4k~!{2*TLl4Q0|tqE=ORy2(+f#_;B zVfEby@=BO!y0=2o6_z?VD&U4^GBW5zlJ_TFd8YSsTEw(*>lE{uyGRlp6Xa->X3t(e ztZJfPaqBfzZ$0No_6lj6@f!7^ zLsC{AsM7++YVW~l4S?3d>!&V_%dj89eWs{)qV$|pJ%XR`kHlNnU3`;L*L4z;5r88% zl{O29S${}?8|?o8TaB-Ca`gWI3HF+>-mBgudj&|V{6xK9(^0(|=h|qHu@WG`u>FpJ ziw&VZ9r*fpV$Xt4w9^N8E=idl!BA)XL%m_oQyVu@X<Wa8Cs#hDlb?KIE!j_jSI*ePw7ePnvd%vo}yFj4h-nu@-R zsCBEuXpl^VS+Y%=( z@ecKnl(1H>Sn5BVN#-o|KP5(No4wI(me%KsTirV%XG!*&W!>Ys(gcrSp+o(;y=hQk zjaL_0>eYoLHO!4gMpo|-Z2?U?@dx&H%ox&rrj;i+xhdK`lpM$Fht@`Eu9_^z)#>pS ziZ}fn_;nr1wzecC?Wb-jb9L+hoicpsrZHERVoRE;pJb%o=l!>E-UgQdczx)W|u zd#zxp@Ska`o#nk76g`xd%$}xwN@Ct);=M^}jHQ)>(9$6w4R5tQym^h;vqr?9Z6{Xo z-Y7v>k1DcH!rwCIZ0(l%lZ$2?Vey*WD;}PTjBG?DDlptVYzP(sNhj;%d)g(dO*q<8 zHjkYP_bTznT6136`3nElFTaR>CsdgmAx2eK3`}l{p=Kb5E-7j(2yI2Te-2~*bNn{@vGjq)`^JzAuP5n4$|yrKq;8Ez~*=QM1e1Tuo+>qd=p1RjzJ=hUrm+Ob z+e=%(sP_Fluw8Gu6r74L^yUj4nG}(IbsikIdEu%pxm5}@xO}w~^vt9roybrxU;**t zL1t;fncGhC;L}G&lM$nJ`uEVr>e-r~Is=x7lBK=vSC#Wf&uG!k6XNJ?tq%3OLn;V*oFlKtH5*3aSj-J}sQF3e3@u zS4)lKc%%H*Cy3UPUEPo$paIwcpcdfP+$E$0frSEYbvR0i#M1^Jg2gm-F4W6-(1qH* zAblKlO9No0QlAMmlNQ60jmG<&u5JxHN>$G{j;rE7+8iXl1`}2A&+V4q;ny5-C%JQ^_Sh z6(ftXRZ^&7?f0$Y@Z}1in%a}HpC_O$W|Dn{8Nw-jHXXp&a)Cr_t(4R4HXR*AlxqyW z;FNC>-uBq~+x|?fuKHgmht&J`^SB1&u5MkcQ4PYxL zV|Cg=zx+##Tss0yS(eP>NG!#aE3g{MO6r)(Q_od1NeYh79OMQ1)qx*R6g2QsNEC_7 ze;70~t`Ly<6@@OdQ_2vaumN5%{CJs0MHwOqq`dfiHMKSItYyTCu??2*wCiqDy&z*s zOKDK*sCjP$dTcurgvL~)9(2-Ji~f+G52KIkoM{@{AksGmr>Ul@#vI3}k(w}?+$q_o z*T-BlNy2Gahv4-UG?n&~L0UYOv~Meo$Xj>kZZH6;9%N$h+5t`=^&i;3Z<<|$@$+LXuxiTPHyxQ-1o)6~Wy zJ8PJ zcaV0{_@?|@2#_NAkZyOGAialnVfXgt(%{6?PQ+4`viiYGBE>)?Sdi|xUch$aYI14t z+z71D-~_cCRWxB0D$=0)qux!szh^b9Ra{R^4OKWK3yNh}V2IPeWRiSAshL9v#AWop zo)+SLbgVXJleoPFJe9OGQL{+|Ej*Ah+Df5oC}5*THum#qQHp8A14talhDi-^Wh9FL zNFUM15~3=hAX1ks;cT+ax-xvqSNA0Gw6UJ!>gSY6tpNtIV>lXZ-KEt@D|6k3oU3PS zR?2E76N1NGG?BZ6FjK3E7=~Mt+8?KHE~Sx8B{-2uEN3jwM>Mqz>*Yr3h{z3?5hq6Ev{OJu;UyVpyP*H6&P66zcOvp@0)KtS&r3*heB!*b(!*=UIB=F zg*89S$s3dAL>ug>J^hyBt+}Z)NZxNsqo$VFeirfNcw&m9sOqRfR8q@NaUf(Q3layjUNY(uut69aeU}PIP&+Es`YoTZ zF0Ezf>5h4zr>U#Q=_jTccM;MYLOORTE5pCUZQc|cskt8SXwx#YU6Y#I`$6_pg<*1w z_WQN{@y|t8cd0)~n8!x*bq*nftk}m+vHHIvgArvWY6*!X(^XpbWw*M=Mi%6Wl4s)K zuNU3VRYzH-N~?EvU`;10GE_C$L`6KHJtiFZtpvy}H!$~?=>Z7i$$AwvR5C&Z6?(`& zMBzoYsB52PtS!UVNTN%DM#mA$6?0)(X$bP*t);_Ot;d9aEFRxj;U{~EqvnAr6oeRJ z99s~qr5jd2SrG{Fc3TUNh~v7Z~+A~4U)vwWlfN|kaqTHbR5~hQvyi_Qnx;yHEp5nfdI-vZbUKhmyo~!p zNn7onubH9#Ah+nluw_?)eGl(xh2CXnw}+XuKR$wBi|)}_?zF7&7^{81$?gvq%zRQJTmNH zRl+MQoz&{yKMpUND@ZZdNf~fy#IFv4e7g%@PkigI!12)KZ%sDi6s!EZ3_!*9NEP=0 zKFD5GCmOU;NvQ|(xlt5G86LsA1IKlUtr3k2I7SvGrKe?>MK9S5!v6rcJ74JI1;aI{ zG-kS6(gw$%rNnbo%{E(K(oj-U29A6}Q2NBL`>_w+e}#s;ExNo3!8>Tm%E?MTEtF<6 z$5L?qn&8Tmn0!@PvS_2ja7rq45z=9F%7!#M27wpAcPHySAYp|*tPg~3>*uP3H%}(n z0RI3N4yvylVuKOQIhI^w6|8!^Mt#+l^;5AeBNi*KhMvv~nE|8(je>#~C2Ay-iLBXg z1*e*y<*Ja0XOGX1O*ZTnC+P#5TFEs;Vk;V85nQ=lwS8bKp>wU~HwVZ$|IDi$}D z=aU(xUoP{^vawxlqg!vo!UX}p03hOFBk1rS^38eQ|GI6HM>rpK* zivIv9Sd&|8J*uLQ-q2ds?euX*Uva5)n>4r61}G$!7^y1ho@iLWOfk+O7rbSx#QX=3 z4K-nf6^c+})HJS?)%20xlAf-aoxuPt*bNT1?aCohPAG8{UAl-+Rmmi30vTLJRA>lQ z;-&{pGVv!GRpnYS9u=e8 zjciD#tUnG|O*oDlq^zwYCC!G@srt_}NEK$&sKq65%q|zj8m>$2yTfg7p#XjSs9e*H zCmI;~SCeMN@!VqzrG1k@LtTq9Aia=0f78S{g}_PyJOHXdRliLwv|zZh2LVDKP_oSg zd47_Ls+A^S%~L4}xU8fqmegLvE}Thj>?;a-<)nng2e^hC98qCZO51-bL|We{cumuN4(^Qe_HJWc<4xBKX2QMo8YR zpl!O9{{TgazdMdm*8)sd+Y%z7R^SS?QqV@M2FG3MhTiYHU`W%RLz7!lW~@K(>ByBe z5_JKn>P%BG!>XzzW&_GtYo`Lh3ya^8{{96xlmXN7G&tN<2Gp{waQV^v^}NC!o@M%p z00|a3K`ipZdy_#ru>k!XD&5q6(1X$Q6nlJhsR|#``5K^dQo4`>5I-$lRc`@rotsh# z`Z+43MMaK}5v0~50xe9$02W3YQ3Ze@yBVrp*+S{MY(EXq}Y{ERCXVvQ{m0(fla(c3Lhc_5hvSy$jBF6ZY(&KlqBI<U$ zHmO!BbiUTTt~t4ZTUvHfl7@{c4kHYMYRIy0zK7ihLEnuNP8f=LOgf&YG3Cl8x01{z zF`s!|77{=|She`dmO@FZDFI3Xh8i5LSB}d{=_GV@KQB`CTY%iL7)|V00lVn%;aj%= zV@C~I6&;!QYxh~#U)gP zfHot6Z*T#qC$~J%F*R3IkU*mclxD*rInF91CX%pW&relr6;%14Y;>?Y_<``EM@=ub z(+3Iz^IaV#S;W^AO2zq_gCH=>;O|$lIud+9;gTe#D6zs4sjS#81yzdS4M~TOJ=<(> zl~W*Q18s$`uZJ5dgG$pHDbftRjbN)JGt(M+ygUj?kfG6+zP}z@P&HDj%heh23@4}k zH_kW}bl83|gw&bo@d_3(%>?n(OyWgku~Tp@#CFLGacNe=R=RYdlr1|!!{0}*)Bgaf ztgY$?EY#$lrBl<>^%jzl)8m+ZUhg$12w$apVJG6rMB@Vaw}<@Tj?!)r(_Bu^_^HFvh5 z3vD;$RXYV$T}376=G?obRA-b9*FMX5aCQv_~Q_#>$Ea;}lqKY$r*}%Yh95gNr!(jDMbEcw#t~LD-Gs1VS*0scBx3}BF zLjX})mExe@qK;fsG1k$E30P&Xc=aP_R*}ztqmF_CW|=7j(4Wzqp@?EWMNE<Z7^Ue47^-%&w{N$BJ^M2AeqS>}oy$&}cL!g{ zSO3>2zlgpwB>g4JRIx3#M# z{{YD;;@Y-nv3p%0?Ty*V!WkV}BjJukho;ZComol}uk5mO-IEqq6*M z%V-r-M;oENE{`+e&}Q7<9JIMc3W+K3stAK6Mmbj*Rq`M|y8?f^P1t>rc04A&zR`kl zKMGxAW?WS86lnT~)EZ8nV3e&-OAF@ALYZNp!zl_aJ{tzoh!s<^rL^%U@8J^`>bP=0 zgO6PaAG<}XdZJc#4vu>0m`7iTW6@ONn8jOHS5^k7sjI6uXKmzPUuCo$6QQ)BAS6H( z6;rBo>QRzv4IOetS|pR+K1fsG2`t_Io;Xp{R9We#e6c+bksPx?eCX0DX;|E7RH!4` zJ-pMpjcGVj)?>mFohGD=GRG_}P^jfkcv@4a>@UXIT#CDigGzjInm<04qFB~A=wvp~ z2HQT?H#WJk8gV#T6H7`46$-XkDW#&S0?p*Z62_PJnAI!Tan`}pjW+k)g;+LX%k-7$ zN0>2u2+M%QOtQWeRP8+SNlMP{8_PR^W=B@y2F~2BjxXSPuKJcH}rALhts<;xWsZ5I* zB?77{+e71Tqk{O2loirye9$cPcy%GE62}-VB4;;w{GHgH9v^g#mp*!=QpV z3LVWgM2rJl?3*pX@Zy#fOig**FsIxiHirnowt%u4#c4PFmG=$5k2Ml$vWiyL85Ls< zF61tyS~1)1@25Nkcx*K1gOTJ5(h&l!s7@4Ox@(Q536EkJjCCGPBZyJYhT(>sT)Q;zk`IN7hVS3E3h!E$ z!0V$c2Rvl;P_vyUpq@HPhW#vQ0g|#Ny~rZQ{{Rid0mK%_gv~3sbu-mP?z<6+d{&)d zi0y(FDy~Vk=|CEv0mG!C6DEnngsTme3R&o#9%qObhz-$})tcm9_V$fArrD>Kpi@{V z;76iqmgVMDX%+2j?{yZp#e8{qgGt*)plS+Jm?oO+86*MC{5{j9zOFu#BARp&vu!9k zc~whI4nI{q?-lDpFOjqq{{TjWTxrDDK-0F-1k$hPut;hHrs<`rPnNump}Sp=uwRTR zr#Mp7DF8|6s|)-y&|*20tzKMWS}JNfUnz72U2y`({sfC#flcm62t@6ll?iu9Yg+uM z!}{_uQuOaBMHnE>j?y!-u{xS+hd*n^+#%hCAI*{d@61qxI#!!ho-^__Ky`Jfzc?0f z7M`}Zat0fhZEU^38&KpeA^HD<(CDe5rA`RM5>)nW2#8YOT^Q?qkwb-6n8$&zZWiA>T| z$>qmVkvWl`M^dErQg8Kf^(Puil>#ab8!|Ms#YhtQ>8_vSAGek$!m3r`6e!a}C`xxm z3-6-?e-bQ5-Na<$OZ8z+*mM#>i%=JR@U-Ds5BRJ|x6#iXm2`^A)lyL625873x5UW4 zH+_fh5aWl1H+QPw0p`eSAxBVJ4nr_{A@B=3~byF}X0xT8Ws< zwJRRj$r~0wF55?Y+LMOY z5G~0dYipklHiVd`RH>vph+7)0A)4_=54aQ?ljb$`__rJeneQ=*3De}$JDPV-^mUm` zp?icnp8n1${t88;ca$XKxc(u7;CPiaJfAHFH9U0G?6%&~N4iw^fw*D2h{7a^;YLYz z5=8bH19=QgGBWhePuZ+ z@ytk7V15_j-O2-q(smuROKWhXI1~&K#;voZok_woeov*sa~&e)6~}2Kr_5L^)-hBW zE{^dl9YO9?Y8z3fBMbb!c8--J?Wt!j%#)cm66fC@-&`n^dV}=&QPRO(nzFS)$2xI} zw3PJqXWp9(pF&`$+j0QEy2rn64KghGH%WzHu|O^2$Xv8u&k3Q^IA#n*vX)w=!|CbP zSg7eKh^P!wMHEOu+6w9j*NNF+7Zo)7w*)o^RTi8UuAVlntdJI`fn-EkR9rb0BToQ( zaMek|i&8PBB+E54b@_)DAcz`z>S$TL+pNr?Pu3jr#dC#UyW>N5L9o0_0mZP$@yJ?+ zo~Eukn7}LVh^kQ>fvxmEUkkG(1t7&P%Rxy1owRj&yN1hD@L^Qb8R{yegA>D=nFDX9 zh#zp90NcX@@Uh@`FJBru%mFmN^iNSf6H}U!sxugTazfF#+q4P_I}d>&cpcv|JI4IJ zW`x_DZdS{`<9vmG|Ii`-0EpdigCo$>JgvGq>^i++Z8kGX@%wfAT5=2ABrHgs8%5~H1>3%+~wDJkljSF27 z=%@AOuB$xfKRXZU)*nBWOARO~RgYE1RQ$CuBS@G1-eIDTbX|^x`GxRAB_|qNV`5!0 zMgY;c&pl?rvP~bB@I_sijXL3(a{{746&@W=5epn@i}oUqT|2Swdy~Q&TNOTf6U6k< z+qccyryNzlbWuvgGafCOT6{+pkz}iu@=H)oj4Vm|J6H|~+hGljDZo%#;pI3=lyT!t z@ZxeogvAjybcnQooh~G6@xTP(TWvrlDhw4rF;xUg{`*H8ww}wK2iMIiYtuB}hu2j@ z<&~;!P%fuIv#{gpY#L|2!YOO~`3*GQdpDmoG^^(p-MeyF-{HjF*yyK2go!5_6Dsky z%s703AdU*kK^o4q?Q-f109YM&Sa@-O#*<5X@}W$%HD53CH7^&R6&afe}N zI1pkfrx)TLb!FMFs15Sei$zc=Wpz_hwCKnh`)0W$8-sIkK?o+8OB8Ky@DpS47U!aT#1fC(k2X(b`dY!=Ke2r)_6cw3rL!n}|slQ_*SB-GOR z-=UQx5=SgT=X#U*a-z2b)`sqlOP6HF@m#-(R6MOd3s($PftK;rHB~;-WBw2c7V);85m4d5i zEvpZ@{BkOyoN~N~^_A2UNqxy2w9y~&68F>U2cA-E$ihboi;C3k?_TX3T{6niMOgBhoX-=%9YEF}Hj1bPQ{t+1s*J3s*x>2qVDCfradmAGQD z&ib-Np3VMo}OK&V)6;1u53tPRopkqw6fPqkQ{NS`pw2~xKeKidr{*G*nDTS=+ zniJrzsq&|C zRVsIXh$#lw@CS~xjVXalTsjn@X*n%T;%1N=G+}IYy|e?4QgUmCT#9;(R<)JG5|%2w)sM+kZvIsAs`n&_%XdEzIP%pA!jd$QrP8Abz-zNUQp(j8 zF#iC(`JST+nt1Q-7_ea~uiP)hjyw>vJs&zVwX`lIb)S_bYH}tkPmf^`R-s0ycV@Wm zs;0zW!%it~={jUp9J5kfiWe}94w3LWQB~$%515vfsfg8!?;!gJ8cL0AKy0Ber9v9f zO!c^8n4%&HratpFmayII@5V0HQZTDpq!URVvP~=G$*8F*#F0}~R7hlw!}Kp(C>wzG z6Ux}6YSmu6R5zq-6i~2=D!FOuUKtEgMD6ntskQ8++vwMa${;8TA|S-ki-$7R<=m^5 z>agO}b+q)f)iiTbx!h-1*J}@Du1Miij3vTB5-8cHmeN5vc2q_o&!q z9vhqMA$&g&ig?v%a|)19w25#QR#WeR{{RvkkMkUj%)Nc%M3(2(K0tixPRn!lbB6nu zpgb^>v0h}IzEl?V{{W|W=0i#;@U@mqq_TXNcT#1b8#ajKKjE+&TgQSNqcTI&J7^!C zWv<(*BLPJ{{?6T`#2&7gT+K`qXV2WNlIEQDt*aMjnDGxZa~xq z(EDw|mLDXZsx*DG0Cd!>CjvPw@c1h6d9iAWX{lC;tHT$hrdd#JQZ-}ll0Ceut_92r z^H$}*xXm0KQ!(JU#wUU13VdD!jM7O*PE~_N8S>4M7yMUkZ`%A1A*H1xQPP$S9;#9L zZhES0cNR0$HBX(3HB8j3wha%JPJymHn}GWG8Q%2xk>&HDw&bWKw+ZR_3jfg{Uy0=m zR5>pT#36#wRM+9~3$bM<&L=^y_<09zAyThD%|9xfcims)SoDgdY!M}zd3>;BS!GZ_ z?{E$$%ajjQVPOpQ)N_)vqByuxqFS(lhr`l$n zQ4vh|ULuiI$5T6nD*#4Q-I+zKFYV*1YY49;&;~Ui#V7Lg_d-bMBu&E2c@q4!CRjBA zAg+q*D>;|t-Pdp+0kmi@@H}!;RV0H#6=ge8%M{O4L&ywMJO!1z8(fa|w~rEn4_zz^ zBN~-F(h3-*T9%e=u(U7K#OWT7-3t zx)ouY^rY+vJik$XsKh^B$NnS5XB*qq9lfBY2kL6rbN>r4}cAoD#E z&eY7YGRS9XB#OgAqr=(>9J)cO;%g2kJdk3zT~mIEB9V+r2A9~&az4IYDUfNUeZsNh zn5dPZko)KzM~1qR57v3)pqaw7>dh-M)*!8j(5y^K5j52$h+Vdbfp3nyZD=B{+k~7c zj~AVUD9psHQv?7Ls4a3e_VZygP92j@8D9~kp~S`^Dl;V1Qak}}2zIECQhttAXfYLL z)eZwf9yOY$tEh&qtKNWb@=*K4Ze6}3wYb|&goqV&zo^nWmZ55K3W?%fv6$1%R$y!y z$k*=Ukx3As7EN%1Qw2>?i2|cIRyV%u0sMLBr)Hug)yEY|>N!HZA~#>4GaG62>&uwa zUc?!x*oxFJZ_$xrQZe4=TiV{s^GS)un^MfpJLJ4TrV(9-M_!atOIa+lR228Nm}3?U zHNKX&JmO(;YV4d1Ibt{@)8P+QOIm6LGk$_c79#gL?eFa6NvAYng;`hOlM0MOHyI}R zd`RKtRn<<{{{T77@K{{R=}DEE6?(`1wV_sG={;uviVIBV6)vM{Nrs%YgpBW<0_TKb)I zzaWXq|heI^c`|)oZqG58%ZhL(kV@aBH140)~zn0>e?+i-mg)JjR zP?OZUivVF}3u9~CsN#FXs5WAhS%Kb(rp!&MD03B3L>UCqyoFC~Q@y^9UA$5&ZVf7m zO5(G(oD677sgdQAQVNYPf28qCLXbQ$uF|P~Tq#1}4|Jc1vHGvecS4>qPPuwf1h|kg z1QiII?gqOhxC4}RI8_3OCmbnJ^IN8l0C#zdZJ>)E4KMWZuqn+(lXKUm9bJmV=-Vgq zT(I#mi8imo`kp%k#8WC!7|?H&D}_!!i%Jg0nkmKDT%E|m-%lTTpb{x73h`0p=%!V| zXXq9!nDI2U*fw)~a*Yv7yTSa1N@KM~q?SSe_;4AUyrkU#4h1pqsRwu3N|;e2?K45{ zcv?!F$$(;Xusm=^(1(rofR zBU`r(k82`Oh}998jZ~HghD?VF_IP50H*O_9bu*-SpWlxQt;4@dQhs7QPFa~_iB&d} zunTH?am&<5G|ifiPTEw(hb}pVW_l{vcSDHJH6(SC8z5Dk@~`*@8;6e&n(s6nE= zh-JmgQptphp;1vRvQ#{fwZlUpJ9{4hwmdfroM@%i^a!PvXsjmy%e0>@X=!NSjx|L# z03v`*zK+A*izS?GbgRt$Q z(4`?^Nx+SjYh5GiJx5b8T70XY3|NGVO&twHwRXIb`DjBBe%7pa4))Y?HO%tg$*)^~ zY1<5?;;5&pD|U!9n}U)rq3jO?IaX|! zL=%kzb8MMb>Nrx1JyBMSUjTwSxhm!<9w3{6WJmJCT-xD5Hy7n?ib7SwuIMBRlbWky zTw@QTtwm~z*)aHNfg1bM2#()j7P$D^nrt7qaHk(w*m%LkWe|C%RE3>yF z-S(6%BY>$3aucbC4_$x%(jec8O3h8uOctoO`Z=${>7h_>W)(6q8u-{>kcVdL*K&M~ zO*{Nz)DE#!osz2QMiD+<~GKm!_u;?Qj6;?IT zRWG0&&&KD3*0yT6Q6^w}==$dA3^pP)bX9)VV)dBjKZxTPtxT1bm96H~RMcFtV{_kK zJ)RsDvdU1H0tE%GUs}wQjVLhKmZpi{ZsX=1HMlG+d9?s3DBDg{kh!L-W+!#683S95 zZLiVIRrU(Yw9SN~#T)M1C!WJV8+owP+kQ}^8n7k_tP~g$$x{fDBOd9DuJz3AbhJ)!G+5e61=d(68SRw*FHiq)a%5hMxR(D3@S!BH80DWiI0>%R#X~Y zh138n2e5NM6Hh)96swafLswOYM)NH_H11)NM`B54B}IaQb@p>w^wo=Cnr5h^rlx{4 zXqp)$qz?+urq^b=y@=3q=@My`h#+yJ$Dead-_`6R7^aP<^QkCdj-rl0JekrkLACA$ z$+wRKc9z7bq|lDy@4^on2Q!9aubV626&Z=XXAX+0k_Ca7E6GkPg+!Z(B$8N>ei>WZ zfU~4hE6bfo8jT5^OUSt+5v0o1{X56g6R5>0lD`+h9z!&=YqfWs;SlXZ_JxhR-rPZ! zUbqT_sen1-OD?U@LUb9CK-W+@X^v#7%s!tJr`u0gJO-YoBXrvH`9ogUzqf|A*J*TN zMVAbzvxuPgG2rvV4FuC86lNg+?{M0FTvUZmrBDbJf}aVJyBUFHr&&a1F&q;q8_Of< zZ*GT{DvDvm$-t5d@akN+N#h9#+-1hF)62^G{CgZwFw{s z;I73{+-u*IQssYvXSL&o*(bot2*sr$}CTX-JS#)5MU{ zZMzj|N!kIwZKIkdyhuKj_f-m2(V5aFMcgV_l_5dc!K?+l^Fs=0NjqsRfJZaQionpy zB$Pzal~Zkiw(DvSvyVD4nyX5aPH|9HQAdbkl2dMi6MBdx1%1*6qTtx;#)%Z_u*RWK zV+v|!cxWSPTIE&pmhQKr$$1O#lAl=ZdY$>o9ZvmHU!qf zgi{__YL7lzcp>?SzGrhZY6F*%5FdE^Ez7!^ZKF5}U$ofm78g}ROG$WQk;#?5$=+{k zpBw4MU{m_kk+N#WzYToKkw=SR_^nJWEd*aN5kvZ96IMvOUw45&WP5l6-*$*7BLOry z+*fB(PTC#65n7`CFv^azG9+1sg{>x*{S8I!al+lpN&Mo!#rcXl-&Owrk|Yh9zDB6Z zvk-dRH6d`&r6bNEXuxD6%yX^ApMND}HKkP%E$O6mbtbB6gkpo`>86!UOB6R%(`|v& z_zpg%u$oRDQjRpg#ByzYNW%jVD=VUkj;g~>^Ez~@*+b9Kzsko}kQ;o<}XoQB0-unWP{4LKX?G>lgN~tM| zL-LiWO2DBg@w!Re-OCT*$C?z0&9xqxo>r2LBJ7Cdk!yR`Hu|{Yg**tDrA`e(V->8+ z{*>#wC1Gs?i;-c(`i~k<7{RYBP4gmBhAoe<+?$dJH}LlJRkETfs}Z1S>Tx&!04hjO z6kGyVc^3MK|L!0R<trt`b0@_DOV=}lyDvn;dj(Gm4g zv>P|ahDf;^0Te{_u~d=`B{F6=B`J!6o{C16p@cHZ$Vm`y4`sK(fw<$Z3}&0R1W>7% zaXP_A1{sCirRk1Nrtaq6Z3l7G|QN+n?Ow#16&;qm-v*#LW1`;IolSdIUeW0sv zxD#$HN$^oyqFjSRo^Qz0;W=jr#i`uMO0Y*AQ?1H~L+mnNy}h3caU)kCsDn!#Y-tn@ z&xKDQk!3?P61SC2Q5L9F+upUiYsH~lCXlJIjS98d>I{n}8q}37HFaz>&l=K`=0P$5 zLGZHxFQ*Wy%f3kjVM|edSt%(nXxHR!x>0o_1+2@Nj+{0(3_@9`>I#Lefm99gFJQ`b zXvc@VJU|Ftm>U(>l*7lA^ouFHIhnLQzKF@B6 zLdRdqzyH&&zgb__&r`Wq2gq4x3yUaKP*p*h7F^>x!5wULl07?!OhJJt&tvrR9o-vb zWzH#TI=Er_)W5ui%jAaAk~rg4k&pT(>!tw|RS{+k5F(KC96qW^Ku+P>$)NGz-rIVu z6ul%F^q`yjsd$mAhpi(pu7F}0a=M>6bu$!PV=J?~(O|hS$u({-Bp+%ex{odd?=;4QDMM%q3gDb>P>76=|a7-GSY^jC{+(xn(=<@Xr9|QcI4Kj-;ML>3< z4#T-Ro03lo8MH1h#9&Z`R~_3@k&i&4b6tRDOlK0Q#4#ykp0csL%tOwnt1PlO2Eyn? zwCp${X-%OpC^)vBS&|JoQ*_5MO8$7K5r1zAS-Qe@-C?Cry6db zW}FvuG)Y*pNwmRCvpbSVBEx5hIv!BpHyd%SCogq4#M9u)xsEk>h7US19%9Bk%G@4U?QhJ#~63d9> zYQgfpPn}ULGaDktv5f-%0EKwUuUNoq6!6RLK%VT81=8Np=nH5yoToC{ohnR9_Q!%PYzJD*()Kf-? z^t4GwRF2?2;j|P3x#rruWe4sRcXF$ea7i?%$#h*ppjv8&$(Vvo68SXJM-<>Q1PIFD z4OD@s;}5-VaMUSPwT;q1B?gz-?ry1PmcN#$MjvZ8joZ~e0wR6dam}iEn8j1iQoNWpUkm1l96+Ru07l+#;?h!~0v(xt1 zt0}W4GdnU+#{)CF+Nk5->Wi=^9RLHR}fhxVhz4-U%*)fQuiOTLL z?KG$Uqi6h240MADsNE{Yfz1tC#UX{YKVTDmJaxAlUGqTw!kzq+#zuol*6D9l@XS^z zXTho^TuIgmF$k$AD22(gmHR*)qh34t_DK7wC-UorC>vhP)nQfN z=&dtS)EML3KGCowt;ZTo`yDi( zTN@p8=KlbkTay!8Z+EVN2SJZ2RwqRB)pRu}=hC4zl6R(pvQmmvkVpxjHt+EqVL8(% z#+8lRxlow+*Bm#cJweL&O?4zVbX7i7&sK4uv+sW~6*i=7y8VNw@Z-ZZWk+bFqbYr% zicMkursrykI;drh;f6*pQ5sUsv=E{7AxIi~d2w>rO*Q#9c10L}MOc0#hi9zy4P_JI zv~=*{?F96J!=1Q`K83&sy|ni5FTMIy$}z@%Mul6F(vbS(VIMI@PuHF+Sy_{C=xQRB zX((}wC?Tm}#oAcvnTgw`mIHiLQ_-v>&q!0Y)MrKbLGwW*_yp`d4xOkP`g zb}}&?ya+s$bpcTl*K$1@CIMJtj28krU{_&1g`2|Tjwdl_e-NfW zm0TG&0+gqX<6AP~h2PK4n_LQHf>xx_QfqVvtil)&er7+i!gh`Bml&C}5#m zZ!Wn>#U^R;8eGj?T~k*_gwE1DQc_B(MD1esyZ0K7HmioC6$*S=zD#K}jjZXObDt23 zvUqFiu_OLYnQ-|A@`m7CwY)zrJe<*hoD?Y{vRj#*CTaRUn{^}0idsCeS5a4Myh%!T zsP;9EoT1FvkGNCG$}VT@G_I!UuTtpZih7KJT-bru8is+}YO||YsyAXZ*NlHMxBi&+ z)59u%ZiDQm3hal~j8U-)iY%p5Wn&vh9V-DF70?}f>Bn2lZGjS@?WFJJ*9Z6yvXZnJ zFRIn`6a1D*s;q22Mfu6F=$ceM@m}`>Ufgxt`+Oxrs?~$@8V|CXu-uQGGS)AO{{S$` z_3>2Vtj#o4bZiPU-F?#=8`}KZvj&_PC}B+us^PVLri9EX^F|dX$-HPPQYJ?^-E|1l9ilF7Q?uQiBrAxZNE^1yybi)vrq@&%<3TQY#is184vs z=sD!+Rsh!0yUXu+J_NpC?!`U(i9%-9VSG(XF7)Uef3ua>_x08l|tqfl?4UuPHhM^@TM<=2J+ zX_kXNr3GyzRc>DXVIChml_^aiWm`Lz*iP0Y3-RS!6%DkRtK}qYlUOlK(}3c2km9uY zTjZ+gQ%dhG(1v;Lg%_dP?sV*4OQ$tDot!oTY7XY=( z0M`KD_;SCO0d=(8s3Hv^ixEQ%aAB@ijyBlgWDIm7_8<=*4l2?C+l@BkgzOZC#V|&$ zt%neuWu%6iSSi*m2974AP#p9y>Z-~-5;#hT3MNdtM(yFR4iW{gh zf$uV|x^5kh0r{3&+<1{O@1e$7o1*Cj4o0!>{b;at52hHN0h<=CfqGmEl3&9nt*roH3~>@JwQh5c#v@ly{t+<^KT6 z1_|~^9r)wf+f61;5mrV->&FT>-j?tz{{YcUV-w36&kQwG)%EFBhs%fVXc|dYD3L^r z0K4r0eYYG6?>nvL422;;8WV27a>3G-q>yX>)BqMNyH%X<@l%6TQ+(7ubrvUD3z_N5 z$0Wie0_vp7g!_K0atto143ksiZ3Q|2`>Qvp9Jx`D@aeHkBLSB@$6HAqeGUPZ7j%_m zi|uA&zEmgyGBH2ujZYKq(#6A)Oj5n%Nnsj5)JH{El{Zc^W`D$@&Qw)(mDq-9q>7%l zhNd$eB|Ho~sH3M#0SpE<3$S-S_564{R$$u$K|3e_-HP5(QbfqA$jm)Z$1=Wg&6spB zR_wwnDzMmTsnS#a^U7jWw0`LOHV3x{Ojspo1Rb;sUS_m7QyUF8R{DU>6>%@g<@{2V zvE8L0a>4SQX&eR2@{;p${(lOkuV3qCd19FpZhbp|0 zCu*_vr;(noigEOz7<#zPsUO0{;M)6O54{ec1ZdhVdw$ zwmp>S{;e~7(q3Mi=6dKD4Ycz@;dCUM6pv7E+m#tIWA7gNy0fwl2{iXZ>dP~!Qx`<@ zD>9X6jT}`9E#aU|b>%;jr2haI_tULs#y->TteDTMEW=tO-OucU3Rra5CCua3eou{)?&9fnu{4UaFJ{^*X?F*yluTkmM(b^af&nAA)NRTQav!s=3Vi8YEZRlQxpCa9vU$r!Blb0xgW z$Pz~$=(&xbOOGF;j+}vwp;Vb$$nk(v@Tl>6#_G)rr8F20F}H7*43kqr`;?ml?${Bf z?Z@7b>3wB&&N=F9qRP0&CV~D{rKqHdqt@p@H5voTySvONebk|y z>wFoC&OKjslB%ezSq~VBXC_#wu&OmsjcZ&3e{W;Tqj%Xz`>W3HUBcBdP4DV|udP_Y zGNx=vEpJV891<1UqYi>9WGQ`a7T32IBPV4d0{%3KS=->^ znD$p1ey?>V0U2JKW-8Le`9~5+<{QAZhW72ozmqa{EPLt1Zw1dsKH660p0V{pp~$4l zSdJRA1_3ImPy{FZ0{!l7@#mM4+mVW?hxd~27)Q8%G~Xt9>MkLR%}t46nB)|!yZ&%H z2;?L80;>xf>C68BFJvbI4JS@@aH1p;&z&gc>Lz!?XkJ_s0>*JUn$bNpo?@+-+}O01 zRvb)nrqppFmW=h_JR)jMA5*%qQBPHejGc-Vg<_IpHBcc-p9Xdsj^y&gC2D@*NtL}1 zKmi1gN=Vi97pe7Z&iOkT^I_VuB|U1Q*ysxdU^fx3E&QdJ`-MIIrMM(`2=;z8j}YqD zS0ST%Df)GeRKXm_->0pO-5+g>U(EXic=Jigt!8x&eJbO5ZWNs)9(`(VJDz%}fh9CF z*;5$Iv{fi1j;92~5t$sXypnEkbR$m#%{7#;t)vRNw}RmVk3O`=Pt*>r%M;W`(wxI8 zC}w7wzB>R4_6AX|y||%SOCbHj*-ec3)f0iJ&z!o$h%~WNbh9whD*`1k)kK@DcM!+U zu^e?7Yd_Ky!t-}jBqY(c^mm-ITzKYok2K*Gc~z&Rqo>1`y~Og!&{Y{^Z_%@D&6D4=(~qwhQ@ z-8(%uC!~rp-mA{?)DhEE*XHM1iu#!F?4Mg!T1PPoc~;U~k+=pT*Y9pgf0IA}l|@GA zyk4Rp*JiJ%P{b9o4lL!5kdGY8W^UFuU~YY!(Xwy)LX>|oa10V@PnK)*twm!}Vp&rZ zz-Z%1B&n;GZqB1bDy@Hd)*NAWO~%k`LosrAidI$6n`x<%Y$pxHu`1+bXlW3&IAh$9 zWRlhc!1v<`vuKet{{Zs`0NYQEn7Y}E(R{o;GpmvdBeb*=Lb5Mw8;LGEYo|5*y@9nt zoK|&myfhz5;%NG_K!&njp5rx&pgY6!X&2{T`A2CEkh@iCBzqNGo25)DHr(h zugTky_a;2QN_iQx$UkZJ(u$gHzQG)F)O2GWcR{wEX2fB-zUzV)%s01>6DrQwhzm_P zoZ{p92AhHF#YD!bdM%DgG_Sn0bH)bi?z!6fanH(H#A_V-SCN|BOz1T>Y{%*fO5Y+* zjpL792H1R&Q?&cQTEH+G-?-x`u(bpGp!fb1ty#^*T;&6cGl#g1|lP zuP&QwP#`Hh`cp1u*FVICbL&nSaxSxC6+T6FM#SjiQpP2kyvoeuZPcdlMZrGx`DHU~ zHV}F8rkTthCt>!`iAx@7!>MbAEz{bm6znT6^Es%Jn1DlH$#&ewLKle5vI!9sq+Yl< z8cV({)TpLk<-It>>**&@(Bss&&FSFWWT`<=!axQc{x|>S>bjWVvXO?Nd-5 zvu>c30?uqrzN=e`e=LEuRE>F~r}$60oW@}4gn~)xvSUh+#v~W5h_3Q4vru)vhc>Hb zzosh3F?0jqKI-E&er)|5wK)nlGYhaxUYIhQ+ulM4eF)`6x<9A!uOi{Xa6zopwOPGb zv^_ra;Xh(HaY#X82i!-6$HSE@C;DUGUN>q^)E{+alM&CpOQjc2;X=$zsU|N2Ftvs6 zeLItGIGZqkinMbgL})(h&n8^!Rw)cKQFOU68cD96ejSU`vaE^$WosP`m~y?tVB)&k zZk$lT2i;9I89S_0q!;N62}O<97lnmZf<=X|ZdMyl@l9!JaYyZ@Y(Fh#46B{;O*3J8etR3jXlg5J>O@Nf zQr5<=Aax{rpzF&#l&!PJ3TX;cZX|5RkM=2)Dk|Qxrn-is9ihZQrGknBxS5n)UI(!o zzy&s&1_WQQw0dqdmDz z6lNelu#c!QX0_>8iwY6mGJ@)G<6r;P2G=rTcy&$}m?^TH^pnwQlsF;UwM zoACr+FTD*^l3j=gK_`XJ3sb(AN*g{Dsol`E7=ARmqWm|ySwPXUV^!5Iq$3)Ni5BAD zXl?9$qn3MoE(Q}%+irESAHI~>f8phjF}Z5#;aTCHo)K3{^;K@-W>TxR!%zyF{4K;P z-mA2yZ92Wzw44XNr%C8*B2t4LEOQ9MG6MCFe!|+1XO9)LpT2gQME35m0mB;g7oog? z0-;k{B?Xxp3__ts@^@=(K;!Ob?*W0Tx4W%IIMy6j(I!QxsuN8$Pr3!;mk^YfBTEv0 zk1WP~838eRxO50i8VX#K$[SQrQz8sg z+R!ql+}t^>Em*ss9mbWTqyuw5EAGD={} zk_i`ZVv1uOuW_`2rTg)EbNhou?r!C=J3aL>o6zn_iWW8W(zIKPG$L6OYUywo5POX| zQ@nQsK&KPCR`IjnT-VXhOKFUcPlwhqKJMy@`peuCt--a8`*GB76Z~m9_i=$V{JxMn zOw`eB!{(5@f2CUbsn{&N?g%}Fym_IYJv(d1cUq`v=`*I3lTT4C3`z(g1w7RT*Bef( zdlB4mm-BZBfN6EMT$CBYqCcgMnPEE;ToM}Ub9og6k0eTNPuY7L>)(h*ZE|oXmOEn8 zhY%_R{*}5}i?WBx!fEJ1i1{xl+8A6dl=ypip}g7j;7wJ_2GmD~WitN&vF}W2E z)ngf|Tv#@-1Pb(ilKOav(Y8^A3WD2VX#w$V2q(R-&96ILZKP?*8QB$%KS&umdWDKS zmSpqD5to)(6K%B(xc*$Y&s;odzvK)g%u}O!Lh1GeJT3i8r-G_!MLjws#dj$e(O8@J zJfib;kp$I-RN6>{)2=P)Um?@R)fk>vrdX3yhLzB|hP}}3_VdhU%h(Ni<0ocjDp>SW z(8%dNX)?;v$o869(r5DH1xzN zhzMQ89n1+P{f4}=x&6u#2s?VJ)?2*8goDDe<=;-d3dy+rWVwF;lK{lzr&O;#V@VXy zO}k+R0eK9D^XIq+LG9&lGndwpsNq|*$(c&dk+ZIYex-C5AZ96K$+*v*jNzF4l-Q*$ z6?4c^Sty;vO>tvr_plz)ejIkkFmXS$PYP!+vP$8lVk%Zy^e55=MW`7*oKAySgH$UY z&*R^oR`c8wx7}4cxWL3Dk6KM+)&w8jJ-MU2i|M4z?&1#$8}&Wz#k$YaTg6ppRs3(B^AmJC2T>O6SC z%$FFNS~Aqm6$=#US43FE@Z=bTw5M6>8dqTDc9OOu>gJJhvN1Ka*@TnjT}9GPnc`r< zCPJm261$c|dY*l#4a6sA!H`3l5 z+A{(;)5k0aZ9*L#=~${@nF5QNg{gTW$T)k_ zRNiS(sn=HQH8=ho*Yg7y8gONZoN6Ucr<^#(l(;Tl!s)O{om#SpQjOaKTGL*0kWV~ zdVlEEElFuQd*&?1--=ltNbc9ZjDC*Xsm@&oZ6rB8xZzNL%*RL~h#2~Dhn99^Up64y zEvDOE)&q_sHgbOIsmU1VsPECvnw4_hHNy=n8%Q1kLyO;AeH_ruoCof$Ig_)|NgTn@ zE|pgze<|s94fAn((nnoN)@^PT3LeAb#?_l#4Thg*DzxG~^_wd6OQy7q1J`tpknAOE zA*ZEV62Vk>_?w+LnC7=rGfO{}*~ZFS*Lrd2z95mxIxmH_Ln#kEL`Vtm*+Czl6{kD6 zDceQs$n444@2+@nrGAz)QAbJA%qo(hfDbfi(4k}PD&Pa*emHYy#xqtKJ+M{--&o@G z&C{`4zOyM|czsnN*wRHzk~;<)Zn7&_j|0YD&fLcuvl&Y;Nfhlbr;MX5J4OC(XfZ&F z?2|wRIxuFqKKAcr?Zk&Vd#0ABBwz|gucGX|jBLzxxlabcqZJVkW+Z)= zMgfC+IJVn8btyAQF0v+-vVuIb)4I%GG3H#2Q&k=dhh*75onW}O7`|bsH4f!WQVW1? znuFU;7Uow6P;nx4QQlUB7Rzcer)40pJfV%%^^YIJ@qDz6jpj;KijNef3ltWnRDwaZ zTl9OJ?mez`?aE&&ZGi_4G?vLTa8gIDOvGl)I2LomaE!;6s}`DY;)0sI?%z{RgdM^g z+BW^x_Upt}_VUqKG`8u^?ck0bHUHKa={k8+jG2Fwx>rF%D8vj>0?LxgwhW~EMeKP4 zDIzL-E_!Delo8alZmBhgpdism$i5` zdT**+J-$&SwJXJDx`F_(xc2ccc(lxlUge`J8-6tz>7HQlB^-}5B)qzKE|(Xz#rU8r zP!chwzT5%AoU-N@46P+rBT+sdG+@UJF`?c`JA3Kid35Sm3aa1=Rt&j>v~xnKDNPtW zs-T;j>#l@xQ()mpUBa31T(>$?%D8oE#S_@S&D(GRZ(z&McX-J)M5;w4>9S)hiL0xY zp$OXYDzN}}xcW~#8^&e@Td3`>Q{{*nswKjvK;qkkrBt1Jh2zOS%4fTSjVUOyb|L0@ zlI+`9cFZloq(MNmmSBC9V&`ymGu25#0*OPw6W61L*dOfPONHyW@tZbrBqr|TLhHu3sbCfI=byv+i*>;G~$G} z7}AdUDm5M~fXNF~$99ah*f9*k{{X|AQee_@MDZ55M@V~>v^JUp`v@Oz6H0?!~@K=>3^QCHt zficN6YE)lcLjpLlFKIg|g=NH|W}NG??jML^a7T#aPaN(c@+AmJd@ZLKQDm4HQ zHP`9oflNhGJ@t;nx+t+7ZdhBcWK)G;(}QKK4-&&oR8{LvDO4dtYp}kz7bNpUX*1JW zT7*HSm&>?KR8bhJmMUfq3(Om9f}>Nlhhy+OveKe(tLhvnrVf$i>_ZKl;j#*LyH#Qn zEUpBMP0r#7Q50V1;aFk>qOn1PX0 zU2knK?cyt!6oWH`DP*N-h{mQIRv-+sLk&C@-qOm*7^t{94<2pHlc%DpmNb}&q^>KC zVf8b+Ls1e&2#i!aC|4{mp>8{Aa23}Tw{29MYlats$BD9&GO|ikOWfN*!!$ZL zQWeOhYUN6rc#O0)am53N$R0e~mnls$-L|9U zOf|XV0>bHP=Wj0$qIkmz3oNXBNC=)bx$nfP&6^(DRE(j*s>Ks|^zdR28_P>j-eeNQ zh`_1$fgwR4TZJ+KNak_Y@-Y=Ok!ywxnY`aN15vI^b5;*bWZqy`)&rBaSF<(4VB=XIGRI$CxW6`XO3u|Nj={-G>Kd&0d2Tz%A$5vnEdu0Fs literal 0 HcmV?d00001 diff --git a/17-refactor-bug-fix/resources/textures/container2.png b/17-refactor-bug-fix/resources/textures/container2.png new file mode 100644 index 0000000000000000000000000000000000000000..596e8da31ad9bba6f5b2f9db07bff69d9363e507 GIT binary patch literal 467893 zcmV)LK)Jt(P)00Hy}1^@s6%hunD00004XF*Lt006O% z3;baP00009a7bBm000ie000ie0hKEb8vpWFU8GbZ8()Nlj2>E@cM* z0RLo3L_t(|UTpnIlWp629_G!g>pF86r@R-%1weox0FwYg5TaxNWCJalUND%~Z?>%RqU1VKXexG;bx|fRZ+9%J- zTx-rze8u|};~Qhn{RjWkfAIYI{9;;PS)O*bcc%Nh`)O@uWxBt=o1Uj>y1l)d?jN7> z+0t}(e?ML4`{l)jX>KlGK0i%Q`B_|8oNn(Qr`w17X*KsQ zuhP!*w6?lDZLKU$`+K|7d9K&i>e}k`_;5FUKDn5d=BMe~xBD5+-1Lw^UtZr$4{7h> z@@Bfc(*9%T^_Y1)W!R4o57W`X?zFL*@y#zz|N3X&Pj?yn*RKz!m8F&GXFq(Jt}^DM zy`AZBcWc_-+MFITwugtOX?1mFI?cH69v`M3KAm>{E6dB%!s6m|oqIM`SEu(MK21v* z)a!%&(B*!*yttm0Lx-!I+t6TPT2C8(e|&tLHrCgsH-~%E*5>;3l<{3%Ur%$H!-v!J z=`j62&&{W;m1%mqpZ@y0AEx>IeSUeBu{=(%_O_uK{Ye7OmowjvAjq4n*wn(>(1;=umhToqi_^2K+_y0;EzVD$j?bp;&5db!eqlO0KkxT%4tFCXY5(SC+Spi|R+kn- zi^u8H$$4aEemXwCn$|*p@_BM`HQj{I`hAK_Whj~d+Vtu4tbDo7+@H`QpUsDF^9u`+ z&HK=AsWP&YaiIN4^x-e<6xz9W=udYHL*s{>M zUEe-TuaEXClh2)Nt_*FpLw=9xSm;ic(C+T`dV00Hk@-h%=jgx~OMf!X<;>+S7&o7} znd|qTjx(0E@OwS_v0Zui7#SmztI>_G_P2ZOcOQ>?|KY*Tw4dv40yuP!9?tFzWFE6K^X<)_W)lKQG?bqSc zW#r^Cy7uAo@pP5%1_VFn`^bBGg_FA*tCi!0xrJh31TcCV`UfkYGQQ=7=tRc*7`(gB z&ohC~-B<7;ZOw-+i?A%Xxs-9wMK^zn7N6^Ne#fe-~>)%Mf;2oS#o$Q!y0wvN2o1-Sdp&ELcOA zSHg$6T!i1da3ZpC7n+b!_q{(pFE)L3v^O1WuNAXSBNz8ik-4?ZD~+t=9&^TJ92#&YDXT|GKS?~&~>l@?!mQ-tLyxp`{8h~ z9ri^yEAOsdOq&;>?|H6U%-?WlEi?Hzs(3_hS6c{_68fvA67%p=V^~Ve);O~T__zP*lfpY)~?Cosy?}z({TbeY8>kMos%vj3jR}l;oqQDd#qwb>o z``a-L8O!@mpI_PohD&8uW*7#gtz3H_Avz9NW9Y$76fO$Bz7ar*5-{2nlmb0O=m^hz z=CHoLUV!CDP;Nvz3&Rk9X)ywmabHAPC<>+DSc@@z49GL$0f5!?Wt^C>5$4S?=;;Gk z0{9Aa0MEDyO2`u7Uk;;}rq6L!fF;424~@}vI{>n^wl@7dPQ>x)Wq3R{t)$)S&|xdU zm)lF*h0p`=qkrE+v&Z~ikc?m&6UGAq+;|LcI1hg3OdRa2rHNsgb7YT$MfNy4n;9p% z0J4YNv$DEYC9jj0Is1&ETgdOLxt6Sv5A)(c8mswmW>&&0pXzg>L|3K7TMq0J08q=tgdh@h-o+o}9R8InF5uYA$mm(=Z0; zuVn1ztc{Dv5E);K6E>edPU5t2a#mN?sz1I%ul2R{X)*V~g^S1&Kn2F+XeBgVOAr81 zZ#g^$l=(7V`V~MJpn$e#Z60Y7#&SEt>r^*9Cd;Z2NehKO#)_&LtRd2nYV za<#q|Co$s(`sZn0f5xfm1kvVffcRG+xI(814 zzgIH`ju*$X!CZI>vmT-sWOOy{kO{wY>|q=l>ki+aLyKOY@#58T=!}PS>L>x@?pE|R z{V#-;^RXQ;8QxsQV8TAM{v4;e<4L1oXDn%d;YVM*ezzB6xDc?Sm>S~s5|A2W;E~TsKt1O)#!H!b zya_*@KY9pfDS4GVA#&pWS6qttanRpd1A27N+Fi|$}qu>l0 zff<6!@WsQeFlJI|Mf+>HZ!uBDX_Ouvc!=h~J9W)+Xd;rPQX-;-(C;+B#0cy*LK)0m z_zuQkdJ^Yw?f9Mxhg?~||fVt?B1K~4@N~rN?cb$-g z2SE&TC$x((0{FL--w7)qM{_Sq!m;r(et!c8(SXlSLNk|chliXg(TBDe1#Jw#x`VMmXA|+dzWY| zljk&X>OKb(ZX&bjy&m0xAI2n_e@b8X>C4>7NexMU$QNF&MFwQO@ZlmdCJR9B%uQfX zgZOw~0KJXe_*>Nd`1H^*15OyYxwbrgkqDa8^f691{)XAr1Y9V z#c+_>`|zGjnu{QZv$z@>GDa2f@ck?iDN5o0^NTzi%VrEeeG;*gvzbGJkIUhSKN%ib z$(4XR{Hd(w8hw}c`Ao*@Dsp(4ABIQ&G6)>9r}PhljDwYUA_I{ba=(~9IHct7IrP~~ zfWpxsKMW1r31YU7@-Ls8E60XTaO%)R7C}Ho)?^_$O@cM3gI6+z9BaDH@el;Mek=3m zJZXQ}pW&FHCH})fPAU0Y55MlyF9M+n1(Z3#&+0<%xy?L{VK?}NPO$$zviBUh5q!wB z-Q)*vVZmJN9XgpS+&8y6pwZp)i<`cr7OYGvB4y3VJxpYCmWE92PdwTx81@e)8?xcXJVFM)p30F#*Qc z1#W(R4v?qwd>vtp@}KD z3fkM+Xher!92q8paoo>5fAnTVv}gmEcDDwoq650tLuG8zk9*OTkQGQH#Ju;L^a;oT zDkVp=dZnSwr?b;c`?<>$mKvHdpvmb_w8{~jISqH=H9lINX=I0f?LYI)*qVCHJOM1{ zWJC~&xZ6HdliH8-4CD2d-96jTv5v;M*-kWrEN-uOWhd@I^n|rh1{2GD2SJ3 z6f!O<0v5lJX^v7N5Og7vv+w0XmAkyS-6< z-DC`$0B!rveRO3$pPBo1Fo2wbg(~{1CGY|sF?*0-c|tj>L$)j#>S9a3aay!>(LvaF%aZB1gPO&OFL-27X7?UU&WmK z^D0<}o|`d{`XtjxgwD%}e5-5WC0Z13!e^MV9ew768i%=XY<-qrGnUXRZHda!d}k-0 zXB;9X3<9;y0){5*qODAjp<9Xt_4!ui7JK4AXBy|hK8~CDk$Eq)CjFeu`Nfs!M07ti zT8|?ju;31ge2saHp5^}cpN`8{M!ea%(1n4*r#iK1oBK5Mc&YqgT<2npeYO~S&;thV zI`~fZI8KmqYjZpQCs)D!Tn4AKgDS0{?!;9dLiI3AH+wu`{Lit z^x^YqGch;e3#Xp*&emAUS`P-G5vO@)GXYt6#t0iX3`9fogZHvDu!I9{SrLC_{EV^D zZ|1~tCL7nmY|997ovF~{KD1){D!=*e@lggMf>4=H;JChC%s?)$8gl#zpSnby zwg@5&r=w@rm!U~64?!Y9({0AJ6dKq0&ICiM>ej;Fib2POdQKEGKTV@%hR@FrU2`B{ z3||S8PB%kb#%(`8Iwi1}1<(u_a2V+rP6R68&p8muG_99`=<_iGK}dlM?}{)V?QE2> zydogX8|H;mI*}T$m-0}lvk1F&Q#4r0MwXn90YCoMF;^&E~}#H zXGC<2%u)?Lpf$I()rA=6^^7%w6MmduT$GVO?A8!MJ_A=WcWw>+i`R*NK!r8rO@FvZ9fH+7*z(rV5J2`aA%jHN9Mg5-T+9^ zVZlEA$4#gQ4v-IbwhFpHb~8>5g=f5O09o1rl3gpzy-gLqfSY-vh4Eg5uhz%npH)7{ z+(PJ%Ztf@GuDy;?5Lt=vD3tLLJ#@tH51*`6#g zq5C+>D@y^dv`5Z4t@y)`4Z4IdxgXHTRFG@;k!zRGOX=CJgGYV<3dc{X`{F7Qp|R%L zwTzANw?@fH(1!LN(tk5`p_O%1k?b%I(S^_j7z0)SDSNm6!aG?C61N$-9KpbFH0hOP z6MVkT{PATq{rduNS}McOL8r0QWsY?s@;P3RM`OUBmHe196bC#IMI)gr0rOW0>t>!NIGMu&wG2j`F=Ri=>FmOZ2IBzNyoGv zg94*v4835FfT)g;F^8}HE}hUnnB#N!AvJA@XK#1Asccd4=jc9q)#1wg7>AQ)Lj(;m z@|lCBAh>*fb=h$XJeD$M^P~ryyQPek+%ejgP#L2xhh~njsE%xi26wQZ?SLt-4|nT` zsu>|uP;7H8@{=|#P2x+lbZH0ujcMkvpf^XXYtxrwd5@!1`xBZo+8j-ErB9p{(JXq> z4Q(3-Og=upE??EvtOOV>@5;PzPM)G)UTcx>Rq~exhuz@V#eqO84n?lXuqw|DQv9B_ z_2pXQe@y?JjM|yl3%qnMddcc?IN+BTUW(*3ObxvrVk@QT1v2DH|D0j6B&$ev{k`yq zzw>MFqzkq~Tqy;hLy=b_SQgti!Z3uZK~KYO+%AYjSYzSS?sOZ1C?G*tlQ5E*Q3qH& zu#6$f_Rt895diYm4;XF(C!h?iwPuAo3TYVQ2T?b|L?{gaF&IW(q%{x<%1D3p=AZ)2 z+aHP_0L%Ea@#*BOjMe}p07Cj@tTBnhQ6rt-t+gsRay?^zASII*0AuvJoDdpmj-aAD zM$~D@?~HlZVgYBaXXsxY9flzf1qejf24Dtq7jY);(zb~1*S>ihpot&+VK6ylgfgO0;QykDAX)T=3C*e;}dT_p92T<+>h}QT>{wTKwwOAdW!{;v*pO0WFa;xtsK!nreZY(^&IF(;9^@k_GO2@GWbIELgv+7~6O+_|6ph{S-x=^5}D(SQhlQxuqf=}ogy^r6mj3`Oph zQXWeX3YG4o=#Rh9;WtMy6f4@#&)g`i0WKV9ytSTgzG&T4bUqIW8=-MfYDhBn+1fdS z4p5DkQ_3NY?^#2}iHZ01qAQB*)XWCLXm_cljO5=RAo$R>md(@Bi3An5hM?zEj?hED5`44lcJg+}NMyA)rB?UT3sEO0XLl=3dB%ty)vlNG?zhY$T{?`oa z{Zp4>U>SLrH67#(NCrOy=}(iyxbi*$r@VR`lA$wlQDhBA(VrUnqX zf6Pw+U~Z9t@R75?352OKEX_D(EF(R?Qs;^S;|aSkvU9OfbDX?LB>FYmOlCPjBYS`c z`2F-4V=D?yKju*+O#9?*BY!i@=3o0s5HjX2Bjs}#t=;S3(`DpMu*~7`qI2n_|L8H@ zF>kdBcu7X_K!aogzM1cNYfM7t^h36qv4VZMa^dg(){ozr!~zBoL=4Oq^72x=i0)lV zir0vc45EPp(}HlshiAvjM10;GFyD*6oulP?QKQ*GOj5g$}==K%41HdWG$h% zuRxyhZf}gWZq@7x@6ZMSNgJY{NRs>vZ*&MKx;H%^{&2F$AA^jBB({Zj<);kHh(;)2 zqmSGpRYzWVsW-Pb1yc@F4QdR_PQ2@`WriP|2kiqHGDVp=4(=!0YjGx3@-o6a_H>sK zFyNMWtW7V3zHv@6UUOqiC?Z)B0nH4!R68eyQfglcwi$@ffJ{hno5M&o&rN%A8aZ#k zOctP#L!uk+NBcW%m;5rg(#ebr5LtuTteJIPAge!) zKMl5Hr1}uvJw2gwUmu!7{sEB-35RrBy1tb$F7Kc%)AbnC(>ut@GR4p|5<%X0!9k)X6O%p1-y2al7y z6+O%x!=Dy&0{_q)Et^%zxbTU?(IV2wLG?dBuA!%vN9h!N<-ps8gO%2c%?bURU5hhA zKFC;$0%y2>8{J83mgN}P^L+p56i>%)kORAc!Uy=ayA>TudoqNKBFv$y3^FIr4yB>* zqUvGHM6qaU4r~Y=-pu{@L+9wVwiQ&T>5gB32$PH-J;(~(GIzzIsf};s0275nDhdnZAv;!*^b~L00jqDn7AJx z&cGvV5%i3~SiSU1@m=p_Od>65HG(0nO$jM3qtP|&7cf#VQQD+`(H94S;l-4;Hh576 zivG4X<3-cL+%L67$y@`}0Iaofo-dwdsP&f7!a5T0#l-s<&-(zcwG>Vc`ZO&YmR?!E z)N5kTmVYtW+VFs#Eac=4LEwNrPJgp+DwTr!4);z^zA4Wd6`YAs0ss zsBz4+DVo*3s%6n_fj2*l0Vh?K0tS&oPE{CH9b^>fyX{x>rcrt1qz+|%2kPXt@)SLl z)nN?jmo;F8UwFZ3X_Oq`Aj>{e&}zFEgIH&Y;$?PtO}6!q{^V^vw1#OMtB|eO#+kC) zfK#A&m*KG!=PC17ptZZb-GCs&EZym|lrw$c_%>ae&lw)rOXn1iF?h4!1AgKU?6piP z;~^?0yX&C=4nV;kdFPtC!x=Mx5i& z>MV}*ae^XQ!}2EWqtQdg4I{{4nvINbmIOl?Y_4M$1hSRsw8hCW?>hcz$nWmENdSBn z+lh7|S)C~Ii8!3PSpbSg0u2~BpZlZB@!WE?tsxAn0tyj@&Jg#P(d^g~vKm1VRV?MR zdVv%x17-+U6X8f#5@^b0Z|7A8I*YnQ)z{ z<>RHJf&IeLZoE<;vk_273uD7XLIWVIG4swTns)#NY^18JhXE$rbj*dZH9la%Sn~>- z1<3%V`px-cgyrMs^9T}wAl^htHsq=4K#`h#+B{c&x@u5+R7LQ{FRjJs9`5Z{kq&n@ zr?-dO)4|?;>1gaTqpZ^X)#3iM8)t+g2jFIr3x$?aOL#t%Jp5vuIA+#1DFtI`nM5V8 zJ-Yy86igY}d_hY39jF*D0X6p;`i!+}LYZPKH#1iBRrLyF_X1`dF#BGc5~uwkR4Z?D z?R7w}1}jQv9-K%KC!=j{%77y@k z#o@(otS8#Y{gn6g{H*Kzm(IzdCbz?=QzqwPoiSOvm_(!E{GY~1@s}`vMnEuFQ@N6 zp2zU3;#`d!Aev^3;% z9k0VLc-Li-usH~su@0Q)6rv+Kw?I4ni_|%uUa*-gvnf){c){UnW-0f`R1F?UL66KE zOb|%y#L49p!>f?7d?TNn^Ya8F#fez}l6&d+=U}fojLTr}Wg`6Zn_%DLD7xGX-PIV$ z7Q-m*!EX4#u@=G0TF64`4>qHb!ema5F~MXur)%pO2Oe%_e4N6OsZ+?u*$w{Zdk!F+ z85urKz;gfQ5Y-W))A?uK3;*!!OVsoE@Fa;mJ@3_*glsZR5HNG?x=VX>m zFeXuq2%EzpGO_26XHGcHoe*(sFs$ox=|?0_k)`K0RzzY8jmDeC4+u$PsTCOOZ2_10 zw4HYC`&A6(_r-W|47ff&$Kg`IfhMBYkhi}p2J=VP3hQl-2#?~bLQS_ZR8R4uSEnC7 zd<=lc84#(2M%IPw1W-)(;j=n}jPYi8rT9c(?af#Gu@z91SgH|DC-}hoMyLHm3$`YT zOwnjNhKTZBChCg}Hd`o#SyaKp*g9i%>4ir(CBsGT)vI+r#&DHFdq5UF$Qwh(n81O`VXmuu{7KbRR=!#~c~U7SUSS#54?#=!_((;rMlKu!SX%J~nrlrh?? zX>Zg9jU7H-Wc|bOX=!dA^h~7*Y{Wy33i&V}GHap&5yr^jEw`ByI-~!E-5~g5j%kn~ z=B#{g`D98C54=t>7_{z))BOhlm>V8(kueJObZwu{0Cqcn{4K3c-5&f zBC8w(d@&Eau)Xgzj=4fl#n=mxAsH5WReFZ63NgtY82gx-dKo2>ybqx>J79Q$|9-p4ZxxSvRAA)y_p+jjhvN>p|ZS+zk+hxkM zy%`?JnwcA2!d!Z9Omvas)XZ)^uTw)II_wefMoZG3HGA?SARd{{E=%Wov?R+uT=;|E z{`Gev;uQoBh{qY3)|~j22A-odYvwj@&3LRkAd<5DnEeVx1Gw}mIz8N83&s`$N zECAqP6gV}{VG_CkPM)BOd4gz-QVND=HrDCy3ZP+4gnYSu0YIr#DT&!L}ai30J+Fcy<#5rCcfFb>AClSsjdZ|Ezkc$^QIrxC`)=}Rjs zYtyH52d)@Hg#7ZdhrgU%Wv<~VVFHdKS0`c-Bw&7id66jQyha@V7&nm*N2TWkq(4f^ z;gK4QGBL@W8!5h+2)}vN3 zZyAD5_WXus*3HO*===5lc7%9Tm2tQ_iFYrPQqx>h~^s;XATnonH1vFW zWj@x#jn$rE2DwH)k$Wqcr_lE{Ap3k9z)(ndlY6!bWVXQFDK5+S>5qP)Go#ma^*CY- z4hL9Ubb}M1zJ)9`vdeX!>Ige@YHPZSbEsH}0p%3r=0;v!(~B+u!I^OuEpUjsG!UBP zi_FUb9MR?H&@{UJ(+?*FM%#lpDdgBL7G_4O)X8IWxo#)?u}x}wce}E171`$CFcLCA zO<<)@r#8X`86fQ`ZX>^ zOokRZI`|}Q#`zTx2pl*gu%u5KS6QLQxu32YJExZuEXzrD)K_q7PA+aMn@*2(c7TYQqsGw?7>&${LvS9Z z;|oPwvm#-^$8wFGKmkV73CZ8KoCyV+Q4LS%zwKpCh|Fcpyr^vfPVfUJwvlfCY1Fv169z%-)h2=SZfe!D!kU#g24us*KUgt@Sunb1RX(h3WiS zhH$El>hea*a!MZ=ROrb`VelJC$Ki*A&6;E`bVTrG3vom=eR5F9u$?>6 z*?iWNzIo=Shl%BT%iEm!HMkeM*kvvElD9wlonL)t^sGMyfB*5g5e|W%iy9#aBY_a{ z4$-@&lfOibJcFjvGYFCEb%gKyQY0GYIkF~o6t2y5rR6(6%hfoeR&8?s4}%E`$?215mCOQq&z;#XpF$& zBIC`FV&FtYt6_S)w6sOgo-(h~v-9aH?>y61Vn&D+STW2T00kJlDu(GHb44liX!L5` zEyBkj`-~Tk$x_+`U?*d&mm0xAD}{Oo+X03cd^E@OyAb3!W56Lapx}hHhk~R{Kmt4n zje;P~25*tUa1xb0)c9+>KYjlx$`zv-#g*>43mq(_nEQ7DSwbzsw9YA-X3Pjb&yg={ z{psTBvgtPIN&KLEQs4llsrGL7n9p^Db*tl%wibOFyTTR%ORl85D6@HZm#tyg!;V}t z4w{f!a}VB#a?G*bYXqJVHU{g4iZ7)>jThrNlwTa~78Gs6W6)YempMow?rm@6va#mc zJlk=OWI8+-|T1yHXGS1QQsjYqY z>3d`rWC{R=a{**}r1u-)rcK8ri^yiQcfuXVlmm91HY194bVGz+&|O4_HnLb~sXie? z=$fWAW6rhoGum-to$|*(aE9n2=YSI-%ixqPviF=XI0-UEVO0#wM&v|#e`E+cwu~8u zkW(07DZ@|G>6s_GbBwelS`z6QCmAD;PSvxei$3EC-7qdr^4NtCp5|WJAwdYbGbs1B z*L9d2-RV#$OB=@GzMB{@#$tBNt*qf*B70Tl^iF&FAsf=SaF9&OM#(N%o@68#$A>s% zvM*?g7P08jmpGbdXVZtzpVKD?n4>i6RJ4n~mX7G`UgT5tJcs2e4#>s5;AExCYaD6# zNgid?)XoTu2r=G~VHps*CI}HANc+MNOS3(~IsJ~k){&PmMK+2-Mq`C%mdIcuxx*85 z7YM>+&OCz*uNpb09RVA8Z^oAn=5zCcjT{hdG+K{LRX`))_Jq5hQ{&JsvLxds0I3sH z2SUbd939IBG_{_4x)+^JrVq|J!ICM3yD~PegPUwYcT1#iPA}TfA2_V8tASkzAUHEt z8O`EB#;9-h05<2#UIUZRh2dAHWc#K2;PIzZ#n&V}4#RB%tz7Fxr#M^g#}kF#f@ZpC z#|PPLia)Zl@Tb53o9}EHw60f#Xwu5|YiD>h zE=X+s15@0Kz?egT{76@F6pTd{LMmV7=t-OgASZ(IqKLfef?yQP+)*2V#&?aNZaUcp!0mj%e%nUN{Flf=@W7=u7mKQJtmJB}Qj28Mp zYx{~{?{20qMLWw)cZpya3LfTq1pG%|zUh1)M{agABZYmCvQlyT3m3^c`mcP%#`{6ivp!i$mqy zaEC|OR+vkh-U9H9ZV$DHoH{7Q{H0I>h@8OO4PKN&-- zS<}y}gZ&{dxt6R0Ex(g<>28@TM)~vcX~*D2r)=HA*Nuz~AJuTkb~zbQnvfwCWzjjO zs4>b<(te?9GYa|K`mDAZ)n}Yio0d>s?J1gzgY}Z7F?O`Dti$lBhzC-(9{Qe+FgT5f zfJVLpBxIM|&OVdn;2<$ffEe#Ye&)$RAa`(LEH%X$iSE#&wilY2pDOO*hzBgwZlklz zNsxdZV~5L#UIhXiqL4YCak2)+z$5xam#wdJnte`J7(aRC3e>c4?mt2wU5itRb5cq87{HRj;~Bppo*N$Ng$G;1e2ntY)8g!PUOSL@fYs9_v{?cEpLuvsGZZ1mg)qXCZ`4V zz_U7p`GHSe=gyT1Rg4#%&{QD84*8pG*LlM0IHF_|-(^fMpB3UAjk<>>xnopq{b=C;AlAV zv+E5Q5$Uk5Bu#H^g|c!^7y!W9VvY1K%}em@eY7rVTnsS-gqwgFBc+pN3OEd+LJa0z zWBINM;wX+NfP!;c#{8teMrvkc1OhlwYK)YkcN(3v3C3Uq1u!N`GZQk|h!)*Na4uqK zD8F%tm}Ep2(;lE=csW{l!YShYT9;)w39ZP{VHf)5#O%c&>Z^r$ad>RkVB`q}g8{fU z*2dmuhxizKhR5BG(T<@C=n*UiPI`(zAkRHmCNvW{7$b1O7xF2~uoQY57str13NHp}0Gib3 z$jWG&!Qp%|lnm45&GooG^mmVRIshR{44Ne#^B$3RqU+F~JgdX#?uyW6EBpfl=Ip@~ zfB=X{!HODG0Q*7X0&}jl_0qvmty>A-jFU4Wvm@d$X1wpAE}6IfWe*geEv2mGko857?b3*dwkfY`Oh!#UQbOan)VKJ|d2j0^qTE3&au0uXw(fjW|%(7pS_GcM65 zA^<^2@athj_oB5HOIxi-X7kRy8JmdHbOdr`+74NVr1OJ87CWz#0 z&^r^85weWHe#vIQeb>QRa!WVzQRfT~(19bs0oHpRWaH^gaW3+`dKwr=UurWlcM@_F zIh57ZHs^*uauBs$`~8Q%^Xu=rE}0i2C+)>ZlxZP=$VTzXTnH$YPM{HFxz|a>$0#Q% zM${Hjr30P?Pn;2@H0&ng@oXuI0WxlkJ%;@v%BiwAl2w{o5lhCENruhSPMAvRrMSE| zwH9W%2G9|19`O&yCuu8QVu&bR~a$ut%Cls#+?9v%t#} zRT*pd`vv?ER|L(wTqjP01JRqDEE1C z6vxC9c0@K%RjY~=IUC$u!X(Wt4JIPhm$g}YNzp{aOo6426yMkzDvh_9d2VlRHoBV& zjaSz;stjqo4hc{M^0sM-!0?yW^Em5Vg=P$|)RzMeM6rw{z(7fBq6&%#B48{;q)nh8 z)Gb@N|JC8{5a`IBC+$&mf~ij` zVd z!>BAZyOX&BWb<$2n6`mld7<|X`~ZS7EF5yFO>$)19N8M}^hGYTPsi|! z+yFm14igv_-!s0}u3g_WFfdE!fchYP;nNu2z#(hjs+j5OUi76-e{_bv({269P|;C* zHy#Ge{pLxBI1_Yjd)=~$bJ|6oxrs3)=dqVFA;*3H(OGSbx z%PH8hl78T>2(vm7`F(S=7l4-?lbu-(Z7+ip3LE1XW^CK*PU{=XbRkpQ_d7h{(1n}% zZ0xxCMX(ZH2&%{q2hx$Jc=wPwi^R`@_2#2SKs)3bPUE{Q1X)mX@x|dz$E8Mx%`M(P(>1A2uRfRzAc0QLM8 zcWE2#fQHIk3QuT76rWBnssI!V(|NJ4UjUn;02ZDiFspHhVgLos0^@93h6+uovwD;f z*1LQjku2B{7(io9@AIigoZ{Q4RK*{Fh!*yE)}av{=O=@$lBIzPt~O*qOt_hl@ECYi zA@dKf0L1`Hr-6yy8UKemRwDu)brW@l!cPuC4RDn1!)L`+xCu^0jH&>of&WbagqS8LpA6y z$JhZeH8ubx?TsykqBsVX+{7V@TvsQfLtUGGk%2TB`7!Sptn}B);>Z9)=drn6FV4$c z+E?c9UWJl$*D{tU{D(MX0uSTn9Ca--pRcZrlL4&(OBdIn$bAeQ9sy8oi1gIPFa%9u z=5uYCGa6f#bB({@f$dkhv<~6duXd-k*o+#R$cg7qC`Su$@+crvm2)gr!acTe_Q zGhB>fF*RdEf0!n#b}F-$VFp?{SNN*v7e2}&uqkjCwla3(&?z{ZS7eyOLT}z4?nU<$ ztd6A^I;c&?oPniF_$)&xYqb!EXE{zX2e4UX_?CM!tOf#@DE&WbrGhoNPPUodE1rdB z3g{To1|{a6-;33mJELv<>+9YWVDj_@dm>G|ei3Qv+}E&@@Y0L*#rxxJs^0ss+V5Gr1lFS|Y(LLw-zr{Il} zx2<7?5fP;5&g4)KgjBK0qd@>b3kdD^EO7(y1WO9jcnG{m6GI8QG#oFc0F!r7ECHb) zl&^pV;KFoc1q7~teXtWFZQDe=ws6e(%I=X)?;2CuV5EVw0z3eUyFeU0*H>-b7|h3H z^Q*(dxa2-#=hy_&bDu*Q#=c6l@Zx=oxSVxtejYnWrqB(L>&uB^oDhnu4q|o+)hnOp zx~&MgjKznOiwNI%?4)g3O$lZ0<}Vu~RnN&FprdkjfC>XmIO|kpECg3oGNX27D_m$# z$Ost62fZ0*eFLlU*ukOPgq1P(p=!4`L3Bw0Ga-DZZfUJ`jCubSAdofMcj@;o{w;j?w0veeSdB7Lv z5jYLacjN#*kRi^XXxefYN083S#GvbV5K8#0mwboroEv&>PC%aCNr4Ll^lx{;{tm}F zxDk4HSs?PvnXYVQEc&LKu7w}wz^Kvz21gp0lO;lO9fRf2D@#z0VclcMqSpcqbtcU; zh4#*Ukk++ip*TwssAamZ-@a+TqSeFDK(#x$WmE-E+MO+9)LNxQ^*?lI6r%+%LKnq> zH>H;~T@K!e9;Ju7YbEn+AzA_gC$(|b6e)XjuOqbaR`oxfquc1d6)aF(>2bkQ$sBmg z1B?dTZq%5c;hd~YU%mCrh*3mp&d0|m#WHmgJHc$mk%OeL6#wyv42*}W#3_zEF|_cl zscO-5_ySKYKandmBx|r4{q#o{VLtkBIAJLKX7GH+sqOBM@cS2roCt=RoFU5?F$AR% zM?hvo8{|%#WXu-3wFP^|(Kj-GrQkJAZ>BwD7)NHD6R$v)PQfSH6S8gu zu8Z~S+=iVPJGE{z4)`q-T0P4k@S0wbTT0OENyZ>h7)x|%GB5n_xwgrTaiPP)-~C&^ z^3KG7fg%{GCs8)w;mMOR5wxe>D8l%Vs9f|&APk1k>lx_tM3LQkJOjC~IES=7Yv!_-H46ySOd5upoI1Ya? zo_gz@v-Fgd-6$$?ztn4w#LUs3Q}3kJ7%y{%n@*I|4?3CaFlM1e z#);49+GV29_A2B57?0Za5aTc;wI2*N@bR~$BE@#*ZcUur0(HM{lHq_G!r{Htu0D;= z`aRhK&YTYgglGi7DK@#GkGp$&0YYhVDcu<9(t9YntU}LGsLqP;htZm?|KgddX9bU< zV0~JK0J<_OoVyt~ihejz+9$uFGTXF(kSHI+IiMce#Cc_u0TN!(Y0vMrbk=87XKbVB zG~>y4+JXgWY!0oG&z$jr{J4*!eir&zmv&D?um;N9>p13GDM-spGCcl9%U1{69iKXz z0%Bx_5%J@2A=qXaVq_tgLnnZmapl?u3!#y1kj~BLtSZ)1$3f9&Mo2vf<76WTqpG&X zdb)?-D;w~Wq^F*y(~^3IWvVU&q1jU!9Nru50i!BRgQPx`~A z;NimG`N_BMgz=cd)29p~LIzFy2+de+GAJ43cb`rRnh5U9V<{&dHIJc17isi!1k)rj zYMci=QbZWK7ccI6dq&gWUhaPt;z{p`z$gO%B|r*W2=`J1K>AKW-Ey1?o}ZL55KHs9 zB|wnh84?8vq7MoyGH>7>dWj>-?Q68;pj*(yl`3^T$F#+{ z(LSJ1_yQ;k-kG21o)QBnO1BcgwWiNd$dF{f&9pF(6xnquPbrCOWn4H76q>=}Q35!9 zdUBKq5rAnMFv-pkVxXrjC9ID-MwL^+7AC_^40l zm!<*+iEQyB-9rA z^e|_s_!iWKjx?>Q|HwlfEpnXki1vX8=M29X6yww{ev=z7ku$|*5c6N@r5%NNfOn)V z2OsfY?ZKxwYa9!Gmwy>2$Ey3MGbdo`IAeMyqkzUOJZ$@s$+TPG&2@^g4tEoMhu)ki zpy`^O&CTiiA3hdXjhjvY2N9DZR&tU5Wd@=pY1OCJ7NDVz)mAX5#wMCI4k=zT!1&5a zSY9h}@+tsj?&Cx^4#LngbOcuD&ROIL(I1%v#aqDFSkUn{eBy|EYNEMu>gS`whcTG4 z9xWIQxbAP|C;e1E(l_wt5YwYRgeH1CmIcO%j3z}U$cZ#D-b=mOAwa(9q!$B3Mq!6+ zjro&Rngh$|1V@POI%vh@zkI!4TzJmk95ef_|K|Ho>1%m<9UZiN?ZnpC%$KnN&X!Q# z9PO7UjllAEW4aYj0aKvd4z;Ivr6qKEmfVdH+ae^Rg6pqWGpj*7T@o;vPDmUC;yPj)iqd*T%}B!lj)~VsoHlghEL(qtNA2K$ljM|n)=6sH3FvvZ&zQF;7sc5?JlW$(XLrjDt)C7(IW2gw#k2{yAJ7o&3F@`$EP7J;DK`$AHX3=mqQuq6kqR?g0v34AM9dCt@6i zppEEF`>UZD1(Wu|bOOwvShgq-e>kpSF_6Fx3vr=%=4YzR_7^C+(^)z@kWzu^#(N zU(O8ASk$nnWf3tR9vw^{Kc98(Qt8sEed<#9#gVaWz&QzP+Q0e8*cg#}$b~U%Y;Y8> zd;S4hx57B`!ElL)9U4TgrJeByh&rU`JOG8hJsLW5lOmO!(rC{JNLv67p!$(2?#`C* ztjBOhcdc8JRk8yTn<9>3F*cDZ3;}{@;-D7t;0a%X297&?VkDfK0Q9xZU4L8g4_f`r35FRl z57kcwqFI#4hsU2fz=-2+YcNL|c3a}{+ycdJUSx*8kUhZ#SPm_FbHTxAD5 z3jyC@r!{&G`C8}z^O_ZkqsRuOndsPJaRNUWdKopJ%i4-YXAZS@1h*tc-pMaJ1oJ(J zhV78ia9uIS*kivK%#pzoaE^ci4>^@EUJ%Jh-#pGm<`wTb3Dm(tL%%Hx8#CGUvP=d0 z*f6xW(}rHOMkjNU&FS{Rw0#-AG4|#oc!Qs^2W$g9Glvox71Td_7^I{n~g#m8R_|dk9dRRX`Eunc4>7k4u1R@6B z$*icNo?|ZYy$FF49VLpewmGWhhaxII0&JWBYa4&_{$nFN6BXrc2Y6cDm}|79K*0kA z0PZY$w61Cnyk|y`XRA+XUV@+^9pi>~IKYedXYCII5xzv!My~t*(@DRtp~*Xd3bksS zeD>-1G(u>-lUKReu}TkHS2~UH0#L?AX=OVULjfGdgJ7Ar7o)bDv2vm)vrL5)j&V>% zFXO8>m$8ciTlA4@L~$Y?!X`Unt%>){A!3+}4Gqjo`c4Lf!ytOeNBKVARSYUa%mJ~jQ^sK#!}1Z`=Fk9H@<_Jq!585TXGv;~EKYTJs)QV}j05e{TtCAz z?VaTeqG(PlnlP@mB1%1yJM#z57Z(?mU;L99 zIY{J1Cd^f2ZEd&moOT=l)!FA>z(rp0AK+S!kU`)`h!8|r^zBug*xA-qX-QA$;*2t~ z()QMfMQ~=pxfw?%Tb|)8#&C!KWY!X0br*ffM*fY6Y>dJ9@W}6+BQGF{j*JKX(m@Xg z>eJTpy#ik8=pQ2M_&_hw*8F9g>JSF>$)0vB^Vs9QweCI+HD^vb7;nc?huRVJw%g<| zKW0Xb@J8(mW2xGkOjtG~Hyn3Pg$6AtoLmM^V$?on&Y4~d;Cl8$^lSEj7cw~mb;fq2 zd>J}h&14f3Y^>Nx!zqbTN3;=rTvxX=?vR{lLesQd&!|S+(9=WuA$fPKi88#Dr>pVQO7Hy_t2j`6EJzne$pq-JRNBD zeBQ};WvAc8Aq@}6pDc*rhO@-!;5^lS}XmMcD z7hB9xG;cp}2iBvXc?yCS{=wh=m3Q_cBfg{h7+%~pSt&4pfw>FMiX)^a2+v4k5e&pd zbQ54qE;0cH8VsqEgmetpc0%xjM2iF(sCOML6C8WeBe=Ovx}1?Sc|}JiCS^)s$0HdD zu*l#(hUYlU$wWg^X?0Ntg~!;#c$Bsha4IklhyzkaK>M9X{!u2xuacu?#&Z+qswFUf zML6auO}JLCPC(NNC2-?DI z0tu|FpL47ft9XD0PMZ@io2O3LfEmTHyx~!kz@IY}eQP`Vp`eVdQ~LUBdk)CjdKIdv zntZ2?zy8_#{(hQh! z()#qp!FEAJ+tw5*3ffwC^Sv>VTc8iDKcAg<+yINR;3aT&hQZ}^qRsHw{3+LbWP*VV znW_WE2XOJ4{77l4q~@@-W+N9mHWQ82b%;~|Ed2ti=;=BIduT$I6>pjohgk#QS)jAvbG8y$0YE0~_-;M#4hIIZmLrNAn-Cw>wXk^8S zH)pADp!3D6{b@JANw1qK51<>jbR%BOz?sn$4T)A9)Ugoyw+J$Ap$*(1ua&{Pvm%O2 zjfE=G9S%TUfH<*swV-c{C^J7g?08jrJq*odfvy_kE<)Cerct#&)E&mHrsmc|?yKy$v%IIKV8 z!|XL%CYy~P4>q>8x|2zUgp9+uIx5CP9-_M#kW2F>TYFplv()3=kc>+94WHm2T@^8V zt>yC>-((OtL}ckHm`{#Y;9P&noV&r*G>TVJ`|3m38Fm3Cn2R806rpLi zT{h5RRFBWkyX@-#F>|Y33~y(8&-mLu&DrE+Xn+jkc~k!lW=DiBV=K#0M=kwu&W*u~ zQ$#itSi=QQK3>;Z$o%Na!XN+6x9@D}BJ|_@YeXBVPllUvVZP@Xe>hbw`%qyuNPsFj zL%5HL9=sG2Sc{*n%MajPn7#=>s9I)(0goeQfu^*i=mpbfX<`wLszD%Z(7Z!ukV|no zqys}lFpTKx0?+j&vPc{DVmC!icr#gy#~jq5tQaENgQWHR^9vzDP?0dl0r_~RB0hfr z^FA2n1$aGfl#+=`8c9_sc4BNTHQdD6h=ItM3F0iB0vx=H_FGk*&lQbH9WRE~xw-U` zHmY-Ua#0=tY=Ud-*4xnEx#eAJ&v;-oaP&QAqDN|G%q`@|_!wR^rj+OZuotAZ;} z_w%41nIv;fvuU0YwZ1nhnmKZcKFL1El*}KWoW?=9E?qOk(MRTGo(xUb0Tbbg%;}JO z8BSRoSp?TOB31fU`{bzWl<6BUWp>C2T8!G6bdt7b&WXs+X?)h8-IM>N9hL3Qm0!(Y zBSS)0E%DGRc!j>R%4Bq4=-{5Y>kl@e9|xB#(BpwF*k}DcW9dl9C4C)fV|)bOYUOHWq?t@SCh7NE-joDHtntMdFHrbzI zY(C%4wd4gCb~jh2*ZZ4seB%TKhke#3L!vRemrrC82aeNSj-Ue4vE+c5uJsZ)3If&V z2x#zEwSA3$<^v!1B5ys;Ir7uMElw)gbiKZ{J6pE)w@I3No!5-ngQ(zJ?R5BTES8u( zHM9lIg2>Eu;ZJ_|SKsj*yckpwwsmcXC0I9=c6U15l zVt7;ndsxMYh(z2O`*dWjC=B4y05GYp9xEAw7>pE}l(TtYsA4rrv>zi0To?lD4;ZRV z>-SaS5_zPX2sEXVlF=@O;Ydi)OJx%FnFmDi06$L@Q4ojMxfh^nMQn&EDs&wMaEzzE z39#car5-7LK{|AMlc)t_WD*oRb-g%XUk4&Tn9|f)#$a4%3v?OwmGtWgL>OZG5}^RP z`jAEiEDVYH@(_W}MrdwXz)NIA0fC)0U*Je78PRkb;d!366V>)1D_qowyM5qNj`{&; z&*7Jdf$;G}ch<*)MULaaiw^PchYz2+-gtHy+Nb?yWkL^gGbcdID7??O02;%Lb|W$! z>&LS-b^}A>qwv@63D;U1cOjt_nVN6c;W8g7XT@IYYa8JMo^U2c`VlbY*BTM`0A3Li zdQy0fkB44(a$O_mbYf17T3BfHwNc6b#QeAQc+OJn8dbdpmS+ zu#P?FX&cxxKp7vey(Ad$pjFkj6N^GMF#OvFH_>RZMQ`mBZn|2dY{ z(gzO2sAU`uCURP#a}YRNGHK+k&Sm;?FpzQn!V#fg8KY=Wbmr(>fN8y*(W@gGxd`XW z3+dP;(R*}{fktO|Fh4hzu`Hi)B759u{syTW6SSl2^qZ57U*rQ_0Ib4VMV@Bfn(X?;a}SWxZXolcZ;^nVt) zjuYAP%D82ZPBSNgK(`I%j&#wCNFRYqW?^FR1${-}oN?oKpqHXYN3@y?!=?>}kbKQ( zPaZe|=a=U-;&{<)VXjAiy3a__TbUp=1oU#6M;8HCoZdUp{m9O0Q--OLaCA=0%uX<* zED}DDqq^KtsKD`c8BR-%iErC@pnUVXt!P6@d)W_06_JAsmc zm+jR*M}~aRP55Q5o(AY!4m*Pl>oV15cNgOfSvYyTS4N6D3S#EK^4m8@eZ(dqvjN@{c@!&&b{fU0=q!jwp(5BkJ`8lK z4}dX&h3C5r$Wg50EM`g!Xc>*|mlK;%rz!3*baj0u zU`>nRZWUwJJ_C|K`;}Gb!Ky@TtHd-AK?l3k(F|^~2y2 z5RaaO)_Z&7AtlePZU#`!-jBe9KMav9fOvxA^?!J%q17htHG>sDrT)7ouX|;3Yy; z5JrI&a=8ZR5o&S)IJ?}EcObHx`6!-ZsHN)}de?17CSAjkk_uUgN>$gh1d1oV&rptp_-_T)Naury`;*!<}Yr-m~jaxw*DF<()x=35*W84&3(A~hzN z2dn^Qw0p*^ea4>7wU9CW8^3!Q z3Ha3~UWJCtk;l$zkBlmy?MQNyOipDzjn~*_km_^L7|`2Yp<@N`aqntGMbCCBSocR;psl~*-~>nTF`pZ+fQBO>c=1xR0!JKBL+;eW z+{a0i(Uh$~D}1@QyN**nwpCfSn*}TGA$I~W?ZZsl?9>S`7_H<_f9BqG=KOBChuoM~ zqu=0-+7f~aFFAlPoF2j+IEKFN&7Zj}T9SKPyFq8kQ2N&oxo}+_&YFyaGb7X` z(ILi{pb2(hg+qSK!F~APBvXzPI_lK9{oq5*4m@*s3`YgFdj5!XHoUf_S3#yqdVDhH z8uGbiS<1oxs#16bN@bnR)%~!~z3#D{nBg`rbE3<} zCAg&9XBi*;a$u2Qz)5@xyy-s~VQcXUjxYSquYU0k^LMPrQ2uxVj2WSsrA}tXSEU^= z4hRNcIOugmNbUp`3}t9z*01R&^jjaO5e*GC&B#bH;RD7JmEN z)-u-IzSCA=X1p~tF_dIg)F2(NdeJ%vXTaau;7wW!!Ss(OXJtrFzDs*s5wvX?1jHvG zVUiTS@ppgd9EWJ6R?z_HFm7my8nZP~TVFQTH>Sgbc!8P24<%(g%7ef93d_zAeshfu=OU7j^=!^#p zBxB0!eto#tJ-Hk{V#%NxlgI@KNhhho#-H4tc@p?h2}@SA%h3~&8UWw{%0PA}&XF}< z2E9f)JrHEC``d>qJ;yhZ1zkdHA_eH_d4+n^{F!bH?90T}}xiOAT z?URuJ!~_h`0&H7*C^kg|keoS=o~X_|MqyvP?l_Z*8;9qfAN0yN=@U@r+yEO6p+d7h zsx)KC1*YBhXVF}pvhYh(zZV+FK+s9^>$CkMx2>KI!Oeqw0Ud^uP?oggwzCW*hYJ0d87far&F5LQh4`?~?%)f#y7>&b$dhb)&R8_u!loDMacmwq`{ z3<@Wk@jyd#qQ8}m%#(vHg*UJ4R0{!H$^| zYF;uP=%58yN(UH44jpxwiV!z5#_jOW zGTTz<$==M($#jfbCYc2pV<&y$t?$($2reAR#Wv9;^y*K>@$jh5ibF8A9n)EkePy51 z7~0_%T(A{z=7>OcI-7=SD`8z$NDBZ!~K^?K@2&D+2g{xRSzvr#n3=daSQYIMqsR$l~A+|v|X=B5a%N*#$ zScgBAI?q38UX|kvs_3Q5F}cnT0rbIJMTz*b9bS32r<&0PG`3L9&OQKAY9BaqUFS_d zdzO5bI$=EgV`&vFy>d&qV6{F4Ps2-e&g%;gvz$|j;icg181cDf!JB}W?$6{T<5+$TSWtBi+;S;z)6Razh=o*sJMHoP7mJ=mHlk0idfjZZFGu z=A)pmkLHXl)e)Q*(Jofz7;k!PzTBm1G2n+6`Alj(9#3_~cCPdM0A2f(={uPLf+Iqe z{YkVKer>J*n)DN%G6v){Bkg)SL;dRDp!zYtC|FQia330t!;p5v)48-Mv&Qg|YkDc= zzq0Hgp{un0)N?rKx3SA6GE5vn&Tpn2S&j3R{_ug`d)_>UgC;^RwCDJX^bhyqu!K(b zp^x=_*96akYjBW*{Q2T``f2oCQR&;)2VJVbS6P~|+%tkPy2%0DjqL311plM&@c#OG z)Mu>5q2kO~DwOut#$$NOI7ftvKZ>92mk${-AH|<>&N3c)81jYZqR#O=4WWjB#t)?t zkSTU9Z*uW!Yz$-A=dI_bJ9ZMF36{`wZ7rCZd7~R!#CAB`#`Df?2|hFb1a>O!FE7rg z$A!!{`0#XdF+D%rOkW%^j`{8`@;@Kj@fi6ImdTWoV_E6l$g+7VS~DiuAekxY?>BdJLn&YBgsg~4 zdl|Od;1**Jw`4oqXMAvO;a9(U^^SpZKCc0Zu%uA{g9!IiqPJ0i#h_d3bc$I3Aw&Fp z;xV35%{&BaElb_^Y=G}SjVg3!@d5+}vnQ3M55}d%Oo$PIrYsbLr!Eal7=b9yiw8^T z9jNf#`_G+t&zg_0&Ok}g)Iki{@mZXJ2&OZTjS*qL`#9EqeMWH|UC7W8M9zS5%)BXz z!s+;QavG*u#~x`H$Eqr&;N0+*>)~c>M+b32q6D*4BLK&2C(B_m;oOcvZL}JYbPm2T z+jq>f6%Fv*Zmw-(i8q=_i*f;{b`pOLiCm=8Si* zG9Jj8pOl%%7kxRJc*2;9Xm?|*I1s=ceHf1nA#x!Vx-h*yIt&fUR?jIAmPb7}hAa0x~q0 zZ84VX$TVOFEDZ1G$enhjSjiKmRkS4A!1-}7Pt$&hxMWipbW0_i7!k5I)JmXj{IvW4 znHZCdiH-v*jziPbaXJ`b`i!U6a=q6vN}uM&fnq!rN~*0vLkMJ7fHibL4zTgc4~I-t zi?($jLpQRhq8YZxemRbp&U=w7GQkL50jm5k77Pd-5s?}D^c-DdFmq3%<Nxs&~)qutEgk<79J zBH3{|qR7iK3*73`OB_J+klG#n#xc#c3e?Wd&nqANB=>qwgEJ&r4gDg6B3n`JUW~PK z8SrB{#`RO~ZK^gmYg4M-Q{{v?j5(qULhN)YencM7&rXR()1jv<+CvR~W`JBQqSUUAic`2O31u)LwDWM2Tkq*Ll%_$xZ1FVn)SW0~< zV9<{vGbN>Klp}Z)7YNQ$7XVd+X-&f(cxe?(vF@qzo)MA;WH2}>QgBj*-A^1K@y=Ui zbb+M4rOhi;nXd<$%tsi2j&s^QK!may1K|~=aDt@!@bV;}tR?^_c-P%QaPu&VNYW+& z@a0Q%#TL|K|13f*QE<3M4Ya^;Nd)jAroG@?g}fd-6-$ldq0=}=;+zfp8G3Kj9t`m=Nw zXNM8fKVAXyuV3%yy2v3QOS>F575-y;2lkEycudjLRah&^)?OlIPGgiF(Daa)%#;o@6fy{k zH#sb5u1cT&oL*iO9Pp|UY-H8<^xU%)Z1LgLckM2KX&KIZ@tJJpl7b+pYsSG6v|3JcWrhxARgz!l7ObigJWBKEpa|^a2lHYb{bC9$;kD0l#rDEW6S5p1BeIu)_pCz^MJm zlQ9lQMwPbZAN4greJqQtCE91GUAMinTL=8(r_aR$4urMXZ@+xqjM-oR^!xUSC}i2X zFu=AS8tnyBG8Xh4nBy;DsG-k%)Bvd3#$S3O14q6ThtVDSwHCQ|-^`J)QwWc}-o8GX z_V)KWAH{(_Co`N8pEW=TE{*km4n?pajOCPC&eA8`gxzF{jKL4?o`_W;ShtRbryM}b zB@Ro{4-9~3f-jgm9InW@d8Y4e56sHn3fb^h^}4K~U`*Wtqm5UxTjUVdp}(Ml9Ir)w zJdMu5MF)GEJrT}s9KOoqT*e$4p`~XP$O4iD4ino$j%9Q>DCE^4I%A31G3VpVgyCSS z6&c%Q(O3VlMJD>>>@;+|>ynu9ba^({aFo%h>H7SWLN5){hItHKueet4(37qy9xfl# zmS7{dmM*11_`2|WKl$<k#N!Lo!_-#BJ4pdfx|;z4E)1opB6J<23NLjqdkjVag{VR*YAewd5(2y`SO^0IL=_D3D8z^$MX(gF zARg}xSn<}RHvo$76_a2PqeTGOQKu~dBgzB#{7&JdYY=d@U)lN8Xd+V~vY~{G72_?X zEpqX_Eh?_%O>tfrFOH1jC_u~e)gB?Y?%_q~IYtbU`ECTL2;X|f>xJoaa{=4^}}i6P|S8GY-g+$BK%9_!J#5Js*N|+HUqp< z4HOU&dGq=#U2qtH2cx|lkDkZN$zYtEolkMd0fTP63usVSG?xj%Ghl^gKJzdHN`cqA z`C+h}?njxs&Ku`Jijq9xNedY>C$#4HDE6Ts=4>yzbySDo^r>W_Uyle5-@gh-Ztptb zYq7MTWQ?)MlX17cS5ZtKPYktb&WN2Em7J&#*NLXHV6K;k(QW?2yqmWTEH z&HE2^1iQ;3pBalIZAF{f83|L>_yMK7r+Y1pac7+5*Z8FI$h<>jM8pgrN5r#{y?FV? z4QO`);;r+@xLdiO_C!JW#wlaqRmF3D-vqQdDrAQ<3MuH0V>NrecG{(L^r!L?UQ-%I z1<$40jZ5{tLw3l6=d9P^%N%tFSYQHuA~%fKS6>_@ij4D-&lp0qQLobFr_h4TH0ljd z$s9$3D+em79bRKipX{~}^5SCJKRjsUdLLP+a~J^r82Y=9jL3|TG0y*UoK@Kv85Th7 zOeG*GqW45D)$FVJVOSVaXgHS4t(cypvzozy5o)U#B-UZ&*yO<$lfw%-qIT9 zLyC12+^((0Y0mYY7G~ZuGmi6h@Qf^@42x*J`{1MBEmTWCmRINxy34e9)G^uQ%wa4? z>%g)~-XEXha71qCh$B#CdGMviEEr=cLtjfVys(2|CiC&>y4)fgC(8(v7_mN(CN$vu z9PMvStNDF#KC(M!`791gFa&0BO32JO^FNMDaF1i-cgBT7Y-fp=he5#=#ma069O4+z zB2T6y_wd)>=8WE!29DxnSiV6Ya?1u;UbT%;gzPf~pZL*2zRi{J9uE=-M0eB^t*?yi zFC6CZz;lI+E5$yuj=p9d&Dw?@mg8Jo{Z4=SDPm`QT_VeTc^sm6L9gi95&&ExkHbdB zxyU@wlP!ad9A?|4IRNynj%ehEzFBf2gZFV-*bhz(TLcI3$5>z}CwVOIMph$tHEOvY zR$HDCs4V=W-~Y9D(y9J(mUw{=$Kjjm+{FN; zbt{0%5t60wG$w{<6oOf|VKf|`qdMJz2%}&Tue!^jQ51TvO}2579p7<$I9-HmJz&h4 zGB2K}c75J7bYux1PtMK)*kfxLkhR>A%j%4H8l3NqOJts30{C~+mtVY!ld{t^DCNh) zz5V?tU1pQ}dDqXmAKe+c^YBULX5ZGsv@KF6Q;fj-kDnU_?8F&!=uRLs3hLNfr_4D! zUutu;&WJhu^rIs^pCUu!m{`#oC+gq){C(5V^upX22lHUS(28fR&`3JpMZ1X_MUGB= z67h2&ycoyD@Ucrkp{EGU{3yAM4x{w5A3lZ?V|hq)*|q7=fw8gXtoB7j+#J(X|)aqldG~IX}|oQskbvMb}9fhh{T0kWiPbHE>DU5J8GRJ_^Dto~oox^mM`S7Tad70RefHVQ*eF(Yc#`1i zK3Fr1$%s4!62a*-4AWpS!|o^Ik^V)L()A)^GCJ0&=`b8;yxhkTfTzQe=Qxh1wdIzs z?>9Qn?{FjRZ9rhT;p?{t)0c1d>U7Yp=f|5kXt5p3G1!?`T(jx)Eb;i-NB*7Ne4n@CPBpsc#MHMchrQ?a|mJA-fWawc= zw}FPAHOi&QI7h;+BD6sNZWj#}7>|q(p22j>WN;Ji(9e-Q7(1`ZoLsl?kN@6pzdJs+ zRcvAMz=N4Onw*QOS_29S96KU@G{G_bYOs@li5+QqIc0! z*Sx|F0xG5Gkbh~NrcXmC4>{n4oy3Cy_B?hT&-VdT5etCgjq=t^X#%<&n5OQkgO zh-BCk3KVUFszZ};5tOlIh+#C|0a6DC+xhOXska)2j8m0%w`^rxjXL6Z04MxtS~K9_ z9B1R;G}KEAtYP_JI?7i8!lV?ch76ZKPm#(?A1$I(V_r15I}!hcIrbXax)=%F>fjjYo+ z`jvBQDULz2Bx0*2W3CRzSjYyDB4cmDztSb+Y(ZV-i4XM9XXa)}fgwjn0JXT_$#5&v z+c$@8A1>S_n!;B`MplR+DR0`Y-7C_&BU9iyDO$X#6C4_fEG-Lc#wb`T7P*J`F&0;K zE~N3Vu7@*X{*D&yzTwc+k1dW*5305k#qEZ+(F=RUIWjw2V~u(veJMBul=M?J$hx}Y zTxGF1!y>^;6I7+zM|Kac1oMd;4|NEF)~ifgq0! z8iFI_gG~O)kG`3{{pPF6P%}B{W6)>l0fTBi+<`%M1N9U}&SVVz-rhl%*PO(89^B-F zh-T;FM0j6Zi6gjRDT}kT(Le@1)X@t4txY$ooFn5;!N8Sff)+zpfeU?wcZUZuEgXx5 z%yFl4V7T$&_0dtCJzHQeqF4A}Tl3D&Zfrv^h)vK>bcZ8{9pcS%u_2yl&>H%l zty%euuv-uF!(cNsyb@b9BsUyrB1$FLjIUCAh8!UnEp0KvJ&h><-7~#IoNmo}lHPV; z%SKaOlo(-nav5H|9qVrtGJjTK^dH@+;v<-GE977(fLb(wKahwkQE`ZZsYeHgH58sY zWj)DOxmF`)b}sfj<8ABA0ST$n#W0ItGosdmL^NId46sSbNRRbIr3%VeC!%1st}&+Q z&}!+7OB$yhU4-0L6B!L@W}tHzuU(;@c0^PjU<{?mw18NKh{|B(44>Irbj6pS=l#vNJ^AkK*E<|AAHlTfSlWCWz@ z^=Xeh1(8xT=i$H*%FsA8GDZgodBT;nt3!3R6206#4r9nrp$BlMxY6S}8=@g{XgzxD zjtFleOXx${Er<9A91a73GAuuR|GCkk&s6$D%rw=g$Gw#7L*|dyuM!ohT|f)6WBGwB zaS#*!bPHvKdezYYNL;D@AOact`Gj zh@)ZdI%Y^kYHuSuUuT>u!|~3O7f;T^%k*)0xE+3rY^0Zi2XPKL_qM9O+TSXT6-EL? zK%*#DU4rADtuI>pRD)v6A%nIPzN<;#s5Yw3ykrg{eleho{;10Dwyg-z-12%1WY&*MR9<3_MV+lb$}i3n%pV z`@_Rs4T-~vEFsw)A&uT>ECO{O+1=ZT^A)--#VK8yQ|K65kbBKvrp#-5bG!0@KG!$O z=zQ0<4-?7e*9E}dw6hEdcl$P7%UiONpi(Hclv{~GKGqGIlwT@w!l}f zzo;<^XcmXb62K=b_|3@60Chij1}lrn_zIA0<%4CGf*2S0YRlo1xn<7A$f+Z1mM3g0 z#(=Khleh3DT{RUhd(}eKV4b!rZ@C7Kq{zoM%t4>)n>d(}QBIhmSylHxfB&)1bD)=R zEOpv@oqoymR_FpXa?W1MgFQIu<&<&^V@e6 zljWyOV;$tao(F<4?ABzw>J=*UyhAaY{&y5+djCF7ZB>^T%Dg?mfE%JW^P#*zR^%r&Y%Pld0Chl$zpJiR07n=ZO5UoqPuE*lF{W29 z4uCY(NOjIn-+cKx21W{bqy#OQeEs$)z!cCC*;E)JycwSZW*p%v+5r$EAE&eC!jEpAWzQ33D99IO&?lKup>G|U0S5%u@)^ny ztRAoe6OoW*3I`>Ko_L@lJ941!rr|Q)nU~8c#J>M<1(FQs&rc#aGNb6Zp^gbUSo3UTl`)bR1$OAb*<{?k93rHB zps6C6oOWn^*j|1S zU}QUVbrP18;9U4-tSWZ#QiiHUKhZVD0)D`eZ{Hp?Bc~uqW(EiXqpiq-VktBui-H5i zZ=xO*$X782W7}i;%J%{cKupGh-r>gpJpXEDC{U5@ziO2js?apbYd?y%psp} zB4TC|#ECpPWeR}U_zxK=ID4Zy( zYYZ9LUcgc6%vLU5JAol!qNTt5=?`JdcvPX(xOI4klVp5R{!w@*4KK=Rq?dcG%PomO zqF`0B+$)N(H_>DLzCZRbi}7#+5!^T(EVK^etXF*f=CGg#Oc`h?$e;i4p}^{38$}p| zW!YZq2&pJo0Se&W-3~+ZyHq#85Z$OKXC&<}2DZWU!Hh78lR|L&IMED(cgc&Cmcs5fN~MpquXWnx@OKE2i~(aN%Obiqc`mUdRV^+THYMa~DFKg5z+n@%)DPPvd zR~z+dQ99LHtjrJa11w}_7=*FS=+p68j9Qc@bY;-c2iS;;&_mG-V5cwAcVqxFMihHj zdRvPnE97%Ge6XCO=7gNc#-N2Qdn&?3AWk0)84DiLqKt9VYf{ zkx~F|uIXy@N+j%_SFevM2jpWfk&b(SB0#K@oBM1LrJvRb6=b6AI8ASyL`TOn;L4+C&$6_*5n(dq=-y7(CNTN zz@bEA(Oa}5*D{8d5Z`}1X$GrHC+UkLt0n_KEp42hN7gb|QKIo2DFRG?j3Paw<0p|9 z&L)S|ajvp9j>(1@mLlx9=u;UZi;JNnT;@o{WVDt+tpMziZIkJ%oJY0;edP)H16gV<3WS4y*j-S$B2_*8SZl&Zt{=* zoD(vw9)xq(?SXk$6GYBLwYJvEM%K~Jcq483{&ITCSQJJwoU7rfenheNPtp7Mxt>A3 z6dK5!7C%DU%Y1f_;72e-Pg;AzCa@*N9zoq$Plt1ix|19QR>tWC$7O`fSMej;LeHwJ zFd&_w1Nk)x`pHJfcEcl&+$F0FHEffi!dng?{HlzmM^QS5fZVc`zGI*2Y=yp@4$h#1 zy*LF6U%%deXR|t^%ey#sLRcoS7DiAQUh}KH&HO!A#fzI0103%yos9k6H@R-D>7KJN zz#0KzrBL>1dn9X(o6bTw*DBlr7!-jLHrSXofuhZ&!Yf}wLePJLZ*D5Tl<}{s^q08`cv>?4XlbALAPZ~b*kc+8sD^w`IN4y zs*DeV^lc9_p*xS0!a$Da6^D5tHUlYr!pJL95lI0c6{Ead0Ln|JB+^f!MNz?BfI?OJ z5O^nBIc0A=YLwF;I%I52=q&96G)oh2;-pB)I^~RmgW)P}?U&uy+Mc%JtrF}yBC8wI zVWNmvua5HbYTAGGX1a*9E7sYL5&81<>uEQU>sBH#ys{n1QL&7;wdS)JE7yp~7(E3k zwgfWbhX;od@=+Kkng^cNY8m@ihlc?%>$FZF93Un$qPQhwEe{ChdA_5#92g3~v0wx# z8DTd!>8{-vBawLxZWKiE%ZE69fSN%C+SVi)=tf=95Jf23miB)0`XGF~t5fKioe% zTKIghe;8gn1X#TH$`dxv>>#y^>{%fE! zZf6}BFS#dM`{CP300VF+Mgm-)K7TInIBvilfFO)HFxuqpb&S6C+O^Qtk_hMQ^_%cL za>w{H`V5Ap2)jE(7Pfr83Yhp#F%MbfOq$RBP8{{f2w+@z8oJSn?0lw>lXHq*w^tVd z$Mr_f9wg#HE@Z4{isy6uv^J{X2~v8Dt^mNU6%mYR36BqUV;n<^3r~#iH*ke+D#qe$F~*!j##LYDk*253fcB5R{xW=c|8l64r9I#*S{-Yz zX)4adUF7^CJd<^B=0l9%#qIR7@4m16%WRzlfLnZ)aqVw!XKZ5^j5S`yTc6gDEoZF+ zSNtxZ!drSKJ3=pEXP1OR2gaLtvuCWOHn1lU~2;NsRhL z$GH%a%(g;3ZEzMu(2OPLnjwqGS8vHDI-0jicr^nuFLozzNazL}V0cC`>Qs8rUA&Pt z=fDbhU@knykk`Q)4%ff_tDn|^rz5-Dt1XVr{9U}> z#|*QnsyG!q{GB!8J2xHeA5@^e`*7B@hBX@1@(kBm?%j_eY6O;X5QJ_+hy?Q}34vlI zUZ@C{A{vhh&AW_E`_?L~%SjtEYAtNYedhSu3#Z^w(oY$B=4^|b>iG~W zpGu7b7{B|dV+(-Dk{rdm?%_Qdn8;olQeUmo&&8DN)sg3eQ=BM3#x0xl`qg3RpSk33 z86+ORD2%LVo1!ylitrdu^!@Jrhw_+w^{|sDvo$!f|2pGfFo7|E%g5z|&p8kbu0og^ z|3oJY$g2Ixcf5SYbfZ8b9VbenhxX5FLrM+Mb7~l%oVKsOeB1ex zJqph;6vf#MAll-PqCWsq?B;2KE!^~Ze#kc-p)CLkTkG72D6B){H4qb#b^BWS)4#MWDigUW!b5k4dNX`O#_bQT1CwEV+B?Z*-AX>`#v z#^xmSy-BqDd`~CGu9%)BkSk=CR_7l|d(Omsbc6`!(Sx7<{JW;`(Vx?quM6gC5EPE)(vFo8;t*WN zSd$@llY=OXsOv3_lYZ=c{ zDqF#kqnpmY?8>K$8u0K8mGa87Z&fps6QH5AKU|p^%Q8 zqb**tIrst}p3|R4s6yriXE@zDsxL^PA z*HPx>%skO*45W2OM;D5EkWRsx!Yfs|QqcfZIzuD`XfY2^iI{m;lt8p4dNe*vlwxuS zgu_tmeQqIOeplQQ+J_2ZP=w4Dl-I9i8N%eyN-D`&)~^nCV{G>usRFBSzxlfJBVbzq zlhB4%lt`3peHnul#xVZI!}D(HKYXC{09PbHFpQ74eBk z`powIIFXSR>%bxn^2Oll7f9V^T;xqOz~lebAAQ}d5jt9K|&PLU_QMI+TSKhc(Bb{hf zcVy4Lsk6{Gk z9@*sZ#-1m_;uza?bD!}7X%*3lyyK*<1{-3U>I~4m#nsRuB=2KPBO9E|z3tu5HZq%m z*~cs$4ci{?f^C@-eOeDKo}b6@%X5!6;Xfn8aBP%bqN3f%72sx==@19#>NEhg;BK$W+$||(dbK%l0Z#;r zYjGUb!#8uqst9@LZ|6+(IPJJK^Wr>l(iEgB%54zv_kQE+cZAlusI_bcfe|Mlj0CXJ zh~F7flOPBxEcONUvh^RP;XT>A4c4lzAnw~lpM}xP>*qE&C z3q58vPQk|3?z9*1-OJw|q@c>3!{G1;Yq=gqAccAm#R0-1I-qG>uaE4BjRO!y*we}h zdHXg7IqiJ;_EnF66*+pWC?&)IM%@~=;yfux+n>Ju=FRl>=rH#jrLR|U5)!pWh%j;? za}_>U5)026j{ptYNbAY4@N|ul>$#IQ(2(&UJ3MBQUe^>OK#FvLjC9}Y zj6;DD$HZQJWBTT+x046cIM4od=p_A$=CU!I6dtu=AN!E!=M#mdPiZVVh|Z!(DQ$&c zoC_&lODb*#@Lxx+UPU(WUV2(4`(b!cqKN0Fti zJzszMMWaOux)B5W_U)U}I75nzOg)p}BE0?P>o3Y{d{C%n-LC~U(NjfH!_kl}kwNhs zeEf|wQo|Pc3LnW_x4%R#y7Oc4Y5MBRuliYcXk^SBU*IBYlHrhHQrt!!L<8``au}zh z&Rlr88-w1be8s>qu(lR`4n_!&IjqKTlPGU4Z7N9GjEq?uetL}I5z(Tns`CK!eT>BG zgN^CS=sC<-S&zQp)kYll=)?Zej6NeX#(7sTX99AAs}%WGe2ib`aZo6LfCd>tbfBY+2iqaJ4MsxKuj!s#5u{!(i~?| z;3?Y$r+nALtYVWChzmSgyA?cQgWxw@jY1^)$-B0}ZJ;#$C!+AsV9EBILm(A~i4Gc!{0C zoo3>yfiushKqy)IujkF^8u(A&f9xSKq80+Nv$Ya_+)W?i2mlgJgSJk>+?93f%TgnR z&bE>Wc7)5?lyzQ(EBUgKjmkw{wSAE>*@<#KPai&=lrTWR`i9h+Vj9GxY}T9@KvAM` zDs%vn90-EnXfI=qZf8tkM&`K}KxG69s+k|JG4VthXxyTi+t9?`O6#y)w{uN|NV@jZ zr{g$57X=!MCn|rga*lI)o#XAErVuj^{p`od8IKzjHIMYPmo+QvaH2RTgQ*-AO;St_ z#AzHW8I%3p{g7#F6LbcE8U`uitBbQ5)LhQRQyj{QSCT6F&?@8%QtUosQtdOvL2ls75Mlz7eKF5 z5NBg2v?ar*XX+O`)MPj@3@?aqjIoGY<^FH{>aVnafFivIY+dX9F#7!_<00#>;&d`> z*7%POj|zs269>DyMIr;9R)^L=&lW=w(DL$n?%l7G>IZ;s?u1UcS9_}qG4hXhbuKqH zSEe8R%D2wBMx%854Co4n11V*qoVu>_c!cw$ZA+ebW#72Izc|{Oe)F3IUNPdF2PbI$#;<(Y=YcE+uN2Dd zq)#&Q`qfS|9iDF>I1te;E<8n6_d=VIj(21$=kzF!fQec2_w-Fp+hOR+p;KEV(CeA; z3Cip=5_rle=K41R~u*7TKV?@Wf6W0S{bU_?5Q@ z?{vzj`Va)!3M578P!WX+rypQdlGX zXrCdYC}MdX;OXg3^)i`vo{!2!2hXTZA6v)lcQqb77szfL1}DLuv}dK`G7?V@{#1IT?>NW@BfdoirqZ zlxll=QZ+wUuUn0QA}9}Lu#XdPp$jk&v2?p#=xW_qx`@H$bxYAQM7Fq%bKeQ2^wL5U zGmcs4mybHndcbKH2#7RgXIjjbaq;>cU?Jt_=~vH*+#D^u7@7oi%adQ6K9zn%U9I9i z*lk)@BxgBCjfQnt%EYs!2#h8J_nbctLxxvH!V309Rm#woQNgn=L*$;rIC7i2O#8#LY)k0VG?69oedpjZARr7*~-zLxo1wxvSIY%2sLgDvklZE<}zv zJ0cs--9uyt)On)UmtTE7IdVEz8ComDMejfVcpaV32hnBY5iO1Smiy_m1A@>aatly7 z(~gv-*PI-EK1aqyP@D;luAMEhpnbBSB_0pCu}i^@i9YKgW0QTljI2oGll?9?u6vBL z!q)(F#%QVV?)oZvY-#eL#!6*-1ghJp$ToU}EWwHM+#9(HK3zmNVQH6_YOEAh{W5~% zoVWNYI;FlvL6u7DE{SCxp>X9?khL7WAx9SpPGt0CVXUvxr>?6;z7&D>)WgV~qfxbC zCy4@F_|P3I853ivD9cU<4v*yt+kCr&CAu!Nheq_QwHy&lxB(-{w&#ABcQX+&unT^k z6IDjWZm!NVu0*sMbL*)xpV`ul2N*Gsiah%ut$eTG)w=TBbNC$F00%9b%$!`#iFv|! zk+$F=tj=|z<6OoXT_ERV6b{?w1{di%8KN`pgKee)4+spL6(~8HdVSmJbWxM=6EE42 zzxEh)kLZlS7ef;dh=jqpf^i@+E*3KEq>ktCi67T|UChOrKJa=A^$VX-HU;q45 zE8c;?*KhXYG%QTN{gZDq!1?K)|BIhafA4SqC`_22{`ddk|0&;zYDJ*Dlz5*0hmrY= z!J%H#A6`;Nm}1tzQuQNy08{~Q8^{}>>mT_Y@pz?-MU7y7cbU(;!n1xxX#L(_+?sa) z?LQxn4gdM9A1M#a81lLC5F|`h$YA`g7ZHrH<`36JaPn9G^s(Q&KGyN*-zWJ#7x;es zPPzZBd-6YD_3xK=efu3qdb!3tJRyzer|6{_l$RTP-!&QZdzl5pKww2@=!G7>e`&Dy z%;=>VuR+JOkk0B%ac0t2`_E_AUiHTq=^HKFJ8SC~@A*v2Ejsa6u6IA<-8uDRZCI-s zQ3=^l6vKfUg(VNhq6kh5{kxDGwc#R~wGk1omg=A(W0 z``F8~u@${}nprYk- z4&01k*7s~KUhUol^y%K0&)nz741G4cBVFfZBtFyEOP~25U3ARWXMI6td%5d<_VO|v zqT@Ol!(Yf;J~I^m`{mVn`7YO(gZuR9<+JfK{`SkPAO9ciX=_~5Z)R=1+++z!VVx+L zJeh|k6wc+p$>UMgC%}+m0$S!?v^7_a8WX3|E81Mp*M|07;$<9t&ks4Rtotl&yL zM&t41OLbb+1uXo*PriC50&=GE*fS}W8ILjE($*%gbg3YG9S;eiFh_dB6U@Ggp`Wc0 zen@8?f{!FpLOk}6C`43Xqq_B}PJ)Px*Xc2b()GLx1v{cR=L1X4I0WTq?@y;Ud+XEI z_TKb=|BwIETsM?~umDmo%oWK*jzTzwXDFuh@yw{t3>aQ2~j4h=fc#zPFaW9&gMTI^KNO``Z3c zWDIQ@@ud%AD%cpGvA&EWZ@(N%-aEJa8}#{2kOd!y}q=69cu8;8-) zyAQnig#$9$%8&2U*>HFVFFM`68N2@*&+PqW%=r&3VF!BqqV4L+?a; zKB=6O7vKBO1?c1c{yp01efgjM;TrqswH|D<)!A0e8O<`x>VW(210LjrGvfP5Z0D}8 za^t1VaqoEfefCpreYs}Vf21^Hk`c;Sf~)!|jdHK=%?TZhdq&4uyRIQG%}jP)gMW;2 z2arGVkp^pT(B^;nzxba`3$Y9T{l8AY8!_KoSMcd+l8=+^-IjffjiF_m7-IDYGAT55RDS!% zU%WG^i_3)nX;Av~Bw_wwp2>w63!^%4ws+B%BNKL1-$OjW6RF%>=lpI3ZDmP~t?FiH znP0_N-!$DI^&{P2t+8o^Ow-{PQYYH87Il(H-_fhT`?r3Q!9Ps@(f{MWXu%YAU_9%h zyD!(wlzCPuI#ambpI?0Ef5u*AfBAm)g;^6G0I3fiD?Tgi;MtF>anUK;YspJ+a#4KOM{vCMnE*XE37VPoEN zd&Y@Qv&h4|T1>j$0CI`3%O?*^UqvGT$zE&bv?pQTgpgC{S4Ywv&X z`JlJ^$QIz%hjGoE!nT>~I_$iYFYTd+xBBjA^3qRv>Zc>}8ndcnncq9^v`eqaYvs(f z`48XSYkV_Wde1FwzwP#O<4L>tmp;*!JKfZoX&}aNU{`2?veCFJ@jeIv`0FOtz?ay^D^hYD<^suSlGn9BE zf^_X{PBMEksrZP;!zuK?;f#!XWf~cgffw#|yPwk59cjmW>NKVwANy`lX3)@&zh~|G z+co66vY)ogmwdjnz7jdkb?I9Va+RYD~CjW?M43+EN`yx9-*!sKKi0aM% zpZw!LnJ&)Gr~l7?`!6R?^h3bho%ZbLvh6h(N(l40OtR$;^2Z3fU;jRL&W8ioGO9^2 zw4m0Wd1oIOi$}}O*2j=r3R8$G@V1WLLTz*VwQt|Nlg44`E&6*f zisM`l5BI0T{k?b$swxwuXXvWv*0(IcFHWD+xm0$zHT9sABYT5)Cl!U(1g!CCv-`B; z2=E@djVYdn!aGsB{esr08Dj-v48Ee3^D~FhOw-@`^>3!zo6G4x`Op4&20zxgrB)0a z2wL}3oQIL)V3-JK2*SX*HkW0r`M-(cZitPrKxqhUJ}1>>=TIQg6ToeyXs+#T{Z?xf zV1TqAkx_-4()gFpv~4_24|1ad2aZ97EVMF4>tjw`(&PYb%pRaU48a(8j~k5W6^Juw z3^rd%sDDD54%^1e6IDSD&b8S&riEEn!hmK`4M8P)5@ItT^|@5~XgA}@9bFenTT*L) z*jM@U|IbSc`WgM9tKsX{xXh)%;j{ExI^{ZT%|N2}=6_YmKRt^D&E^EV#ji;U*}F^3rd>id`c zsNox7W4cOoaXK{?*UtWX8=xGi<1l(weccKgJ zad7L9Xg9a(r*bxkgeh$ktvlxM#x+CUb5AarWinzuo4vFD*x1o_W>761kqNJ^Q|CP& zk9Jr_uSy`S%AI!6Bcdw%e|`|dOTzWY9(S-!&$ z29-gx@0(7~WJ#8cK9={TP56?bRQ@us!HX9<^qL{ZGx`iY8b3p}U%u~L@Q)6T{(sp< zzDIxe=ek)tV+_BPUD#!8bl=p6Oy!Qyh79#{{p7kDwvJ_x)A;&X`jttwjx5-*EaK(L zK!s8F4`Z$@=X10rLzV0NUAb)ELv{yUGFD^Gy=np~LPOt5Z>QCNG&`xk_P$?#Ycqe z2#zPss6@8UmeNIvGFTI}_Am}HsnN>>TTGG86<}OBktf>JG)LOh&UQRKYa=4_Z{HkD z7cu_-*?<0L-N;{ILo`YofW>S+1vXu#uX;yi8HNsEz_`I=@9`4*K7_mse<2vJwn~;y zy|?hn@2(2*a@!Dw5}P0n0q;Hef`aJY4<2@l-iv?|aNtA{jRS4#!RBvg07z504j?Je z@?eS@3iCAI{M1{^yLkQSM)akOglbfOq-#3`58MV#=G+q++$qh{;~dO zOvcS1nFBuQx4bJ)jLAG+=tDm8yRo1dSt_M+&+NMLIlucs--7tdJHzdMf8%rI;^lp& zCv7v=)aayfxFOAnhtkn?m~-7|d&rIX^p*L@h@n}jTKf1K_r~XFJ>JK--CqNpzdLU2 z`p}$m!7p^F^Uq)AW$wn9ANRU$cE8MxYjbz52~F~=>&QI=YO7;)4BhjcIgh#K-pD#& zhi;0`wu8skS3U*0P0>Zp^8)O34u}tkz$Dz@JC;ctd4zaP;*BNOw9C*U>Dh)D+ zr(EZBJ>&JABG7K(Ok{5tnm!qIsdZ;0yydP>>?3! zZtX!0o0~O$fWVdm>2m^MqdR4(z~tW3lXx59($2=_%fRQG>$gwQgJ2NL!(LR%tMZnf zSj-q4!`dSNA3xMNLA>d?LD zRz(lPEMZWr?i0^kRJ!`Hey?@`5OEA_sMCkpE4g>Ik?3f!RX4vWkPfdLiRle ziP1C|ii@Y((KZ(PpSDTT3{(baG3tXpKJ(*G5o*`eaxq%@#_yFE*W|wb(_cOtPE9)+ za+co|IqBb{Q8`~O^qrqv+_b8et-<+h7*ujOj4neXZMb!it+nQrdkI=+Vi(V zleSvN61|N+lH)F$l;2h(dxrJb}e$3D8jiYnTcRlL>zD2)H z3|6kXH`l{X_F`*ohM{ALYnHKa@K8j%yhS%b6@B6yEJt>Y3!ad2GGKX>^YW*E{||Z! z=3oEp`}CvR!AmsiiKT0fg?<=vn9qa8nb(YN(dD!y8+{f1qgxy?mGh6$McWLW|KT7c zuf^EV$6R|$@aA)W+C(TjP5e3@60|WnRS+;an8|~B=Ki<;>;KiW^7$UwdGEH81e2dgR` z0d}|S9b7Jmd_K9FHr6A=xz-^9JDV%&~1IVC3~n&Xj0 z$QZ^@m9hf3v)rSSvfgXnk&v=7vKXgde^X}SipU5vqRM=hYi2@n% z&>G(iL$3!7`Z}yE=mO%sjMw%r^AusJIz~75^eEA^0%#c*M#*uMgsIhzeE}9*#=?UL z3^1{6qvOeZjnh!gy#koYjEE6Y|{_`>1!N@KV&Obj)hnuU@V(zs( z2#>}g9mBX7(^=%?{PrdLlEI2-J?*ih&Hw6*Wjy|Q;X81jP3srVU;Z?P8Z`gfK)dL7 zxn#(De(zk<-eSgT2K4+cmU=aR?#BpgO_q|O&^>i6|I+cttH?$s4&S=W0S9wYmmT5= zWqQ;5}X@hLiEib8MV}f;f(^tkzemdS6uUxNB^GO?? z-vNUTgWI+ucfWM{8BLIh&?5Ih7`B8?Ae1Aoqe|^#7`j0lbV4&JbWIeG(*~>=c*J?h zwZ>-5F~;WQX>O|l649$QZH>TIHVc$%g-+V0cNzP1Rb6_XwqtwrD*!a75G9{$*xVh~ z@-$sXpp5SS@W1=tbZ-Bb|LcF$?bpBh^%v8plauhrc^#f7vfXnk95^PZb;bbwbv{Ad z;>w37zx{CRX@a&AZch)2>T*4PtiRL($Xc_(=hFDOpMC;K80fqe_QevkU?rUBH8S3| zKrj5`Kly`q2xW7@(We#Wy+X*Y7 zHWvcyKQx&EHf77Lbq*N7kv22?7_rP#oA!;ippSA_2u2&`#4wMoX=pSefHdB$2F0P+ z(odaF+5l{}7}mSxErt&UU9ip%g#xg%`4dQ^K@&|6MI4HhX_b!pcWuEe*HcWMy|dNP z#TZ63GI(7j&%Lu$oAvyT8*%c^*lgk>8k$@06P-nIBU``;?}3%ODnt22wnp3SBkdTQ z@%tN%%k$g^ytIeDo)@qaFB)%+x3vYi-gn;h?LIGSW#&Pq&};Mq)W~<*&JPE*2V$iC z_0ZSeX+YcKJk!2uZpC=YIFL8Lqr1q&6SFwavNxile4Y6XC(H=U0X>aJ3c68B#=^O= z%K}f)-FqFPv`v1{(jgl9)IOQ@UD6-mO1+`j<$Hyp+bdm)^IMx7QAtXuJ8RA2gGuWDsDo z15@@B@z5_cFs^)@pXbs+Mu1^?im?NZD~SX)={4c zF@x?MzdPUj=#QNB-)x+v0UQL>y`|2Pvlrl?KE`%H{2cVs&vh`Efut+4O&pVamG8oj zjFZFYk-GXe2U$*Yu5-!5Xl^dWHQ1jqkq1B4sM~%zA94ayPzjI554!jT4gEo8;A!tkla|sL zv#rd1I~dQ=kpWgOVw_&anwwvKAI_dX>C(=N9%b-D&T_5WMCf=H7Sx%5b^r5!@~7d+ z{q!&Y%}<-|etYD35~G0Fp*79E#!lj?Fgj<`0tuyBsq*jt307LUarqN4pLO z+|ml8E+~^3I+aqsxseJu3$da!VY*3v`Q~t% zJ#fL1fn(h+gIsr>x+i4u%;$SNBUb+TfAbd=jF}K{bsAA*oE4e?jK|_pW&#({3e&@s z3ScIgwhGW0SBvUGJnhL!q`Q94Tk}KUN3oA6#_3WbVDujSx@G`3wso>ip?VP%k(P0C zD1f82lU2?|e#cnrB!uH3_c$MaC`{VYf8GfehBBbDN^_n#V@udFil&bUurwl|*$&Ve zpRw83ErK2CO~!HvCZ#fL{S84M0xsQ1(X~xUjD=!VX(LD`4}=I4I*GE4MK$YUgt@6N z*XBC3uMtV#z)G7nh-22c!dx2guaG=Q;q=$gQ*l^uyrO#que?GuU-F zGOp6lm-&zKG=}Y5NA%gT=R3UeY;5UBH6J|Po&=R~czTy~FBy>ntJ4%2ZXYou9FW}J zp3DJnd&aV{<=TQlF7Q4BG<;bK|EpIS2S=1c$q+LLUcNJKDL9{Fva~)26ur&O;VrqO zbOw&Yu*4a)yztUjo!N|EJRtu8Sx&DzP-<9u8&RIxloI*XnZU zQb#T0R<-Rr^fte7dfAZEVLXN&GybSgp1U6I-h4NVBl(U@q`zjt$W(M_J5EY8qdaZU z;JSQ=E}Rhui(E&|YQ#cd&Tt*|m+?6_0C1vl`^`0eX3jmHcvYj){;)vaW=1@({I8L_ z?|hwipLe}J|2pRAI(#C7=0@i^Xq?ur6X%-NGX%h!anyF+RhGM_&PoQRD2p7y2K+Q9 z&&T(25BW3<(4|cS@#aNG;9iY?E;24boCAV5!6PdrvK<&@EM30ISYfGgpzEPbYu-0Q zH@dYiBbzbZr86{R^o#kq2i@_IEN5r~dvZGL4+%!zXZxMx3b1L8pA@{#m`3zW)7x?;rPB z3IE-{`l}w2#)dhq(i*oTu^UXJ-#)Rf&MC(>)+qG0{DZcFzWzihIIa)jJDksG>lEnE z<9gX0L9JJJnLXU~U@)|U3B`lZ$@0Oqs`g$Nnf%SKkKTEhhvPyiFJ+VhU?_l8TB=9n z(T@)8&rrgsfYE#ydUMr5>}_q8vAhl*G=fA^YQ(!;A@}f_9P8+{69!|V_4vrk+4JjP3M7aEim&U^)dP6du09pceo_9z(|;=@3F&Va^Ab z#DL|kib62zJ*M4y)u^A>P}Olgu%Xa(Ci3cmA1}brs4~Ad6`SvPbSt@RC*V0-768sj z;sm7eSiTtZFpL+52^5*a=#jwdlkkxQj6RG{4g)5~X+p$0weps#soZ&Xvp*oL6#`AAZXw--?>*?#^e4P z_|lvr17FbUr6F@2PKWuJxAEdffjxiY1v)e6Gp~GR)E!|f-Do{u=A)_Yd=4afY;M}n zul{h`-0E258tFNI8>1inw16?cbGGn8W9DWordWgHd-Tl*oQ~E<VBkfUId~%)7>&d4tKxrJ>?TKd5L4atCM$0Kdw_y-7rp({xjHUo% zK%BpIRL-L)UNq$V21S;w#mMh6Yvy6>2JS3mMiX%uSjMHOL84K&FHNH~63CH$xMeN!I~$oy5?gnU;L#NZC^XMEdoh665mf zHrR~a1A_2@92pZMn4wmu{os}LSI!z;F~8Bmm_q}BjF+y~xiOzg5wo=8}5el zwrIDojohPS#!&gl@30FU=q7sigvVT)p(B1XHXfxWyego>f&VG$fhdH(oEUw6{~?7#Z6w(la! zfXPF^MugB*k^yC`HPAi}5fEY+7e*|^ei1C6jn9EVm>QvS4Unv0=U?ZZ`}Ir7`Xrou z?>o_ldxt_Kx-*viP{XDoGl1QAs8QkJ#YWi8Pt;xDPuq^XwPRnO0D8>bDMINh?MrnU zm-MHUa-*nx)~F$UT+szMw?ZCIGT)K*dAX@H9KTzpAP3xo96>jgEKJG>A@s zlUt0-d?*gS`mCwg7_9jyDS6wCmpq^Mv9>wdWgzv*!K6$g8sJ~$%_TJ$=8$*5J#(Ib zmv=_Ud^wE9FVZ(pU_U;KGr=(Av&v51wJ{9*NOekOSB7#OzJul4m#trG>FzLwx=wJ~ z9MNNd48KK#x!*YYxXnZmAza$x7={PNV=Uw~*OxcZqtct~`z%g$1x~L4M!FC&k9sT? zOlnl~t-?4GU4xMO$)SE)Cz9)pb+(j+v*zW8J~!i)F6axPn9o=l^JbGGN1O`Fb7+q% z+Uhb09LwMOGlx<<|MSocQQt7=`7n2RcbyAd=X&x0Q+#d=Zl+WZtOos4`TU8`z;golyz6i2t}xj;c!<&3_yQl$3$9bkmf3uAmoaP>23y+@FHM z`i3nWIR~4F6ph<*(MqtyU>Ucq)s+{$3%&H11_WZpT3N`CV@?@AbAwC8to*Kzkf8lr zjyl?0jl(>g0FAO8J-#|)K&y+$Kb~3FSBHZZzC&Y<7D8y-?>MFz_n8xN$ixjyf!P^f zWIe(#9baBozv=c_B4|cf4FQ9$5m_wnXt)`9@Uh6&_yniU)@RV0?vC-U9P2!D8PPIF zWO4e#Kl&flp#H^w|8I&V3e#w|@6p9x@bTDHSd{k5=g43Bk^L4Bs+UN!`FTz-bw7Ec zB|{I793;~th5LQvjI5e_z9+Zv6Wz%_e(8j5DGuXFXtD4Qe(%@bMF)q6m`~z^K#QfCOjfgsd!!kLGv8fMi03k;VBw{ zH&LF5Kh^)W;mLP}7^dJ4l)!<5fCGQ$WkM(I1hx5_wk#di{?Cq;P# zybmAwI^Y@idE4nvV2djceY?1Wz}TRbjMBKl!dkHJ|yOk#*KE!Sfknm=oGKZRsM4NZA92_#j>t;O2yt&{xgA33pzb%~Ry}xd~*4PGM(GAmb zIEQ-}UVK_!_Fxc?K()0fN@skL8}0ew04N-!JAlR@Ib@a#Jm4b3Y=lNetQWV~Fym7M zIg2dGs|bcd)u?4$O;3gfrC;93DQwscZ=^H(Xx7{VaMZtC(*@Q&Rw-SUPxPwKEC^VT zOU98LG72+e%y5t)a)M@^I|`*Kj(hLxclpWZr9u8~iV|GpLOQ__Km&ky8JSQJsTy3d z6tL#tlc!PHKb-8YM@F_!gKdsf73r>}AI?wyEU42n|2NJW83W799N-v3AqaAQ2E(aB z+46>`QTnX9k$dS&{|?P$cIW~_%82;AI+r%#!0X+$1_QEj2jL+Dxtn%(Hw9ak41NrX`ScqD?=xwxPS<(bbbLJ(pxSbi)CF1t{YgBhU}=J@10N;eqG3 zd-vcYm(nLZmPHx?Vf5use)lKuJRzqF_rk;)Q=03T1zyMAsv8$~_b-L9c= zErYeOA(C6kxaOuGK78&ZMrAH#n6IbqVIoaAk?JAxI{zT?)C$fM9mouy#>zG6bu^$@N|P%Po=HgJe-%%Iy1+2&0E*q49&!NgweG%YMB$dafs4H z4Gy#z1|P7Eb?JQ7lp?1C?Qw1-W3_4lk@{dofOZu5)-mE}tG%M~TWN5?u`K~2sry%1r~g?~$7IO=r0Hgh-p(U!;|4rv@dPBGc3Qy0RJ zkNZpnzc+H-dJNXZ_04tI))g*0g1ZiFH)pbxffHT6F0l-}^^S>XhVjedNzN zr(~jOb@NT1maDusJ)CQ2&%cH_m9hNzn||Pf&y3ff%_`)ct355V#!lbNzfMVTBF*)8hJ%bZ0LWl`P9EvRjLzn%Aa7JD zbAkspk-L?2{^kBwj5O!fiD4rmr zWD(ssJgC(o-Q15SBU2z#l+Pmfu7w+jK^@62d3PhsZB`)dYNz|qLnvcb%*TKmqev6| zduDlr3r=0dGnQgzbgLKn-8{%JY=edL+FjEHwYSwJ zp|~P-)X9th63thh*uPal(6 zKpRRUg($TFcnGl$Je7)Ic#K~+(Px0RvN=#b^sLwaJU^bzP3b+kDUD}<*D?HwWHVU( zYX6JZM{V<;{wM!=-bIolbq#DO<#w)9DB-DE1gX!&rBud~ekl7aMM^ldZS39|Q4xB< zEP&srEyQ)dNZ#G#&gX=_)r=VnMQ_D-UI3^9gOldTNarhp(o?zeUyIvv&rphhLX5lq zA9%O&*vrWg*^9TTsHN-m z8EfFBk$*EP`CYW4GPuUX7}A~y(!GO=c$~H~ZtaWYRQ_`o+&_wIGBR^YTWAaH0FVfj zcV0uEK3!8f;#t}%fM@>hM!(Q$M9l{%;nxbMXpar44CEe$Iy=RuSP~{k+b5UDUKT%&eypQ;0-?G5!o2) zoWlT+k)Dj0&*_Rx6Yy#VCGT~z0k$^MU>%ptx62!$v7$y*`oPW_Il8asnjar-BzjDg z6B$xFA?iKI*c3(XZLJo>=W{Q)p3i(ZlHvM`d_<4%J}=}bWzzphx0B0}EijK}OrmGT zhIZyijunn-gIt&!-jV-07}`J_uY5O`>x~aj(5D4?!A94iqvwEM*q)oF))qK{FOF({ z$dFX5C$C+FSB5Putaz3VqGJP!^zU)A`@!Qafm39Edpo$2@AOsv=dwB)X_t<2KAJhp z=efMNDI)>LZtyQ3_9V~D89z96zNeG9JkC|3%Jg>^%!5JJ+tE`{!HB^wdJ5BF0SBB+ z&{=%f27Sf>ba5~G_Sxr|*AKB*-yH3CDeG32VIHD#L>R+C2l~S4@_Z6HeiBDcCQ4R} z*qL0HVKR2~Twxn>|6`mG1{z=g_>ccE5&G5i!^h*Ud7~?u!U|`t(>>?1c!DR{y(>O= z28t!?+q5-sDGV*H%raE^?lN0Gld-h60_>bb|I$yq^jR%o>p3IQA3SJzN54}R;d<3SJ2mCUJ4=5L8{4pJW(JE zfJGjRjRQGU_!_UR2$%VrLxf?-OL+^f`F%Yg-jF!IOW88$PZ2yqyqUQHattdd$6(H) z6M}BPHD(z{$C7cFhw&AJbFVQ_!d{qe^xG&mpA(v%qSwid3pf^dl>bHGo<@opu%&K3^(`c`*4mP4+T;y`J?p6 zeR%15@&N?vL_{7qxC6{HwEWK;fr0VO#wcAnb1X$^W8Ktf1}_+@F3b3N8riIy*lvd? zZ3Iv`D3%5EIrHYXVr*9vQLe46_bi6RI8t^`KN<6ntQI6Q3C5Ix!*i)fwI1obsZLI;!lmsv&%jT# zNItnz9Bz*h%_s|Em)BCQ_{_QEkc>5TV=j%zZrZ9b%l#d1e#dtyPW_OT7Qo8W=6ig> zKi8r?P_9FkdwixJ8mo|RA!GRQ>#Z1m23eG4i7mX0T+E6E6OIITVoc0CbYTjdyMRCB z8-3U~nJsc%gOYck3Y5(wUFEt^FV~fh`P@I*HS^&}lJk7s@9UoDdVFVe?jP<-OF@S1 zjL(_345#IcnIpgmUxj`@oZWQqHGJWmLWIg_t`%G<4zAM~8rzb!BRi2k=#9uw1dd)A zQ2x$r{hA;8iZ}4z*v+W{POc|U5x0!RfhGySGJn4_IF?))G?6ZhZssEGioEfZb7s4; z=XpHD34t%>hgUjZ4|4=v#-~PzJ)oD2t99w|L_f}UevBi0LSIIj&fSD=_QJ!^gelcK zg>q!teH?}s4yIqUS`R(!5kEc;9dpgz24^l`r5#xSJEtO%8FQ}BnABI?H0}O8{iA>9 zA2vGw@ZnQw$@bwPohDlx+fP`tM{tJIaxtC6pby7@paD$|Nb}AZU_%-5L&;sF^E(NpbA^Y;yA+9f~J4~MdJ~1 z77!&g2|Gne0md-N93AZ9@vb~VF9fBu=x}~9iYtH=quzV+z56IMp<~dim|+Nqz~ccq zF&SP3jL1?1(K_be2W7^Ic#G4;Z2%&yU5h~TN-6ySDoh+laRS5hs~EwIk${@hP+H(F z`po=tAF$F7rV_#mL3^irQTY5lPSHaFHax~Y-xJ0Vv^25C3e@n(oyIxVW*AxupZ?O1 z@2r*85a(s?%@n*CCyL5I`dg}s(BUoY*RX|Le z*5S0*_5b{E;JS}E?OLDL4-f&^B-#>@EK$r>BM3VWmP?11ap8A10rYxtbidP+gV>7(P3n-(Pie12YIVTGAwDj^Q_F|?>b-kS(%T~!h^`BF*tn4 zZPsJs-o}W|O(${K(q-f(-hSHav+V(O>5gXMQN}tPqG8<0f_u=8ECBq)I1^5=@&v=( z-OWaH<`4L_XONAmGS9(>=yv#EJXYmBVZ2KP(Io{$mZi)=I@k$UmX4fe#d*Al{$AzB z_}~F7&_}wwd-2h@? zrF`jZ@*Qk}869J~Rt0~2dQ~jl3kIz%7dg^q=$Gpm=w?Q89sHz|1LMNid={#_(Ab=0 zMS=nO8~p`te1S%Z8GEKPon8i;()N13m$}PKOJf*8jyOheWGQ`J1s@gVxsl=2$t)_z zL^@@xb^xs;*y$MZzsiU)WYYO9KLcYqc~b74eZCsmSq#lN$x-fJg)Z7-%wY(f6j)i7 z_;kUQo12a{W0dpxthidnlH=`uJFm{-l+qRS`jbET`_oy1R*(KRHhPoGrt|Z&@{irI zHJc6bJQSy{qVL$-4?7n72y%RGwkqSZj!t$s>#mVaE}oFB%p2`1)4?}^1t*4lkdE57 zV1Q)+_}HbMuiqZNTUm;bgb>m%3fQCxMBF?9hLR#~u8PLT@ve@jdwNJj4RrGF(Ft>( z&+CQFyjtLQu(MSM!GSesd=TSJAlCA~t{tw#X~-ZWUqh(Uj!6OG^^MJGW8EX+R;NGv zvp;K_O=xxLz4uSdO|_BkLF4UlfHEynX>s6|^Ng}t`A zmMAOHSOf+G&m$zvkJOtgZ4s-~Q=`w&{5&)}jW^Cgz-$8KcLhzx&`d$@?{Y%MKdZo{ z^b80m3a>Up55|&Eco%);>leX~U}!k^5(cSgj@SQ>sXuwPw9C!}ulM?OzkT0$_cifF zNEwn+O-iXyhWeDM3WF>&Fe@u7tPC(PD`NmPz!+i1%z+_R3>aYs3>d+HzX1l7kjhjN zicmyIC8a48?dR?7TX(2_9AU^5ENm0 z)tk+=XfMsDpwE5# zU5fa@w7pDu*w0{=DKaLCAwUHe@I(!wFWTTGJVnvh@rmLgL$E*w1EQe}=QZ@)SyGgm zdvb8lb0L;0MguKE2QV?d4;rQ2Z>9}Dm~!bnDZU5{j4eD%n^T62Aj8rT25t&2J@;M1 z6ZqA_)S<%X`F9Mxq0~HN(9ClRAcy98jY#5VNmFj)upAj$LTW0ha1byZUlvCT#jVuqmQ@Y z@8D}Ix>CJ@Wyphv(^D>JwkEf5eCc0&{)$6#m)+oET!jY&B#N^gf0y>*dIUy6Na+DL z(btKl!OwW-aM~~eMnC`MxV|&+>CMsDGsQao2a!EI@iu}kh@)?1Io`w}JxpN79?%be z{6~Kfy&Qvnd|JIUmKesqot;+}Wi(_6px|Bg)?9akYh<2-bgXPR9!K{+;3fSE3h_Xv zp9Ae!r~je4O1tEs1;rhZDGzJgb6wh~P05%z2F?EbqtBi`YlNB`*F1(T(YE!zQ|AcrlBtOchR! z8}C@lDMK(6zIl5u*JJ9=>xDiu!!4^~TvBSCtIj*BuudP`HLVW!X_FBb#a~Cb>dERe z*NNJf!#8Qp0BanLi6NkHNG%1c9g5LY|Gw*>!mx4XX2UJ;SRXeA;SsvJn`_v3G_Nx-!z~Kla4b zhU3!jeTWrDF?xj_X-x-t%Aj3?-|*6GIs`v7z=-~Od2|sxzH8yD>7ldWn@&CnuGtY| zlVv0`@XOi!?ce;h>FDqlB?45!>xeyeW#Jpl}>P6?EyY2TIcl=JqH8x{Z)+m?IDNq~%{9o<@*VyCYay z&Uv1@y#GV(@LVA9FRmR{Ao0Fh4*Vi|~%-7T3{`Fs%*xE%94A#Mg$Pg=a zZ0UkjjVJ)4VuD6HJUVI2oU5@Q)w$7cV(ss_PW}HP3elu8Q zwp?vmfJaOu2pi>SwD%%y1n(&0k|LJ!RLI3sq+mtpmdg+w{reQrckOYU7)lWiYoszh zg!LT^HMsds{%YWRZoUQ++&n^2j~9F}h?I#3@Q7#`8;TmF@Bs|?W&pHLIZ!~x*ut7H zr6Rg{1}}&h+n;XH9hkdn2ef|@c%?+k`>v=BTV$2bzygVU?xNhV`1*95ImEJIKOKzWM6 z==^5-zHlJt*EQ%XVo4yPmipt=UGUgyqoE)n<8G#{(YpCsD zGL>|hAA2f*KybCqtj0LZj6N=EuttG20SC>4M&Q~_Scu%r>vdp17`2Rmo|iw z{uIWx79d7mw51KaROcO{DGy|g0_F+^LAqV3`7MeZl7+C-DUl0L}iZ5&Gch3BsV=S^TCA9(ip@kI=JoYv6n zL+-ERn|8ZIGJK9t=r1-UUk6WwXMkCQpW}ig84@}PkI>JXJL{!Y{PW5;L)^e3=ja`F zi#~!UvP`GSxc&4^f=DtPdT>yVuWmYJdl+8mR9?=2O9qteipIbByT4PLB{O{!=cdk7 z+U%5H#%_(1_|k5qH`B|@>V{&BOHOS=1wY_ zA|Uu(i<$ueR0j&&2%b+03}X`NdaxNRC1kD*QO?hU*!;GIo|Jmi%3&rUO`_|MpFM>@0|Wb zB2sMnAu!snho83f$>8L&;-HEq-wC8K5L&neGkAF8?qoCxib_~wbA%^Otg%vX)-ZF(_I9@l$5tX@$MQ98hY!Ov=%jznLW?l-o4jy@7>Ho8Ja0-0 zUZv;y2+_Q^@?GlG-tqbq{pq`F)q@j`@_+^G>KJm2V<}sc{-12GmA9MG$w2WTx(xgT zj>s+u%p;ODe3bzfH|ef0k{j}CNdChg@X8>ApOV7U+GbfOJh(7M*A~9~cAPQ5)5hYv zR)dbpjY2O|aZh(PhRlXH<`x#y4yXQoi~zdaYr0*5<#KRhHAh!L1pd)?206f}qtgOd za*_ihKp1r!E^36R-<+$VPMhi;DsN!CJ8xKU2q}Jx=8TJeVW`#?gZqdDe&uk`aLt-z z3~3}zNoYN8&%JOm;6Vp6#Hsb*oWtYu1_BKzI+MczGdYaI zn@fyCmIYtoIdov`@-_FEqmNz4F?PlgDdAP!G=Ga|Yu zz@iVC4DkcIizByzo6|?W1ay%3G2fThR_Y{3xnD#F(`#@?w(ypEhO_H9wlUahl4R^& zpIp~|p+$p*Af?W-F_3*S6M4W(aL0+;fAS=By`D}^PV2aT4E^c(lSI^t%Go@QJSW+d z>A~^YbdYP0PR^Q<#(Rf3=DFu~W>rK!_$9oQdjzr~e1VN;qOg4jiP-5{{LUt;cz+YS zETGV?KG@9>e8wJZv6$~C`UpXA1j^5wzF^d=2TQM^nf zeh}b}5+y?#gfjf9`^>WtD2#+@&NI-%v-4bgUgzOL+X3!Wsebxsb#MkQtzoM>%ipd} z4r-Jr4Lp$1m0{2s)A)x^uW~fc}uwye5s#te59`*ZLMc)gD5p7xt36x*EP>Y2pj~P z;mrip+ZZu!dWxVYf^=m7$K(W)&=RypEV++CC*-{^|1m65aXmpIBr)38fm@!2dzP9b>}W?w27=`UmBwKH-Lx7ND6 zOLeSu&Yjave~lz_7XuIeD&ANU_m2p4{9cHXeehr@NO(W(2WIoJ0iirVsgvtwk@8zw zRZ5j&-dtVjlNjwIu(%j(26r+89QH=D>661j?xck2oMuhn8jl1IV1dJ0!L);hjt>JK z+y+Lc8-?XN`Uf?^b?}-KV0^r>Qbl^1Ht$7;&_%8*?b5!?nyAcJ=E+c$^irHwjLET~ z17LYfLqrFJ0B9xvz+2kuMkr~oJa0?^!hJJdK)+U&7juS#*Ew_jSsWUOX+pcLi9|)_ zj&lkv=XI<41T`xkbFM}xeWBGX(#uD5il_A7Lk0{D^ogFDosZtO6tFcBL423Ng?GCVRgQ6-Pcjbr za4ZGI)AaDriJa9IrlnuHz}Xq@Fn5~k6axJ)`W~iWKF;Ry>T;cq_px7BG2En;gAcwM z%gBkWC?{Bf_u1w9rq$sKejaYF6fVmi>)eJdesuNv8j#>7zZ!?%a-IG_{B$}ea^r|-Y2n(90K)2=lQe*j{RfM$%rf% zr_yyYA)TH}n+l~x@Ul$vn`5V~^7))88v|GEeMS8gx-__!&)aI=NMd(KfHQV4n3EXO}*!wKlI_8 z;2n_(X2rDll7QKXs_D?6l;VUFmGJ>3{ip-6dshrl+M(#-8h^or6s39w5K+XAr>o+g z!lQIKD(I$PN&@VZbcPu^bg*?a@CI6y4}v$ez$+X?_juKD%njDGf|+43=B?n+)~|@K z|5?;&hcQdsUY%St`gT7BNolKO#Vcs-T6`#?P!vZQ)v-vsvN&J?SJw|mIsH8KjUP%^ zaygs{e5y_N!+qbm2>lt@u=8Xl{(WSgfq++Z=akKyzsW>!dHyuZBCHO`qcb^q12^9&#MquE}k^7k_Z7)v_2L zoe?B;ExkcKfPxriGK%J=K@Q_6@>RtQ^0mNP z#|s?!jUMC$eT=1J%YAS0a>8 zpsxjoGD+IvL@{=Y!KG;&eeZ89cB^gmK_Nl<&AsV|bH_-@&dE%S)bxOH;MzQXRAwBrIPE_cB+Pbe0JolKEBG2ghpZs_KJJZA6-RUC1=hpgKH+_;tW@BuI zX4+a2oZ>bQYgt=c>oRRcwvTtWric4Gec;%`ovrCfoP(!%KY6&}^e7eDY}8&9(Oz7N?Dk&Cq_SH7i>=HvbEs?mrtlz>VF> z2)~D?@Fq^LF3WIUh_<)2TqIbF$aCbad2*9wH7BsRfE7MUE92m;&BmgQ8k}5*@B|VQgxyL&%uiW#UOkdnM*?$zJoksc z2gBt{y3d%FJ739h;9=Y8>0{vWtaoW7MwJJTalp*!rYu{y7mpURRY>v==wQNNBbAIf zd0^(AMg+>>xgHKK!hq@rFkk0GgKwWBs`%Kx-RCuPiZHm&M7v158$k`oQBp&BnTvw& zI&zeC+F<~Bmw3dyQ%={hFt?YkisJy)_F&p4!=Wd}H{A{eYm7N2E!H9D8b%&oI7B^| z@5bl2*HH9P;=$Ka3<6pVqbtHCpp3>aOd>b@%aP(-p2djYby%g1SMdoY1sLPx%<5V+ z7cr=}D?-)3h?t@4Kp2JG*NDa|{h|+Jj;GM0yb?I-434Whmdl*e&i3k3qbrVrwmEEM zkMT8ExUjN1jYnXrNwFK1EJ@l9OvVluj0YOx*<6->^k@8|PYzZi_xxz~BH!Ciesfql z@0uTl*SONAlV|}qh-VB6jO>>na`p5!sZCB2BJF>8%3e6xlrtrb0RFq@p3a0Ij@M}oIrE~TvcZM}m*@m{47(@L!7==g3{2Y1SUD(g zuFwg629C^$wh@5^y(dgoZ={WLha}|Is-#5+1xfo8Uu`uYP znp#2V;4v)10fZ~gm}RW=jN_&XZ05zOpv%yc$Z(!bEh?Tnd>cAogwUx@XuhiJF%7AJ zl4CIoe!A0N?#*T8FEB82;6S+L^tWak;^1Z>2JP(hyjj^(>*DboUWVlSM;?qoiCDR9`$ z&(3=qz;mq`%Q>rE@JVqP91GewupA#5i`tgJCsJo)$vQ`QIDB)lg=^D(47L>zlYK4l zE&Zo>J$$v1fNUw>W6&Qy+sqHj&3v)c3I#<0nFFGTDP>EU9`20o9XHmb?1tf5T}J#6 zhSwvKOrtz<1F^x&T0Dq)J3-i^hY#~{I~^RIw2y~-yGruBu_aK90^*iRxyG2ggBIkCLlp>& z;G!W0Jh)+;`d`N3dU(K`cB!Kn^eJ_=wI-E0+EB4dNg#~h80GXjMm9K@t?O@UJMg(* zyHa~?D{xQ{bwCn*I45mG!H5R6eG-GkXdTB0RQXj&iZ;?Fc=Mk*q0UK1xVOV7gs9P6 zj={xxgq)J5ASuL?i>oR%ZPW!sD-p%~=Ys8N2kY>nLvPvR$hg0@0$D2-is> zMLc4itjrDZ#RKNZs!)R~O9dOr2Ow`_phQ|jVT^g(G>BrwLq_PF3>9HEF1X2U6;z6G zRI!>mL5HE_{a(YPIg-me_0gO19naxgON-Q=7?%RLF7eFxYQO_CoH$nl-p}xD#ti>3 z0Dimxo5oP5vv?kF@KD6Y%di^j$Se%nRsPdvnhq>cXle9A4f=>=hJ%x_W*lQa^+D8Q zWHFfKRGF`T@_4Uw^zbHtj7?%blxFANcPUD#L;OlPIRMbZb1JT|KgTbYNs8#$StxB)_|X0Hfzv>`;wLP%y}jIGP)oAx&+w!hb18;3gYwkfW zu(^B2A1y}9Z({*}@5u|l?W@ zW&)0mk4qcZ%Tn9T&5~#^TSg{2w`&{&FS~)(%|r$++1Jj|hbILY=F`g;Iffpxqh0Bd zeoim1>O`>>9D}(ybT#OAI+d*zrQ082et&!8nPMWT0?fvc@_fF0b67&Cc!wBk#MhTb z#E3Di#a&yTZ{g1S058hse>JBcFT>vN4EatXa>|v0PyydmUyg6CL z(}`5=e6A%JHlblCI9vfPeGCR<$l+J7w zY4x{ng5@=H>Z*#!{{*-WQ5E#1)OVp-uK`K-e=D-m)dpSx&1_nB}%lK#=p(>hH}+)sb1%Ez?saF{xs5V+AS+N|{d7`o-o z;^Mw_^0~(P^~$;ab4~G;PpePpCb0hA@BMb^^yQ0#()IGsMc5-W#lr3NZv$-jy zo)D0PPEaCb9-x{Q&$z8Y%{BF}j4NOeP;KOE5EccK<6gWb3Ejb>>;ai7SVp zib2mOrg0yHV{DN!hPan@C>pqNbCtmzgK=)+{xx-mfhjhb4(&6Lky1J@bO`*xuj61b zc4N?=@k^00N)+IFlzTVt$ZyY0M;}gwwmAak@iVMkAKc_xK+Th5)Q!HJST#NasIbY2k4vm`uevUt>1vkt)vo(j16912+5jXZMo zm?z~Z4jfBiR*ANy!F!g|G|EgnLjmUh(5OpPdVbIq{#5=-FE;wrNA9J3q+QV^zH+W% zC^Oa|09DbY>(K+ptAmryfidRz1Wfn_=iErwX#B;R={t8 z!!kwQK1GYSDR}&6-rs$c5~04$IBcbhcmMrJ!~calJcRb-(=-p*M8m}o+~-2@lUZt{ zw9cnxTbwJ-8d{9(Rd}+rKoeO9N^L~B+UjOL=~;wsgBG8z6{*2_S1p7OPT~l@og1lD zj^K5o?bmOPN?&h$M8-K$jOB35M|P}R=u%X9<8yeZ)0AsCX_mCLj-o9Hylhb1lC+j&N_7%0MUI+%LHF>*uVD0r*YD+>k!dp zTBJLThkk5yA3D-1=+B06Sn>bP+T!#saB)&b-9^TezGc&l)zoMUopa)k{_yuYmcRe$ zi}VAJ+6W!tA#Y9x+h^&cIdwQVJ-_NcE%1o%o6XAcuGi1~3g5`4DKR=0&nwQu!w{ox z%@T4`(DeR#?5Rz^>Hq{54gd!#x93>!`PtsaGs}KN2-lYvRWA0c6{+ZOq}~)(&oG=p4s1ZN9qJigp{+7%-!t-2dL~`vOQIbI5#``hOR~ ztgWw4Tie?~)?CxOKl;JnjS5N;V+L6-7hEBX_1=U%w5`H4zrP!yPz*x&5cNSK(Xj+! z2xvtMfpZN()h6S`+reBjMQ1GTApoLjO3oOn8QMyWewalX5Mx{OjM*77RqceraROpa zj8ds_4-=e+Q>5JCUi3`R6${mPMu5SDc{fBwggW2raR&FBcT3%*%_)3z!Yq`EF>sQ? zkChoq#Ow=>;TTH_k;pY-$XG7(X81hdL)614OUq+AII;iv{>Gy>y=4FZ|MW>jK~!qm z3#|g@{?^(Q%6I-qUp2reQJRR3I1OW|SskZHkxzKGW8cV{aA2@;FbJRdG>$qf#q2Qn z6k=|zAl8@$FSe+K97AF{Ne6K3+*UORocb|Zv+mm;ZEUCm3!X!h*S45$_U?dnj~!!Gy=zQB}eKUuCGS% zjwrqOa(`%V^AH1Vb|lJORK?&xh{#r2l8mIMD3FoKP(yHhVa_Z`m{w6U2RlFe>Sx{*@TgjjF|A4* z*&6_1K%T$kvQNRi2a9PV%5fp>q%Q`ofrV>}hwx1dpiO){V5W4)SnOgc+en$CErWyi zL{hQ?ayA;3g+K9^h!hX5t*pcV-J6ciZ>Fuy_34XGcBZqF)9N2IHu_+u`qRn- z{7tru(=Lm4TO`wvNK2Nd^C@G)X>rWfsm9tVvG6&^8Bfqh&ii9*IKp&Bm&*oT5%6iQ z<%o4UG;Px{byoXt@Qv%w&fXSAIycQ_tTH#lfx|~Kqt#Qf3A?+S(@x%a?Be7i@WjyN z4<6B2kzE@}AKGBxWyaVmTNle}a(ZB*EZysK2bj{&D6ky%=@0+#_ougSFQ*^<%?@ zq7o%w-}Vez=Y+}Ae`3dqNYNS^n7?A&<@H1NDi%xF%quXgjFRnQ^@)3ym*aheuy84T zzm@?6Mk1BJ4OlbS5Z-zGfLZN-O`ugci^7`fM4`Yb{+P|7o9Aa}2~!y} z=SLJNIvt9Ju+}Rpd?E^IdTBUbQ~C^`6m}JQ2mk!-LcyAzhAxWb4fJ4 zr3{0Uygjk(0fU~FIdHZ*?(|XG5`l_>nqJMdHcjGSc@_iuu14`o?Q*6EK0?>@Q<>B^ zSOUk`0yX{Sa1oeMF(k%zld*MgfJRv9HmBia@XwffU_jv(9?h-ydH*qdmL*Ar<5PO! z_1X1wc$x_JIy@4-P;Vn$eiVo3Ww#m)ZF=w6@8CEN)?p%IyZPaL?JBrBN_50olnu1) zDBdDRvMqJ~%a06?IomksftT^&)B+pMS_m71idgRT?zX_8hbWivz~{y!3Jt1@k6vp} z$3@OU3^}9*aSS%i!{HT(8H)|UHuW9)lSR=S{-5pZAnT!ai4HTx(T5G8M;wqG3LV4$ zX`O-brFtp9*J4DCgT8JQAK0|Nn@HExia)P9M8=#qc@te9UXsn>wBlm$2jsv7ZuGF3 z(kLQE?>=b{?*t$`4qtxbXU20umN@VR*y;7_!vv1jV$&VyU}`S!&;y)sC%Dny)lGOO zj*l$O)+(boGJ1lsPMw55WKGc0Mm>0fz58ds`;Exqhw1sNgUXk&akj<|t7EFjxJ^yK zFHBgD=U&*Pm&TOp;1h`EjG?Y9kTJ@1Ixg}T>Eq>2+lF24N8bjt=_rAUCF3%5m8tyq z(-*HA_0RvoZ+z|9*18Q`PJ+-dPa7YK`YMb|q3qm6iI~jX!Df#2Niz{%DUoh>8sTS% zq&O|2hkR9kB-!KUcpWoAy}rH-lSHx1Ckl&Td(ca($@51*5p4)^updHv=R4mm5{eL7 zD(@PqG$xH||8|C|TOtM#ydZEgFqi@C;L-aS-!O!o4?}Q5lQD?2DPRV<>D(}iHKrI+ z^nmc`rtp;!^IxANm-ebaW9+pr`dUvrG$qD#KVv}XDuijre51%r1mhZbVN4loeNfsM zp;f?PG|FNycKS|#Uf|B*wy#YvxCVg{nlaPXMqr0Gj7>o(HsWzJOmkr(bY;NoJr3`U zE~7>C5AT>$MJ$EsoRp*e1kgbL`ZV7Po<`0)c}ftI{=25vpdl!HNt&;V?3 zdYiXr8F;*=YVP4k$!rW^MU&QeJzqS7;Dqpvo?XW%lAr|9ux`rnHlFz1T@r9>^Ga!;rj2jpEk8&M}` zTcrK=8jo)@+Z*H$oyWtyoZu`@d$r_9FjqlJ1zAU-oBlr`7eY(5a`j6`H904oChJK=cyRaRPr=Ap7 z=+3~(?wD$2d+cbaK4%tS&}(G4k#^vyqZCIN@2!QuIMSx4e*F9}*UWcK_o#P?J_!Hd zD~6oRNk@~_k1-S%Y5y(1H1MuOM&VEv6Mx{Jrt@*+EL%k818@s9w`*t4LxCr0DwHkm<`Q?w?8t=ys;j!ok zvbm7}H`+MzV46nV#@OvqWNzzO>(-qU&CmbpS06vC_n0@Oqi{y254Sghn4#33ggF?m z!*~Wdwye#ZU(*X2G(=0UTl%JBNHk&3IPxCPFD`=A3_L{6zeefniTa*A+zF$EnQz}m zaVWp16QqwuRBTNpn7;qr@0Xz;=rhPOD8h_D=A*3hW0)+hl7?Q*u{go4Hkam#Oq4jG zRS*Qi$Q=!lb`Z(f8WWyV<-U|=z=&thXTnP`!k?nCgOl^ZXr9V8$Ifwn zED5xJe{9wIe){t8tOYZ+6{X}4&6PPHyr{HAYs!HU(>8@-w>?qur#l;sX3&ZAL3VXwhwdm4417tMH|fubWGCF zDuSc*(nyboXWL$I?*SP3nr8GGnngHw1D`w)Iqp)M@CXCQdA6QgkG2tQ0cFN>5q!A0 zycVOwnGB1zUvtkK3Urt`f|yBP{u^@MUp+=H$FcDne~604^SYtY@_RbJcqY!c*04n0ZZdy`Jc*)5yy}zm&uEjO76PuS zWL{`?!7~-C)fSA5fM7Ua49SPkhC^a=6Fk6q;0Q9V@TUsid_BH~f7n0+@=Gt+VGe!i zLI%b-yyzbeNu86xn}1Q(31B?OH*kEmYXc+3Ja^0zIY0Ip7=@vL(2|?|8i9M5mmyF$^bEu{eB*{>N0Dfc0M58S=^5YAssuK@K=w zR)-02$ew;k9|vOoSHAM_83is{z%aaWyWAX}oTRf5J?AK39?{t2Hp~;KG%Nx?I`i1m z+#97tDMV#;9+FaDU0%)rJyqs9$b46YOMuLCfA(l6SBm(|<%RJ>825U*S{XFQ%(*Sx zU!1=Eoxf~GfZvL^jokAJ9)pPC#dpr1*T<91Kq(&WFeVfVL%>jDQ3k^~$o0SPq8)}B zgG*t1VJ66;&>^>TbZH2)5fqV0zBW}Z)kxS7$UGZDukfPbB!ChIDw2`sKwxg-q(Oqo zFHk|w1<>5XGt2J=M5JW zHX+n0Cy#;Q)PMne1X^0Pj$E#Vhborb+x~-Be55ZpcCLJMH^#ow7@WB$r%DgbBqy#_ z=7HJLB!-(4O>uKJ7-32%heK15R-BOhz<-KSi^udyf1tezT+uULz$=tbow+-B@Uh<_ z7ITIYfOT5a-k|>&k88+s+sSX^#50a}&+{lEu%z?ACkhz#BAgnypddwQ+++@4xsE~# z9OqHA;NggB4~m+W4qn|1KjRfV1`ozK@D}RlIvAbFkF+lCLgT?NF_@vlY_62<8qcR6 zvV0pECTpI=rzmbKMi>rcH#j1UFXbr}Ez6-0SHRFIfV^cGyk#EoD#ujz%oG{Eq#K68 z8O{M(xn_2)F^|aH_|P))6_^=m`Kfo3!tQd%z+kfzsqo=USCk4kvZ2;hE6D+%887&ILDVru?%Lhr_tWScXBb^O-Tz-KHbo#AtRS9vRtu zM$B@}G_A)Th;#)WvaQn6qFyiPlVyWrQ*-^T?cjt{e|vvn`p)0}q_&36RjYI}tY=&jO8=;0MwMPY#{%UU6XVac`Hx1&(Vg!9GS8 zr1gud%i5IMfV@ksz#N0Vp9r0?7YHL#30~5c3QhCU6edHm77u(SC#9>0&-V{T&-~lbWsG(Z zNJ(>u%m-U9?d?Gt9yasx@I0UAb)+}}U@ME~qhIr1l}f($QJjIVOQG^9^2Er}i6TeE zQ)iTO&KVCyAJKv3sK?Uo(2pqwq)WSYF&siC?U{Y)D(+5L>#@6FP2WNn- z0CydP99O8=qPRFrco3dN@h)neL~bn1fnRYZ$7&}y5&5axSPO5ihEF&O3KngZYKh=p zWMDU+Dy~h(m{Yf!fWsqeAX0NZTreOs8+yYn{(uLo5%e#T_qL=bBd!v0Ek%ZpJw$@z z^get-E<`Zo6Kt;PRbw$&r`tqogjw zPiIk3=W%qTcoo3b$fHFX2X{1CGd+E12)bu{@TqPFSCEN1GMvUl8~6l&kUyV8@ejGK zVhwHbGyHt#sN@qZ@hlmgDQlcC4E`94C{9E)Hy1wZ^w(`@6TU`o4|K?dB4tJc9T{}` zMcQ^fv{(pD)2a=`-!5G=(Dfbud1OPTzpUyaup z%D0L?*ItI#MUV6s95rnnIAlWMf*ej!;=AEDe01?P{bZcWF=XvGe`w2Kt94M&x4*X& z!hf8;@_4sSY}4pr2G!%*dzUCy&_f1?4qRihqSklz9I2&iNx z$P8Lvyv3ixAy6}6O!N!A5NIlkGG(>|Kfdy8{unP~EMw-K292T1;nI&@@Sry%*3^Ca zk(#H&WRdj8AtEPNaVq}u@17T5)}p^YzL-4n^yTqoAH!-t16efVSG!xC^;PI+(E8WMw7D z!Jzglf1BeJ*jGM%G=28uVTEcv=k0=Ye?Ckd;NHhWy*IDTMB-se8`$se>`comtJ8PC z{p~706{rYHDb3PiEtU(6<~n%0j5RMOTA&q|`gQWJrCK(68jl!CP9Aj7*Fp)ANtFVh9 zLwtAw62|5IiZ(D4Pf-Sf6Czr$JjXJyVkupbdHU!gdPMj4+hCoo2&gqMz1jltIGQKM5+zTGwr6MZ$_GgaU zu6FR?oT_j5fb&^en&QJl?kDfs#`qNGY;La+Mvlu|$d0VVP!xwjCqC=-gfQ1x`5@IS zdV937GFg_y6CQKW!4)IC8l#-ZCby@Jj}e+Ec}U9})oYZCoBRqo$p__DK1?6REBoV> zuB+s`XLH&b$3>v?#UW+HS&%w3USsd$8u1(p?LkPn_A=Ls*cCyV8*DL6+8guUREJ0u z??+9fQ_9a2klKW%^U*GFQY>~0Yg#`cVjql?YZ=`f?z=b)PwlQpu0w0-V}^i?t7OLW zb7@bCbU3`C(BbH*7QPpyq|C`P|JTxno#NmN?#$VmgM|i;yR20!v~z%C#b|gnotSZO z8V1JjLHH!U%a^$p&4#=UBMSHUnA6ar#r(d>J@$CGil1Q#rJ1;Y4+D4Ydb+%8vcpsk5d4UrL6fVdN z#~;x2%Jya=@r?g6y2hfp%e(DN@lTgZC-{=+{~9{T4R=2WLrIM7}F5S(<}@E;tG zfGCXyhhqhe)f~}_&NSC+hS>qXX!EHZ?-5nG1o2|hR6Q&Pye`q%c~glV66qh@2;;ihQOJil_N@j))`2D zoF}%>HshQ<{qJqBN3N_4^R&egv~Uu<^!5iSX`>1RDo%encba@4D{}y69Jkai}2rdQy4qM+3_nzFa$HVf*HR5 z{qINVO1X#V8Lj^P7o1n92{}*7kQl<1j03}r)MJQ8&;w7JZ#3c5Oy>#1l%2y14qRu9n8yn-MWYzfHSo%4&z{$=?K(ag4`bX2JHIJR zH3w&uP~cV7Y`lyBXGSpxB|+g*gpu1C>`rmy-uE#?3@h9d0O#Pw`CzuTyyM2IpM2^**!lasWg0k33fHi#2lp^Cl$7Y-I4L-AQy4SlqfbtfJ|fC- ztZ_Cb9R{A#;@p+yp(~|3A31ZmdyN$zZ>A4b%G;5>?X`twAGX$3dXH#9YTvf0V|{FJ zkul?22K+khy-i=%o{J=;Jyk-lN1uFn|E|1PCoCOy9|U;TZ|=dv-f$+uWMnvqh5#-v zhM%It^UjUA$lxjCw{BexLL-xo-CE`M(^<5f#}g|WdK6i*nG?K|Yh&i5ck_|79rkPO zM5C$jp(VBGCNl|t<ZRAbfL` zduIBtS;2hLLm6OY4}HKaTShiH+4LGb<8l0^pE~J*)wsz88CU0~z4hpQjwAg%Hcz=< z_^Nx;hHTj3-#vMAI+56L5+TPp;(12!38CxD zqsHOjl&YJuvz@xHhjHL{!;5T(x(d2uAwb^T%EZpaL5)oc-`~a#;V}-j<#j$shB8i0 z9l@X~WBZNY{LPGKZu;`e=f%a`2N|>0PI!?ALD3^`O1e z((10#V8<@Ip+C68l<>om7u=$)yw=?P#o#2kNud2?d!-wQ9iE&;A8{mNAJ$i=xqtR+ zzYs_E!}Ks0{KBXECBpL5ow zjvB=;F0D=f=l|>fEnZd>LGHna>86{B5H3WbEg1CcAldxhlVGHttOo`R5KXbLhouYeLn%2`nlVa(Sucj#Zj)g``H`2UK{j|X zXGTz5Q==_w5kaA_-z0=kxT6SWqY)$J8{EKR8s_ywynp(Tlh4Q{>pCkQsw1m-2tE zxuV!|^_%0%X)}0#xVe-zqO2oCs;wy+;}d-!Mgdr|v>l`US%m!b=%hI5JZo@g4z){p z((X~lP5IytM$|T<#>ZvmMAY%1bjo`%YJo|%LsY@=Wa#C^*{XyZuF!(xgFj!Lje^FV z++)oz$HA^x@AQLcfy*XCm!Tblq!4OvYqbiNlhQP0{;4ZalOm$xe4D#A4h9T<18U$A zottA;JVqfWN)Ml1clW1)S&D?D8GHCWFrcj};u_cB=lQ|ebdk&7O>tbKs2)c7**%OB zwm$zReLs&AyA;P$G%OaAA+Vfie`kF9SdKC} zn_qPX4aoqWx2(!enO zh#0%7@mGobOv`H`hsUb+yz=;b>2X`4>roU$d$o9ok;u~!_|PdAo2UO||GTl3fWhaMC((kYuU z4lm9UgvC*a*FNp9Mo*`0&JbK%Db*s$jPc^?W_op342)j?i~r?+na>Z?cmJEenXWEl zkm>TsA@D7?RtRp(W?91ZwT+IOc7AzqSZC#vN4u3tD`^CuHa~)Ld{4IV2z}={6zAc^ z(-{4=1S}hIP?nb>J84US`NjF^^e}pXqxU@am`+)XF<*`Cod5jEqi1+Dm@5D$=NB0` z!*VY~7!Tl>&2{mzFtW`>`sAe`UmhPpdB6zL%J^WAQe#xMJUSGEq>U#T5Kl?P?fpe- z-mlXwWyAALkKt0poV!hg^KNV%dm6<5Z4ihNs$9#A3|GG76SMh_a3V2EoUy0$JjlX* z7{NW5%X}RLAx+lfxvtxo#+Xtjt)9#qE*Ob!Gnz3|I*e?1BjXxIe+YLDMSy)rx!L?^ccjvV@7F#*Dp6}i2Gw|^GHOretXvzgcOZDlH(Zyi! z)3N6q?~aG>K45{_`7Wt(ZQi1eTv{*Pb&WRjrXZ^zatw`!H$My#=fQ6tEPOX&0%Pz~ z2PpRiMa7rjy!v{txth^5SJ@PG?t%Aa3xXf*XuETtIX9O`&%I~_NXJBh`RKU17CF~e z)#soTl+9SyxR>JEu z-x&?dlQ<)F2!q_{w8Das5eEFbvSN%#5MI)z+^#`K2!YOHe1Seq&Mx$KVYAJ|6b zXH;9uxUB^zoCVuen+E9gSojwnJOszK#E&j+L|toPh))EhNicZhj3Z3!g+EpcoiPoZH+TH_yt?YywL@N z&Wvs|UwNY&UhLFD@FHViSs;C6`qgR}%l!m7>Mcw|%7DCz^Zhc;*oDYD#|3zJn4>D_ zX|$hv(6VXoeA1m9GzGgpWgX$foVVREJsfO#WqEq~^kHFN4Gul@$QUXoX`d#Njq%;I zl??J}V79UcJq2CrztB?#Q8tRa(M237%OC6fW$b_S2fvf{ZiC-9k>=>D*eJi@5spOV z$LH6fMS{b;txj2fFzUfnrQ4T92FX4XcB90wbWe8`49upFEw6=NdI}$^m>>JO3>yGX z>K^(GgUA&+n=WU+(0Bf;pFDgwS;6d^gQ~co)MRB@=-cq;5&&p2>GDhPQ8 zn0)5ie4jJmgP1 zoVDUVIHn{`_Ap4&fZI9$56({kirIwIYnOoDDWI<+on>3Z+PSgz%e)}ZBB!X!OVayuda5jw!+p` zILozUUL+-=z}H*h{Z3&7C!7J**`|le|G_03%`#n(E}|B_GInrVo(t@j!p@xK+0+UB z!`X5_|H1WMWQja>3Mw$zx1Mn`F2>Qb&&ds^!oCUi!Ipu-lj*8i3G|btQi??>Kj@tM zLgk45Q@g_1=(JGaLMeTcqdMvVh%BKsKBp(OBLMPhok5O+6>n()QD&JIfG|1u)iPGu zJAr_yMb2>7MTgE;h@QUGS=i4#kwEp%LV_V4El{@z0`d83MSXdpSN^;hmkp>dAADw^#cN0Z)Up%id0C zXvzw|%C34y)8ohc)6vmMb#7}50^_J`H#M4e)AmhpTN>sb%ZnA@(zzSqUDJ(%vj#YK z{AcQfT~e>mDS`0epZxJR!&3{*9>c|K<0R)8SNpf%Z6Y#?Kf?=*ba=$3YIGx~N745^ zMVsV;;SOxWdEND^_OohLHQ-OGTMRx%JuMJ4Oa^y!nwVbZnfufF%arrd@o6Ant&CvR9Z zo#-bpiEJ<*k2%!UG7?%`!}dlAW=)*;pOV9{2WIZnZ*&oogc>+-GOQZzTK zsI_Nzg)2ae$2p3g?;_aTQ$s`9;%;~d^U>8D_~XuR7s|vnW12q!QE)6n9OI| zA=I5~HICqzQDB(6CO&WzuAqCe^{emZe;MjJD-jC!RZ&D};6$noUx=(I0vSP-eJ;u5{^8%Hb`>Jttk;@#O{%zUc$c=eBLA=_9FMI8w}b zBQp}*U%bn>?_|B3cLo+>iGTEYczQAY($~K-J$|$^U7npyM=_`Ztga*o9!0QdQN9lP z;m9fq+zyv`n&SoEg0ERYZZn_tu?su+w?BEP^e2D>R6|LvYn6G8g{}ubeYb_PalPM16z!y zhX~OvWVE{G?z4t4pC9K0KXk%f3O{4E9=zK!hi_VI5&8?3OoiM;X6wkM{r}dV{!#SZ zhv`ROzM4)?&tt@8n8ObdO-^>m*BXO!^W(vh;x`TeTz8dCctAj7w^c7VR{74=YXLn5~g-Oumr5PlN$r z7!?yTJX@O^A>?hmv-dUTDwadv&JXZnf!A{};z!5lRmj0t0ay#69`9`x2+>4vmJz*e zMBw^`07Y=7xp>@BNaGp4stz% zBND*)gq32aM7SJvX#5Cs)_}qXpmH3eTDuP)jGW!#@~_HHXK<%4QLMGmaPTg$a`G_a z5CDQr!7*L~Ck)w48ILy7Z+-)VGOah9zq&-}kO8GUOV4oSEFDO}_jfp*;?$mJ6Em7N zUxE7vIkuj0Q${otkJT9P2OO!wCcHV+2uQSsM`p|WW<^3AQS{|_GzFhNJTsbrb5vC= zcc-wNAH_@~8`9Kwt_Rx~%K%`e@V!F0D1-;ConX*Kxe7P+q3_~1*Q(_p7-!d`c#5(W zf!+kxc!^c``0+Z*Lz~irx^2ok?QsA|p$MJQH%`S|lnlNWshHY^U2A>D~t=is^b)#W+=g3oGWshKEb>jU1Gm(n1Opd z%=i%}MEj8Oe26^ONr}$cULDUz;B>f-V?Zr+Dkx)U_Q3D-OHRN*UO9U$s?C_oSAoYh z-GD3CYu~+IoJn}kW$g#7_!NJx4y|4pR>3aw>8?J8Hh8yJJAr9VEPZi)>1>%z{GVH= zPrv%K!PE1fy_nu5GX7XkB%Q^ed$~CC73ff7bR2KJ4V<4meLQ_oJCn%PDlGWIJ9uUA z1scFCtBDGdspKT26@*3?)oAO zF;|2BXm@iueH((M!_Dp8Ng>;YXBh{M|HuFR|2b_2F$%;KD$OE%A^=Vl7Z97r(Hu|R^U!2DSOdD%az9JmUEB4cdc_9LI zdLgBC9mim-6R*O{SnFwKEZ_!1m!LgZ2y8sl!Mr2ojoA65815AMVCoo~oM*_a9X=++ z5oj5Ou}Q^9JNuNfRPAoeFODxsN&B2 zTdA5hiP3#H%)LB!f8MXKD`3DBkMhoA9|M}Y-i!xjd51CK1Ze6zL)zRrN(t%(562cr>20-c*?rnjo&cj@+ z`OU%*S{=W;ot~dwPj4fmUyZ`10Mk^j=>sGJzYSSdR#)nzo+d)xO2maPO>c-iS_qnc z@PWD-*%fjymQPVkoRay-hrJ(01TuIcJQ#S&Bk6;j;RysQZ2~trz!!)H?dEE)^WCao z4$dbDBsLaY$ACtLbIz2)Tp~3zScu-bh>fv|<|;wYcJyHg9D131RgZXwc(li(?Bgqx-n5qo$$+9v)| zIu6g#|CW>L{X79|Zf~IUU;fYji`uF`|L%WNn#+Kw&FJH#Ge~Lm44_WyVq{fF$szj~ zo%QPQu+zv-9`D78S#AKQ_MrL=ABXlBn4^cMrQyeZ0I?^LE%vlBo0r1bozU3kGp<`( z_z>GMUk7XclSkXnq;=C~8LV^I7&HSw2%el2v2?o#40Cns*Ia)Uh9iImgGoehsv$Qw zHd^qtzPcU-vl4-bu!SK$|NJW%Ahmk04EnR@uR5lMwGd1pd}v zd=K4guo$AIwt^(>ntu{mdGJL&oG>FqS^LN9GBsd7<}NLx+<9XeFGXfqgu)H$8+rDl zt3G^2bMakaR}u}H1#31e16&R7QzjT*eurc_zyjxye+e}fC3wkkb1 zAKQ|OIBl}>=KMPEtIlgR3a!%-Ud%WdDN2b`rlQy!*qf8fuBElqrsE5K;Hs(rjB}{6 z;qlL+Qhb6IK4AxMN$+xsI7(fLlXhksYs}W$D!MUWtRNFzz~@0M$DyI6E7oj}B`xR^ z<&i!(B*tPHi*Z^1uf6lM;aXz{yP6P+-3B|uF$*k#V<`KPi3wT@FMg!tW^eTV_Y0eR z8ZSo%jXIZ`S{BjOC!8 zWNZuLbB}FL83d6js+tNxZQm(KX=CzZIUqSv+ko!iktN_9H_MajZlX8v*>I@QAu2WF zz&_dpiyxgq|y!G(piSv;qZFNtLe46tWJjPt|d6I zUjtaHyV5_WrRnti{^mEo5x%{he)Q9q<#FVeB_lJ{Bf))Zrt(G;0gR`i-Bj-}&`aGd zRaQo()kxqojR$9G&%K_95S*xQa=kal7>;Dlb8BE-$k)Cb6Qx2}12d5$sH%6Jlb-DX#Lrg@CL$wCh^Q~RqUp(eZ?r}`7+XRY zN)@6IFrINKMG8wNH{4pX=seMk;XU!91zT_pl>fYcx3rsqV-po zabH4!FCMN>@1po95?;9!lyoVaVXE^hOGic|a4cmQ!E>Fy87ZFx2t!qY6S^E54$p{2 z887$GgwS|9He-o$5$V_>Q$dcwGditAjv+A~xC_7CDW)i_+$$=bMe;tihZ>z14PL=8 zd%#PLS`Id%$#F^*z6whkH_qXlj5d7f|2gJ>25pZ-=V8&y$49WD08VbsshpU}& zEuchP;{b)@di|lHxAu%5ujt)BhJ$m})PMVx35gKJ*yi$q%e2X1z-nX%KWc|j;&>6j z)-L3@?>0?3&3J7s`zTJE-R*SBu*2DH`m#IQQu?sTk^;}Q6&t=ROeZJjQS$H7|6)|x z{XSRPvsV)&4C!fMO4xd<$ev$Te;-qp+I9eQ45u}wQ5HXwTLR;tY zEPQ&|E1o=q8Qv&4^z_|v^z2&Y{K{|!Z8$T2=?lGn`Q!QaG7zvKE3W{B#*b(YCvARiJs2bj$^Yu&2n0|boz%OICjiEDPn%58(w46kCu0=YRAs zzH$5F^+6(|_f;61>zkdQG&lI>_^bxw>BHS9fl=|ui||rW$#zPcncrbtEKlL#@RlsD z_xs`gZoHU&OBz`tSA+eF--b4hwd5$8rxB53@?H4T=%eX+hXWFP~h*6uDTcTuY6^1 zy1BlpqGD`BCg#&@|H@#9lntDbRY~o;;v#T1%Me136cl`LQpUB7VshL-E~Ai_7vfaK z2ur0w28X7FK=GpCZ#!*z&N|OilyA#KMp-*NeUYyF!tz}*0-ppBpBTKfT@6THls4y1 zyZM(l#gyYYJ)U3Rrb-8f&?o9)Ucze`9wkP(_(Yo?&pp~vgm{)QO8bd+rQ+It{&Owd z%;xxXWKA~#@A_{{n-|ZW<3!Nm4?H4RykOjvFhygGltPtr+69}6U@IG%sX+f+ucicF z%px(4R3o;$YUp$Cd*YssK3R*?W{i=g7D~A$3dS05#V+RBMU4+0*brxVIypM4;ihPL z|1t}vzKn^lf{qj=cqv=hTwAg>KT%!YT~e0uzPAxZaMwKq(w1#Pn^g<^_{V&#u^SI~ zEP)1X)lI^@wMBeerj|x9!qk{lX*2_ z51cbTt<2>V=M_G*T|@3&?qCe>u0e+!N9TMDho$t2F$;VgBB@e*_hiGacQS4)y6a=m zU7N^>6LUX2aTMoW^mCmt-iC&zzR*$QY69RHCGi4COdH5ffx%^tK`sOThcm-EhICvsK3nBBnMay@_M8RG8 zE#on^vjhQP{d7Nc$he?fHFbB53+)*jQ#1HkG+c)^ZO^7T;2Zv>wK-%Qb2J}O>nN<0 zVR;`Mo`+dQ+@EePPER+j$O!MJHJhSH8G8a4o%TBV?x$Dw0C|u>z3&#c9EL`^`OeUZ zs#|vvT-mz-Z=>-nnCo5~`90S2hX%pXX~_CFUmi|hJl&fWe#n_&&|B# zUSl&ZisCqG^eSWd5d2vbdUbW(RWseUJ@}CM6R?8+&6#?tXoZ~r@BiojS!~kk^qs%@ z+i7=yXF5ANZed)|G`%^wNFR}l=+Sf?e4FOvY~Py>j*nybKTLZ&TRAt^VAo#kR;TR5 z-q|trZSX|4WsJJADQ&^?`NdUeVQS4oXJqaYSj6_)ljXs5Gu{9AZraN=Md_A_wq4Ic~i!j^Shhw<~07&4ZmPaal6d!u=`ps8?d39+hREm%h!Elc8)SVx5 ziWysAqELDIn=ALLsHBda%;`?0+z)fuX7FL~Zf&f}XpWmKjnRokc(z|2Usl1mdkv1$ z!d3d`cu1p)<~chQbOk>YfJ=hp1y)f~P*B6cP%}^>)bVhWp^)pfQ+gST4JrsgcYq2F z89xfcqfh{Vse`hrD zp6fhRLv%+0!PEQTR*G`Bb*4ydq+!!{@GN>FFHkK~2Oqq0-bCMx zuF_t*8V0@mk!y0?p3xat&P4{(x0EYqmE#Vdw-1(rzjxF5$@#P!J~#?2Xu?^cyhQkn zvpvx-!yxwpnSKniFfO1T^r`cgU*(6k;6X^|)YBfo!AVx>X+>#pK@Z_+W3wFDb1zJF$%3c{l3IQeW4gb- z)G0I5OMP-!+U0C;QlB53PcPr8(^!~3W}J5KW6<#!Cx@p2u@qb$zKbo(INpU< z?B9B+cw~0)8WyrIbPvMERIO~zeUvnzMr;a(Vl&6#clZ9yy^*~}D3oJpSmh=L~MDHJ(aE7Rs_iFA~$D=9)5iCw)dp>64Q!-M*LAc^$3kMV`hwl z<_a$35!9re7_KPHwZK40P<#~Nn1TRz1Tq6KM$QZ-P-SX;r{l9Z>`32(QQ}D5mKg6J?zC zC}eod4T(51W&_Jlilfhk&PBI@fr8qI5O_ZFz2MY+)|Z~35|E7B)kZtUCOF- z(-$WVPyP7tB;(DP($@X=Z>LY5Y&Uvbc(6F#4<4mvE5sR(F_Aj^UH=ABWbs!MIa-K{xHus_no}XP$=SOGL*W!GNfYNoRni~DMHvKHeaZLa=-R3rr zz!ar3An@Q1|5nNBKMEi2WcRAL0)z9MBGFzW$MSOqlk11E8M4o@2Ky}g(PF23cT9!? zY-joJFgRq$eqnc|#ZqJ{80p+3FV#jWiy5CnzT?Q4i1tGi?fcNRodzz#>M3CiIz33? zz^OOGht^;ct#|4mcXpg`k}doLgSJ5tX;GNX9=*t7~iNCo+0|HqHO>Z#{Wtjre7>%f&TMY0QgCqf>5}*ILpR z5#_fHRHOlC^T}fqiZmQ%GrvBY!$c^|J)&F7FJb`KR;#!jcb*6TaCf_@1@my$UP^mV6xmB2hshK3_RaX_f3(3~IRgPABE)!hgoDu{HK;oNI|rTLrvc#~U+SQN2|_?mu> zAo#Q%vvcTSDn?PJ!j4HVPp_xviF99_cwocWeBt8iI$rPCHHk9S8~kV!j(66_Q@!@X z%zNq6I5u*QGBNLM>)0o8xOU6635D7N+@xDhFMW;n-gBiA#e(z%=~0$c`TM*^f`L0h?Qgzh}}!#E_A3>ZXK8Gh$4 zjlq3j!vFZXhAqb|S6hxeqPv#@s!`M${MCpLKF4ut1Mq)Spm0X9r)@YiuP8Hg8@xS^ z5|iqK-#P^uUyW;8t+FTj0m(XaIz%yFE^B+vD+Yp3`hpS9FnWJ`>-fC2Ievq!1#W4? z_`zHr$@y8t+yiN-JM(4Cat)S&F_Mm3BDEZgfH%y6i(Fguq<`N7pEur=3br{9ULzY| zX;d%b1Z-ZqlZDeZ*f}N~af;R-yqLNvY`JJG^I|02E3yO^=P$B^@6(3tkqUZQ&^-?d z$+hIq1Fy(~HiCud#^};$_4kn#yK;bzffU`Y<-WbW%^2I|>2H4cvJS@Q`y12!o9LP2 zIALTs{cT5I(xb9hmQteAFx)5(=73ke2#qo}(-vMFm{Hs)i;E@-A;Z7;FxM{!P+2Sb z6wkvsxoDOmL6f4|(=tf#CF_`b&=p$ITGz4(9(n~XH1?-o8-;<_SV2fW6baI;IQo-M z9!=l<>%VVyMS~zdjBQa2T*G}g78x|G&(X#n=z`w#Y_oR34>^%xkaeSvP46L@;O{qn z>#Ck(#DMSxW z>ZAs~{728Gnab7uc^k|m0E_XyeSbZDvag_Ay+%fqegrS`|Lx!XqU+Gl6JFlj4Cb=O zuC$VBamrW`*HVmyd0ri30!RRibPR)}QrJ)s7lEv;tH*b5Fu&(h@9pojZIKa1hKNUd zyDgG9QI;RT4T=}Dv9T8CAxa|We)zY4J3Zaqh|%#-m>7;2R7-3ax~GaUcGj9c6(#)Q zS04BI$D)$2e&uOkoZ=X)RmpkqLKQ~djS7M+=@yK^12!&^F{Da$gMa2-OI44}5@Jx( zHU%i{RiTW4y${~{KnU#yx%OFRBq*<=FxSiDyc40liXm6H(~WS_4<)J(%2)(F9?2Pl z9GLgwpnSH!Iqh$bU6UMpSVO(kYnzP-W9{Z`Lx(y5G3GmKwnwy?27?-BDa=oKGsxhp z(L=1@ftPJJF{v=eT!V%@#HQ*3V-0=`Iwd8Q7UY%2jHOJ{rHB1e!BHk)DZRQLnag6j(EQFGS&UhDo!e98u9QDV*F3TWCfQB&-^aB%gj6q9XNPA z_O5uycgB-}2d4f0R5AEQ-MmX2vLp1=MWv8jmr zt-rBR2cDLdp`(g-9HpO*o8vn&6JW3lA&1>i@DusrFlgKOhJzA0%2)(QrEOXTD?A32 z(MA|`E{fT6#TV}IBy1*oj6b}na+l(6@h9HNn=TtLf+q%a?*8<5KYi1Czj(Mg&Bqb5 zep%`bT|Mi9-jV{AMY|vUoUa{g4Qu-K*We=8;S;(M=5tx-G{!10>k>c%$Tg3npG+lm zsajyQ?*LpB-?>{2gNNq8i|mMTfxCFhr_7rt^?BHdRU^%M1usfo7;?JV5;1{Km&~ON z2AGrf;^?eXL8cY-&9GY8LLZx630N5iJ;bS5n3iH(Va!0*q6_I>+k}JHV_r`$E%zKj zi$Z6|IRyXYw|=X3<40e98F(_L$mNL@HIZq2F4%<&wO{zjJo(5x;%}S3ESDGX5Su|> z6>JK$ZlZ%k?PT)(`*+n-&0gdUKjoTyp@YuPPN%c;(`k`GEPoF^u&e6)AN<K~Z;>sR*Y4&!+oo2`Cjvr{sBX6wOd96s0*K9^2TY z!W?cDWPUfoOCJQGNYDABbIYRwRL;v%J=|cJN5)`%)y{b<)6;m-vJ9SZ^>lBeg7GlX z_-Bu{>!@I6={1VG5n!0ln87$wkx>YNfpMcm;g;Yz4sLLnA~7dze9~*3N6&c-|KjAL z^IlT&@PdZkgxmN{Sy1+}4=_I;gP{7j4Iu(kN!y}Sc$QfpPn<g##i{kWk$DiHAMSEdLm&1GdD-7)xa_d;>peha9WZu-CY@LaA1o>j!S}doIl>7`&rr z&cPQMbDWGZ(&KpaN#tRyVFqFNJ=gkPIE_1f&c-1#WJkbmQ<`&>x=fidTQlz*eOJRB z_`zt&nz`f3aL$oAeLxmoQ>FdgfA^Eh{crr@C)4G{Sqrl8i>XWzq9t+QMw1(cne5`J zjM8^0cE%k3z`~&zYIm-My7&t3g3%b-mSc%Z@lk_-w4)Y9b++@IP<(`zf&ycr7xV+4 zUb3??mhMMAh7v!LW6rvjH>YWD>{L4TQJ)JR{@qXBlGr zI5pu>=M@17RszepY#X_Tmp+6|&)7HY%;+eMV3Wjms?nIVB_?IDIV zhdv|Ug`3i0R3HJ-FdiZA>+Tq)<$3YSM0x~};HgQFmZlgPVG2bWzIzg{k8LQWlUKrU zjJWhXqoIG5w-|3T(aiI6 zGU-=KKBT&BSOXs!brtfx+$)W>wXqhO3}GMZjX!qhFxzEnr-}#S@<~qAM~K8U1y;Zt zA^3f|h9gUfGt5hIW-0EIlgnu-*Dj?kJJ^9)8;Y9lP+#2nAp>G9FFbW4rr;XC;dkfZ zCJ>hPelR9Z%?yULy=%eE0psxLV;IL6!?ag92z;h9hJ%78aK{i$jZo};O`aHZbrvE! zZNjzwI9uAaWD4w}E7<`N2PX$S8e??p0CNz)2m0IyhSrW`oWA4ZfLC6Jdzk>yjCRnB zW9{6?5Zv*66k4A*A43DL91+##o+4M-$9RBnq``dVdp5r zC0P=kYQxTw7rE9WYZ)Ul#rS##z<8EK9K$${FAvYFyT15jH{3CdEnSH|RwKdxMGV9+ zyhC?`XXujQ2z7cS$4WS(51e*E!;8+tIacN>!ag3?QF|sY?+L5tJ?!v ztJcGFR+p$9K$nd~>>io}Hq*6i4PN0eu)7*J-Eb4yaNPAZa}otPXR%%E2>GQuyX3E{ zbw0*UK`eY($Pgnupui-kxk%i9p`w8B{=8kItCY zd(3cnA-r?*D3my(z8`}v3O_hHnGTO*xMRp6WIUy9q<`NW9@W@xZrPzOj2;*eAzW22 z z@n*G8FhJ*j0u9&N2^Y5w3Q92+<}$ZU(To(;5Eu>*0kR~G0B8#zVKVpJyPrrj=S_`h z)&-_uY?C@7tI-DK7c^GrXG`v&Ew|>Lz?PGkxLF6vTiaD$!+ArM8ugqrU!119%%p{G zInHApTjH8;9JCt!IDS98Au@@xnYT5kl+N6}&~s%u^c#Z3yS1*B5i}l7;cD9TjDI+h z+5OD&!YIEG!P_h+U3t!^Q$<` z!76TT$vAxW$$q`_>#I1y=`*^e_%vQo65|D~8sXemJm&wA{?jHJ40^)9dqogvAPos* z1)jOJksIaZTKM9eoknIXqs)nEZ!OMLXhPv-XrT?&I-*6!M1~BXNMSPQqFsgoO~^?N zKrX=FT~D4y@UtMobjQs2p}**THXQ|SdEeI5=(gNo2Yb;kXth!+p9uyBJ0ij3RcQ-K{Ths9WL$!7*CoUuBY>CeM}6 z$ST@62gf#>!2}!;>mp3`45w_=f~ZO9#d+fopq7atW&Ep-@tRAtsjW`E1yAqdNP@+S zgB5n@w4y3+wL#k(F@|YyG0rll{$X%ey++Rk&aqxTK_Grhn|1ti#5AMKf*s;GGi1j< zc)SR_oV?c61PqRq<9P9Re)pTj*PAy7-T3M9;-c9YVZxyh2~|_Cdy-Ze5Ji7MY9DrlZsVc`%bHH+;0XV9HcB{bu^v ztMh68*T2|(2Kg&7#u}rjEb#z1Bq-*wE6sy2Mm^5}r1OnLzqX%4_+Y<^Tk1kYCVeTA zcWy-iU5L#v|M+Jwr<1euoF9?E?)GL=jUsgx=aVOo>Wzp-wzt4!h~K@m!j z8kMF?4u#05>u+OtPjipGz1I`Fm@seA;JLCAdH>D z3q@B$IovUD-mzf47UN-T5hZpuW?rT=3T9 zL6e8GFo}$yIlQr!9XMl*oHo(D!X0B3`FGn={lGas$ajgIZZmotBOKgyYu{XF+>8gj z%2;UEcw{h|c9lNMcnDb2s&EANk%Rm3$k9aV{P^rTg824sPxLY8+zRQ?grpDt4t)bh zn6Z_#3P~@bINrse>v@)eK-+GE3@a3*SMVS3bB(%{@J4tf7xq+P3GB1<_QfS7p`g)| z$`VQ7;SiY0qEFxbQ3>z07&>sC^EKuH+8f2Nw1Q)(r z8$BnOh*NL*+gcnYQ(4xT)0yOk!&iqaec^$3G5Ioq0wJ_SJC0L6Dt{by0TCk!ml@39 znT)XxT>8Nu@Mhd1U>lIV4!$1DFOCeF#`2HjXup8+M#er2?)?Nik-?l3G_q3&4L0gS*m^2xoF2SKeu zO)K2T9LjHsar9f9q)kh{7*o!ehi@1s1=wPyoF7Fyi3S5F$Alt?1jg$h&*p{{%89@e zY!BBk{o)O8Xh69Z0f80ny_;c4Uz8eLyOu{?T&G#Pkc}yXbP-q{#9{4YDPuSq)ra=m zG4j+4V+PNZxiJlAHA*#~9BB$JVl-XFn7@k`UtC0q6|DSKVMc){TGAgm!^iMhhdi+O zWI)KA?SbKm;wStfL2}4|;#+ky&ZC)39f$Hfh&K0s6}><{imS*18DNwsK0GeUwho=) zk>!wSu@ju)GtLtQPQlVCUjC;md;=q8s7=?xtF%2nL2n8foqA_J8Si1pDP1^>63!pl z!4vrA^8JXeMMm^XQ}TE1NuwI0NYnEvMChGT$-N4;a<~RPUGzmaQu>{W$#HNl6 zbsRa!K^M8Z7LCxN&R6;xdUDX4JTL@!zVy!^M%FO&%zZWR#+PQ{MyKvE_itXBz6;5k zo#HsVo#NikP@9+SM`I*rxWIs}2MN?nQ|;_*G_8Mr5qBZytX!b0(V6pxAD~bMTK37@yHy+byJHEz zaWISz4+OOFE?u;PN`W!|ed8Oy9sYPb9i5)kLAl~+hqvevJjkZ(#BR}EriCDs?ct#5 zBVEL%jam+M0Cnu5k36}J(YLdlI+6x!=}$xt7uNnW>|X4FdNpg=)fmWJkP|S&dx+c)YZm;db1FOoZ6!x*oWwefONWHsyxh`|&mad5(yRS=*d zT#Ssg@Zq^_BNY}ZJQ~GI=v+mfW3v=HMdw`SL`$>q1BT0YLgT>#b|maZF&Pg@5rrGC zr5%=p83WvMK=2~!fP<1WZlnL0u`w=oY#Vz>Q+83*xmKk)7%516VG4kNrqRHsj$#-< zut{CnFsM7dU8X-{%ec@BttbmmVXA_KoB+dt!Qa~F^e`~eVeri`gBy>l{D=FsIBn+0 z6y0z=Ht&qEU7ysH)UgciC{E)9pFZuzrRKpJRa>u8RwK#|9YZe;h6g=xp3u}e`~oiN zJ9KR3C}YCg#)_X+0OM5!P6`0+>22Ts!?Uq*(veEvMB*oj;%#!o5rG%TwS%B*Uqwm1 zJh^NN*!}h+ILTNU&9%s#%`&X@rwILL`e1Wor94sn5d6|Hlo0;VzCzRtBfJ9FaLY-D zGgKe4p*gf;)bg`3Sx3lccq`2|>h-oBne*g9AkpWQCx(!*$mNC2I&fnp_x8=Vxr;p~ zNC5uVKAq&vVe&vInG((n`Nh-VsV>S39q{hVf#(c>lk>p9cS-2Qp}Zudt#+&KbAtMW<);=IEJ8K3M|F3r6Hg2-<8vNSTVywDdet`#_^9sD84+1*=@K35R-vGo}rqkAkL z44e^gq%IXBdl5Tv^v zBWjPaH}`TK0<*D@T4kQMu~0s(hLjS?^^Bx86A&~)XI$4p(4{#-1bh)flzx8r?K`he zF&Z4(h0SIoL1zVma+jHq6=|A_0gOO1T)bF>Zl(d?fr-F?j}hg8!xtk1ZrJA`Q=WK+ zU^ES$e$m?a?8@hbVd2+>7zQrkrO{rPNy-tD2reap293;%xj|zJ&u@wclTskGl=gs2 zsddSWAMVO`G(hj%(xMn+tYX1a0kA@zwkZOhx<0C4JFX9%7qf|lsfn34tt|y}reH#@ zdc*BM|A`Kqcfbd{cdYr2w-`xuXhfO&(arVVRp7Y>o*8O*U?jjMQUV)zjlI)P5jb1A zdT0V!Z?+(c<$fBYWJR*ZDS9MpGADS``gF=c4M;bI32iAs^Umld(TLoK^O5WFZls%I zihP+BoN6Xd$V9?;kwfJRiePwzXoYSdKch{>Q83g)_ z9$=*DMv-6*LarMdZl&$Y&%mt$Q8XYK_>+u~8BPno>9k&(kM3($aW032fplYuatS#()q^^?`o(iy&B;l z(O|Z>H_PzXK@wziiPqX$nf-6S|Glocro2Ux1XEhp+FKqM1882<{L$X-=5%y&K3!gn z9fxodM?--N4+v*q&_)SiBx7hgHph87)_1Q3IhIEdV&^GW!XRbSJ=`gu5X*Y&peY0w z5zI|CF-VV7NY=U7G6n2lvRuEsG#+fP>iQxc00Uv3>wOrUVrcZ0@z_$=y7Ku41bP%* z4YrKXG3I$;GE58>9xLJEOfYiwMsu!;Debu*zQG_OgckxLg=arzigPzK9glbnO^O#v zhH$6N7!!}TO;cga7|?uyD|1DZ%}CRaD1ibqjw)YF9eO!WA-R?#r&U61EQE^H|M^m} z{GLVgoIv-r!aWMMg==Z61!@sg%EQ`nd*I`x{HsBMiyFy{i_+)t!0U40QrFOkn!=9J z1snR~H_r-R%a}Yxk6|Hjtw)dtO`mX90_Q*Yb&re!kKCh7b4AC#De}qN7QyrBgEEmi z^JKrv7`C~qNt^PZA}^P`{1={_@}~ zM)|CY{Ka8DkI%c2QP0PSdRiU>`i3FRy`Hco>Xu3Hd2ps+EQ&p{A}Y6=mhX`-~HsEFzNfJuTQ7H`O%xedsgSelfgI# z49YOXbFE57;~J>qdN_i!G&b7Hu;J_Rrd5g^9Atuyb1%LHH=5^bWxc#VgFU_UY=6fP zhKKPoJ?JItw!68Sd+Avb?{Jo7>^N@tn9RD45!5E*qNahN&kUbhgz|bj-tcQ zr<34V!L6xD(=DFW(SqiT5zb|3IB~{9j);24N{G@QeMU~yM@V0fL8)UfhB*DXt`2Ho z<(x96K4-ea^=JyOSHq!D;$;3pvV=i$}Ef$>3@WdEr@`-Q6?o zsuKt>p`p3&o9^#W2S0MjPO&ril&rVS=nU7DoSo}tG*xfDlo8rBmCS~e`p1n55UJZ;Z^{%Gr&Xz;;< zrHR)*ynd+%%GO2%E1l0)UXRJgMk33Nh_qD$lP{DGWhPZ##!kndKHZHW*q9a<89d5A z{-0{S49+f6^^Bq@yZ~-{SOZ}QR4%TruNJ}I`PN_5kavzdOu#Tfu>Ms4NkJ(xAQYbN z_V)U^M!<5g`#~}V0FeZox1FEuC%CIJAh;A*89OI2Amxd`H7w~5At^FrqsSQnQ58Ii z06P^>Y6Y$^fagnx=W_k<-Uzca4aS)d4y7l-ZC&|waE^&$L)stMj13&pkYG|QK>=YD zUb~n6323@5ZuH~++1z)p4PFVEV+3^wOPDwCae`uTJ8x+1Bj$#WGH}|lSx?&t&M>eY z|8hH|mG;fXj zJD$xwf#J1iPij1E*aQNd&C9tCLE#3EavqG6!lP6uUd!$71s9Z@6tMom&iSYUx#NjG zWGDTBci?d5ZT|y(YGiV}3M|Orh4ZQ@K|)Exmkj)A_56 zZ)$1H`_opORy%8X*8ijQAvI`6!>!e&Zi-~XBu@qt=?Dg**DGJ8OMcG`I-FQ`#R2M+ zfygubKb<vzzJY{OxoYr|Gq+f}FP-rGhxllq`Xj1|o9Kj1?suD#x4gh@rX2`6EtF zoSyNh;o$(;bHbxXjg>=Xv#3`m7x^5I?d2#*-CA!gGeX`9SNMNyjU2-ko$?RqTdU-;{QM}!?xy=# z><0Jga2T%KClE5-X&P!1(erd_`7`{*IyEEFKB5OSmitHG6 z`VmasK{exTW;70gDH~hrZln(nfN{)<20?i3!!LjJ(`QSG9N(og>9;ZA?qL>6=9gjs zDZTsM&)sJBB_u?r)27}_!g#fbNEALSE+jHJJCC>fwrlU)d-MJ(UfE5)j{*&Sot~U_ z8P2&Ut>rjlwEfCCZG!5+Q5GeS{z~ zSA}k;I6_I;YhPPARN)YTw7=^xN{FK}RAe9ur~{FA9TnqETQ=MgEfOXS=sc$3(qJm} z5BjJv&nG2;nZY4i5b5)<(|u?u(v`9qLi`@-B3M#Q1l^imjW|r$Mqlv|b3lfJp>Gjl z&Vvtc7!!uC!U}z`?5K5M)T4wb+IZ6LDNf-w*Q1~I;Z|SpsAEbSvYJxNdE-QP_%$ZV zRVw{MZs72!d|izNXhtb8)u08hgaV$Vtr!69N~cO|QXqsy0TJWvK2ZlERH)NGdUbjr zZ|zZDaMoha9Mc9mQr2i7Lg(NRNW5XLQ$>51eTFBs%it+MTuGmt5V@@aVcZ!H`G5=a z-1f^BVN}7TT}5&8fzSBxAf;>$bR(bZHSA-v9FIVCyjuk4yHuUy4CuC92>X4tJKdRI zCL@owR=erZv z4Nq2X$OtI%W3=DIpu29Cg|If4k!Hvh_sOD-Wu4$2jzH@qI3a0EHsbv5IR5em16XG7 zS#1cOZ(&}pnWbs*Ea#j&<8eF-Px)CxM>#VX6n$5(j|bl#tDGa8p#+FI-$Cx@Qh%}XZJY(Z(6Pn z%0Y5YOXjoz6&^3+aNVq3d~+K)HI|N%+=O>S)WWEc@;HWT$dr`0c4Q%jLFcr2IvEER z&kHhgV|54`kpH3UhyH+1!5O-$FIKF(6Gya#m^Mape=cGp2EIqYvL7BMcW9;vQXk-~ zQyth`D@`xkX?*YjRtEi_{^qX-R}0fmo_`tHjQmEv@vN-n+H#Pc`_E$gWI^$kDaNj1 z2rpax!3iNB0s zHUGua{b%#@(z_30T(6p*mLf2Jv=f6Yr!VaeiI4yw9hp-zIGzV1MN?CDJkzuD^Dx+` zC^csZwm!T)034s32kF<-=H_M%z|rwp7~=l)+0*?hd__xyfR|%0ce~?!`&-`%Qo~j` zPS6O|Eb8i}363LJ2EW{5lFVj%eI@_KdUJ;6}jp)%hYqm1|V?Q%qhIyhxES3?_^q=RL9t8EcrJ%fiw| zVMyOI#YbTMt^v<)4Eys)A!F2zUMLuN5XEh7Z?x@=j8A=mwp0phKz~(~IS*l!J)S1K zG6kYmd>}gF{TrwL*`!tqr!Pt;D6InG95|ob17pUJ{sUI=2X_3Y@Y9_H4W0LQH>d4H zq8FD}twEu1%^fou96sY3o1Y9kqn+`?{o=A|tr%WA27a>NX#hoW*3C)-8aE@4w$jM> zrcq9KaV_}SSz|Dl8*NJgigauv?Du#c!b0)LfWWuC68emT9P=Lg@-IcnEKJL*tCewe z3JkE!8eWGZkqxJT(Ki3Ry&i)fgZ=Bj^!fA)UwPCll_&g(^mj5AQ5fE%Wc9roB}R7g zwYo)wD=o|zdkiY$t?=&4!}ICKZ%(EkzCP`Izg;1Z{00QBcbtOu425PB63B3xJbQj4M$67)&T))<%2sfQ?DY6J zj*3i!Xtk>~f>X|wXxfw^=L!yNU)@5t@R7`pD2uYDMpdPwSF=Zquk(?Y8uk#Y%PfO; zn=hHI*AE?qKNo|`rSxa|(s)ca2rNADOSXheqnmRK2WLbiEhEFI!xODKuF;?1ha3ez z_%(b-2JyJQeBOM>^*N{FUJ)lfL0;=1=ha9#Uym=|$M`C&BrkMW?hW7LWztO#b8r+& zgY@j|YGgD5lPM0m*tN#lw10@@+--PsDSY>Mf3we#_i&b#rRB;ZJuS22&0yoZd~}CQ zZA*homBTGL?#5fv<@pW98r^(yZt(gyzVVwG|HtWvKYcN6ho5f~p$lFjt{ITJ02}OZ z%oGPl&vcWu;N^XsjHQh_ZCCbTk8xjI9D87JEUggpqF*`2Y7FR8Q?#{-=>rUOYd5Qj z+;@3#cv6;%uA}qF(EO*5cAqtUmz&Qb6jB8cjllamn~gkp7B*^uObBOWymz-Y8-cXw zp$rmiVFHMVplk%ujFuF~$9v;xY?K!xzPY~E_U()#vU#LXE(5Z`%>BC!4hWCx!0-IU zUseHB1_$E|M~rIgHFmLBo?5qm@hYFZU9R z-~!z!fc6!h8EfqI6$dHjD6%f;$+0n)HSjk}{f($7$1*<7(tO~wHSP>v1zEYQZE`dz zOJkNj>gGA&RX8H3rb*C6+cVq|K=%V35hy)E#~{q2Ey_Uw9#|Px!iEoWsCePDcouzvvM%Ou~A5#@ILZQ>~#bx1g4F8!{c=76F`ss_K>E*%sbaWO& z7T#+F8(fPnWd!g6z5xq)=Ct_igHj?FoG4RY6cZHXU+F-JlNtQQ!?(l^@6@@B!kfFl z*uH|`Is=OHIFrpDgwf3xDl{Yi#%V*1tr)hgII34MBy^n!-)1)W5)ZfPKDaS$Ct5zN z@xBOt-gfMaI{tufFN%&aBd>T}?Tlqi;8rQkNH!yp-(#!KI5M&qF}l0C_EC(jtbz=| zzO9u5pQ0kp2>LOm9tZ7VN9%WeaDF%^jPNY01uva$$$8@+&tFJC>4Q^k8q#b2q=un;xubIEcO_X;vX?P9&=qyBY?JZ@WHpO{(wmK$4Dbs21 z0yPtK`0{+-(KmR*&2*rzWSX3ou4yk|g&sqXb?PwhW+p-dJSh)hjZZlOX>{7%T<+?Q4?(TW6}grYKYbq=i7ld+ za#`N=neljZ`AKoM6i39oxG^x+8wsQ<&kYthb91$u4<0O5?qwe7%IzHU8~`?X{#U;G z=`#eD((5i?fHBVfq2+i`w^y=WS zh{yQm1#E?>($7EuEh4d2SNjHa8D;RbFFs43^V7fm^KXSRt@vZUC*ckUl6Zy*!DqzMVO0VI~Jr(@Bx9>Lk z0XIJ54AzOvz3AaMr))Sl?-G55y(9RHgXb!XE^TKCo^gW=!hDxcSrR9bUW($E&Rh=v z@Xqbb1&0B&(*XE}Q6KaPe1UM}3~OIovTvJ&M)L z18chu7+i8*12Yuh14TNW=7N^|hyN&E3Oa&zmjwwt;X`yFC$dLqSI31c#UxwrYW+S1 z7DkB-j}$+?#_#Y{hld=cuhm4Z4C;&5hc)6k9Xt%jObXn5ALG%bap67l&u|6793ut_ zJs4_{a4UK@M8BRa7-O98BIk!WKASH1Y;SXVy1mjuFi&4x%QfJ98U_1R$M)8zFP`j7 zzwl&h`r^@6uOClKTy7dugts3Zv=v^WPZT>^VbH4L;Ac3L=*;vC2awZ4pV3DKX`If{ z8?NOW(gFBmj4gUI^4+K^_;xuyf)D#Dz_Dq)I=_)W(*R+&w#5Np^qcXEp5#oZsX)-t zZyb&sv%26#0w+3cHTqR5oTJQuxxCIpzUbd)HC`e{JT$TuL+^2@=u5md3kuXLc;gwm z#5o3?gT_eX!C5c>5AN|5-^;`>zRPibZ1e+vvPpEf_8LUehoQHX9)80c)YUN$U9@UG z9A5Es)7e2#o!SI&rgDx?uA+NK(KWkOUJel8s4mO>j1NoC0x*27 zU%Gj1dv|*N;zb;ntMJXzba{5#toEy;)1T{LfZfhT<|CVP_m|R7obuSR#nsL3CqV`~ z_YVHRW{SYO0C7N$znO|0v!TpYY%%%e+;BFnFk=(olwA&k)~T0yfgg@7J*1$0{);EO z&z1tn(dl^%?p1Dz;O7R2V9a$Q%2>+)C~XgqS4iN+ps%jPFsHG(+aMy$S|O+SgZ2A! zAL5rwP~DO0~gRyK>|~R zNi;PdCqU(|)S-+A1tt}0jz|>Jx`B*I@dgjG%c|7kv zccd}O2aI)G(+6kkUf^U{$mW~ZN5vstg0ngeX%^q&4;choXfoV;if`9Pk)G5({BF`O zIj;tQ9C4JSzhw;t4PAbkc8Br{{(=jNjg~W=L54)AOOeMBu?LsYb$AR;;Oauu83lre zJ%3>?3||yId2x_k&*Q0VJq8r*B1Ny z0xvu&gMu!V(+myg!&hZ6G;xmJGN#VKJDxE%_(^|k0No>NVcGz`;feFmX`j368^j2i z^D6Z4ncg^j)urJfh8#V~(<}lvJ!G1(jX54q<&`dXkuSL0(-&Q^{oR5#tN z-3M_{0$}Z`xqNuAd|dX?%A9p8kAlY^e)(#e|N5too*}}UD4Emq%NXY{Xl_PO-X3qB z(zX-;<51$m5RQ#88hu5u8Rv8r!|v%ZVg4w_u-vq^xjH?6eGmkS=$C^VUXpa3XkjkV z$8mrp5D~0k;`QP2ba8eb@7QMa=5%hSKmRxXzuW_Y)bI{qjm2g1`wrbTDYY*#da(^*M}Jya_JDi7tg9eT>v%#+q{?clUl3xii%1eqbfk)|OMKGY^+S!~B#goWUofsUKRGGivO`Z5p@l^Brk}!$c9Z88R)>1{S+S>YXSt(ByJkO`d>?(3V7DU&rF#&(t zMIUoxmUafvD%G8h)y~E5C*t&A9~%~R9yVjgljzAAYQ_qp@-F>@yD@e(7H~WiAUV*V zOHA3!Cz613>yKNv0T*dQk)-V=)x6wK06P-H@Pm=q#*Rh6fX_KQ* z7eNCsu5t`d>W|Sv{u=D)3QO8JDXOCtYvCv3Hyx6jN_Q|)xcIkg#PivT`p}lMg)i_N z$A{c;qFYrTy85p2UBpMHnL@xT@W`1R%S}fV+|K~)J33I{qTLytMDS=z58KN2=qfxD zT+l0>QZ&xoU!$3^FNJ?RKGpLxo^C8pOZP_PtUY{D!Mqi3MT-G*&1KM5r!)3~idCNiCgb#t zp$8ZID)fpw6L^FF&_x!s8<*v~@sLM6ZrnS2n{kBR#wk?eAuBLyyhavK4iM(Z}g>(htZ8E15P^rAKCmUhFT+LLfv zf{4&Nj)Q;~pZ9Uv8P`by*pu^%f!p9{E{ti;yf!s>k-g>+uPhFOKGU5t5V>V~xU~_S z`2D^?9S8S8usk0dO4rQ)<6rpnS;jEEIX(?Sc`GB0ZPEJn=6V}t02vbl_K7*x)>gyZ zo;Vfd7G!R%#mnAa>$A;uG(UGU?eFFOM0*%o!HeghyZ8RRAUNh8LC!O{jrH{s;Ur$o z`uaw_6LSdjxqf|pbNbi+>d)#qa{4HG*LuQCIw`@-OIcn+DD6TP-(va@xRBywyd{bZ z0f&+!G(*`n6`kYVRV{CZa&>Vi8A79N-W^%Ma0G^thXdybuj4#_c=GTB?I;?PLO#ft zdFhq`Ha!}FHeV3-^Yt6<({AkLJNG2%mM>AMAn3o z0%9DctIQ#aq5L(VX!R3$*>O`sgx3S~pBCFM z1r!`q8KPUxS!Ohg=Jla%pfEVnafBWaq9Z~_;P5K9g4e9(f?#nU@W_ZvMLMQ66u1mW zO3{@fERSz|mB{)>uTG}F`|@P^!OP?6hc8dM#@f2?=hlOFp8INgeRQ5{&r5rAicVhtnrd_NFI$+cD;$e+0Qt;R`KinHqe+D2o=+ z3En8-nUheQ=DWF24x~Qe8W zlM`US1lIb#j9$)v`gpey^y%qI<$acI$iMK06es>2P8=A`{gDewmjij?s*fwM2?jChidlk!ugbm^sD)n%%Apz@IibNG;qnrZ$d$gSWOj zjPU8Tb=$*0cSTTWYYM@X!Sm3%JLa8Vb!pp(ye+XC+w9KvSzs*aAg|e&@VFp~Jj=qE zuEPT&NczJ)t>+2uOre#>^N08AbY@8Kt#-lF*8b`TFQ)D7jp^xDc*VGLow4VZd>^>? z!`R6w{0~i+S7ZlFevu#g1D(LwsZ;?^^b4o2&&CLBvZ4wCMaY6KMq59|3*CmvxjM~w z>V)K8`j>MgbXe+j$|J@$IsrR-GR%rpMLI#kKg6qhtYkq9Pow? z94pruf9q62hmQefIDm80{?v-Dy#i8GB=qKkg{A4`;c4w?Shp#9>GqSei}L8wf~*^RwNN}cZchQhCtj0D zvE{lQNQVOy>O}Uh`=GI_$&yfeWyoNGm3~wNN`B_Q_H^$V20b`A?_dZJ4^3sRdG0FM zAWpPqAwDAnK~jNnFLK{mm#Hb1qF_1)AEIrpn^TyJCwvv8#FL5gWxTgGHUnf7MG(HU zv{FHWvZZAOaHG;(5r7A`>}+r6_x|zV-zu+zXDbfdULtNh zC`||cPIZu}^e(0TNeudvyltV%k-I!SYhfxS06CQtj$7azFpVe{4ZPr$&*l@|uXAsm z*&JlZGU6U*_G&owyPD`YJZWhknxfs$BbxAtO*>>Z)EFQhUD2m=rBD1j7sZBN;IOqN zwiC^95_4(!vr|jjt89(*KE5)3_(2Q2kM`tU!ELY8*Il300U;9j9B+i0HdIzKFs|ot zH%o)|fx~&n?LOE@JH}XahL=RnoQCZf!?zb#;hz{WW6c1JxBQVeXSxM$fmKDcH)UD_ z5SrjUw3ua?Y%pXM3*6xbaBy-NUU~86G%(Zf!E46X05~ui-@CV0tyAIn zuorBqLTL8Q_l5flrPEP@Y1wg^>#jaZUt0;L;ez+3d)$srQu3zsJf@ZNuTDmvre8|O zuYdmVna+4=6e8r+SZgAKb`#_+2bl)gD$O9zydLII6@PBhKMX}^?3!kaM9Wm>?j=e+ zw;yyo{wQK8jJ@5RsFDa}+#l&LibSR1GUp)-Orh{5A#7`7qj3D|Kl`%^@{9>6+jL$= z8CCJa^PW{WFWpb8K}?l!;H}dc#DEWuFbu*DCd$G5E`#QGJ>~Q-BJ-P2>4z{ky2*@vg%;*essuNEyt{roZHK{V zNq80|RTR?({OQ5iI6eyg`jCFt!D=$OmKm_k3^vNV~om}4_n-ubum2_6bZ zVVoO>bH>=^9mt$B9?loV3_IJ_>;ZO7G-_@ zcx(FVCwtQ;4|k@gG0cy5H|z0JoaVjMV8DTzfI+LFyu4&SwzpQhe%&Ta8OC&Ua8w13 zyqyc>90oT0VBmOmVe!tnNgEwc#!#<4H1NA`2V zwkcF|)A0BqV^m{-2RKWzCwa78YYT8HL<4+nPATE5CY^@Qct_ z`qi?#s~DZNjrGbBqeoZdGAtANp>oBkxNM-p5eiPi6s4^frv!cIB=`CBN^|+1dlDSj zOiN~g(G*d;x4d>oGddDik#jWAA6Y| zcf2N0g?<|!y^3t(ce;|J%W3E6qb9jl6bE75p)YW%Uy)hUCmfO^<0vnE{qv{KAl`Gz zA;BgyO{s;UcoCGB6xX^rf&gagS)7=Z1jh2r&M}>QHds`HOEiU5xa+VZ@gfqi_|tNiQ>G_o5u7 zgLv5@3JND&F+b_WDDp}vN6rp~DH<}LN7-Y9 zGH-~Zzy_n5QZUzeaC%;$(~lI=Y`H|ATO63pm0)5xRq5D=s$_hWqVaH0j191};uS&; z|5AT_!9%V=>?+qB!hGY~P|D#6VD+tCc&LKRALoL1M_|mMb%{}M?{;|6N`_kn<9X7EoyIYO$>!9bzOMsy$Zz;hg7eR*`&9ls8aFFGII z9lvCgg5zeD;xvrkmh_~};0`aGDW*zaAmoU7b(5Ol1#Zh=`R#fm#p9H0_tlQ9HKW3a zWjqw|Lgc7(*A?10dr|DhYg}aI{P<*K%7Sx3ZAu6nUBv;fxh|*(tp|T{Kx$|>A;A^L zbGDllgGbKbyaqpQjc2yYR)l8)Gr})N<`@xAs^TCo1vY%w{kvm1MKvNI*P4g?n0D_+ z;XQt|H*IdOPsb;x%{JIXM>IrcpaorL279EGIkXv7nt~TFpm$|GxFB=nUCoZ?+y{)d zD^ljP0{~v|yh2^$HvIsPjAT$-TqLBUoCRK*7FgJ77tX=Xl1ODAo?JFtf?s59oR+JDI`91g0mE;8gXvB#zCBvCz_&tMvBZiyfqn?6p>y&4B zZex9^e9JIuzuA_^t?_9yT^DYS*kz2S%n<$ZwMSdiT$~F=oHNgTkYVwg4v_&Nld9Zh zUyZ2&S=#ZvLF3)`pswREJxX5*#{T&q{6_Hoq1zhcY1=rzIk9)k`)0nn3*EfOsR|5Y zQ!k=pPA`J9bQ{}*H}Ni;B`A_Ymu|P2+hXjleq^{T2j7kH?>;Z=!#k@Y!kX{j#a_^n zgOk)1c)BCr2RB}w|HVY;<}4^bK%2LvcsFCfP3TjAyiZERJcI}mLU{-FM?N_}FH?Vo zCmsS*vNcMSQ#yKgV+T5OA2En&U(wu=wdVmA6J1?hq~#F_ViJyoMfa}tymgcR-~QIO zo0g{dnnKQZjA`zMBB2Pv(bLCxJ;d)rA`Hx4!xk9xk?TYOBVCTc2mv7>FbGJbAf-kr z}9UXYQb7zH^0E*J3UPR6qk3qc& zV-62B{RMW)l2W2r(n0PS5dyESbA@mL&*`&i^0W&-a7xMNmeQs3&H2o!Ueoj1PCJBO zrU0DwLx%&5ua9n78Mvra_$362x(M0%c^E8X%AsD@HO1i#IBS$!I0(g{0mT4OgaF>r z!ixau6h6Vu@yd}#U=%}l`if!gTwD59gK(O@yB~S@>>$Fzx!@q$uG7XMb_wgX`Aw;r z>tv`EtTCo)Ic!4GwsOo;Ku>DI+xTEOJVV$CDV+Ep?!0RlaxAE6gn(wogy#uXul1K3 zdD1~m6}tnid^RVSHrNiv#LJk+C#R8-k0DqY^K#^YF=Nm<#f%S}<0ts7!9d^O(jQz> zrZN%IyPR|pX2+Di@qvgKj5Z7*_juCS&E8MyHp!VQh^#fid8bh|meQ**V zwg&ws$L>Y3IevD2*$9@bUIg#t&4Xp624~Ki{{t%a2!7O@jB|L`=P;5PD}56jGoHqv zP19t>ZC+q$#)51Unf%uFQmmxqX>|(FDC0BF>n=`>f?CcfJl_v&A2LpI$-&_$>&IB& zR9EivE+3==yqd1={vFC~pnEnUQ;j^j_8 zvT#hjog??AE$b|YCbL32N?sb;G28VjKobR8U4j01hR`uqmZ;G$bwIpB2RlOgO$Qhs zK0ymOH_nbN@EcG0DdTYxj@1t3^1jic#e2DS)XT)#$e0;zk2z)hM$HI14hLzZ*=--b z7DIP79LwBa$M1SLHx9v99oe)qmwTSSIjO_&>CW2pHaurc#d-R|Gw?ldoxgln2x%P6 zfRgbXYX&KB&|&(}SJYAQSeeT2Klm{MhoO#^lXfFL@stgo!3|Ij{x zp{z)sWSZ+atelkY2@z&Ao$I(P+x(-Q^=A|x1zayG7Z7j{mp~gGQ9x1=m{$xUB}f4> zd>+b9Icb^)o`_oT8X`6rk z=l{0Gn}|Y2mp28_TvCIM2$nBghj}TS4Nq7K3*x`X@io7L(w|J1YvMjha~MW;xY~9KN&_$ zi>?@1Tf_L=b{Px>f??ZFu5&L>SVV`}I4NHqp2wJ8*Z4Qui!j3lLjfPTECwzD8JglF zUMO#y(DF=8$!v$G6vR;o@JXS#uf{x5L^&zK^2z8j+@j|f5fIC~o_EKv)9ELNXNf|N zrD&w()%+e}w>z|`mV-%cFu+m(32EV{Fo{{oY zprpE26cLUnkr~@Qe$w?h)QbIl@3d6T=g?4gj6#%)*1Mq>P>2TxCXNFchHI*Lt46Yg>%7=~^N;f#o zwfLNi&N1Fyeb5IW!6D~@!zn9Bt{4PaLvy=$SJ+}1BxlLPao|c81uTpWc#U~HB6`NV zk#{>1*v|8mp_gT3@vEv7Zt%v|;8e+UnA6gC3C+3}9cbuF+nXWgH zz1M-e#v-_U6TVk`$3dO#kI_{W!562`W?q*6-6pD2FCaU_F)-bsKRU>mjDc)4O3k~| znxO&yKsN)NIg7?X2AVDo{m{h}EMD7EP#OJ8Kd(0042^R?nGl7WHoS=}$o85dlNEqV zMqfWcS?;AnB7=e5`flhERCa|%?$P!rTnnzFlgO9CR@1jKHk*t0rqe{c9%h0DGEsF% zD^q0Nd^x;_@4|CdRMd`S%$3=6csJz!hp*|mzS7_Ce=`yK!pijJ&t6UQx9=M`zBd0I zSpU)Idx@$?&DjrM97XR~W*goOE;;rL^y=zL&ifl&90B#2~MDpaS0u4 zjeZdw_A$o0w8$6)rnfhytQ?CDh<-)KrP!GHU;1qC*=ZPvc%;pK`iBUc>q_JYlVV^4 zRpoeT7q&TG{@WUNslM%vjVQ6p81!$|AYd%Yc0|U*lO%LiPMFboL=Ga%mzq!Qh9mjxpmH5! z4Y@oV-fC%=bKaPFDEkjJJPJKp_#&bXa;i{b0P8V^Q0{NWAnlnmw!b(=@>1{U<&Cd#+E_u1A^j6P!^4nGaiBl2IJca zO&Hkaz#^-|Ne~@$UvNrvH85_jOb_GbKiOKH9`A0{DDUO_)1CEcZ*6hNZR_xav>ZJO zR-bt63{U1Qo8)oGFW($iMi?c|ltJQS;a~YQeb3~$e41ixkt{f4 zMoQb6!J9c93_=~K$V@D4M4UlFj z>8*SpOBHi0d@Smh;lra0vUW!O#h3;pgO-@8zt~w>n06x@vNd%$17qo)F%eBVLH`Vw z;DOwuzfZU(zx2UO201r)$26ib(GOiskoMQ(STb-7DBRJr0vs<69w*B4HfoI0U-dLP z<$ixNgG!&ktwK9(DFC!T2kg4mb)7ECwdIRAyua~Jeq}m8KT9B$049#l2+Brwl2fPt zL%(#{X7JK{Y{wZS;PsG4-!-b};YY5~&MZrU=D+vN-<)nDpKo5Dl*hpT#(olUL>)RxB21E_U#modD@G3NHF z_67v+lR)EN3{ruGn0Qdi^n?GLo1Z)ql49|2mN!S|McB&9O0UOon_C+-G8C3$|3-w4 zk#elcG3`4}up3zt>v?0|94D3);2_=_K#2Bw7^7f0 z8ll0&^-^;^rJ)_;^je9+pln*ji8*o&gWf1Tp9DixAbpfBOVI1wYTMPh7zB>Wl?Xc5 z^Ew#->1|PfOh@Nj1J_Kj@-O2V3PrjH7syz2^O~H@Fxm$p$MC#a+}e4;FbhM1agB*V zo{w_C?Dp!uPJ2OZUp2-7s>&w)ZLGt`cuH3b%fg(U%g*@f@Mu5ZDRcM$3!Y(Aq>ZGs z;Er;yf{$_Px?Bb*FyVpnOU4g2{2{Ypu2WHthj%cxpV%$z;l{MKvE0b$@m7p?47vTN z8Rl+GlHWDxu8k3Ikxh*E=c>k|%=gw7az2JUG-m8&Pu9aXmJQaC-B|g#b27#foCfyA z(Asfz29BEt!#f0@vA~Ds86hsiC=M7)`k@heT{7W<1Tlw8x=G7z9&-=K zn0^IIZmL25`Y(MgdT4Gsjnm8dRiuVSR(60V65P(nK~P!`x)7d=k9T%bcrs^g?bi4tj^|&w?X?kGAP8#q9IH`o+U% z(yIoM_Dba7qD$7K2u?0M8u4ugbluW=5dp@P+E`2^E%nCWD4-#X>8D1(%hq}T4-EAl z?mt+JvAr2-=rG{B4^bM@a%p2L3b(18bUvQ@I!#X>?+3}Z(|`Rh|5XRsqM;l&0E}Rn zK&yQ7FP%;c85HGjjt1fN4HgO_YNJ)z6sI@ENQt2(MSyX@35f)(o@DSKMab~@r1)mW zl*dL%6JT86k)8)pu3#jDgv>Rf7txJKfFd(Z;km$X5~)#!gwSq5`C5fG=AF`R1WnpZ zhJX>Z4exq{yaHmpc_AuhLOaHq0`Iu;=^U?|Q6P*p_Muy85x8vt^C8#BrnKU>%bJ4I zv}*@2MhYK@+9-oaOwUVA%e=^lxRxU9d{f#ED)Tw|F>Z#t^%<04;AF5EaPZ-kttg|N zM9lj!04h{J$@}yD%^2;qeBWpkts4Ac4DWb4*HRr946u@OUK~ z3L)e7^eo#7b80+`SVZPJV+>fOC%&TaDnMzh3Mnu6HAUoF%zZy?;tNq2WnLZ%B1C<7 zkrU?O5K{837r=E&e1)9~P1t)5?|lsF3>_evg~Jl^TE4n!1E`){uJLTT|ky-SO)zIPkrOFmR(0df`pKML3)je~yc&)I}U!jP>7^&v9Cguf}FhjLq0X zKfMLk`;=;6l6`7%V{pY7SAV20I)i@TsQ83S@W2;mwuUa3mJi5GIWh3(JcI6@%3ZGu zjJb}1&{e0@@==^ z2z{Quj7)T(ZKLu0*q5AqhVP5RjKdhy|9}%vgFiU^UJMQ$QhgK}GOXx?j;4N?bdUFy zt+EDN#NGnn97AJmaSj`#B%;JymS2j38=z?{FSwlXCH%vgEEJ2&(c+%%lP4}P)Jrs=!m z^HHl{a~L&3VEXUw1(OEOBBIfrW*_mMjpGF3(1XH_kljGMi z&r1o0f^W1lQ1Zb!y1I-leGok5J`wp^m#U6E9Za*?Y>mFD zFUq}1C8`?lU2>Ez_782CWlhvjYkQ9DfqgKgM**aVQIz@=+=<= z4hMZ6w&*zYBKY>rMmygr6S(4y@^o9+mHV5XO8cv#^YEF<)~yIh0IqQ2;d;M;9%T}JszZobRyBBOV_V_a=$r~B2 zGlYKvquuMkYuuDHS!4*b1!-u@fuytQaON5h>`=GDcrvnhiLqV?-&o_%kh%7Oe7Acz zZ)u#I!3n9SJU`qi^~y=^NmGT7J}FE&W(?5lx0eXYzUVcSc@3vlO^av6GkT+ljg#9{ zf9?}VaFj2iPtVdTGmpVFx$XA1ckr;V##C8KpPbLiV&H=3;am-R!xMdipBHly?E3Mn3-rbpU|I|h z+v=8nqR&30FLc$`EC8TG>Ldj27EOj{@xF}JX(C>IlPx?)z8Ny~co+Ko?BHa2{?k`= z_)m{71J|fdSLcP(7)~1iS%OJYM}5%1dADbdAy->txt-6k5m0EAG2~x$U=T9>$A9!2 zwRcwVSPcb_M+t1_H7|o9TVVQiers*9%hp(Z29i<4s*2(WE9GZf zI~+U+LWu?8X~{W;rxk($SalwtuHRl2nIm$`AY!}?=J4b^Mj}dhbE9o5e0chJd)nUG z>7KXixsFhFJ|O)(dAL7aUtLcB^8fp1-3?5-h5}%~ML)d8u||@Cig;llLL1mH3z?LT zCdh~=I%eEv3doqiXigt-7@S5tVayRphOu*vYiD!ijdp_}_^Of&uEtzO=oaP^!PuRt z)r!Fl99d$b&6ODNv0@-fCb*K-2v%cALio@?<)`8+US%V?bVNz;W-0$FlKj2$Z=~d70!A1hGIAE6A}tnM!|R5)tF|2&^gS| z2kx3d$e5~h)33MlL+PR+oQ(pY?HGfnJJN)*4)c?Brj{Vx&SgxwZeuMB8<+^6H1EiU zM5u$OQGk>|rhVf{!;QK{{By305$yg58Ck%Lqrpf7^e}*NcQ>kxtp+_#iFrt=FSPA` z(4jLvg$p$oV96jUv${LK>AGWebMjD=@3H=SX#)F#z>J z44j7CgAV8gUJgVRTHdzV-P*EqVw7ayq)sS?&Xece^rSHccE$T^6U@VBrT`jIPL;0u?3G69J*l6Q`Ce&>PmT|AVu~ zKw9>s&}_)R>>WO{%EEbaM~^V%#_61FUH5IzeemF#R;ZW0H;u$pS>7vN16SY!&o$bD zA=fZW7zezAOfr!}AI8p1_hU5Zrv0r1O5vk-Hui$!Kq(s|BO-d`kf*unWgpN@5{Ht}Pp zq%Rwh6@bAdzNPCpn?Lx;t2%AFae$v6oK7d#ANuHBdx>y@hCZXSY;?35 zbcHq^=NdXFGE{(TBe9FzH`@vr423E0kR!Tan*PO~{&sQn<%^?EPpZ?BwT6ey1Q^rY zDDuW2mZnk#95zLzrW+N{;WK||*8n#-V5iW7KBM>WvppQt+VogtR$yZTx8f(jiTFDe z8wl|vc~>Yozq`KjjN+y^w>CG6LWX|36dz{cP!)-G_Z|=RUE|IUR18 zxic8d0D~|@B9cUcK_o2_1}R9S$}Wkr;ZP3clKm(6{@`+zOEx8|Ovx^nOqU2#CPay{ zswBBeRklC~BuD_1#2}b7VSt!;Z>JMG2Y)}`wcj4>)4TWH@B4)Hti09}-UvrVsS^)p zDN(Dm-UN_D4EgQA505>ikgunVfkQ{j=MNFT_R0M|T8{Vf@c1;5-qYodg-S;UF?`P9 zy;z={ozw^th!5U>AJvv${Lg-=MgyXAIju746iO6en1&7f8z ztwx?2NqJ0*TX_BT6jQosvHV8Fe&#+S-pDxID8sX5^D2^!Oz{+bxGpQbmupaFO zE(@6`iASf;x*}S{!aF_<(^`ZE2CLrZ+0*evQQ_aTq^`in88KB-4~z6oKr6 z0~7Sc*qJZqtp}Vs8PZ(R&zQG7aWnN}Om@=v-2)G^xteBbKI44ljx1an3ypF0DB*mJVaRtG3bf()aiGe(!Ci5j{w4|!jN~4m`iXFa ztmVU8E}y{r7!kWQ1QwUW!!iyjkhi&Asb?7}_^~M04i?JvILi3s%vQ(9O8Vw}okc$3 zZ*VZLpB``2OPbA=oP-$?{Go64J zII*Ukz{3ETCS=SQk?Ozw{Z2gov!Yx=?BN{;JF7j^I-ywE?_!_W9TBq%V-Uy1D7 z<5H;id<3!qc<|1Qh(1Rv< zTfNT_^q>_wxzlLTx5n(vm~+n1BS;zil;g0s%$1;Vo!))9T)BI=_pyk>d>#Txw_8Ek z`S37Mg)eUg*`{}k6~k7h)7i=Fbv$f`dOODAuZjXnm*vwgFT!TZuK#*lR?rK z0prO_qjNMcy?zadFqqS-G7Wsj(J|%bTZSMPcY`}o5U-caxsDf1ebm5Zyghs*hFFTH z^MBe(8)>$}uOfyf%-)T(gCCJFr{XNi^nQc^Kis){yNvw!`03!A5-Yx9V1g^k?s60{ zI@+ngh)`IKrZPq@$i+pJ%tjjFv@2^3FbbVQbl(5lC<}C;s3=u9r#RNg2_Euqd7J2l z6H{>sEIslx@G=yQB+}2DTvJy1l`^nU2|n-)fdqdS00!Tbrbv*oGW7!I7F;p7?lr1R zO$wy^5x#&^yFEUAaGVIz6hjPC$`X9uxN`WwV{R!0{c=LP$fm!-SAp60Mq4S<%vAV} zLkzBG@fJkz+#NX1$ZNQ?#$Xs9shMnz7DH3@(x-)m<^?(JMqMYnZHCv;yL5QF+}hi! zGDJH#RR(SJ=X;9GJ9L;eDWl8>&tnLcOOf;e!juI}zDpB(r&`OS4_yK`#;jjP^u-%; z9mAO+;^QZYzC40bn%aUWr!x;hHn{Macem?drIcC6$hk9)1|8|w4K%_x zGF6PHv^>~?>_+}6Uf#!HaET8&m+_}V_i^|KuNywhCmE|_ls?gx4A8N*+o6T+r=0V3 zdO+6VGzQ-J6Yv!Op+ONi`ZT-JdcJpGe`NNP<4LhwAZdI+rT6fSOr-TVb`%J&*KK%kp7ys*`-S$+$kd_NuX%s#2&Cad!@$=pT=1tnhrtWau_d++ zB9k^9kIZok0#jfjcDBRXCC*@VEE`K6(x!2+1u`@>=$M)p!25DK&3kta7kkYK8)mdv z?b!?7!kZ|utunFgAyyPSg^Ks#v>)@Ls~6XYl|(TU8qR{K1@PLZV5AF0eYf`ZmfJ_S zJDI|Xw^an`{vO@;gcXKpG%R>uR>IhhL zM8RT2SG~$SDNh-6VMGW*Ffj||fN`vpowQt{ zil^Y1B9dM2Xj@jZiR;>>oeA2#;`HCLsRL^7~I^ynl^3*S0egxbVs2#%E`MzoIkL8UV@Z!aT&No;fx_T z^m&Ez6duKUeOz(=M6Kzu{K3J->t4+yDq-f|82%7Gm3E6;F{Rq(5e-|7UUA8;`w zUX4iljuJ_s%1PitFOCN}?)+z9gD3pu4LA<$6ELLxn~7u`b!!2i2*XYaj7RycpWPocD%urp$(i9*>aG^*$OYDit8LtGK4SJ{ry)q{6uuoz)E9N zYx~<#)T!g}4hCo|vLM^Xpms_waMkh60KrMYTf+cWEC5c1kZwdj3boFp@qn>SFzDf- z0N^e2vf?6ltGk-wPQ6acq=B2MxWlldKjX$jRzoSK(1kV$-$^Ts~zU`aN(g zSFbORPoFIx-Z@xaK7Upttp8?Q(l001K{~rz^DKBUdpAytcEbc+D}bOlZ)hh&=d?3BA%#N^d9zH&;jxJBfL6M1;8NdQEb`U3Ww+>2u z*S)>wQRIOqI-@d1wqh4K=^TPJu$DD5F8B~2T|Au=P-RVAg9o%==D@qZ8(x0z=+?)8 z7I}L_8wPjuoW^YvxGH^>*Q+$hXw9J*ZjT$HeHnOUfQ4-Feqa8bg$gQOs@HEYzW7*RSmNd z=-x};{xGLGZ)D@uQg(h)+@!?spl@JKU7oEpDNRfna4s+i2B)wHVHZKg zGm%0BEDVPk7$?jJDY66<8-^uJR*D)2Wy~NE1vIeGh_fKG!SS*>)EuD&CGgaUB*J-i z_B6(F(p-d!0XmM5^wE&P8*lho9E)QD8@h=a!ZsU5OmB=`nKvFc#+G9&4uZp!p%Cg! zr5?I?WfUzF3{`+vC0Ka#UA93{b5dhViB-hj^wpa@GBe z2cJ^RBK$^UX{Sa@pMlBPDDOtOq0_TO7hP~jDF&8C3h57?;1hq<80WKa6vp(Oa%c!2 z%7DprW&4N6^4sN6m=whrfQv9T9_{nw=>dguZ|$ctmvW-Saiz`iiL5My8u@BQB;yAw z1JJs;S9r_A>iJ7sxlsodE!`j{X`4j(9}mpz=w9oFAz8aQmlfU;wpdWXZ$ip#(fcIvyOZEQjctKI?Eer z42(TCH6|Yy!}OoohV?m~NC&*>Hc_kkLyU zX|uRMtBn7PU;2&)Y$pj|z53L%@KNy}S)@zwI@+a~!m`>zwu5t8XEgngBRY_Q9+|@H z^wp+(>Zva~i@ycL_>JMFSLh{E;-1K6jC4I3T>0p|+aD7n1G1-)(ie4it|tvE7|sfE z882mG&@)(_BIe2YlOh%12YcJg>FIg5+rW)z^B@L&H`kq0jBp}904jg)Xn)z?+b^(B zp1xWhJU;0h1ArMFPb;#o@UQ=^U#}5ksL;y5N7&#k{{lOpY+ zl9cPwnQ24q5-SB#tVR^GsOLrC5XN|OxeP~PD3hPL$Mp1D7mcO264L@cUKY3rp?M^G zo!Phcm3q%pjS<%pCh-C*980xgM$;Y?nfsIxyztVs#Z&eUAC$OKLPi8muYs8W?NF02jQ1 zt&1(wxAAZe!2r+bL`i9x}w3AOtT{%k0!YtRSa8thqPTzr|Mh@~XGrlp9#+o|dGW_nw zNIm$V81Vx*OCP!^G?3Ew3HFXX&2d0w%fJl|jlrV=a3zZbC$c+?Fr#*Ia#s3Et)m0E zVbamwi;+XKux|Qid`8dc-&-k)8>iGsP5IJ3zXL(r0e6PeG0PgDW2a_PZaaKHaB`_Z z0{+*ZemQS7ih)aAPAi=tg3qNoE&Bb&{gXy|@88*9o=1imb9la#a)}+A2qr?=!Uy-U~cBKwj%bUTlr$oe3}lH zm9(p7d-uk&o6p18vh5r25PWjViUYhgM!91wPR3sS@K?S#dKK=UJ*`f`B%DIyf-lZE zdm3_eE?nl@St59E0^f8c_*F`=UTt_q{ zF#ie>>L3t-qXg=yL4E3lliN1|tHBHG;KEdt9!BIDb`H4hgvbaO99YO!1#dv95Alc! z(G&uNA_7ItNMceB00Q&)7;tGQ5ucQxH3kqP%g|#A4LmQ3A9L%!+gS>)9>)P0;TnVK zIwlBB%M=U|C95vFxL-w={t9n?W6&Dzv~xKOhaQMjVIoL*QzTwp{1(PEN5(spqLSJ& zuf)^ESPnI4rXts^sFr#r;Ds&Y(+{Q{r9puKe50gO&&q!czAAG#n`}Vf$!|`_7%9S& zPBNBDfyaEP6s5L$;7ai0dxaovQG}dMv~Hvgz}%xiJG}JmO}RCSLSsUP9)X8;PSN7q zcw`_tPY9Q3OB0%u}|QqZf?avh%Q@MWCN z5$Lh63}2KI1E_6A>iqfhSuB_`k1w3=2RFfCXxkKO#vL?u>JIJkWw$;B4&%`mI?X3T zAG$^6z~8kHd3)vd@MXrw3GltR4D8hX$i|F~{P?Zrt9)k|IB~P41HS2%lb+!R zw{(iR?Q6@GlnJnHAKhG=6ZeAuz*c(XkCAsD4d{n8GG|xewp*D4zg6#5efi^5!XJHb z<=)Z3$BbY1gKytxl-(6}0h)5BPzd}puua( zjN)MzC()-#j%$PRHm7_ty!i97bm;eZ8XyDhkX~b~mO5j1uPJ0+@ z`WG3LFLI4QDTa68g&-?73+e)YypV8#!lju$&=qQYU$YBvg&x*%fW7mNfdv=UAce=I z6;ICRgem2X&R8h~ktiH?4MFbXLuEJvwttyIx}0%ZVA{H1&L`doDoZ^E<7-r(wvkTCzkUm zvW0^d+`KF>^$Wl2zxCB z2Q8O&16up8vza=s_3)s4hsWxx41D?@MLxO#j}D(2Ki%OvnW^mNyK}&MsEOZsulk_- z$Ly`ZM%_oCT78;eO9=tJwKF0&vSq*KP zOZS}R&^h0`HX;FsAQWCwZORyD+s`ks<-1JA=(%uL^;X)<2lS|;tWUpHE1)U!l`ns8 zaX5^1N)H~N<^D`ln0mIq+`2H2I~LGd^CajoRJ4%gV2I%pe({lLzYYj{mG+H|L6;#P z-U)nQ&F8h~FAkLh-@xJs@n&W-X6qJ)r*iG+VDDp{*kWW=utCo+M52Wxc^()Km+egdU#l`Zse)Ydh`^BuWbbzZ;9-a`L4|74x%ukGBQ3Cm^FbGkZ zBXx5NV=zX>3mBB zf+`z0%cuE9c!C@AZ0Lbz{yFJ-~ebXA~>;ds~7xP=P!MZ z!!rHDBe|DyHU{uA{x#^7lj5UaLLm(}UK z2rkKP;Fsac@M7FzyfZdaGcuI;1+T$Jb)4@R2>m^HO4J-$UJicn0lf=$(}s*PypnNa zhg;(z+sbzF>8AZIrrhw?@ZXfLeh72PM6m@fPK4g3-|?$IpYu+!+{6!v#&Jh0(4alu z(5EJ}FDrqr7JeEpzEQ8!#-W?VzUzx_0S8`kK6)iAW$QSlUHAus&cFe7FFNlJ{lOpa zbmGHDkNTi0&gpgxto3KO!y>l^ZlRxb8?u)`X|^`9KrgXP0EYv*LEtc}<~br0t;=qK z2`(9NyeHG;fH7^L8@pu@`F`xBv^`kK+m#sGkFB~p*x4y^y;QO^9@AP`H^(uKFgTj9 zXHf_E^B8Y)J{TPB?KzHn(hfelcN7F!eDQR-9OG>c4!{hU^qnY!aM&-50On3T*VbIX z{_f2n&^DRf<>d77@;83Mpr*}@Vj4ATQfVmyXq&Plnxdu>*z z);rc_Zgc@g+iuO4rPL@XWe|D{)DRpysfW4!)=wRXT=R)x>Nsc%gXBf&&fIo{M7jKS z%iZ>iyHb}T@1th(v&2mS0^x<=9E{S++qJZVHXIxH8HG5)#yd3TD(#dd5Ex_~kA9_z zu9hX|zL)=7C-36dIDwe{S7oJtePG5q7AeDUR9O>_yhq>%SBxSUDNyyRQ1WtbeVI1t z7~!TEm{&k;|LD};`FI%yuKSsL1RLlUC}~fVO3obR;Fqu$H{ii@8QZEHltE`6KYAJq z^jd8ydYiq$k&7zf;hP>VB<+_v>pZE~r6>wt(@bzP3J)*H6sSweI|YIcX-9PSyLoY* zKQKz9sc!Y7D7sDojQUVF*XjhNU45Y!y5d_jH@@-kQz7q-ZmMFhz@}cBtI}EdNm+H> zqtH#CI6#OaB)g`aF6K-ba8*I30T~c@x)Ob0b#IC_IyCOmyltkh+#mz^T3|p{eCJ3u zf=SzjuOQ^V^a(y)`%IT@+pF23)`7A~>2t4+|bKpC@<9n{J zx)hw8`pRYAU9BH@$YrNL^Se_bX|D_MVgzL_x+pho8Sl_-va%c{`UY5dznOx-+BZJQ zZ@eL*2Y1(&q>gsz%z#wUFfK3}clANa|M-vo&~pF&!{y;gg3^YEkJMjznUPX7JC8x57DkZRdnX)*>DXd#@AWUc5 z=Wb^WS_zI*pgQZy(c%8b4uP=eZ$Dmu1zZ$KBbG~Ho-mLOF|-A1JO&2dv#2x9udT6TB0mxF_Y4D`+N z-rd{v9{*o|?Qa&rh}48^%8fAO4f**GuX_=wUfu{5JE7_?UbHMWeS@C6n$ zVPLBWQWg)?C>Kfa9wn1LCc+)zBv=?rA9VuSC*g@h!%0b7gbFRZ(^JPJooAeNIKYxy zV08}+gbHKGHLm=n_i`)MUe?46||BKgD$u+f=qHjNHhhX)vUh7PaWUR-pi!0Mm@0X-`h!3TZ?UsL0`M~3NaGT=8SZWi^a zn1b*gc+rHcfCvBKRb{k?|7yJHo_x1Gch>VTm<(912Z#D1%gT59FSsUCt8uTL@H=%& zhrDZaL%-46qi^)-MLvvhO_!Ia!o%gGz`62Rby3EvZ*s+9nYB*QS-EE%#)IZ*et1Zm zd4Knpzk7M~_;h*r_@t+tI&;FpPp8ERfO}Y4Y?|nt1E7slPniQ-aK{-m)dqK!*?fmf zwpQxg)G;($`@kj_zR-j1+}hfX-iU6_wc@z4C8KJ+g9X9kbX>V}bojBsnma$(Nq8R> z!+T&*cEc3cuX*BG8pyRf`+GIG25s*-U=H%zfP?P=AQ1)chtap{_4xFx>BED)y$B;j zj=|v=Fj&&+fUb8Qz}AHc1n211UXc2F`K4d^_4WnP!Ef4$awubs(IL83;^E*P#*sFv z95M!oB&=1`u$8yAC^3xR@A<0`ZrqCZr0FaAPhF?ZHg&^i>PTwANpb}AUjY;kS!*OM;Tm+QW2Dg3MUu_ zk)bCaB|Jm48q5k%X%vA9{?U`sP;b&qzUR6Ij8Xl-j-fd_m=IksjQ%-jlPZ-LNfmg5 z+x!5t2;LY5FM}J4Je2i%r{sos6;MjXeG68fwH>I4LG$!!I0%^cma* zj9i>)6ix?TSQV0mKXpX&XH0ck@>kwWISLuLC0$==6j-hq|71Wao4Hfx9}&{d%x~x7 z2H%x~G$j3+uelZ;2|R1|18=xaniv{zkZDsfUDFcW;_aqv(=OaLLbT{GW0Lk|T*zIO zX*wPG83RSXjQ)V*ar`>gjw_?jCtedZH~PwFjZFFnQ|Yso4PJc35BXW#nDDHO=N^8c zGt{59<~us4NcEa&PAyCO!n^kLudJh`J!f1RmlGs)YdVXZR^GH*`2g=sxsnNGIisT+ zCYpwW!kiv@xD*D-TbXW|4M0du|J3LNA^BOIF>;k(Au0N;fx(oUYvnPh$?u+B5?(?D{ zak=x~2m8AL^m;tC7d>y+eC2n2$K7!AtL1<7ulH{}_O zMl5Y*Uf}aKS4%06g6AY9%1Rq>L$KeK&u`_ujM-KQpYT0V3niU#Rp7uz@Ohm2AIAYa z6~y!b4-AoVZ8LA<;f3c`>A~MIW_4C0pnP#&JW>RMKZa&-AI5Eqgg**4!a0tbe?ueA zgmT4YXaM&Zp5ko%l!pf}64K%>pQ+qFD;W9>K89BY-Zg7A{V(mi8H<(~xG8cKX3uhH z9^PgwWr*|%7Rm+9@OKDHx( zBJV3V^aX}G4fsm=yzzzKWC1@6uW&YuZHzGbfI(UG79GLgvkV0&Ze;LTb8=2pQ7 zZA0sCPaD8FSTtvBo*CdfXQH|^IP{ww4o*f+MDG_D&x*U!FJ%n}ujFIs+_4D;O0|~l zn9?u$;v+Bjhc0O=v{HX~cfIGz>}GPUfmGnpC%)KAFzQujENz6%%SXKyIJ{jTtJVu? z@14fXwP`-GkaE?(`JCyjfwzH4`u?YW>L-?m4<2_Nk8>cLgVFJ0=)j`g+6`@HJfJnD|a3l@)So?G2~mDmCN*JorkmJ zt9yU!_k8*7K@9m9KD-@|ZanO7Jvwc{d$(`RVvBs|AxNu33UB=DpFSuP-rnCSV~dvL z_6O0I`nXR_`1Sk8%jFx}-HQ%U1k54x`-#|j?+l5#w$FU#gGTKSkB@7>oYwQ@FWd{k zo-Y4~|MM@TZWtp7dqDqyc{kku&MVtxaWx4Dzs+5 z&>GA-kuh_uY?VcLyU$Y2SSX$~(&ISx+-|rE9OwmxRaVXd_xUqz;dg0FPqupD4u5bA<{HJ0f$>=B8;1xCflvFUzYaqiPqb6cdW?=eFkipUsT!HC00bs5HWL(i z2MgWC!5IU9XT~s6{?g?70Ar0qcy`9VX0%40!2ploedS(YoV04_A0DzwdV&)2H;W5> zr}S4x8tmvU>(lHDV;6eBhv3Pca8GkI7C1IOK^a+K^tEIAu>pb+4d9OBPzN?+c=5tR zM24;$6Ep%xgBTU_Qg#qE_#fSvai?GRx|J*VVsMd!Of>tIALJ8azz)CYkpJ>~jN>>y z#v1()+SkzpPp&CL|G4f*V!;R9iq9GPIwHYSk8j0~f%!?``n2b)hlkUD4}%I^nC3nfZeyvA=nAdRvETr7s9h>^<<+JMV@(lP>?t{BW0VMSJZ~WAc zy>;gAt(!q+5buPxuYGddjz43Q1O9i&l)8T1G5-&^h^N`Lt1LEAap-CDl#y!p=d8Bl7x z+S_qvC;*79LD;~Ksl6C}TN9ejC$trYac1C7dkExZpE4q23PK4#0l)Xlym?7$TRF_V z)W*@lUh(HxRxqZU3WVqf!>UDb%a$<6+M-B!d>-V%v1+>nDmYLM)09DTk5RU@YSPYQ z7%|?heP`+qtxluJMWT$$@-~bYd{6|%Tkz-{fzvo3=%`)MnR{TV^HN-l&{k1q9F3eX zVw$vtODdgk&NBcACJ#M-DNq9x#uc%iM=`w)9wQ@R?3<;04~NO%E~0Rr#%MG}nF4Eu z!i({OcVjf}Gg~TSP-YC^93yfbyqWLfq~a4hH1K|nQrcE~A za$4Nur_~vtG(~Av-|EN0C}RXay2~e4>KA6`mr)|!hOVcm~K0{)l>CO`m7mD-4 zNl*u^I^tCGok4$gab81iP!CVeTJBo#4QGNUNER5tt#QMgUmM(4fE|>3(?bn zr^bBC9=jmuP89ZT7=(~KY;?yk+8}>vx&Qbi%(fi{+DC`wA_KkrMk?U)^2x)KZkw<_ z@ADttSzc$b9vYDT%ajK0!7GnX&z7%$^FjK&y4*QBT)yxfpO5nJ@c6SL_QX^^2j=EHE-2w*_3@uDvE8MB*9O`mvh2I0UU zydH?HAcU%81jZBP5mp$&>=o49klrqF0~@0?^F8K3V>pAqMm8yd8Fhy zS{vE~{9=~Iou=!^}V7!>?qLQVnPP@>?Ve9?&l zmu;!g0Vs5=(-9nDR{f#@ZbxZ>uTU|}5OfTNVJ9n;wpk9FNds;N);cYR0nhTrSfA+m7iaId_H@3dOkLfiE3 zymfNhg>8WiE;wLP-6xy5)gI6l8C3_~8eK;YtBiA>F~pC4YoooiFIkuum6-+~>6b2m z{}e5+!3mf-soI_(W}-`V4#J-`Y8g0~tdD_T@=7nlV|hJg;h!^OHxb@Jua}7iwO3t} ze!y^RA0KZVoZ{-~^7#0o59$Gr_UYx0FLjL@4c_r*?i)isYPha2b19%Mem0TK355i5 zq@6DK%D$=BWsIf;Wb!I+DZ}}2jr<&DEP^KbqbIbbu5m-}>~4^C7}%v z%b=M8Hg;e!{@?VHhuaQ0I_{QY(x z)ToNQ8J@=(7$SJU2xg{SY(3C8B#NTkx5&#tMfJ}jFgLH*HytG&gC+HQ}DQwC}U!nklnS}g zQS@6u1kBq@iGFw5?#(EM3US_L=)fncI!QDsJ&#E!IgCy?y5J>mN*_~k2DV}p3BO4C z{M^yHqku)33_Dj%TVZxB&<64+Axo9XN~&)1_$e!OI?;GAb6ZsUz|+aA_+F z4L(#NXf=ir6pF1;pWpdJSN$^Nlb*U#<;pm@-WAK?H_8EC^}FJxv`{}7^nEfE!DDc& zth6J8PjTNqNPD@92IU<>pE6ZO9a}kPaGpLn8$5c^nKdTxE2U0J)UXB)Muj4vjP$WO zEKWf@i!nAv_l>EMLTbN$McItOUL#C6>|9u2GY-z4KF~ya#>0C`w_*UmP-i;*8Hqlg zh(hz*BA_b4G_g9}UYw$)$%Eg^aqgvsGn_hHRe-7c`~|}s#Rit(8q5qZ8W}%F*h*yZ ziC*DB*-5>R@*LPkwkf(%$iNu|4IajW0hGPI|BeoB1$X4b&X#$mw+vDjIRyw2Jszjf$(}MsfX~oQaACZhPezkI z10RD+$9dpV<*Cs$Cw>eyK4F}l?_ul#Ewsl2fqO$su;8@}dB&W&oCpp%o|wJS=|A7e z-JOH|^u-aO^WkEgNmGrUk_iq54IDDBr9r;Sg1{#_jV=sK>5I(cyEXNWmg?wRyJ!vX z=wn)_<4@#@j_~6}K8%m7fuGY`J)8E>pR-Euh{VB+@O2U*gAKR>8y%A2SB|9atB-sk5MG6h@Z8ze$0U|xudh6y^8F+hVXSot!tbG0S!K1V%rG2|f z91x#*@6PhU-FrQ7hBq<_|HblCKmG&ps$MPs;a~l$?F4MP!vqMjw-d(Bh!M#rizsRP&B1U@lzbf8AQpULFgT&)IS^pe zpGV`u8Rfx9VEV_$=fx?Sfk9s@uC%uraAm+4dr;Wo;{$f=uCvD&i>AOTk4lbBTKI753i`B{WZm`-#X2yL+0US<{}dbGoHD}+2znt zV)_FYIez>&bk3M$=J2Hxv(|$!pcIdc(-^#GoW{x#vF1Ua<)IiwDeRFu{2CsBi~OYA zz+QPydHjRQ;O21CDR!nD?e7(Cbt`M3pUjYKg-*eXCLX1VT4?B-{gl z19B-Vg$KLNBcJe1htP3=7ImBU17~$t?jIfOmbP%EpNl86-HRb8JZX!*Ku>Zf3x~(c z%Rwq**tH%EQhClA4vy#qCq9Gb%91e}Q3IFsSHqf5@+p&uAK;tp&Wrw_Z$e{C;R<}_ z6Mxd~%CaSPR=_LWV?64St2(FpjuW9`9r5%@e~f5x&SxD@^-%hu&#DV^oxWnwt1E*` zj)dd2WfH6>Qq~yYrDvrmmo~upJ>T~O%jwC<^6>Fl9Uob<+MBeaZ@k0Fqu+GkD0+<=_6sx>)08Hu0h;phL)TBITl&!E*Lz(Tcdly@AKNVIFCQ` z2Y>ACQwkuAi=hm}(s_VUl-(pB;QLSuLKtH4j3M*NWf6;LiQuKVSpP?*gnK4zp#P^#mcBuppRdrx7ybrEh5!jDX-{42RKX zVU=-RTE6z_%uQnK)8GejC|inz;2K|zWvS9SQ|38A7*KxaRaIaCUAbZ8E3_ds|)HGYctX59V0X$EQ!KTrru` zrM%$I*heu8Tm)7{hV#AK`^#>eBm!$pjXE<9j>V_ zj!|+PZM?v-lD3oGA<&GjeuBD=4=;0g;92$tA9!is;zj(%;Cb~_uR!4^L$bYVy~|_; ztc#$X#tD%%ia}3Q&H!+bp2uJX)Mf(kZd19znM?%vdzp4R*Pq7GRy|n~JpSOp@yO6? z>m^L<#Lx!MXbzS>LNZ8VXr4azP!Z{I4kD*_~E+y(BDk(=E^-;whoR<$$XP3OCULC^P+cxSu#g<(21i)Rz0@*aiU4(@Uchb zGL;-q#>u0V$&IHl*7?}zO!7e&jWM6B6aB!b(Hm%QYE<6`yN)mw42Qm{4Xvk7^j5DdEO@czG84IjK@+BxH^*d9!@q7w#_Kd~C1#>qhXG{=^^ny>EGC(i@1&E7(t? zJaOrRYiY#Bd)rTV!S*#`h|UuSp*OEb@kROaSi>S=tT0bLQR`Yf+el-2zP4OMPQLKD z50aOr?q)ptt>rWKZZF^bDPSq!iO@F! zp&iObdMz-+yS6c+Cm4B|u2_wwG337*MlXh2!~#E$W8jUA=TERX0dOdC<9&ua-J7`` zZaq6YtpPO#4??(mYq$Ho_ja}$730-eWje>>c28&erNqJKIvys7RrslE2Lz)ObyD~# z1b89njQ47Q(ME>B{&-S4%7BNT@#RnZ(p}0^g1JyW%B>9ja+MEWrC9V~x&j|ih7+xX zcT)#l@Ea8`I{+8A5BFjKw`;^qJxNhhI_OT3n@8_lblO0dy=^OSIgw~Lba=PgJZ(ZM z8c-51t;xuBJY!Lsv2c1g?b_d#p^40+eQOf?(fEH-B8(q4CE@h-~ce;8~g$1Domzi>VxA) zf8r;?!_SxB`R0S*H2OWdMn86e*bxS2&*F%3b_Gt>uYmDr@8)v)bmRv-jmpEneehOz z+G0@DX+RiRojLi8!Ggey<>KO^wu)R^j{<&=FgJSgYrLj!VwILlf96m8)Z2?hbScvY zMOBb*8_VJTK8!ENQ6gvO7w?P$q+9Sdk8bnF6m7? zbe{W}1yffO?WgR)(XHjy&Q1yW=+<$zrJc_dC=;>RkjNp0i?d~kM^8WPENxjVVa16#x1_O>(T%hyy zL{m>M&X?D@F6wfk;9i8ocy3&q#Z^s-#hIdjkwZI!UF<~h5YoVi{`p;;r5sPbtABHi z;xW(5P{1QxS&@yu2z3p6+9iOO!Z!rJMn0d6u585f&6b{3iRfE&1ToHIuot_}DM)+n zp)CV6Qv=n4g;9iHTsI>>cMkV^7?TDGIQ%&D2QH)rn?esX&%#%GTXANi*vT4x!>h*0 z(8ywdS+)(oG?S25ol%AjDhh;t%HXvMuAxm0k5Ki`=K3!Z0!KvI8HQ!7w+CZ zs6+lHMxZI$w0G%h`p$UBfYf3aT$wixo|>wR+>7qvW1atRbXJ2N;PWQyUTDbqsIdzC zGymw$7$r19JF-nz_@oznYHKx~%D|64YrJ#6#xlRXlr=8DT+=Q*ZaT|r<*xZX_ogg) zcDn{%{DQve&%!uPotGjE+88#5eGH#>^=huy5C*4y%QzMe_{fVfe{}jJhIi|k5L)Dxh>RmB>Tf6yTKaMg50wWePMPt+OWyb=>a#eb z53k!_oBJJ8c(D#>+o7l8xWw=n3*!j)JtQZ8Gd`RMn$U}J+R&S9!iN&-;1vN02S^r+ zy+Ug|Z>ovi0i&jjvSCsXPfvj(O{aVYsKMNmwct>vTFdltx{Pt!O!xg{M_3qe{`5cl zrp|(?S7^C;^ z9JZkwiN0UP7<^)1`X;5ILrMDEjuyd9>xOE7GQn!;rrc3`^*2?e_R@@{i7MeV*||P zH_ww0h!ze~7gA~ff(Xo6fer#88PoB6Fg!!AVQ~^>V~{WfWs8VKQtrQq2gF#`z@%P1 z$S}^$7|G73r7wm-Gy_I;39b}gJ!SB2;ADjK3nq*(0v!d4=~BlytK_aLul^ zU+}^y8rF#lbXu+B75w89^}Jd?pKOV9pC^(VgW;v+rZXetXu#QlH<=ZJix1$n4pHz5 zx7sX?Ia`qnRV+MZcy}VK1f6qn6ywgx!n@#Zx;^ybM4d*#hnu>i0N!LQ;HY#-J9T`* zdw3dedFhv2l6Sa}YCQ=qOqr*wX`zQ^QJvs)^ca2Ox#%~ph3~ANfg3y&nUkR-7nlA=f98+BefIRCLgndcVb$fs zdq>NoSpKV56HNutj=8)PZ@|M?xHJ3vdll51A@J2Oxl`W0`QUhY6d@J?0#HO@Z|(Ca zTRjr zd>jZ=;0+RP3_8kY6l$3lfdUT$ieV^8#wJ5Z`=gA#J!k@xO1W6D);;f=HYq~NX$(f{ z>pxwa18V9CTM>*hYuZZRzORQUFr2eUhB64q`G&bf+r~#osHLW>f`fd-KrE$==QpoH z=d(jK~&F}8BN9(eZ(!C6oMj3C)AuE z_b7G(%k%XztMK7nhYZD#gdVd(cca`>HsDkUCL$Q`lhFX@d4$Bc{U&rCo&q+8$rx@1 zrq1sLX3^)4(~w@p*v2_Xfu^Qj;R6uE<6{X%-{WQ_RVG|ZJ95|O)aT}^Yf`1SS4Ukup}+D|UdARPq%Ve#1MVKB zzZKdV4_$+X>Z676l4pGFp7Iy#QB{H%B@e)Aok(2sK{duL8p9Z%B)1YGE+yc4X*a(RKVb^Xpi_<<7( zQM>zRb-)4=`YWfu!A0#~bvDExkVLtfVi);k*yLZIJY$rO>C-j=EmonB9fh`a>;3Xqq6s6;ZXD{P) zr(KKUJW4fU+VZB)x^_cG?0J6w+@Jcxp#}kZz1%-OEy5jKV5PdJ@a*mE^n{vEKfRwj z0WJvc{9Zb?Ma^p4y_EmzH}5a!&z{8qXF!<0quOdZ9T5Xnkz+0Za&8|UWYDL}iN~jg zAlitCgamKsv1Y?9X5m=babw+qg$~|MjT$JZY3@rR0Fs9+f zuM97eVA*K*eY`U6Zk!N+1}$2e3XN+=1%cmCd`Y{f2V-*f>Y&u&U^S}a6QUq zRrsT{XIo+W2)x>=vI!h3U#=M>+Qxb;jK6%F_KJtRQmy;}_r?J)c!J^K)G-L~MBz#CTlnb^A!{=@yxIW| zCA+R{uky^F?3t9}+1b->W4pD#Qy9!Ij?rGaO;FvVqy0F@b|?flfjb|iFPVT-&R8MN zec-fJNK-feUcUWVjAh zlz-(j^dVOYOL3}8e^`Z&Z|p+x?0K~F9%GhP@{fZ@M)Aeqn_SPC82T}%eVR6#7S0Qt z=1sr;;IwkYL19?XS-;@Q5Q`sts|>uM-MofJDfXSM;34>G<}ox9olD2wh{FlzcfzN# zU<_aY9D`nrk732LtFz=~N~5|VZGqqG(&fRO7nm4Jc&cpYx4_5x9ng(lp^NB{I3AHz zMp13;C==*Ww{k%_>t`Mwm2&y+4Zmnp9Hx@K=o$E+C$v);4KB$Vp24GqDPtigTt{WJM|wS4m%-)K3sZ zJ=jUTr^`{CHQDlOVaxk*C|FT>3%1OIc`p6gpZP;?pT`hG@^L&0uLG-TW6ThO$H!AM zPh(IB2yrEX0q1>m`*8WquYIEuB87*jfRyrU1S^G}f$;oK&Q6wBFP;Zsqo6%9l~UQ> z-d+yl=~$5~VmOFke)Q32yO`!*`QQ92Au6wH6e|KFrszksAPs?;yMj1I&D@f-V2PJL zJm=l>oGDjCD#L_ep1vf7iq;M^;Yff5^S=y?;HvSFbW|@M=EE zLl7tpZ*yuj9{EHA-n_IwrZgUaH(j1G=IG6#V&Jas4eXS(Q}UF>gc0{#&!|#HyOfca z)y%WNXq1t$8BY~M>KZTA0mf0TlyP84a~y^m8;)Men+vZn1x7|ho2uVVbSH%<15qU# zI#L{6bsk(yo7j#LGSx6qFWle{uT(9}_!TW(ASAw|SOq`Bi}D_YUL&3It)FszI8ETu zmsb@z{IvxwF;Hu@STCa{B#b7NfqSjJG1 zt)UA%Gh`a2q{zo!7X@9dL3h$snkoFo*61VGIBKgg*B-(5iH`c}!5gW#B?TP?*A#b< zq7GQe!bAxUaoO&7=|A;nkZ>pV zpG?`4Cv&afv3xY3Lyt1tYAHjjR=i z`Q1fV8Pv$~bfC?_!8j%mLr+49li~*NlYyFgq+2#ZhI5P_t8Lt5knJF&XaMdsUDz~? zPvLqT3OJ{0rmsT8w)DDNdKrhjj%_Z#i@sZUoMmmo6*$1qcM6OiO0j(E^E^0q#=5Bu z&Yg8su9I^(7ogE+GACfyFJ9ze{OmvbvvI^;ERP?2Ql5Np@+3Of$$fjl-<8~x;SRn6 zkLf2Fit<$YX5a7y_@5*Kx2RU8+nP0zytO!XEXkx^Je^<)4#?Z#t^H;HrqsI=ES=f@ zEXaSkeC@&Gd3r)PTf5%0Z1@UmNux@alw?eFfzSla9E z2*ceN>KhfBU;M?tR-|Cs5-3Q4D8Cu_&XcDSq>GdobjrHMyad5i!wlLs2JI4Tii|>W z6EU=ziW$H3T9ojnec!7H(oT4@Mg~V;tJgWgL*c28kq8F|q{5kcp+y-bO$T=3nS1$M zPduvOS2qn4JB-W`>dI>H=54GZcl79Z;;Ctmk{V?kdZZ0DO8YilEHpD2qX6(OjIR>o>Z}S!PBiK;PP#Ej=8wqOTqIppKN&HpRs_!GUas`ET^0 z80&0=M;yjs%VZCn2ry{IF{v`iA7v!!!=H_qni8HPRSWOVjc$3neP@5UclXxv-krlZ zB>O#SPvm)YxYw2A_wL-v`(Szhy`%8iPBTJ|mbES9@L+GblSuOJ(XAf2%Xm2ln()-| zGMDf2g6ROjUvWi=rL)}nW~^TQ#LprgDo4dnRg7o zQEZ|riUBX+rSfoOw6C<+EJE7$))zRyYoVnG5$`f6T?dk~_J5;cjdox+bwXxDIAG^g z`c8M$A2 z7WkD-t2~7teCOD3@OnT_>Y1*z71RPn>moR_4vM*bE5T0qj>7lsjN1oWDaYBB`O{AL z4edc@Oo4}kZ2sERDf)H?Q{JXIs~7Ud8|2XV=mTRya`2Kjda*bPPCE|m`^(WY zW+$ChzzM{oW86aX5vl4FI6+5p9YmyDS%v8LwwCDQ}wI(ymasqPjDKCb-GcYpq4(GMoKK+3`#^Jk)O9q}3s z)IMHin)b=NX*pO4)+im`_?<-91gM^T2-;`E=Fe6Z%um<}#aXUXs+fF#KT-MiP6nQm zX{!fPq`buid-mhLdA0o7-~3xu3^m>v7@@$-2T|tci|$a)T|5SXBSc+{7KH1cz+&*= zy2=P6OezNhOT|yym_mIG_mD?B;wEr%*fFJqo|i5WJtT9F74flQp1lHS4p{xaHvTYrt^m zOt*B;dw!F>W;TK+K}OT?p`As69;Tr!Z5 zkp)fysb)k35FEcA*Bd&M(Noxh6TLHJKY*s0yEnOZf|n5^2EF@EgydL+3;WZ?&7>W z_~6k=_|!CL^he4$>9m1hc)Z}}nm@-8!__L!jtZ`f2Z!X!b@oDCpB9*MG`;B@ZzpfA zTckbtwC6B9afU!-LlBjIu3d|6{PO2M_!vVyIzI0lC*_I>J-ppwHHb_f^^hna0?8Ok z%>aPWqSy!#ZxO;Qgz2I9sW&H$ZTFtvS1-?eI-ww}jdDT&-Uk7qoZ^x-5}hqXSC_y2 ztG`;NU_dA`Lb)3Q-sm~P$=g9(gk(ro?cu4_u=~Rhu8G=}BP};7l(`TEd0_%Dh_uX?tWgq0P65@KNjXX$tvauSiNnBs+L89WgDbees|0IRhK!7H z)cFeT^`{V}vZnNEOv57+8HCxQz(fclSX40T#wMTM6nL`$ zX$$S~p0N{3PF7GCfD6UZrpQ#VVrVAOSRHhKn#7kW;RKVkef=d~=DW7ND z;Ppg7Wwk{B$IBl+M`w!Fz248grXSx<)KHp7!J#GIab5$%##?u+F$2VKQ2^eZ_s)F| zutla))8K8psXq$HN^uTb#u3mBdM92uN4HKvV9UiSRs3mu`Uib2?xnyJ+?6L&W}Sj4 zys4=?y4UDU^P_~LY?Sk207P}|C-=}oWs#QORu@mI-~6%_=~0@w?^6rf!z;?tBgWiu zwwV+JNM6Q#9>wIqBGEeBHZlv`97uczPR_~m;MBd!V&HRKn_w_D21V+ULjaCO%;8Jh z$2#Q#A1SL(bnT9fzySATV5So}XXY{)(OJyIFa=%F5m)F0UeBIIo5TqBO`Q3h8+EItvf~zqEiocqo4E1L2OX78NaCtnFXCiWGXAEI=Bt4 z;F7Gs&$>n=%u-!JE~I{?nr~)2bZ{NRw09FeQ}0!HTGWZAUEdTP#5u93mcvGmn6CAv zOXw6%Al+c+im^2Nk$REpI*l?(Qr>uNcp|}5XlpvK#xd9Ng%>A|V+P;kOV-liTMprp z)lteg*oKjFx_SaU_<^YXqr2rdtJO^}Idfmo;Yoe^;+T+eyAuR@h41C_rDs@#-gFUp ztzE&N!4rp(%%U?s+YMi_zcO!vP?@DJT8+LiCD5&|frYJ}9R$%0!IOZ@^v#tY`MxiH z%oum!QGmi&I`c4gf-fqvkF|>=7@2e|inAKoJ*#5P0qErDmX+#`t_wf`fbcWW5cD$4 zP1lGRMBNw)au{w5%zz#q?uO}a1VPUx8cM$e^Y8tg|7!YA-}*!x81Lc}xXyQUBLr~2 zrqMVAVCB_eP7EuGrU+`#tEHq{g1CI^;W9xaG0o7M2BcsSfGVV1MD0>PyyBk8p86ve zm_P3{De3|fSP+r0^$gxzpj^H637(sAM&JSQoCb#}2)q78?GA~#x=FqB90{7Tn1vH? z{ffvk9p~j5FP$;5Vipr=8{!G(+CQZY=2u~UK(5AG)WeWac>05TWhPr-MeYV?flYhs zd!mIgq!-VgbrF-Ye%A?zP{5nIgud$oD#SM$l@nshpJ$HY2|2zIeNbQ)Y1Wa;b-c+b zptOve(Lx)2IS1VN*WiOctIIh()v92vF^W*7jAY18`9ic3yfXsn`%TAA*#~cd*LJ-Z z@xot*)}m04DruU)4sarkpl}?><_n<4sPHLzY$h^WEu*9C`Lfnxm?ay0r!7C zYAn+(=asO_D*0YTi(Vl^ANY}e>U5|5&VOnkWqhfTPgy@XzH9bMc`zwM#wq1GVfZWe zzyfdIj>z!zz%MGl!J!C{LH7w52HSXzRXH-}H%FGyfd_5jyQXKuH*sIffB3S>kzz&TTwfjB^{rvD zqVF1typ5yu3+*dIbXw};S8{@fj2Rz;>G*6;AJd<*97wnp5RtD8yLk5&Ou(`6z;@Hk z!51E%;A7T1&<$yNvB);pmTWWg>}ppOE*}k(M;LkbaXDgEeNpfDn>bF`k8VZ z3cnflTY*(-dGtfz=Tt>kb6(eW8~mkgaaekUo`FF$%~eEC*$AIpTrXJ~_{VS6ap9xW zIMPnndw6>Oj;Cr|3p+Z2T;0GPIUk-{mhb%1mzG;Ssq*^rG&ZyI=lgpjpIcj{)#^ZN zN001ep6x9}nv!iN@bvtP5gjxLz? zds^cMcMd<6P9HDS%DSx@Zp=&3Q@SFd$Zr~c)#wQ^4B3_%1O4>TaSg4=93JbnWDt}a zPjEzx2bXAv_%MwBV>KFDU}dT85=Wq-jF* zz^E@y28V@Vvk$(&zz+{CWA=zu0*m=6JFn6&$bb)Jz)k_wOU_t19S@Grdw7L0VrqS< zFZE7{jDM65;Tc0NyF&>XhgX$o6lj%b$Hq~3zS%oV$&NA@Wv+Y-4dE}|#y~r)m%9cREYnq9%OugU^dKeBuK1R=#KponHuSOx)DFpg#h~fRU-0RQ@=?M~nMR$=mj~&e92L2f?k%cjiBAWE0jDl$j^P>pD&?-++ zP%7v`&^bDjnVK{!qsi$JE#Xh;Mwt#y0h%crs5%8B@@JGpjEzomkJN~oY7Bx8xJD<_ z2c3UU`Ju7t7Id>V+T17S9bf#~~237%v=<33`Pd05ADv)U824 zqvv_sPW*<-%=lM*!U4c5^i-XVv|Z$+J=00n8`zOy7mU6*)$lKPXu3cA=G`+I&>}b_ z=Xk~TGuQBwH8kBVlxy%0mvGxDm$WND3GkIWRPv%jLW$~!fL{4VOE{E8s$-Y7>X?TA z$N>G2pB)?B&sltQ@??2l`VB5-jwL_Kd&hHN*~9HUekyADK|D0YKm#N96^^j-1S~ z;FI4#5GsDWg4x%eXx+Lz9KAZI2!TqlIs37!Mi*;pJ^#Z-nfDEgjE7XX<1#6_{U}>X zOM@7fr}`jX&m8SHbLj-5Y1<%Igh1GCrhK2I7J$?xxR&Ef*Ve0(mPVW7SmBC zGmUVq3wZX7J<2ry1%XlcVcyGc(qcqJ#Cg9>pTqnkz?F!6xW*ZfW|2mc_BUox z0Q`}Yry=l@XAA;Qa|C<~Zqg5UEiPl!;ja%M$$d=N2)GUlK^PBuOIb!Of8b(#FbRW% zIWZ||Vt72r|KagP(@qYoIS#&`J&W)MM$tM&$wTFo9G^X1K6!ZBXWYx=cwRLcYxhN% z$zU@<@FseR2v*A}&+s$eoIw!@C4HFz zNm)}e7SAY8Rw$S*iVEd9DYj)vbrM)O=Xe+|dNV@nS_5zzCr7b{DtKT>2rNd2|8K7@ zrg%k(vyIZ5GO*?a9eOfc#+1v2&jU`(!!m{xCLY9-Xav4lcs9nCvh8R3BeU?YZ~V>K zwyK(pFyzJ}3Wq8VfOLE3`9pW*83-~@;nYwB7Qev<7x)Sc#z;@12@AKoce9QV8l$_# zmkhKlQ_W23pkV_DJfH8oyBmiu?J~-BzQaGtGvv=~In7^rKIXwEp5yr7S-1vc9i@$~ zV*ENUoBL#}zjF^S;jdf4MYr0eU+`F@clY+K?sfpCr>vnX`4$YxGQedcy3n!?e9El{ zWWf&@eXeqfZGr+r|Y?KDFg7k&>%j6JYvPR<^W^E`gh#2AB3Y1W(hpawnnRliVYl z7Py_oP@5P3G7kXYe&MTQtKRjTbI!(V08TOLazvr$qE_7!+2kC zf!E0XXWzfm18c5FUS&>Xx=eH7VNN&T+3h4!?78N|of{FDU8(x?`x}4%zpl502`Gj9%PZ`Ti}QjMO39yj^sV$K zYJ=zsRmx%H_y83)W0aoJOqFrqt(c^)wlSG8T8+wMQ?P=PchiR{C&Kl;b0O*99Fe*8 z>rv7-qTt|%AlgzG|C# zJIqkUmfxckCMCvDVld-psAL;}uI~Kaq;k^-1?osxTfk}@3d3w=v3=%XKguk|s0&p% zK@=|7wUMzfuo&L8NyWr45-MUv`M{LG>yHq@(U%Y#Z&a3~U@++`FP9%IBORXTY~ z6V{jn$VMOVNUH>Q9Eds&`3$Njs!M`PDpR>LD(#)e*a&da^FmG%ibhn8F! zgL3GB|CEbd7ZyqY{WvqqQIt~Ho1&v;=-?_IQm>C!$P9JnW2 z(dX`41e8w-Q>F%gt!q9gcW^Z|pX=t0!2v$k@r4(8#H$Q0u|>kDTESeK$Lm@xiCQ>CGoyI}s--~ z+*wCpfv`7zs3RDli}$?iSOl2TW5c`a>-&E2M~cg@e*M$lhfmpPSzG*C9?aNHm5H3e z#}Og#G6!TzR!Utu>(=hx^4{&kv|{@wSe?JJUmJ-ZJHE)1<6_A;y@^K}EQY_~3$E-E za`nDKF^ll`v3le!i7P- z&?jUV=Jgllm0wj5B9m@23nMn|8+egv%1`9%i@*4=fjxE7&P3i6?nGkL9l}yd=9?iH zqaZP51Ris^@h2sRV$esa7!yX9u1xXNyWBZlTYY%h6c#vmz^wG0`{gvHIznY|8g9HT}<sL4r2pzvrM^;&pS00C57gq`B5&zr{27Bku&~Hm6or} zrf*~MTLeY{P_Xa>2l!ukhDsDpX31Zt6Vex2f~`{=spI-82OKKOsNXk+g{&xVuGgU) zUAz^Z^fta4ru2s|@Nf-S-r8)YE_wr>i;g*&XxTZ@j02A89tznIyzpC{jQ^)H(&9{x(%Iy#YmM%t4!;X*KFym-6QD&fOA{CR8BE~Og3$SQt=XZ;54 z#a|s4N-Dfi*rnqc^1OqN;CCWR22-WNm#>Ux4X7U}gVqx$1;2s4J3hjHT?8DuvM0*1 zSM)5oDX*m*o`fH7IB145JfKV+?9`_Ry7f)42nQK!GXjxI(f`0yw&_`5z{6nxqOKcAErGz zx?7>gWZ~zO9nbL_zxA6XAYy4lG;BMBG_w_xJ`GShkztsWZAzzHm5BZ3`HnykX)%t& zCQ2|RQ&TD62qH9?TRuq47A<;w*q;UeBJc1C%=IQr5ZD z*QCDSEbYvtj*U=aOhSRN0oJ)~^F9%N*Ty3rfu}5eFaPAfQ5awzW8)AOhpv2Z@304= zjFGXZ$<~@UP-v6#oH7xieZQ1CI4G9!@~1Bfe3bMoSn|ZIEC*A+H}9vzo`beH&4`qT;foeH^wiGAk(+SLWm*IpS`@H zO&Av+5~9ME-{=B%%#Q~MD@92;*YE{zj0z(L_vvC3I0qv?WI@ywg@n?82VqljMNdnd$sP!U<6Y`S7SfBHotXqTB_@bREAtj55;@HHDCiU0^f zg$stN_fpS`^5AITJG8GNlM##JWqf4MtQbBFZuL6~aEv#DiccE7mwwJ>w|I+#2p5+_ zlbg$X;T;a2eZPmE$d>+YA94n7Eq9LgmOF>L%X@bZ3TqegF`9u9|G_6%(ST#CO=C4L ziihf?=C|oQj;Q-9&%yh($QFJz9?A>N(A>P}OhZgWMrMYuC$s3czAHx^E50DJL+=_# zGMsB@p*-A!NfddW$WmWxpA;}$!M}cNg{#p{+v%b&`mC}TdZGj80UkLRU_xi|*6da8 zr`blE+QbXWsf)g7M%mK}@JGMY_~g5KoD=QA)9|niSvV}f)`7uO8BYu6#c6FIgkrwc^5-E^89u5 zrTGXMi1gBObm*)hn+SaZm#dMP!_t-$u&!OOi)sHxoE?uGPhA;V{AX{xM~^$aMqTs# zxmA0N&VtnHBQ_~;;Q_qN@x1g$e)5Mhi~;|$5DsZ!TaftQY<-11*eFzIA zewe6@BKX?lrNvM&L==xPISonsXvhoSit%s7O`|+`35dViU4{I%*LXJ8C8`^-V{`oX0B=58@zCD90VxH zu7EmBMtVQR)9;*`G)8h+W)J(#(A@s@n{htQHitSSnos}eru(;V;$+47+KwRLH}Es^ zykCaEf+&4aQWO~lO9?Q1afl1w`mhoG%0#`0(Lm2BE8y!p zU%Z$_H#H)`8^gyDhI6Ysfjha zq7UcmH(G<4R5pLy^)I>K=u`W_FGq{~O8eHBW^5L7q8B)#9s>vGk7Ibf{9mJ#hHyK& zQKHhR`Zn%YaoXUO?vR4FSKay>^Qgva4iw$o6FtI@d*n+N>*XtW4bSJTO+0Gx7J4-@ z&UhRoQwJuv7A$#NOQ8SRel@Gf@ekvR7w9)Qm6e-=vN*RXie4Mo$p}NO591tt$N`Qa z4;&tAOXqne2OTgE3>k-_3u!f!Hql+C68~uf%{s3Sj_5J#PkaX#zMd`283&xFzgu`a zNTxHIQAk??p~+kYN9f3&q(3}Dz8^fE!(6OW0t1|kE)EZ+9yq+{eYkG$wHp}^9>8V` zWj*7d>HFYEIb-~jKl`U63p>ky`FH>8<=N91_LGzHlHD!(XZz4pK#49M zC*7w*rvA>(e%i{IBkQJ_@y`dbZ@2fI7Pz%MI!i$HIyk;|z0Mt7U_juX4D02{$f`u zTLb6e8Om}3FuJ)ea~z0e%R^H-c{{%rF&zziBS2dyAe~?$|9YYd479Vi7lK_6XH1&z z!w=q%;eWIIC;$F0l*!A0<(@=!A#7JD@?P>MdXv6KaD&6OO%Eb)h(am64dECpUN3@y zpMjx}5shQQLnTBAj>wGX9`7(tK%>g14&Mj>m?vc|;830*=m)U*LgSoB# zT<51TKgKf#%F?lcATl>vXCW^*6ET5}Cv3NYtu^Qz681hADermdB}O`9Wgy_iJ#>+U z=)83J!<;Jy)DNDpa7a{0ksKb30r98@8|CIkZqApKbb}W%E8?SIy%?0U$S@jPM28LrfJff-r}MnH~(m9ub6U_0(ABbCLDtP1Eq9NQhg3S0$T~t0Z4hM#) z;;Vlm2wQ8!2J+w|e$fK7ywx+E*4XJ)`)+|IykY6uygnky|;pdBHYLsAuPsD(`_bfr0J12!1UFE`9^+YHxi0OaI-U3;&-jfAiOVEspj6 za`xzc$6*Y%sHtZFf-O$8K$VPo(A3rI+g-hG%USs^V|@Q`rY<>m&X|9j$lK|qVS?&X z^f0ZOVZC#L?mv83eiy*ui)MntFCGd-pI!R>Kk^lhVFd$Wt;WVY6}(*MrQSW*uXXzL zc+#sMy?-Y^rE2Do5384Nh>Ccc8)bQVaZ%;x5Co55m5LB$dhR)fAm-X@A#`tN*u2#?_PhH@RzF}kr+PF6j-ZuL85hjB2C{s;|5N%O=a1dtsVFCI+NiVzsO zRhgR;w~z|Kx_>=&z=3g!`@rTqNcGKBde@+bVCgXUrTiI?2(iT^!J8Vd!w~B|@PHBR z2nEJ^8pfw6^;e^uPCBg+xa@}(0aC(n!l5Ue$BuABU>LRHGHo@I z3{#GQjDY2n66P3D$nf}S465u*qvX`;tdpi?U@HJY&G3EsBL_EM-XaP`VBp9?ag@ub$BvHhue@p(LnJR!dZn3-;LhVmi9+cj`3mq?3MK$@4^A6$h3^r z`yPwztb0o3B$2!qWkO584xi|oJ}@}OPBaFWoFx1NUjt*J-qgDu`UHUDY0|ypWOfQF zeWO36#aN=9mE>^DSz>sVHy_-7gAWQ7_R+o$OWH1;f`76-*~U2T`ptdW4Y;UNlix$v z{EOo(Iy*U?X$a1U{yC)6_C%=k3O?ACO-UQ3tH5M@bey?fJjfwOKL$w@XnN9uUv)U1 zlrsHFp#uQ@1Vi)%TBQ5Rp>h=Wy5Q0a|B*Mk$~YJk_@uu_290O3TzE&CUO5>&WA!kR zJ8{$*4%2Aso@Oa=IMqJfD17NMxp$t&$m*p;D^l!aV>Qt5)hunQP*?QCI(^eN0?X?d zPJL)x_KW%Q27=wNKuuInZTda*n@ ze%2j8GC3UA?*7QwWD_0ggI}DKw;u=KcRqPorxC8{i_hFUsQt5$`9&OgTktFt#@qNq z5GBfYn%(Z!b{zTy)lcnCI?HhBpzv?-WMw^vjb6F*lRxymZ|m^{3p^Eb0vR{8pI-q1u5Eh9{an?To?3wCwSCl#b)OUggPyLuCDynFvw(K=7a^MCBbD>v-3V z^fDG(LNK>gn*`nzf%G{>ZhAlOdf0`JJ~GA#U;40rlYsR>E-9dh!)`9?I4^DR=iRGt zxtMWHRpc@%KQ2DjiG&p+40K>ir`(l|=kr!i8beX>`^Aw5dSrN|ftZFw03 zZ<%m`dxV$)8)ediiGqVi$DYPD(+0+56}7aadSI)t=Y=kV1LK>vOg~(WVquWszXmP^ zc-rTLGfpL;mQnb896_)<*SqtL8LJd8582CtKvN*jRMrn3^Wq#)RK{aX0Nl7wkxFSY z!tMps!XSD@Py7L&eFYx)u?>)uW8CD&*hFfaC1WryZR@Y8-8i9)!poE~7I>#5@#9{E z+q4P3qKHJr9O?ZidAkodCmadJ)E-$8fbplN^kLcuzR_%=(y&r^gG21p#4(8a29I)H zYl?b~p`1(s$Es0(Ug%hU3w#tXdRpX20n;0drl`-_fB;jxanjATJM09!#ck^2r5fpo zA>&nEB3p1BWGj1XZ>PrY{)3ZHDRj!XXE#nFblHgLE{b0SijUDUfYh6WRQd_?ITfdPp z#5sKNZ29%S_nR@eGhKNU9;MT?gXXvpf3s1|>V?HZ=3FO3;n!UAz^1e43J!o58dy9B zKJ)F2y~CFFJ;r=zJ2K@!qqAm(@CLi+jF&sH*?8#EANePK1mA@yZ~CwUyyAF3^F7R` zmFH6NR%%Om%?VVDTD<$WR@IItpNr6uisq$y}$hPB`k)}K0}q;C43Ea2-ov|H^OTX8-<6ch;9J~ zCCC{Nxp*NE<}Ja~1_5sKT?R|LV>rwoSsVuU;|OSoqQ%6Nl8A^RkTsANo0M7b5gPTCaY*mls-iq0 z5?ww_gv8l`WAnd9`@1zpoH<;~$VuUkH_w?H6j4NkoS}Z>_^g!e`QhnPga;=z1{?S& zpBl8lFM0+qg)Dko7evB=a$aOYTO1o(#`M!RQidYtNKknGy8k^q8Br~N+}jymNJrbZ-nXkkFa_M&CU zxUrYna~++moOjrel0?NC1M;YxeeMhfy5k>XwLr)?)-&#%Pj2fNr9NYxM?%WLaEQ^% zLQwSwKT+nX56(UzE}yh-jZNTs^7Q56vCnW{{*64UvnqPL2(Q}q8}2Dt*ZY~Fy$OzF zR94)0L?%VAo@o#A2{-AmI>vrsyg{Eh$D%<)_)0BJUJBya*iBt6mEH ztHGgzuuVB9{rGfWx8#@{q*_QZ<5sEDMCnX>@IqD@g2^t#kc7Sr>Al0fp1zna1E+Md z%me-menT&KwV)LrIMGghvcll#*AywkVO(&*R>)Wu?!Y&W#6;)l56Sdzfc4G;L~r$i920hJ~>%_ z`)iMSx+Zz^*m3nZuH-HfRUWHBPf&9yV+E^+z_49{k4qWTt1uzfXevJCyv^kcgk`&| z@33Zv^DlyTEV~2TK7Dx7F*|Wm77INt{qaBW<8LW?4DsmrB#~bVL?K>0c@lzeMS%nf zL7pePNS7KsWhX6ek0T%q#wK@dAo$Y=*;%|%3KLSi-oIm$y!rV=tsxc#%Frld&-eRx zkCyA(yURDeaX%54h+tVh`pmr$;?nX<|L^~lE-!Hj00m;DID**w&1g0C5Tz!ayFQ7h z5AWE(OL0^%I4b4Labhr%F+p4-+I+`w(m@`|A|2y5LSPQ#8zGFL2;tW!^!TkzGX!DU zfYg`O_>_eE46xk+V1uhsDwMC^!A0QGKR6jeLS1fjhKLUGz6* z(HSqcG54N@ab!>X&qcOWTAEN zM}g;S;qV0?mtV^x2^fNBvdd}m5;b$c$&p2)Qnl+eSHX(DAg8){?`XgE;TlajjdnHJ zp}|q4Px005TZiRo(^qKL$T#?+yS??#SY{-KR7mO&gPX3#hoK>U;;1t|@Z6I_Mg0Pm z^e4K7cR0bX#a{rWV@ji|vz`JS=u4^Q9s&8BXF*X?!d`sW2fuD>=oxHS< zpBQtC;!cCJIp}NPMbGj=2J^H3+|Q)$vV8s1hpCeQVnCh0p5DA%zWTLKV>i#*AKfl{ zbN+;r83!p&h-p@&gZyik-t?hjaK}L3+S}{Ob}|D8##EjPOqXLPP1#_Iizn8_yj=DZ z5SRahTPHBuW=^+teM@L3b8+eS|LE^|YlSG*w0+4Edcw|t^D1g2FdRk=T$n?&BQ4)8 zM3I)0v$Lk3c>LzR<{=|IGKyi4>zsGi?x`wL}i48j8g9}khxk_PuMyuo6^J}5rFDYZ+naJI~0M4oi_gXbQFiir>p z^R0@U@=moxeNUQYpztuNf7<6gATC5QxIO(RpMYSXq{E#^XVISXsw?bOu<<<822Y*h z)h>eQ!x$*geDoe==!FlALqsIgA+@|Z6^&p*_@?gz*E3cfkiDO=1uitDl)Nzwm_@sU z!dMB5>jZ9|N;UJplp{vR@Ei_@Hc;m9rY;!O$-gSeHT{aV>SD|_5{2V6eMPZp--}Rb zOCyXX{vyy;+*2ZkvMN;gRz{?jZyjTecG}YZ(|G!v4uYpVxOn%37G2R-TRkc_Wzfx@ zb4rUMfK$6B2(j!$`_GHPcMmQoN5<*i?ZZZ+Cl?o$2Y74BKE!1}z*OU-esH3$RC|Re zS6$POUotr&6*zMbtlr~jOsbWUw2jJ1SByhXWDC!Dk{f(m-|;qbpr4L4V{*b*$HPh4 z;Ia6$C@p<<%}d&%Y(;r8KAft~i^fSeZzu8e} zjr_FQ|LxnEQ^hl`tB=>oRGsqt7J=gZ%5yG&tIj~+;rK_~(zn&cbJhk03KudRb!6zB zw2aT2(ZO3OXZ-6+eU61p5uJqh;OaQKjx%UVLRJS}u!c58p?!q#_I9pcPGlx1$|#E9 z-~v9qp6Ac^N-GjsQ2u^TJs@VAJ_(itINrso%<<#+1W=Bup`HL7ijt-eeC*%`l8kek} zGMd+i@ASo!)Ik$tt{kGp>z8!~VcM8YN6~ZkXVV>a0&rgNH`IdC*MtvIn}gN z9l4L*97a%|2Bk&ePFO-CKMKwIKohVU+3J=61gy49JQ7Reta(jP&`S8PgMSk3qZkzf1XFdoN zZ$cmz42t59)@HVjRG zjGv%*K_{Wmo_RA5ZINO|Z}XI;d&=& z+NzToA#@JHv(Q^M%Ur&4oK0gZ4TE<)1O^eSF;L2s;qy4&Zvv|hFM>O%W;AU&F7*({ ze%(vKMbJ<|9Y#O0x%fP}YHgl7;7v!LU=l>n`$1X*0G> z1?T&!kd48o`siH#s^PpG$Mjh~!yl#j^T@LZGi5JFzJmk2;nlt7k%LsPQ9@f$nKtkp zo}<+8_wvUOURN2cov{~mi@Z!;N0y!Atfb4GV6-Qpx3+acE1S=jM z-oLyYde%e`GEU8AZO2AunzuIX=b$1Pj>>r2u8gEl#C2#E2dN7vqdSd3a8;QN4J=3` zqa9c9h`;rILh+O7lyeRT7`sI)<8tbzY>0>xkG^Hl!=H3K*iD6*p7Gsrwj3$O++saC z^F@L%5hn+R%rx_G6@PPdhHtvIBK&J%F1>}wVBnMs0Pwl#88}A+V~mDM8)K9>+OFXb zv{n{UIl|Qo!Huaq<=G>+wfw_^xiU8`f^M_>cPfB%2@KM2iEmw)h&z80KCCkB^K6Nz(x(E{7Di(7D( zaSFt`HXwXVcbm>|*8Ab^Y&E@`$ok|WHZypge3xA!vapH9_jWQya&6rZe$jSxL-@d! zREtw(I>2cSz*zze%zx#(zwpt=41}~D0n0}fcG@n3Qz8aW_+9h|Sd3PWM42d|rdIuo`Dw?w81nq!eK?HbHk^sXp-O(==Hw(=;=){k3t@L zYRc3D9IVQE7K(hk@3x_Q>d&M9v_I{2Kq=ewTu9)#-eBl_zxKi#Jpn2&&PEME`ytSj zEKdA&A46CVJqiv@MFgU3&H~55yy2`mh3VmUN=kp6 z*`{tY4t-I=zEd`)ZGyh?n0i(IsSHL4Gwo4jp`XBlA1EF0ctAwQo*{RxF3uz8!+pCj z?1C^3{9+6iHupzoL(GA zINjUb>1U(A^nH>#_aC1ZKXA=3Ir!)3U~f5!tU9FV@YYV99(dw#nIdsKC}nMKUuuwRa$5=m(Q``k{;T=vJxhK;cl!0gDmQx5${7=PqD{lJiG+wNR z@iZe9o_-zuV%Ntri|sfEx&Ah=lPU7IADz0ry}MkC4)rW|<9K*-61oJ>p6@+W_9x6uB>-}=YlhgrA8>1A!<#(3ev z!9f@JJ{djsGk^Fe-ZDbMeG125Nc@Xev)xCYUkU~xc~BUyiZ}NlHgV&!7XiL; zZBm($jVK+;X6DeMqHX*J}cg<0*2 zX=7+}-*?k17@9zEx+pZTz?%qDWPoAx=^BP~G8ktL4lyFncN~SZoAR#9gm_*)d^0Ma z|L|Vx%lc4G+QoYzMFpNBXevC8)r&Y@t8qoc+1ouS({+26xAbL&Ck&4URl*qq2Wh1t z9M>@moE*OjX@s!j4?KG@Cbtt!feC%}3C^IiZQ?hyqx_^^kI&DWnrl`iK?d_!r5*n(@Q8NSdOeGvL$9jtzM7v%4qKHvE{I#sglQ5wtB|rCg(>z=w`t zkqNkJLO zWnAQL&d&~x12aQ?IoI>EMi{NSplN$Mcn>@o1HRG@U1%XEe8_+>^v=X^zz75H&>7hp zgde9N#yjJYo=*!k>WnW(k9>C3dhT~eQC|4rIvGiSd!aL0gVlD`t({xp)7Q)6lZ(jB z(xti$DN zH^!a?$Z@7b>9R|&LXW^281bHrNDryW_1hi(uy$teVd2lAWjX?`D5|Jwf!U|=q>2;!UwXU;oD zBuqw0`NSxg0#k-p%1liWryl5iBC;1@B;@XElQJ;ID)k^3G70V)iH-8btPE<990IHY zZx5pvWrw-Ujbl~{U0qD>3&J&;jo|2;fOxG?VLSq(4dzZ{dF2Yl$n=dkO}qm*X?LBCaLG7F^+{&`l-_szPC*?6(+JsyXM7F%#o**GkC!0 zyCY#syR?T-O@UDCfNLr?WjFzzekcWpf6$$yO7=v|466(m9N-ai;^uAP4sO7OU>pJP zfu(rJCm3q{!fRxxi)GV)YE~9S^3Z@E@e4c{6TXr<~m%< z65+euy<5wh7@CeZxR#kpm&=`_-S7upDTPbN(1ik-^pmo#0f@e%NW&tgF4p)hWph)_}_isWfIy(>KFtX(yR2ybH+T52s+G^B-vU9o}3xo z|Kfl4bFoo3mT!FPQSMvo^}0qHefu2yl;r?BHSqN8ykj-Z2Uc6N^~<2c2fHF`5rUVl z;N(=Zfz8CFJ!R}hp{uNm$*|iOyc+xC^kIw>5DeWe{q!IFvA0iS%rUx@nT|hwd{P5{ z@93Zkg@=iucs2|?REnN3^NZ(Cm!sY5O+Ptc;gjPqX#k|e0U$kZ51nU{+m2+=FBAP+ ztRemAjN6-u?s=8c3W>=Iw6x6+edT-OQ9ob)^*{fAiZVfzG?;&wZ-=9>BfT;EZ>7fw zisJ=kFbsMKe5qwA=V81knZVcRFinbl%)>yk=D`;_SNOZ&3DPl)##4cJh{@E&+&ry( zO_Z=v7{Q78z8aMDQ^l7$Wj_c{ANi91@=8UD#=;uWkacZf=?;3;4bPU7Cpaeb) zC;}!#oCXHr3N4Q4`M^LTISLpPTR7)MK~cP&7fR7&!--t7o>c#YDrZNti1_pG4x zn-fu|FSw-iDEEBrT$ks%zkDVgnn z+@2-P*dW-;$N?DCABD{s8H3JgMAtee8ABb<)CUJDqA7k(k-|y&bG*nag`-bLYIb{1 zU_f)cgnw)^g(Ddm{0v6AwR4(Ak`63pve>3Lc(X=c46$vX3_uhWC0SSlU;4x-?LWM4 z1v01J%d{4FC@o?jav>k)ceN{Mz^`4Ln=vx5I9JADb($EaW-UTHJO&@yMOd`GeRN}a z{ODy!JB8%27+kjEj{$fb@`9WRA9z?9~Kqgh`8FB7Rv#C1!6 z6By5fk59D~kgPB^7s}DH*bp8LV=OPdy&8l4ba|M-hLdI70wi=~EUi0oWT<&={9;Zu z09VF14TrY!WtZ-6`YF;Eom$?+e<{$6BtFSyI>uU_{A?TV-#(1| z&F+zLDpOY7;Dx@d#!LN+7*f+h=JG4scv+jN(`-}lMb9FXF`yT`&=&yfR9Sg0x-HDi zz_UTs{VCVSCI@a~&_De^e+p#iU%Jh+CTdjky)u-(IavSlzx+R5j*lNjCgSX*?)`_S z%j3t#8Pl6OmD({DTOIE|oa^+NAa7@HcS&3pUdR{%1HK_|sS@YnW_iSPGuWH`3U72C zJ^gNxk2>+D;wE!tq4!yIu(233J;0f}^v8bRkG#b+@86E`4gwyUa}!+$LGMXdZEZDW z`YMHaRZZQN0F#nFIXzzP>`yA10={_ms?nGEJw%1f!-Ksb;7SN`u^fa^&D*?)BwY@( z9Ua^Xavit16(KP9EW&>lC3tiB!bcxgx%}Jz*S}bSrsRUh64G3~c_onp!N*d{VDB_r z=0UWZ5kL<*U<_5pINb&lq_D2q$5c4>bx*j-SAAssnBi*RHdc?@ggnfPAuV{&Z}&&0 zI%G;|bAY5ua5Ce^u~Dz{8|^)}(iXu$AaHbCg*_do{Z}C#PhA<#4JDx>rmT0Iwkbsd z=66>o2L?(sAl3OG`|yDw>^H3ndJXjryK!S-IZRfK}CvZ1Q zko&R^n2BMvIPFdpCVE||+{*|Ax2ea7R)G+>@B$@`iPz|w_j+^NHm1NEz?;SlO(=9H zg2A7(U7fwa%h277gT?qeLbLO!85c7e3Ag z*a$Ja)i4`D>c~fREa_uXV!03h`NY?#~Ah6>C%S5f0qHuSd59G=&k(rj5E(j8Z{x6Qx9e&$o=z!-AG-blD*w=reI>^K z)$-YUMClYJSv0 zvp!fQJl5anna+)`+m7-lT}9BkxW>Ynw9E10aNY>aA{@`>w`z1E>x?_vq;qK*&EvoZ z5qN^*$0fsOF9I)xnxW=O#+@-yls&{Du+9_!^%KDgJm?CavIG#wpkGGVz)KK0bfHY) z(r!KHwB>0@J%uW5!nsow&0~sKOlM5A72e5j{Ze{ksE5x|r94mvA$^w*1K03CXGC!D^j$Or zW;~I1F38}(Sl4Cb`@lbrr_aiU2tM$@qj5B%GoF;up4UWU4D;|e+14Js7_V`AxdtEF zGh(=781%>R7_+^<#@JWBcOE$MQR9}17co>K-ttXbVhm+Y2L^mYZ{Qtkb&Q9u;&8wZ zVv$Wz}0gW&`_|3W*klns_A^$tWNXfk1W`2bLa42bZ737IZ?ac`PwNdd?`BLzHuYC zPoR+TUHU^m`h9N^R;N~?JGa@wiPT#TceX1a7AJ_zARf?;B;{QYRz}#O4Gmk>?XY}? zi&qMGNITryi-)q6HsWQaO@>Jti8p8~n}bBcU-e8bo+pw?AA8$7%jZ9OKi97;KmQm1 z?RxD9%$d-xS8P!gR~1~YgNZUbdE#LS5gyEMY#9T!gXk0iZ@-Eoa8@zoH^zlXj6L4? z2zyi1`9y32R{;thI2r_2N{z>gaVVb}hcE@j@Y(n7gxC?}yi5(48#M-J*uTzwFf!(2 zQhD=H^nrmFYVn#gfS)~^`9bhvCSIu&D2D3eu;jHQW;CX|GDfA_;E?ioh8m zq(CSapW3ZM6XcsmY-S-a!J!8WY{wD9>=#eY8!_n1gLI&OWw0*D3H`0y6eSRxlSD33 zNM6G;oQ;>uhn@itev$eF0~{I;C15_3vuBKT>=HQ`A3PA)eoq-IeIFm62BxRQrF5yZ zE&4LvTX8Ni`zQC0%R3*wcT~Z9^!Ow&#JS11u3nPe2rs0(XFsDYp6FsFGz@QY@HijF zY6Upql#=w6s`U(n7l8%56xQ_=%+KXKczv4RqTg<%i*c0EXk?y#YMAtTuFn zAMqCD-86XcDZ-{yc;aEP;Z2{xnU_VA?;Y+fw{LA%@oZ-d>dLfH?iQ$i{o!fok_hC< zWP{#2*jnC8MCh=fZW&8^r@8lA-+H`!KWzWwC!ah*L1)fy1a$v6|U5YA2lM+HBL5wcPm&ziP74Bp_( zw%C`s$1%DbxqcBCIcjznoW+?mMQM!?e%3zzVrZ&Q0Gx4vM^w(Shb>!>=#z`|Yx^O+ zWF8fUjHj#iQpF_`V+u{VaV{e>=@;GUE^^CB$>6H{WPms%9C`W%zBxO6+FZ&!4~|W> zbg^V)+LXXq^!2?vhc*8%qc2~XHp>{IP$wV=4(LMqwT^l8967v_`kV+3G9zj$AD$=2 z-L(-I$DwlO`gzyzz#C`fIFY!;ljO+OFlVF)06FUF%Oq8I#W`1=^Zmm=@ly>cdz5y7@B|y4$VCWY<*UXq8!5-cqWrxWb)Jds2?S{;(I3URzq8vF?SOd^qMXN| zr?chWy}Qf%A+nRd{>?xCZ-fbli$p{O8+;7UR*cc>aM;DCG5a25laa#g^t`Aa(~+Uvl9NGV%iF@Zz*;fkT*-H8%(E($l7 zNVs|2o^|^;hL!`hZ9XjJo5o4w1iZ>FvslYTHb=gi!cEQ^I!6c(juodTF|W^g?PFy#nHbb6JS{jA`SlB*+?wi;RHkHKer zjGwou-ikAD8-u>VrCXmj15iVeF z2%g}XqOrb(0fbNr*W1e?rVsBPcF~*pIbQnLzV&eV+NY1pJB@PjVPGSdGF7rxjQ(*9 z5PlQ&h|21W1!h?m4sE9kGET-Aoung0FnEdKLtkTJB*5bLc%vnp)p1Qf(%g-{)1Sxd3J9D9FM~zS#!0Z~Dhf1sHGSCiF6p#}F*uej zGA(tuKkGN>H_;)y-bkOKZO)!_wiJ5zzf_G-k%OYa+tSeZW;{C^%?VCoH&J4kFN0ucZtd@NeqFsk_rL%1O@R^$>H)(PVZjU~PC3|vi}>K7 zD7-1)M)diHXnpz7k74eTC+)ee1cvc#YEeqL_PgppX8U(HZQ5o;A@{s^xQT#cc+mmI zGZuyjpjPO&!m|m`@zs`TumLsY3A^_4&KCv&tqM=t()Ri? zE`8SlNFQLRVn|~cy=~60u%L|NT5Ko4R z=?lzJXpwc%yG4-jIEuO|xU`$pBVG>g$BGIoD;K-L%hXcMiKu^61Qfum0TiP8*DRN_+sjuJ4 zXs?f?GqO-f*LB>%8yN7j2u}uw^H(0rxV6c#txTqGbqh{DU1JQ5vAFAf{pWYSs|Wv_ z7wyxXa1I@u3@~YmQKdJ$lrufUkP5C`E{|>K3})>MOu8KkPEx1`-;|xBg90;ri!AL~ z$LH!1zZ&bpIyjhg_3$mY7}vq~&=L;)tV5r6Dp&b!x+zuor|HUfMlogR==3Y_sRNKU zI3pd1S3YC_RtHEM+S3n*%QG<;{@#b3Tod7Q-W)6I40a1q^$V8`M2esAngOIr1A@qk zK8;RGU634E8z|hmVfS z2nHqn4k@-PnB2FAduMm2=~JE%F~X$b_zrSsdp8R2$r3-KO7-5I+dXEJLjK?WxqrRL zhgQZ1bt)kFR)w7J&q4%7#r{ozpIq; zyQ$($9~x~|K_9GFdRQF?|82gts4=()cQptbc#LmqqVcpvtrU`PdhQIf0C;c!%e=DPM68rSo+zl$?` z0l@XWAw$dhombn>O%XStqu@Dvjo>nl8kG`;4uKN}DoWWKJ}rp0b9~@degrff3z2%9m0O#}zjR zTa#Axq`x}cxz;pbbcQW>aJ0e-NbNOKV+^_Ezi~`ApSc8HukvfIY<|9b!7GIg9-nKS z8t?pugE8c7egi|=^IZeK>t*cj^_}0~TVKASm6u*{;TXIPzvOzIg!J$ep~~W=$B#A&pK{n!vCC?rrhyWaXjtNSKbDSx4g_nqk$}6oz=9@ zNhPySVt7TR47z^6(CYe0Xa0(td|!3@=#-H~Flf)qC>V6Q^t`7ndNQc&TVz6Xj?Z$> z%XnHZ?Vy>Ld>dK8w*ezKmHlJTslTaDODQ)7{nGN^{?mW5GWykTezSHAZcX{wUTA#` zCmQXXqaxcNiv?z5yLtUaod%gTPMd|3=H9JfH{I>&q{k;`>Csw@m&^UfC&9bO--)0% zHxAOsdv#;pvOKw6JjyBKX{yd%hE1KL(N@9;4)%6t*a0Rlwf)H}#bt-fO+;wM`4& z;P6HRV_#prpRzuUp*YfRt{F#H&F7wIO&(`)Y+&Xi4=wH^I?fpxBH zWm7h91_&<|uj!uxHWkCs;B*=bd1z#jdhZNM;2*rHmrs4QO=FpR_|P>kyA?(e`lZ%H z>NiV!ZM3m|mq`*`k(2U#+V;76|DrVxqXU#oBWbj0_%y$pe!M&c1~0<7F5y{wl~KGD zc_*87T=HjJ;L%PG7UFGIo?j717}{L+yfPp)yM zn+;39DwV(UhJ$Hy`t+(H0Yk2(K+7u&4$hb{tx<8Efv>u;sS}$#85eHsh$X_6zoRc*-aJ;sG=Cx$GZ4Y`6ds*AM>GXP{H9j-0xy zL02%hD$@Zo{ia>e>Nf?{)z+H9Tj!X`t^krFIVW$L){5zMJ)a|^D{jyYf5J1~%zx7{lHf`)pP#jV%bdqDk>&xwtZXk11F|)tmQxx>2~dN z5Y~m}T}X-7!$Z|eU+t{L(M~^&%YOtSR&oD%Y-ull;Ak z!l}Ub9>ExaQ;&f9Ztxf?RYTwrb_^`_)@xBF6dAN-=3IjWs@+CB0apB$8b<)02pu^5cTpxv0 zrQl-dRD3A}t`so7;xTW1%xmfn{@O`l9z`NjOW9n5yVlTVzQ8?T^&vHi(M2c~=#=zH zXwYuO)xc+L^BxGM|NizRuNmtK^IV@h8{D+L!OJMW0jgy)erl!$J(YT5U%oIhXwnEh za1(UYkfNNnhF3TtIs<}!3R8agJ(->1r`6baDWZ}wSUjU&xO2U-1g?~*y37}HVAZ@7 zyh0p#^5))^w7+-LiDkj1a;a}_-TbKSc!9L-;Pc8w-eA-Iz?(0*;5r@vp=)*MeCFox zZSHUCl1=x@mwCezWhf#xM!&m|kVBB~3{=yuxyOLpazwdW2)Q5FJrqN_9z0fxTd1m@ zU}86A)B%Hqz^l@%L(;yTML&*+{yAY}u(0R9(kL)9hT5R4eGXp?J>2&n5mC?Y(jdR_ z3ThZ9{+t5AN$U)6QT$}qqDy5t)p%Raeyc)$Yg5x_53$(<5$K&JQfm6F-b=^jm3-HN zbhylsLg>`8siaLm*1BG+yfUu%Yt>;^uX}Z;MT)A6FSN#>SHI+4hY1E!SCgv)11H5~ z{;jfDUd``LJLLNs3HOA~e0J?pzORN~y?6Yv>90JP{zbhy#DTWm4SXA3PknG{2OK?_ zGEGjj{&xB4KlX=f+dN#y^o8>YY>z~JbNCkHt_uZCuQAL{ACz^OH8A5u$#}DY+IL7% z1HHWQ343TeWHTmsDe%Dor`IC7;R6{3(_fPXx0XUZbNN@k`|}@ujNuKyV7m7*NGjq| zL2b+DyXrc~Xeu#<5!#$uPm2qJMCJw#_#!PWns4&k9KzPN$M~7wnMF+o)Uu6eSryl zHJF=`QVu$<0Ot3Ui(u3n<4j;+;~8aF&v(;?`(W0Sx?}kBCI2<*O2332BT2WekpP$o zS_Qyp!ISG%*M%{je4Me0gdch7f75vXC*@-b5E)f z9fy9S)YC|KDB}#B(Nn#h8x;JMEnRXgi0+ss(wr$BG%Z5%LaTlS$BZ)H2hZB=YxCRi z>qMrADsF>MIbGF2=XcBIT|B3=W@7T`8bj&r-Z+dYm-|hrrtkjFz0PmvPx{YJ66;F< zs!5&e6CCZwrThoi(%6kcQy%^d2gUH8?L^vE$3nYFSLb*Blx@GO;>b9vydW$0wCSGm zV$NGpRQMIYtDkPVve^m-j%gi4?FS}z!P|GnH#pL-ra?EK8xGN3-pb+O)G>zCF(%3k zToa`RXTjw=7*eiAHrE&th8lxWhPOmYX^03`_n@6|rVhGU-K-s3{T!UMl{%2R>H|E5 zhwzncbXNVt6Do1MQmkbW2Q-B#KhXtlefRP)a*0ppbMygTqw7M4y!|zWo(AB=g5c&z z(*UO$?NI({aIP*~(L-Py2PFNcebXWy-`R1bF5G#oFwh&Of5^Umw7UjmE>!pDUOQF* zl}gwA$fX|g<$GQ;hTzKe{PkGf{DFP)HFzZbrx-Ad3{SZwa;@`6k8PUl!sJccuF)g- z!Z=*7&d7J;Ep0+q#uzRRcWx|up%Yr;2lxP;`l|yz2WWv}(@y?tkdQZ?(+?+=?6N5h zveJmG@{j(=4|dC~J?G{1&_TwUbJ2xx`Lo5=+6M>A$Xc7$q6aymX}Y_C@HL%;2e$0= z$tSp6f1I|>tK%niU}E&uI3uq2AT0EN%K)byoo+GlmGAk&XFsMqt&+w7-2xEfjBy}C z8V2&LqJwwaMy_6)rw2LF#(^>f20-fZIMfB~oC7_l_INNnrtRv(w9B)pLy!SEl;XzL zR?0G_()cgp0Yyl=>Uk>${Z|XL(N&-WnBP^Z1U7$I(@I#&J}NAEgTDq-xn9H2gCM_G z=CG=?p19v>3y&f$g@(X{ARn!dNt))})E%WY#DEhXQ-w^~!Zz>>Q}U`QjIer;i7AHB z%I|HU1;!PAu#XcrhKEyP{u!J_ za%g~I@)5erxY$oCQiPLTY3uTUWZg#%k^*RCR<4y3^`RcUeH-TG~8GLDrkQTOlUwNaS z@RRSkHFQxX*XMicfO~UIJ59sp)2lSjU&o^Grkula@Fv74D>AgQm65o)fd^vLM-%g( zW>mqBe;q_rqYFN;X*)0YT^BFG6$9j26>n)F!xqWVcK#?9pI}SLe($(a4*$5nDp_Mp zbDjIt+m+DS&IgNU>v*L7jyLyh(Xk~-V-|^O(+fUVyl=oM4ywG?Lb+i~;9l{$$~L}u zm#PO7`sNy)lCST|kw?aS-Mb!8!_$*dum+(x&%0AIf!#HAL`%kCuG4N4*%J6S;CKD! z4L9R3=Xc709r)UXyOl?5c`8o8n%~N_G4QlKrQM^f(X)5UgHDPh?>FO|&XgBE3G6M; z@nMKK)8S_hcwku#dY!Do8hG;dm}Lc0KsnnyRtpUKRAX$0H3;g3q&UoQ;0<&os{0*K` z4vdVpBY|apEv8F_aB*{RbV60wD{I;H^VB0It6VMcb%m?DM^ z(;}v$ho2aK2g=NIG$PO8r#j!{C9s3dZ@XsHM>qZ29_auzj@y;beR${NIUL1836b-x zc;t~lE-&BKhih@cc(q1{h~@;IK7FzrZC{Vz=-88H=zT&;5PT=#`AC^j4mFawPtey@=xaNO#Bem-6a*qXL}PN}3ph0} z(p|keT-)}$#jP-4eEUJi2r=$zW1PZj8X@JCGeSo}`aZ{v8u3#2L`6OsY0eTxMARBr zHFHgS@YAOlrLQgw%NV*AB7e$?0_;O2WSE#!(zfyjNPfmqUIC5_B@3V)1G>f(tyhb@C| zLJwn2Bx@|n4X>rIz|r&nQ++Rrc02tJZ=q%W%Rgh%786~Mzg>k&d2?*apQ&eIQF&@Z zKk}ykm7dKGM2XsMqTDJo;~;JLCAHBFzPgV;pOkv4r^<@=e1;d>Zuk|LZ98r~pZ>qQa<2t;O_l!Be;m@c3^i^~zm_E?P zebaXg;+r@e`cr=|*E~PE?F1%@6dlnB-K19Gy3uyv!zn>k?%~rERCx0$F46}4$qM3g zaHB%+ZOQ=3HGR@QHAJa1vOMzLDXl2!MuoZGEC~2g{$}nohIoy9GdLW4r>;4?=T`XF z_YTm9cj{Gsj4yl}EOvY{6uTKK;j0R--3eBIdGU(wCx#h;3N7E&ie{1 zcp0jjJxP=Q#E<{po=*9VPakyWj6<*11B39AKEmNQ6t7Qf|$>9-wHj#a=7o5uy{$iW^tWH4HQa0xO33`yd`=VM|97t&~~G8 zf*22F02^fh`RgM#k8bVNgZY(T`CBzc6$V5P&cPBs8KoTWL|t1pu0m|a(R5Xi!kK8j z)E@$4_W3=6n9r26j(}(FnlZj3MxZw)ebpIB-6AfZc%2YoGD?MaOmO#teDBsL)L{~Y zBbYS=DFgl*y41nc3=5&jTRvutxehO5yeE3$ zs2H=h9U=pcHkKFR6T$p$!PYh>z}{4f8oT3%8$qgj${7=dAlg^A`$hAea)pz^khZ`| ziBYt#-^K(0G;R7U1jdy6+C_i$24`?HIQ4eD4pHuvKB33%b;3V=!5JLc@?{RX^|YUU z9F${UKgG5RDn9V%7ufKwN&VHMi3TV>BD#Z;d{^vfUI2h=74c<9p`Lb z7kpB#Go=+rIEvVJN*OKDvD@p?4*BKGUoHFPhFb4MADj&*#K&_o7lc5?s z{KSv_SkDHy|KM>zjLuB}8_dU%Nc5fYJ~};1p9x+w-W%6rzyqV_nBZ@xl?q;+halZ9 zplkFWUFEy>>^)Z&uiyzdHx6m}SFWX9`T#730vGDhk=A{5G2WLxdhcTgS!5_3Fu({n z;eb%1B&1gIH9~=~ltwg6fkA8+u)5FwIfpwKhi3EX~iKe zB^E5?)x{IjMaSXmx-y@K=NiFn@qD`9Drp39*T@EPA+yFcOww&%DNK3p1h%f83=Hsw z(LCN!$Hq?ygR#*?+UVZz{I;K+F~eYUFJ&^mQ8a`pf*$(J_{>s`(x{^l7&!^x6(NLj>jJ0XGgVqwB+W=-K9LhTXoF$c-@e}Hl9S;nYqm8yRAxWk zu|r!t-?_#mZ}1NdC|CPX=Lt?|W-Q)d8U;$Q#{pOckU~XkEfm*juSPp?Q1oa6mTR%p z#RrEpZQ@;1M_@#!sF>6pr^YswiA0A1D0GCT1jgYY%(c`MgAFT3c`d$MGJDL}!~z^i``;em5~X8G0#STiQKJ zuVptfizo1pEsd^I)K>P7Vn@sLmFr+)9J(ks?fQ*(!Dg_$T=uD z)^NkAJahy(yHMB!Ng{l@G*|2|OL;GPVdV97r}j8<#?tAll(pbHl$ew^I5HlN@@GH$ zVYik^scXt=_rnC8@YcsUhacESho#{|u$qQOH%<#3?%*E5FnomMq00mYkGm+`@z~ov z5U2c`F)-#bw9@u?-q^`MN1lE_Lws60n7%Ll@!$8uZ#`X#GDW<-?Q1=#!{bj4rkmRL z_QGUNb(?u`#uGAn99;nZuFu_BJOc9@j@yj!e)Sd;MCr#MSTS!woO6&VAag0asZo-Y z7GpIL*Nv_1KD_1i+hMxfw+|XM{lZ`ROGP{i_Z;;iIqbr7grvZJ8fQX(aYvR*%`}2B z0zgxSk>~U)%0Ze70ri17D5rRlQCJMrc9@`K$LxVm3ct!HOoqrBq4=t-5hUgO=E=Rt zy{Av(DW<=;FUtkOqz!fSS7VSqF&{-zWjdP7 zIc{`EZ%0ht*@>f(_O4x?jEDn!&YnjZ241Jm;p@i{HU_OJzO>=o<4!Lz5b0AH&Sq&G zK*7*Yk#*diS52RjqE|L!2!F`>bxlv4j`QcE z{NVata7Yr|(4!hn}YFjp(3*D9G*fWh$xYOm`te4fT`0(O#cJSH`DPm4yJB zMuEd0u(V(PE{s6MTa0UXC0}x@JQU2fjqc6Q#qA9CO3H9f8?+!)_yS%TiLG3J6r9po z&ag0D)c*1&d(_>-^La?t7vDcz?(W2Rr3p>|K35pd?T0>yKKG0a*(|i?jC&I1o6S@8 zteSylvLi6KlplEgQFKNl+|a^&y}92jxhF8Npi^6&R!G0?J8!b%adazY$4;?!++?}{BgqcL+3v{dls30xqQdHgX*XC6g+L9)#~sR_v(f(F9N3{ zZ}&s@>$#2~95j3UXZ8G>GUll#S=r>x1c2*w=x;;3r@i|3Zm z>#trsTRwew(iQRO>WFhruAuJhsp;uS)qB=Fox z90XHGa7@pcyFWPCU#`4&wEr>XAfHbW)N={I5WzFBDo-?L5F!j7DMe$YGlVwnm`(}8 z%$1~E5TXo^!6G-0hg&z;H?j!<9eIZ-;S!Q57U%uifbSe+0=T!g8&C7;@*98e@7L&A zxaUPM3u^?7FcJK-FeoMHpbiFLNT=*DFriPCBA17_Ml%7S28ofAE?(2O-IJedR!~z$ z=C3BI9#5zY7aUcvU^?xln=*~nvX}Ft0+j2FLzy_m)bnW!`V0&eQ`?zvso#nK9%)%qtQM4jZ{=yl_!|Q#fVd#BUFd z0KaQZ|K&UUG?kyvDr9}99qTtbSIPk88pVj`(9%LDcoFfKj^V6z0bQ;EHAOonWxUsD z5}r$!mYafAJ^={7!jCb6Us*5LWHyS6{HBPifYBK5L=Y`*+s^$1PHf7^qI6wD`dS?t zc$Y1a<~%ywt%K{~F4~8S(k*b+-~|t+V)TeJD8lk%8ef&-d=Bgk(l}SfqgKl2o)H+U zQXDS0+kJFrgM!_pDe&k=NxU{3@^sv;Y{TEo0q2JMusS8EyHubFU*ut zWghhbgCaoLjebviF9J#<=8(oBE8~G* zd_lQeRn7n$?WX=#=mGGIn;P+$P|=>Tbq+msjoFIpj78;&z4lt` zYvvqt^kd91=eLGU&{RM9gFbwRuFY5sM=edJv5gr@Y^2K}D1z#Q-`VcwY6}Zbx^dJ|3_Y7j zAF_3GNBlB@l0Lv~>YBXD{FsU%kN8OU&i4_z!HZ?(Y;l*H|0loy+n+ohwP{(6r!gLx zc`#2QqKvj@v+2XhX~q!Y48kxIvQa#Cy|FHxklG8nThOJmofzYK@c{^eH}m`a{5&4? zMwKGejUtmEGzJ5b2;r-jFCt_^uwK1*-Ul80@BY{StG0;=D14uo7i%bJ@bHoIz-oX} z?&fm{EBG*R(@m~T`y)Mp(B<*bZ;qMgp-{jSyjG~q^E|YeZwMU51J`nh()3s{5@yXe zj>ARVJKo(!8s7|YKc)Yh^ubN7qA-O1T%4|hmnubE7J|hIZ>qj19eeea_AuOuXgQBF9I1 zQ<9zQ%cnw^?O2zWqDaM~>9;h_wO4uHeTq|(fm2Wqk*Alho=%H_^XET*TLn#)%Gbf8 z4O!4yW{FnC3uD@ZV?d$fl0h2uzUs0hd&Fl9=#IY6lc6JI} z&OP7Q-^hKkIyb>58j)Y~^ri+LrmrqP#@H-O&*F$oF_5w(BEe=f7~J4f#Fq|AYmZn? z^W_E9UJo59UrKWBu;i8+N!L;A9(Y0YEXRX)d|n4L_XsLhH>2Pm$G#O@zlcLbC)q8q zV+$->;d}gf85q7iy`C0g+}HA5EU);}7S+Z@vW#EUncD(;;DifKGnUVJhR3P}*ONsB zhE10XFe20f2V5cJfo|}`7+LOjbP)v{z80aKMQ;eNKii7&UJ5LMN$o|`_&J65^axX5 zWt|-~Ie)ZWxa~ zbxoaBNXZLr(nNJ^1SK{mG8`Jg^^@Sy9Wp!M_ZVXH=yddTU}A9DoB#U1`Y*c++}rm@ z%@#1QT4yVdj*enyIQ5I&p7rSDylc~Kugrt?4MT<7tqhd5)?5+As6nBUCFB z=bnFmUES-UEu0Lg|Bv^#br8q&Q9dJc-S{o=jT$%Er8xe-{oQZ9);MDJLFyUXFcb(J zRo@H8wsIp%UG6$L^9Y;(xVQ-t&9`Dqd(ukNmw6w#-e7coA0qZa@@ZS-E&Zln52(mk za(<+eJk?31@NBjfIHu`O|KyKL97Li3F@osPe55FhLRyHIVp+h9aOOOtz_23(#ZEzR z9xy4d*f%ryZW zqk+{smsL2%C#S@i;*jOjaw92qA+}@OBw9 zJOd_w@alY>41$;jdPv;b|b*Hv-FJRl|-Tk``gn)Wajex zx;#S$iy!xBKY$G$&hOv}{0tlchbBB`oM;T&-e~6qc6??W@S(lJ9av<#(AFO%%OPP3 z%%LkdeQ2t2z&#waVc_OdOta0^>BaN?={m-NHNZQTp>hHiL-^q=!2E!J@Xh#+CpbiS z0S$7PHl=c;2&<7mtIC1 z2;}X4#~9h$IAun^8{XImOE-gPoM21;xwJHKk062mYbGbhI5}kH)535hZS+HbgJmgj zn%5U-=tn~wEz5?zIMcYrc)b`hMwFw?keQ;8;o{hEysGEYCOY98^#fiqI07JJm;Io7 zWzX=d@$ZJ8=`uk%<8S+k^aVeY9gw8;Sk+(-xJ%W z#sJ&YMN!;5hzofOBRw=^5q5K5+FVK>A}Dsps)F&*6HbLU+gD5#SNMqID-!<0-~XpE zxb||th{5*sMyq||(B$fyo2$z6zNa1r2KJGId3hDvhI8`|t~pj+d!Dw_Y;lQi6`u>N z^52r+tk4f0yoOd zO^9gO5+-i6nAYt82dMdTU_H49K$v<6d)lCUH)nk!lx<(rP!T@MK(w6$6_h7SV*mt) zf-xum7k~DzqfiNqR8x#@-j*NPTUx~EQK1XDes^m#UU}MJNbCt^8vs}BeB7Gf0V*Hd?j#uad z2lXntKw!#NYDV-jcbXV#(IiH9z2Df;7;G!ac)Py$rCljLa2r<*QJI%AOkaVailE1a zM~^w-dUtQDp101sa9W31qEZjN8~ zV#YclkHR`P1Pmdkj1!1Pj0IT1L1ET7!*z}}YmndSI4GDgr+;6?D?`$U2jQQz38s?> zRI7pmiSf-NUDpuXru+*!p?&0&w9j!c4g!-d3P-x{wWyCael*LFHZ_4J-i(av;1Zw7 zd=WVNHOq$VgkG&T2w&he>9ll}<4>k{=eIG8k(I5D>EP+knA?xiAcKlOXHj6ok-)Pf z_37p@{W9=PIpG^)#hdvV_`u}oRDopmz8{%25%-IZCY}Kmgx=DHB!gHtvTcfN)@|ts1P@G)(uAT z){y|9_offOo1RU(#xUQ;nvo}0cz|&j9BZ6LoNxWiv3$Cw&TaT!)OeA;4Qey`Y{bzn z56?uW%Bp}%RBCMJ`Ca)+J9IQXDk}h9{C|?jUxBh^WB7Moyr&=O@h&^f8%~{P;7{Wa zbA+X?UB|$yAMiL(ZOO=SrtrFb%kh|dISY7Mur}(AA{!Z-sY$$Fy%*jx^>9;cgy->X zuEBqTkm{AtfCE!UStEg+&N8LvnEUB6{Dt3whR9XIkl_2t#>RAbeAX!q?b1hO(tN15 z=4wrW5gnHH0!84uttzZ9k@%GEF-Zc8QLn=PQlQJ82 zJ3To$EuX>D#T9)t9L6~d%r-Y7JF7$g1jah`aWDkJF^o|nG&Yp-789?F%%0XXj$ArV}sp<9Os;eeu)rSIw$1wc%t+LpHh2nKdM z<}H_pC_FvNT7+bd7Vuu8UeQL!n(J1V;~3<+hcGf36FEw&{@cI$X}wJXOZgM@DtQFT zbzO@Xc>Ac!!0rm3qG-iHMFxyDxaae76rQm#*!suBMP$ayJEf|?tg_bmD#+jiAuut5 z&6lFMo-hp|j`B+1>86IEOqx&c&Y1=l_bN~lxvl4zId}6hUG5Xu+~Z!%rI>0cH{RS3 zWC4@|2$rs}Lgc2>ABCF0QY)ci6m=Ap zzw}j3fMXnrFY?(|^JxyyC2-zr!I`t12y|{HBH#0`cy5%H7o|L34?Cw%1v|!rVTQMW zT)e2JXLRoKn_^JZvL-YL5GqFX4N8KIK5tL2rjyIt7HxV)Ic0}WDJfe<8mq{Rpu*97 z3IH!qV3gK8wM;P>Qo611Q=;w>4UNpkFhIpz&JRa03Mg=^FuuOJsbjj6$RrKdptQw! z4~#nJK~G+h`t9u$5J zKzOpzW3Dj{Y0Sq9N2HWDewiy;imyia5!a$5M3vD)EAY^Ll&&p5nU*TR$bKJnnZ6i( zeJzA(;lemt$@~aE86(qpBA1V1DKyM?yizA0FXy-GL@jk}wU=|8oX)YYj(M^jA z<8U144ty{kdHWa*KVEC_)l-4hSO!k<_K*+ymeN1DylK0t(is}}D?~lMxSdYoU@*8R z;o0|z5WhS=pWb{ppT0UgpAOG1r^6VR}CS>^Tgf&b^a zj7&ObUe^?ebKPmqqjhu6xagPaxqPqekejsQ(^On{{471`!0=({J#5Fw@Z9CNDG2aO zY3sAbKYu1PU0az8oj8~H`6lNZETxT+l^IUm$Dj?qi@VU^Q+PsAw@3RvO?1owo;wG4 z#&zi;w5FG6hQa&YqBiZXhmYo25cFk-@SR&60~46h@V9>OgYflr;Me~`gVV1?M&X7- z;R$=ErlaC?7boFI`U9`XQlqso&^7qMsw{SeT?{C>7Lx|fN7xx~dg$D)e;NO?-JJx$ ztFt;d#MD^0IpJdJa+$Z*8(}OsGl&$s9qJFi{313 zSAm|P7Mb^P&D{s-1i~6ff?Nfb^AN`C5Vga0=UBt&hzN<0?xFKMl%M?g$3ww;2WSSZ zpF#eU2qq!-zyj$B^DLCP4jOIctG2uhScD$RWo(16E^MDcJaSWPm<__syP5{*d~~kn z^e_^PAp+;J-s4p-Klga81+Lhn^gY}Kco0DtI|cBN>!gA)J4L%3kVaupzCT`GMmdu&T785$eK}wKlt@RR1t*Lkk4V&9HDyn+2EIgv-gQF4K!n(`sM{#u=5=1T}fb|s9Ay>r@+u!U)q6l zR2k8Kx=BCfq2O_hBfX>zPybT*qgZSfpjXl+vSM!h#(9v%(eJ0U#ry6wM#fX;AW#is zn|pig(U1iOWt?*nL)=(I0+%p zsCpx9fD1nHl8d{f3*4^BJ!C|mHS*=_$5+~MPaToIgU{eCB<(Q}`rarP{_-0voQ;bR zyea1l^4Zo}8fSD8%?1{-VoJ`~VCW{eGcRl3h@CVCR}%hLaNKq~n>#{4|z%v<;VAPvk+ z4qli^YX=r7>)}KPmgp@nX>L&~p8l1yoX-~0WqgX_x*HvS%nRuFee5MMB4bXCdrVzO z^J~NL?t`Ce=2L>EIyVD+gO{8q7y${WJEHi-}&JWrkfiEJv6+_y`lNDy}jCrn>gz>RqNDp?w94p!%%yFcT?lN zx4l{Ygr`hBu$?xhF@|Om(pPm@K%tY2-gsmXX0!F_iVVmbK?l>1fBY96fB{2zg)40n9F?h-?p)=%Cn9m} zP!btzKrf+qb!Z9El(34+K0foYJ?0X;5VaMhMF2!&x){nF;*2H4NIw~>)rD@7tFm*uv2P&D-t=ybb&)3h*jl>nY0^x)KD0md!w~5SC8dQ2q z=+UI_+{YW{p<`N}cNrjU=XCBf$CmM@P0a2Id5XYnEVC1#wM>c-Q_?M#%A2A_BZ4m- z);05#L-4JzLuSOhEhSpxoO^hT#sk0bg~3HootF>&(0>RHz6ef(LkbOy#!1-`$dIaZ zn$PD+t#{*$oKv((k!&QaK_~5-7pHU%qRe(?@qkyyE=sTVcc!ON?$+jlXKQ_}8*A*w zi0wvLEVbIA*f$^7O6MABzSc3odEQ-u7=HEwADkL5;e(4hG5IZ1(NuMLKCkeEjcqzr z6@FwqI9+%EEF4t0m2p{);4^|tx#s!Hc>k3B(Rt+!(}_~?uMA50E1z`|b4-6^1Y8)S zDY$$kfbcjRCcGnx8GJO1{csBFOa}HkglSilp~#A1S$Mdg_G3J%oFfYzH{4{LDzgiZ z&eEq1E;yE6vM|FDmq;GVz#94FdbF-=<fV8$SnTG%;Sr&KPFtgMnd4 zRGW`%U~rqUkwUeA`jca#eVqQ7OD8Y_oOXpU*ocln^81%$=Lh-BG+tf_cliDT*+3-f6-cEUK}+VeU@nKQZszXX5iN|(}yrW`pCf`wK4m*hD7 zGlOJ`t}dSkugJtn`=H1y4sTA^Il7L=1IMy4>Iv?`zi^Ltn{h}R^rP=-x>GG)Ltl?6 zw2-TECEczc^#A;8Ura}d#NWMtUw&-1DC5DUo{n~Ueo zMM~P1e3(YRjJ6jwcYJjn!(+S@SCnerJl+Bq++n1i(XiiXgAxpMnV)r(NJXb=%m%!!Grfu;Gt`dBTZqX3@`}^4&0r? z&2Kd4Vk#n9OJsnzkeCtDC*#cNxC#GRGt22vRD%!j4adS}Kx=W}Om{SbZ0}ejG|WAs zXGRN+3UBTM3vg=C!JB^r_Hmyv4Fxr13U@g7Bz^IsRn*$9*0z)8{D*^<3)~ajO0|59 z@mvgiJG(p6ySK+(hkkN?6-VZ_4jU)!D)++uaTEz>M=F%edQ)oBsE$)?=)(z;dQ}L9 z7GUZ#?n4u@#E5xp@+b_;{o3R8m$rc^-)-|Oo5LZ46V6N5%xBD^q-(#^Hf)THN_Z~! zqYa*$Pi?>m9M(9aZ|?J*e1Qw^%?)@iuA&-FN;=6~Tj=cKrr+J4H{RmZ-{%;mIg6)c zo81<5WqkOCq1j5GEqu+`&p9iR4_P&GNT$tGqX&M18BAvsh`Pj#1hXLDF@K zx|~x87m2J)&LekD061mpM9s|@Pg*mX~hkO*7GK->1Ef3dSM?Zqj5 zSXz#wVk4*FK#ZlMoX@3ccV`CJ7`VGG=L3rjB)+V3oj19zBN^Fq9Q!eb>UIQRbc*Rv z(?hN$b6sT;Slr)QfqaKI)1z=^`4_lt0K=ej`sobw^J)O}cbazT2+o7u`{-T#N~hk0 z4r*OwKy81jFd9#vL|2M@%k%hLHZh-g3cWpft{XAsk4$qU@kd`d-b_mHKpEj-@GS*S z{J@@(dP^Dc8<`gDkQ=%U59Nd_suwqQcAG6*4Q=N7jPoNxR)vnK(NdPe25HatHYY1A z==1diryM6RwIDk*Q)@=%)t=qv4XeEzx3PR{pM>-DIKSC#AK);%cA{!1VN%_Ue;g^Q5mlRf*4Ck>sr~I--stdxG)G~ zs;$744v7L_BYe4z(yu3zPwHV9fJ6yF4n*@np6-pOwEdeu{nIiYCaUqG+ta8DPgOUv z1U6E@G~f`q4defKZN3cx4H!bEDh9}Mobl!WNaN&Ceh;Hv?=Jn+a98UN!PX8~yJ>#t z-F2HecN-#J1t&EPQD&ld&WX)nY8KL-l#%%%{lui#C^^>@U-}^Q7*blEsKGa7CpvHr zz8DTmD@5+_Nl^{4K_O!!$-q;*_3~Z*&ozM^rs$!S(u2U8w zu0l!}<}?Zded|m`@sL(iEcIe@z22*sa~~XumhsL|CJaLOB*#nJ2x>DV&Sf;kO^ld| z?(%}hv>2F+_B3P}83#=CLzymSd`rRi?t0)(U%YSzNHj?>%#EQ_H@>J5TCRdHUnK${ zs|*r2b%K6`l)>-w$H8ViIg{q1NJb{51v`)M^{)II#%Dwl#++O8y{7_8j)lmwQQD3! zX%(}_(uyu9by`oNug15$A!i$h_EQf$7#ppykzBZKsv zg1rwfT<82<#`H08t>?P?$3ihY2QQ2XUa2t%{fet13C^??Ma|f!ot}&QfZuV>!Fd0p z5vWqH3=GG?@jkvXpy$-US9pp+J3GH_9S9f%9QjgSGQN|moBRy@OcCa{OatET^i{sj z9|sDD`8RN!Ug$$v4ya=A@ID2PcgY+XLlfT_Npx1NP44VUXKlH$lTmmwj}ABH^5a_% zqaS`qXLZO$dwVlRd}TVzF-DWT)DS%W;a}5C=G%Y%{-ipXeu~{nm)d}f zkHJ%}Q7b~`FZGS~X)`FVUQ-BYO2KhFrO*<|$~VCyo-oFIEg#uk(MD6cvE!SIY0iZ+ugY?{K58Gu8lABC*ZK= zAMdQjxRX(l{?e1xv^BDQoMlz=OMmdg@4R+rP+9_N?BwFQIerV)uN3mcfNyN9wG#fq zO$HdiDY=bRsmt{U)6KNMJqy4V!w+SRV|ciJTT@5rQ35>M`wV2Hp`&cmI|9_}NnZ%W zFhAYjt0DV~Kl`&XaF-;c?_u0W+SeS2!Ci%eY?QK)_NCl;&2<)X9iDV2qMoiSk%o*? z3=F(bGy^k3ho8KBqQ~4Dr$R7xm0#d8WwDfdAM)G!PeRVoLMON*bjD_>8ZT-&^iV&s z7x+yLi9oqG3X>Rd0%FA^i!%MbuL&S(~H4b@qsv!N97Qq92D}p(TQpB73r))cC zo^f!tN=wd}F$M0f8O<01UWK&IR_?9w%b)EY?dj~dDIvRoSx1eY9=1VYk9NjXQJ-yfIerbAvm-Rb&z8<|L>c5m*yO&OTu1cxZ4bG#YHhyZPR@;IH)^lHw9xm2~c zc-0ufHyoutiZ)2tO%&+ey(uy%blS|=o^7o^^6;3)#M?4IO^yC} zJ-zJu?pAu|egVa?qR5=X4~oxBdG&kvV70FVphwBse&`E>DxCn3H*$uiiosdPilMPVp z%3#qaD*rh=Hs7JgrSbP4`CiRHvl@ZD^VJy_nkqQmNIRSYfk~&$VjPS+fakvD>1p_v zuHt~Y2aRTFyE;EagJ<;UUq18E01OR%fARU}HLx;1mod0x&1d;PdPLos;y7|=y5ib$ zZ+sOe#WnasWX=JQo>$$@2&=6T9AOH&lb%2f(Yv;+1lvt;OTW@d-M=ALb7gHkvT>LD zgY&e3XO{l(hu?ke>1K>~=P}cex$y4Tmfw`^K@98D{WORy0o?ow#r*R(ABqTuoaclf z7~MMBG*<7N!e+d;HfK2(@yK}|31zq#@4`Os2*_(H!y`ZiYH`}z-Rk$B{`sE=>68#d zF@%kAsK=XQh;SElVHOc4@6VDq_jJCEamg{`@uaOXPL4w!gkjn;QHb5*wX|19AfOPy z{HuZF_H-_cp~18vv^jqU>LSKM@rrFRb9t^E4i5p50!0W$7_(b1&8X{x5wB9nJ?(IG zR^fq)xk2nl-tg=g7`*)N-GaoNC)jhvr+HBkO;H*( zS)ns}#4YGXKZIaCLPbeX%9NY7;E(YpNR&AkFdhd7a{#*zp0R}|y4(!RY0q*l#-yKV z&$Z*Z!0wd+as)aEM6L_WjIsOkCCX~7BbA=&QWLn#JHveBBT?|kz%*r>F>&5%+$qA0 zcNpN%F~{z1qkw}m{7HcU2*2{KD2O_c>7Q`o>%v)30$=b}r#N&527@(!Xa}Q-X8I9T zsaHTp>$WKs&V!9bq{&axzom9kiHg)NFRmb~bDdU_XuIj!CaR125Zx1U^Vqa@p01O3{N#kKpgFXIel`dIlx{>M&4Y5epSl3x62*jK4U7sC< z6Xoq5$LWJQvUS9%KLl^W;mA;!J`lMN zB?sPh0M5C5xT%;CEgyX7@!-q%C~OwOWFXGce8Rg2&LDEhwJyM%Rn$ z$f-7R{E_H7?lpK1eJWQu#@6BaU;p;Er=2*`HcL_zM@L!}q#aqy)3b|CI|o(mR}I77 z*4D6pak`;O=8T<6XNB)PjtKeD2>P*^vQ+4b#=x>hok5SX4$rX9apK`Bm8CH+y|Ku8w^(f z=JP8Ir1=~QOT=ov(flKC+VNaofU@8$tr5&; zBbc-eUsWs=C4-&&!8F#CnxX*9c=PnZO4&B`n07k;M~0>tYv4F=IsWl+eYC5Zc8wx2 zZP5zX2&)d7^BF@fyt``m&GvmTz zJY9P*-^HjY1Y1m7oEk4}h?a~K{yI+^{$L!}!V|7bm+3oW%yH2ye!(9i{WP2Jlt6eR z?Ug3E9zMa$BL)wgHcAW~M#0!nlnkOQi2b!YEdhr)?m7`Z14181U=t*-Z0E3(Be4@E?91%_+xVy1O#+gggS9CzyGm>IZTZJm;hE=0M(*JN-}xDc6d|eD|qfaW9U6A~24;c}dX~9V6P8 zHDj>UBg`_c?e%f&+4jb?5l2Wm^l75G@4VdWcokx4YdiPvCDN0=7OZ%3Z&x?(rHK!xQC=jIprig}04?;-{k=cHa>G;lwuD&2iUw<5THkxS&?>zp;@2n^-dA z`PM;XY*o?bQ08Pzw8{y0E$8_(*V21*9K668XU}snHsi$MBTg)Rww3W}AHBy)8WKR? zgjV505wRzA;Y$Gxy~nUOo05L_LWkU*_DvPY{Af$YCGrrY(F^$f>1<{C+RoZ^fDUPg zet<*xr0>)soy1|L*G&VF-6AcGw@57CJu?8lB2LAPX#z_R(`6}P{BuVt|5~tVT4ZT8 zj%)ffkKc`^a!jEZ{MR_<-s*zD(daifyU%x9d&BXd$#4uCOy#?`X)1bxZTiE1_RkB$ zWuoe9D^}KIyvCaH5x9;iqY;!W#Gr4dD?!32V52*Xb2i&-=KCZLfKA)*41RSE50ME@ zs)5k;?5`(~E-l-%NoH5E;t&p6Xu9HGmuJY zQqr6z%6{I4Pf=FQ2N?4r>~PRM55kxtKSs&JVtB3QkXpzmtCO}rMkzBE)^qD?CA<@r z*JVlOq!spYG}Hu0GfQimDl(^g9~f03b2h0nOLe+5DIR|_4!N!mILI+Z!TqXwDKz6P z%t0@OjxI-mkzqX#%wu`XaIhG6bj0^Khw`rRPaE)0W-{QeDmaX6QCw&TBO5V3U1}Fz z8qQW6lQ>Z3BstRfxbhL?J5Q0$`@#oO){M+>+``vsSid28`LlFS8zKrD330sIdD>@? zIHIC)`#uaB59fv>#c12Bdw)ZOJGJUr)I^>%!8zvesM=qT5#A5nRvy4P;|$;AMRaJe zGB0q&pi-jbnR3N{`h{CgR5w?`C&m+i@hyJxi6+`4uRiNI;HTW{AvX-jO0L_Df$37a zVkUj1e+~e;YuAH(@GOmD4xf`ot|4fo+yy9ORfOp&bO38U%EJ)Qtj{BCq>*l!XZlLt z^uy^Hd=j39^PHeh6nnipy{dC3t8tJ%R!n-QfBa8o1Rbrf2{F@j=g>W#)E*Z0=O}-A z2OI&@yVJ|k^I#T37ar_X8iEI2V+B?9Lw=Jdyi~`5K1P>ZOOJ7+T2&vSn-d1aGZF3O)pO#_Imd$RS&!BK<6K1jezV;Bo#sc*(DUv)pU0-M#>0 zgPc)sGUQCAGl4;HaULg9z;K)~-*z`OnUznSP62~#)6?BiOo%VR%4o+M2rWM~tI%TL zjHCRNPcnwb(2--LDAbt0|AXIp%sz8K?pmlO+q1T^R=vU&WQfz640guG(Lx^^!-Nex z7VxXy#|vkQ&jUaH;3Nxb=t)y!jKBHyn6uz6zww2BqjSy28^=|~D`kIs8=aX?G+X+? zuYcop)1PTb!3YKae1Eq);YbngY$Z|;kUWX&AW76rxQ@>+(kNPlphP9#5!?WalpvF* z!f1)=9Ww{dV5{b=L5m_~^h&@0%R#X5#8#i~c028CZ$(fZra%AlzbNluOhQlv5CRiX zsWL*y=tyNWahr3DSiPLU(C8`Gj+B1EEzvNV%P|OKG=dF040e~{!fP(W#}W5ffL9ayo6IY6*C0tig#31;vVqO{ZdF}QD*+GxN(h+BZf)UrG7U2s8JxffmG zYv9?v17G+-)`Kuo=Jn(QV;#C0ZAMOJXuv6Drv23@42qPo3bB8caz`6{ieGlNM51_D zsx>$gO>S@2_&0LMJzyfMU2PC!$p8SXmA#d>VSMz)bbgU>C4+EHp3n#1 z|A%r#@8A=_Gj!eGBCnBUU}&Qx4J@zWh=vyV*+c#VM__ji1x(hibC~11oMYx*;a#6# zK}p4`a4*_XV_^>op@tp#(p+&U#cYEgG63(4IoZ)Ceg^yad+a}7YL38_7al`LFqfBe zJy`(fe8a084qW4Lr;7F%Qcly8=tqu39SS&fug20pgLsmY($A(F$vVf&^iDH%X~)`i zG&7HT7p2c3%TS63dJm4^11w}h6o?;H%bSZe1pUH;0n*ow;rFp>$apzgp<(#wHhr(g zIC>b4OqA%CQ6=MZ$C49xMh^35NnTUS`Gem!lox)YzsPF0_0HHfaw=a7Z}ma|0t@|; zi!+{~%eOYyBL{aiew^;h982rLf8cdR1SvmDNPDA;_U2JQmx}}@X?4u4_@#vl zQ5XtxRMslwK`?D_q$piXCvrH5)AT&v-)GPFsu*{I2cEJhbZ1j>$XX(XM39dLX+%hY z0c>U3F%|}j5@OIPFao9u9=-It79pT)14!r4YxHvu<%1^(J|%P(Ar{dyqV>@8T|`oP zWW1aX_@!9TS+R`Ntc-#vl9JY+YE8xjJm%&^!XA_{3(ZAM#`S!6tDf|BJZFV_)`i=( zYp;c0iL#9;a1gh}^k-R;X%ABcmVrq(QWBl#qAUZ4hb~aw-PtP9K|raHcn?EQwPdV# zB7n+%7(TDqD6=;MxqEA)nI?cC?S z^WZ?N z+VZKrzS9SzeU)3#dxKLGBXbi66rYmuVPHk!;qQDsiZQ*Is#>!{>adCQ-u9lg=o^ud_YiOxw|_NSn?tQ)rnJ%ijw zwx$hzGNRyBOnaI>I;9l2^(9kunh0N^mmS{T9$%K%L#4D8`3wKc%#@Cy$ytoHEEu_L zFr**)IOCKt7@41uIc@gLy=e!ITL_o->f~Xbz>aS>gNn_J&G>7~bE>;IhUe5{!24MU z?l~VVg3Z0%TqW-@?UHK+A!&n->R#`7HFzYO4H`0D%e71`R2E}vOtZ?&(tnGAV|#NW z7ctm+rOYnC)efiiTH6e6`yF6TV3fHT0e+suX58!G(jD@4rcv=yV~Gshu- zP(X?{=W{`#LCnwyMqjy?Qe@mk8Q`|qAA?(pC9Q)nQhet=L&&P`T#qp-(%JxX#>TKp z3u6LN76WQ*QoVgVsPn-yW)PthSl2Z@7I+v@-hVy1{I1aruHcDzH5LvLhO7}WaQQSJ z-nou2i6(5HiU#Ji%%Q6#=rl(90yhE9CDU!_-9jURk@Gd>q#fTSv13K%T8ZvFy~ z`9HivgNrIfZeI8S6B~~yiO%!sE64Dm>epEqRw`UdjB{c-qsA+QkOg_Q8y+bL6l|QT z93RCvIUnKZ4qF+yClrZdMINIbLx02gj1;4B6>R`nK&HQifx@UG*K3D^173Z&4y@oo z4{}nu2~M0FieM;te{fW@I9B0S&NeOrg$k_ z=}L7HQg-K2RJshN?91CU~Cp#-RBw-h?n6EpK?J&Y*L^>R+X~;@B;-ucdRMLMs4{%vKtwrk5( zx?CY>I&ZdO36JJH-fv_ZJi3>24n7Wtj$1I7PdY$-hpBX0yic>8R;1o2X z%NQ$(M900w!ElZhLBfgRva1+nJ4w2RbLErnQJ^O%I7**HTJ}cYV1mm!%fXdYwk5}( z?QKra;t)40gQk%|27`{}L^pF6o)Jvocf6yWX7+kbba-$hl}twHE-#RAkhVFmaboEZ z*&PPGL0-nRE=~WaXYm~T$t+lVO%Bi-e(GT5MV8PJZCbFLUZlkHvq1v5EQjO>d5vtG zl|;dLoOo-&IXHNh6Z9zt+m45DEO4;V6eo`D39+gZ?myo385SIpi^!3C@pO44V`$bb zI;gZy+yCUZzMuAN^Lko&^N^P9ty%Cj(&J}m3gRC1G#(B7ON()YZl%MYO#8c=9V4CO ziEEXC;ME|9Jy;G+*_JVH&Ix1OUmfgDdyms^U>uGlT|Hz0@6)k#-qLS;^YhnIs9iRc zizzBffHGkHDaGyCRuE|^fjw&Pqhu1TvwDb^M$%KgBtSuq`Be&kA%?kIF{+wp!~&dX zO7wpbrqu+7hCB~Az@&f;JtF&0rh|ihw4Z+bXMa)8mhfV*fSSQafd)McJ7QCWiipfv ztaosXO=%zIOT$522cLsAlxf&CRRTHhoGU2|V?ZQcy6;{Lc@=JuYR*R61RS#wC=mf6 zG$*1ckCBAv;mAylM5V|um%UD80VaF z7fnTZqq$0Wh8?aP^PABmLyFnR2{}X;UOqX->y(uAsB0}XI*KzO8c}=FJ?(S;KJa{! zZHi)tb3CGk1%wfV795d>{Az{(Vil0Jp02A>XP?Meph zA=iGmxUI5w>|^ldB_ee>gHC=K4>B|#dowqIdoF|M;U2g~M`LP%ZN>snx~%h|+GK!3 z1LOBwgPbNS9`19FfmMJ=^5H@X8=t_9C>70Q%v5fR)+l{rmzD9Xc=}oev@FBdW6)o0 zMh*g#x+nUEk+yVIeM2k$LmO~*>Zf!^+vU>NT(0b_YsyzS$?1oO3}MJk;04E%9Fq|V znB|EU@#QypmKoq=*w&c7cTD8302&JB&T_LcpFVaeuP0U-mka`2U?B3U?K-Jw5+o|b z{JSqdG(%w{o^Fg|%EGx^w-!4AE(Ml?KTaG2>gjf#H=t%jP+2_YJo*9(zTpMDcFM#L zU;o-?b=ZzhPUFN}O=stcx}%%lAD(tf+EQzFZl3M1GvD@x=bp$|kKmZ|b9#Oqx|+5l zJE3p-dA7e>yt9wZTBIG*v0&QY-s+SB-Z716?i{>$(pUvViafoSzIgfU_4)NEep9UG zB<1Nh1%o*WU_HV#NKtVBh^)C4DHU_EO}EDZz@(61UJ9e4#IFoR-qNrp{~@#OyCnaG zKK%r6mBa1Lw7<7o!=b03D-+}f;Hc%QcI{$uk9%!4?X zqRKgc`V!?~%o>Bd3AM2jJjEy;cA(fx^aF7Wtw=$tSn;2?xfg|Qt+Wj@waPxgSzD|? zM2eqR+i0)MpFZ+ofANvR8_}7Wv8_Zz6c^P(O)+$KzSFnszyUTd49IAhH^cC}&|IFo zGCBmvSmxEBaFl-)8lMD*vZJKd!z38hGub^yzSZ$*Yo03Xj(Is|PLg57e3VY3Y%t}R zbY7Je81mBo+?bPk;K1`3$8avdY&;AOCy9_SQ1c=${SRgxPK-hj#gp0r({Y4CioMQI z=yvEpm$y+>1YQsLtR# zt!=wxFSujGI8u0-Ea*qn2e){E@zw^%ta2SEDy>(x!BraOKD=bU|Jls)yWFGi=p<1e zxTI~3{XEy_WSu}uslZz~O`9#O%Xpe02wu#CIstpdp>c+(2M_o(g$C+{8h9%hM0eqt0rVMJ?zic(qCjX$6KS3Yw?0*ZrAy}lTQ&TIdmM|WOT5r zb@v>xz0iIkx|hRNgUX4EAvFka;%TrN3laznI&BgBGOn_fR+w1vq~ctVg4SK8Tcb4| zyQ;_yYBs-tH9`l^5%-?n9wO|&E`wDm;107#lj+V`f_Xl#2Hc(8zU~->>dD2F49(@4s=?9_13q40s zqSM&QaUAo%^WL6UKfVtpGXKS(&$p`;gFVUdYwNIs@8J|+I?-@o$TcDZv|ub?5$s^2 zn7yD*x|@Jft~#Ww;e${y{G5s!Xy@DnCL=Z89J5&l9M^G7UzCqeMwkI?)o<5$qYrg1* zoROK1k9g#mN27wDL04OY$LTLs`Dn?oa4J0SpjoP1$55Q60n52;qQ#-%q=AqAAg5m) zp0#!ZJ!2u-2ArkQp-1v(>1Xvo?r~qM(cAvei|91yJc{EOS-jUh^fLs!(PF~z8+ut9 zXj!8%_R+h!rV(~7#v6Fr)~~WO3=>?AC+l&tIHGXrH^(63i89FP+7WPhkr^^Z1G&FO zH+>&P?$La2dt+Kn8`Zy|8yXF}F^r~+Cu2_E+h~aHYEY2zamK0-(xGd}J%irboX|xv z>hJuM-wEH{*7=oc=O70O!9D$8mDlQY7Q3cC!8De!sr|8w<-@xlT8DNE zlhk14vtE6UgJWJyhVU6$BOi)WDoVAe5Wy}PO_h;-Bh&8ApFm$1q zDH6CMbc~ecZwwG`8QuwVpl_;YBkipuY81J2OV|7+h#VG+p0n-gU+{Q99|3% zd900@v0lq=Qn0I zi%S`a+HW(aH^&##mnW9~+)VG|L4P>Co(?1Ab`SH(vu6OzwJ{_J3{p5^+{}Z*4`a>) zmKrxd?K>U@I|bY^=1%xEKJ(7T(M>QyA_6?7afVYj;VOS-oMg(pI2AfJ#338Q;gPmKzYfgW&f6G|(dkhsS*;=n zkcl%Mk&$)z9$R}7Jcy{y;@~JoQWMZ+Ora4PXzL#z<%#z6N&=4Dt1m%8caqDeXpe(H z>2`-e`X-pFQxqInQP7>uG7viJ?)E0Qie8IMGYBUcgNzxxeY(9KSq{1YZKMCx0+DGC z{17zQ07)cePLyFn=h8iG;#u-Y5pynvBIg{9Y!TzgiD9T^jbs5CU~t0~S;0ScJ}mBX z9S7CD1h&pW=ycA&rw@3^5X+Nf8lBX|oWy~p{GaVaAI6Y$_e#1aZ}94e9%UTCir(-} z@8Ko9!x67;%$Tj1z@If>IlrRF6Tij4cSfKzaKBv=WxzT1rb$~Knx;&RfUodbeG;}z8nvOgTFXYs;y%IVER{U-Z zbT!#pN;~u!Lv3Y_Dt85(@X}}IhyNS-2hDgp3Zgg>)Y;dcywJlx`q7Vu9!*d?n{7;2 zG2Y;SPc}{lP7(RFRR*y^Hj_~gfRFKQgXG|WLB|*Dp0(_|o12e19ll6;L@48=kGnZl zc!V?8%wq8$Ja`9Rf=Nzi&{aJhgZ{;92s20J0tl)x$Y2%15i&2)sksUZ>7@%sD#0y_t(q4p*jg1)C^?mx=2~}lwmaxw z{Os?_h!kZ0)c{BVMZMIpViH?rifS^1R_d1F7~tH;5Hp$(iiw60GAeN(at<;X?>V!y zSV@0Dp7-2i@0?1Qv!4Nkkw<(&hVTmWF0Raz2GMDY!8VuURpU+T=iRw5OqzQY&y1)y zV-I|;ArzQe#pH@Li@{e7eHg)uYA4(ywL26Afg9JkJFhgz0C)WPlzwfMZ9Y5Z(ANB~ z=)$}m9zfGN2%)d*rG~@%t%^2RB-Ohchp*|q{D}@cuN}VN8b0-h$&F{O>==Caj1>`_ z1+e6vjM0T?0gf8az(Bd+ACW~BbUsCcXAzY5XIGO#E)OQ~#^kPtOK^Z&+Rd^aD*`yF zghOGWKH;ESoaTEY>_-^k6udc5_|e2%u!Mgn-(8LBLpBcGnBIt@4&QHWueU6&?Elm-r}6Gzz2LwIPb=p7!D2-A7(EtY-1@UE9W5 zxMa*SzU?S7G%%+rTE%bH`ioZ7k|@p+^^$pXF<*;+Y=i^nq@k(q(n=u|x?0gOXo1FL z5+?9Yc`yCXzvoBB8<;W%H9nSwS?w^N;t`$EE634SA1)t%2ZwYHc}GL5W@LKsq+>Xm zDAOg31^zS#3|9Ddk1=_dmvbE7jaR;ZSR9+~+TSqX+T?1IztKLYjIMruuv6pA!PXwzDDy`NE_!N1Ys!ID#lzOqNtah@eWThIK*K& ziMc4@MnD)h#~Z1n_dWz7m)U@W$Bt4WI80biHP^ZJGJQ2N4fCHT3JVxvh!6^H0+(~% z+TaxuchQskF#?zX zz|)H9{QekY?tu<#!RyoASyMgwu0c;5l>VHi1~NA=l!AWXoP&~+y{3*;&U?d)S3OWh zj-fJ6$j+Dux{XN2#uFZ<5o4EARgmefPlO8p%mN!FxD!5lwYS+l-Vee{Hrk*pceXal zGjL%pnnIjAJm_CsdFQuz=#iZn2C@4AWX$MNMkr`hBrFeXJM24!LP;}7-2u@!^I7E{ zJkKKFrZ{9*BHM%i0tZ^-QCqQ!*eI#ooc5x0Lm0hqy2d=P>Tix&ztb)o;pT( z%MiKG+;1Jf+{0Or_Jd#eXqF{?G~JzhYQ)nYxN3OdDR?j~)av|R zL49n$bp&~n=_roYpOC>;<_9;Z)yOpC#z*+v=V`_*i&FUszGx8V;6tW>@zy3@X;$g6 zFVi3ThAYa|iy;yjGervSIREg79zMyP`vpqlvAr9`U7dsy_|vqzk#UDr6mba{;CEwV zr3MRa^yCSGirespNA-daE_TE3oVfR=mn5)`>&H9KBtX+4i;vxuZ|HlljAe+?1BHe2 zFtW1b0{?q^(LZ>4q<4e&&<2N*O<5;P1Z5oQ#X2H?@TKgHqA4flQGE-onKBD7Z-(%og2>6r)~i&xVetO z-{0GqPS4M$cSjd>zUsW^4X2jfDKxj!o2;XZ5*?eN)plABAL>T`tcEX9erY;MpPVqO zNN7|T!Qbqc%;M7bzy0;sjHZglR@ntG)p`ie13x@HZ>pR(g$TSTMLv=85~JzYT!*O3 zD+F?-%Rd-LOW`oVh4pkX=))M|f5aZjh&PWRpFQ2LfWLVDV%pzY4HIv49WuuJ^56e` z*I-wWau3)L8S*O7Id0j^3gqOwA|S|d9pbO7@#u$FjAu9{giE0Yco-5?L2Tn70M>N! z)>KL&HX>qxt|`wkd$&u^5LV2EdAgZF#&R7TdeRdQmqD#Cr*E4a5K4VWqlFLpZYmvY zxsFk&k$|Thhbu3zQzFKUOY=3jAjr$DSXDvUjc)RLFnbg`&dBAm0PfM2b2S1vt|-pS zyp!mw^Ewd>GhpzvYUxsNp*qzD92i?fg_+>Yn6Vi_3wnZ!;njlMyfF%J?s(B~={T>G z&@{V{;~XaV=CruqHH`v;3rau~PvP6P)PCf9F$yo9?M|P++?&2}usMDE`F7WI6Bf$I z+HM6!l-W`YnaXWbAsk0L6WUFxQDEBF7e&VakGZ|zH88^i12c?OC=|FT1cHN}cn)gS zaA*rJm1e<#<93}ZujO9T8jLJF^_k64f!3m%tL9bf$F6iT3Mz7~JZ)Ms%KqicgFXRl zIk>rpx8RFW2{^yPw^X_`E(est!dn-SKZaZM6Ec)m;KEAeZZQU#B5=%WeLb=jc(e`I zWV+cZ=Q9S=LknqlKjY#MRpxVTtK$QRvB4u5TnsK>Jlk(&xjDg+VHt7;CyKnlDGg2O zNgdX)%Q)cEcQ|3p9m5;=hhu98LKW_~j?8lk>?X#jk|VNTj?DdVz8U&I_n?^=MB4%H zXPj`4W}XYqIUon7`S8p}#woj|mPEgGmeX$KH+Zofaj;S+l0L!*91T%xbwuFh{GiK- zZW$!O1m`aN5IFG)eMfc`_6{jg3{mJy}pYM0xw%NPzu1J%dNgp>;mp9sxWAwr3&R18EL-L2$ z(>8-omQA(bF_Kb8G3}ZbRak3!BZO+kkK@{6;lN2I(e&ZTN_WW|Q*T3ejmNacxCOte z@9SuX2K3Y{frOyKvODKxc!umnKjh8vFwM&G`q@9cEk4O8{!&AO@6XOg6n+!^Q#r_= zd&5$Fq2<`w6F&u88F#g8u7MN$F)wWV7yta96*uhQhoi$@r{Y~ugU_L`Q#H{awJpJ` z0M=9+2fo>YM_hZL(*Dj?v_beKa^saQi*LM5-o5c&i&b;14~$B?R-g4DM}d26TEi9( zM`7uAf8$%P4NwX(d{Jhnyci!$Wj@+qssv+{AzTWE0-P&oD4?M2a)SW&w6y@=YZecj z!10#>1H)U$`Q={O7@{16JIJ>)B({_ZABVeaE-pk+q#;H_{>dojyS}s@CMdynBe+cE1l$3K}la_vV0%MFdV%x zyhjG0^FI0QsdNX5nXGXvUZY|n0A0q`apqX?RWTm_azCQ!XSDC2ektGnG}g4mAX9QK zz|<7$*eoaarwxul)863AI{?&?anHDS2q{>#VtZeEh1(_W4$}ut1#o>HeY(E9VJza+ z=J-R#xDwpri9Ycx=cQ&bG5Qk#NMX=B=A392p}5TD{?m5xn|Io5M3`fR4b5^tdKRa_ zM?W(j8H4WCydH-wd}#iPV%Uxrc{Yo3peQLRhM3aNHE1LZl%J%Fq7pnDTZ#<>IB74EOnq8nHuG>6dpHD#gq6|27hvFAksJ7OuKbX;y2d^fW zs6t8G@Q=5A=QO3!(n{gtoHj<&s6H1-MRL-OddNI^igFKc6poC?Jl}QrhEXw9gjQ!~ zSEYX=v0R5o7$ z`hjB=aC2|ENxR)diE_@lG#?mac=H{nF~G71X|}Z#ILwsY#~2Em_t>j|?x3gO{Osy_ zdh_-$(V+SNrKa4CwK^r|YlzaeDD5Gi3>@SC%@=!JnE=1Kfm=9-3j8vh^60|=?if6p z8YD~cH48u8g0J9e?$p8!_&8Yfgz3MSlxYnSa$Z}__y!(rX1KZj$#l(uO|%IN+|E$L ziFsyyajXklkf>iy00TF#8{ynn26GSQmG%yBt#Us~V&C&iRzVKTgBNp@{R` zeLW(>c03deaQM0x2;8S_{8756U-)jeAUOFS{K1c6z)xCF77ndlDG!1*w#y#v()+f0 zHK)#|O26ZIGGJpE!3>-D#mi?6G;DKjcRpEK&Jf#$-(}m374FAA7aojVrR?r6Z^afH$Oa+YUbF z!$(oTRT)Nv*CGc<3bH6YojTVPWIp{N`fPKSfo}AvGT<>^yuTlY+}xc0`2Y7OCHnA2 zqr`F_uX3ax!~8jS4?@flDUo5oHO4?mG2UHX@o2C`Gb5!w6q9IyffaERNCG`}?7@JK zX}z>73Ni16=#;vu&OXX7Ffqs;|EVxy&#@SEN~#fSU@5#Ea>kzaY}Uc(U;swAUVD@S zbpif?bT4^P2ta#g+7J@l>0bXIp>DhMVR$qC6bN(bXhvunh@=lPA z3$7K}l09R#;-N;%pz`9d`YsARh^{sTM$a?HQhzXq3~`;HJm%+v23~_2lxZJ2gJbn^EV~Ki}VO;ispt z*;wXaYkfMfL0X(Vo1W2Swlm&aj~u06wrhFmQyl<0AD_rL(-rExzWd$pBr-pV@s6{4 zem;2o{49_qQcnO&*9sa=&(12(w|90xjs1z<>2z6SoAKS>*{*GjaOEusSx#H_6EN=R z>x=8?h47pp%DEu$tHYCwI6M+wq6^Vb!MW7Ey&k@LcbLz}!wh4V0$*3ZsNWC@gM(b`{;lkl|m~&^Kz6x+t7kRC4f>WO;4v| z#HAD(Lsd2I|w3%_!_g*kO*f&;`%J57^0$7{={moWm{FVFPF1mj#fiXhuqMsd-T zAb2U?Tilh;ED|$JpSk?* z@LKRSu#{nDtZ-qhor8}68nfsX4}6NiY`}ZkYT7^ND8I41X{5^D21bcCO4HO4#putA z^F}FjXX&l~m4Van*$>+Q>oIxI$gz!{6{(ANR&3SSlY9$k3pfE**=ueSL zmCuXb$Rj$AjhWIzK8;r@8}H(|zA{AgoEI+A19fV!Oa4PMcrpH_Q}bym%p+n8!)!{hWyaixrD_dpt#!;?? zGX`!c&X(x~^X{G{QC@KIqulh~{Aqih1-Q3CRPd1|N*`?nfnBni!_7!21cYDCz`@Qe zGI!g01IvraC*9Fyd~GuZF6adV(jtg1D~mC&SGTlM zWz1^=g%pcttMg1OJ)VDo=U+WPn7;VzRb)jY5uhp(o{?RT)}}At zzMX#ZlfNE@EO52pBG-*SX{#`3V0<9383QG!idbrla>cx57{`JDZTI0R#`4%#l?Nk{ zwh^5G7nZb5S+wiC2$|@z>ER4NA61k*X+?Q`=Ng47o}5KU%(-Khdc0|efl?K3XD+ZY z12$jYQK1I-o(l*4(3SOF}RjC0!%bmpP$f3<-dOJA&RhPML|&!>6^p^EJRe z2|-&h?g;gmYS7P^=XV{0qcYS^R)m`nFbK_dJSrrgdu6&=rI{%MjBM*aCgEr*1(@be^PPfY_ zH>*wHmQLA^fs{VV?d@AsHaA=p_)Uz&Wdv7trJ>FO3^&jHQ(eVK8T zx6-G+wM%aZIMCPH`uE3Yr4_k0hl{=7pnUfDLOpB7$uA>Vhc|uTC3=KxkNO7=%P5+x zY~@oCnkBh6`7Z0qYS6o`F}{G355^Z`j7-Q$+K|nqI2GY~N}@d(ME49{a zb|UWpxGt4V0E21UpMI|Jr$mBu!x~I)9iz#APj&n2zxtc}Hcvg20?*xih`A^!OiQOQ z){}TYiZgiTe00TNQvIrm^$D&j>AW!w0uv_VtKd)qkJlIzhN4zF4(~>&4Nb5dHA zu9?VH4AWJp2ZB^Ks$Yz@iWnFLUh9&Mu{{HF8q)GG5l(caMnRgHa%2K>O+F36ch}az3>-c!K|7BOdawyAwjMn~Ia125)rR>};}jhqM}9snD#VKM zh%$zsPQztTttSZ`p`K$#4jJ&uh$iCIYm@HdBw(TA8E8&n ziV_)P_{cw~uG40k zuxs@L>uzwMSB{An`NUnK{V}CO^A6q>e90brhB^u`_+Vpf$+0O9x|n8`g&^ZU`hy=e z8wdx7hewq!nU3?=H_40lhsVvDoF%BW`=u9Np*uEXnABErlE_vc1)Z@;(UTMK!@oWo zGzB(0#O-d|flf9zcm#j&)2v*0q)uGg=#)ns3p~8^t2>V7K)@_ksElIx#WJQFN0QW z!eApBg*yb$n0R)~#PCY1Ai`wY$2eu4-0yf!7ulv2awz02-$p5L40uanzKjPudJeNn zRRq^|5lxxpT8sf!3?o`+%)3L7apjsEt@4l}o5N|Il@isMz6T)#8z#({=LKaWB1jMU zPGO)YM~FgTv?vsgkf)ld#NM{7EA4d2S{N%|`}U$}I**hCo?_Prc;vI|&~scL#dWUh zGNjO)($O6H2F*{WO?0m012=At^g=19A-j5dtHxbxXI!pG9Zl&s}A_0}^k1z4g5 zOxG| zJ_ghQXQP|^p6`o5hu~>hv(^s;uW$xjugYQ0QI=!~ZVzU`W965e4yT$k8Z*)B&!QW~ z{`I*p{9(?x+py+-3LYMPf(aiO2fEd8klW%6?BTcc%U38KLr3EUFDHmzFfwUcgEr<* zK|B~3(90YXIeOxo$8g#Jh3v~FGV&an8oRW068?k_g?0clE@@aB-hgwyDbKU*^`_kG z#AM8Ke39L*g$`bPuP*VKd%-&jZ3pZOmcIJLzsM)PM{jR3sPfv@%O0<*z>n=fUvJJ& zHzz91gX_Sp6XTKb5sZ-=^ffm41%-P!9QtTRF?@jMIBjHE_PEYRXlISP;Ds}{ABQt6 zUB>|I@P}S_h#Zh#vaLO_yLJSB^K>`xq{q>OoLBD$4^r;%{+mDe&FSXqdV2r$QXTr0cMMC%-9~-?ex9$y>EW@n#W+PKt`Dos$ztc9EU(v!iH#* z4xYmo&-bdRk511*sKLNqPj|P<7-_#tjJDIJ0V!bW1{DE-VzjCK*FSq6BJxm%hwEW0 z+k3kmOqFX0Wa-+&!{YRpKlzJB4H%Ax8CpxDj!_Cvtu&YR)k`09qPF2v^b{ylEdCgsYKjzFX73l51}=5a-+r5okVF za2%>mvE;iUz*Tvo@DkdgATXdYn{RF(c?UWDtv~J0@xV#J?C|G16`CVMsRSRnsLzew z!UO52DgW>dFFu#|dNjAk|3!qu>sGyhV z1(uuZroizce9LOcZr}}3cQ+(SoA}SXaQOid^5%^C&2b`6ooi1UoE`kaX%v~k6`r$S zf@O+*<=z(i<(%E$?xQTWR&$Je1{daaeGUi8&WbBhl7TsG*s>O%ddi~y3Tr-_+6_VB zIlu)2a|1B&J{*;yBj^D%z*CM>jvN5ap)5}M2j26E$J~d{C_xz|H8ml{^dfYUT}bnf zyq8aoby*-|gj1RjNrwa44*k>JF}so@!N{jGExI@JvbR4v{vtcdg4&< zy!3FEIPDx5MSpYWdXDGu{O}k-cnjQgo-BavM18lKNyg2RKimGcHYx26+GQ;18~r#B z-T5#y?wHU#f3^iS+@Pc5xd=__DNzNpk6`o`4)rnHxPF7mG7j=q+0u_GXZ-6%US z<0HJ>$IGTKI|1Tva`(ha@Jl8u#LOveb-Mdm~%b7xS#9jJ%xsXA{p(q7IG zMnKSEyvN#gjO~S)^g{vVwkl*}ryK^G*>q!giwM)`Gl!kgp1E{w-h?T5bKPAk0tp}B zbT32WHBYBoqb*9OEauNNZj^=*^G1gn%EFLyk8_qaig^!DHZY_uQ3B~VLkWQ)^p4+4kOU4KjK}w(OqyN`?&tSY)FLrFMFFjeK+=D+19{uxQc)aZN4QOU zjP$S6sOUO)3EC-a>$Dkq5i+>p8sBxpn83_)RuHPl5#0-WU>?dQREH06x(>~PC!fYw zJUbQ`jmtF|W$A&>mzP%(<;DP{->ZwO;5v$$LzYi=8(rO};E3~hZB92Q<^`VCW7{0X zb?8p6L^N2tedHRj;)S^~9gb@F73{fY@cxi%*EP$Ox2X$Cr#LMwbKLp1ObMpVT*m=T zJU8u`-;EqcS%l}z;|=~2X_29`9J5R0YT&aBvR3ockiB7aqBqhQp7mQV-V`x&5O%lDk>dHA3|JwybKAb%El?p_M%kld;T zz!S29WGJJZ&O)wqQ~hxp{Ch;VJ?swyFIuRWw_OLcr(KvDI$^GR$r~pw`XFtu z#JN@ICawPUr`vVdI*pfe#xU1O`Bz-BBg?T*Qto8VoVyH)3+mvLot_&Jy37E2a;Cob zz2C@XXpH7-)${uOcz4r)`1tswL9uC$>gvz}EZtT;fLTSNXj(xz8)@apwc^G&39^Sn zUO4Tsh51^Y5_(JdpPYNb=?FTlIs+T$hJ8G}xOlWT;RS+XJ63Zq*4LSsFF+ZiWk86i zb(<|Hr>7V$a*fLPz+0p-%mxW#iUkgKwx;`=t1Q zIo`cBL_^dFi32%8xpj$F#?UAt+VJi%<;a^$lNIucTJG^%+upgQ@L}Ku^FhInV!3+z z`Cda7W)f{9exu{O2lM5fV}26`L|#lA;471+9g3NP&{ZRq2vH-&$F>@sA!05ha}<<0 zWzN?_`V_^a(FjBCaXzDLiYP+49)^<^X1E;dw!pczY4s=^bcG>^gJ5Cv^ zW`Y+ei=zsrvFF;hm+#B*fEoPt7(K_}g@>(3No3J%Ll~Pt=+{=5sy;<0vMs!H%F2sl zFvdOjp$egjchJK9a4M2k#m%J~#ykojV%h_S!?FX{Au8WPco#? zNNUe->#P}G_gG$5M>_DL6{R?w%rW-$L?GbgJaWds>w3;SB}fLFfypt`QMtX>xZ8Z< z+)$Svf=_bjTCm_Z?_bS}&f&~&-|IY=;f7((C7lN^zhlvyrf=qHVLGVBJoou+6nz5{ z5BbY+bH#HF5{Li*|MW>jK~(1TyMIM=0Qlzyk|Cf2-O0e3?VaO?19T7W^s$sffU1n= z9Ai7yV9P+@@9-lTE{&%c2@c_K=8UmUbiQ+Z;fkDV3$EK{a0nJOQtx9g`BKEV^Kp%a zfeUCip*8%;!oa6(Qo(48RxjfVh}A9n4SN+Y4~bytqRMb_3f9m%a$p&+V2Iq>`g$$w zxn?7xI6N1@!F})+lN08SvlBSM%F(T!E-FEb?xSDX-K~sYmT;E0RSfE)=oU_tsJF`v z1B-~(ZlmbM8D7YF`0!^OV^nmU6#od=$n1PCiQ>E?9M`(1;N?Ty4h~d^UJY4IZB7F3j?g9gXAaaB)@PG}G%)eKu zkcAn^7X=xG;haOHZ8=Y=-l_Nvj(XH$SV-iR~zwU{u5+xgM|xR0^Z9`_{R*F!Z8 zva%Eb!YENz#$ZhS%Xcts#>x5=#uVYGd61I33lmZnm{8kksf=c5lyHS5pI+nqC_n+1 zqg7skr3xY6=f<);l5WRxK(q@yIY#kx6QJO!59`Pvx?CnqZ=EUQrmd#DgJ=A~5vW1V z@B1`L2^>h1rTtE;gqo{S2>1&ghm#nd2!5TdC!YKIJJ-XvVcJMNXa?~sg9-)`pX8IyWdqu zPEQQDZLv**zy$nnMUSY$_snoRz*!X}0Chl$zZ*5*RnGnaowCifbOU1zUYU<(LjnvL z^&l_>zX+jbfP+ZS8rOWRwFQA6jp*ye^rcSXK6+1Pax814XVBZ*^+Wb^Luemdg-)-& z_(P8K~nU&n1wiU&3s%RZk z!|AbjXHV(poA83RK7NWUm1aX{ZmzF)8}6N%hlq_S)miYh^zvZ$HDlPFo(OYpszOeq zj4f~A`1B%?+^C{6cl_&Lf7QwVr3mrf?oO18(*ATDVm#a1De_f!8g!LZl$p7CDGo}~ zZ|MY{CL!>!4(XHC_07%;cr#Eho*&eJ{_&suX_Z5jUJ%jZp0q0}LAXXeIW7X>A)6Oz z(MyO$35o>WKRjK+5h2MZZ(ihqZX%Z|;1B>o75n%DFJ%DvWv&ooAUw>K-xv=AZAAHg z%9wauQvQo+KbJLSq~A1Gg`;}574tcerUGZ=xAQMvgMkptJ&ddA4t;yoIJybIxr31E zo1nob=SFrwRE+Qpz43z=jsetlx@lW9<3Sozm~l1jSwpILE9fXgjy{L-x>f8XlFoQ3 zKFg@uZ#s4zV@Bx)GhuRunIviF@iWH>_}Cqb0Z;qm6rEUH)`7?ieJTW@D?#kkO0KV> zNdJt(LL38=3}XM?b^V4?X{bvN^GOi(4S(iz;oP~~7$wVHWH_j|&eMXzzjUt;sMWtO zzQdhiXsgkG;KbL3Bfs%TBfjc@{LZxmmcp^5rA`GtPb2WQ*9-`ZOrstk=itOk+W9hl z_5nZP|D7lV)w1R>&9gB;K}z9bzyLOk#c+-qE$141DY~yyl;iy!Lq@I(aqf4$xo8#A zEqcni*1M#&obEO74|j|snc9nS9EFPE333;CYhheuhlBO*%$@~z#VNSK?30s0F2IUT zl?mmrrysbwR#;FAL>2jO3!?>ecRMp9D6x z5av*(<6KvT96Ck))`==@qepf&H(D^-tXFW-tP6flyRO0KV{;jYbU2r7JP_TPh_uHe zFWqd)*W71Hsm_mM;Lq_+F{KapTV83)=x${jTr=o!HJo2j7$*Y%CEAUYGk$$QRE`B> z%|clJZ!hrk%iHPAhtuhc=R1u?(T6@E7YyLgWy^)FD9tgB0QxY}cw_7W8GRo(ID@%6 zIE(D$TFZ|)v-FX^@yT-Ziai!I*DT>2uS&!HiJt}wre6KTh$pSiP*tQFBq$6 zo-I;)h3EB)Z#=1_^x0CT$o=4aR-r?!in4#;!`9P|1coKa8g_uLx9Cp!!Qn* z!kzs+cR=O}tJ#RQJX9jafNx{9r#Gfr$-NcA^o@B%q%PJh!)u>FPg`Rg_M#vk;{9V* z0uL^4b4)qZdj>uzfQ+Z`3?Ae(6|#bDr=A zJwjp1wv6mpXwcHf`iE zWeR`buhX7S%G1t>=NU`e%rSW5H<25CqD`{`InH=WDXS$xdoRYi#xU*FsRUHucxaXS zkT={xO*}$Zo*~=X)~4|({(?6VxvgJqltXW%`RW4I`L2h6VRX_$`;ym+{t^zC) zKI%2&l5I3)tZ$J*MMy8+tsM-oE=V9$*%O?8%q{V1eJLu`&G-S;)Ed=qcA%_oaPX1B1rYwRv~? zTDybKIr}4>Pq(AfdE}`Pc=U*;o3<7zI)*N?VHaML(O&xP?|!pY?t~KJc-102D%j=( ztuD-Q=TKOols+%7ubZmCc#tE-vyf=d{J0A0BIxF7y1W_NKW^6ZU8^8S?{98wR4_bA zrt7$4)MlHT)7L-$eDWMwgTYKH?*Gl7{do-zVZ$zChoiAJb8F4^maD;dm_7>4y60&4 z3I*hJ?jj6F(TA)huJKX;A|y-&xg&LD4k+yq+Pn$1`)O>~VG7D$gaYX@1X3)Dm{i7I zRDmVh&KT#6C&C%asW9juP$*l^vP;f#9ln=+?zFgTcGg7B2_Ilb0ek?yxQ4S8NXwHE)dQSwPFy_D8E2}j^KZ-D)1Vw}i zU!5PVQhltV4bH%lA@n+9GZq;jyfI%!R0S8|wV(go2}6%6-_Tb&(sKsjLWaOBU&oqz zrPk|6P^92ZK|Ba0Q7^1!d606=dZyv|~r1j?Kt)Gm08pJQn*-89lX zrH#Kw#cx2%xWH6JlD>0GqoYQq`N3c`yA!_a#vSR$CLFF89qFw1r_WL^ZOhcHMHUqZ z)u9ND$qm&@7G)I}auGYegm-%5O0#BD$(!a6cm^xeO6#p=!_|url z1Rd39@~3Yu9;37wSX+IaYfTfOKiYsD&aGp<`bh30^XX)ZQ?oEK6P<=gf4*}V^^ZsO zgQtVZ;*x?6c?xHxzqI;9b;OHML%_^iVFwt`yPJxW60`OIrXG|f& zqaGamIL2Xx!I+Nt6}^M27LkRY;Vx`en6;Z>O-C8)`T13|F);8*)0nV`#rj*Zb;#39yW14Ja0jfWPE16$3_|5NsuK^A{t=Lt%T*bT0ih#i&Ow}B0 zc_eCVMr;Xb2M-6FGQl%4z)z!dmzM0L;kS&NqPW2q_GveO7L7-i*kLJm>(bGCcYCw; zKs|~J1zQ{kw!*`lrn3+P0xeVUfR&XfZ;^{?JOYL(&7J93b)V<$j=8Hu4eRDDLzG0^ z^JQ-Y?Be2ldLq(}5&~TJ8BV8LTeEl;8(oqnGhmlG^Mvc`>s4~6xz8pxr{@=gu(?kp z(+c`96sBs?h0nC#!im5wjWae%8S5r(;GhD!bMO5e%9nznB(*aNpN0}^DlP5SnaTA$ zO&&ibM0uJ6X%SYuS>xzjB4rb#U_A8Vp&KhfY(Yc}(3o4*uYSyzh1mkrd|tK$NnaEN zCD{43obPAu?Y_#n$CiOLkYO(OO0@XvGK@0dU|JHRtvWOLF(PG*6eE$-3^=c39)-0|oy$J2cK@CrKm_QJ1d% zLeYuwwtgaQc1-zA;o?zzAstID+>ejE@M;US0`GrV*fyf#$Yjnn>W{2hLN^Nzymx17 zeJtp+y{)mq(6$}4R{I#$rUr9worTByoYM{mNq=z4IT~r^!4GhuPgsJh%B(RMSKuq` z^TERzS#ov$;SCu%{@TK`Ojc=|ckxzP z7zPjwWQ!3dZ+M+V7+D=e4%NV+$Q}nq&2aN{Z2k)f8N8CnsIRC*X zLrCTa{{(O82cGRnSs6_KoLevd(?`XbA3bawXgT_z|C{B~9huLC?K;=Wc-HyNU7#?Q z>dB0It{3{Lo%HGV+~I^bv<0W{@Zxdt2~U>!8pM)l+4+o0+8-JRVAvR7AE)nONk zyhA(JjJh*Cy^-Iark$PJGX(Y-U)Tqx4yt3HfA;jX=#AiF;Cl2yrfNs|`)*qrMDd0-%KIKP z`qbyS@-UrigdU)`Hmtpkk_|ycP7g7FU0M;uGYXwk3qmj$k4sw>=opo0A<WdJYVD!5YiFz3$=I>`#q02u$U5)4R12Q=k0#iGhU1&Q>Bf< z7#ilIv@~W)M{$TW^nIKan^{;+Gn@hR5B)-mE&&QW3a%ImBJ%$5v~yORJqDA)fLB6P z0Z7}8*aI5_1I`+c+>cQyH#lizo9{KYftPT5fv?Id<00hQ97UJoSS}ulDvZpr>Av(} z%`s6gueX_j^mYG0(d0AZv%!c6)$~%DZ@LZ<`@HSEIgJ!9JkIM7C=Ktq@-&^ZwIO=N zM}aTn%Hcr%Naq~yMktXdG-*9Tj5}OhB#Mxh(+4AFqgb{I=POW9>h04hw$sqF5CZc{-r|9ZVC5!n&q8 z&S!>Me4GC_K2N*C-;J=sKX9YIL?(^wj3-ONovbBxfonXWAUAMieBDDJ$3?-FyPV(M z98aFa2OPTY7Kg8L-hJc|4>Ev9XIG*7==0_F+Vm_sR6k^j?nH*6M~2}#4+qIinS&Oz zm_ceeGEH+5+}CNBz!K3cOh5dc-zputDkZ%2A<_BC>1k;~hwSg}6h9sc6p}QkWqj30 z*~!h+*}D%Xv4dA>H@p-16(k7^^{H)h;lEnV5twaYQ>Q)H#GC1=a?f6}r-DnXeunN3 z%wK%=;xz$AfmRRZAc8QsU4IVA10Q8>5x3~W%iuHIX=i`81V7H;2>W(Ca!R~HlMW%y z({{GEwrb3dP8AYdHw~}+9^s^d*H_2(vriB9a*wEr^YAeJ_|JbF1V0K=-U!b)gNxD% zCTh$XOTQn|X8{fp$`J0$HSWzv5yKEs^c3GPJW;4o`t{-;J?30eK_HklieW?w8sd42 zvKoyn@(FJbdCzwrvS$-v9UeZO3&GMBgQS2(RVsYTbnrm6iD@t$+&NDLDmHA*g84IKa@ z`ee`|0(NwIIWh;7bKtNMN7H%?3q>EnYQaxn!sL;hD*G-OOn)6ActM1B-~rxiG#{O# zy!stq1U5>QO!Ry1ACbZ1+-czD^mzyk0qf=u5qN?OM!ydO^Dp0@G!^QhHAmt7Hy&zD(NGo5p- zqR%)u88Teu6$s7skZR0cxxBx-bOw%dAk9?{IP~U9;VAll+DWKUdCLpF;DV8Gs6|ho zqVQvAY`USa?DG1mib)g-E=H|OVFMGM5Zx5p!S!&O$N&cbe+0+jE%Fb~-W;@x$bqq$ z9vNAPL9>1jlW;lluQF5ow;d}Z`ebxM_~N85G|YQ7{2ZpKp)vnzX|28peq}Ov#moAD z14}vsT5(Tq!A*vt)v-C>t-3CF%jt}D1OfA6-tnka${DTh2k)m3I!Ud9IbCU9wC$!T zIZl@fHt40JTl6MB>C`>J89l=&*arLb@@_gjx#%{{9>-ca3mlA7BgY5M9P1Aq=gr2HVIGO-tCdZH4tTK%51U1gz-hN7 zPkW9H{0q#qAKnY_ju+ni26G*}v@JtL4)9`wFF4Mz@BQZYyNc%8)~=D`vqac|@)1@~ zL5nN|PJRmg@HTI=4*Mu8CyMZX|&lo?=cKw*;S6gWtL9@G1qfxw+Z7 z#6S7te_cbs@o1Ekw+cu^=ACeeViqYWsX~#$m~S6SFwInmAW*su<30qOa6q#Tij2m*-RK|FHieT*%<&No4nQs$ z_z9yqJ5OyfXwI1t<54m!(k;fRhM~?(F7Q`C^BQw1Bh}ngVoy+#m}2~Fh9cM5mJ-8C zE#61Tq{C)HT$kG`sP)zZu*mj4Z8%0zNh_I8t<#Y>+rlk@4#hqIhJkCC>&e$Fx07q>OyhfzFdQJm*#_bBaAJ}fXt0ZvpGmwPgV zyU0}rScPR8qxj2ruhuB!dax=)W9Z9Mxwoq|a&K9Gjws&Var=Dcg&q&YyY8oSsefv%uV0B)f<6KBo z*b=P{m#e?wx(-#0noOW{C5HoFIZjbC1`IK0T+wOg{qwfsMC!WPr7#eD7+;1OJ`69$ z$*|ncRNd9ZWnjK(be7?i-{ucx>Fjj=;VF`Gm;UMi(}nrVCB+9FVMPg<7nyn)C!Dp= zGuKo;bG@k(bt)o3OS;gV-e6$p;DM(|sUqUsz`!_m9^)vw24%;QK3hQ@eZ)ce`P-xN z=ALKa$Lr8vbxQDQT)Cx2`xHOhgCPAHqgQuL%lDy2IJJ+?jgHbc9QrLfrxV6Qn>^=# zp-a*FO!~9~hr`jx*fREqjNvA@V;E%_(R^AMdKT?VmlJx)Nh@ zP<`IzZ4UkP{Hp8K%_Yk?Xs-@qU>*V67+2Ueyc?a6ao`UDfhS`+)&L0pd2Bgfryl)- zG5YH}-~G+YiSbl!zQ-yU9G+r~B&)v5GsMm3LA|gi z@z|pnKSZf1_K`~5iG#ox2IdUTj#?i2F&M`D%s0RO&D{57`ak?{{#YKXj}S& zxiKu(zF&$#i*dEC@j7rk31jAT1^AKn{f=oGDF$u~j@dC^jZE64s8A<7Py{jr_0%Z6 z9B=UvMvB7n@*S_!Mjvy%M~v=aSy)Hv%|S3#-U7cRg9<}LsQ2l^Z5X*mHtngrm(o<&#^_zmql)4V-yd~O3;roJFR+8x?<&mzM)?v%idU4_y#rjE zu{OdCEzrY#_zVp=ZoM{d4j-jBoUaI7=xL5XqpWeBF)?ti zQJ;}93oy@j&AR7Pj{jHle_Eb zS$>N;Jp_niW`H<{ovI0Z?=PZUcDAQy&n%Z(39RqyT-W8wILW^#Mw(V(oq0%fhjW=H zdH1kL_|*92WC8Y5ZryfZIys_!~1Eb`~hE) zqlM_GU!30!M>UG~@Wbh}o9|@7le|Pp=x$RfQ7O8oo8oaL=SEsKZRR3;I;!r?>jr1J z5TBt_AEQZkpm)Y0!?%&($U1Rtyu183{o?)Ew6*wgda)Kc2!1Tr5@>lCmT{YQBVT`i zyAWAUdNYL#$H5z8Fcy?4af3t3+xi zH<6``{IU;Xv62D5dVty0-B@01W0=GD9}C@+Rea2d zzd5?B{65>;Pk?gO3>+D)V^%db^aFmwha5x>%IDAaI(6+V-ZuSq75QSTKZ{-_ze~UI z#mm(cZ6%lF6i`kwCZ zR&l&LI*XCMEhA`C5u75idLj8t7t=}r;^EUj1oqXd=S}ba^v6Hx0IN2`0Fa17!PUqT z0eG>2+gj|n&t>v5WSB#L7?vT-M+HuF&G0zBLSbe6(pBbl%z5d8Vu4iNb*qXQp_~}X zI_H9)+i*YP*C^#U&sR#xrU=r40qxPt#H^GNBIQSjuN4Xy10ho9r~;SMU@NZRnu5r6 z#sp50g>e{L=h|{DT)0N@mH9D>W%Q8m#+7T_uU~1&)!=`9wizRbsR<5-&wq~w*|p*S z7=iqkv6#1ooBcR-mx*Mgm?(8A*E&NnY{5+bz=9EFY+7jwXK9b}#S7BYc;g?9W^Mpl z;2*RK9YX`oCHgq2O+1SCc={qxszViT$dGU9Ax1Pb=AcI8VBXX+p5qAB`$W(m&TbkV z&$pU%PDQX!aCII#!iLtR71+kV@>ySxzrEmJVJ0sb9thVgkpgFgr){fTt2P)iV|teF zFQc3eVr2F<*ZSLIN%x}w4r~&!u|CZve$>h`Gj; z3LJvD%09m-{EjR4;Q3H2=hJTPrO&p)*!!}89Zy_~@&_koT%Vh#vjAXS3=+O87G*f0iM?q+1aZA zJvj5kkBm|HU9+CgvlyAegi>k9*hdEDep(EEJRkfhdihy`ruh@iT1X04l~n-ezTD5i z)qxI7p8v3r@6|^M#Ja_Cj-!Jmak8|s033}^fk8V06%ldkpfaXrV!)npmZySeu*%Hb zqJ89`8O=B&HTVGWFCaCT%6GV3ji*9?nbrt6(_(Pat)Ih_tvO2D_QtR&kOEyh-`QBE zg>&f#FKM46Z0uc~6-J~@b5^{$EJ%(%Fe+I)JZfJ32h8@1`DhN+Y-}>6~*Pdur<(h#IARLAvYi9CYw4AR+ zC`G@U#w}N9VN?)cUi0F5?9sluwqB%BFuXDAxNRrPn3r>Nj%P^OGF=9$UmmSA9pb&K~K(ay&-sfkpSW4OETHm_I5u zOc741GZRIC5vpX;E}>_53v0$A)hZ1cR246s+spA05%QRFBJG;zWMo8wmajDx76S1Y z-Ai5OM^oPzn1WJ}W_*lai+T#j5Qy9oc!Md_ijei1+=p3R%o9!JHMAcNC{$( zEnIUxFuOqN>Nb&#q91E-H!^-vqgxbrm~Wrub0tE2nW)SfQakyr#n9NjOlmUSR~f&JX@!bs`Jju%YX`-Ufp6^W04mP_x*Ee78PoF>C>ie6C8ou^? zuL8Ieq5HL0yLs)DL3yE=9q^lqq8OcPnl60iK{hr*QiX49QiKY$v@vfFVL5T@tD!^g_1H^> z+U|e~;;zEi_Co)ts3`pAK1%fJD#wF!j+zZ|&|fW!N0O3*ZmFE>@u24zkU38qL;tR& z4IM-i$nnw5c;V#-q;DUy932g}_a#k{|UH zJmGKs!f(X3d@XyEOQ-8xcOPA2qZ4D2WoafZgJ%HAjR4CtD^By)ryUP%oqU&|f*x{y zCHKAyumAGRd7{OQY0E040IJOv5W;)tEFEnZGVKUpY&i8Kvfe4S;QS)z8Ef#S`!SBt zs!q(UtcXW;()X)P|8C^mM)2K?X6~tu#c#PrW)L5pMf6>-fG)_1E+6{PRA+Tn`lBbT z4&Ver5~qi*x{9q4?OM;>x~H^f2gr*kRgb{s%t&dwFDw+|(9xedX3iXg{3Pvz8;x4? z61WwbS}8=A+a}o#a$Sa;s9b9NGWtZ3sd4}IZ~s>Cb~_z@IO^EZoQ+bHNb@qxY}C7M zGLxYM4zg;aD26_2w|YuF%y#4-Pn=lIm1{k6n$wTYvy5@RBjiT(3q!uOwb|7DLmJf= zM;d?HuARMOWb>wCS!iF&Ro>s)*sYwQ4n>j`i6WeZ2y3M>g zFN5d4olYqa28Ac%`_9g6di(CENTF^>0YrO<3!x<}$hww(r3g1SW{EW7Dd)PE2fNd3 zdvE$b{~!PNVUQ3v0ur97@`}tBPHVAMwMri^#PfO@qCNy(goRWO_25-@-aVgbwy;`m zl?F1-@J%2fe87_u0TJOC9^)|BU>+X%AWEZT$D>^cs;F1W-4ej<2;waLL?sqS;M5mE z7dc#nXe$VoesJ~G`DGeSFN7dtLud*Htb|&c3~_7J(+@9Ani8C!J`ST#k(!$|2vG(h zg@3S~g^upSwBT?(=VvWO`YtqI34?P$G(RHg;2~oI-^cvE3l14{&cyQ=p|8GtH+_r{ zcrhN7Gn{hn;E*iVK;}CdfE!F1Sbj)Jy9ib@z;H9#Fe;o7Jm9pbL4?S#cU~P1gC8_x z5O}%E!RIXa8FQvF%o!g+l#-=H(?u(^o7NBh`WVgJE7hu#DidQ4qDS*1i(^b)_zWy~ zPh*@(uzS15I#7y2A?OC#h+v6GI<=7d+-&M3)^z&n?dfzHL4UrLC>&cwBDHTC$)#|o zSnBXTeP*0e#^!@xJ=>dB7veM@9_Om1>D~L&@N;0y+l`|1tvDDA8XPl5#ji2v0?Jv` z!Q-FB5H$h~Of^{PA8kaCCy{5)En{ykQpUxTtUfNUPDfEn8_`Ce&7M@DnfoUtXd-&> zOlivSO>qA)4)o`rJ?&iK^2eL$=-vC`=pqh1@{eVOp?UCJM}naU%;fKBBCHamBZYU@ z1daKm^vH)b-^Ez2>oiYbbO(9HVt3}>GlmOv&$zc1tvX525PbKs#Q_4JY^)5&=Kjg* z^vgJTqNfc^5F@7@I99x8ii)vp-A3r4FAg$8hX9?%2#I|^iId4tUIhTE@cg|i7;=kc$j_;;hqo^Ct|PVOg5Rj;qEYltinwPRmKJ-rL>SrWBCE`m2T z2Ne9rIQ;wj+tc5@Ihp?LKO9fL{f%e2|2#Mxdv=s>1Wp;h0$`{%?Xw?;6di)i@K5wn zaD195Qc`5R06V7udmn?!|B5`$h1w8~79qU!R=i zYU-}syJ_fu}$Bed7!u&6l8*+= zFyKuFNpYpwA{-O?4K_sP;kBqH-=!;APDY@GAp|4GeIJTD#7sZ>1DoIAbq+k3gaOEH zEy`m&8uf;$rAx*HTiOla+NCr_h5^3BZ`2whj`_J@M_?_#~pU}aPx&X%0ynoZ085*x10E&L^v7Mcbj*T(nVXwu& zujRYc;8|qC6Q(Txvc)K5!GVYKwAd^3z&mGAAQY7iL~NAwMWX#RPGcNwN}Qt#HdzA8 zyC{c|E%3<8;kCXyBccwDM~GO*4{zf2N@xB#&jB3H8`&Fl zB(ILw2;;>Z!?SqQaWabc;H&%%Ft{pDjO>~MPU+b9G1_lVt|B92vmF^4#e*O6`$NvD zDyHu)LZkK@06kY-QIzY+-h5iXvN_AoIAp~^bfcw-vX108ptVlNSY#Bu=F@xgDMBy! zCiie66T@iZrFC=*@oaT0`n8l7Z_orJ>^}W_B3GxMBEMvVG;$_wE^>G_D!q5Z>(0~f zbgk?qBdqrU0k{HdbaC4fvBO*N;2~QwA$VM>x_=oP2pAZ$jRtje($}YtcTMl(FZyxN zZJaYcI`%qpz;H@)Unh{LK8g$vI@3*ZZDUH6&S*wLJE1wc!|yyjUK9onPTFa7AgBN3 z?$)#uUW8{ae9qVzgDeo9;}FmX_&ZRIiu-))(#NzlbcU&pAqO_B0=s)&eg1jJ1>eoK zz=J-zN!nTqD${IX)|s8#$k=%LTG~rrvQYMHuPg-5C$Wv3LV6RAbI!VFK>9QlEm&De z+jL`YnT``YlRdic|;Kuw_lw%l&k&{L`jo?rO z(ol?$v2#vr0wQ%cPqX?oFH{Cj+xqZ{Im+Z2bkl||2n_g(_e5Z4`P@pI>lup+;Dpiv zgNTvw?3!QqALN!_GO4` z_+#k3+f)9{$KeH@K7lHqb{B%zDyxj$dh9ZFelN#STa036Sm9l^z{79Gj)A!=?NVa! zsA-Y?pb?`H9-=5h4+e#jLZ4y0$NZ2!I{%ip&mI>QIt3!;kT<6 zUWGHb^j*;$<6A?#kti{3ZpC0fOB8aj9)lbO%PFnEplAEfc)^t8`6%tds?A1#kM!-v zIpHUsbd^Orc6WW%C?;&4=+NBbh^Q%0bkovh22+I) zJbnJzi|J>-_^PSclSDMvi6|JHkgUdyk<<@0%Xl3}p~#$hGtd+x+07-D7kny9RFTd2 z%adsXzjSSFF3F{Jau4Gi;wQ#2|HUw0PS4`>P{N9VC?PZ=2@0V;q|fs-+$EW5gq(9e zF3vC7uIRSTMd)K4|BJn?7N7MAci}f_S%rCc0FQ#V>B@|&&&1BS)ecyS)RhQ<8=lI0 zftf<5b42J4%-8i_=RWtoQR{O?9)hDsBmU;}dU|_m`QX*`Au?oYhS6tSk8&LcdA^E) zL1*Bk`J;BKNc9Y@xQ{HTRt6J(fdjM|a1A3~XC?RbX6){a#6jPPY}A86c#Lj7OqCk{iDYxj*H5CeOlUQd~_&BLH1gvoQrHrnUZ&XJPZv=v+r3}DYR|sYN0eGDV+vi3E{`ll{`uWd(RwisT7~m=M zdgq9h@A|(DWAmm|#)^=o?0CDpRt)Gjir^!FwjVFX z&Uoht)K)&q)aGqHO$)QyyIT53eZemdV{oG|y5=~-JBqPxD!d}(Dy9enL1yF$2jksn z2ZN^rbeziW&F1HC50sNq(@WIT*Px3kPWOBqAlx5x2C zQAYvzj`1;rA{GxgF|Q*MF&BIjCjqTX#o!4uW3WD+HAuI$FC2m&b2HHH^{i(&9GR8@ z8yLaHk%Z5B_YpwI$Hav@?f+vm7K5Jg;k$(hKM+I-A}Zds!ba(5#WNd;6kRL5EKMps zsXijZFRmFhVq5&Azw$(0jS%ulkx+1Rqezfk10G5UEg-t{qWTU#8E@^GYGDkk(Bsfp z`eir z-6&$Xr_@_1n|oR`7Xwiqjq}jwP{&Yxd2DIj;7!k^J`8Prf5Z6Yx9i@AhZ!G+@t5K0 zcW0xZ@Z>TPZg|=EU&gWY6ud^8Q8egih*vpJ$y3~eZwJ4Cv5r#U#tR$-{5Ll|`Pb{_ zcx6b(ao2Fj20z0ic^1*3*;N#%SEJdSQ_s>u*}OPhd(k=S6-*tVaCdl#+#fqa_p@wFZ^t-7cK@JhXZ5HzJSC% z9x$@I8s{}*7A)j&dD9UFU=R)63DTLCjjMNm#)6KFbKqb9jqC$MWj6fgyIK^^VYgDwwTf)X#ZAt)eu_|~+z1a5xw2fvkI z@w!3QMgrWi7s8;oEKqmQ%e|ayPhrE;aF1_I8JUuUbIV{k4Dg1(_Y%p=R0xpwceg7O z92R5l1JZ&obLVGq9ylOfanN>d@{7Iy*eAPj78id12frS?6O83PIYu;8AivQqUYBD(aE7|IpO^IaouMV_Vys#nW2g)tq@#N``q;IOE{j z=H_&qu|3=0iGfm0xjw!9>Rr6l>$Z>H71GVsj2li98H8WPgF_zsic#Yp*!u7xI4RFW z;NconF+XW5j!GDRD1l)-yR|Rj4;<$8I4XE&G0K;h`_WuhXlW1qU^qM#g}^ZES8dZEZwXx$*qyY}!f$=}COWb9k6?;k=1vJt^yLjN(c7X=7`9`uAVH zn|}Ydzdh}(EKF~H@yjTHD2^zd&d&x1qJM=r97FsH$9SlYR1{Q~_M}}7MpK1>72h+u z92$`!rO@|4@Rw_w zb%5c}mE6H8`Sg+%qQvWrrX77&hV+}iK4d6w8!N=x-_00&oUq(Vy_~GiZfkOyT z`fSBx-3hK`=Ww9{P!1S{YP9!DtJ5!{+{v3=6FK8G29J137lpl1BYft2Kxx0=9L6YP z3H_O^qov=-ZR zczQGa?9EB_!FOIAME?i=zz)ZZB)Za>w2WW?&gc`>>w?mB+9lA8GhGEIXs&-Wz79^W zLjsw;-}}RV9{N6s%w5)jQKMlQ+w$s0`0}DFI!rfPkwQ5uZk2f=uSdt{r8CE*i&)$wgxOgo=9NKQKZ=@YXDN9ib>(l?^|N4I$1}Dgn z_M$|)93t&>E|XxT&$}=P1JDAE+z{}}AZ5}J&K|p%h-zu1n>IXjgqIWxRz;S>!$ApJ z=QyFoA=l;~DttvbO{3@HrXX`47%(U16BVekr{tx}^j%|>F(}dikGT;H*X13-VLjB` z&!I9ei3vrX(y``e5fi7uH|0hd@jNLRO0SW2+Q6)oV!$Yjexv7@|8qPF7*TUXB_5Un>}&8nu{ObyM`9__P65L1oss1nC~A3NNNwa__uH%$>CyoeIoP5+c1p~Qa*&-7#6ynVF) z;U>x^aBUy#Pd^WyfA|~Um=2<(-hBCGoWv3BSi{Ywq>u1LH^s?4;F~)i8A^E(y=7e} z;`JOuD`Uog=+e}2a4TaZ(r|ucf`&0&2(IkRr>5rVW(;G(aQ6m9jX;KSkKl%`HkRQ~ zHpQ7Yc+i<6RDk@}qv$Bg_esWa6&@+xa+)J(N|2!x z(cXvmjF-M7_xOc!#{~Y*aj?jVw`RZV+PPj~r$3NSZZRPHI z`ugUWGP;XAl8c9rL!KV=6Q|^tAEO%sAC#K@8f{J^Z5z3M6C?M_=;9y#+RJISXsIwh z;TS{)(zooK@ksGP9ezh6s|4(4@ep1Zg}%dhD`=FS=6v*d{<)uSGzBG)Ye6Dg5xl}J zIaG^*#`K~r(N65fQD9fFXo}|Q_$>5@Ud(l5*gd(mZ+eSvr{e`QbtG~ePp%|zxCw6w zoJ><4UEEE7_tjC2{nN-G`qH;DonS9R=OwU{-Pwp!N~bJEhu~R{eKmDQzi>qKg-=@3 z6zs@AaQw;KfBet?+4PNXd~Ny|TXlSLRHudBu%tVhVmdxL?=gDW{Ps7#_M#3B{jFFR ztJ1?V&~}lt!5U*eUx6@mHJxXQF}mQ*;dBxm$A-}1Z1YZZm2q+8PfpKTXD0oBdU26! zg5Q_Vc3%@n2BZiMVMWrE6>NyML=IIHX%wL`u!s>;QU5T{0f&i z3i`lx8D5nRf$uz7aLp5}H;?uaUgw+M%`uF~2+WN*Mb`)`->n)ze+Io#RIU-p7!zEL zjLoRMs6ox3L`G<%FA70lq9)gBUkmtCm1(C`0wVNuXvg&$ml|6S9^q2>sKNG)=9Di>*k^5ZoFhm0(RRt(|M@ny~h z4>z0zOXqGoKP;N2U_}UTqoBGhEca5VX)=z|)pT@tUWL=GHiHj5%CYoGensxmy>KAK z=UtdH#yWcNncvO$aFjxSRo?qi;^PsjOXbsN3I_9Ak)36BPh)hfquojr_{H9OH+b5P ze%OigVePzmZ`a`|H5sx>WPwtu6BPM^x4H4lzrKbnhc7BeBTZ>Jnbda2l~2=9E%NLb zgR|gLdYi)34t*s0*BY9(XfW^@->1Ckv{?oY-VnR=7^`9!klcpna@}RxrsDudK)Ami zZb$76`f~=!DtQ!HbHwX}6mRM|VssQkR3{Dxd48J_3ovk!j$thm~?80;Q=IY z>o|F89a6@cVU2Nx2H;jtHCs(Y8XZDtTlktb@D0~Z`}6t~1#f)_lt3!|)4htqj?ZtV zZlip1Ihi&h6LgD*r7-lePL+kgM~;k@Jis~Up7CTPW#EkO#*@}^pCxOY1iaUR-(-ebx+8bbX(m z7M!(MJTi4*$HL&c`YZU973E~uY>Le}y}X=m5{Pk{@rmV`m51PU;g5dr`=4CQpdlnf z%i=41E0JTA?Sx|oHz@-K8L}`CB`=k!N?Tz9#cDF2L1%Oz%Ye?Jq|SJ7X>&0Hukd9c z)|lT%!L5f0!wO++Tb#teMu9!w-;UCWV1^j~>R~613pFQ7;5si>1iqRee){IBGV8{p%g<3@(KnQ^j z8BGsXxQ(#bL5h>t`M!+#Ho|ciMN~r_*rk58RYxVlAzL9TW$d1WrzjuAgX%a$5=~>W zzm!4xrx+lG*=+$|gwa~x&A@f5Kr7CJHLP%KZ8k@gqH792_v_Pch?KIrh!JscI!2+; zSgs^GjUfn}XR;E3O+*G}83fJ~B_{gj;gf>sq)tgGK(u#0x;=S<1A-znO@D-1#ArIe z!+u0WHlVqStX)Qld5t2@;5TrfF_`L51#f<9hy2zd%*!SqJp;Vx2Uy0sj#I?;06;Ge6yD>+?ne1Bj>TQB*_9Cq zZ5PtdMQ%3dxSi`a!)G=l@|3IP-~babKpvWLwYWTemGRBeRv5JF?Kx^9bIO%04a|s0 z-6M!;6XkufXk2Q8WCR?uY6M;!CkyxCar6;T*ysk#^ornt^W(A7A9L*L{C3(~dYBI4 z1$8GlavfaV-J9l%(ZY){=tT_{^1wn^8gt#u5G#zJ@Fpi@!d;Cz*kF1*K!bT zI4I6n7V}cUz7?bNKEkjX`{26E=t(>$%NH&UAFJpVC_U7HfJ1v8kSEgvj>AQDS;od7 zR>$ceFxrWc%~FSgA3DVm915cF3I~(UW>{B4gD;O2kH+SuA8lhpvIQRN;b6M^6aSRx{=XRwgGyEE$=TuA-z{`>#?@T^7W87xnK&WH@UqLNQR&dT~m zj)k}m zoKvx7&3zP@S&oNzP?YUtOWMHA+Yah#po9JHnxsGMd>xMrP8)?{M(qb~Moc7y1~!nW zfzBTTA_dYKfq)DoijnxPZESYy*Lw!K+{;Le=$z3t zht@XZ8IF|=3ti@QVXML#$`NIi^`XtzjFaFjML;NR5c66&B}35#myC7rh+nRwR7I_X zo3n^s;4XdZeU51ihF~R8At7eaJ+%+lH@zHm5a<@8)*$;g#k58&d zIV#;$CF3)0>1qW{#v-Z`WuZCv9fOM+7PJXGhG|aE+`VgTltH-dF^)!zDcGMx`H4DO ztsEt+s&zAMbd7DUQ}BYXI6<;Rl%6Vgj;7^qibd5OoFAP|=cjh(qhMmNH)VpxR0anK z`Z?vQYFk`K>84E%tOHW;0L@6PsWVSyb(&>I31@u(3m47%7b?m3!nHfgcvdsEpd{l@ zPZ{@Z49S}qagTbn1v00H+)?_b5xbEST@bjziNA(p3|BIiaVEkuWC4A-BHc(Nx=dzg zWOs~DvfT44a!;;RoW@`=`kXh#kf&!i(@rAvReCY)b8lRy>KdIHX-4BH9->;27T85+ zBe3gd8&9The(`cTGU=P~empywzW;Ko2J*w{D01ZB=JMi+EWjU~M_1#WW(?pOynz!v zLW(;1#w>UVy7LN5!R0~%7IL>7`CfKS?r{?%i6)-oUBjL4C;6mPmI6SZ@W_^=&FZjx zcEyx)>6;@>Kk6so1&7nvayZv9j0FrHa~yw?VHqREgvLYnf){;8)*yJ!JvYIvrDIx)-C_uu@V{+m%5OpprUV+tk5TA>~USTbWfQ|k(^&f^UQ8w}H!Ume866$DFFE+jR| zF~FQ_g=L5)RRrGsO?w~VnW4xDCI(@Id~yIV?WZMccP*m`LgQGRgosZFeFT~UVtg1h z+(9_oW)wlUs0ggQ;7i_KJ|njk9NUEwF1W%FQrwgWl}Dj45Ezg0!1x6F=61~Mxu3xY zH)f@5c&P*d!{ws_dz&wv+YP+o$Yu}jbB_WH^YKmlM?j7vtgBJ#(mUSTIzPD#W5x)l zFTx4h#v(6IYO}<#}T$R_&RMLrmdZo&2$vJ1b=JWxhgUtoqZqWaUA)Kim9=pkT@l34Z00$ z=#Ccn(W_aWN2df2dZ8CwHyQ~Nt?n>wfR|L~x)h&Rq2(I1M5EP25T=@z;yjwme~6-y zQIi%GL68M0=-V*RFJnlSjBjIk`ux>FjsN9`^G?NaXc^|YF-ISj=H;0Pp(zL1FYp$_ z8IR*|D&Qaw44O3jJwp~cwrCAQ1a_=QkDcRr{K&ZDkB%vPl)ko&Co%v_3P3&CY&Fiw zVR*;V#+A@Sk*G+xd=MNq+6+wd=rOm{Ipv6uS ze(y*BwEA}|j`n?=adLfraX-CJ)NQ{8`UuX*mHM;e1Q2lhGJ)y)8uC{@&MpItbne4sa}DW5Pfz0++#yzeH)74;DFVor^1QoCv=pT+vj$0?Z;TP7Ygd-n z8huBUCc74$UnbHB6WZEx7NZ%PA0XEQ{B0O%tqgan;2<}B`&*yaSp0YYm;bg!L%~=E z8bU_t@gC`VNT(>yGcZeo{9YmB=^G*SY_Pod(5;Fumjuz$miY`*P};4s&WT3C`EE`m z++K#)XDes(o$z6dpsBdR_#6ejMlP!cM>rr-f(!#JA>2wvt*`4Y#Ho|3< z0foX?*MZ90R=d)89E`OXPYhZ`7nod2Au+fVrM4&m4DO9@yy~>L4($T(X5h%}Rk&Xr z9#3}>0L}yN+x$I;=A07BG2ZWX+TvuQ|FhhCb9z?8!6DECoQTl7c~0=>I&YC=ryIiK zvN!>)JR)*8C)%~8xv}%tIgj5>4Y=->D;t>8M4d6toGm`jLvYK6o~51HLIgj@J_I&< zWnW}atGhc*tyA>Y5-aj#B)3WK_4#!2?l^4@=cUtC>B~I4q8an3qF@eVbyE7Ev`lZb zCSyH#3!ID!1t%M13rz}Dro%Es#YE~((rlGArDOZo&HdT*_T*~%6du}N4(*~Ctw5nj z^v#)llF0Wa*MDh`*yw@%-198&lf#qgCiiy5L*&GArmk`bj$|0DL$7Yhn5E^>Ldq8Y zAhSk1V`?NwSOa5~bAD5-WRD)0Wvu0uTz?pzz$+Zqiv$p>8Kdor73kiaM)BqzQy@5? z5oK_59QfdNCDCNma(RHUHeIGZ2cGIYq>o0MxnH$CWSKg$kq$#3AZn^Obg}*$F+_A^ zqJ_4(m;Uix#9f`BvAh+JRHx*RzGh53iWRQ+ zH-=#hJJoq2Tdritt$&A4AiyEK;ti;$7|AV%k)g*o`qG`#U~zj5a;{|n>#%4GnbM1E zyaz{tar_RN+NWXrZA^a9&2*&$#z+@~i{Y-W$br2$EDWIH$4)DShcDtN|JyH*rnlj> z?|t!fdLG@`&kZ_^GaZvjvTK)4P7kM0As4>hJx* z?@rI3zl;NXol(WHB7aAxp?3mbaEI?q7t5BNCP?!*al6AY#NfM)qgFg+JaFV5=XYe7 z)7Pa%@6H6KS)4ITy}_HIM87P=G1zZ*_~s_jdT{U$Z;un0j!l5rz<@q2{n{6=UPG*1 z-ORHYBn4~EM+rUSKv80NOSTXK(yKILWbUE}JD8lu@KTXBgpqQGl+y@3Vk+Wbt*lYy z^)g-~y>EHR*aH`m?7BkA@u@R zguVN7@MC zWfkmF1OoGm+CUe0z&O^AYo`Shxr?FFrG3#kAW~n72Bs3rG!1rz<4a4jTdH9=u)0Dc?DH`l{gwe3Z6+(T!2$DEbXH zg4Igd@SLdLJQn;i@``Zq2PH2(+o&_+QhQNq<~!#Gk8}xSj$VZ)%!8XhR6QZuyo~Ii zKjmv97Y-XG=^dg^fBo-%5gFKOX3Az9q6FUfxJCwK%>RKI423)GIRGE%IWGhS6X1-@ zf1=Et?aku*CJrK}5WEy11FIbm$kwFsR1-HcP+ETz=m6^rwBgW;{kes zOp|+29VFvlvW)_G(i{Gb#r5C@tK(9vc$E{EmRd|}PkB-Dew6+0`ja|7b~==;QNS1> zu8tg2Ku^Xy*Ngs*!+L6XWE5ml7p3uYzL|?Mz>pDHr0S2{M}EsAk1zK#is*yKhS7HW zqk|FLx_sO-vY4jQM9`gb${S3kN=(6ZX=pxMK$u`*z^vjt`Xk32x3eHaEfePL9uFPi zuz~gYPVf<2n6@xQqUcP9;NSi7U0_(8e(m$8#gS}T(3}^ia74oRR(lz4+8luaNm&UE zWyvCzITk&W>pL(^lSbGTa_;-@{LT*(Y;860J-axYzKlWr>fMJ19Pf^ftLx||ZO8;j zlk1~d)VyV$(p>ek>1J{e)()>dREL`iF1>P{Y?a;j$hCs%o!MhOK;BPd7X`)vw<-Bn z!ADOwqxdg>{|BG?G?)xZl=sWGhw&~{Ur7DB_SO4vQU*Ry1P6!B)r4JZ!EAP&)MVZ`VB1n=>4}46?UA!I-gs8$tNIEI8PJ>_mEQWnKq7Yr z8-Bde)K-F+LX{~G(J0VP1oLD)5qjve5=QVa3-tt|`o+a4k>`8Uv(Mv=1_{>}r(Jo_ z%}s7@r{lx(@;gSOOhv;KpU38kJdI0AZB(^K`&T~f=WU_^{bFeHpZU1Ca%L17%?A&; zyh@|dWZLQjGIE^Yn5X6_Nx4UQs?a-5LX*D0VNN>KYvgSHkkKOO_G}hKv?>-4gjXo4 zK9nKnC}HzaxwQ&>D6@G{PMo4#4`%$Nu4MmUug@g@5FB2FuPLF8DAD3R`0c!1J|AL) zuM%xbxj)Z%?eia%IGx`l!qr~-eHVjn8i3KTxy9;iHvQtw;q={ay_}XmGLDJnbKY3s z4lltk%_KroUhx(dEV6G~1m`7vY<`@b-t}lWy{HdK{h!|GIV*)JEy& zlM_ezF!t!iFrpV3=yIyUYtDT*vSduE5$}rh^RMG&)TA)GUpG0-*p7lzvh68ccFeO> zueivVcVp349?&v)h*zhoeI?H7yXcGC{JsxwFGT;qEl0)P@xyV6BJLO>TWQVS9O`@= z>xz=V!N73{z+oAedLjJ6P!0naxC0-&Gjv||Q>TCG00%cm!SgKNyR%>%is#$w)5gL` z8>2Z#I&SCm_t%_3t0g?yG4##Y7!tI%HtBEQoU{`Bx4w8bJ=|S3Sb-zX%k4E|AB@nI zF&Z9aijIEEjCnjM{t1ek@wsXcF`UJ8Q(5z({~W093#|6@m*F8pj61ZWyBE3zyy+xu z^g&MPr*C>S7m~R;?c_GUWg6Z61z#K=GUGhHuphg+t;>bw>5u>V7s26^>DA8K zbg&)=Gx9p7CI{}+6g4YYaE9~w_S^>>W4!Ir}$oBBm4XE z#nafu%U~)|`zCuF9*_Mr&%cx4YHKqz$ygY3h2MgV!|0R4GtWJV&Wzm204;s}^Ovt( zXyEx5M9k9^=%pHYJzo~%m7FyyAapz)ijh^Z2G1O%6kOM9#yebJbx#b8`Oz>QFHST_ z2-g+Qg=x2UHcJ>)@AB^Y=1`oRoYqTL%tc@*@t^+XPal=!Fj5eLX{5`2^7`i$#g@sK zJJx5uM!@pMWVx2HXE1F0+6TJOZuvI~bs`|r_CdJ$Soeq^C*$nE@SSgw1-~@KAiXX!kg(bM#r>}v@iq3*&#gI^)2abS8IWy2<^PC$|bBkYMIPeDA)ZxsXEW$2(Xa3Px!N)U2ecf!&;Vc_CvA1SPgPd3zt=U;NQWTLxZ6f-(⩔9knqL}T#M56JHXZsjC1ip)t z7+n=O>D;kOXt{-xU~2k5=g651nswycTXE8J92&p%a&LOMV_I|sVsPC6#b5bB8!>#L zU$bp-dN-mIW+K8kI;LyDV;%K#kNowF16hL@ClNBD;g!IdEGQBTtwIbVGpJZgs=z&rWN5NmMX9G*@8@b0Ai@iZ_- z=<1-1x&u5n^pYpjp$R>Ca1duRj*a_GFR~ZpoF1Ut>Ho{v1A7+;?l^eb`=kHiAJ%yn zlzuomi#@Z+5%}YHt*!MfP_51n-1yh#FX8&)i`{BKm?H>eQ<-^Ib2ZL2XIJLf6CBqP z334zzrPNl^bcQKupL8f)^2_&Uop(2_h}Yq9>GK!QUT0i2rWjonEF=>=-h_F^d>sf6 zu^Fk((Yhytw(Th(84>_kp2W~H7=12myx`S%Afi6ZZC+|`cc+!Lrx#~sP|EQ(UX9Xz z2G2lWJ%3hZK@k3mLC?LG1~ny;@11{woWRPtFn{485?+cED26h6uAdv2l`urBid|$- zAuz^3_zHRMaUVrN7%9M}q8NenBRXicX|C0k2W!Af*COUR#=_e!Pj;Q6%%XZ@uqY)3 zK9a9d^u<^D&oRQRJ>HtB4)bw}Wp1Rxa~(L{!#TnbV>&>4kA^R8@b(CFjkLb=y8@qc zm>Y9-qmLXj)-+dxLy0lyB14tc@Imw#KgDbe{mF+9RWw!Zxfh17LRZmY(~J~Ca3XT7 zGZGlg3)gU=kKe%&nxyIC*O&<^C1r@l&tQwb3DmFXkTFsO@Zk4YM(GGAEZ+k&T8Sho zyuJs=Etq=b0edUB#~#_<=%HW2YyO@iP$x089NaV7_l9He*LdYO{KId@6UON?=5s!$ zD`*r@r+IQsUxCTJcIAsIZ)R&1Npo$@Q`(oxc0Yq$Ls8`y!!q0KijmJ>95jVUK13QE zgt!=EOd(mLiZrFik&;sZKjhPYO*aPDaB3{hGrXKi@&b3}jC5`< zcwCNQWr(`#TJF{V{U>vOae$U$IHFKwM?3`zPOmHr3N6Sq-elD46z8{kk47sQFSv|h zPDlNtU7g(Y+xvPiz6c08&hev!2Y&>gX`}Lx--3Xsr7GO@c=)Q@+g|X$nEUPEXt}B& zfRV=e-q@;_B4ekyJi{1zBlrx_3I}8A0YR2!3bbA% zXxd4{dQTQ|8OKV|D_j{f#sjNiwALrEdt~yH+%FSlH@b}tmDh}{)VF1V13&uO+uJIx z!L>$Dh3^&CwjQB65w`LIY})oHQVu2}l7-=j4yPXsE;A7D!8QIM7cwMpN1t=VrKUx$ zR)%0r5j4Z7ICC+yR*xabp~JuiH*hs{LU5SzSc+-MAN@c_+N`F1l8wXzJ9ktX`t)ZU&aI;8m-y+E$J!7KS(DZVgQO zl%?p(q`Sy@oFlbPN3n-F75-ZhyzyZD$ zz#(4exQfi75GfRmQX=jS4$7320R&o0$a}}ws`Um@2AP%AVBrE_XBsS5vJm6=4_wNdM>fM5rRB5m1HP!tlJM@{UX1$b>gl5g!D)>8?dVrC|IiH1vWAQFi8qzOT+7jng9-i9 z7Ts)BJafJwUFgKYT0H38X_hoq(O}TrlaC+W)FrgFnTv;_*cs3Y?xS4uBEL^AtgufI zuASANk!#MYYXc%r$z9RWjy((fk=?`)#Sfia*SjwQLxaV@)G58t)xG0=U`}X`{|V80?7@S* z?q+$OHgpBN%jQd}ZSG>>Jki`{VWuQZX9{rmGh-URiNRX-1Pl!>@*SoA#h?6%>Z?U? zeB1VBvTk_g>_POEtvy$Wl z-Ue|PZw6yB*p1b}{$5&aByu^efS4D5@$#sB%50uIdc3ll{k>$~h{LEsNOW$z-56B{ z?{n|HQ%5N>{)~C|FzvtpNB=NaWUP$Wm7LxYNV}au+ZmnBU4pjc%9ngy?fh zzzkfV6tv~I?;L@Wh&G~kZ91PD!ZX;-d_$g)0eTrb&OdEj=U{I=$sa+ta0`9JN;XSj zEVMJ%UWG{;W=w>}u@Q7iL|`~&Mp-rhXU=7mFNz$&Fm8=P{^_?Biu?vUTDV4}HZMZM z{l>^em?&naA;49EP1LAWlx;D(`%wr_3$ltiQXS`FzRfDo7{Ace{nyPvgO3ee7&%4= zA34#-kM>&bw2Ij@2wd@X0-BL25h}q8`Br;^x+sHw7(7Np79_|aQ`(a~4pEtoLxmBt zi;T&vv6bt|={Q=PSf#y1d@;(_BIF#}D&cK}7Rc7cK{?Kt;D&UhiAT{i>Vc5J_d*rr&F?!(lg3j9E@VTduf-;Z$)YZF{f_J2x_!$;4YZ&0<$1?ZU~j3;yVq?-{!Kw^V50KxgYv^Sc2EymF#jz(#JB`fbDP zMNZ*=D?Z>}0?vbEt2b<4t`WHCkA;;iy~=oFQ&l4;z{C#;BpM4Sjpc3-8;Rv>&*L%p z$g|+kyZ#`32I19lvh9za9d>uahkH9K`>EpxIrpNo71q2eD+$(AmW-oCd6&<&2v5EI zkEZOdvuOL-&wh6G@w4X%elJ>if|&F+ROMrazR$vJ1-S*qw#BG|CZak zFClmz@9rS0R8Kx2_uZUS04i;l`D&D12 z-V7gSZO%)i)sj-$$~xRHETSZsG9P;n*AOd61XxNUdL=w{gt^xA2WP7~LZBQsc<%yO zaLvE+EDFqM)`<+HL-&j+8bosr437y*_mU6H1m^N}qSXi@JnWZmLC?&sSwt7*i$M}N z*-a}d)C>ZR1P67*5z_rAQVl{zMxQqnKQs=v8jW|G%HUGR64-nHW#9!Tm}KFq9#B$t zL~@@DzIkE6grLkVU^QInLjYjj=<%b2;d91e0Kilr^1B ze)B525qN-JM;bXkOt$MuP)lY~Ll&Ch&spS#jH2Z@bCLSUA{gLqZo0SOg@?=W(uGU~ z4bIk!T+%1T&SNKO5F_2E?d21_1#ujo71-OM(D`)8I+6G<2ZfSR6sSNke*zZTcaX=o5=Fc!#GKIWM3o4}ug~PS?eUo~l$h z;8<8({%YYje95S+zUxhb8#w~Eg<<6IX)<*CQh=ehHDj5k?JaHz1|@@J_5II0s?O6P zop0@Ij(%huRQ&x~H4ya^xs|tBAU#QlQQ$2h^OOJ0+Iir*YD@96w61^78cc>hMI6f3rF~ zI&Jk#mEy(GW$&lw%-Js0wcGDLe)J8`T7G_bSmt?4-C@d*=$uheR%+CtDTR?nWjNW`KndVBT3hadM*sR;D# ze1DnmFON?$#_8%i-~Lv|?m!|pj$*AmvSorzkQqvbVlr()#Ik(X5HoNU=JX@-5`EWr zU|L!>szc=9hj|HF&op zSQSbFmaz|#$uQo{HUdM-D!HC>oZF>h*mJDHP0}(JLkFKubEHrBh)Ox?J~$@rlwl|y z9>R?>GKBC)t8SE$^EMTsEiGHZH$rZaBgZSKu=>@rgREvZzjK`Euya9a&l54Uj5UM7 zVaP%d#W;S0t@lVrxXt;1xxt9@`P9w}hy3%J+kfzAqHxB6foT~&bRh}?sm}H5FZ3Xj zU0Iq=&<}3jG8KW8?2(dK(QYgf4i-*xF%V;HA_uwdDA_SX%>Y1RDO)zEN*l6-Mgm!M zW(Cj>T}=P@4kp(qQ!7iqe0kQ@(Ms3?Xb-8uk*In37Gif%9K*bm0LiwJwsmwnk08_YbmlS{!sfw#gCqB!*XgG5UDIs|B1|oyrA2gzsS3d8Xv09#g$A8@H&6;ZE%gST zV|F6_vKazmFo30jc1Y|xcBRj7$M?0!)UoFqpBss-J+XOH=PH8(tW9k#o3PN+o4_kT zv|x;dkWhfvc~8hA`*3e1D{s21Jz2nRG_1_7&yj&Tk;oEUyO=A->1ng_;O^ztGFiJt zXyo6X0zS=2tH9ik-P%sf<^FtnBTzA>9np?rbIFvt@X?hbp4 z9C(mGFVv_mxT}Y*p(8r573|O?ifplq1Z@+ftFDo4Rj*dC0x)|_R$R{*OqFr?BA~Fi z&1OVP0sXTT^M=uUi=K3!~3>^7#(5@-g)=k+S8+> zqqH?|&yikqEcczGBRB<;XoxNih;mHOqFTx)!e20@G65dfNa|eQ!M*aEjJKjvxl>Iw z$8Pc^xCC$Gn!mRmMgJk;>h|Z~d-{#0_!*poQL@fhVeD**u?Xc5Uu}Po$IRY>l1`N< zXWlmvP_FyJXWwl`VGi4q+N$vB$NaE?tyH!EfYITcZ8YymT^t>r*>L9G`c^u^|E+KS zvm$P+>ln%!so>lQDu`l=1wJ-waiVij8I!@yaAgWZ#fdTC%AGA;<~JqaEV}VU1Sf}E zf+K)kxRx;(k&f?oVDNb>TGFUEq4~u%tR};<=e8=#BAey(L%xFspIk$0k=_UP+<6&|bAPOM54J;H`Ns-{B z&oCi|4BoDr=?}7CFgz7u-!MRt1^w9VsPnfOOX*4pi6Xjo7D|Pt1QD=#GXieqBb-w* zMw|?tlP$+r(RwH(8%M-wt($3BUM+kBpYzN7Bv|WcLq~$%>O%}sAnHOFku*5K_bSKT zjbZMT^{>Is^`CAv3*&x`!~zDx}*yhN*uoXd}9i-!q_1ShwG_x+Fy?yliT z^r@m|F_kqXvWd&^T$W4LLelcjPZ<$@!yAk;49^xP^8&3Uz$9ye9f7rR@K!Yi4)oh^ zK~*ypdXZ}d5c5za`~9a~+FrgIIU!3vWvy=c!Y8s!7iG-Wh&01Cy%2m&OI7zA%bV>1 zOZk=G7|@DAa0yCdFVklZ71uflMkx)ef4=6Bv7AEw+NlH>-Kgl|Vzq6oG*k6sFYtlu z0Xy0Ez!I`w{%2e^1k5Tc+%KQmOA9U=xP{K1 z=x9m_4NT+pmgeXrdRM;kN%k7>qzxR|bFyV?bOYZ?z|XdKOXBp2*ZPAiyRaX>dHccM z-ZvOJ6mqdr+Xx?LnXh3Og0vi8W@0`gJc3|e%T8o_dwX48---MHrc4YW+h5jM_c{VG z1i@J4KanA0&~rE-=Pxi}U+?eMcNl0ff=Gx_ zP=+8_6hNu_D9n=yc#4yS6;?=cybRqe)FI52dFH;9ngtbbLz@i2FBhI>68X-V*ZAdH z`(?|TY+_-0!JHAijjer}1dkZ9$TA~3{lq|qQOhk!7%D?&=nO_+nla?3+XCGtWr0#1 zRFu2rZ+!&rmhnP2K>&q;i|Cg^SDgckW1>U15?a9Gww}2^);#o-JL{q%#MTIyw<8r4 zQE8uE!1dl1;j<{u9M~AS8cq12J>1sxSM{0s^D$~IxsoIF4379|PLjjNj~bSYL#X{$ zRWPOnNmjXvj=O?73}`m)x{QMlT}P1@IYVFNO;a=sj;f5TLUythML}XT3t)j|44ZWe z3`cJ{%k|_R&}mY9EMBs}22m`Cvv3X`HDGCDu9&=o$=K~X{k{#q_QPA*@;eFe9wrsL ze_JIZG)WIiqR9ZhCbqhE4#YoNL|`g}Un9HOU6kx`DANIi*B= zR^zJUU-}a(K3Sc6`5Dv#ZU*PH+1uQn zB#BH$zByISlU(Yb9M7Ukw`<8{^)Ha0Kn{#U!_k2Tw{*I)b#HYTUJE2Uy%?Iph8**} zb=0}Ws&}@7lYSLE*b?*Tk|VZX@KSq&))~k6t_!H`@B6;=xx%ZO#edzt6&zoyYTNfD z`WyN*D17s}wBk3wOb0mK(kpcHYjNc0?705e(b2om6#jS+dTHk+5S!ppf+^$+PSJ-x zsyF>LxqABW;2X+B!`LC14rZ>6qUsb~V%&q^L|Nk?rrnfW85|MySt2p_{E3cUU&}6M z!x};z)+PZ-l##xc{kjY>Zms^oKmNxhI0YF+K!h<01OWr4 z)OM;2FrwFMB@O(`ThuGK3OF@<={apC3+y~)U{aE2)EVz)z&YmK5^+Hq!y`DOgutXI z@b(_CDaT||3@5{n&q}~xhqJpFM7^9(Wy7`UXCm~_ZatRk>eO;9G#lm5b*O!HE&H5x6@p5;rwTgj(4SjVqEZ#S!^>8g z(st-Pa%7xECnjLR$H;a*!Nn*zSA&+61f3VSId6soO>0PU0e&zAelrpY6T67-CU7ce zx+k5I|W#FL|oGhmd{sya|y*~6GRC;UzjG0!*FtLRmH+tD%#1s2unD|DgjWu@@;Afn8 zf|ZUR!|awQ{aKxV85jf_Dk6tx`JL|^kj+Dm8&E{fGF}7Kyky)eYCb(9oIIINwn+(w zHWRPThyDRlwX0KS#tUqM9x&PxwiUp@%~8{}+EhpfU*BEBewiO;Z#p*pAU`?2BvNSH zicjA3^(bRl1Jj2Dk-5Cd;@D1djDBM$z(Ah6RwV7%yTTY6xVHUf)$NUb`eq;Gpzx+L+@!e$f7nGP5L@&?t zot#Pr#s=^;bet5jA7~~ptK1W%jPDvYGfi8CF|c5u!8aJe5d7Hwc?pbX-38b{mL?fT zr93(j9ne|tLw6wkR*7>o$K#M=@N{O-DqEE#uPVsAs$99&GJY@DDR(=jxq(@n-uL?U zx{gW&1%AD8@{b-qX!dKzCs)}04Uh;~M;7G%(LeboMY2SPXgWriaZqcb`>qG$N(s$aygP%vx>t>O&` zYpx|cltR;1DWi*j`%^?b^{@R1SY6v>GZ!9$ZhiO+l?<*S2XfY40ec{Nha%P$eB60A0Na=;>< ziI&rIu4#EUueToS8-s}_cx#%3j3~34&bhbgk-dUE|HlvpZ!`mg&t8+a^EF=SA4$5= zPWadC2@T=8K5xzr%=%ca0lBpojFj~WGA|h@!>!F_9EtmLJu+3l7uPeNuIlvS z;Ho&Bm9fb;Udt>ed%V?!pVouegIZ8y5g=V*w7q2K@Y1?6kn0(WMX$O*E;3c;ov{Rd z-d2lSc-iD3=Q(bB)msSFEk^U*f=#y$b|3t}?6%Ojiv&*5vGff;e`w%7V@8&d7esPm zc&5T}9vnRGl+)wrx-cv>V%PGsw7|1;S>3`@j>cz$fE?^}(AxQMD#Vu_aL{yfc!DnT zJOH;2s%mjwDvS~%LD9=I58oJBp{rp__1$W5bgKi&A$_%qmG6S@=O^w_wzHw^ooyGO zHnv^b z=ucoWLB+`V;$ZPsUj&csw8jEYDXW9$C^ zdKOSN$cns5LTmrSFw+68@~!E&B$0fP;|)f`Cp4kI-n5io0;_h`ZV144wzs>s!ZqNu zw}|83)*Im8?XP~}{clhZt6~d2Du;M>gu9!!V+4$#UguLs$~zpq>;m$Pnq6|tm(Q~M zx6Qzn%`d}90?hb(@fQfsAX=q3MlgbwpupmUhX*@T=0(lkqH%lmJOBKfMM~68fh{Z% znOhuWUXS2*V~D&dd?S_+wq>FX#(u1u2$Fb)q$PeGGh;)ba=g1*1-6L}qd38Xu#4m< zJY^h%H^!532CLt7LKq)9*#eQ16uDAbeP_rpCq^o7?cGnTeRxp%cr&n#_LCJ*8n=|? zBjYCGcYkHtG;&LKl*GHybPNcA7MZ%P)rx$ASsM!Ks%CC$fzsai=5&*6denLw z_$cJLejUp>rDUJMtinv#(c~;f-l9n*P_j@1ljD@J4jO(C$+a?A!iv9jLisGNYez*M z+@jQWp;aAgV8KICt~pc6$UwVIOrMKGhY&uXQJUxb^gX5{zk^F3N0_&0-J(vkhLirm zX$nFn<$UJ?Ikz0Ip$a`0<-+yV*>R$;NswcN`<9XOX4gkyFDD z5bE=F@MTE%4|W@b$S~c~CMaTn^o0%rL$m>lS817ZU}@DLUs~PBHRKJwL$aZh_Gw!K zmo}UVKKQPW%BKz@zl@nhWFbJaLE8XqK$E}s3i7)BbN;k1erX~w(GPplTL>A&{MJvW zG71;DCqX_37tY-@2VH}^;W#k;;@@Bu;HysqKUo&sI&4hUrP42l$VT-yvZCBu+m*54 zXR+GD$gx|2*bVjtoh|-!z4E1uj#E&^w}SdGx~H@++jfq#@**#blaa*%vv36{fr+F+ zrP9ycXx$gg>RIKA zDKQgRJpGi$c}>3)Y@x;CG$@Vsa6!*$jenf_{MNn2n4@eQBRR~$wTz%CJVebc_vbv- zFZ}tAp$+IFziH~S${E8&7Ri=OqCr>A`D~`ap=KNpHUeL#T*CW~JuE73;G?H2?b3ni zfG>RE{j?45qd#>Txt_ri(1M4PpMWWF2hL7O<@+K_vaZQ=@Wrv=4cug>@M#A4D#ru0 zHsqrS2_oY9;J0(t3)ee7Agtk9>wx2V=U>Qyi(`C04F=MOz@=3q?Q)(R+nUsV3QC=L_=f(* zrm!{mEnC)?;d1$R$4KA43-I)9{=4fI);NG!JFvOf^<*8~pmW|qYzLG6YRA@aINxv} z{Y~{Lb~Mfp&&~OZJoR@O87YJg<#W+7I$&<~G+8SryCd-l(<~Be_HShH=r6dk>FmYA z3$*jHG(wVPteFZ0>+oS2X97d?mIOq4!cz}A5r8`9Q#&?;j%a;VJ2?(a#ghCkvI!33 zkxld32xTmC)3I`q4|p#!kuLH}ax(ltFG*gHW~^3~bA7)Tp8U+U6I@1z(x)KxPWoVT z(_(PcLmDzW>^PpI+mHO<7c0lQRAAyxg|th1YkKUz0z21&2R&OE$*XdZPqdWH zS4MIyU+M?(fIiySfe#iCXyZCI(L(0UyEd%4H?os=gSi07A2tDxzrFpvpMB>WvLlL0AoPsvvLgsEXzRv84l$~Si5;y>1UCZ zr#?{%2#cT@Lwy0>0)uaU^IJ9C;YnYR`1IwXypYY#Ul>+qXCR;E?HF~AYH>0c#GqCX z5Wh+sq0DhK#%KE9sh7lNm8jRkr&gU$I0b7LJ_6@15MilzPX(vM#g*cf+F{;7zV+F(S7KjE4F z;R?pQ(ZBQSX`inX^@o2|uDn~iT8~SJieJXU4|J(BPQT?terr2;f@6(e&iUO;Zw)WH zp?ovi;OE+IU8zln8s0hwX2&_|Rt9n{!K{pB@H$1~hPT?lse^zupEF-p7M8y7FrGfi z*i|fuF*L9Rvh3>A9ud(^^lauAevln=?Sex%l5aujR3!wfDotdc+^-#+w|48cbGOIn z1N?!CFX-YwU@NCO#L7c~o)q{rCQ}Uv1OLm&bGmAPE;Eecw&YHB1&m;y((VKkoWK~d zaf(XT#;i=Ftxx??^)cdu7bAxM-r9h@T14K%i#k?#!9Cw0L?`hCeHn0alb?f627n`7 zb)K%shGo`l7`sKM?AS<#;3_adcY56bE`6aZyudDiF;~1e`IfMQZx{B31`~wkoVG5` zxSWXF{=l#}^z>X>S6|Z3r}tSLI(-0F^*1zPfAxfB&(CJw-a3s2l^KiJan9~OpvxSm zfP^f_kWKT9Jj@gdyVbxbpPhde5TIH5L_cF!l<8U82si`~GTzZAJP+M-oQzqSf0^I< zKOU{g)e$0Bd=TL0|JcS(S8eTP52X%LX}=vO(W1H78wYO3RfPbL zW&*ozbDjS5U7^U!MI?I*EnkZe zGC^`d6hr-M17GsVbk2o@gj6~v0~vyHC|>=Z_XuZL+H3T`z%hbF5Uj?e7!|H{21W?R z(4tME);P58pB^|DXTUf>M9;o6e!iolxVDO)F)$Q76~>I+&1l-PmlqxV4V)bJI1>g% z1CE6AExZ{Aom>NU?PR6;DYw(sytYd%eCz$#F>dZzU$SD;F<`L}2QT$+9tY3;Cd9eC zv{VlDGBza^K+ZgKWF*JXwLHlS-@=jNQQ9~M(7;B->I_29$@*qR>^Q0^?=!ID)EH7h zfM9OkoCiaqzbbQikboth%^cuWgCA)?i@*Yp!j%uStiuVc=vL#RfAElrytIZxBmP|5 zKq>7l#+zz^z#*-2e8vkM^LCu^!tJjm~km%h@xeYi#iZFY)t&S24%wVv8z!6qTQ!5{erc(e&rhB5T4kI_2uc+ z>ba7;GJW7cU*qei^hL}3hlY;f6CM@%wi#M4xQ?9*e*>!oN5zb8;svn;x9&Oh>BIGr z^Cn(tk2g8f6*PgTyo&6i7n$#0uF2Wbq6tlYw}_8ZLTrpiPI+ZVf#4r{0LedKFx7uOC9ci6eF|L~Vq?lE_*X%zR&*Usf_?|+p= z4xN26rGj^+eX0YY#m-LJha$G)U2Ge@ym@Q8_0TqF`8d9zx2nbl>&F@qX5U@~edYvQ za;~;A@X@&k58N&n8Mey3j756F-A>F4%&Ix(#_%OWyO>8jiag9Q+ROyWiQ4QcMzIVu z{mHO7W<>C+05cq9G2nZ6`*kx9j&JVyRi>ZE-K|#dKRsAIIoMhK=HLJSRA_MraS3|+ z34Hy_CuUFCW{h6%-A=oS$|ex0g5@YC)qv#_O!@|r>xxf)kDWQkkD)AztV^3nUi3I>U?uu4NY312l#Aq(Fiu*f$q55 zSO_4eK0^In<&+upGeR{LiS(B9IN}Sfj)ALD*4_n*NIno(kG{Y7T~93__VxgH1v~e)1u?l z5Jk3TU4ZW#1=^#Tu_*eq=Nz?h4P5c8^Wb@pdWHvqoAa&=!9#y(C!6zg9N2dk;lKfn zYXtHMdVLE{z~CavrFyhrqF-49b(oBJ49TL*&2lJ1zT-vraR+-~U|cF`Id3n5(jpzp z4m@7B20wk_2YvK=Wc~LzlDrv1{O{`f@@||dL!wm2c%Wm?r9HfA81p?BRvsD5P7{T9 z%Ie*AGT%9JE8u<3{3pyex<7*J@m~du(Pe}h{4tUltLOyY(!XO54Tf(+pUS=S`9KqJ zqMtuJAOoX+-woK%t#TJg8u;bBYo~gbJ~NK}DonL`dpz*#9M2_b7g-NaI5X78olF%nuz;Vf&>zF^60%aK9;B?C$1hJj>odSJRvlbMtL&mf24Ztm#LyF+3M-h> zFLpw`sLNbJ=;o?6FVN>SzVkR=A^2bTUGf!gBa>|tKNK>G3Xy!$fUjCxZ}R@ zjBPRD=G|M}WDE~1+EwZ5ej4x&-Bh~K&b{V7TkVWpb|1VpeG=wI-e3Rf7jGcfK|&-1 zC_zFPLd-dH;-Uz1kgf5jL-&JvF-ib-4da8+2;Cd%)6Nsu^rJuhyh%Tz5N)sDh*V_s ziG+jbdru#(wyfk!z5$Gza|Js2sjEORq825DR7<|Pm)6TQK@zP&Q_JIj*@X+41IyX)oLXP48MDS6HC|FBj_>V_v z=X@QSU%6JF_&3!B3Na1^+~1`OBNCpZKl4wVDn#JIkb{jep7Q_TskC)^ao&w!nx%zT zf>k9fMt^~cAq0pvjAZE$ye5DcJQxcy58gV69A_jeCpj-08-tBLqr7O|j4q!Uu7+Z9 z{`z#hrRj`AIR(UULkGVN_VCeu+F!2@UmoY0wSf&RyOD2vcol<$7GNoF0}qWU z-U2%g2JCoWUS)jzBfI8OeJ->{MIuDD^0SVHKFpaw9ymBNeRWMm`fu=>_wp?N1`F`d z+cjWMgTl{*yVkc1+1J8v-^c*H(FYhSIr(JZH6ge9Y?cSMjE|=JY*3#u(LgDmV_Jg6 zp$9p4J)=5&#@h^4*-(-;HX7+0etkk&{=lv$beiBTd`+-}{@UU%yJigcgM$|h1qlOj zUhvL)V9I+y>u!{8r_zsVrYb3VUA}%*8t8*vFbzfiz$z>B%m-_2nh4}g);@W8wt9AQ zzWU<34{PZ4*<>k5)>f?FWU=$JbUk`X_Jd++Yy|^r=Q}IYiGr_pfL1V%QK#mn{*Rq4O}W!+W3yvUT||44juO0 z!fF-fm(d%tPj;}}m@TpA*i`vCT0i;WCOZOnv`FLOc3{XgzWw6Q{mZ>o(|RLL{l&|Z z)#b%$~aDE_Ne-mpiw`Y_u`x4sI7}>;+t_fWLuoG8J?B${5bwH z!GgQY4*RV2yYt`|3meksgO=ZKH6eoon|*q6(nX78VdF=C@XI&zh(iu5fCqB7p<$j) zEt;J}D8~tt7voUDN~dlWq40gybhv;(GW_lPIUeLi&5r^QS4AkgiA_FbsR$`cucAfR z-t(x)^?l74_}TZ~i6Gxy{Re;LKdyif1d66@jRUv>PYq}o;9Q*pWypA41?yj&FJpm# zhz<@z_ztfnE5pD9m-CrF0^XNvGaiK?Lq-LI@osKKaPxaHmip~~`YGK;EDX>w{a6pq zD2y?lYxOa(xqcjGBh2ZpA$)5_rB0(oRp#4qStA?j6p%2>0jC? zMK!ApJlb}OpfnEN`7D0xaeV3nKNp-FV^kSkV<1^gG@ZGrj zS#C>l%{X-ZP5|cE@X?PM1C3nog{Em*<2M-+-jm}o-0cgU!Q`6sfzD)wZn|9&KM;&F za&P*wB`uk*khBbC1SLHRb<{UXkC6vJfJabOwQ-_`YrivEB$?1o$hISqN7-de! zHF!(LMy}wHj=jMYob-oQXp2OSfenxKr=M0I(r=oUZk!MZ;U$wU&iU@BuJMh%^WD)_ zHsYDwvyNByll9R*9WL#S-}dQ8U*JVwrczJf78t;L=r??T%v?8Fd8afoUY%-i@zOs$ zTlpey#(-Psq*8Z#W2SMdEBV7qZCtbP9RBRLPrd?;^jF86CfE;8(4gUBGtsPL=0feJ z@}s1vxvUaoh}|mvSLP zVLXHOS+^nV!(>8~;iKnAE{+1)v;1z2YIhxqA}}5nom?l{9VQ`gjJs$kh-JvU=P{SI zoOPXT@qXV|zZm1SwfZ}M`!~uE(H9C+rY=^?g-R9f%_Ce&!xR7^iEWJ?2IU;V0XxQE z+6Y?2Due_J!>WJ8YM?+y(^eb!F)V$!LHgEjxkhrLXZj|1g)ItIqhwBGW6Ew|a(_BO zG_Lam&}~eVrddte)i|bK!rtg^dK}}N6EzAMtMEraM(Oo6g52yc$3HE#=Xx(u-cnxH z7yfGRm=ch=LOd0fH*i@WpVie7^j2d=G2jf2F(Z^~Mrk=YV+sNf_QJ2e%- z?5<^=+t}U=%CbPHirygax=O<-?ysX!bTXXE&07_oTnm;uqrkGiw_V!7&(wfw3>?Xw zNA(JTJQrXL?#AkK?>(uap#5Tm&`kx(G0IiG1O^oVFAF!HCSw+?GLmTS0Sgct`Brf< zw%b?A#Eyq1Ln%U@v5Xr-LNBgfU96rS>=&l}9x&?FcYDC^M{m*3Zf=~Fpa_VnGZXlZyjdSZ zpHvW3pwQVEsy8xV>?Z?cW-qV_HjFC}fwz4n+=keIFzTZZtFF77V+<5Is(hxMDn_%} zj0d06ITu9)f`8!2@uivrFT8A4m+{FTIogW+p|jofF3-d7ctyB+95g%7=dcHduIGr1 zv?`P9RorAbrW!Xbgj**iH8%NYN&!Bu_vl`*$pQmX4ZJKFztIt2P9krDPYIC@I7mql zx*A8OW(=^G))|A$33$n(v2NW$>j`Gr45e7|H#Rjyfp^BG$10g%iTZRpG+Yed(nsj! zjwE=|8`prZwkYE?vyQIgDVpmGO+3X5eYBUgEotE~l{ z;7#{ydlcJ{Hv9rx8pxYKRzD&Si!HLa&oN`+rzu|j@K5^K#@je(e=4&fOLgfgaOjtj zD9pjzqlP>661{<+N`rH!XK}RbIJko+nMxPMpWgTQd=xjCd#C5p{}2Dj*K^>y)c`&0 z?cR?p9JTT*W2RTvuk5#Op<(#YMZ~La@?)n&0q$OOT_$bple5##t9uBGJG*X$J{#$O zis1Mn5dY&3zae!Arr7niFO?7b)=ENhZpU~<204(Zr?K3 zk!u<$j`JYE=nZ#@PN^sXp^}X*xB?I^#&^g#vqoW}Tc2?BVk{=A=77>WIz^cadB!$w zzrq=9&@4*MIC|VC#ji0>pEmmGLZ7r_xL(D{;HzsGLV;b!&-rCejbeh2L1W0Q>I6fL zri>xy2|7fKfd=@_nbdvcH{;ED2rS-Y+{K6#hg>K4vSQfcn{iONCZ{G?j1!6RLl1o^ zmAc+5LwEcJfjPfqVgS?!npwdguuyL3mhT-m|Kp8YR4AVnsN{!(^D0k+ce<*f#IJ=1 zHJUkQPLU4STq%ts`?Gg^x~hVcW5;E!uimO)1&09B$1>JAM@M2P88kFv%Q@O+hxaB6 zgAW~Ir0rQ?0~maP3unvNzy~!&{{k<%{47R;Gl08(=&_PuOU3vR*@Ppf(`Nvz+j)Ge z&&puh1-mYw?mC+aVH1}wLF21 z1Js=E7>CT`X=#x@-o$n_y9GyIWGYmMJh6GhQ1&NqlZoyDlIc6xCU+fGK}2d;8H`ro}mf)6_nBvSx%3n_DEY$tg0 zX^M+Y3D~uDjmauBw4vOL!kG_8(S3`=DRU^ z++SdBV4t`1wH0s1>B`vYT<84TnZ73R;2`yB+}?4N6F>12KT#Y%`sC$mJ2G^2;)R@?Ir2{|F};F!#?PS`};TTWzv7fN$1<5?#`Bjasfl15q!5 zslg14zB7W9aZy;SZwWX@p?w`^&T|+tM@}4%7@4!HtME$J6ambbV357zss0FL`J8ho z#|UzQkf7@f0wu;bwC|i9Cmw#^iUX2a&Zp8P8pN^XyGn}py<{`nJKLf0c8*7|v{P!z z*lw}Fb^+W{B>+~($T|Idy3tPfOBt8>EWb+IjBgxw3{X(JiiutsrP3!dT0@gQMD&aq zsqP$i+8;!g9vtkp3S>t;@;FrsB*3jP98d$7OoO4IWaQVewhKOFak+D$K_vp>dB%nx zBZ`LFm)C($rHHIE5N}`OMQG8zpwn0ALeF|zASZVdBO6>)Mq1^{m^PKLE&zNH^r3HH zh8tWn;5gQd?R!8e{@Mt#Jn%@cs|~t!-adGMZ+j=kDE%;EuETS9-wF+Gh30nzUTF^} z4PzAh@Hp;A8eT*0>tNWTu6;u8 z;Kq*CF6AP)vH|5oj;Tz7i!J5c*#O5>5*$~~y?YnM1gKNd;BXy5S8FA#>*$nE`~iMQ z0LKBNf%PIu0Mjp^;hJx=KrjH-HU)kgb=fjl&*?Jf0*miP3TzEBVw2c*{h$e2lLa;g zeb{`u!iUL(H}BtG9qe!QQMP={lZW%Lqq}k1_qSq0!h8ClkLqmTN1%XI8_Dt8e2Xpm z{;zy*vhMTBF&?^Y&Bij^BYf`Ny&qYSblHDjg>YT%4c;nH{G6wi(#Q4>@3aqU;onu5 zGy$SyT2kbZtei9(O4jOYBLBD32R*MG}`L;4~+Giy`uv}C>p*OAkrs; zMJQV?Qb7MG44^{#3MistvU}GEP}` zj)DK=pZ*Uc@ByBndY8>1eiv0mXtuZK78A@Oz~BKo91xTs);Z^s(>pmm@1DHZafCiS zyZyz{>FV(4WOZ_M*659rfK@gjn4skDo2S@rxue)irZ&%MztxglZ(YdSRDcNmexfhT zZ6rx>!ywMRSyev!G$h78aDlN#D6|Ck@##gcF{XP#37Hkf6edl}SV-QyolK0u!xuth z49+l2iE$a@>_G;!+*~aKy1TcV%yTD#8Kp>jxAAP=6YPwU=M+M`!iATrEDQ*E$jIEj zHqMdLu=^AT$mvdi6{U54F~-`&NW++DyQP${<>t^dm4#6T)3uVHmz<~EKfqn1*qj?B2_9 zYiG#fTNWy>U>cf-H(<&!86-JnXq3$L-7;X>%6bKmWOf(An5pYtT+WGR{Nb&ZclM>@!CaE@v!` ziM&WwqNi|;5#>;?1yJde+_mJMzG{Ti4;`^Umz<&LR-6}E4_J|h$XfVgURL!HehG-4W5iv*5KM6W7;C4ua2Vcgeem z^SX-79NlNVIbTvDVCMYad*^WjBZ*VcuJbW%D}Xj#6*0(l(e->zV3aR;$@J+%^(5cB zqo0-mn&WhLf;)HIS5Lq0M+O9@Y}I7Ysu5`vdXhckK76njer**N4%ac&NOqMIK32*n zD*=Igpbe7H$^5IXm_iX?d$5?~0xuptc@ln;OPhV2=2~|HsqpeC!70vJHtjs!_vmJ} z9*z3w;s^r!>&*vc$jUFCyCsyr^vK(L>63G|>Yfa{_0U{Ao4OJCb?1nkIq|>ppN?#O z%x~U)@?h^9q8}v@0_X9l=07R8XooOjMk6@}K5gs#b1*uXPubBdYy%KOB6D1_7DS|s z_v6qTg$FnaaB+DaV>I`%%X&C>%F(&kC_KaZD2x#W{_eNGU7~YdjK+*L28RRpw5tr$ zh>vlbf#w*=>oveF-?`))F#jux9w2cKRasWLy?0@Zh+e6HPOe0+Gr?U^He| zmxqTf*)b@LQ+N$VZAJCw00kH2S>Etx_!t)7wd?U1r^1Rkxn3a0Y`a!O&!GUAQF0v} zYT1;0<#qoa86VzHwmu8&8hplRaMFTO^ejGWo{_7I7-?0L@|Zy)7uI@2eCR0U@Tb&H zhR~j(C}&p&$W&!6dKaS$=Fv??3~e}FMnCP-DZ@s-$awjfcF-V8kltq4XU}#8= z=!x;r+5))BPWq|=E-X2p@yI(l1p{Mla582PvSi`Tp>0@jH+NvUvFF~ODtIslymC%gutT!0kPdN%Y5*m20$cqHA&koP> zd0r=Ai`G7`JCJ;O`(pT~LM0g9<>7))I+fv=Xn;qCcO06G4>okTAoI3fGe7v68F^l$yG-$-l1FfuX9q@*)2 znb#C-mz@Qil;VBh-1P_cnBgeonZX#yA9x9i1xbWZY5(*rbj^3={bswd5V9mpW@jpl8JBb7Tq&k1h|;iI6-dTK1f~K= z5Q2j?BjB7H+NYzuC})l3+9_j*h|c@s+!#ZXW`BX5L4!kSnR67htFxm-b*$-uVTS7{ zevD+!b4dE8uys~%d_G%A zNEh9g_`#4<0I5`hyo4 zMh{PeLsxK^S0)46w2~KuRTVxBeu9Vd^akH_&dzu^$ZdpaPSyr~&QkH=~ai3BZ-v?dXTTWMcyS$U*pTvn(r^ z(FN}JV`K4~qhY|k=n7tAdZ`PS{IiH_|IuE)4$kF&Xb49#LDcmRSta-OOW`WKKH6HV`oGrg`yOKmDivC&B-E_3YWp)zQgWg8K95 z^w{I;w+V9MP=DuR{1z~o-?j)dc;-(ariu$HxO&F?+1XjMZ|9FAlPXc4eSFYo4G7F$ z22TM5U3(kZ`6$7{qX!3(*WLOvN!ZEhN$7Mp^gRg7!Tamq|D_xAcjHhdBEopapYe6v z{gpF4HpgTdN;G615eV?C^ovzN%plY3D$1~Ib$9pnESd|Qs=P`~-R?05tl9;`6HJdW zK0Y}O(r;Ja|JASL*u&Ld{f~a7V<8-cCp6wxyiyR)E;hH&g>8YI0#Z&+Y+)>h666LS zdDZX;FhX4H=K=|aM(H+2vIvK%YloS>(1JiQ4A|_LXn4M_Vkjb1QECpwT#ZZXfWr)( z8Co{1&*>Je&`{YWN}coO6`REdUihLFUeqAxx8rW_(brP0A$aB;i)cDgdNlw=Z?F<& z^ID88BSdfoE#THp&_kfS?uJhUxdNSQn)w7T<1_A6bj~!#76(HK#$d##MzAd^v8B-NTY%Kc@v=I03NE=plcn;W}J2KrqhhC zHl?wJS0PNN9r9Tmb1lB1k86>QEY)^I*4AXKj90!aMsh8g&h>B?gpC%X?M%h!!x8Y( zBL-0b=KJj=5##(uZW(ZQ&bUKG@G?4Zd-dYQaf2^%Q5{WNuapV6DXnC zzWp(_*p9%NH^nm9%x>*rDzP^9$5zf;dAK_1O+dG4d?vp^hNlK4r5c$bI$2W`>valuzq=Zxq2r-9U1df!{Y>y zTRYpic4V8a`sn$~@aWCz-S`{(T5SB`ul>Lc!L*mJd&!kvdhcf#ZSD) zkY+x5oCas0e+%8vApa^Hl&hma^te-)&_VQihxr#VB4 zH<2ScH;QNc0~;ZJm1qzwRk|D_;@Zl6;MFvs5exYJM z%rlsqmE={$0Z+yvl}728Lio*TQ=p}KQ2H@&`Cht)7OpiOqi8-4jQFT> z^7P5W)x!g;l?5)09K*53D}BM4A=O76U-0+aIE(?90ccEyd-`U0=X+NaFKyO+LdmLB zLDz$W{Wy$S6nS)XTo@Qu8JldP#$RS>Oga*SfhPGG`b?>hA<+Mf6DJ?|Mde@wGvf(g zye69sr~)h5=hOrq-rzG17|E8htUjG%jG5dzkc^KWa3{}#*H$Fr_|T;E3rN}ul2r&E zKG-j8vkpL3X6omvS-=&#xYt)jV&r1%h_xCFD#xR%MW#5j%{uhyqg4%j$?s;vxt5MvSZg)-=v(9=*XkdR z)w#eUxB`Q_gFLJT-^h3!X6WQPW4Fo}nz5@Kyo_1aeu{SKi(JqVd=Z=rcqdy9-1-a- zc%H8f2v81ByfRGTLKJ;<-1J8_(V@0C3~amtgW)7SYl25I(N&@}i4j^JP|fvVyE>d*aj?cG27 z=f9h_x00zpPx7-9xWcDGl%ypvkaGLGSBBG(z!Blxxv>|A?4d>0ztA@}eJAo^>M$Lx z4iccyX?}!LfBIlAzUtQMB97)*kiUV3rlmd0;d1rj@Hn!4XZ7xb?bSBh{D1JT(S6A5vF^Zv7r6a~tyCJ^pY9dZ0fUZVnOhahKvQ9UIRr0#OIa}L3 zKRhkL>cm0{ip;pW73KcD&DHVoaZA@<{QPHE?>>F9`dh#8*F&lZbr2)OHTE1>#=v}r z(avmym2mECZgo-2W`YVUN3TLCWm`mLEPESL0uQi=_%IApF<*AIFo0m&vv=l>V)%n= zOOO%P<(4xGt0<*KF5sg81ej32eWO%0*(=AtD2rf6TenBd9A}(O-kdE1#)uPe`7P#A z<~nuGKQQ6}=hFot3{v=010V8e7Z6JGG#P`HKL)1?n@0NJBna+eAPB0L0EFS7kYMk4 zxh~z0!gAsqdT?amqK3Ur)HvVfg|@EoN#Vfv?$ZaWgT0yigQvH?jo->e@ESPLVjOa1 zjll~Y%-_|hWo&KXN)0K7-~p{TtqfaO3rF5cQvDJD$*hul*Na5C$i6;Bx$_!ldFxhW z49zn(DeW9{u19OK%-C@9)0o)KH}#;~Me+k)SHq{i|cu~3kl;KfPg zAAQhk=^O9hkfyq+j+!Q;WAv9yq62&xz2g)2$;a@8Ze&~8m^_;%LyoYx__*Dw3(azk zML_y!CKkH5=T>0sB^#n|b*{k=U%km#=dN?E4msLtj2d6El>R1Ti*XGO2q7vrp%pn;_|}DP>2C>c1p18oIP}S8;m&>-%OYU& zl4RYSFjzfz9;{yaV9b~P9IZaqhDcoEB-lC*BQzr~=F`t(uyw&fkWvf8I5O_G(=35Q zf1D2*5w7ZgY#|ufrPDe+_Az5wYjG=CQBb`W3*ysulb4XYIIshBu)%81 zk@az+csE%dS=Off$+59PQwnd}jE`3E8#xUam1Q;}*T+W~AD`fXmkkioQlH>*OX5yw zO?3|v#5rZWa0mm|+(Vc^uDK72#-{47rT&>qhh=dCnJvy zhbM99=V$zZAP$uI%XNh#|X(_`xrK;Rdkgo11YEpa@D8Kg1^Jm`&(UPS2`je)s0~ z5C9WJoL5(~DF?%7u4l>gMP+W=k@X-P@jgq$?};?#J&dut&B!awU&XOMSlwjI!vOp4 zJ5N_%{KDr~fAc^4kAhZSVH^W*Zl1v!K!`&gdXrgqX`0r;RFHx2yc3UfpgC4bQ!vSDG~$l-7*&^F@i*h znoZ}E(f+;4MA!rvw0MEf3y&xk*a^NfQ(5pWM9L>)K{&NFr?ZsCIY8t3u4Klc``)rw zu4`t#zD|FAug4tz4jhZ2Ks#k*MrSb!r~%)~%DOE>@#N8N`B&O!JQV}{f-~c&ah+@W zXz;{164Ky^CY-SOGvz*TmY%szkOl`)xXn$-BxAr(GCX5Q$6&(e`HPoz{@q$Qd=24q zTy`EDb4{&b+Amp7`JK19amV2xDD)Ea!Y3%!Ih8K?17C(JeVi*Td~r>>X;ynP!BfcA z>$W4WZUgfjeHfL}BKSmpCrO$L%=UI63r!Ammi~1mAuR{;=BuJp&0{WiIIBHW+ z$GbYGpiFOasIuF@F)&#@jqd#mUW_`PErva(FmU*hx9h>oVAt8ugN!c=Rl+sCd*QXM zOja%?Si}qV4o%RpPBzzScM<*o7|gR#)lAorIj`C!i?qO&KENgOB#*@{^g%l-%e_Xg zozH>%(=XWcNqz(g9IGIQjO$ZV?ZApY)setuiqCCjoOy$)oI@-21it`8|Ivo*`GYzX%g`0V7uA6puxkl z1m16xp?k!#C*xgSo~?v)j}8*_msXLLAO8ODjqHyzp%^;G+-6nzlr2HLCEf^OXTKMbq z2y>1vtNS@Y8*@B*xSQrO+t-E9!ZyK8qsA~@6xYQp84oVb*C@j`cvRRzBf{V_N8Ap~=BLIpxqH(aMRw&6Rkie}DrX9xEbVTCp6ZF#T<_#)aH3zk0&1754OcvdM^tcKY4M~Km?vPui-cZS&Szq?am0s=lJ-n ztMn;2*z|Rse$h{0D*IN&Q7yQ;&V0Oj7elV^bV7IyZ8TH9W(3fkoS04`bG?5yvhQUK z2HNp(A#jBjf!_WLXu+_Ku94MS$rR4Re+$n9z<1i`( zz#>_;Cu*g!Y9ARAjFJOR6^7{fU~g;iO`q&1eZvzi&;u>$9X(sCZ39$m5a>0X@Mz6G zT`uso4OXzj8q^=DlX+iT;mc}{+Jpv*N5O!KA_WZ0PGd;%+T*hRT^LIsFi zBffyF>e}ljSnX6xd2Q`R##^^jQJSU#Z~iAqQk)@LqfhVa&v|;#fGwZ=)a>;hzmop( z2u*+V5B&bs(eX*AgpZDoI|jNuNb-1ce%-qnFzxx_QRR{Fu@!uvvFyHQpLzJRFXWW$ z@e93^B)Cf)Gt_D;0o;?vJF9yE|1$8dZpF@pRvzN>_O|WT;|s3NVs8Xkufyk^)#aP` zjjzX{cSC{@f}j}0;2bOlVm5;v+H~b61L3&HRym>BF$ujHVN^nzjSvX9>o*!9e1CZ}m8aJgF;@D&*95*9G z)JFMcK@NvNjvQC|L&yBif4QWFYdP0ep_BH?RD@X@^4;u!68MZ^5(QFd^yC0T=Dx~9 z=ObXv^7?zSr8@6)F3_Nu6iaCd+-}*?hG9}-1-~r1kNyjv7*WR_h4*&%LobU$I9dG* z7-fcxk7M(a4alZ4UI@Wy&H}8FQS!Ky$nixM$-s!1@h?zCkr;%x-O$5xn>jZc2qyAN zz5;&f-i>ZTu$GF0C;D}fU&bP9=DH9UJf>T6dHR@h5y8MRMwEkm!vLpa&zbg!-Ch%V zSy&~YKzqT4%*~U#O5@oX#B` zQwhP3t-ytEVMB4!C;S*5!Ji$iJhM7s{TOJ+&f+Y?I~#y7j`STD>=$k^>XXO2by9be zt<(vH1_BWL(yuv7jtyS_(U4kyqPrHdqdvru^WHkJeTQ4rPGs3OSs>lJgYs zE+yAVI8^8EhVZ9XNgl#)B~6P%$)^B-?84ofF{Rra7#->>;IePZ!YWz}x%^ETQ~$29 zX%sr*B^ktLFPR+YAsD28?1!MVHYzY!3i`^(?JWRHyunlU-F4sxpOP*zum^LSUi!#)^40)7 zCnYbgCr?DCRfv4?Om(H>8Gpv(RI3ZQ4((KRY&PX~Q@0p*(QaVtmePe?0wN$3n8daR z9sw1&&`==f_>!3mAP}N!QUWJ^*@&F6BYcgybas3*;~m%lTR^10G%4p*iRp!)pA&Bo z8ysw5tCA&H;Ly*b12TAWgAeF1!Oh0%v)}XO=-9^UFm_wua~XRtsZb3@2jkjBt^s}E z8y}Ey@?A2*1}eErLg69MJxjK3JqDiLj)2MX$=Y80<>x>1urQv*hFrXYx9Q@@K(c&% zxq0nYx7F%d0*r%$gV>4$HDCGs`!^yW%o*aAzGad@7<&+feH9o8%Fx;%|vYSEFD@{viCq+b7j#`|g4+qU3{O}L{!0PeihpWH&pZ#jCMWEHE z^I2OM8Afkq3=W+`aUBJHxVKj(b0(a}<=dI7vV#<85dndlS%hzxPjK{QQC}BpgcfdJ zsWCJbp~*2Tz#l(+u==Op{GGO`bZ30D(2w1v&Xn7|(&zm~ToK49!sR+@t?&jejPhCI z8zGgc!wrqnycu15PhZ2DjN_A_A4Q@ag;{i|Y$uEP7_JqC;K6I2BEDa87$JI; ztTm2@F%-cc#dtVvb!+!I4=t^JFN4E)&K-X=V$1E~Mot+!cnKcJ2`2$2G*PYEkDxGM z5Ng>lNPra&(U1YQK}>_5082Jz6A%0w`Ln0A$BBB(FQ>G*wbh4A$Q;h{X}KBP`bg9` zebZh~AMZ^D9~c=^vZS=iF|!|Fz$1EP;Vt;!EQ7jth`LjUM{u)Ea2!H=5og zgLVF*bMN5F_ZaN94gK@8rp7t&qcelZzS2=+!zZWLzYAKf83*f{G-*3d7yliv{3VFg zFNbd3Pw9(yX)W7j!N~xp=sHybGU#!g=_2?~nYyp^Bk)4Eh;sV|k4kI~2gmgbjn?qO z^(_5ylx#1U$TYh-Yoi26!$*V=K;frXRJ8Kk4Rq2OHjrg1}~> z5+v~6#7F(qkNyic%F~T#MRFLOXxxqQ3@t;h3}6*CM%$2|Fay2|7R(d-9^ee*Z9@#@ zOw3zWeJV?G;1;bU{;c6L*TUd*?kNgSS(J)J$4XS6dGDQ;e}3&(ez`>L0t%E$pEC2U zFxv`2hLJHN1OX+2G-Y7S(-vbeP`3OcS%AKJ3sD>$qbu4bEAVtZhM4nrDS~kd6`C-S zAlo?!?%FXJGM&3&fHLQc!_z7-W200;87#IDh`6?M)@!HXm2NAj#wFNwu%QzLr2KWH zRibgwjrej-ggJ^mPI9vGbP8zwMhWzDC)YcV`98gC%tOauRHxp)(%${=qT{PLQ`M6< zY3H^K_dqhJ=Vzy@)1#9bI^z&Xu%MA)mC@|#1dOgfh(mB25s1cMfQt;-Tx0I2*b3j$ zMHL2r%{?(qop%dPyAfy^b!91TxLTN(43)9Bn9J^AobvI>*_2sJb+jC3X2B(cET9rJ zkVWNW^lFJb@ZY@yN;D_e=GmtFn^O%`ELMWsln>b>1}n;yw~aQMg^&?}Lb_t#Ud2Fg z68EB*xp45LdP$Kc~t8svp1&b>Tz zYneoVbKI)F;~B>;fe=6=w#uB!#y0yAIcJ(^RZRL4c z+H;)ENCSh42%_Na{ajLA%9ScDg(KgszQ^-Az>LwrGvmJh$#;mBH<3l6QWM#ed9b`){JCm3#@xrR?c>u#%@KItDl9j7_j zyY(IDgr{h(B68H#a{mCPH!pW2GZUr8ibUhSj zopz7h(jB>E7a+#3kxh1uPs8(=hSkR}&w9J%#-IE{U%#<44TtP4GU0@k9c+H!AuLZG z?1v~J{+ncw<{<$VL9#eS7HrOlFgNpK?ZY^m#Q+H6oDIgjPV^ZUp6GZp+#IDfcP-Pa z@!pB^$e(Kn$$RfTtws17f9=hN z!DVbpNccM!n_~pBbJ96S__WtggN&T7g+8xfm`z9|P)B&{Cri zVQ4^+HWaI?xkDeyV-cY;p8dv^rMd%F-aC7HU2W}_rca)|=yV8~(H{q9>ctdD6*4kG zRv2jWqymnqln}}U5aAIS!(((vCpA3juGcff;MGPxB~U}7KG-Bj8fXQ%7ssa)4F~52 zKY_nnljb*mA|N_+jGV`J2Aa>9(tYsD|22xnuT11U`K_(VC zP(cy+;1OP;!D7&JxVWMdX9NdMw1G?Icrq6>OgBBI4Y?3(nR23U+K*wx{c*kx99@^b zIVY7Q(m3*@h#6dRZ99!_u`T0B0$0W)OEY~CV;i2P!8rENPzG-GF+D=-J}{@(MY02n zO>6M00exUJy}>C|#&W)Q4`tlj8Jhip6FBg>!CByBlg8nU?b5zZEd2L)bPzM1mO=oM8=mva6~g>9T8{=(wPO?bTs}s$4tpwksi9X%j?EA-#yKaM5D?pN<|e$q zAHjc|fRJCc4oy;}GT>hJZqycN&tFLr-mborMAE{%jUWGgU%rvKdO-WKU1F{(GnB7v zzG7*;MF)gYbU>lIz$0z%Z*JAl5ZDT6m>@bgrz}b`ecpb?8=zVHDZlGgQ-p|-5$t-g!uuWye=WY~MSs$$!Zw)za@F=S? zO1ZSo$Tc!0V+DZHk8xzQWDFeeI2R5&0Zr(Yu9I1J;83^CKp!X zS9+rc`pNL+i>!_OMes{+GvoKBoe>1pqH?vzfLsJ&}iq-|lZp zcFh)Y9U-)^KuY%Bpf&fPz}ayj>XvL*f{M7XWGhO@827R;3Tz&_bAfL<#|s(J_(!b!ZC2UP{xnelQoR< zrs(aPp~?9gqO<}BCrlwkx7t&%nvLMCM9VNyfUWymol-!H21rrhtMJd1Or2N;B{wqG zE~*J#1T)*a1U<*X4|KhEkAcoP#yjJ7yj=hC@Mv{-c)TuK+5bJT$4EJs%bPvo723?) zU0}}`40!iU4qSNA3?}fS2mboxC>jXnT8rSwi+;N>D&ruBF^0FQ2b?X3HT>%wo(4BD zuu(SslvX+C1%1b+Jj+;2Ce>|`2T87v6W|}##o%!XNCuM*I;}dXopZ?$!tE{Bf30(T2a zUuz$Ap&RavwdfOlP+8V_etNq4%%lCT#I@dJGhFyHzsL~+}+LK{MR)EAAxZj(-sWVKcw>AWV8K(n;e&OGF+M9|2w{<Ar)iO8pfh~Xdp=e3mTv$81-8{2wnndzv(hMU`_GJ82BO)^1b-x zi|;@F$9^)|`0nc4AAC^zh|ZrJ#;4WB-&=k7{Ke{RX8!DWlwlqWn}+3grnh8&;yya-Z&a}&P>FO&%8vZ(X( zxsQEY#wSY2byJ?5-LPc%w#V~~X9WDwANip$?$zqA{L(MA55&bx2Cmss2qThHeqdgg zQk{$oQ|qL|98SDhU5-yVa+vMSARxT)7!mLhV5{;e5o3cM48AwTa9q@_BH*f)zoTsM zAwV@G>01TCdVu_BpH_L&BTv|JTboSQALrq-#LJ7K64a{*GdybEVzrvVhtUL-fwE#A zL7J@*upBp*zkpJ_Wo}?;sk(TMQL1B&uyE`xd!-G&0)x?q$EU!%wZ36D^PFFG(D z4D?bK^*dJ&d}&vQ7Nw3AY8K5wqa(b)<~6i_+h|tCzO2p;D1{j;jjRI?N23}-LEy`Y zaiUYoouEmEgMthaT=8zd&TN7i(-#f0(#V`0`e<(q!In&6r7A zvsQE6CT3dJ_2ltXU>92qR{G2?lW~cejG3P7MrNMuZ>4wpoKGbc4CqqZ4u>`0;i6K( zL3{Zf66TYd24X+f2LvV=ptR)lEjDdcDloVnKgqXGZ~radf96mB^y*;y?&^2G{ZVbw z_?NdyTGxv=uRQqWDnr3j5PEBM7#fgsPw-h96UdIaa#E^?{3ck@+&cYyU~*Smu?|Kv;Fl*89We?N$7Qbhy{~4d ziBy|udj|*ETmup1nDi?;Rx%aUDf8$C-uepJ-7o&b-byG&X(>Szg40V4%Sw$oeyGe$|L9&WtJP z;<@C&G1NOF$%_D%dpdZ=^`3t5WvY$F$}Vxmdiqa0RXr~ z$M7;1hkGyIIVoks{ODaKV?zYbc zalwn;T1flYecickcXOryJVX7YK_JI${Y1uy&g%~k&Xa{KPsp=pz{CB$$bAe_WWyQ_ z_-%z2WQdH{c*lMi1FgF2R*u&R3%qjP_n7(ea)Z7HL(gIup5vS#b@+jq)!}@N4_$htAMxJM;-WV5U># z#V6ba#b_0B?}fa zE9WEw>^44|GQ%^rn}1=KInHH)Dq9W&a)Cy0Z19w^nwVvLeg|knTY={UZsXL4cEkq% z90!X)a{S6dsHBqb6)@a1cMM;{|6?)$F<2S`cB{`OYo?VX3w*`4jczOnk| z2N@^AtI~wC=3$&RW^8SHD9h{UL7Z3y^E54R zeC9Ln1iAaGANql>#%LU`e(B%)_bPmi1SvU%)?cn^lostFSQGUo*a(5VFam>`U31!b zBbw;Ucg)AwmY35Gq0P~>%n`v0nyn;IPy`-hh{;p3=>i*`KkS5OBm8_)(v}7N4t$91 z?YatA{u?@`-wMkZJ2*MUh+n5)RRyq{(?Tz}>OqzSH$jO0ssQQ4_1ZWt;4sDn6S4|8 zM=|ru?G{0*e3bDO-r%cD$RN2tlw+bS9It?_f|F~}fa9I4d;$Q52;Id2a~C_ zG@UkhV?M0c;U!#+hlKgFWg_@xGsf}~wZmf^NEALWD{G5}8&n4VW-MeN{oL)ChRbov znSQrp43%lU!0ujj4^Uue;HMnTkl#u$MMh+;?JLL7DnJdqdBb1OCNQ(+fHPOYz%!XL zC&`e736)KJVL;vnpPBa~yDCTtX43yzB6{-mU~fA{Q81B9(7V=v#K8|fGS3*Im%s#VRl0h+8kr1EZ}Yp0Udd#B%Wf|c zc*s)8RTx+K3qUIy_v{D$uqo$qtsqYp5!ey2Q)rP3fnfYWWtpq%KKSXQ8~bd|igOO# z-T~;)ib~+1L+(mBOW**1`brnlymE@p^xjKw3dXJ2AwjW5LGD5Gk!vnlw{Mm<=*ul-A<4YQI=-ObB zGCA4HW#x%j4c_Km1!A(V{r&CYw7jW!#(Kh6bg5@WPh~*e?r{0FMo{R>BTx z`jdg5#gC}m)-ltM9Iu_OOpdKv9F>6Gxw+>)d|kusxC)6Ensu5ixENR8;L6vq)E!%M zOX6H77@FWuP((+_Cp;IM3`f893D>R>3QYgIzw~pflau4sZ-4Wn=-o|%v4ZL;7ZN^(oV(IZ_;Mw>iU;lv{_kg2b=k$^_%Zj`6QW$0N+F?3mxHxfh z-^%A!g?E03l7?`Y?Ip8%^zfiY)b_4!xc{AxK8a&UFc2UC?V%ivbQ6_4eDI)1D6gHK zB}? zr*ldJT;t3u-_j2!$Otb=*#YyNG0)|7YLr+XHKe(waIO_Vdrlie9RmYH-T6x;($EfwL#&Vu9?1Kz~`)&-WMJaX|G>YdVqXlO`1{niu zDR4kW=iL1SsFa9;GuoV!ts6z9dXE8Wl#!38MSs@p?>=aJml0nJJ??gYq+J&IGre)g5g++-1 zAv}{olhjCjxddFOn$+ztKFjo#Buazv-tCct#DZpKr_MJIbvwA7pN z$+M~zC(?1e$X~9pU{;`NM=^=cz^(yQ)ntb3m(9#P0m>Cp<9G|t{}!P2pFnDBxy43skHc&X5oF|%TJlH-{ft^ zQ(=j{T3;u7_9`AZKRzrMw*x`DP>^hm9d{Tm|A+tmU#S24|NeLX!|H>No`szjawdCz z{3v{4Pj0VX9-ps%_dCz)Klrq6k(&-I6tr2Ah39y1dg_Uyfh&Fy*YHMlhSbW;JB^!P z^#3}+%j(8mI;++Gj@z+~V?9~|-}L=9ks^5AX1ej?Km663h0$H~P()(9VqBCVt;`cq z9VTjIk3)!qWahK7coat|jiH;2!wx-nYdD*6rcWzdIrN7QAFcLtEri{({y4ue z-aUTzbDif4@9plbzVNwsL$KBA|M-9UcS}@C&N(dQATSdGS++Ssj+#PJ4ENf0PvXF3 z28%Eu4rQNP6=te{q17*DaNijMeS)=H zQgY13$|YKN!5gHsCphVwfMH}h8b0JVW5cM4bn9fo0}O5HJl7Fgft4(wjt~sNnc)zb zidKoI+x*P`^~pekXaryur|reak^$)4={(j%xUxk8myX*nqkEd@Q%To;0Sp|zQr_|< z?PNT4LTPUyCCB1rL_vm9w>HHHk8SBpW>kjEH>(`6psF4MXba|o zZ2K2zCtNK7CM1lOh8YVlx~?IBSDu4g%kPmB@IxH` zoF_*Cp+OhU%;MbW!98*#P{SL}J`M;A^@VV`4h=?!1ZVVW>;_w<8f03Bz%-aKTrQ^z zXwiZ5nlk)4i4Zj851%BUhn;EgyiBb~`Y zJ2w}@a1{b?Z*3RAle4oJ)q4TpDuNz|yR)^rywvZ^l{`s=L$OX1nFty@ElR2MohNhr z*M8-%wjY%B@u_eHSx6K3W+!2ufWm6`&c$&OE?7Ii1}Z_u9HwX*&N-Xkvbi+NTN^^+ z++6Fr^>GY#McTFGljH6ebk4ODlCeUNiT);A#uUb=rMJ9@4LF+JWekEQL#v}*Uk^rN zDAPcD#=&_CBD3NQy3<*%r+6HbiUS_b9Si24M5Y`%#Y4WplxsLmc#En9Vy#?6NjaR` zp(8=z{Iqqiw^9!|5a19r_veC5A7oHqBjW)BA+EQGOp8JHeaY2_gmA87OQQL`Jq4 z-r#5|h|#sq0n+pnukmRk-@)!(_yQ|AGDb7ST$__M&TiA=Jgwmo6yS->?Ls}&v3hp_lE7NRn#}@~{ie_XTVY;9+Ft|pL!x@7E8f4TM zUhwL1c&4o>6@2f;J?NqDyz4;I&H}o^kRR|bf6|p8Upum)9U41c*@_(e(Ler&0_U66 z2j7WP|KwT5imYTz=LCx6Svmjk@I2pb*?QTvG5iQ#;{h9!pA81lvFncV!f$kB2iQ~e z9f?85B$wBw4c?4=M&7yuU|P^o!BcM!&hL$%_}UNRLWQ*T{Wxd_m6E)Qk`i2Vr3=#sG3!R`h-LGf%7NfA4Sn^%4csyg5N_5Ca26SrlFAQkHJDt<}?Q9|kEWb8a=L zWtcOJVuXqiGm;pWPfpEQ(KZL&=$Jr8Fcu}GD2T3{=uvnKKE-0B!Qdq*u%L|55hZd2 zB+>Y2gsb3z7l#ig!a)!$*17~!V5UrsoLv)KnMy`%corO87l1jhPn9Qc2Pwi532Q@G z;S2FJkJ84G=k28wPt9esm*Ks~W-?~V{ zPNQ(7Z-OtXhmVSaGOy?wY!=P6!jVq#M&A@)U*tjn08aCP6Eq5fl$_IVjx!wod>Y%^ z_jzUT{9_)L1wZ5wf0Tg(O8fSSFRpby|32-D^G7SN4Nb`E^zTz9V0^f|`*3e{uszR8 zMsK{R3g*k z7NCVU`m18z&oO+f!_2?M5z<@3(Cz9W7=pZA054w!*6Od7>#2ZgSu)7_A)&k=P|RU6oS6Iza@gusO2KI8lO) zUg;YT(Q$NY7O$zK7@rLX3x3Qr>x@y$+}~kJ`eD1tF1XMFA6iMwLH^0jE3AJJ*y01h5nKvXqu73C1-@)b87e4#m>Yb;LR|k9chQ6pF zdH=m9W!~TXPkyDub1g2B2ZlmMD#9mB7(b3;WA$K*Ax}eu6lI4ggu`!4ud;;+l(vjZ ze|3y$;EadsTZ z$wtQsFHIXoDAsbu1Tr9L6#O1P-04=OqJ5UB8BzG85@&-N-@!#M1a}O_@zGh=BcNeU zb)MD0eRe_UPrn32n`{Zb?K?pH4>$akka@8c#xwRDj}6Q5%0zxI*XzRP zpZ~?5j<4HVee(Qp^@#@wCD0W-ynH#2W405V{pc?e@E8w#f|)61+3hGa{fL0ndeupG8kzLxPni9`SLmp-@p&PUHyFJmM{ z=XRXys_PAb!>dHX+a;>el;hudw7+`t(_och!T*Dlk0&e zszIb?=^2wlCqu-y58p@|0^)X%1nq^7amIg&Wnl^-K*UDJfntQ4p<`6%{(G>oDauRf z?o-E*-fJ*1eF+NuuHkhyXcD@~x;g1FYIVkGU`ilO+OK*3rBucV>fhG0oT&0Q0dTvP zC=%@28N)r_vSs}{mS%;$%9ioKLx4C=WN*})>)_28ZQYIY&0E{<3K+mt6J+hS{MX!`s zgwFXLpWEA+p))UMqm=ZO?;IAHq@s^@>`a(%p&8?D!JeSWyf1t$JQJ03ynwKw*+evjVj_l3tF?`ld2=E1N z0$@7lJj1P4hEsSh%>(#Ucb?euH6sp zQ_3FR+`J8K(vP-uJpT=Sd_|wO3qL|zI%hBci)-5t3x+mU$B`+{RYm8)X6y}}C%b`z z_+hLGp%Z8ZM>dhuqKBMO9cub%;9KV=XvC-Bw3d0(TnN?u(ZjI@BJj@d zoSF9NXUVSn3U1P1FyJ{|*tO_0fl_G^T*Pc6o!Ek!P=-G%8_vx6UfTi++IcKIzOGh zs_c0)3Sg40l3%?{Kw%Ckf!E1-vy_&T?~joeB{v{Q+u19b8l=B`cb>p?-Ya7!G*Ew~>2}f!UlOWpdxO+d|UC>RmfhMb^xj5$u^8W0WU4r=%2=7}RNozWC?WC^_(B z?cv!~432FV*UmTZkhnZRm*`19z4#B}A2L;r>QC|lJD9xC*D$gg$B-HCb|dHDCkqVW zMGOO+z}f{q00=}r=#)>_gT?U1^S#IN2RE>6-Cqoo;{%iN$e;5O&3?L$ow<%|M| zt3>~dL4uq7AS;WLF%}80aZIOlg?=)oXkjHTJWLl^x&HCdG00a>9`3CkKiDg57IV^1 z{d#fKUii-dcEMc$!)GvtBh7$2?Lr}g$Bn78Tow&3596jLFwUF4pb`C@1#>~@?d?ui z$z&N`0RZ_$o;tvMmPYA^EOhE6eZb#Vw}M7<*K}IY=kc_s7lO~#>QQ*N8Hcs;Cf6k3 z;i&1373&NLdbBc;x1GS6a0LJAJ_Z?wzT_Ge92vKO8_kvCRVgq!&Ds{?Yy|n3K7&WP z0Y6$a$jcb{TKw!iKv&p@R`tTi_a5%%lLO(H1lS|n-t0HWu77=&p377vc+#=Nr}9dd z@CG3QKUoDYJ15DKl(>*1Gq!p3vm|Ytsft)wTpyu5TLAX)9pP*Qwuw}ZnL|%c-K9|f ze1pL6Bs{Pi8rZt%c|DFWjqV8O+-hvk3+o-W^IPD;7HMm99w55!++7{;uMTqDk+0gA z1TV-A=Q?z}=$q_ptbYFI|BVDxtJU+DXXT$N&5KWxutxR;v2akql&lD}K7MgjS%3QQ zLFvM8ntEV2$-N4m2Yt0V8mDYAIK4GrZg)hsl@=?xOOjs3XPSDHMA6L`vGI7eBO#C7 zJx*Y;@yCAbYq5bc9`~y9`buAu@iLC0BAakPP6Uhr2&lZS+%3)TEonK=scj`Ye)@2~ z(T2kG%cDeD$pRlg-k()}aptylwIIS{5+6O-4}+hPVrDJvl`;&!!i$V6ak z)YJETGJ+I0*T(r)NWxTE6a{llyC%$0AaGSla?l(gWgw_tVp-11PsXJyp)&@918zda z(11P2reD{k^ZdhD%$B+MRb!s^#%e~8esVgrxlWy4 zCm7(@V|g>`Ugf{`Xc^ua8_qdYg=GX07ToEoa-|=%ca4|d{`{K&Yyvy-Mpm^2M~1EJ zv`r2=Zfy9-K%pKm3ln_6;8hu90eM!;^e0wwOKoQ zfjfAyCHO_AIABH_Z3XXw0W=udoT@|N3Y>J%<9o>gKC&y7MKVJ+GR7iP4X)R+;o%;& zM^2!1;B*{J-PTx8m2+%MZF|PBsFuA5h;?#2ESp*WRG3x7$bns0J!y^pk&z|PB0C)Lvt;;!AO3PbZRxa%Od40-d`Eg(wXXmG|MW>j zK~z6@+K|f*uIOQ5q_qHU52b5#!8(?WpZc*Mz7Y{v{3VLOd|3FP;7YL~fgxHki}9RI z)BSo^wua1GS#K-X zJb83brvBF7|2tJOK-IXU)0QP8hy(`g7Of}?Vi@9rr_q0ylP(H7<}L=j$`dAYwl(r$ zXq^bbMbF@8A(eS()c~fWD+_bp*ps;go(NH|OW$A-efu*GAmvrYkAfp+B%_8X*AYT^fnVT7Xbg(>O4G9Kqwoiw%Po8& zy3!*K+dO!kK>7oVMRuGp$jr$wE*iTvh+%SVK+GY^A~2vZZ+lL;me9QkgU7IpQ(^F1 z3Qn7FuG2KKaxZiN3tli<;J~wGYQcAWL@%W)(>reGu`Yt}7U*;^9|B5_XAA`xx=+7q zN`5;IJ_hkJh8GY024|f?a76`t%%RE{!$97^=9BTIkl284t~a)JkS$$upvFz3yceC( zZeF>jVb!W`m=-AgB4?pQSN(hF%teM*^`i5S_U^ClMaJzm*q94GK?;l> zxPj(mH#tl3Ckyc&?O!|XjhnL*yoaW=;UW$Y9)crxQ>6PEav8oLSzxownWC3UiT*f^ zu{E@0=vm(8EL`w|)Hs$dM`tlOKPso8Ll*<)dxQ5}<2+p5Z3H&K2E7J5`;PbQxS&fQ z-JmPuqc7B4&o&zmB)-|4hrIJK0s-R)Tt;8vFmhlF_P}%j{(%h)ql2>T^}^$v2a6Hd za1I^U*oZ!#KD3$zl^G}Flg%{hc$^=(;dJc~=NfdKs(~y&*XEc%2@5=s>=%CFXL9aM zo|L`6DhyLM<+lQZJT)uKI89M%@%hkpo`P%p2h=Sm25R05dH%mnB zX-pr#JS`DFC2T@k&klZ@3{sXS_ywkQ4c zc)CzIS)x*_P`7tXftZpQA)*Li7qFqnaaXO*e3dB|WxQrr zWL~yEG|$F?GJ^PoUvO7_0f+wHbPlb0RYm2nMfj8(?VMz6DG}L_rIZ1|lS5N&5y3K! zaCgk7K7C}^@~(YMZ$06-j+U(bBAplaoTIp%D^J^zgY}Ru(L?&u_e_(Rig2A^qrEri zX+{wE83Ql;MPrV+Vw+=ds(j=J(@P!&YmAAj>R{4OGwd8-+|bC_E&Z&fBXVo;M+ zr8jbwtE)G~CiJ8C4I*-k(f0O23-r~0V%Y|-j4z%5Ye1C0(=Ync5@-6qx}1PXe|AGl z4qqDrXS=p3w-eCo7&V!zm;E(lRh*GT;O3hC7-)hh{6n_#Mc;Yj7hPpf(2Y!X&;5+y zMXuNjL5Q(cJOuH0Jo++aY%lghp9IVqW0g;WWb)OXHvX0?&ImhPex zzJYOjXQ~YPsJ`VT0L!TcLA^eGFYA%emW+{evP&EV1%e=bcTPTIHJDhBt8aJ?t;q8F z+Whu527REbbdKB!Ku~I#uES-c;%V1mER!mA+Fy;?l4fSsI*5?Drd zC3we4hL=DEh}K-ZPQu)~c;aWt0AFOSgDJ$smBDKk4L(0SE*S!s($UMMG3U(lN0X{X=HSZJ(G9cF?SL9*$yR`6t(fzvsU zcwL^ifL6`0t-MDgFl(3dQXBAjpbawMi_27=I?bSiw{&;x3YwXN_SxlP{4*RIaE7+va7{jc>2)W`PJPUo6d%yONivpmXBtwzzswCkNS>9zL1 za2m_nh8Yk1`8RFS-(UP+|Akhgf9Hc|P4*;)hsnlY#<8M}TP?w8x}h6#g_fQ`DoDn5 z{ooxPZo-+q&7ZU9bl)B?78RbHp4PYU$s~+DMw+mz_Lf#C{kQBNq%36ZJbP%c@l#*_ zN}+z7OqgOmKRydGZ&y3<_z3ar=q!LK3C1x2Ca(lAvR7je`h*^bdwb9`m!`eeox#!VjM+hANHvq@`~2^uo_^j-yjcwqM(l z{wh!KM?9|_WZUYPdtN|_C&44vTL|WXC*)N>BNrTFPzp`DcR&zD6R>GVHaJ}Ens9`k zbxa|Wg=`k3&iKKbT#?26{4Pvm_s~%i!(P$B%6%HLBVP0`=!|W{$NZH)>-XR_Ho3v?bI@^a+84SIN)?t2x31W_1~y(ZH3TL)QM;^@Xk7ZXgl3y|uf%yzJ+} z&i(eop<9OpHufQzVf^xGD=l}UKL@+Jp<8q+<8J)1ANjrnI@hz6Wq?0_Wn%w49gHzL zjuP39wJQaaMO$W1xpQd*E1BEHMI(2NaXXt%tb%SCGmht0fpL4$y$XIyROxp=j@(@P z%rWbY)3T9DGKFOA78-2DU|CT2-~WT(ssTgdvLM%Yujs(h+t@HUl8aavB$Fb5n2uNx z_fG|h(L=bd83=O~LAAWFYgK@jz{@%Jn0iv5Ik{ek&J0U%G#(n@5nhx|=?e*#i~)WO z!=g+Mz|S#8!dxN;0Eg4aK^=O|jeM*U?are@1!guyaY?< zJOhKiZ0+fqW|J9%BBZ-fo=6N{lNUy_x))UbsqC-;>&-iJNew;d+g^v0s+pYz#pvT2{P8L*8Idj=D z86i*j*@|A8s({d8__+=%d_^-a4%k?d4K{{68y^DbTiZZJ=~KoTd7;a(RX~Af{--bS zs{W@v+?-wT5`dvsamjBLPOmz1eFzZYnD2010?wrxrOMU)AabmHOMm58{v#6>#R)2Z z_miX2^zh}&)$^Aps}DZ@#4wTLy=Kc27&^jkHIRxgxqLnQx?AvU&lcD7owiSA3r!RA z3m%NsvVHt4p9}>$VHPyj$({3YXKKVvsnt*ywbJ~m(t}t<7It-l7<#l@U$Vw92X;{ zd3UagVv&Y1Qez|xOsK8A>}pDVq+hhELqWHE%Bl!XBk;6u^cNZkEExY;(1P(Zj;RX9 znb7;xe-i<8P2c)NH^Oa9-*c$fagsryaBK&+*(4@(Nxv;~7j_DXNByrfMK=AYTyP!) z*Eq82W)>P{{N)8+84{;6#$)D1|INfn8 zD78wG-|#oTB@Nt~DfZTM5el5>-pkfWhzhRkaW zE@N$;70r~L>p*(#OrIFL?Q#)0aasnaW3mozY$1ziZ%pm$Pzq0AF?`wyBs-^DXt0u@ zW+)Rx+}|vY9#86+V2TqreIq~s3t63DYjy{7+iEKUYZ>Nb=?u9qoB_HU2<1ne+nO$m z?4k?(L%Gs&{asK)hOOnmPZc1E0o%bqqDAF4*Sn5kFRvowg4>EHnuZ>x*wCkkjPKf5 zdn~E*3VmhSXl7n=7NH6z;W5RovZ6q9Uk0rNZ)D9HTJf#9CyB}ve&xa zz&*z&a|~_3nf?V{oi504eBzPNi0+YDtC_(os2;n5dwHc@gNR(8)0K&-P6|A}`&q{b zn7oWbPSFEg)$@GUM%&sh4QpOAR?f4TWS>25){eI658b?$Ai=x0k>&Sx?6?yBtVEwm z9H--&`ii^?QUE7|pW5p5EvQ}IO@xA{qo`5Gy$6_?4#x8Uj0Q^raukq(o-= zNW1i-ufB6^e8$=)7JqgPzwuxKP``mW)XQh+^J72u2O>weR=@MXN2{Y`$fMUI+kB^u zg3M=M)_z%y9{fU=CV**!4i=Gm@ELmJRHv~*XTFFp#LsjX_!69^E&92JE~@?*ryC4K z_XbuAQzaE6^BX_)2fp7H*@*`1@N~OTiV~ll-3TECGhgm`wmVyM`vC{yKJB>YMuq^S zd<-_h!Z?u-0&AmOYcbJoGH?A7e79FAS$fjj;|H_9Gi`bL_(2fAzj|@_BE(2=5m^4; z|IKd&$C|1l%m^`N`nMSlgdj~YWcwUQGm`O=ywiqGfOW2! z*EY)} z3-FMiK$E|bu?bko>$Jt+-ldaqs&n~0Iw55BJ^!Oy>`ee@@WH+`(0d)&!396#r$5(8 z8t}lnBFT#m$eXrggI<9LZ(M1l;s&{Vb{$f1K$9j2Y0svE+kNQdm&}p_a@c+J!3r)u zD159OyFkBi@IBYL7ESZ7V;kE2#vl)H`8nst2E}gW-9&5sZpnWQXa1ERf9Ws%+pDAF z)75|dTmNWfCpS9H*9dma&08BbnYZL44n6#m2wTqtA9`&{S-@)Vdp^NFEAX~?n`%|J z(vEJUgEe2qum(y62Oi;OZ1_4zES@6|s>=a;wecr@?DypmXb;dwHjReyNg<+UD0$F=+2MccSs4+=DRgCrvHcp{rEZK}F z0|B1b;6DmmAg0u1z6 z0>up9O_=;_soa6IcMXbwuX+?%WU-Z{qPd>0j}EFNfYG&#C7n<%OpL*1}Hy(--I45?;o4>k@ghsl|2ZG|zO%^*NS-$_Irk z9>J96In-b$H0usz;YmMZpp;mT&yUh#cxa;yvWfn6>fwv5PjwGnJlw78J#s}e>pF+I z7q{8C%s-!QV>2fHfJM+;xec8K?$3x^51*Se5SmhY{; zCE~#EpwyQ{t#IYob>wj5i!4VU5};aWNdUkga7U+mX$~F^f07Ri)Y5Ngz^2#9<-7n9 z-pgh+^eBfbhu|lN@E%8G4nO=0KxpP1`r@sifXqAYKS_)4?5}<^WOd%_^&9Iq_><^d zWJn-USkedh1P=|2TovA$yoX=k5z54R_TnAI{cf`mzA$D z$S@2xml1(~=ADBwf%6jWy!-edf_1(6fBgIZaVc+{X5|qYPP2<=a*WU#2W-tow1Z@f zfULl#3zX{;!y>>hY|Y0ogm8pmRwu^DMkp8)j7M0RbrmPy2}O-I$;kIbs2UmfQ2xuf z+K+=CMIR#;;mB#uozYeLnvz+JPTCV^fBG3^XZ+z2XUsOHU)NGF6%>qZ#GUqn6l2^= zW=S~+kLSNPqsX{QWlEw`6>v@3=URc8C=czrxG()HRd-MJ3Uq|c=NeyG8XBVmyuqUX z^0zn)o|K6(!oxAlLBPrU=T?k`7AORF^lSUjqgigoL!0)Qc7mI6=EzGC8NC?C&`Gd{ zS5@x71Lr9#+5s&Aq{k|hA?BJ)q)phfd%gLfS!<1L4ba`mLhsIYdy|6l;`tkOb$bUZ`wq*@@jRmo-%1>7@m7rt91;hu;7_SI1asp#OYI}%SN1bLnJbZ*5lNbWlR3N z>2+-=V&;JF40Po`{YW|lH0-IMl0!#B{6QOdHTVnNy~sK_8Yh?YWG3ynyP(i9IXyB| z#}yt#?M7yDymrGlc$2Z<8tHBDlrGY4f*N|wE;cbp$Kb_xGSgd2^L>)2(Z`mX>73({ zA+YPyb%g;=WH`sjq97OjzzZg0Sg_rD;ser>lu#C+(V=u1>bpL8W&m*dlexFLm@(=M zGbUYhoxaEd+TziS6`0t{^s}@D$S?f)KfSt$6aVm&!``;`GLE}rMxW8C50Qzufy<^b zC&}goBlZ%A^(@aMwCIu1)-c*e_H6Ya8M?=gTR$>-IE!8BxMu;lMUu`)P}pMGyD4z+ zk^y(A;QPk^^pE_=%?QAq)oGMZrt>~G zfAFjA2XiUUWOMn905F`6O=)I+mmv9$DDGXwjYUAMJQO*Ky7c25rpa(?bYq+lS{5O* z2DzvngG-O#M)$l4cU)`R2Fxl1)0mG6i7yQV^1B;dgr;?1LB#wBW)Xz2q3s(;1a3+J zU-WKt8XO2W1pzw)gl=_c;7>pL8-B$B1P==`EIfhd)fJ~_+GB)D-vS)Fuc0YJML|*G^ z=-HUZy`&9p4U(>EjDqRCz^OmMU^9+f*YaLqqMYD{^Eko51+9H&thicpe1Zr@rGZ`l z#`w5S1`k%om&{mc?t_dfL0ffxc3~aD@RA`zcl!*a+m3}s;5G(IxR!kBuTCT9!3Jh8 zGURJBQS=2z3@^QT+jBV^+T7uc@^=#XkX3Uu8yVjxn%ak7wE@4o7kZ3^%0whux8Z-r zr zx|i>4abG#lDWE+EUm3|CdiG&7Y(mEH+mpP!`hcDgWa!T3EC1TS2(9uPVe*CUH5q|# z4uMyoU16V=vl1Oqk`qWM=MXkRjw={r-ok2D%Buv~Yyu&` zmN(*X0Gv9)2~s$8_em3)B^$*QFfbGtef|2?+Q`C}vS>GsOBtrPhnb>t?JH%$Z_3;Z z?kpw*17T?YgwXHOdJK&*2nyrSl5g-7m1*lY2U6o5x;Jvp_^K@o1tZWPEPb_18EIx1 zDG+9IFaid=?d?qY1nZ}G>N~Q4Pd!GNa}13+B0T8)Xj(8nj4fJZs4A2G%_*C{AYX)- zVX1MWNNEjESh%jUHWQh3vMOV`QyU9&tL#on#MBM%NdnRNLnaMth0EIVicp}rmK z+K$+!3BDs2`F%%l7NG2<1h&K~byD<(;hh~7^Uipkrl>yW9UIh5cXFI8>C?N(LypU; zVGSz!?1kNtn_+4m>h|M)1fr5)5)mj*UgP@l(}7b7EpKrHca_EU{C#UD-+xGqYwXdd;ny`frwuDtvI6gTE zAFP{6f*eN<(B%n`?(l%q?)FaaHtTdo&ht$c3&Y)WQTQ`=u)t^Ir+@0}Hycqn#{c6u zbPV!z8$x{^K#_wpN61FeIl{-gUGJk+R+@GcVfAv>?y+(vU)KC(p{!_+{Ly5AIV~)hFZe69C zR}E9(!;~s)UJO`Qzmq&K!jXQfnC5RX9-|eN?l{Kq8*?puz#vYOu-AB(`BBvTwU6{o zSdESFXokVWjzQx1Is4w5T*Y@KVbgB}IH0+f&@a(m1DK2j2C%|~L1OUHn1L`Z!D1kr znT6T-R{;v`kIt^TLfKeK^Jsz>3(V~=BbQ!DjR^dBE>UO=kz78t=D)-CefF$^#i0+-;ic>`UF4|gWVkAL- z42Mq}l!&^)BD0%2C`Qd`ge{59S#{B0=mnlTft7QYZKJu0jzCWKARuY^F*q{5rA2KrfAe8nMnC^Ky5?ORMPTx2O^hm!;Ez*rtpM%P0=URL zBch_wtylwxYDEqOkMJseb~SFU+e)TNudP`zxU5pSp4=)c$}C*SkyUQf584YRx^Ok) zb3TGT`f%Pm9L`oRj?U6Hx|VZfN>C&iKoc)`3vwh9cVqNN|9Yl)cOE)0g2!RH)${pJ zTk>(ReQ&j!0C~Yp(06z9UU!PC8<-|AYQRd?$x6mX3gh02 zP3m-8{$8<98Q1s?(9`bj_N)eHM{D5IPUSC5&KNVzLBCtY%Jq1%I7o7i?`$F6CWCa? z!$Yi|9yuSUlTM4}4H6DdKXFaf2NfQAXN=+d&Fb*n6CsndMK|cOO;)O_>o;Ck z)^o0vMR56-&m2xyk*U}a{s)fG7GQGdlaUXf$#_YUOUNU~N!EVh&;DEj%=6WUA0Ms0 z^YOFba5p+}QQ2g3+=886gWn`f&z`?*BGyHsk!=rE>Eg!7hX>Y}f-sM61^e7FGS5u6 zQzC%*qv~6DL0-VX=ZwlHz;-)l`s?kyNEKn*_}BjEkK7PWbBHgL5CVuzLTn`mIT45_ zD_LPk$tW;lDG@MCm?)EPwiqDLQ1p;X+n!-^Z}(M%;+-dtLZo>PtOat94)(egto!j^ zU7aU$-&wu)^wH{moH=Lp&f|y4=7U2tryI^9HvuY}_wu)n^St zh*U$KtVy;hYQ{TCuS0^*DJ@a&%qxL<44z}~HO}k|$0)!g=hH9c7ECPj(jr?1p-v@z z8h?~wf|$r>$8e5;(wDhOnIxE52_-EG;@W0%p)Xl#aFq8$^Wx2L299N87jWpWRh;zK z`%ObbeS-zCZ59*&`jO)TO3n*^jEgtUakiDE z9HY#}+}*if+1QLe%FvLufm=Q;?qV=KJ*j~l8keF|ooQ7f$IyXn&89pY`czX|G7anp z31AsOZ^o1GAPvK(1nj$W48a7oqdQ~>56vwqce*V|r3dnYdd`8-WqiCq*MJe8l>_o6 zvly9g_K>$Km$JR!3T?uHbje_={3LkFG4t&7Mi7r5fV>-v$Gh` zi`6GDPO9e%{n(|u9p`Qr8sXo_8d{DsE#mo*MVrd&x|NMJ4#*Ixf7dp?ZP^F74$k-c!+4x{eCQ&-EQ5KFnZhX2y{@!LR^29LH z(R&dRI%Z)a8iAc&_wmoM83N*|j;w#9aOL?bRUL-4BhHhj| zKw!TCJSBHzRN$s9IZ^7bj~sQNUk(57ufFx|PgWmt)@kTrENM`iP}oC9 z8`p5Mc92u0<;(UrW49tZ`ZZKwKTucY^F{o znSS;9sud6mdN&eSgjCg!jX(XzfB%gL`GaKVHd3jX&zXn&yHyGi4I_K|_7K*EvUf!C zK=&aUr5&dF!j&l(_~B86EqAA109rK*Df8wJ_P1A09z875n8Pt}@OST8%yxVA?$d)D zyTAI?zxJO3rOfAih=uG9qBfQ=ht5h;dh?AnL?O;HHr;%+B%e+GrkAqpO^;@TsmQ-yx`~_UxLobF!BV3@H4_3;u?(7 zQ=fh?ocblqGTIuG2(T;!HPM7|X#Z(HRhYmV!^AN(ND6Gu2@>&RZ$}1_XtvIeqQ|hM zFPVhrQ zxfaRhEGiXXe$*#|Z3VV*G}o1v7^=vX=Gx2B!9mv1jf~cKhK|?@H;zw5f>F_L4W#SR zMT5({8(;Z_@tk?cjNMz->`n`#8M^BAy`Q@dRaKKHja6L8(lxn#xu!jD&% zZk4-UeRO!TdSoh2wi-P}xQ7q-R@=#Ddb@1kF|HTKrwURBkv}W&Eh^l|wU^OX0h_ff zcfg%-r|L1cfHLZM&S^8g5}iJmJg?fmeAfBq+}_^y>YXGXs*dP_c4K?))b_o3Wvulr zv4N3?z*z_+9 zVIj#s8j$Z!8Kn)n;hW+5N`K_Y9~hidNvNH}yZn*;{L7V`)i~)o!+bXdrvG#idlUW0 zaq@y531K{t^{oKD6J8&o2 z`C)g)lb9aI@t&Vvv=Tx##z*Gjz%QFOC*C_YO2omtPZf<^d2(OvRL=2>=ND(I$Ewm9 z+yl`(<h<@wCmoeN*mJzrxpbOL@ zP!NZm!7!0Ca!!PSUl`0_h&(ZY;ZcIUh%$027F(EaxOL}Vi8l+90$7ygojCKSR*RL<@&=KP|{`3F5*AT9Jgy@8ia*cCsHWqf2PvB-SrUZ`haWL)6O2fIHR4SP?h~fNlh@yDVe2r}ICv=3J05sc8E8}$WPvG)f zRK-9mDZ5_h7Sk~L1OU8n>>Pf^_SOd{Q&{q6oGMH30B;=x0j)4j)C|4`Ji%)++?)<$ zIZnO_&QPIs@nJUy@Q zS4lG({`+ZVwsvkAAyfLWm`%yv^pJbXJTdw3l@n`1*!nN&hi8*2%aY|66?s&0Zyo1ur_X0bb;cyn*Td z)^_-|lkq12vGwa!jHL?UhcAx9Pa9p~i=7bN+B#2Z)GuDO8W4Di-F4*FtwSn{`fpI9 ztQncppZR~+xTVZ^csz?IaSDwm0O1_*8j2%-9inoka%c?^2O=OuD?6&OE#Suk$pIY| z3@)W`I9OXD&@`5S8janJf*)Hk-kZ@8kC_hO9n*cuDuO=IjFV`RmA>_P9=g(%bltI< zxCDMU(1TXl(hvC|`9U*skv2D>IUG4$@43?2}s*XGh20Qk*~bQ(t5xqEp(}#s;TlZ0Ph> z+jPnqlQ)YMUC1}!zv*C8Lsx6uBowucc{f9kbD#b~qx4g|=Qq2M@zMDge*WJqo*#bl zB6^TuDm-|8bi6uEKwN&&3o?{Xv=rE>Fm-zQzV&9)9~qRWJs>}U)2)_P$P4W84O}nJ zUah|U$x-~nR(GJ|JlxNYPB>}$S3nXL6js$mfNuQ4zx;=8%=w837&?y1iKh?ts(4*Z z7vh~?p4Blx^4-V#B|M?Md+&aL_T;t6;1T6uCq_F$m!W!%oAy_?VmzZ1ckd>9O8=q^ ztK_Yy-`kaSZIyw(pJ&XYlcUx9?>%Wm|6l%B|3wKJ76q|k?g*`DIf~H!5-bExnZ2h) zaSo~gu6mPb2GSLzTqBAmZw)pAI{~E}jI}nLrV>qsDc1=Sj4!%mAQ}WjSt)~#w0F+6 z+7cd-w-Pv98zDv-^}#T>2>f8=&so;kG)9i`o>2|@k?HUyFtIeATIMxb zxX?mSH>=VGBy4NbDA+_I~rcS4KD(Z4KwcF-(2nN-fu=G zgFxSAi@CP9#04hO&IX{S7`fP`U1SZ=$1i{(DoNw{#ttZ5?fDj+_91 zBgNyr-5AEuh+ZEiv*-Lca#_)Nj;RdTKuFdnPzq{m`jteL`6fN-m6|Qbu+u9;x2+1w zBmf-4RFu%4eA5wCOW)Z6j?)^QDzS8Q0zqvilMdPw ze1cuW{FiR}9ljtyzv50E*2l-za?Dd*vp&P;gZ6t34 zm-Ah#6+kPsXq8X2tsQip{^jjDHn0IN9GaykpbMVG3C{ThV`-jtOaJXVuV4Iy|9KPJ zlQW6Id8f<1^U3p01-i|e446v3I6Ez#C&|#+p9ir;Z==&}rL`HC7q7Zc`^MYXtNoq1 z8z_{kZN5&_Z;|=o>8sTT&rcf+JUZB}UUbT4Lr^T(x#^u29;J%5WB`9Qe)?bf@x)az zA~7)TLp~3noRZzeC^dyKzjl0f(()%_zW-#u%rIxdD0q~r+f_u%<|a9G^X7!leDQ`s z8ri zArZx32*n|g6~bQ35vE-Titvte92}l99w9@#AudD22!wG7bQm#$MerFW1{RFq=zLp0 zM~HmdD$zKzs4$Ud`nAx|xD=6~ba7vd7@e+=2Id;rO~_))fnz4|Hur@YPrEXUrJQ<}a^mV8O#EJP1!}oFdrd0Pcdl z-ocP#g(b&jDf?-w4TEXUac^&TWydZL?{Qqkgd;mSJ1P&R65zS@Gxb3jZ8W6M6N*wt z%7Tt8_$@HR(03jm)Ip(>(k_50<3;#%nQIwWfny)`5yEj+cmWP=3;V6RU4S_OQF_`4 z57QX$89KZNlg!pM16XDn=gsQlmq)9QUmQkWlTC(xV4}3LQu~pU0b{w9MYV|%U%j6D zw;2ZkgB8*Eh)>OU@hf1^yPeIzD&XYMb1*|zUedfT%8N(n(kY)PxV{b&px{}bL!R+x zok)VN7)!K1jbpo)pii);V!;yE5v46kbEV<{HvRJuuU3tp(}d04UGdOL#+^nU)OJyW+Ru8&6&b69g%Tkz;8BoS1%4vSD!q8 zvCcr(xCTJ7_b^GuW#kl%w_`h0G4Rivwh}o!4-S$ErM*%&CvG9?JWz(NM9w*M8E)`0 zO{EIOjH998P5?qLD`0ueoc-G25)~)#F6YQd9c6fgKST^{PVVlok*aO^o!2;rw{`kt z4DH-gFY^|#Sg>k3Wt{Wq*XSB&ix(p!3t-0UXa4qf?{+VbCwc30^mgpkZ~en>Hh{*v zI;Xk()9aU)pN>g5$eeeN=a{jV^FI4pf7f5}CN^`p{~<%fx%jhPcu&6s#+?|h1t0IuVc=S;!4>?;611Bw5@|M1lnXQ=VYFQ(03qdqhC_wSQ#^y z%qw3w>au=)P`0(qE5Sn}*SX$Lj%t*C`qj`maDvBmGcAJcn$(OfBpUcbhtf?8?em@S zA$-~mjS`fEH(u~Fp5S5N$UEmV;P*fE!P)5hdYR$+6^9XYM+i3*7dcyM2TAo z86Bqo$?UZgjEu2O9|d-3qMwnKaoE~2S`-DU9nUEFK^|RbEQYyo3c_9aM zrOKXG#XZbg48p(z^*|NowThDd(56N|FZh6~ePp1@b51dEV?;}wp6}F3#^K2I;}{ur zy;o_~>oaPcYQfM4xbhy^fQJ+Fe-5?Jp|L)~4*i6t+KxP@9pJP}-)-ZHdl0x@ln0_oq1fOgq1|*OU(W=KH6(_4B755zWe&~fBH{#v8u}JS=TPyUL75t z#5c~m9J;{P3*=3YkY&%P=%PK-1p>v4BT-c064>9mQSq|Y!?Y(lCoxKpd6IYHh0?|? zkTQ0`tPP&{wgU6;49y<9(KqdD$BpRzZlCOnss3(_dR>;C^# z{YkH#Yj!92ZSs&jealPUCi)14x(J1osmzixQ3<1vC=U!6C{Jou6W7>)r=Ia+7zS+E z2?K^dfJgSk1EY{-BvP3ng+fXzrBsGO5%*q_r*FtZ(*NIo?e|{QKHS`UzwgtmXZ346 z&C3)qKucMjD(_EO%-T#tu2*2DXz(x$+aI~NjKd2!6#0y4;Pc(*0;_R&`(<1TQmV$( zGWl)JkwLzT!>DY`a)c>SRPLLv#xF)2vIef9AD%@cKf8b}zaNgc4{Tj`}wd?!kf`fHYA-LtmgvMs7!*k(Hw8spjG zD!0+B1~L4?fZ_dgRoK%+zbgm?Z};)#7-$`|i@y9c#_4n^kDunZ3*^HO3r^Lj(NGV( zkq6_Y#7t|!v+T*m`Aub|hB@ua&XpGF3XcxvrVVW`-MKR`p<7DjerXBD{u?^bLugU_ zPO*V`T^81r?P9q689!Q+!&Hr~8i!Or0+h)ts4;EH__#-I#xS}wefT~+JMefd{mod1 zhfS3%FXatEjpb#C^iIKEUd#7&vC3So&1K(b40stG+^9avU9e7CTpC$)K7IB;o&k1R z(cb^0)45h$dVh5--`8zpdsNpY8J|@B@FK0X$OT^bT1Eovd};sSD_`|OQls zT*FDlul54i|K@-F-Fz2UTQ^+@GBk8UM%s%l|D<4`K(w^Ibm+ff0*PK`Q3# zN>2>pCPq((6aiv+sfT%{OupnFW^LWTP7w}MVbb~ZSH+Z1{|MK@m~doFxY%dg?jQ#S z&KVq(iPP>l90QjZT%Sd5R?YWK(b>SL*b+O~fKX2Dv z)R%c8ZQG{e+1j|daHoVhSmRa=j>`0X!Qw@ZD`=^XmV- zy;j00RE3-yi!$k5b;0l;hFF?4clx-=jL+&(XHwT#=DStErYd9&rf2Ia#-Ll&BZkuf zMc0Fa(k_FGUnmUt>%UyD_p9GEjNry2luV6%@8?#o4~~ade4l#3p{jY|yIDbPwYhmO z^L7()tp97dAZ`>;AlcpZAcwb=Fa1!FV_?08pBJ1BA5GuWlJy*s)3mn{K7t=@m#=z% zB2wc(N$qRP{S0Bv+v5~5+%rA$Un&-i0Lh+M9ZXW#An+=Y>u#j^kiNdAXghezxD-pDcg|rbu6D$2g5d zlWtp!qph%R`HoC=Ek~|X?n9$##KBK!MJ_BN#iQg}IsKL|(hhh>Hq!^f=Zky#@LFH$ z|1Fb0^sOVeE(>n`zHQ-@gP2@f93wBV^;&444RU2FU|E3YRTShu_x@p@{&%&8HT;f8 zN}JpRd&jL#zMCesMgj=sDUIg35BjJeu4w`EW$wIs%LTZ}y~+W2)&=Q5baKy&p8wzd zZ~yzQ4YS4j^74B1t1nLrBSZQ)a5!8>P+=jWwNH$_xpoHG8Zq|q?Ba3&VL+b0_4@Q| zwZ9dE9;AB%R8R0%IY}F&oWo?)c*%FNZ<^H@O<}+i-iANZV5Z474tKX-^h+2Nv_ z^4oU^wW;6fMLeJ$Vvz3@dSx+b%3`F&;Fl?Mk-jh=0>fc0weK?66zQu9LcO%n6jE+* zMhwm8;sN`uuJWzD9+Q4rKQOsJDof;qhHLoR+rZX$m2>)~r)_9o^}?N( zMbshW2u9%2-oQFzP{$`65o}`^JdNVf+p)CWj6dy`U)onLg30xKU&^|!&2A~nJ*+i6 zppEL0;zgfr)3y9|9sVLpdU_cC5DeWNLZp62>{#*ikUAQz2gXbR@_y968F z(9-aD2b6o`y!DFf-uiA|aSDScXK(b}gY*SIXxUF=THe(elf~@Xp8W1-V0BGfhHlM9 z7pT_R6ddKd3`caJYce9{P6Y}g+v=kjat3T!V7tIjyrxlY3zp2iTWqY~*%7g>o8Rp- zpI~$iT;5JHR9+j}>>O`CjcI{oisVz;2;dn#miT)-=ecG&31c4sX!`b@uYY zv)<*a{Ec&$*Bbx$CYM{!36XW!(-vOQwjDE{K0jVv#b}lW@Q@pY4UBo$p)EXq_eSa8 zapW4Fu%6g&FCSVMNcv;y1)hKTKl|sM$7kQV#wE^D4|U0X_3;gv(kD7`;Cqlwt}W}O zy3jFS&^klPXM&4-VGG)4%8_Hvz=tq19QQCImGjS3c1V+8d!7nu4Ni4k_{3}DvuDRI zAm8S8D>FR@y{W#mZi@trYO9BE<(#oAL1*|xgGj)w|IdDWd;~}sE!|+|<_4e{Z!Mv1%f1eDV7hDx@`8hnT-L)~!?|SEfLp@E2 zXlk_cW9foSEbvcXgJZ%!I5*z(or`c(rSHBzyfmDDLwjQiJyRZTsuZ=6-*CKEGkrD1 z8vKG|%4sTn2M@A6t~-6sLO6U%9`mpL=+e01Rk<44d@eBSAAc$5<-@k7jwjcR*S&FE z*2WY7%B7*fz`$DEx$bxSo_6a1WUTNrGMO*AQNA~}zzi-}`iHVlN7M+`_zoO1er*kG z+R`t$W{PLE5+e9dDb7{fzhM-XZtMjwF18DV$du1QY3tV|BOf912_JQ5R@0mf()Mi>saA+ zyq`WCt*gS&VBlpt)Zh4xZ+-g03gTRA;oTVY&O7AK_6fwd8d--u(JcdE+yUHjQTQTy zN6XT-kc*NTg9$Gp26TdtVd5&u;$q&SA7jMGoVq?3BXsVf$N*5G zRma$J4<_MM${j_e-t=kAJZ9sEagA%Cc=X+kL0`YSX1w59U{=+AeWOuvnzwt(FgByW zwLE+T7G%TM7;<0l&cFC6*46FvsN$Voj@X{O~)4)zL+H3Isl zm}X>nW*j(CWHVWS&Oh)j{e!dbv^y}TYHJT(e9PtH(QB^dm5&;Zz#Fh8#@_9MfKD6qpxW^}05Cci{KSb-aOw`k6by zSH5*b9U@rfde274I6Bo=ctwBsAp9Q%u}puGoo=g)GlsuXP3x*fdPWd*!T0ZSDqF^y@GGHpU$KM8CpyqNu(`V{@ttTS4rZd_fxCdA0 zKZnAM?xyc-KgM6i2aW}=gMaOt3%^epkA{v-N;$AAfqaR`^}+~XRzYQ zIuI$m1X!hmHjFjzjybLWvp@cWwDV~7`s||PXn>NowS`xVQL5c`@7$>#%)hRH_s}m} zE~U!R!U>FpA$`*sa8jPmHR=0id%@LLWX3djXv(J11Bhw7wwo>w8#0Bs@$u8+7d#9C zW(-HWJFD9_ROGWUdzQ`P&#&`x06yii?~ba zh(@N)(oz?N+U-&|W@Hy)|D>60@sf(A}~fujmC@BHh% z{41_nXZ`77@ffCnFA6-vnla@br)Ve21EVcz-_kgY)_GmMfhkRKNEmJXVpuq+VOjSN z4mdA;&?UHI$l<}K^q;neM(Tvd`A!h^qdulbmpX*`+X_w&wk=EtKln!Xl<9YiXE;jmYz)(m|CLJv zxeiwM;m&v!aDTE2-rC!J{A749FE0efI)uTAHyGj9eG1rX@H}`cO0=6ET*nXErtIh}_e+1{4Nhh{ zDqrxdf_WFNTz6j`?J!_Ld*Sv{ruYKi8lQFUQmBemLG5`hANho5`U>t`#?!evV^gN@ zX^*mZGNbS1pZs>LuC2P@)kde8;5Tn{vn{I!_ym@NMEuHGu&6ivFK;iOi>?7z*K`!O zYy2C;nio2spP!Y1wC&hn*#t{X^YWj17HnrSMDP})dj)Z zIQJ7YFx2Irv;n`yFIxd-a6quV`kqYIvntYVA0QQYrMf!@&R}Q!3}^W$e|;DWE1PQ^ zK5y-nmlVrOANmu((PYXn-v8{6{!#ScYW3>uGWREfmV)oPjg0r+C)}h#!7eaupM;}a zSmTk*a|UdqTOFz!kFvWmAvqwJoh>jEd_PmVL-*Cd<^QT8I zcpVUexSoaHJ;523Ic*It#zZR6lKhjD@c>G7{{Q2tX@!sm`(eCP}KmGF{f&m!AR^h?Km!#o&Gou<9=iRqmfg_tu}lX@At`<=h3(T_1qf0Kru zmvPSL)FISX`|7t|7{E6Aq*d`~%% z@si5Z9wp8RknXGJ-ZtTG`W>$~Z$`xLl%rYT3KKTFvi@#e0_W=d`mV~ocmaFfb*$3X z7_>>pduo_;A{gMCvtU1W4S9@!-*7$3(5JroC2bBKVb=XB()8hlflIG^uY(r&_tVzF z7J5+MiFo04JvNb`tb#gq*3ubTRKWASG)!BRmWbmK*>NE+iU^O`t+C8q{!a{fULAYN zjUzbGft$IM{_~j&lvc+XUa_rHA!AyetVZTI({4~~gmv1PDU7Jc;<|uA2`-8Bf}FQ zB)5$|^I0AV9-Q-_?eZi&Ax)k8jb8Jq9{Is%a8%gyrR6iG8li>X^XERE<_xGe!NOdF zC$I9QI?Cz`z0zN0EM-dv-*c}zE5Cc)?|c_IH_~mJGsfk59Uz|>6B^o01RJJ5C~@1J z7ytoQ4MFbWYm8^%vfxTP@88*f4cf`vwJ$$2Q1S`~cpLA)LG@GK@U~1F430*g{jMwk zIM>JvL&uTZ&-MN7*p0M{HlE?`G{k}u&xgQ=RW(|SIA$ypRo7kRG9R9@d<}2eAw~??7a2vY&ExV23AJ-Q3-_lf8KC3_gQk8{3?qG!yuk#jCXpZ!IZ3Ro!X5xNn$5;$!UFoIj-ryT=QGB-!S;%w+EFj6v& zT5{j_nNz0-QZDr%2?G&GhO-PFytrP+!Dq$>p2D0q^HCfwo*i7x)~{SuCWBH2E{$b@ zk&$cU9%4}F6(IdZ$!Z(3DGSbF#HmXFoPAEo=#w)52Q`@aoVM`ClpmZ0oPY!;HEg~Y z=5bok!1(LArZC|(x$<5gDOW}8Fc`S@4)QyXnEPWG;Ax%i3mjcU1b>AI&XgypdgYnA z7Gci4;w1OM0Y3M}$c$iz%pKFvfvF2Ux8f|M4uzgl#U=dV3vJ*}RH@OvmO!-BTsnhYU+v)gIrw&qq9L3+UrOseDu*gtl9E?~bwr!yW1y@?8 zuVN+tX^#TcCmO?xzVHr=EchyI!5+Eocv422>KhL@@Xvy;uN0v%J{xcZPGU7rx0`kjVnAiy)?k$e4H^o=;1L|<)%Hh+q?}J} z=WSecm$HkKD?pQ#C66+aI#l;u!b=BU}zm&Mn(-19n~K~1^&FzzIrTW-~a`^)z7~Mq>Q|E2b`fk zmpx-+EM0HE@S0lx^Z)9frQXBU>E$&<*O}pvXDDsEfly#GK6LS&4zkY7iH^D+XI1bV zm}@t@Wt$yC?OuKdC+IW5^je=*?$T;Ha>AiCYw8eQ4%cMJqf0;e=`0vGzFjWAN$!*rOC(gP^3 zrE~TOkb1^*yuTIi<$m?&fBsj+=m-rM{9NYl5n8hdXmA;Lh_1gPI$ahSDJT6ySe?cd zARE1y``L>@Z=?|HD9gKq&_?q4G>(PoI@g)+B9kiIv|r}W7w=`ko=@mmerO(V&?klrUGp1_O5=Q= zv{cIEU7=mKSKQ}KFr3h|7ueo~UYJG}J~cSrMLxu6zV+n zY53J7?UDg82G^7YJRBQmWsegU81+FpbH2FW=-Tti zS#sG6efffahHvm^GiUiM%(=F|>%_l5&B^|D-v@in*++-aD}6K6qHp>^^v;NT7!l$Q5=0rv!Rk3y&3Nn>Py4lzdKt-Z`xq~Oup zygMgiBYoj_0*f-{%}ckuh20M~W-8HIwyn_J3x3i=d2!?0pM3P<#JTMOt_C_toA-w@ zn&V>xkaHM)g6OvLHW~nh&6Ro_n6_()I)l1Mv!ZGZZZ5 zDVg#?`TPF#=y3J+&E4uR{_<}+MD0QJ5IubdMrkQRH`_bn4F=X7fENrd48zgh%Wt7;xsDeU8XK5I;lo! z(k}YL$aGbjVhp9GJai&Wc8&=yIu{gJcw#rff$Ip@`MEWdQ9Nl1=xHnP1BT!&N+Zx`rKwU0$(GB47u3-m}!GrH5T=HFLfMX zWIk$f%r?^>;V{1Pi)*2gbn=qMg%@u)nP~899QqBArg78O(01Y7%5D2y@IztvB!ERl zVB8KL=HEnoY1^2<-K{ARYW?+hVEigFOMeu24O)Ambn#!t8-5@^-k3q8??EgK8$RSv zSo|{%FJ2uU)VJ(N4Pxq|b9p$|jHmd|HSj%2)9``O>WJjGc8sUdYLN0|i^3em^Ck+? z1AyE|Z_X`c`SmfY;{Y|ioUx7Z-$-;cbD@oDg2(bwjQf;5`m-iNtrq#X-8o2 zKJ9Y$T&Jgex<2Eb$j9~0faoNj_$>piV`%K)as!Nb-Z&6rS3Q|t-la>|=ZSb9I(4|2y1U^|*AEhKoE+^{sc-Ix zx*1f_+hjQCy6xy|$H;=(15UPc|9x;;Dx@EdGoAudd(D4z0(~)=G1P*)+{_Dl6om8Q zH}@9Dia}Q&ZHezJKF$|9ISt@TJV6$ER5RKI)~?{zPZ=5S;H9C}WDnqf=*?O2ochB( z=ey5>u*1BM_qJ9i>!2LxZn1qU90!pJX~OM1u?2KBWYc&sxx zN&w=aRR_@}?&CRhCg&bDW!C|^{QggVRQ~k*a{9*e2Bgawa9P#LdcLy_FezI_Z#xD# zh1ayk`+*k@@*CdSLQ?~DHyscZhbD3Af(wBfTSu;)PDj(3A}jCa)yzuz_H1^SHoo)O zvlkALu~Lu{2wr-YH4otUaBp>Vu)n&vafbJ8y(_1Li6|);9&Y-o(P=&(0|v>6U%3}l@VwAzu2rlwONaYa)^4-IDzK_8si22A^h(?7P z!=_$E0#j~owT&`sD)anPGkv6dep4__Tjf5S$VB+mFxYyHGS09UZ<(@?ZbN7f^9cBD z6VWJl<<(opRHL8rou3V4jrvjv45c;r`g@(K2WNhRiR0j5A~#`LH1Je3Z6C+m?E^2~ z%7UOp;7xf#jp+bPuqk!CL0M8Tx!Vi_{Al013LsY~a1l-&CS=al;vi+JnA2~KOm4W( z*?=kv??d=jmZeH5b(EDTb|lU-su3C#RyakUAI*&CrXYma(xL#4Tmj zvDbRRp+4J3uGitn1$YHYo!;=6DYd5f(LLqx!^nXC5zaV9se%%m`Ps-{A4W)__Oz=E zOk0hHJFJ0+^2P%nKYO}5J3FsIuY*8|2Up;SH*zvOGV+2+GOEHqIwL$1ybXV(e&|4< zD?8;zh8Nz}oVu>}sOH?WII5$_*c<7q69_85d0UVOphYQi8k=cI!{nei$ZrP4cer7^ zJuQ$UNd8<~aoZW(rX-AtR!$OIRho!spXCFhi@`!38uPJ8NM%A`s^OFMWZpTWK6 z(STEBhYcsnIxN}M{U=+^5cYhM;NaWe{pRY2-~Ptx^vhRm2S3!2Vvtjh<5h-Qh->nLF!cC-%}f~VALKoCd4`Z6*}Ze%R3ZuGs@p((4MMIO*e ze;dE?&5vJ*npL9Q7sP0|QCm7igy6i_I`9mTvc$k0bO0h82!|PTX@NrEs!&?upW&5( zC>sxLU-zFrAI52L#{0|z*!E_S9-MG;a#VnS_OqX-FKTm?#7-0-0oV4@PE%=tkxA_- zV1b2Umab*!ZZd|>lSE+zWfcN#YP23*g_H-)Q+(Kmm@uA;u@l9W(ef5C=@=3rwrSgZ zr>uham1RzFRbg63st(!^g?nDJPQi^p;}jS}JXyk-et2DrH!byUrMVUR-G-O`%N+Ua z7}Gbr6NVID?T6uga&+L70zGnn%!D}Ww`--xbwL#vE8eb-Y?Sq44+=j!s(12K$$ zqYs&pIp`|Pyf7F1^3*wPUY+a7`0>O{uTYw^a?>^R>Xbu1@lap+!Pt2gz+sfYk};^_ z&vkuw|7eQZ0)j3_yysYso%|+A97iwXXQ=1Vt+F^1?WD87Mi8RF@|$9>LhJQbO&R|| z%m}s1?!nDWrJ&<7WuY7)o=@Y>zv53i)coZ{tzf52AFMvwH?KL-hYSdL>we@YL7#o} zW9r}&kq+K~19D=_XigH;GY0*Emr@3{m9re@`@BU5BJ|uW4b%gxYvujC$U>(hyz`qX z_F9xhjYHr#w3{IK4+x!pJa(VYh+A<1Msh)aP1|^NRyq&8 zIIt8wIf~4b-#Bc;$LK}}^m;xSX*lI{Xi*TP?PcnU%!5TgGJw4vI0PqXLQWU}JmfSt z%6Yc)&I5CHgHMqn1E8$-IeQ+g(>>Q$SF5*adrO3tesMc}2Z!1q%danQBCoeA`<(Y; z2&IPwTaZ0)4efiRaq1fv1H*8j3x|Y$_aYnU&@4}W<2`(9P@E8s93(P|n-AYd_gJ*G ziVWN4%<)Tvo#@wtrXI$??sck@7zWnRk^@+slYYSQ4~I!vKxF`Pt|FyysN{EGjQWS8A-2^ zgM10j{>dNyes#umB4wIEmb$ClLoelP=YlAX7g*lCn}v8X-<%w}5dAp;)U?iEa2w9XQj5ei3Bjx4--83xm)QZ-r8ir>%fyX>hJ;xyK z+n+tJk+aIZ58e;4^i}Ve1g8vS5H23snp+wjKn}$-1k3NVISM64DN09#hER*)D?`T- zn0d;4FY@2jcr~pN?lT@y3;A#!G=cRpW`l#^rs|9AVHQGCuRgA;KB^?rU)xVP+b)`} zOF657rK1?88n7yzv=QcUo(l<6kv?mYW=dx8XmI2BuKCcozEVV#rF!r#8XEos zH$3ARa%Qer#D$Miuy8XNfo3ue1bi`Cgqd~9cwj;M+ORMP{ic5U>nQrOa26MlE%J

    ?a&`uu^a1BkIgZibVl#c!HUutuhkd&B zeZu|V3$XZ}OP71>ad5No8{hi)1>t-mH4$%+!Il=V zutHkgBTjLPK@0m;?(?P7sp}$Rir3&6@Ai{2+T@L3X959Xfh|lGWxNK;qf@1ZAW2)c zZ&4xy#}O`g)Ll7)SRA>vrIH&zKrx-cmAz z1e5rUdumA1pliIMK8g=ubc+O~2b6l;mtQcVODjykWD!5-|a7o`Nz zlsKir!)35*oPrA;xHR08wBvesv+wOF8N_XBt4N*xz@pD(C8VFr{Qf9$*G1qXgs1^; z48DVXFoElZ-MuiaH3vtY51vbeS9HiJ5($fnw;s)u3?Z;sr%aZz6jKqHf6Wx+vy2{i zFkGD=7t>G2mT!J~6B2KgDYvFK^K({u&Z<*U48GA{+X{udhL{%=nZY9`({+P#$@sZ(I*Z zg?a8P-i%z~kD|*btiT1GpwYIq{`9A=bZ7aF-h+#D!eGI{%%xA;KEYIHH}rwKW)#v7 z+I9NDX9(yTog?CvCf1*E;&b)(5=baFyfO3$RN=MZp^p-c?r%R1-eQpRxt0DrxBo6U zP^N1T6nqrD6#aW2oD7LZKW#*4?<1!_{N6WKFJGNDyC5@24(Y}&3J%UWn<8<#u8Y}% z8`tq_P+k3nSIheWwoX_2#XFVLz*2*kzOD4O)8x@c>SjF7Rp$&g8ctnf@0Kxg9lSUu zd~t-(q2&W7`PJ%s-}`pq`PcvY-wxmzD1{>x zC#7ly_D*2q37J!VoHAD2T6iRV3n`F`$)%)9fV3;R4o;e7xV;_E?Ct%V)y0)}Jf<*< zGk9%bC}ZTldXSFUrDnW3zY<2lfaYqXOh!3u1rY%&f*1yfdM4~}6DXs2;4wlH zL8@U+yZafFg%%Wu2i;S4Jjg~28A}-}Z_lJY+}lhyAe=ld2exL1c#Z&i?lX!-dVI=8o`n?57zMtRSq#K4exCc=1 z+$TD%aZ+a^pKqG(#b|K0R)VQFFh{w8Uz-@OzbB0?0)v;qO>mv|`k8i=+Y1sYS&E!< zSk4SAC*h&P@RBibL}!1xmE`8mV(!EAXQ3zB^I$nDDZLi>4>6n(&Un|9j8EyY3#(Z3 zDV1u?h=@lz)B-!#uku}8*(%Rj#w+f3i%sA)1`58BS-ula^KWU zu#sGNAQZSyC3m$T*ijSggBo%zdBejZ+Y% z6FBg2@f<#I8?IX>ol(*#;D0nV7rhsJTKps0u2D~Ccc~8-qCB`^(7yTEv(@XDufsQy zs|XGyNq^x7Z-$4?M4G7Oa$S(xC{*qe<=J?Tro zIYf(tW-7)ZNFA4V@B&Bl2bp7(d@j>5=-?@m=BR7T;4x*5buvhKr%Z7R|G8GjulAjH+o&$NV-rP8}=8&l3pZt83A8+9VsVZr-de$xU$LIrnHH zr=JKNix6E``@c1Hw=q(leqR$K%%!hxt7QR+b=N)7PS$GWN8?i{{SsdA7Me?P7jo4U*T2KqjK^ zj7{Xp>&7tKLHh32ECP{!Iy&6Vwa2SZPYzf6F}^z?jI_G_(~AdY+}P4err9_J& zkMz-koS1nN2xFb5++&<5(lBza!wZIPG)=(<_nKt<8A7W{8HyT{l&L41X5gyEB6LGP zG@}IiJ8!sd^qO+bbgb#!DUi|}{nm$=q@Mu3=KF%!7jV%oQ0Ct7mgv0Y^2Wpd$KUAB z8Ptc%{m3=#adZ|3uExd16oMDu8EKqfJmlJV`jm-CC7=1OzBW0~#-fipS%F<$-|-C^ zps}*}oU;Ko6&N9IItNZ4jB$-xJ{cuO-or6G?Fo%2>=Hg@;Jkd4-|zzP%F+^1=dHgP zWBLw^U_+DM&v&oF*=q?5;yl#(Nt>Nk3*D+zgHP~wds%RU4;?b1y*f;3Lq8%QpZLPK zy|gubMlq-C5<$6!8p|BIh^|;keR{}P%0uo47CZtsqbt^H0JO30+q^9rp;>jVHrhw2 z0gyP5QnD2OZ13VU;wQLrSeGo?n-4RW$|$^#!);8HDTv;Q-afm$DgU3x@H`B!rfBi2 z-#%?I{q`9F8Jmn8Sl*ETFlz4R4X)6rxYPc8l4Eee?eMAkgKxY6|KRk^TU(}J$PL8d zL-ar|_!*uXe(1DpjGuxWL3{<&yTE)G zW*W|PMB0mPE+$i6-((gIZbM6%1=PmhQsgZLpRr$L*Hns3qbU(L@8WF1QzI8_ljEVQ!vo|n%qt8MYldk~jt*DHdGl|7_R~LWyQ7pc z08~xix9OWPlIGT~NSK3CPqJ_^LAoY z9C&~i>82hS5EvMI*n?>0F_&?IA-q@5^&K1qmsWn7n=(JIPoVR*eFtZSI@d5TV_%|b zIBojQn8UgLl!XI=$=Qk$8fcH|3fQdrerv6y_>eB&Iqg10IQ@k zaAO*V&i8aY>o3wLAs_{*I!d3{9Nq{Ic2#id>;&$OMC6{i&&kN;M&G7Gy5=Kg&JyJe z9yn3M0|eKW7Ae`oovkj!I|v-#;?CmI2dK-6x)Q zhVG2vqZ$~$a;rNW@F6@@c6@guFAC6DT_+28*B=F^&yFE&qc?aB6)x1?-U+TVpt~47 zWqB8z28G}SyIh1vWnR2yKYRE(h2Rf_=;DPJ@en*I$7tJqz*&>I0|1!F*(}h^xWjMo zM?S$+eb92_0KuVp@ML>ug&{BP)X9J^b@QL!%^La)9CV)ZFc@(BYs$$k9k`)~Ww>OA zM2#|O7b4*d7+tIjl9Afq!;_OyIJGb?baCc>Q?UVs!|N{v8n`Xa7JlmD=8VT;I%BQ= zOIz0eaGX-4qv>|ITr(xvDVbcg8ht1A_9I97IEn1&$NDQ%oY&FI_GAkrm?^yBL{Y}p z+71$6jCeiGrvK15#+|c64Dj}HMg^I|y9}*G)20r7{rSsrG*h{|0@4P3Z%hn!^>6OM zm-gNTM!LOcAfzuw+^g$ia=peI@7J!7iSTfS`ul(IyMa^c|E4-oEwBr8c4R|i$M7#Z z*;IVm(N63moy^%}Btp%iDk{zJe@jYHL)yH{&hdEu3J-Msyd=Q7BQ=)5LWW#(m z<(|)t-}{a4ynxsWUy#H@=-fispAkOT+bh8toX)ERBan(IZtq4}R#*ZUKt&t?Jef-Ju5c7WZ(|`BV!UT8=&KN77x0E~S z%4_DPBA_YffgKiaR1iZXsW;hz?I^Fq{fVIKRR>lF+;p7r?CiJ2xuzI8ZyBP<7OWod zvh)+;1P06vo<#{w#FBa$>zjP`QL=%>s&q|uPBbueo+|CaH=(91o1$Y-!+-=BL%=a6 zQkQ_iwI2vt!l&+jjLhOpm0{9%peti};J);+F;;1&9>(6?57VVR0(u=oeHSEJ-~m6j zz?f2TZUBQKokY374Q?>z47FY&C5I=hz$ZWqAtN_OyhbPpK^Rl{s*se$oCKibg);&L zCn;B_DP?C>u{LbUpb`mBY#^C01-&JP8Dd$DMc;xDClykEe z;U&VSe+H(8F+ini`**!YDsRyy;{*BN!RHF%w=rI2l_5>8D{EmO7^~pZV2zkUsTe&_ zI_*4}H4AXXF{$H1e&9H;-vuBJ6TXs7Qa>!wPKwXMIq(ouJoZ@N0g(gDY@Y zwGL-M#v5*Q0czlM&WEv?-cujW$opB~-iaOIuso#00)#eN@R@vBqzKJKv2DZmXkYbplu})lfTz8Kj&L51;}My3kvA zLpz$dv1UPU86&*?&hP$qdExZ*qO#s~IUOhZz6DlZ(L2G5sR^{22aw%&+GIH|V=oSm zU@e?q#|ksEdjjC04aZnu9EURfNbz&B1#RRDZ^*WS8^Y0^vryUpt#3Vl(S3utU_J&y zC|0R0i*_)+ISPt@yxR;Qqiw1o06vcAMTz&g(h!f)f;ht4<6r}v^bR38h#|M_iI>;1 z1TF%$xw995w?^Tv-y09-j9^jW&;In!i)@PYHpr`I9r*NVa8;BUpap2=t&bR;0N!)u zG0HkB$3&3nyELr`S(+qZ#LyKtMH+&4E(8Grp9jn2YsyfLAqE|{K z<7Fg|!i|a%P!6)ToE(~Ld6Tr?; z+7m1)wMIb1YO4yzrE4XEYe*acp!oDQ$^cvK$Tm1}J~-=)vIDaK{R zco!|gA)$#}?}p*`!o*#?mUhvD0^&I8N4Dg`A{@UmP72$1?NSh>FB}Dbg)BFXney}k zH~y=j=Z9&9pr&}DmX(X`_(~b%YiY-|QkjAEa*rcOXk|>cgsJ?%N8Oc@zKlN? zQ!b-Q-750@ej7P3W>J*`J-UsKyah+b-$*m}L{H8tAfMG6ar8|o5gN{f{(1seK1Tt5 zZ6InCjVJAzrw2uyj?^P3E+{Mev9}+23O(^Or;>B(Ue_EA+K{TI&k+r7WJ2Zk1KH|^4goqNr_QaZQc4j$BnL&n9J z>FqjH=~o+dWYf2KeG8u8{V*OA$KH+|bM0i|-G}JH&n>9;2`XfuWg~`h9MSkIuFl&QztMO9~m?a zich+=7DvKi{>TH|!o92!yH>t@Fis=Kz?0WHqCnw8s(w=I1SXwj0NO$n4{bO)*e!Ca{PMPs594EW z-pSovJgt4rM-#;p2Fj7Z8a*VtE+w*usWKMczkm=kIBrn% z3WuJO!}w6b#@C4S$&=OTmHncR+qS*Q7EfVtxHB$O7o|!1qvWbU12;p0xN|Ds2&Oa= zuEd{@9*SuUaZS&_$-{H<-__-9Jlgx!>E)Z%O*qzQc<>*|n#8%ebb!o;Op3^uf!$dB z;FFJ<$_^S=&rkN7a>LmAT9mVKT5JMm;GgISNO}m2!M(l7Rj?R2We7##5Ayp?8EZKx z5!cnD$S_@nEcGayvnciRo4W|c?A7MrndUIBf0?)6vJ4k@_p8?y7Nu>1y&Z`WxA~r?GPYS~f={Jw;mHLKUb7Sdv{@QuI5KIg1_Yi1l5wh|tQ4`iLHvVA z-8!nVpcH>o>YA@kGk%TcfZ^uYQMBZ>c*P`raai@4w$T|M7+dOj(JRJn3=WPtIo?|x9BijdXdjxBWkntE zA#&`vj5c2w4CC&Y{pFsWEOZQfHsHwE@MotTat%$vXhWg1DQFMQ{_Iu>gA{?WnC>Yem-ctxKg@ow)899Be|UVO(; z1yR-q&<#Os>4kI*=dWL1t^V!L{yK7go#<1>@cruVUY)lrV+&u_x_F}{`GRLrEWV*v z=`qKOauRxIQ`&~V&QS*+0x~P{Wt})Qa3}iYFiD-G>yn*;@6$xkb;7Od@vxNqzRH*_ zhJ(Yiz&d!lUH$6xa`iF>({!HbynGxUF=jOGJKy2|QFxM$KiS)j+~a;*iP3zBx2vS1|n^dBlI_Yi=P5|cZk@xUgteJ0q)<&rr1s?2v$$~ zbO+l>ZnRG}?V@sB-Hnfq_g+v$1b{}6zPh}+=|F>%GK?siHxDUp5Q|23K}bEh5}bE5 zb64hb7*Z>PA>Vd1^C{*bs&LYergk#GZc|HJ+Tm$w?da$zzx5@We6#x7zy444pc&+* zwNlw!@b|yH-9{mTQM6n5ZOCZ7yhoS`ab zFcCC(=-h`d`ON>V7c>?JG^Sga?d?0v;AwM@R|jDvf(M?*8)2aIH-`^oym34}KfNe! zMf00!fWpuxQiD%j4m?X5}meDvD*mdAuAUbmsXQqjot$ z0joSj@zhgKnNDj&A&s-a(13s;kbcg1djSUyaEu`gaSj7o+L|}PqOe5Vv+6qxLns4_ zzL?v}Maohv<)ieY{88{{D`g$S0BK80%cdWF;0pqdzZ@vk2;EroyT%WhbB$avGP9m! z_+%p8lu0`^viZWPGp?C_8e`vU_&oI&L#1?`g*6VV_@kI6dScMWK}J&sT>x`HjKAF) zv9)pNR>G9EW2G59W7mG*k%f?rA|Hd}K!ykM=NE&=;M^vfu^xgE97P)5TI1Q+WW(;l z1F{q+hr6L!AOdF$Cpen|&OOQ=-??8Lhb{(1nRlRhae9l(jJXj`u2GI;9FK4WG%}ek zypge_|7G0Z6{u9F&_ zB@5}PmT9!SZ%u;?CAoeRCq@g}Mj!C?sNR&JbC_XSvulno-pqXg2Kr+Bn1!yX>9|tg zl$C-BSyqV;rscMn8BH zl;D@*IsX=YTfPo_GO6U*yu2wr&K4b~xFI}=ZpA;JK08{SOM#~znver!j6pwW*n6=} z-OUnvaT)z56KYzhiww~+u#f^Ua@dVQaA4eC4C){K@joxVZRrNH2jO&~cmkl))6?KA zQXc$+!8##&9vn2cwLW->Zmxb}1JZ{n08?+HQ|>G07LBtR0lWP&){h@Xp9d6+rs<%~ zt=Q8jK#Q#>J0qxyoP7I}XDq#uwl;1m<%xhKL&`;QpR)U|To++`__9YTNyvE))D7_0Tu zK1F1lJ?1snd7yne1<5O!Z|tEt&w}1_7L*pL=U#l@!l=)ph(Rv!4G)1 zcXwA`oL$vX68S$2ER20nkuD>cDQ_J@;mLS05@jl)Gw&mH>w8Zj$|uGHx5j-;#6|!z z{=myHm^uk*Qg)&iUNcOH8Y#8g;L2k#MM*V85mW|ZZ_6oFp`k|=shQ3`_kK&`iuQCo%w|>mIy$;=9#Z$k?wMIfb`oM2nnaEJ9 zvK~+Oo;2+&!jKgaIg4x$^()__K8mA{54O5Z5YIHz5}Bfy)EC`6jKFsd zM&Q5~VCFd0Q3x#fV##9UXYuSsiEyIES&4H-G3B~BKT{)5_jl?zjsnFK_-d3VzUdxi z^hLLHWL)NUx#+32It&kRdaAGjlSoegjH@wRQl2UItx9z1}I%Hs`{qrjFE%c^#%FF z({vg-SHGnXItd;*?Pw+f)u+hKSi4OX3@J0lD|#a^&_NbWnp$IY^rLN~#M55JMt8bL zADR2COy-($be;eJe7m8yEw=Qm`ZAu@w7hwnu?3b+g@GeL(`%-^(4+xF^ay%wI%P3^ z(9Is=Vj#P@XG^SXVviY4|HcBQPSK?;1LT}Acoy8fz6fqJ&hBa3aUMPE9Z%y6L0;nR{ zN*e@<7vwcZhGM5tMBTDb!J<@nS3zuGsFbIkZE*~tRCtM6*v7D01jM8L>tDU9A%31Q zVI+pfVlwlj90re#HIL3iCTOw)>f1N!m_}O^M2-*4mF05`1cPdhWxUx8r-r0PFrP+% zd3lut$!{y6y~eXei(;e`();IaoC3eQ?*n3{D7-|%$JIX>Ud^(ac?#ygZ12d5EW#&&591AfYQ zIeX~eGXtu8BXsEpt_UXj%P`>V@sP*pQ@#`c+_^>$#u%n%KWC1gvnZ9!@ZcBpBu`Dr zr83$bi8fMJ#E`~XK0~VEqhP{x0`0Rsie(S~b^Ok@ccou`d_hpnn`-lSbT=G3>3;)LK~<-Lqszp_L!7;gfH zJBM*>8L;c{1SdoNyU>6EnWJz=rr=JW6RlEyQSf96Gv~W&x}sn$grXzCD|15>MSj=h zE!wWTN&-8~jNuqLKszt^`^uTjO-g+35a}Q*b%XSZJ)Dwjh75X5Gm=^SU$US_FcH`ugkFK^^AbX?JD>_gl~F@Su%=2#=S)(-((@!&sR6Zyw53*$bV(^78b$ zP7D11LkEb=pcf~ALnnxW7i*Smhdnvi>AjP^?eZAdj&>8MrJbF89_((eb|SaSG1i=* zlQ z;l)sz($*HkaT*>)NErb}4B;W(lXIjSdo7IELp2aJWxIGI*NuVVgw%Upe~`rh=l^ag zBFKedbE|VS7H442hw+%eXU>+_%1Co4x{xaM>VZbt!Udwg%a~tZ+@=l05@}6@SRu-P z{l12sli`#o?ThTNI0jF%5xg)>`mv?Oi>H_7hiTC%O)NqI_ZSrj7`5BZ;)ETU$n!PV)2)E{PBAa3Pw7CyPpP_RyyiCb-N-B7y_YmO2LaBcu<#i876US#@hEtB zr|1ZvC`q(?ytCBt=B++E*j#;fxYcwr(WrjbhYf_I)8jpG)9KM0ORpp5zWZZO= zM<1gNS%z1YLh=6T+qi6JyoxM=PXVjvU<>@ILf?*lhp)-z*kOS;$wg@s*k!x$Ru`(Ke^aVf zW7C~z?NeKXc%Qbuyt3DK>lOvgE(XE}sG)VHyTqy-mf0MGD6 z2g2pu+q>1r&yQlzx5En`R^R;eqt(^rMaL`x9tX#{C)OBPq{+B?z>gh1`m|nb9W-T( zbb|iSTtC&T3qI0*#~3&{_Uf9`Z@0aENM)Q=U_4+FG5xzz(mQPsnnBOB=E_HyJ01xQL!}_|C@f zeCN{_HNa^I1G(1!@#?g2849T3m{eAB6O$B zLCR6uIEf)JRc5Y;fFLL(Eow$Uig(hvj1fVMR~sw57sHR>S8pg>$a=GS9b@!m44&~6 zAMwBtO?zb3whh=gzm1X1wS)Anf6U-IZ}d?Zi}0lM$^kAf&u=;&xU;^OA*(?Sm8F`T zmW0u}r!jrZA}DIj%QT0}QLJGA1{Xd2rq2D}N+|?Jbd>%lD2<>m^S-!RoyMu)sKLXR zXNkP;hUTSZTHqwriP37>GIzi9JuA>Dt~tqVKMtH|;y9i-&zr~2TmSTUfAz`H?&@iN ze|)&R`sUMv)u-#<7F!*~XxqDL-#6!|3#RZ-KBePEse}OoP=znOgYIbi(dv@}3*1C@ z41(>Fam-TA8V(tNo41Tq@DjW;J`{)rIh>oGVGv#>pzx0W@qyHT>qf!h0|H+Br5vU0 zIw!)l<$j%*z$VM&5tevH7Q%jg{aK(Vn%RN8wJS+S3r^ZDkDZ8_Kd zUAD;!EjXBr0pkZpXax?6fl;1$-_R%bC@}cTt=0R;i0BmTUBDSw;mt9&%2eTm8EqFt zd$8bTO4vSq3WqLXEb%Pov^b;qBEy_E5n{`6;_@bUc!cbVo{d8$f^TzE?%^{vH_Rj{hps$#HeTeRY};Hqusvu)wu6lBOm%ygNlKK1F62ub;w zG9_o~!l$};f=tzT1_)!GE;N{`834ZY?!I!X#c~5*FhppAKE5}TkUDHtSRt zF`v=ctG9u{nh@W?50~_j$QX~nxv`=Z+~Wyw$t2?YHy`d-`++4u^mNmYKR#J~@%hWN zOBN%CY5V2bb%UkJYC3~s*8W@tmxK5CIvKN!1t)_n;YVczigxbQdC2%o*I6IoM9_cw z&;E-zS%<4vug~lJ*p^M>IxFP>)7%%ZHCQtGBz4|F^#L$qSSE-410C88D@f z*)T1n9wkzMSj=MOVZPQAsxYTK51;Ufj0l=}8vDMN`2x%N0l5eTrm!+y6b^xy!+e-| zpo5*AI0Bm$&V&8^Dw@Cg+0W|vY0GbLLL>y}58(*ofrBT~{&o;3y)FItF2aSGI1ro- z?IMQxeGE-G6QF=mfy6ZCYO0tCS~M7A`T5yxm}OQ*N-GlL>lkDX*?4-vR^U60r(`bl zqZp{2Fd|`N_$em1wWpB6h&YNcp;7KwV$AY~)k%+jom7{MiBugW8Zc`lo6^g;IXV_$ zptUK1I)cI1R_Hbh;haUC$U3z5T?z~hL|(pI$Y^Vt-{?c22&?*(hUk*R0IFHHF$QLw zsH)_QFUBo>J78lsOdfL`GNRe~?sBD^&QF~%bez^y+#P4*ZRi@Kn>cylj57zMcZJO;QWYvdD@@D4Aw$Z>i* zEfQU(9KI~g`fomILcI0<-J8`jkt5uv4o8pkL2;su)5c~ca!Th-S-wwSvTk@^d+lGd z#sMw;(@u;f>jJbs9`3O4mbyDX911b-;nShBoq~$jpRRBmtbVME$nB0>T{P%%%HeN<@F+NtCDS0A zf`8$Z1D}7*o^|RaB{*J+R_6yd7EN{qIdF2%5#9nvhRqZY#}^O2K9Br_=Qv{eaPC9T z$j`m|H*uIbni=yP`ZWs$Wes|WPWqk2jl;81Eu|A7`-4CH!)7#36A0144>uB=hJSEj znkeskHz*6>6QKvsSRlXgq_H)?z@zC$+wg{~EU>GB4&FJa+UWWMx^&{;%H=o(rWfN_ z1+Q#FisxF|_}%Y);|1mwJ!2~KObnA$@NGN{3Q31v=3Xp7=;rq{?iuNg$kSm{*J+hE zSz)zrE<|9g88pn?=V*uNFzZd~I{sCf>E`;fOyWqpKENQ%1wcppVU)l5%l|M;kUqe( zC+>v3``e{M*95dVCIp`HER|s(>NRx9ivof}w8Ai$4s&T2Q5Y-6zR_Ol5OlZ$D#oo4rEM^9sC+(8wEWGdlP){j z-|HF2A034b5pZ~s`s-(KeZ0Tf6eUHhEy7r5E@NeYmqjcULY?Mcm1}4NTR~F!p^j5% z;CMugVN+=NSopd^t_J(ThgKFz`vpYn!d`|xnLan?|s+vzDOI(mMW<` z4gsR962cJGA1IoacUyVf!Skf z)spUZL2Khg;D6-;WAxS2qrGNgDD3Wf30UM0O`H_j6l~gKRM7@c>}?MHjiq?V3vYKk z`Q%XG4Q-@q`N?N~b`1J&#FhRV>E=ezTV4j|PVVC!jvc)!BZO8o3tGJn&0OQ0n)d|* zXSdE|TA;fZ*_F=w(zbasyWtZYLKH3rK?je{OR$sbQK)n9Xv;F zl&ikXcQ9L_FF30F1V(`hn&S-+p&9+c_&-RWoi58Y-QpPzgp(IJP&MLsDQ#4L2Nr*D znE%pV#uJ)jB8#^(cu}8OQCbx?h2Dbr2 zN_T3clrYAW&71SV9o6#-A_sH^e&BpH_zCU( zMhl-7UK=C(V0srR8SFaGp*+5|xbfkGyS7E1WB}3S!w0-F`d{W&`y0Rcoo~F5CZRaB zA#%0#WP4{;;%b(#7^>*J0+`B}*Q#-IW`L`wnNFS^+ozleG{&390bz(?MdO^Bv&^*< z9;uw&2vXX2xP97SG5hle&m^@&@0$*62V8SIgKw0oIH2SoXQaW6A04`EEWhst0Y-s~u zfP-K%V8&M=tkQ_0N*@>=4ZW)TGe*L09Qr5h3(oKZ9#coei08BeR?6CyD)8JFW!{8| z88k<~?yfy+JP3a>A@FOwJ!pZ05xkj)bQ0G`d-=X+ZO2v(woHNTVYbIOXacS{Cem-< zCKK8${{RfXQwlbPqMQ(TX>^$prIW_ZajDd zE&SFF-l1U7hSFll?e}Lu7XITPGJ==kaZiiGznrF=^`r#y?IovUP%NY93f1M^tJ2hx2lgo8vd%_-lgD!+K zH)I|y(!=}cfoGoCX%PN4CBmV`V-{AKUP8BKzQS+tI2nXE62TFpFFRr^;OGm$0d$me z%BH^l!Cd<1yCPGb*+3iXbE2bySGwXZ5xNY^?vrtnIiGmC3n5d@loUEY2@PdCyOSbq zNcGYy`oa$~ql}O=Jery2yE2C!7zAhx0+<*fhD%Bp3~(h22S;hL&O$RtsYf>H0^5K) zcb+n$e}*M4DHL}xpTMlA&83dia2@*GC12hD9sPb3N9keuqrs{ZqI2O!U&U+aTALGm z(j9ehgKL46^gMo8rkwPJ2c+vid;YXjo)q%a1cC4-I_I?anf!S_Jsdklf85>=?3`M3 zuFef0=vUpAa(y@pnDV>n{wRXq{_#&bwRCZHRoNd{gGstNzzJ{#fOIn6p%1i)?wnjU z5yI&4<@j>xcmr#OGx~=iZ{QI8us5#TwR3-WoomsnkrMZN<~=09bqMNQU&_sPfww)nPr99;AOOZPxXsP28Du&p zkkSq2Ubng$FlEv=LvD4iRJ}dv7CM-x`>VhF{{=WvsJVslD7EheFAyuu3_+frsrD3IsnGLrk=bF^pSOHJ%fNQZFx!VoX#bhgCGG0S}Edbl~+tbdo;Pb((593tT8J z2bkCfWBgXvd%5r1L2x7^a&{R42iFWIZ<%3To^WKI&>#pI!SdY-P?01YG8{+yJB?7$ z&q{pJaTOQAHKqvOMA8^?#@QE~qz$;tXv@G-Ru%62c_NsFXtBX5+JQ9#W2}s(`RE$) z^fj1S6dER0Cx7siYyK!4{E}OmD&JssFmM=57f>oN%UNRlDOv4fZsjOZZ!{GhP~e`0 zez0Yn;iHrlc^Tuu?)KE*+6q0TPQ8+%(WWU7 z*Im;D2bDCDH?T9R7CmwJ$~^65+Vy5+-X_vO!~HlRww#(L&Ctpx;BpV2!3}(&BYNU( ze`D|lM|$X5oyb9a^Ny{$BfsI4bC>R`u<^bO%w^<&1COee^);wX^S5m9624}*KaC^B z!Lc>cbGk*2a*&;?#Rri|I;|Dch{%(Zr@b*c9Jevt3tSwR(Mu_oYjAAwqVJkn_yXPA zY+mppuy7_seyt9}&v;%P+hEa-4DBVl^xgBe(?y@sXG%j5lHrFZ1WxvD@0LfuIKP~% zWv+es>Ks7T7x>7F(_vZF(=Cp81!Q{88KJ>u;zfH+v%>n zjZwCuaHiAW{>e{b=dQc10i^ibv&vxC966 z9~|}h2XUI{?aS+{)mfa~qk{w7+;unGn;f9vZR2r`y1<7RRDR&l_rSRETR-^Li|#WF zU=+#27=_dVZkhBx*C`Q(+@S$`L8OR*M?jb`^O|Fe7zQOUr?UWJ6?y(vA*S{)H6axB zB4}`(b|wwIEUJ+q5JTDmaFpmB$Ncn9|GdId15ISpoq=P3G?x+>Y@7%Cx%JBX!&v%( zd5jBYefVJk2SJ!}F$^)XHLBsoMl<>@9b zpEei}_@fB?CK%FHpPyajbLOE+k-)~NGGd$=@L_b(AHp$&HH`5_82}Nc@$}K5`OOFr zLJTqnQFK31GMpI$8t7v(91$A$%sbQz9L^Wuh`eiRm{OtuF}*bi(vuLcHH8NjV|I~ZZsh1*`d%V8bk!JowS4a5qt0EW-t1+4Qz4@Ox)MJX80Q0- zjlew4!!UQVLh1WDjGv+-2Pf{;Q&9cpQ8W5!W#4OiA1d+6;1y7 z^tuZfZMBoqwohJ^YT?^i%35?phB_ym&t`Jgib2Hdw*y+X11kl46KBEL!GX>-PLUZ4 z=4O#n3|ra^I%^2jVW=nyc=4Mt@BZ9e0YCaOKxCAnO;?pKyuzg#M*wd{&Vt^a!`=2N zy;5%qB)M!v}9#!9OLNd`!G%>odNO7eFmS?q_1%{ zQzs4rzL-A8(dhI@@WC)&B}%1Cm$Wgf~*KxPn_Sk8?YYE52n6ADb6j^S1uSS&MV2ztpRvk^88_ z@vXs5pFZ)mcL|mDe8J1P-8CWBlbq~K^zE*b8wF4@Sd1um1T7iC>T&Q$-soGn@TM2S zW|0l+E^eDCeUR~s#o^jB9t2J!t9UZTEIiQkf5s!KM)w-k;FXSY4V``WB4Ne@7J*B* zb%j;|udu*@g`Wn1*U9KURuO!_|!l-KCpM*C^ocFWoFDZrDR94Fh9Ab5>WfCEQt z6`DbzaeeXnyla|1Sb&y`=vQr)vgCsd>5sk<4ckuZtPsYXtfM`>KT~K---F7oEG~WH ztuOldCx7q)IazU0aFE4W4*4OB)&_?iEyO8F{3qGgs8jyeY8=t;VpjIBy(vg8e zOt-2<>5M0t!QI_=K9z9s;3%N++(h&NDqgxXbanP5kp@M@*wj-GqIg$+P$p79<~|Pg z?M=UHs;tpvJdmC3ogf^+JV<3@_3wZBXTcfc6NR0&;1?tML>R=QG!cej!=Tev%7vJ` zq;A0rJY8uYxG9#YM*+MkQg7bQJRt8*s)nG>iE0r5#0ZW$wlEq2BIMg!6xC)GwQ*gi zJb{0n=xRUFVrhtfnhY>2VVqRbekrFOI|UrJjys_5sMH7RMbh|;~Yo> ziA+0pVwG~n4i|8uzO>pB6@`*D+L!~~jN2BN8pf143bUN-M7Y!cS8bA|{B}~G=u4{A zB0a)v!I_06QK$zjJW62vY zb{c`94i~^#7-n_6{b==U-vL7A`$LPu&T+~8^mPqy>vrJMxSDoNKg~p?kl(P2o>c@Y z<{zhuLNG;Q(O?(G!EwszM@rN|M_t6@dw4+^X+>#ta)HMz3dGxDN4Vch-xfdN1O4I) zFLa2kuC9X*23=WBV$VmYswr4Art+&)XMBt&(oVi;8xL@@v(f03s18*6hsPze zhNn4S<>#~rHW@P68wT2x5V~8y$dR)63QoZ{XHaW7+_^@|* zFLZbxr-%{M+Z)bfa%r=Uc*?v@SPkvfLW28aE2x$dB@Jh{Kz^+ux z8{J2UGp@j6+nTiE2;U$Q(;34=h+()uVSxuDWFCY9yG&$8-|{vCe#d|~jD&INU#gb( zOCZ#}TBoZHV<63oTb#oPYNHWm1~3GD&{K<~Sex!m|Ac~2AwGr2z*x}=zsA=se-T~+ zZ5)B5IOafLj1e@8>Ui&vkLXdl#vIg9_R@(~huU7_@uJ4_t&^SAr-vM!iB2%6lpVui z0mgY0=`5gW3;BHHfJ&3*Xs zf{!Iy1(Qt6rzd->F$r^qJoo<0ZuvT3J0!FL+22CFPp3 zco|Q7frU<}QJ0BGds3{NBGV2cwMDie0)~vYEAq*r-vQa%$muSNaRmU{#xo4(@Djys z{NvD0G@cgH?yE~%2ZN7X!}Fy{K0#alO*t}F9t=EqDn;@h{gVs*M7#dZ&GM~lDF=RS zp^LG)2A*co@`lHVcQZ+px`UF?gr1-yM5BF_b?_^=Fg+kL?v!TAJ1q{MfTui?H~E*% zQpW)7Yj1F+!Y1 zyblM)3D!DAYlFTGM+0==(Bri40tXM?UGBo^&<4HftcgHFi@=HQ2XV3;E^~o~(M`rn z_XtwJ4ldo;Eu&pLD4?=t;q80IHT`N^|0z$tsw>mJAPP?KzrNB;;Ca9L!+-MoY1i6= z1c1ROeS_YDVftmxVvp{NJqea$csKKjcfb~yT+Mg9Kwp!O@@wwRe)u=5zyJL8>KC8C z1l8(z-$TV7)|hkhJS=H<{~-O1ozMoj7k*@;H-7vZ-+7@!CkruHq6;S!0pLEK24;pJ zZ#;`g430T23<_w^J~uHh)d*;wIHYtAK3?NI_w0n<2JDGD z2%bS1^v{3x^Umvf6$wH5I38e`^tDLTdFlC?sx!yx5ulVGC1F1$##_AqK|{W0P$Gnr z{hc}lR$Yn%A;{to0@-L0Jo&^}1V?nm5ts#bVZMyrO6ylazJBWorwoRCbukZYkYaX? z*UAX;TpvGiCU2PES-y2chifURZo3Fi7&n|V`1neMGm#DjL+R!-bj9$U+fIFaBjYmVP$qqZGeYUr z$!_SDC>=i%m!>`g17+1V!&9eMmPBs!00u5nOw8)@c-Z#riuR;xJ6{`^7%N5(4ZtT; z1%?F{;|34U*_a7!Gf%;RU-~?3DtWRJ<$$zx7yfjtE&)7AL~8C|eJNzhHpRP$uj#u) zJ8-wRI|u5dyOteXg#Q_(l%ME-7CH@GM`?3HL_J+I5Ij&AQg`H zX4a0FH>cFA*wY?I1piA@SBXSE$rPsp9VunT$2k*#WvH#^5WUnn$hhmw2CtN8qu$`# zfkSu&o-=^(_C)($0kMvyH(HW$iqw54S32%emTb05=AHiWC)t40C365iaM)t#Tndj> z=45|#u+^ynQ8@jy7rn!QcZ93OUB`??#=&v3@RZY3r(=yPV}Jv2*@DMlj9yBal!NCU zo|U$X*HmQm=|knJtDm`JrZgBB{B;!LDD7&orgaWb!=S%U06?BB{w+KZ z20z-*c(-2fihJqqyO}e{&C7YSiL?!ubynGJ+H3)+TLnbg^V}#jc)_j65ZDsj=jJG9ANxm zTG~DMPSM<(6u+>HOmlZTUUcxo&>s9f*)O=dzP$+yp-t$+`NU%zzxmy7zkoo5 zGPrtHdEZzK7yv|QCi^K>6?jgJKSU!SFA~8qYUdgquJOyZpE(rw>5!~80H)R}Ugkmd1%I_}JlNJe~x+N$$U~D-r zqP)c@Gj{rA5Ey4nX^vK;+=x5v5`!g@2L}acyv9DxON1!>a6B-xwipz~V;NKX$eZWb z)EB&j+2MqMwp{5Z$30;7vcgPIWA9)MD2PgpuHaQI!_Mj8fjEL&~Bld=s2T z+G`jX7SY!1K@Zce1xDF1l$7#JRS+g=xKSb*cLWwZ#wepefQW{u^Xkqj>?o}iWy;UO zOQ+YiW6i=fbnpZxM+^V`tE)sc@yt^ufm+~71k8Db*!;r-#sQD6!7n`5fait3eCGr) zzFteT0(Y9>%#3kFfpJ#M|MH|M*)FbmI}V_ez&I6N3_~+7!J%<>Z+>9LA0B4pY=GhA z;4J0s(O;$(>I_M%rfo_i9T(pmA}f;79<4i-kv^r#`)uu$D@{{jBC+8eH1}El$z4jB z`ziZn8f!W4-+-0T5C;jG%=bHl$=_yZT?Z(2;UVC)FK}@#!0A6Yg*z$SUUD^G=!S7# z@+11dIF*C@J|ehvXP%W~g3ra#c#t&vR~?h;a96_?d^u^0lVjdCD6ZnSUGG7nRQRt! zN?UaRqAUF7Fw_ancbNw~O3%2E|JyhCIB?+V_4JP)(r|bpaOFEZaKtEjuj<4#%{;H4 z!xx}y&^>B%C$a}$UF|MYl)B2AYd=qUMoK?)7hXjxeIFd|H`@P;zy4*Tv9fyp}r(p0J-i@vUPI)SA zl5tMMEn0?Bw&v*v%+LY9X}a*!eefl_GEX8KClz|Y*#)TynK_fLJ0{ih-#J{J@=P7h z)HqRaO>deK2%o@b^neFXrJKBrWm4_t_MzA?$RVRl<~UljMkPF#8bA8|AE(fx)kPd3 z4%H)%{7zKe^+fs&Ok{C6Gz|{e1@IfBspUt(TkU0F!l!i<)0c&$-Tjra_!>_;gF>KY zUS4z#|F2HZ>KJ&T2`9oJ*d0d^y&qyz>#>3j&+AV-(G|D{JDy$hagDx$B zF&hCQOiJp9S53j8A0y<#rzB=GG}6MGmZZzohyKUgVG<6-8wU;0CgMK{#n_iV~ylMzOv+zwV90c>10Y#d+ZwTUhn-BF++H zll~by#z0*!sa(dyK4aUJr1iHpx6?)8OTy2DU_fe6-hn(-yOcI?Pcr z3`^vOzVIfi5_4HPGIUnh+6vRT_b@yoi+1KO@9twrBd7*V!EjKPJhx;$n$eDuAXMo3 z^75|PkuT0}R=eTjQQORchfYkr-i@!ba+GD#w|q^OANrlawmM zSl$Y*Ho`;rw%&ZoF-Vk`2m+>^lTGp0iA(vArR7A8UdCW-(&^)*NbicALw~>1iG^I` z!U9pUCp!O-$N+yl2(Cp*U~1MS{nW5~1)--+34T}|AMFqALqqUM<5TM05*U~X3_kQ7 zz9~G$jS@4^X28H1yrlc$1&`T2)U`gamCuDf%Ag0O3Lfhk2qOh-ng(rwsU6qTWycDq z&E5nLU@)x^!UQJK8bcO1`ljcGzEZQ46q*_b_qcn{}aF0)NOvw(_<9f3?KR=D`3Egh4GiH5Ez}LfmYTPGV*yC~YyZRzycoVs9 zun-IJvlCI!3R0q`2IIP zec`-rOo-_Sib@dOd4V(nfg(hVZk`*^7j{~d(cA|!ajEh_^Cy4smI6@vUHaFi9DlNjuJ5i z0pE`y!`$GslCTUN>QT;(qSBT=896PRw>(I{P2a@GnFBrC*=b+)>^irYgRmVho(I1j zXGTOMrEDJWLE6TQmRzN)jQc~Qtyv8pCnd-?H)3TbrnWfHe$nR#o2!$(InvU5rT_-- zU4=>DG6ux!>iGyMd>R*8Ftm>Btda>{JKogwT2ia<$5~V6eeRndGWVUPBd3@phBVi} zEE4(k>x&-Nau&tclb$Mgt9X;PZ+Z5)j7OrpwBPxuz)`0u(Xi;pLt6+lgDPqsqkFaT zlqORHuj14=t<3i?O&g@_tSrB)Q$?U_%w>rP|C)co=B1l0YbU#taveuyrdFQEagzEz z-rMUu7{T()cj@k~91Tq^cEcNCoAT%w#(BY;agl?scsKnr)bMA~4JQvT!Yq_yOL*;x zYAKVVgG==StGPSR!tYAr)S?8`#{*rMnR_CV)8K%i>EbMPB7dE7iNR!mDbZ!?lxQfS z4C2*jVPFm-CtH1w6}<{g;F1F(CCxEyT0MQksq)}82H6wJwOh{eyHDTCU_~*X9`9DR zmJ}w%*OMM&?PX!C9f823IF_YO#)KZtE@&(`z=y>NBnPRJ<%mKL@RSw4tkr3McLB7h`Jjcjsc~0AEsxyu@ zN7H`)t?(6kdoftr?UAS%hq2R#eWl&XD4eA~@&$ghB@>VcpXQ8b6*oP@0Oq?uBlwZM zVT2jEPZEqgc=u+t7Z_@oqO3o8dRV>60b*P((ri=Q>07{}eXIRVJ9@@DN8xoG+3$Y( zQJnkT)m;o?9g@`JT(Qb?402$6dso`jse~gu5EvN?<7f2g{Ke^nzZ$<>vmg#1amL9} zr)&d5r#SrQ z4&!!yB;!D6W6>_=5s8C?VyL4+*iy$QW4a$BZcZNKcOEMS-B`NVCWuwXGnFy_GDqp` z<#-HXyjjq2u$%j-!_d!IC-N3?@9*t|+2cTLZPf@l@Wd7@W8~bxSE`f&d^SZM++h&R zM=1PR=tkHm5jY|s6lI20W5M~ljp7p-xaL0kF$@+wStkIGjuPc%&YUM#{9)&-t`nwN zSZ3;g5E3p~jz&dkM_WEQ73Td3W#{hmT^$CV(cl0u@_yIY5ckNQF7>L$j+QKpYMaT#Cd zl&xvH>_D48ZEvDV@IA(W5K@*&go+G>M^Wu zIggyHI2h^oHvP!v(E)S>&SD(l;Uc`tX_5YC@aQ7+uOoyH!4VLwIp`kw{6Jquid=}6 z@vDHLflX|Ny0U?vzdQ|YB5!Gvp6M6@ZRKvw)A$44yK+5%+x^nD4``CUIjq`*C;CV* zB%qN!!6)by)x7%tZ~kWQ&6IQa!aMZnBHduNGRJlX0DW8JCTqY>df^+v1%oZRwwJyc zx74V`8ghP)WM5s5CW7-{mp2K+B`(& zCYG84_n6MjFm#$IGvWa&gO#Q52-Mll+ttJ1%8GNIF9k>tywG6`?|76v&U&r^)IA1%pFE_rGcJl!`?M+)IePOl9P=tL z6V{XPvJ|XH=PrEQG_LZ2j}c1qR}3?ikAmt5z7a#&CA#-MHQ1?KSFyU2>Dr4eY} z_#j}HPxOFuT=Oz^(;-s+yW4rknKe$?8T>B$rlh%lI}7j+@#9!@Y9>gae@v6T3!U!n zqUN+-o%MqbRTMt(|;r)Qz@_33d-{1(Q4lGyp^9gP# zWs2BTive<2=+0CPeIBgNF3pY7J1L(E^vlT0tk*b|O_BTxjNdrgTD^aJyV{N}Itvdl zB2SO^yLXz7vYz49{YGdJd0j;hknQv#9m~lTka74ves;8a{rWt(dR))tCi(%w7krm7 z`Zc@}o|WM=GHL3!i98uti`zPvow4@F)!cs+{*YD{$;!xB(2O$n&WjeGY{r33V7RnP zmQ4-4O8*bHcUF&5=0oIyCgb#S#5ol73_g~Dc@Vjfp~c(`pPqHkfwXQ$V5RPM_~c>m z@aKR1`RcRh$E%0;;kgvFW`Z5-ni1Tec4S37EXyKd=S7@{II=A#(R&}_WLV<^H?lz& z;Ln(?ZTjLOK}yD%*Z_e*e!p|I_2B*Lzy4qSH>*dX^Q+gdV>9zM!3g&g6J|7MC2`FLuS>-Czm(3)rB0mDB{{u{J8Pp zzJatg6Ee6PKl4W zkOlEhA5))~PT4tvQ|i$CVO*msJ_fdFsNA<8h*9O4i>{o{Zcsn}vp+A9FiQ1J+UJ4! zE#l&R5exVHS3euV;2*Xy(E3I_AQka9$L#sp=&U2k(i92MSV=$!VgR3)(XSs!N1 zbE48_75i}vkM$BV4|U?ww~UQ#D0oFW&YUWPfQAen=Z+Idz-{ANvJnK=yz68#p5#6! zaM~{I(-tR(vDXe>Xc|53qD5(({<|e5@5|u$Chwi#*Iw;eNEqJ8JvcIMVFqMgjkm9nso#`hnxf zXK^aE&5*ziMFAFzLLEbCM}xY`)nN%C;T%5SKlJ#>`|{hQe&cWz{)vQ)%PMaV9jx3QGL4&$=Q)*ZP2sul!fjRt( z&e}-7YQr(d*LQQn9t-TXIRA}y)?=$YS0N|j!Jp9`7LUMZ^@}nK#mmbEkeslE_vsOQhNal619~X*bxnrQx(O>yWI6;` z&6Wgy{W#K??j+wA>*t{xo8aWz-~Vp)ZFfHvzThqQ;3LCnn*HYbI{io2W!#p&tb%?8{hx- zXD`xBj3Uod#~D~CfyP(qgqPKXLK=}SP!SOg0&y85PdI}_9a{`g0;Rr)ghA%HJ{AE= znK3f&-!`(LYH; zBtp9Zu!_={I1Yp#hv>)RIR=Ju@1Y?jcerQH&SD zU?dDdNk}zpJpwH(l3}PJDV<$+VrO3*)fBeJGR^NHH+k-7^+q1y#qu}0D z2)O$+z6h(w7JmHnpg4g8Mv=g1+XB6hLW}OvX1sHqL%>jXKQ^OWfs8N(4~$58DQ$s~ zf;DCi5`jWz(OI3He20V2&#!~q`_)+#mgxdUnzv7(!a>^!ECdIg7?`fojv}`>@*wmU znM-F;CN)fH9}r**1?%kDYp;JPLnaAa(v{#+3f&2OquqS=gt%yBbn9Zzv;}tTks_=2 z@NcI;XeZUr0O4R_iyPx0?wE9uI#xdE?++N}3}mb7N{}KZ>>MWzw(ToRu!t1W(2sQ2SX(gKp!X+;BJ} zh^HadVlPu0;wdG?GrA6s(jc<0Go2bdTdWJ==>>&vk1r zzlzO!uOGQ%6Ijg z41{i7sF|B!#Bb!DjW`M)2v9`3)|bdDfYXVX^ik~=+09td&vYcZS%?dE{K%2}$v^u2 z%Ji#OuLIKPC9;I)Wv4DLuF5B5v_TGePVi+N$z2RRy^tYwY;bId)zRcI<6;Nl+v0Hn z6W(?Xfq;bby=RMV8t_{tA)rS-axHc1oCcPS=T8q_G}W96U4a*bHa(oq3>4EI?(G$+ z=2;C8;R&x*yKhpL=YTs>w9KKyr^kmCA_R~!uoc800qolIlY=g9z=R_(Va&&yA?kKh z7L@+U(Lvk&cmM9EMb3DKBlJDbnn0$U%Di(Y2jy~Cd0QYs>9}u>T5_6V^xzIrCXUjc zf!1@*o3~Ascv0rkc#JCec}`9LW&B;-2M36fSHKT^=1u3gQOv-g*+w@9nJ^R~V)|Q@ z)2pkS)op%1A}Fcvp#_YeHZY6!;0lP7!I&*H>Z8%5RAa1jjW8_fVGIUGUW5R#c)=xh z=!?k}G&hNqXn(T5x!MnW6o==BOBFkM^D@kj!F_t7Spg07O(&(DDyJZvLq%cL3r!hL znN$}iv5XryjHRjel%u4*;1omSGq_#mg75-fglpLmjB893CElUb;AJzB?z1>#@B$Cr zo|k&sG0qIH^k_sH{FvXSWFWviU+4GRKVhcCz?A>cBmWW3F0d>uqa59RZC)z?Ma>;>6e9>&zv!_RCC;f!B<1kUkY0&TVt8aK^QkJO9_&EWy z-7X^zFvGzU)kgxdmD+;bGuIW+L^I%i6cIlqX`liHI6L$%0?aTOkl7)EsXPG%p4;l>|sOEHFkff zizawp_r*cR#ewTN8sX)`>NGqT!(;9{Wvz#>u#`?^(63S+4ahTnReg~^G?(E#zk9#> ztN;A@>eG)7J1<|SKXuTxSpjbVKtbt1XOHZ;K?Bk!*on^R-21v5J%~7WZze<5%tCla z29C|(9EqjLAUXFea)IES<`+Gc-=^I-q#}H5+5ghMC{-_$F&Kwb|M2C$-?F@%HhShT zL6>t<*otp_e9|==p17v(@)mmMQ=4dr?;CYrS#cj6rdcI}w!Fr+ajvR!(k59GG9G8`Kiz2PBBQtl32W52wvZf?u(0xtMs|2&iA_1XDqcW<|_7tQF`@rJJx zh~kAhr=cG@kVnqDfXg_Vu|tCd3$=rxtMop3C0q0-9KqE?%r^>1y1~(&(_s2bS%@9R zcf=m%N?RR>l)|&4y$Tr5^yS%A5w??o9v$w-Ye~DiyJd2bn(~3AK<=ear#jipzqR?H z^X2>TKsmrXsCpx*YcS5i#ZXl=K@;R64jkrkiOUd4K`TSB8+qiOIdsG{54{}RVS(Ey zq!IiwX?~e6B6RqN_e0t9+Bh`Y6|srFl!qhNy}GR^fJnzdY@@r}CuquwU`3K1q9T=k zWs8C`VVnl6Yf#is~UO8XH0s&GaLHj;st;E5;OFjd$tI@zPejEt6b#q)gr6F54WAJNHb$lLc<8!DC<$0 zlnq5Nw3v1Y8a&kl&6{8>3v=KWzCZ?t#c@9!U~<<;M>L=S9wQ9J|C))tDYXhpzN4FM zAkv`tVxbx5#Fje>$zJxe{uV{0e9CZg7=LZx4dbJr86L2Wffqr<2!sxdjB$xH;3T&* zZr36o!Haoq{3#zh4 zjuMBNyo-L}iUVJ|0zTit@4G*Jh1L7rp9>6G)3JfgHDf_{bGT>=S`S|Wk5$gnj?S~7 z41?S*(%ziF zs9v1Y=neEFqi^NhkxfZ;1CwVE+}^+Kt|7*|Cta2ohVF|V>t`CQp2~N0?RfL{iJtUE zX_3puO!mR5q4G_>rzueO1txsc2)-9#i=z?w2whcl8Lzok;~5w@1yc7One7x(UEp7t zTa5W4K>kXUu2kSJ5a@`|^NEp_M%v_HSRos@e3=UfMp!pca3 z4bFU`6eki_jc=R9rRR))<9B}JJ1;OKCI#?$ z0Ob)dRKuV#=qYTd&R(As`lP}}@E%qv_LQ6u2vGa+MjYKLia^x;-MtEo)p{aN2Hcxy z?eFccoDr$?8oaoNo09 zOkEU_a)m9xNh1;pKbmIAxG}Hj-gqcS2E=!xBgXZFQhtp1C>so|J;W*=^1XWzBWIM* z)Rk%zLA(E9wN-~A9(%?{@m!~H)fD_k5aHY05=CL#9KiyAGZ6$O_q}TH(-u9zNdaFy z+w>!9WCWx;eHvTmiQp@Jjx#g(a##Td{MN?@tNkYyMoQs1YVfv-jIu71#EZ1L*IrJk zE0Rn+(|v_!7X0CaFntvjVZ-ET7W`3^=^yiJw}NV{u$1-}gCZiqdkiQcm&%?4emF{# z{&EuEIRhUf+y!o_W1E|DjbL(p+45!~pSP?<_lSn>gn)SyB}|%pc(zAERt6YCnS#Mh zSKFo!GH8#kwkTtAAT{T=F%1UtP8o}A(45l22^?bZ@%|e$rm^C{`1^m1QSgh-vEp?& z;OBeacvimP;C3NmaA?sGg*fyXBT~Ledkm(`5*#-D8@#|tBQtPkeB=Ob@o2M6xsGSj zL=4a@B+~w}pbcI)&890p*dv=dt(*54ZS;Gv`uu95MMjdMy-)wnnV@Nn1uyhISt_2^ z_{z1eQAwHNEAY6kANVyV&9N}mL>c2vsb*soxl@RmWCT1V>`mHoBr2!Znh@MB0I74B z_8vTnf{h;1SDmr&Ctq3{{hj*fad0_~wps<8z>W5B7G6xifp6>pfn%8~nIo{(c&1#_ z^oE&!2k$c`xT4HC4949QZ|L_{}G^1}tx^_G8_JKobF-%p01Yf zOA5MCMXG}zT^SKvi#C*{RG8fjPY<_Je`uLv!4HQfj1u|~)GEaEYYyx9U>?p>0VsT9 z6bPVCihho#HO^teM$BoGqtt~(DKpbL6n(}OTHyho=!!1x%}G=NHiOU?{AwQ^Q*d>- zwXr(coq0(+EjUk%6X6+8KEjzdK4VBN>N3y9!Eqlil|O=W{nT02UHVz*%KSrHVT8QA z&;`#k?18G+&|mdQ&jt7Crx8NvZeG$!ak4Uw7Uk%r`_xa}{F_}2!(Z2_;{XjAgX6=U z&?nw^aQ!Z_rcVO=Re$(5*T4%7O6p-`6#l@Wyzg*Fj&rFB6aBx65_6A|Xqmw5HLayw z>T^(CH6Oj1ezeI@SCIu^?U2U{0b}}d%9*{!40;uC7^+G-<@A+ihmZ4pQA{0&-zg6k zvJP&vF;1U#c=CxZ#-<(3Is9WBI6M}mExQ&+h7zPe?LD@S|15mSpmSvH-=|RDIC~ph zu7x+>hDJ4-sT=Vu&+{6YP5_+-e5T!Y+82jL{eqV|yJV6wp?u91Zk~tObc?k&64yk%K9Hj@(7hB$9LxAWdb*XwOWbELA%Q_Xg2Pb$V{{|PKlQDyZ z@#jQ6_z*`=q@VVfNS~NU9~=%ktJ9i^w{SU`aIlQA*D!-EeFJvo$7$J3#b0H{rcj~>V~cg9`VsV*-Kv*9&)ZYa&|_THsz=-StU65(NBK7 zI={F|ka?AHco0ka3Z1N(V%O-+tE=1#|Ion#01w!)SN<~5JjY{yZ!fwNe@gAg7Ueq_ z)N$yQ3;^8$rox>uFH_rg9&E&T+ks^&ZEzP%B3vras~g|^_@fs#$}Mw0#X2Q=|u*$ZcWDNR7VBqQUz6n{=Z6US{ zLFib+J<(FRugU;}5`HhrZ#-40Z)x~c3eGSSFO|`dPHoyPeRfNNI$?MbE=J_hesXLt zdyHWiTJ&C}6NZr*dwF@=z4Kl99%{@sg~6}RM70z>LM@IKqp~PM0)rtfK5=5%Vo)hd zb(*Tmm&NE9LKSG<3@nD_`FmulaUdLq=o}}(4P0=<%y4+5-enGs&0S?I1b_k_+%Osg zCnLTXbMRBLgoG0yot`2siwFA!&eE?aydG(;7mra^sZu5MwK56zGcL-3VSB#6x%x(& zk;51pE9OOIXkq*u%ybo6q-=P^Q_gmyFnyYP6`54=cD#7xYvWAs$!v7HlKa7d7bl1C z;EgK6UiBISE!|9zMNj%icQDLcDC1|xNO&f!Y+;ned~7;;FnH+ew>_tDXfBuFbCkiL zPPdHZ53Ged^~Nv{EebrY+(_^NDPIXZQ#5F@g*|=ZtEPkx1Lx!((Iz{*1*z zP8J7xik-zx*5a6(Ty%}B4O~e%Ywz=mo5`3uA|X>U#a+sAK(!;{ zq4bSCpmc0}NAz7}Yl*fQJp-n*7;jNGe!{2b)8V3124KtE*vS?;!HasFce^8^7Ru~l zjn37|K2;|r$g$JK^w%P@>3;PXOc}dt-j(aLOV`>)WpUbZaP>4aql>F6!l0Gwz9UZo zuu~BVfp-pcq)61t#}BaOEuC$LYm&g+e5! zOob%vUEW;Bo4HuMNrVAy(z^t#9#H_ly}d4yFyyP#%hg4IgydMbdde?fzgnFfAE%A; z)i3_$uWP7{g3u7Aq9_BUw9I)k2$ZZd$uUKv1Wc1M5F-P?yS>O5(`^*`tQJ0vVUk+x z9^xnx!bu1*KhG1aX<|IJ^xp`KfeGOduXCq?hu~lai-;I)shlSpA6Bo=ud7fxcat)G z0#@3ZX@-ZZgZ|l>MaoXKIAQ<>_M#0>SEv>L_XpX_PkyX&i8jR-**RGiG3vv+`IwxzzE>-iW%N zA8f5Y+LI=xAgsTz^=~|XW2P9S*F=;xzxhs4;2E#!Z*T<$hR`|%MkNqc@u5Twc=}^x zx`H>ngIcmri*x7G^ap1Ff1njwHabn$44ak9PB!c_+*2ODji=jG(ibOV(r0Nszd!zH zzxWn;SosRpI);(2!BHaq;0NE}b!{~Tm%fc3K19gIiypaLIZd}6GrEPH3UB!?Kgd1) zLI){lXXJyE5lN{S>U_@_)e{65C)}LHSmG=4$v_b1Mr`0o{|t(96f$0_Vh>LA+XX@4 z89E5yuH#{!HIV5HKJqjC8j_@L@f}*hBS#MZxwhJP5}ZBhv8Nsjyc>9Wwl?mILNtws zudPfbzm4=l7xE*s1{e4M4k8VOy@t^1Z^`dh!2I<$z1*ar%;rU5v zr(j;4e-9jFFhuXJfP*Iw`dkHa8#S`}*0Y1krG9J&HNGc--+pl<9)u3^7f_kcPK1W^0w6L|1Tpiwh2V z?)MCm&@sabKMcLmnEp9>_I&l~>@0o0N*~ed(YvO0;n#W&&qHU#t@|>!eR+Ld8;Rc- zd6Bj?RM)xZSt){8^zpkp4e(rW&~x1*e**0M46Y)B8J9VF*H7cf^rXJfKxP1LI7gLhM5OBG=4pOB2&(5w_U%WbN8>c~mv_dM zvD|p+sRZBC-KbW7LT)KH$kS>S!XGqHxfoI7*$)QKg+a z1sNAU1IsL+VtCSjzH`7_2bVGAYsa@3^d5DacI#B7Kihm{d-kFLj}q?U1U{UXk#-+zV@TY==8h?jrQyg=1H`ID?A7v5SM7ZD1j$>>uO(x)8lK1?XTDGycDU3jC4Gxs!5qaN7FNE+x= z7Je>IZeT#M_z=0R==J z#d#CBbiGB;?zt4|!TGK=K45#im39M1s&G7JPxFJ-;r@2_tY6=~U;X_TrzGO}k0 zC>R6q8bhiTuM17cCa8={Ti~t{P8op;nDqr#b!RGzUX20HH_nVj&$dloMfaOq#v9tB z6FJzj3?7Pt-{~qkSPGdwzytI_Gh$&6FrhD<*qsBto^j`m`{7odWpUu^v)k2CoS^+U zId|bf{DWWgpMS+GJ;GV04`e=M_)72Gw}q9n>>w|^F|xJhzc^cX9ULA`bd&m@fAMnl z>h)Rd++B^aHC_&xvEc18QS@bSASHhx*gdX*k^7f|Eo& zDQ{jBFXK(|BIP-mAQ4{19R6_aHhnvvKs(D*zj|(U%8?gs+cAQ_Z26SEA%j6?VGxb_ zP5{O^oB6;_YosikgDWNSJ?_C*uv6OPZyXl9Bdcbe3`6HhU|{F4cHv=+A^4X_?sW{m zzN}HfuXoq*K7A`=+Rcmn_|Ca8#`fJi4EEaKWt@$2)1LJ6CEP`?EZGAuazJI#CvYNV zF4cZ|6P}KfitoCzJn+BE=WVLp=aZo_&tD$CyKUsUl?EQ?eumt($UGjHu?^geTIE0Z z0&l99kGr5OKMF^#b80Jh?&rF{;mc{y80RXd>%;m%L+|R0%IHM|%D;8m(`KET^evc3 zLy>_vDWJ+2=`;qEk>zaL8Duft%h#8ykB*PyggsfEC)k4L%6;f(GMkRNsw`mfi6kzR7j>nk6x&NfxCDpiml#y3VS>qFVl)WhS2X;PJ;|@4So=K za=4!X?iL~V;rL*0^(;o)zF>yQBMP^)mA8|FJ~}?C@)qF&_vpZr*3AFKK?oBaA0DNz zw0m+`1@)_6{B0SoX&*u%a?JpO>mmcgVwl1j=HjtalA{Db%>6K4Rx`(@_))!vmq|E^SNkJPh#@0j0gA4k27tNn-vzlcl+7%p4mE69>4D z8G4Lt+F`_w?P(1xB3;C1s0qA&DDz>85kAgJryV}r2M=lT14SI=5aVOze9xm!zZ?li zm{JtdbF&*EjF!6Kwcts*@ss1dZm*#f^Z`svbF{ZxV{vAj>DQPn)avTzv;}YJy?o=r zE>b|z_vHhM7yJ~7x}rD2RfCF=(@AdCu%Ih}!xNq=x4A(GCdw5xV{MA`UB@s}79616 z1Qh#loa^uIAEf_`|K3)Q2xf456S%*OhL?6O_F@=Ono^QA$uO$eWk5vH4qvfw?d`j_ zxh{i%Z}5_cdK5RFWz?L;Wt?~e{YAYU3js)P#?GjJ2#uu589^}NORL<0!@*Ko74xZR z{$S%t982efZ>&D~_#iFie(=XQi1s+uRm^Dv4$;y2k}>up+%+^&DEa7h@5yqcO#bQs z`5yi-CW^(h0(q_;2(N`C!C%G-XZbM)Fa_7C!&$UItqwps;rzS|Kcr&h70)w>qA0kW zPxx3~qHX-4%)G|n;HEJG1D8L}bh#`rQD*39T;Nn6pELB$JcOUmLmPDUWGj;q+T{RV zXDp&hkAr4}@uS|XRq4W7^vWg1(G&nDc!3GzA;Iun8aIVzZ#VW2NyN=Y(5H2Jb^x zTixJ^0Ql+{z+D=*7!& zW4X`CM_=PY3wol#S9va2hu`30@bZ53?eBf7_<0u{L&o)?e78NOj%)>6X3D3!KG*1P zFI%{e_V=sbWOZavwl_VQGWs|&yT7|rolCwsR``$Z6;QixmxFae&QUoQnA#Sew<#nz znBaSBweg!j_{IyKv~+M4SQ;y{XQUz%tA}|Ulir!t>xjw&fiMW+RhTo8LZRG0d3v&X zy6+S+tML-)q|$y2nwJ6co=?xu>p6XtvII($k4U?_BJ=$o`+9VA&;k9~pZ=_U2JcN1 z`z~6AM4#!ri|!mC;~^ZJMM%IXO}7LFDV^OQZMF`KXH%l&e*~@ZLHc}BdwV-k9{H}1 z3U1!g*@Q;~IoC1Gz@eYeHq6Ys9j|U9^(}JYN%9yi3b}um{v#-iCqavM)UjLC!HJMa zqJX;>wvbd$7H^9ZloI0MH99no{IUZS}wo#55_gv{@~e~ z26W-%iHsQ_f?;?8y~b>KEA$T^SdrY7uBivL1ZDA-Ewsc36t}c^e)a|8W*Rh@*OC=# z1EE__p9<`7Vx_$UKj!uruhz>yxH6ppkK1u*KMq|uWN+aW?eS?~#RK4{l*`}2k!$cu zsZ4}DDd4Vy$eXk4#ZbbldqqJ0F=Ft7XTa>9TNcH|K79WhJtD z5xi)}X@Yfpf=93NfVKm$u}<3~XYl6b|J*81c!4*?`o{NUoc>Akg)^5reujt9Y=jkF zC1aOiYIvf{tfL{b*Wu05IB&)lu4D-&RUdss`KLZ7Y96~BSTfFKDkuM~Va`{5hK`(n zxTEvXzQ!i)&{%`LC2G}hlkK`9N+XEL+43^ z#ai0H-)%pi?!%F{xmDY_=`=X zOZ+TI;_}ESpbh+RBFF%o;gKKw;Jd5qo12wI$ebsLxxT%v5vG&zu-yt$=Nt){SMZL_ zi@u5xXH(6w;{`@~9w{E)4xe`I0l3I#KIb$~S#WxC)_GYg0bY83^GTfSodjJe4?l3X z@kf8~TQ7zw63HP@6l)KZ2{8{7pYE8G0(n@5c3`m~6O;rinAs=#t4M8br>3UOWD+5@yf+aP;&*YUnzee3zb>fM`( zFwQRLsc0gAZruoThUHd&_vKlH_@;{_|L%*kM7~!mdxDM0<54N9D)|V)Vnon*Xb|Q# z2Jq%TioXs@h1a|~rAkS8lAEVPMTqmh$u)b-!6PEN3|=@vZvuBvRu7x<#XlI_Dp!$= z=+vt`700OFZ8XpGC~ME0o|M;2E#d77cgj-kB4{s)rV&b*cBVw??v-~K5qM{)2wRP4 zXlI=GM^*<8@Q*jeVB4CPBS}SJ@R240;~1|x6nWoJI#QGA%V}6v>AnuGPcPs=x_cas z6wPZ4rD$DUsZ>f=pA3D5*m5Eq^r0}ouWF4Zpeo z%+r!BS)=7R(L?VT6Z6%St?4@{VQ0xZQrd40Hhz=IKySK>&XDObrGYiTB{yeE%gTJR z$gorX6KsS=ftSknIL&3zmwRwPx7jhnxpi8fsZ6jxJ=mjkBPWbOf`{N#DxIvtA6PnV zknd3#f%zZ|uD7$au7 zQ~TBmeSEOf9Vc)Ae*BCS`U8_|3^v26Q~kmnn2O6V*M0)VK6*6$eEjsVxC=t+xSH;5 zG#gn%i>K+^ZY9U43OGf#jx9b(&?YE2iGw1rF>a1c5SAcoGrEQz3M?5D9RAL4|1i2G zfvMl=j~)QGDKO3qv+cigkCOfb9`Ug?6j)MJ1-P8P-qhPuc#zwxe@>*%U) zZF987shy0NzU%O$jstEuZZaAhfAG6McwughS4prdq-lxQjks107k*u{zi})FHx?vya*nGp2XYG)}t7n&8@u< zHi%FER>S}8U;T9#C3w;jq#LscoD!?ooB9UWIkWpWtJ^4cOd);hdJhSR07QLt@qoE* z+uTG>JZ%OfxQkJklp01PY+d*hXH^;L@!To{ml1)i!MwydNq#+@_h({6ry&;EUxfe1_#jmS{@yl4&>oQftn5QL!0Dedx< zDJ&;tA$ZRj51i$WT=!=;!bPq#9_N=g!CO9Ur8~DMBi<#Pq`34Qqwc80*B4e?rgq9Y zyyR`}Q65z`xlW09C342%G$aOXgc`npmU|qs{7t07C^N*ULV;6McxsG_q?S3)uy~n0 zU9CJ(Pjn&e2p6*LQttU#sYerYiXtC<@|^nsob&F#U6ehd5U#B#tps74=0V$A%xoM`ToHp$Hf6HTfreCrYM<%4{}F%@rKBT zGVWnVDP-FkIO@)&UCNgn`J60Kpzux`uA5e>fx;{4qbbvjy?kE3Fh9~4=JAzGc~O|| zNkii+&L&4hMvWt44>2f)7xAWfRBZ(2pfdw#CXN$=*qll*qi6XfZ_b=P^vKB72??)I zk@yo>QwI)%q5uL%^LsJ;DVy(g3ey**MzMRnqfb&#G`baBNa0F5i^Tly+JlS*y{bRb z+-|Nte(-K}u$RCjV|7hXU?+?yxf!Iuz}U+4xn?@i)X}n2gTZXMT%&YbFEEXxL0>Ue zk%zzmd;o-n8v#aC1K)?VM+Zdbg>IaB<4cv&93An62lJpAqrkW-W37p)&wT9~82hqc zon2RV)0x*XDD)7X>#2F@lQubL!wYfL*1X~;-maVmcCv>qB27*$=w4>BL*jqzpd9;K55k!I?kDc-}!WB?zu|NM3x{@@B;`yi*3;e2EmO)s0C z{oZ%KQGNK1;kmn7(g}wS-N7z+ayCInkW`NQ#O^q@*AwZFDyFjBx+ZqyS#&Frg`DNbbPDFcO zgwdsoUSHfaZK^%+88-&xZMycW*OzV6igyk`)22b(>;{HF=XIZ7hf%`p2rnqy%2=fU39^VDQ`@4%z|O-0q-`gqr*Eua8wa6o zb^t>WpbUgy*&?A1p>x0i!^!h^oU27wU#4CAIN`xg2K~TQPsvN0l#P^@v7To9l#)Yi zc$qwQd;JT0%33Gk1rOk>!Vhft0JHZqcqx+es?k|EEdUQw5{L*$Xe=tmgOowgRfSdM zKx5_ilkl5p#p678!z2{Gc`S;E1_Xn0oPmo(wcQpLrDX1l5Td(9YNCA#75~677{ICR zfi+4h_u-~v!}s~b+W_>P6yRYg(ki{wg*)QO&?_sdx(!|NLU%u)b;j9s3Bg^BT-xEJ zhMMlbDcXfxE@!B658uS+Rlp+7$-!^b)1j< zt8&svc{TWOG%nhk3uOqqxG^%-=rIk$U;7F=JOM8sonGpriYXhNrOP^Q_%P$umwsIb z7XvU3iRq9Sr;M}4JMai3dZ1J8GcI^WfB4*h+l=4AvGG7bR9}@MJUJIhNxS4XmDJPUtvP`hwExUlZbcRRe;CF%AIFK`KZ z&7Cv!w=R@6&cWd9alX4)HT?^Wy|9WY40U2&kzCbZZ9er2LY1OcAV&w z?Y#_0nx8{3X&`Bera>QYAaXmO|HJ?Hr!_1*)UG6l%ph3=Jq$Ui$O=yeYY_$mY{e%d z<=N*xofu^gBcdU0BlOhc7+`AGZLy%hAs^0~rV9@0MdqUGb!Dnw24kV z1S7No4P_TFL#K%rETHgsJ<6DplG5iC5x!*sqQiB*^YKyl>~iY#F~Sw)m9kHz6HoS8 zsHU=>J>8#ZB=tjK~y_)Y;c9y|Dh-DcX8== z?pM+0uZlU>@mr(dz+;@4Q992!F|qre0Ol!6V{B9ZJshMY{6a+9!l&A|cxN-0nnnza z@aVl53N$tbFlz&GAEgdjgMsq`LhTxZDHZAMD)+#}3G$ti;`A=KL~F{gC&h)&%pZnJ zI;P4Lc=EleEj@!2+w3!=2UXtJCt2z9-FYeCmzf!l!~UIIp9WSLHSLzSc45JUm)d z1;N&;paXn(f?)Tr2c9~MDWgs6fOLo)bIfU+l$7__(mHXu&UgzD88fmbDs`_i7dX(r zazduaacMBqW$$zCvu}L5I(>b<+Kjt1#(t&_hF?aXkP}$~Ji{hfT#LVCT)L<-G{XLP zm3(xV`Hvn(-)6<~`v<@EJHeTK{+Fv?{`$+dZ_XUOK8h{0P`o>V;!r8SWMj;!TVO0Z zQXQCadaw+Kz!b301t08$@o^TF<9OCNPJ85))S*)KWZs-@89cbF9r*a<;DyMAKrIjH z;9)>sJUTVVrU5AjQ?*!LQgR2l{!!vYTXqxX6*jikMI ztD{6z4xO>k3ZO$n~Wz=T4@jkx4!~-IC8fK9$DPeah-T%~TosyAB(3G$|MO zrZBIs$MK|GjII3L76w0X4`15w!oM1A#zvjBvShqF=jpS&uRO!UnH&Y8VSSR5xDbJx z(q7e|d!m&+-Xf|hYyG91XwpUT$}7nxwgM$ZSVq~!Z(Y|)*&+P6cR0p^0U6EvQjDOrHvtS=k8qNR7z0==gs1`IoO_yX+#^Z&pO+!JNB? z;#?-G7kN8m#xy2p1wR>^w7cH|&@Wz|)mGYn?i#$6PUW0&X7LlcobBOrbi#jj z>41WuylHl8B!ndoG!Plyt5#z zC&Hz@#}9Ryx^xH zN8lU}?$PR#gY7O{b1D}v_h}5$@&4B8v!@5Ek8@92jd#|0uqbVx)(r5D8FKp?Mf|q+S%dmlL*TwdXWKyQ{>>HxJ6?W%}#J&@Aa1#H%;kqL}VK3*=Jl9$C=~W zPCuKm%HWt{m^g&)8u&l=J4(-=3!X&r`{pt6AshW054ys#G^#)D8^N73EozSEyN z9h62qF^(|}_qJns-%x#?1&;5yKCf<$4VOX+W00 zBA8NtG6ORvd}$1`N;mxa!S+Vq87>ie+RR{NyO;s^pm=1PIHe9qdVP7<`V5Wt7q2cm zHPY-7=LPOl5&uikf?>99QPd3GWO0z+cxUc(t(A_s%2pG#4j>+CI48~;)R}@Zo z1#O>3UOb|&PFP-?BIAXupmOyt<1t>(?RGd-`5@!f)-q1AjBY*Kyt*d$;K(~;#{*SP zDF^oatkE&fW#w-jr@YaM4ytpS?}a0MT%l>&-P@eA{Y_VpH4d}&3*Y=`w_BDNK3O|3 zdvYBI5njn}8tcD0NvR928bG|7KB~{~Wt3^1pNyT;!8zmPqHUd*)B`VCh&+2evW6ay z(?0{npj&vw`SqNEohOr-vBjzhC(;+2=KMenOzdi%$ z>OO|$;^MNriZ_-iA>}iS;#yRR=3s><2EK#LHO>fKwcw)Jfba+&z}K8sJB#3%X!WljACc2%hrC?!1xBM#%?1wFNvZTHPgRH8jD1Bp!%v7T@63#N_zxn0M zM9DM7BjtXTx)bm%GDQaC=+Sk#_Qm;C+K5if2zv@&xD)SLQ4Vh3=_7a)TsaU2{{iNc zZ+_Y-0aJLkR=>ZW_AU*vvW5oYnrYH?k zkf<%~lG9+P_kjQh&6bBJ$UoV_d+>vHmF@3;^ZAQshkKJE&wzPv8Z1EwP6mJp5ZtLW zh^ZqBE_M@bYsmHxg2m9=7B+*MIiW~)dJUjy&;SX>`L(^l1UzKS1@jr^J?`F6Wag1A zAWEGWS_`cH&A<6+;UKv6DEm3y;bDk!u(O?k#RJ++M4G70sa6&}5Fm=!LJ^E;#i`7K z@7k+!NIl9zd%QKmM7c5Ya471mV$V%aO7lrLCsnHiCB$f9HbQ2-K^Q8`1~x{+TqXm& z`DC6}CnBMEF&rGc4YS>a@J?fMhVV=)yjwXY_T{;i<+)}d+s&+oyoi^19%W>X$5xiE z6^K!DM!b3dnPQl^P6xU;Le_kibpBU+QbW%gyU^!k&$u{5gEMorm`3Us<1o6EGN%P? zjm_M+aeieOLoa?q7g$n~sh59+mx}ah%y=o6)8aTlo?k5*#c-SwTW%d za!!Momyi+e9W+QAXTcTvJ3m~z7R?!_l)XMQA4zNEXdH&!wFL;5vS6C_hv%6f%GS#` z(8)ZYa$Y=PZ0%Q-ey)>C?JD0n%DnS0;~octqT=W{n%DwQxE^IiK-bDOd7Ce{lU=GNEA@HTsrGM8NCBjqa#^_V5VYj>(+~~wyGZuC7(a&-4h8N(Ee4T~1 zS6v({ZpeG)udFGBl0YbDzPX$KiGi`0Qpdt;TJ142tL@J-=*U`lKK@*|nLuc66{;-S|3X=mBM_pYTrLWY=J3 zWEw66S8=x1JVdVH0e;ZCPKH;?k~egOmW}Vlpo>DJhosb{YVG~zX{c=vH-ckIM%O%m zid4MZKcIOTn8{p$m*|qm_9#*L_04q$ApIi^(uE}!_v|K$e=OBL`xXI&D-I41dH{`+ z;!chaGr$L{fA=Rp?P4N^hN9Ywl9S?LY`YD}2}cpw<2V=&EU1?iII1Al#KqM0nqALd z(@cae1$|$b*gPaHkK*Q)klr^JX|1RSzui6g7e>%HRP?;b3-|1YV$p zEW9!5&RqSgvqWC0>x^OyB?_~E?^T5IiwL!aYaZ6YP+ML4<=NHhRqB12`@hcjU!7j& zGiCFZPEyu_KxsOuTiJn&FjAe2z(qi-EFVilPWt!zpB+W%MYzLc9Fy_DDIt+q=$7B= z)(J>EJmHHv3~>aSGa!Z)!oBIcMl}3b(~~kw z3b#r+<-m^469t9V9p?yOjfr;iX-vkFe^uIJ?7%tW9zJ8JK7^0Mx9Jm0a+aFqNIh-h zy$8VoXM|z2RfvPt)6Bw$c&FZeuAxzyD4zAnv0_9BzKD>r%1{a;gV5{=81o<6QMSDu zT;Scp9$3(Bp^?nO!^pd7w?3yKW9pN@@>>9)EVwC{9^4Wb^g~8%q0xSwdu1Z$b*=+j zr>cAp(=niAjKg3YDcUh`u)q`u3lAE(&!NB<8h2fxW&E;V_QQ9PT<*WQ58V=_TA?m2 z%#dG2M==r(KB2S`Lb~=aIz={5MvemjE)Hzdyy*n((7q88=E=2X&b+)7+<^@&lO@XU z+;27_zsJEFL$BNwr#*C*B_OBe&6E>;GcaGqkq?SGy(StzJlJWw59nWm4?J*4UZln? zHYV3}(XT!~jShai`u;aRYD$+roQ$4@eqYavlgCM8b`0@9uPaNs`-dXc0^ZL?x?J?x((owAX6Tv$n)YO*D z2?>X1jv_i6BOV{UL7(8yu}x@5wi~(U0y??Io+<}s1PaPBzOiEpD$gcA_?Q31k3Ikb z;{o1DH-|Bd&Y-OU4&ws?LIJlO2BR$O#e5Z}!=M_K9{<%Br$y%BevEY(Kwr+D1t@_v z->|v0l?aMQxfw_|M~MUh(taMsVh-Jb2%LeVgBbh}`v361|5x3jgqj$j$}vocF?Jst z>{gG=WZ+k~Hz96N2pks8EIwe>jQg5lxea$aWjG=U>r`l8f$ju`mi#(mF)9+8H-H1y!{>Ka$vzg_+Q z_nxor-^@zxt9YdZ362>s^t^b-puY(o<3Jtmtlo!D&LaSggaS`Z5~Yy#F*73v4r8Yf zM2ZA6|JoiSWt@cnG{zF+;}7%8_(4Q3*+c=B!9xp1tq&x~c<;j#94CvJBCa?-Fz1cn zX{LSV7r<)hT|=u>SbcW5z1mCnK;SHy1_4XA(S$c&C0hH%mzOp6Cr8^| zg?$^tgP!c{j`+J62z_;)G(b}NR(@MeO(|H%QF^7# zIw&cG4i~w9A6eA@aYCS-$Qt7uWCg#nZ4^=XI+t!mytlWjJ$tZac!EP|ZgYNJWR~&O zanGj~@CI2JM=)@%@#ZGwhMq-XzSBdxg#!^y)57^}Y|7bV49^z#y$oL%mkgq*4YDrE zv4}JOLf_Cd%|41A`ehtusqFpG!rb~yU&KiC%!lAQo%&;XxIY}n`{1&`^d5eukMj8y ztQlK=SilKZ_vsDU5Z}QNEC*+kRrvBc#>2U^8RN6i|0rsaF8$@pi?sD_b#k~H9eNjD zaG1;0>NdL55vNkjXl4;H9_`-x@bWLiJHL8;wfe@#N2?$G;N#VQ`kP-Cw|#h0c)|oM4&bxIOIHR1!tj9&wY@sd3AHY`uy@ubW7R|3{Iv*8z-OH$z&VW zb@VW}Y!Q2_6}XH25ZN-rIu)UFl-o@LBl-~xmG|%?{JjsrWQ-$)f$%V$ zMW2Y!Md#+j^)-CDe2%kKT^-&~pxMaOK_fhfZbQcjXy^nBY6S@3HSYiZzx!XVUY%a7 zK7V!IsaILj*ZIxS6$Cqj-QqvG+H@nG;9+LeENA@Vrzf!$*FD8hyLeWBbYHp5m@>}l z@5nXhjxJ@J1s$6aGAJ<~Lt=AqlCs4|V5BQIe(#6hebEE;gA9gQs^&>XDrF`;W#9x% zM_%spczN1@wV=j=2iKQJtYSjZEG66n`@=1ipHu~7C%tk19)pJvVX*G43}EVxp^iYr zyY^i5d|mzNPyeg~>Oj%MKyX1`^}zB;(KQ-KKRu&2;9@ALbt@tv!OH?X%AQe0w5E&I zPs6r%VGu?Tu|&dB-%{XBX~&cM{PZT?Gmq}Bk3hAeUV6Kpos@Rk)&?YZD@cBKMSboy zYK~W@UuEd|Nk`3&3>*Qvz^F6F7-XjmQSFv5(w6so8KOlFI&!gEL;IE5&7ZTywSpT%#0u80TMyxsX1U(H0z`?w!6o`wXk}E@r@_6&gK*;b zWqnE~+ZA&VMtyc-3e*ms;4x91#Zw$UI_VCdrv0!&XbcYh!ByanJeXh3(1MS&Pp3r( zDKTqu=szcX1~xpDJ~>N8NUqUHUH6i4aMbXlt8a46w3BR@1*oStqyOyhCkLIMj@-UU z-*nzt97OZr97o&TzDz{x$XyQ^kqzoL;J)vgjWAZ_y6Y(4)pw22Qckec`SE&0&Rq*;;h_;SaxG zL+gPm_(uRJ2+)>Ah;)H0EJvE$>Ju*6Kik-X?gY#Gp}nkE;Lez3Gn^qnH_(ar4oNMT z)ebqwKj6aeiNIWo|eDG|n2B66{ihn3vF zNpzi01CS!KzkPpyfAxR#&t=V@t_I*@*Bfj;mD{Uxc2MCdFRr|F|ir}R=#Pt6kO8#B7$eu7^F`T zeHB&SO>IR3=@V>@`V<*#2Shj|U<8?fFROJu@7sRQ4~!Z3@&^aj8#vp%f~pPCeAA|=3o2bWdI0ee&Yrcnp(_SO_ zv?T)M!Mgu&fihTs@c3K$7Pz;p^B1dI40;)YwaFS$fQ;tC;wgiN4Zj^j8M5X(U+ z*^XVUt8qEU)tqj(tN*&yFaE#(c;~Ky`K`I$_nq@;MnA?go@YK2O=o^F&NaXqH8mw2 z9x>KWOTQR`rx(k~%>-^aJ-)`Nro+;rsmgr62v5)S8D;&_orC42cG91yUODuk$K*m* z3t!PmVAUWf^dS56VjR?~I+DG>Mm}c_I5Lv^bfBZ&G)jK8O|Q()EBxU6#qxRNK>+{3 z@y>>?RS zTpj}~480jyNsL@Nb-`4w>CXsO@F4huFxps9>Y7Eh0xS-MLn~Z?pB%{k`HfG~$#~f; zgSG-Eh3z8BAn_n0T`#uL_wAi)%e}p;%e!|^x*H>hWG6bW%cNrl4>Bfp>?0H8&UK?$ z#(g*SWoj-(y!rQy_fMARvA?tFOkj`0W4AdVumr^7Kn^<(P6pT?x{&tigKcx|N73v_ zD%6381`jSc)LAS#GBvv0MWN&)ZTASQ^u#~{-?a-kIu7>o4!r{(IYSPn#2@~`fAhcI$J9Rh{Bh(cw)f1oy5ULilHCR<-8XgJM)@n5;%#|wmOjFw);E<@9r>|u{LqKC zrW2_X3JQcV2%r^iOQ#wII7VTKdGH#nD5zAs*CuM*%1kk&(W9uzCKDVtp|XJtCnh7% z6l2O*oWcoeUqHdoKtf9X==d-M+FpL;AOA|>Sm)K6zRhP%P~fD@PtLtV)++gDF;p)r z{1$|n8}Yph#S>t2QtFFu%L_Ebxs|PV^@rsbdeKj5Qh{vOZP;1ZPLlftjFkSkjE< ziTd`T;78%#3lpVGJrDlQ$=-4|qi8!G)iG$fc-kl=4k@@1==PI7`si2+F(M3iQ-%>N zd`giDdq^30V{jQ#Z7CB0Mi;Qx;D(-_%jOW*`C5u4(zcbT70I3mNJtqvOtkHV4_#c6 zj)G<)@ocEse*2Nl6FVN zh%tweATEuNM`^bFYy0%C1~msGRUAT(j_^0%8;ES~;nCGJOI|1FAumH;jt$-DToX7`dMCPic&H-UI3~-&_>3_=k4%-8U`jcI1k*#MW%>a(e0*m|)CH^m z1pL0klQAtta>2Lixof%Tf%N?1va=S-}Edxfj9N)vvLTqW&xbQZ|s&} zqYgOtIX77l{#O|wNPx4!rZefd(U_5?V5g2Jc7ZOC;OaJ-hi~M>bLUsDY^F1FymPdd zavK>BJ=Y*PD3`zMJU070_9g)d8=Nw_g3Fwoj^KLio`q?Nr&DH}umK6#Rd+Tci#?3) zd2H5O$qx4Bg(3zeY@fcAvB=oq@e3QuHf-9kKY$mvm{MXteV_WdAGj@c+|D(6CFuF! z?qMHIweay)es_U%PPWZcJL=yKJ)}eC>=C`_#EyQNv4i69NY;;J#y}3*S+823n z$`tc)qKtVyJsrh)HcgezU1L;@P?X0c>2*%`MWP+Vh&iahQ|CU?6XNgg9fX*6)ft0< z_`mv(f3=Ee)G>1pjM5+jVaB~F8%{dT#=^2$7&fO!SL(*~(*zkcuA!zA6Bs97;J{gP z)LreK?-h^(!f~Su@a7Fc`A*0JuTO7ELtvZcShzvpy>aKuw+@%12#j}#_l;%|Ty%gJ z9L(R@FhV~Wv_)CaHOd-z&NqR(vT$rtQKkb3 z3L}3S8hA66h|@cm3841TMld6FXGHCBJ?{ZVA3`ZGxCos);@QC0%m9msU*VH^T#mah z69^q;eFSN)RVj0yBZjAX0vkrh5iuT~xaN$(nDp2Lam{Lw$-v$~FgSY6tJUKSwiUUf zNM3GXfm!4*a8U^qW!=3Pr_po%8pQ{6%9LX5S7t=InsRBUjw@~B6Z{xY0YF!wM`z&H zU^jF_-%4iwThrp`*=N1O1JfpgJZn&-v;FC(8GztneE@?`+c<2nb{k*DCGx^?QGU~6 zzS}Wu_}*R>DSWQGhMqMP`7U_q6jMHBFC60xWsg?lKJuo2dMOh^+)P)@^Yatn(vz;V z&v(4@OfW}#9gh>-K98=EDLNI>lwJl599IodV9-~ccIe|kIbZRGY_#39AuB}$)Rl(i zC^OsJ2REjz>3E=V8vd-V8O}s7UsY{;FMyhy%i%kHb z|6FI($)?6;s&3$R!FN(dh-z1Ibw;^hP4L-k6I5wyrCU?(0EwJ=3!;%3xfi&0VPneS z6?;pEuhT8^m%b{GktOuz%6chc?VjyUr#VB(WLx(qL=x2i$lDrgz@G6@0HP zchdH^zIxWZk|Uc&+i_4Ja_Qt>jcdPl(K7rB2OTY z0c7#zYd`$e+Rg`$pJa6Xba`y=`q0li&dGxjxGc3kq|oOLe5SJFQ?_@yX#AByXGZp( z?4kqB+|Uu3wDctab-n(x$VRWyi8k1pj@$!-0kUj>t<2d5v;pVUue^KbLs5eW-hwd< z?=yW2dc?FT_uSXERjkC?=v+$J<7%CQYrlkG=2S#48gJe|o!j4?v0{@L6)7Z9Ibz(n zo+#`2vl>wg@hpsUZ{83Tqr9`T{Kh}|)#%AkR{J#w`V7o9USR@+EV`4*^o;m^1f$zH z5_ZhYcY@{-J)30Qjqv#-fbYcdir{S6FPd|W&^e8&-^sPRN2!xf^IRtp6mzix43XLD zq&RYF>l6upHG;gniDCpc=|In-V>aa}or4l=q)+RNLPG{)HE;}jM=YUJ=R@m|N5BYm zZU>IQ8C)B+$7rsOFwNEIqEU@c+Em9iWnSm|^Ve}o8OquAvL-2QGn#rZx>1gRU4k>( zy_4XCBQ^q~fbj1^vV0e)5IWz{15R);dIPXPq0iN(ZbvTRBbdkod_Xh2ery4;27}JXU{sH zr(Z_YJ_LdhcqlKc!Dw4KP0n{>aNL70IyJ&ZuT4E|fZeNwIS)H)dDKWi=q*!>vDdt! z0e&?jK|uqHsSI<`Cy_(zBUXnpDaatvw!@QL?RB4PN?2*5JJA;+vGQE`uX+-&BD+`0D5=F

    B z@QobOmBGKGKi5JBv>;!C4LC^Y0$xiU7!;SZ=hSEpgARO*B?~@p8Za5LkqLtUvT7tW zYZPKk;hP2-a2wDxC7y&GE@N$!@X7O0liX$QYMicfoW^ntwr6&U=;;n6Vd z8O&J2V8f`VaXe$gW6#lkW0T305nZ!vx!yD}CljKuIo3mQ6xv3Iq5I${qhM_jo8Xbx zTd}Pi&H60&DqHL!x!p=V8-?9K*_0DJk~h4gk4^RGkKIqx(eLOm*(QG}-^YP-Pgxle znF0F+9L1KiC1jk9_YQs3g$x- zcG=^97Df^Z!Rb36e9(-jr)_HGbI(5Q205}QV22m_UB=dF$6!hweR$EB>+ozwDfO#Q zkq2wm$jj^3vwjBb?!npP&e7&c>n9lT6qo>yE^D70lRGrL`sH_Tf2c7lD#O=yhIwyZ z*>Y}niSyS-RT6bqzygfx>M+<$@_B^F{1U+tj>Q167gb~e<*hq}2yoiv>@mr^ zYy}ZVF@P7HcbCe*oSo%2f9=;hkJ?d6jvC9AyU`q4Bm`|KBxaEOzsIvIeju9qEGc0TN|;oTj14bbdP!U(gp>B z3s@N+W$?<``QOMu4N!Qzv%i;-ZX8Z@M5?dzsHxG{tfG5Nw}q@w8LS58L65{%k}3m zo_YdzpEgJX#sY;YhD;U+cg!_zg~zS$fsMX~x8O*V)wk$D#WKe#&+2Ns zBhwf!v<0uT4zzL#&(Q_#D8CwIQ-I(h7eVv<(&8+KM}CNd^%{$edMeTke5LKi7j(cVUb(?jp|IL`U@S>e|O=m&<35PMbRRRDyw#6m98{ zHZ4fjr?mo{8@;qv#v^>5sxfD7fwTp|>eL~Jp7f&*kM3OxfXDH%1qMQ0Z?y?L)~t%} z9w8Ml;HL$8d+^&4IMRrW@HDSo7MH1`+^rwFWpR_pso?Ty*vyC zWc{?OKK}VFVA+mizn@XHH3nBQ(86E(<=Oo|-hp)FME2CQB>T`zQ`&m>gZENCfkc7_ zFTi=3fhgHK3f77MZ$sW8s*KHTS#9wt@_^B=fAZ=DghL%R? zj8gQs!4yMp+G0DS?PCF843iPIObD34-_cL{MwA+8FeWD23T=RI^vxJ3-=HbijJ#b_ zO@H3iFR0Ku-s$iS zw9?;hV75yZhpt_?(TzIa)E_78JBOw}W+=g8dT{jYG)b9I{WNl&i93;v~9+8~#X zuIULlG>s7^Z~7;baB#38o~WraPFYiA;pEJduI;8ypB_nowXp=J$$-+`slo=VfVU8 zRRU$-jq=frF5sWv))-lL;{_+mbwnT7!)MoCAfmQ zgQ9#ArklatK+Gm#G8YC6=Gxb6Dci0Ov^|O6xO?kxxxQ@=6S5Pzi*mn;J~zV`9+8`_ z7YTjvoW9f5M^6Js=wZX1>*0;TW&SM|h_c_OvDY1d`7USyZ*UBX%eQ{?M=EdLsUTzA z>_!Ge29j(}SF*cTJ_n!p8rrcA;yCJiCr8~)kqtB_?r9~y@K*37uc=ts6xi}Ht4|Uf zcR*43#Ov*m<^0yiWq6ii%hj)Z>2}|Tj))#LV;szZ8vZvm5Qj>MNFnA{@B$dbICKx) zH&V+5YE@?yWCih!4cyPM}~nDma;Ohe6W3U*%8&IJro6=x5h!%)sC_ly^J2ykHC(hM6{Wc4=gFi_@E0IWG%qlNIHsAUZvAn z>=assk47mBo5x<7Nn+GePyZh8n2prlWIhl;K1s3Qst9Bv&8xB?HJIXLjn z9fyc`ZA3y=jn3*si=Q^7B zkfJPoN{fYK<*z>B6V%FU@RIp_Z0MX*XF2>9gmwf}qPsffIY~TL?|I}Fzl>Vh8G7dt zA?y_F7AGzN32zW$3 z;2WBNj}5E5=W9?Mr;{7iFN6Dh$6NEpw|B31&eup$A8bhNLE5;+w#Hs^BJ;FB&a{Xg zO{1re>v0gj^ZOrH-c31nQCx$i@FV!35gh0s{WLH*i6fGw?Dp5O1+zX#fIExX_y+QH zoN^sRM4n|A%sszz>tNYVTSl#5@WQEeM2!~PfkCFW^a#ABKJdijb8w!ZKeP?)ZpW#~ zT(IZr3gXZd;XL}t!ODQr`Tf9XI_SF}-H+c$kd+a)Cqa4yNwyhp1U~o!wyi6k;&~RD zhqeOz^h-a7gEj<%&oAQeU03NRQ>~DIBk&?%M|WWoqg^AA>m4!XyTvuGFkl3m(G!XJG{?#CRhe@Q{@~*vno3PY z_q$*wxX*4-oclO=qYnLexxQy_MPnH3+0^`B!=P2WYjIE(9CqZFlW7uxt&9|9avVl< z3GS{XTrhzQn5j>&@ zC1kh&q)l^n;O5Zp##q`E#^`*_Qp~)jxk=RpT;t%-k@E(vvVtsSWK^VG@qjS|Lm#C{ zAL|yR^Vk)1ay?%dK(f~@cGHdk&f-pVrXyg`r)JQiNY?IdEqjr9BadeZ_La4$u~HA7 z&@*3)XZ1bT=+NL+bSfWUp`+we1#szyv0WX%>owTltShqljs7@iTZGFndYo9lvPqppP>q{U|VJYGE7uO`&am zB0AJI!L=H12yioig~)N{*Ao-~Lz@=fNhcrQx!uj~MJRg*hZW{u|J7fwfR3_F1T;cL ziO?Mb=25xpfempe@v}re!MhA@`QV5!qR(0IG=`TUCIFu4_C_~K)|JVamIfFcQ5|Lw ztkrq@xbCk%KKGLrAiIl%*B&EEhwVdiAX=JEdstQ;L`PD7);Eb|FX4)cz_|TC; zm{~^%hR~VdX$x*mW2G&hu7lUfd7+s_Rz4Y=W@4fcj46Z7QF&>N4Ns)xJNgJD9!n9m zT1fc$le0$VVDpwCK^iAeI^?9B#VP-rDMvT4uE zp$ps@=U0_s4H|i(b#B9; z$b)GJav}(Ibn#i>W8lcYN9Y(|fvw-=QF!lN=pOf!-MJN5)+|yTa1QjPk>vRbqyo>; z@m^{5N~$&R3ho_E`RCx|$*@)UoKddS#xO`vLemK{hdy}8xm7=cvodQIq*EdJoni?r zM;3iILf;B4Z)GHfZeDm|g|>F>64$jq>Gw+LW4;*q$(w-)`$i_MqiKdR-|;x5qmyy6 zr{^*7>6g5uEHc0!KJz&`2Nr=gJ(%wa67fGU$d+;Jcxi?ES%&Dcg-8K@3ysfH&u(uP zIqcdVX_JcftCOmjlgVL3V!SYI)I6d@zjtC}E zTUeh@vMexzFMhFX`fPR~FtL3G5#6|^Fc_$foo!Y!6d{M;<4g~4-|Fa^zmnpzHn5U)KlQkQ3a7l9K5yrnxhc*JQFnHBV-=zdh#LefxUxx&R8L^Dj-{~t z=CA%*zf(ByFgDXcD|W5n37k6aqaP6nku;}4c(tbt2aItY!KSRX zeQ5-ouN>=)Ug9*upc=B4Q)~=t7cwAhejCj){(_otu=koe3k;kP17k$Hrra61;t_;A z-whUy+$cLFu91jLh1M3=ML_~Rqf4=jP6A3D75Mxp?E;4rOoYx!sk+KGb!r&WhTy7? zQAPOhR-2sVqXcVS33!t056)+#-~|vI;JlnAuthGE?Wo^h`s;!ea5#o!B^10T0Nb23 zF#mre+t7$pRnK*FWh6NxilMcxye11_fC$^8fT>pHG&SNAtUd|2vfYU=u*!=_E0WcD z_BHg#8L-P^iqC=jl>PC^AP6MZ71-PoSuj!pAG*(!j7R-M?GvzZi00$E|G}wU1!r!u zkF$h+4`Z~}M=BX6dq*?eMj?zBgC}!kl{RPc@JWnZMg|Uf-e6fpz?XTH<{ksXH3 zXB}kjqaR07ZGmu3GQ@B-01EvXl*(0{L}`~grV22`w!{J=Jc3&nXa#rrAZztD*XdXn zxkg4`r*Emob#$%$b>k1GKG_q&5P6xvXg<5JF>R6a8dz|o4>0MItl+lm`o!|;R*n~AHqvTjJ}VyBbWG}#zC_VT+my8D__9IF4hL-d+Ctx@aOE5 z;e-U{@Rai9Yz6i*rxv=|-$MXn8k8MPH~np6qsnW}i^#n81qs!a_?rd`WHPu^_QF3r zp9}|@Y;14po4!L2&#QY=CHrNQmv?R-F9)$r#S&uqM;^$J_}4dqHdzL@<#+ZfkQJq` z^bWlGM<4aUMK|4@Nke{`$s$I`fLt~Xzjas4S{9oQ|49+jahfsgM7 z_tkIw(7PX=rc)y+40q^MCC-BoHQI^5b4VCH8*0oOY-(7dNOiX9RJ#1Y+h|e;pdxWd zGWxqwtSeUoT$s8WXKq(1$D|`HmJ6d|aE)AP_p6tP@_hOB@BUteY&8y*$Ux7~i&_{i zN`;UwnhuUY1UW)t)B$b+OECL9W&}f|Swj$F7zt<-yfx5uO8N+FX~XY`Wc$ZJ#>P>_ z%=e~~w4Lu#G=vI~52H{VsQD?WK3lQ&ImysgLr)U9Qv`}WPI3$bBXOPx*x5%;f}_PH z?kfwH8S#vx7DQn#sNh(k&b>ZX7TVfm1B@IJ$K;+YghzNPJi(9o^tWaKoaKJoQAZgWV$i!SDSBxfms~dB z3Vj@n&THTVc{A#F_&!djtv5hv5E0zawmeKdJMA%AUY_%v&z~-z#S!1{i*qbEntc-d z{`k>Z4CITxRL5w{3wAzze4g)T%V+sC%EIrbaV89)x9-^_hhrn}XimpO^fUUNG$5Un zWwIv(oj@l>YIQzM;{{d@z9Z1!s~^T!8Mq7V;8gjJF(OT#3bBaDcRbPe1kjvT0*U-* zE|@M~Cb0MJ_bwXCb+9RfCv?szMF2%kRwqh71z5xY?-^&fdTp%NhnixM#Q_)n1}g_N zWpns12Jh(c$2pV9I4|GFLjM(J7-NFQm!^LdcuA^HS&(^*cFje z8>*B&(WP{X2f1ciPdb0yc&0mP2G8!fkizWMu{VT=`%)WGr*pYS#vFXCKyLqFuktLot1jlcwH@rD;0FL*2pJk1n8`+y z8+z1z79vNT2KiH8dH2J0Q5&O1z&aNf1%Nz-BTN*DGk6uoiV8WZg8;!OH071+owsE` zQ=jloB>gsq$Qx{)h1e0wYf;+t(RsRj?j}O@oZY^+uic!NvE1lq92GzV3z3!6&Dd<{L~{2qjG_@bG|sH;0Mf8zl=C%wKb8=Kh@#-zpsj=!4O@%;;WvsD#c4 zj8F*82-!RjIq6~<2BQXbeW%DxiBkw=!Z5-fpVd)`sNAT~YUif*A^EWf>*%oC4y_! zx<`0&X}OX5oDs)JkX?Hf0ljq)-Xthtz`YgE=*x6PomcJ?RtC{}1tV+llB4tH(A_3aGFMjvKdIRd z%vQRi+w-)SB5fPIbg!Eng=gkVwd1W}MsCdx1iBQf(L-Ojf|X{0+vsUVMy9>SNYiN} zNB!krd?e-WPEIU?9mR18lufyKQmXbU&Q@6~z!9?ne&j}Gj2+31lsHSPfZKFWr6>+Zj5}6z0cq-boAJF z2a!hWBVT>@ zL!t~|`TW?23Y8Uk(gGOC;ao=enobS#CYleSGI|zm5jG2VIC0FMg%b?K7+}#L;&gd` z8fP#l+y244DizXF?hM{|_70YR@DKiRh0@3x6YQ;9s;57ef->8@<>W9C zP@M88QWPg;n+2e_6f&C1kh#yuQBd#`6pvMyLkFjOjoMhj@?Jd(ura*p6LC2(-x&j& z4G;*?DuKZqqZ%72Xnz5&fDwTeXK*D zyD{_>Oe$0M08C!>NtgnDj^T^z3|<$yF|fHN(iP;%a}eUyNiyjD3|u}PRVaw0v=86W zyYdw4D8SmwZwnZ|NG%5!EEAwfbHdr88O)Dyr>R!6(|gz)*7vm^Mx3(s{v z)1YA1*hGNS{y_qN1A!TF&3*m*8<}uDPCG57$&8+&_qoQ1*64Af>8$huTUs_(&AGnG zC)wwyS3Nh%$K#HWLX*lxL770C6yFqNfb&W|@i|7;Zv&&rUXBcci|uJ35E!b1q0Qq2 zXQo&1z$n=0mN0tz9XeQZV>B#q!#9q~bz3iUSe*HziwOwuMVg*N=a}iLVAl&#$PDLZ z?Z|4oI{eRLSx5j!1O zw-%?{z{W?+I~YPMfqwXC;WY)T?T@XY6KHOf%dWGN=)yLSUJf6uLF%YJ@F|bGT`ZS- z22bDp^iiDocHc8#O&7f&KjX}Y-ecEh0EmXB8M}KP-Uns!O8$|bEF~67phF}La0X9; ze&?O{!uze|kG}U&N6^aNIy?+tU&fE5ufWsnQ|QtC7*fq5N;t6x^%tQrdt%`nA3?_1 zPjdMB^@{}W&)OHe{v?6Bfsi$64<4V@W{^i231J!Bo}8UG2y*hhTmP;9%1^$Ty z5qD5(C4zk#VUeGCYau8v8cDFk(1qg!98FV#i00>RW7^4x32At*$06q)B zwwK#?@039ns8FBNv$N&S?K_S9P}L~rW}=?|-T(goSmP$O#0WwXk-)_f(s_Zv-9(G$ zj~|OuBRZYM2w#LyBH6IB3cv{37e8Gt-O@E} zQbP3W$R>9z*da`CVE8!`qn0|^&_(3R=oxw4I^2yicyucUC2e=qlXk%PIuWq+kC(sL zi05?zw63HKj1v81N)kGBlaat< zA9M6qpN=%66GiSEY->gN0>3moC6k!oKQL+d8G#}rajT;UJmhLkzYa(nS|qAQU$5wtDPoA=K!yTR z<#V2|7qr;EmGhi{(a6aHC^BUW;X4QWeaxl{_0l0JrD9K4mV`^auHep6};%}(MTgjBSsF!w!79DbTL}!I8H0{OI`gkmNp~NmjeffCSw3Y z^zbJ#pSG`}W6If;508{XrEN3~&7a3Q-oAa*ImIh6a^_4KD}M2tV;lU_-9GHSKkr zCYx&;Q}nZem%*8AB-p#C&R4-~Y|(Rz3Ui&kB&%?Pr<09agW@{Cv;oJ-szt_Ao^3PG zL*rYw4!h9w+Pb>~X(3T(>2f7KC=lr9+A8l*n-hR~P6A9*9sVB8Om^r3nheIlcs zk`3lvW0U?ph4AA)^K)r4eSZ3&a`>e?C(Ao`j+Y0Io-Cg|cwE2XxpJFA3BWq7solus z;lWM=T6W7in#WJiDpU4l*^ZCA8#^7d-VB?ADpFu?BCwhAD9A> zpa2~&LmJA(K?r!z5$ywngT5?4zi)7_auV_gw~-~9Fs^IL3nmOpN3+2X zeI5EDQ=`!C-{@jO2FHxKAi+Jfpx8~#rT&fWn-zG96;i~IL|HPTLD#0$5=5qx(naUs zTa62(&`5pH`NL-n`_Ln3)v+lz#RYo9d$?5gg4WDePrLBwZT~UasmCD&kS}D$sM8({ z{R|z)p5{d^OT!j2J*ucFhKq&#%821v0z?H=WPD^d+54 zAMkZO+b{S+FYO9?I7tp#TWfG)odbH;iK2PRoAe7J3EUFcr;%nrf}?y*=>)I9K&EYV z9R?0u_>mjnqeG=hni4qUZN-vqr#-=WpXoRfIVan3^CsQk5GVMn-3V^((`7o{H3O9)du_0fH3bu}X;x0ML-_%I`` z%gZRkY*}ff^XtF_XsK#)0n1hgZaQEnYv z7zJ;##c)yzbDaz@qqz!|-wg)BETaX#Iogi61D2JweO@v!F{(y;Z-N6@Rzt(6*&QzC zyz`0ZWUij@q7zstQt*l*eh3L+xvmOzo#V&V$^W`<$S0f=3HgSK~^~NF1kxJlfY*SkVj- zo-jIRo4MGti{W>t3&IC;=}hhm4lLXikgy5bs$)s{ zP8Ik}SphTMtE}gQBbYc?_*D*5o(_iG9r>E?XN%y(`Q~=%15YrnYdGQyYA;-y5PbBE zO!#boolhldGt#F1IV6uhdX`)E#8%QDymJ)UwbNtd`euxI${pwWyT?0SJi8m`dMEbv zcy~s8w~h~E8~2tw8JT(+l(j6@W5^2Fh^8-!I^JKl6{q}W( zl%4K8h>r#-WRLvd1>B%RhGnzJ4tk?sOkCt3*aR2fT_f7~i|!L_COFQ4&UR62P@FQR zzG66*?euL;%*(XtXl5p5{P~BV?29eAwMVA=8QBwrIPuQbxH1dqaS%U2*T4VC!!Fdd zPeN1jX?q3*p?lkyfTes%`K}WnC$SA|EPKV7liiVLGE83 zjf@(JTRUh}2@2TBZUY-4qSMts^_6!%)TupjYrMkIA3Jlm<%Cg2Sr{$qFn8j3-j}m*9{So^PEVgU z!V+~pdw#L}&hP#gRfML%av#DB5usqUNGem46(D@|sOD(>hrbQ72;Ys6tSqF1N}%)(aTB^~*m z+hxkkosEI$ng2T4%6GJ3q}9c6#=_sWhfHmDyNE3D*cn4P%<-`~*T20r==d9_o=#Gg3*vXn`T9IL)-3j#S7* zKHU3@rj1JeAQVV^PDoyc62Hu-}Pbje1o;nzFL`2G$FeJ9=2}+ zrlF%CxtWmMR|eeh!dJGbb{4Cm?g->AB2N{R2 zQS%H6*yGpB=a0|()Cf6&uRxFus3T4vg0~rb$tVf7V?V;@+I~*Ev`pEMQW=OCEyI1K z6-Zb3e)gw-ba|HkzW>Q*mC-)=5uTu%v^pCPrxyuqjL7LEe`jH!$EnSiKgp``rh564?Th)G8U;A zoe@$??HgG}sjo*_A=gJ}Qbv^bl`q|^KmbVNMLcz-Z4eP7C^AE?96|AV)4g3UYkAY? z5Ya^TQrFVGURh_Mok$Ndw%POjw|?iJk0B1_5!R?E|4PWFu<}W;8*K+!eG(L9z)c{0 z_o_i@5DEv!{7Rc~lqJq65+Wfi0a%Sfx~zb8jxX1!Qk`}cHD~_oNIdttayn%#9<*5t zgG6B9I?g)qra#w>G8hR=&(GXp*f^4u$%qupM6+gT{uQ?hr~Yy>Anb=OEX`p zpD32f?psT@RSOgDyaf}{gsj((MmFJDqgHSLdo7JbZFX%v@(kv&3 ztWMMN`7V9SvAWhxabjFYS2C)~IeHOl<*Y-EF)_Mnijy;iN90l09J<$7TI|%cXFj!Q zn(pxEuz`&%*ntgbqR$Q9LTfsSCuE32)*tv+IcYGLz8S`G)B_heGaov?$05)S?MhWQ z;})UQCU`=co^SLO`UzV6rfYPT&gfeP%1U+mTe_wV3$Gf~<(d=TWEpMACHe$_E;`Na z@(pkClX&(__u8YwX{xeKRz^m`vlNg?@*SvTi{0&pL*yxNi6h95MO&^ZR|l8xWNaK& z`XP^zMRMjKgXBW*r!QeibwH65d*^pJ13@q@w^hj4vVn0@={44{FE{x1|v~s;`XwtURJ%P30Xr^68 zu3d9qK+NVDMAiP#rRdB>+C{s*t3GXWaE|nv@53MdO@F3^texP{OUxXl2?CUYfi2}c zl~P{i0=&uTPyE<7TK1FA?#C}0d$q>uDYhmW4xTxNnpK5DBQsSK}PrjF71 zs@qcNw=y^e(wp$!VmR_E8)|W~{@D*!(h~uAU@w5rADEA|Hrh>D59r^#YMM`PLz&9k|*B&3v;UrN+uA zDSZkehHil)aN!}mfUJ#10?3kUj0yQcGdvaap$ns~La#FzIUVMjq~aP4r)_v58F=u= z$iib@_fOB4hfi~!UiL9CDQ+Wt8-`dD;<^oBqG^HM?&TG9nDaB&KBIMx-4qii$oY{!PM*W;I+n^=K3A9WlY#Rn7yMbf>yt9{SQ-as$_{ zHclPY8Z-q?aw}l*IF$vrH-pF31fc?HE1&6AchE}{t0U4z9c|#OQ%HZaxG1)T9_IvW zgZZ4gAJ>X5;Y0dwR)t*WW}hsHe3-fd?ARLkklC>hV-rSyr+xhxQN}^(Gxx|VCo8Z) zCk~zb_q`Z!4^D8fekTO2z91gm0&mo?@Mx1v`9wYhx1y!qkv` zNV91R4}*X3(nX3Db~wq9dIhYu>ipBBbsps1qR|di0yEg@j3*!HioF@o;K@^)BMF)X z)Yj9mU#7=6?{VgE7(XCzC-;$aawzqXgN~!CL1ukSPTLH}x7McDp#r+l1-G;X4{d3m zT?e0Fq_UYxojMJ^WIn}HYit%8!Hv9era$rHKb$`7>K9vZewO=jpd=)8WNXltJa(Xy z0b{3x;^@2gh0IIZ=nJ@V8o;tCXnp(WV7YtiD9$>;aAcN01w$a5L2`xow+3G%&{R`8wAXC#=o0#8 z8C63D(HjsD#1H}S9pMG%TZdQYUFZ4!?AhgV>-cts;>z}JfD)CQ*XW4q>yXpWo!du3 zmgWEQ*Z*cm0}#b5!N{iZ?< zU4F0c1J2hPKJBl81l9{|j1(#`DTgsl)0Yi|-SfS1P9=7PB5gBLjI%Wh=C$o1EOlh6 z0ZnZu*j2%S-JI9F1AgYn(N_e^2wld2f}uy~!`OkFAmw)9#HR{kKF66;CG~v(%e0B@$O4iipMAAgQ!!Y;t9p;i33IaTEL!p6G1RT+k za9a0eltu^{mJPq$$$xm+cNOQmehO1QrO4z~WOg9yJ>9O?ai$>pnBUWvd0WoA3sKT& zgRmT36`b-^29Lq+aBTuFjt(m%Ds3ZW5 zj#r-AX-n|J5L%ois3IEzUIzIz#<{c(4B)Ksro}m+gWen|=R;>06taZM`Y@smTE)Ev zB&gzRi5x^q0|9P8E)F?M%R(LFns1EV(QX3y4Xx1(jnJabD3zs+(aYi<{HI%1JnP43 zm~D_{W8C`udg_6r3)0e#-^fN@b>e?VE*G{nMeLy4$~sy){}B%k;&Lk#4lI5CJ_8Pm zw$gZ0*6fPw2!f9G5TJ`T!l|Q6`$nD`1%cmmpI{c_{6|vIkW6i*PS-BL)y>vT&FeBX zaV$9o9nwSALXX@>U$i1sf(0W^^Y}NTkCSnl#ZGKSRI|3!(;HH+9J+b&SD`1ol|>_6 z*g#3P$;L&}?LTzyIHTg&@bHU`Am3xd=rtaP?)j;G@GHmhI%-RDc3Lj?$g=f32*KHQ z3+BLV1-T%N9FYf^MfGG%>2)wGO^tXjW8-BP^v!;eUF|vW9XcE`cr301Vf88Z*fjxs zezq^0l-bg`^VfmLV{3g%CH$r@>NHE6HU+V=2tB9*V6j>wtuab94q>D@9u8>I=%dJ(U_%7u2s5YF&FN!= z`UqGW^-55Zay68aF0*p)>XnP-b{sm#pzWRA{V`0}Y{D?9!>d=r_>^a02&)AjHZAx+ z|MkCB!z3aC0|POPwpx^NpeT${1S{^BIel%ZO;17}ymYTAQ!u7)JhG@#xlyy$ zC{3m{hH^D}6nAZt!x*{yB9ad8nyI0{EtS5=ZeS(5410}p$`}ce13{IbRB1A_reqt4 zq;3796`4}cb>Fq$o9m&8939;ekNH{IaR#&$&tE=^fBF$Ucdm0&&Wj$N_(L4sOIFd<3C$q0!zifN#mQr|%es%o0j%VICud+bbPuGtfE zEW02*ei`T6xA6HLKuV8R#N)J`pJdm4*-jj%(+)TZ17Lur^)b1}cAlkOkNfqBi?lV` zp)UH91$J`kp}|FD(WU};W$LWF4chcf#uhx*hR~O0cr_PV{LlW)|8DM^L;rkvm4WK* zqy6RcPd@DnV%W!{zA9YS@cQ!b@skWDo;7Q!t#7@5T)pz7iS3;~d3f4Iqa5~ow~v>v zzW>g$w|}sF_v6n)7x2*es|}v?A5u0O0cJcbV!6|`4JmVSbXZz!{mi$%^41$-c6MfD zXr5Ermw?(nlHf`CynMyk+z1gvz(jpS-ZO!oDFl??Rk;w%=oOK4i64yG!S9x)8d_sX$ly3bH!I@qz?|Ckf2Z0@R!@>dJVb z$Lbs_`?dD@nM?Qzk1w2Q8UTxtw6^fSnE^pMk3~c1*)w$+J@?DEzyKFIYi|dR zhurJiyZbw`%t4w*HehG#*No&1NX{>-bKv`9haNoX>wfq z1T~EL!`BqMo^!8LhnsTh(MvR*lzZ%B3utS^67(RKQdE3f;IiXN`3YkpGR->IU>O^_%u@0FMS51H4$K-!|b2HeC(xZkE?ZH zxTUVtxxt+gW=GpOyX#}hT|D*7`1IR;`u_wtbPg@Rf_Cn>Kv&pZG|J`ToGMMZ!9hlMa}}$8T*hKz}78 zbOH0f_|C`6^9*9|9`7$d_~_H+(UY_Is)O$H-eBkXi{;b%4wE+c*M{PptLqtoi}t)sn+;@?^J_m9%{_d?V7;tT>oW)U0(c@say_TD{?;|@(d z9rgLc$JKFxf3vg+a<0C2_tu9ZHcpS=na2~^Q({pVvUg!g5b~*v`BC#urELC{Z~+|N zQuWe3c5EYiq7thUMNqZ~ZAv{tWMLEMc5`R8inPj}GE}?Umc;^|uY0-t^MCQ(wvAPk z*PNdpn45p?*!|9*^!f-*Z!tpo6Pb|~Om$XSNKaZ&RCd9kP50p04s+iJ1t$z0-Q=Fq z^VvdQ9PM{wFl?srHt?%WD6Qh01&BUpenkXkPDe`80zg90#UY-NPZ_({_1WzU&*9Ev zSVo8V!AMYo1_SA(f|tG-tS|74LJAD()Ey}THEB}x=LmAC*P6~x`21gH?n)0xj~Kd9lh$aUHxV4FQ({VdNPbbnPf*V=#K=JG{_s9Tnx$ z#yRFM@D}dP>0ng+57*Ujq7QnY0SeTh=XysLWYy?7ay=`nXFY@IoxKFOyR*lCLRuNw&J{l$)3Lq%y)G0ZyOgFu3K)Fmi?V1{oO=&VCzDs{(zd(l*C+Q{JDLvp z3Op!na(#CvP9)bY0!BB^5c1kBT=`9x_4YD$17G!vyX9T(71ewP$J`xWLa74*ju&61 zWWEdjCN1x^w%&s-ke!!l{7KegrCL{UXlLw3Pc~5%yirRh%ZsLND@x$6(9X z<;VWiH`3nK<&)2!gx?8pqmMQ#;*Y#~w!5gt?_EC2fHxKBte~8&`^viq-MG!#96r)M z0icyOxB49{fArBOwVP7vA${tb9vZCpO#Aw4gI!^BZ4>+SY}U0|Y>rl2KmX(3c-vK@ zajGu@3`SWUxh}rZ(I}i~%>t4*A@@Sy!^7PgF$8-VqC#SK+dL41xz*?H7}M{3@;HQh zxx9Dxq>Q*?hceuZ(tF#G$G=YOo|SekFD}AJ#I_Z!orjj?-~XlmIQPP;+(%&1874@f za=@ZnN1x9P%w;Z^bAp|L6Lf%oj9GXTiovOA@^rG|SL4h;rkyH4uCEF_WyjETC2$NN zpx7ybt1tK}LAZ^lDwX-YIx4htucP6#&tN+ARRgbemr@2jM7x@)VaW;pIcEfpPKtvE zqbZJO#qDTD5`n~Sb@uF02P z%=ssdG|@WB7Us254z!2_r5d=DGaAC{>91#h`^^3Hi`&GrmmBVj!UDFT!=yi0$o#lWDoJ-y9$!wUX2e#*99c$m-02whKb_q+};HmEY~ zU^rL$3F`2R%~8*HG6z639Qx&K&B1l;2W|S_2ES%$avv^Wz6h}0kSFE6id0$Kil%rS zR;%I-dgmgX1x0k;Z$?}&rtLbV>8d(z8|1>9@69#^!LF#zKQ^fFsF45gU*l`qUL!IX zf}d5F-M4Rf1NfYRLz#`rTI#5Wr)0y>O3Gcpl+L7y^)i3(f|D{}1h8up01m8V(W9Sqj4ceOnof3Go8+_(Jn*f7Xmumy z^!qB#OVMT?!I-iRwu|qeBl>ON6S^w9+9V~}2?M=U?X&1)`1bAN<-)4)lxv@E<{w@_ zv(vF*P_vD$=i&C_(EU~dD+|@E$J*K6T5cU5Er0lf`+ZT%SKhz3eD99*7|IV$0Admn$a?rOgh6kTLdQ!T5{e$55$NbJD$#wUEFfqd}PPH3G_g(FX>iT^SkYV>RFQ)i)XC7_HkG?&k8n z&(6?v`QYB|);C|+*U82C>>u9>@^88id-SCQiTL$<7kY(3fBhH#E>4t@%?3nSx+7DV z#pqcSK^Q5bV4&N+=H583bRFEBh?RdmYKYTjjc^XQH4Pi&n{IV8oNhG80OXhScnw*8 zuP+{{Fr;sh)r=~QxTf#bi2BcOeG!xz#9UWi^gf0zUp8ems!aZc53UW|a1h1UDC8RR zQN!VgQD^J*&umdt2Xu|JwXc78y4L;)Zmz)&ZB-cuJ~SZ{z?r~~G6e?zZ4TeT-g2AY zbIq?Y78@`Iko+hQHs#TRbK?l~sHi(rf8cQqhQq`BPC+A%h|J=RS{7b{nR0`rikw>D z7)(R7UUABuY0EJ@a~)98zshVKjk~$tz#;X~cv9-x z7$XSY2{gu7YCE@!Pvrtnw4L^vPEQ-6dj{S!)ymhnqyqR{Ag2t{<>jn`M+5Z!BE=r7 zGT;aH{Ex=^;W%r!T}yvp=(DW(U0619$gnXO9`SPQ?#PyLjO4ClNO}0+%itt%V4P=_ zF8ny!;e}6|jsOj;Xe-!gfR~H(t)CjsKi|=$^@3;npb)(m^wQ4CANc#mDSE%S7h#|S z*=|Y|J@dQIny2KtU=5IkHSKhbPWmK=oO_*U?ydTz%sAxOhJ43w+nM@QR6QAvj~fy@3wCxN21Bx}yOD`ApyF zK3T%aqH2v?H;9h>%oJ={)%MMw3me{qM%q{d1UkWClaI=$eu6KYswXLCJ(WjI!HAB^ z3S@2uKcIVe0GPZn4_(QpGSdaw9QhoY2glg(^XRVkftU(VgFb*okRmIsUS&$1!p=^< zUH+Z_$zNVR`}{%Q8pqKd>_ukcV4prYE6t3w4|fdX-Yg$KIPYlsWG@aq0mti*=G{9d z%cu8Gmz`ZZ`)zlM;QrI+v-@g-9XkHOy;}{;%(0)GoFsU7TAzIH_Th3b@?z@S?~gx! zyzFMc+^2FPGbafWIvD!1KlQD*#|N`>+WEz0*+9t5X*aqKAkmR3b86(%4sNrv9AZY| zg8Ud29;G`?ZP|DxLV{phH3%Jn9|qbtvh`!qm&iF^$5sT>R-)} z(hf*c&HusQ{pFTNXi7&=FeyB5(BQBzk8{94i`Aanmz*%Q@F<9=53Jhpy9Oa=8Bfdu zFWg0fx!t;$sn4d0F*(gy^B4V{cb*G8NrtQ1tEB7_!{UKY}`sgd`}N;!%Ks*W$)1R{CH}9i@N%fvFBX zowWy@Zz$sk1&a#Ef8v||ILdAWa>8%1y{;~YlWdaE8b(s z20f05e;8gWFV&3pw)M4`kR!&Uk;{~C*+@ysbDWNjx*~^C!|MwCW>#|40fes|y{2F9 zKpxo{`2dJd&fMv!Y^ELM3wvdk5po?}(tpZu*7SIc^EenZ$gP%lkBpP6W{?DjrNN9Y ztK+HX5IDMz_3kl7WM~4m0#F*ZG@9nbn{^~Sw2cuA4&YGNcQl(SsoTC%FQ2AD)i_hwET2DkynOegPZLDESiW@UFa@`kKl<)R%e`BBeNwEOMFr;19zI!a9oV|}Mt$DP zl-o1%P9L^vwf3d-PahUX|G{@ZZh-wmU%Fjhe02Y57yem5yL-brkR>DZqpp##%Kk|l z`PaYlrRCE&{wML)|RdKhqHcR4?M zTH@P%O2F{o(bMIh{KJ3P=pUlm?tZyBIaa&u7>zS%w&T2==$z58;f-xGZw8Lty^PS( zFXYVcnY*em5M12KL21mfSVZ$SI54Ob78Bssh&=6{CCU_WN^^RKl##qVx2w+t7cXDD zULN%Ega~yUtlgUkCnI7c=Mgmq9`+(PLe24ab!*@=Cv@e8bP_>(k!WtxX4;e8cuqL- zsU8E1#srWt78x_(XwA6QAg0YP<~ajDg~4CSLNRcf7uDi3*{a~@tU>{ARG>q z@r78Hx3= zyT~lONPPdV{!TE^#kQO4V6v7(uwdgJ8AWB(!$Z%>TXgn1_vanhGl~ZPgN)9upiB71 zDXc5oU*x|ASLuK~x&QdIzsU$4zUL99(8VZpFC)e?gPrsV7dG)CIDdBkQ60eX@xd4J zf-ZHu;VJlM$+C(ZaT{d zxQ|e$m5V-FZ4ZfO;j19rl+yFgzc*_fI$H!T=wlbVQ(FXpO<*Ys(_$$k^i;Ly=|L6yONsITlZ{HjlvnbL0_`A3Emk-`KP834-Vh7Wo42tcq z?WEVhI5hhHr}v|eFPE===}uw$=(C5lL3c9<9;@_x`QY8V-52BAasIaRy?gs4guAvp z3Qs&@Zuh~hpZwO>-X2kaDpf|xabQwyn0NUsMmPvDFzLBvIN~Zvu6qY}BkugJKru!k zn$$hx0}QXaw5W?vOF?)9PO89)^n-)_<>1hs#^$~mhO5itr%xM!Q#i(*bh-+wP7 ze#Veuj-!&c-`|^sbe<*G8E4N(Q|>p3pdup;7Ut2Qfs;eAPdU}-oLcJFaA00eINl5* zvt!rm1UifbCpV)Jk&u@HFvL=A^h$Kcu-rP_sS)!C4TpGsAsZ0oO#g%=CZcI2#=^W_ zcc`iWPvqUHgfJO=Hk>hi&=(+3o){4IyrlMKB%*j>uoryrJhfsBtc9W~Rm} zZJ5*STzcpMmr%OAv65IuD%>orT@jXF=Kau@(PB6Vi8LJpUPlvUM_l-m)54HG8BaQg zzE|NEMK`K2m0~*V)6XAOPY>vE=vtnGF=t0aX|pmDotZ^`wh4|yj{IrYR<0Zt<6_%Z z0R)=jci*QSS_>3p5d?5XgcfTyJs%wRV@O_aU0=Kd!V@r7`AQdajL+gs;AVF|x^p9= z4Ry>dy8qyD_#7DA12?BY?gTRot_u>*v(l!`rUeb{HxNl1WNsGmMMqM{sZadOrNY^r!oojY3ch3J8i*M5 z&{MF3iSBC`KNXhOvH+QFv&&xLj108j;7Z;al&0>B1oY&}=?I3UjWN7I0RC%NV8j;N ztGycpk-flHyAZR-5qf>8&3Dj37Sv$ELN4~Fy2CC6W_8hAeT#Ijg`Nk26I?`!<4_0D z-b5aD_jfvK+}ZJ3)uGw7Yn<%_>FCUsNHH^XM(^cS3ZoHx9(j{k;3MY^Ji{|O;T`L5 zUy#4&2|o7HkG)XN`+Roa(;iA>7*Trb4{jVfyUBL2ZGw(#2@C{p-aBHd_s!eXOnEj$ zkOXjla8$={dOJMfYsNmk|Fs`mKKk_Y<&)3jd}HUo`Lz$q?{EM9cb417hkZA^#k8-| z?jOeKK1h(y&;9f_-d}F)cw#GZKn&8JZKG!@GqRrYAANQ|{^D65U%QA7JvlwEE*$Ug z6|b$WmkA7R#bjJv{^~+KUPWV){gv0-jMS!4mPGSaMIoq97vGcW)mpckkU@_P0Z@ zxVp0o5pt9`{oQ}`B*uLwPI7Pg2mjeWsF5KEQeRW(f8pMbRevC{V zYU-y1QR}C+=6PXGE`5jIQci*)_n##w;IP%3)M)7FPW~~xR!i#=PwZ4hb33|A8|E9a z+=dm*N>jmU|E;+#G!QwYJ#PsEn^l~BcXAECQCImqRq7LLGDnqc zOk#8bXF~KW3TQ^oZf9M9qfq*vpl0e+k<$((gda!T5lY%|a9Y=)o0CGpOOVtcHsu)+ zp%I>e-JG2$nL-H=1YR|c=n-RsPoYlb(MZ$kU4UrXJF|^I!Sp;%tc#l}^6E0Q=G$k_ zfl$3|a26cA5e3+_WqpGYy|*moYmFitIq2gUGy6Hb6`fc4FDh4@Oy_Cg8XR7S{xVcv zBGFW7cUNzJ zgD)GyaoV$5c12%|ndu-h;0X>m2b7Lt1Tb_c)TrF*7f;9_dZAG+fAPJ~J;Msf3 zWfs_PL7xGXY{_;=``A2g1il%`z>c@p4K+Lo9@dns`w*}#Ax=I+r`XrNkxreQZgu*w zz0;S0q5GI@^sU*;C|F1Ck;f}<+1msxaflBxI@YU^>&e0PvVSu?NGr;7y`?R?6#^RV z*5>B>+rT2LI*T#GqbqT`^da~(2+T3lcG30J6I?n_*0u60EdQCG|MScDKEA(v9H)M9 zdAa=XSKe=s@CV=hL2UoQ^8P!wyME*4^JmLx2Br_6oGuSC0Q=c*ez08K-mA`c6R7aZ zLO686Um3SgK6_9ZIo$WcGxOvI#WTS0xcBQf&(r>`q@aa?XUr*_>(}C07{~mI5X{J`qg#fHAiBxwVM^*T9+aRC zJoMSvgnXSZoB{l_ZG_3N8I>B%wQSl^9Q=%|(F!AFn!$*{s>m9SO&>T=Lzp(avtC&# z!!;eBAAdYbj?-kE;5iGI(nmVeBVmzsiC%Ry04+|{D4p>W=^CLJm6{)7u>0s!aK`s; zoD-a^5VkWH_|O8cI-eNKJ+kMz5vdUsWlpoDM^kp%&v!{ODY#k!$WD2gk+1pFA}@@&xA>K2ap*=(v&qu)+7p+_ z`tXut5Fmz*J!Z6Lng~wd=TQaZf--IDQ=r3UF!tnEAlJaOeZqgHd%9C)@EQ3_U%>-! zJ7B<{=nJRAnR;Xs9H3(3$Q>Op$`gE@oqC)JZ3ad>M3b?Jvn{fq#(NaJMQkf_E$AjI zWS{)r+?E{-eCb0w9OqUVSf6TugSV^s&F7R~X^V4z%O;XdJPy5;&A-t6MI6pd+nG*k zu$2>iw6PtdiMle5WcyVdmu#YYi3&pN>kZUowb%uN75uet2Kv!;G)Tct9eSf92YQWj zkMPtsrM$qXbIAr%`8~Xh>_;Y|=F63r&zI-t2@I7Fe{56qA^|M9I7uLMxMNc$i~e#y z?P}A3qj&~CZ3^!>W;Eg(u>9q7kCm|tlTGEYO`WmZ?6;%;r!c$9UOE2EpZg2TxBu`v zovxrSUynmSeR{fl=ldTgu-RI^^6tH6BG5VEL;3y5XAhU3_}Z72hZo>kmitf7!+Y{% zU4$)UpOqG?{Nf>e9ws2*ZvYE~q>_~&mfRyd)^v^I; zb|VyNQ$@f}Q9I`!8h}H_0-O|ljHpqfIq4Ytl!2o^)*(M@TxA?Y+v?#(7pug8c9flZ zoS@aVrA_{8)SK^JSxPw4Cyo&@|7)I+D4%kmSq)BTC4u`|2b`;p?A^4?l zBa%kV>IQz-8fmBODBc7CMw=8{xjr_QI~)^<0GE=v)$%Jo=`7dBuvPPOu5#uYSlpjX z$9kP3FUx9F3Uhud@47`;%4-Ka=+}i*0C_-$zoDH+xhSll%qwgoYLz?m1QS`qD~@R^ zjdgk=-_c57GTW`rBC&m21qZfqZqpBZ&{Lqs`Oro6(?w;8%rZnq3a*kH*9Z2YJ()yb z#*QPBp+bKY#0yykM(Np$jKU6$WkR z`*vjd>WlN`2HX<}STwekPx5Y&*nV&qXc$;FlN=oBj6m36&Fgq=M8oz$t#3sPZNZM* zrfuKEPD{6U)1&ZjGOp-A2MKM?6t4dJ%()X^L^k{6N$$%`2|gcZ;43&i+S}`v-Sov8 zm1obMRkj4CWZSe4y)tM9a|56DVbCcHX6h*1%XRjYyr3Cc8jN}&OYL9o83Z+p6u8ML zIN9{ApZ$@qC76?ke^qDZUE#FM1M*VWj44J-0Z6k?`Zz`6;H9+*t_SsNY(+%~mJW7< z2w{F5=kp{&^dzHhJHOq#bGV$uQ8PRY%Jtp-<=*Y%M#HD4PnM59ebV%;`tQASd)dz@ z`j>w3KN#f-Gn?*CUj)exK!k~6as~uYTB8gJAfZ*G>qGAs4sHw`CFC%qR<|=6r-bJC zrPOW*zDWLJ&)v=wg ziEu2PtIRd2?saN|p)?nDE$tdL5lFl>s_&>UWmaX9NzmWJQ;S*{*n!c(I0`n(SH?SS zaX{MZqE0x6H@oQ@4sc><7=1*uP;#YdGZXpp1zjl@{sdNZV|d+Hx-WRh5A;^)JzG9{0ZxO$;6!GJh*L%zx&o~KWHb2B^%k81ePxI7Jh=qZ*vtaKS-RCe*39yB;jTT+AG3?(~6mpKbIN4+Zv=*cKMqA!6Yy^@)c=Cutpm~X^u z(6#b6pJa`pWYCWejgThDW)v+pv<}5CjND8BtDH*}vki30?=iR&WbegZkhf=X+Gnu^ z1}pULGKdLg=zuIhNL70F1uN-4RBa$Fpsce>K)(|hSEnr~4x*JubYv#biOkT`u>mpc zbVODm_KlnfMEa?WlA%G@XpphgC!=)^DW?qq`L&GPmTMN%*{42%K(04Sn0`&MUDI#A z8*Llxyb2KJ!5@e2JLynna@G~ZX+{p~EbuoxVM81;b!ZmU8n_CU^xyaS2Y-9dUkP2) zdG+9JxA>l5)xeP)p|b`yq4e@9eZ7usvmn;x*rVjsitzA-^Y*mL+sJqK7D!*Y)!;8k zrv1@j_QRL%co-VV43JeePj_Sq%xp6M1vc_b?&(H@|6EfCz0j2n_%Hpde<6P4#`2GT z{dW_%K40Fwd$;}len#!yX>xe5x7_t;S>W@MG5f4@=mwnc-rDQCOg_3lJH=TLXdO%U z6G-2(o2IG)VqmB1X(O=FlMWWIz3Ft8>4v@+BKUX8JNNqj1aycFZ~fTU-p?Q@;u63q z-8*rv3R~gM@KJEDsC%90Z`-QF{C3~t5R{Fu_np~MR)BGY(ozYy`uXtm`SLJ;yow;) zJ2_ZBcrQc*cTi;{P+{$7vD<@=tg; z1&%<(t}nE=U`=F9Q6VW3Jl^3%LKq4~D$}p|bHXJNLQpvLbcH>f zIet>bP}HGExZpbL7qk;&2(KJ9(iADD?nH46>pIe67*vKEK90}^-WX;YAGuScC7C08rzR zI`D(jtF&cal2HclcFLMN^@cJ|IwBWXCp9Yi&PU-B!E?Nn!5saK?Qkz`ThL{poOrkI zB1r!Y@>Vks*zc5!H=NMzJ8Pif-#fvsM1%Qm2X%BQ{ zpvb{q42rcRdOD4RLMMg^58&@}e-qr)$OdF>%m|xt=0L2`h&_OI+QfXu&KemREL+6t zph1B0!F|m>kO92sIP5Ygh^3=+Zc>MnY9|kUz8X#QTT0k>j{IiYllj4eE{IEgc0x** ztl0$TRqB92pah0aQ-vPj76^3(d1z3tm@?dB7xv+4?sb7$Y@m_l%h-U|f{N%OIkuLg zk4uKG7Nemd-A?T~fLh|5aKL*TkD#|c>7Ao>a?+`lKfTtwIReMcz*XDEA*S`pR%I@{ zNsGQ$r^s3Q(ru+S{p45bMRw^&PVHh9Iqqw3BP;6E)}*b=*m%MF&5Sh9!@su)1fHLt zFUOIuz8x%mXu}I$1h2@}74U9p2Tjv^U-g`VZ}K1cHh`&tAv@twtXbMg0k8!iG6z=! zfZ~s~;WbC-#X1qZ&?uweXsf{GZQ6SI_G;IZnDe&=gRjy}r!Mlvj+}5se}N)eu`_I^ zMX?601|6M#3<|P#96uS4Sk9UM#sa{>cjaR5`~~Je|6lusW<&q;U;FJ2P;SN_rrPr4 z(c`WM6G-kR7`(VR3*;HdK0RL!;#0ii{^qsN@7nhA;ORy5cQ<{%UOs>5iLMETErPR1 zm2RO4e(GbL4)bCxKC?PU-+~iR$pMIO9Ujco)wjO#rMCol=xvV3V?T<#UCv@KI2nu6 zECSHcy;~l0xVn7$@JSVpF<=0#poGw=RfyV&P%vihBDEW*Oku0u=PeYNBB zIQPJE>*m!ibP+9Cjp`9K_DA_~cyUXyq8))DScqk%p@mroF=X&Ek{1z*=+KH$p_HO? z_jzD&>t21hi6&PitPH1Oood=82s26&6kvAx$u)|r3l7EHUl($uGUJcdf&u{uxb^E^ zs)TN#jfgEcj8V?ToE=-*~A&OO_lIskhi~}2rUU8)r5JuS15jtlVcughr@sf&p z;L~T|X__s4z7D+FYC1EDi%wFs1QPE!pK3jNqz{2ssw{6(22B`CDK&9=>6SXyGBDI| zF@oGp;HC+*BMaqU!0BUhxvCuTUX2D>>HY>OiY5&-!z1Z1uiEVVcN!3+P;S8~M^U35 zelXyzUpV^ZrdbS;gw$PE0I^Z zS<}LJ4M**lZn;N{oNS^${gmeUhr;gZ-zVBk8rFAum+i&^Y96* zVjs{DU&uY%5ey<!E)vDV%bYMV2~TMvc)M}*gOuqi|_=? z>4(hI`95kJJOOJy9S-!^;KqO`-nsHg#soD*GpF))^)prTCc&3LimlOK6sNN9Id0lb zmpcWScJY+$n1#Hf8)!#2(L)f({#w&P{saL})6Z672Gg+YEFB43dgzD#(V6l(4YDKp z0qD1W>QBceK3jh0+kceO_+IHeFb5d>xTx;V_Uqnp<{e*F2vcILS_NB5>pC$2GEed|&n{OG|`JXt(r zdX&05d;815!C{S#bdM1_BXD8cx;Wa~$44o*Q)RxoWVlQ}8ct+8J3j!&f#!-nz zyD%*RX0D~iF35QCfYCRiGAN7yXVH22e9Al+<*zHX8NnJf3Y$JV;>(Fu6okP9hjcZg z(-FFBY0Gnx`VqX~jZx$}dK!fu!Orap(e#5Ai~y(ox)CA)t#i&NV=ovpVoI^nLDa`s zan9rcq+L6Z0>xWuoG}b;`mK!TUZ)k(IT+Gh>v5Xkvw)DmF)nqSZEMqKeuI@r3LH)| zf>%enaX*0!d<9DkwR+}4Z-me2$3VdwY+$y~N59IEiE*wneVnFrpeQ(X0)Gv1aF>n) zzoTjOd<8d{$eMbLBl;;<*mJGQ9URW1fDmcQQ9Ge^NLwA@sMf%W1J$QvrVY@{{VQ>7 zT~71Ao9F;9yk1rVG4)LjbO!a9viQ@|-@r0B~b3dzz-yx#xR6>iqdMG6eTke(<|=$ z{K>-Wcr2GYl_(E22xf!S2=U6+Jnsx>6HxituwM{yA+Asp-G|5!gf25yRanN9( zgXl{3y>^%$0N#hA&M-gF6HbC3hwtcvPYn$7*_GTm4HBHyqX>>bSbg?KVD1T!E1^3I znFgQ-?A>H*(&vU>LW8?@J~F^=XxDu*C=e$vWX>l&D6NB^Fb%w9AFQrpl}|j` z3*ByB4P3eAwB`1L)0fL9PoFKjhsO!XF7vs+oIZH8ygWTy_7e!}PiDiDKn+~O2R06M z=sbPb7)J^APV>Zv2-x-6jEle0aULbC{Y{+)@wKZShZX{*sbJsd-Pt^J$*7wxG|iEs zwXJNxz>ylx_>6!WI%X7}cIiBu-1R`AgS9965dby#z_;hxn^A6>4(zf2`U|Y29DTZg zH`i)wLPJ5#```G@fL28+0Z=@7z9I?i?L0-}&gX4h9YqJa`gCMpvCK zNKZRg@0=Wd$OxE2s_;Y^p1+FWNC$+_(M4?`Zlmdx^Egyjw5Bnzi}*NIb9hhAE<@)K zHGpG;mw0d%Rh%G&c!9MFrC&-97?}V9d~)knP$VfvB3>AAb@|R8{89T5)gz9#``A!` zq7qp52nFOA1xkjK2O@ztOQ)p$0 zG^V2mMlu?lMT3yw;JQba1Va?BX~Y~14d-=vk&$m;xya`QBNL@3(%gt3LYw-d#9e^Y z`cz}uKu_?yM=?6*7$Fdp_^y9^?7W(KsR&Poxuc?7MTgEGX%im!lTR|hsc;7Q+20I= zHlzXtY}KRGQ_ez3N^mVgMw!$DC%J$_rx`ZCDVm1rXmSsI!J!No$iPewgu?pJe&~tc zc;5gf@K-T&>S+uz8V#P{@?E!_kKShwZ+8T448$0J^4LX9`K=tfB0n5#2LSo3Lr+`ui+xeBfm3K`q@NlUy2kSZvDs)eef3JMVBs2iizQpisR6YAk0a> zEP*Gru-#Y2iGl$m-R-SA6y)<I;~;?$T&+d5~GzM6IlFBlq5$6?gzxlm~t_Xx7@IFqkw zCr%+3Eh@rD>@_MhKa0plF}TW*5T=7&qs5I92Y=7*daQs^tz%6zi3WsLziGVi8+~=Y zDF^%sFUD&djLLwYV+txU6yE>79mf@;HN^^h1ul%GnBW$z$()$RaIDdzh|q`W1MWB&#uFu(TlKU~ANQ6Vmjl4cA#xWRswj$D6Ka4c~`Qo99Z!WOxgo$vk5uT)+unl8sl)aRfnGVUbymIV8H2fuKGj> zIs(@|eiXbJa>hl#SLc}PYuZ^rLuNQmJTNlQ5WS$6_Ej+Yf&zM=n|@J1cW|Spt}}iO zmLo6a4~rgrZ4zQ6ZkMdfw68xhW5E{Pe3rmp+7(|o!A_y2#Ri*!weW=;;Lxd&i_tp0 z16bGaq^^y2$N)QLLEdqksJ6^ygNMNkfh)7hwX8l;9BJnuA0%Z9gs9UOfHY0B$g8KG4B3thB{54Evy3@ip3^rsmy z%m`ia3n2QW3uv!6Yo|yDQ^66Ocw&TzhZbs)2~I3k3kO=5-l*NA=Iv)}D}I;mDYvc{ zs@$s+9iY?trb8_seYd(@Lmp2-1yN_E?BM zX(#>s(2xF12cM7Xc;nE+KWoi0EUmMB_x4E_##!`yQ%3sWM*IK#@ma3LZiE((PA$N- z2=nH0|KXFs^>W!yAZD>B=YEu+fZRSvAFlO1=i$T2(QL|Q>sfoZuhQv-FV+Cr_3lyZ z>(-Bd-TTmQ_OXqah$$reAnbN4WC?Z%=1-7=RGp;%Jh1PgO5 z_F#bP%pyRdvvGDK&;-507{X#Wqgw|Y2VUXKJ+mHN)Rg;1??(83=XM{L5sky!=*iS=f7!&O}vx7rtmS<-o(y;DKyMGaf0Y zj!_oc=o1XnuV64T7`?-X1~ppMM%os#*tyCm)f_keR)10#&Cm{=$vUS;M#wC97&!D$ zzMFHT&B)EnnD1k}1<=0t~*v_R-CBrEQy8 z37F}(`C2OvifcLvdn*gJceMzJUNo4Aeu1_7W(Q9P2eN~X0h^9j|IjpW%DVX+xrzgb z{NaIe=oV1oKqpvt!0` zXy*VEIveDSj_53SyMf3#19I!m9spy*@QZAF+Zy=*9>M2yJWfiPWaJDwCi7zCI;my% z(5{a~MwYZE8?qI-F@*sa{i09Pz-g{KcIHoQ@S`JIt@=&xyAUy-wrZt8g3Kw;p>ndE zCY*pOXwLP(Xr=qJpxz)izqhX@SV|u=`cBx;iRxj>(kV6RUju=hKmV`(Yq5#Xmxqs@l(w)p_q}(+W>4FT zSD3P$gA&`beEFM3z z`dqtKrrNd6BRRkFPkt+cNjTGPU?5-lw=sHzQM!-8wmLJ;H!#e2VMY#3b?GxOLz*$M zg5JE6^pw%8Yts0Hlo4Ur2nGW)D~zLHA?8+qvpQ2d;ah3K(00Xjz8ev7s5QR5?tT(uQ+HsxHFe219rKB)j53$Kq%t+SGfGHO^ zmE$z5az7L}Y~Udyb>=CrTaR&2Qt5S_HApFaf>nMqmgKD16{pm-LbrAWW>z+?PJlt(C%9#h% z*aGQh&#TYWoGAwjqSS?#HW3Kl1RXjgQ()nc1Qc{hHV4c`oq|dInUXA>Vsjd_<(fKR z7EIwcxrd)kN|Y;kz>w>mAX8T^#iwDlRh}gm5%7aPNE%K$azTD-#y-4?i_CSQBF4WFxL-4Gkb9y?RkFRwzS?0 z5WXiUD1FlgSZj0H!1S>$iY2>efC4q)&_!o~MOFzN1r63yNQ3LcV{GeSG))$cG*_8J4~y9JQwJ~LNgs5~fuHC$ z_G#>EWfLyB|C2xU)63J-)9C;6jEwh|dnfzdKfO~Nu{l=Mr-}MZxO=9bZRFQ3pAAp& zhCO8m$ePbPCswHMHXCNgLV{`v$oA&y3fct`{4skU@KVn9xBHa|eDJ62)=z!w>u6p; zAV!$2vg2@{oSoMwi>|MP@ltRc?cx4T9Iw^F^8ay=`7Yw~2#!6TMG=TdkT8*9>4Jug z!0lg5Nku3aWHTAh&q>F5PJM4L3behwyn22a!Mc$)UoZdR-~4+e#u(s<-Vxt|H^M!u znPae{|5B48NHBNKI6}-=bLKdV*%WhYD+(1s+1XA&l6IuQ5z4&LX@rh)sdF=*gbia- zyc;=`Ub#*vF9Y8g!9NxZhQ)V+$6!j|pala}V@cRBq41<+zU#wh@d7$cBSVG{qTw;7N%&ot-#1!4aBuC$9up3?Y3+Ljjt5lMWqcBZ~w#Fq=ke z+4MP6I^jotchz_Lc1ro$zLhKsoWZfK3V(FwF<11`-aM(m&^v0N)0h6~m63=oSi6=a zfq+2EJTrdn1(z+fPMiA2G&0QDTIFu7M%S|Bv{95rvz#9O33_ukv`YQ7g>ZPUuP$D4 zDP?5@8FYB#b)88*n~}mtJi*44Uo!*rl`tq<$=j4$N15bGAR&wB(b<#mrR!SqyFpB< z&|PpDsrSA14ma{2dqv*NS1V8M(meFrH^-MQN^{%cyXGDlrn88IUUg>WH5)VhCv(a* z)gPGPAnR%XgjVNX!5iKnnNe~FC$Xb!yvUG?C5PShGjcHjzP90SsxLi+VC8-KLl^Kh zAWJ>`YN|b8!YkD)cRtZszhqfPhBLI;ji9IlA$SHSFc{%?+u!{1WQKtjnvgR6_ffRs zF|wMEw%;`}>7+VV*wasblf&w3zNct-HNgPd=|h=rq}2YmmY@E!f4=WFczk*hUcOy! z-#S>HMTTF#u&)C9=-nSXO~cy|=Q4Iec|qs)HB-_vz~K`;y2-|}(fnUm!-sAL)@155 zJhVX$T{}HJ5B#qZZ0(iSj}jQur(3s|rBv_5MDg^D6wTid0J zFdb`B?~QbmRN!u4db@n@5B{i#Rq(?>%D;XRRHMv%)PR7If%7OsM>#1+2D;%11C-CM zmQ8zt2yNKtq|x{_LBT|z7O_Z^dW^z+iR=Xlp#Yq84O9sKJb)YAcELz+fCt>9-H=C$ z%YNqL5XLxjK%AEX>8{G+WK0MhT*1KD%sq~096cP($Mt&3`J@;WvXNzgAbj8i3qI80 zq<7y}_&AJ4pSjoh&Ri3C5I7@qku>hk$aUaSdCi7^RfGvH@cl7NqtJM(0pFFI6rbz4 zvB8-fF>vdNSE?~+;AC{iFihmk(Qq1ITNl%O#w&Ol{7;G6XI92x2pX=z3R*0cZ zI67R>E_vzw{L@zNP9voYohuE3n}DVBoq>zfF`7q@q0=~#%4OQ^JTlBvue%E7J3VD3 z1julmg?!3{rcqoYXpdXjl6hw*^iO|+SPP0gBWz6dYLoov9X z4mkaQla4t|4WfmM_~af(sW}2Lbq7ax(GgDCMkC!1Un~T+_Q;&?1V;F(AclrWzdrd(!?Hqbxb63Bb*B0K=$Kh*kmtJf}2MM7ibhV`}JKZB~ zHJg+sUZp|05md|9>S*ea5!YvxdD>4K6b&!^rc>JSy-oK2qFtNBM)+Qg(J-AUqfMM( ztKn9hQpkL>>#~RRg$#LrfsKqNu)r^C3Pujewr#7~)qYP~9nhpL^sauUL-^2CG9;@Y zu%2K7?CjFe7CzvEr|D8M|CJy9Cdze$-c6iRK>B+~5gLX@9*Om+_N3oKyU0z$`M}F| z?(gmPaqy4sKMD?!lhEP8!mE$Z*F&L`u@Ym zg}wId$G`sN(AL6+NlQ`;(ZC!tU&oMIDsP@#bkXQeswaeb^?DT0gY$1+zg!-7m$fmr zB36VkH%>^cmOnl`=(D0t$A-aH=OMhu+;+F)RMW0t;bn;CS@dTassE$@^dAM_VYa@E z(nW_H@lom#RsyVEg@U5w)Hj2IINd@qQDz21`}l3-fQAfcpBc|d25i1U z0XYWB#-Rs-?s`SRE9{{c*xOA$$Ot?gUFDz8aX<`?42}SB)?s{MGy@2up?(ei2KMqL z-^4s_+>Nd{j|O`wN4^UKeMlX$ti2R%Tk5RSWUjFWGng5gfmz4Oq1B}EIot#| zsYj1H#ge|XYaa;wB(s7Bv?jamm!3HVXnkZixS~BrWqMHyXw9HIRU(hdkXiMWG4cd^ z%cXxZr~TrBCc)!PR8Ek!6(d8s>H4dXJh$36*o$L6^$$*bBohV%0mHw-Q+dgym%+cA zp5!xK^{}AL_g>2v8B+r>-`}L~%lMLJYF-AmXEyqhy-J0YM_GF4eHv(}?|>XU2QTu< zb_}1wAM({cWO+QzwHaK*QVF2(m;TdTc$sEGQGQH-+QDVo{Y(G7zZ~E7V)?^A{9gEZ zZ8Z;oekUQi#<9F zEREzpxO2oaN4EKy7t7Pr*-Dvwo*e8icaIMf$ZqyS3H%0|AAR~@+27yE{exxeU;4(E z>x;^i8|DE3AL51}6mfM(O<4vh$aR0^Flf@$R!=?;`mbw1o;`oobOOe#4*lx2nHM*Q zY=e2J2Cr33^+esf>31A49eDrU+eP~E;|I&VJGT=N?k<1-KmL0GJ;Ig#jkYn=h}&w% zI;C6?iBcBx7#8W3xw$U>f0HsEhhd}$iP1R;#RyF2EEOKdG!Y=>WKcQ3z9B4h;8YwH z6y(fL%2-8keQs|K&SBa_i>B}E6d0{5F&Gl<9UX(A|f^*1H zL&l+}+0qt&)_{Y+=A-QjJR1En1QB?+6OxVw)roLXb|Yu0Ds4~#X?=}w=nSLNB1EZa zk+OsH&^Jd1Fph>`x;74Aqv)YKm>HLGc&$Ek8c?wzzsLA6JY)>~j8-nyp~Y17J_n?- zdfEeh65GQD6;~1fiSP(X+ekOP|_3+1ryE?YvT{9N&$aR50vlQWPcWldF1J6xa&H5CC z;B&J!xv08woGLk3of+!VKc9Yso$k{AzVb8rMGgfovUiN2r$_8&X9R*4yy zAv!DA_Z)L~@ydxadV!zvbftk<5F1?xt<%4It{EA!Bh(nI-BB&=!wWv(?OF{^H}G+C z=+Xc!_qEYLI;Zw)57Ic;$h?3TO~Ic+DIacuC4JJLq30hvwaQ;{9lgQd_LJYh2fLtZ zcxr*@$j0c{-~?`cX|yA>oZ817aG)_JR|j)L@!rpu>RaH^hkIa?zs9TDom{8G0zUHZ zvARx|q%K@dd6G2;{hZXlfM95<9n$nN&3gRJP5+Y(AXgW{qo6bGfIs&wXnUT49H;R* z{Im`tem(a+r6T(iI;0+Xu?B#gGwIEEMJVc5;-7j1)-`M8dhvZlPi0PGUqc^u!u0X_ zI@-1T8ss?8>M#A}|IYG*Pwy|EKX_C-;Sn{X^{0{FPd@o9ay>Q!ZER;Qn78%PaBIu!X>=*Exbz{ulrJ4{Cs1Cd?Jg)bL*&a=(sZ zlL#Z%8q~n2-bIX*%`*fV7$#ct-KzAbmoIxh$@%DfRv|vl2>kQ2XUkdeV4&4~oXG4+ zh`7#iHN}}v%5FEWb!6rqmAZo>f=cleHp2RH@+K{GoWBp$8-uKMOG}}8|9xM!#NIWP=T8@F@ha|k&G7nltXXN zJe!|Kjdf&*&SVb%$u-&wiUby}<#x+;gul^;@;RseDg*i67XqbCx77tdXMpeIP8M(i zyR?N587*rEUBM5|)(M=|m0Vxf3K&@la=^73YNKfFur2L>BPT1))(I89(19Q+Q$0^z zGQ74|S{4RQG&T$`=uhBQ9f4I)(zLnj>Cb6O2OQ)8AISE;Cv0*} z85e{?vivLr(CMhvJY6c(PuXfuhs0cghGNS}tcfoVG8G zEYnvPnwkcQ%o^o_vvdPTyk+GZys=?$=?ImML|6KhOJD+9{>|t+Z5w&6*;hD`C+l1K zSXiP}le}rZnF0%|>4z=4kN2&)^6rtFy~ehB6xu)~#VZ%M+x`lfBRGbCHtSLj4+Yw$ zTbl7AGr_ylmmw&b9C?p@Nc-RX(SK< z%Gl^;>*s&`hu?MqPJp+-hL?!^RLGPK&Z7*k=JlxzBH=qqG(mvQ(r6zC$$g`Wt5-bF zN7xv_Aezy*s8M>tDB0GopFWyr)ejF3`|_37Zv+uDr;9Kpg1O&HY(%h>?+!uLq%$l6wV1yr&5Q=hO@Ek+2 zbX%hRiA!aG!h}WvG^4~u;ow6zg(>BJlvx^X7Ah%A;N=e(zVsQGywm*Z&5RIpUrNTJ zk3PPWfJBgxHF;WQ^0i?Q6mt(-3urq5TV4gBF0oQzx*IQNV~ z1sEdOsCVwbAjb9DjVQd7;y7-Lf1qvJf($ScT>+ea;9jQ_oRNs))X7H{)zv=&`m?KE zuca|CfY&N@juos7G<>9D8BOiP5~SwPy}?t?u09XX^l!^tbSU-H7yR*kb^Mf5^ekns zKIOJ1Vq_~amHPN&bnmeq0Y`%bw9I#-wl1>FLD4vAk-qIIjYNz}q|qX+H4^5``siJ7 zbxPwl<(}xCj+Aa`%Sa?#Y9HX|WIbwA!;^dPP>%zl1In#W7r?JPPWg+B6wn0Sf+7ai zum}KLFA4LBPXY!jr5PtY6Wp2Fxc}rl@V$sb-|qehbPJ6ionC6LZGuO(j+`~f4gb8c z?9tP6C5BctisRJLv}x5C>ZX=+4L!_7zsM+mH}H9xNf#?c?r$czZx9iH8T~qtv|-_3 zWifrA6CFoyj}Vdi0#^x{|2b)wf_?Btru3OFXx8iq9Sa;C;pQIOp--}-7H0z&79qu| ztNJo3B5R(QX|^W!*+8=DG)HP}#_(?7pwo1f3_CcYLYxB1IKcrgj{H^dv=CF!>0p=e zuXx4QHW-0a4nY?9YNwnzIB>A{Qhsxy+V%rIO4E`n`l5c?YS5E9f(nbZjL`7|U9`_0 zyvZo{)$180S_Is+0comE-7plL(-xgp3IDgjn)+mpuKC1=2Dy%uvt{h7$VT-(Wp@)m zn9gCXz3!SX@j?@?6D3#O`{QkB6`J6Hrz!M-AN-VnflZg`WB780vkmA{Wd5G0o_MVBn}|-Uc-0^|Zxc z*sR9G{s)OJ)H}@x_|;oc=k<&X_Le($Zg-Ua;zdTp=chsJbpYJXy_|Mz(s?&Z76EsV18fm8h#|jE{;a|g&vhXaea&Bx#KixM1v?<4q(P4fw1U3)RU+J7r z>DL<4)bm)$egX~ACk3sc4h{*kO9yKTC{E{pV+0Q37@Bem4B7?{TBDnKHSlmjhxFg+ zoP65;Ri9G8c)PyDf>D=7XVf^?FL(yG^zS;yvBJELHuc-+8a=?1&r&LVNqO710JjAR zVAGcJl_xw%n<9FLU`=fXNB~Ct@v;UrhRK3X^Prr13RhVz_N45#O=i3plLn%30(~+e zI+gAgZ)1DIIHqiX2@IpGY%TejkwWlDpGHaAzyq{7J)b?Gt8Z{jA$SNR;IF;{WTU}f z>cCZdHS9S!P@`c%y8WQR>=841LzV?*+IF4(Iv8@K^qjj-FuQLQ+P+f;9QtvfGaBLn zT{MT!I7Ni&@Vt1&G=X5ZJc)#?I!(sl%)!*4r(vz;a{JJ)pv(xm0cmcQHyj57TwV$T{p1SUp*b#!E{qS8ZO;}jWxZQ+OMCo-iC@>bmo?D&w6jvnD<<0*j~9UmHu z9RY)O%V%`acJ6aIV6fgM+T9?^NX(;--V$a}7(vj6zSRO7fNQIrp|8FK3mhY~x*(C9 z<~#j|tG=Uo)v0Dlqr>1^+YqprA~iy%BX|r}{m3v#ji+{X8A(gOoXU}PpS_>DAngkJ z{Jl0XOMQ#jIBE_Z575YTE11lWbI1ZF8@1q@Oq92PcD+m5c694qutm;#f-z+WmfS^_+55r9`mzD#I-&KhnEHjd~Co; z5PcT?+?hc^7qdquWck^9 z-qc3HWJJJ9=-|W<)uE)EdIX%_QUob_(D?+LV->chY;)bh5Qab>6bGDO=%^!Kni33- z1b8+46nk$oQlt=gWK$Cc99&(rnCsf;>PikhpXek_D*9x&z{^R9j0xMZxg|=NHUxWC zm^VX_YiGfmL+{*FTB^K7w7Yv7rsYtNkk%PvS`MjSxSK;4Y`_IxRo=j&of_FHV@+c5 zQU>wCs7#eS4OkOV2f?YQoU){<1~297$aB_+=TujKknSpTuDwXm$cgBy^ZwxhwJ#p| zZ2^}oKo{BspE0uFGU~Zj8lIn@_nI?qC~e2+>!h$uKnk{I8FDhFg*6o>m2B0&?AaI` zi&bSeR+*BqfDeZ(D4Qn)I6rifVib@G+$W>KczP#;J}Tp(fl(sFfdw-4&<%gkiM(Kw z(IUFw9h$Ng=st!QT>}%D%6&$7HZ6){3Nj3v#k6pSW92EbLQ2S#YiI_(uJhP@YIz<7 z3hoSJ0<_mL#^BJOdgO+VP)yG-8_7u4l`#3oFwZEL{=2l*tyvq01oo9iR@CF6AQP=t z`9p&>XwjBFWgNVdokpXfQMxQs4Wmso(ANxX?BtgL zUFw3huh0#Qvp>nT_74v-Vc=!Z(I=?L3J2Wo{m0hj%y-V*_Tsh8U<&mbyasL_L3Pn>zXLeKLEq-??=ZzFu8Eee}36+1B-Jvj>Cy8de)d zzQJ0&%M128@*moB@@&P)(S8EV?dY-qCxN5DBln-D&MJE{*&fR@oxSzve)dP-+G(b% z@N%=nOT+WBhARQU`={+g%wSn*Iiq&qbd-)6K{$Okb!d09S7}^lgpy*Oo;_Q3_x8fH zm&=Y$ttL+!$B9OcPEMA+jMPPA|Kg9nQ>73X5Wri9`*HS1%isLPzZFEu=f<%3FH}Jo z@Qw_w!przhs!kB#`sQ}-&QWLHbDX*0R4FF~b25PQyu05Y#N}Wf z`qrl$Xh0|&_@p0BS>3+5EZ6mekj)xINqomEcuL!dqzB(oOvXW!*^ndUy%^xZqtnzE zOvG74z$h8~N?S&9qkPUT&`MvTUpRp~T}|KVRQr^Tp+75_Gp|1Khj+MrCUvtLu{jym>yf>pcPD9zA3%x(%S-x;x% z>8;@h%+xY{#UP3H847TcrHJbOTAjwoMfxRJa<>cI z(zhlAcXY^aZK;cX`qU=a$*Le~%7niuBOvqMg$X_c7gJxqbg`r3;3&vynmzP$-v|Rw zPWJ6IH@wxZ>i~fc_{X`F7P;u1+uhqr*C(B)-DA1^^sgi=5qgIt9|E0tY@g0r@S&~ zNyp-2YV(?^Psf5u*ZUY@@J4%OIiS*^ybm4Wm`}1G+rn-r?;d=ZGIUUv?U=wLeS<4< zV&S6^Dmv+(jll~eU{0E>(iMMW11AtgmlrSdJ1CY`Zlq1}-Srgt-jRIhDKM}7T6H|f zU;AJFo0YHM|IWvin~Ss4<@dh*o#l3?lV2{MKfQ?V$-ZSEe15rn6337C-jRNqpjDUi z_~zhQo1Y&BdFYHM^uPi=S!+(39kKeIFWJo~-KhNRA|wACXei4q*quR7Ji(v&iEqC3 zAUx!o0t?*;owO6;QJ8&ujK^V1DT+*RwS>>NS?M0cLoo9iMv@3LTasSur2hTK-T^zS zhs}d9iimnIh;Hv6Y#jP_i1Y2vzvqj9JWbWqj(wOLOfdzZpsgqi!=2 zPJ^tw+<+@E(upZE@~tTcW1vrX;3?PbcaKzAoi?LtCqMJ%Qti#ofF-Bi@d>`0YW?mS zxvP^*8+Q(3fV7os%D@XQ+Q3hN1X>Abq86p4rz|}2K{oJ^(Hi;)vO~w5cvdM4{$TF{ z&Xg52<9C{G8T>(KR2_KWTu$BKtG1VUY?74PEoKb?xCLn1XbL~49WCqR zaqSGG5`Rd#O@fbw!RcBBlYK->ZKHVyHo0C~o@>?O0N=Df6mp$Ice%QsPjLFb z_Ab0D&2pCZ`Kw%~kUq)JY6H*>LG?9*%#pR)(ZFw`8n%s4VgcuRkv6+aX8Hmv`v?BN z_V4~%%`E-OZ~jhg=l4JUboo3Z^KX9Ty)J}&oPnzq?@yycAAdHZb^UnU>@o#W#=Z|fMYd;AT4DQO{}=hD@`b#%BK9mc8WH{IF#b3gav zZ!MYci&;{mDXJiBQQD<+dkA~%4Ki1vkcoaoFbu^>M$sYH2w6HnEKywrH4qa*{6R>o z#0me=AqSm$x&G|Mv*q18d&{+*qh)V*Z#mf8UHx=6EcXeLN5L%Wx^uXnhAFdqF@X7Ozv+YG=T?ux z>HAg;F69g~1mDOVbHP}{M!<5;d{`>v-#8V@GscT?#6L8su?fFUcFnyQp-*JIDifSU zz=VoH;V7icE$pEvM)XyjV0pN0ZZ(RW-y&UedIA9QVsCkm#Bsi!9AGSrzRabM(;UUM z`_ZhZpM!ES)L?-#x}xP#fFW^F;p-zZFer*p;% zB#yqrK6TK9!BNKCEZH^9&?ALat)a|0%}h|JoGmri5!-A@%TUgU6mKTto>BgqF@akn z>EK`$tc6Btw#tj&>aS0jNM#%0TO{Nf=cNxps}Tr*T*DJa!o4vDp1q%`36VWm@T}EZwBUr57 zqkleW7CY3yGqA$}4LZWv(6#(cyQ^Gu^q8*HA^R3CS_4qy96dzO%31Df$2QYO!!KWY zwe7%I`ANBgoYQac;gx#o2hGw_s@9Lf79OF^3X{5iH@Ja~cF0ZIn88?Z%!!-e%H>># zqY>^jFah1jFg;E2_Nxtt;6}w);Zf~l=;MhD($_6T!4qEM54bq1M!% zK7TUs89oI^jpn}oW+a|7aB<`Tqr9dw0#%>v4f^~$|MvfA`Su@vZ~5Kd|85^!d-(Z- z`pvJtcdz!2TzH-McRzm6%rs=+dnrrma;Hnb`u@8gN?$a3@u!2$Tni=Cct6uYQ=VZM1BS=| z?no@~HKmcV=Ft0c`$$XYUP3G-P27vl&8J-1ih+sHA0K)zy7>Z&A7;0?pcI0?T@H_r z5}{^fkig>Ce(iV4kd>hfjZt~$*TOt72p|{*BWkIgIx8oofKLeFlOeMpuaC>5oOB+B zb#LZelZAK@qV8m*8qk~8ljhT>)#a4hLAXW22+T-0tyW|d2o~YiW~$WLfE~RUYmeDb zDCnlExt9~ALY~k(bvE)&ptOw#j?V9-T~sSIpBs^-3g>J_0hXa(>`+tm z=HdEeg2gJEdmbBf-P|N&W?qsZ1)EeEJ`gh3_jhJ76$X3sg_44+&)IKlo0Aj_rL1x} z`VyYBr;jmsh*0$N83jxQWu)k9yz=Li_t)sdW_bP_7;3?#ewEWW_*b1-otrMmT^|!2mZWI@z>_+& zI1Ij^O5t2AIQfnS`K&BPFJnepf8;3gmlm#9ALn2PNkz-%dz~3rQm;0Mvg=&H z)qbb{%6vLkR=*q#8!_3gluLbf-XnH)k0WMiJvw80BlX|J7q}Pr4C*?!n}EKfW;6<1 z^aD-7j^CvlID7{OymR_Qi|SF@29x036DI;w@@5ceuX$@6JT`6W$LnOR>pF;i5KI{< zbFOS22WMcVey70L=J=UI8!x4-EObZnWOZW)%8#5JW$6=I)Q9BSm%sk?z68Y!Z@zT* z_Q-YysAL1*k_sR^d0&M43yH9)B+`2|k(w1fCyqqGcZcveB; zUl319?qEAgliwv{KGDO-$Avx)7p2FzzO*55a84Lffvs|6lpEX_@U>qf1@uet8jTu| z7>z0graHkY0g(INz;^!Pd4w{;nfBBX^}4?v1P)EW#*ht7#$Zt_Cz=rKaSCv;s{K`+ zrgj5bl@49@329*T7?%L8${zq9pXYbzr7R&6yd3tO&sUez%U8>z^A~k6a9kCDb7(-3 zHoebT1YCmwzBJ^KE2DDdHk1l3Q=c5x$psH}EXrfNlpmu*d~@JYuA@sc3aJAo__Oad z+-aGDI^3sL@Sat-!CgPaA74cEV@$d?bYvSXI(okR{l?)cmk$A z7n@F8=16q{0;%l=gTc3>C_EDMq%H$lgUV5+KXqzgzK|vDjr^GYaFCrEN-*R)c=d;_ z_)q>&nUiwR;ck5#U2B7>X`zkLl(qy(%BV-Kog5N6F{bD*{is8H6bQEe{6=ws1o+%H zVztP21_;3o4+4LhDt(G?+P}6n&Y%97?hz#5I~>qe-SgP08ocUV8V7nhWGsEYdhw!m zWbDuXuk$Kw%4}eRCp|4~0t5Sof^;2Bt&oF0TSG!NIXj0kf(S*}jdhNeqhQMnfV2{TG_}1b*q-*8{^$w$f&1yj ztlgQxh}I)hV9iA`xw%*v`{z>1q6c^z;NA20Q~6F=zo9lf<-5kFO~4|H zgND)l$Pc{>sHH#qBcouy2J1+yqDN2gfEYOX`^kUh&vsGV)3ej%gL}7PEMgB+*DFx( zKRRE&``M$;rE~D)x0$%K=as88@#J8ya^ig_0!dE~lo#m>oDHIPcT(rFJ3Zb#Ia)rx z|F8?{FxQ~Ac85zFySzJYY=a z8tFEAZMl2A-_%p*=u!fbUYm-D3=<-F`_rVbrd}WC2_tSNngBE*xD|jsekEWq0^{J# zJ-vK+8Q{Dc5wmVC|M2hsa@*_?{0UCy>Z@pR+%e1zG$QB}&qgvHhf%4KWXkwX2^`vD zR56qA5Ee{#72X}0su#k6T^Yi`W>7W)q+j^HcuV=UJpzXC48GCni#T*CG3{DR$Urq! zoYRq_LmwRksxKCXDVfO3{md+`= z8g}y5k(nF$-8sW9mYIeb63ushKbJUMFxD`pUH7zuHlOO_gd#R;m@fM9wkT$R<($f-~AgkN27wz*$ppU&#I^4&F~ z31tO6XnT^8j!Y7e7#m_h7RV;U%MK{V!QctLzY5*pP3kJc0gNm#es&}D8;zUU$R`}7 z=<#~C+?*ii4ZTa*G2l6Zv@xeSb+~HVj*V#5eY9oR0tYz3Z=_DgihHhi--HBSru>9e z0uK&5cQ$rmMr-&X&{1|3qOc-g(Q9;=BP0)K;lyn?)s`iYchoVYe!4F0{oy^>(c0NZ zj?#{W!ktP1PYP(C(_}mHulgv+TJ;QJu0#�WMH^r#yXrLJ<@>39v+;EDIm#Aqjf zQW zqqQeptb|9W3BsrCmd{C!INoMV0}s75m?9TiL``tGH!?mB9o+B%2RZEgaspql!^Z$g z`{;yTcxNz!Crw`m?!Ha4{mrIfPcB~cX|B`gB07S%gOl{#3|`t2%>2dw#=pLN_W7gb zlLwzKM=}Nn*Oph&?`Ns^JKz1hGHaUEOU3R#JZ)g$xphH^SBKL%gJylv2fXFb(fG;f z`Eq!;w;UfFgch&6(2m@G{_yc~|M6*cOeTt*IN9H;PqPgzUa%Kl$aMSUaM}7Zap?1+ zjxeeUBC-+55b{Ye5*njxMC3$n9qp0+&I4ke7p^xt6(z(-n2%WBxF+QzdhjYZjF67< z3RP`?@ZP<}Cj5^dKUt0vy&Q!Yj~+jcz|FIDwtWTY@BQkprme6qj560Un>TRkl*h{6 z&4@go&UxlM+|FUNNpOe=W|c5eFoNSZoGQ>N8MuMZ^`f2sIb25FJwm?H zh2!r6lJupVz2Md9s3TvLW4tK8vXv>uCa3QrRtn@;odLRQqi6o}$w)Co1lq_MAFXue zeChx~Cx#OZ9C%`M0Y>fNjVy{!fs^~%&ClYU@mGGWoz1nm4`WVd>hx1Tfv1el0Y*Ho z47rwn`h;iqKp+U4vObh*z?2^yd8Mvy$fW`@OR`)J4zVDl68y1kKF4TVbm}`@BF*2DB5ILjyF_Zl`r}8nMC2!2v}yYPi5qcNEw7wOCA$ZTXdb+NlIlFDc4ns%B21PhpQ zO&L;U>Tc)8&9)(E44G2KI)lid5`nqXdue~x2L#bvTWLO#D4mQghG*I#C*<6ep#C@k zj=axP=essIez2h{9$VqwMa#LbjC&5c4c2s5yz{SclYs_``Au%RRv;(b1TorhRBv;i zoHV#hU+Ppx^My^bEq8;c=)QJj6!y1U-A<@)W_>r=#%ef&t^d5yS*X=hz3A*`(($^+u}^Ltv!TLKIzuK z_t*aC%XdHebot)LpDeczZp3E1T7K}!!{xz~^X1cw(7hh~%kSJ?t|uUSo_=JS*wFc5fPd32FGMx1E3Y?D@sT^EmN~w70h$9%N9R zK{JlX7>6_&EblK{Kl!b%M*auEF+x|CXX%h3(vf*8t2(P~IYa{%1QB`yV9}PvbL!b! zw}Ki_R!7nK##}?7S*>}cBXp_iql2C0C?j_5n1^7QHB0Ef9Rm*e9*6_S7UE59-k zdO16WV|`)6`hpP=AORvUjTCcDU86(&0-s@U&O#Mx~2&@q$+k`SGPh!ut-v1 zMk4}@E|@NwLEZ!{P9DJI;FlEF;jC!j%JK?XxARXl+je9bH6Rs|S-WxA0umh1fcRv-|E5>A3HadvJ8uW3(puZ&}s)B2qTT@ znxAOj5my@yPHEdwW0^uL@6g?~$sREFOnHvE-D?(imG)^r1kWvX#^6?;0+W%oYcNmI z2DAchm%!_BQ{@GU_%GlwqA)s26UCRot(>I~dI%?uj=Z7)kk)kocv~lzYco0)hzpo( z-N~?}bUNoe@kZNdD~%3kI_E`8;Beg{p$by_bDrb%?W&O2o~012$VujL)!Qb#*u59eCMp>@GSw#gcO_vvWRnSl%XShryi*npsI z4ed9mW-~IGqu08EO3UqbstZY_-%gD`f2C5d&U5`G3 z^}&;~z$uFwzmRsdZ6PEcnvWMe-bfp!-(Ez<*k6OQ^V8GC?{db;e#e;ywl2Kdl7 zv@?hm5OeHXUw-%2+wLJ9g4UQ7m>?5GICIEyxQvK<41@a|3MV`}G`%b_Fu;9L^z-Kt z)X0rC0Ba;64P~U@5jGB#P#hi}go%^l@7}*rp?Ust9KWsezV~~-T|!Hh^m)OQ6~&1J zIXbUb^h~q}u1=UB1Rk&xqIJ`Y3L2(IIVh8M5U}@hVl=@(L=5*`d-cgCAaK8W(-$nzM_THt?gX1HCw| zq4OBJ$xi(70d;sQqtDk-Sn0C1gXrplC5UK?Gcupgw5@HEI}7t#Pdgi0jI2ghf)IMW zh;F*qEiZGx1uPBl!ecZr!WGzBIm>}4KZbM+misd|n~_3cnvpPL(^PXh<0Q0OBfV({ zK6bsU(}_%T{CL}KWTWE@7bmSh{3fSH{N+b}(>ZN=zc+9=KpRkj*@&joMv;vd`R>{T z3~49j1h=_V`@?wF0S8~Jj)f(auJr#l_s|cY$c_HUI0x&RAO|l-|ATkRD~Rv-z@h7p zyhY%uT`ERxKT?_JoJzdDe#g~#ln z>-rEdxYwsJluaEn3parde$XQ@pbK6o+9!2V-#ynGEaohY(+B#lH1X;1Nj~(U9Kz&l z>*;UWU{~k6YYLRkDGyF~^?vB6L3Tr(j?y=SF^+pi@zajqYmjIcxfHEz)rRGIZCXx& z4O!5K3?KOl_+RkPr>ULG=b?)|;UlkPnG9<;Me7LLhDLIf`Wrmp00yV)^qj5#AO8>k zjpf0^hs$U8ABH~}Fr8n{bhAAY#!b0$Q0( z;p%wW1*GGsV@N12#vy9cAOK5mu6cK>juA)aT@@QcB}GIj4-WPt2$=4{`Poe_U3ZoF zwX3t@@7ureYk>zWX)}U`$eb=CXocf;I`)<(^UU7Ys{sTc5M8V`l2Ks?+tagW%fr)) z5>$$VAYmP0NXhhT?o*I5>0g3MXwV2jk=RIFa3O_~fWD(C3ydz)kEjry``bHV`b8Ni zXz|RexwL>0yl(XIDX+#8mFnA`#aj`4jMk@>sr9)#fU?C90 z1SkB#YyYKc_&4)Gc7y6DDZKPM7*rUn+SG6Et?Um(0;9?YxcD9$jt8W@LG7OzN z3qu=-v@QdNBGw(uv+90P#431r%ONlrM74og@XJSeI_XC8G%!nLqBBL)wredLT1&&h zGtowP6nTuoFt{RDd!FN6pRh<@oChOneoa6^#PGOtb(~DfO360kk?#hc=!qBjGlnEz z@ILp*f$yGOrSNbg*Oc881KMH|;h`=Cx1IwYshoO|TWb!$kv8aK^ydO-gG56lpdvT zC>SFWoJ?WA$?wANNX0sV5+`s)rs$^K*Jy^R9F_sy_oIjNHb$FfcpP?<{fS-*!Ww9x zZQAOlCKO(oz(9w=$55jW8ovw!YA?tR`AR+dhX(M}hCrB1d&-8x6`XSBoJ(=p^tT%8 z8=)zqEF<>P`ianLTr(dTNk z^({DH@NJ%hoSa#8IYNpqUj#<6O=!k84*Yn>QN(x$UR(90ckVGX-1um9EJLSsk2UG&Tkg_jY1Oaz!>G z#R6B#q+SO+q0#l=W0bm;1}JqZ8EEt_RfOYXOR>WANb>lwE5 zIPFWL>KqJqcMJ;!YQzJq4dX?MM9NZm#x4Ce`qYq723CmlDU&E_I}RWwA8t?2ayK(4eXBTx+cEWjbc9zfW<@U*O89>SZ^I!h^Wqc#XoSc~jH2Ogliyq9` zOt3J5SYZspWg1<`cZatfb)GT5MO}zzC9S=5jV8ROx6ihQF$k>h1NW78|+Dao6R>~$S ztHDj*KJ^7QFbq=}6PQMFX#*V^73UvIoBDyX-CjbCylmDIn9e=*b{tI z)yM^%pC|Ao|2?CN`j}B)=vlg6UH12PQ#SgSK4c2bA#&g{f7ad5RSR^TWEb8H+|@WV z`?{MxBpY=Yp+icPb^<*kCySQQ#3H_wn10LKWmXsGI5{~eVrOxj4Tb|38RIz6`YeW> z<3lEaoR{4gG^E$iFOCO%Xqz*n2tPyX=$Nc!1A&Cg2hT1@QGz|t{vzPOmdmNsNByyeWGfa4XY;AJz6>A=A4+2v(nYMpc-HO%?a zSwPf@q+bqFpZZSm(y_bIMZTL!NE!IxnMaS0PV7H2Qx)w8U(%5F1U>3^-Bk{Fl3BK; z^lP7Sa_O`7#`V&20teT~9URbYrgcK2z->K;RQ>E?ieH3u0vO_$W~w)wEg9td$UQ$r z@3g;8r~G^W?!O&9Tb7SM{w#Q3T^>BRzdXEuKf&x}0;T(*QQpGCt7s%~tTUI*5l zrT-{J+t+^|H49wu_pCp@ql-~L9p~Tp+71?DKf$njGl4Qbq)qhGA19wn!8o$=)8F{g zTLxEylU6gdkJAk>cA&8Vgniyc!$iwSi!xC{2n>VA=&eLeku=T;BnZ$kK;!sD8j!b# zyEYKt)~^6PIX+B{WqERXR)qxko;igy_J94q|IOYDeS0u!MZkah4QKRC5r?U{8knj; zsfnOXQ!;S*D>G9QLF(XAq0uQ=^Irp$wAGjJw}*Dxat!wzixfTk%+Vk*-Tuv{+m7 zqiyF0*s6Fb3obOFD9Wj``BqqgN$~Vdu{%ojmxBAdyOjk_9Q^3)H`<|-w$V~ug6zN} z%2hxLOW@6KSqt@xLy!W~`rUu{#d-RyLzh7b90C$f2c1CO(Vy$#r9A~0YtHQzN0+|w zYb`fveN364fm6V;(p;gO!)H|Y6P@!VpHq+F4F7}gN`J-(-oQYY;+lKX(i#T~2i?H1 z?UTEFPhGr1dk&Y(=nAhGcW|wJfCt{%7l1VT6nX@MI*<0hp?CWT&p1Ugt|5QgQ%-qD zVF!M`o6{syU}V$^L&{DdF!aC+^g>51FvJXz(S`eydPU#irGrdp2N)e?1&0PB1#D=c zO?c@a-VWdCmeH{`*#K>VmHYr)nWiE)I)PSbt%U~m=q6(W@0=Ye=ZjH&1M|S89N1BT z+*Tg)>5vI>5B%V(?aOujtKmPmf~C*P2iN(T{}sqboz>)sb_D*v_pln3($m&(3->gSWK)A%amM(FsV3HNK0(w{zi(e?DJ zo!ZF4pnPb*kol!WdL|_ zak_l=@h8juC#PK~N-o%OkG{zuS6^}p&<#|)DwU7msBNCbr|usfb^6zU=vCxPzuG`s zbK;KL@jz_qRghv7FIYa$pvm4UrkV__!F%<`zk2UO4t-W_uBq5zw2?bn5=@^nr!$NP zs0JKmY!GTHB-dOPDK`CyA1TAAx~Gg(P?agyrMwRh4jO&!?d|2d(OgC?>0>9OLZtks zzx8{%>0!Vzf{}&@V?akyeBzl9i8?VFYtefqYjUPCgqUGd$q#{ZYE6yz>b! zZ7@y*U<6O!`KO$|U1yjmS0FnrL*c*C?e~%G-`|kOMv0<*oro zXklbCeGN^)FfZDOg2Z9LwR8;ZE1#5Gb+3U9ho`d~#ijpRvh6oT-=E5jJo@dD_R$SL zq*+Ok`-8)qj#kZ)HyFsZ=V0+KpH4>|px>=KJ%it;6O76LQQI|M`R;7Fe4=r6Atksc z*WEAgBkO+G;if(K;|IB1jY#F9jx6-b*$h(Qn@HR@dWGf=^wQ1*D>HXEGVfw8fG3}@ zz<2fZUD-*wb?2=1*LH$E-un#}XMT^&XlvTdzl}pD+kYZRP@dkTAJ??g!s(|*=i>Ra zpE5ntUUA;=u5-`1R!5&Az#O`Bztgccm1CP$9Rr_myiQfS+Dzf$UaAEiPD~%Ni}+Vx zkZY@qfJ5Jt9SHpCi=0(H{LAUkruyKZqk5=*r@^+--y=`>Q@K|;eF@k`j`LahQEAgA zT=V;jm$l?G=3!(fHrRTH%CUPJT**|^u(>Xf*0(b3Xmu%V!w=3+&YxGW*_zRw9AL}0 z@;xw;8}jF-ay~0F`Gi?%z;3F#!4=@eC$KwNA|qZ-ugy=X6bmiWKyl4q+XxNWT28oh z%2jRk41OFh{{ufGY$N~K8hAG9u`pQpMn*V9&d}DlMyK6RA?=_Mdb)>(T_m0MO6&AU z2fUCYD!BpL;#SoVMwGe2|1?epwBs`4TSMXnNf9jOAA3g zW>NB_+&JrNaooFQg!>1F`{U4+k21eb-(|=(sZ}ssS$_Ms|5=r&%7n@xOnE>sasj9n zz`#4gw-J<7S{(w-Qx{`=u133`B}huOjkPVG7@Y4pz7WvVL14zO*K?NXIsH(#!Ajuh z6oucR9i{Qf-~@z}-vFcZWZ}idG)l{kCE5%GT#edP9q`prFj`f_~8$oT)XxqRcgF_>IV%<2W{mX+)_E8II1?9 z4s8ZbvNb#i?7g1fk$um@jywbpbam!laZfwNIzNz&E(ub>#Rhd$8+cnUFe~HG4;!Mb z%7}jRnU61EcAX4>nZed7xQ&+7WsAT)xJ}tF9-+(cF^sBDr~cReU_a)jG z&d7*ZYpyvz@8(={p%WgUT^(57aPfF$^w4(ZXrq^|ivy6cStrBk*#O9Nq+Qe84K%tB z*P&g8tZd?)?)VhYxjmEvhSxl5d^ef6;N;+7xA@}& zUACB$ed468wV7l&V+M9pAf|;|8A@C5*tp5FQCd+-hR!DIw~JB*Aljw<#y|SOi#T*f z&ut}EjJ^*FAwUM0IlwXUvS#x}H8$zg#pJ-Ypzqf6#FW#{aGW`0A>Y;H8GKn7*3xZW zO75L&+p>k87G z5G5kK7g}L1{N}&(ozE^%$a@C#De@U1TZGzJx>=f?<-uyjKO=hIGvDROj; z=&itL&m6#qJXDCNnVR_Km+hD$F-Z|a7ObnBrQj!?KE0D1u*8j$BuS{ z^|3k%`0E>7Y2!1!mVfA}O^rg@<9TTxeCyZ(k#Rc)nQ7a!0|(_<)5A-<1;)W|_*y#Z z!&qQQTh6I`cWixqhF#+y-WWUbR=Dyz2OA{&I*%)zzVlH!`72)erw_D$m}nm@$a{Hh z04>ul&Dv+@HsPE09XD5l)m$&*RvF4=LA5{!f{sh4z4Qq$&cC<=VbGbEK6CvtCb;3= zNKIdb$G7~!>0$bc@wti7=>-|lcxb!^e-P{|?K5V_$ibz0G4e8WXS8a6@_V5fIF0E$ zxajzt5B#~_9Ha6&xCIp>OV;r~WUlKqNg$MmKlq-pfR?Yt!%N@gGZ^zK_!^`o*-A$p zqk%~JE{zJiTVj{8|MH$bz50FqyRtT4`W^2aX&|28i~QgZe&)h3VcIR3D%j`IrD+>l zU0mMPE`R=fzgsSkZcjTTXrQF;^a~7hG0yURa3Cu%2;S_cwln$ydd`ybIL02E{(8J} zmSgFQ>^e-g@wmKeqcsfq-B->Jjpkatd(Ei%o)6sB#5Hqm-oa@Jt~DCFKX`(#aO50( zWcyAiSF7B`>eg4FPcLr|$ZL@4uY6vg`~Bbh=Q$T2^*#xV0doA~-EHB3XQZk0pXu1V z`Luj66=j$ONK5O!fZxlJ^{mk>CAlgJb8_gGHCCs4lp7@GA0s*KcYU05#p#V`ofIK zyiLk(o!qB^jpY5GHLeGhZdp-SVk-!W?F_A#^&q;>^&+UeGn%KEJW zt({oMSsR7I8ak%=;2bAf#Iza4KSr*s+mX-&SI15fFiKllrDz^g6#j4lt{(9 zSjO=(2HNPHoxDsi<(b^ik9N8hF4^w%PjJ8|*HusQ2~IEL+DpLHXcHj#=G>x}cmwBx zkUy^_=*?ljG#^_r|Z$FPS{n($e7cIK8J?%2Ylc{BkxwN^4W7f>0@YA zxYpx)854|!H3z+`j~S)5lYC};a@pyPoGbtEGJRP$f~Wb}cW)ib`QQIpeMx&@$*VoO7{{)g#+P>Dbx z!l+_)Xc0g*V-WqOC_y8g$qFc<`|XtGMJRP5xz_an@Nyq^u+8;TYLKl{jxNhjrry=k zAK!Nl-7PzR_{V=1INT4r7BGN&2Ob$PDU8Ss(Ds*JZii5)}kfFMxutB%yJNM}r8l)fZ-d7v^mp~1D{C51mG?e}s z5pGrfA{N}!z78O8YhMFd8l(;ULL-kXWSC^cb#A$C!C!wvU&k^)Uii* z-{fKVG8d2obobk#(mKZ)P-+(vSGH<+WCzn`#=xB@ym2*Lzj}Rs!^^EG`PuPH_u#yY z0d_P76IwI~>G8G0N*{~Sbo-M`evx%>&uvNRGjFt>ap(GPaX_DZ$2Vi7VW*6Y1s8JT zygySLBYy&=jIHL4bNT1(+@eSL%8u08<`^(ar_y*F9a!3T&IP=5k^l04+qRF$8xNtk zeCV_5VH^)E%eoQ6&mIuD8XlF-ymAdZO%=N59WL!?Ew^6u4&4J`-mXo%5L9U%+`O>! zV76`mT=rNZ6Y#k6&|o(9WVVJ{A>+Q9|y-A3ocz-Q1~2VYerUn_n-fh%AB=P ze47o`-reSVnz`EnU)^dapc>nv>SRy%44msN@-9sG;2ix9kI4kv%I?7%3<4th)=k+W zyKeIqNGs3V<*%;kL0LBuYUX;{>+e z{((t9{pp{t6=#S)%okZrCIS~q>0Wv4%IUrl)XV>vNf7nVn02nh_3&9A$I?Z(5sP3r z>==phG3^!sBs2rhVq_Sh9EuRhzO@W9;uKPum&qK{s^h#wCML4d-2W z%4jZ*xjR@Th*J(CE1U!aLO4aFg2J}VwffW6r)%+EaHG9wm?2))C;)%xivgpo@E*D` zY6GWsooXR(`6al}ca3e77>$q>3Gi)bH5@=&{nzQ{w=o1{X zg>&R|WNr9o_q~xZpZ8V=n~!7IVqEiGpnx0QrZ)20+dgxRXx`HXd9&W%nl|8G97vk? zB~Sx^s+ck0Q#{iLxa{nLA3t`mZM;y^)k-uI8z#JPr6NtHj#jd2L$e2tfwe(O+Csmw z6&Z4@j&A)qw`2MpYLLAo7$X&866Xbsa|;vaPbR&rd2w8ya9VhZreulpU*IfG>5!d( z16g!T`_eDRUFRlf<^BKw|MW>jK~z|Sx6)x`pjlgFr1FAIIagQ%20h%15x3cnbL}sX z*Vbf=Sk`VLHT=n!BveDc=}2YNv+a$45WaWwC-ex87p-kPL7LT z`uNS?__c!W$~FPP6oU1)hBxzIqqE{kwLQ3q&U!a0eF0gC-9NOdq4T@U;ktdd@s(` za(D{tA`Zd*gNTWlC+AmX)ZyN44b0WeO__aku)Xr&5d&MU-<`YyoQJ$0>;iD^v-=QY z**z%(6bNOd-QAtO&7Ttx4jumcxeh%J5BEd72dn?b|MUM<#ZY!yoFf6ktgR55VZFvk z!j!R)Fo$!VjA#5@Q{lkpB^O~;K%9`dBxA=vwFuMuhU^o=`rty1J$u%6yshu$38+`O5 zVBXud;AL=TkU15b5s`ZrmOp5m_T;J=&>9fV4&Q|+7Djnu9F7V6=(#B*xEj-*>%9*< zxH4%zsv%w48I?X_txw1Dukag+9P10PbTLAKEfBA$BoFp)nhxPS-=Wt(S zbRG=yzV>W4Cz`0FAz0}W?GsqhwTmFf4k+{LLxu`A_}Gs6%Qt7M=TG)ldy%_G_t84| zq$BWDz9WC7d0uQFS{X-mQ?$~R>!C^U%W>DSS;lNu3<2~@+l$zt+t>=aKGK)ty2*cC zD-wA)JlKsKzwah2?1#a~6WV~Pm5Y2I+W-;zLKf+uByy@qbdR$KyvYFRwEu`C9c}eHCjPitWU&MO;hk_u&&-+J9Y; z{W?5*^w1vefhVx41T0(o!ikT)y0S^o?P_;tv->`D;W?d@2uQx;OEx}xe)Liap~OnZ zQhbZwJl@nCH^*x~ayz0i1{PmHu0|mMSxHHt0cm5Fo4bkZ7-tU1?H*Q_h9)JhMNhqD zC4Jd|MO5=Jh$yeiJj|hYP9Ow%l+4}2xWD-GzwEgRQh@hiY!O{PsvLI#pbnjKW*mlv z6K9wyyz+4$=n_LN$RJpa{ur4sVsW&NIbvmKF0XJbk()O|z{2-P#zAaC;TMyV@G#9 zS{FQ~>c|zGcDEn(J10vnI42v;;D5983@(Ty*F!6^pMxPpnt&|h47^@wny!kM&mtWd z;0WK5tC69?pJQwpECq6#`R?8E(@9|pec@*$_`0@ols2_1+UB=0jpJO02Iu;<=mFk% z!KY{QpRpI2a_zhZSJR04?sxRaaZjBT5bs3(w{l@F8+)8KkCSzONVCn@NL{gyY=lt+ zhG?+_f)l+Q)n!_|SIr!b)qrwBSx<^Ko=2mZ5=% z1%@0Vo!ZQ2D`NRB(9@nxym7nN8sEYd&{5Sfat?-(?ZIJa6&ny8aY;n5{a0t`NiO*O zvnTE2G6|;u+;{v!6M?v6`hgF7iC@m$y-&ORKx3Od@xEY07xIm)WDD`=rY?W|*M3yT z=?;y{i_7%$AD{mtg9k9=N905_aBDFf{aN_;YT0P z37o$Br0ZazXK&9gR~MI8E1PF|y*`;e-H-MqzXG;I3da0b|LiwDd1yNYbQ^%OIip92 z7#$AW6O&}zh`YD5jY?t1r#^L!!M(X*szmyUG9#Ef$?RqQc0xj8Mxl>G4d5Is2SKPm z|NMEKwlaT>ZvqJpgoBn@3nt7N{D1%7|DPyW2wpxRc95(B)*R*9MA~sa_K1HU7(%K# ziibJbZ9l^tSvg^E$ti?_gKMga`pk!oO3)!}FOePXoN&&|#ylR6K=f89#*C5xAd*H- zt*92fMEnvxB_faE+)6(Lwb5?A-1Z*EhpW>BMDH;yv=HDB=z#*gM(}E6@g=bP&RH`! zUYtcE&%Dsxb?8C>mS`Nms+f7ti{cZ~qCCbrU$i+)B+22)$`<1#=<1hTLtYqItK6Gi zyd>{?}C2plvRx0b(5BrYtW@ zxJ8Qqv=f7}k2X;(Qy9jVeN0B5Y$X}7Eo|MdXUKdkH!ud=|%Y-bGPlfyc^oWpll;YW>PgkM&&>`8!bU?V5#BI8D; z!v`fpazTa#No-C740H~nXn-Do^Syk?PqOUj;!J(VGjisIE)AUW$83{SA}hg*Uc()A#sSUPf?)8_SB|H)$jLOBsV)^P_&B;gmzRD3OWy0K z(uN_=zg`RWi)3tQb`ZO<8&sTspHG^CMxLFG7mwl$E+Tu)t_9+9`=}RRDDXb(vdv*t^?o5$s|&9j;;y9**5ZD8s~Vo zgN-xwz%biV2mRtnA=wb@BlC;g)n4U&7KPKN;9;?uTWM#!d2q_`l4a#5h}XaSzy0@p zI@yZJo}2dtvEhr0)_ z*bX%p=NN&p2rhxa?QI;f`I9M;|NYVDEb(_fuM1h9|q%Qc8a z$z?qGIz}!GHRt{@=d~9F>$4>bpXpmhZ@e^#5HP-Z<@*@#$pSIF1~wAPXloEu0+UGl zVfUEV*PMy`6*dMtzeTrc2Z5do423;?V~+1|Qo50~F2>HdrD@J}JwcA;-{6@qqUi=d z`Q260dBb%SpHzkZ`z6ERE99%0FQH-fV_`P;|k#pyaK~~Tiy%}QtR^akNXPJJ- zB&+!pAOx+#uf590B2&2Rnbr)VK$9U+K>@ESmY4p>R{II;2RoaUt!4jeaseK4P=l5? zn2fKiXB=?ZSDFlVFYq*&fNua%$q!~RP zWeo6hCiDUg)8#sl9+}L~;ZNVWKIYk&t@0*;5fm!Hx4-xYHX5wg1`R&0(SQ31ea2Zv-tv1ZZ9L@5!b4*g z{#|k?CAi=^N2E$&( zITjkYelIZlF2LDOJI_%+$h9gjdw%Epegw>Sj@ZL+R7MVS{MpXqM!9}-)C9cGVb>d`N!`PZcBIDWtUubs{-N@s`DWf~jVpkzLBuIXe7H z0H6XxSSX24$_=M{j3LWw0>rg^!OiiuB_GpqoZ;# zv_LyTdKVnX?Xpl1T#O@_Ia6I!hjZRJ4~H0oE7&HJjBu`XC?C+OPM}}L(<>fyjx=Km zHfAALaLIAwM8q59aqNt0Um3$Ng0J2KTb@NG8MIuZG|Az>122l_nx33l9cJi&9(dh% z@b4?*=k{=Q;smHLd^5oyQ^PxO1w9cfp+@HD>-5_d7V{ zN8t!e0Ue}0X^hG)TzkPJJ)DC_IFDn^*v_Xf4uQk;3tZmXko(Fv8b!CX;Yc~PP8s4) z;M&Rgoe(XD>r9lgC*YYdMxu9Jyo^aEho0cH@|j+!BudDh#+IuTLI{j-==jmOKKv@b zJxGVGL{lrNTcHR%bd?MVHjF$lBuFJ=^drAf*rS?(PBsU^kuBp44OBGZ+#;_-_wYQh zbSfmgsXfmzHr5+m@w@V$;~q!4pTI<*C|T$}7#YNQvN;>Xe5|aHN^4Il59tfL$YXJi zY?(%F02Z0*`j@j*X4mnye3lEsFdOR2wh6iDjDz-ljI0N- z%pS)&_O=!1EaIu_N+0HOr;Gt`f})L#NS1AL8O~Caf>6#sZW(@ri$kZ-6g|VG$Gr0C z+S}Wk!srB{`;;*W2_!1K#2)xK}XNXZp(*(mjvTG zhfqHvb_|!`7Vqe9onyu!H~KcF?+pa-*KeiA zyunWo@QiE)y9|=P@G_2UFJrjt2Hov`Y1c0gN1DY(b!m0;<;d-k28s@kl3(tVn^XZSpV4v~FxWm(tN#;a2@}LZgEuiu>-WN>*KaQTYwMBOBH&xCS@Kb#(|; zqKpy%$0Sg{_b-2^JiWZSs&47yy#%AvM}h%CsI?*-`n&#q5F4xKxVz$E4xAkHF~2!a z{yE~>wBUvA&W9VsY4s)rL5Qjdi zp12%n6M@`$HqAuXYkb^BgGgBS(l)G$S))RovF_-%ki6pQ2t;!>WQOliudod--G zN+yutxN+RW1rP+XN-SXckAL~sbp-n06l)}NErxMujRL!tvN$^-diBF8?^9T&5a~%QcTwG`(NWga`S98W#w2xmIy8#X45PALbjgmNnw-mL6 zP5T)pcYQvH5j<3l5K%`4EbI}~p=+b}v@^fG1Xv9O*7BZHl|ca$n4k_0(2*m$;20cp zxH1bL>p3Ra8`(6zpby_PbbTvbk+^X@6TmcESqDpWB8_tW1&M3jTc~lv+he*|#rXT&oU|Fox@zyX2 zbOKoUC}0xYc$Fu)sJ1R&G@B{5IWB*NckN7$dukeZ1(CAkI+4I9z`!Q~&P{akI`;Te z@B>5G7?{B=ps|=Zz2_Rij9tWjGVon`PMi?yR41cueH z!cC?dOa@WT3L7?~FM>3S$%0<-CIh|w7QOH%FqMaS4}9}fHav#=y~u%#xItv7f}XVz z8NlyZG&b!8TY_A3#I>o&m=}ls`sBR4Sps(ZX;}Y7Ho7ftK3(U#r!AuYr@(lbgpST_ z1-|_THRKn+Cio5j#ZS`7M$*fl{I0EEJ;85wFvYuE-pys42Y=_p0|Oi+6!kCZlMZbr zsNi!<`$&=o)4=0rV3)Nk$(x2o7xVI_!=E1PCjpr?VEI>?eEP&5qbd1Gu$AOQV!iR% z(}R~7#<*gHvD_O@*rt>o=EOkCHuXj@A)^E$TH<)?EOUZG_eytZYEaH^1iBGjfED@R z6oxUVn_-G^l|l4xFWtD~%jju_PM!M+vnbg(nmDb%-%SwGhyr#&N&3s> zb>0SGtkD`T(56l<=ig^M?HgIgFrb9UvA6652UlCj1okj#wUeyWeU+5cc*=oom;Nl? za66LBUO-cWw#HAkNRCEK!!P~iRoTh;#dwQowd=Xy4qwL3kuijUeNGaIcHfEug9BmL6b z8d$W6yrDT7*SO{wr#NNm7~Nb5Ubo*YG#Pz#?a+P#XgU&HTHnM z4xQm<`bFSnK6g7~E)If7blmX8)TGB{evFM|_gbz`w_qmk)z`G?ZHO8BpZw}~R_`)4 zaM4C(Qm`dxsEo#j*I{Q&vJS4(o2iigQr<%Md?LGwfiLBEuIKog`~;`=lQx>5Pp2aB zW8GIS$q5cFAGu!jH$Z+}@l(E^XB0nCGH{Xt^(#+ymTvgzNUUcUFJ; z$A4NO0g?V@tWk)EVF-h883s|d-b0%{2pu^=Fe^X3R3G}VnGnn>LD#wUX)-cVr1|R! zK5C#1mT_b+gn^LM2(RA^0!3pmIM5ud;4^MZWX+K1hjQdp1)}A>w7m}9I29Z3P)f$z zH56QAOV9}`{`joZH%?yqW1Mt4M<#0}dcF5IFToUAgNd=P6Ah2(kyV-;xO-H0!$Z!; zicxDbWo;g#$oW}~YFiGpGY0w+_C|*5F)>7Wstd|u9MP%+=X`}Y@5##XA$&{!UUlZZ zT-)#`ZR+#`Cf+#jHS`Of>DSbZY5^F!7JzXM4_eYqD{Bn2cfCa-Z=!tQ>uqQuOBFf} zynUuq3JE?VF-FyajAJZ8Ta_-jF0go^t6;D5*!cvvv(t_Y!*_j+>jRgJhh6ZDbD5z6 zDdo(8I%9!~%suQV>6FafhYqJ2GIYrwnV76}j8>gk+Shml0kkC-3>E#MkE%beBX>2l z=$~r_|ACu4G`Pt)Qvx*RlyEs>IFrw2-el0lxq9JEX%Z2^&;7jwglMe);G0wFPrw)B z7a2)6by79f`9uf7jO2kXby_F=vM1cTtej4wO{cM(%O9iY#cq@?Xi!<0ipaA6g!x*F zKFK9M&^L6iZOir7agyjjM$l45)@j1DBlU2rZsmM!0gk5KLI-#wLIYSG<%KHXpF4Vf z8JtWYGZ`g)_FE;?z1-=d^SKA~y#1;Ojk_sjUhNlK(OnUWQ)2I0M;qYwA#hB^-e=uat(GwDZV+@PlyCJStkcf zUg&};1U#4^FEU0S(w-h^p5a(~4(1Sare7z1{2FGhjmo zJW?PU145u=U4+-=I}sT8clWxCV}F3F2yF!}?JmPFa)9=Phv9YKKR)Od|LeGo1{_1> zlX4s1IWGhv}APYVSol7Tux-N( z#~=pw-qI9>lclyanV)#M;574~sw5A4%a#7g)j=GiHl}Cr%8OidQ5u|cjv?aURHyU> z4{}TY+`4qQyEFLZ8nox&Yit9a7aW1=cBL9j2m;q%J|hxqoc!g?z&|Q}t)(ynq3IGbeW zaVV;gXhOcLpLm_|ixz=czbfZBDBwdYc(a2AV~x9O8zAPhx}7#?$?>L?T9J?xo z>90ES^?AMspU_^gp-^x9|KZ>M-s*Aul}&8$*R5%&WiR)_lxsRhzMBrnM-y1~gst(C z0QQNZ>5q=8R14_H*~!^?7dG|*RcM*(8-V5fyLUH*hr3YSRq1kzt6f@gQiZ^|jTc9| zFH6Y$ub<0aO~$Tt zj^K^(?=jROJceInywTO$h{K^XEEYwyoDBy~EpT=rUB=E(We8(~u;yGj6*Lij+gcGb z5#LIC4ppSTALG22w=Aiw%-E_Bo+iftQU=)p$J-V0#=yM5+UEJ}ygEZ2X(Zr{2E!Z< z!@m2o3CxsOWn=+mXandfN?^%%inzVzkOfqtE1o`+muvb% z!$MGI?p|VYadq7)Yv1@4|1$pM{%UV`_D{E1&iWZiDS7mSJ^X!=;FEo9r6WAc(A6J& zB(I!&ZF+wHkN?B(7azBZdBLl;l28^qDaK&BoXUQRunp*K?8?e(5!?|ML8Mh(7fY;!T&%oe+4!M1iY9) z5dal1Ycw!uO#3)FB_+bBL%i_CEq1^B#jtjBh`=3o zl%DA9_OD!)7XzHEs5};wtd-eV9RvJPwHyGuu^YspdOq=EIF9~)qahhd2Z2_()_FXj zY(hlsjAeJKEi#DDIlqj<#M`perb8aCVK0UK7#ms7`Q>emS{l{paoW{`=u{m@#y0dq zM{)w@C0OYlC4s5*3jv%f74jiKXw`}A1Qw5JG*G@qrxFn4&De8*o6#R8d&U&p#rUMp zg&GJbDE{o}em6X!gXj(>(;p3Ra-BBDYvy7!j*Smgr;p5Uuo4 zdl8V}rXLQ1tm7qk3$stON2eTzLxVrp=DOZKl}-c*1tsTNjt-rkxovoZ!=jmCLI$3S z-TgT7cdKvC<1j)$1VMRK6L$tVW-k2bXm7Q%x3~IFfB!{;K?^b&5pZ-mC~{Og0=Mw} z`0}d3@Y~ai!p_ODBj3Udui`SYT-%9XR5<@$@b?@_G&{73ZC&t<9oPG zK^j?+tc3C9ySCdga1t6Y>yr!$R0tDTLV((I_T}IGkN=kN$MIe_nHifCjDyS7<$0$9 ztka-l{O5z%Cc4Td)t01R8?N14U$5M+j^4`tl)`nUV9ApVolXl18t|tN0Y@RuC%bhP zzMY(1t<2A}mE^rJAM8GUNgy>u2*iW{Bch?`A$aC|5XgB>TF0m9P&Nx80&o!^DNyGi z1Jv=^b(kGehEQF77vjstAv%UKZ4*fma-h0r7Za+Lp(7#P-rjEie`Qfz;FEp%?OKr& zxEV3mpN7%kVj6odb{MslcO4r?6eTLG8GCtQY8OX@(3}nDVoO_ii#$8O6C4S&>s)F~ zb1gF#y<#i^OTJS=ktCyn$z5ELF~FOTDhY#N(T#GEYz+S9r5)E_m6sriCeudrY|Gag z28T0p%PVP9!6l?o2+l1k7e-&#*ooK}Q}?dR2pB;E*hM25sH-j02PL;zf!njpYl#T$ zO>Yf=sCy^8yu!mo#^7hj2tPsMnBmUYc;N*BCzKYKm!`d@c*Nv@^Gg zUILWasfjF%5PN|ipHKiz@JdEt>sPqLmGJlyz!jugav&ua+D7poChT>VKBVl8*rQ9qmMujZpP;HRiOmM44BAW z+c2a79z1=vf{-YUzMWs*6d&!#AXpmU>(1nW8squ*VDb7mQ+>T zmg*m!C9$e9_-|^4(d1-zLx*L46O43=BSSe9b=zkvYTB@6`D>7s#$XUYyLPr`opa!u ztbGDY^ZC{Zv;vd>4i(OBqDz7Q*=}q@WVNJ8pI{YArmGU=?qlA`54z@H<}*6BTQJe` zL2RsbBY*REU$34YZa3Ky$bdx``oZUb*CYo2RTFmX6PZm~3rladOS2I0nr&3Ou&a&efsxQa-@UyGy z@FKx_`cn0g)LzEVrbT7I9vcmIgLBI@mC}$EU&!1;Q=_xC?7)t#p$Xfh64142{KEF5 zhjHj@WeEXl=mO+BC4&%v(P99t=sP*PXnDit^R{(Gh~u-%X7M_N$VrI%Hj#s8wgQlG zHV{fX>} zBqbFo&-BWav1N8XMbu=g-&=N@+s2w%gkFL}o852<0wfW-SF?ijFY4aRCuhaMHo^~# zf)>#>nZQqF;HelPE;Xg(pcAae=)_1d_|0r{46VIdPR=KOk^?w})8(1PckGgKG^HAx zl|@6(TvPs0)}UD=ISU%u0Rf{@co#ZWp6_@6`4`HU z0f3Fr9zHebf$5TSO@D*}y;KDtYY~%R&@-ePyhUyVHw`ZGZ@3Ye3?J}N0Qf%d2L3tE zf^*_zp1naI*x&`(&PQbditt7+J3t~b*&|!`lZ*&H@E1qBi)8TIPOuBEP_9|g<6O2K z8Kg^S<9fINqm_t!QTjH1%b{h4Gzr?tjKG2&M-5w)awgY_oUY<0I80S1 zi#yp(kACff$LJ6GMxuKJFkcr4&Gg@nhZVfvY&R7%l_{evjjy51+W z{Mi?;LzCOpuYCV`{Sw)#f5>NsYS3m{l76EXn&XeEgk(n9Uyz1|#&WiSMZS?Q7)x+< z_6L9P-1ZRV-g`qdbp}XYW!Z~}cz|Z~d zXvq#Y>C4#eMglYt?IqBQ^FBJSmmg0c33) zg5P_|n$1ZziYSG`%m8Eo4g$&$7$0pQ<2t|r*v@X|&cBTc6II&0Ug_uH;4qP3lrD<6 zyR#F<-(Nj{_B0H6wEE*e{b?D*i6M3oj35w}g9z>3_M^^;?Cfn%*(C%~+BDC6dKtk@ z^eZAezPRb51j_owp$yg{EVS~FiQ-+Je z=gq0Rb?$kL-wp@$$T@9faplM z2r1!}2{eM$c~0IBF83%Lk<9gdr7tvh4WrHIxS!QLv+}k1cTRK^H%=k#D2;uXeZCG2 z(XtND*rnGPJI6%L^pXHLMuF=9bBvN7?1slVX8vq1vNE@p+1)NiG@qUO%5k!S_Rjm1 zd0U6zcBTNG?Bn6;GJ&Po8HQaAoo_SG7PHxHy9HVTGOvcP03S!(o1k0tY_e7v7Z-8J{e+RF_}PB4c10(4+~2 zEeLrZxcf>Y=hID%jRSBuK3)ol(ZJmVpY5xd)%G<|@SV}wjA*;Y z7X%xOA_uX&$x+QFVx_-GPWULGi17?CoCdxL8oK+Nskq>WrjOFv`iBS6El$2JH2nx* zm&}ME&afd#Y?~@hWXx8-5u@6TbUo`Tg4=cICqQ#gvS}uz;09yqhpq?$#F9hP>7N|< za+^LSK8|~lK{y*1uxP{<9jVhi;#RJ{*=3u-m`Lw7}nEG1(}=(p~g` z?Ya(}2H${t+T#7gTo-G$dVO)b`iIvRS0xx$T}YdE9Cl=g4OCrZ?>LS3fg9i4-%gJF zeTdR$wAi0X9)L|g`{>ntcc4|1wDlA|Q=K0_#s-D{ZnKmns|r3yI~5o0T*ejO#`*IF z0;iAf=eF38w=hlxN=r2RxVnhkq4w}T-^on+zDXaK>mX5|KYx8T!SAD77hK3z@6}IV z?4ruBfJuPL0fPT7@TwAK$WDJqys&esW8@7i=xRD9V}UJyfADYrO=*4R$!cj}DpwG8 z6-Rt?aZ&rL-Pi*a9L{$7ovb^06PnYfPI2et?3uvcJY1b$Tvo==1U%^~dXO*3l8Z~p zoWO_E_%cskL+h}<9z-&Z~SQOlS<4Ogd!bV7q>ASaU32GN{ z`EDfc#HXp_}AZOGM-1M1uGOZ^3bfwd2kaR4%l&11G2U;WwRiR(ND8RhOTEE(S#FlJtIyr(5idF zE9pl$TCIp&2^^d82BG4f{^4T;{hAl!$7R=?wFut{0m+!vWJ|f;p6z6evNK9DFOId2 zENv|6>O+BYMHfEi?U9KB0i93;_mnc&41hL_ztX9yS8oBUyiBHH75TC;k1WYL2jy|j zcjVtO0ZQZ|0juj+9xLn_=$0?hAnnSJz|66cfofF7N4t#}3$V&)ZG^P&6iyr%n&(h- ziqq#LVqC~~USy~62G7zm#*f_H-G*{JNUlfQcOPZLxh4kgehfLe5(o>nO$Bvzd)g5? z^PWf1m);|r-vO_gnD=4y?`VIo*~Yz~i?Vk7oleSy3M0C0zURqGA zs$-=zr%txLP_tF12tw^gC65M-Q>&f?KxD_05*2Nuhg~omT+q;|uGY_(Dp2eqc>x37 ze+to#G5gD0{`{Rb#Kwc$*u)i^LJTvxvV{qgaFxfYtYlT2cD5>c0F<%JB^O)24B@-0g>yK z-8p;ou?R~415mTM0E~c`q`W1ghwzi5r@1nbX@sjQZXZpiPo17d=)m+>ap-RG z;LsV6X2f|1=Ni9@2+lXBS7U$zlhP4_aU2v_xy>_V4wzh|x}ajvIr6N@>=Javc;@NYk#-@{JPZ1PKhEe!2}| z;NlRvdO728(3FDlfDc+R%FZvwjerz@yco?fSOZgU6A3OH93`MI6qK-Z4lUPINYeP* z754ei4?5tpva9(_XM39mq0MphBD}7HhkkQel_?-rE;zQ{{+DwqKb#EXpe-f%m_AxQ z3~B@v(5-gln@>1a={a4EifcO0v7_+rK-8Vq4QY=KHLm%cZfl!{ zGy;Si&4E@>a{a)8zEf$^(DiVwjzkvVPWCG_c^QMvcpE3oZau!AAS6Lr&jo)nB~UkT z*VDuqDP4159z0|H0Xo)>Bvmt4`!2*Y?)RVXbwQv-vE&g95)Tysj+#v%B7zxH3g}_F z!hPwoJ@yGc5T{porQ+B-T>=|j5U7!P_hk28fAXKP1fc94dV%fi;=0dqC%5hlVj~6Z z=_WYhL+niGFUb+y&9qYJn|{cxcB(wF?3H^}-R%pXIt#eZiPg} z&EDu4x|K3;dr8QUdzn5m4xX~NY=p&}s%rwQpZqufG}oIpiZ0(?jk@LchYu>4DlDGn zCgTsS!juOg^xkgZ3O+POVr!}ztwon7reZ3$WO)L*qu_D0H;chdB}fR-WlA(qL0F>t}Jm@OZ{B|!L z!_{r?(jUiRI7U-8PA(uM2;lU4gZ=v$s{mvUn6NPq zE(#e2jxd;RkYz>j^11WKN>OvuvQH8I9IrErq;PJ8meG-UgNecTR3;{4jxaQW&Ur$? z$O@n^25s%oW*$eNU{Ov3g`77AdK31@8Y!FXUCFqPGSPF|x_6nu0$Uw<`s8#eF=yCC zE;-p!SLkDIYf4PvPlSb&w4eF&{p}o^z9~6nk~Qb+x20l+PB2%de6L@gc@U>c) zaTi2cP*nQluUrk^8gbXKasHusU_?{Kh4F4*`3)b(v}H)DV7Z3I$;KH_8RJvgLS-}f z242R7Lb(@OCl?9DDMd7-vP$U~8w$=zpCsFHuR14J5Fdw#Qe zbAG*&A=RPh?Xi|VMe>d{0ILE{*2zFAP0E}YWTgDz4?pjtCDWvOL_u3l4&m{mI+62q z!u`Z#8eJ$XS}rozfRj9=9iI7w7umrL1_fR4lu_H>3|%7o0t2+}V>Hvw{9c2)v{T}B zFE_`EXV!;A^g8FuiJ)b^R-U~Uy>R_W0-u}o-KTy94vqkyFGE*zmgoU)e0TfjIP?5Y zKh0+JpJPK0mvg2=8|OIPbl);480b~!b%Tq3UB?j!o}?1&lZuNy+hsnp#k1*;*oyuR zZvwN0X6P5;_!bwk!sd}_eW$y^!T`gZ452~(^*iG)gKDmv-&0LnXI1IEciUu4`spI{ zL0|Gg_N>fj)U9%VoF>IH_>m{=VwM`bgmbIi7<|tbP*N9QMKo4>JC9aB`2N$%n36Jw z{#(EL-POD6tJ+PvG=at}cmqdaS=%s4hRTL=wz1tdH|v$+r~-qeMi50e>AZC|WLk!< zvM198Q;;jZNQO>$tO_6)z70RiYSq{vCsCOUS`W1f@8mltfD?!lC)(cW?7v8KKq4Oe7#`kIQ zC^+j_?u7hT?j=#1axkPB|Hs6f*+w?9@uhqdELjyqRIQvO!dZhv|#Vi zmd=t3o8yq<2oK3C-b(lNDLEX=S9v6_KJ{a&mfcW+s6%&fm^;eKu{BeVQX34OH9Yxb z2nfe}(G|ebD~H@@HXRWd4xO^JTm`5Q*IX>YU|1-oa;}n*NYHW0Tc!nS3jgrIqt&yg zNA3TofAYWeI*uI65Es)J?q_>jb&42$7(qW$0uPaPW4t^aN@l&=U6CxrN`?`b^&zv- z4+F(87*}-VlS6`!SA&?m7DcRJ2S3W{7#x~82X_h){x+I572tfGf7*{T4O|iKM(7@P zpMIO+V{DG~)}Wkk892w#rde;tiW3hV2`re=P(ZPnzym)Br?Q^*4LTU{{DA>XuB)Kr z#nCfVB6)b4#`xj${n7-ysu!Nhrqa?C_&b{w8uM}-ri>M{mD%T(lcA+C$WN_e&MW8U zqsQ?PEEALs?I;A0qEBgogzIb*?!nKsx?1-T1HE>Z+UJD(iyMgKto|qm_&EczWPj}A zON%>WDB^e-QIT)^!_Is%#y*>Upj~0pBRR$Afkn_tE*IxPJY?wS*Lf$qlF2t9SO)@c z&L#->=Hznqb>6Q}uf}jEh&Vq#TfKU7y!z(#NpHJxOCYB=Ybfvpk7J}Fx8}#(MrD&C z&V)RwR*@4K86AW(*zrIq+l!->!E!XpjA<4*4X%M*KxENcSEAe z2g)y%HS~vH+q*7r#$A%Y)Xyt?3tYXoH|Nm~hh^xk2&MhgIJ@1*EnO98(nq#Hpw4c5 z$XJ!1kdC}Z6AP;h(l8vLU`nNgyw3Q79S&_Ak2ZcY)|`4}L!uGB!kzsT@Ts_Tx4d*9 zz?Fe}BH(%2o9^%+Ak#>6pQA+`y5qa8UoDE`{0dvfqkqnS_SybwZ-28{^~JT|z>b8G zgW&UCTU5?L0lv4cNjrMsnF^96 z(}vyLCv?it;j_|qY(!}MKCr2>u&BJs_!6T}`I|j)4d38;W8nj3pofB+n1ISJnPIzn zcSZ2&<4-dfdC|6a0k}3V_~Mvg_QHbh;3>dxy=zdJT=RLxY9JoRi^ufZr{n+ZpZ(*) zZ1Gvwm*uc+TxIvl-gJ;$Prx`8O#RP8k(vO$>*YQa}ZT@ez=~b;w zKyY6umDwz8X(@@Z3nTSUc$Qli^d;O-E*b|Z ziVpty{UBqD*x<}TBBFl4TO+gnT|-}3=vI_7?I{K${M7uHb~#z04)Z7_hBq^aPzeAk zP&vjZ%YgOQXg_0B;FG$K6x!jl zk~<}N5?EyhyfNbd4i1APSeZ}B`*gbWtrXnFQ)%b7OcH$v7$!4t0tn@6Nz`c~cZTgK4nJ^l8!q+Dap^I$U$g#}9gWAJ5Flqwl<-fu5s zP|-3VSjgfny07z#EG-om%CpP~H^|DdZaNhFmW?maq}3YdBg<$7)K-=99Sy*)Dg$>f zhH-iKc$}ff15-q|thmcVc2CFfiLtL?4ea_;nl%58R{rP|y)-T*cHKC_7(((vhVmxM z@S`gMs=C_;tHkLtYAuHcpQ)b3fu>zhN?-Y&-Z<5dY2WQI8R;DJwuR7t^@lPhBf<}HJ*7^Ow)oG|4;uOHtBqGcbIK$uX@-&TP-})*&)8B1y zAt6DqMprdU@F3f@?!(#@)hF4bzUXra7dnE=Z%&3oRnh8VxSa2!U;_jv&L-y4z!01Q z2k^m*zazJy?XbE$Y6T<58t`xs>*HQB*`XcHnvg^`s^oqxO3iiV(9Kx5mW+{R_A4LN z)$7Q*y#XwiT>@})-i$MKA39k&Nf0Yz^gQ$r;TH!Xki`Qa>8Ht20tb+AuV^N~r!!$m z=rs<4eJAH^H@hI(+rJgsd|aKLp2Q9&NsWA2<^CbgnBTa$xvso;`CTCL z8hemrjh^Ct=*;2sC))HHv<{DqBZ#W)Ok4M@3kYnIgb4a&+t8PdAdmE(9WJe(9`3%Z zqYBctTy2z_h7`|ZGz~1PXxTV}Ad+KCnbdD31Wo%oB=84U5u57}7p@EkL$u7PJWiI~TR76MwpZ^y z)fns7J@8Y;$vf~W0Bt~$zuRcTVAEYI<_T872n6eB^way6w6#Y??HRn;=wLD=&RPIK zk{jgYE7(BSRpEl6oX5uo1>s{?Kc*c6PDvPRT`*X1wa8^Rg3AeW5LKWwa6QA~;T1@Z zM`#@2A`5Xg@2wB8?aTxukT9YYaVd1;4;m1DE5?*z>NjMn4uM?Kq{b zi3kj`O!M7jiPK=b=^;AHzH_KD+FNcyFN?{@oQF-ATIfB-fw9|RqC;dtaM=fUgg&+@ z=Af*IHWjlUKA4U~X6Yrf&}S1ecy&zu6$b9V1T? zg{$@mR8288xMaY>!~NZ@>RTUc85)ed#YiS|IE%j7IO40igCoUdLbyFW39AKJ<; zX3qqb3Kfvhl;H^;ctaM@|LXE`_1zbTU3bzs)XGC>ls-5v&uM;_fzJ~i-R5|KAWPwk zd39m?1Vxd-jHA@Z;Wn6y09d?wpgbJ?7u=r)E{n0~o2OK?;89J9+~vH?b{sgK&i)Vdvv-9=c1*hog4hzUb^%koZE478=iEm6rJwq- zh5_C5+f9Yi2fM+clS#pofZrUd{(LU?!qX@Ahf}LOd+U2G-~PyJj#l5EA8dyXj~Wzq zYAQ6LpMt|@IcM67anw7Z)L|c4adk1xyGGPf=tfyIt}Y@cSmK7jc9!UKR-#_= z(r7TFinKWWBAD}^KYN;f?ydgvr+?n82`bH6i&zX#khG9YKW-}%O>M@(S|zId5zx}c zd^IMG!Qjvteoms1SczkFk<=Jeo6WF6oYSmCpOWFSSc*}lh@9WthaMc$w-wdqltii) zTQH)WpePu97!9y95?0otN$1Pc9v&8pFpdNeo{eU6K3{WP7#dLFJi%3zFhbOjBZ_Kq zVk5n@fg58rLP>ekM#!7jY~}$XK@-JwThGI;d{vbRNQH?&30fFqtKow|$09ta1qN?8 zP1PaouI7nlz7x~}lYb0uGxmH^jvD2RrQH%_0oFM@LNUrqfZdxZXjqIfnvoesf>97* zGaw;B+1N6F{?Ojegy%QIVUEoTW;A8eI1+8pfl_*wZR8r~e#Dn;c8OUBsD= zTuaW`Iax8e&Y{9b|LB1rpM&-cb6ZjCCms9O&7D+++^wOcF33W2@-G;sr|_n6A3nM+ z4kr9Kio8C4n6UyEy@)7OX6XJuzK=jZ}k^{^Y@X{538g2D+{rke36~Bp*w;cj?xnt;Q+q7L`3X4s_iG!wiba+ zx{drwp1LtjehX?;T*;Gue)nJe*P&lz{rr5j@o1~^C&92l4_&S=Z!$(`n{hr`bQ)Tc zUDtOv!u)w^ANV+JKCHA2e#TRYb2pIZs%$=rO}#T!7C6(700JM!cI7k7G0oJ9a_~kQ zGQ06S89HSVJu{|}hL)$Dl}!>>!pK=znJ)5RfEf;i?woH3rv$@U5O_fAtG6oUxQDTe zq+}-ym(rPW2#YMrC*g6vkxBZY-2dpuKUi&TZ?FF35C15wWy)MiSzm?3WSN%|l(H~~ z?(X2;K0#yhPu~O#QA3-&KgCJh)&OE6C(ZdGEa%<(GV|uFFujp~1lKVRzNOLh<(ig8 z8G*oo&=i<3h{Vk&DJ9{0onYW0$ecGL$dJe!39d+WN|yvSc;!E3qn4sVFUFi9@>CyY zgn-teqg(pazEcG0(=oU(Q5+o}f!#~rj5N|9PRmZADJN$h9nPF39@NOd6AjXtgp`}0ym-GG0 zCq5ZpwjfvpJ34}`RTKT^yf=lV7nSE6ryukJpRA#H9!I;Gi)Fm-(|?lRDgqu9*9sBdTe|881|4q_n6z}_jxi#nI@T2A%&}z&ldG@ex@5dTY;^W>00P$ ztlst+aJF`LSBFmyo7wF?PB0Tb5doREHslk2A2K!>Vh`DMbKxIy?&fY_gd4qb9h`_m z4%VJ)(PSp)@Vpxs34+p&9@nnxBrkf#@vyC`D!P&FOYZ1iz$jhVF_jEFq4SirNkL>- zzY+^JfgI?>z7O>J>o;f7ncY@mYFA?;P0O0AXNv?I_@H828xvu+@UJ#9$8EdK{#Xn1 z_R?+2*2T<5JmpKSm%xGbzyELlb;b_t37Ft`aedjUP9W*xRa?4t`YrTv-pfLs;u{0h@CSEG1EL01$*YO3E%HspCmt(0#&_9lYm^ zT${e^xI+tiYe6s~^o&rWz`*f??|qh5A6I|!zy3*$CkBf&7w5VVjq`HbnjpX;AG;oL zE=mw?t#JS5$;Ipj$LKY?36YzD2j<0r8-wan>Un*t0f9G1;Hc6M!BcMaX%1gG$3ik2 zYeZJ6XnRp6yPPfMqrQS){*}(xp{)q5WpI7xI3-6Pg2X_<2R%fU&8!1}N24~Y%XLbp zk75WxsC+%um4%KB)?`{rY7ADZ7QqR>@YP&2gC^@D{G2pr!Ra?b&8JOWgahcOOtiOa zk%nziM{yWDa$@dP>6x(?v~hfJb1*1u!$fA<$65Lri zK6fjO?A8FK8$9amVYwFl7^40~2YSawejC#@zN0lmBV#oGj~_C-B`devmKC@F5Wqa$ z->E^i7->6Bz78;LmyLN;1WXTb_RdYVBSS&2AQ3zncAs@ju?&L9v+&sBD%*~dnBEc= zn9vL@k9J4KGi^T?8#*L|DZ2r0dC>t0^Wnpwr7y3m9E9==3_984r(gyp58J%)%WgtJv z2N>7_uVSBe{=D#=?D$>hn(N=i(ZJ)g{RDd%Qx#Jn#Ynqe^)kRz9xvF3;HlkaXwMEd zE6zFV9yrg_(BEc20v`HYC)o&P7Qfl0Z0zXRQh1Sb(>iuLGo42N*?zLV8K$wt{De0e zCJt)m>5%#Q=cb)v3!fw?v37y3Tc7jU;a=^*$KYhq-$4S#oxrh7ZK1bCzc4NBbeI>N zu%^K+$Jz*HKE*MhGiT1;{`||gY0uUPpkl|_H)l7!yTu(D;~yr$voRSP@^63tC#yH7=d086)0V^g)V1(|t?b=1p;;Y# z_||6wM83%AtpA9t1gBO(^UZ=oQ46`?Bbwm{Mq2UdLy{18sKmB&`YNByzgO*7=|2Ii zJ;cO5om-n;AEr5!&Iq@m=jpL>qjE&~k zA%+!$_aazUVc)+$Xnubcwh!aTH zaFY!ILbA&I1f>kr9JpZEgMuc*7(>dLb86*J@N6(r86M|G56CFWGk*Iqh#evJ9`=*52pZ7tdwrS1WfF z&?jRPGyEjGuZ*qO{mG#PfrgP-6dzs&=`C#5+?J>2Rfz!3m6AV$ah=43`yCVQv1xqO^Xe&dHM z)8L&t0@=F#Bt4^>;3XU1>S>NB>$=^K4qDV}8c9IXd+8B5Baw?-Sekp>Ys_O;i+hj@ ze%z0W?+t6N#NU(V~ol2>|jD~CHdHN zPD$kLzGicG<|D#{5U}%%am{^8TBFDP$DTdEV zdAC5wAStM8WeKwIKEF9{(O4a8h#r!K2~)v6GaFYUjZEeV= zj00hiqF{oqpeg(O6h#r$DL>jPpZVxtGIWc;l)DluwfeyMsA#0yIx4VqE-0|Lb*jcC zZ$_VU;z9}7)otE^O+fN&H<>}sH(Lyx4KPCQ20g(gU_~}OyFS#-x$8uZ?JKZy`iwDU z86gkvRY(GZ^%o*!ktsz(iwXV`Y*e9C3i2JkV2+T39e=ySUamKnMYu|rz+tB+L84+K zI*V@6t#ij2n_PK;-$E^l(x*YCJ$XV8O`4UWMhxoRM_Kr+p%6fUg`wiO#9Ynn^1bgu zF^?;2pGU9*i`*8oueX&=dKq>lz3oA|)Wz_f{u){vrI7qkR24)HRE!Ga~m;Ntu` zk-Ock#sH!HhQ$=Yv&KF$&yi0MnzwPoL%bHK(*Xw#e^Q1K~LBR0R&!8c4Evp z$Iw@xTb>3s&a+clf#-w!hC?GIaD>u-uTMXAaMW&sfdqExa{|8L7MMSTkEUZ-0f$X# za75@q*WCJumgvuT#|pIsYu!VvR&W%g&73%!VXM|w1VRFOSJ7u%x!NdcpA1mPRKd6$gU3hbj~%534>^F6vo`x}I$gI&RJcvQK}bry_*4?VrXzZaZ6 zqrDq&#Zh-H%H#XB7lHvh*U3QLCM*!)BLqS8p}PtKG_c``K*ab~g_BJ|MtP7=S@2~X zu&Gd=C$j6?sRY^w;_c;iZ3icAKAuzdAgc4c*_ijiL1p1QS+4Bc7T+@4-ZmIJSo<8l zv%w2I#ukWf2OoSjHAI)#cmW$*XoDIT(5avN%iqcO=y&kbp9QV>gytS-^&vcOa2Gm! z^Y)~^)1EHG&C9KB0txoJwl(9?MODzQaUvAub2yzbtal-E_Y!?dgsa1W1xY>k1dJ1y z1s;Cj;xZ2X+2PA(oLk!&07E&2iTnZ1V6~K+6C9{c0U^4xqL=V;!iJG48nOl@@7}tR z_7oAE6w`MKsSn2KaDQ)r&xMSOi~(^F?z=CJ`uRtH_{SZGuvK94UK};!Xbvc{((Ma9 zOISo{PFR%a5tK3%_n%sbfJs)#Tg0@pJsZndaa!e#6F1i%ss{fUyZ}WJMZ+^45g;p| zl%5&P55Mzv&O8`rL$4`4kU5ohk@k zIgdBJl`OQ;P8km!(axO@KT0-erMu|>*QuP4XAaI>bX2Tx$>s%llz<{BQTsl}!sCoh zIl<@L0(W7|=L7=5pN<4q?ZCiFLm!XPrweMrV>D!Zx{5ix7noRV$&iI&)rDS{^IdTr zxq;K;YE7RMH2nkY&bPj%)^ZhFy7GM`V9=J~WQZD5H*D9Gaq~b3Pez36ScR5^)?C zo7Uhau-Yydc-E?zhfODuS0Ch_-brd=!($uSq~4kt`v9)mqa zWT_CS0^^PSO@8!)7wL00wJ~Ld#B7C9{?h|@o@~xa_VmNPng+F!TtcQI#)jCOE0^Vk z&(ZtnM=M?BAA9<-w&!2}>)&fofj3|lh^GP3ZTX!8CT9{kw$wVP{k^?l5`5BLVobJ5 zlkk$v%}W54RbI3q}YDAZH;S9Ab0m9DJ2845FkqO>lNu_*H|Sx0T@9$$D}i%#rEY z@ZvgSMA-F}PsZh7f4AeGo}I6rh=)8@>F)r}n%s4K$PwWKVmP|8l7vQbuzX=WJfQI_) z^OQrg05G>eq%Vd-Tf)vpQcmz&C60%bRxmVyfD3Y+aUvY%T2TU@h}jsN&;x(dCP%tf z!R=jWd7h}bPBAc`iR<9ux?PWA%s7;T!xr(XZluXLbI0@cT{S>J(EuRV5K0Tuyg60n zPMAcGC~|yzn&CDle;$VJ4@k`q0dS(s9&l<(|lVj1^}H4grBS z)||+kmEFixx?62VM;;{#A*(l$l}7#xE!Xrx|5nZdn>7^WU1*H|Ug-ZQkv)UN;CCU{ zS`HZvfpi0_$dc+s*RG@kw5x0bC4HEh5oAAzeu4r2O{p21p_fJI(|+Xc>)wwZUPeBe z{iAutL?84j%`yi1$Z{Aq&e`!+D{^d{txCwqBbdl7+2*kDOn`_#t?Gof#uCttPR8cs zdXD9OaJJS&HGw`U!E(G{U~>c-0&!#XR;r}lDmup17sJXf=I8p@FYy4&IHUZ`VeP=- zIC(aPYkbn#UYCDpsI>1g@Pk37Ypua|k9Hei^)|g67wk-+5WI5DaWYR8g^@7uR=(gxXsNRBWOuu}haRS{ zr#oAHg4rxcwoYZ9$1&A}$XWHBJPLC8w%G3AAXESCfAU+EPx#5QA3S_iyW1+G`_bc+ zakaOirhgf^#L(J=3R7rm?+JQ`CS-+g^wNfn=pA6;?Ic_i^h(%HFYd-Z*)Sk=HB3WseT=jt|D zQE=)yfe;;DEz!j2R$&QhD1cVc)<(3VM$TL*oM3mQaEt?I3(tsYGa8i!$1M7Bd4ASu z)UoG1`Fp!9ZOkX(g=<&$@FpMWuaEnT;86HSkJEdM80iY?ft?~v--H%Fl_H~a6}0?c zTx3M%t~f9YS_p>h4{aG)M%%ehfkRYkuI9S%&M%Z_O~=h1SmF;}JOWH6vifB8&vVq|~{`t`dAdW;&Qh(wrmS)=1<#`LsIJ zqBtevR*gb4ylkgwqhb+~X8?-p6I`5ja7~*oh%7AWGh=~^%;EPe#*)2HAmF^?&0_q{ zyHh6lREx2W;r)j=!1QT#K8M7a<#cf-9~>N`K#ok6z(V9b4qg9(0ab&*5FUYx-Z4T- zq2wPvd*S6cytxgPEGq%OPr!LjzC(h`&{`H7pV4f~21Sg8N6Fg62T|v};BC-q30hEYdQHWS9D>xklIlSEWWVl(b~0XW+tga8 z*P6}A?b9qxjZbz3Mr0H%7iYdW_{wkS=S5CP^_(NN_(ag?z{rHL$($-#9eU)_6ayN+ z56}Hp84>Jt?DWk})0d6Fwi~;ssz;{L54_DRBcB`wyUDS!H_x9Q1VlD5@*jIQ0n}u& zbiO>xueHq(|5EG%)85rT_-2*urdxhcu5l2R$If$&@HlS_MSdWwO(8$D^DPV z8fc(>b))=n03RP#uGxl-AARTPOGqOoW&z1usSH*ZWWSw;fi}y4D1jy{oVG|scF=4g zBSN6YCj<(gtDr4KhA75Z%D;f>4sQ7cILH!mZQh<;bUtKvceir|U;XT7$?(<)5RyRF zD1I#v9QLb3X@ZSUfz2W!(X9x*5ikLaaq2X2<u4e`ZJ*=5 zj{#eFm*4594kZ2Hqkb7Xiw*6Mqf0Y03^DRXdW+!h2Lbx+6}OfPuaeWHyGI|Q^rW8oqJsU2|%p?rhJr^ zsNoA)n)&eralu8|o?LO}eO7f~q0R- zb!S{oMzyK3LRj*jfG#5kCmH(aL&uBG!V&zOJ{>1_VO!vg;|k5Z(84uzl#GoN3GLHH zCCqvii{jF(Yb+wl<)K&amPljzs=YM==*=*1r(LTR=mKW2q%HYGTjf&K%w|x*A>GeA zCk4k=i=!nOCUX)84zKjho1Bs1wh2w$t4&Tli$W=#vlX;icXXU%U9BDm&?hD4d#E+C zlrcR(#Z-a{3tK>*@$(a!g)K__A7h&ZkJb=)R(JqyB`&DM9!Br*IWV?zkuk2qKeB=z z?njq+G=a$ltpucFb`Q?%lQl!0p`kzJc6SprSPG2z!MU*|opa7b9zfHeL7&m>2D#xK z{-HAtsUk_dhUUraL+7moIsC@)=~ZAG9l(1TGDmoqPUpk1nJ!5*RCP&=1dzkt z*-loUtY0<6+8X_+itgF-7fk84Nkw3R6JIFFvsM5?KlehwO|uX z$#pq?9KXn(5u3XE?)fnXhtJib+dY3Nq>|r!Pk6@PuA)#R5?a6tLziVmM_;0`Z zGDtZ)j-v_^MlXTFn`ARGF~qu!GMvWHou{8JMyt~cbMkKaJMuPV!%ty)vi`u-`|$JK zoNKgr%7|7C=K3mkaA--BSxZM~pw!Ih*zrqQj)OYA9L2Lr*zFq@dVrTv0<-IsHI=z3 zu+^vsI|jKV3KTF>dF(ats}6Fd6Cm7924&XbCo%s&*Wh?AZ5t(i9g>frWeH zbQqM*`9~L)%=2T8FL-+fyjvP;ghK;P>d@k)^aUTcvo!nV>ERI?bLg$6-5i2*-vCAG-gMf=g>!wV&}pv zYe)qDWWjA<5(jhAT98ke;;uk}OoMfFIRgbIpJa3P^IxidoTDJqDr*ZuM;E#>JG_xx zSap3K1Kb5%aoQGol^%I_L05j0Gj!?x7`a}cA`~M3ctrQvDh>g>x51GPu!)TOhg|ES zIvhXQB~fsv=i~uC;C1i0rxK!r@xbGjEpjgt&!welNSgj-ziiW|RyN29+DD`tn4)os z;$PnAj;Hj}Mn*bO-mV-+M#)k@E=}-SFu~Dx9zN$(er#(SP@)T=QN~7(mgwUI$?os{ z&Tp=6&d&QlEViA~<2&#d5CY2XN|&g^6F@Ix%if$`1`iv~OyE7i)+C=Jp96z8TMUn% z{N6vW-)N%qfs>vRx@x8Bm@!njx=1$iWTB+>UFZcbj@);PzD;v_XbTX*s60=m@qebo zqN_PhzxZRT*;N;p^(oGG3OsF%&s;da@!jW#b?C}8IBssuP45V=i~u=~MTBDjHUHsR z2oBLe#NoB{oi@rI7cGH`8XnfjQAll-+c`5z?zRVyeUlx}>OZ^UFnS&!A7V#vx*1K* z{q2AHy9z18)lzwcjuJ8W;1f+MQ}({xWXBdrC~cY(+Ilc^shz_LejJHNiStwv5_F`C zoMPd0wOUMn`92YRBHR3y0T9Y`GeR018tvvyz?a~v zhEltX(TtojW(4%mmh&)fokQNeS2g%DGH34DOwdL6rd>YMc2FEAs2zNV2KmgdI*llg zA1%jatU5uwh+O#1E;~mtfz&yo9K=7kYcC*S+z4??l)15$e6NCg0ob6uQa{_Y2M+?UC8lbPUSQT(jF6(AH7;!wvA-Ugf*bNIE^ zk9?;quTQR5U!BD9pU+d{UY}p}_8wKYZl{}|9R0d6MtJOcIFnCVu3P>DS**G}xH}&l z8==JA=>^6-L5i`uC@wU&(CR~EMZlt@j-N}V2F?5~;Q4RXPV`3%*T_JppORJOYxSIuxQX{YT$cM z_EraJyOhuctdA4)m-l&F6T(*0R#gS((V)Bec`{@&MOiCadQ7k^z11Q%J@|l$oN-1z zK7F*AOzcN!0be|#3$pV%$Mg*^{rR3Iy$(J4WVW}5wa3T-DhzGr$f1S7%`^jpXkXk; zSQrz=x&|zK@@CkKTRa1cavq}sp0hXxxcE+?_4n;7LmA75VJSl{4W2Uw0`-s9XEzg&}x(J}ve94zSRer}uDSWL;GRsq%-qCQ)aBa43IEn}>)$T*ev49O6| zRo{#}+EHdkzu8XslCEno1vNR3QO>7q^f8(PaUY81i`*A3lfOyx{%d!IAC%s6lX zb0o43kzBM7$2T7)Al>R}U{QbP7~z-e7w0vO)l>@k4vcI3&=<_)1I(?)Bp4}-!HXU@ zlgy_o5`1Nn0yk9 z-o6%H&G+I_T&xzLGj$(>sFFPjBhV@14!fCbE)30r|!czxzB6J%*&6PB}{SXmHAea7xpJ zGvg0a^JajRKy)k;m#ry5i=vbWlLg5SO4h89p~@=?mxHW&q>ZgjfeT9B#C@8rY!g(4B;3pA|j-e7E>5eRRKIE zel^%R246;sp&>|M^j(R^JT}856Kg+#$+*!0kYb25y!>9TcW05f@yH#4v_-lH|HpsJiXzNM9-s~#!!N}nve#>y{7$Qpu%@GL1 zmvX<2T|PhB>uOr7?G8qU>hgPGrb)k8$ImnGN9Mb`2CCVdGsyH|bQYz-QP zJ-I@ge1`s&^IV&Mg(sj@Ml)>TDI6Jpfwgj#_hh%mPe18{%%!(p2WN6&TC2};h^-Yk zsSy}=(Q7X_iu=u@a|V2#g}46nWx>_2|M&-?@om?-ypP?=1SKLMHcbzH-GCNuU@@5S^eziUsWzFJPewpE1w}8;S1Oe zYhh}?Vq~2<&42tq zM#(tO5SDYRVuk39JoBBwKuj)$qJo8D5hh03Cnc*e=hJU5g6CabQnw8}7|^MI`R+X0 zQH~n&{I2q$bK1yK44=bQM0`c7G9mAq(B5^*pt2-Y7^}9yy3DZ|bBttQDUF8L`UB_4 z(VF%-*Gx0#;ZnSE%y*y8d+VR9)Ij9>#q~H$!IF8uG_SG4=gte}8e8-lUuI!UPR0UH z&s+vKZg%}a&UK974My;TH-{?=-t>^$7o3w(I$lGPv0H)+J>0@XzR`*7EQXSRGom@r z@6$IEHsh#Pz_%Gm;J`Zp48HVtQ;_1{BUoZ^|1yI!K+g`ktHkK8~o%PIyO*3 z=XL)LI-(;zZ@i36KlIr}aOkMt^>qT1-ZLC3t=U|fGL7s9kzvRo5 z$^!R{5t+$<@auGF`Yx@D_XJ$;gTw2Sv(V%H>ecJB(#jmZph2J};F|e+Q=e0=rkA7@1?Uwr2F27OL36-?jKNPsbY@<82`@oKYXSk%0W6H~hSU z;`&qIx(?RUhZkK00h+iggPnSHaci>~+Iecpb;Qp@1*#LTm zC;CmZu)Za<>Jk3yPayJxU-?nzt0hBv-`(Xt@PRT?NTcS^U_m_{0j${Q0;wK2?>o|G(dhec!`NLL7$&-@3fQP@fFkLynxP1RR z&t9h2Dy*o6Q4`@S>vWZIGH}GV@4BqpDoKPuY}X(LW}0&$>;*7N+6X5A$wC{&=Kb_& zzXR44_>K-@-r>8OE3V1XYc;fyS7GJox*Jhnu>47LnYq{%=k?~Z^n5{%P~>mK}B z2|U$@#lVA&a8j%}o{TaKr<4q%?307jo^jwz&=|#(!8$dNwgERUL>>}t#6j#GB-7j7 z>SCO;vx|WxJiwO*968Rg>6@WZsuLV>M&khTJ!7|IyR==mN5g>K7asI8G%TO;4=zAL zPm9{XT{`#tR1b{5@Dps!+BC~|NN7tuJ&#Z=YU{gVPIbXP{6m z{rxfk8aUyR!yRj!FCNHhtWQ=>6&R1|Bpt0z5|2Z88hbw5_qv8))5H zIcygKH*1$qIm`sR}{E7XCF8Y zqce2F8?VsYSOUCeC;6mH|RU^rU zw<(hD#0dYiU$#0uOXhkJ$JJmcwA8M_Q|yjDT2(^h^kpnCz;k4tjLn)H)kRo!stzjn zi$>byjW-QW&?cXF-D$w|>F{z49Hye!3$n*?p?~QG$F##6*Q9B)-NBts1jc;H*S_D! zFQI2TTYdfZBF8Ldd=L=mOyKa&weA!VeAX^RDCvdZMlvOM#%oVuQ^hLpbeVo7G0u5) zYLk3K{`a0fZy&cDaK`rVC(hLQv#YEAUZz_d7tC2-qKeHqll`lk>p0^0!~|aB&=WMg zn@wV1r;1I+1r42&4IZ|eMGJj*PyfKEN~gVJ7ANzU_EFgQ@ee1wh!CbTO01k9 z0#wFOqc=E((@u1N05WFAz)oyx`53Ygl%d1K#kg=%YX25zpzqCXfCx;MG1z(NUZRby z-DK+tB$Q7?JD)#4sEch&c1k zJ*H1gQ<4!CSE15BB_T+dC_-x{l|Cnn7$>JsIHu_+X1*xdE>6PRcQ|uqgsegsBVGd> zxCjR4A#;=IGTd-6EvvaC)ppKZ7t{ocVTyh%%53=Nj?nuNwrVJ>%}Pqq4@yb`E^(WjD@e!mf&cS{{|^JUbzk~#zZGNTio+KO^S(Y7I{KPI$PPzIqkgR z%^~J+UsLMLJ9x?N-NB(;Xp@hl?Rg*(x>?EJd*5wJlI%zTkgKBy4|+@MvgpfhW7e{$ z2rSh#GT2qf>AMw#(l;_0ql@{6S^f^ndtAAJ_fCNlu0jb{6!s zI^T7qFUD{#HDm&zo3~?O3 z3)09u8!&pmt_J1URI%`5k_9#&y^Gg~TJRt!qi^s57k#RpWQ=*|+Vs~&f4N?tri4^O z_<%kgFZ?p5^Hd(ZWDhJxAh&SyJHwR6zN0Ccw~CQBe&C)he$iv9f1zz?${sC=T>Vn| zlsus~eI$n}B1?dcN93dlVSX4t!czV5`JEqpzZv?_i=GTEPcJUxjFraSrX1_nDQ+-#>u3Bo?wY5MqBBjF0F_pP12%zQw26?mj^UB3mWR7+ zeE-GMmohZi%(i+qeW8r*qhaXhSoth^4DFoqG@c)gFq z(hmmCZEbP*i9Ggqw?nYI)uRBa%$~z(V=m=EH!+bJ{NW${SqX@~&_f_ENIByEXyqoE ze>hiM7y$5UOEDJ(8X=jI#t_R(A37J*OoZOd2C32{m-YH3i*$V-?vb{3$s^o$_BuJg z%J;QF3@A#CEp_MG1r9I}tjSQ*QDM->FcSV1-+U4lba0knXk@Gky?5yAI!=KQ6Ux4g zl}~&?1GIC!{)<j#hAhwj+Kd!szyD-V6@%V*k`e%hrC;T%Wfcg~|j`h#cw^?MZ} zujO-@M;ymJ^kZm7nTOU|&U^3_Fy(OntNfL2Q+~tl-N+rqfWPa~U3saUAWv2Ue(u@; zAgEs!*(;HP}axjKUMrERBW@~JF6({gl~ERJ)Ts?O+uN)kGAJV9slKj#^4 zywy)j^!iIbM>@d{ z+Js)YZYks1oC@vW?ppnHMSRZV=ji9il;7Z+Rry21X2F08Ol;o3pLQ8f|Go?4tkuBZ zsZWK!dBQ9#1%2i`!_TcDm-~oBZVm z8L7O%HH})~30>hJC4Pr_)Htnf$#nBhwaBLXENiP_$_i`8hLMTcXhD8 zU;dg7xwyJ)zkCclny5s+OjXh=iJZQi_w0tk7doLqWjy%Mvnl6i7y(i3RP0s8uU`(V zs#~TTg4y8ttKa|5%Nn8lKv+x_rIs-1V96-PK@9O`i&w@?IsN16(CYF;>Q)G1%8Kz_g0W{)9?`E*cW@66FSrY5GJ<wevzyLX?lZ2ms~f4CdOP zU&o-e{%U+QMYr@}e);@z=9|y~y)2S5--YN^+Pqy`BNZ6XoYAxX0Nv5LyBp;^yc}yp zO85u_oc*8w)?ijydNlAjQCQa3FIkpxo#r$^-Qb21N*80yBgnbNJWo(uw;e%5kNm7* z0y~9vn*_lG6WSQFP6>VbJq_W#hncsbtp@UuViZw%rXvvGQ3ZBOhzuWxW0R07bVy;&ztbKWK-T5{R(dFFpy-@8 z@D?Lw+>BhF%Q##I9`wR{?Uv8~k_Sa(jfaE!1$Q&K!025ZLl};zJLkm?3?HU{=S#P| z>8Ayyg6o#@bIkdLKCO09%-9gWhxeug@PA-wAe2uu<5=iMgU!-r@I%YeILGNQxE35O z>;#+J4wr!0-5dDsI0sO?^N(B^%wo?P_k2fVco+w)U?&e`iXw3Cs6E%_YIZW$8D|OF z+cs_LZ1S6a=m*}lL4_s%={s`QKp^9D)c9{B95nD^)5!1)H$hmd3y~LX*$;i8$##-4 zbdxbZeR@>8adB}Ko+cr{zw&m1C!0pGgUfg4*linG;YYwKOW^7nYfn74qdWDvF6}dP z^#~2{$76oox=f~rw}V8dkV+R7hOuR6%f8bs1GSo(@Ax329{r7d%5nH~aa)p3E9DnD zvnhDfDbBpAbLrQ6WF!HL?}2Ao{OO!_Y>2Vo$>|E1@zgc_ow2>}L?{h5`f>R5`M0w8 zK7MJc*7MM+$12+S-tEN0ocE>$(g!LC(5&zB2`_7+R5}C{WKJRrzCQRY68dx>>w{!(@)35xr`K}fin2*M1QVEHX0D7E4h zXRd~C1s?_Z^7TmtF<)bFAFixyKf5?zJ%6&_Yy2^OHN_c^z++^7R52giw{Yrib#&ly zbN5$&@@IctIJBz}XM9YnqNEQ5X9y9)5$2?A^B$&(MhV+mXhRtDh&4`#fkJ6p!jwoO z(S%QjEmx*3p>hbU#^fw4#!(8h2EgVL@CMU^T$f7$bfM22GCQGeR`EPo>_{S1Z8YsG z2f+Yl@Rqir`QTo0jvUUl;H4A~+XqwEygu5vTCJ5E#k zK36>F8F0rIXFY~=0EGfs^2>2!`0PAm;BlPs(vFObA?011}`u*5e@uoI^2KtAN@wp2>>j7Ge7?1=y1(z zYsYR{cE7p4>YZ8$4_>_Hq&=b1B3JaX;9TP8jszR+c#l5f&D_hb@@21mkO^{ZibE!p z@{OZ^^5agZ%j>11`u2uQi!+!s7xQ)bn^@4c`M(q z?(BSIj$zeWzx#f@ENT#4^x^mWj{}G~hD0gW_T9Iej-~jIE5u6lO6NB6czb-l`s~@0 z)gS-KUzVZxW9-5O*_MGGS#7j6CiBNk{NasuM9BXis z?><{;2;ad;R?PiSoQ|{}-+)zM{p7dn7=v-%8q6`j)2uY~uCZ&|F$(B7#=BkWxZV3t zv}&=7K&R#@_$@}mB?36@WEZLsKr48;#tHD(fW)byB|4%}Uj|7(9W!qnnOA%0pKg9R zp0ISMCP zaLpI@B^%s5(;cr^O~xZ|(^e2e=4-sX3upf|V3l$AZWUwX4Q4ObY6V0v5j)@K%K5|> z$G|JVH@e^{h$T>(Ym~cH9MH`8mPYl7VQJ0DNGz>qndBg_=h$S)BR9b1%w6H7AFnhU zy5wEC%V4erxGAB0EC%dw!tkx?4=nC%k_s=b|QpR`^mM-l!PqNOYfW**u4ewB#OOL8FNncMuo3; z)HtTEbkblaZ++K^E;5R`fh$85hraFw+R8Js;Sn7k-IT$aeih7WzT7U%f3V>PJDat! z9kaN^yQDps^Z_BC&a-=V$MfB7f2z3nw)lcYHucflgL51$fBT>Q<5rq4FRyYfIe%O{ zIO;B5y}oTZ{#~5(rTtpK7g)PSE$Eq7w=nkTU@tV8K*B0@w6gh(WY}6PRcTL<6x@Mj z?(PV`)_SfzJ=)0Vf*i>=STU4(5>oE>olbQZvPu*4f1 z!NeJwo52*@rFsB_=ZsTYi+-%0RPrKF2u9#Vg$VRK&YVM2-mz`q2N7W!J%4&w#@gNK z`O$9MS}X$LAAINO>YKOci2!X&dw=!iH*Z!KH#cb`vwgHWIy_vxc>b*LSd4(lo7_gC1-=ENmfU1eB9{w>mu7?{m5AqkPcWTB>FEU<-rr=}mX;46ZM7n_@py~HTkYE{ zBnY{l%@-8BzrG#=@{wXEn?Ky|?Wb3fdB!7ZUtByS#imUSVA4*Rbu+RhD0d5z?-_n| zd2v>_7!j2$R{!Ju$I;*D)6GSK_nq+Mvar$>bADu?G>(i2{Lzg3JbXCta*+Dn-8-n9 zPbobze0ILN9~^z|@9kDcKZd^G+an_&3f*lEWKo_?I$VDp8GHD^^j?het!F|%SUr3C zq;PXRf^?gCs0toL*85aB4mNPQhMdspEn6-JZwB;zWJt->+@uXYJUPqwre)|U8&>$z zH-345##WLL`X@;A)|b5lZtreZS0^X2LAzrUqwj~2iARxDC0xAN+jF;1wC267Ph(>~ z-qjXtgwD{;h?Q^Gdk%d>e(($IZX+J&N-Ru+gpaY?^qVna2W79;w2*nL_{pjgG5+H@ zex>W$u20cL^8J9E<La;k?LaS#~Wi)y*_-3ELQd=C~&mNW%_u$9e)&B2^{c@EaH#bF&}NXt18Yv zbaSWBOc{js3Csj+>7=`jZji4yR?hZe`ov4N!0lch942f2#TVZso4#EA_y^zX;_R

    0}G|o$wY7TvWXM6S4H*ZT|4l4Ysuwy>qy^A1K5gfTU zw+Yn9QHBVR!x)6%wwqmjyjdOXAA~T<`S(`m7q&3H&36hMBOd(B=QD(?5y2Lr5*k5D zg)7%Re7qee|7dk`8p9NU&56J;G;vShR)nCDt4c=%ilG6s`4epz1A-2=%_x((7x#FZ zwm6BAlR3L~vYmV3%|#5?^YY_u48}Kc_;7>e5%a!TR}KpsK+`t@1I zwO_t39yy4AR}o6L2QDj;-7d%xtDG<-oS%Kg1tWxr5}JFWu;A=`Q1CbluULRak{Nr! zPbmpql(gUy^-UkLJW-}H(K;{`Ag1k?uisQ51ecUE-eL9njr(cc@h}d@Vm1#n5PZ;E zfsp`h~iX*OBGN`Me4Yj7j7+JlzaWw8IB;UgU|Q!3Df%!dQ_h&X3Z=3v76D zcX!o525$wsjG09-Hhv**+i~6u-rSDK7<=FXIIg3oaX@4%w6hzWz=ly2KyZZQ4uZBo z-j35ZPsaIhHhqYNZ6@!@iYRZK7Cj05>Pp$V{5B6K2<;-8&`#zcn|TyDSDGYeXvkqM z&sQh1Eh`3=E|Ah^tcP+ex!(x9Xd`p7Pql0CgKRXL$vJv@8sqgT#?JGb$ps#9_Fcr3 zvA}Zwtv-A4EKr2E$7hv~ot-$6^wC>nqZ8zpGnUnnlRo4{(2AFVUBJMZsW3eb zpLPV-?~;T>PD_7$i|*>nni@`&k^LCwfygo%ftOFgg6F^6umer2zqeP#EjG0B*xPRN z+t}nmALLWuhF)Yk-RHcO+|lR2^(b&Xh)trm0)(yD*Lw_axYBFlaDs6RdUPT-%R@aN zB}fQWdAfY6UL=VKTx6E*yGp{aR2L?&Nl+4ckWtU#cBhKWP5*LW4hKF0+_@(|&L)mb zc6pa;;6f+tY(@_8jdN(F%(y|<*cN!vXLm5%#Aa}E+PB&h-f8Po3^>V~wN+#9U@d!B z1-Xm9lGE)3JNPY_lo)`cQ@nw_^ouVtwyKJ%Q+bge5+1Yg3olPfgjdyNYx>ueN^ z&f`Dr_0Jx6VWh+**M|9#dt*JQ-x7?E3`SR?n;YMIe)Q5K6Djgpm_-4-I1+|b#8aSx zoc*60IR*jBh$w9rfCv+#h_DFK>^2A}$8!o9Zv-=fkIjL7N*!Sk18Su^;9UFVS8p4M zK1tL{kbeHvHK&htdX-Hk3ndm1B892SAVY*mD} z$*eg@W4?O(wuC33@7~S6yYBnFjKkwtyD3JT!|nA&a6rsBhTxslsbe#0UnC2k*G8|g z&p9RI{Q5AK(8>zP)3eLfY5IrT;}}{F&3X4GGK>NV!l!h@5zq*$EPwIkH)$&~o1KRK z)8GCqN_CoZx2v~rPmUw!jc>28;#SFhi$ z{_f{rtd2d9CwyQ4l&pU7#TU(dISX{UOlJKtLVXkd%4j(}nfXnG`r;zAAo#hSdrI)?$=PXXB>1co4^dnvxM`3G2L>?E z+=Y%lJyGtOF6VlE%LdsBc0(3wY>${FKXs zJJUgI6@3K<`U-a7d2@4BJ9Qmd{_rl&A$Id)bOKKVy%&;;^r?a<0LMF-<|GwD>QAjy za7-#@vUakgf75^}2NtW6`)(GNb1Dj*63ID%8<@!_oVs#4*O~8y1Nxz}Y9SkO8l85W zqp&L5cRUvao&MLa?s#Q460obO=q+8a*>yAjp5g?|x*2{HShz_4>GprAmvioZbNSB6#vI9vrkR zL^jRx>|n2f5&Wk*mOw9~vJr+M51xjG1A_H$-kh%9MDO^bWk<&*d~QJujGVr*yhMo1 z2rN{+1;P>@HW*#tNEZ3fPP@jwH!#e3zB6hUy06!^g)frLxocq7sE}vXO%3@`vb^#A z&z`)LrEyjSz{^}I2QL!BV7uFtvH9+SDI$;&eorPdfXF$SW{`$~$g%SoAvD6d50S9z zj{&rJzzTPBMl&xxj+9a4+z^1#U_i|>eiH|-)Z+e1ig_Lbv2av*r-hk3a-t^_g1@sM}YGv**Tj} zcog|z{)d_vfAZydu{i5x?U;!ROGg&HviFUL7bMpf25rI-&fUKfoN zcas5etUr(A^;@Mw2F$s*#SgrM{a!ly#aFLa$I8lans~9b<{Lv6P@2)air}~661qH$ z;d+~ZL(m2f0%dU`117urI?kLTbAEUr%0CW_m!aSB$!P+qWL8yxsb=gZ>cy8?wW>tO zrH=72hA9NJhU>Z8{Q@^Sb9$oDHz${?SBY{dK$kJ;L zB4fJl>sQAKvW5q*Pu?cLI1Nr?=g}MP>z~dxv$*viHddMDu%d{U|dXNCYxUUn~zYSgcu%!qE8EUZc&NPiD zxW!4P|I6^~E{?}|rDOD0AVG(J5#112lY!UKJ$w#o!S^_L2sp@8oO^in)$7+|x1zUS zy?R}_rF%_|a{N4Fd+tY*1+pU;50AcieX{y_Y?G=hzO>JL_KAk3bu%s+3#8bFkC8n* zz?(0VFib@tGMsbp`r_+XmBq6r4kxR>{m*~D`um^#yi)??m0x4~Mt)~q78p(SaqM(Z z*51Tw9iR&w*od>}Ha@cN7P`H8^QLt28?V?o@(vc2GtQU1t3;?cuvfg4^9KnU1UhWS z=$k6#!|El!=$3K8jUY~&R?4CSss{EGNN26msHW0gG$!K$4V7mB5kI%_tKWP6(rscQ zESWUTCNOpGoK*m%NEAXR7U>`=;H)e>$ZutFk&gLy1YsPMUKnT5%ZtOkGR#(aoDd|9 z38`6NqU4q+BPXiloY(eFlw{_mP7pS5C{1C~5M?vU@t}@ryBYqw)i)8WPan-)K90jk zHXLKXAu_DjQKDRy{)|om9|zAEi@?3V7iSk(PmUvGF`gDV&`MDig^EnIRCInBrr*kB zlv~5B;D)(^2y?P%qW8|{C%R;SA9Iu(4`Ghdeeuof;v@rq6GyG$(5zluRN zmv^u8*ZLGh$Ur&MgGA==!i(ompEj!HD0bpN35Dpd&zTPlluZAhJv&@I4C6(QrZGgL z7cu^XfZ^b%ceZz9JR|JEN5zJ*80 zSsYpwyF5yefL}TG?)I|%G7uEr+?%}$1aG!JrXQT5fEjG`j+|R#avUQj$ZfV7BW>PW z#>sgQGL;HhnNnYah_vGv0)6F=e01J3v4V_EMT)Fj=g^ETGAFQA@sXXQ-6?|>xi&x8 zjfNr@h;B&P$ll&wb;+@isD=ye%~PwcDU~Yk3&`6p7m^Judhzs0>ARHttuK%*(-Cy@ zKo`{a zX!sr4skX?7l)XK6%vF$1gL5&8T|!TR^70leaJu-S`oVUPq>39mp3`l*2-}{ zLQu|L_im1ifc9vCegZtSMz_*9vPGA=s4g^aSwG`=ZU_6X^2-)-Y|fc;_Zv=NH~qpN znZkMZ?m7X?ae|3g36QQ=W-3l2|0+YPdk+d1c@g*&@6Zq~Y>>(`doKA9Ae!q|tqn68 zK&uKi;3os20r@uodcYYk&>g;n0e{$B&X!H6Q;+>(Ls~h>HRPBcNS@dyI*u=Wa9R5A z19x(aJ)Ejq`i$&s$L>i~Op9B8Vqb@i2ajsE^)=Ia;co&Xc75YJPY+)boO<^F#-Rcn zF(@v>Fvc1)WdpJ|f_ZOsltGk3lzv3<_Q$ogpzMw_RDMSgijzZqD=jEvi_ArcoFRdS zgbbm(=%nGJ2r|cKjuPTZRXcI=jJ&csI0&_Q$ps#S0`tM{ei=z{Eoi_Ia~+JE%$(9T zdkixX(FXS!G#T8<>MpP;^Ib%Fv{4?#Pnm#Heau&c%JpG*uI-|<2rNcYbcT}ji(+e( za-0LciV%wMG1)PA6HX4sIFw4o0!dGlCpQ^sB~0W+USi z6j;3qPK%E0&5!viEFxtkP6DBSnX>?l3<#D~LMR%8DjQb5-H*d$;K9U5qxt6$j^cZJCY@Uu2GbTJd<6FgnQ56J$ z;VK!sph3k5W3Bxl$LMhv{#&4;ADIDX(rJ|Nt&4I9LSCh9@DNm>r!^|*PP5U=rc4Y- z?~urw9JrRlRa(Z^-u9Evi}1{bGmjrz0S>R3UsICh92it{!sY{IB$TbjDC5$J&Lc;D znhiv57}XlBIH0=(W%%k5kBqL&PUZy-vimAojcF6pM06BB3`)0!&flWHcxE0EKj5#~Ic@Rx<3}ZaBgL>rW+e~}xbue}EvpA!1{r>A z636^?981f#(I0C!WS$;@OQ$$u>s1m0HjrM$;j)<=A6&snPK`_dZqq+m{t*4LPNw!Z zFsO!*Be;Z+Lg!@{AKs_U*OWpRnC7zkMNpaN+`${=Pa<=O)#OvO;?n; z=>=N_D0YR+l1sM9xyll_!XW*0-Bf}@*P|0SIdWxTf#Chv7nL~l!vht|d+Ed6zd3MI zUKYG|iY@2IAF(m9iI*yYDsTy~1Fs~)qEPTkq{^4H6WGu(bMq>hoN48ntk+gd#ynF5 zp@F`_Z;NEt*X!?{6IL@4RHl zD2E75Mj?ukiMh9$K-9q^V7^yrWPyp0t#B7%GdLbj;#spI4bI$)(%byMNdg;R?B1Uj7BCbHZljklG0j(=J4?VIi%Z-R<@N(1DHVg2 zj-xz}6TzGnZU$Z1u;U?eM395IjX<59T=coo?<~`gLN{Uz<2VA*e@GHWTFFmPKdp|B zPbZ6ua$w~0R^Gv6(L3QiK0c{|X3!`u!Qjl=Uxc2r5HPTbO3?)4l!Pd|$kJRoK1>k6 zC@B@`XPi_GCrQXZ&QgS~szSI$jvox--Mp3&@caX87GhGB0nUqz%re+FK7YQ;1GElJQWZ+c=nW_+a;3vm#-v05! zdx13>RN98*aZ={CVgv)z+tZ7d?9rmIg-6Sp13d1X3TvL3V>ix~YC?cvC^-9Ot)Y*A zj6yKlDiq{YwaQcy8Dd1iEu$c6DnBY8%^LHa;Z)ki1BQabS{#{dYmBVm3q3p>!d$wk zlo*2G(#J%G_7-sBrS$`NqKw#ba`|n6pM{#W36+`GZ_jG1=xld*Odu?Z=Qst*cuAJP z;+OygjLv-sA5H&|a(9XNO!Lx0CFR`*_~HdQF_i*`WTWAM-(6f4TGnCaVs}0;sxs!B z?0OM~iIE3L=X7H)4AKfp-W-4NO)mv45{6GX{;u%HZia7c zD}7_XWsn>VXGQPnzre|-``S$%33wVvvRUAc?7oR@TdH{Mdtpz1czbqY-OOErdv+?p zao|=_q^m7+Ya8XhX47j^OgRSDzzYU4ENGR1wtAJZ!AFk;g&Z1r_Vh8lH4VjbXej6dF^yYYR3 zNp@DnjN*!N2s?ZU(J7}8`g^q;Oz?yMlNeh81VI;Yd4e9Nq@>I6IR0dRJ6W9DQOqaG zU_{@P_NtW_ben0J$#z>Z4xa>MrB!68flFvH^Ix|y+K(H=F{7I99m1@-HYLJ&T7bnUQ38v+Obaj)HVd%>o?ynRdcH(iPy|dIt&A32 zjS;s{%_{6!8036QrI9bjVM>6J=O{2*oSa@(VHp&6NDy2`j6o#&CXmP|gWMI)aT;(Y z>#{ujI*4-TYXdp~FlQj6L+>hg@ODgNW1*>IVm=1je7`yVG4|uEE##q#9Og3Rg6DNQ zIp2Bo&=oGSC;I2RjLz?k2XWT$iu^MgAzPg4P4x_Zj5&h{Co+v@3}>uD0;5?7<#sao z$x=DQ8qxd-sKF|*xR+q>-aT34#rk%&j}1uDpz_e$%v25T$Wbz)^v!r$U@723rx=RW zhrrawg9a~)@l-od*!lRpc{w`znC}+6y#g*#by#q623kW6Ob7hq?|yAF*ZlGCVQmnSeLraz1`@KjU;0 zkcGa+VS?dG{=qKLryFd!Dw)M(>@<7DMvxZ?0{YgTryr}jW%`1}_w3+mY!}=ovV`Bw&FbN6J1} z`-Hv{H0TUmjqRa+s zV=7y_w~-NcXXE>yJ$q?hwfD*9z?2%|m_z6q1WZi?0{>q2VVxb_p;`< zQm_1<)8sh7?QH=B#o^3bA_|+LsrgZuR4GB_$BDT&W~IR{R-@XpvW-5TOtP`qBFM;V}RwOIQFrnMb;gfH>s+p^H%x#m_3&>OCC5fG=V>7D$}pg%x{6MfD|m8B6*bM3R=VZ z()NC`bbKOHXl`*-*pTZ`Hu4!>W!QX9rcM_b_7m#=f& zcXxlN-dXi5v;L5CCvT5eXF2{p34%qO9;eF=G3p$J#aeIj4jD^FPD~Ypu6Ro#>=hzA z%&ES}7@0&5x41 z7KjL(u3|gpE}4Vaerp%T?j>*uyq&^`Zd;@a9(o+A7dItu{y>nxR;WZ-KjJpn{Hy(U z?MwrOmVr-T?nTF~>A;gNI9%Jlt=ItaEU;!$*@vAtO~JZgntnEE3{UZRBW*~NK-Bsb z;|VC-zNfOoZg&5TjMp*NG9!5;-tTTr`@~L#u7uF)a&}rEHNp11)#2V&Mo`(F{UOki zZJ{&d-8{GcpB?UoE*3~8q2N2?vsAt$F?NPyH`r`AJvm^LA`9Wh(q9*cLnbf5KDr4Q zpFKTXZG89n(MwOpd49N4B>M!YAfs$6<>zSOpk!!41_hA`iO?8bf}#v7YEfPX2!NE3 z2qEKQKWdR8U^qQO?2|z0QzW&NhAo!k5J0T_r@WwVE4)QHmz-~yBC~_o!NEa=Y&MP< zVWPMXAKpv5%fLPvp_RDLo*gwxqR_?$KeOAie}4C29)XRMWCTS2;HV)84HznnY(|_{ zqsYM8a#`D`SbPc-_DdH6-BL?%Z}b)XI601uQgv=BFK~!b;RSxx5rWdW77Dwjf$zo; zi3yS@y3KuB=?Fb#QL-?7H=4_LG?zJ>L#K42e0_=ZI19qdd7C#j$Id}feASi97$kQn zsK9U{GFOg2Kl27tXcSx;xn?Y-QjSV#U*=-5WVbj>dj?(rAP_8{LQB=2PcgcT&}j^k zNLv<+ENqr&SzxvqUOq@WS+K-a)r8YKKRc~sp;)d^qDISE@G^!GKeWNepj_HGCopK1 z8WSx`ZXoOav zj7vbMyfkP@8@IyDv&nNjbOvvAAOJH?G|F8YWS;(obotFde~6skh0Y1WaRE8uU zWJLu+pvQ5}v=&{T#i(H7M8L!e$>1ymY~>;E`?=Pg8E*st97x{q;hp<;K}F<#$4p>W{wIiv9@!(p+M>#IXe9uIKj)?T!kO3@tAlz6USon4OoCTB zvaG=05pYH>ZGNITTd!(B55R|i>=2nZ^>iD0K8g-@DlD)Ingn+;hh}1;#N~OfNc36}agVyWWz2`NqMsRkIM0ee;ZWdf3HafsJnI zR~Bx~3{9`k%AX1-PQqfPl>pIa*DqO%DxJ zTko(p5D8$}qb5nAJszWrI?3*4OE@B8oPMFLvi2!VPp<@8cUaeH7 zKo$xR3vnKT+JpI@MMH{ws&h-WZxc; zV=fVY8DQihllUX6W41%ayv7j-o&-0>ZRsl)^fQfQsANw3W^NY0DGCIW*QRCya~}vqE`tksrspzqy6pJF zWGdCsz;7&$#QK>U=nM!Jy0g$jfT|Bp@zwE34PMrUEn^!3kMHI+zj^hxx+O5IK15C=Om17UsE}dz zgh`b~&e2pC`|@Oer+W9|$wBy+gd#cuPXS^McP?6>Vu79M3gd4-CSwV-LK`yGOfqmN zRa@*PP?EvZEp#^x(Ev2#PNi-19h}jI2E<)>7X494;GAUO+FB3LEI2Ys7c2^7Bk`5o z3mjUx$yfp*xO7vhwBz)GN*xfom^u?svAqoHM9a_YfBMD4?bt`odoz8~|I#Hgpz08z3;&|a(F4Yeo)~y9wzX5a z`Ss@PYW4KVQS{bMmg5h*1|YbqSUf-4FMM9?DcazlN(30#XnGw~0voxu24$vL1={=; zN6(J-PLs$zAA+y-KM8KxEQ^rgAi)wishYYosM9@xf8)RUweP z#^zlZzM7d(f}w&iLxSjaAQ@0e!Aj^6w1+iL5E4iBo1nnejIu;y)Xbn>KG|GLy-0ajDaUO%BGmakqcfpdCtogq0RgP3&(kQ zcrZpW*D#C(UIwpUWjajx?q|qx4#tL&@;F6W zM8UyHc?2G4=hHQg6JVJD`0(|px3zJi6RirmC{G<<2#zidh7v5`Q|FrU2X{|pGOsR+ zWtde|C@zKhkZULwI)>C$ax#FHocgmTdySkaBbjU97(N;2^|2M4DiZhV6yPpvSDp&# ziX;A!HxA6E5{v{K$f8QYWni)+U$gJD!4t-W;!s2enbYXJUTDE!k)_&`(45g@K*%TF zb&fIk;1hhD;{*gcRj#z}d}m;)BMO{K>S{Rfzypp5oSl;m9l_~5CnlJ~KW)c|G1>_f zBUgCA;e-8fcXRcF?>=i^4bsw{Ot?xwGET=-mh$7=!-~I3&an*u4}KHSwv_+LT8Jr+ z<_nV4?zmQ97!r3Jl{lH}o0DY6`K@Hk=rVF}^IJB}>2l5# z+jglktqfn=;GWdo;Uwq?S?*$~y#1E3$@&>|RZQcMhu(i2{8c#wP4E@8+3W`0 z==m%T{E$FuuR$GSE@&6D9VA2RBGCYJ7CAjXpW8*RBJ=Ow&)ppCmic;>3bz6pOG1JQ z9Hzx^Dt$S;dYYtWH!_p3r*cUDBmfPDf};eZ`WPJ~TayJ#v^ZeZMZw5HvGOHYJE^Ucst@Y$zKhHutE32OLV^x63JAAbH)3Av7{1dD>p!VDJfjSz7pLnMp_ z569Fa`C-0fn4wZP0M*f?t%!^RU+$Zm`30*GD}v497(mA8;$jx7U@$}VG)w}Mg6VdM zRuBScXWc(EUWZ95qJ> zUQX;NPM;yQ+PsD`=iQ?#s1bm82^hf5aSN;n2_fa^IgQPX!_cW(I8GtAx7n5jrT7r%nFzTcpWIk|Ba^!5aEA%4AA3tBuMF z64tH zv7io587?6QhY1c(E#m4$x0QqNh-{D%a@f8C2l$o2zc z_ZgH6(7{ zt*W04ocp;EMeqZ@kSDTi9C9kta+iZ_K6;h!Xis;@H$3VzLnmc>^0*iIPPdfl4_2TL$iKJRY3w_ zUYHS1x9Lx&K7lg6kYnS4O+S5_8J!G1_QWWmLO1%xk#lsMgP_h_DJLr6R{5|R8Q%m5 z=Fz`MR!@G=f<;kjawm%lg|TXrLmSS}+L30Zd0BmKXGZwQ%DcySWP_fuH;gN@hpuHcoVgW%yO=X)A`bK5B0u=x?* zhA&{$GO`Wh9H7_D@-*vSm9&jBN&JxBEvL-sZ3{Z*QQ|waPDoKlE^qlgcLx$FEeE@ z`gcD!1Bs9nkK?2WDh=?U+_ngWt5OLEEjl$g;Zr)c^OAduyB;74&lq$*J;JS&WrZes zR=D8~=A2_pR8h>=KRMbf4g?m>M7ErsaaAMStN1>!pf^Xt@t_BTMJYPR9v{w~g;8#>zK8hniWQbuMZn?*%R zEg%Djpv-(QSu@B4GaW8LlWa)UL*_Yhr;545TzpuIc48eK7!pajP;>yJ^uhn93Bo9<-bfB+z4tBk2s zMb7ZMvYji;&B-EK%8zX7!#pp;hE{OEr+`=7(Y(Qyi}S`$#|5bk=(ZDN1WpUl8kncq z{rki3r6g*N2^tGtw8c}mUvbj=X0|R`9vy`e+6F!91C#MMs~0+m^bSVwaTPuQ*4Nh1>@!5-~tzN?WO|tQC(sxd-UcEiMhOjY`js_C! zR%|63LjMHEt$bw+oAQubzfBi(L7K&D_r|6QqAiRT81Vtd5pd(5V8-4HXE{#Zjm2rR z+hiRrp9gn*GB55HP+LR`=)j>$ARF%db*{l1`k=DgX&7_}%obV-`e#?onNGofI!7KT z3LhshajPiZrAK@b_~0*iC;O&2=^Ka3H|j?f#R_|Nt9Rxkc(O&bbwkSb?6%wO=tirA z=>siYPrle#wuj$9TjTM2f=c-C2VfKgsD`P~bP-&H=2>vn4TleYIP<$Q`-AACVAI+S zICOC17fRCZ%%rIMpfMda;SuEt7 z=@Qc&Xz!RTwk4tP%h=}8;IS2h(#Q7Y_-psYCo`ZNf-KpYJ(Mj10~1)e0b4f;3YIw| zMi5Sn8O1eKp-kVYh|pI6L)aM%0fqVQDY@T^qI#m0am;1EYguc5PxXYdO<+e^&_M7P z=}2^XUS(5e09Qb$zqas8v>HEJd_4(?^CB;3g+At5%}Imb69RKu*qY%JxjwY;NjXpE zI>sGNZbjnA1gzk84K6pD4lNqR2Vb%%+eLGIpdFgilVy)+22Ez5WKKpb=<}O0x3r&r zDXACOWvxE-V^bQ&vUAsw-@=*m3oqPD-Rv+jtRe(Pa_YAYdjv1;&!=Cm(Uy_uYTG!1 zwOh}z;g>3fDX*YW1491YX@LM_+WzV{K~FjN!gjOKv)(cTr?k^A`BWKeW)hu6Un?xo z4F34ch~s&u+&;$Pgyw9=&>_Kb*e^K<^>Y2a@|WQibU)abTkwAVC@*oaOtIb^A~ zb_Le!+v~AK;WOISZn1r7Cm<6jG_VdF^ic&X1R8z?IEg{0_0q8*e5ppM3Xu<)aP5X$ zZB?|=4)5UG#40L2(=|aUW2&Cjk7Qg)Q)Mmvk!5xWZ@@@CIX@S|3GL7n?kXB88~V1k zfy32kHZ_Z5&A3iREaRZ({&FvLV4HfUMd(lV*+u-6l#*ApFb-K3#CYRJgYM{O*iu`g z4cTI2Hp1^HU*!7c|7_|`+wC}xb4>#TXAlHP$#(n9-F<#2|LXbBm)maHvIdHjC{g{~ zZ|ss!Z7i%>RXM~Qk&#(h^S#R?^nt4>t05jOx6r)L08fuSrSfF;-hBK1?RN-=&;*Es z#(=6OC^z~PLFkxK^OzGy3Wx!iL-CEtIbL0dG|U18OlYIe=xrzYCMJH-2biezw7#p1b`7J#2Fu{7YqFU=~ut5evwV*_QvLH zf5@4#C!E@^7KwjfP~!Pss~tTLoO7%U;gllTD&IN~W-$Jof#}UjMS+6886W`yrRG?T zevGn=T%_AR{!~=!`P5)fh?fS#)#`3^ht4xN9)0rWvzxyiA7iqSh*OL=;*ow8jlZsr z(Vc4q+e&);MB4=r8GkgSbc9?4Yl}|;$H1v)lZ`ov@G@`6u;8f`?2D)&744ndxr*UK z2kkL@xAME-A}7kRP#W0>yf?ye;IYvhT8iF{ZWw*a&FHfXf(s*LF9H(q2q@foom>)X z1_s^~`Qx0o%#ADpLuB;H@a?g?+JQG3ATVX%q~Jt;2-yO!lr+HCKU`#6M9Ahh!9w=Q zGDH0OqZi$%w#Ufahx08ed@;-6=!5Ts!YI}}7x^GFaQEZ&>qbEJ%Rmcg^sx+$dDVD- z?Oj_&KyNDVnkPW&E*_e5FF1LD_tr&ttmnsc4WDjPj9>rOYVY6==x4;Wx!>sW+X5_l zw)GvgL)L#?yFV7ZyGF0PGumNw#Y0Q{LAQ#&`k{8{#Bi=} z^tu5;L0E7Z?Gg;OLJ-2h%2*kBnG*+Rw_p9g|N5KJ(426Dib^%GJRylJF4Hjw$j-4sy8jDte|p1 zUR`;y3*E+JaJ>Ke1Buz%h|i);Vldsd7|qU>aAR+`*s%Ug?+N_aC48V0dsS|BB=q;_ zAx_v_YH#C;E^N<796p(5ce*baumP39Pk(Ia zf-r*IhyKI$_sQ?}=#Spg{d?LZ9aW56(qH}r?+rpNp7T_RAPDJyjAnlr&heJ4e)aZ? z??j6;P8e7z=}B`Hl+&UV9sfCj#R!NRk<0m4ZGaOX`%Pogzy3ywIb;HO`=G~Y3N8pZ zp+V3%7105^Afao7bb`}4cmND3*C~;-EurC%MX# z!k+35!pL9}cuqj1MU=F^QEqhv1Ox-1@Dm9Vu#I37wi$u?v4a-_B>J^OnGI;RP^do8 zQC8qhv;n`!6>Y|d+7anl^kQnjoD#+|Hb%KyxK%;Q&l#zQK97S06QMU6qzvkDkW!w~ zJ+383Qv$TX-``|l&^5Ab1OYwmR%8b1Qofhk+X$sLIC3L*MqCzTk#Mr`q@*}-N;R@exUjOETIeTTcI$P?GoJ3F2E(bv& zm(d9SZ@&I&{Y&>7QQMe?@wPzk(#lfj;SfIP&Q@8Y3&!u);YfK+J$&(reg&b)M)kDiX$mrY>2T3~4u8Rn zMXN@U$!GXKPd=cj(H)s4o9=n%Je)bl8+8iKNUu#&{;=n^Z*iauOjriD9n9zg=YpU5 zCm;I8tGyPvc0T)<}j@2og#tXNSPk5$g%EWA#to1s+C? zbaXte-fUfU$dhY=RU>^m0eQA;utrzUh|3mn68H=rtIp}MR56EPBrMZpfIzl1L%xmT zKl%KN*{icLIn;Q)CmfPV^6>U6Pw3QXxY-49@<)IBZ3K-z_+Zf=c=xnNfjPO~rYG4B znTnHdi}h?mJblFR6*fR#4ofOpLhs~4>KV(?NM79Sd1NiE~8y1#G0 zMTgjHkJ!R#K`!O(@J;XO%P+tAX2FYq3*ELDuwv-N{(V~@%a*anZ1?7qgP+YHBV=vo z!3LJ^Ipz*@6VPpqLws8xL`Mtc@K7*d?~(bG=pl1qUMTx0-&!CyW0({`bL-NFq zqqFke8s36C`me0^Y_Tqop`UOj4>ss}^NaWIzSEd^f%8^=i)VrZG7iMBaAuCZ%7nx< z3Vx35(pR*Az!C_P_yonsO3K)X5D|@n)R7*iJb)Kvg5goDTR8C7J@P<4FbYEJD?&0{ zoQ>#@OheW1Ye7_tI;pDI5Qf0toD|wJv>c%*jxb68RI%TU;Je4*PGBqh zWutt;v2p|gE&GiQOZ(|31*0&|2`=Y^21Y+K9MMI86iEQGH>dSaP+*=(%9?Ssm`8?0 zS@=^_JjM%w#taOabipT-CTRNRT&!u>0+w)aU!Xt+I4nxOR9-k~cO%H?j;@>xh27%4 z>J*LC7rNMZg+wHy$&1ktqi)wR+q*J6=wL-W+&DiY{J-YVIZBS-V!Vw!k{NP#w154| z;zf$D9kgd?(GT7?kC)@6+|ip7&p6Z{TwEs$MrPcfUxtLv|IW$d@-NA8*PHmVIG#4d2_%oi~7QqV`EGNw`BM2TPa|fHqP?`AiI^JrEG!?ZKwf9&FP`7fRtR` zMpfaS+;I{zIGiE9zB&AR6w0C_?`7b}z!Au={^eh7X?s&a0(5op-Fg+yO+7r|2*|xr z3tIl}ac&G`d@?m)3IvVNN3^{G;k+)BD z#~W!?I>TvzW7&vk1{awCL4+WMy|B$R9TPmkM|RStH;?_WwYGc2=%4?;e@(90va@G! zB`-$koH2aq{zk+VBrD|Mf`!YBkxM$M1I~`!5>y|bzKky(WsNW4VNC=(#~E{o__6>j z-m)2JIh~KTtNatO@eFqx~2e)tgn3$GyMu|I=Rwomqsze<(XXK1buIPi1U zEzmQzfW2df(1k;uLk}kM=NkB}FZ=NIZLnh-?Pb^E1KxAy{NJV}Yllz>xP1%OEGE_0 z^soDLWg~qwjn4GieKtfk^MWT&PnnXI1-OCSV^_h-?(nVKU@iW?dH?S1cN$ZWvlKZv z2Vk{!jxio3kTRq+u3;=9`t3QmoBzHMv#LuIbj^LK1Zh;GJO-KJqKq60#4Nbtz(RY( z!^j!Km;v}1oCMzW33H#{CGpVIgm8-IeDx~d zf1I|=!&dNuzkU{|MBie%s%6D3AZ(XJnk4c0m(7h7$#0OipnqOMOH)qZtm=LGUSwphrFTw8e;` zC+aT>tq&>KjiAE8g1AMsl~a%GAg$jvBe5Y7S};fiTsFsk>)%Hg_2=8-*Bm@W zmU`X1dVNrqdn`y~eDkmtv*D9;He*)YLM3LULnr#ocZ8`U_+Ig+(~kE7Yeim_Ms3_<;mA5!t=?rziuZbp+s z{2}__HQm6M8Oz#qO)R%SFv^qnjqqK6!TYnE9K7(^NS9ohs$uk`Q}G09oUD-ozH%O9 zfGi1&^aB>bkaZj6Q2JFpL7e$(Q&3-J^ziO~{nM{r{XhTws~XMF796o9i8|W8U1v~;(I&1S1`o#Gfc&IOUv&-8#NvT!N(OmHJ z9(ijV1VF*tHJOhY{ph#FqJ8j{jB*GIOgqTNvIg-|K<~ZwXw2DL^MS`8H)Zv^f_Fg- znUtk5z`20@f=YdH;Apldk?POLUbf`ynhe1A(+xCb_t9m6Y4-(BGH_eeyg&`VE`tb1 zywV>1hR3!^&0cQ}OQc4#fB)TY|7I)5xNH3zO!^Y&p{aWth;);)-@qt-$ST1Xyt9A7 zRYYgyGTWBx1#rM6FzJAyrdke4&8vLSw>~z|?lEW9T!KaLX!YJB7*U@T6 zU$c>wV@uFTIerhH(8izvFNR09kPa$K=Ghr|vZ(@TFuL~o@4x*(Pu37c)t!}_Q`{P6 z3?OP1FoDsDiGQ7nQXpvL&KaEHtFt;;%DB#@O)=p~;SHfWztzR&2hRDLi$Ihaxe%2) z_C_6ou0IhRcrfhRVJ8Iy7uARiEugWf2!O#r5CsTE34i_QMFHwepy1&6HVW%HCt{%i zr^+D-L`0s@Cj{o4mioY~8FJB)pyA^g1$3a$_D?4ujO7-?^vAGU5o)x9!Du7`W`vAf z8B`8ogzn#ho%L}kRp~cyO^IfNFH)X!tBk$jDK6!ZdScLwPVkGMQ+N)QKvCF@o+5-1 zEqL+4f-LDv{TNArgE3w(Ko%JB7l)00=q|vrpb1^^6fHbrvNUP+7zHBra0tbfnA6BU54n(Xu^;&mXwJcNb%u4o*DHPHck#1ehWy+ zmW4(}S7h0K3Hno>jFTyXMrJvTXE!%a8m!LAAp=KQ^=nVRazI>bXV(h>1YIglR?9h|qr7#s8H)}2I-aJb#Ow1YS3 z>v6yze-yynoHLoj_X%GAag1blU_sEp`=%5e$KqGw41dbO14Ez=}@# zyxWMF-Q>(YXFeOyZ@A6LkEiKMb@5)hnhlffcnyeZ#wuQn_!=9kE^L*|9QK_{6YvPo|@P>J>e2zt&x8Ze-NV1|5YmmHEU z0o<*$X;uzXCU||o zXSXs!i7u2HGo;Bd>A}r?&V%Ejo&(qaIeLPxU5YvRDA=+Ia=z| zJs&?95wzlP9)p30WC0u=z4?zI$g{%s8oxK0>2qrxYFEE#yCANQcBJqAmO-klb{Wc} zrHqgfx^(OrQwyO4gOpNMgA9>rbLr@$9GS*fhs*^&m4}iyXfpaN7^Rcd} z<9qO+!%KTcCg-T5S$%GfEqG?obBZSiv_$5hkyCh}I~uCP_~5nqHgvmG9AkTiZm@P8 z4*Klh$_bk31DY<4XoIH(N#28Q*R*%cwDAgK|Eukn{+H?L97V7#gSKndNgOQNVZ$sY3zZzi z$&2iOgT8UBTfJRB1}J;drC;NB*U(w}=+B<+W*^fw8?E^f>XZZBN zCw&Tr;RJpMo3+V3u%%bzEjDD&$f;?uKKM1R;CYa#@Q zf^h+`fZY=~1|ydtt;^aw8;^#vwguC*!A}T2$(VKxDCqg4*k>b5N!0!e375X z%Fa1o?Am}{hZnIrXO|ELA?KtCT>v2P0)v=>ATtI74wWpryD}J~UqU_y(>Y?{=5~wP zh!T4*2smU3jX6Vtc0q*SMraiGVL8^t_|x5$6q`0A2rP86(y7b8d07r*%WUFA;~1jY;!#b@-5tkK7HdcnEDd84vq zh0ZZz8wDjdlkaeQf*XC1F-BJ(jG?l>{PvrmGV+&3MYGE&pylB01Alyg@r+YJq;^FA z+Jw6-39{T&&y5Zqy%Y?n{^4v<`Z-U%YiINCee^ZH1hX=J zM}j#7bSIba2geo;Ci;pqrW}%U`hZTGLh8CK2f0<2es1uQ-g`}|`_BeJ+T`5GH9O{> zw(tX-CokC+Jm@}t-vH!-Ou&+Zjkbc-t4%riJ(*Emfx_gyKa2TRrzT~DWI+Wg0$lW5 zhaK9}4kwRJoR7f|T298JN6lRz5^jEQyfQ1`npYD;Pk*WXS{*A43tBPOrL$I(QFuHMi^Dz}>KQ1eK znMG{X4p{MKi>N#Q<4?Ef6l{Kbw3keEI!6pH^bx4zw*Z0jMn$2NhPP6)=GZ-macD=gxf!%f%-glmKW z6Qo5Me0?)m!MgiPJ6MEJImB^Ip|uwfB1dx$Ml41j5HYgdMhhXpC~{6}X#nurn&MA^ z@izg9z-Q1-!RlZRavM8vf)zZ&R^U)MX(?@K7vl(l^wi@}N0jPtxQ|d#5a4r!oIM;z ztfD-}MsIx{JUKa$;x9kETO`R4-W0+yLf;z=zdi@Tpi)QzNWmOnF$z+8P8lPs$f($i z13-%`>r?ycYg<$+0wv%^kunbGG+x%G(XxA#$OtP;=I}i4>=|wgxfmP<2_H6MoU(DE zME z?KcyC^uQ|zMey7`UR^Yv<9JcP9mx`!fnS?;zx$9wwV2DiHU*sVtWO4ttWd-c1p$x4 z6)cc2yJ=B=tFEP*?O?|U>^brH2TyhJr+;T)Y7jo==<$cXfCF#Q+B~q)Fd6icnkSIC zl-(@~!m~x}FZ6|{Z-E?#GY2&|7z`sCMoB99b`K-FMwLs!)y5e!#|KUMCMmQps3&Tk+0-lE)d{Zj8>gEg)t;hF|yeO(quPbx#>QFnY{#OuoS* z4T{&(&FcE|E$Cs41s;rL)ZM+!yGK`WK7*Kh(&lUdd4rFv0*BwFmHFn~*PC1B7&tWW z(;sEuy}fBN{N5Y!f?WoZZNM?S!1Le#{tu8HUb_~J(P;JhjKAGyyG-rTXO9j8jM0Cl zJf{=U7Y+yWo6TJho-S}kZfGaa`&_X5*vdT;86C-{5vm1VHt&HiIxZW~HI)SwV8a=* z;G1JNT4$^202wkO{#2XcMYiCGHf(@C1+!IMAi^H|xBw1#uuX6wUq<+3Lmz11;K--* z(-E?G_LF{0->at|*V#qKBeG|6F=9I(#ndzWfTnaF zoOk~gIcNtwi~<4B2|-3gyC~f#=M;zHC95yYrYt8M5Ul!~KEvkvj6(3ukn}evQlZTQ zL!<^77PvB;l%IhXje%`_RK|0XV3XDYr=6J45b>Xsq;|pWkt%!>#1II7x*9EO6a&%E zeS+t(hz@K^ZN)qe5FQpk5f1cH-fH0qQ}q40puu&5lc^lv25iUhj0WiMvNe~TV#^BnU%=0$loH)>A1KFv+)t)@i> zc-*`0k_4^5wIiv-F z-6I+drT~{d;O~v@?=dxfJlO`aRl&*OXsBN0@kg6`4!JhqCnVvV&`()#kw@|-&~$xI zc4)FT)Ug8`_~xASU%y6#?8v3{&q1RFy2=VlcY_BFXY1C#K;eQAIt&MC^FWxKgNGc! zQHog#7azUv8eh$$ZX_4S;01PV2nN_m1O?Y*LaFNc=ClHOv>LtP9Nh2$@*F`Q&e4@A)LrZ0E1RR{BS@*qy zR6WxbXg|NwM<$An!HbRDlL6hgplr6hbM)jBIM3ODXh=xV%BDI$28#h9TD#xP1$)lX zitcP=TpN54-b}9GlMJEr_VUlRTf_}7JO?{GrmLX0zlGMp-k-L1!QB_yD(@h3`_wj> z5wysT{J~Q;FKyF{=O71Y?)u-ZzO*fS3>O0dHtaG{$ysphG1?3n@!CMDa-YECy z!)UOzI$yv2;yc1}#vlSl7?Jj~s@ofa5N9)gH6oIqAQC>;`bf=5*nXfN69iH8r2G>&z+w?q-!(NRx^B^vK%*+J{^?i$ zmcrhgnQ;FM zOT6iC4k>)$Lvab*J?>H;eS5rvk-Wue1xNKksn8v~6i|K6J~l;;3<_TS{8J7#9@f49 z$zl>l=w#ui1!Qv$^&=JQz4Htf1NzKSqKm~U42D3Aym8z%cCn~XiqURa8#O0)=<5l9 zb2?<<_)gCl>lwnn$szT`Z?Z!6J!iXTZ7VCq$%A z5BQ8a12NsXlrf$U*Z4=KIcByJZ)D%tPx{X3=nMVX6!3t>HE?a`#%Q@fX!0lkIcWjg z$|Xl(k?p$0w-zQkw-VjH44gKc*e-hM5z$##bnQRibWo#%y?c1;jgj{%TBFf}NwE1< zpHFh=rdDjwwSiG^P7Z_9##`j$$+XHi(w&qw_{`5=znuH0@q2cmzAeCgf)2ENrXJWc z{5Fm39q9{{GF)T?Ken)?XZXD!b^JcN zY=FyFkWB%EzV$m@3BJB&U)bZdTN{sTaq9Zmv~V_SQ$lt8*obE;R#^*S*>G>bn=bs1 z_n&?D6NXh-A;L`&#`K75B#3$p0c8U0gu4*{g=NeEg17{DkpjZ^;aun3f(}s_+2;p@ zj2Z!lXb|wd`V4Aq-SHxj!H5~6)tjfroEw=T;`&TD;Gpf**J;NHo1iW&G-17YX#Kg) zpy+p-c!UR`u%Jqxj5Pr#G7DHxCwMqCZ^)qtMl@TsjiGfbC8~39Tww76&j1S3XpKo6 zIy~HShrt!qn`eg4QepMuoPbI7a!#T-f;{7%!Z8-wL|U|h*G9%EG~RGd6y3hVoZdo2=y6R#_wR+h%TN0a)Q(c-O+zSh(28d2Ocv%?saKS0IdVB`zOeh zi(t;+^|=)E+rcqK4E{M8!k%&4egXQ7Cky2INj@tw_y*JZBO56}bkvt%=`tzN^^fto zt_7Y9Irz~ZJ&l4qlI0P{1z0&F{NK)n!Kw`;Rvs=3B7+e@(3SxsgXo|vJkW)bg3a8S zKrbl6`;%oJ&zH-{-km(vanA6s;-*fWgeRKj# zt>ULeo@DQI@v=Dv6eB^!*czFRlc99AYuigBIi-i8H2HP|{A5MOkB;MsKvFO}Tz+_C zlw!_LM+%&>&470Rbgux!rS5?f;f*>73g9{IJ z!F2Q3)lYbg($Ru4>vR!R96%eFT*vSm?S7nK5VV|dIHTi)uHR=!2~qzC5GOS#`vh->+RvRqljVfOATJ>E?_?imV*CrQ7xj(a!hSk89D; z_JM)|qbW4NCxU=3HtO)`hDa4H=E(Ka-#KLGmuWE4KzoACzzBpGy{n_UGbYX{=Y$y5 zqT`+=O*qjX44VrNUIvJPKZAe=r^w*0sR=s>@E1IrR~-%SktY4i6fJ^{){K>?f6?%i z!U$F12KI}9xARzaz$?XyH~O5jgJ+5+z+x!vd%zKqkr|I*xN=vPRAeS+6twH{F~&il z%-NoiIv&ys_zET%`BVOreFlOUSg-|9p!&kWCeBiDm|_3h zb;01#XCpbdb`NjJnEF9KSzufR1j^yRg0fC~fl>Gf4j8ywqjLJekPZ0`{8QgY5XMIA ziIdv%=0Y;amaJ?z&k)ydAOwfLu3cs5CcC!#`+Y|A2%*bp7w~BP=phRYXTjMFD;?P1 z*%@sr>rqHDC<~%ZaA}XxpFT8_o#Uv_t(yr3>p%31XLI1S&2G?D_6-RH-+hh8GLCzK zpx;#^3aLEB%N#_KM z*Qp#{Q1?7-G|@wBKonp`bBf_>Kh&HwIH2NKH%pCHwJnZ0Foapl9`BX(SUYe zfQo)wlacJOpP@6`Oa9(``?6CU;zOFUnjcYn3KJ5P9_m2Lp6YKrT4A$ZZR2s?P}O zSBp3DsEl?aw1d)Ml7Jx6ElR=^-9s)Kl%i4V;1qxSZg>q^v3@LxJq%&LbfXuyAxWw}o$e9=tv* z{-Z45VK9mP=bvX7;|~@ysG?m)bc>II|JHYioGr4mcuzX^(sks*$Li#5hEe&)IK!We zqIH+MADn$t{E1V4$fdr;no`JiE_?Kg6-1lSt#&vl^MBeoCwZe?&dZ(yzL`aVq0t6u zCc_Mw13cOT_g`|T@YlE1|KQVx-%oIb&S*>~oZ|r*GCyrtB_OocMS0-ISHeGTZF4x%C1Iyf#UGg8#{987h{wsT#>lvDq6FmVEmvH=96 zr5{0L#fB5d%$edpx{wVtxy(W^)FyhI+?@`otpC9lUU({i1orXif()m_q3?Sx`U$`V z+ZV_xWBwaF^vON)0!K1~zP=YoCbQ(vHN5wZYsYQ8#Rgqa0p<%xYk%|v)3}4qAJWc$&!JC&IpPwI6B9Sw`9SGF0*5Jg?4y(gNySo z=%fAlh2&FEV4+%KJ-_E$yMQFe1|DRCT+#DA9ndkm+O?yd^=QX?{E?ZX(`Rqqgwc!c z*08js}LNBp##?m_7!FD0kKTJJpxj`h*lc}kfXzFKszAl_l*AwfdMXRl6I}c3u2s_k;SE}!N(B?%7E;2h$E8v zQa%%+{Wgm8;);~4G9oh$I*evaIFLPZ0fx%^Fk&1DTp2abqAQ2^VhXFp2}&|N;TdiE z{nZzrOsH%oVzngx=?`w0y9FWyp${VsHi|cc9erv!bS|ZYz@{&>jgWS{5)4S^FHq@x z`>%H!&H@VOXw%n}Q(pv)p@k>@jy-UR=%(bH~r6UKUckm33 z96X^n=L-k)2ZvFdauyYV(TZE!fl^|l1p&rha8tiC=Jm;t;~{~SIwN1?$-)`%PnZee zj-$0Q+H{bc%P`!iki02_f9MBy@-m|tteY>J0Wz{XnUEUu?6f((8v#Gg$voKSDV;4Q zk9Y8gRjD2L z&_|AWxPWHu9%Ll$e*5Jdea?~TYskA^d2++Kkaxe)aJ4G3KxmLfwfa3g(AZQD9FO;S ztkmpHaDoZUoG-lb_s_{6XFJ{K8u`%|ITsvriu5?tM|*Zf+w96N_M5Yqe8H{HbOO(# zk>BKanV{OA&8TrYiB9mbX%w9pnaE;aXEo9LXs)d}qZhc53Z4rrXG5<&xEZX?UI(N8 zjhKxtyFK~6wEPQQ*!Viu_OmcfpFkNNwY$~Y`VAiZB6s>y2ktVM>apW^vHFk+22OQ) zQ(1LCfAL@NS>PBB=I_<92Z=rx^i^I!{Z1C3w*1MqI;^{RaNTPBWQA^VGS(ltg7575i~pdbXvKb!6Nka0esO_)Wn0Pdu63?WbVMhCfVSy~em@PDWhrad zb^M!c{Pz7<--${#YN!zc32+9MgXeAuOFxSatOmSQ*@*9rK$yztO;{?6q1sr-nAHUx zVS=rTG(s1Z&iTi*?Jh(v73x0%Ch|<~r|4jq1Juq0F9NR37lL%rH`qAC zk2;@0z=)c}JiBypEJguF+n7HhcON6PF~P3xPbuLe5NP8XR{UnEqI*totBdOcENEwS zv*)cDCopn@90?jwlrz*fO7QG3gS>Y8xQ8A`%jm7Q+8B)qdX86AZKSyoTC~QCDMIZn z>SchsHl_WjHfw7u&*9yufT7lx$5%pg&XnM~?}F`Yomb?PAlMlvO1X?m?XCR)I|FoC z8bK5Vg)2B5j1!tLfD`~PpOFo^3X;eQ`Yjs}J;4fLuU-tfwT0>ow*Cbc456UR2;k@j zCND3rmFYbuVv*Q3s0pT{Am@Z81+wHeI(gkHTm>)!PBhhzy~4eE61?P=vKn2%w*sR% z!-4-(?#gfmj33;*pa^a0)bNaFpVtRk++wgZV9IJozv!TC_)=CdqA_^!2=0^b{>V2v zOqOay8qNXsWo+u4d^t>0F}nJgF0K5fDxU-0hj-<+z>rhvnC|$HPxL1*oomB4eIzFi z@_+kQbK0kiud9nTp9kM`sy1e@!iV7l<8Z1C`VUv-J<(vFbFvC!qu9$>oxyhrYj!4k{mp5vy>n{nDMbF^kB|5=yN3wfQwHzII~~&w zrn|O5Oy856Y)H^7;C%aKwr<&_^eP!sMZ1UB1<(LS6R>dt+vP4T)Y4;8Qp@+&UHFRUmfi6M2qhEhz#zKDq+ih3yP z2^gaF?+i!fIpK?rrFTRbhmdY5{*HpQ^^~VXMgi)JnvF;Z7^Yw@RT700N-Y`5p7Fmx2jeD~ z+Nv*+KLv$XNUsftcdmQ<1FmR;(S($sJIsv`E{8rQ#3`JXE}-J9PPqMT-9Q}U$e zZ$ikCDK}y0gRGn!_$DwfZE!FIl^~;ykEjo9=O6;VVK5;=FsqrB!QW+7az2a9>zkl5 ztlHyD{#t)hV1&}BSN6mx7rqXBkrg>dc~LB7VJ!AGy80WueF*)69W?LTYh|~h7Bm2w zOvR_1AjQ_Uj15K8h7k@Tf|qP<4M=V3lcH~qw7MK2q;+fh#$zGN9Kj~uyD#%Roe1;@6ZjV}5`A98Y87j+omA0rW`Tl;-`1m=_4;mjEg z8LGdGPxR&-#fyZmPxb;F@S_|3i&y9L=A;({Ff!x{uw=`$g4Fp1W>+?SXC&%rkDms= zMlbMULoP@qvm3GZK^rj4=7b-X;)#%b$OaFa4=QE;&$i z1@~wje$P}P`CXU&&raaa>?v6L&ooq~B6!ZmB0qTHfnE;sC`epJp#u8ALz$grS(7() z$jX9-$-uQ`3RNpICV~q5ap7=3N9-JIx?|e|WbMcpIp$B$CH~@r!Bo^9-6z|s1Or=4 zR`9aR!)F<};8vC;+o(7A*z)7c+49HNXl!eJaddKDA3g9Kt;r>-YRfTMt6z_% zTKN1^?Xd&Tx`mY=?T&|J9uEbFfBfm^ts7t!$Rm6{YCv^CM-tfuu&T2RYrjqTO->!k z*ZyRndu$0AmlgBGiv2tcklCwco?iMT!*BlcFTeSYhxbe}047kP4MG~sGuRbeS}qz< zy4-ID1JUdGg#n)R1}tN+$Q955Vw7m!j4=2B+PK5Qn==X&S7dW(@kNSV2Zz^RDkoit zh~~RL3$gd_KHCNr=lm0hu4!jZx&B9xeoG^NZQtzLyGI;2b4Ir4C%imnF(s(pHfae@ z4h{?if)Hv~D%d^vGQ=2Y!Ie3jMPZ+MNAD*&L5hH86a_U;xES5v{ozvCm}KJ)bR}3D zebuhNrNN{9UK<*W=z_=E;RvVH{n(3Df`?EV`4T=6Kf_{S69q(bd_xB~eqLDu;P<<5 z-6D`^x&-zsj3(KUy@@sPauo`Q!H zSoOVK`QTQ+>igb^`vqRv0U01lgziQh))S~BN@q0C%4n_I7ns$~SJ43k%XV}HtZ0Pa zoE$|kg7M}v!QGVMwNXO`43F!3fy??hI+C%+!0Jms=nqy#1$<-EoGU)JBSCv@{D{uKOP{Xq5gHusB$O(Q{J58Ua#5+3#=AN z;`QW>KGrrFMw1#r{K2WUKvMyj?)RbG*{?KKQo7FBlX$v^h zejQ4UTM3x5sM%C};VnKKD4?1@h#^pG8mj1$O$YU%aULtM`r49M&swAnXG?pUju_ z1RiBPr+YAyvy*YKzRe$$cX-cs*1Hj< zX)NVJW%LxN8I;7f$*q77e;nr(YP)tcp)Y0J7ubKAy}%=ML1Uw1^z+;G1wK_7jCDX~ z$-2Hj`TWbtoo$e-H2L#;?@EtWWMCur%Ci^n(6{~Wf7ksl-o9JCJw|HaV9m+O^Yj*qv7Cw;ah)Tbm@Y{Nd@vu{sow9I9{;nreC%PN7qzhS3V974SZ%fk{N)aig>oX9Qo{)kE;}QVh>KmDvqfri|T^?O2(}EN931Rd% zf_Z360Aw2onmJ#v;(}G*))6df%n*Wee_#yOcVB!_U!8RSj4)$%MhxvN)G$K7Kqsdk zj2!0-ZODq)7eFQO%222Y23qtNqKLEpr0*#Zr6yMt3QiH?f{Fe_-voP(JDx1vAAay+ zK(sTNs%=USfA{c+K{h(DD;oUCHUq^-aIR6m`r%m{VBO16s?R8ag98vik}1K0;6=M= zjURX~=))L`a>8!Ba-bL5EP$zBG$3<6wpyjc@CWydW{sdb@n@(a!bWmr*L)vYS*osf zG-t8eGDr2zNP-{!0wMvhd+L%8<*z=cc9B1BkQcPLH*qn_(JWqHuyg@M|1c|Bld;R% zxuzbOb)2!i;0k_YN5|>s$+!`S;O*?d87BcPoxx9Kls`Bx#fxT}%ITUW@dQnkB}T3> zn$BFGBGtAL&YVwlRFjTRR%+jdTKiMZhslq1I{qSL9>CVx& zU?(^QR_mi{csD+3vOo4_gO)z<|OijSO5^Dp~@Ec9Yu7!={&zd98q7&HJRq|3>YZLFtci-KtkL$-{hG2j5 zU;g3S?*OInAWk?iUIkIWMpXU&>T@aSzszWJXp9$OLNt)c<%>$3Z_HJD7S|CDjMMZ0 z!34q@Fi(mQLb~5Q<@zy4+aClGkzh)zfQbRbbPg6?j430{a15TVU8Rk$VWw z2y}VG-pWL@^M6qb@ zKH6}kj6*-Cz&48kJ9%QLMz7js*(Uh$7tH$b6FuOKP7bfbG*6Cqf(Kcm$y9&%JK^e( z_N?1;R5fNKHb<^(eVu$Tm_bk-GNliz-J|O0D4Oo}-wg8wD!kbRq^bZ?=uF-|Tsy^e1 z&kmZik!$4ysc@DaB+uw(XA49Zt>)e z?q33d(T6L?7bd^*$=n7VAqWqLd#8_=z0n7GV1UV^V>Hh>jW5B?0o2s`*wHzeF|rcy z>3>e41FtU-{b|!1`kTXp+Z(&a-3spogw=CDFh(mMROB3dhh4Cqvr=xOxDIl2_Y0iT z3GK5HoQs1zpoM^8HYGT;&7P4r83Old5?Hh+pg|XQmb|kO9F9KN`OsY(vs+!&CQ(op z4XrjmMA(q4hhAq3+4SS>rdo#|-8#D{sFNM=o{GT$rr`7;>;|1ZPUo>~I;I}Hjr74mme@l4 zXD{GJMg?T#(K+2aT7v87Kz?RxssmT>lcw2%?vEm!zAi!}mn?*GDR={tD|A&zIq0uM>#$1e&<|7QE(+N?C!jWMh ztcd1wNT1+Hqt2;zpCUmB1Lt@;M<{hLfnpo=!hFWR{*0U)B7glO7-dujAu)|WZLUW9 z^=FZj_5dgHAqZy{&VdnX%`#ZZ>7U?jcexs-V0JviSkCiL88WFGc=_lD9F$*M4Ek0L z2Me5+;u+2vjH*QH)t_ss;+R`~IQr&bp95U3+wK%?;2L3ZLl<=3~mGAria z|1_hk$X3jDkC6wbg*$r<;zoFk=P8W{pJO8nc#0NA-;<4gi`>D_fxsD#rY|@R^tExw z7V{( zyItmL1DnV<1x5hygS#e%zu#a7vn-hMj-{L{1pbxn;BdEf4paJEiyGKw|6#O!biBM?LL}vY#aqTGr9|8C)=9E2SH%<`lw@l3py^thhBYL zM>G5fm^ByX{m3`*u24{3@_W}YsahVjhhO9|h<2l{c4nBhe0=_xN1>iM;J~jO}z6nGwMSphFpyR08 zXKmCB6< zg{E}HH6Ly5eliB{1=hhwo((YESC@>irD$~PTTY+J8Wh++ioBV{Ka=OW&wz> zga^Yg@tkU-&=8AtGg`Ll`_1=%%BeH*2ws^0z(jQzPRL-4e*n}mCScw~uznyh;&-m! zF}nT;`QvyoSlJon?mxkS`Tikan??(a3gUqqJ1~#&a4@>AQWB$6xSDSoQ>v>hJi+-G z1wyoI;Rk1j=x7LOH=^oyTyn3!IiG%OV*ychA7ihs;?m&ew7_nzbrFBlw`e z{oVI}Y*cozNl`I~Q>yBWM_q>>?6o7vo175T$}00k_~4;)0UoD+^rb}SG^L?|wrAJF z53Or9eoGaO+JkNL(lf-DD%A#h>!09LO0OeCcfkk+GrDzsQ$xe0vYl^^u;1kG48zHQ z^Nr?f@yE*00@u*Ty!Bo%)F0#h%nQ#zR)bMDkM^|l{g2NI{@Uxe&TV-q6R^jUItM@6 zz(sHec5sqAxwD-Fh^?66^zdzv!s9W zsZX@<0u}nlS)=b|!HlW|ET3+zgbaw^Cj-^fSTa314+nB@&4$CsVmj9-$6Tm3)SUyY zZHAwWGJ14nbEdVc4%(rI`}eH;krT|EFkUIksLugJ8V*%E4ngixtlfYE+3e~*c&Hun zWk3LT0U+4v9XJJ*wtdCt%?T$L`T)E3$P<~=w_^?%%xn8acLp@fK=Iv-Gd7A%3e_NJ3H53UW?thaiB0gU?d6p8Zs7x;3(jtdTX zg<9}0T82>ESxi1ps?gd<+QA^OO4&c=d;eAd?-U;WH3cc3e{=)u+jXek+$X}SJy zYH2j9&)J4>#@j!}YkrJBdt^x)a8t*ETlGvY8bmDMIkE)9Ie4)8dvJrhh1s%q?3?N^C!oH@HqFJ|xJgEru{LEL};$G`h-qnrvFpQ2o9LUBu{g1m1|CYofg!%2l4BlrB;3h-syE#vox7>4S)% zAie+uydtV6BBBVJ0&uVPz^OggXY46Q_rJ<`+Rjuz==zKt!D_+Oji@blY&7Mx z^&xY@pfbAn3lGYNF5I;2(a}Xl1nn-3scot1F4XR2S)5Zqfr-U7GuGh*FV0>)`a#aG z{OJZ6qLkxBxI4!~eVm~ekf4R%Z{C=8;%L$H%p@5TlnH*|`=-8U?4yUa-+dW9 za_UC5`SIEge$o!7U__Iuk8XlXw0<%#b0EQpJ{JBksLr>cP%z2RsYkyl8mDTchCXy^ zc;H=dST&57R_>1;fnZBCfvoG#HL|G=L;87ePrt*LZjl)&^aYvy1~1y+i*qn*c3Z)A zLO$UDM{whd9orTRRhVR}@8{;i2}=L;mss?jj=adCw!xwwDO!9#yUD3_^QCV(B5-A* z*f6;HFvJdcEa0!4(U~^sg!ag!O?Bw*f(MOsa14Z4kO~%WRWt1{*!@)uzemEZ;mtB? zwZq_Z)S5sG{Lv?RZywfn^#s;3An1w*pw<5cYnN%d_5}`XU_66gG)6c2uD{vKZ0i>N zcKA&e1W)jsJ*>RzODF52hP8XTQ{CF}VL#B7{auzQ`I>*wE}5x~!&fFwpj6+rLGRdT zvZ<`V2W(`J-9?|H&D}%8#|DGZ1~Zpkc)=SY5rmClQ=gz4?Cxm~J;%%B?6^W+I;-IH zwcqGM7A(}>x~zU%6gQq$PH_8Ec;F@a8XUc5Olyq{lfB2jxTXw$gLX@~573T9OEe zP{BmN)R+EqPVr_;UuZKpY7gUMPshz4PSL7UBXek0lHcm|bNn84`Rxxm-)R2Tm-qTm z{o9m5J@jx5UFQTxdmG276CAI2(Mosp0crt=EFcMVKUo@EBcA(j&@6ZqLYXcrW=#$SmJNw8FeRti9hwvF(XvjVg4?2mC`qr{@wIPsRzU!0%9l>Nep$_D)qZ~B|Nbxk@ZA%+457|9x6CkAK)<#S zJjM`N28B~v_d{wz?q26s=P~er@8?FZ3=D>=q=?`o8Uh3YqzqQY8u(h+0*^C-!P~V30Wa-|wwWzV0-tMO(e?t2uA{r_`UJna`kQe<+saH)q6Pgr zhvB+MemJ9hq~an;!f}p};LPv`Q@zwehd!$h)|-#J^sF?Y{oe&AO2UDnFy82AZ)H4% z17T)3@YHWv13}so(QkoW{a$8=(>eMb?nZjmuVdvet8l3-#`-Z79MG~hh*DX~O2Ibj z2|qBycZR(pXrw(bg6o_2?^fqhSD!Yr6g;3g9z??zSpXkH@$4B6gU5hU#PKbp!gTd# zAW|NRJVj-=q{8Z(@-1T!9q|^t{TxpIX2iShaE=dxvN`i$UBEytrVIESG$$y-b$~0- zKRRF$+%~)zZKaHlHfZL)%!+;{LtPX2kaw_Ga6#r7w&UmIvU@g=GE%d}F>6gJ>WPs9A2>IFgc6Fz{kZe;lPpKlp~gDo4{MbdBD6Fumcdt_{bH?U>b zXU8flIGx;ngu54@os$<>+#m~#e7Ns7|LGsTX@q`)L}?+b5Q1oe(E&Jt)Yzi?{xQA) zV+f31oqO!%{Z}b%$YO?0D2vAdJf@_5BgdotMJ^|}*WWWr@EC#3E)X2!7>K<6P`a~JfSQ}HG^`^n!LfiJx|DPsn2 zeA|eofWa!+jUaR8c#S@E!uc{FTId@3YnPlZ@am3NZPv{63VcsW8@(NKOqCbdZgp#y z?W0XEJ)gQ4dVJJ*xM1N7S%ybi5MLeU1&OCO?yUg;?W{KI3v71u^14Zn5=n2`90?BS zxHN2Khfjax3ycB)83#N-XFTxni0gvA>KU0cmYf%{_#RJRaG$g65O7s=jvLl!yy=h^ zI^fSuZM|fFGKO$~hW-Tp8X#Xb4ic=)NG99U%gWCH>$eWhsh-{%?P-UOJMf5Ilf@zn zrmN23nUc8ah)w@RBX)^n0~f&0UUX7F4{YQf;tVyt;P~jiOr{{ov0$in{rNZfdx3YE zj_x@}PpHGixxf~zvtuDt|(I?qvn*>^PugeRN*iUV6(p#8Y@J*i4dIJLd>u<7J`7eW4=8%r) zGl`#VkS*&p8gT64<#*ru)yA8@`}UjfbSA|{_z=#4Df0f9$*`)poyB7O|M;K(*Q*a7 z-o5(p&DXE~<)8m`z)r|&kR$7CM6C7)sC)1|r>TE1Q9Afx=$uqPIz0uiPwnkzZKB% zff;Ty1_|xaA*KfZjCMFsQi8o~Mb`)$S{S`+dy90U6+Yq#<+51|o)AcL>*q)qv6oSF z<$?L|X)lrpZ-(~G$Dgj;JtlUeX#9SjpEk!`_2F6z;{}|yLbSGOcCewn_l@STV-d4Q z?w;Ue^4NV!Ejaz;6R&c;R6W}Iz}vH<((4Qjn5`|*2}1{7$Bf}moQ+YmblC+kaEKw3 z3vvP;^R>&2pn3cfylD^#!9vdHBOKkL$mR{njo|smKb|u)&rUDMn3ul1`YUI6GJ2y> z&Ma!x?*fg!jl9V@W46&&g!Tv{7&v6p4&-TaQrip{!%SV!(ddOCHHsy(K4(*M{=wm? z37gk!L=0zo9$y(%zwrvKq_BNYu2n~Y(I>tJGdiIq`s>4pPQMOT1>F`12AD@_8EZI_ zS*>jfMcMi!pJW_vbC_M<$h1GULVM`+bM)J^K%;DZ!)v3t%Am*IqBa_2e`*9xI9Dlg zwA`Q~`FM0%&}GD{tvR9oW`nvW2w8Tke$R;qV;}S*%kUFq$ehYYZu+eD$%eziTTYz= zWJ}SRPKEB^BNt=@J+w{cz&V>-AK$!xzrHN0LoWe|u3zIJ8SE-2_{>$aO=NZsuxnse z4<6Uo1rE`MMeC#4@j@B(1nx(3dQSp=e)Zq}&;R`DZ3B+C@4tHWXF+X!nF25^0HTvG rKKbKUzyHG@YU=nZQ~c`n>sS9j`pRsj9x?b>00000NkvXXu0mjfGx?Ai literal 0 HcmV?d00001 diff --git a/17-refactor-bug-fix/resources/textures/container2_specular.png b/17-refactor-bug-fix/resources/textures/container2_specular.png new file mode 100644 index 0000000000000000000000000000000000000000..681bf6ef32f8ad13a151bc80d63fd2ce6810bb8a GIT binary patch literal 144081 zcmX6_2RxST+kVI(%q}xS#vJuJb(3<2=seD#FM>doL9S6@ft5ds0Wkgg_wrwfi3h8NSo;aXb=# zQM&1z^B@ptn|A*rN)V&nPasekUQt&!GIG4;dCkM|nj7~?b#-nx_iOf7oG%jy-k(xV zJD8rHXFak0`Inkr`0WRJ*GyO_xJ}feZZpRTit

    >xT2B53?B8GiYj(>~DPQ zs&O%V32te6H!&@t5=h1GMxduCvE%Xh%SS}m2vAfM@o#&=PAWV1$^zMjDmT=rYPIlX6Cqv*TiK7+u)Bo0^?2GACN(oQrKb>85 z+g%&Y^w{#@;hE{_A>Agm^ET~gZ|*oWT&z3$*LgEQaeIC3OU)#Ip!9`6ZIX>I4ex*H zXLEMnrwp+j{TidaT}J(H`#?W$(@EQMb5Z6gW5(CDoj|bC;FmCMFHvrxAP_X328tG{?*CQKE?!5*Sx-7zPrYp|8=}VF)SyPMMrC)K z)7@I+WssWiozB7oqSlfhR1V1089UyIccYbPIP;eFgd5!-8;aC=;i^DN64h1;CL5kl z;Y7BP=6v@k*pfmwcP+rpWRdG+Fs>KrzSH03^{b719!JF$G2rB+4U@m7L# z(Dt1w?ZXcOi;Yiwpea=^e}0T3L@R^3$IkQc;~3Vb$vy6`IZoV_O`q+_bENweqom#< zRX4{@ex%7+O5$CkT9KSMW&EX%BHouYdG9z1&0g-Qj99zWU37zlF;KIPQkLX~8n+FX zs*bt7xxtXmb8b$48HP`k$0+xN7&i#<#y{74Em*;@*~D%ueK^cqN1X2?V+@ldyt@NMOmhOjD1>tt|ol*;f#%z9EUJ3k|#pTm*Oas5icoM#2YSOS+pV$a#Wj(P35#JN4cZqV$#!xG#Q z?jXD`nVp>7Vc!k*f=Bw#_Vq{YYcZ8NcKG|F*(AE8YiG=%_Z z&3*Cg#pf5)XI9U2n8xH>&%hUQ@NBM9_F2Skz(}y^#0QhxyPS}y>NJb%~Uxn z;N0H`vU834jfU!3#!rhbPF20*roObV#9N%_>fXFN{{lm zx#{xiM|6*zEiqYrV6RL*_2~M>6Hf!mS>c?-)qu#)%!?wEBKx1o=$9Y9Y`qy$k`&7^V;k+sN*YvN;pPV&q8gsG|8h)}7nl5(5=A+lI zDISn)8Cf<~ztE_no^6w0lQ1gta!-LYZ$+O9W$>U|#7Ty-(Z=Sz-d--JXw8gV? zKi^cjhFZv<%Qin_aiK&jKP6w_V`YA24nt14LA*g;>PLsh!sRz@Z*t4_70wKijl6o} z^5&+EgDsmwS@WyLpYhf4H!E&N|2;vzH*A>X1lOl1SeFZmhL>TGw;!`h^MK zzO|I(lH`Vk=OYC_Wq)4z88({sUM5W>_1qDUp2k-7FUB*y%G7BIQdh@c1{kUv20E0^ z@=0Ejj60h@SXh>QbLm* z+5PkV*GtH`EkNY3Cn8Wa@I3L>hOa+Q?LB3Mk;}h}hZj`uJ}p;eQH=@851OgZ=W%TP z5u4AmKKrOEuImbIs8PV&#~yN)g9S$4H7aY<(DysBC!b$Pdu?m?A<#!VH=iU#PrRdCvy|5ZK znKDT|<;V6&vh{+SPkL9wuh1OUTnR>Tg@-Eo;RbRKmQ?9QpR?W-SYf&$aF5ET;Xs1} zuVk-mZ}^b9r6`xdijL?h-}^t}s*d{bHy_CspD7O!%8jkk->W~CtdPq3*o)gm`h-ID z;o$pmvDejJ@SKW&fAuoK1WcP%Y?t>S~}>eS1)SDbdyM)Muz>LT`Q_9bC9z zXfAnfywv8;os|7bED@2fm`B(WS#Avpk9yDS54+Z0n>701b#7i$xm~w?pZ)yT&xcaa z(>{EW_%)H%b?@+}*L%m!UN5Zu)*O*c>=YiU41S|to>{B-w(4?DTUY0CWz#IvU#5Rd zWqSSkIXQgeS7wCfx<Y^R=w(bZM}JYZJc#1z+LEXS4ZXW4WXa;Rfbg;f2k~}4y%ua4Je=A z868?2z2#JQ3GG)DjBdb@O`kW_fc8Tu+=ZKt%dp< zqc;vLW{%StPWyA;68`77S+sV#Cub{uUwr&Ol0A=Bw=W$zGy=ZKeM!gU6oKF?Kp@-> zCJ;9N;qQ3@;Xf$?;hQyqpzw%5V7qqzVzU;3SZMpChN`LeryqX@?`56y;-XQWs9sk( z!rNE5GIqwrUhYI^uTBO(EsybJ1os@3C;8qbUQbemSX%x#Zi+}(x&9|VoleV&RZ}lk zuP-0?wJvVYpuAI(#<$(NmuBdP1k>ibfOV_y*Y%b!?sVKbmzt7NZ(GEjq@Q7t-!QwH zKJ2WPH;^&lWFwtaH{)(2$BEafIsK~HCN|}kw)m#AZ06wi^uh1-u4U?Z1Gb7>jn1-- z_9f}Pj&=4W^$T88-T$_`8Dd(Nf6bpB9UXnz>qsETaO}O)$YWq=xIEX(_hWH!>ehD5 zKcajy>bwD};QHGsDF-YsUTkzKZCLQSB*)2{+-a+nHr1P{%}yKk$RKCVtFp(bRG2l& zQ8w8~G=V*)1>bzsJv+DN`}W2n7Y*5-mu6xCn;jQz6C6a+tzm^O7=R+6c!Z` z)sDxw$=x-`37&AHh-nEn6(tQ-3oN@fu9n$bhfj1W#e?&*MolDNs|mC!X!*Ofj$e%J znEB#fj!(6gPWs}hU@Vb%m?PS{$Q&08G#9_qW*4NEPKeeDzOne(=Ee=SsbzMr$^(R@ zwZV&xGw$i8qBc_OU+RO&nd@X#czf#!vqITJcCO>1nv#ffx zRm-103eK|o1>-60OZF+G&~67PizZNcDx_@x_#1Gr*_J^!n{joMv(ug_p!OgEOMn}r zk7_n57>w(fDXgiXt+tXJFYA~IGRtc|d+}zdb_`d#MSjMxbH?~0A2XF|zS-2|BynC| zUeCOz_xjHRA3uJ4I^cBO%Zn_&Eu5)C$;Bbtmij^c;c@rp4C)+ka-3AR6fmBd-8S2h)~YhPE(tN3tnygj&{fM>*S zPc56*Bs$7OTIAosA|psr48m-S!q?XRqX|=gJLbCKuf$A6N~rTxzyhjbVcq0HhMn)2 zhRc3EE zURz3p?XLXD!tQ1B2Gnv*kzD8@HWlC7AIazyj%?<|#l5_|u-(=&9EX!TaYr-ni!JgU zOD&9YO%Vd#Yu{KJCZzCL*ib317zBfxj}K*X=N+uob5qeOzja!wP~v58&U$O3-@a1p z8hHcvZ|G#3>?X4md)@c7j9$m5M#9{jv{OHR(BMuLQVhBtjE!CRwRIBPTEZ&MJh=j>ufI0Iy5q(p4qFCZ4%f&AJXfnQ8{*J@VjQ&NWvlz z<&t!gO1hD?Z1TjfU(84>1Rb&hFUW#bKle7<5+PzrEuy_Dqs{V2k%h=e_wu{8MHC2@ z%Jt#&dnH6H{oV2#SY|C$>~S_+R7%U8wp!0q~Hkw z6A0M`pjKw@Q%ec;bR(6_-c}xun>V9f%c#pnqI(@faAh6-piO^Tpe-U^E0YKxik|}O z0XM_WWMPfFpuD>3F}>>JQv-zSb!5g<-ugRuE80{v6#I*e(aq)^Z}V2XgV@OIy{(q6 zf<(71s&kWj;Lze=nK$s%RCE`TWs?u57$Ev$b@&m6_|6xvO2oDi-e8gojKqUH9sIuB zadC%n!E3)oKI^li5o#=E|0CM1d^EC-ES?Gn0HgSd&lchEE|*NyV~^JIR^&od!=lFvBH#uIniNh4G{3XUXqx|Lh*R+V{AJQn_7 z^>C5rgWny?Mpisl8k5NUBQCMM1xhk-T>H#uF-N=16b$XmoM20vk^Ap^t`>hSq8 z90|9SQw$iWLJKV=Y)UQSbhEK#_zgTCU>dkxR8~eF)f|NU1NX?!KZGa|Pthh&jME4=@YAXaWmf-!Y2d@4=R{*8wZp$UC5nju2(&B}Az8O{u@4*`owy41FcsN(294HINZR`EYpCzGsJD(X zli$8kMQEsrmRaPJfd&}l@UeWiExL`U2J_t9EH`!D-Ur&p>5mP{H`Aky#xi4dL0(OA zNl=Lar1jRj0Rb!-7&s$h25N=Ug5*QQ;vH-glUpgIyaO^1I3>6i0Jn-RAvdIYol5&|UXkHIz0t@tCe(FyMw{-4 zSDBMsFG$uGWRB9@WfL_(S=uo5$Xry1d^54R#Cq%4dzS%-Trqk#a={@GG@%aUNF9*w zY`qKOtRQRdZm3ckybJ(dVP+~^2}mnq20BR`c$@nWHU_m6QF!fhl`1Gs$#4kvl{#%a zab)2R7$A^NFVCu=W4QhZ4+w6$(U*zFFrA!!^bbK+xEMkUn-1nz74Vk>r4`u^l8uKA zu2)eg>~$mo>SLdpiQ+U8I|N#FWs^g(S06vJqNf2_d)A-(^bqO@Hf;a?{U%uh-~YoE zal`0x&>l^$tf20kmk>aqM*o5R!(M{b<_$!mG$LAzghS%vndJBHmS8h6u$(6bIi8W? zRS|L$iF!T{QKZ1OknE^X1eCm)tvBZ4CL62bN0Rgr%Y@rnnSrR6h!IqTEE5q_R8$?@ zfsZ7T2TU8$#4L#WE44UPVHT>!VKm)OAr%7>N!7Y3`srw%x=0LZ&Iywb3kjT7`} zMZ&_uTJ1~RD#!3SeNxB+BnAmF5pq>z+J|do!ApeuoXod1UvOUJrmC0^&o@s6JL!G$ z{m4zwVXO}#3gAZsI8#5}CcG*U%~B}_*(2_iVoBCO+0aV0mL#%AK5-L!_To>!M!ROqME^kXOgfaU#YiT^d^eVFx1SxX-6>V^Lis_J zN345qEb$;JfF;C%gueOL{;b(1lwg2ZAh4#e6Cx4G$@>A;xD)Uqya0vRZ8=Ou+v=Me zg3`2+9e@6CfR7=<(MEvqq97&dYbki4;j=G^0Mgk>i?E5MgAR#zLwC4TZrQ%We-}7` z6-GluAFZ`Z0ZT26MHBFyxK4Wp8Zvx`#LT|zonCnJAJjvn0NOD;59cFXI`YQPTV8D9 zo>-~uODG4$w@~1-pIS*IqE4?!V56~H0QPyO;iESyFQCR-T3G?QK`T0JwBEio$)$L# zrGVlN!0MR6Ef7=`d}<7VKHyu(neX4fL#7~Z`M&0hG#rk{;@FpLRxe%x`9W)~kV3V0 zdfA(xQjv$eMaGJ-qu3j%rx<8I=BXW*Bn@x2jqCoo<~y;z1w93n3{32cdpRC)c_#5< z!{R#i-R|{3;jbw0-ii+=+fd~PoY0+6E2w^ojHWj3L+^%U#6uu&I5|06J#1{+$pT4Z z(GPXcs@IMu+FvcVgv^8e+-=hqM#@aQAL6e}Ct$BC|GB$Bav+RM@~PdVHx&gka2`B($-`r}>Bk?mg!7&j!uQcl;}-ye8-D|U z8o*ZoHwdxFHa>`;Qirozl>l&fPl#vRlncG455 zmcG?ik$1o@)+zT_80733`26`Z8=4|S3J@2#=2dxt779uXc#>6tPy(ofwj8IHB3FyI zBJ1;zgH`}?W^Jpi{(0`?PTjKht|#PI^UavJ;;Wpit=PP;q4Xr_Lv_-dJtL7AdKJ6z zsM8*4f(Cn~XJp~cQeD;in@R^!9YKG9YbLqOcyvWBItUt2KfoygbDXr~NCc!n-Q4yz z)EW>YbTq4*mevy^?E*YK`IC#y#X&UM z#v3CyGh>v3I_(?V+9FgY%gR~Oy4SfJR=?Em;pE~%A67r(ev-Vc@pyb&)w=ChcX>zw zASx(cf!Zuoq0Z)B=K$wyY;56LnFwf;*dhYy>1)W7*vCnqTG^dTlcLQgv*fyUUnK?wysw_yLINhy2s_q znz4v2{%tAw4z$W+MZJy>ZeA%e&kCP70@OAc1^<>yF(}uEi~@*8`8BfBP($$qszJ-a z_F|L4FG-U4dBN#4{hDqh%g8y!XOPT?@RxSri;pKw0cRD&eDe|~AX!@PF6cqs3v%;t>K>LFjQi0hx4m`iBGnpb zj;i|iwTe+Tlt3^5Y$!!oBQM39kp*CyTJyt>%c|bE*{<$x(#eYwi7P3|onP1K6*8Kq zo6rOSXOL$foFg+^n)l`fBx1mTY~z>N(}Vp7}j#r)$1ac zb+u2fZMvvZ=DB(u7mPpolyXH6lrr5&hlH|BQ^+({fs@ww+svvDDt4g21~0-N1P+Zj zAZh*%IBb!r(=Ns#~m&ky5?i5MGjfI}^9{oRGI z|A-YmJ<2%|H9_^u90;0nFVA}VxYHih6kG&a0SGg= z7n;N+-|8T;rS<#oCQ@BWE!2(`?gwn*>Y$Eb)M$_Je)9_#5?-X%h6QzXcAi2C8&}0& z^r{>KjG~dwsJCVV$w1)>4RD9h?}wF?|3RVZ>g;R{Hk&#!Gz0+^+9u0H2UKdbfM{oM z(U2Nzawl-^W$#^_X*jYnC!PiT!7KweM#ACHi`;}JsL|G)5#GGV<~;8i5TPFCh5|H< zQ038bDmkFz=cbR{(+}C<>sPJkhrW?)1fWHmuesBh&TRyldt_w9#O@F)HHdlZ?A-bm zo=1wE2J43j8zygrT@CKS&xJin8BJ|=ybp{j#~$8nkBZq#P3nf`^mBo4wM0fS8d!)K z1huoz`mZoN{7>NkYEEyAk&zxruDQ6b_ANIz?$C!2%oVxVF5iG^$4yUvScqD}s}LKK zpgVKo07TJ;U9t(f&`BUx>1L|A=zwzM^arAO|NNN?F@v-MVD?;s`b|}b8vf}awBvLd zpy$kqF_bpQfxL0_CmQXf15uIzxf8a~u{fic%ZmLX>NRq53=a}zrb5NU z2uVa-=N5fRrtXuUtg^DqG{3iQrazza2Q0j;stReDV&GZxR(!X!qqMSF#myJhtTtB& zRmYT6gtm4_4^7?inU5YHOySYCz*4M@pdy4hONm5g(wFpC4y_{WX~S$g zc$DA$?3h}{__l3AEAX^J3aePNvn*2-T^f^^uv#0cBI?DO?*$EUG}{nsHEztfpVJUf zbfYYR)+S&0x#p%=`wo^8skZ4a5!Nwy@m4fuv=a+M6D3mKTfYzO0{fr_-}6gPO+1v+ zG6$R}TXbn7ACONR|Heykd}VTKLPhUBB#ZNOap|b9Sh-)6B8eKjf!H|o4am~oeL!ji z9>q5%s?Z(Psn5lc z?in{`)kV%YzJUZB)3PV5k%#nHzR7EsxQeGwbItN1vhUAwQ`7T86F1qg#!p*QG05!f z+zX)8^w#_w|A3XCdaYri(DL>9^XG#quy*BzJ|B(BG`>ZAI54kP9(Lu{zKk+B~ayrM2AvN6?qL^bnXn1j4- zEfsqw_J$#bp9aa%jHEX_&nz+Kup2|WM41~^c2?WmLVx&FAK@=?sqdzE5K1rh1n_EA z;~#+uEHp<5>KK~=pMlOiDF#ur;gf1qwZpfK*fe}&g!hmZ_}50*n&_!f#U^e$$}m<$ z&GPk9^0J_#(^Vs%ot*!2Y#5b z9o;fTe7L9MWX&f40I0uN9whIMFhtP`fjTrOJnOl*&>5BMnC3HH<|FJrIvUj&t`m&U zA2+u`8sLo!cjE%DLo%R(fZk$oW>s)j^wJCIt-m!CN*g~~*YKY_ozWMhQqzsc77$9cVip)s}Xm;A3q56XeAWSxXlyqZ`v+I07NB(8F z#34ffHD={pnxfCH!lmk9Uy>wz0w3v#DWCab$9p7u$=;#hAVb=PvA#{AczCMuR^{0h5j+!V4%sSJ5ps}fBioZjW;f}aZzg+Q= zUvWEs;R1_Ai0DsiDUg~#z`-{sdzPLe)j0YEX|udDUu@L=%L;MiL%)G%MFmBt-!~s? zHsSDTbo7BlA*>=0U(@xp36k^}`XM+Vh;SWr0wpySop3LQhEr5qD_JPCc|C(0(pU&+ zI31LyFM3oGdjfBVZ_6G#hQSK_7+KUpqHsJw;vt;@M)Vnv|BhH4O_vS#m+Gd&t@S$c z&yiF6f8z=-EP8wH;zghqTc-nUP>XL)I;L)C1@qO~%4 z`%=1RG1JcYZ!+njZZ;`bp*D#-Co5-kU4g z&p(MsV;cS3EN|%Z=Z9n=ItTuf`M?SseLdoGU7F$4ej2j-`SmxUnxnVR-k2`fvqbPOIEm;fjX;mKH34wHhCg>MN!qCwvf9M+Q zZXNDHxe8t;7@r25s#`AMenF~#{QOC!P{$S-${}Va;UxCx2!3gr@tLOmfB&7)xH?Td zJZ8eypdQ)7C23SPawsgRe_lf=4J{<&aqcJqOnT8{pwn3Prip3cV?C}w2Lg<;Wp0Tv zKNz`@BXlct{%HI0z-XobJuqklC8GF(ZFp~LXU3@vB19L5T^w`xPH7LUyIkk?QDMy$ ze}nNJ#!(x097>WX^hG=;NeeI&=mt{-v3+~%pHllwF{i%r6IW6j;Vx-{gYWbXvc`Sq` z-uO0TU&Mb2De~hE$j-9`R&BF`6N=kx{UHgo&x=z_CnLEVtydqiT5lx4~Zo6{Cw5+Cn4^~?Qe*Gb^Qop~$bM&O$ z?>C>L*KdCVB41p3Guy1~$10|{!bM~KWkMy2NRtSa*8Ne>V7nfQa>PX+4Dc4bs7JLZ z;$Qp*hx@ER_PDT^=WdpfaMpRDZr@7VnRIkYFjWaEwJt2UV1kKx4AK*wXnVbZgb!lJ z+Es0uX5;Dl{V-aQFz_O8#e2{MwjaP2Cdc`(HaH9(7?zzFUN+Xf)9!N&4!jt;1!LMY zJe=e$)+Wg)@Km%C&;->SwuLskmFli2)nmD)x*F1>w-H1b=Eh5SDsn~rc@!(pvV{L- z`gO-fiMf+rYky1&NEKu?PCFO(=efeJTwq`y~BwUuGW0|Ykq z?dd7jT`3slTuxb;jfXFN4boL2F||>E7jyu~B}lRBE=$9I{surc@lgT`#Y4RPk5%JG zg*hiV%mx=P^07vpq#%{_TS--?TJ81r80wYkER&ZqH6B0tO}- z$N_G@T=Li}Gcj$g9Frgy$_>K&2|J@nAa(f>vXQipf{B78%e!rM70pqQMW1UT;66eF zH5ct*(~HLjIhPGFy>@nSNjJ&Wd7OeNC$kIsY(7S+P>tJKe`zZ{OkB!N|Ac4}*_^@5 z2-1O-f*()q<^m?w^Pao*k91ry%ljxtbYIfx7RH#C2{*Z{A~eOou)Z&78&A4rUaJJn zwYUh!P14zdLDI+eJgP(-3_`4nRYy?DC_X-CN&hsqxUSc$6DOqUp>ZL1E&Xcv-VEe7 z5USdWoRI#KodAu!u%aRo39Lylegla&;w~C1dfHDj&+T&Z8m5*h`m_`Gx?IzEiov>s zghW$?Z*sByp6ln2YgH8V&r`hYRuTE8ZCbl}ympoJra#)aU0hz$P&92LT~+O!3kV3f zH{&ky+0M%wUAdB?SP`fp9ElUt(;5NR?yTT?oBmv|AE1B`xaTiaQBWMB|I=+Jy_jpY zzP_FKf$|UzeQ|A4_LkYU~Y2Ljx z6lL+@7D>>Z5ccV%x1S)z@GWG^cBT9G?>8h~J@?fmPyDTg?*S9MzG(J|$2$C&7YV#O zLQnB!_pW~aTfMatGc+w+n6aKLTL9}(cN{NsLlXEFG=+vEKGjya0sZr@%~MfoTwPtE zN-Ph;rR)@`dPIZq5Kd}ODK16QiZ!+mtqg^iIpL$oW#R#tuIFP#7r__ z)`&5Mql_rgL5N}jyRJ>odZ9FbUUGVBt*_jWa>}!E6EK)2o&jSw&RKQH8VXBk-rST2 z^m0o7(1(DbQP`~ad3Nn zueN2rStwamMMXp6#Q>2iHwk8+#rmXJ67+q>ZTrtLx{@DDF~C$UBoG_E-z=WNSu{u%zJ(`^W&Y@ zWCz5=DW1n*#5$QP@L}X{42p)6qG4bEMlsG(p37adi_)!>(h@AP4FLhR@AArI^Q<$vvBa zIFS28qfYYvz7Sr$fc@aby zMnrDDzM?(!@;!d*KVfXtEu_-qt#UTsmiiEM#*v>f&UpcgeO=hu*%<~wG|E#bNN{E< z6~Ob=eQU?V*lo*SDe#w0e9svbW`vhz2D^GXJ!C(y6T5@)iBn`Bok}Ulg74F4?%f@2 zqo)$izUJq%X_Eiy6_qcPeb{jT*nB&u1;1VAA~fHsT6*+m)>A>?8sb&gq3KopR$AiG z{$|3i$J(|sef<$RMR^Bc4)Vf$D@C3YEM{xARj=R!hYiJi1I-&P9bKrQEM|SD?)PU+ zrt%2;`S}6NF&$T9STZ5K4KE}RoO1ljziTDKyL0?64(S~|iAKUCnD*Bz>3^3_(sws! zJd`Q=SlA5e4ZKqPj0}4rCqGam@ohZGW8|hQsdU^e(l^)S^VnEIP~xjS_I|5sGdr1; zp`U$GD&6G7Wk14DYFy*_8$Bhg@!=gIwjFg{WZ=v z!$N2(>V!m@_O%?mC2rh^r~z9<=it5cCGhFV1+T4Y{eZ9Th2HOHSHb`88`fp1vj*rp zXO@lINmI6KEGn&$zHk0=T>BKg(HO$s&e|qCM?LNw|#)h`Sk*t((%2U&P z&!4UNR`2qUgOQOn?&UOidR1}YLW3se(EDzqrZ#oAf78r2%QO-WZ|DY(_Kr$0FEZCq z9--GBzFpmcEaKt#uqBf%(Yba!YuE8wL$8`j~Q5J7SR)-uaCJI!9U76 zg36+b3D-ehNx6)JicgW+5X|a!G-%kHbu0BSaF*fF#4rGF5d)h~cmabjY_MN`{W8_C zHqA1T(iw^$N2EBJRK zg^Mtg|MSOU;|#5){PE+B5Wk?bQ6z0J#?8)zw(`d7FtB_cb~cOTgp()YENllrZLA%} z3>h!DqP4*6Z1pk?0!gR7eS0ydOL0y*Wadrbz3#^uT#>boey4?*GbSB=Nj0Z?O2x9- z4XVzihKa?A|4c-Uf*GN0dbTEAIf<0+0xdcK)Bv@(BH;<1livkzuDsv>MN?ak&R8Q= z9n=d`LPi?(i^o=lge?({Oaii(j&6D!?odwdjC>nECNit+rbE7P<=S{nLdNfn>f*!QlH{b(P$Tsh`?ox*L1eoY&YOJ8?uQ}SQ-lWGu#&-?oPK45YzC{k$d z9H*3R7W6R>{F9PbL-Rzbna1&Bm@=H}wP_HHl6CMJ$vQSyRCCkj@ZE?>11%LyMdqLF zTWjx;co*zJ7H*OMZmK0_`D^EXkrno~r_&1M7+!&$%>UU@_~hux)imFml5tZS z(^zk`(51duhHezW*E!=(K|-9dblI6dSe&94hEB}e=B*(5!9RpEC)w>88A&W7P%oi^ z027;H@bj4^KDP4WV%|2t*TKez+HW&phEzdn!W#00;$M%lUTSz`3+&yH-~jf!WA`|n zsxU`-W1Ch@Zu&a-)@uI#K93k=;AKqU=|*^gvhvG>p7F)-7JVzad(0t#$liA6gyC9P zuLv5Mp!}d8d(44t%vl!aen73n9`|ei`vIZo8{V;d*sx8Pkx3v>?a(h!*D7sROjCL zz;M_)qN?J5vHpgmAxNL$+xk|}*40vrePTX-Ap*y!Tr}X@0vN4)xVCCIefD`QXS5b0 zF|5+rj!B+_qr<}t-a={JdfM%7`%y-BT~itCuXpLeFY zuT|j}fH_7toOpG0_#|V>m--*e-q69IXW8ixCvTA(F7i`7lu>IZ?jm@$d=|j)-8} zw_(paxw~H)2{(n+K>Kx5mUk0v-BelAIp?26kSf&kdU^N)jdqKS*+}Mp_7A+?-hwBfsa?y4HleiaxSyJQsG6!RYg_FSA+zHCgIURyK`!e?>Yx)!UNKTBpCL5<~AjC>b$C2`oK8B*T5wE<-w2z>g z&Map0>2PMRFk}-7V@I(k`hxcv(LF>aN?xQI)RY*qmfB5Mbm}0=yfiCYe<8N)4mjY; zu%>}S7qZVc7hYaPdU^Ap9#6PG(is&WMbIxYsPnf;@S`DEDJURz0F1%~P4MShZao{<+4XLfUN6KRx6XYI5WT?4+fRhA( zAB0{6TVW@+w_7%H1V_JcGy||51lbcwi23h!*W&g)bCR;MvN+vr7)MAB+5JAAuSdgJ ze$$8!777=a2)~)%Uud<|;0iUaV!C4M#Fuu6dfQ(~a%TmZDkXnGP~1If@?0n(@K@ks9o znw1NgS0l{MzH45YgV7mZoMk{` zd&TBgy+@p@^??3<4B6o6->dXzj?ePK1@HhHh%`_~Os+3Woz5G;Ht$y5Q*E6MA0#5v z*z4O)eRh|H6!=F)nCp(jmtt_^7#*;rAsGnMH z4RrJKHO8?X@O-EEU`KNuqhC!1@!`aoLHjb>>-U97vqgnYA6ZqybO9yC{Y(7h#F6Re zdhVk%oVM<44kR#_Kz-41XZ10H(1@hhk)ahg7E2jNKEANrdhVMl*|Nu3yWZQMZNB%YJ0&-O^YZ=(jcG;eS42}M zPM$ry0vdR783&jzkK0S{OHY5EGw)S-f3-X6_8d)=C2s&u0utvO5fJByrXqIp^OTZo z$MXM6+3^?bEh0o|WlC>GwbJC)f;PhWC-QRlpa&FM*nQ`jDQi~`WX%S^=jGs_t(NX> z6DMnQ>N9VPdx8z{IeRHVnR@p|LTR$H5gjBdrus9t|T;>|5l_ z$iBKcA8o$jxoY%Ud*jifsJg3MM{0y8&En)RBpA|OoBD>u@aII$RS@ZkBXy{koFTdg zy*XSScR}*BPDI7w(4zkN)}?*u=O~k*Ztf0R6B!op7#F1_%zwBaJgj<6A!TxNb$0UO zGCDwcd4?$N@oTI?;t$U~jeW)Iq+ZRwF3e;h&$H@vxas+M3`hph_HL8b4&l%p9vWv4 z%IUB0+0r*u-dMC_EgSp}LQC(S+IR+o(p?`aSwPpPnUIXdnk@q@M(M-%$c4qW&bIBRc30Ou&Jdc%Pgfo)5UqTg=HK_PO?Lo7F$Pw9BYx|um5Ga&kMC0X ziRbJ`-`@-3QN3F#Al|wM2frfL!V1|oJz-)C<=vEa$Arhk_D*+qcW6uw>D@(kb=BYN z>!f|pgd-;_u{^&{VRVHvK`>-uxCGZCPI12}D_b7KaZKL#zkI71cbeuSJ{(+1J9z-I z#k9NpZU6?s36RAk{jtPSLht(3vJn`ZumzFOHi_SWHj4z@@bX&1+3Iy~^@b>LTH+X{ zavshaoSp~Cgux!}czDApWiq;-WLhP$)DhofmFoLX|JpRo6%VIk{~bje4|gs`)o|6JQzFF?P*0plnD7gd6z!C63i(Nt zs`|u7^*i7E(H$R%MlTDXo(KsEnaCB(-GqE%-O8W#H4Vm+@S-LKqGU_ytDq*}UpIC=z*zL9_Bnvn{+#E%^5ZNc(b5JPbSo=LIBN zF!&();{D*Yyr1kn5-?1SZT+iOD!(SE*ullpE7}`c`=(WmVqvASNtLHt!mABgh5L>h+S9M7OzkJU+n3DgQS**&^38vL~c{)KWsI zW*K^1x&FSPk~ePzzd5hYgLqz-+Qddt0+C$KJq1xI}&ggZP%y z;=r^g+pj@iMK1r1i7*_jPf&RdYh>{sdG_#taTwk1(OQ{g8Nh>zi3t7?2%g`3_OIg4 zry1l-`T|;ay@UzJqNG;ZrcKZ3T>nTk#tTbTfV~MBv-siCd!cj_I;;T@Kzkice;?(! z75Rbvh5Jaw>*8W!Kuf)JnNSl<0>(Nec@oT2YR4~^oEr|_=Gypa^i(G#c2XEaILtal zG;nxgH{*M+yA_Y)u;9j8L_mH)K}Rfy$w|}oRYpOMuU`Mh)O&z)-S2VZvR6VfN>+AO z$jZtnD_NCF%9bQiLPoMjWK)<|pzNMiWX4fjE7KeP0D-~`}A_*1K@!XX~-9fxv&Q0OpH zQ}03!-5$^uS^EnQLcT`eS-T?~DYf6c3w0IcTV8|J`#)zbU@{b7m#)Cq4#Vrk``2=% zXw!z}wQ-2K9E~=;pyx|neZF->%^OO!vFYWl2fY)`8cLw+Nv(S=GxqJM)9G0fcZF=h=&%_H|Ff&)`H%?x- zeA0V;Y}?4#mk#w>Gz!)xOjE%H~uS9Y(?f8yL zaEQt)6IT?CCQp4*hb{SnEf1L*mE<^VeNcK6%_Gc>x2Sw;YTkW2XJ5pt*n{Q7*Esn1 zwvUWEgN_%LCpH9BlhEtKD^(H(T|6Hnb=X?k&|<3m6|GCJjy*m3cpkcPZWzJ|) zpphYDo0ys1V(pAa^+%|49QEKvCaNSyemFfzk3oVmChVP-1ee;JK^I>({AT3E*2XRK zMVw}u)F^Ce4X{GA#~VLW=X)I(h^+eo?*H{64V{;e__XM`B(U+&>3x?lR|X6W6}zzs z@Hj~PYN!JH!W(DvkTrog5=Lsm@dq+|N6b~_CZg6`hD@xaXV8kw?z zRp*cIq^{g{@>Z2pV$&&s)fb;d)2OjcPTMDKLT7E{`SH{P#acv&365R!SX`&rPUO8` ztJ+$_vb5>%0`mc1#<lt zp%Plcds)67~_@s%j?!J6ie{G+e@zS(}cTdqQo73wkXvj{I-LhGLTwveV%poTQ$tmO8ni@xhJKDGuT}qky1*fZGf1Og z#I_0xWxv|d8GV<{>QuzB>9do+6~9|3j3qo|FdbiUS=ejSO`79XNLnzI$S6^LrLjf% zTR0a~Im9oI(9E_mkURuQ)j1M(Wk~RHPnSNMWMqe!=nN^uGS~)H)Z4;d+>xd67X;>o zfErM7ya1sp;bKIGC2j3}^X6HxGyn;=g{3N@H*aR_V~L?8-3AyMf0|DEm6l&?;oFn;4^-%)hUuR8|fnGYe^OB zo*_nn^l<;LR>^oZh5ZJ8t%EsB-|TYl1g-0cu_n+eCF<2W9JBs%kcyGm%JMDN!H3Cz zUrvY|%ZEpb&uz5E?TiTApO9HF(o=plx?oPzBrL41sHT>5N5eKC@BkQYv)|yuQMU83 z11NzalQ#JFM68U!emKmM04WH5BC)@}sFCNv!xaOBP%k+Ubj&gG$8!if!S0l#2v&b5 z;i~4Ed;}8A_9#np@6n5wbJ)YviZ!wtV86XkHh_;t>1_8vtHiu{D$`%0rxUZdQ7Qqg``GBvN0FJ?be^ zL~b)kp9*+%DTJ3v0`&_>sK(>cOfh^K(9(QjFs$cmX}`tUYAd68YkT|U^zNVGx8EI| zbEx;d;O@HPM3+_q0PK%NBqIfC8->^ECfrwRO>0s*Z25B|Md!fv;VZ<#3&T7SBkI&= zW?+`<5}YN-Qgq)Se>r43Q`P7|yN=C~B<9)^!Yp`1%$N0>D~4wy>24?Op)>Jrx{?{J zJgzVinkGvpnk@&J10<$D`q6Bo*H04MpVVmuPi{r)p&)kyN1?o1G1smX^v8KIatb%i z-s*wOy;GUwm%E^0bel~_GS8Hu({cDWi{#qA^*zyjWR_=wIGio@fQ=uZJ7KB~AI+q_ zbaH*7%Y3g03oULwouyiocv#<18DUQYrfwW{)d{0JN-IqtNM%}LepfFx!%9%+>iQ^7 zKI$Uj*3rDfhbe_VJc}H$JN&{~Iz^|lJz(y$YmgBXFL+KCuMJfA#OFZWhRfl>gS~dM zifOY^_FB+#W`>>yha9*->-|~n;TBAqq{(mX$_9)eB@t#p6i&1BJn%I{W`uL)C0`~q z;(QSo(8n3D+Bm9RmgKzONOzmYC1~hMKOJI`-m(~a{)KjO?(z8zy`q3FTlJLVvT zhe9>-+Z~M;gM6Z`DtIsuOTK=Z_aOB54mxDB1XNU1ENl6E4o&0eV!QL@hTznDr-Sn| zi&9pG(&MLL7n-{Y?>Hg&n8-bv?mj~^)6ZRl1T*lt6heV!j+&od3w z?-nTs-G23e^V9FVo#NKa`-%@tbWQ)dU@0FeWE}Kvc3HqOrNd=n0TnFaqc{@=o7txI zCvFbL#<$Vf5Gbbf77zizDybkIC+6+hP@*ps^*R!{0QyP9q6U+5vTHDutK~2um!lIW zJL5So6%{lmofCbrXZ%pRm2g^Vn?!0bS-O0h#Sz=!bG87d7$T3sJQkN7P9brTf%WG4 z-*Dl#>245BY$vBEg@4vh<>L14Cl`crV z7+8K?dS6DYa;APxFXK__gWJTyUVK8?(S^gkHP|WIQm%p_TVQXZBJ%88_h#H5JMPH0xHfyP2rTA?el%)>F`fpDx{y z&IGcPAkF2!8;vm~!o0SyKGNU_b^3vA!&LO_=G2rG@8PU=(7Cy(|_0X=heBIh-`^Jl0e^F(#(sztl zT4gmcq%lx%k;|oSfA4hSNLMK%jDO%#;x9Jv><*EEClWjWQ+r$^wlR*`zGH&S;mbyx zNS*>(0H5XXD1N_y=foc|dxnE!Et+f50lJl;vr^)7f9Ci^`)x|tai6t}pL_h?Hu?{a z`P@$96L0hbctypMMf%DIoM(A8qQ>&V!eqDYK?%e2_Rr5;Jxgz`OzNbaC$g>6Zr4ES z3CB!RKK1b8LiP4>p#)vPJptL_N{O9z09L`4@n-gPx@HePFC2WUr2Pug(W1)`>cKsT za!vAl-Cg=QIK}jqpej5@xyb8yb)u!|l{w^v5u}zYK`Xjc03SHswa{fI?Ix@6)ZJ+Z zZJ@?H)9QobD39m(e>OTQorl28hhgo*MY~+Npq3pi?`xz^zg;NJmCU@xF=Pk~7TzD2 z`T^xIKLaqCS2Yr51~0aCiSR57ogujJWrpiIEUP8vlhxeeTKuUQJJ||(^mltC-M7M9Ug@e|WDeTMLnNDWy z`Uy=H5G#0wGX5fZ50EE+!!6Q7kS37w0AgjF#{Y;CVnU$XR@(Y8AP59|9KniJX?Vsp zDOnbnm{Ps!V%jz=Irm!jW;p- zRXd^6W?6Z+nY~U1q_N4qv(mt&}d^oCfTjp?&u0){cqc9<~d)JO5=@3S`w{b{9 z+NVhuOp01}WO0?8R;aXbJ{9C$P=#{O$LppwT2>tOr~0TfeHLg+2gCp>#u*60m=c4= zUc}5R8J|i-3$RAg$R9I{|3p~-(LdnGAmAc58eqCGq3P$&K&fr6)bX=#wMin5)%4}I zZ(0w!VKCEKK7MroTGWTH6zj8*S8(Z){$@({$;Mt5nX(Hr%YUu+}4H zOD1L?+*khek73klL+TFLxwsBn+Zy2lW*GmecdWzs1i&9M5&$Ur zSYd-^E4GavK-=lJm^vKhowU~v(iR}H$jT!qM4CAqpdXdyOj=yCe9$G0bQAzijmz9Hb%7}b3>=@PeL$cefnB*#)fMJqpv0K>7-Vr$ z=$n0c3RZkRC6UP96!5n|5wpNAs1yE6=)h88^J{X%$kt11Xo$ns>hfm{s4Yj!e zlhedRJ$TA?GI!>c4db-Q<-Y<`gK&ddTxRGWfPW}5x{;sZK(=r~8#agRh z@=0{xf9^iOV~t9>d9AHJP-1W2v9!5XiO6@`=t3d8fTQ8x)h_o|;@i9@BhbW>lKG6M z@Rw14dNnYu_37cmVW3Kl;jHQrCZ`}(Ue{VC6QK+##@6UezNqoLE9JuI2{G1rA|-cf zakOcN8Vi41qg?jscZ)`h`r;&TzogJO{zpB zOZ=WvG!{N^Lw`w%OL!;3Qk2}rHEpd4JAdLq3WNq6Ylo>HqNe6w2Hlx|Wco6@I;WhM zAe$J~4Em~juCzV()}3~$SsaCdc$`4#fRcIbI4#R)m%Ban^wQ@hu;eJL`5J7PT6^H) zexS$CeBSlBynH2exkZGlAQU0Hq$@(IEYFsBZ21eq?bd`>wIToRIA( zz~40Q`@_#%TxK?@t`@j!Ks>v51MgB)>a{8hBDolL?x4Rnl+tn5t-Qe=%urju;lF%? zkgkkl-8VstA5@4E3>h)~qgWS2SS=8rsh-RxmrDJARK^d|Wc~40$u$u{+iak)-G0tw zUX7E1NS;C*9U4?B0nMYohU+E2QTl!;A}#!7pG+1>D>~w(9#;vPz6rnwMDh3*L^w&F z$?6wn2g7^%1^vw4O`W%lxUBf=2n4_WZ*_engw81L-$RxlX5DqH;A`N{0bKlFYH$9F z&jqQaG0StsfR`l#lCebbOs8pK%Icez<%?^-NqfUBSJ^qt8d{yvM$Z?q{q_D^b<{l% zpVzB6L;tN?*=}3{@1trH&QH$Il@y16z@IJ#X+qS!39)N#L-h3{%iZ5CAXbMM;@zjT ze?0ygq0b~O6k?{q8Byc=_avYEbfnPB*5y0>4Z;R5x6dHaYIU_ET>4}1$@G6S*LZp> za8-eK^pboPV=Z7=ghRGb-h6KHtzD(o>>E&AeK)2h;Q1un(D5C)4fQ^CfGxC=(6NX`5@D+Z$)7%RO(__q zvw_#YNnLXp>2b!bJsBzpVrqln7knE|Qs_;u!sGu&TbPCU@E*;}Xm+BQR8>`32lpFu zS~}Kf6|UhTW}E1Q+yQ)f<8}9Vp3q}gqia#hTuh*sBYc+g&wl?*klr`j`GX>xyD~vK zMPB_9XXF95x6b^K@;w|^-0z2-G=J<}WIr_yUY7S-Ne_46QM>{-Y*3QZllC$i=Y^a_ z{;b3PjvXK``yvd@%3 z5Im~LV(dF{V6q!#Yc07)rd7rqvBwQ_2Y-^16rFrrV-Qpi&;vz1|M{duiH)(}Wu>OD z5n{o>YdCgwqRBqvCDK46*(8zvs^zPfISLE2;RK{M587i(ve4=??2Y(^TMINHXdBzo zZoF34qllVCfsh@<#SjWOujH?I*_P3?kIul_cC9&RA@J3M^-s9R-^<(Vn^w$xV;?WHH(bk>gi$gJ zRtB6DRV#{8p##(OlOuL+kQ;!uDsP1h6l=q^pHl;YE);fF6Ov6gz8Tl6LGd~^ zVZdN2LNA4;#|kBl&v3amvO|cTYsCZ}PTjk|r;+)IBN50f$SY8AXedYI>sPn`>tm$w z+n6~&etv7le>?1aYFmqHN%IiCu;T6DHD^mWTrd=4-Dws#c8cpe!0Welzyx7qfl)n7 z6-jch^V+=_(>OMN49MWSQa2)o5)1$Vr*V!X_Kvjs^IoIghA_zEk@ z0@-`?{&H%&b_MdRcS-#5P!?bIhOcN0u~>BXHM!DTq}EOSvuO5nqTj1wXY_TYbbL&s+Fyq)18433 z0#b3{Fk5wTkkikNTIN+|%E`*HqG*mE;UOVT4IDqV9zh+p8c>FihqdSe)r(9YJ|wQI z#i}qIu<3DT`Jw;F;_Q;QbbDA_PmpRj`2pw9a$@=b5{8Hy9e2x_ACD{5_UsxK^AN64 zQBq=dOx^s2TU0Emb9qb`T?+z@@82EtyH4B8LHT}m z86L7=w-JY&{%?PR4rRYDH+4VGw7t5nZZnjAg*ZpIZlA6sBtR!bM#VR+-Ch$CO~1Q) z9S{T49mUG>Nr2r?!zH3Wk2yT3L8`pKxaigQ2{<2uoDfHq{{|8hXt~g50uTu>_nMaB zLn9a7@aV$~qO)~##i|Q%`u3>)g%DBuZWbq_JDvgoMj41ZsF?cR1QMrFiT=!I@r^vu z2S`K?t-!Nxb_JGeyz6Xs!eLz~X;~BNGL69WuWlSvR8-QPX{LdYWJXc&SGJ0rOOrja zjU%fF^PYN!7o6kabwBJ52dgwu>rwBJq?h)U^LQ@W|v->7%>{^vPo z_yXkz=%U$BsHqT_4Sn9zHHd+5JQE=>O=2s1jrp|#xV6s*SzMv|4ZAfOs9r0$)ewoX zT0JdzVI6*fU<-rFRVams!WRCKm6rdy3_UVHB-i)gWM&y;D8cjHFw`sG2d{rYrszdIhzDGR#x z^uvs=*p<#T^rjv9E2p!#f;jq|CvEMB>m{bR}^l-D^f9?2rRPH!j0*-&YgX@t< z!2Zb(RE#jAo82qG$LyKJKf5BbK>-@E$Vw7KVR4EqX&N|uF% zbAk4mUO*HO2&#q~uwBXR43q(z`H?R9pSvBluCrfMsxAnh8GUsRoZ;cVm+&%RYDhF% z38JpWAID{)+}kBH8A~ToDuHU!{Ol1@nVRp<9a0V-{_&^7A1w_YU&(YvM#k&) z1>oNS!G(Db3SknPIBBiG9vqz;0XZx`$u~5C@uH9q6IT&3 zDUn(Ub#S;z#=d+JXZt#;dbRuyfU=3zAG zwxKS15IbcQkuVfi4@`rG)-L}fN%$3}Z2IsF^x0o+nR)h}?IL;xR5b}2w~o=pF#-vG z|LfN;EQ^{3#D%DC{5DOQ_r88z;F;2im&BcOoY&?6u!!axhLQ)4twdQ9s31eIg}~z@ z3%MZ78Y`GyEkHpA<0hT*X7=KzE&@g4%K!fO~y?PwvxW=?c~ z&rvjyI0bVhm^KC1f4`#Q#!emwdw~N8RDbDFou{#EK7aodU(*(Q$v&pR#4bX*_IF_K z&T!h$Cg36QTCGWc5{|0|V02NHMXOs?b3vvbF`nSRy!(!jiEx?#=7sTf7mYP^!k$Md ze?hT>;%)R%N>OXvouF48Uk{AxBYzz~aF^O4-%0TIL^z997YcWRY({HHwS!CN72-u& zj2kU(AT9`ZuJtPd?r^HGzJ7fdL^Vj>BWg|H8z6#Oj_MB|h_wCW7beG;m>m+D&agzr zqSIG)tQ&on{*-Pcuhq$D%RH`IN^A_Td5*unEt_KS`r)_1Z~KB1*Q26TzFJo8-QC<7 zlXEd8^YG>}q)4=nhSw+MK@PVORLd1Lc6wT^&e_=CA0hXxIg2xxXm6Wcj+BTv5WkIy zKm~OR#;Xs94We;-F!SSwfw1l;x#^qsQrk@jK8i7(LqSOha>89W zD!^LN>-1!*C281#g&@7J6AlIl8!n3@y!oxD4zGQo88hA9%dwm}uSd8Tih#dp6f<7T z8*=$~LKbZvLQN=6`#{TTTZwjURn`1k|LiRES<6jVdsvc84yh+9Q#4gh#Tq5J4{CIU ze1;Ep>Bm5spuuyZ_NoyX0XkJ~=r{iXA20e3D z_WeH`-A}rw78_+;MR)(SDEbJfZ8$Jtl^K#T97E1muF%Q08YQ9xK)J&S=L*{aP3ZWM zY{(ZEONjYiPh#Lt6Os(jG+i@A4+2nGgL{s-=)F_CN84RK57`N`6>XXGX=P0`!|vL8TXDY#|cEB0>dnzbE5Fm;x8?A#h#~n6y_u1(VT%u!1s2QXmC4>jFP!9a`@L76) zs?i;hi8wjNF(Uw(RM-xPYiE9iM-r#Qj|Hx6-bxk{?xe*;eFM(Wj-~?cb>ujzHUT5X zJM=Th7NQ_L>Sd;plve5p%6If=GR3l3O;Q-Mk> zkJ|AH2}ltqahCiw78U|4`7$%Y7M90e15m8%%T_a#4@e)^gO=KpJ+mym=c45`DgR zVL_Ll+2lGN13(U+)vrlt>(Sq%@y3z5(yz8*imlOEWbYmEcS9A|=QB8vfaUCrME2ZV zn3+vkAb-pjs1B6$#!WjjvKgc5>}k31YBzuMY|&#(a|jPkDjhmZi*?aZ3dK$HyPvjy$IkGeYhJ_tTPg@$M?7lt;aA~iEO+}TkKR36(2v$W!ZVI-(@{2FO`e4o zc4uO4SXqy1LeVk~fdJ0_Y1s@_-v|(97z2pf6t-xet&Qac22^7ugC#jogO$!!K7ZcK z+jM~)V!MLlnR=m}*#YU~JBqN@@i(TO5HU6XMt-;ffIL5Bb;e?>b|GssAD#wZ5n{dy z4%gxbF4@pdNa=Z8)oc<)#*~$m;(3+Rq}!x209wJ@ggEMR88R(K2DatqVnoootQv5d z6^HD72B`@7K|VW>7(LXG5fNaq@H@np6d=!~n^vY63LjjQHfz!m}0qxS!(Sb^c*2`M! z|Nc6Za`u&b@W3ka=_ymBL{ol?+xQ}q!7;?~QjWquKw>SJUj`_Az&a=L_X!u`a!`P* zLH@qBS(wsA69JSB)6H2QZv3(H(Z=Zpqg}@xwnaK%rmDRuGdafx{huUTn}bb_54UHL z#2d=8-Wm4$D~=biMi%;OakcJ(>R*%&OG_2b&TDt^)U}2_IaSz_p<*!NMe>Gi!b#Cx zKFdQlR(|&%pZ{4otY>%l>?@o>M6YvhyTdb?7kJ@%p`T`#ucDN4zv#cU?9UBwa7-0C zBluPb7fMr;CQ1*EExkOXs=h+w&;JJlfja0k719#fcg*ATGKSvBoqdR4ARnwZ!0HK(|hmE5|ccVNp^Cb z<z2hH#oH^^kM)rKKSxn8(Yr@AHt_JzPuI_>H@A8 zjXdTu=suQar?)P)VG%w53&mF$MZB&xu`n9vo=x@~*}Ug9=f76qFWSOj(r@+}tl&QDEW6i9Q#)`i>FEd>4&y5gbs1;GGLwZ4wzZ1`PZpIwR zK`$8>SBFN8PdP6vYQA7yLV@cZSs2o>F)b1y2Uk%CVvlx&UXYVNbXL?m<;60_IrVOL z4Wr%50zEJo`y(SJk%wI}+9^zXk_|c(him2#{k|@rZLzgEymfPZc59=4eq(u3}NC_3BmLunvIZ5DvNidAF;|LLwkfgvw{Ml)vcAnL!pkQaH0c$-aL!iR9uL1WzMSf)o~fAL>w6kqcn>JtpqWm& zYG~*Sj6#s~2p?04i{JWu8$N7>z_@iw)LYgN_Y2w#w;)=IpfyItZ1ujM9-XJBm;bid zX>BKIDIt26=!~X|VdihE8g#E=bs=n)`HEqA(7OZUrG<`DT~r$1qZ&^Xn!#~o&1-vs z<+@(fv$}Mnjt-Bmo4lBRzBoBKx#M<+tHL^k`0<+D_MtgGgm;f|JLtW`DN8Sb)lK;S zPGCL`#+vNh#=^}&#zxR1UA&415mfKL^mKC9k43g2mN=?wU3ek4CG*7Q<5N#_1Bra)We6WMW~AnVA9lG_-3<&IfW+~HmNN^R z8}k4R8_h9Y*R<;Vp(F{nFiP9Mh0p=yzEYFxzVNWIAtT6iYxdpLDyMk z4;(8#Q%uX<86W~thjn#cNZ?=WEU5h2gLQg$rOUwe^oz#tNVnF76@?*q|1XYCgFj0OJJ%C zBAuWM=g{n|*=8aK;K(qt9j23S@heoOlU1Zmo&Ogx~QB1Slw4T62Z z1IC6-Jimh^(|@zdb)DsNiK*=)X8HZ0;ZhsX8ZQ9>p=QDy2h1Jl6odhQ;6WI7+q3=M z@C$f%I$WA6t&!hF*}EJd+t+L!fma$t=)>KQfDRFU;!+78GARKyWAYPRr5`mF#?R&S zjt~_R=PF$MJ+TQT->&Dihvujdh1OXZ^>CqOljPO!CV>L3rTWcbR!lb{Q~>+WFrDe5 zK1OhcZ};4xBx0Xq)Hd01Z8lEHWF+Z%zN9B0A=6Z*>}$?aYWJyj(H&b$_AhJK=J~^cNycZr3Ja_j(|cSy`KTDzIY%k~hMFX{Tfj9L0yyUP@}h7G)?S;3>iq z0XT8`h{zAVGbbTurY0v;&>he7XOp~k1u?HWeD+W>dI&5Nn-eG8oRI&55H>5Z%TWNh zKBp&af@9m&5J;&F_#~;MP?=s*LIM^q1Pa4;PoxA97`gN`w0gpscoHAy+iyVL3}G?u zNeCA>imQ+p36KIS5)M{C@c#`!y@2Mu@x({xx0Ed$wAew20Kvr%b~VmpzQajHVwM0y7`OCDA}u)KZGiIV<+PS~gf z5K+G!bT=2)Sy&gNAG}Wg#mDz9_q=0mo_GwW5|gEprjDfXYB!7Gzw;!ZU1dJd{@E&I zD8V6nNqX$G>Y1~I*BHJ^V-ezDK%oIrRw^eCPX!6n-&`T(&`q01z=hd zF=@R2xLOM)JgcsZkQvAHHy-J20VXAC#2!eE%y_h0bI9C=7wzAu2X*oFBDgsq?vegZ zWD1UiTTG!F&OHVte7MI5hK-|l>$?L(B{YvC)BObqONFT66^ttM9a&PL8VrK<#==Kh z6eO33JV){1SgvaCh4zVhprl+t^ZcwnEj*0>>O77TPxnubBS-*5jrfCW>&cl!6FJ8Bi*XJF>x1)CjZ6Hk% zEmwpHMAT8FP?VTk zaa6um(a(J_;0&j$-XBV;S^y4A_E)XBDV~-8MiL^RXV9%R@_LE03s8udPa?k<6S8&R zA&+Ea1GCnG|H(a<)M(Pjmn*?hrWb?}DgWjaC?U8S2$3RQ9TM4b7S7}Ma3mS{#t;6y z$KN$r7{T)73u62vZU-wYA6Ozs>H##i){7{Z;^R4x{!j(o1EEdw^x3R(_GbV4I`aNI z2Jx)4XKjsJa?SqLDcRLgHYJ5=AU8FpO+M=Tt6rXXw6U=viTzLL?gLFBqJ)kM$@(HY z)7jOIN(3lFh2I8dt1HXSL-OYivm#^VcXQ(q?&F>w74VHvvmn9k|(Qh(P3di zGL7lk!PkDiqm){Kl$fUcxFu#P^Tg>;U(?A^bNBb+-OJ5APH^kjqJFdWOTJmZ08Z-;p8p1{KuYIQJGi&@2l|EqT0HBoWws+AV1Zc@&Z@2;oQu z+o%l}HC9i^EaUY7T#MZa8JEBBNwz++JLKUGl{aE9>d?Y|uJ=FhMh;-YTuQ#llOfi>zvGY-Cu*47(E_O)b2+b@2rwOIE zsvQ>BMcbi>KzE09Vexc^EJsT3w=Qk%pYV$S*smItm>aBIvnN~c<=$Yzi`8nEWv54m z_?IuOSoyesh!SG90aYlZD*$IOl~QQ_DNaa;oY1lmm;J~cG#F^DAafyT-%@hVX`>Na zDfYRW^~*OGQiR#d&J;rqw{VUzLnv6|n<+qcB9n%iu8>Q}uB|hEFGxTXcdSk$z}XON zu_C`UIjm#VHt__1ceR=(<=4-jy2fvecpg2vS<8iH@_|VqVG5IZIel&PLIEto)EJ(P zf8k==^(6HsCJl5x5I`^{*Ub!v^3{^Z_WW1TO0aFC%8^<~enWGVXR#>vnL9WXVQAF3 zI!AJ)!5dx4P+1;H-Cxo{+-*lpTJGSrT;))o`eeV>0R37t*3NvJGC`#N-O^E2nO}&Ze8&SsX z;!2nhv%=6gORoh$5OdE~rnc5I$8jOnue35F!Q1@biWeNeR;VVw9u}s%-e)JY$qpmd*v$UgYu*|Yh5Mk zEWZQ7pXZ>pf+PdS8c=`ydr9&+pa56f^pTUH8``N6xU;t1f7M5o0NBv`^R10dyh4e2 zZhPQ8bK9$;pnaQ(DAVu&d{uZB_?)c5`Tz%E5(SG?m;KbJdca2<5)-~quOXSX?e*&j z3ufhpWRs(3w;K}!w4r`L@dk3sxTA0W)wDV1r^a`6U)>0+P!47$*V`tQrA~Zp_i^qM z22$|gJHR`5>zN`JVr`c5@%4!a5z0u+ePMzSe%UZ>JFtOCdDM3`-b=Jds%cK4e+vJS z)m80COgL-<3xS3XwI(sk%0eK}<6G&7I?JcD3^PbnpySV7G<^fJRv!_LtnW zqtwE$4|l2^x??MI(ZQEgwB z;eVh+JfBQoN7mxaoX1nxqeO$wv@g;Jc9w02%8!^Xsy8DUu~P*$SS|hQgZ2hOG~*>A zQUYvmGQ&HrYpG#E2yXw+6w2HK7v0lDic5jvbjwCNf(V93VYc@P(Zq2j^1-_I4F*ArF#jUz(RMyEKyZ zva&K1!M_|E?car=>3EH?2X_k(5*52Zia0`31sZP`57}scGpbX@u6aY1Z1&Ag!h$3J2OS}5IYciJ1p{<@ghEFD>vK@)5G!E!=;}a(Ml3fJkKW56 zpNs$dwrjR<;dFS^ zRBC>2gK(JGH3U{BObN*?>M7jn7&M49Irulx?F3fuz4qT@yfL#Ck=Qdu1P5+x_!298 zsgDSL7f6ocvxGkIAKC6pBSCT@EGT|pdSGhl)3(8sT!e(D zF!>kq989o7og$E%!BKN##%1Wg=Xd22Z2kn23z5yr-}nw@#I_yh;>1Q1o zndFEyiN?7GHAfd*z_m1@^tml*qXwtCkkbPuFzQ5QPT195*Z90~;#aGI|n%L?GD{DV3uLC}K zm6cHuRw$!>DwwpPG~K2?snRp$jxrlB62r%U^6OCf4N|@$VOzVqgMneL^ZX_=jEE+Y z?Ai};p;lM#mlF}(ec%F$kMQ^5Oi2?v|J@Y-KC|K0>_-_Ld8kE*rs@~Ye<+@i;-YmL z95lI`!xNQrdr_-kascisja-tj$5G*NAfG338LP{#BYW{j^z^meueJDyIf`&zTYekN z!ITUER2;U}?_h#~)ZFfmv=^eu#dLLX9)SLYaFdzx@F9$cZze{3K?0t=tyKfjIKXxZ z!6ox8)Q6k(k3P>5oA=-ExpiI=htj?@oH)b;O=!ImwzyP%gzt!FdA82FJ>oH?PLXN2 z7?b;e<9XAO`{_!d({DeZwnSUre4BP%D(hHBvP!hxPmgM}=83XG(e>a%utX5Kvx}r% zoeDx=f{g3Bgtxe3+N9;?AYA~OOw8`YHQ_n;|31nw zsoi)8^}~P~0|+toGXOOLL4v4zPo0B2c;XrezmasL-2$IMeF1NXyBbbH$2Q?xWPa@A z1SB?!GxHmhO{%FRgQjQ3qY z77Fd6CNVLYkcOf}jM_b6L=GL>v?F97lX}Ms`m2Zj|6N@961Hy4{C2Fzr)yP8lO`Xi zrl%m~c_Nj6=+S$pl+B|(icK#R{8IXN2XI?gK7I0JqKAs-WF<1@4GR{V%=#gX7)Qnl z+$NX^CS9q>$pFs?5f~{-k?(te@&HDgfqnxHP;usGZQNY|LBQqlt%31??*$D%Yc~#R zh6R`fO4|5B1*{9)F)-5O7cyIU{_nVP*^v8y333Xx;Paq9Kt9(k1M}QcUsQP3UWzP{ zWEWOuQexXKR3NJhyzx7w1mDU3(9veI)q&XhnM zc0;hm1vosUf<#Amvb`Ss+2{wwCn+-jPz7!aY2w8f0LTkrC;>I#h&ksYmx>T~s6bj4 zr+SbZ;dkpZNB{i}TchHW7*^2SZu#_s_USgms==QTW|{q$AAZ{d&AO*Dh_v`8sZB$Q zydk8O;6ITNk5%)T?5KHP< zd{sCZP<0@5p~PGaR1>In+uYCpJ3XtHj@RO0k)TJVEl1ieY-+X|BA1;YKLhrUv&3@| z+1;pG5eN0(cxT<)rlN_`3-2#TA?`F%D1FOCH50=zJDhKNED*)(GyFPX#Y?H&XsUI0 z#dm&%u9E+LwB{tP0K5%^mf!>fodV4%5@)ek!0e!}M+nzdFktRiQ6V4#!s0E!b$jdw zcbbBWm4kQ>q>F<;|5We&KXu!UnaWa^vjvLsz9<;JLZJc@mN3KSbw32{OrXse$(&^r%RNb$5+G#%FoP*DK}cRi1`sv|^$gfvw95}Z%pAz< zA*SnL8{pomNy5;>X=ngIk>C}8ef#C{?tjmJcrE+F9ul;C&6S^=o>2=sw0Xzf7 zgRcwMQEo}My-XSqOr>;dDfS0&PfuT?J^1F`i4m$V8QGQgWi;scguRfN0B#x93e18) zG%7sVhqH`O9*vL3sI?AOUJ2&L=mMOh(lRQnkr>-P`r`*Zuzt|=(AwZ$12(_I@J z0eQi52h$+VXT(8a9wv$h0_k~K2<>v@4M;;MhJJdK;FyKae)J-sQ0x^DDPvL)$6^Eu z(yLHI-|CqP1dPSthgr1%r5!f5_Oj+^p}ZDj4Ltcc7*beZCnzRxr9kj)VCY^wL_qAs zz!u8YGnfO5>gD#VX$XSxP`dK}gp{GvAF+eP^^UwoNK0|>1S!ciQErh~B(arq6tJ6Vb#FoI_B~lXsblBzJyA)rHUv z%sQFTW#gg+6OCpH7|H$TiE&lC^K&Id}zolnu+CbfeX6MrrbKL*A|pjAYM9J2FR zaiXrzpgcv{h9iJ7aFoi@q8NcNhcPmtX_T0Ai(i1U4n-^wY_tsb-%Rd!4!xLQ2Bv*d zBEkW8Kb%g+Y0H0o18C6uVe%OjGU4orNqS-@s3koh2*q5TbVH$6OK7yvFqM8@oifcL z+~?+EIB2z$8?t`=-%IR@4Pl~~=iWL1$r(NwM@-Zb=Fr3Wi*g@_Akek!TSA|@4vZmF z0`yS)$T$5dXy}m6LbQXBY~X|dl7!!nGyv?UprhcALQ$)wOk){4Vedjzs90VkjkXi9 zWUk10AP5GunxM5I#y~QA-@uLPbGmgj!5VOiH4>6pI9Cv%gUfkrWP}8T7A?5W7G}gWq9XaN`9J%&g#=`Q#Nms9PT`OK zYwdJic4HVkMmMEw4V72?uQJ<`7mJp)3k6LtkSdVbqlsBwP;Ma&ke&Xuf*Zao9J@vi~mD_YL%Mk~yYCQ&Jk$`Fx5F=;9{Bbh&U@UO zP<1gowx{;15-_&GrrM86 zT#!Min=PQPLAsQ5y5TBR*TguoCd)gUrylR>{JJ0^Vpx0K?C}Y}B=xIruH=qiuQ(Gv z_6x!vhl(?R4|5OIVx4F9Xy>`y&zH@ICjazzHUG^tLf-9Mc~&DUR%{V~;lw!C-o4lk z5LZLj#s1+sj&fMcriCEoca&X*r;q$s>1T*HT~C=mM;q~X1CEvsJIslNdJOF|&It#s z&eS)E-9iam;__Io!mvOSbJx$Uv5FC9N9O0>%`3@; zat-;|M1mgQ3mg`Y?XLHq{CN=pJ+0sMoa=^M@=mG5=|HjtaS?Vu>P9eKw$i%QL#*5{ znd>fBp2gXXTM9K>xXD)K)}P@o6~(>~Il-#8IlQ&JWd{W_LnxjmFjZ7DK<4?AI>Y@T zTn+(1dfshl4|LSUkB=lzUlR>|X?GgJhK?NwJkCzEBAMF-w#hs;a^!AnJKl+Lr&96Qap2R4~ z54}XtkM|WJ?ju}_?^ECttfl)mTS~=Xs_TT993O*{4U%%%sJffW1jz}05mz0+NHik~ zuW;#)&nE+%nDPSFiK_%J|C71l(D(hG4!>>YgNVUn{kGLZrDbI~nS%emkUjXVl65P$33liH z3XWb(rL9&^^56Zm$6jV_Lv?29K8COTe@vZuT+V6x{%yn9GO{&f8B-x4NzydM3?XG} zl@?NrRFoDaWgEm`L{Xu!6qQO*sU%d>q@hPia!aH%N}{xB`@OF_ey{KI$Mbs440Ye1 z&vl*4aUADy+Nm8k*0f)Fc)>&=n$%}0?=+Y`Mh=}M<EFvowHl~`_?u|?~sP~~&lPu@>5SNYpf<3#e|N53uLexArZh<)6HLo=;M#7Ez1 z0*!(q2Ol?A(NiC-$hCa2qfTnB#0_G@Hx3naYGU@X7&tg%5p;Q%E+R^# z((LdJ`?&pISX^0uGU!w1R5t`jK%DvmZZ)p?4cY=(s9Ius zB;oj3uIu!jetuzFHPOB);CY$9nMA%S@}<|fB&QSkRUfsFZPhf8TDo=3O9A)eF7_Zy zM_N0nk4|+mlt$J4n?lN)&n>&0Fv@K9tD~>^43M1V&>jSh{yr;1;%(#qK^T^GS2=nO z9*fp-t>+!C6%f zVe9Vvs`cD<)=we&`J=`tayUoHH)A>7bd+(CB^n&kRu#a8?Wa!4aLHPvkMqz{Vp-XUB#l`T$>1)?fe2& zxr&!Bcj45f+(ZoJ>>oZm(ZD_Ya1r-0nop+^5yz*PK@NsIGaY;R*C(_N%$gDS?*@ zH=*3WmCfu2@ty<1ZSBnKs?V@Xx32kGe@q^Z6*!lR=gE&HuyP!W928f+39@%_cNdNn z`bO^m!I{cEV*Q5ZFAd&jYcl-9Q0!!(kmPs>}fb7$bQL^ zLj%s0QP7n-7dj+vl|L{fjtIwN(4SZB~58P6{ zGK7|mIZ0MD0yohmqns0S6V;cObYE~+*V&zVD^kf1CZ z4M7b*D3hkA0Vk>JrOu-0nfZLfbusnv zE2jrt$eV@~gTDg*iz%zi`<}wEV&a$qzk?NQKX;(Yi`nTA#MMZ2iyXuZgKdZsiEPsH zbNI5*2y)+{w2(cL{!9=yBc$3k$92Z3yo9I67EDyrVoy}UC{OuCd+fk@DS;87ME+rP zzY);|cjz7;b8_{q?b^$@F4%FBVg7m0Ro2z!*VVi0Y<^Xy>L9#;#cGs>+tug0qf-vf zaj@9HQ9O;5EZV^m|L8TzsmJL}hu)y6XQ>qh?48nYGt5<3k1MXu&7ftM5ub5{2zO+* zOV)AgB^o@xc@yTT1uKj^EG|?nO=P^vK%)_H{3K|gf5eAN+e0f?~)+og(9b;JFc=Wl6WnY=o`LC{2d zeLOwQ3_eMt)bpI(o$QbxI>1vx?orjXIjglu(gxNVl$9-dV9+45xx_h@$!ccZY+M z@&j!H>X}JupQ$CdJrpgkT3XCssGOXX?;_8Kw^vLi zNh>^DHv3X!MaakP29t-|ZrO6I)n{4wDn8T8)ag8j<~C$DBq2f!yi$I{R;yE#n?NY6 zr5lU#maMVL$7E2PsF)t?eC2iS>b{~^u{W$FwWc@hT7AwTwms*azDy_Va#`I81Esl| znlI@bg_kRZ>S=0Eo6brb{iUH%#wPyJ$_L-P$~-_7iJuvrzU}`^hR38q)~_57dh3+vLG@q_~A^_!EQ>_jC%=W*FO?(no_ z_Rm8imP|jD>28HC^zl6`R%w_pr|}s6<(%-K(ei*hstzK@?O%6r^T3zw?PnYkMb)ov zNL9Rl-Qq=}JLhjH8>8IX^)4GfLBs`Q*0Q=ughBw9g(fjkkO8D-P;FWN1w0ZeiZqpG zq8PuqB4W(``K;tPzLb@n18;i<9b$d@g zik+BL<3P{%6pB>loJ3LrvT)8DF~VL|Zt}y{!9`uf;Aw^O;9l$NXh!7ULIPT)AXPqxN#= zh9swL+qeJYkrp_%m83zyKfLQ%{?y|Vk2HJjaohMs+qEN1qp3aSYH6`|{CaY74q<@; zO56Jrmm6?0>xNS(36Ryva)V?C{7%_PNsL;SlStABL~%=jZ}$3i<(AP=e}%7@ym(WZ z{c7O7@8^(M2ZiM?N|uQ4H_(t;o0P(^*y7FqLOL8@EE<6r)6f2_pBVih{V!(}upvG= z%bCh*&?a*M6VQ&>sfjE9&QZ5Dce$A4p`S>IKpLd>V42bh%ExP^&R#7aeu&s4tj0El zTv*C}kbu8N5BOc7kdm38L-yiMxTf5yF-S>I&sH52lo!4|tF7a9R^gP$ow#THocdX7 zp0_#rM}GFiaVvh9$#@7asZ&(u<;22>A_wO6?Jc{QQUmkP1+!$1cFn((a!F1lmCRHg z(c3nj>YX`?GgkUH-*}ztbJa;>%%fwqNE7cqW%-=CVgKbu8^cnsCRt1)F~UP$edfPl zk9FK4r4y~YE7#cHIhAKW^etx1d~rc{n!31yO;b)@-0Gg0q;eR@p;Ifc?Oa}EH;}bf zt}maq{s~n$xRvZUo5{nOCa)6Rz@^YM;zi*&-O*eO&W!Nx0AGoR?{ zA-$#TI2DZnPuRb%2e$y^kpxRovTWnimR`HRbc_0EavKHT*g5l% z00UkSu{djtzz*Hp;hnDZ-M5QBrllrMElPbh;!3HP%18!sAp{KL%`dS$VcF&ILnfP3~Qe85yx|5WdiYbLig)4rLjl&8ji zTV}j&snQ8(L+nxd_vuAL6Hzz?rYFDQn#$4_-(iW(Z6@3y^O2Nn)#M`!d=d9H_4tlZ zzlJRg-H7Xi5c<`uAbVyu$UdM@9Sfv^#`>DdVFu>af=~W2ymFD5p(8Pn`AMX-i`X^c zZUyHWY=B#?o^oI>95TqRS^a}@?RKRF!OASVUZOC3z&g3U+?_`6X|vw5`kABT z&9Tn^ju95i*=sN*qph@#nn!o?QD$g)espy%@=MMbt!w@g>q$)7Ff@YjD;NUPKwMlY4yM-Gqi1&Xpd=7PpDe!LWXk3Bl5HvS z9ll+$PKLR!08=QF7!m-YtWY(%oH3e_SQjpt$}6_h6y z(uX`^JC&PxP&Se}3RLRz9s7s?fbx~U&r{5fd@@@!jKBFho?K*ksr;dX{9_Z z8VNhKT#vMD{9T*dN=izOTYo}U)YF+k_MUX1#A^X==<^pQ58F*yqrZKgObf#eP7>Kf z7AsEseM1vi6<_1zHh?>}C7@tPP@#b2V=!xEZt%W3lZ^*&x3P?xRvZC2#VRctRy~3( z&M@!zi>9M~)5S+uwl`6b-I9~r|HF(C%4fvqRSy|I#=g$fxZlax8ec_H?zseAlqnq}LP zYDwV`Wxu9d146HpXaw2EGb05cDIXQE8tqqX4aL0QcatyHKS!^{1*4pr@EsR``@<3> zMiYYIJZILvbqiTBc^?E(_-U)sOHLB{{3VkOa3Jj1r-b^jB6_;@dw6?__08 zq;~#mFc{IcTUN%At=wrvyk9#XlpTUlLmt8jLSjq~^z_119pHzK^#lG9C#);E|L zPx+kVOI(@vmJZW@)LuS-d?rU|A`mJEVzsR%FGGo^7IZA3i9Qw7+vj8UC_=i(QNO8|&j3Fnk#oOk^|NlJ#x6~_zAULt zu$dfe>M5x1ajW zpFwB?CdGRndDQVx)K3cXGJpmg?1aNZ`t;%zZnz$-c?+~<$BrGcmvzP+v!8bM!G_$b zhE?z2DpZT)ZAK*U(Htc~GR3&K-kn~(mTfHj8@f{ZLQ)ElwB60c3ilim16-Rq0owT| zloHX~ZyAZ%pfGTz$%MA@&1C5hgz1}xeBH|>jtQmCjl;sF=L-3GLzQ1=)vd11wwtke zP!g?Tq@WNMP9k|Ntg|2C3Ih%{Hw$NWperi!%1TASg=IA{AZZ>~%&DbF2JA&w2k@pk zNF($})@_TRY$W)20gen~BgfEJ&x!R(1A@#BZ&$qNhd`QIkFY#vi{dhgqlOO$`Ak^Y z`qd)|9+uN{7@{4Bz-zwBNMt7U^y}rR(|Jb1XHhK*a*T`|AIrRiTCjnb>K1PLpg;F* zS%-Z4yeRVCyx_<{5pF|#q-Y0Ziaeo13F?E>;J?@`G8!Eb;NU&)bnf~=eQWot;ED&5 zX=Y^o(WSG48vO>ijTB-g#0~((*+i4W|W6G&K)AP+VZI;t1 zjqj=s`dCgS-72j#NZH0d)P}>>HItrbPR||8rD{J{^$`N#_=63Cf0UR1Ck3tlB2T6=ws!SMphsY^*P7_8gj_Xt>KIFwfmfT({)Y9JKoG+a19bT6@{6HeHif|U za^U*>@A9fC#4vI{+F7ntqxV@fP1iT()3hm`$c56+-qvsNh-mMgBs^{^Ej`1mAQFU0 zR`OtgSnhT14<+MQhaJLJcJ=&{Nmf4DT&RxqUO+ks6jDyLSMS}lsES~ilAIctQfY0d z9(i`L0u?#%#M~RmAlyRhYHI~&HvJTs^OEbEGRhDmaezUYIemggS)@oEIC}qG=005H zp@{8@-na^3hjCiujbxrCnW?yjr^J%5elIT`)4_QYsQl8OI}Bt%kq6;%yM`GvMfczl)vKb5NJm0%FA7`E6U{Mpc7^J#3`p>I zWl)K^o~EY(zN9jRZkX^LVmDO$;foe#UyW8sbxrw~%gYpob8;R9Sh_Vy_*V|nlR1qz zD84F9^L)xYzQtOqC$wJRMbWeQ;(g90oUN^^+eV=dWLjSz0GDHCvs0MyoYrdW5YROp z3j7`=no=7?5h`Z4i;|=x>*Q<`2#@V%T}6JsTlA;n6g}IO(S^b|Wa?GR=|*wIEF@}A z?yB{hs^17mwEE|0RaSXT9QA}^oa>7?jL^<~ICBh)EX&>M(e+4|G}#kz#hX7~iC%G& zHCfzrmU6L-ncR$b)!#227Wn%3`~go8sE^7AvWmA1rdPM;rJ<4bHsDbvpXTZHib^X= za-tDSa)RCvqmKNpg0OSBc9%B7$dRH+E8IocUM8ID{wGZoTQGVUFaIRACLq_21_JOO zsVbZR+8P2mQfS*U5BUSsSn;PylBS*bkMGGK2|sw^mFrHSa7PT2Hg40DR{|=#>&M8I zzL)#WA$@zlqtQSCpn4jGxw7NRN72N<>StWnAKH4Fq({lTrRnE%Lsr~>UNq!3$Ah=0 z69(PW=T2?yv^blL4b1kHYz(8%aIrE|>Or*g(TQ`~EUs{h*~t@mNlp|fOGy0=j~M{r ztWYZhfDxvE6tMNIUb^!8X`n)Sb;@jh%cV6H#uYy#JFR)9?<5H_cPn-WHc0r1A?1pO z)}L0M@&1V?OGT7Y9UbkHEU6^rM zVM_LzQz&^r)C)olKtYce!1b_>KNc(el5R~w@4sUCl&WqnU*o_G*mZ|AcxJfH||9t}Gm4o>%HCX*H7l*g{QUNU@OGj_4e%*>-mK$qPhxYm-* z8TbIr)0dFFX;zsCNw|SX1#{r`kkniz6scGk-q)*F-fWs(gv^YjM*xQAqBO&`XjSHC z4oGf-E(UdeshdLTgMBlenRNF!q44*JPbhOH8XIY;&34Cd&~*wEeIVC#-9h$f`k3G2 zA`zgs7f;K(P*z7_amn2{@RHZL1Ei_6QYexi`ny+an^vRu_CLBm;T8N<3Hb@(PhK0nT8X?oc1rzBQ!0Hs{F3Zl3{CG2@mZpWc zh!E;Gby8O)?|>2*4LTQ+v*$8pp}Hjpwy}VY8_S$bPHupd2AJ{2?)MZu3rmgSUfyy7kf&t>=l?A`1e6tROj{ zhlL4WxmY1UrI_QQI%w~2>SXlHB&V0Ldd^4{V@zT5xPzN^7wWi457H>*x3tmVJH$px zO9=n1lO|)7Nu5uP#iv8!Mvb##@;}?PS$Cyb$|lFaG~mftWafw08`S0&+5a@|7?L;o zLyk76!kK8+B;j6taBc_25yZCOTIgJ^=q~kt`Q1xS63nQZuUp5_jZ+~qgE1}vW_P4Ya6{~@38l$=YpRzm^*WMi;l}p z%aHBzosASSs&ZKjE~v=})eCe9lqffZs**Nru5nR6lk6!Dmz?GLQqa=7fU!_%t(uAi z+RhD?r{YvvCQu4mT23`mk)t)K2y-@>5A3`5tHk3FL4=C%+djmZ@&Y!NQVl|yA#RYD znakc07kQ`Gw$rq@P%dSl z$Cm<&e9wZ``#ds0|F?J-!UR^gn`!AD<%8D;lsZVQ=nbB$N1vMG5& z@byS2PUYeERx#sq$IN*#ra-j+47OCPyz(=yc#N3mF23V##dWfK5LI1-PO8d_7=u!p z9Nwqc9ezRf_pqq7UnD2c2<>;rw+luE#t%A{G)vIBf0WT1RB(J7*NdS18{ySzyd(*v&@o!Gcl-z&2}T-deE16y};TMAl$~ihqr#R-&DO z1_Z^F8^n#LKkb!kRbB}__SP5gQA~e|EN*k0=Q{VsK8vzFAwmr z*moazdU0MzYST|gLCmVy*&2NEIxGt-;V4`F9)<*C-h?}1<+{P;rk-Hh+)VkLyY5z< zABJ?T&|T79ebJxLQqwT3yk=u*`Jugao4|^;__eJOH3ZuL!ZjEAKZPJMNHs}pann-d z6(5l#vDRk-oe@I(b#ln>@>-*&->wd)>dX6NF(Lw+R@S;Pj+M4~^Grkd3(!ug5@IBW z5I#$^Ey{tm;3&9sv~^50H*(+Na64|*Ho6wt?spt;qy>F?tvXe$DI+Gb2_tg*cRNXd zoA`PPo18U5-%jclXW&F77?~hFbxI=uki5tNJ6DE?e@L<9WapNcPCrF{B&d-sgAEQj z?Le71xgD|kF6#5wnh6Pn4%=f~cGpa^DqJYCOedwSlLL|iS4+8l`|ku5zAJeKfQc*& zy2?t{@?CTjjV=_jVrBec^oUt5^4j?qfjbXpSH#%In}6u%_n{v#vq4hU83bts@=Wgc zNP7U7>>~eGuUpA_d&T`G=1`b}#p6i-M-Rf!`X=h}jD6`lqYMmTbs41_aNA*hlmCI4Sobf2x zvC&t{l&>klwok^og%DeJ!KPWN9_Dh<+&~*4(Q%Y0ai$&6^1MU?Nr=)OSHcT;p-`Ve=vjBYob9Rr?_b-0ywqRNp#V~zc zOLWHPsoxKt?0&8$mC}OsunfX~&vBs+vY6ONrWDK9X4t^8fBJ&F{_1|5k|rffxw(kC z1n|sqI^8EEv!i4Km`L<*%7L=!tD*QMwMb$W=bD&=KXI5X6-tM+Hk{EmY6G z-Pd#XoNBdkgZjp^7?;lMv4{SuI!&1^FK*$2THSBFe(PJ(``)|r`nX4(w95T}njy&k zBZ68EV0(@LyZFaBehqWl-+N}f27X2EBb@JqlRjs&n~02=O+jRf$ceh7b>>QqT4?p} zr%@I5DnW_CZw)Xh@_Oqvj>?q0`|{xhs~A({H9SuO>T%W-Wj1KfeR&}Byjv9Spmhh8 zJ3EK+DiLWVtOq)J%Ix}ZZ-?bNa)aPasP?C99Y3fq&oka425pDWcCLss3gVA6C=6j@ zQw(Y*G*B$qpbz3GMHkTvH0XBacg^Znq*S`nl-;jX<6Z$W(>Sz*X0(n`$wSKZRV2S> zQwX3soi%Vx@AvmMz;FO=aZ+MT3$~F$Xg%q?4GK?go6X4{ZjpV3fq?jHm9BH;b07ro z*TF~;YR)d}?OF4dk_Isn6pZK3|3!Eu|LTX8H0Rj$N7E%P$R1sbkupRYL*P#6#58`(Z{`Wk!Wxt4-&q&No{+_k*85U|AF4^6sE(xqu)ciGs}CRkWTFC08K_Uzcx(>Se}8ldXuY*4&R22Hj+%;! z3c%{YU`s6}f~9f?Z6xpiF_MS3e;qeJyGNXkxmxh0;+iG1)<~7Y{7b4jG2s`Y1Z2fD zXiX|dm{=>7kO?W$b_TbAzgU5Z8_~ZRoyA?~(EbWj7G-ezf576P>JW-TtykngaY5?} zDsgv5U3!i~B1eh&8J@i6(H}p?P!$rk<73G`ueSaJA&X`u+b~jM(x0b5CXSaP`zK{i z0uWKHgBK8@=r4e`Yx0GAbrEqpK}8g;yX&Hiv!&n+YyoJBWwCu)>7iaYQPH2#4j|G( zFLP_Bc@U~KcBS~6rQ`NlR7-Gc^fpYi7!mlF{pwrHgy*<0i$n5kIM&s2jKB3&WdiB? zQMY4x*D&5zdsA`-S{5|L-B1xN8#52ct`SHo?`GT#k`l>2A2vx6lNA*jF{Rf}nW_i^ zj%(A6P6-mz8`|UO`+@nWyU{3utk0)XgKY9&u+?f5TbGt>c*i1zr~jTTC{-QA-GKba zZve~d5wMHaQHZc;6v#S+U{nf!_k!Q2UVz`AiLj2#j-oF2`ur(!c+%9N&q;F(go;My z*JID6s8n3P&uN}@@a)^qO|ovFT0?61^nbwId6krx)9+x;NTdatmiCJv;*^Mh1t4J@ z=%GcC$|fd1#$xBWy9e+(=F`w6f{ddy;+DcwMrf5(HO!T&0F+E3^>>>win-ys?!k1U zjJUsRs9YB-@MkH6{hdwp+DO-MGFiRmFwHrtSpC8HPg&2B3_-WXGM8Gg{G=4k{Kowu zTk$?%X=pTgIG>!)7unBd`YG3eB%}g&!VypB!pw%Yj;Be6(lOa#G6$gdWUJq#PDd%y zgPgN$`EtN#nkSwbRW*|r#5~7l*AxTXDc(s?2F@744RC1rx*|C&8GDcegcc^WIZl|WzhT9XgWYT~~#>+0b}8Slp`(3Lp1l@u7f`!>1X=!yC`RS*^NqmD=)tG1X@} zJEnN6%0asiDRj5$zmr#oP7^eOb4&$^K*{F>bRyZ3qnvAZ4|U+k!(x7XKYEDekU=_O ze0PPF58bVJdx84Db7~pSfi52KJ6V9=Us4Iid%U4vubxYuioTW#Nw4uw+7|kCT;7-o zT&fVQWp1+Ef55qwmA2J`jQS-xNyJL8euwN=7o1D7oL;HNKJQCU4T=I0jvhMVq!VVO zG7=mKUCQ&u^GKknmPwraYARlSE0qAf=|e~{3qm5~=$OcrL`%uvATf@EN;)Sk1#wucCzzrF7r-rMM#Dex15Km`Ea zu01l(0{Mu%%u?Ai_N%FxQJN6t5Zk9%2Hg(uPKVt4yRI3DHH_{BmLE2>(!h}9;D!M+ z)~YVXPDfIULKsd7e|jeg=~g}`<*={2{DB!6?Exewr4z@$*(nvZ+RE*hzu7Ipg*sQ2 zqum`c;dnf?Hsb60%2PIs{1D2}y6BI7$OOfeCnl5A>o4ITVak?02~&0?oRc@DYO99z zuT!V1MO&_M}oy zW^alLU@HN!z(c-ICLF)+r5J+#tX_#W*{=An>i;-V?9w1V`UhG~KgC@i`c!Cs^cvQq zMuGah%UOvmNEMnle1X;?r5Xwi;=CV3&4o8A+ z53+XaBuVj?t35DWo!ZSjNHNkyD&tt9bfUcc(1MA!(~K&W8M5BRFI;VtdG=Vkxr+Wq z{cbE_I9|?&ns1dlAMWLwVwq6l2(1B%h{?6P)jK3wHL3KwAbL!la6P0V8j2a-dXiJ2 zqef3~0M|6ri@04q1Ux4SKiKf&6jyjC!2^qxCH1|~$3Wyyk{i@Z&{|tHE9k({&Wrw6 zI1L#CsteQ#x)8>gFtc4-iB}QxG(iRAnGUi2;Nj90E!VkWSn9?Vhdd(!wOfd6*^h)Qp*OwXM7=aX_69Na zKV+QtOTpbGO&c43-{DEE$3pYVCw(yC3R!1d^KZUi=Qfo*tSLSS#ui-LiFGeHf#u@& zk1_c37cU$nA<|$qBF9DO&&oQ|{1z$5_WX;z327F{e>CNh-A|}?50t;`^M+S~G8Gz{ zI}5)h3^b8ggHglQav;Htm^GEBd=Qm?3}!tEcKv$t!140s4mPnDuuPdMO$@Vl@@HU(1j#QGugU zWDBZSTD3QqydYXkOmd9S_plQY%@ERSDi*>jBA`dV;Xlc5>qe^|A1Zd3&A7n3$0k!F zU5`Q~b%u7m$++8~4Q{FU7s}j@wQhB()4BBDK+;k8I{z>$aZIeMMvaZUg!mj0{MS)UCSjr5bGI^ZW;)ix4BK8|H2RszvkmC@$C`i}9YBgMJ

    0A|pyN|6t0hSDMR~jm?)x)PnCtY%eU$60fmi`6M1^aDp54@)9e zA-w&m2hpAn=cw`Z;D6&jv!f=Xb2C*}=mR}1eJ~UtXH;jC-{ECZVB!LJ2mP0r+_5! zggGf32{<^BmW5GyrVA!CsGo;Ol9)Lu_#XHC&Uv%;C3n6&<%s+!iWF86p3hp zipx<7HWWSY8|Zh|s(x378}i2MCI95@T_*?5zzx{IEr~Y=Memb|SRWzf<}?je2MGNaV&u z1}?7rL&gXOn1eYzuP&AfMG%iYOn?~(j7h5Zr5uOjK(j_wLd*6zlR=41wl&Rd!dO|R zo!mP!&Y_NIq&lcKK+e{5HZK+Ffx2#RHqHvE2G*vd^z@T5anyw!b`o3gllEhF1yS%LBDSb z;n7kO(_TK<04wl@rXQ$woh0eoe+&z6Ej_eULDqKIEW;B(i(=NWtnAc6})sa4Ut=k;#&xej(CXB(WD#B`=^knn`GH2hVmv8B)`xB^6|?*&l; zZJR-892ypB5NM#pCkToi22|wAaC|V<1ef%D(yfgUnzmB{&{q-i$ma=T%%*IMnrpZ) zt<(4W!>RF@tCZb%Gs6@)G1oq*(XTqL>-(UgC>tXtXCWco`D=5Pq95Vw7u zaAX=%RtfHhyv)HH=^U8pEYTqA*v3yjB`I;#Q;>ze)o*Np-8#E$7&CT_-eeh??)~e) zefYoB*iR9B;k2=>x<~2;XR?ASSI0U$@|jc%OO`0#Vszk|_f*7vt3od9u>q!{oU)v* z7!3RPKN6Ft{7&NqCU(~`+lO6y8ynp=BVWacvpse($F^wQFbPt*`kfnI; zJg=3o$r>*41D*^63tJc}7{k@76r?PT#;Lx*Qkg5q(--9iYM!f`p;H#atpf zP`n~O?e4ZDz#N52jn43mUx!VX89@#`teOQy7G9FY?%W|uYis&{0U9wFB{idxwci03 zqdl&B8jvBj^-Z-NQ$MRKMj2&bx4=BsE{+Z$kM_8{636I!pRkX+pb=QjlqAjxkgnuq zfGjnK6_qs(`}p;UG;&-hi<;h5=X0faw_hjw7_?Z=+{>J+)h3=+rw~;souKi=4OJn% zduC^RD6fo=M&|aZ&z-~%7rsHSH94(s=hMZ48Xbk&Cu4p0Z4b}cFCjF!tJKPD3H#y< zK~!U8a>+uIiF2f6x~wJ>r3jVDyL=L=t_$nfL8m%4r*-~M@R-A<2CpicV!ZSj+Mi3K zE7$32YEF<2f01K>-h~l+s}D3Puez(=rgJHMo)FCTtk|*R+@wmpw*H_3##4f4PSRlj z_{&Y+GRMu`>qxdOhg&Q$<*#owJBirTuA`kH*KJ;2Q>-evN!)j!QhAxYK0CC|($SVa z?MW#`0QJs?c0_y1qbJ<6NWps*KtB=QPR+~gVLccx(ztHLI9k+CqXQE=+mxGWM0w{Q zx64EO9mwQh((Yipn5haP#OdX7nLk5agg=PZ+CbSAt@)!4fAev>rE?9XvVQo5g)SnP zrkGK*vgIpgavn$8Je44>eCdI@p}*75y1J)|5~F^db}ElU*#81C4@ogm1spxgE$Saf zwnRL6=x_kx4395i08j@9z#zW?be>*? z1u2$qq;TT{Dvdw>XJWGioj38pA#uS_U3r=8+c8T2qkx2bp?Okpiz#vdRpUj|`Pjze zpoKyjopYADA)X%XSZnY_7(18}cdlyPQ9TjSTT(H#^-Uq5QGjcNf{Q3bZqOdLbX*%= z5g#!*CqG^T8~jc;*noa0U>m%uAQd7uVY=}v2!m9AP~o&*Eto-GDjtrfS0wW|0!dL~ zb}yO5J$xGE#LE&b7)n?&G3wcYpN>+`olyN=al>J~i@=1GH<7cSm%Ku?A^(p>{Wq%VuX|S;Iqw>auO1LtVIu_JukNsRM6tP+yz?kQ;iW zeRJnis}D&Ar9?#!lOOk&`7PbfC?0?ZH=W|>N^zj9@AZ=ZIVZjjfzfopGdg2bqhfU*!d+_q+S(YO4uRM#W9Pufwz-PKrzGk9NO;Tvl)QzLQ+$yOd8#F)$G$Hv%}_N~J2| z0?H0BK7m1@_YO7?Z5?BozP`&)k{og|xqrcJlYYv$Z~HJo#*+dlMpkF~qWWJGk1f}Y zm2=PdT`yUz#zQ%weuiR~XqJY0 z@-Wc?=WJFlv;BrSDK6hPLK(~kikdHc`ynR@`2f5gordng>1Hn1`0|{4F)l9!Qkj~i zWemJzoZoP1u2Z@-U?JyASMyR;LyAHs9>kwJZvXK%@Y*u}66Do{A<*XzY6VBh$ltxF ztTDdwv|Lh-+r;BDL3#FoZ2Tr_YowGu_zoU;uR8o`5_o25(XBzb1 zQyiRU40gEsMQ!wPqhHfTku}X#_G3QeqXUFG{lZ7iDk68zH6l~mQqT!Z#|6iPEh)PC z?c13O&O+ki>pOkwhGKWclZJD%UrygO4LQMTASntFQZqwr!|(99{ssHt4W7y)h9WG& z1z}_oST#wJ{!C2`%7C-a-8%YOSY}VuDhi;i0OJJ6LXxg~LO+}fjjB7v-%NRgYs#5E zk8oH6su!!v@+bxxPjrvwgiC7cfin*3{OckQ?6>P=u)W&%WHTnPH>%1pNCfCkP$Va? zE5Nu8;tY@V@$c?z*|G&7Mfcj()j^7;E|uCwo1Kdepd3Tza@t{0Evf>ItFcY=MpPCw z>rG8TR3 zV4KulqP~58$K>-F285K*ZZ0^3QQrGK_FPA_i?trR(=-yfhaJ&0V9YvfxZXPdkLb_a z_}P@3!AKF%4H4UbZ19+Tq0&v!J}+}Y<=mgT3_B9WlRju46FNM!iCv3>e?9`_Bj1d*~ zOe{}w3S}CQnoM5mW3XiIVJFE%+kpo%>71vyAl;yV0I#HhM@sWrlgc_i1-C+wRNOpR z?{J2nGv_0g3Qb9jV?l%<9Ur!(lw%=!YheaS$^(;z^St~;XgbwFJ+}NI0~&ZTGQZt` zvei1ncUtUK5Dls$F*ObE7%(we3V7mt5ntj+xl#}TG?yI`@oZVqU>{Ps_ZfXtlOMfC z6#2Tk?up#zfJ%t*MFucfsrv2h;u^3l42#xbIC~zvFI#hqTwfv$%^}+_4wmzJ?vEVB zRQ=62xW7sN9yqW1|VSD zz`bd?Ee?tIOxw0Lo?^ZVz=S#sDxfA6oi56@DVWWkqpBWZ|6-Jl&;0W%zB^V5Sx%W) z4{{@*Hm0J+8>DYy)D;)j{<~xgrYyH24-`32`MBNeo`LwCQd}c69Q4xF^&T!D!s(;I zaBhO}JPD8k2(U%We&$;+B-A{5=?=3MDfX~=9^z8=gNDxD~J^cf**a0l+s z01b*4aUUsod&6gPpntSMJ%r*7boq0mwohP@QuSNJ2+ne}LZS6JX{-c&0>9X=Jt&O?O$q6)6&Osm}mNWY+xZ;TJ!xL0yhzg0Hy-;!&}gG@5d|Wz^^nO z#3d3LN)W8M7h5jOK6m!45V{1rf_CQGx9*&I#=#~Oo;9VZtpf~}j7sn*FfJ;?u=5(T z$Cz2?CD1^~O7K{&9N8hJak^-voU5sy_!b~fJXRVvH!TX)S6<`LY8<@w&_x~@EWg_$ zZLqL@!;o5U2pta`9G8$7+3UYADtr(V`8zl!iqEu|x0cd!?%X+qL0QqUvL>hU!WE)) zKo?0_fIpoljFqLUFsr--R8m~o;Dv+Hr>N+eKA?GO!R;?=M0ZEa0K-%-SE-)X`+Y?lK50kT zIx|hkR_jDa$5rc!v8I^#116z12^u?BINr3N1?l3NzUa|4C7-!k+%-v(ybPAP^JXcW z{g0=orpg`;9eq7|aWUoxxT8whtM8uyBN`)m&}orgpC(~HA!~K{g&G1Qn%pbv z(n^5}!6XV?UM}mzpn+rucNTvah2F=?X{VMB?S=ULUav2m+{p>kOuTr*5+!9L;$x#uPFB zAZBn+$mcH~R!6A4G?XM!H^_e5+w<>MT6y}#1rI=As4Ms(h=z~?^9<^mse&)8YSv!f zRLPlU&Vbs0LO@eS3aCAxaHN`|utq4?zl(`?r0#>GQ~!?<1{5M%9HCQ6$d5IR<_J=< zk@is6GL(+Z=78VHN`hJs2X%UDZ1(6))V~X-{AcozVYB0YR8g|(4X9IxmOR)nYiJ0Y z)g2Z08*TXkYz^WX^FB!8q4@kzQP&gyHths#$y7I_IR^n{H4G`Zt{IA$o{t(bp`8&0 zSKkpoL?^t&A(6IcfuPHP2G_}LKX>`7O=oOPJ!nM(XajN%E)LIgQ{Rq`-o@&MoTc%8 z?K8`EHjjlqLowNJD+T)A?U)IoF;N?Ltg<}n-RArEBedUg=5B5OxCcb?YfHhfLjgce>(bOay9G_8{%!w ztojHH2ml6y4c1B@44y$L4S)hPMN{B^&nS6wqbV=f4nMbiKtvv4d^+=+-(Qb@l;I?S zitzvAtE(4%>Ojorzgzej*itb!f=(L`A6_9q53^_Xt6@8+D4BSZ5jLB|QBEI+4x{56 z%=(OGMWH3zGz#`ILv#W)Z(h3v%f?7oukmzO|8A|{aqkjsoDv?FUE zakRzvJ(tpooJynn+P!kKS$ZspKX3O*G9`eAX0baWDim}qny}h4dL_ZU_E$k0JV>X6 zT@Z85K#3=T3j*an^2bh034GdWlLcxi{Z#~*jEt_md(`X)mpN)chL>GO5Ep7O@%W#k zzA3VZ>ho6rA8bnKA|5*=rj6Re?oB#>Tr#BKCnXV+uETbK=W5F9pFi|@_J|3_hYGlKV1%X zt=|a8jBdw8XusUt{=7F(3#et_ENr9PoUn;FmQ&foEcP0#g-aC>3@D*gU>_+buvN|j z0UJ5HwYB~cBpcb!B@&?2l8uv2EP3lO+wcVFBDbE$8{oz)zI?gE>Mg5BBDiue;VB9j zv6ZL7ko<4zqK6%g^B3|M;2D@1@P>C4>=ikm6eGkQZ>)!W;twwOtse%UL>!5~vCo%k z2cVot_T9H&Vqim@E-o%`^pML_{JI2l7_u80}q+%0Osh1QDSH}#_q}$%Qef#87 zHl)X8al~WXW09317XtUExym^!79W@G7E|d8^;GGuiz7 ziaUTL1T4N2{f+Fa0nAf}ht!JY&O3oH03HxLb26#6Fyrh&@TWV2WVocrhq;YuH|i5w zj(~&A?skvAOxb7Fe;d_}6yH<}`2sQOMdn{Gxtf(A?27S;>658ymtTr9;cTo@Vc}a0 zbZH4bwRLo=1pHy@51jqJOX5jF^CWlE~;H@3MRDQO4j;ygx}d5#wAA6(ikT z8IT^^XEXN-0TqVca2yN|BiO{+IV_(7g+L6Sz>IxEYu4u{NaEs(`OZ^3k<|p;^F$D+ zDUV%hZ_fvg)d&XVlbmXfr%6e^BY>L#M|m74gE$I3yc16Bnq65w`dAJCDsdRF(e=1V zxU&AP_nIPsGYd`6RI!0}pT{zB9QYEWS1b&-B(Ds?^uCh(?T^hWo8q6fIR zAE!*Q9ZNe&g|pxq^VC0oH=CaMMU zZ@kF=zKNMeJkf0WDfYsBq&X3iV(2>N-NW*|+FNEqc@_9m#_{1%HE>m`8lZ4k4+*r3 zF0luJ2g6_bO?N9{X|O4TJd`ql*$z4j>98o}+*AGkni$W;N8;%tqA7PAmBH*N03(hJ z(@8g?*(pPH${dYQ&GB&%5u{k&cb>0!hka!9$&*%@V3#7o)C&%gq#kSv|ww%q!YqsG+rZP3Kp<3_DK zD|;|{y4#4|3}sR$s{J55JnxxVsW6`i2ajnJBn%alj%%PP$%pT9L2taw0Rk{gA-L%L zP97OON&8>=imU;n3hu!>yU$p3{^TDJY}xu5rL{;^uobv|fIhtaYO=bCJUaqyi2NOD z9g@xZCUBid7ajr5;Weprq-dwZyqJD2d`qDZ`N9vz)!^IbaP7v&qU+V9F4tUy{`RbM z(maZ311Xb5itn1+Q0viY;}aY78Kda$zTN8OwIs&$H9n zmv$qzgwFy3G(KrngiD6t=DDX?5+PQH!>qAsdnlY;rR$UeKc_Wfw&%glasS;<9O1v9r7_Nr>+uRz z7$HIoe5Hip8!hE(8mNMasCbBs)lv@fBAvj&ZFXjwEhzQ0`kUowUPZh?9!Ohf~0wBYVU6Jz!9M>P%7^i zg9GWPLFz*YaQu`HbRxyxowhKe{v!JWUifwGN_&gMyVN6aE!VU;JSdR>E%p_#H29yabNrB>ZS*Z%@FkujBv7GTQk_ zZip(ZewhV8M%-Ut2cK`90@Ox8wX+V>4_^=*JKUEb0EP@JM_+-=5JN>AXQ`t4H3NgW zB`eAHhj##|#7$F~LW$X!0T!fu-L{f^Xo;^F1{f66r^3IA9+-;nT$PZeJlN1)ZI%(> z!W8$Y%}MLzz=#QW6xM)jpvwSqZdyn3t6np*Ti{yV+=h)uj_^ReQjyUm@oU?{GokSY zo*-_L*%3?tG>Z<*^T%c$G~3aWoK*5;6PZz>WQ`A=a()eksOA&8KFa;M@H8iNH_P=U zUZQ?=l7RAZId~%TjO&E`8AZ9U%fGpf!C3zVR8p(v2>A~uiZ6=ZY`Jd7Nvd|zMv@b6 zsI^eH!-$fdo)6dNb#h|j8q^;Y{qcEroAI!jR6$+{83EmUbrW9?RZ;6KN(N2|6L2(` z%sucecyLrL-6$SN6drhY$kp88gSsfTiK*{W@cfeX$J~MhxgI4TrDj@b1kQa8t(V%z zvJMUR1Ol_#D(tv;sxmS%75P)AS}=GfbV+~@w5P}4OwD`F8p)WiD*}k?&dG<%>Z&|5 z+Qve?@fmzO8^S1Iwln?kG?B3w^ldz70=krfCTP%8bQ=QTB*es!+APJbMxU>Pqarfb z2*rH-QVU^SpxyvtT4NvGAh`ca3rHRd)TdmfE#WjmDfYQfh5w}+0`Na&WA;KTyxwTb zO#LjjGH~F9~a zABaUF&j=w7b8oGmYvQ1OFO@j5K>?1AS%8ePNyJN6*NL^zmxHC_3L8=^LH>JYHEE1K zlI4Q);DVOEo^K<$3^2l6V8&8%?cV>gfjq@LL%95=k^ ze;Zbh1O$NIoTwRiJIe7j!S~T`ZpkkI1_7xUHWE8qdK*{9n?;*YNMKM-dd2$n`9q{> z!*9^b;^Ky#;^-p?hA6uauUcL!tROQ!7sa*Ib*6P4rCOzOCctk$w+NUy5XbWGg^~{s zWyuqfw6|@c2Vk{GK3X$OKP#wwhxJUkzh!0B8yZs=t5Nw4hyivRUt~oCHwEz#D=7ji z#~sTNXMkRl*bQXB7w1Z+JcmDns9ta(`UPY12iD1X7QS=T7&wntio3gxi8)82Et5DE(_p5m zzmT*0WzWG%`Lce5Lw#vD{{`o2eO5G{)HIo_Auj_@4xYr^GirNsa{M(`%~R(Pp+KbQ zK~Lq;tby)wxd@z6&YOSY=@Z5n)_|kbZO_!*N?{jWlsYCQS>m)wEA94eG{dkM3Vn!K z7z}`8QbzIqS*w+)3aCOq>Lh`f^LG)ys8`RI)2A&Pkp$fajJ9Be95jXYF)8p;UQw~2 z=^H|iLt<1OBc$Smmwrr25st-rwPET5Eyv=R|VEE95d$QRqPeN%%Ogy@7Js0 zCfJ~SEYQ%BE@&Vqfb#Z-7$ zPw+me6|cDVQtK{rgGS{W)*}+4=L9jQf&zQ^fT2h9z;eFfTtlqESuupc8GE|`X6b8k zIj{1V8VW$3jid51y*-ayVpv^~aY$fzK=%$`p{9b9VLBDi5McS@O2#XmSBT{x?P8_g zswKE2fV_fk=l=Er6wPZK7$E2lCx_=y>#<{wD;tE+qcEugDjBF#57bZ6dKBtC1~&(> zJMO#l&%@et!^B!3dLYH`*;}^c%Ag54jRcIz!zmnlw|CX%Ov^)mcKapzbRnkb)-|J$ z`|1bW-A;=ov3PMx_Z{-FG4GJQ7SaAzI50J6BUm|DN~?ghmvwG6sZ@hd0D$2euKPPl zR#}f^6!Btb+YH&LJ(forjUtD`RWM+U1Fbe!_CziyID`fe0AMpP5UH@SG4bE`sMFrv zV(Tsyu^8Ax|6x#AA;69x``iRS?6S}v#xReJpk3%4)lu_ObD7Q+ytPsyE*7ZxXD#(A!0Pkn9fQK*buIkrlV|Ui#=^Gcx@nC( z{7O@XmqdxcX`odAhfk)M)%4ja*&=!3$~6 zy453jHZ&B=bOgQ|L;Q>v zzKHG?QuopKzw=Y*R57tUyG&8ZYWCrAQm4EgLh&Imy6uX8%^LLU-{^|YaRJxK@h*fb z*$0E72kH_aBKv6$TcQ{>zaYc@`YS5%4BfnOSXF4m*7=#X|HymKBljP zpzWcXF@9imi`E;?WcwUD-K&_ZiZ2E&5%_}tkipUZw2=?rn+^k7;y}4Xz z7|RF%);a5>GFY6b)qySTQ05FQ0l?cewsTi|P|F;BEyS4Hkii=HydhD*jL)%SHY>jh zfd9zG`*m=~w2b^50-JP}f1wH09fvo~Y@oNkV4qDAg*-O)#+GfiowZ%VFj z6oW&ZE$hLHw^q53O^HT4^YA-XN7}!zW5zD4&#wSqLJmcg&0x>CdL7|g5TwpEF4d|_lJQ+&*3^p0u?w}?6P8y*x~NL~j; zD`T&ma`dFoC31rftzF&?l-+TW2XO~5!qg|xg8AW;gZHdnh#m8QZ6pp#iWX58Q%vyJ z2@!1SQ66RHz6+H&cFM_(Xa{JSThHZJB^30fF6BzzUv}GAximbDg`!?*RNatOC40L% zeTYJQLHKmeZLTl#T+F6U9xgDp#R}{;c}<&(72-iPRn&FSHXVmZ6P#1R2(4rP^Jeke zIkJrPaY-;&A1xh8yOKl;1v^Y(2ceWFZHuN0wC#UinVlPQc(sno(c--cm-Abfg(9#&Pv+O-~iy*4DG z&og+51KZ=xZyCM+Diq7Yh?Ee=^H}16ZXI#)qhJVAutk(?KkrevtGQ&1YQf6!W8qCGJ`o4|l8}|Q3|F3e*;v^HRt|s(e;QV| zsvHI^rH`fi=rivS`^WV5yPo9h@4oM- z!Bm6@mpJ2->l<1*V+a_<`X!Dj>?5TaurvZD?9Fk7OtqQ;ZvOwb-N9 z?#$rDCanaohs7Pzq6680BSQwcvlHPnqv{DXF)~A}Q0vFc_1M*Xn6f#;uKSsZXy31R z5x#&_0qoO?A7T2j{31bZ+s?Rx%KGGhA9(~YxI7%PImyjhKxR#-tBoGBfOR3X0e?)tcn0V(-;oy}e;geW4X|B^JV0eB!)CiI^ z{u=uE1I5&I(#{N=u*i=w0KhPMAV)U%^awNMF&=5jkR;Gr^%R_SLvkE>Je~Ctrg{)2 z33tE!V=G^zxI&dYJ{p@;3sKJzhQcMgiNUU$sX*yeS-fuI&w_$eOGOrc34*@%N1+oK z00Mko0PG+*$l0S7<=Ysywnq{&b(|;iX(SqjF2XQxR~9bBe0Cz%wyA5dZd~%j+@EKC zlVx$^eQ}9oLqmBD9S(m}-|zRgPg>NqjWOYI!wO9^A}kaX%d$l?4tb`8uS@ zX8ei&ufPMM0?ZY$EyK%r{( zg0S#+CsL5=*8Z+IMO#5f#uWg>0Y{3joDuDV%#NWK&MuR9zE+!swN_$`o*@pXf$0IEfZ@cR264ze9lx~&{K@1U5kW82E_u1 z9f6OJ74c`N?Kpr5(6#_f5cZrjHS!D!}5R!J)9&t4}twLIeIrtALYN&4?sdwahAayvz7=gN6q z2h86zeMY}YyCtpjH%3-mNL^-|G`RNuz27~ptNP#1^ZNF-VQQasH@>-B%r?JusH$e| zftuBvtLY)~MJb636TYIWx|6hnuFW$oc-3V^<9r5p-^NpPZH*E;=s*hqSY|{dYqp0U z==Z#^yLF8DZfV;xMp-RfHO&Vab%r(CWT)`Tzsj{}Gzag~lQ4tEiu_Z^l+cW`WqpTh)uB^ZPUkjsIEu{-EGzgS`wV2Zm&74p}t-n zyezVuMca$?B5+!^(~C%d=X^lg7NC3B(?B~G^k7KIMa1Pxkpz$$-(Nut*-MQ!h`MUk zvl5@mp&`#kW{mTFBUxv8rd5`kpl*YfHBelizQaP`zDAw-`=BFeE+p`yDqV&cF@Dw- zwMvYwjfKUPU+)g-589c*_vqL<`8cu*g2s&$SDq-!Rg2RG%9E7kUlbSj4eA%Pz2Qbj z|4H9ZaYKL4PSV_1RVQpx$5maK(y_f}-R80P2_B$z>RIR`*F|Y8o?oNiQKFnRfMGURLWC}m!pejhGn-y_YE=_woe%Q(X*4pIqcvXUkOd7 zcHB2|i|$TTMuXfVZ)d$MEgAl10m%UEc$Jy607S-D$9V{AdL1FOhyQI?c z%T;4XPJRQH(o&@Le^oa@F=JAU`AyF>!^;bz)xK&3eL3E{Ve7PSvobPQ732T={hyDm z?}xl0WKT8Oq!GkC4ufl3OApTaz|#EdE7(aQ2IpnJ+2t~Fe2ns!r9X$waz-3Y6JYd^a+$p!p6 z5U@=%`^&HLBRIrkIMxooZaRF7SC6$@C1E~dQ&rs;{f?CRrly5C)}an!P!nyOmsd9o z>XS6F5b0-ZHq~TmYVxYfJJ^KE@D3MiXwKm!ns=r-KGpJUV4OJf)hv|*4&8;rH+|&v zkWEAl3yVQY!xg89ZUKvgZ*t(lkvh)`5;q>{{<(|cv9ChfK!tlN!a8nR$JXAFHM3R3 zXYVDf;3+X)1vDfywSq_VUU=pSWeR7Ee)MbH3cvP(IwNnjeM^xa5%zIbaFl`oEpi;q ztLZzZf6Gh{bhx<5ZfitD&&5`pZvwDzQ{*z={%<|1Ef!KrR;g!k4fu-T(S5VEQJd)Q zb$n8t|W^I1&)VU_V8ii z(*eFKSFWq_tMYvjpUE9R+-A$RJnFEDJCx!Pg`6J11@bl@n-pKIpGCpLpKuWNM`DZ& z3;X87pJb;q>DJlkYrPn9!!cgAy3nhL=|7jSmhLDdF?#<6G{o2_n{69U9<_0 zhIcD1xYju8<(kqCL?nO#D9TsjchX4n@$y!c%WjHDxFF?iSHe0GNEaq#)cV1sP=C+} zhm0Dx)1JtA;q^kL`b7g=sQsGkVO^<{rgG>9>082INuP49aX zrt1$hRonh_jgW<6j0FLd6kZ_aK$`OM18v?JP>P2Ek!(jX_~kO zX~nH2?M@?T0q5h3#>U>P(dRDf=W+i<62dRnIG^!C)h9>8%<3M~W)DSOmVG+Eqry>h~-Lj7_leU4bMR-0<0$c8qR+)OIMqN~# zn>$Xd-<|m#p>0#cwI;9F`JY%!nVNc&i&W4k@QV*~#QRbz?@M680OR$4a2H-T-01Zs|7b83T->su)=MBF1(&ij>2Q zPHrt#ACaDq+z|z@X z%6?iR2uSh?=OEpk4D_%#c$e7pt-qF-#7!(|`0Pbt`h``*S%jpf#*!vqiUB?@*OR8l zq!L$s?pBFTlm@&ObB%qB%?8hHsJ*S;Y|e$$9ncBNJ|y)aR7UDGI+|zhY-8pIBkTx;_fiA1b}@ z{UUGBr$-U_BQ}I2~jKu{hEKIQH4eA^x;4?>ol`D5sy1(+*&j12c{q~ zt*pAnYi6T4+f_7HU1>|rA`Z{~*ZgIL3}yPOVeuhSZjo3*0WhNT$+2Q3KqnX0D%2of zC&=HSo6}Qo=G~80>a8s~b;14kLte}SkDjc~#Yio9zOp>!*azbSEX4_K`)s0jWPhX1 z8bNXf%6D!K4C+Tefe_}Xvs#x+MdhQhW99 zkGBgil+^lhk4MGaKay+x_}S?`+1dnbLldDFK&LAwe36D7psW|Qp37*o#hZ9DA^6ix z4t1cmAmrRhn$_kC20aJ()}LBE`}c@AA&0k6{qQC!DEaqWh73{7*XclpHO{YFxXR?j zG!x0bbN8ZOMrnjJ81t}w_eZHjh2 zvCql(hi3Ns%6UnL`zUa!k#57o5D8VTgi70LW~Wa4R@jXeH%;lj zO3Bg-WKK-vVfiRdpv^!YxMF-Vk{%@+e+Y9#6E&!MZOImmpncoN@u36z5($Kev!fE8 ztFf`wtKe!l2JbsWjKYg7kUP9|(wQeqL4`Q5{FTV^zKT;)>$Ue>)(A@Ybl*7t#9h|L zGsd$yzLL*-ey62H7iKqNV@->~Q7;TE_wJ>hwLZR*h#eKBp;J3tr5(bV-40=oig;Y5 zy2|qF!|l+(?TH?gUK3Gul+$V*C(I9`@^p-Exy>4T-uBwBAMP$@I9nG3FxIee!H?Xri&Q@#9BD8ggFg z`PEEX1V#19TMa<^|I(CNAVg}AP%s6HEg96hLF^dpv!X8C{N@msO~VrJ`i(thJfTZ+<+ab?s1;2Jt*7 z3M8N3*zV+t(TDi|akMc|CZ1MDk90e1r>bn&$wYYTWR68-sN` zZWf97T-~XqDCRU1%|jgs4FeY2srC!%SDl!w*fq5F<~^&MTGA39cGQ0T`t|CQEBO`m zoz7_Pr^c*0ZXIWuaJi~(v02*X%bXUD4ku9>m|dd|>^1A_ED3}U#oVCKorB6S`8845 zQ_JYp)+hzKTg0aT)}>n}*7t49x%O*J{a?3b<(h%Ad_A3bU#OUB{Zol`!mZ;k=aeW% zADvL;ZdoJVCXF0gh!Pon5&!<*eI#m9cyoQ@M1q~F>H45@?{ls_tU`HNyVH04 zy34X&6rXL2^z$}GX>j>?w;Td;i@95Rq05~TJ`Zu8f{apBGke2(U8SDSTx^BQjau;g z&8*Xa0qT;(OP_JsO`QS}R`a1Qy-B;+yc%`Xk%X4e#PQ9ACCh zXQi(a@$CklCIoJj74E)`!m(5w8s^n-1kB*+z4WWKp<$wUwF(`yo`KP${8LbgyBjuQ zA=ZAn>O@$OaMQNGlqzuaHb)YS15sIuhq$$H_?$pIIn92r8$ zur8&gl^)R$v0`nh%=!MMf1T^W=xv-+sSy?a2K4I`GN2R04jOgJlII5wMQ_6}#in48 z-~OIoTzmky*}%ofH9P>3pD2P7DA7OrrA29w z0o?D5OgkK3`9LSQ>=%H@w?)@E%Ah2G&s3nqK?zg!rKkw0rdX0P3HEMdI%yx9vEMna zMO1&ZseyeIs7NSA7{IUS{#O+0SXiP|w*xZ<5RC|Dp(`D?F_Z^P%ri4k22_}|Pr7aS zJsJTT&x^}1FQ5{`d4h}r9}$wByy{0n$*rN$M?Hji>cj3H_({C`czZAcnl8|hea9A>+1M=`EJ^8>uN zypVW3M6t)++-tBFY_$+G%qZ9cb_ z6``uB@n{h_1VJkL%l}({5+CHzE9Tav|2+Grx8Ky`UL3%Pe`CsF8${oS3hu%oi`aO}A+dv;c51Uf zw|F@?S}Q{nDhP^;;4fCaeN_xOObkFMhqdtM+lEMa9HLZ%V)1-!r@CRly%vogg5y0iK7Ss@*vzbsUH_a6c>@Wj)uB7LbyogV)Ldu0 zFnwFBZNUBiFOe$gChMR!)*WCy5kaiyP0dFOOjPK=`HU@@fddlYO0&y2JI=L;miUX` zk$!er`0*E((Jaw=Qd-|wv@&5|UD2?)DLb6HEC&;yVuDpL2X|N1XVR3mAYB)W%I*$1kWCuB z*7!ZaXwHH1vE)}4GQHJoE_)VRW%9|yHq*YwX7#si>stvJOmx^JArlpWxgmZ#;{SWl zpvQ$ebw7Wqg2qfZg6I^pvf~Se<&T9fu&p$qxg<*qK!o(Lq+{O4SFy1nE7t<(#8l@IBi%7^H}a}8O3@I_?tO{;6Eco&=l5eD0_JhSK8 zl?B6Kk#E%c0okh=5ZY&)wr}SvQr*gQXQ~}28#ZePe_cZlLezb^w#Hb{S$OtIz`SC- z_Zi3Sl?v%BYDqGooQaC_P(OcvEYm3%c9)N((B^q8wu;U)WyU`_#X4?DNv`Q!wrLSw z_ek&hol`6_N!~nhW$%o8`&gjam7p9VeU0y5FNqACJt`ej-~p`Mvy6W1Y~<}%#-{{I zamD9*&?7G%?i&4R$ivThcb%T`#$L428QuyZ(i?)Rwofjkghj1uJv3Qa$HGFkUTt|^ zlm=!QrElKI@z*fy@h4R9y?>^6G|p$y1`_h^n%P?FN>GZ<#a9Yl#McLr0s4R~wJoii zAl@GeDL%vNdF2Ha=L`a1DbIms)fJ3d$%Un_$A3Ipbn6_bH zg6~Pw8%uQLBzM?CJ%RiH(BHPC*0~K6Nx_f84lF3};85IhQ>68IV5nlq7bgF-3$g3i z_T#HvQ3}X8MjtYeb=p9Er(omfno)3^fHYmU|lTrDJ1@M>+%MUnyhswu7bi`S1jIZR5>5LHT#>Tme53H|hTct%EAX;^TBldTI z%RJ$)rM;U}1Ad+9~t-KftgidyXnfVZKw0QFOza(1f0jC99*} z?ks(kR?;vGMqV%-k^-F$ob~i7N&p@!I<7ltNvWNsUo=Oim=DHL=z5L**@DV~Y z|Ifrc(CH9gNqm+#P3&%&8 zNLCJyqTK?LRT-akv&`!KeRM|_C(?bsx1(+31M8}XsO=tAc<$XrUc5{u>R(k${%))Z zXv}MxE!R^V8r>54)Oa?U$g@dqH1>~l-E{5)(wXEFdyKCcsb^7`16z}#`HDP}EAPMw znVJc)>|%)ht9;s`Zrcs-Z5%s({N`w98YIweYLoNJI2(`eL_4cd*?j+pfCIhp;RS6E zUv|XD%lZ9IjO}cL~?1DgM+aPiB`JRezNY53^rgdwwgBWH%7j>p1!{A4V0JY zRMk!JeqH!^U90D?X#cOci8YwZeuct>6d})2#n=>pH~G;~|R1n3JR4JLcxzqC}xkA@i;+A6FvaisKKD>dYM-1;5v?NAf==n>b-0 zxFD`K!Q<3AQ1&7Fq}!$zMbp<`aSC@s=wwK+fC)Hco>0;K5#1f(_bS(9O$_R$5Iu57?*sfQkvxcZ3OL2ZhRcyOO5HT0-XQx(T1M*Vpy>YoNZ< zlT%FrU%i#(YsY=L=BnjTaT=e*=#f7K;YaVTn8Ctjj(Th?nq5Ji&eNRyv!SG^L8xkI z!T>MuJ*H$A(9%v>c)!$5X^piHQq{NHLdU z_H$N$6)|P=OMZ8~sdWpG^;*e4Cru5A(2Q_RsQ)sB*Mp|=%O4g@K2)(58ooZO z>1S^i$J;U~!>z4<)n?-LoSY6^6X*#4U)i>F5g+<*i&B8d{$OEYaT^$){*!Oy5kZy5 z@e`fvi~(Dtru$Xgcd$$-5C}Vd{-%4>RvsAz@gUGI|7#s3CtT=&2wAi>(auohWa!qM zEUGigQn)p-(C?9sVWP zlN*RzZ^nf#5KRdkDgX_use_L+e01W+flqL8In_d|BQ^-xU0(2pvWdoRsYQ)`77qwi z6KM1iO5>Q11B^P;i$gns#QjX)1#|}tGwcAcWwm}l+_pH7K5S|S?kLrTcG;Z}AHOhr zCEpGHajL6{3P+FAUf{vm7;x(<0gFW2Qu0@Onoo`vpgNQf9<)M{pdiQD3OIurZ*0*O=m z>zw65)kWiufLC7V%IpIe1+ptIk|-afGCj>+pa zf~57s4rD*xnCp|v+A#VZPMFxHJuwZANlc)>*-BP>=5WelzzYxx~;!^2&d0 zp7|$OIszV;5bJSxhSXHzFbRADz!A=n9C@YTN6{LlCq7-ZGR?t12q(?fS#BB&SONiN zi|lKk|0Oy*&kMXGigf-!g<_fPkO9ov_WQF&*{46eLanP^u8U(;dYzyg=*fge2)`Op zZ!;+M>~Qeyz0&n|s@#iQ!|WvJiM#2z$DX!`V`VDZ@uhRaO7YEq=&m2sZ&kzvHh-jd zvSllMYcEPv4Us+?)<0S5G4W7Sk-OT!gK3v80l$`IQv-e5cYQ~d_`T4(vR?4S7}hUu z*HWaVBK7%qgH?XAP<+!^H z2vOH?Gi*uA(mylPl)=J0WH@b&^M%QoI%pmlhDeMC;ly%^ zK+ZAT-_Mt|>06*GNCjAxQgJ_TFIYwW?B-L`y2q*Pq#YE|GiH9*@5mXXJ<|@GRN%q0 z7u%nT2QBMmVX^NC9&c*pd?2WE%>L3wt zRj32FF>d!K$B*&tPd*5m|7_^hf=UAmi=d14Gk^VB`|l$k$0VnVO(Zam`)l!K5XB?u zwt7mI7ixAQA3Z&Q4E4kmn4Y6=o5@jB!AkF+ENx|BQPDZpSq+3hJxge0Cb6rcqIK`A z5##02LkTGaX?THN+Apv^9pjiM!EMV(^${1(#>BxZe#S3vvg7tz+Q}xzq0XAsqm0b} z%*L0~dD5JsWl4?C_b36MjAo&uL?Sf;AV0aekpM2TFX5eiS&Hx{1VEx69{_z+YY9UE zX61}P*XQ5jcpPrC{`T3V#9vrDQ9tq9F_qm!&H;(j5HPNe@y6I#_lFMG{tc1e(1%Bh zB?NhdrsRF}fs$}(Wsn#T1hkdB!jI-6iW7jIeWTO}*m91={>-j? z7g4J77FZZg9QrR2){;|u<=|#f?{%COA_cA7P(byJ?hknsH;N{Wn6q}mmQvj^gSjf3 zr>^2p5X;SOF~`jca6H->VyONd<&=(b5au6$f%Dx$BG36)x<22dXH>MafdA)V+zv*m z@=uoa)4}`iEsJ;$TF#Z$E*ux3q+%#E003hwEmKTED+t49`~TZF`Bt2O#y`sC*q~ugK^@Cge8J;j;JE~xE~$3CIVdnZLPgbFL_ zXjD0uJ|@{oq{NDqPAgI=JVG6Q&m@B+X_g}N5pp0qRXEV;`6@u#bdz9K6iZ0d6ouGq zu!EQf>m4MXFYynyN3$yfHE_Q)d?2f!L@;S?t5*X(pLRY^Y3Jc4dDFcCj31&00eRGI&-#45<4Yyq5?R`8p^o(dc$L&oM^aL1D_sardv+ zuPWzhDT+>MNk8B&*qN&k!nC(|pI_sw3&494S=kvc<0ck^spW~ zB9^gIkAf&f3ZF?Ne3WJ#Cv;Ms?-+$_LZ!mk0CE*%M-u5)?imygDVNLqP0vns@>87- zZt7+~&Q_+vK5{xwq}TWzN$*~_UNPh7{IO}q$vdo4z&*AmEh&s&SDeC3D<~1o@#*Xf z50?Nd0L%zCMF=ICrX(aF3hro2O&|V~J_-`yhYX9ubp@K`gz>OYT0lmTIVSa}Tk&-1 zy=fn3Z3Vgec)j(cwkxk+ZMkF6^8?ufB4R=vKrBeIOTwr5dUg6a?)ytj^I%HZhIM-E zz=T@;ja6t!5GqO;vEEl zHuJ}TC}f&6PmuM62~=?vkI-p=CD1vLe)7s|Q$`J3-176xN3=7v4wBtZb{IZN3;-jh zxiPmO44l}Sm!t^k@fi!Hllv~xkKx!WG&JTuDXx39;_*3x5YPko)q^|^bx4SLCqvAB z4YX?;Be@f4bLI(0m7jg`dSddb#Cg!W?T*_8M7BCrk@{~*ftKRW^w}3Z9N`}J3`;rd zy01$zqE_K&bV>2A%x!RPk!l2O336G!Q#(I+d-Lu0W;`hzb>x%$vz!KaVgKoQHI#>M zi)Vy1i=yu2db+z$t#F4~;kZ!}b69lVy=pa7hUDF8X@jCUWU8h1=&OznLq0}-f{)C# zEm^TWiuw_q0z;AmPA4VwRNAt5{$KLz*M8tpQ?w>&nptj-b|x_)lGR*JGtCCGgyNeB zTX#E0-cGrfB-TziCc^{aIS-L>BfU*g4=wMjeH7ePDOHFc)hi zS(~`eIULOQ|G{bF{-CxS*0HryF}(`<<;AX4!%pc{`Bs*3md-b?SjSD*%?iqU=5YDR z(mg{z)#Oe52gm}gE`acO4LX!Z@5g6r(@>mi3^bC5aYCBu=VGMlBbOsD8|pu2RIF$ z_y>BMYI2K`0z0O+m;W}J{Cs4}Oo-Ve%*-zpx`v5l}HZZt62E)))6iHY;3;z&i$GvIut+bq!_ zia8-#s(!&QZ)+)XnP6AO52e!62zqa_N=QkaQ?WP zf*3>&|Na*Dmp^vdkmLD^<_6({;*{{E-0&p-q7>uX!!#{JN5!?>u(G#ihNc73RDMb` zZl(R4t9>$cMB;)A*37{J!@!3bun}PTILl61Ne)&^^oy<~$Ggi=U6rw+%TSe0+LHk8 z42yDUy)4IX0e4kwy|LhC?!jk=23&wqZ6WEBd~T!9ox;tCi6fn-fBL|ac5F^R} zc?IE54=NcKc(glj=X_T4tg(qo=QrE#kI7Z3^o~5vT&5oDMgeEE;}1m}1suFvQMf+u zKf9h;$L6KJUG>ZQ^bQ18WjB7*aEH9-60(aIoa>`G3xCS#TJ$r&o$H$9&g&EenX6j#GL69`yDnNPB&H%=U;M~U| zE(W=!;3D~PANkcN49Z3jhY4rE7BuV8g)+Q;cjrjMsAR`{wBV|Wyjp@b#PIYgHjxr> zLFXxU%fQP(Tc{m-<1R>VD4}h8(1J!{$wcI*gPs*GUxfM^X>L#y{|1c?gR5eOvmnvD z=Z}_-R)OF-j0r#;nQa}v?8xiTW`&auAScClk|t%C5H#p`J5F9%2(h$1R376X5iAbelu3Ioa9RfK-{b- zAR>T^9;8+OBOImvBsYWhJP!U`HzDU&vgXD<3Y7KfeIvlZ#MDdk&fTc`~g8?-vDh_yOlkHr%A)>es8r=F$9*; zF{bsVXO7Z9SpJ_w3!)QT_6g@1<16k@{`)2J<4uv?5B5r_T@yB6Kjj>xpBM8gVo(*Z z-4Y$2Pv?|2NO+jkuGHElDl}-1e)myWqHa5QKS=$OZnWDnfDhIF=2G4Iz0FP6=E6K# zyT;VjKbIFYj_dfd#PZ}oqYaeBGu$PQE!E^(@J564jq?%kL>;;m?R-AIt6`_>et+u? z@we+{=eVuzw~kGSbZej;S~DI3p^3Y}NRvE$iHs{XZI^=t-d)cyL`wfe_opoX`of%W zdOH~9=t1MX&vhCnslLRNWr6nc!aD$yeDl<|t2^q+!l>|61TzfMc1o#4eA=0rwPv7L zHIScm!ll-)H?p+XE|BII&-wl4+m(BxxL#b$$BcFkaR?stqEI8U)wRub3W)`ks5elJ z-S{$Ve}T*Bm~IilEyda0ldHcPo^;2xCrcmpy`TD!qWY#*eZVdEvo?;b6UYHl@Of0> zuBYPj{{fv`X?79^8CLf3=?Mjx`eo zvF7Q@50z>fM+AyAr>4h~2l$btfGY_iOp7p4rlpqhs?9o-33O_pCVWC@}YIn)!Nu=Y0lFzC>XdH78ypCFMjR#`5d3> zq9+)pcP~hdh&Zki{i5Xkz!I0yM&t7c_W!-qQl##n2iY(-rJZu&!FA(XoNJKGJkHX0 z&<42SIT}C&D6_dr^liut5TF1J_PWY|2S5&WI1-vMYet7JvRM7`>5=lW~ z<#hlF3TaxxlcwHrx>!i=-swWSZfr(%pX8X_rq$CZB*Yw3V>#l#o$9{7^E6%W_k-@A zY8Co5cU%>NH-riyTj|q%f&`f;5GN8gr_kVDi2a#mOk5KlEt#~c0XPa?h<6T3P1w>> zjA_|b@~H=L4g$jjr(G_=H;+Gc#1Wi(LIs=?*WpWb}imci( z&Q^g@8srn|Kr#`)-_%kUpB$xC2FmZ(F7|jkt3%$KLPL{HcNSueiHZva66cw5NkC38 zUz!deFai*x8Z&NSL`KifV9OFJB!Odm$k)t1mz=y2od*MqHU%+L#w*BmZo@s=qq}ST zF(NLuqscFtCG1PWTT9&63<;XtLTlFJ%pdQrU(MM5_5#_P-^n~wM+x?7rx#dQsO68` znEozUUc@aWKqqPXgfDvi%{$U8GmRS0GmUx`nUQ{_>_O_w+u9Bt zIe*N`;cq-`y3y?_*%x^5x-J|~?6fvS3Zw~=gOR6%7u@rM%hK_^c0qRq*YMmlg1$A) zvu!tXsY9DxAD5xi1Os<1f(rovK+h_Xu$4XG`j0Xw z$+eYss!=6XW|pqX^5*wLq;1jj#F$S`E1q_-=%m`8c`WCHEq53nyyjoHI4%mL4;E>k z^4!7u>BSt<+6#(skYc8mB4_JSkl)phJA%tHw5CEfA-N+Zyj1BL1Aq{vky?^=N{GyX zci^LOMI;{pKXpT?KiQFZL!EIx_0uN-acc&(3v>Wv0;PstXHL`;)YHnAorb^+- z%&G;R3<&5AyE3in&%>i@Qq4^|Tkz4@Wffb0HPizua)1`nS9=;brg??dfWif*D^!HRp2u~3+!nS{ej9}l32@@D|IWWh)3hZiHkRB$W|2GMa8G;1*dD>jBYgP+{?8cvQ5(t) zhw@~?k6_z>6D%2`zD~YSUxKA_w!I;P?#Bdc1f5q}IPAdUw~jZ*yjs|Hc((SZ^Z7c4 zG%V^_fEV!kQ$14S&DyjxyO`ysh>~FNevJ(gC$C!!?m{-;YVy{pdwg^kb!_h)Ii)^T z4~@HwkEM&}+)^|GEkX9X+u&0MOUbxkkcGU#(URu*mWNB`JkLSGurNE>p$+Nh=)>`K zGpVqULMzo{n&jH7&VJA`BKWz3RrE?#PhYeN08pV0Z`uDx|nVt%Q5d z5B>hU!vqC69stPpNe9g*`v+ttUh$H+=XbMeb(oCn(UXk3c43H=*R^zpeVbuJ>;WNL zNs^8v8e)Eelmu9qa^C$xa!*Ne>Ijn-%jOR0y8XPDz|XK9OOrI`j`e*Mr0Y;>fjg=g z(lBIbi4iKEcVDfKlbl*CBk8_^nF)#3H0liKN1MLQ?RtaCp}30)2?=zV&V{G~g)W2F z=`+eirK;f*V404w3}H1KQ^7p)%dgBDK{c+rTp#We5!`KF%V140Y2bfQcW2BrB}wq- zLNkS;u#w{=XY7kzM*sY9CPAQjxSLsg7MH_Y3t2bH_3!(Vi*$M%PyRVKUx&dqF@Bhd zT!V=e*CI|46HH9GNA55_ov$;Xqh8wg3nDk>dVXlu!ywW(>a2D* zIkda~QQ0`jF%B6(HMNAStD0jG3&^-D3y_hnk-B%n5k_|?>mL|j0s9S)=n|2r@g0b; zmDAaAn=7&*BA5uC-i4^Uq}_GvSz)afB)Qh@LKNFaVc!C*qB~ev81-U5!ks44BggL9 zWgTPZ&}%d=3UXX#67v$BC|e{XW#0e3`^9zP(lE{#d!vs6nO|^({f427D?HLrxGZu_ zGh#7_f!b@01x;$?3qx}i!{#YFv4*BYM9)_)`!%z*QR$&<_J}y^>Kq<2X1uZ4CcEjc zmj^|`!D|FfHd{}rVxV(YJq~T3`QR3p@_hCbT1?DaO+nN7)MmTsD>n4J#S)6W(~%=w z)vc?c2`A`M7em1kz{@P0v;zj77^&D2OzT7=nUy}c(1junhK}myp;^1;6ACb=vJ64h zll|e*+i+P~w)CBaQ^emN?=S9pKEZY$txu^gx(z_6$5m(h8(LV9ZfRL)VvWx7@O9Kc zS1HofDl1d{OHwj@tk{M#)#Sv0alRSUfasAB0QB{~QdK7ng+$+3dbFepKKV+hM-i*K zTpGpTmaw_H_|m66Km%h~sI;B+hpcdVveISWjX!r=W8PnCe|fg7ty>oD?{x74(?Vaa zrl$||Wq^q;R?-;nwy*fCRRA`l|9}Y}Tf>Ah02K{;#rh3{Fh|iQtn(6k)FUc9=+GTT z$+ZZ89;y)v0(lNf354uCKgl{GBRJ51i3$`S%1=FniY2|uEO*?Qg&yi{z>+O2I%i!4 z%@^J_8RO6V=kR0|e?6q_~Whwx=MJn#MuhoaF|c`ilMBFizP$(?N#YV>#ObxO|BJDr?{ zOTa_Uox2ELPT#XC$8=uUci+*6jxpMRgXg6~_xqLciMcTs4zqYott}q8&5Gl82NEpL zP!cL+?ACMv)}U+FQUt~^3OT)Gb8$Kv7-m$F!6K)_k^VN*&{3-6qu<#FdCQ(>FS*gJ zCypD}a^4ShLKL9TlVN?NSdnJgW1zR-nC6b!bI#kSZN))J1@ zzUYkQFG$FnR-i>E{DD3o2Qz=?FYD&Sc3NI9`q|+(dZ~(Rp5cAECBq$XNDp%u!F=S? z;;2iPSLyfmRosO#*qA1GueSx0AM=okFBR50*n3$%>nz_Q?iA+gcud>+uDG8)OfH~6 z4#P1DATgA|3=Ve-X-jfFjR1Rg!)Ec1@K+XXHbD`v23=h7a;!BTxJI_Ea4CvT+K;UT zDhPBFbmYV;eh6$Q+}K@~`;|ifZU0kzoO`}9RQ_+H&c>(1y7{3erDwl>b#UaivS*tv zb4#JxO=ISy-zymUN~Xu!{>akm@G`Cz(yY;f0a)^AwGwevy~A|1Lf zDA=r-O&?A%`K^gEA2(b#{h|PD_&T>fH>`#_19DJm1XNiu>e&R890WeoCSbhklEn8` zHU-}QM^VWHLH%G5TbcKnBUW zr5A#b>z4Lgmx3$`aIOS5lx4L+FI2~PrNq+^VX0iltG)y}&O%>+cW-BNeU z6P*M5GSLKy-S#yC5){SAaGgtf%C{(fZndX-rRDIh+odVVu02SZAVg$M84!5GO&xEB z2hSq*r<{A3Uhd7qb)VnOrT_%hd{?-%E&S%)v&=PFJ*w76Q*~qQgn&5h+!R-u7n)g8 z60aO1$PUZt<0W_IlvKC_SK|{Q?5iogKCI74Qk>;Yi%VAj|FqSj*GuV>iCys7$A1c= z2grgk?gL$r{8Cy?T?Hn#Fv1}Pt1m)6zX{tx)8o%~1=MpgIuIk_9hkKmAza4o$Thxhh*+r#qgNU7@GnJTQ`KcR-w+l7si+q4>=+*zM5Tu*o6KuxsV#e zy}y&Qu4daU174wNp!5|$+j)CIz)YO0p|Wt?GudP2jzx?;4<;Z8_V9tok+$6~TsTfa zPEtGA%TviGvW=k$CyUYvgrdu#5qpX`HD8|0wSA4IN#LWeI|fYe*y^KiB-_{=m}sOB zwXom=R(*H;IPfY-KUcHDD%|T~5FZ8?D!-Vi? zlQ19EK;jkc28K%%9FdEzE=0TqT1fRO&Q<)OldsNQv3@l{E7IbOTy2_n*X=Ci+b%Ww zf`$#yhNnGvUB`^w;f3ihvvQluei9e?aPcXyMT!Rk-{WcbCO=Wn0?zXr`Y?D@LSc%r z$0o~CT(+46ppTFz!FmL$_7#IaP z&;umt)H!Y9Vq^K%h&$L4vEqfBIsm)cSa76mt28wNEsk4<8je|BQfr%5*s|8wbM#Q4 zASALszW?d%xJyIB340Ew=qXM)H+Z$< zY%`V3%iqx|{#RhNrbCa?W#K=(I=IfV0kJkR?iKiY*@w$m^d4WGvI9DVzCp)$>3{Yn z3Gl&sO4%En-VQfVeqhVacYtDQE%I6~6iX*|tRW3+{{glx9UHkqcicJlmCQMS7++=< z!BbMt!uZ0xeQxeVJRmCdfFMt2TtU%P^vQG*gc)AW7&$!tkU6m8Y=Km93eSh0p!B!E ztLX2U9}J4vf1E4ro>p8pW3&}ji~9xqcinX>QwbZeB5z)?*brf4tYSJ+O zr7-iP-CXa`Vk8*Nygvk9aLak+LnMRkntrdj3U6#|7L?d>(w0#*PZQt#(A_C(0#7wa z{&;dsIp+L)nRPr*pxdI+Zzqua!FV--IOrTnE;DRJimSlIKA3k@Qkw4dg!8=t;iZE1JT|=a?qjvdJL}xv?Bh`ANUn`jxMQXwh?~A=)3o~A)=P<6(r+Dgl*Z0 zXpMF@|BW)H=$x!94-krOaPiD>`uZn|b@TUi4{TwgGUy#!^d5bR+<%2=+RmZUT~BDi zuuXngOynVf2n!I6pj9Pv!lieYnVe-9ZeapS8X>6SMYBU5ydUc4-g7H!4h~mhL!UXC z#bAhwwEC>*wfASTNj>7EXlME)VG~>$wwq}>dtG(YX+!rmh{kG5jWH&q_^YC_paEx+ zA5S6GK!7JC5M&^h@MnM{=Xf zoWmzWyd5p~<}CKXeJ|fQZNV_1?KlanlUE}O7wg~2T0SYS&}6N+`km%#8kvGI(r9O_ zK#qow@w9hJTWMjztox+QwV}1laUd(PT`OZpkLp@CcUR85(J2`B(aeiL3VHOayJ07i z0u(7{zE6snO5uFaIARH6)cN@qMD%(kh;6Fsgw(2nNke7<#}MxA^?T*_?fBx%TV582 z3vlJ1rO;pF!k;A17&E#=2%+OFr$m-Njo|$BBqRQ=CS{&XV`1c?y`+6z6xy;+(eKOQxv7-6>6bq}!?1j&pZ39BKR)N=DL! zij`B*Xpe-XaNU9C048yk?O_lnFG5dTsw)xdWhh7CJtcYHIvx7I?`XariWWi_HCjU0 zr?3mbXPVK^IgF1HtM&7oE$(|(+>g#_1WQMbP`h1zqS&Ggs6N8p%+B3JCt+;1^pMC*O6A8EU0mYX|5|!F zUl2ZD@TH$g2g^SqPh*TEm%x=tt6<`$(PJ>=B>7sMt>;WbL5*1#IlefIqo zEbrvrT18$4h)8jrqGCuGgjV30lXw^27uwguZ8pa|^sqrSAyfpfmAO8~W~Qf*i|IWM zJGwwwzH>6G7y-%dt+bo*3w6QU#WEO=a}5e$po0o9L@G*!LKiStyodP7aN~75yt-c2 z3!4Q10fEq<+}xoUg@Bg|x1xY644YHJ>-Rzh1k2ZD6&0P@5=tWG;nP*j1@G@d_ z6^sOZM$8K<-5zN#l9IFylqq|WWKbFitcik|s-NYg#7w4E737fapjIsRCSlW9O^&lH zO8UDM!*z<~brUu}fTFj@q5^If3FRZ5%~f?E;jjWqOB~05A%GDuUWD#0N~xx7)FERg zx}NXl1*0luT#gb#OaOBTe+m*sC^+lQWDW=`4hxYAryqf2=1N`pbp=oFz>_I0P8s54 z@6%OjuS54)`O=AcHOEF897Yd5$EjRv+=@cuNQVoY_@zHl(`LERPWHtL<=*_c7F|H5 zF>0t^3Lc19Nk^@#lphg{F;$k(chesdN4R`6By8+zo+J>8F!Vi~AHrQ9?*O`~iFHm* ziUHMs2TYEx$LAim7&A#P&1QBC)kVFSC;BSP-J_qOhy{oD8N952t4VPunZAatIWQBo zDu4`tmxJanK^dcI^(0APP-}Nub40g+q~X2mTC| z-B|wqe(>A62`5wiioGJs#}dDc&&@s4rPV{qPik~Av-9)zaDN7IaHDqf^1{!7z5cPSP5~o{^ zdRnqHd?4e>Ot6+YvwDp4kE}r^fBdi`?#WW5uqPj~xs${tm; z1z-z_fI^|`%5t51x8_Z;CbX97o)1cK?ZHF9A`|rXm9esX>X#(FuL=L09qC4$K>#9; zn%~vK;wNmDWS!hnoC@@hpJ)4j$YSO~gm{Rwl1e zyS7Rt7(4YFS7vqMj7E@q%vHuB5PEw=9A3zL#~_4Q|&1UWv7<8o5Xn%N#w); zC0r#xd7?-2E(!~Jsbd`SHQ7>)K`g7T`!m@A0)ff+vx(o}?3`xJ|DjABW5kRUMU=VM z8Y{0cP=pv4nToK&2AAU>&}t?@0Y!w%Tj$Nm)AFT8yl*7M%RMAi1&_UMrW*4g7|#fG zkWBI(2E^RTTIF`#$kYYHnjZ2#WX^rfLg6_on{O@G^!MO09)lpFfFxKWKU|rtxaO%m zFoNiAcAU(wfKw+4{RIL4?_D=w55})>JHi+&t)yXCrfnwKEbe7B2UUYB^ zDrnR5BddJEqak!i+s@%HcfEjn1_d!HP1fu`GaOew2lk3EIz{8mbUSDpO~tF1?{gai zz?MNMkk>^!fBS|kIp-HGfOiG|F%RhETgIk{@4t_U$u_l;=7L)JToGFf0yVS6kh`cB z3thetigsmI@vRB^i~nJu=IGU5VqRE3kNyE!Ux<`8W#2F2319|~36gc&y?gg$c!9j+ zd1Ao${NfZ>We#gS?F=!Zy=JRY zp^Jtw+Z!0g6%urme#qMZn`~{(J}CJn1K=aGnk=iTbvxdG#m2uzm{5ulSyAK!+Ha_a zwEzfQgklSkCQ5lNRR$Bpd=ldnPJjXwaF zP{s!hI};lO2X7V1Q2}J(dR$I-uwoxhe4R^U00|Rf?DdF`gCMwKcQC?1cE06twsSn` z>oQtcUdOj@H7wuk7u1hi3X5^ov8-HH6CMK3CHs^#{ZPtRS5OmT(}!&G8`ft`VxUAYiS{y%O34bSxTXda?wBpur> z4!%bmRJvUG5q)n)2%Jx$zb8JSbpL-c5-vInD#3G}HVL-z#Fg-kZL3lLrpLny_XLh~{ zRQ9SST*X+S(5t6p^DV;N!Dt4%1jvuFcut__ zPbM?Li`#;}XV;eV<1A5b4agj&)`6hO4o8r302kCPOkRLk$y}iaWDg3O954Z0ntAdZ zydS2$UdF7&1}7l>k#ltvH~QS?RUvzsH};3h^;HgqeRJ+tHS3R?n3L>Xoxp8m2b;ZT zr~|)``~ItZo$ru!@xr!B^4<~&1DKj{dFDskEBxti=e0i#9i`b7a7mos_gD1Bjy+cN zi>^k{vQN0`KoHZv<0Zt{SN>aMjZC634`Aj-iCC%UagyM~7rk+J6$pr1FkQ^HIf<~SB{b@;h}oUjHu>U!BXJN zYH%A6I`=*+M)!aX&#Td>8DMP22%YKC9kH?JGa91tS zwlTlJYoVAX=Jiqd!fY9OpAUw+qPBi0=0Xf8gg@sQrhkWBV2V^?UWt4%A^y zd7hYM113e7YBG7SS?aRzK-pLfzCm|$JFF8}VrybEM%DtxXs^9GlF>@)ojpC1Xy-g^ zz@8}6(Mq9LyQdeu#0f0Zg$X9!B)3#3yB*F&T5>~#`>*7*gLpTH^dD~q7pAzWOcezS z{}Urr2#m^9>dMJ3vXlKQn&}!iU(ufz6=h7U-_pdJ!SDICNUq$aC=G$*&bM#mYzWdy z)>t78f}X&RQIkol{g#g)HuH5lA4@j32vr?(B+p2S?v?rqomdq%z29GM$yLgMP^#WT zcHB3zy0k5icJmEHiJ%VE2a@v{QpEQo z+o!8qo_~U@f25hF^pzQ)oqoWI!o6MC=m=;{je6l7XaJZUZ;&~RDSw23^sF}-jM~I# zv3LfTv_BPME&@X?BWJBbA9~*zmVk&_oFnxt(HHZKA;4%nU^kWJQCq95SCa4zU_cQ) zM?|m|*z8V^yeyo zz78o6LD{GnDoHvB85)LsEjx*+NvH%BLux+|8*>jw85rU~J3&OA9zGyj+h@`u&ua1yvD#(`F92^J zas*T8Yh5rA9iIovLWkb&Ib<%}t4D<6PrwMpDO?#qmvJ6>HSAPkZTIwxY}qhqp>zNE z7*$2=b?D}po6xuwXjM4xelcH^_(qt<3sxhjZ1$hr9ym7spp*Vi`)dDYrPTkJIuo#- z)31#avSk@VqNXg_k|asC>`jq9NeD>`6_TXYz9&kNRMyfal_W_*DoNTm32BprO4{Gg zH_ZRNuC5tl`2D`i^PF>^`@YY41PT=S{R!kOVK8SoFYGLr_-hC+7uc^ipqw55>?&`=nxglDg%~~T}qT;Oit;S&ql8fzQ?8} zmB<4V9wx=v)CBD>onS-3TM+(MUev)0R?wZ#_;+x%b2SfwXcHCJYW`=+WxT<9CRhm* z*XgqqdJ1&L3q%D94ILh_`Vi&s8I1R+24Pn8m&F}z5?zq4;Wj&lYf+oW!-Qp82AqTjYMuZY!DX7bemXB#UK9YEY`m z3zudNgmh<&HChImi%o6nREl-p8?Cy|$@I<(W=mlbj$o!iTN{VJX7z&}2v+1)9_;jR zbjGkdOt{Td25!@%1{)ESt+8a{_>TWGaKQ$pXzCH z_7ee{obQ~}-jdcX)zN9?QD?$VztK%NmMiK}{RE*Itef259z;4sPLj#klQdl}iQ)t! z{w5Z0$@RPzA!9@7V3=9)X{|@Ra%!`D!@R4V)_Q>Il0W1hkHxl=St<0YeKw`OKtD6| zNDDtb{UvJ4*puwb8=rY~!ckD`JhsZ6hAOx_9^?k=GPD50AV(oQ{o_fc)WMNV7VvGW z^9PHe{t6)ljtQ-j{yLb6W5ap~j#5HtRlUi}w;WTDk-cXF%bmI2g+I2(jwK)e9)pga zo;2^3NKq#gGEA)kq&>3*>|-127;0%e5v|>`U_;aiUyz)9(lx&pcZ{Q(+7O z@agAwfba*#Qwdhj5FH=~(AK$xcqBmDm>OY@G>j>U8Mhaan78zkX`8n)F0XwE3%M{N z=Jw*MZvv-BGgimA_Ty%ghi3omLPlaLKwL{o+_N1{&Fg;k z@~m2p&G%OwtZj3TzF36|m13W*rd!=3hv}`FTzG%81n`aO8-^1S9YH0_&XFc%onRvg zQ65}Py&2j+Td|WyBqzfsO_pBx7rzb5QIYdmwJ+}p_XBjXOEezT88R-3vZq(A9)w}g zIYci6C*y;CDD%WTYAh^tX|=b~oqN{&4)gT>oDXw>LYrPZW+z zbyYE=mSjLa^Mb?Wg>V#8v{Glrx)rmX+5|oS?girs7P$SaokMQtKRtMDEGd=-wXQpT z%jCkpWRw2@ltafT9?+w#AYom)2RGi~I$^(?u74%Bg5wXwBQY`C!J{#LE3KA-l@x<{ z^LG8%lVm808~C=H**vVKx4&7UJ11&?9X|n97iM|c*a!!IcES-VNKwmQC`1U75xs!c zF%A<-Q}3CdTz5hC#LO?S*G((IP)iaPu6UMmVd5?{X9gwvjiaExnZ@WB&ncHCt>6R~ zh#CPbaCikU58qooC#Euf#IdDBX4QjKxX0?mt!vde7?PmN-(>~~zW|<(@wGoFOv}34 zg;oJvYAi`!tq^W6`B84Fs;T)kt^N&f@X#6$oe?)PZRFKUj2Vn-gSs8Sw27NNa-je{ zCX=idxhMF@NK1b}C`T^8?xF?(J~FM5vEp2o$5w$mAWVHj`X|8(Bf@;jagRcCCk5BO zQC`yPtns;EDqEpNiM#3O8W3a(PN1ik>|E!?jtmM=R{GUeKX55phd@yfQQ4vead1r{ zg209SkmSYo7wI(7q(kyQ^yHO#al^MmGA*4p+JEa-e^zl_gS}cJ%ZNgeN|hA}tN)FI zoEfY#Z33gBsIL}S3jKZlnZv78cFGt|X4>mNj!ZV$kV|X=fw9da&b3C-t^QQ;F#2)! zwoYH>S9q459`)qN=Hsjyi>TgD6_X}L<(mmdI1r!GcqJP~Oi6gFK)c+zw+Kox^ltZaTZY%Z73;m}2JY-!Bd6D@K@Iu|6=bJh>r=DnMmpii9X%36q-TV9CU9p$ye~P+U{eSX+L+^jg() z4wqbHJZ^vP4^%l?Hqd|(7jaGfI;e!0g=vu^hN!AQ1)S(+)O#ZR9yc+!lJc!&u}Y|JbFO&j4&nP(&(aBYjq}6O~tmN-Yjp)@y2fkN2Vxg zuPzM>?VxU#=Y7<3mF2d{VjagVeFFqi3*+bF&_rNBp$hIEHa(M6cn7SD4JX;y8@G?$ zATRzis{Kc?K}WyogOA})3&Z8nAg||EVbr3CB4ro*n_+?CauyYsy#37u(@J!V&7QQ`pg@1@#~>w-T3kywAa0jxCNyasaIh&{b#z1<6)V$ug89lY5(Z^`sT$!?yd1M zEuG(TiW8|acMrIaS8x(W1Kf+4Sn;4Q+lHMo!R z>B@>?8!&K6UYrv@lJXQzj`-)Dps!{lk7B7`vTA6wzv-e84~F%?wrcXxqEH2WrCJOQ zLh$keD3 zRd9xI1P*cMQG2T}4*dg~q##5BGnr|Un2WcpXKCK_={-bxMQl!x7ua8&pzPMZoI?eI zKk3+N+tthm-#Lx69)`6qpS}8QXx9EJP}|dT;>i(UnnezfF@p6>;wXlIXM1p@Z+wlj zG_Dg*Y0sX7-@fDJd2P08zPMQB6ePt&sT2ghnSpIc{$N1XPGhp9vnY3jdL{_?=jkZG z$VgTu*3w{op^{lbfH&rZy*7D!&zx9Bo2GEO5hVvsSY+G4zx@9p)feWH6v@ zy0>d6Q%zSbV>UGG7ylD4rQw;q3?^@qH?^Q>?9s}o{KeD~&|eEzXxJn!(if)YfIu^q zh4JqKuGr^OLZ$P;ceIe1X7-rfl1);JX)CQN91Mt4Qsc?W(@u^6w-yLP zo2Y}RhT@un;^xt?G+8li_w+5ueD#400tX_)!!w;bc$C^ZUuaaSnrDdtvW@t}v{kRh2Z=Dd~N-MHD_9HN-sucXIPe`WLsK zj((9R*H|^8j!sx^hph~;CnN<3Y9&v`)==d_?1kJ24o=u51*3LOv*P;Lc|3A}HpB6? z<*>LTGrfsJZ_x{(d!FRTzV%IGG%OMtd$yPA=xs{;U&L>1FXy~b^f!3V-L`w3suJV-SSrmCK?nWN^0(h-hk%<>w_SQ zq$20e<+FRn4VltI1jdn4TlEa>GDo5&okM35bU+9__b?VM#6aS%{)yjWQ*oIP5)fS= zvnZ}%X_#}d(%s(Z(vEQ-o`T;@C#A}sK5GNv>}&PBda7~h`NjnquD9a zL#IfH3A8S&b<4@n*(Sfi1YQ6kR+jj-WjYDP*+M>;xeFXmVFM~i(nlZx!%;434g+j` zB}S}LTF+KyQZE~mJ^Raz$V6oP8To}IMf6M_%Egh+CtfzUstJ>OL5rwAj~iN>?@h@G zVE{R&g)!zIEPrh*qBm07V~2JEM zX}8y#;QFykL#ZNVGw%dy3v!rM_eTw!@tUbR0m+PMcpS-lf5;J71LGe2;`*Dt6M`nE z{NM_?PPnT28mr`Z2r1v>!(j zg6@hc&#w3aY?3tTVb`Qe2|Yh z;+#ccPEbjY-MZGwIy~SpRz}u0FNv(Z?!GWOy7P!t!4WI)qYBUTIOon$46^akXLh1g z40Pb;NR7gtqi0ep^F~qU?I$@-i1@&Ta0(SF7J-ML%cRy4RAi-w&0pJKrJ z3X`Ndfyy{xmAuwz&N0;)q5GTbl_LWC9Gg$b2Nl6pU@;5ijFC#=%b*gwB`NkP;CK`I z#V`*L9L1gv^B%gcGx(HE&M}hbif*hmnvr4+-v7X{^MjC^$9=&!z)3ia@YA<4y4>#| z3mji2I|#o(>+R2#CDeHEdH5s2ZG=vSm=48y*av+bZyDQ<=<|C@_JPt{ph4mUwKZ9f z+>V(0Nrl4|te&b(pZ+8{xo2rK%03#$k{d$z(K^)>Yp0ff~AU7>gst99PT*bU3g^B+%gqNJ6_KYIAszB_}Z5U2Obl zxA=Rxjx$M^gEO16*(i;KGHQ0pj~`|(v!z{xIVfDm!D+wsDsS(KJ095DFH8wO~k$VXQf+P^q7i<@uxdTjPHCPskn*2Z#B z^^YGvz#xnp0~dm3dwC{Tm>1HG2OSDpB?l2Oq0(?R-;uAHlFjU=CrsJfx|Rh?7DGN9 zCD;4nW@lnr_YT>c6-Ipsk{8Mp9;JAz*+UwM=?|h90LA^*V&?)sJ5J5TgMn$4PzeG> z_$BwkZy{i3Dp$6EAIYtB-LWn?PEH}-^wNjchT=p(u7L8lji0i_?O`eP=Rl?1yLQcu z+Lz<(QZ46N+Dtbz(@+1mB_;gBBhr-}h6dy~OG3&LO`59}q*}2k2k$ z*eck0wdI5=FV)EE3xX$FSV7oEeSM^KruofPCO2Zgr{$-xnuFuMhe{rus~P;@_AlFE zmrlaad|nWNk-tdm7CZr?l_>}Lo#UUqn4*jkt*OjxT$<0=ymsSWdw&?`t->~Ib#`*{ ztiNApSMBL^#b&M1n#GytpH~t9`T13}YDd42{c{EzGdp@rSRzb6WzPw%B^|Z-uQLsV z3Z?T-8R<-msN|xpmqwG>@vS(vR&5l35T3t|b4_c#ijj;m3m(9}Vl0hb&j4L~)ygr@ zgUU;|M9|r=wAyC9?;J&WbU3y}Fg#mnU1e()p1RXdK#Gd#J>l|$no&Nya{0r$-KLFEQ#5-S?*+b%`_I*Ve5E8a)pG)@YP zeKuBBhe?X1MxR$ob?v<5eE!{iPz4M%1sgF882c(`lA@j|+}1kZS74&U!!z$KJ~JWX$tsiMoRxThoVgz#49K=YDAX zW;WLS>CNuMnjf(1;?T3s!h~kHwtkLZh0}-yYK0Xd3~(Md@j?dyx&!ix#VXjy3ijCf z9D{8^kP>FwXtz)3AyWB>WlYx|xuwIrEl|3Q^_V628#P_uvAu-iiW5Qrcmy1(26`Lt z?+Z-Y%rqfiLaZazTvgF}c{}ivL*RI~0;gCP`;J5H7=G$qA@8wt#lV$c>2#I;&ZVgK zrG4YrLDe&w%J9y_4q@(X;DXfykLVXFijl=#8=%xOw*U6wC@zeVPq}*uR~!iLk{>Lm zU<4JK(sHYWV?czCBrZaL(!wP8z(5=f$oe_28QLWj>O4j|w-+!};94eAEjcR9=_F1x zF;OrImZ*j6Iq!{fKw!@2e^Bl~&=BLbGgs!AUJ_j~FuqNG`&Q%&rjRf7*GHqv= z)T6__oy{WuVc^3oJN1+Gv|$0Z==jH9+lj~re#qY5_=O!Nuy~zV%49rvRISl&&E5No z7jXtDW?|+xf>)dO#`;hk*KOU7|j%_H|9`er#a>KZD8e`p( z^JeB-M$5Y-Zt2qoGr4E_KdXaQ*Ec(G?24W!jS5jQrZM-n3qOw{va7A#wMGv*m0)FS zyRG%R*68buelk-DN;kPdCh2x)?v^VhFoHgQDAib-U<-{o&>E(cVi7eZOIh*k{Mp z`Ftsi-0^mbSe3o;`bRnkWZq$X;78;%X@8w}t6yF%I~3?nWo`GXeQ#I+1!y zs_OMTwbTK5mN7*S;^J~`X6lR`xKdFJ& zMY03dc{E#_=L$a##@i$Ebt7j1GKf` zIdGNV9@O_(X}xV}ZDVlFlI@a%AE;lyY8f5OtE;!2RrKb~EgrJ2yqx#as!yL5ImT_w ztjrSij@PU`qdpS*YJ$O}pfgjwIA+#;QvJzd)C(s}(M!o^|}as_s?A=>EKq1k42x zC@O_R>&-M?V92@~5pmr%_O?+(fKb>j8ttaCC#&RJp6se#Mw&)$OLtXqLoSJXcJIDE zF|K7L@kCi^{q^+ak$TxXRh5%wv$%cJysX}MYsgB^dDr!e%}k5iDu#bGG&D?~Jv-{L zSF+*9+QygnedO_533t9SKw|hNRjF-GP8@;sqK9SwD#hRf&wW!$??y%W^NjW(XvOX5 zc$nmL9Qy%JvhE-lqzct$J1XCums;vi|SP*=zUssW%w)F0B{N<37@9J%1jT&Dl zPw~5%-u*wcT#GNPj&rXATRAbwc>E{r>R;FG0@z1`D=fe$Nc=C+LSo?4&2f9ELJMdsI$2%vMRNpSRUET2$_fzgdiqX9sGnL4Qh>=l+AqHVA z0)N)|;EDPs)4jK`)!2H+Y3*NjJzaybd;u+vaoZvtOwxF0&39g#ElyOs~C_mDP=v0XMcq2Ci4|Pc^#! zekan%)_wsxLHV0J2&+QQ7aec*-+CLhMs`5@Y|L%zsV~)a7?}R4p_y>m6xSBozW7wa zJTPxTVc}%2HBHsLF``V%2ATzl*X~RGg^+D$7i2X(WZu;)n-p&e=ZOxGr^w5E;A6}}TSTMr2y)BkooC$T@xJ^}RXzz&w0+eajy3wqo|y zeEeo(Wo_-3Z{}w+^S0IW36)zSWLC^t-EO8b*~Up#>Jz>p4qA8+9lc_-+X^+`+`_0G zr3|?f2XNN|Vr!2V|9)xJO^a{yDZ+UtH|cT7uC#h-QP1S~bg!v9vMizq9`#5F&WT%& zJl)JDB+WQ5i11Qc`J$UE%d&|+{EhS6riSeKRHM~$?gPa{_t@K;NlzRY%{qz5*J6cD zuAK_cjosqQZtm-xos#FpAdVwk%~DJ(2^*kxP9v$j)^w)y_UQH7qSqHB-RDtli`;fd zj~7gm;bpI`z0*v=K1wr0C#CGUzP`R({~i(x7^S1^sdZOBv>w60L{WkrWWG1^zvz5w zn0Hz^@wN`ZMN(JPt*EAL@P{Z=(LW6bX{g|{nkHyVfWLYN|aNLMywe`B} zZP|WqOGp15S!m9!OKw~`<;(%eSGRfmTJKn=bZL~zxi9k4mb*D;*rxDEo?)`#HNxBh z@ytfviA5B>`CCQn**h#=wlM40E&17VU!|mOwT-&+MvgV)9LklPeqWng`)P>q-K?DU z=JvL@s#LG3g&Y24(BkB#+3jiVtJ=R5x6bhP_BM^wBO&vkKDD&Gd4A*Q)6IQEyD)!^ zVCO*lxQcIAqv_ASb5Z77{mwnnTUP=oaXR{Fp1kd2BQ*k(tUFO?ne;Ne5<==C{95$TrES#RI^aFzW3LHPqS)O?rG2pEioDL^lT z&-Q#Z;X+C>Pip=nZMl41?dLJv`Y1QeEx`i zt12oqitTHi;~6-*`s#8Gk{EEqFNa(!pcKA==oOGaEaPirJzemJsytDBx*ktCS$ANM zuBVO5tYac|05#D)zU#trP{X`}CYDb=s?X?#7KLH+u%tL# zRh^iBbjxA6uXE(wS4I^^P6{B80K{1BaC8I?c1_NFoMv=|to!%XlD}(l^M})E*n7kn!YsvjfrMd?v86)G`2E zJK3}6v8OV}{53N+DZVy}SP@gCvaF%e{xNyLur!$~{g_p$P_? zH};B}Mrg9W<0@v9WT^C=ebH#os|ESxgdWq~AMxtHrM@?o6eDtAzd_hV!V>R0JU_Vc zuFXv8>d&7gl)Q<8i*5=53CIG_X4Mh|^g{f&IDTyzZT6$;%E$Zn=GkwNlS`O7ySLxN zx?PSBBz^0+0iH4hh1;FK?o9SP-RczH?_r@^@{Q#D$Bika;a_TKrHBTrEO~JB-wE?K zk^m3Jzw0uhh=sOhTG?x$S7j1d&<^RF7J2dwMoZc z3RD~F43Z!E*BPQ;c1?rx%*3zZJRP>^EQcm-z!S@&wsC#BiIDRx7CF8#<6h@oJqv1D z*h+!YyqM3fwk|Yj=-O(cyiNLE|86_4tW&taNx;vO*2#;5GgwcgHTFO0ar6!2`!miy z|K9_Q-V`-5h>qN-M@?j^d()Mac=VZBjtw!zrYc^Q@Zlszow2l5jT+EXKu=9gdXajm zJxF(N94GFwiPWq7@k6KHb_0;zQ|r0<=|qDtmm8|G23#(k!P8Y$?kst?o;O)0e; zCw^+2RNuv};E56EjxW)xwT(TQV1TWOl7Y-P$xfG?zh&)TX)fv`sktPFQR)^M7=@SdAoSb%CPYKEnWM7INivKriji28>hE|5W zpV<2pNow}37wp{lPV5`P6pjNTsd@?!RdnQ)31dnq$c;`VIuR*=PTZJj_JL3T0n0}z z6n|MY4Sfu{k1(b&TY621&g6Y6yS2({qmiK~LzdJZF)cJx$t3PUz?m87v9+q|G-OA( zBwpv0$~PfE5}C*{vo1d2g!s}vT}1-5*o}Tou zI83X-HkNJ6gW?Ud7`Lf-iN4>sabr-v*(Zc&LS&98K}B6{Zr^y9#J)jJ=!E+ z^uI+NImc^FkUKX@irF4t_x*du%-k_MhTYKQFKK zY?k{NL+Q?GA^8g;zu5%OZu{oK^-rHZUFoo$@=yeJ^=va0#24v{FK0wn0;2%V$`vRQ z#HWJd;tR5Dj`1W9M+-nTp%q+YD^h8tr{yY z!;}F_Kv*;c&6RP*Q`5v-)+_2g-D#xcS@G`O9I6wr9(CKheLLjbn^bQmlq!voat$M{ zA>n+2r92{Q8j*i%Wq^sQl$^ASWPG29eVXK+=N5!#@|^1pLc5R-`}er$F8^|7UD=U& z@wS!ha7SsQ$^UT)#S7>3J2EdP)K9`Y)rd7&*7x77eI&sFo|$seH9&AZg$pWKW)b-n zyaQ2BR_bCAR%Ai-y{6Vjj&;{%#!+GwSp+Q~TQN1R(OFPktC;S8p|H9w@6i|Q7{7K8 zwM(xjURYe!Pt~*zNJyaJS^C|Xl+`Wh0WpD9n_zI&B5J$Q5Bk7z_P&dM=+LY~T3h6w zsTZ2d58GtL^>oFnj!K?))9(F#;Dz-Yg4ZjI0ew(T^BDj|nBF&=_T<>B zUJ}T@bs-+aYHA~DD*hSvmHz_IJTD0YPnl*;x^PY{;}d^~kKT75w{OtP3n@2&FO%|~ zzQ4oYnU+d(d8y^J#nQwVXI+jkdoKFszfwUV$2K+x+0@F>ksWN_Yhtjz>D23!66O9G zJZV6@xGnh22z~{7^IUQ)H2=Tm>_7a7NbyR8os> z8l0WJK%{b{r1XxTzlu=)S!1wb;i_HbmeUqqUoq&^!ub)iq+Q6@Y)}BuzT1<_?k*pz zTk4Zm9;qKXsMitszpnJ-KS}{t)z(vnI@i&>SaU#*bAZ`kOx7ihR07CzO7?c?jZzhK zcvZmphx#>%1Kw7_rL0nwx;N+4vT74$*TU+1(PdzK<#Mn-DU@AHT9S529M-#X%Z|(a zG}RBb*(-VG*{J%aHFSEF_upe(tl$?+0!S_2y~<*EjnPrf(A-QYwj~q#9GOQJrH~`9 z8Wn#!T-xQpe%>SHB5NAzLAH{mz?YHwhW0%MWD-q3WJNfeeCLGvb<4kxPjb^_VJciO zlKT6^0yA&6IMi$+?MkuYfHP18#c(F);HEb1DfUM{4zA~q~#}7W#r$=V% z$B%}E^Z(R}HD+uno~YNl@R*qGw*y##8HqY|0N`;kcTR$Tj9wEf%ytf0DBtzL`<*5u zUxcknGm0?EIvO*x1ZXc}$JqWw7<{>n zcMaqpCHlX(QEJ;%7r^a}iIeT^=nK0S8)rxSRz~g`dXw{h`flSt>i|{LcSiVgMy4@>6xjRyC+s(a#~tdy~X&t z-wV0vm3Vc9W84nK8Iw*s)qJy|8h1}CUmcXqFph!F>Z#gC+nVCz=`Z%_qu@rSF|nU? z^ueZT7Q%#!!qt8GvXl^(Y?xu&z`tQ~^oM@c$RHAK?aF_E$VnH3ZF+Z%1{}Ib5uVrM zKHRKt%f~S!4b~kCM=0{`5B1(aZN||3{*M8p@qI|Sx(94N{6Ex*06NZl>2`wqP-js4 zIARoqw)k1QSf5md%|6ps?~5wr!ZYY8gMq~LV}5I~?0|E!wc9{_eA)9Ihi<*4vhj%} zmWRvpA%!N&!Q~uI#17*x)?xjSe08w1J!y$JQe2apnkrDCJqvanq4MA>%g%PW>;uHo zkX80go8p^BwFN7&q=c0regE5)#MR0{zsSBWn&=x&Ly?1lvxLBw5wz->b>jc5p4iyts9|}33 zQr9ge1`;1Ed5FpA0{Lv37E^SasNDGcKg!c#aPK7I7-h7irn#DLO363)+T?0$9{Qpt z6W>?5SqK90n>HQLbDi#ehL0iE{o>VFVEiW;078l<12ruGQ1$Ila6~Bdk|XR4RuO2B z5(9SVl*?JW(A-sOzH3yxrW~c23-QBzi)n)v9>dj*Ww4`O06NgMK={}=NV#AhlrmEUu;17pRgsV)DmPtiS4nkt4L?ST*MVGt>G;)4~eKh*r}4`V60z};{woFAGJ5;0jmSrV$S_eR1M?Z-n%6ag=LUmTL9q}MFJltcx^sx(#eA(u zJ$KoEq@@M4ta4aj9rDdC-7t^U40;yvD6R?0ti*OODLKnrK@~0FXc!bbP&q|n ze=aD32ivL?-lr^XQHGgH#QQJQk>n*EZ?~;P%%bArD(tL&F>Y$FH2u@gYRKMQuh7Tn zf9qlKM6)%MPHh&cpr&0oc#xfc<|Ip-(QfGmVXu$%lMzCmn5eVV8hP$0Ow}cZ`k#dPL_|MH1T=I{2m;pOZN{&7cuFi!2v@H^E>y_{&hqH2Xf> z#oP&-+7P(x-;Bynd!AEYR;He6vUFD^(6ye_)2ERu;jk-y>alc_S+I?M_a`hQ=^OhvFX>P~{OqHCdxZOG{V< zzG=MMm%-K8jCiY44Wcg$AK%iSjIG_We5`Ecmg_#BZxmT<=V`B3s3Nb`+ZK)X2gYcw zWD64fY-8{BRAM)Lvms9|uCyu`AR-#u|JjzXi>}Ex*uyXbsZ0K(>*}W4a&_E)2Mb~3 zU}m*ROWi*ER0qIjSU7xBzrK0V#JJ*#K+z-L2)KwX zN}kG=(HDAcaP4*EAdzYHYt;t=j|LWd{y4pN50t0!T7sHNr$?EUCThOhRlGbq$z1fl zI=<2Vt(cMQkdb%NO*EQRms!u0W=X9J{S%7?1&Uh%L+i=Y7OYPC+7?xKGO+|AfJd(L z6@F8AvFjC}p1X;3rtoA>yKS00rrXD%hL?3UP9MqiSakCv^vc6emeJZH&Yi8>B{yz% zB172BHG0KXQ*6$=y6H}%q0%{&%k=bfTL*MqpZD4DuZt;X`*-SwS6))G`{B;ooxG&A z_e*zq6t&L({+|qdJBN36qoBNYh(CwA^Twg%32Y}sqVvtrIy7Ay!%GgncsY==me9LR z(M-S5PDaiC&Q--{^YW^1CG6Zi>RpWKk7M(OvrT?+=u7-p!9{`ABla#_9+z*H1+8Zt zgG3MC&%Xmt(9dEV}zAAmzih zyf9Q^g*GKGa~#3KFH_{LByAg*M0iKHfv)75VJumR&po

    hTfIrF2r6}ZS_F3WYa zx0f&Y(9#C&L5+T5p?~IzNWE6oSL>T9948NTmQ8-S;dMOwce|p*EnZ4bkxbR}HZnHEmm) zA|JK>Scm*c<-)7w8POS4<-KZQrrenX18{-(yAyi=nOB!5*{|RK-KjokqiOVdIk)6n z=_W!ksXWwFQ9{FYRM-BWLB%RwssBD&i%7gJGJ|AJs2}QllsX5i7&;8uJTfZESav@f z0%QlflX+_77F0|gjG&tuD(RFmEvLCr;^ihaly?AxSa>H(xcLVU9u$PX`5jiPW^9Cz z5${sDmC*o#N-zIQ3p%P?jD(wRA|crZTMXVpt~2tZ_QxgEAwiDuZfbS>&1j(){*nd2 ztRg?nR8~P$uG|n+*s6QArJiaG@j|&-YIU}ME!4u0nc4v6(|Y0 z3%wAddwXXdUOv`Pd~cZU%gYrcdUhsBpZrFaetFvH|Eattk4Bz5j-O0m8iDZ8YwV=n z_lPAlxHd8RBnWPYNW&XouK`+lExVU3p?nC@;Z3kJ{Y19h$+w!G4F|&4Ky}}6F?@j1 zLEFdtdqft}_}e(AiJ^7pM*W*T(|c*^xzPiAjT>-6_it&hX}9XB=#K`mDXA}e3$-tI*9;ESRfup4FMaRnd<-XRmsnS$;I9-v-}Gb20M^ zH>eXJai;EgTLE90Y`Bu!b5?(9Rxj|Hl^;HEsaaALzgeyh@mE3&igI14Sh}66lwKN> zy-Z^D$5Y%G8z-uR!5^`ppr~ky>PA=eV89`4AYvcXb%)!6 zmtFYJ|3oqnUsGe6(``s6E`r&y6kDyu?G5cA?bS}r#r(xc1PuUy;WyN`?5P&P1O3M) zUcB}r-`IC;+(Vrp;YG2x`5c{Ar`G!1qbCJJK#_%)_$;qf3<^n$RrdQ_zWP~+rz&1( zT--cKfEddDAoUqFPxnm=@jshtl&YeFJh|dAHiW^Oe}K?+5If=4U`gjz@fCqOLDW`F z)PeNoMP=svkN?D~QrzCwQ2+jEcLy#^P=f=W4l{4IS6d}GeE5NzVNFvDuN@?FDnT3l z)kGQPwG`;AHCl+jzG?ik&$Thu_w**P2i%^YlPAaVFnInhBhwC~^elV)9#TU2y%v?# zwti)gMW$?8oA^d&^ee@b)vonJppD=IP@yOlDN$(?nfjw4~kZ3SN(T&tI4b#;XBaQ&l{pL<|UqoK#d3p5M zZ(ui5da{e>Qh$C2;$Bf?A8ZPi9H+sK9$p)ocCb9ZxuRfu zj);iI_?!jY$Bqu4z2 zoJNJv@DOMj{cvmap8|33y^9=qn_bth{cArIZh*2-ae>GQjXmKvyf} z%A}WL4+7cGoH?Tv1yFz4*JDMn?4bTHUH& z<(QNOK(n>KCOd!xuM#%FH?0cch74-d$g+;q3;E@$q23Xc_kaHRr}F8semvnHUkRf` z*C+44=IH*(O^+f3g`V|Jglet$cXkFC4r|uc<*%WY_`_Txh04HF30gTGOa1%!`5${_ zI7QQM${4=~MHX)MlV6IJXMyh~r)O5)73`6*w)Km46hF%50KxV(_nzx!F7+Q-dHt~S zw6fFlLbT-sGZ(T+>h4i?nCV%FqJtlQLSZG#sRR*Os;Gb1)S|JIYxYd{);s!CYR`b< z{}lo?+ZtOPv4+I0lpTP9+6^LtglID}XOrTcA*0Z!-mHfB|0{uOfuJKxn!YlQ@Z@o# zqIKK((Zm(Br!3WXNd~vVE9aNM4AjUvnsvyxym;8Ief(`|81hY+AS3Ya{A_+(@Uo~e zHCy-jUsOUG$Kq!e{NNQ;jtmM#&MZm&RqBPd2RkQZ$1%!NrUWYmN4k@@wi)yCU<;G7^6%p{CokysII* z0$`Vn{@dHvcRTt+rBzeB6pQNyts|`5Xs+7%00P|65|Hnac~`rq{v__&*0SXcl>*?= z(Q1JjLfPwbpq}+7=0jK2kF6-4m^|3*^<}A&+%lw}W(E`&%Z6vkGhE&FAE)P3DG2IB zy|nTPjvMs#3od3cf1@gM+3d(UkVo=!A|OC+xb(0N&5d|FtxLM%&fQJ1H!@9kAGqG& z$d({SQ1!#P@Fh1_2DoHQeOPcH_ZPnkk^v+rdA>aK{88PCtXJB~A5BmV z;;tI9l+|_Y)k9K5ix;Kg-~s_$^^;N4b%#u@=P|+=Vk9%~_ovc%6hUckZnB6d7paF+ zW@SuK4usgC9$nclAr}|=z7qTU`DMSA2To!BsRwqQ23CB_|8GbJ! zVvD+&ZYU`MBt?KHAw+Z871ycbZvoE9@OU*RE_kOV?GiGZB%D=MZ+0&T6O?f@0S|%e z&=<~Gs&8wx(+uzTRPiDtdTh6YKke0`J{qL#{8K#E*ut(#+*o?GnNw1peb|f;rzoKu zC;nkf+xVZ4{vGibEWeutW_rP;)F3bIvhJ$Xsf5qvNB{s!h~9_|XmTt?syV{Mccobq z+!tv!?5v_Q$IYXfQAs4hDsRPCA4xkPzj7e*xN2tnE4?x_CAUU*yt4gqjY zG!-m!uu+13ITRyNHiK5pM>rSPtU-!wZ^13oG`Ri4Mh#bRo~-BBw=j|tV%x%W^FDel z7%`lpwp|UOsY}0Lhsx{D02u*)j~zAO#LSBJV^24;{8^lKc@$A%wT)7So3vgYsCYbf z=F67%vWoF%%C)w4F&a6sm%421P`_6|O#BGoOHd{S-u&f1XMxmJhNm%R!gIGwMKZd* z)pU2{wXp-07L1Y*yR=&-jU!;O!xh9yx+L-(Mz4PMeX#iGI6!<}!%oM05R7ps?39v#fx)j2-{{v%M|JP~)O^FVReyAOW)C|szDzdLW(T+!)@vIol-Z|rBX6PK3q(EJ7~+tm>@ zjmF?o#3eH{^c8 z*yTR%yIsCZ*^I6`yRUo8G@sswC;F5_sFdGduOKtC8J++#aAiPUCsT4VkQVewF=4GU zZoxPPzgKk895PeEptsWYyJeIcKsYQ8)78}OIk~(~fuRyxd$j$CbEDPt)z{NsZ)~sM zD44iFg@W6Rlm_`tfdSkTT-+(80#>t*neZBsYP@yNGHxAl3*CUVt^ZqOS@QcUd8@J@z!Y_n@Orc2+H%_q ztiB07&8N-!_dORt$2{4FJz>oC{%QrwBGIeBA%GmbW)LSqv^0rtjH> zQU0~pJGE{sM9C=1PILS*Ss*82!~`Q2kFh?qy*@4nUqD+-`_Z}F#q8#^ zwutUOV(1oA8eK+f80=gf7~fRQw+a({KwD;e-Rvoq3za;xNZf!7q6k+AIpD7obaP{S zQ!Y0)dP^NTdtsplKV&|E(#rTl9Ya;y9;JN^yFAGml#K zKtk=a^qniUGNl2cgl)qYZz>n~kedS3Y%IM1GfmiIoS*`A#{uka^PkigcS8@_K+Tpm+&Z^bb<7VFL;UX)v!uA}UZ z%$o}az@Q4C<^qJ$DN>Wl11UQA@~N*N8-5omepOI*_^Do&<4$PGi$?^**Xj1(N1;JQ z-^YnYRF*#1KApJ0v?T%YYOLcEx?bLWnY_k)y`>2T=^`a8`MSn(-|aJ{2~>haO7#R) zXO-og4&La1410%Ij^#t z-qCgF%I&vC$nM&pa6$b1{TUjvo0j=!nr2S4i+$T(F=Lw3=s2&gY0xjjpMFr-dVY*C zVwDMw0T@|!d)b61FVFBozy+{2(eTzqMfv*(OGZ0B)izQ?%ABtDxIwLtP-d^jtKV|M zTb8v9B`I0A@WY`gs!ta|IU&umuNVfUJk%M0LLI>`XoASbE1ObUC-e#k&zG{aO)&Q~ zRW5VdW?0QUk*eIdwn(+ckADNBVjWxc*c_`c@Lo?pTU;}Bo|Il8YgehY)@63zy}TmDi8aRZdk`BN8N;}b@#i$?{TVXb`I+1B3AfwJ;u?3TKppeL z?pVoIB;7)fQQT2T5|-o_V=obSx%{}%19}PzmS+NaNNMw$AjV&So?&aRo?Tbqa^?)W z1Ani&l-$P>6tpn7vX!)Kz{?9=R;?4;Q`)cbIO%g>t;3I8OhgOG>gV)xzTFix-%r*t zKbn(_AdiGCEfl?cCA=ieg0M~z4Ou+YoJz|b3qNz-F&RG{ZBzaYAceGc>Ww(Ew-O{hgE3Q!z$xfeB0&*F$o>ggO<=|j$eOOp}vu5$Y zR)*+gqWs|0EPPC*lpDHno#K6n{c9t-?3K;m$^-)K(A?Ey2U@X#aWr@LGM>a*pkX9( z?bw0xy&VYc=^T;L}^2h1dtOlz)8AlPyJ4QET?b*6c&U zK28k)zgf0*8su$cBgzG6TwA=P{7v(vC%Xn>4$uqvvB~l(cZbZR<~w!3QuY`P1H6u_ z%N1QyO_VdB(Ytx_WGSvkR%42oA4Bx#>yypqTvN@2y+XM7G5MY=56apD_>L|?UHLZF z&L2yMu{@n7t<4RXW^CJ9qKi5M9zYb7U=-k>2%=Auar*C<*8T<@3F6I6v#0K<6;8Fb4oMXvVNX+PBs>5gY{13cruX@4hu) z4WfC+j%7I61)xeWn_6stoi&Y}AJP<32LExhm@7M7h;P^h@Z(f9!uRs;`NL&kY_SXt z3e2r?*l)r>1bh#9yvhb^J?2bTzmiTQW_tX8PLL#Oe4P_kX^%6euU**1Q^3BZibr7+~N2k3`ZefaR? zAk*VR(9KqFFl7AQ8X>Wo-+haLW0X4NbdTP`F6ZX>D4vd$jg86f3eUj#%M+*PcF63X zYTCZkoZe}JIPFxsqs^Ji6x>49QN=>_jhaqO&0r2f`%*-|IL1=c?`TVnOP}5HbhhBw zsws}kWyI-iGKWC%vFn=h(;SWb)JWJJ#3c)wTMp_=-70Jp1aJUB1t0xOz~MeRuvX&i zHcn<(EPMeKus|rl@$BBcCG89Ps%Wx+s$SFWfzBwnCR&Bo0YNJ8{6gp!UM=T%t^{4t zS_FE~G57KH9pAr)t|X^=3>ABe0m^$R6k_#Ujrr|r)ut(9j(LK2<=X)qApZe2I*@|Z;U;cAww5Q*`)^6JRq8T%hY@k4iN zIez+P19xJ6X8!f`JKMT-JrnkVy_s2+8w$sXHO73|0X4`4>QK_CkeNPzekoE;&&M93 z_leo&cj1U>Wh{6@x$~*IFiL>2kg;Ww}Zp%mzNqK#&$f5^=R2FEt`&=7TM|MKP46^G@Ac`CF8 zzR+{LTMp9zws`w+-*sv%x=x7plD@cE{84T@s{q7sB{6CS!8qbw8?kvnAw=-)vSY(F-rWUk5m9G+U9U)q zM4?0nkwByq5V;37D!u^or><9Na<9P48Re)RsW;^!<4^Sxo?IQ4vOA^-VOk~G`P0xk z#{RD}TBwq_EwZbdZ?Xm7H@oG1KN?fF&NsZTi{+a0CoJZ|M0u`CBf&uvl0?m4{_|kp zqcQmtB%SBE~*yW-%U{fxQ~ z8-Bm*^yVhR@2E-2?n1*{{GK@`hEKGGoiRjW&wXt1~cs_72ApzSBLa}ZACwFkj>LxG( zk=)~RYg2BV%D$dTY0&Ff`!1}{km{z|nhot7L0I{&rU)qZ#Dbd+j6th<-eozqb zLb5s#c=Ob9I_JJ*d$2U zW)GAkZXm-WTI3w7G`Q&Y(Y6>+J#ln)?08Amh zfQ@jQRZtDLuR*sJRA+<90H2Aiti~#1L92p}V3T1CCxPW3np3}*T2*LY5{L*SEP)hE zHyJzB`IC@e9lsuu$&>C2EXWRZ+#354#3Yoxf{!h}o!BO@Ym{qXf_fp@kSPR{*rUcW zNdQ3ys5mlD^y%M=;c6#nGIkU26(+tAf|=Z|die%ZuY`0B@(?U8{;NcNhWGS^D^XPy zEaecn>?#ttxpgvd00x>Ggjf1)zt=k|tb8*;ufWPi!&fB-8_A4sS~k12E(nVMtm4k# z-4<1-`)q##Yai2|T}6aO9r05vc8{&`R{jPIjuA~jV=Ttc~CbvEc1w6f3lXD zO1(_mQzymU!f^Qflp5<89!{=M2mw*H&6KVhGrRGG5Y6zwzIcyY^01vz_MDXcTBY94&Nb=e$iqo+*! zQBj>Z;Dp5GCG}X$z=t8OG)t=g*dA3Vy5qw>I-Zw|c;d5G;X+Oc)iMMK6awEu=%o5n zS1?r`>M`fQ9Y)EFY)SWmvn=!Kq_rrG$GPqYtglcM#cCbbqz?dOf>w=9yXgdTB?ZVf zYnD*Nh3G`c^)s37zG!W;$bi3QEwrufdLPz=Q~_(r6MtcQMoU8s=D{dJ2pnJ_$SCKF z^-cBLN#i3o3Q7ZuII~is=b1@o`Dj~|{BQGzEt=;jFMf*bBA{FjVW?X%ujJOI_D`X0 zFA4;V1K1EMNhMEhia&z-+~~WbhjE_9vyxr#+ZAPH&mD8^)uvj!q+?6~-uTk=L)mu% z{2SY^H5a$O&xVU)T_`Z3yU%$R?YxreHB`>3;7j1+u zI5=(fD8+4vaFiCmS{g~KK>5`Pcc;%$B9IBW=8d#!7wrrAW;xIItjuSyF(I4`y7-Mr z5sEErGPL)|iWT`#dn^*xI6V}3F~<_$$xg)@!D1abak765863Xf=WvhSyY|4$?%kU^ zpq)V2qnpJwOjSS1-^VOZ+Gz}7&!>?cSm4|WD~h=eLssr@wUKiV|B03*h~w~I6zfn` zupXuqDSLMh&>9~2S4H$h6X#d>q?SLgqgtYa$GnEC!Hiu+qJTKqZTJ`0+F~Qxnm+nk6RKfxa9mWfC!#m&h z&NBM$+eFyybGsFr_s^0@Tol@03HFX6dlh;haboL-JDy?g^-y#9`C%#F5d#R%Ebbg! zg2er>w+D^@U?@fF_m~dhz$A7}0PvsT0$HuF3x|sELh$T6Dg_CVPTilL4au#7Lda=m z)O3!F(2ctJc!Gi8j7l(24`+v|pY}{O`Y}0rL1k1#B_GURt$)j>Y^}!DhmQvk;l3#0 zou`eWFMK2e>cU}?J4iZI5+{JWp5Riz5{#@)ZKSiu43yi~;avEED34kT{0 z{HR_>u0gwD5x}Vlax{RYTe98bTa^_RNf)#0-fnX1GC0%a(Srv)=GSzu7`cb zose>$z4wf4jF{%4x$A#QUpaF2twirWnot3z9g_iakDud0BJ#B;)NSUto=$sj9piih zmsy{lmDVvH!Mpk~2m`rmyUe^VvW=bQ@@yk!3|TdxU<26n^y2$oY_6*|pXu?t4P9Fp z(fQo7lU~LBJ`L%01n$ku>FFxcsQSQBrp){iM1CR+`3vot3JU*(%rL?G;d%qK0Gch) zIQ(?8*O-iLk*A}=0XRu7akR=xg->{fOMP3bvG!nmIj&i_2%sibZ38(Yc$HjYSX5zm z47y*s^{{^U_sKlW`!xsO^%Z&lvDX|4%*oF+Avna7Jl*kB3+*pJ=lR9Mg8GSeLENP~ zy0WFE<@%*zo?4D5(QL@=lB2v*huU2_c6QNCG4&G(2Jm7YrFV8wFt64i1OP0sKOJ0w zV-Ix4WZdom(?T<=z)SEW)K;er1F!d&H+16x!LqYpB~QON@UPCo zw62dtjwhmjr_7Yj-AxuQE5=oAZHWIiJi-U z?a)(l7DtD~b1a<5^A8LEnir1EEV$dVmaei_HPkU}MBcnCC#u`5ttLFE#hi0RB_nK* zAIDbt9RK$&eGn%bKY!K&EeXYZ^}M6rz5izXn{^XWO29=u%by%`W2~s4eN_7UURv+= zLP7l0kdH~j#=K=71G8*&VDJy$&=OUCRy{l%s~-xJ*~fFPH#?;sn21pX@9{>qgW*2-7Co1pz2Mx= z=?u|bC{m1pG)`q`9}<8dq|zM%Szs;hpGi}_2bi~;#Bz0;ZfAEj<}Wo42R8%MjZZjP zJ33kve`{&^KbpP+p6dPo-!YHPu}2&nGs#M}bIe1hLsB7ER-q^>vviIv)Ik}Akc_5K zQR0{(nGH&r8D&OBr2p&l{XPEoaUb_S9$nWNpZ9pZp6lfT;&LcB+LvGnMy^c69~&=B z!hMF8JBmIC_%gin=WJX5k;!1Yu3Ul;c|TPpA!Q#1e`vDHKsyGeHze=}yg3JC9u>H2}b8HhHKy-qy^MkZLIm=90tHZ#LkHnzl%-e+c@iwKWIG zG9i2*(Mqc1ekO*P%cDFYM?+#5WVgTy{rqyF@qnT{Mk5F0lpqCjg1d*W7zz~NPmmHp zIAvH1GGyR#W|gteU7DZIIi>m6vQX7d2(E2tSP<+7dJOn~0d9fS#@nIOZ9MHU?u2+^ zSuR5-+=;E{K&wFgrYfOvVZs2Q0Z{)t25}t~%hLOWeJE8CAeK2Bw=Po-{J?{q@OB5S znp0!OV{DWq)L;Js-YLaDapf$u1*q%bMEueV6(JaqN{;#T)tOsgqdbM<25FxV_v6|+ zy%&e2{R!U>`KM65SwggGqUBWxGPoIdY&QN1BFuuAwQl%mnfXUcCy!{S{`@$-eE3nX4+ry!$0SzR~MXmq@3lQ_+ zZ+C@kGN8}kLd7vnLV0H~zOlVPF44Rf*0U9Kd~-x*Z5#kM1YU$a2O!OtyU-b9AUXUl zLXM-)*ZhLs8|?MrNE8HI|Ip<1B*S??5l=Qp5I3#!;2E6uhrn?~Yan^FZluphf?F%& zrm)&0f;9ru|DOc^Vrb}@W7?QA8TSzsBH=NO3)~cl>m6hqQ0AUxzrv-gA}MBg7`A7= zNpv){@MVKfsrztb*x})F@LufWnA?~=>t|zav zi7}EKiKqCAbH4t8D;q9;Pc#g)M(~2yu0YSSIT;%zKtl^m(oH8Qlq(!G2iPRCj5*9> zk>_-O4g{URy#4)^-B^=II1TX_YY?|G3nmtXeuMYK!P5)^FX_~#%{}5$9MI zpI5chE2WA;*yFxfm|!!nIc5*(Vo>tHYa*-_*umXKlUvV#U{-Bk)dpY&$g_;tlFb#FM>mg|XQz!<4sxb5EzxKA{5M0f7=%c;Y;oRoHHSfS3W%k&y!` z16O3u7)3uZ5nI30_-3Jx!niU zH+Gu+8^Fi#k_bi&oP*aR*z&o8F~S)*X9e;NW^Lxsmfg2`r>Kg>B-Rx@Ydka z_Kv!~)H}+Qafe)%g+HMp^g3#T3@;9N(v1T(-q4E|fffP~MYvxW)nJL)8?KIXGyabwPzg=*N1lebCq`PGj(9 zoW$8(2M(qD9kl*Hb{?Hf>YLDml>ng5VSDrhY_NrYfG$@1eU}Q&7{X?|LLH=4^daxv z8ARsh=$j zqJw)+yFoDG8b;hZ9d(~H~vLeUS`P~ zF!tM=O^5Ce`F0if5p?cbsJ8esm26iHwm*P~4h^ln&J(vR6XaOeW;HTgg?Rl<p%$wefc95V8Uul zVtGPgBcb<;h7u7$Ak<(`RQW#kLm00LhpOHEsQ9sqPz>a%eN34>+y8Dbv6bbmQ+~6A zj2-ycpxB4H0?~tAS@E7Tim_p6?6)mD)qR>XBVs?YH6YNv=kl6fFlx7O#t-sKJq${h^#Cv0-N9WU-7+Z z3p%R(tT{6{4lD}#AWLn(7hk4x(C#2#1RADiXr(3(fLmo@%BMMbMi$5ff|=Yy>#7Qh z4u6SXu~$udJWQJXi(VGDB{9;iZ&}0`?gsA}T=vIL{3?>U{Eoe*Ud9;z##?&Z#kj?v}Kgc2cT?)tsnemlW&}17ROK`(bO7 zUO@8Q!vHxSNRR>z8!QCSGiLsNS_ZKnu((0`6zDQG0;e3XBcN%3uMiI7S0|O!H}~)b zikV!sWoS|Zbmhu7V1S`qhffOaSAyn1H2e$Eum%$G?RLjN2jrP&R%m9-dCN++GZ-Y7 z0A(Q@JV*W{?^u7Pl{-{1$AVjYuMeVl_}Xt0!f2;O$n6-)kgFx6G_|&aBQsOjtTp;y?-; z`6^^SC7FO)sSS>&!;PFZNs9YKsF`_;=OnGLh*bEal-qhF{A6zLM#F~DgVKONWN~NP z((f&`p)9?xMOedc=wgi#=njZsk%()J;o#ync2X^6(6s@`;-^UP%HvPx0Q$V;DxmNS zu)N|=AP*a^b$9@TIB;pKY4*9n$yRrd0ORAio2l-`2ZINYC98UwbPR0=MH|9_`h{Kw zNCt48G$K}48q#-F**Jsd&)+Bqfd3HQx8zH-1WVyogS2cm6cGjb}ZrqUv9^&L|Q`K)uIr* zH)j}&rubt=a)#jXM{9AQ8wYC+A_v&txHCW#!R72os<`xt-k*gha~8v>5qVPWDHL>` z93Tw?ra><6|E%Xf7m7{6(_iYQ4C3T>1Ls(Zn$HVOM}a}t@*t}A%Yw149BqWS=JOj? z5)@xx&1>(7#COt5fS_;=?|2C{tj3(oBvL-@0c*=#+mRIpi_BTP!`(mA{{?;niJtNH zyw)Mpu}pJWe)t{WF@Ti1Q3Sq1lpMhapBB}0;ufzcKOKm-v$s+rM}99t4=oRf7bt5Kz*R_ zYux_2w000e=CjQEc>zv^niqM(^Tx8nEDPTo+IP67prG~vGiFD5-hR6}IFP?^LI;^~ zz{3|L!EpuNKev8@SmX)1#NpadN0W1V;Jdje^#G&7l>lh-vWTbc++>D-P&vgu+#Tvz zU;zLWJ>K6ZefXX|pqd{#JCmCN>Zd@^5b2LT3~vdVlqtc=n-LKpLCm3$b$$Wf7_n^} zxz_Qg#xbS&ecRX6d8zfH!Mz13FeGlTc$#s!8icYHvD3l;l!7AxberkYyZt7AtaM_8 z9oaVI-5LQ(Q&&V>w6GlQQVM_s_@KLs@SaepTT&xo$%hlfGC&0stofEokL!{!KthLm(F6Wf(BPd*d zvjb%XurnYe0!`zit08|}L6!)$&V%<*x&j3RpKNypa%C)aPaA9Ej_^s-#7X-=Zg^~q zZ*yoADtO{;ldVo$E=v~QVwD(n(gV(890Z;?4q4#=YzO50j(ipYtq_3mfZ$|Z3fR)q zGZ2)hu`YKeszP1wYr(pYNo7AVi0{4bUEIwpQeH9v&4i)@h#CX-|Ax>$nUKK%bL_n! zOFUPlp+eCc+zep09FXN+nv%i^vcg-vW^i*tBof5W!I6l#2wt67In>zDp!0qiE(c4x zoO+gxyxB>p@*}8IL3)Gr!QSe@ZqV96PkYs{-gIoPuwq6M^$FUgFAaCUkI(Oalm*DJlNPgSWy~z;T6W%OG2J>l>V@ zLSm}N;~bvMPEvUCnIt;Slq+?1^D)%t)MuT%ng92iN6+dS{QhqV~k=AIf$Viq$#_*OaHzVo~`;0Yc-i+bOG9P*!2j;mb;CoGtP~TF{Wc`-D~V`@}Xs9 zQ5R!n`_6d=LmOgH-$CxUA@iqCI+18WN&ITd(u%UZXAj9EdmmII|BEiJ z@^vgwf6er};&4+{z?`=I|mkEeo=24F! zru%q{Yx|TR2SW(aw0hqi1Bezg9);&of+|-B(;cK3l`&|E&^Xo1?U-PM{S_d;w#0=r z*iQm-0l+S{P4tY)FDTE5IFFfY=D0h(CxsGOML!vS_E4WrKW5K;1Xc8+ofພLS zU`g0S)tRCne>nT`EW*D41q;0#P~5($zT0*+KyM=;@e?gDzdEXlYk)o!;mBdLUV$ow zRLWWO04h&|fFGlf^Cv%0gQHvrkfmGy1sFzd$KJ6BO0MTI=44m0V2Yjy7X`&LumOXo z22Eu;#*SO2C)~*K%ErbgGA^)0ufyYq1Y-~}bi2e;xMIe%H4Pwx4=^hn=4tJ3sE$wK z6H+E1;{9R!<+Pg`vnVu7rqGhp>^TXLoX2mF7fp*|4JKWiNMM>9iaH(lgu38NE8 zwx1V5)5-~zB;ey-zKmRsIdpFz_F=*|0unyB{ImU%S5O zqCPBmi#cdeWj1yfT3BmMPXUq#Uai&(qN~&Q!-;$BeT^(~3}wR+(_p}JiM$Ae_9u{O z!w;Mu2F)1oC#<8(Q5P;;NK1|k4=+bVh5+x@JcDit0F;k2CSb4;6ZbkeB@MqqMUs)1 zRReAcKuwiwt{PWF=L_K$ZF;)0T9YnQ@4(C+txh3A z=8V}}3ckINIiwYUJ2hOwYN650((;D;ae-FYe!!O^GF(1fGDZ^9!wYt7Tt^Bd`sIwk z<*s6ZyTeS76reiEXzQohl?w-$dvZvYqhC74G!CjAfS{6LKj(=cP!$f|DPIsE0IhLTsE2|Md z-s59)^(u^f8E#88X@cYO#c1>cI6)0=V<{cu_;9R1^93LkkJpWNZNj`1Sf*z|&;^$b zLM%fQ*s%NO+@#tL;_-s3GkW{W=&kd&vv?mFC!Nl_4t6;(ODE{!&fpw@0Z4tmoRK)& zPJ(HPKHHdA$6{pK#Ow#)b^$5pgK3#Xh}3a<1?rd2Ux$`9AXg8vaL;h4EGinRgNL_a zeXFT{)wluL8z@;MEL~0SqK#;{H8HAAzpv)mx$zbvZe)COZ8I zC@&EG^2aK;Hxv4bh9GDR@lLRUMYS&N@ue{rDy~J-ibA$RzK|ezUXG#$`y{0y6%v=P6K;0zgMT>q5sj z5ovHHTYu_Es7<0g2eQ}0at}b!u=YSoX(`;I2J?}`A1-or`zbsW)k~^9+;3JgYWpR2 zs>u0~bMGy#tOl;j=e3JmR1wED=y>1-((I<|b!iI>gQ$D<{zWagVHqskVcRocN`L}k z=RRQKhhIzv!2yei!@>7JlzU)IlF?_j z%Nbg`p1T&eefy}0jReJ2ca$2+cG-c^Br$bY*Ciw z5)LC=;=a-n9Sv$e(3U_X&$~e0V~knpAUi3<+i_G~>Uh+VnDZ-MKnSBf=C5`Km`l%p z6YCZXlnc~<5&sKFspd>}m#eW3Sc_eD0$&-TygpM(jrs(=J#epAm4Xn% zS1?0MezmFmTO+fjoZh5nMMyFNYzstStglwD1#nNP5$=#o|ADRX!TZ^pAI}~D>IZN( z$6ldr_q8!V1M6IRIwC5T#;sUxdg9P<<9U)DT(d$!u_Nv|i(4ChG>8G0-qAI;u zk4*m^^uV%@8OMt}cTr0#c_Y{XpZut1z?uBai6k>PiY}?EPXpD2AX|t;apTIrjVyf3 z54Q$L@>p1X`bp-N$LClVUeh9hd*gXo5D;nwZ~f=*KXaVJ7H_IMgYQF4+u|?^U+@WpXXF6}vx2T4K!)U#-)P!lzk+st z)nNC}&nJ&YlMZ8lJq0n(EQsvj{hV>3qwQ#HIjzJWqNg08RFw)nE*L(lCB%`$g%R4v zxpt>sP~p>&(-8mpfJ>&WZ?z-Vk zOV99ebE>CTY;KVpW&kJwh%V!VE+aGA?inbZfo1?)7T~2r%WmSH595xCif9SRS|c$h z8;$=iZ$}Wv(B}hq!~dmXAWnm~bP!re&)vb;rQeYs%M_Ja^P3ZdGDI;)btR&dkEdpw*wiF=xF$S^^m$lV|$Q1CEUt82)k%SVwW(NDogrng8kMUt)2px$G%| z>X=Dzw!-2#oE5QsV#W zCCk#JZ%@Dt*!?4-7D{f`({!#&V03_c$=@=hz=0@9a^|8_b0Qhang?1nGY+H2ud|mfZ7(g4wMn`zL?!%gHV3(=B$Bqc=yuc_YH^#cPE_?K{ElakFnaGS!1VfhKY zC(txzwnGwhU#uFuCZMA2vsa+d2I1N3f8aOiOsKZUoh!SOmdwv{v0R|seAd6kFs#l6 zPUX@IiChruGatmbfVABg*>{p0cq;BypR)O7c?y#$;q2s~&2qi|2}9{;aoUG z7fqNTEzkYT=y-j3`{Uw0sLNJ$lFVg=8FI$jm3$iRR&$s&yv4NvMELR9S`&N$?^3@* zL&2&%s5bQ#dwCvWy#8+-2ZY%IQ_-EvgON*)dHY>6V-gfRP?4OIl`@kII|d zv%i^autdQvjx@{dO$_hWAn^Ozgc?jO1sz)@BZX=WycW6|-k`7p{KKE5W0o@X#gKPX zyN5%P1vOO-P9{~y*(yGRxUM~Rl^$Fz$d$Es(Z?nPcs4ZD?W6;!p zbV;I1M-H{6qYBI49}KFxP=*Rind#+;+71fIhrRH&)#w*^Z(Xs=2_qsm`T`E)7LXgXxgY_z=u~WgF&R-m!gVnQ!fkbUgId) z^vcv5M>5s~SMuJNQ|V2kMOUePpnyQEXvka7Ka0u z=w43k)LqG1TK}y=n3yr$)F%>C2Nce~D+T+!%)^;#O2&xlGKc{l@VOGB?(=R8JiQID zav_oNz8EbID7#xyVkSY1yf-ytNdaYY=;nTa^AQ#U!PH+6k-|M*plLdFEM+3Qh)0do51ce*O3 z0~g>qX8i@-!R;p+e^1>HQ;{oOSUwH6@UaYL0kudK82N$h^GqB1H|S(6cT8tG+eo2S zr5q3TgsCwKS))TM{8TI>7%f&}tOd(|tjxe5A7CeRdi`|#K*a)4)VAkp8rS}a+L;QI z-^Q48HS;g;xv4D?vkp@gAN}s5ZvSh!vdPPv^S1}b+=15F|L+ct=4yfxn&hjmx6Y!J zMC=!BuXKv=rd5DQOYHcVHMv(HREg&TENx444C&)sh~G=d`*|MwZr(%j24tD24wkW) z4-hZDc{MYt@l$erFX63n<3w=3jR&vZNp_&+Kw)D@uaInnq^buwgqS>m&f2xUhKy8x zuYlJrb=*B%s+U|wXl$|u@zu>^Tp3E*V7VV5-Woch$-D*sb)F=zl0p3;hf!3yooKPr19OtJ*K@mDl`L_QQux#1^oBzTj6j7XV&H= z%dM*6_;Yw@) zpz}->;kxMG{nMs6oC_8!MHH|$w;r&&wyYK?B>|BuR3s>W`s7~_7J8e`hZ{k;p&u=Vl~XZ)oF0al_00>WR%+Vz_woYp(mFSeMY4BZW>F%SD{CCs20l zGhpC4_K@Db`5z6RzMM&c2#MJDDQ(3p?AGg~bW&4GQzy>}3+LP6TM#p~R~DK=aP&MX zgP?8jGrP^g(4kMzc0c1#${{vv^@#R>c=ETwLzl>}C>PAlVB?Z0Fi>I0Ayvo!V1!xA~GuGrm z&P3IYJT^N8Oa}M>z^n&Msf$=G1P%0YoDP=`c#~vH@}K$!8pB_$9#5Z$wohok85_Vk z23Ih=sw@I$5AYot`<^Z^wNqreOIg^l41IF3L#Cq)gF;wG=D&s{O>4&+_#rPnucM@A zF``It8+hn6^&`7=Ed%@Q;sqQi75Qez0cq;=@1S%B&An!N9VF(dGN$c<*E)16gX_!B z-yp&f>wdS|Ii72B*-|u9C<%*#?dw@bN&d)d(*Gpsw(`xD-YIMa!U5TvzxmbD^1_*UN!G{AyMhH%Ce z(SDQ7Cf@Eb_DpU@c2Cba-b}6|zDL;a7WzOmhE^VXB%l-@+X0m)0?**C&hV+&Wljdk-4L3$k!XQ}7RzsRK%eJ)(+C8aBoiC&PE z^Yt0vHh-f>cW~(S05){i{1*tD(LYxvnBAPpAyo&144!$QcHe+K)PoA7;O$#U+x<=` zm{o$f?ZP$ggX$f&TvqvH@Ys#dE30GZ!qV{q7(1dJB$3Sa$nJA|xItwYa2PVm#4kQ< zz=47%s+&mb*iT3teuZVfbLm&|N)YY0J#&ly#I?k=B$j=>(h;gFEfqmAy5t?x1e+ru zdDzzwUfe%>qQ_4@ds#J zR>b;c@a^1S55=F_Ir!_Kb|y2r)SIB|z8XlEL3@OCSX@o!GUEc(1!5O}6;9NzeBdRw z?2&JDLXDTm?{HI9jb&GLKm)BvBF3Jie`h+|Ob9xAw+@Z2C;x{tL}#ea;5ixudLq{P zWExSy8fyIJ@$^N>F4Gty9~~X{qm})TUgt&pr__)(x7aW)Goh0ckZJ|9BS|2C0y?^# zDZu6vjg&qo`wlkS^kEq2^5`#W^&WmVRtBKzyqPSw-kE0+SdUIT4)0H!ur6hw9qurlzQI4 zvV2p$skFfxr~LWsjwH=t{SxRkz0vH##+<15FpjCqz^QECINpT-hc5-SW_wpuFX-F` z2{sUsym`arAIDDwE`o!~>F}WaUG9W*F1`ct;*#ZX5P?GG^X2P}tgv1$E~h0OE$po~ zaehluk>q0i_y@SfEK-q5)7w2Pd>dv!OBC;!)e?^?$r)bZ8A!2GRSy zj3?L(Z4G8_X|5LK56zuT}9{uIq@`L&{FoFuW? z{CY;Om2hWMLMnQunLRL*Y7j+r3BdCCj8vSh&?iW4<~fjD5*+BDr3a%1(%JoY)Xb@+*@O34BtSLYQUwUr|U7>oX_ls2fuN%pJYlpUY zY8aO_#tL-x^&{<$^*5Gf^FHiN<=`j*5q2V?`ojo%Ia?zuELMK;RN2cUMwVA+3zRX3 z%1)puplw{%L307fT1UTZ~$T>%vwTw$YQ3 zf^aqiRQFNBQ*KZKa>Rj+3+<@*Sj!-qN4MCRL8U~Ci5XaO4e13@V0DAAD>a$@941?a zk;gCS58dV3T0reuda>R?IjNOO?40tzQjtPL zqz1PyD)8MsaUF7Ktrxuv2gB}t{vL&KEbq>ffcNAy5VOPap7J&(CF3oBGuv%REq)#r zqu|fnHFmSdih?ipWGJ{3IF74jgQ00*z_X(VZlM1b=Z{r=gboeSTp><6t}|2BOufJM z7y zn5cCkBX{}k4YQ3rn%|4QHzI&_zy;|J_VdKs(w85?{Ym%$gH)I8X+dF=CQY)}_)2`K zPrX5k0d5H{_P}c%7ZrT5Ui03dP7l1Ad>41NBmRgyKQCbkZ-c*Lm~1|=S4XLY`_K0t zr&%wQ*IqvB01jC??K>0y(f9!YtX<*7wjkOVCysNC@hQU_T^=E$6F3`u4LuUz^C=In z9S3vAYJGPcR=tmH%D1DaypY-c02sNVyqt1pd%tAVi*bl z=Mkt$+t=cgAScWJu?F8ufgrEoprV1Y@3Itg0giYGw@VG5^pcIO8k;2Z^3;jh>HQ_E ziHQE7S-?Z$ZUNu#N5!~4)9-I@>{YS7&nh~D%MRC!wZl&p@g8E3&2hJzno58GIqLxs z1%jmn5y2V~+d=H_-)q(!*VjRjR0(q1T?zMNQZGL~o7O@%26m8`V=QIDrp8nyk@K%c z)$U}aqQb6N_1$uKA+qKzt=pB zXSP^@ga+>Ddw*g(;>EbFbwu`VvzVTO8!BRaUMAIdOq70W`gNdmAV20kkvuj@$pA+D zHWS0ksko2*Cb2#E+2TJFGr;|<#lnk|JFoJNVubj}SLGj;YseQlj@J!-3}Owe z#o?rC81dWqOiG{c6a5)EdKATF8h1@oj^Q-#h9@|%V6t75-0nC=luzVQhWAXZfjwRl<7kq%pBH#eVJN^ zzR__}w_fu2%y`UB3n6}l+0e|=;&k&2W5U!%Kj*!Su_cCuL6v~2@nHsXHUCh*kMGlu zQMbJxhX8Qe6!cOa&6cZ6r1{$^C!kozj;`hqE;Ljm}S*2 zqL0zHdphytPYQmA#SU3x=Qp->e%=aeGhnfwh!E(gOX_q^zYy@0kQMSgbQzsk!JZ9m zs%VsCv(P@4pG!&v7LH*w?OxM-rnZNh9{MThs}A35+M38{k!1If+pdKiYTH-_*6VTWk{sv}?)+AV zMgIH#_s^{xmMHB!yKH=?Gly81#}ih6VjYtw6E5fQ+R$o7)V1ue61Cs=7{?aR;SDJM z-*qrF&ya&``iag^X37@@>_spYabQy+lJDp3!81V_`4zKs7O~|SSpCx#j<4HcBA9i^ zw@2#lWv~Ws4#51aFS~F0(5A9iu7JZ88SbW#iI|03CE^+X`hUL5C!a5=j6q#Ja6f7{ z6_nZldoTrQSNG?8$9lJ_vT+q->-bM@Zeclln6JAXI>*?W)uaNWch^b2hYdJU6Abpp zStAHKp|UBo{~|7MZLD}z4?n5ps`DG}Gqh6_Y+{{mPC%vJ<+nq}s?BEV?c>uk$DwKM z%Tu$$BEUZ+B&1S&GY~9vLc!6Q%S8&KGr@ zD#Q*i#t6UsznDaPu(eD%Q_ev z)+e8d=7+qKJ}PoYv(T;jF(||ej(L#h3y}@aEe7H)5><0sP(RiIg*zuid+0f0UTo{ZKmubrFdN%$UCOSD zK-(4s)$QC24%JmpsW#yd7#j92HJxAx(cdFsNmz=DR?5~1(2B#MMVTX|R4PTPw41 zw4 zcPEu*lzJp4lV9C~;g3ZuEu1|J0m4fB$tvD4M&_EVFF?#}BOU4E@RttG1D zY(RRPL9aTQ3ceb{PlSDWp^qHiu7%})*temW8mW*2@`|HDcAW#VV`OZ9eCmtF#tS6B zvN=J2!Xi7Vf%4mZxn-ruW~N{>*vMpqwM5r$PtP(W`Q*FD$T$2V$`KqX>-n05vKP#~ z-Z0bFiZx8NliQnV;J^%5opQ&MK~Ku+p@B&f4{g@{#Dcawld{}nWGn>l;gv(Ow)QqM z+cSZguWrO~D>i}$A;ApWg-xFiZqVv9+&Ay2x}N@>=P5;s3$;YU(QkX{o0`6nF&!Xl(#;wMr z=n!wsv@B90t)~8&)$1;}{UM+Lf(4$X#2fF4(;gFu=CM~?Te`&N7KjmbNh!Ap+!Gs& ze@>PzXb{NOL|ql@07a0hWniRf3~FyCj)9TgKkonR>zM)22Sxpp+<_FbX>R&&NymA| ze=fI(?N|8|wHTHqsmnPhZ7~cZoEa@wzL*!AJjl@a#E@L~>Q%MO0j#ydis;^_y+lmk zgef`hzj<5;fsCkRyfhJw8VgFHjnLsW#I}zIgI?!iXRb1Gb4|UL)5%qA@eHlnb+0|R z}K zsv!iLwkw8;i*M_XRBpjnwNfOVaH1%(dRmKo>uN&8M}Dvxwz}U+DA?C z*e!){YD1r=qV-H(|3{C?tih`voo=Mprf>G2A1^3%n{fRu=CN_u)O?%wJJTaM1PMJxN9U#e!t%YZc3va1OP)EAcO{xfgA(Sa^=^;30Y@e?zBe74?1}=Cp1u#(G*U|Jkm}|gz8R<*(m$a|qGnO+~yRWD7 zB$Lo#$tKIhDl=v#`De9DWFm1@W>TOYw$KNZnPP3o?Bxuqdp6_;NxAf_75OMb6e<#U zQiHX=&G7udLz_O%ONBC$dT%QA6GsB@c-_268|@b$SBC!JV-R($LyL8VK|%40eBERa zHXZcAta34V3=y90oCaCD((1R5-sZ6e#sZ=j94%Acr^m*4>*gAx64))kMF^VckC_wI z_T1RNl$@3+J-1y@JDw*4^)nVZ(@PD1qjehR3lSf%7k`hb^ENLt9bhs^nTj<#eEs&- zJe9%ZyZ{1?6ui=09CjQHsvgqe+7Wl=>LrRxt|!CZPq{Tgi(7dP)WU$ZwY)ROcJ^F) zm42*WApQ{HXP4fGlno9E=~hlZ1(do>|#c<|73nuby3x+gROokQw zN0VSQm=!+S4FcD#k)voxOUPXjjB~lF;5~t=(9b0qk73f82dfN>jGlQDEv{N~dyB8V zjkp8GI^cK3WJyu!!W=kvJ2wZbkqdCDlal&cju@e(~LKDKw(t=KW$s7B&TG>;^f>wI32h$^--hq_m<#>^>?3_+zgStE`C$* zZ)CxvOokX2+M#RrueWA+bEVwjkHt~fmik^_d*gX%DDTg|$k*ppIAd^VffC!Ysic{d z-h+e8RJyfzt#)0Z7!UQ+0nNSN1Uln_2OvDFifM6vJY!iVc#@IzoeY00I>DS{H|c0; zQq+HCgAs22-S3Th_HL&gid${JBNsUFt1RA}kv08h!6cx03I~HU7a2cG(qE4#D*2+( z%St}4`>Lm0LHl2?u09#xy<^%P*Q^~5AFCz*Hpe&OQ3m6cO{dS*mohcv=lCy@6IgMD3i_!2pM zfB3M0cj&TfgksO-_EqnB4} z(`b1_%+l*qL{J5bQPN&k#-~%+SXXXnP2(C(Yv)7s0jy5gr3weF8-afF6e@F> zid8*=(tXDPsEIkJtKn;6hco^jJ;Wv2C8-|2mcVSm!+F{8en?J2jv#|s|4HzgXIYq@ zg-DJ{E@3@E=krASAz}RoCuz()DpLSZx{D~a^434fZErs#a}pw1K+>pF$NtaL%Z< zQ5`s?e@A**CphL$EB2>F3kPXxx|Kx`_4A+Sb^vt5i@xNw4E&h(fXk5XIlbx`kgVXO zVziu(-50xW@n=r-W}k|TZ;-Q81|Oq@{yVKaJE7jI4a!Y7I?ZvXb?y82vn43{&i#%Q z4i9H_86r1O2kl~+)4e|F?MY5a{Woo2T-N^m`fJ6e_&AP={M9i7UhPLBYBFV3&oWz) zL^whDV+taSQF&)6Dc3a$YhQuy3ZNB8-*ABpjc!uT84JFkVpeh@0TUECMVzM?N0@Yc z%FF7>@I&*CrpZ#y-ZE-3XyI%TyRni=dH>y9ynHM_^gYfOE&)F~J*%E5iV=_G;ismB z3c0~O<&@aTodQS^0@Na5tB*XD>mk6|#gdzf54&{9Z=3Vu0i1HkH&EB`=IL7Ni#D`g zt_Khtu)ND*wfickm8bG{C9ru|`v64>3=OE!K9Z$7x)-B4<8skkg3?t`*!wNMq-)D< zoyl6Ek$18R{IsB4?ahALTpKT(VsY-^uS<7~qDqmeGYB1s>lpPM1+z3nNt}atZk%~i z7*08(yYqSpE!dPgTjM&NOCh^u&zpY++zv3QXV~Ot1>k#`^kI zX_keQ|At_q*`Mv;4Ye5FN)2YtF>~)WONF@`kNGd<@%S-w&&(dZfBC*`2XgVGvEXMkX=i8?F@D*?};=>&x5|(v|d& zj04TkH24MBv3MEM<93{?9R6Iu;Xya4NyeU3_}qjo9YCP;`)s>LBH~_B&Wxm)Vk;X1 z#yOt5=Q|xLTE)_xo_zAp;6MK#GpAZ~&P$jLnD7aIEAY5BGmBS>qv@~5l@gG%VOd}N zotYW^r&&Jn5=}~Fy_ZXftd*PZ4xTEr8UCPFy9{uR%#xCfJoQ&Fb3aQI&j^KNoeX&NuE7aZPU zu{{;na9lKxh+X>6Le~*_C|y2NnZ5g1rk>Ee^39Kz-NHg1#ROBC<)RSDKm5tETIKl! z0cK4~uSsuwVVZ1&V4JsFlk;|ue7+J7x@eTtplGc1i?fygTW z))7+p%$PmQN<&1`%*1unMjYs*fX4_l&ghvDNw?T%c_IGdV+$`wl#JF{0vi^g_L!iRy#l*p^I&;FpADe z%O5{UA9RV^iBjQF@mg!-OYC@=|3Ufo9tW22^ij@w!DRD?#ZzO;JnXE@c|qbcHNlwP6Uh9fjXc%?FH3TH0`~YI@u*AL@26=kWKB-H}=L@8%*sTZ2H^pTp1x% z3D(S1YngFf_C&9L>No1p`NqSrSxXtl7(FipS6Y|ko#A&;sC;D|FdHUN?<1dTDfjB( z+@6V&H#Mf~d%R@-yvE6q(;{Fh0;5Pd>r#AmyHxD=-eK9fqWiLQ%{-ZRf*}@5MEaN^ z`Am0l+5LMqGD><;UugzguN+hyQfQ5v+dWeHGa1jNmRNiRMdZEg?6kZOr5oUKN#ZjU z9Yzs-wE(h*ihUEveyCh=@%Ya8cit?rVX`hGr}Eg#vI^Yw>F>#6f_=JZidMiN2mb0C zBl;^3ewXkoj(_a2zq)Hrgk%;AFOi!#yY@w*v~;1sn83h(HBZ%<*~b z(>R*dxlX+Une11>k3dGM7^<${$I)bDW_8&7Fvp?PNaFK+e}{EL3zjyaFm5mW#2u|8 zp+6?;1eU|7gKY+IB}sRFK^Wf#S$bdDbP?asT>L~nWQnGUS}-tZ#sqeY;A3ar4+hSb zi}v|3`SM>vdwKP(?U!-WJ*XI`@{n=mje@}BD}KnBZVoRy8xAaz%nDV@m>aLdgLA28{VM%3<%;@_XhytuPZuof9akV3m!(PH46$ z?Owg8xdVJMe{Xp$(7oKc0X==~MJa)WeEY_k)elk3+w>9{Fg}J-2VI+>pj~ixJFm9C ztW+w9XDKz7>w5g~08Xs_;BKx~6DnftvdneUVA8}w9!J}Tx2#|%gOKD*e<$a77*#aA zrYf6|ivLQC%9+xb#UcaU|eTK9oSl9fvVM1h*gxCrMnTdkK@ zzne9e+p05^!(>4`3+(l!I9X~KYJWmADki%+k@H~t@QYB4aQgFfhhNpcCyQhtO|d-+ z^*h-4i#`)yQ?A#1XQtx%jL%@-uM)nX9w*AADFz>JyFxL14hHs{op$0qD4PDYfRP2P zRfll0MSWBrW;l%eK7OWaDd1Y2ycmqROJFFTE5m}{8cfDufV>GA?obwA(f*wtMKKq# zK>ZCL**mU6$+F`cI3wRw{H9kd?3P4&&A^1m66Fj?`Xj(T(Gc{K+&Q9x5YetNi(R$uU|nTl1m2_HFvO%MOjbHeiUar@~fs_n;8xoph=6 zOw^&@MBapyjKpq*iSJJ}md&O&7yyE~Sd8{LzVd~29d{_KC#*~*@q5?!c&_^(XNj$> zY1Mehq2P?poZ>cvkRD`CEWnTvV|?uvhlRe^P+9CD5}Gx8<#E7qPkj-R-Jdx={k~%Z zR}?mX?QYJHEfxP>U=1Hrw<>OjCjETXnfpqj&CJ{}oYyFYLWWFZ=Byue_iPdc1Il6C zRcO+1=2{B4cK-4hGl?ii@q35`=-uh{P5xniJFQuvE6(|ZRb|wuniXU>s?C}ce5oQj%Q(cLw znD~#WtoqJeqk#Y$tv2$t8fZ+)Z>@?koX#W~><#}jyOv0OTz5SWCE#@x+jAKPAnKb& z!R%Ks9gBTR*2Ndo0}3H2Bqb$13nszs!eYWM?-)^JeT*oGj3qo#Ia)3wl9caDRejlc$!w zqyPOO`EYVAv#fUFTgid%mo8j7Sirx;bxp`$V{sM;#7p9ff}gc7*{&b>>w|ue73>-2 zDrD?=`W76scA|?iGmbuI-n5vF&rmk)McvjJZ_VJeAqp&bU}{VEU0~kbr*&V3rF)7r z!~H;TgG32!gDWiKDuhofG2;S5R>-YWP>S4bo&bODsU!RYo>PSaH~PPFH!B6M;jp^w(&S>1V-Ks#I!C`R0e#7N!_S^)ubp0Eo1T19 z+7H}GnoOn<(<9vjHS}9Mk0A&Jx>OX6GqFJ3oRg1j#$q0~f%<)frQd2ILpD%`K#xdm znf6*U8-e%&@Fqet1VX0aPvD?tefw=>L{u#9n}P~UUX?By+>TtlwLaKS1iTp=@BJfc z*$duu){Cz84oMD-E)G2u+l%DmJax$wTMM@Cq4O`0nIFLQL-Zsk2aF=(!F2H7-COZe zV+=%8NDD}ll$O3d$~dfp`qJ4shS#b@mD75Y?3*hF6OR%e#O@lK+)gR|vH+4!BT-+{ z9bq}?b(1OVd+|bkdUfH+e~qjjeXkU0`bYF!o-E(MCMOCsF9pj+k)$nU!9^>yw#`G5_}H7c*srOzrb980vjqcwcG zX7617Q6kk;BMfzeaX_I9rI_5CJUhPKv?ZfA^yQ0|L$9^Xq&EZVXh4ANpo;8VA+7mU z>;{Px(DmKtcmMrnF`o0NUR*xeWO>K?`e10`GZ>A4n4I&;$DVvjI~OM?CaWGMi54PS zG>*QwnjKg=Z^U=9=VtXi)c*?(2l4na1;ZT<4v7oT+c{3x=?Tzkwai+aWPt*TAWfp@ zL}N&poIVV}V9=6e_$!QNp3P?ReE<93|B9-}Ig^*ZF1;196enAl-ZBr43;pu)(t;f@ zESE1ZCD|SalfaCI)kzj|_IrSNc_>&WI;VU&AxG>r`K(Bioalh_vM!g)4>DmcG<>EB zI53FmQ=uc~IpD;FbjwL(amru_P_TW0_JALqLm-^&PYw{q1@(IU0izvK8*&n7a0H2g zSb={zL7z++V+!YtYiul?6ZBx?Q)L2)kr6vDKN!qTQW6cXT4&tFNXWT3VWvBo{1gyQCpmiawOY-j ztX!%*KPQpbiEixd>{x>DG@_#S&9p-}FeEPAV@?&oWHPa2fYGMTK~^LZkg(vza7LWc zM5a*!<2vUCQ1k%Z)2k=IkdU&sopLCG2xr&{74wYv9j#W&+AJi!u=TlHoZJhZ12F{@ zis~CF?O*-XUzzhI-s{C;(d4F1`_@LIVac!aUUU|Gp-@QKY}Rz&&Ixf&k{^Eu{st`? z+#W$MNenTBV#WYT2?^z3Ffc^ciAtDMW zW*}S5=kpIX7ze_+p?L}PeRxU0;v@&40(@bh4j88#0yZBHo}c9;uTVh(vt3_bn{6YB zf>W1|m8;Xkm*>i%r&oA)clUsm4QXsJ7?=_NU@$PPtaJ7}BQhb9Kt^#gs-43-sLrUs zAw+>DF$6_OX4QYR0Ai<(N0KvOD}6bgmRAO=(ei&{uO z{PX#IZdIJqWCeJ%TCG~3IzB#@$K$d2;@xidLC=;;ADQLx@v&B`m0GQq4i692Znqye z_azbu?eFia-EKedl?NVoy7iG1@XV=xNMP|4a1H|@k->n13LF?3T{sss9EWPPYWt4l zq+Bjr;AD?bodyB{rBW$nG8u!nsi5i2I_-q{j7$KdTJ(Co+S}W+fXsKr-3<8-aOHZv zR<&9+^a7$S{Y>^1CQi;FL{yqoM|^*t4Tyjf^>bPP(=wn?0d5|RM%EtSj8m|{69|Pu z#%`yYhEU9&r614dB9OAjNwQ!^b3UBO3Dq$Op>yz2p-?b{h+#t*zA$78&J0Bi@05g` z#2cQUP7XOS=*4ppz$wX?HhdmEeEa=C1%2!$MEPJ$yN zOZ)x427`gMP9V}U#uU_(ikN=1bNnw!D~O_#j7>r7Y`F{u1KVq~+j6onFBlJSw4+lM{Qm&e5&0SWG)RI}hwAommnLS?A<8pdkL)pHCek8;9A+%f%0! zJ~q`NI%P6X0u%w8=RieCwaQFq^pKd{z*Hu~gDmprv&hN%sdPx{VzHR<07%~ODWA<| zIygA6=SRT72@QA;IGziFsvKm&X;n$mNfzx4Oz;$_WSmtP7bZU&)Br?;3p$(4+8A7C zzq{FNnnNE+Db}s{rUTy*pqv~LoD@MiXsI||1IhU5>GRB;@*rnGVDEOjU7H}->2w~T z4phpSOy+^92uOj`eiFl`SS)7JHzz@ni-UUtGF3jGf52U!Z%oq1cK|8}Hm9PcAmHcX zHvnoyLg;j$YM6x#SFy;KQBaXTlbDYPa!Nh(sc0EaeQk z>2%tXYKjU*xx&eCn!IqnsY1Cco$3bECO8e!cjuhYM|S=WS_aP96S!RR&w%kKlZih6 z{Bx~VD|0(TgYBFvPGV163m<>(KqsLLf+xrqi4(sM(j9U^_&$&jIjb07Ipxy8{J~(* zq>%Z1-o7)5dZkjaGsU@d`t}oeo$P)p=U6PJ+uK{)r}X3@RDzHYH{g-cYNbWRy^Enu zxm>|5BMuM*I8ws@LmAmgWpQTh!<0=N2d70sVgl0E}WO;MY1oKmY&$ M07*qoM6N<$f+qf$@c;k- literal 0 HcmV?d00001 diff --git a/17-refactor-bug-fix/resources/textures/popcorn.jpg b/17-refactor-bug-fix/resources/textures/popcorn.jpg new file mode 100644 index 0000000000000000000000000000000000000000..9f82106f468a6c55a285390b2603c58bafc6df8d GIT binary patch literal 6006 zcmeHHNlX+$6#doJ+w>4a!wf1OWYv)vGCjkv%!L4gK*R{*dK*-9JeYteXkr4mpq>Ob z^aQwo-cZ5iU_f!>hAZI3an}>LOQP+s2El^|^=Rr>>euV4|11AhRX=mkd;;Nxc?Eeu z2!VWTV20p(ZcVTppr{Cv06+yh0icM8P>YUC;Aw2a!fdUH$m8=M;JkAJ;|hreiREH% zCbK4S3vvAtZ?G)D9ifAGEbKts-4Fy3N0!@OE$pc zHoSg!y5F4|V`TV!Y5o*9R(}9M!5q=;@fa<_&s_y*p;H*w(agt?0|FigAVod`hus2`k3v9k>pnE=9x|S#o4?K#8kxcEJz3;}&Tet7@-@SML!NW&`L&Kq`&z`?{`RetXx1;agfB5+6^Ovtd0mIAy-1Kgj@-^ f5^^QvO30OvD>>>>>>>>>>>>>>>>>>>>> `date`" + if meson compile -C builddir + then + ./builddir/sfmldemo + else + echo "^^^^^^^^^^^^^^^^^^^^^ ERROR `date`" + fi +done diff --git a/17-refactor-bug-fix/scripts/windows_setup.ps1 b/17-refactor-bug-fix/scripts/windows_setup.ps1 new file mode 100644 index 0000000..73ed4d1 --- /dev/null +++ b/17-refactor-bug-fix/scripts/windows_setup.ps1 @@ -0,0 +1,255 @@ +function Test-WinUtilPackageManager { + <# + + .SYNOPSIS + Checks if Winget and/or Choco are installed + + .PARAMETER winget + Check if Winget is installed + + .PARAMETER choco + Check if Chocolatey is installed + + #> + + Param( + [System.Management.Automation.SwitchParameter]$winget, + [System.Management.Automation.SwitchParameter]$choco + ) + + $status = "not-installed" + + if ($winget) { + # Check if Winget is available while getting it's Version if it's available + $wingetExists = $true + try { + $wingetVersionFull = winget --version + } catch [System.Management.Automation.CommandNotFoundException], [System.Management.Automation.ApplicationFailedException] { + Write-Warning "Winget was not found due to un-availablity reasons" + $wingetExists = $false + } catch { + Write-Warning "Winget was not found due to un-known reasons, The Stack Trace is:`n$($psitem.Exception.StackTrace)" + $wingetExists = $false + } + + # If Winget is available, Parse it's Version and give proper information to Terminal Output. + # If it isn't available, the return of this funtion will be "not-installed", indicating that + # Winget isn't installed/available on The System. + if ($wingetExists) { + # Check if Preview Version + if ($wingetVersionFull.Contains("-preview")) { + $wingetVersion = $wingetVersionFull.Trim("-preview") + $wingetPreview = $true + } else { + $wingetVersion = $wingetVersionFull + $wingetPreview = $false + } + + # Check if Winget's Version is too old. + $wingetCurrentVersion = [System.Version]::Parse($wingetVersion.Trim('v')) + # Grabs the latest release of Winget from the Github API for version check process. + $response = Invoke-RestMethod -Uri "https://api.github.com/repos/microsoft/Winget-cli/releases/latest" -Method Get -ErrorAction Stop + $wingetLatestVersion = [System.Version]::Parse(($response.tag_name).Trim('v')) #Stores version number of latest release. + $wingetOutdated = $wingetCurrentVersion -lt $wingetLatestVersion + Write-Host "===========================================" -ForegroundColor Green + Write-Host "--- Winget is installed ---" -ForegroundColor Green + Write-Host "===========================================" -ForegroundColor Green + Write-Host "Version: $wingetVersionFull" -ForegroundColor White + + if (!$wingetPreview) { + Write-Host " - Winget is a release version." -ForegroundColor Green + } else { + Write-Host " - Winget is a preview version. Unexpected problems may occur." -ForegroundColor Yellow + } + + if (!$wingetOutdated) { + Write-Host " - Winget is Up to Date" -ForegroundColor Green + $status = "installed" + } + else { + Write-Host " - Winget is Out of Date" -ForegroundColor Red + $status = "outdated" + } + } else { + Write-Host "===========================================" -ForegroundColor Red + Write-Host "--- Winget is not installed ---" -ForegroundColor Red + Write-Host "===========================================" -ForegroundColor Red + $status = "not-installed" + } + } + + if ($choco) { + if ((Get-Command -Name choco -ErrorAction Ignore) -and ($chocoVersion = (Get-Item "$env:ChocolateyInstall\choco.exe" -ErrorAction Ignore).VersionInfo.ProductVersion)) { + Write-Host "===========================================" -ForegroundColor Green + Write-Host "--- Chocolatey is installed ---" -ForegroundColor Green + Write-Host "===========================================" -ForegroundColor Green + Write-Host "Version: v$chocoVersion" -ForegroundColor White + $status = "installed" + } else { + Write-Host "===========================================" -ForegroundColor Red + Write-Host "--- Chocolatey is not installed ---" -ForegroundColor Red + Write-Host "===========================================" -ForegroundColor Red + $status = "not-installed" + } + } + + return $status +} + +function Get-WinUtilWingetPrerequisites { + <# + .SYNOPSIS + Downloads the Winget Prereqs. + .DESCRIPTION + Downloads Prereqs for Winget. Version numbers are coded as variables and can be updated as uncommonly as Microsoft updates the prereqs. + #> + + # I don't know of a way to detect the prereqs automatically, so if someone has a better way of defining these, that would be great. + # Microsoft.VCLibs version rarely changes, but for future compatibility I made it a variable. + $versionVCLibs = "14.00" + $fileVCLibs = "https://aka.ms/Microsoft.VCLibs.x64.${versionVCLibs}.Desktop.appx" + # Write-Host "$fileVCLibs" + # Microsoft.UI.Xaml version changed recently, so I made the version numbers variables. + $versionUIXamlMinor = "2.8" + $versionUIXamlPatch = "2.8.6" + $fileUIXaml = "https://github.com/microsoft/microsoft-ui-xaml/releases/download/v${versionUIXamlPatch}/Microsoft.UI.Xaml.${versionUIXamlMinor}.x64.appx" + # Write-Host "$fileUIXaml" + + Try{ + Write-Host "Downloading Microsoft.VCLibs Dependency..." + Invoke-WebRequest -Uri $fileVCLibs -OutFile $ENV:TEMP\Microsoft.VCLibs.x64.Desktop.appx + Write-Host "Downloading Microsoft.UI.Xaml Dependency...`n" + Invoke-WebRequest -Uri $fileUIXaml -OutFile $ENV:TEMP\Microsoft.UI.Xaml.x64.appx + } + Catch{ + throw [WingetFailedInstall]::new('Failed to install prerequsites') + } +} + +function Get-WinUtilWingetLatest { + <# + .SYNOPSIS + Uses GitHub API to check for the latest release of Winget. + .DESCRIPTION + This function grabs the latest version of Winget and returns the download path to Install-WinUtilWinget for installation. + #> + # Invoke-WebRequest is notoriously slow when the byte progress is displayed. The following lines disable the progress bar and reset them at the end of the function + $PreviousProgressPreference = $ProgressPreference + $ProgressPreference = "silentlyContinue" + Try{ + # Grabs the latest release of Winget from the Github API for the install process. + $response = Invoke-RestMethod -Uri "https://api.github.com/repos/microsoft/Winget-cli/releases/latest" -Method Get -ErrorAction Stop + $latestVersion = $response.tag_name #Stores version number of latest release. + $licenseWingetUrl = $response.assets.browser_download_url | Where-Object {$_ -like "*License1.xml"} #Index value for License file. + Write-Host "Latest Version:`t$($latestVersion)`n" + Write-Host "Downloading..." + $assetUrl = $response.assets.browser_download_url | Where-Object {$_ -like "*Microsoft.DesktopAppInstaller_8wekyb3d8bbwe.msixbundle"} + Invoke-WebRequest -Uri $licenseWingetUrl -OutFile $ENV:TEMP\License1.xml + # The only pain is that the msixbundle for winget-cli is 246MB. In some situations this can take a bit, with slower connections. + Invoke-WebRequest -Uri $assetUrl -OutFile $ENV:TEMP\Microsoft.DesktopAppInstaller.msixbundle + } + Catch{ + throw [WingetFailedInstall]::new('Failed to get latest Winget release and license') + } + $ProgressPreference = $PreviousProgressPreference +} + +function Install-WinUtilWinget { + <# + + .SYNOPSIS + Installs Winget if it is not already installed. + + .DESCRIPTION + This function will download the latest version of Winget and install it. If Winget is already installed, it will do nothing. + #> + $isWingetInstalled = Test-WinUtilPackageManager -winget + + Try { + if ($isWingetInstalled -eq "installed") { + Write-Host "`nWinget is already installed.`r" -ForegroundColor Green + return + } elseif ($isWingetInstalled -eq "outdated") { + Write-Host "`nWinget is Outdated. Continuing with install.`r" -ForegroundColor Yellow + } else { + Write-Host "`nWinget is not Installed. Continuing with install.`r" -ForegroundColor Red + } + + # Gets the computer's information + if ($null -eq $sync.ComputerInfo){ + $ComputerInfo = Get-ComputerInfo -ErrorAction Stop + } else { + $ComputerInfo = $sync.ComputerInfo + } + + if (($ComputerInfo.WindowsVersion) -lt "1809") { + # Checks if Windows Version is too old for Winget + Write-Host "Winget is not supported on this version of Windows (Pre-1809)" -ForegroundColor Red + return + } + + # Install Winget via GitHub method. + # Used part of my own script with some modification: ruxunderscore/windows-initialization + Write-Host "Downloading Winget Prerequsites`n" + Get-WinUtilWingetPrerequisites + Write-Host "Downloading Winget and License File`r" + Get-WinUtilWingetLatest + Write-Host "Installing Winget w/ Prerequsites`r" + Add-AppxProvisionedPackage -Online -PackagePath $ENV:TEMP\Microsoft.DesktopAppInstaller.msixbundle -DependencyPackagePath $ENV:TEMP\Microsoft.VCLibs.x64.Desktop.appx, $ENV:TEMP\Microsoft.UI.Xaml.x64.appx -LicensePath $ENV:TEMP\License1.xml + Write-Host "Manually adding Winget Sources, from Winget CDN." + Add-AppxPackage -Path https://cdn.winget.microsoft.com/cache/source.msix #Seems some installs of Winget don't add the repo source, this should makes sure that it's installed every time. + Write-Host "Winget Installed" -ForegroundColor Green + Write-Host "Enabling NuGet and Module..." + Install-PackageProvider -Name NuGet -Force + Install-Module -Name Microsoft.WinGet.Client -Force + # Winget only needs a refresh of the environment variables to be used. + Write-Output "Refreshing Environment Variables...`n" + $ENV:PATH = [System.Environment]::GetEnvironmentVariable("Path", "Machine") + ";" + [System.Environment]::GetEnvironmentVariable("Path", "User") + } Catch { + Write-Host "Failure detected while installing via GitHub method. Continuing with Chocolatey method as fallback." -ForegroundColor Red + # In case install fails via GitHub method. + Try { + # Install Choco if not already present + Install-WinUtilChoco + Start-Process -Verb runas -FilePath powershell.exe -ArgumentList "choco install winget-cli" + Write-Host "Winget Installed" -ForegroundColor Green + Write-Output "Refreshing Environment Variables...`n" + $ENV:PATH = [System.Environment]::GetEnvironmentVariable("Path", "Machine") + ";" + [System.Environment]::GetEnvironmentVariable("Path", "User") + } Catch { + throw [WingetFailedInstall]::new('Failed to install!') + } + } +} + + +$isAdmin = [System.Security.Principal.WindowsPrincipal]::new( + [System.Security.Principal.WindowsIdentity]::GetCurrent()). + IsInRole('Administrators') + +if(-not $isAdmin) { + $params = @{ + FilePath = 'powershell' # or pwsh if Core + Verb = 'RunAs' + ArgumentList = @( + '-ExecutionPolicy ByPass' + '-File "{0}"' -f $PSCommandPath + ) + } + + Start-Process -Wait @params + Write-Host "Admin stuff done..." +} else { + Write-Host "In Admin stuff..." + Install-WinUtilWinget + return +} + +Start-Process -NoNewWindow -Wait winget -ArgumentList 'install','chocolatey' +Start-Process -NoNewWindow -Wait winget -ArgumentList 'install','Git.Git' +Start-Process -NoNewWindow -Wait winget -ArgumentList 'install','Microsoft.WindowsTerminal' +Start-Process -NoNewWindow -Wait winget -ArgumentList 'install','Python.Python.3.12' +Start-Process -NoNewWindow -Wait winget -ArgumentList 'install','AntibodySoftware.WizFile' +Start-Process -NoNewWindow -Wait winget -ArgumentList 'install','Kitware.CMake' +Start-Process -NoNewWindow -Wait winget -ArgumentList 'install','Microsoft.VCRedist.2015+.x64' + +Start-Process -Verb RunAs -Wait powershell -argumentlist 'C:\ProgramData\chocolatey\bin\choco.exe','install','geany','geany-plugins','winlibs','conan','meson' diff --git a/17-refactor-bug-fix/shaders/08-frag.glsl b/17-refactor-bug-fix/shaders/08-frag.glsl new file mode 100644 index 0000000..5b3d816 --- /dev/null +++ b/17-refactor-bug-fix/shaders/08-frag.glsl @@ -0,0 +1,43 @@ +#version 330 core +struct Material { + vec3 ambient; + vec3 diffuse; + vec3 specular; + float shininess; +}; + +struct Light { + vec3 position; + vec3 ambient; + vec3 diffuse; + vec3 specular; +}; + +uniform Light light; + +uniform Material material; +out vec4 FragColor; +in vec3 FragPos; +in vec3 Normal; + +uniform vec3 viewPos; + +void main() +{ + vec3 ambient = light.ambient * material.ambient; + + vec3 norm = normalize(Normal); + vec3 lightDir = normalize(light.position - FragPos); + float diff = max(dot(norm, lightDir), 0.0); + vec3 diffuse = light.diffuse * (diff * material.diffuse); + + vec3 viewDir = normalize(viewPos - FragPos); + vec3 reflectDir = reflect(-lightDir, norm); + + float spec = pow(max(dot(viewDir, reflectDir), 0.0), material.shininess); + vec3 specular = light.specular * (material.specular * spec); + + vec3 result = ambient + diffuse + specular; + + FragColor = vec4(result, 1.0); +} diff --git a/17-refactor-bug-fix/shaders/08-lightsource.frag.glsl b/17-refactor-bug-fix/shaders/08-lightsource.frag.glsl new file mode 100644 index 0000000..c208aa1 --- /dev/null +++ b/17-refactor-bug-fix/shaders/08-lightsource.frag.glsl @@ -0,0 +1,16 @@ +#version 330 core +out vec4 FragColor; + +struct Light { + vec3 position; + vec3 ambient; + vec3 diffuse; + vec3 specular; +}; + +uniform Light light; + +void main() +{ + FragColor = vec4(light.diffuse, 1.0); // set all 4 vector values to 1.0 +} diff --git a/17-refactor-bug-fix/shaders/08-vert.glsl b/17-refactor-bug-fix/shaders/08-vert.glsl new file mode 100644 index 0000000..eda4400 --- /dev/null +++ b/17-refactor-bug-fix/shaders/08-vert.glsl @@ -0,0 +1,17 @@ +#version 330 core +layout (location = 0) in vec3 aPos; +layout (location = 1) in vec3 aNormal; + +out vec3 FragPos; +out vec3 Normal; + +uniform mat4 model; +uniform mat4 view; +uniform mat4 projection; + +void main() +{ + gl_Position = projection * view * model * vec4(aPos, 1.0f); + FragPos = vec3(model * vec4(aPos, 1.0)); + Normal = mat3(transpose(inverse(model))) * aNormal; +} diff --git a/17-refactor-bug-fix/shaders/11-frag.glsl b/17-refactor-bug-fix/shaders/11-frag.glsl new file mode 100644 index 0000000..767caab --- /dev/null +++ b/17-refactor-bug-fix/shaders/11-frag.glsl @@ -0,0 +1,46 @@ +#version 330 core +struct Material { + sampler2D diffuse; + sampler2D specular; + float shininess; +}; + +struct Light { + vec3 position; + vec3 diffuse; + vec3 specular; + vec3 ambient; +}; + +out vec4 FragColor; +in vec3 FragPos; +in vec3 Normal; +in vec2 TexCoords; + +uniform vec3 viewPos; +uniform Light light; +uniform Material material; + +void main() +{ + vec3 mat_tex = vec3(texture(material.diffuse, TexCoords)); + vec3 spec_tex = vec3(texture(material.specular, TexCoords)); + + vec3 ambient = light.ambient * mat_tex; + + vec3 norm = normalize(Normal); + vec3 lightDir = normalize(light.position - FragPos); + float diff = max(dot(norm, lightDir), 0.0); + vec3 diffuse = light.diffuse * diff * mat_tex; + + vec3 viewDir = normalize(viewPos - FragPos); + vec3 reflectDir = reflect(-lightDir, norm); + + float spec = pow(max(dot(viewDir, reflectDir), 0.0), material.shininess); + + vec3 specular = light.specular * spec * spec_tex; + + vec3 result = ambient + diffuse + specular; + + FragColor = vec4(result, 1.0); +} diff --git a/17-refactor-bug-fix/shaders/11-lightsource.frag.glsl b/17-refactor-bug-fix/shaders/11-lightsource.frag.glsl new file mode 100644 index 0000000..c208aa1 --- /dev/null +++ b/17-refactor-bug-fix/shaders/11-lightsource.frag.glsl @@ -0,0 +1,16 @@ +#version 330 core +out vec4 FragColor; + +struct Light { + vec3 position; + vec3 ambient; + vec3 diffuse; + vec3 specular; +}; + +uniform Light light; + +void main() +{ + FragColor = vec4(light.diffuse, 1.0); // set all 4 vector values to 1.0 +} diff --git a/17-refactor-bug-fix/shaders/11-vert.glsl b/17-refactor-bug-fix/shaders/11-vert.glsl new file mode 100644 index 0000000..276f393 --- /dev/null +++ b/17-refactor-bug-fix/shaders/11-vert.glsl @@ -0,0 +1,20 @@ +#version 330 core +layout (location = 0) in vec3 aPos; +layout (location = 1) in vec3 aNormal; +layout (location = 2) in vec2 aTexCoords; + +out vec3 FragPos; +out vec3 Normal; +out vec2 TexCoords; + +uniform mat4 model; +uniform mat4 view; +uniform mat4 projection; + +void main() +{ + gl_Position = projection * view * model * vec4(aPos, 1.0f); + FragPos = vec3(model * vec4(aPos, 1.0)); + Normal = mat3(transpose(inverse(model))) * aNormal; + TexCoords = aTexCoords; +} diff --git a/17-refactor-bug-fix/shaders/12-frag.glsl b/17-refactor-bug-fix/shaders/12-frag.glsl new file mode 100644 index 0000000..3986b8e --- /dev/null +++ b/17-refactor-bug-fix/shaders/12-frag.glsl @@ -0,0 +1,67 @@ +#version 330 core +struct Material { + sampler2D diffuse; + sampler2D specular; + float shininess; +}; + +struct Light { + vec3 direction; + vec3 position; + vec3 diffuse; + vec3 specular; + vec3 ambient; + + float constant; + float linear; + float quadratic; + float cutOff; + float outerCutOff; +}; + +out vec4 FragColor; +in vec3 FragPos; +in vec3 Normal; +in vec2 TexCoords; + +uniform vec3 viewPos; +uniform Light light; +uniform Material material; + +void main() +{ + vec3 lightDir = normalize(light.position - FragPos); + + vec3 mat_tex = vec3(texture(material.diffuse, TexCoords)); + vec3 spec_tex = vec3(texture(material.specular, TexCoords)); + vec3 ambient = light.ambient * mat_tex; + + vec3 norm = normalize(Normal); + float diff = max(dot(norm, lightDir), 0.0); + vec3 diffuse = light.diffuse * diff * mat_tex; + + vec3 viewDir = normalize(viewPos - FragPos); + vec3 reflectDir = reflect(-lightDir, norm); + + float spec = pow(max(dot(viewDir, reflectDir), 0.0), material.shininess); + + vec3 specular = light.specular * spec * spec_tex; + + // splotlight + float theta = dot(lightDir, normalize(-light.direction)); + float epsilon = light.cutOff - light.outerCutOff; + float intensity = clamp((theta - light.outerCutOff) / epsilon, 0.0, 1.0); + diffuse *= intensity; + specular *= intensity; + + // determine attenuation based on light distance + float distance = length(light.position - FragPos); + float attenuation = 1.0 / (light.constant + light.linear * distance + light.quadratic * (distance * distance)); + + ambient *= attenuation; + diffuse *= attenuation; + specular *= attenuation; + + vec3 result = ambient + diffuse + specular; + FragColor = vec4(result, 1.0); +} diff --git a/17-refactor-bug-fix/shaders/12-lightsource.frag.glsl b/17-refactor-bug-fix/shaders/12-lightsource.frag.glsl new file mode 100644 index 0000000..c208aa1 --- /dev/null +++ b/17-refactor-bug-fix/shaders/12-lightsource.frag.glsl @@ -0,0 +1,16 @@ +#version 330 core +out vec4 FragColor; + +struct Light { + vec3 position; + vec3 ambient; + vec3 diffuse; + vec3 specular; +}; + +uniform Light light; + +void main() +{ + FragColor = vec4(light.diffuse, 1.0); // set all 4 vector values to 1.0 +} diff --git a/17-refactor-bug-fix/shaders/12-vert.glsl b/17-refactor-bug-fix/shaders/12-vert.glsl new file mode 100644 index 0000000..276f393 --- /dev/null +++ b/17-refactor-bug-fix/shaders/12-vert.glsl @@ -0,0 +1,20 @@ +#version 330 core +layout (location = 0) in vec3 aPos; +layout (location = 1) in vec3 aNormal; +layout (location = 2) in vec2 aTexCoords; + +out vec3 FragPos; +out vec3 Normal; +out vec2 TexCoords; + +uniform mat4 model; +uniform mat4 view; +uniform mat4 projection; + +void main() +{ + gl_Position = projection * view * model * vec4(aPos, 1.0f); + FragPos = vec3(model * vec4(aPos, 1.0)); + Normal = mat3(transpose(inverse(model))) * aNormal; + TexCoords = aTexCoords; +} diff --git a/17-refactor-bug-fix/shaders/13-frag.glsl b/17-refactor-bug-fix/shaders/13-frag.glsl new file mode 100644 index 0000000..01f8c14 --- /dev/null +++ b/17-refactor-bug-fix/shaders/13-frag.glsl @@ -0,0 +1,150 @@ +#version 330 core +struct Material { + sampler2D diffuse; + sampler2D specular; + float shininess; +}; + +out vec4 FragColor; +in vec3 FragPos; +in vec3 Normal; +in vec2 TexCoords; + +uniform vec3 viewPos; +uniform Material material; + +struct DirLight { + vec3 direction; + vec3 ambient; + vec3 diffuse; + vec3 specular; +}; + +struct PointLight { + vec3 position; + vec3 ambient; + vec3 diffuse; + vec3 specular; + float constant; + float linear; + float quadratic; +}; + +struct SpotLight { + vec3 direction; + vec3 position; + vec3 diffuse; + vec3 specular; + vec3 ambient; + + float constant; + float linear; + float quadratic; + float cutOff; + float outerCutOff; +}; + + +#define NR_POINT_LIGHTS 4 +uniform int pointLightCount; +uniform PointLight pointLights[NR_POINT_LIGHTS]; +uniform DirLight dirLight; +uniform SpotLight spotLight; + +vec3 CalcDirLight(DirLight light, vec3 normal, vec3 viewDir) +{ + vec3 mat_tex = vec3(texture(material.diffuse, TexCoords)); + vec3 spec_tex = vec3(texture(material.specular, TexCoords)); + + vec3 lightDir = normalize(-light.direction); + // diffuse shading + float diff = max(dot(normal, lightDir), 0.0); + + // specular shading + vec3 reflectDir = reflect(-lightDir, normal); + float spec = pow(max(dot(viewDir, reflectDir), 0.0), material.shininess); + + vec3 ambient = light.ambient * mat_tex; + vec3 diffuse = light.diffuse * diff * mat_tex; + vec3 specular = light.specular * spec * spec_tex; + + return ambient + diffuse + specular; +} + +vec3 CalcPointLight(PointLight light, vec3 normal, vec3 fragPos, vec3 viewDir) +{ + vec3 mat_tex = vec3(texture(material.diffuse, TexCoords)); + vec3 spec_tex = vec3(texture(material.specular, TexCoords)); + vec3 lightDir = normalize(light.position - fragPos); + + // diffuse shading + float diff = max(dot(normal, lightDir), 0.0); + + // specular shading + vec3 reflectDir = reflect(-lightDir, normal); + float spec = pow(max(dot(viewDir, reflectDir), 0.0), material.shininess); + + // attenuation + float distance = length(light.position - fragPos); + float attenuation = 1.0 / (light.constant + light.linear * distance + light.quadratic * (distance * distance)); + + vec3 ambient = light.ambient * mat_tex; + vec3 diffuse = light.diffuse * diff * mat_tex; + vec3 specular = light.specular * spec * spec_tex; + + ambient *= attenuation; + diffuse *= attenuation; + specular *= attenuation; + + return ambient + diffuse + specular; +} + +vec3 CalcSpotLight(SpotLight light, vec3 normal, vec3 fragPos, vec3 viewDir) +{ + vec3 mat_tex = vec3(texture(material.diffuse, TexCoords)); + vec3 spec_tex = vec3(texture(material.specular, TexCoords)); + vec3 lightDir = normalize(light.position - fragPos); + + // diffuse shading + float diff = max(dot(normal, lightDir), 0.0); + + // specular shading + vec3 reflectDir = reflect(-lightDir, normal); + float spec = pow(max(dot(viewDir, reflectDir), 0.0), material.shininess); + + // attenuation + float distance = length(light.position - fragPos); + float attenuation = 1.0 / (light.constant + light.linear * distance + light.quadratic * (distance * distance)); + + vec3 ambient = light.ambient * mat_tex; + vec3 diffuse = light.diffuse * diff * mat_tex; + vec3 specular = light.specular * spec * spec_tex; + + float theta = dot(lightDir, normalize(-light.direction)); + float epsilon = light.cutOff - light.outerCutOff; + float intensity = clamp((theta - light.outerCutOff) / epsilon, 0.0, 1.0); + diffuse *= intensity; + specular *= intensity; + + ambient *= attenuation; + diffuse *= attenuation; + specular *= attenuation; + + return ambient + diffuse + specular; +} + +void main() +{ + vec3 norm = normalize(Normal); + vec3 viewDir = normalize(viewPos - FragPos); + + vec3 result = CalcDirLight(dirLight, norm, viewDir); + + for(int i = 0; i < pointLightCount; i++) { + result += CalcPointLight(pointLights[i], norm, FragPos, viewDir); + } + + result += CalcSpotLight(spotLight, norm, FragPos, viewDir); + + FragColor = vec4(result, 1.0); +} diff --git a/17-refactor-bug-fix/shaders/13-lightsource.frag.glsl b/17-refactor-bug-fix/shaders/13-lightsource.frag.glsl new file mode 100644 index 0000000..30728b2 --- /dev/null +++ b/17-refactor-bug-fix/shaders/13-lightsource.frag.glsl @@ -0,0 +1,9 @@ +#version 330 core +out vec4 FragColor; + +uniform vec3 diffuse; + +void main() +{ + FragColor = vec4(diffuse, 1.0); // set all 4 vector values to 1.0 +} diff --git a/17-refactor-bug-fix/shaders/13-vert.glsl b/17-refactor-bug-fix/shaders/13-vert.glsl new file mode 100644 index 0000000..276f393 --- /dev/null +++ b/17-refactor-bug-fix/shaders/13-vert.glsl @@ -0,0 +1,20 @@ +#version 330 core +layout (location = 0) in vec3 aPos; +layout (location = 1) in vec3 aNormal; +layout (location = 2) in vec2 aTexCoords; + +out vec3 FragPos; +out vec3 Normal; +out vec2 TexCoords; + +uniform mat4 model; +uniform mat4 view; +uniform mat4 projection; + +void main() +{ + gl_Position = projection * view * model * vec4(aPos, 1.0f); + FragPos = vec3(model * vec4(aPos, 1.0)); + Normal = mat3(transpose(inverse(model))) * aNormal; + TexCoords = aTexCoords; +} diff --git a/17-refactor-bug-fix/shaders/14-frag.glsl b/17-refactor-bug-fix/shaders/14-frag.glsl new file mode 100644 index 0000000..01f8c14 --- /dev/null +++ b/17-refactor-bug-fix/shaders/14-frag.glsl @@ -0,0 +1,150 @@ +#version 330 core +struct Material { + sampler2D diffuse; + sampler2D specular; + float shininess; +}; + +out vec4 FragColor; +in vec3 FragPos; +in vec3 Normal; +in vec2 TexCoords; + +uniform vec3 viewPos; +uniform Material material; + +struct DirLight { + vec3 direction; + vec3 ambient; + vec3 diffuse; + vec3 specular; +}; + +struct PointLight { + vec3 position; + vec3 ambient; + vec3 diffuse; + vec3 specular; + float constant; + float linear; + float quadratic; +}; + +struct SpotLight { + vec3 direction; + vec3 position; + vec3 diffuse; + vec3 specular; + vec3 ambient; + + float constant; + float linear; + float quadratic; + float cutOff; + float outerCutOff; +}; + + +#define NR_POINT_LIGHTS 4 +uniform int pointLightCount; +uniform PointLight pointLights[NR_POINT_LIGHTS]; +uniform DirLight dirLight; +uniform SpotLight spotLight; + +vec3 CalcDirLight(DirLight light, vec3 normal, vec3 viewDir) +{ + vec3 mat_tex = vec3(texture(material.diffuse, TexCoords)); + vec3 spec_tex = vec3(texture(material.specular, TexCoords)); + + vec3 lightDir = normalize(-light.direction); + // diffuse shading + float diff = max(dot(normal, lightDir), 0.0); + + // specular shading + vec3 reflectDir = reflect(-lightDir, normal); + float spec = pow(max(dot(viewDir, reflectDir), 0.0), material.shininess); + + vec3 ambient = light.ambient * mat_tex; + vec3 diffuse = light.diffuse * diff * mat_tex; + vec3 specular = light.specular * spec * spec_tex; + + return ambient + diffuse + specular; +} + +vec3 CalcPointLight(PointLight light, vec3 normal, vec3 fragPos, vec3 viewDir) +{ + vec3 mat_tex = vec3(texture(material.diffuse, TexCoords)); + vec3 spec_tex = vec3(texture(material.specular, TexCoords)); + vec3 lightDir = normalize(light.position - fragPos); + + // diffuse shading + float diff = max(dot(normal, lightDir), 0.0); + + // specular shading + vec3 reflectDir = reflect(-lightDir, normal); + float spec = pow(max(dot(viewDir, reflectDir), 0.0), material.shininess); + + // attenuation + float distance = length(light.position - fragPos); + float attenuation = 1.0 / (light.constant + light.linear * distance + light.quadratic * (distance * distance)); + + vec3 ambient = light.ambient * mat_tex; + vec3 diffuse = light.diffuse * diff * mat_tex; + vec3 specular = light.specular * spec * spec_tex; + + ambient *= attenuation; + diffuse *= attenuation; + specular *= attenuation; + + return ambient + diffuse + specular; +} + +vec3 CalcSpotLight(SpotLight light, vec3 normal, vec3 fragPos, vec3 viewDir) +{ + vec3 mat_tex = vec3(texture(material.diffuse, TexCoords)); + vec3 spec_tex = vec3(texture(material.specular, TexCoords)); + vec3 lightDir = normalize(light.position - fragPos); + + // diffuse shading + float diff = max(dot(normal, lightDir), 0.0); + + // specular shading + vec3 reflectDir = reflect(-lightDir, normal); + float spec = pow(max(dot(viewDir, reflectDir), 0.0), material.shininess); + + // attenuation + float distance = length(light.position - fragPos); + float attenuation = 1.0 / (light.constant + light.linear * distance + light.quadratic * (distance * distance)); + + vec3 ambient = light.ambient * mat_tex; + vec3 diffuse = light.diffuse * diff * mat_tex; + vec3 specular = light.specular * spec * spec_tex; + + float theta = dot(lightDir, normalize(-light.direction)); + float epsilon = light.cutOff - light.outerCutOff; + float intensity = clamp((theta - light.outerCutOff) / epsilon, 0.0, 1.0); + diffuse *= intensity; + specular *= intensity; + + ambient *= attenuation; + diffuse *= attenuation; + specular *= attenuation; + + return ambient + diffuse + specular; +} + +void main() +{ + vec3 norm = normalize(Normal); + vec3 viewDir = normalize(viewPos - FragPos); + + vec3 result = CalcDirLight(dirLight, norm, viewDir); + + for(int i = 0; i < pointLightCount; i++) { + result += CalcPointLight(pointLights[i], norm, FragPos, viewDir); + } + + result += CalcSpotLight(spotLight, norm, FragPos, viewDir); + + FragColor = vec4(result, 1.0); +} diff --git a/17-refactor-bug-fix/shaders/14-lightsource.frag.glsl b/17-refactor-bug-fix/shaders/14-lightsource.frag.glsl new file mode 100644 index 0000000..30728b2 --- /dev/null +++ b/17-refactor-bug-fix/shaders/14-lightsource.frag.glsl @@ -0,0 +1,9 @@ +#version 330 core +out vec4 FragColor; + +uniform vec3 diffuse; + +void main() +{ + FragColor = vec4(diffuse, 1.0); // set all 4 vector values to 1.0 +} diff --git a/17-refactor-bug-fix/shaders/14-vert.glsl b/17-refactor-bug-fix/shaders/14-vert.glsl new file mode 100644 index 0000000..276f393 --- /dev/null +++ b/17-refactor-bug-fix/shaders/14-vert.glsl @@ -0,0 +1,20 @@ +#version 330 core +layout (location = 0) in vec3 aPos; +layout (location = 1) in vec3 aNormal; +layout (location = 2) in vec2 aTexCoords; + +out vec3 FragPos; +out vec3 Normal; +out vec2 TexCoords; + +uniform mat4 model; +uniform mat4 view; +uniform mat4 projection; + +void main() +{ + gl_Position = projection * view * model * vec4(aPos, 1.0f); + FragPos = vec3(model * vec4(aPos, 1.0)); + Normal = mat3(transpose(inverse(model))) * aNormal; + TexCoords = aTexCoords; +} diff --git a/17-refactor-bug-fix/shaders/16-frag.glsl b/17-refactor-bug-fix/shaders/16-frag.glsl new file mode 100644 index 0000000..4ca5ff5 --- /dev/null +++ b/17-refactor-bug-fix/shaders/16-frag.glsl @@ -0,0 +1,162 @@ +#version 330 core +struct Material { + sampler2D diffuse; + sampler2D specular; + float shininess; +}; + +out vec4 FragColor; +in vec3 FragPos; +in vec3 Normal; +in vec2 TexCoords; + +uniform vec3 viewPos; +uniform Material material; + +struct DirLight { + vec3 direction; + vec3 ambient; + vec3 diffuse; + vec3 specular; +}; + +struct PointLight { + vec3 position; + vec3 ambient; + vec3 diffuse; + vec3 specular; + float constant; + float linear; + float quadratic; +}; + +struct SpotLight { + vec3 direction; + vec3 position; + vec3 diffuse; + vec3 specular; + vec3 ambient; + + float constant; + float linear; + float quadratic; + float cut_off; + float outer_cut_off; +}; + + +#define MAX_LIGHTS 4 +uniform int pointLightCount = 0; +uniform PointLight pointLights[MAX_LIGHTS]; + +uniform int dirLightCount = 0; +uniform DirLight dirLights[MAX_LIGHTS]; + +uniform int spotLightCount = 0; +uniform SpotLight spotLights[MAX_LIGHTS]; + +vec3 CalcDirLight(DirLight light, vec3 normal, vec3 viewDir) +{ + vec3 mat_tex = vec3(texture(material.diffuse, TexCoords)); + vec3 spec_tex = vec3(texture(material.specular, TexCoords)); + + vec3 lightDir = normalize(-light.direction); + // diffuse shading + float diff = max(dot(normal, lightDir), 0.0); + + // specular shading + vec3 reflectDir = reflect(-lightDir, normal); + float spec = pow(max(dot(viewDir, reflectDir), 0.0), material.shininess); + + vec3 ambient = light.ambient * mat_tex; + vec3 diffuse = light.diffuse * diff * mat_tex; + vec3 specular = light.specular * spec * spec_tex; + + return ambient + diffuse + specular; +} + +vec3 CalcPointLight(PointLight light, vec3 normal, vec3 fragPos, vec3 viewDir) +{ + vec3 mat_tex = vec3(texture(material.diffuse, TexCoords)); + vec3 spec_tex = vec3(texture(material.specular, TexCoords)); + vec3 lightDir = normalize(light.position - fragPos); + + // diffuse shading + float diff = max(dot(normal, lightDir), 0.0); + + // specular shading + vec3 reflectDir = reflect(-lightDir, normal); + float spec = pow(max(dot(viewDir, reflectDir), 0.0), material.shininess); + + // attenuation + float distance = length(light.position - fragPos); + float attenuation = 1.0 / (light.constant + light.linear * distance + light.quadratic * (distance * distance)); + + vec3 ambient = light.ambient * mat_tex; + vec3 diffuse = light.diffuse * diff * mat_tex; + vec3 specular = light.specular * spec * spec_tex; + + ambient *= attenuation; + diffuse *= attenuation; + specular *= attenuation; + + return ambient + diffuse + specular; +} + +vec3 CalcSpotLight(SpotLight light, vec3 normal, vec3 fragPos, vec3 viewDir) +{ + vec3 mat_tex = vec3(texture(material.diffuse, TexCoords)); + vec3 spec_tex = vec3(texture(material.specular, TexCoords)); + vec3 lightDir = normalize(light.position - fragPos); + + // diffuse shading + float diff = max(dot(normal, lightDir), 0.0); + + // specular shading + vec3 reflectDir = reflect(-lightDir, normal); + float spec = pow(max(dot(viewDir, reflectDir), 0.0), material.shininess); + + // attenuation + float distance = length(light.position - fragPos); + float attenuation = 1.0 / (light.constant + light.linear * distance + light.quadratic * (distance * distance)); + + vec3 ambient = light.ambient * mat_tex; + vec3 diffuse = light.diffuse * diff * mat_tex; + vec3 specular = light.specular * spec * spec_tex; + + float theta = dot(lightDir, normalize(-light.direction)); + float epsilon = light.cut_off - light.outer_cut_off; + float intensity = clamp((theta - light.outer_cut_off) / epsilon, 0.0, 1.0); + diffuse *= intensity; + specular *= intensity; + + ambient *= attenuation; + diffuse *= attenuation; + specular *= attenuation; + + return ambient + diffuse + specular; +} + +void main() +{ + vec3 norm = normalize(Normal); + vec3 viewDir = normalize(viewPos - FragPos); + + // kick it off with the first dirlight + vec3 result = CalcDirLight(dirLights[0], norm, viewDir); + + // then augment with more (off by one) + for(int i = 1; i < dirLightCount; i++) { + result += CalcDirLight(dirLights[i], norm, viewDir); + } + + for(int i = 0; i < pointLightCount; i++) { + result += CalcPointLight(pointLights[i], norm, FragPos, viewDir); + } + + for(int i = 0; i < spotLightCount; i++) { + result += CalcSpotLight(spotLights[i], norm, FragPos, viewDir); + } + + FragColor = vec4(result, 1.0); +} diff --git a/17-refactor-bug-fix/shaders/16-lightsource.frag.glsl b/17-refactor-bug-fix/shaders/16-lightsource.frag.glsl new file mode 100644 index 0000000..30728b2 --- /dev/null +++ b/17-refactor-bug-fix/shaders/16-lightsource.frag.glsl @@ -0,0 +1,9 @@ +#version 330 core +out vec4 FragColor; + +uniform vec3 diffuse; + +void main() +{ + FragColor = vec4(diffuse, 1.0); // set all 4 vector values to 1.0 +} diff --git a/17-refactor-bug-fix/shaders/16-vert.glsl b/17-refactor-bug-fix/shaders/16-vert.glsl new file mode 100644 index 0000000..276f393 --- /dev/null +++ b/17-refactor-bug-fix/shaders/16-vert.glsl @@ -0,0 +1,20 @@ +#version 330 core +layout (location = 0) in vec3 aPos; +layout (location = 1) in vec3 aNormal; +layout (location = 2) in vec2 aTexCoords; + +out vec3 FragPos; +out vec3 Normal; +out vec2 TexCoords; + +uniform mat4 model; +uniform mat4 view; +uniform mat4 projection; + +void main() +{ + gl_Position = projection * view * model * vec4(aPos, 1.0f); + FragPos = vec3(model * vec4(aPos, 1.0)); + Normal = mat3(transpose(inverse(model))) * aNormal; + TexCoords = aTexCoords; +} diff --git a/17-refactor-bug-fix/shaders/17-frag.glsl b/17-refactor-bug-fix/shaders/17-frag.glsl new file mode 100644 index 0000000..4ca5ff5 --- /dev/null +++ b/17-refactor-bug-fix/shaders/17-frag.glsl @@ -0,0 +1,162 @@ +#version 330 core +struct Material { + sampler2D diffuse; + sampler2D specular; + float shininess; +}; + +out vec4 FragColor; +in vec3 FragPos; +in vec3 Normal; +in vec2 TexCoords; + +uniform vec3 viewPos; +uniform Material material; + +struct DirLight { + vec3 direction; + vec3 ambient; + vec3 diffuse; + vec3 specular; +}; + +struct PointLight { + vec3 position; + vec3 ambient; + vec3 diffuse; + vec3 specular; + float constant; + float linear; + float quadratic; +}; + +struct SpotLight { + vec3 direction; + vec3 position; + vec3 diffuse; + vec3 specular; + vec3 ambient; + + float constant; + float linear; + float quadratic; + float cut_off; + float outer_cut_off; +}; + + +#define MAX_LIGHTS 4 +uniform int pointLightCount = 0; +uniform PointLight pointLights[MAX_LIGHTS]; + +uniform int dirLightCount = 0; +uniform DirLight dirLights[MAX_LIGHTS]; + +uniform int spotLightCount = 0; +uniform SpotLight spotLights[MAX_LIGHTS]; + +vec3 CalcDirLight(DirLight light, vec3 normal, vec3 viewDir) +{ + vec3 mat_tex = vec3(texture(material.diffuse, TexCoords)); + vec3 spec_tex = vec3(texture(material.specular, TexCoords)); + + vec3 lightDir = normalize(-light.direction); + // diffuse shading + float diff = max(dot(normal, lightDir), 0.0); + + // specular shading + vec3 reflectDir = reflect(-lightDir, normal); + float spec = pow(max(dot(viewDir, reflectDir), 0.0), material.shininess); + + vec3 ambient = light.ambient * mat_tex; + vec3 diffuse = light.diffuse * diff * mat_tex; + vec3 specular = light.specular * spec * spec_tex; + + return ambient + diffuse + specular; +} + +vec3 CalcPointLight(PointLight light, vec3 normal, vec3 fragPos, vec3 viewDir) +{ + vec3 mat_tex = vec3(texture(material.diffuse, TexCoords)); + vec3 spec_tex = vec3(texture(material.specular, TexCoords)); + vec3 lightDir = normalize(light.position - fragPos); + + // diffuse shading + float diff = max(dot(normal, lightDir), 0.0); + + // specular shading + vec3 reflectDir = reflect(-lightDir, normal); + float spec = pow(max(dot(viewDir, reflectDir), 0.0), material.shininess); + + // attenuation + float distance = length(light.position - fragPos); + float attenuation = 1.0 / (light.constant + light.linear * distance + light.quadratic * (distance * distance)); + + vec3 ambient = light.ambient * mat_tex; + vec3 diffuse = light.diffuse * diff * mat_tex; + vec3 specular = light.specular * spec * spec_tex; + + ambient *= attenuation; + diffuse *= attenuation; + specular *= attenuation; + + return ambient + diffuse + specular; +} + +vec3 CalcSpotLight(SpotLight light, vec3 normal, vec3 fragPos, vec3 viewDir) +{ + vec3 mat_tex = vec3(texture(material.diffuse, TexCoords)); + vec3 spec_tex = vec3(texture(material.specular, TexCoords)); + vec3 lightDir = normalize(light.position - fragPos); + + // diffuse shading + float diff = max(dot(normal, lightDir), 0.0); + + // specular shading + vec3 reflectDir = reflect(-lightDir, normal); + float spec = pow(max(dot(viewDir, reflectDir), 0.0), material.shininess); + + // attenuation + float distance = length(light.position - fragPos); + float attenuation = 1.0 / (light.constant + light.linear * distance + light.quadratic * (distance * distance)); + + vec3 ambient = light.ambient * mat_tex; + vec3 diffuse = light.diffuse * diff * mat_tex; + vec3 specular = light.specular * spec * spec_tex; + + float theta = dot(lightDir, normalize(-light.direction)); + float epsilon = light.cut_off - light.outer_cut_off; + float intensity = clamp((theta - light.outer_cut_off) / epsilon, 0.0, 1.0); + diffuse *= intensity; + specular *= intensity; + + ambient *= attenuation; + diffuse *= attenuation; + specular *= attenuation; + + return ambient + diffuse + specular; +} + +void main() +{ + vec3 norm = normalize(Normal); + vec3 viewDir = normalize(viewPos - FragPos); + + // kick it off with the first dirlight + vec3 result = CalcDirLight(dirLights[0], norm, viewDir); + + // then augment with more (off by one) + for(int i = 1; i < dirLightCount; i++) { + result += CalcDirLight(dirLights[i], norm, viewDir); + } + + for(int i = 0; i < pointLightCount; i++) { + result += CalcPointLight(pointLights[i], norm, FragPos, viewDir); + } + + for(int i = 0; i < spotLightCount; i++) { + result += CalcSpotLight(spotLights[i], norm, FragPos, viewDir); + } + + FragColor = vec4(result, 1.0); +} diff --git a/17-refactor-bug-fix/shaders/17-lightsource.frag.glsl b/17-refactor-bug-fix/shaders/17-lightsource.frag.glsl new file mode 100644 index 0000000..30728b2 --- /dev/null +++ b/17-refactor-bug-fix/shaders/17-lightsource.frag.glsl @@ -0,0 +1,9 @@ +#version 330 core +out vec4 FragColor; + +uniform vec3 diffuse; + +void main() +{ + FragColor = vec4(diffuse, 1.0); // set all 4 vector values to 1.0 +} diff --git a/17-refactor-bug-fix/shaders/17-vert.glsl b/17-refactor-bug-fix/shaders/17-vert.glsl new file mode 100644 index 0000000..276f393 --- /dev/null +++ b/17-refactor-bug-fix/shaders/17-vert.glsl @@ -0,0 +1,20 @@ +#version 330 core +layout (location = 0) in vec3 aPos; +layout (location = 1) in vec3 aNormal; +layout (location = 2) in vec2 aTexCoords; + +out vec3 FragPos; +out vec3 Normal; +out vec2 TexCoords; + +uniform mat4 model; +uniform mat4 view; +uniform mat4 projection; + +void main() +{ + gl_Position = projection * view * model * vec4(aPos, 1.0f); + FragPos = vec3(model * vec4(aPos, 1.0)); + Normal = mat3(transpose(inverse(model))) * aNormal; + TexCoords = aTexCoords; +} diff --git a/17-refactor-bug-fix/shaders/3.3.shader.fs b/17-refactor-bug-fix/shaders/3.3.shader.fs new file mode 100644 index 0000000..efe6832 --- /dev/null +++ b/17-refactor-bug-fix/shaders/3.3.shader.fs @@ -0,0 +1,8 @@ +#version 330 core +out vec4 FragColor; +in vec3 ourColor; + +void main() +{ + FragColor = vec4(ourColor, 1.0); +} diff --git a/17-refactor-bug-fix/shaders/3.3.shader.vs b/17-refactor-bug-fix/shaders/3.3.shader.vs new file mode 100644 index 0000000..21cf8d2 --- /dev/null +++ b/17-refactor-bug-fix/shaders/3.3.shader.vs @@ -0,0 +1,11 @@ +#version 330 core +layout (location = 0) in vec3 aPos; // the position variable has attribute position 0 +layout (location = 1) in vec3 aColor; + +out vec3 ourColor; + +void main() +{ + gl_Position = vec4(aPos, 1.0); // see how we directly give a vec3 to vec4's constructor + ourColor = aColor; +} diff --git a/17-refactor-bug-fix/shaders/4.2.texture.fs b/17-refactor-bug-fix/shaders/4.2.texture.fs new file mode 100644 index 0000000..80ee6a7 --- /dev/null +++ b/17-refactor-bug-fix/shaders/4.2.texture.fs @@ -0,0 +1,11 @@ +#version 330 core + +out vec4 FragColor; +in vec2 TexCoord; + +uniform sampler2D texture1; + +void main() +{ + FragColor = texture(texture1, TexCoord); +} diff --git a/17-refactor-bug-fix/shaders/4.2.texture.vs b/17-refactor-bug-fix/shaders/4.2.texture.vs new file mode 100644 index 0000000..85c9de7 --- /dev/null +++ b/17-refactor-bug-fix/shaders/4.2.texture.vs @@ -0,0 +1,15 @@ +#version 330 core +layout (location = 0) in vec3 aPos; +layout (location = 1) in vec2 aTexCoord; + +out vec2 TexCoord; + +uniform mat4 model; +uniform mat4 view; +uniform mat4 projection; + +void main() +{ + gl_Position = projection * view * model * vec4(aPos, 1.0f); + TexCoord = vec2(aTexCoord.x, aTexCoord.y); +} diff --git a/17-refactor-bug-fix/src/KHR/khrplatform.h b/17-refactor-bug-fix/src/KHR/khrplatform.h new file mode 100644 index 0000000..0164644 --- /dev/null +++ b/17-refactor-bug-fix/src/KHR/khrplatform.h @@ -0,0 +1,311 @@ +#ifndef __khrplatform_h_ +#define __khrplatform_h_ + +/* +** Copyright (c) 2008-2018 The Khronos Group Inc. +** +** Permission is hereby granted, free of charge, to any person obtaining a +** copy of this software and/or associated documentation files (the +** "Materials"), to deal in the Materials without restriction, including +** without limitation the rights to use, copy, modify, merge, publish, +** distribute, sublicense, and/or sell copies of the Materials, and to +** permit persons to whom the Materials are furnished to do so, subject to +** the following conditions: +** +** The above copyright notice and this permission notice shall be included +** in all copies or substantial portions of the Materials. +** +** THE MATERIALS ARE PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, +** EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF +** MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. +** IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY +** CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, +** TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE +** MATERIALS OR THE USE OR OTHER DEALINGS IN THE MATERIALS. +*/ + +/* Khronos platform-specific types and definitions. + * + * The master copy of khrplatform.h is maintained in the Khronos EGL + * Registry repository at https://github.com/KhronosGroup/EGL-Registry + * The last semantic modification to khrplatform.h was at commit ID: + * 67a3e0864c2d75ea5287b9f3d2eb74a745936692 + * + * Adopters may modify this file to suit their platform. Adopters are + * encouraged to submit platform specific modifications to the Khronos + * group so that they can be included in future versions of this file. + * Please submit changes by filing pull requests or issues on + * the EGL Registry repository linked above. + * + * + * See the Implementer's Guidelines for information about where this file + * should be located on your system and for more details of its use: + * http://www.khronos.org/registry/implementers_guide.pdf + * + * This file should be included as + * #include + * by Khronos client API header files that use its types and defines. + * + * The types in khrplatform.h should only be used to define API-specific types. + * + * Types defined in khrplatform.h: + * khronos_int8_t signed 8 bit + * khronos_uint8_t unsigned 8 bit + * khronos_int16_t signed 16 bit + * khronos_uint16_t unsigned 16 bit + * khronos_int32_t signed 32 bit + * khronos_uint32_t unsigned 32 bit + * khronos_int64_t signed 64 bit + * khronos_uint64_t unsigned 64 bit + * khronos_intptr_t signed same number of bits as a pointer + * khronos_uintptr_t unsigned same number of bits as a pointer + * khronos_ssize_t signed size + * khronos_usize_t unsigned size + * khronos_float_t signed 32 bit floating point + * khronos_time_ns_t unsigned 64 bit time in nanoseconds + * khronos_utime_nanoseconds_t unsigned time interval or absolute time in + * nanoseconds + * khronos_stime_nanoseconds_t signed time interval in nanoseconds + * khronos_boolean_enum_t enumerated boolean type. This should + * only be used as a base type when a client API's boolean type is + * an enum. Client APIs which use an integer or other type for + * booleans cannot use this as the base type for their boolean. + * + * Tokens defined in khrplatform.h: + * + * KHRONOS_FALSE, KHRONOS_TRUE Enumerated boolean false/true values. + * + * KHRONOS_SUPPORT_INT64 is 1 if 64 bit integers are supported; otherwise 0. + * KHRONOS_SUPPORT_FLOAT is 1 if floats are supported; otherwise 0. + * + * Calling convention macros defined in this file: + * KHRONOS_APICALL + * KHRONOS_APIENTRY + * KHRONOS_APIATTRIBUTES + * + * These may be used in function prototypes as: + * + * KHRONOS_APICALL void KHRONOS_APIENTRY funcname( + * int arg1, + * int arg2) KHRONOS_APIATTRIBUTES; + */ + +#if defined(__SCITECH_SNAP__) && !defined(KHRONOS_STATIC) +# define KHRONOS_STATIC 1 +#endif + +/*------------------------------------------------------------------------- + * Definition of KHRONOS_APICALL + *------------------------------------------------------------------------- + * This precedes the return type of the function in the function prototype. + */ +#if defined(KHRONOS_STATIC) + /* If the preprocessor constant KHRONOS_STATIC is defined, make the + * header compatible with static linking. */ +# define KHRONOS_APICALL +#elif defined(_WIN32) +# define KHRONOS_APICALL __declspec(dllimport) +#elif defined (__SYMBIAN32__) +# define KHRONOS_APICALL IMPORT_C +#elif defined(__ANDROID__) +# define KHRONOS_APICALL __attribute__((visibility("default"))) +#else +# define KHRONOS_APICALL +#endif + +/*------------------------------------------------------------------------- + * Definition of KHRONOS_APIENTRY + *------------------------------------------------------------------------- + * This follows the return type of the function and precedes the function + * name in the function prototype. + */ +#if defined(_WIN32) && !defined(_WIN32_WCE) && !defined(__SCITECH_SNAP__) + /* Win32 but not WinCE */ +# define KHRONOS_APIENTRY __stdcall +#else +# define KHRONOS_APIENTRY +#endif + +/*------------------------------------------------------------------------- + * Definition of KHRONOS_APIATTRIBUTES + *------------------------------------------------------------------------- + * This follows the closing parenthesis of the function prototype arguments. + */ +#if defined (__ARMCC_2__) +#define KHRONOS_APIATTRIBUTES __softfp +#else +#define KHRONOS_APIATTRIBUTES +#endif + +/*------------------------------------------------------------------------- + * basic type definitions + *-----------------------------------------------------------------------*/ +#if (defined(__STDC_VERSION__) && __STDC_VERSION__ >= 199901L) || defined(__GNUC__) || defined(__SCO__) || defined(__USLC__) + + +/* + * Using + */ +#include +typedef int32_t khronos_int32_t; +typedef uint32_t khronos_uint32_t; +typedef int64_t khronos_int64_t; +typedef uint64_t khronos_uint64_t; +#define KHRONOS_SUPPORT_INT64 1 +#define KHRONOS_SUPPORT_FLOAT 1 +/* + * To support platform where unsigned long cannot be used interchangeably with + * inptr_t (e.g. CHERI-extended ISAs), we can use the stdint.h intptr_t. + * Ideally, we could just use (u)intptr_t everywhere, but this could result in + * ABI breakage if khronos_uintptr_t is changed from unsigned long to + * unsigned long long or similar (this results in different C++ name mangling). + * To avoid changes for existing platforms, we restrict usage of intptr_t to + * platforms where the size of a pointer is larger than the size of long. + */ +#if defined(__SIZEOF_LONG__) && defined(__SIZEOF_POINTER__) +#if __SIZEOF_POINTER__ > __SIZEOF_LONG__ +#define KHRONOS_USE_INTPTR_T +#endif +#endif + +#elif defined(__VMS ) || defined(__sgi) + +/* + * Using + */ +#include +typedef int32_t khronos_int32_t; +typedef uint32_t khronos_uint32_t; +typedef int64_t khronos_int64_t; +typedef uint64_t khronos_uint64_t; +#define KHRONOS_SUPPORT_INT64 1 +#define KHRONOS_SUPPORT_FLOAT 1 + +#elif defined(_WIN32) && !defined(__SCITECH_SNAP__) + +/* + * Win32 + */ +typedef __int32 khronos_int32_t; +typedef unsigned __int32 khronos_uint32_t; +typedef __int64 khronos_int64_t; +typedef unsigned __int64 khronos_uint64_t; +#define KHRONOS_SUPPORT_INT64 1 +#define KHRONOS_SUPPORT_FLOAT 1 + +#elif defined(__sun__) || defined(__digital__) + +/* + * Sun or Digital + */ +typedef int khronos_int32_t; +typedef unsigned int khronos_uint32_t; +#if defined(__arch64__) || defined(_LP64) +typedef long int khronos_int64_t; +typedef unsigned long int khronos_uint64_t; +#else +typedef long long int khronos_int64_t; +typedef unsigned long long int khronos_uint64_t; +#endif /* __arch64__ */ +#define KHRONOS_SUPPORT_INT64 1 +#define KHRONOS_SUPPORT_FLOAT 1 + +#elif 0 + +/* + * Hypothetical platform with no float or int64 support + */ +typedef int khronos_int32_t; +typedef unsigned int khronos_uint32_t; +#define KHRONOS_SUPPORT_INT64 0 +#define KHRONOS_SUPPORT_FLOAT 0 + +#else + +/* + * Generic fallback + */ +#include +typedef int32_t khronos_int32_t; +typedef uint32_t khronos_uint32_t; +typedef int64_t khronos_int64_t; +typedef uint64_t khronos_uint64_t; +#define KHRONOS_SUPPORT_INT64 1 +#define KHRONOS_SUPPORT_FLOAT 1 + +#endif + + +/* + * Types that are (so far) the same on all platforms + */ +typedef signed char khronos_int8_t; +typedef unsigned char khronos_uint8_t; +typedef signed short int khronos_int16_t; +typedef unsigned short int khronos_uint16_t; + +/* + * Types that differ between LLP64 and LP64 architectures - in LLP64, + * pointers are 64 bits, but 'long' is still 32 bits. Win64 appears + * to be the only LLP64 architecture in current use. + */ +#ifdef KHRONOS_USE_INTPTR_T +typedef intptr_t khronos_intptr_t; +typedef uintptr_t khronos_uintptr_t; +#elif defined(_WIN64) +typedef signed long long int khronos_intptr_t; +typedef unsigned long long int khronos_uintptr_t; +#else +typedef signed long int khronos_intptr_t; +typedef unsigned long int khronos_uintptr_t; +#endif + +#if defined(_WIN64) +typedef signed long long int khronos_ssize_t; +typedef unsigned long long int khronos_usize_t; +#else +typedef signed long int khronos_ssize_t; +typedef unsigned long int khronos_usize_t; +#endif + +#if KHRONOS_SUPPORT_FLOAT +/* + * Float type + */ +typedef float khronos_float_t; +#endif + +#if KHRONOS_SUPPORT_INT64 +/* Time types + * + * These types can be used to represent a time interval in nanoseconds or + * an absolute Unadjusted System Time. Unadjusted System Time is the number + * of nanoseconds since some arbitrary system event (e.g. since the last + * time the system booted). The Unadjusted System Time is an unsigned + * 64 bit value that wraps back to 0 every 584 years. Time intervals + * may be either signed or unsigned. + */ +typedef khronos_uint64_t khronos_utime_nanoseconds_t; +typedef khronos_int64_t khronos_stime_nanoseconds_t; +#endif + +/* + * Dummy value used to pad enum types to 32 bits. + */ +#ifndef KHRONOS_MAX_ENUM +#define KHRONOS_MAX_ENUM 0x7FFFFFFF +#endif + +/* + * Enumerated boolean type + * + * Values other than zero should be considered to be true. Therefore + * comparisons should not be made against KHRONOS_TRUE. + */ +typedef enum { + KHRONOS_FALSE = 0, + KHRONOS_TRUE = 1, + KHRONOS_BOOLEAN_ENUM_FORCE_SIZE = KHRONOS_MAX_ENUM +} khronos_boolean_enum_t; + +#endif /* __khrplatform_h_ */ diff --git a/17-refactor-bug-fix/src/camera.cpp b/17-refactor-bug-fix/src/camera.cpp new file mode 100644 index 0000000..0d619b8 --- /dev/null +++ b/17-refactor-bug-fix/src/camera.cpp @@ -0,0 +1,63 @@ +#include "camera.hpp" +#include +#include + +glm::mat4 Camera::look_at() { + return glm::lookAt(position, position + front, up); +} + +void Camera::forward() { + position += speed * front; +} + +void Camera::back() { + position -= speed * front; +} + +void Camera::left() { + position -= glm::normalize(glm::cross(front, up)) * speed; +} + +void Camera::right() { + position += glm::normalize(glm::cross(front, up)) * speed; +} + +void Camera::update(float deltaTime) { + speed = movement_speed * deltaTime; +} + +void Camera::mouse_move(double xpos, double ypos) { + if(firstMouse) { + lastX = xpos; + lastY = ypos; + firstMouse = false; + } + + float xoffset = xpos - lastX; + float yoffset = lastY - ypos; + lastX = xpos; + lastY = ypos; + + const float sensitivity = 0.1f; + xoffset *= sensitivity; + yoffset *= sensitivity; + + yaw += xoffset; + pitch += yoffset; + + if(pitch > 89.0f) pitch = 89.0f; + if(pitch < -89.0f) pitch = -89.0f; + + direction.x = cos(glm::radians(yaw)) * cos(glm::radians(pitch)); + direction.y = sin(glm::radians(pitch)); + direction.z = sin(glm::radians(yaw)) * cos(glm::radians(pitch)); + + front = glm::normalize(direction); +} + +void Camera::mouse_scroll(double xoffset, double yoffset) { + fov -= (float)yoffset; + + if(fov < 1.0f) fov = 1.0f; + if(fov > 90.0f) fov = 90.0f; +} diff --git a/17-refactor-bug-fix/src/camera.hpp b/17-refactor-bug-fix/src/camera.hpp new file mode 100644 index 0000000..2603e2d --- /dev/null +++ b/17-refactor-bug-fix/src/camera.hpp @@ -0,0 +1,27 @@ +#pragma once +#include + +struct Camera { + glm::vec3 position{0.0f, 0.0f, 3.0f}; + glm::vec3 front{0.0f, 0.0f, -1.0f}; + glm::vec3 up{0.0f, 1.0f, 0.0f}; + glm::vec3 direction{0.0f, 0.0f, 0.0f}; + float movement_speed = 20.0f; + + float pitch = 0.0f; + float yaw = -90.0f; + float speed = 0.05f; + float lastX = 400; + float lastY = 300; + float fov = 45.0f; + bool firstMouse = true; + + glm::mat4 look_at(); + void forward(); + void back(); + void left(); + void right(); + void update(float deltaTime); + void mouse_move(double xpos, double ypos); + void mouse_scroll(double xoffset, double yoffset); +}; diff --git a/17-refactor-bug-fix/src/components.hpp b/17-refactor-bug-fix/src/components.hpp new file mode 100644 index 0000000..859e94a --- /dev/null +++ b/17-refactor-bug-fix/src/components.hpp @@ -0,0 +1,105 @@ +#pragma once + +#include +#include +#include +#include "json.hpp" + +const unsigned int SCR_WIDTH = 800; +const unsigned int SCR_HEIGHT = 600; + +#define MAX_LIGHTS 4 + +namespace components { + template struct NameOf; + + struct Material { + glm::vec3 ambient{0.1f,0.1f,0.1f}; + float shininess{32.0f}; + unsigned int diffuseMap = 0; + unsigned int specularMap = 0; + }; + + ENROLL_COMPONENT(Material, ambient, shininess, diffuseMap, specularMap); + + struct Light { + glm::vec3 position{0.0f, 0.0f, 0.0f}; + glm::vec3 direction{0.0f, 0.0f, 0.0f}; + glm::vec3 ambient{0.0f, 0.0f, 0.0f}; + glm::vec3 diffuse{0.0f, 0.0f, 0.0f}; + glm::vec3 specular{0.0f, 0.0f, 0.0f}; + + float constant=0.0f; + float linear=0.0f; + float quadratic=0.0f; + float cut_off=0.0f; + float outer_cut_off=0.0f; + + void adjust(float amount) { + ambient += amount; + diffuse += amount; + specular += amount; + } + }; + + ENROLL_COMPONENT(Light, + position, direction, + ambient, diffuse, specular, + constant, linear, quadratic, + cut_off, outer_cut_off); + + struct Lighting { + std::vector directional; + std::vector positioned; + std::vector spot; + Light camera; + }; + + ENROLL_COMPONENT(Lighting, directional, positioned, spot, camera); + + struct Camera { + glm::vec3 position{0.0f, 0.0f, 3.0f}; + glm::vec3 front{0.0f, 0.0f, -1.0f}; + glm::vec3 up{0.0f, 1.0f, 0.0f}; + glm::vec3 direction{0.0f, 0.0f, 0.0f}; + float movement_speed = 20.0f; + }; + + ENROLL_COMPONENT(Camera, position, front, up, direction, movement_speed); + + struct Model { + std::string directory; + std::string model_path; + }; + + ENROLL_COMPONENT(Model, directory, model_path); + + using Position = glm::vec3; + + struct Thing { + std::string model; + Position position; + std::string material; + }; + + ENROLL_COMPONENT(Thing, model, position, material); + + struct Shader { + std::string vertex_path; + std::string frag_path; + }; + + ENROLL_COMPONENT(Shader, vertex_path, frag_path); + + struct Scene { + components::Shader shader; + components::Shader light_shader; + std::map materials; + std::map models; + std::vector things; + Camera camera; + Lighting light; + }; + + ENROLL_COMPONENT(Scene, shader, light_shader, materials, models, things, camera, light); +} diff --git a/17-refactor-bug-fix/src/dbc.cpp b/17-refactor-bug-fix/src/dbc.cpp new file mode 100644 index 0000000..63e3aeb --- /dev/null +++ b/17-refactor-bug-fix/src/dbc.cpp @@ -0,0 +1,47 @@ +#include "dbc.hpp" +#include + +void dbc::log(const string &message, const std::source_location location) { + std::cout << '[' << location.file_name() << ':' + << location.line() << "|" + << location.function_name() << "] " + << message << std::endl; +} + +void dbc::sentinel(const string &message, const std::source_location location) { + string err = $F("[SENTINEL!] {}", message); + dbc::log(err, location); + throw dbc::SentinelError(err); +} + +void dbc::pre(const string &message, bool test, const std::source_location location) { + if(!test) { + string err = $F("[PRE!] {}", message); + dbc::log(err, location); + throw dbc::PreCondError(err); + } +} + +void dbc::pre(const string &message, std::function tester, const std::source_location location) { + dbc::pre(message, tester(), location); +} + +void dbc::post(const string &message, bool test, const std::source_location location) { + if(!test) { + string err = $F("[POST!] {}", message); + dbc::log(err, location); + throw dbc::PostCondError(err); + } +} + +void dbc::post(const string &message, std::function tester, const std::source_location location) { + dbc::post(message, tester(), location); +} + +void dbc::check(bool test, const string &message, const std::source_location location) { + if(!test) { + string err = $F("[CHECK!] {}\n", message); + dbc::log(err, location); + throw dbc::CheckError(err); + } +} diff --git a/17-refactor-bug-fix/src/dbc.hpp b/17-refactor-bug-fix/src/dbc.hpp new file mode 100644 index 0000000..4b17b71 --- /dev/null +++ b/17-refactor-bug-fix/src/dbc.hpp @@ -0,0 +1,46 @@ +#pragma once + +#include +#include +#include +#include + +// AKA the Fuckit macro +#define $F(FMT, ...) fmt::format(FMT, ##__VA_ARGS__) + +namespace dbc { + using std::string; + + using CheckError = std::runtime_error; + using SentinelError = std::runtime_error; + using PreCondError = std::runtime_error; + using PostCondError = std::runtime_error; + + void log(const string &message, + const std::source_location location = + std::source_location::current()); + + [[noreturn]] void sentinel(const string &message, + const std::source_location location = + std::source_location::current()); + + void pre(const string &message, bool test, + const std::source_location location = + std::source_location::current()); + + void pre(const string &message, std::function tester, + const std::source_location location = + std::source_location::current()); + + void post(const string &message, bool test, + const std::source_location location = + std::source_location::current()); + + void post(const string &message, std::function tester, + const std::source_location location = + std::source_location::current()); + + void check(bool test, const string &message, + const std::source_location location = + std::source_location::current()); +} diff --git a/17-refactor-bug-fix/src/glad/glad.cpp b/17-refactor-bug-fix/src/glad/glad.cpp new file mode 100644 index 0000000..c80f1e3 --- /dev/null +++ b/17-refactor-bug-fix/src/glad/glad.cpp @@ -0,0 +1,1140 @@ +/* + + OpenGL loader generated by glad 0.1.36 on Sat Nov 22 15:57:33 2025. + + Language/Generator: C/C++ + Specification: gl + APIs: gl=3.3 + Profile: core + Extensions: + + Loader: True + Local files: False + Omit khrplatform: False + Reproducible: False + + Commandline: + --profile="core" --api="gl=3.3" --generator="c" --spec="gl" --extensions="" + Online: + https://glad.dav1d.de/#profile=core&language=c&specification=gl&loader=on&api=gl%3D3.3 +*/ + +#include +#include +#include +#include + +static void* get_proc(const char *namez); + +#if defined(_WIN32) || defined(__CYGWIN__) +#ifndef _WINDOWS_ +#undef APIENTRY +#endif +#include +static HMODULE libGL; + +typedef void* (APIENTRYP PFNWGLGETPROCADDRESSPROC_PRIVATE)(const char*); +static PFNWGLGETPROCADDRESSPROC_PRIVATE gladGetProcAddressPtr; + +#ifdef _MSC_VER +#ifdef __has_include + #if __has_include() + #define HAVE_WINAPIFAMILY 1 + #endif +#elif _MSC_VER >= 1700 && !_USING_V110_SDK71_ + #define HAVE_WINAPIFAMILY 1 +#endif +#endif + +#ifdef HAVE_WINAPIFAMILY + #include + #if !WINAPI_FAMILY_PARTITION(WINAPI_PARTITION_DESKTOP) && WINAPI_FAMILY_PARTITION(WINAPI_PARTITION_APP) + #define IS_UWP 1 + #endif +#endif + +static +int open_gl(void) { +#ifndef IS_UWP + libGL = LoadLibraryW(L"opengl32.dll"); + if(libGL != NULL) { + void (* tmp)(void); + tmp = (void(*)(void)) GetProcAddress(libGL, "wglGetProcAddress"); + gladGetProcAddressPtr = (PFNWGLGETPROCADDRESSPROC_PRIVATE) tmp; + return gladGetProcAddressPtr != NULL; + } +#endif + + return 0; +} + +static +void close_gl(void) { + if(libGL != NULL) { + FreeLibrary((HMODULE) libGL); + libGL = NULL; + } +} +#else +#include +static void* libGL; + +#if !defined(__APPLE__) && !defined(__HAIKU__) +typedef void* (APIENTRYP PFNGLXGETPROCADDRESSPROC_PRIVATE)(const char*); +static PFNGLXGETPROCADDRESSPROC_PRIVATE gladGetProcAddressPtr; +#endif + +static +int open_gl(void) { +#ifdef __APPLE__ + static const char *NAMES[] = { + "../Frameworks/OpenGL.framework/OpenGL", + "/Library/Frameworks/OpenGL.framework/OpenGL", + "/System/Library/Frameworks/OpenGL.framework/OpenGL", + "/System/Library/Frameworks/OpenGL.framework/Versions/Current/OpenGL" + }; +#else + static const char *NAMES[] = {"libGL.so.1", "libGL.so"}; +#endif + + unsigned int index = 0; + for(index = 0; index < (sizeof(NAMES) / sizeof(NAMES[0])); index++) { + libGL = dlopen(NAMES[index], RTLD_NOW | RTLD_GLOBAL); + + if(libGL != NULL) { +#if defined(__APPLE__) || defined(__HAIKU__) + return 1; +#else + gladGetProcAddressPtr = (PFNGLXGETPROCADDRESSPROC_PRIVATE)dlsym(libGL, + "glXGetProcAddressARB"); + return gladGetProcAddressPtr != NULL; +#endif + } + } + + return 0; +} + +static +void close_gl(void) { + if(libGL != NULL) { + dlclose(libGL); + libGL = NULL; + } +} +#endif + +static +void* get_proc(const char *namez) { + void* result = NULL; + if(libGL == NULL) return NULL; + +#if !defined(__APPLE__) && !defined(__HAIKU__) + if(gladGetProcAddressPtr != NULL) { + result = gladGetProcAddressPtr(namez); + } +#endif + if(result == NULL) { +#if defined(_WIN32) || defined(__CYGWIN__) + result = (void*)GetProcAddress((HMODULE) libGL, namez); +#else + result = dlsym(libGL, namez); +#endif + } + + return result; +} + +int gladLoadGL(void) { + int status = 0; + + if(open_gl()) { + status = gladLoadGLLoader(&get_proc); + close_gl(); + } + + return status; +} + +struct gladGLversionStruct GLVersion = { 0, 0 }; + +#if defined(GL_ES_VERSION_3_0) || defined(GL_VERSION_3_0) +#define _GLAD_IS_SOME_NEW_VERSION 1 +#endif + +static int max_loaded_major; +static int max_loaded_minor; + +static const char *exts = NULL; +static int num_exts_i = 0; +static char **exts_i = NULL; + +static int get_exts(void) { +#ifdef _GLAD_IS_SOME_NEW_VERSION + if(max_loaded_major < 3) { +#endif + exts = (const char *)glGetString(GL_EXTENSIONS); +#ifdef _GLAD_IS_SOME_NEW_VERSION + } else { + int index; + + num_exts_i = 0; + glGetIntegerv(GL_NUM_EXTENSIONS, &num_exts_i); + if (num_exts_i > 0) { + exts_i = (char **)malloc((size_t)num_exts_i * (sizeof *exts_i)); + } + + if (exts_i == NULL) { + return 0; + } + + for(index = 0; index < num_exts_i; index++) { + const char *gl_str_tmp = (const char*)glGetStringi(GL_EXTENSIONS, index); + size_t len = strlen(gl_str_tmp); + + char *local_str = (char*)malloc((len+1) * sizeof(char)); + if(local_str != NULL) { + memcpy(local_str, gl_str_tmp, (len+1) * sizeof(char)); + } + exts_i[index] = local_str; + } + } +#endif + return 1; +} + +static void free_exts(void) { + if (exts_i != NULL) { + int index; + for(index = 0; index < num_exts_i; index++) { + free((char *)exts_i[index]); + } + free((void *)exts_i); + exts_i = NULL; + } +} + +static int has_ext(const char *ext) { +#ifdef _GLAD_IS_SOME_NEW_VERSION + if(max_loaded_major < 3) { +#endif + const char *extensions; + const char *loc; + const char *terminator; + extensions = exts; + if(extensions == NULL || ext == NULL) { + return 0; + } + + while(1) { + loc = strstr(extensions, ext); + if(loc == NULL) { + return 0; + } + + terminator = loc + strlen(ext); + if((loc == extensions || *(loc - 1) == ' ') && + (*terminator == ' ' || *terminator == '\0')) { + return 1; + } + extensions = terminator; + } +#ifdef _GLAD_IS_SOME_NEW_VERSION + } else { + int index; + if(exts_i == NULL) return 0; + for(index = 0; index < num_exts_i; index++) { + const char *e = exts_i[index]; + + if(exts_i[index] != NULL && strcmp(e, ext) == 0) { + return 1; + } + } + } +#endif + + return 0; +} +int GLAD_GL_VERSION_1_0 = 0; +int GLAD_GL_VERSION_1_1 = 0; +int GLAD_GL_VERSION_1_2 = 0; +int GLAD_GL_VERSION_1_3 = 0; +int GLAD_GL_VERSION_1_4 = 0; +int GLAD_GL_VERSION_1_5 = 0; +int GLAD_GL_VERSION_2_0 = 0; +int GLAD_GL_VERSION_2_1 = 0; +int GLAD_GL_VERSION_3_0 = 0; +int GLAD_GL_VERSION_3_1 = 0; +int GLAD_GL_VERSION_3_2 = 0; +int GLAD_GL_VERSION_3_3 = 0; +PFNGLACTIVETEXTUREPROC glad_glActiveTexture = NULL; +PFNGLATTACHSHADERPROC glad_glAttachShader = NULL; +PFNGLBEGINCONDITIONALRENDERPROC glad_glBeginConditionalRender = NULL; +PFNGLBEGINQUERYPROC glad_glBeginQuery = NULL; +PFNGLBEGINTRANSFORMFEEDBACKPROC glad_glBeginTransformFeedback = NULL; +PFNGLBINDATTRIBLOCATIONPROC glad_glBindAttribLocation = NULL; +PFNGLBINDBUFFERPROC glad_glBindBuffer = NULL; +PFNGLBINDBUFFERBASEPROC glad_glBindBufferBase = NULL; +PFNGLBINDBUFFERRANGEPROC glad_glBindBufferRange = NULL; +PFNGLBINDFRAGDATALOCATIONPROC glad_glBindFragDataLocation = NULL; +PFNGLBINDFRAGDATALOCATIONINDEXEDPROC glad_glBindFragDataLocationIndexed = NULL; +PFNGLBINDFRAMEBUFFERPROC glad_glBindFramebuffer = NULL; +PFNGLBINDRENDERBUFFERPROC glad_glBindRenderbuffer = NULL; +PFNGLBINDSAMPLERPROC glad_glBindSampler = NULL; +PFNGLBINDTEXTUREPROC glad_glBindTexture = NULL; +PFNGLBINDVERTEXARRAYPROC glad_glBindVertexArray = NULL; +PFNGLBLENDCOLORPROC glad_glBlendColor = NULL; +PFNGLBLENDEQUATIONPROC glad_glBlendEquation = NULL; +PFNGLBLENDEQUATIONSEPARATEPROC glad_glBlendEquationSeparate = NULL; +PFNGLBLENDFUNCPROC glad_glBlendFunc = NULL; +PFNGLBLENDFUNCSEPARATEPROC glad_glBlendFuncSeparate = NULL; +PFNGLBLITFRAMEBUFFERPROC glad_glBlitFramebuffer = NULL; +PFNGLBUFFERDATAPROC glad_glBufferData = NULL; +PFNGLBUFFERSUBDATAPROC glad_glBufferSubData = NULL; +PFNGLCHECKFRAMEBUFFERSTATUSPROC glad_glCheckFramebufferStatus = NULL; +PFNGLCLAMPCOLORPROC glad_glClampColor = NULL; +PFNGLCLEARPROC glad_glClear = NULL; +PFNGLCLEARBUFFERFIPROC glad_glClearBufferfi = NULL; +PFNGLCLEARBUFFERFVPROC glad_glClearBufferfv = NULL; +PFNGLCLEARBUFFERIVPROC glad_glClearBufferiv = NULL; +PFNGLCLEARBUFFERUIVPROC glad_glClearBufferuiv = NULL; +PFNGLCLEARCOLORPROC glad_glClearColor = NULL; +PFNGLCLEARDEPTHPROC glad_glClearDepth = NULL; +PFNGLCLEARSTENCILPROC glad_glClearStencil = NULL; +PFNGLCLIENTWAITSYNCPROC glad_glClientWaitSync = NULL; +PFNGLCOLORMASKPROC glad_glColorMask = NULL; +PFNGLCOLORMASKIPROC glad_glColorMaski = NULL; +PFNGLCOLORP3UIPROC glad_glColorP3ui = NULL; +PFNGLCOLORP3UIVPROC glad_glColorP3uiv = NULL; +PFNGLCOLORP4UIPROC glad_glColorP4ui = NULL; +PFNGLCOLORP4UIVPROC glad_glColorP4uiv = NULL; +PFNGLCOMPILESHADERPROC glad_glCompileShader = NULL; +PFNGLCOMPRESSEDTEXIMAGE1DPROC glad_glCompressedTexImage1D = NULL; +PFNGLCOMPRESSEDTEXIMAGE2DPROC glad_glCompressedTexImage2D = NULL; +PFNGLCOMPRESSEDTEXIMAGE3DPROC glad_glCompressedTexImage3D = NULL; +PFNGLCOMPRESSEDTEXSUBIMAGE1DPROC glad_glCompressedTexSubImage1D = NULL; +PFNGLCOMPRESSEDTEXSUBIMAGE2DPROC glad_glCompressedTexSubImage2D = NULL; +PFNGLCOMPRESSEDTEXSUBIMAGE3DPROC glad_glCompressedTexSubImage3D = NULL; +PFNGLCOPYBUFFERSUBDATAPROC glad_glCopyBufferSubData = NULL; +PFNGLCOPYTEXIMAGE1DPROC glad_glCopyTexImage1D = NULL; +PFNGLCOPYTEXIMAGE2DPROC glad_glCopyTexImage2D = NULL; +PFNGLCOPYTEXSUBIMAGE1DPROC glad_glCopyTexSubImage1D = NULL; +PFNGLCOPYTEXSUBIMAGE2DPROC glad_glCopyTexSubImage2D = NULL; +PFNGLCOPYTEXSUBIMAGE3DPROC glad_glCopyTexSubImage3D = NULL; +PFNGLCREATEPROGRAMPROC glad_glCreateProgram = NULL; +PFNGLCREATESHADERPROC glad_glCreateShader = NULL; +PFNGLCULLFACEPROC glad_glCullFace = NULL; +PFNGLDELETEBUFFERSPROC glad_glDeleteBuffers = NULL; +PFNGLDELETEFRAMEBUFFERSPROC glad_glDeleteFramebuffers = NULL; +PFNGLDELETEPROGRAMPROC glad_glDeleteProgram = NULL; +PFNGLDELETEQUERIESPROC glad_glDeleteQueries = NULL; +PFNGLDELETERENDERBUFFERSPROC glad_glDeleteRenderbuffers = NULL; +PFNGLDELETESAMPLERSPROC glad_glDeleteSamplers = NULL; +PFNGLDELETESHADERPROC glad_glDeleteShader = NULL; +PFNGLDELETESYNCPROC glad_glDeleteSync = NULL; +PFNGLDELETETEXTURESPROC glad_glDeleteTextures = NULL; +PFNGLDELETEVERTEXARRAYSPROC glad_glDeleteVertexArrays = NULL; +PFNGLDEPTHFUNCPROC glad_glDepthFunc = NULL; +PFNGLDEPTHMASKPROC glad_glDepthMask = NULL; +PFNGLDEPTHRANGEPROC glad_glDepthRange = NULL; +PFNGLDETACHSHADERPROC glad_glDetachShader = NULL; +PFNGLDISABLEPROC glad_glDisable = NULL; +PFNGLDISABLEVERTEXATTRIBARRAYPROC glad_glDisableVertexAttribArray = NULL; +PFNGLDISABLEIPROC glad_glDisablei = NULL; +PFNGLDRAWARRAYSPROC glad_glDrawArrays = NULL; +PFNGLDRAWARRAYSINSTANCEDPROC glad_glDrawArraysInstanced = NULL; +PFNGLDRAWBUFFERPROC glad_glDrawBuffer = NULL; +PFNGLDRAWBUFFERSPROC glad_glDrawBuffers = NULL; +PFNGLDRAWELEMENTSPROC glad_glDrawElements = NULL; +PFNGLDRAWELEMENTSBASEVERTEXPROC glad_glDrawElementsBaseVertex = NULL; +PFNGLDRAWELEMENTSINSTANCEDPROC glad_glDrawElementsInstanced = NULL; +PFNGLDRAWELEMENTSINSTANCEDBASEVERTEXPROC glad_glDrawElementsInstancedBaseVertex = NULL; +PFNGLDRAWRANGEELEMENTSPROC glad_glDrawRangeElements = NULL; +PFNGLDRAWRANGEELEMENTSBASEVERTEXPROC glad_glDrawRangeElementsBaseVertex = NULL; +PFNGLENABLEPROC glad_glEnable = NULL; +PFNGLENABLEVERTEXATTRIBARRAYPROC glad_glEnableVertexAttribArray = NULL; +PFNGLENABLEIPROC glad_glEnablei = NULL; +PFNGLENDCONDITIONALRENDERPROC glad_glEndConditionalRender = NULL; +PFNGLENDQUERYPROC glad_glEndQuery = NULL; +PFNGLENDTRANSFORMFEEDBACKPROC glad_glEndTransformFeedback = NULL; +PFNGLFENCESYNCPROC glad_glFenceSync = NULL; +PFNGLFINISHPROC glad_glFinish = NULL; +PFNGLFLUSHPROC glad_glFlush = NULL; +PFNGLFLUSHMAPPEDBUFFERRANGEPROC glad_glFlushMappedBufferRange = NULL; +PFNGLFRAMEBUFFERRENDERBUFFERPROC glad_glFramebufferRenderbuffer = NULL; +PFNGLFRAMEBUFFERTEXTUREPROC glad_glFramebufferTexture = NULL; +PFNGLFRAMEBUFFERTEXTURE1DPROC glad_glFramebufferTexture1D = NULL; +PFNGLFRAMEBUFFERTEXTURE2DPROC glad_glFramebufferTexture2D = NULL; +PFNGLFRAMEBUFFERTEXTURE3DPROC glad_glFramebufferTexture3D = NULL; +PFNGLFRAMEBUFFERTEXTURELAYERPROC glad_glFramebufferTextureLayer = NULL; +PFNGLFRONTFACEPROC glad_glFrontFace = NULL; +PFNGLGENBUFFERSPROC glad_glGenBuffers = NULL; +PFNGLGENFRAMEBUFFERSPROC glad_glGenFramebuffers = NULL; +PFNGLGENQUERIESPROC glad_glGenQueries = NULL; +PFNGLGENRENDERBUFFERSPROC glad_glGenRenderbuffers = NULL; +PFNGLGENSAMPLERSPROC glad_glGenSamplers = NULL; +PFNGLGENTEXTURESPROC glad_glGenTextures = NULL; +PFNGLGENVERTEXARRAYSPROC glad_glGenVertexArrays = NULL; +PFNGLGENERATEMIPMAPPROC glad_glGenerateMipmap = NULL; +PFNGLGETACTIVEATTRIBPROC glad_glGetActiveAttrib = NULL; +PFNGLGETACTIVEUNIFORMPROC glad_glGetActiveUniform = NULL; +PFNGLGETACTIVEUNIFORMBLOCKNAMEPROC glad_glGetActiveUniformBlockName = NULL; +PFNGLGETACTIVEUNIFORMBLOCKIVPROC glad_glGetActiveUniformBlockiv = NULL; +PFNGLGETACTIVEUNIFORMNAMEPROC glad_glGetActiveUniformName = NULL; +PFNGLGETACTIVEUNIFORMSIVPROC glad_glGetActiveUniformsiv = NULL; +PFNGLGETATTACHEDSHADERSPROC glad_glGetAttachedShaders = NULL; +PFNGLGETATTRIBLOCATIONPROC glad_glGetAttribLocation = NULL; +PFNGLGETBOOLEANI_VPROC glad_glGetBooleani_v = NULL; +PFNGLGETBOOLEANVPROC glad_glGetBooleanv = NULL; +PFNGLGETBUFFERPARAMETERI64VPROC glad_glGetBufferParameteri64v = NULL; +PFNGLGETBUFFERPARAMETERIVPROC glad_glGetBufferParameteriv = NULL; +PFNGLGETBUFFERPOINTERVPROC glad_glGetBufferPointerv = NULL; +PFNGLGETBUFFERSUBDATAPROC glad_glGetBufferSubData = NULL; +PFNGLGETCOMPRESSEDTEXIMAGEPROC glad_glGetCompressedTexImage = NULL; +PFNGLGETDOUBLEVPROC glad_glGetDoublev = NULL; +PFNGLGETERRORPROC glad_glGetError = NULL; +PFNGLGETFLOATVPROC glad_glGetFloatv = NULL; +PFNGLGETFRAGDATAINDEXPROC glad_glGetFragDataIndex = NULL; +PFNGLGETFRAGDATALOCATIONPROC glad_glGetFragDataLocation = NULL; +PFNGLGETFRAMEBUFFERATTACHMENTPARAMETERIVPROC glad_glGetFramebufferAttachmentParameteriv = NULL; +PFNGLGETINTEGER64I_VPROC glad_glGetInteger64i_v = NULL; +PFNGLGETINTEGER64VPROC glad_glGetInteger64v = NULL; +PFNGLGETINTEGERI_VPROC glad_glGetIntegeri_v = NULL; +PFNGLGETINTEGERVPROC glad_glGetIntegerv = NULL; +PFNGLGETMULTISAMPLEFVPROC glad_glGetMultisamplefv = NULL; +PFNGLGETPROGRAMINFOLOGPROC glad_glGetProgramInfoLog = NULL; +PFNGLGETPROGRAMIVPROC glad_glGetProgramiv = NULL; +PFNGLGETQUERYOBJECTI64VPROC glad_glGetQueryObjecti64v = NULL; +PFNGLGETQUERYOBJECTIVPROC glad_glGetQueryObjectiv = NULL; +PFNGLGETQUERYOBJECTUI64VPROC glad_glGetQueryObjectui64v = NULL; +PFNGLGETQUERYOBJECTUIVPROC glad_glGetQueryObjectuiv = NULL; +PFNGLGETQUERYIVPROC glad_glGetQueryiv = NULL; +PFNGLGETRENDERBUFFERPARAMETERIVPROC glad_glGetRenderbufferParameteriv = NULL; +PFNGLGETSAMPLERPARAMETERIIVPROC glad_glGetSamplerParameterIiv = NULL; +PFNGLGETSAMPLERPARAMETERIUIVPROC glad_glGetSamplerParameterIuiv = NULL; +PFNGLGETSAMPLERPARAMETERFVPROC glad_glGetSamplerParameterfv = NULL; +PFNGLGETSAMPLERPARAMETERIVPROC glad_glGetSamplerParameteriv = NULL; +PFNGLGETSHADERINFOLOGPROC glad_glGetShaderInfoLog = NULL; +PFNGLGETSHADERSOURCEPROC glad_glGetShaderSource = NULL; +PFNGLGETSHADERIVPROC glad_glGetShaderiv = NULL; +PFNGLGETSTRINGPROC glad_glGetString = NULL; +PFNGLGETSTRINGIPROC glad_glGetStringi = NULL; +PFNGLGETSYNCIVPROC glad_glGetSynciv = NULL; +PFNGLGETTEXIMAGEPROC glad_glGetTexImage = NULL; +PFNGLGETTEXLEVELPARAMETERFVPROC glad_glGetTexLevelParameterfv = NULL; +PFNGLGETTEXLEVELPARAMETERIVPROC glad_glGetTexLevelParameteriv = NULL; +PFNGLGETTEXPARAMETERIIVPROC glad_glGetTexParameterIiv = NULL; +PFNGLGETTEXPARAMETERIUIVPROC glad_glGetTexParameterIuiv = NULL; +PFNGLGETTEXPARAMETERFVPROC glad_glGetTexParameterfv = NULL; +PFNGLGETTEXPARAMETERIVPROC glad_glGetTexParameteriv = NULL; +PFNGLGETTRANSFORMFEEDBACKVARYINGPROC glad_glGetTransformFeedbackVarying = NULL; +PFNGLGETUNIFORMBLOCKINDEXPROC glad_glGetUniformBlockIndex = NULL; +PFNGLGETUNIFORMINDICESPROC glad_glGetUniformIndices = NULL; +PFNGLGETUNIFORMLOCATIONPROC glad_glGetUniformLocation = NULL; +PFNGLGETUNIFORMFVPROC glad_glGetUniformfv = NULL; +PFNGLGETUNIFORMIVPROC glad_glGetUniformiv = NULL; +PFNGLGETUNIFORMUIVPROC glad_glGetUniformuiv = NULL; +PFNGLGETVERTEXATTRIBIIVPROC glad_glGetVertexAttribIiv = NULL; +PFNGLGETVERTEXATTRIBIUIVPROC glad_glGetVertexAttribIuiv = NULL; +PFNGLGETVERTEXATTRIBPOINTERVPROC glad_glGetVertexAttribPointerv = NULL; +PFNGLGETVERTEXATTRIBDVPROC glad_glGetVertexAttribdv = NULL; +PFNGLGETVERTEXATTRIBFVPROC glad_glGetVertexAttribfv = NULL; +PFNGLGETVERTEXATTRIBIVPROC glad_glGetVertexAttribiv = NULL; +PFNGLHINTPROC glad_glHint = NULL; +PFNGLISBUFFERPROC glad_glIsBuffer = NULL; +PFNGLISENABLEDPROC glad_glIsEnabled = NULL; +PFNGLISENABLEDIPROC glad_glIsEnabledi = NULL; +PFNGLISFRAMEBUFFERPROC glad_glIsFramebuffer = NULL; +PFNGLISPROGRAMPROC glad_glIsProgram = NULL; +PFNGLISQUERYPROC glad_glIsQuery = NULL; +PFNGLISRENDERBUFFERPROC glad_glIsRenderbuffer = NULL; +PFNGLISSAMPLERPROC glad_glIsSampler = NULL; +PFNGLISSHADERPROC glad_glIsShader = NULL; +PFNGLISSYNCPROC glad_glIsSync = NULL; +PFNGLISTEXTUREPROC glad_glIsTexture = NULL; +PFNGLISVERTEXARRAYPROC glad_glIsVertexArray = NULL; +PFNGLLINEWIDTHPROC glad_glLineWidth = NULL; +PFNGLLINKPROGRAMPROC glad_glLinkProgram = NULL; +PFNGLLOGICOPPROC glad_glLogicOp = NULL; +PFNGLMAPBUFFERPROC glad_glMapBuffer = NULL; +PFNGLMAPBUFFERRANGEPROC glad_glMapBufferRange = NULL; +PFNGLMULTIDRAWARRAYSPROC glad_glMultiDrawArrays = NULL; +PFNGLMULTIDRAWELEMENTSPROC glad_glMultiDrawElements = NULL; +PFNGLMULTIDRAWELEMENTSBASEVERTEXPROC glad_glMultiDrawElementsBaseVertex = NULL; +PFNGLMULTITEXCOORDP1UIPROC glad_glMultiTexCoordP1ui = NULL; +PFNGLMULTITEXCOORDP1UIVPROC glad_glMultiTexCoordP1uiv = NULL; +PFNGLMULTITEXCOORDP2UIPROC glad_glMultiTexCoordP2ui = NULL; +PFNGLMULTITEXCOORDP2UIVPROC glad_glMultiTexCoordP2uiv = NULL; +PFNGLMULTITEXCOORDP3UIPROC glad_glMultiTexCoordP3ui = NULL; +PFNGLMULTITEXCOORDP3UIVPROC glad_glMultiTexCoordP3uiv = NULL; +PFNGLMULTITEXCOORDP4UIPROC glad_glMultiTexCoordP4ui = NULL; +PFNGLMULTITEXCOORDP4UIVPROC glad_glMultiTexCoordP4uiv = NULL; +PFNGLNORMALP3UIPROC glad_glNormalP3ui = NULL; +PFNGLNORMALP3UIVPROC glad_glNormalP3uiv = NULL; +PFNGLPIXELSTOREFPROC glad_glPixelStoref = NULL; +PFNGLPIXELSTOREIPROC glad_glPixelStorei = NULL; +PFNGLPOINTPARAMETERFPROC glad_glPointParameterf = NULL; +PFNGLPOINTPARAMETERFVPROC glad_glPointParameterfv = NULL; +PFNGLPOINTPARAMETERIPROC glad_glPointParameteri = NULL; +PFNGLPOINTPARAMETERIVPROC glad_glPointParameteriv = NULL; +PFNGLPOINTSIZEPROC glad_glPointSize = NULL; +PFNGLPOLYGONMODEPROC glad_glPolygonMode = NULL; +PFNGLPOLYGONOFFSETPROC glad_glPolygonOffset = NULL; +PFNGLPRIMITIVERESTARTINDEXPROC glad_glPrimitiveRestartIndex = NULL; +PFNGLPROVOKINGVERTEXPROC glad_glProvokingVertex = NULL; +PFNGLQUERYCOUNTERPROC glad_glQueryCounter = NULL; +PFNGLREADBUFFERPROC glad_glReadBuffer = NULL; +PFNGLREADPIXELSPROC glad_glReadPixels = NULL; +PFNGLRENDERBUFFERSTORAGEPROC glad_glRenderbufferStorage = NULL; +PFNGLRENDERBUFFERSTORAGEMULTISAMPLEPROC glad_glRenderbufferStorageMultisample = NULL; +PFNGLSAMPLECOVERAGEPROC glad_glSampleCoverage = NULL; +PFNGLSAMPLEMASKIPROC glad_glSampleMaski = NULL; +PFNGLSAMPLERPARAMETERIIVPROC glad_glSamplerParameterIiv = NULL; +PFNGLSAMPLERPARAMETERIUIVPROC glad_glSamplerParameterIuiv = NULL; +PFNGLSAMPLERPARAMETERFPROC glad_glSamplerParameterf = NULL; +PFNGLSAMPLERPARAMETERFVPROC glad_glSamplerParameterfv = NULL; +PFNGLSAMPLERPARAMETERIPROC glad_glSamplerParameteri = NULL; +PFNGLSAMPLERPARAMETERIVPROC glad_glSamplerParameteriv = NULL; +PFNGLSCISSORPROC glad_glScissor = NULL; +PFNGLSECONDARYCOLORP3UIPROC glad_glSecondaryColorP3ui = NULL; +PFNGLSECONDARYCOLORP3UIVPROC glad_glSecondaryColorP3uiv = NULL; +PFNGLSHADERSOURCEPROC glad_glShaderSource = NULL; +PFNGLSTENCILFUNCPROC glad_glStencilFunc = NULL; +PFNGLSTENCILFUNCSEPARATEPROC glad_glStencilFuncSeparate = NULL; +PFNGLSTENCILMASKPROC glad_glStencilMask = NULL; +PFNGLSTENCILMASKSEPARATEPROC glad_glStencilMaskSeparate = NULL; +PFNGLSTENCILOPPROC glad_glStencilOp = NULL; +PFNGLSTENCILOPSEPARATEPROC glad_glStencilOpSeparate = NULL; +PFNGLTEXBUFFERPROC glad_glTexBuffer = NULL; +PFNGLTEXCOORDP1UIPROC glad_glTexCoordP1ui = NULL; +PFNGLTEXCOORDP1UIVPROC glad_glTexCoordP1uiv = NULL; +PFNGLTEXCOORDP2UIPROC glad_glTexCoordP2ui = NULL; +PFNGLTEXCOORDP2UIVPROC glad_glTexCoordP2uiv = NULL; +PFNGLTEXCOORDP3UIPROC glad_glTexCoordP3ui = NULL; +PFNGLTEXCOORDP3UIVPROC glad_glTexCoordP3uiv = NULL; +PFNGLTEXCOORDP4UIPROC glad_glTexCoordP4ui = NULL; +PFNGLTEXCOORDP4UIVPROC glad_glTexCoordP4uiv = NULL; +PFNGLTEXIMAGE1DPROC glad_glTexImage1D = NULL; +PFNGLTEXIMAGE2DPROC glad_glTexImage2D = NULL; +PFNGLTEXIMAGE2DMULTISAMPLEPROC glad_glTexImage2DMultisample = NULL; +PFNGLTEXIMAGE3DPROC glad_glTexImage3D = NULL; +PFNGLTEXIMAGE3DMULTISAMPLEPROC glad_glTexImage3DMultisample = NULL; +PFNGLTEXPARAMETERIIVPROC glad_glTexParameterIiv = NULL; +PFNGLTEXPARAMETERIUIVPROC glad_glTexParameterIuiv = NULL; +PFNGLTEXPARAMETERFPROC glad_glTexParameterf = NULL; +PFNGLTEXPARAMETERFVPROC glad_glTexParameterfv = NULL; +PFNGLTEXPARAMETERIPROC glad_glTexParameteri = NULL; +PFNGLTEXPARAMETERIVPROC glad_glTexParameteriv = NULL; +PFNGLTEXSUBIMAGE1DPROC glad_glTexSubImage1D = NULL; +PFNGLTEXSUBIMAGE2DPROC glad_glTexSubImage2D = NULL; +PFNGLTEXSUBIMAGE3DPROC glad_glTexSubImage3D = NULL; +PFNGLTRANSFORMFEEDBACKVARYINGSPROC glad_glTransformFeedbackVaryings = NULL; +PFNGLUNIFORM1FPROC glad_glUniform1f = NULL; +PFNGLUNIFORM1FVPROC glad_glUniform1fv = NULL; +PFNGLUNIFORM1IPROC glad_glUniform1i = NULL; +PFNGLUNIFORM1IVPROC glad_glUniform1iv = NULL; +PFNGLUNIFORM1UIPROC glad_glUniform1ui = NULL; +PFNGLUNIFORM1UIVPROC glad_glUniform1uiv = NULL; +PFNGLUNIFORM2FPROC glad_glUniform2f = NULL; +PFNGLUNIFORM2FVPROC glad_glUniform2fv = NULL; +PFNGLUNIFORM2IPROC glad_glUniform2i = NULL; +PFNGLUNIFORM2IVPROC glad_glUniform2iv = NULL; +PFNGLUNIFORM2UIPROC glad_glUniform2ui = NULL; +PFNGLUNIFORM2UIVPROC glad_glUniform2uiv = NULL; +PFNGLUNIFORM3FPROC glad_glUniform3f = NULL; +PFNGLUNIFORM3FVPROC glad_glUniform3fv = NULL; +PFNGLUNIFORM3IPROC glad_glUniform3i = NULL; +PFNGLUNIFORM3IVPROC glad_glUniform3iv = NULL; +PFNGLUNIFORM3UIPROC glad_glUniform3ui = NULL; +PFNGLUNIFORM3UIVPROC glad_glUniform3uiv = NULL; +PFNGLUNIFORM4FPROC glad_glUniform4f = NULL; +PFNGLUNIFORM4FVPROC glad_glUniform4fv = NULL; +PFNGLUNIFORM4IPROC glad_glUniform4i = NULL; +PFNGLUNIFORM4IVPROC glad_glUniform4iv = NULL; +PFNGLUNIFORM4UIPROC glad_glUniform4ui = NULL; +PFNGLUNIFORM4UIVPROC glad_glUniform4uiv = NULL; +PFNGLUNIFORMBLOCKBINDINGPROC glad_glUniformBlockBinding = NULL; +PFNGLUNIFORMMATRIX2FVPROC glad_glUniformMatrix2fv = NULL; +PFNGLUNIFORMMATRIX2X3FVPROC glad_glUniformMatrix2x3fv = NULL; +PFNGLUNIFORMMATRIX2X4FVPROC glad_glUniformMatrix2x4fv = NULL; +PFNGLUNIFORMMATRIX3FVPROC glad_glUniformMatrix3fv = NULL; +PFNGLUNIFORMMATRIX3X2FVPROC glad_glUniformMatrix3x2fv = NULL; +PFNGLUNIFORMMATRIX3X4FVPROC glad_glUniformMatrix3x4fv = NULL; +PFNGLUNIFORMMATRIX4FVPROC glad_glUniformMatrix4fv = NULL; +PFNGLUNIFORMMATRIX4X2FVPROC glad_glUniformMatrix4x2fv = NULL; +PFNGLUNIFORMMATRIX4X3FVPROC glad_glUniformMatrix4x3fv = NULL; +PFNGLUNMAPBUFFERPROC glad_glUnmapBuffer = NULL; +PFNGLUSEPROGRAMPROC glad_glUseProgram = NULL; +PFNGLVALIDATEPROGRAMPROC glad_glValidateProgram = NULL; +PFNGLVERTEXATTRIB1DPROC glad_glVertexAttrib1d = NULL; +PFNGLVERTEXATTRIB1DVPROC glad_glVertexAttrib1dv = NULL; +PFNGLVERTEXATTRIB1FPROC glad_glVertexAttrib1f = NULL; +PFNGLVERTEXATTRIB1FVPROC glad_glVertexAttrib1fv = NULL; +PFNGLVERTEXATTRIB1SPROC glad_glVertexAttrib1s = NULL; +PFNGLVERTEXATTRIB1SVPROC glad_glVertexAttrib1sv = NULL; +PFNGLVERTEXATTRIB2DPROC glad_glVertexAttrib2d = NULL; +PFNGLVERTEXATTRIB2DVPROC glad_glVertexAttrib2dv = NULL; +PFNGLVERTEXATTRIB2FPROC glad_glVertexAttrib2f = NULL; +PFNGLVERTEXATTRIB2FVPROC glad_glVertexAttrib2fv = NULL; +PFNGLVERTEXATTRIB2SPROC glad_glVertexAttrib2s = NULL; +PFNGLVERTEXATTRIB2SVPROC glad_glVertexAttrib2sv = NULL; +PFNGLVERTEXATTRIB3DPROC glad_glVertexAttrib3d = NULL; +PFNGLVERTEXATTRIB3DVPROC glad_glVertexAttrib3dv = NULL; +PFNGLVERTEXATTRIB3FPROC glad_glVertexAttrib3f = NULL; +PFNGLVERTEXATTRIB3FVPROC glad_glVertexAttrib3fv = NULL; +PFNGLVERTEXATTRIB3SPROC glad_glVertexAttrib3s = NULL; +PFNGLVERTEXATTRIB3SVPROC glad_glVertexAttrib3sv = NULL; +PFNGLVERTEXATTRIB4NBVPROC glad_glVertexAttrib4Nbv = NULL; +PFNGLVERTEXATTRIB4NIVPROC glad_glVertexAttrib4Niv = NULL; +PFNGLVERTEXATTRIB4NSVPROC glad_glVertexAttrib4Nsv = NULL; +PFNGLVERTEXATTRIB4NUBPROC glad_glVertexAttrib4Nub = NULL; +PFNGLVERTEXATTRIB4NUBVPROC glad_glVertexAttrib4Nubv = NULL; +PFNGLVERTEXATTRIB4NUIVPROC glad_glVertexAttrib4Nuiv = NULL; +PFNGLVERTEXATTRIB4NUSVPROC glad_glVertexAttrib4Nusv = NULL; +PFNGLVERTEXATTRIB4BVPROC glad_glVertexAttrib4bv = NULL; +PFNGLVERTEXATTRIB4DPROC glad_glVertexAttrib4d = NULL; +PFNGLVERTEXATTRIB4DVPROC glad_glVertexAttrib4dv = NULL; +PFNGLVERTEXATTRIB4FPROC glad_glVertexAttrib4f = NULL; +PFNGLVERTEXATTRIB4FVPROC glad_glVertexAttrib4fv = NULL; +PFNGLVERTEXATTRIB4IVPROC glad_glVertexAttrib4iv = NULL; +PFNGLVERTEXATTRIB4SPROC glad_glVertexAttrib4s = NULL; +PFNGLVERTEXATTRIB4SVPROC glad_glVertexAttrib4sv = NULL; +PFNGLVERTEXATTRIB4UBVPROC glad_glVertexAttrib4ubv = NULL; +PFNGLVERTEXATTRIB4UIVPROC glad_glVertexAttrib4uiv = NULL; +PFNGLVERTEXATTRIB4USVPROC glad_glVertexAttrib4usv = NULL; +PFNGLVERTEXATTRIBDIVISORPROC glad_glVertexAttribDivisor = NULL; +PFNGLVERTEXATTRIBI1IPROC glad_glVertexAttribI1i = NULL; +PFNGLVERTEXATTRIBI1IVPROC glad_glVertexAttribI1iv = NULL; +PFNGLVERTEXATTRIBI1UIPROC glad_glVertexAttribI1ui = NULL; +PFNGLVERTEXATTRIBI1UIVPROC glad_glVertexAttribI1uiv = NULL; +PFNGLVERTEXATTRIBI2IPROC glad_glVertexAttribI2i = NULL; +PFNGLVERTEXATTRIBI2IVPROC glad_glVertexAttribI2iv = NULL; +PFNGLVERTEXATTRIBI2UIPROC glad_glVertexAttribI2ui = NULL; +PFNGLVERTEXATTRIBI2UIVPROC glad_glVertexAttribI2uiv = NULL; +PFNGLVERTEXATTRIBI3IPROC glad_glVertexAttribI3i = NULL; +PFNGLVERTEXATTRIBI3IVPROC glad_glVertexAttribI3iv = NULL; +PFNGLVERTEXATTRIBI3UIPROC glad_glVertexAttribI3ui = NULL; +PFNGLVERTEXATTRIBI3UIVPROC glad_glVertexAttribI3uiv = NULL; +PFNGLVERTEXATTRIBI4BVPROC glad_glVertexAttribI4bv = NULL; +PFNGLVERTEXATTRIBI4IPROC glad_glVertexAttribI4i = NULL; +PFNGLVERTEXATTRIBI4IVPROC glad_glVertexAttribI4iv = NULL; +PFNGLVERTEXATTRIBI4SVPROC glad_glVertexAttribI4sv = NULL; +PFNGLVERTEXATTRIBI4UBVPROC glad_glVertexAttribI4ubv = NULL; +PFNGLVERTEXATTRIBI4UIPROC glad_glVertexAttribI4ui = NULL; +PFNGLVERTEXATTRIBI4UIVPROC glad_glVertexAttribI4uiv = NULL; +PFNGLVERTEXATTRIBI4USVPROC glad_glVertexAttribI4usv = NULL; +PFNGLVERTEXATTRIBIPOINTERPROC glad_glVertexAttribIPointer = NULL; +PFNGLVERTEXATTRIBP1UIPROC glad_glVertexAttribP1ui = NULL; +PFNGLVERTEXATTRIBP1UIVPROC glad_glVertexAttribP1uiv = NULL; +PFNGLVERTEXATTRIBP2UIPROC glad_glVertexAttribP2ui = NULL; +PFNGLVERTEXATTRIBP2UIVPROC glad_glVertexAttribP2uiv = NULL; +PFNGLVERTEXATTRIBP3UIPROC glad_glVertexAttribP3ui = NULL; +PFNGLVERTEXATTRIBP3UIVPROC glad_glVertexAttribP3uiv = NULL; +PFNGLVERTEXATTRIBP4UIPROC glad_glVertexAttribP4ui = NULL; +PFNGLVERTEXATTRIBP4UIVPROC glad_glVertexAttribP4uiv = NULL; +PFNGLVERTEXATTRIBPOINTERPROC glad_glVertexAttribPointer = NULL; +PFNGLVERTEXP2UIPROC glad_glVertexP2ui = NULL; +PFNGLVERTEXP2UIVPROC glad_glVertexP2uiv = NULL; +PFNGLVERTEXP3UIPROC glad_glVertexP3ui = NULL; +PFNGLVERTEXP3UIVPROC glad_glVertexP3uiv = NULL; +PFNGLVERTEXP4UIPROC glad_glVertexP4ui = NULL; +PFNGLVERTEXP4UIVPROC glad_glVertexP4uiv = NULL; +PFNGLVIEWPORTPROC glad_glViewport = NULL; +PFNGLWAITSYNCPROC glad_glWaitSync = NULL; +static void load_GL_VERSION_1_0(GLADloadproc load) { + if(!GLAD_GL_VERSION_1_0) return; + glad_glCullFace = (PFNGLCULLFACEPROC)load("glCullFace"); + glad_glFrontFace = (PFNGLFRONTFACEPROC)load("glFrontFace"); + glad_glHint = (PFNGLHINTPROC)load("glHint"); + glad_glLineWidth = (PFNGLLINEWIDTHPROC)load("glLineWidth"); + glad_glPointSize = (PFNGLPOINTSIZEPROC)load("glPointSize"); + glad_glPolygonMode = (PFNGLPOLYGONMODEPROC)load("glPolygonMode"); + glad_glScissor = (PFNGLSCISSORPROC)load("glScissor"); + glad_glTexParameterf = (PFNGLTEXPARAMETERFPROC)load("glTexParameterf"); + glad_glTexParameterfv = (PFNGLTEXPARAMETERFVPROC)load("glTexParameterfv"); + glad_glTexParameteri = (PFNGLTEXPARAMETERIPROC)load("glTexParameteri"); + glad_glTexParameteriv = (PFNGLTEXPARAMETERIVPROC)load("glTexParameteriv"); + glad_glTexImage1D = (PFNGLTEXIMAGE1DPROC)load("glTexImage1D"); + glad_glTexImage2D = (PFNGLTEXIMAGE2DPROC)load("glTexImage2D"); + glad_glDrawBuffer = (PFNGLDRAWBUFFERPROC)load("glDrawBuffer"); + glad_glClear = (PFNGLCLEARPROC)load("glClear"); + glad_glClearColor = (PFNGLCLEARCOLORPROC)load("glClearColor"); + glad_glClearStencil = (PFNGLCLEARSTENCILPROC)load("glClearStencil"); + glad_glClearDepth = (PFNGLCLEARDEPTHPROC)load("glClearDepth"); + glad_glStencilMask = (PFNGLSTENCILMASKPROC)load("glStencilMask"); + glad_glColorMask = (PFNGLCOLORMASKPROC)load("glColorMask"); + glad_glDepthMask = (PFNGLDEPTHMASKPROC)load("glDepthMask"); + glad_glDisable = (PFNGLDISABLEPROC)load("glDisable"); + glad_glEnable = (PFNGLENABLEPROC)load("glEnable"); + glad_glFinish = (PFNGLFINISHPROC)load("glFinish"); + glad_glFlush = (PFNGLFLUSHPROC)load("glFlush"); + glad_glBlendFunc = (PFNGLBLENDFUNCPROC)load("glBlendFunc"); + glad_glLogicOp = (PFNGLLOGICOPPROC)load("glLogicOp"); + glad_glStencilFunc = (PFNGLSTENCILFUNCPROC)load("glStencilFunc"); + glad_glStencilOp = (PFNGLSTENCILOPPROC)load("glStencilOp"); + glad_glDepthFunc = (PFNGLDEPTHFUNCPROC)load("glDepthFunc"); + glad_glPixelStoref = (PFNGLPIXELSTOREFPROC)load("glPixelStoref"); + glad_glPixelStorei = (PFNGLPIXELSTOREIPROC)load("glPixelStorei"); + glad_glReadBuffer = (PFNGLREADBUFFERPROC)load("glReadBuffer"); + glad_glReadPixels = (PFNGLREADPIXELSPROC)load("glReadPixels"); + glad_glGetBooleanv = (PFNGLGETBOOLEANVPROC)load("glGetBooleanv"); + glad_glGetDoublev = (PFNGLGETDOUBLEVPROC)load("glGetDoublev"); + glad_glGetError = (PFNGLGETERRORPROC)load("glGetError"); + glad_glGetFloatv = (PFNGLGETFLOATVPROC)load("glGetFloatv"); + glad_glGetIntegerv = (PFNGLGETINTEGERVPROC)load("glGetIntegerv"); + glad_glGetString = (PFNGLGETSTRINGPROC)load("glGetString"); + glad_glGetTexImage = (PFNGLGETTEXIMAGEPROC)load("glGetTexImage"); + glad_glGetTexParameterfv = (PFNGLGETTEXPARAMETERFVPROC)load("glGetTexParameterfv"); + glad_glGetTexParameteriv = (PFNGLGETTEXPARAMETERIVPROC)load("glGetTexParameteriv"); + glad_glGetTexLevelParameterfv = (PFNGLGETTEXLEVELPARAMETERFVPROC)load("glGetTexLevelParameterfv"); + glad_glGetTexLevelParameteriv = (PFNGLGETTEXLEVELPARAMETERIVPROC)load("glGetTexLevelParameteriv"); + glad_glIsEnabled = (PFNGLISENABLEDPROC)load("glIsEnabled"); + glad_glDepthRange = (PFNGLDEPTHRANGEPROC)load("glDepthRange"); + glad_glViewport = (PFNGLVIEWPORTPROC)load("glViewport"); +} +static void load_GL_VERSION_1_1(GLADloadproc load) { + if(!GLAD_GL_VERSION_1_1) return; + glad_glDrawArrays = (PFNGLDRAWARRAYSPROC)load("glDrawArrays"); + glad_glDrawElements = (PFNGLDRAWELEMENTSPROC)load("glDrawElements"); + glad_glPolygonOffset = (PFNGLPOLYGONOFFSETPROC)load("glPolygonOffset"); + glad_glCopyTexImage1D = (PFNGLCOPYTEXIMAGE1DPROC)load("glCopyTexImage1D"); + glad_glCopyTexImage2D = (PFNGLCOPYTEXIMAGE2DPROC)load("glCopyTexImage2D"); + glad_glCopyTexSubImage1D = (PFNGLCOPYTEXSUBIMAGE1DPROC)load("glCopyTexSubImage1D"); + glad_glCopyTexSubImage2D = (PFNGLCOPYTEXSUBIMAGE2DPROC)load("glCopyTexSubImage2D"); + glad_glTexSubImage1D = (PFNGLTEXSUBIMAGE1DPROC)load("glTexSubImage1D"); + glad_glTexSubImage2D = (PFNGLTEXSUBIMAGE2DPROC)load("glTexSubImage2D"); + glad_glBindTexture = (PFNGLBINDTEXTUREPROC)load("glBindTexture"); + glad_glDeleteTextures = (PFNGLDELETETEXTURESPROC)load("glDeleteTextures"); + glad_glGenTextures = (PFNGLGENTEXTURESPROC)load("glGenTextures"); + glad_glIsTexture = (PFNGLISTEXTUREPROC)load("glIsTexture"); +} +static void load_GL_VERSION_1_2(GLADloadproc load) { + if(!GLAD_GL_VERSION_1_2) return; + glad_glDrawRangeElements = (PFNGLDRAWRANGEELEMENTSPROC)load("glDrawRangeElements"); + glad_glTexImage3D = (PFNGLTEXIMAGE3DPROC)load("glTexImage3D"); + glad_glTexSubImage3D = (PFNGLTEXSUBIMAGE3DPROC)load("glTexSubImage3D"); + glad_glCopyTexSubImage3D = (PFNGLCOPYTEXSUBIMAGE3DPROC)load("glCopyTexSubImage3D"); +} +static void load_GL_VERSION_1_3(GLADloadproc load) { + if(!GLAD_GL_VERSION_1_3) return; + glad_glActiveTexture = (PFNGLACTIVETEXTUREPROC)load("glActiveTexture"); + glad_glSampleCoverage = (PFNGLSAMPLECOVERAGEPROC)load("glSampleCoverage"); + glad_glCompressedTexImage3D = (PFNGLCOMPRESSEDTEXIMAGE3DPROC)load("glCompressedTexImage3D"); + glad_glCompressedTexImage2D = (PFNGLCOMPRESSEDTEXIMAGE2DPROC)load("glCompressedTexImage2D"); + glad_glCompressedTexImage1D = (PFNGLCOMPRESSEDTEXIMAGE1DPROC)load("glCompressedTexImage1D"); + glad_glCompressedTexSubImage3D = (PFNGLCOMPRESSEDTEXSUBIMAGE3DPROC)load("glCompressedTexSubImage3D"); + glad_glCompressedTexSubImage2D = (PFNGLCOMPRESSEDTEXSUBIMAGE2DPROC)load("glCompressedTexSubImage2D"); + glad_glCompressedTexSubImage1D = (PFNGLCOMPRESSEDTEXSUBIMAGE1DPROC)load("glCompressedTexSubImage1D"); + glad_glGetCompressedTexImage = (PFNGLGETCOMPRESSEDTEXIMAGEPROC)load("glGetCompressedTexImage"); +} +static void load_GL_VERSION_1_4(GLADloadproc load) { + if(!GLAD_GL_VERSION_1_4) return; + glad_glBlendFuncSeparate = (PFNGLBLENDFUNCSEPARATEPROC)load("glBlendFuncSeparate"); + glad_glMultiDrawArrays = (PFNGLMULTIDRAWARRAYSPROC)load("glMultiDrawArrays"); + glad_glMultiDrawElements = (PFNGLMULTIDRAWELEMENTSPROC)load("glMultiDrawElements"); + glad_glPointParameterf = (PFNGLPOINTPARAMETERFPROC)load("glPointParameterf"); + glad_glPointParameterfv = (PFNGLPOINTPARAMETERFVPROC)load("glPointParameterfv"); + glad_glPointParameteri = (PFNGLPOINTPARAMETERIPROC)load("glPointParameteri"); + glad_glPointParameteriv = (PFNGLPOINTPARAMETERIVPROC)load("glPointParameteriv"); + glad_glBlendColor = (PFNGLBLENDCOLORPROC)load("glBlendColor"); + glad_glBlendEquation = (PFNGLBLENDEQUATIONPROC)load("glBlendEquation"); +} +static void load_GL_VERSION_1_5(GLADloadproc load) { + if(!GLAD_GL_VERSION_1_5) return; + glad_glGenQueries = (PFNGLGENQUERIESPROC)load("glGenQueries"); + glad_glDeleteQueries = (PFNGLDELETEQUERIESPROC)load("glDeleteQueries"); + glad_glIsQuery = (PFNGLISQUERYPROC)load("glIsQuery"); + glad_glBeginQuery = (PFNGLBEGINQUERYPROC)load("glBeginQuery"); + glad_glEndQuery = (PFNGLENDQUERYPROC)load("glEndQuery"); + glad_glGetQueryiv = (PFNGLGETQUERYIVPROC)load("glGetQueryiv"); + glad_glGetQueryObjectiv = (PFNGLGETQUERYOBJECTIVPROC)load("glGetQueryObjectiv"); + glad_glGetQueryObjectuiv = (PFNGLGETQUERYOBJECTUIVPROC)load("glGetQueryObjectuiv"); + glad_glBindBuffer = (PFNGLBINDBUFFERPROC)load("glBindBuffer"); + glad_glDeleteBuffers = (PFNGLDELETEBUFFERSPROC)load("glDeleteBuffers"); + glad_glGenBuffers = (PFNGLGENBUFFERSPROC)load("glGenBuffers"); + glad_glIsBuffer = (PFNGLISBUFFERPROC)load("glIsBuffer"); + glad_glBufferData = (PFNGLBUFFERDATAPROC)load("glBufferData"); + glad_glBufferSubData = (PFNGLBUFFERSUBDATAPROC)load("glBufferSubData"); + glad_glGetBufferSubData = (PFNGLGETBUFFERSUBDATAPROC)load("glGetBufferSubData"); + glad_glMapBuffer = (PFNGLMAPBUFFERPROC)load("glMapBuffer"); + glad_glUnmapBuffer = (PFNGLUNMAPBUFFERPROC)load("glUnmapBuffer"); + glad_glGetBufferParameteriv = (PFNGLGETBUFFERPARAMETERIVPROC)load("glGetBufferParameteriv"); + glad_glGetBufferPointerv = (PFNGLGETBUFFERPOINTERVPROC)load("glGetBufferPointerv"); +} +static void load_GL_VERSION_2_0(GLADloadproc load) { + if(!GLAD_GL_VERSION_2_0) return; + glad_glBlendEquationSeparate = (PFNGLBLENDEQUATIONSEPARATEPROC)load("glBlendEquationSeparate"); + glad_glDrawBuffers = (PFNGLDRAWBUFFERSPROC)load("glDrawBuffers"); + glad_glStencilOpSeparate = (PFNGLSTENCILOPSEPARATEPROC)load("glStencilOpSeparate"); + glad_glStencilFuncSeparate = (PFNGLSTENCILFUNCSEPARATEPROC)load("glStencilFuncSeparate"); + glad_glStencilMaskSeparate = (PFNGLSTENCILMASKSEPARATEPROC)load("glStencilMaskSeparate"); + glad_glAttachShader = (PFNGLATTACHSHADERPROC)load("glAttachShader"); + glad_glBindAttribLocation = (PFNGLBINDATTRIBLOCATIONPROC)load("glBindAttribLocation"); + glad_glCompileShader = (PFNGLCOMPILESHADERPROC)load("glCompileShader"); + glad_glCreateProgram = (PFNGLCREATEPROGRAMPROC)load("glCreateProgram"); + glad_glCreateShader = (PFNGLCREATESHADERPROC)load("glCreateShader"); + glad_glDeleteProgram = (PFNGLDELETEPROGRAMPROC)load("glDeleteProgram"); + glad_glDeleteShader = (PFNGLDELETESHADERPROC)load("glDeleteShader"); + glad_glDetachShader = (PFNGLDETACHSHADERPROC)load("glDetachShader"); + glad_glDisableVertexAttribArray = (PFNGLDISABLEVERTEXATTRIBARRAYPROC)load("glDisableVertexAttribArray"); + glad_glEnableVertexAttribArray = (PFNGLENABLEVERTEXATTRIBARRAYPROC)load("glEnableVertexAttribArray"); + glad_glGetActiveAttrib = (PFNGLGETACTIVEATTRIBPROC)load("glGetActiveAttrib"); + glad_glGetActiveUniform = (PFNGLGETACTIVEUNIFORMPROC)load("glGetActiveUniform"); + glad_glGetAttachedShaders = (PFNGLGETATTACHEDSHADERSPROC)load("glGetAttachedShaders"); + glad_glGetAttribLocation = (PFNGLGETATTRIBLOCATIONPROC)load("glGetAttribLocation"); + glad_glGetProgramiv = (PFNGLGETPROGRAMIVPROC)load("glGetProgramiv"); + glad_glGetProgramInfoLog = (PFNGLGETPROGRAMINFOLOGPROC)load("glGetProgramInfoLog"); + glad_glGetShaderiv = (PFNGLGETSHADERIVPROC)load("glGetShaderiv"); + glad_glGetShaderInfoLog = (PFNGLGETSHADERINFOLOGPROC)load("glGetShaderInfoLog"); + glad_glGetShaderSource = (PFNGLGETSHADERSOURCEPROC)load("glGetShaderSource"); + glad_glGetUniformLocation = (PFNGLGETUNIFORMLOCATIONPROC)load("glGetUniformLocation"); + glad_glGetUniformfv = (PFNGLGETUNIFORMFVPROC)load("glGetUniformfv"); + glad_glGetUniformiv = (PFNGLGETUNIFORMIVPROC)load("glGetUniformiv"); + glad_glGetVertexAttribdv = (PFNGLGETVERTEXATTRIBDVPROC)load("glGetVertexAttribdv"); + glad_glGetVertexAttribfv = (PFNGLGETVERTEXATTRIBFVPROC)load("glGetVertexAttribfv"); + glad_glGetVertexAttribiv = (PFNGLGETVERTEXATTRIBIVPROC)load("glGetVertexAttribiv"); + glad_glGetVertexAttribPointerv = (PFNGLGETVERTEXATTRIBPOINTERVPROC)load("glGetVertexAttribPointerv"); + glad_glIsProgram = (PFNGLISPROGRAMPROC)load("glIsProgram"); + glad_glIsShader = (PFNGLISSHADERPROC)load("glIsShader"); + glad_glLinkProgram = (PFNGLLINKPROGRAMPROC)load("glLinkProgram"); + glad_glShaderSource = (PFNGLSHADERSOURCEPROC)load("glShaderSource"); + glad_glUseProgram = (PFNGLUSEPROGRAMPROC)load("glUseProgram"); + glad_glUniform1f = (PFNGLUNIFORM1FPROC)load("glUniform1f"); + glad_glUniform2f = (PFNGLUNIFORM2FPROC)load("glUniform2f"); + glad_glUniform3f = (PFNGLUNIFORM3FPROC)load("glUniform3f"); + glad_glUniform4f = (PFNGLUNIFORM4FPROC)load("glUniform4f"); + glad_glUniform1i = (PFNGLUNIFORM1IPROC)load("glUniform1i"); + glad_glUniform2i = (PFNGLUNIFORM2IPROC)load("glUniform2i"); + glad_glUniform3i = (PFNGLUNIFORM3IPROC)load("glUniform3i"); + glad_glUniform4i = (PFNGLUNIFORM4IPROC)load("glUniform4i"); + glad_glUniform1fv = (PFNGLUNIFORM1FVPROC)load("glUniform1fv"); + glad_glUniform2fv = (PFNGLUNIFORM2FVPROC)load("glUniform2fv"); + glad_glUniform3fv = (PFNGLUNIFORM3FVPROC)load("glUniform3fv"); + glad_glUniform4fv = (PFNGLUNIFORM4FVPROC)load("glUniform4fv"); + glad_glUniform1iv = (PFNGLUNIFORM1IVPROC)load("glUniform1iv"); + glad_glUniform2iv = (PFNGLUNIFORM2IVPROC)load("glUniform2iv"); + glad_glUniform3iv = (PFNGLUNIFORM3IVPROC)load("glUniform3iv"); + glad_glUniform4iv = (PFNGLUNIFORM4IVPROC)load("glUniform4iv"); + glad_glUniformMatrix2fv = (PFNGLUNIFORMMATRIX2FVPROC)load("glUniformMatrix2fv"); + glad_glUniformMatrix3fv = (PFNGLUNIFORMMATRIX3FVPROC)load("glUniformMatrix3fv"); + glad_glUniformMatrix4fv = (PFNGLUNIFORMMATRIX4FVPROC)load("glUniformMatrix4fv"); + glad_glValidateProgram = (PFNGLVALIDATEPROGRAMPROC)load("glValidateProgram"); + glad_glVertexAttrib1d = (PFNGLVERTEXATTRIB1DPROC)load("glVertexAttrib1d"); + glad_glVertexAttrib1dv = (PFNGLVERTEXATTRIB1DVPROC)load("glVertexAttrib1dv"); + glad_glVertexAttrib1f = (PFNGLVERTEXATTRIB1FPROC)load("glVertexAttrib1f"); + glad_glVertexAttrib1fv = (PFNGLVERTEXATTRIB1FVPROC)load("glVertexAttrib1fv"); + glad_glVertexAttrib1s = (PFNGLVERTEXATTRIB1SPROC)load("glVertexAttrib1s"); + glad_glVertexAttrib1sv = (PFNGLVERTEXATTRIB1SVPROC)load("glVertexAttrib1sv"); + glad_glVertexAttrib2d = (PFNGLVERTEXATTRIB2DPROC)load("glVertexAttrib2d"); + glad_glVertexAttrib2dv = (PFNGLVERTEXATTRIB2DVPROC)load("glVertexAttrib2dv"); + glad_glVertexAttrib2f = (PFNGLVERTEXATTRIB2FPROC)load("glVertexAttrib2f"); + glad_glVertexAttrib2fv = (PFNGLVERTEXATTRIB2FVPROC)load("glVertexAttrib2fv"); + glad_glVertexAttrib2s = (PFNGLVERTEXATTRIB2SPROC)load("glVertexAttrib2s"); + glad_glVertexAttrib2sv = (PFNGLVERTEXATTRIB2SVPROC)load("glVertexAttrib2sv"); + glad_glVertexAttrib3d = (PFNGLVERTEXATTRIB3DPROC)load("glVertexAttrib3d"); + glad_glVertexAttrib3dv = (PFNGLVERTEXATTRIB3DVPROC)load("glVertexAttrib3dv"); + glad_glVertexAttrib3f = (PFNGLVERTEXATTRIB3FPROC)load("glVertexAttrib3f"); + glad_glVertexAttrib3fv = (PFNGLVERTEXATTRIB3FVPROC)load("glVertexAttrib3fv"); + glad_glVertexAttrib3s = (PFNGLVERTEXATTRIB3SPROC)load("glVertexAttrib3s"); + glad_glVertexAttrib3sv = (PFNGLVERTEXATTRIB3SVPROC)load("glVertexAttrib3sv"); + glad_glVertexAttrib4Nbv = (PFNGLVERTEXATTRIB4NBVPROC)load("glVertexAttrib4Nbv"); + glad_glVertexAttrib4Niv = (PFNGLVERTEXATTRIB4NIVPROC)load("glVertexAttrib4Niv"); + glad_glVertexAttrib4Nsv = (PFNGLVERTEXATTRIB4NSVPROC)load("glVertexAttrib4Nsv"); + glad_glVertexAttrib4Nub = (PFNGLVERTEXATTRIB4NUBPROC)load("glVertexAttrib4Nub"); + glad_glVertexAttrib4Nubv = (PFNGLVERTEXATTRIB4NUBVPROC)load("glVertexAttrib4Nubv"); + glad_glVertexAttrib4Nuiv = (PFNGLVERTEXATTRIB4NUIVPROC)load("glVertexAttrib4Nuiv"); + glad_glVertexAttrib4Nusv = (PFNGLVERTEXATTRIB4NUSVPROC)load("glVertexAttrib4Nusv"); + glad_glVertexAttrib4bv = (PFNGLVERTEXATTRIB4BVPROC)load("glVertexAttrib4bv"); + glad_glVertexAttrib4d = (PFNGLVERTEXATTRIB4DPROC)load("glVertexAttrib4d"); + glad_glVertexAttrib4dv = (PFNGLVERTEXATTRIB4DVPROC)load("glVertexAttrib4dv"); + glad_glVertexAttrib4f = (PFNGLVERTEXATTRIB4FPROC)load("glVertexAttrib4f"); + glad_glVertexAttrib4fv = (PFNGLVERTEXATTRIB4FVPROC)load("glVertexAttrib4fv"); + glad_glVertexAttrib4iv = (PFNGLVERTEXATTRIB4IVPROC)load("glVertexAttrib4iv"); + glad_glVertexAttrib4s = (PFNGLVERTEXATTRIB4SPROC)load("glVertexAttrib4s"); + glad_glVertexAttrib4sv = (PFNGLVERTEXATTRIB4SVPROC)load("glVertexAttrib4sv"); + glad_glVertexAttrib4ubv = (PFNGLVERTEXATTRIB4UBVPROC)load("glVertexAttrib4ubv"); + glad_glVertexAttrib4uiv = (PFNGLVERTEXATTRIB4UIVPROC)load("glVertexAttrib4uiv"); + glad_glVertexAttrib4usv = (PFNGLVERTEXATTRIB4USVPROC)load("glVertexAttrib4usv"); + glad_glVertexAttribPointer = (PFNGLVERTEXATTRIBPOINTERPROC)load("glVertexAttribPointer"); +} +static void load_GL_VERSION_2_1(GLADloadproc load) { + if(!GLAD_GL_VERSION_2_1) return; + glad_glUniformMatrix2x3fv = (PFNGLUNIFORMMATRIX2X3FVPROC)load("glUniformMatrix2x3fv"); + glad_glUniformMatrix3x2fv = (PFNGLUNIFORMMATRIX3X2FVPROC)load("glUniformMatrix3x2fv"); + glad_glUniformMatrix2x4fv = (PFNGLUNIFORMMATRIX2X4FVPROC)load("glUniformMatrix2x4fv"); + glad_glUniformMatrix4x2fv = (PFNGLUNIFORMMATRIX4X2FVPROC)load("glUniformMatrix4x2fv"); + glad_glUniformMatrix3x4fv = (PFNGLUNIFORMMATRIX3X4FVPROC)load("glUniformMatrix3x4fv"); + glad_glUniformMatrix4x3fv = (PFNGLUNIFORMMATRIX4X3FVPROC)load("glUniformMatrix4x3fv"); +} +static void load_GL_VERSION_3_0(GLADloadproc load) { + if(!GLAD_GL_VERSION_3_0) return; + glad_glColorMaski = (PFNGLCOLORMASKIPROC)load("glColorMaski"); + glad_glGetBooleani_v = (PFNGLGETBOOLEANI_VPROC)load("glGetBooleani_v"); + glad_glGetIntegeri_v = (PFNGLGETINTEGERI_VPROC)load("glGetIntegeri_v"); + glad_glEnablei = (PFNGLENABLEIPROC)load("glEnablei"); + glad_glDisablei = (PFNGLDISABLEIPROC)load("glDisablei"); + glad_glIsEnabledi = (PFNGLISENABLEDIPROC)load("glIsEnabledi"); + glad_glBeginTransformFeedback = (PFNGLBEGINTRANSFORMFEEDBACKPROC)load("glBeginTransformFeedback"); + glad_glEndTransformFeedback = (PFNGLENDTRANSFORMFEEDBACKPROC)load("glEndTransformFeedback"); + glad_glBindBufferRange = (PFNGLBINDBUFFERRANGEPROC)load("glBindBufferRange"); + glad_glBindBufferBase = (PFNGLBINDBUFFERBASEPROC)load("glBindBufferBase"); + glad_glTransformFeedbackVaryings = (PFNGLTRANSFORMFEEDBACKVARYINGSPROC)load("glTransformFeedbackVaryings"); + glad_glGetTransformFeedbackVarying = (PFNGLGETTRANSFORMFEEDBACKVARYINGPROC)load("glGetTransformFeedbackVarying"); + glad_glClampColor = (PFNGLCLAMPCOLORPROC)load("glClampColor"); + glad_glBeginConditionalRender = (PFNGLBEGINCONDITIONALRENDERPROC)load("glBeginConditionalRender"); + glad_glEndConditionalRender = (PFNGLENDCONDITIONALRENDERPROC)load("glEndConditionalRender"); + glad_glVertexAttribIPointer = (PFNGLVERTEXATTRIBIPOINTERPROC)load("glVertexAttribIPointer"); + glad_glGetVertexAttribIiv = (PFNGLGETVERTEXATTRIBIIVPROC)load("glGetVertexAttribIiv"); + glad_glGetVertexAttribIuiv = (PFNGLGETVERTEXATTRIBIUIVPROC)load("glGetVertexAttribIuiv"); + glad_glVertexAttribI1i = (PFNGLVERTEXATTRIBI1IPROC)load("glVertexAttribI1i"); + glad_glVertexAttribI2i = (PFNGLVERTEXATTRIBI2IPROC)load("glVertexAttribI2i"); + glad_glVertexAttribI3i = (PFNGLVERTEXATTRIBI3IPROC)load("glVertexAttribI3i"); + glad_glVertexAttribI4i = (PFNGLVERTEXATTRIBI4IPROC)load("glVertexAttribI4i"); + glad_glVertexAttribI1ui = (PFNGLVERTEXATTRIBI1UIPROC)load("glVertexAttribI1ui"); + glad_glVertexAttribI2ui = (PFNGLVERTEXATTRIBI2UIPROC)load("glVertexAttribI2ui"); + glad_glVertexAttribI3ui = (PFNGLVERTEXATTRIBI3UIPROC)load("glVertexAttribI3ui"); + glad_glVertexAttribI4ui = (PFNGLVERTEXATTRIBI4UIPROC)load("glVertexAttribI4ui"); + glad_glVertexAttribI1iv = (PFNGLVERTEXATTRIBI1IVPROC)load("glVertexAttribI1iv"); + glad_glVertexAttribI2iv = (PFNGLVERTEXATTRIBI2IVPROC)load("glVertexAttribI2iv"); + glad_glVertexAttribI3iv = (PFNGLVERTEXATTRIBI3IVPROC)load("glVertexAttribI3iv"); + glad_glVertexAttribI4iv = (PFNGLVERTEXATTRIBI4IVPROC)load("glVertexAttribI4iv"); + glad_glVertexAttribI1uiv = (PFNGLVERTEXATTRIBI1UIVPROC)load("glVertexAttribI1uiv"); + glad_glVertexAttribI2uiv = (PFNGLVERTEXATTRIBI2UIVPROC)load("glVertexAttribI2uiv"); + glad_glVertexAttribI3uiv = (PFNGLVERTEXATTRIBI3UIVPROC)load("glVertexAttribI3uiv"); + glad_glVertexAttribI4uiv = (PFNGLVERTEXATTRIBI4UIVPROC)load("glVertexAttribI4uiv"); + glad_glVertexAttribI4bv = (PFNGLVERTEXATTRIBI4BVPROC)load("glVertexAttribI4bv"); + glad_glVertexAttribI4sv = (PFNGLVERTEXATTRIBI4SVPROC)load("glVertexAttribI4sv"); + glad_glVertexAttribI4ubv = (PFNGLVERTEXATTRIBI4UBVPROC)load("glVertexAttribI4ubv"); + glad_glVertexAttribI4usv = (PFNGLVERTEXATTRIBI4USVPROC)load("glVertexAttribI4usv"); + glad_glGetUniformuiv = (PFNGLGETUNIFORMUIVPROC)load("glGetUniformuiv"); + glad_glBindFragDataLocation = (PFNGLBINDFRAGDATALOCATIONPROC)load("glBindFragDataLocation"); + glad_glGetFragDataLocation = (PFNGLGETFRAGDATALOCATIONPROC)load("glGetFragDataLocation"); + glad_glUniform1ui = (PFNGLUNIFORM1UIPROC)load("glUniform1ui"); + glad_glUniform2ui = (PFNGLUNIFORM2UIPROC)load("glUniform2ui"); + glad_glUniform3ui = (PFNGLUNIFORM3UIPROC)load("glUniform3ui"); + glad_glUniform4ui = (PFNGLUNIFORM4UIPROC)load("glUniform4ui"); + glad_glUniform1uiv = (PFNGLUNIFORM1UIVPROC)load("glUniform1uiv"); + glad_glUniform2uiv = (PFNGLUNIFORM2UIVPROC)load("glUniform2uiv"); + glad_glUniform3uiv = (PFNGLUNIFORM3UIVPROC)load("glUniform3uiv"); + glad_glUniform4uiv = (PFNGLUNIFORM4UIVPROC)load("glUniform4uiv"); + glad_glTexParameterIiv = (PFNGLTEXPARAMETERIIVPROC)load("glTexParameterIiv"); + glad_glTexParameterIuiv = (PFNGLTEXPARAMETERIUIVPROC)load("glTexParameterIuiv"); + glad_glGetTexParameterIiv = (PFNGLGETTEXPARAMETERIIVPROC)load("glGetTexParameterIiv"); + glad_glGetTexParameterIuiv = (PFNGLGETTEXPARAMETERIUIVPROC)load("glGetTexParameterIuiv"); + glad_glClearBufferiv = (PFNGLCLEARBUFFERIVPROC)load("glClearBufferiv"); + glad_glClearBufferuiv = (PFNGLCLEARBUFFERUIVPROC)load("glClearBufferuiv"); + glad_glClearBufferfv = (PFNGLCLEARBUFFERFVPROC)load("glClearBufferfv"); + glad_glClearBufferfi = (PFNGLCLEARBUFFERFIPROC)load("glClearBufferfi"); + glad_glGetStringi = (PFNGLGETSTRINGIPROC)load("glGetStringi"); + glad_glIsRenderbuffer = (PFNGLISRENDERBUFFERPROC)load("glIsRenderbuffer"); + glad_glBindRenderbuffer = (PFNGLBINDRENDERBUFFERPROC)load("glBindRenderbuffer"); + glad_glDeleteRenderbuffers = (PFNGLDELETERENDERBUFFERSPROC)load("glDeleteRenderbuffers"); + glad_glGenRenderbuffers = (PFNGLGENRENDERBUFFERSPROC)load("glGenRenderbuffers"); + glad_glRenderbufferStorage = (PFNGLRENDERBUFFERSTORAGEPROC)load("glRenderbufferStorage"); + glad_glGetRenderbufferParameteriv = (PFNGLGETRENDERBUFFERPARAMETERIVPROC)load("glGetRenderbufferParameteriv"); + glad_glIsFramebuffer = (PFNGLISFRAMEBUFFERPROC)load("glIsFramebuffer"); + glad_glBindFramebuffer = (PFNGLBINDFRAMEBUFFERPROC)load("glBindFramebuffer"); + glad_glDeleteFramebuffers = (PFNGLDELETEFRAMEBUFFERSPROC)load("glDeleteFramebuffers"); + glad_glGenFramebuffers = (PFNGLGENFRAMEBUFFERSPROC)load("glGenFramebuffers"); + glad_glCheckFramebufferStatus = (PFNGLCHECKFRAMEBUFFERSTATUSPROC)load("glCheckFramebufferStatus"); + glad_glFramebufferTexture1D = (PFNGLFRAMEBUFFERTEXTURE1DPROC)load("glFramebufferTexture1D"); + glad_glFramebufferTexture2D = (PFNGLFRAMEBUFFERTEXTURE2DPROC)load("glFramebufferTexture2D"); + glad_glFramebufferTexture3D = (PFNGLFRAMEBUFFERTEXTURE3DPROC)load("glFramebufferTexture3D"); + glad_glFramebufferRenderbuffer = (PFNGLFRAMEBUFFERRENDERBUFFERPROC)load("glFramebufferRenderbuffer"); + glad_glGetFramebufferAttachmentParameteriv = (PFNGLGETFRAMEBUFFERATTACHMENTPARAMETERIVPROC)load("glGetFramebufferAttachmentParameteriv"); + glad_glGenerateMipmap = (PFNGLGENERATEMIPMAPPROC)load("glGenerateMipmap"); + glad_glBlitFramebuffer = (PFNGLBLITFRAMEBUFFERPROC)load("glBlitFramebuffer"); + glad_glRenderbufferStorageMultisample = (PFNGLRENDERBUFFERSTORAGEMULTISAMPLEPROC)load("glRenderbufferStorageMultisample"); + glad_glFramebufferTextureLayer = (PFNGLFRAMEBUFFERTEXTURELAYERPROC)load("glFramebufferTextureLayer"); + glad_glMapBufferRange = (PFNGLMAPBUFFERRANGEPROC)load("glMapBufferRange"); + glad_glFlushMappedBufferRange = (PFNGLFLUSHMAPPEDBUFFERRANGEPROC)load("glFlushMappedBufferRange"); + glad_glBindVertexArray = (PFNGLBINDVERTEXARRAYPROC)load("glBindVertexArray"); + glad_glDeleteVertexArrays = (PFNGLDELETEVERTEXARRAYSPROC)load("glDeleteVertexArrays"); + glad_glGenVertexArrays = (PFNGLGENVERTEXARRAYSPROC)load("glGenVertexArrays"); + glad_glIsVertexArray = (PFNGLISVERTEXARRAYPROC)load("glIsVertexArray"); +} +static void load_GL_VERSION_3_1(GLADloadproc load) { + if(!GLAD_GL_VERSION_3_1) return; + glad_glDrawArraysInstanced = (PFNGLDRAWARRAYSINSTANCEDPROC)load("glDrawArraysInstanced"); + glad_glDrawElementsInstanced = (PFNGLDRAWELEMENTSINSTANCEDPROC)load("glDrawElementsInstanced"); + glad_glTexBuffer = (PFNGLTEXBUFFERPROC)load("glTexBuffer"); + glad_glPrimitiveRestartIndex = (PFNGLPRIMITIVERESTARTINDEXPROC)load("glPrimitiveRestartIndex"); + glad_glCopyBufferSubData = (PFNGLCOPYBUFFERSUBDATAPROC)load("glCopyBufferSubData"); + glad_glGetUniformIndices = (PFNGLGETUNIFORMINDICESPROC)load("glGetUniformIndices"); + glad_glGetActiveUniformsiv = (PFNGLGETACTIVEUNIFORMSIVPROC)load("glGetActiveUniformsiv"); + glad_glGetActiveUniformName = (PFNGLGETACTIVEUNIFORMNAMEPROC)load("glGetActiveUniformName"); + glad_glGetUniformBlockIndex = (PFNGLGETUNIFORMBLOCKINDEXPROC)load("glGetUniformBlockIndex"); + glad_glGetActiveUniformBlockiv = (PFNGLGETACTIVEUNIFORMBLOCKIVPROC)load("glGetActiveUniformBlockiv"); + glad_glGetActiveUniformBlockName = (PFNGLGETACTIVEUNIFORMBLOCKNAMEPROC)load("glGetActiveUniformBlockName"); + glad_glUniformBlockBinding = (PFNGLUNIFORMBLOCKBINDINGPROC)load("glUniformBlockBinding"); + glad_glBindBufferRange = (PFNGLBINDBUFFERRANGEPROC)load("glBindBufferRange"); + glad_glBindBufferBase = (PFNGLBINDBUFFERBASEPROC)load("glBindBufferBase"); + glad_glGetIntegeri_v = (PFNGLGETINTEGERI_VPROC)load("glGetIntegeri_v"); +} +static void load_GL_VERSION_3_2(GLADloadproc load) { + if(!GLAD_GL_VERSION_3_2) return; + glad_glDrawElementsBaseVertex = (PFNGLDRAWELEMENTSBASEVERTEXPROC)load("glDrawElementsBaseVertex"); + glad_glDrawRangeElementsBaseVertex = (PFNGLDRAWRANGEELEMENTSBASEVERTEXPROC)load("glDrawRangeElementsBaseVertex"); + glad_glDrawElementsInstancedBaseVertex = (PFNGLDRAWELEMENTSINSTANCEDBASEVERTEXPROC)load("glDrawElementsInstancedBaseVertex"); + glad_glMultiDrawElementsBaseVertex = (PFNGLMULTIDRAWELEMENTSBASEVERTEXPROC)load("glMultiDrawElementsBaseVertex"); + glad_glProvokingVertex = (PFNGLPROVOKINGVERTEXPROC)load("glProvokingVertex"); + glad_glFenceSync = (PFNGLFENCESYNCPROC)load("glFenceSync"); + glad_glIsSync = (PFNGLISSYNCPROC)load("glIsSync"); + glad_glDeleteSync = (PFNGLDELETESYNCPROC)load("glDeleteSync"); + glad_glClientWaitSync = (PFNGLCLIENTWAITSYNCPROC)load("glClientWaitSync"); + glad_glWaitSync = (PFNGLWAITSYNCPROC)load("glWaitSync"); + glad_glGetInteger64v = (PFNGLGETINTEGER64VPROC)load("glGetInteger64v"); + glad_glGetSynciv = (PFNGLGETSYNCIVPROC)load("glGetSynciv"); + glad_glGetInteger64i_v = (PFNGLGETINTEGER64I_VPROC)load("glGetInteger64i_v"); + glad_glGetBufferParameteri64v = (PFNGLGETBUFFERPARAMETERI64VPROC)load("glGetBufferParameteri64v"); + glad_glFramebufferTexture = (PFNGLFRAMEBUFFERTEXTUREPROC)load("glFramebufferTexture"); + glad_glTexImage2DMultisample = (PFNGLTEXIMAGE2DMULTISAMPLEPROC)load("glTexImage2DMultisample"); + glad_glTexImage3DMultisample = (PFNGLTEXIMAGE3DMULTISAMPLEPROC)load("glTexImage3DMultisample"); + glad_glGetMultisamplefv = (PFNGLGETMULTISAMPLEFVPROC)load("glGetMultisamplefv"); + glad_glSampleMaski = (PFNGLSAMPLEMASKIPROC)load("glSampleMaski"); +} +static void load_GL_VERSION_3_3(GLADloadproc load) { + if(!GLAD_GL_VERSION_3_3) return; + glad_glBindFragDataLocationIndexed = (PFNGLBINDFRAGDATALOCATIONINDEXEDPROC)load("glBindFragDataLocationIndexed"); + glad_glGetFragDataIndex = (PFNGLGETFRAGDATAINDEXPROC)load("glGetFragDataIndex"); + glad_glGenSamplers = (PFNGLGENSAMPLERSPROC)load("glGenSamplers"); + glad_glDeleteSamplers = (PFNGLDELETESAMPLERSPROC)load("glDeleteSamplers"); + glad_glIsSampler = (PFNGLISSAMPLERPROC)load("glIsSampler"); + glad_glBindSampler = (PFNGLBINDSAMPLERPROC)load("glBindSampler"); + glad_glSamplerParameteri = (PFNGLSAMPLERPARAMETERIPROC)load("glSamplerParameteri"); + glad_glSamplerParameteriv = (PFNGLSAMPLERPARAMETERIVPROC)load("glSamplerParameteriv"); + glad_glSamplerParameterf = (PFNGLSAMPLERPARAMETERFPROC)load("glSamplerParameterf"); + glad_glSamplerParameterfv = (PFNGLSAMPLERPARAMETERFVPROC)load("glSamplerParameterfv"); + glad_glSamplerParameterIiv = (PFNGLSAMPLERPARAMETERIIVPROC)load("glSamplerParameterIiv"); + glad_glSamplerParameterIuiv = (PFNGLSAMPLERPARAMETERIUIVPROC)load("glSamplerParameterIuiv"); + glad_glGetSamplerParameteriv = (PFNGLGETSAMPLERPARAMETERIVPROC)load("glGetSamplerParameteriv"); + glad_glGetSamplerParameterIiv = (PFNGLGETSAMPLERPARAMETERIIVPROC)load("glGetSamplerParameterIiv"); + glad_glGetSamplerParameterfv = (PFNGLGETSAMPLERPARAMETERFVPROC)load("glGetSamplerParameterfv"); + glad_glGetSamplerParameterIuiv = (PFNGLGETSAMPLERPARAMETERIUIVPROC)load("glGetSamplerParameterIuiv"); + glad_glQueryCounter = (PFNGLQUERYCOUNTERPROC)load("glQueryCounter"); + glad_glGetQueryObjecti64v = (PFNGLGETQUERYOBJECTI64VPROC)load("glGetQueryObjecti64v"); + glad_glGetQueryObjectui64v = (PFNGLGETQUERYOBJECTUI64VPROC)load("glGetQueryObjectui64v"); + glad_glVertexAttribDivisor = (PFNGLVERTEXATTRIBDIVISORPROC)load("glVertexAttribDivisor"); + glad_glVertexAttribP1ui = (PFNGLVERTEXATTRIBP1UIPROC)load("glVertexAttribP1ui"); + glad_glVertexAttribP1uiv = (PFNGLVERTEXATTRIBP1UIVPROC)load("glVertexAttribP1uiv"); + glad_glVertexAttribP2ui = (PFNGLVERTEXATTRIBP2UIPROC)load("glVertexAttribP2ui"); + glad_glVertexAttribP2uiv = (PFNGLVERTEXATTRIBP2UIVPROC)load("glVertexAttribP2uiv"); + glad_glVertexAttribP3ui = (PFNGLVERTEXATTRIBP3UIPROC)load("glVertexAttribP3ui"); + glad_glVertexAttribP3uiv = (PFNGLVERTEXATTRIBP3UIVPROC)load("glVertexAttribP3uiv"); + glad_glVertexAttribP4ui = (PFNGLVERTEXATTRIBP4UIPROC)load("glVertexAttribP4ui"); + glad_glVertexAttribP4uiv = (PFNGLVERTEXATTRIBP4UIVPROC)load("glVertexAttribP4uiv"); + glad_glVertexP2ui = (PFNGLVERTEXP2UIPROC)load("glVertexP2ui"); + glad_glVertexP2uiv = (PFNGLVERTEXP2UIVPROC)load("glVertexP2uiv"); + glad_glVertexP3ui = (PFNGLVERTEXP3UIPROC)load("glVertexP3ui"); + glad_glVertexP3uiv = (PFNGLVERTEXP3UIVPROC)load("glVertexP3uiv"); + glad_glVertexP4ui = (PFNGLVERTEXP4UIPROC)load("glVertexP4ui"); + glad_glVertexP4uiv = (PFNGLVERTEXP4UIVPROC)load("glVertexP4uiv"); + glad_glTexCoordP1ui = (PFNGLTEXCOORDP1UIPROC)load("glTexCoordP1ui"); + glad_glTexCoordP1uiv = (PFNGLTEXCOORDP1UIVPROC)load("glTexCoordP1uiv"); + glad_glTexCoordP2ui = (PFNGLTEXCOORDP2UIPROC)load("glTexCoordP2ui"); + glad_glTexCoordP2uiv = (PFNGLTEXCOORDP2UIVPROC)load("glTexCoordP2uiv"); + glad_glTexCoordP3ui = (PFNGLTEXCOORDP3UIPROC)load("glTexCoordP3ui"); + glad_glTexCoordP3uiv = (PFNGLTEXCOORDP3UIVPROC)load("glTexCoordP3uiv"); + glad_glTexCoordP4ui = (PFNGLTEXCOORDP4UIPROC)load("glTexCoordP4ui"); + glad_glTexCoordP4uiv = (PFNGLTEXCOORDP4UIVPROC)load("glTexCoordP4uiv"); + glad_glMultiTexCoordP1ui = (PFNGLMULTITEXCOORDP1UIPROC)load("glMultiTexCoordP1ui"); + glad_glMultiTexCoordP1uiv = (PFNGLMULTITEXCOORDP1UIVPROC)load("glMultiTexCoordP1uiv"); + glad_glMultiTexCoordP2ui = (PFNGLMULTITEXCOORDP2UIPROC)load("glMultiTexCoordP2ui"); + glad_glMultiTexCoordP2uiv = (PFNGLMULTITEXCOORDP2UIVPROC)load("glMultiTexCoordP2uiv"); + glad_glMultiTexCoordP3ui = (PFNGLMULTITEXCOORDP3UIPROC)load("glMultiTexCoordP3ui"); + glad_glMultiTexCoordP3uiv = (PFNGLMULTITEXCOORDP3UIVPROC)load("glMultiTexCoordP3uiv"); + glad_glMultiTexCoordP4ui = (PFNGLMULTITEXCOORDP4UIPROC)load("glMultiTexCoordP4ui"); + glad_glMultiTexCoordP4uiv = (PFNGLMULTITEXCOORDP4UIVPROC)load("glMultiTexCoordP4uiv"); + glad_glNormalP3ui = (PFNGLNORMALP3UIPROC)load("glNormalP3ui"); + glad_glNormalP3uiv = (PFNGLNORMALP3UIVPROC)load("glNormalP3uiv"); + glad_glColorP3ui = (PFNGLCOLORP3UIPROC)load("glColorP3ui"); + glad_glColorP3uiv = (PFNGLCOLORP3UIVPROC)load("glColorP3uiv"); + glad_glColorP4ui = (PFNGLCOLORP4UIPROC)load("glColorP4ui"); + glad_glColorP4uiv = (PFNGLCOLORP4UIVPROC)load("glColorP4uiv"); + glad_glSecondaryColorP3ui = (PFNGLSECONDARYCOLORP3UIPROC)load("glSecondaryColorP3ui"); + glad_glSecondaryColorP3uiv = (PFNGLSECONDARYCOLORP3UIVPROC)load("glSecondaryColorP3uiv"); +} +static int find_extensionsGL(void) { + if (!get_exts()) return 0; + (void)&has_ext; + free_exts(); + return 1; +} + +static void find_coreGL(void) { + + /* Thank you @elmindreda + * https://github.com/elmindreda/greg/blob/master/templates/greg.c.in#L176 + * https://github.com/glfw/glfw/blob/master/src/context.c#L36 + */ + int i, major, minor; + + const char* version; + const char* prefixes[] = { + "OpenGL ES-CM ", + "OpenGL ES-CL ", + "OpenGL ES ", + NULL + }; + + version = (const char*) glGetString(GL_VERSION); + if (!version) return; + + for (i = 0; prefixes[i]; i++) { + const size_t length = strlen(prefixes[i]); + if (strncmp(version, prefixes[i], length) == 0) { + version += length; + break; + } + } + +/* PR #18 */ +#ifdef _MSC_VER + sscanf_s(version, "%d.%d", &major, &minor); +#else + sscanf(version, "%d.%d", &major, &minor); +#endif + + GLVersion.major = major; GLVersion.minor = minor; + max_loaded_major = major; max_loaded_minor = minor; + GLAD_GL_VERSION_1_0 = (major == 1 && minor >= 0) || major > 1; + GLAD_GL_VERSION_1_1 = (major == 1 && minor >= 1) || major > 1; + GLAD_GL_VERSION_1_2 = (major == 1 && minor >= 2) || major > 1; + GLAD_GL_VERSION_1_3 = (major == 1 && minor >= 3) || major > 1; + GLAD_GL_VERSION_1_4 = (major == 1 && minor >= 4) || major > 1; + GLAD_GL_VERSION_1_5 = (major == 1 && minor >= 5) || major > 1; + GLAD_GL_VERSION_2_0 = (major == 2 && minor >= 0) || major > 2; + GLAD_GL_VERSION_2_1 = (major == 2 && minor >= 1) || major > 2; + GLAD_GL_VERSION_3_0 = (major == 3 && minor >= 0) || major > 3; + GLAD_GL_VERSION_3_1 = (major == 3 && minor >= 1) || major > 3; + GLAD_GL_VERSION_3_2 = (major == 3 && minor >= 2) || major > 3; + GLAD_GL_VERSION_3_3 = (major == 3 && minor >= 3) || major > 3; + if (GLVersion.major > 3 || (GLVersion.major >= 3 && GLVersion.minor >= 3)) { + max_loaded_major = 3; + max_loaded_minor = 3; + } +} + +int gladLoadGLLoader(GLADloadproc load) { + GLVersion.major = 0; GLVersion.minor = 0; + glGetString = (PFNGLGETSTRINGPROC)load("glGetString"); + if(glGetString == NULL) return 0; + if(glGetString(GL_VERSION) == NULL) return 0; + find_coreGL(); + load_GL_VERSION_1_0(load); + load_GL_VERSION_1_1(load); + load_GL_VERSION_1_2(load); + load_GL_VERSION_1_3(load); + load_GL_VERSION_1_4(load); + load_GL_VERSION_1_5(load); + load_GL_VERSION_2_0(load); + load_GL_VERSION_2_1(load); + load_GL_VERSION_3_0(load); + load_GL_VERSION_3_1(load); + load_GL_VERSION_3_2(load); + load_GL_VERSION_3_3(load); + + if (!find_extensionsGL()) return 0; + return GLVersion.major != 0 || GLVersion.minor != 0; +} + diff --git a/17-refactor-bug-fix/src/glad/glad.h b/17-refactor-bug-fix/src/glad/glad.h new file mode 100644 index 0000000..26f9677 --- /dev/null +++ b/17-refactor-bug-fix/src/glad/glad.h @@ -0,0 +1,2129 @@ +/* + + OpenGL loader generated by glad 0.1.36 on Sat Nov 22 15:57:33 2025. + + Language/Generator: C/C++ + Specification: gl + APIs: gl=3.3 + Profile: core + Extensions: + + Loader: True + Local files: False + Omit khrplatform: False + Reproducible: False + + Commandline: + --profile="core" --api="gl=3.3" --generator="c" --spec="gl" --extensions="" + Online: + https://glad.dav1d.de/#profile=core&language=c&specification=gl&loader=on&api=gl%3D3.3 +*/ + + +#ifndef __glad_h_ +#define __glad_h_ + +#ifdef __gl_h_ +#error OpenGL header already included, remove this include, glad already provides it +#endif +#define __gl_h_ + +#if defined(_WIN32) && !defined(APIENTRY) && !defined(__CYGWIN__) && !defined(__SCITECH_SNAP__) +#define APIENTRY __stdcall +#endif + +#ifndef APIENTRY +#define APIENTRY +#endif +#ifndef APIENTRYP +#define APIENTRYP APIENTRY * +#endif + +#ifndef GLAPIENTRY +#define GLAPIENTRY APIENTRY +#endif + +#ifdef __cplusplus +extern "C" { +#endif + +struct gladGLversionStruct { + int major; + int minor; +}; + +typedef void* (* GLADloadproc)(const char *name); + +#ifndef GLAPI +# if defined(GLAD_GLAPI_EXPORT) +# if defined(_WIN32) || defined(__CYGWIN__) +# if defined(GLAD_GLAPI_EXPORT_BUILD) +# if defined(__GNUC__) +# define GLAPI __attribute__ ((dllexport)) extern +# else +# define GLAPI __declspec(dllexport) extern +# endif +# else +# if defined(__GNUC__) +# define GLAPI __attribute__ ((dllimport)) extern +# else +# define GLAPI __declspec(dllimport) extern +# endif +# endif +# elif defined(__GNUC__) && defined(GLAD_GLAPI_EXPORT_BUILD) +# define GLAPI __attribute__ ((visibility ("default"))) extern +# else +# define GLAPI extern +# endif +# else +# define GLAPI extern +# endif +#endif + +GLAPI struct gladGLversionStruct GLVersion; + +GLAPI int gladLoadGL(void); + +GLAPI int gladLoadGLLoader(GLADloadproc); + +#include +typedef unsigned int GLenum; +typedef unsigned char GLboolean; +typedef unsigned int GLbitfield; +typedef void GLvoid; +typedef khronos_int8_t GLbyte; +typedef khronos_uint8_t GLubyte; +typedef khronos_int16_t GLshort; +typedef khronos_uint16_t GLushort; +typedef int GLint; +typedef unsigned int GLuint; +typedef khronos_int32_t GLclampx; +typedef int GLsizei; +typedef khronos_float_t GLfloat; +typedef khronos_float_t GLclampf; +typedef double GLdouble; +typedef double GLclampd; +typedef void *GLeglClientBufferEXT; +typedef void *GLeglImageOES; +typedef char GLchar; +typedef char GLcharARB; +#ifdef __APPLE__ +typedef void *GLhandleARB; +#else +typedef unsigned int GLhandleARB; +#endif +typedef khronos_uint16_t GLhalf; +typedef khronos_uint16_t GLhalfARB; +typedef khronos_int32_t GLfixed; +typedef khronos_intptr_t GLintptr; +typedef khronos_intptr_t GLintptrARB; +typedef khronos_ssize_t GLsizeiptr; +typedef khronos_ssize_t GLsizeiptrARB; +typedef khronos_int64_t GLint64; +typedef khronos_int64_t GLint64EXT; +typedef khronos_uint64_t GLuint64; +typedef khronos_uint64_t GLuint64EXT; +typedef struct __GLsync *GLsync; +struct _cl_context; +struct _cl_event; +typedef void (APIENTRY *GLDEBUGPROC)(GLenum source,GLenum type,GLuint id,GLenum severity,GLsizei length,const GLchar *message,const void *userParam); +typedef void (APIENTRY *GLDEBUGPROCARB)(GLenum source,GLenum type,GLuint id,GLenum severity,GLsizei length,const GLchar *message,const void *userParam); +typedef void (APIENTRY *GLDEBUGPROCKHR)(GLenum source,GLenum type,GLuint id,GLenum severity,GLsizei length,const GLchar *message,const void *userParam); +typedef void (APIENTRY *GLDEBUGPROCAMD)(GLuint id,GLenum category,GLenum severity,GLsizei length,const GLchar *message,void *userParam); +typedef unsigned short GLhalfNV; +typedef GLintptr GLvdpauSurfaceNV; +typedef void (APIENTRY *GLVULKANPROCNV)(void); +#define GL_DEPTH_BUFFER_BIT 0x00000100 +#define GL_STENCIL_BUFFER_BIT 0x00000400 +#define GL_COLOR_BUFFER_BIT 0x00004000 +#define GL_FALSE 0 +#define GL_TRUE 1 +#define GL_POINTS 0x0000 +#define GL_LINES 0x0001 +#define GL_LINE_LOOP 0x0002 +#define GL_LINE_STRIP 0x0003 +#define GL_TRIANGLES 0x0004 +#define GL_TRIANGLE_STRIP 0x0005 +#define GL_TRIANGLE_FAN 0x0006 +#define GL_NEVER 0x0200 +#define GL_LESS 0x0201 +#define GL_EQUAL 0x0202 +#define GL_LEQUAL 0x0203 +#define GL_GREATER 0x0204 +#define GL_NOTEQUAL 0x0205 +#define GL_GEQUAL 0x0206 +#define GL_ALWAYS 0x0207 +#define GL_ZERO 0 +#define GL_ONE 1 +#define GL_SRC_COLOR 0x0300 +#define GL_ONE_MINUS_SRC_COLOR 0x0301 +#define GL_SRC_ALPHA 0x0302 +#define GL_ONE_MINUS_SRC_ALPHA 0x0303 +#define GL_DST_ALPHA 0x0304 +#define GL_ONE_MINUS_DST_ALPHA 0x0305 +#define GL_DST_COLOR 0x0306 +#define GL_ONE_MINUS_DST_COLOR 0x0307 +#define GL_SRC_ALPHA_SATURATE 0x0308 +#define GL_NONE 0 +#define GL_FRONT_LEFT 0x0400 +#define GL_FRONT_RIGHT 0x0401 +#define GL_BACK_LEFT 0x0402 +#define GL_BACK_RIGHT 0x0403 +#define GL_FRONT 0x0404 +#define GL_BACK 0x0405 +#define GL_LEFT 0x0406 +#define GL_RIGHT 0x0407 +#define GL_FRONT_AND_BACK 0x0408 +#define GL_NO_ERROR 0 +#define GL_INVALID_ENUM 0x0500 +#define GL_INVALID_VALUE 0x0501 +#define GL_INVALID_OPERATION 0x0502 +#define GL_OUT_OF_MEMORY 0x0505 +#define GL_CW 0x0900 +#define GL_CCW 0x0901 +#define GL_POINT_SIZE 0x0B11 +#define GL_POINT_SIZE_RANGE 0x0B12 +#define GL_POINT_SIZE_GRANULARITY 0x0B13 +#define GL_LINE_SMOOTH 0x0B20 +#define GL_LINE_WIDTH 0x0B21 +#define GL_LINE_WIDTH_RANGE 0x0B22 +#define GL_LINE_WIDTH_GRANULARITY 0x0B23 +#define GL_POLYGON_MODE 0x0B40 +#define GL_POLYGON_SMOOTH 0x0B41 +#define GL_CULL_FACE 0x0B44 +#define GL_CULL_FACE_MODE 0x0B45 +#define GL_FRONT_FACE 0x0B46 +#define GL_DEPTH_RANGE 0x0B70 +#define GL_DEPTH_TEST 0x0B71 +#define GL_DEPTH_WRITEMASK 0x0B72 +#define GL_DEPTH_CLEAR_VALUE 0x0B73 +#define GL_DEPTH_FUNC 0x0B74 +#define GL_STENCIL_TEST 0x0B90 +#define GL_STENCIL_CLEAR_VALUE 0x0B91 +#define GL_STENCIL_FUNC 0x0B92 +#define GL_STENCIL_VALUE_MASK 0x0B93 +#define GL_STENCIL_FAIL 0x0B94 +#define GL_STENCIL_PASS_DEPTH_FAIL 0x0B95 +#define GL_STENCIL_PASS_DEPTH_PASS 0x0B96 +#define GL_STENCIL_REF 0x0B97 +#define GL_STENCIL_WRITEMASK 0x0B98 +#define GL_VIEWPORT 0x0BA2 +#define GL_DITHER 0x0BD0 +#define GL_BLEND_DST 0x0BE0 +#define GL_BLEND_SRC 0x0BE1 +#define GL_BLEND 0x0BE2 +#define GL_LOGIC_OP_MODE 0x0BF0 +#define GL_DRAW_BUFFER 0x0C01 +#define GL_READ_BUFFER 0x0C02 +#define GL_SCISSOR_BOX 0x0C10 +#define GL_SCISSOR_TEST 0x0C11 +#define GL_COLOR_CLEAR_VALUE 0x0C22 +#define GL_COLOR_WRITEMASK 0x0C23 +#define GL_DOUBLEBUFFER 0x0C32 +#define GL_STEREO 0x0C33 +#define GL_LINE_SMOOTH_HINT 0x0C52 +#define GL_POLYGON_SMOOTH_HINT 0x0C53 +#define GL_UNPACK_SWAP_BYTES 0x0CF0 +#define GL_UNPACK_LSB_FIRST 0x0CF1 +#define GL_UNPACK_ROW_LENGTH 0x0CF2 +#define GL_UNPACK_SKIP_ROWS 0x0CF3 +#define GL_UNPACK_SKIP_PIXELS 0x0CF4 +#define GL_UNPACK_ALIGNMENT 0x0CF5 +#define GL_PACK_SWAP_BYTES 0x0D00 +#define GL_PACK_LSB_FIRST 0x0D01 +#define GL_PACK_ROW_LENGTH 0x0D02 +#define GL_PACK_SKIP_ROWS 0x0D03 +#define GL_PACK_SKIP_PIXELS 0x0D04 +#define GL_PACK_ALIGNMENT 0x0D05 +#define GL_MAX_TEXTURE_SIZE 0x0D33 +#define GL_MAX_VIEWPORT_DIMS 0x0D3A +#define GL_SUBPIXEL_BITS 0x0D50 +#define GL_TEXTURE_1D 0x0DE0 +#define GL_TEXTURE_2D 0x0DE1 +#define GL_TEXTURE_WIDTH 0x1000 +#define GL_TEXTURE_HEIGHT 0x1001 +#define GL_TEXTURE_BORDER_COLOR 0x1004 +#define GL_DONT_CARE 0x1100 +#define GL_FASTEST 0x1101 +#define GL_NICEST 0x1102 +#define GL_BYTE 0x1400 +#define GL_UNSIGNED_BYTE 0x1401 +#define GL_SHORT 0x1402 +#define GL_UNSIGNED_SHORT 0x1403 +#define GL_INT 0x1404 +#define GL_UNSIGNED_INT 0x1405 +#define GL_FLOAT 0x1406 +#define GL_CLEAR 0x1500 +#define GL_AND 0x1501 +#define GL_AND_REVERSE 0x1502 +#define GL_COPY 0x1503 +#define GL_AND_INVERTED 0x1504 +#define GL_NOOP 0x1505 +#define GL_XOR 0x1506 +#define GL_OR 0x1507 +#define GL_NOR 0x1508 +#define GL_EQUIV 0x1509 +#define GL_INVERT 0x150A +#define GL_OR_REVERSE 0x150B +#define GL_COPY_INVERTED 0x150C +#define GL_OR_INVERTED 0x150D +#define GL_NAND 0x150E +#define GL_SET 0x150F +#define GL_TEXTURE 0x1702 +#define GL_COLOR 0x1800 +#define GL_DEPTH 0x1801 +#define GL_STENCIL 0x1802 +#define GL_STENCIL_INDEX 0x1901 +#define GL_DEPTH_COMPONENT 0x1902 +#define GL_RED 0x1903 +#define GL_GREEN 0x1904 +#define GL_BLUE 0x1905 +#define GL_ALPHA 0x1906 +#define GL_RGB 0x1907 +#define GL_RGBA 0x1908 +#define GL_POINT 0x1B00 +#define GL_LINE 0x1B01 +#define GL_FILL 0x1B02 +#define GL_KEEP 0x1E00 +#define GL_REPLACE 0x1E01 +#define GL_INCR 0x1E02 +#define GL_DECR 0x1E03 +#define GL_VENDOR 0x1F00 +#define GL_RENDERER 0x1F01 +#define GL_VERSION 0x1F02 +#define GL_EXTENSIONS 0x1F03 +#define GL_NEAREST 0x2600 +#define GL_LINEAR 0x2601 +#define GL_NEAREST_MIPMAP_NEAREST 0x2700 +#define GL_LINEAR_MIPMAP_NEAREST 0x2701 +#define GL_NEAREST_MIPMAP_LINEAR 0x2702 +#define GL_LINEAR_MIPMAP_LINEAR 0x2703 +#define GL_TEXTURE_MAG_FILTER 0x2800 +#define GL_TEXTURE_MIN_FILTER 0x2801 +#define GL_TEXTURE_WRAP_S 0x2802 +#define GL_TEXTURE_WRAP_T 0x2803 +#define GL_REPEAT 0x2901 +#define GL_COLOR_LOGIC_OP 0x0BF2 +#define GL_POLYGON_OFFSET_UNITS 0x2A00 +#define GL_POLYGON_OFFSET_POINT 0x2A01 +#define GL_POLYGON_OFFSET_LINE 0x2A02 +#define GL_POLYGON_OFFSET_FILL 0x8037 +#define GL_POLYGON_OFFSET_FACTOR 0x8038 +#define GL_TEXTURE_BINDING_1D 0x8068 +#define GL_TEXTURE_BINDING_2D 0x8069 +#define GL_TEXTURE_INTERNAL_FORMAT 0x1003 +#define GL_TEXTURE_RED_SIZE 0x805C +#define GL_TEXTURE_GREEN_SIZE 0x805D +#define GL_TEXTURE_BLUE_SIZE 0x805E +#define GL_TEXTURE_ALPHA_SIZE 0x805F +#define GL_DOUBLE 0x140A +#define GL_PROXY_TEXTURE_1D 0x8063 +#define GL_PROXY_TEXTURE_2D 0x8064 +#define GL_R3_G3_B2 0x2A10 +#define GL_RGB4 0x804F +#define GL_RGB5 0x8050 +#define GL_RGB8 0x8051 +#define GL_RGB10 0x8052 +#define GL_RGB12 0x8053 +#define GL_RGB16 0x8054 +#define GL_RGBA2 0x8055 +#define GL_RGBA4 0x8056 +#define GL_RGB5_A1 0x8057 +#define GL_RGBA8 0x8058 +#define GL_RGB10_A2 0x8059 +#define GL_RGBA12 0x805A +#define GL_RGBA16 0x805B +#define GL_UNSIGNED_BYTE_3_3_2 0x8032 +#define GL_UNSIGNED_SHORT_4_4_4_4 0x8033 +#define GL_UNSIGNED_SHORT_5_5_5_1 0x8034 +#define GL_UNSIGNED_INT_8_8_8_8 0x8035 +#define GL_UNSIGNED_INT_10_10_10_2 0x8036 +#define GL_TEXTURE_BINDING_3D 0x806A +#define GL_PACK_SKIP_IMAGES 0x806B +#define GL_PACK_IMAGE_HEIGHT 0x806C +#define GL_UNPACK_SKIP_IMAGES 0x806D +#define GL_UNPACK_IMAGE_HEIGHT 0x806E +#define GL_TEXTURE_3D 0x806F +#define GL_PROXY_TEXTURE_3D 0x8070 +#define GL_TEXTURE_DEPTH 0x8071 +#define GL_TEXTURE_WRAP_R 0x8072 +#define GL_MAX_3D_TEXTURE_SIZE 0x8073 +#define GL_UNSIGNED_BYTE_2_3_3_REV 0x8362 +#define GL_UNSIGNED_SHORT_5_6_5 0x8363 +#define GL_UNSIGNED_SHORT_5_6_5_REV 0x8364 +#define GL_UNSIGNED_SHORT_4_4_4_4_REV 0x8365 +#define GL_UNSIGNED_SHORT_1_5_5_5_REV 0x8366 +#define GL_UNSIGNED_INT_8_8_8_8_REV 0x8367 +#define GL_UNSIGNED_INT_2_10_10_10_REV 0x8368 +#define GL_BGR 0x80E0 +#define GL_BGRA 0x80E1 +#define GL_MAX_ELEMENTS_VERTICES 0x80E8 +#define GL_MAX_ELEMENTS_INDICES 0x80E9 +#define GL_CLAMP_TO_EDGE 0x812F +#define GL_TEXTURE_MIN_LOD 0x813A +#define GL_TEXTURE_MAX_LOD 0x813B +#define GL_TEXTURE_BASE_LEVEL 0x813C +#define GL_TEXTURE_MAX_LEVEL 0x813D +#define GL_SMOOTH_POINT_SIZE_RANGE 0x0B12 +#define GL_SMOOTH_POINT_SIZE_GRANULARITY 0x0B13 +#define GL_SMOOTH_LINE_WIDTH_RANGE 0x0B22 +#define GL_SMOOTH_LINE_WIDTH_GRANULARITY 0x0B23 +#define GL_ALIASED_LINE_WIDTH_RANGE 0x846E +#define GL_TEXTURE0 0x84C0 +#define GL_TEXTURE1 0x84C1 +#define GL_TEXTURE2 0x84C2 +#define GL_TEXTURE3 0x84C3 +#define GL_TEXTURE4 0x84C4 +#define GL_TEXTURE5 0x84C5 +#define GL_TEXTURE6 0x84C6 +#define GL_TEXTURE7 0x84C7 +#define GL_TEXTURE8 0x84C8 +#define GL_TEXTURE9 0x84C9 +#define GL_TEXTURE10 0x84CA +#define GL_TEXTURE11 0x84CB +#define GL_TEXTURE12 0x84CC +#define GL_TEXTURE13 0x84CD +#define GL_TEXTURE14 0x84CE +#define GL_TEXTURE15 0x84CF +#define GL_TEXTURE16 0x84D0 +#define GL_TEXTURE17 0x84D1 +#define GL_TEXTURE18 0x84D2 +#define GL_TEXTURE19 0x84D3 +#define GL_TEXTURE20 0x84D4 +#define GL_TEXTURE21 0x84D5 +#define GL_TEXTURE22 0x84D6 +#define GL_TEXTURE23 0x84D7 +#define GL_TEXTURE24 0x84D8 +#define GL_TEXTURE25 0x84D9 +#define GL_TEXTURE26 0x84DA +#define GL_TEXTURE27 0x84DB +#define GL_TEXTURE28 0x84DC +#define GL_TEXTURE29 0x84DD +#define GL_TEXTURE30 0x84DE +#define GL_TEXTURE31 0x84DF +#define GL_ACTIVE_TEXTURE 0x84E0 +#define GL_MULTISAMPLE 0x809D +#define GL_SAMPLE_ALPHA_TO_COVERAGE 0x809E +#define GL_SAMPLE_ALPHA_TO_ONE 0x809F +#define GL_SAMPLE_COVERAGE 0x80A0 +#define GL_SAMPLE_BUFFERS 0x80A8 +#define GL_SAMPLES 0x80A9 +#define GL_SAMPLE_COVERAGE_VALUE 0x80AA +#define GL_SAMPLE_COVERAGE_INVERT 0x80AB +#define GL_TEXTURE_CUBE_MAP 0x8513 +#define GL_TEXTURE_BINDING_CUBE_MAP 0x8514 +#define GL_TEXTURE_CUBE_MAP_POSITIVE_X 0x8515 +#define GL_TEXTURE_CUBE_MAP_NEGATIVE_X 0x8516 +#define GL_TEXTURE_CUBE_MAP_POSITIVE_Y 0x8517 +#define GL_TEXTURE_CUBE_MAP_NEGATIVE_Y 0x8518 +#define GL_TEXTURE_CUBE_MAP_POSITIVE_Z 0x8519 +#define GL_TEXTURE_CUBE_MAP_NEGATIVE_Z 0x851A +#define GL_PROXY_TEXTURE_CUBE_MAP 0x851B +#define GL_MAX_CUBE_MAP_TEXTURE_SIZE 0x851C +#define GL_COMPRESSED_RGB 0x84ED +#define GL_COMPRESSED_RGBA 0x84EE +#define GL_TEXTURE_COMPRESSION_HINT 0x84EF +#define GL_TEXTURE_COMPRESSED_IMAGE_SIZE 0x86A0 +#define GL_TEXTURE_COMPRESSED 0x86A1 +#define GL_NUM_COMPRESSED_TEXTURE_FORMATS 0x86A2 +#define GL_COMPRESSED_TEXTURE_FORMATS 0x86A3 +#define GL_CLAMP_TO_BORDER 0x812D +#define GL_BLEND_DST_RGB 0x80C8 +#define GL_BLEND_SRC_RGB 0x80C9 +#define GL_BLEND_DST_ALPHA 0x80CA +#define GL_BLEND_SRC_ALPHA 0x80CB +#define GL_POINT_FADE_THRESHOLD_SIZE 0x8128 +#define GL_DEPTH_COMPONENT16 0x81A5 +#define GL_DEPTH_COMPONENT24 0x81A6 +#define GL_DEPTH_COMPONENT32 0x81A7 +#define GL_MIRRORED_REPEAT 0x8370 +#define GL_MAX_TEXTURE_LOD_BIAS 0x84FD +#define GL_TEXTURE_LOD_BIAS 0x8501 +#define GL_INCR_WRAP 0x8507 +#define GL_DECR_WRAP 0x8508 +#define GL_TEXTURE_DEPTH_SIZE 0x884A +#define GL_TEXTURE_COMPARE_MODE 0x884C +#define GL_TEXTURE_COMPARE_FUNC 0x884D +#define GL_BLEND_COLOR 0x8005 +#define GL_BLEND_EQUATION 0x8009 +#define GL_CONSTANT_COLOR 0x8001 +#define GL_ONE_MINUS_CONSTANT_COLOR 0x8002 +#define GL_CONSTANT_ALPHA 0x8003 +#define GL_ONE_MINUS_CONSTANT_ALPHA 0x8004 +#define GL_FUNC_ADD 0x8006 +#define GL_FUNC_REVERSE_SUBTRACT 0x800B +#define GL_FUNC_SUBTRACT 0x800A +#define GL_MIN 0x8007 +#define GL_MAX 0x8008 +#define GL_BUFFER_SIZE 0x8764 +#define GL_BUFFER_USAGE 0x8765 +#define GL_QUERY_COUNTER_BITS 0x8864 +#define GL_CURRENT_QUERY 0x8865 +#define GL_QUERY_RESULT 0x8866 +#define GL_QUERY_RESULT_AVAILABLE 0x8867 +#define GL_ARRAY_BUFFER 0x8892 +#define GL_ELEMENT_ARRAY_BUFFER 0x8893 +#define GL_ARRAY_BUFFER_BINDING 0x8894 +#define GL_ELEMENT_ARRAY_BUFFER_BINDING 0x8895 +#define GL_VERTEX_ATTRIB_ARRAY_BUFFER_BINDING 0x889F +#define GL_READ_ONLY 0x88B8 +#define GL_WRITE_ONLY 0x88B9 +#define GL_READ_WRITE 0x88BA +#define GL_BUFFER_ACCESS 0x88BB +#define GL_BUFFER_MAPPED 0x88BC +#define GL_BUFFER_MAP_POINTER 0x88BD +#define GL_STREAM_DRAW 0x88E0 +#define GL_STREAM_READ 0x88E1 +#define GL_STREAM_COPY 0x88E2 +#define GL_STATIC_DRAW 0x88E4 +#define GL_STATIC_READ 0x88E5 +#define GL_STATIC_COPY 0x88E6 +#define GL_DYNAMIC_DRAW 0x88E8 +#define GL_DYNAMIC_READ 0x88E9 +#define GL_DYNAMIC_COPY 0x88EA +#define GL_SAMPLES_PASSED 0x8914 +#define GL_SRC1_ALPHA 0x8589 +#define GL_BLEND_EQUATION_RGB 0x8009 +#define GL_VERTEX_ATTRIB_ARRAY_ENABLED 0x8622 +#define GL_VERTEX_ATTRIB_ARRAY_SIZE 0x8623 +#define GL_VERTEX_ATTRIB_ARRAY_STRIDE 0x8624 +#define GL_VERTEX_ATTRIB_ARRAY_TYPE 0x8625 +#define GL_CURRENT_VERTEX_ATTRIB 0x8626 +#define GL_VERTEX_PROGRAM_POINT_SIZE 0x8642 +#define GL_VERTEX_ATTRIB_ARRAY_POINTER 0x8645 +#define GL_STENCIL_BACK_FUNC 0x8800 +#define GL_STENCIL_BACK_FAIL 0x8801 +#define GL_STENCIL_BACK_PASS_DEPTH_FAIL 0x8802 +#define GL_STENCIL_BACK_PASS_DEPTH_PASS 0x8803 +#define GL_MAX_DRAW_BUFFERS 0x8824 +#define GL_DRAW_BUFFER0 0x8825 +#define GL_DRAW_BUFFER1 0x8826 +#define GL_DRAW_BUFFER2 0x8827 +#define GL_DRAW_BUFFER3 0x8828 +#define GL_DRAW_BUFFER4 0x8829 +#define GL_DRAW_BUFFER5 0x882A +#define GL_DRAW_BUFFER6 0x882B +#define GL_DRAW_BUFFER7 0x882C +#define GL_DRAW_BUFFER8 0x882D +#define GL_DRAW_BUFFER9 0x882E +#define GL_DRAW_BUFFER10 0x882F +#define GL_DRAW_BUFFER11 0x8830 +#define GL_DRAW_BUFFER12 0x8831 +#define GL_DRAW_BUFFER13 0x8832 +#define GL_DRAW_BUFFER14 0x8833 +#define GL_DRAW_BUFFER15 0x8834 +#define GL_BLEND_EQUATION_ALPHA 0x883D +#define GL_MAX_VERTEX_ATTRIBS 0x8869 +#define GL_VERTEX_ATTRIB_ARRAY_NORMALIZED 0x886A +#define GL_MAX_TEXTURE_IMAGE_UNITS 0x8872 +#define GL_FRAGMENT_SHADER 0x8B30 +#define GL_VERTEX_SHADER 0x8B31 +#define GL_MAX_FRAGMENT_UNIFORM_COMPONENTS 0x8B49 +#define GL_MAX_VERTEX_UNIFORM_COMPONENTS 0x8B4A +#define GL_MAX_VARYING_FLOATS 0x8B4B +#define GL_MAX_VERTEX_TEXTURE_IMAGE_UNITS 0x8B4C +#define GL_MAX_COMBINED_TEXTURE_IMAGE_UNITS 0x8B4D +#define GL_SHADER_TYPE 0x8B4F +#define GL_FLOAT_VEC2 0x8B50 +#define GL_FLOAT_VEC3 0x8B51 +#define GL_FLOAT_VEC4 0x8B52 +#define GL_INT_VEC2 0x8B53 +#define GL_INT_VEC3 0x8B54 +#define GL_INT_VEC4 0x8B55 +#define GL_BOOL 0x8B56 +#define GL_BOOL_VEC2 0x8B57 +#define GL_BOOL_VEC3 0x8B58 +#define GL_BOOL_VEC4 0x8B59 +#define GL_FLOAT_MAT2 0x8B5A +#define GL_FLOAT_MAT3 0x8B5B +#define GL_FLOAT_MAT4 0x8B5C +#define GL_SAMPLER_1D 0x8B5D +#define GL_SAMPLER_2D 0x8B5E +#define GL_SAMPLER_3D 0x8B5F +#define GL_SAMPLER_CUBE 0x8B60 +#define GL_SAMPLER_1D_SHADOW 0x8B61 +#define GL_SAMPLER_2D_SHADOW 0x8B62 +#define GL_DELETE_STATUS 0x8B80 +#define GL_COMPILE_STATUS 0x8B81 +#define GL_LINK_STATUS 0x8B82 +#define GL_VALIDATE_STATUS 0x8B83 +#define GL_INFO_LOG_LENGTH 0x8B84 +#define GL_ATTACHED_SHADERS 0x8B85 +#define GL_ACTIVE_UNIFORMS 0x8B86 +#define GL_ACTIVE_UNIFORM_MAX_LENGTH 0x8B87 +#define GL_SHADER_SOURCE_LENGTH 0x8B88 +#define GL_ACTIVE_ATTRIBUTES 0x8B89 +#define GL_ACTIVE_ATTRIBUTE_MAX_LENGTH 0x8B8A +#define GL_FRAGMENT_SHADER_DERIVATIVE_HINT 0x8B8B +#define GL_SHADING_LANGUAGE_VERSION 0x8B8C +#define GL_CURRENT_PROGRAM 0x8B8D +#define GL_POINT_SPRITE_COORD_ORIGIN 0x8CA0 +#define GL_LOWER_LEFT 0x8CA1 +#define GL_UPPER_LEFT 0x8CA2 +#define GL_STENCIL_BACK_REF 0x8CA3 +#define GL_STENCIL_BACK_VALUE_MASK 0x8CA4 +#define GL_STENCIL_BACK_WRITEMASK 0x8CA5 +#define GL_PIXEL_PACK_BUFFER 0x88EB +#define GL_PIXEL_UNPACK_BUFFER 0x88EC +#define GL_PIXEL_PACK_BUFFER_BINDING 0x88ED +#define GL_PIXEL_UNPACK_BUFFER_BINDING 0x88EF +#define GL_FLOAT_MAT2x3 0x8B65 +#define GL_FLOAT_MAT2x4 0x8B66 +#define GL_FLOAT_MAT3x2 0x8B67 +#define GL_FLOAT_MAT3x4 0x8B68 +#define GL_FLOAT_MAT4x2 0x8B69 +#define GL_FLOAT_MAT4x3 0x8B6A +#define GL_SRGB 0x8C40 +#define GL_SRGB8 0x8C41 +#define GL_SRGB_ALPHA 0x8C42 +#define GL_SRGB8_ALPHA8 0x8C43 +#define GL_COMPRESSED_SRGB 0x8C48 +#define GL_COMPRESSED_SRGB_ALPHA 0x8C49 +#define GL_COMPARE_REF_TO_TEXTURE 0x884E +#define GL_CLIP_DISTANCE0 0x3000 +#define GL_CLIP_DISTANCE1 0x3001 +#define GL_CLIP_DISTANCE2 0x3002 +#define GL_CLIP_DISTANCE3 0x3003 +#define GL_CLIP_DISTANCE4 0x3004 +#define GL_CLIP_DISTANCE5 0x3005 +#define GL_CLIP_DISTANCE6 0x3006 +#define GL_CLIP_DISTANCE7 0x3007 +#define GL_MAX_CLIP_DISTANCES 0x0D32 +#define GL_MAJOR_VERSION 0x821B +#define GL_MINOR_VERSION 0x821C +#define GL_NUM_EXTENSIONS 0x821D +#define GL_CONTEXT_FLAGS 0x821E +#define GL_COMPRESSED_RED 0x8225 +#define GL_COMPRESSED_RG 0x8226 +#define GL_CONTEXT_FLAG_FORWARD_COMPATIBLE_BIT 0x00000001 +#define GL_RGBA32F 0x8814 +#define GL_RGB32F 0x8815 +#define GL_RGBA16F 0x881A +#define GL_RGB16F 0x881B +#define GL_VERTEX_ATTRIB_ARRAY_INTEGER 0x88FD +#define GL_MAX_ARRAY_TEXTURE_LAYERS 0x88FF +#define GL_MIN_PROGRAM_TEXEL_OFFSET 0x8904 +#define GL_MAX_PROGRAM_TEXEL_OFFSET 0x8905 +#define GL_CLAMP_READ_COLOR 0x891C +#define GL_FIXED_ONLY 0x891D +#define GL_MAX_VARYING_COMPONENTS 0x8B4B +#define GL_TEXTURE_1D_ARRAY 0x8C18 +#define GL_PROXY_TEXTURE_1D_ARRAY 0x8C19 +#define GL_TEXTURE_2D_ARRAY 0x8C1A +#define GL_PROXY_TEXTURE_2D_ARRAY 0x8C1B +#define GL_TEXTURE_BINDING_1D_ARRAY 0x8C1C +#define GL_TEXTURE_BINDING_2D_ARRAY 0x8C1D +#define GL_R11F_G11F_B10F 0x8C3A +#define GL_UNSIGNED_INT_10F_11F_11F_REV 0x8C3B +#define GL_RGB9_E5 0x8C3D +#define GL_UNSIGNED_INT_5_9_9_9_REV 0x8C3E +#define GL_TEXTURE_SHARED_SIZE 0x8C3F +#define GL_TRANSFORM_FEEDBACK_VARYING_MAX_LENGTH 0x8C76 +#define GL_TRANSFORM_FEEDBACK_BUFFER_MODE 0x8C7F +#define GL_MAX_TRANSFORM_FEEDBACK_SEPARATE_COMPONENTS 0x8C80 +#define GL_TRANSFORM_FEEDBACK_VARYINGS 0x8C83 +#define GL_TRANSFORM_FEEDBACK_BUFFER_START 0x8C84 +#define GL_TRANSFORM_FEEDBACK_BUFFER_SIZE 0x8C85 +#define GL_PRIMITIVES_GENERATED 0x8C87 +#define GL_TRANSFORM_FEEDBACK_PRIMITIVES_WRITTEN 0x8C88 +#define GL_RASTERIZER_DISCARD 0x8C89 +#define GL_MAX_TRANSFORM_FEEDBACK_INTERLEAVED_COMPONENTS 0x8C8A +#define GL_MAX_TRANSFORM_FEEDBACK_SEPARATE_ATTRIBS 0x8C8B +#define GL_INTERLEAVED_ATTRIBS 0x8C8C +#define GL_SEPARATE_ATTRIBS 0x8C8D +#define GL_TRANSFORM_FEEDBACK_BUFFER 0x8C8E +#define GL_TRANSFORM_FEEDBACK_BUFFER_BINDING 0x8C8F +#define GL_RGBA32UI 0x8D70 +#define GL_RGB32UI 0x8D71 +#define GL_RGBA16UI 0x8D76 +#define GL_RGB16UI 0x8D77 +#define GL_RGBA8UI 0x8D7C +#define GL_RGB8UI 0x8D7D +#define GL_RGBA32I 0x8D82 +#define GL_RGB32I 0x8D83 +#define GL_RGBA16I 0x8D88 +#define GL_RGB16I 0x8D89 +#define GL_RGBA8I 0x8D8E +#define GL_RGB8I 0x8D8F +#define GL_RED_INTEGER 0x8D94 +#define GL_GREEN_INTEGER 0x8D95 +#define GL_BLUE_INTEGER 0x8D96 +#define GL_RGB_INTEGER 0x8D98 +#define GL_RGBA_INTEGER 0x8D99 +#define GL_BGR_INTEGER 0x8D9A +#define GL_BGRA_INTEGER 0x8D9B +#define GL_SAMPLER_1D_ARRAY 0x8DC0 +#define GL_SAMPLER_2D_ARRAY 0x8DC1 +#define GL_SAMPLER_1D_ARRAY_SHADOW 0x8DC3 +#define GL_SAMPLER_2D_ARRAY_SHADOW 0x8DC4 +#define GL_SAMPLER_CUBE_SHADOW 0x8DC5 +#define GL_UNSIGNED_INT_VEC2 0x8DC6 +#define GL_UNSIGNED_INT_VEC3 0x8DC7 +#define GL_UNSIGNED_INT_VEC4 0x8DC8 +#define GL_INT_SAMPLER_1D 0x8DC9 +#define GL_INT_SAMPLER_2D 0x8DCA +#define GL_INT_SAMPLER_3D 0x8DCB +#define GL_INT_SAMPLER_CUBE 0x8DCC +#define GL_INT_SAMPLER_1D_ARRAY 0x8DCE +#define GL_INT_SAMPLER_2D_ARRAY 0x8DCF +#define GL_UNSIGNED_INT_SAMPLER_1D 0x8DD1 +#define GL_UNSIGNED_INT_SAMPLER_2D 0x8DD2 +#define GL_UNSIGNED_INT_SAMPLER_3D 0x8DD3 +#define GL_UNSIGNED_INT_SAMPLER_CUBE 0x8DD4 +#define GL_UNSIGNED_INT_SAMPLER_1D_ARRAY 0x8DD6 +#define GL_UNSIGNED_INT_SAMPLER_2D_ARRAY 0x8DD7 +#define GL_QUERY_WAIT 0x8E13 +#define GL_QUERY_NO_WAIT 0x8E14 +#define GL_QUERY_BY_REGION_WAIT 0x8E15 +#define GL_QUERY_BY_REGION_NO_WAIT 0x8E16 +#define GL_BUFFER_ACCESS_FLAGS 0x911F +#define GL_BUFFER_MAP_LENGTH 0x9120 +#define GL_BUFFER_MAP_OFFSET 0x9121 +#define GL_DEPTH_COMPONENT32F 0x8CAC +#define GL_DEPTH32F_STENCIL8 0x8CAD +#define GL_FLOAT_32_UNSIGNED_INT_24_8_REV 0x8DAD +#define GL_INVALID_FRAMEBUFFER_OPERATION 0x0506 +#define GL_FRAMEBUFFER_ATTACHMENT_COLOR_ENCODING 0x8210 +#define GL_FRAMEBUFFER_ATTACHMENT_COMPONENT_TYPE 0x8211 +#define GL_FRAMEBUFFER_ATTACHMENT_RED_SIZE 0x8212 +#define GL_FRAMEBUFFER_ATTACHMENT_GREEN_SIZE 0x8213 +#define GL_FRAMEBUFFER_ATTACHMENT_BLUE_SIZE 0x8214 +#define GL_FRAMEBUFFER_ATTACHMENT_ALPHA_SIZE 0x8215 +#define GL_FRAMEBUFFER_ATTACHMENT_DEPTH_SIZE 0x8216 +#define GL_FRAMEBUFFER_ATTACHMENT_STENCIL_SIZE 0x8217 +#define GL_FRAMEBUFFER_DEFAULT 0x8218 +#define GL_FRAMEBUFFER_UNDEFINED 0x8219 +#define GL_DEPTH_STENCIL_ATTACHMENT 0x821A +#define GL_MAX_RENDERBUFFER_SIZE 0x84E8 +#define GL_DEPTH_STENCIL 0x84F9 +#define GL_UNSIGNED_INT_24_8 0x84FA +#define GL_DEPTH24_STENCIL8 0x88F0 +#define GL_TEXTURE_STENCIL_SIZE 0x88F1 +#define GL_TEXTURE_RED_TYPE 0x8C10 +#define GL_TEXTURE_GREEN_TYPE 0x8C11 +#define GL_TEXTURE_BLUE_TYPE 0x8C12 +#define GL_TEXTURE_ALPHA_TYPE 0x8C13 +#define GL_TEXTURE_DEPTH_TYPE 0x8C16 +#define GL_UNSIGNED_NORMALIZED 0x8C17 +#define GL_FRAMEBUFFER_BINDING 0x8CA6 +#define GL_DRAW_FRAMEBUFFER_BINDING 0x8CA6 +#define GL_RENDERBUFFER_BINDING 0x8CA7 +#define GL_READ_FRAMEBUFFER 0x8CA8 +#define GL_DRAW_FRAMEBUFFER 0x8CA9 +#define GL_READ_FRAMEBUFFER_BINDING 0x8CAA +#define GL_RENDERBUFFER_SAMPLES 0x8CAB +#define GL_FRAMEBUFFER_ATTACHMENT_OBJECT_TYPE 0x8CD0 +#define GL_FRAMEBUFFER_ATTACHMENT_OBJECT_NAME 0x8CD1 +#define GL_FRAMEBUFFER_ATTACHMENT_TEXTURE_LEVEL 0x8CD2 +#define GL_FRAMEBUFFER_ATTACHMENT_TEXTURE_CUBE_MAP_FACE 0x8CD3 +#define GL_FRAMEBUFFER_ATTACHMENT_TEXTURE_LAYER 0x8CD4 +#define GL_FRAMEBUFFER_COMPLETE 0x8CD5 +#define GL_FRAMEBUFFER_INCOMPLETE_ATTACHMENT 0x8CD6 +#define GL_FRAMEBUFFER_INCOMPLETE_MISSING_ATTACHMENT 0x8CD7 +#define GL_FRAMEBUFFER_INCOMPLETE_DRAW_BUFFER 0x8CDB +#define GL_FRAMEBUFFER_INCOMPLETE_READ_BUFFER 0x8CDC +#define GL_FRAMEBUFFER_UNSUPPORTED 0x8CDD +#define GL_MAX_COLOR_ATTACHMENTS 0x8CDF +#define GL_COLOR_ATTACHMENT0 0x8CE0 +#define GL_COLOR_ATTACHMENT1 0x8CE1 +#define GL_COLOR_ATTACHMENT2 0x8CE2 +#define GL_COLOR_ATTACHMENT3 0x8CE3 +#define GL_COLOR_ATTACHMENT4 0x8CE4 +#define GL_COLOR_ATTACHMENT5 0x8CE5 +#define GL_COLOR_ATTACHMENT6 0x8CE6 +#define GL_COLOR_ATTACHMENT7 0x8CE7 +#define GL_COLOR_ATTACHMENT8 0x8CE8 +#define GL_COLOR_ATTACHMENT9 0x8CE9 +#define GL_COLOR_ATTACHMENT10 0x8CEA +#define GL_COLOR_ATTACHMENT11 0x8CEB +#define GL_COLOR_ATTACHMENT12 0x8CEC +#define GL_COLOR_ATTACHMENT13 0x8CED +#define GL_COLOR_ATTACHMENT14 0x8CEE +#define GL_COLOR_ATTACHMENT15 0x8CEF +#define GL_COLOR_ATTACHMENT16 0x8CF0 +#define GL_COLOR_ATTACHMENT17 0x8CF1 +#define GL_COLOR_ATTACHMENT18 0x8CF2 +#define GL_COLOR_ATTACHMENT19 0x8CF3 +#define GL_COLOR_ATTACHMENT20 0x8CF4 +#define GL_COLOR_ATTACHMENT21 0x8CF5 +#define GL_COLOR_ATTACHMENT22 0x8CF6 +#define GL_COLOR_ATTACHMENT23 0x8CF7 +#define GL_COLOR_ATTACHMENT24 0x8CF8 +#define GL_COLOR_ATTACHMENT25 0x8CF9 +#define GL_COLOR_ATTACHMENT26 0x8CFA +#define GL_COLOR_ATTACHMENT27 0x8CFB +#define GL_COLOR_ATTACHMENT28 0x8CFC +#define GL_COLOR_ATTACHMENT29 0x8CFD +#define GL_COLOR_ATTACHMENT30 0x8CFE +#define GL_COLOR_ATTACHMENT31 0x8CFF +#define GL_DEPTH_ATTACHMENT 0x8D00 +#define GL_STENCIL_ATTACHMENT 0x8D20 +#define GL_FRAMEBUFFER 0x8D40 +#define GL_RENDERBUFFER 0x8D41 +#define GL_RENDERBUFFER_WIDTH 0x8D42 +#define GL_RENDERBUFFER_HEIGHT 0x8D43 +#define GL_RENDERBUFFER_INTERNAL_FORMAT 0x8D44 +#define GL_STENCIL_INDEX1 0x8D46 +#define GL_STENCIL_INDEX4 0x8D47 +#define GL_STENCIL_INDEX8 0x8D48 +#define GL_STENCIL_INDEX16 0x8D49 +#define GL_RENDERBUFFER_RED_SIZE 0x8D50 +#define GL_RENDERBUFFER_GREEN_SIZE 0x8D51 +#define GL_RENDERBUFFER_BLUE_SIZE 0x8D52 +#define GL_RENDERBUFFER_ALPHA_SIZE 0x8D53 +#define GL_RENDERBUFFER_DEPTH_SIZE 0x8D54 +#define GL_RENDERBUFFER_STENCIL_SIZE 0x8D55 +#define GL_FRAMEBUFFER_INCOMPLETE_MULTISAMPLE 0x8D56 +#define GL_MAX_SAMPLES 0x8D57 +#define GL_FRAMEBUFFER_SRGB 0x8DB9 +#define GL_HALF_FLOAT 0x140B +#define GL_MAP_READ_BIT 0x0001 +#define GL_MAP_WRITE_BIT 0x0002 +#define GL_MAP_INVALIDATE_RANGE_BIT 0x0004 +#define GL_MAP_INVALIDATE_BUFFER_BIT 0x0008 +#define GL_MAP_FLUSH_EXPLICIT_BIT 0x0010 +#define GL_MAP_UNSYNCHRONIZED_BIT 0x0020 +#define GL_COMPRESSED_RED_RGTC1 0x8DBB +#define GL_COMPRESSED_SIGNED_RED_RGTC1 0x8DBC +#define GL_COMPRESSED_RG_RGTC2 0x8DBD +#define GL_COMPRESSED_SIGNED_RG_RGTC2 0x8DBE +#define GL_RG 0x8227 +#define GL_RG_INTEGER 0x8228 +#define GL_R8 0x8229 +#define GL_R16 0x822A +#define GL_RG8 0x822B +#define GL_RG16 0x822C +#define GL_R16F 0x822D +#define GL_R32F 0x822E +#define GL_RG16F 0x822F +#define GL_RG32F 0x8230 +#define GL_R8I 0x8231 +#define GL_R8UI 0x8232 +#define GL_R16I 0x8233 +#define GL_R16UI 0x8234 +#define GL_R32I 0x8235 +#define GL_R32UI 0x8236 +#define GL_RG8I 0x8237 +#define GL_RG8UI 0x8238 +#define GL_RG16I 0x8239 +#define GL_RG16UI 0x823A +#define GL_RG32I 0x823B +#define GL_RG32UI 0x823C +#define GL_VERTEX_ARRAY_BINDING 0x85B5 +#define GL_SAMPLER_2D_RECT 0x8B63 +#define GL_SAMPLER_2D_RECT_SHADOW 0x8B64 +#define GL_SAMPLER_BUFFER 0x8DC2 +#define GL_INT_SAMPLER_2D_RECT 0x8DCD +#define GL_INT_SAMPLER_BUFFER 0x8DD0 +#define GL_UNSIGNED_INT_SAMPLER_2D_RECT 0x8DD5 +#define GL_UNSIGNED_INT_SAMPLER_BUFFER 0x8DD8 +#define GL_TEXTURE_BUFFER 0x8C2A +#define GL_MAX_TEXTURE_BUFFER_SIZE 0x8C2B +#define GL_TEXTURE_BINDING_BUFFER 0x8C2C +#define GL_TEXTURE_BUFFER_DATA_STORE_BINDING 0x8C2D +#define GL_TEXTURE_RECTANGLE 0x84F5 +#define GL_TEXTURE_BINDING_RECTANGLE 0x84F6 +#define GL_PROXY_TEXTURE_RECTANGLE 0x84F7 +#define GL_MAX_RECTANGLE_TEXTURE_SIZE 0x84F8 +#define GL_R8_SNORM 0x8F94 +#define GL_RG8_SNORM 0x8F95 +#define GL_RGB8_SNORM 0x8F96 +#define GL_RGBA8_SNORM 0x8F97 +#define GL_R16_SNORM 0x8F98 +#define GL_RG16_SNORM 0x8F99 +#define GL_RGB16_SNORM 0x8F9A +#define GL_RGBA16_SNORM 0x8F9B +#define GL_SIGNED_NORMALIZED 0x8F9C +#define GL_PRIMITIVE_RESTART 0x8F9D +#define GL_PRIMITIVE_RESTART_INDEX 0x8F9E +#define GL_COPY_READ_BUFFER 0x8F36 +#define GL_COPY_WRITE_BUFFER 0x8F37 +#define GL_UNIFORM_BUFFER 0x8A11 +#define GL_UNIFORM_BUFFER_BINDING 0x8A28 +#define GL_UNIFORM_BUFFER_START 0x8A29 +#define GL_UNIFORM_BUFFER_SIZE 0x8A2A +#define GL_MAX_VERTEX_UNIFORM_BLOCKS 0x8A2B +#define GL_MAX_GEOMETRY_UNIFORM_BLOCKS 0x8A2C +#define GL_MAX_FRAGMENT_UNIFORM_BLOCKS 0x8A2D +#define GL_MAX_COMBINED_UNIFORM_BLOCKS 0x8A2E +#define GL_MAX_UNIFORM_BUFFER_BINDINGS 0x8A2F +#define GL_MAX_UNIFORM_BLOCK_SIZE 0x8A30 +#define GL_MAX_COMBINED_VERTEX_UNIFORM_COMPONENTS 0x8A31 +#define GL_MAX_COMBINED_GEOMETRY_UNIFORM_COMPONENTS 0x8A32 +#define GL_MAX_COMBINED_FRAGMENT_UNIFORM_COMPONENTS 0x8A33 +#define GL_UNIFORM_BUFFER_OFFSET_ALIGNMENT 0x8A34 +#define GL_ACTIVE_UNIFORM_BLOCK_MAX_NAME_LENGTH 0x8A35 +#define GL_ACTIVE_UNIFORM_BLOCKS 0x8A36 +#define GL_UNIFORM_TYPE 0x8A37 +#define GL_UNIFORM_SIZE 0x8A38 +#define GL_UNIFORM_NAME_LENGTH 0x8A39 +#define GL_UNIFORM_BLOCK_INDEX 0x8A3A +#define GL_UNIFORM_OFFSET 0x8A3B +#define GL_UNIFORM_ARRAY_STRIDE 0x8A3C +#define GL_UNIFORM_MATRIX_STRIDE 0x8A3D +#define GL_UNIFORM_IS_ROW_MAJOR 0x8A3E +#define GL_UNIFORM_BLOCK_BINDING 0x8A3F +#define GL_UNIFORM_BLOCK_DATA_SIZE 0x8A40 +#define GL_UNIFORM_BLOCK_NAME_LENGTH 0x8A41 +#define GL_UNIFORM_BLOCK_ACTIVE_UNIFORMS 0x8A42 +#define GL_UNIFORM_BLOCK_ACTIVE_UNIFORM_INDICES 0x8A43 +#define GL_UNIFORM_BLOCK_REFERENCED_BY_VERTEX_SHADER 0x8A44 +#define GL_UNIFORM_BLOCK_REFERENCED_BY_GEOMETRY_SHADER 0x8A45 +#define GL_UNIFORM_BLOCK_REFERENCED_BY_FRAGMENT_SHADER 0x8A46 +#define GL_INVALID_INDEX 0xFFFFFFFF +#define GL_CONTEXT_CORE_PROFILE_BIT 0x00000001 +#define GL_CONTEXT_COMPATIBILITY_PROFILE_BIT 0x00000002 +#define GL_LINES_ADJACENCY 0x000A +#define GL_LINE_STRIP_ADJACENCY 0x000B +#define GL_TRIANGLES_ADJACENCY 0x000C +#define GL_TRIANGLE_STRIP_ADJACENCY 0x000D +#define GL_PROGRAM_POINT_SIZE 0x8642 +#define GL_MAX_GEOMETRY_TEXTURE_IMAGE_UNITS 0x8C29 +#define GL_FRAMEBUFFER_ATTACHMENT_LAYERED 0x8DA7 +#define GL_FRAMEBUFFER_INCOMPLETE_LAYER_TARGETS 0x8DA8 +#define GL_GEOMETRY_SHADER 0x8DD9 +#define GL_GEOMETRY_VERTICES_OUT 0x8916 +#define GL_GEOMETRY_INPUT_TYPE 0x8917 +#define GL_GEOMETRY_OUTPUT_TYPE 0x8918 +#define GL_MAX_GEOMETRY_UNIFORM_COMPONENTS 0x8DDF +#define GL_MAX_GEOMETRY_OUTPUT_VERTICES 0x8DE0 +#define GL_MAX_GEOMETRY_TOTAL_OUTPUT_COMPONENTS 0x8DE1 +#define GL_MAX_VERTEX_OUTPUT_COMPONENTS 0x9122 +#define GL_MAX_GEOMETRY_INPUT_COMPONENTS 0x9123 +#define GL_MAX_GEOMETRY_OUTPUT_COMPONENTS 0x9124 +#define GL_MAX_FRAGMENT_INPUT_COMPONENTS 0x9125 +#define GL_CONTEXT_PROFILE_MASK 0x9126 +#define GL_DEPTH_CLAMP 0x864F +#define GL_QUADS_FOLLOW_PROVOKING_VERTEX_CONVENTION 0x8E4C +#define GL_FIRST_VERTEX_CONVENTION 0x8E4D +#define GL_LAST_VERTEX_CONVENTION 0x8E4E +#define GL_PROVOKING_VERTEX 0x8E4F +#define GL_TEXTURE_CUBE_MAP_SEAMLESS 0x884F +#define GL_MAX_SERVER_WAIT_TIMEOUT 0x9111 +#define GL_OBJECT_TYPE 0x9112 +#define GL_SYNC_CONDITION 0x9113 +#define GL_SYNC_STATUS 0x9114 +#define GL_SYNC_FLAGS 0x9115 +#define GL_SYNC_FENCE 0x9116 +#define GL_SYNC_GPU_COMMANDS_COMPLETE 0x9117 +#define GL_UNSIGNALED 0x9118 +#define GL_SIGNALED 0x9119 +#define GL_ALREADY_SIGNALED 0x911A +#define GL_TIMEOUT_EXPIRED 0x911B +#define GL_CONDITION_SATISFIED 0x911C +#define GL_WAIT_FAILED 0x911D +#define GL_TIMEOUT_IGNORED 0xFFFFFFFFFFFFFFFF +#define GL_SYNC_FLUSH_COMMANDS_BIT 0x00000001 +#define GL_SAMPLE_POSITION 0x8E50 +#define GL_SAMPLE_MASK 0x8E51 +#define GL_SAMPLE_MASK_VALUE 0x8E52 +#define GL_MAX_SAMPLE_MASK_WORDS 0x8E59 +#define GL_TEXTURE_2D_MULTISAMPLE 0x9100 +#define GL_PROXY_TEXTURE_2D_MULTISAMPLE 0x9101 +#define GL_TEXTURE_2D_MULTISAMPLE_ARRAY 0x9102 +#define GL_PROXY_TEXTURE_2D_MULTISAMPLE_ARRAY 0x9103 +#define GL_TEXTURE_BINDING_2D_MULTISAMPLE 0x9104 +#define GL_TEXTURE_BINDING_2D_MULTISAMPLE_ARRAY 0x9105 +#define GL_TEXTURE_SAMPLES 0x9106 +#define GL_TEXTURE_FIXED_SAMPLE_LOCATIONS 0x9107 +#define GL_SAMPLER_2D_MULTISAMPLE 0x9108 +#define GL_INT_SAMPLER_2D_MULTISAMPLE 0x9109 +#define GL_UNSIGNED_INT_SAMPLER_2D_MULTISAMPLE 0x910A +#define GL_SAMPLER_2D_MULTISAMPLE_ARRAY 0x910B +#define GL_INT_SAMPLER_2D_MULTISAMPLE_ARRAY 0x910C +#define GL_UNSIGNED_INT_SAMPLER_2D_MULTISAMPLE_ARRAY 0x910D +#define GL_MAX_COLOR_TEXTURE_SAMPLES 0x910E +#define GL_MAX_DEPTH_TEXTURE_SAMPLES 0x910F +#define GL_MAX_INTEGER_SAMPLES 0x9110 +#define GL_VERTEX_ATTRIB_ARRAY_DIVISOR 0x88FE +#define GL_SRC1_COLOR 0x88F9 +#define GL_ONE_MINUS_SRC1_COLOR 0x88FA +#define GL_ONE_MINUS_SRC1_ALPHA 0x88FB +#define GL_MAX_DUAL_SOURCE_DRAW_BUFFERS 0x88FC +#define GL_ANY_SAMPLES_PASSED 0x8C2F +#define GL_SAMPLER_BINDING 0x8919 +#define GL_RGB10_A2UI 0x906F +#define GL_TEXTURE_SWIZZLE_R 0x8E42 +#define GL_TEXTURE_SWIZZLE_G 0x8E43 +#define GL_TEXTURE_SWIZZLE_B 0x8E44 +#define GL_TEXTURE_SWIZZLE_A 0x8E45 +#define GL_TEXTURE_SWIZZLE_RGBA 0x8E46 +#define GL_TIME_ELAPSED 0x88BF +#define GL_TIMESTAMP 0x8E28 +#define GL_INT_2_10_10_10_REV 0x8D9F +#ifndef GL_VERSION_1_0 +#define GL_VERSION_1_0 1 +GLAPI int GLAD_GL_VERSION_1_0; +typedef void (APIENTRYP PFNGLCULLFACEPROC)(GLenum mode); +GLAPI PFNGLCULLFACEPROC glad_glCullFace; +#define glCullFace glad_glCullFace +typedef void (APIENTRYP PFNGLFRONTFACEPROC)(GLenum mode); +GLAPI PFNGLFRONTFACEPROC glad_glFrontFace; +#define glFrontFace glad_glFrontFace +typedef void (APIENTRYP PFNGLHINTPROC)(GLenum target, GLenum mode); +GLAPI PFNGLHINTPROC glad_glHint; +#define glHint glad_glHint +typedef void (APIENTRYP PFNGLLINEWIDTHPROC)(GLfloat width); +GLAPI PFNGLLINEWIDTHPROC glad_glLineWidth; +#define glLineWidth glad_glLineWidth +typedef void (APIENTRYP PFNGLPOINTSIZEPROC)(GLfloat size); +GLAPI PFNGLPOINTSIZEPROC glad_glPointSize; +#define glPointSize glad_glPointSize +typedef void (APIENTRYP PFNGLPOLYGONMODEPROC)(GLenum face, GLenum mode); +GLAPI PFNGLPOLYGONMODEPROC glad_glPolygonMode; +#define glPolygonMode glad_glPolygonMode +typedef void (APIENTRYP PFNGLSCISSORPROC)(GLint x, GLint y, GLsizei width, GLsizei height); +GLAPI PFNGLSCISSORPROC glad_glScissor; +#define glScissor glad_glScissor +typedef void (APIENTRYP PFNGLTEXPARAMETERFPROC)(GLenum target, GLenum pname, GLfloat param); +GLAPI PFNGLTEXPARAMETERFPROC glad_glTexParameterf; +#define glTexParameterf glad_glTexParameterf +typedef void (APIENTRYP PFNGLTEXPARAMETERFVPROC)(GLenum target, GLenum pname, const GLfloat *params); +GLAPI PFNGLTEXPARAMETERFVPROC glad_glTexParameterfv; +#define glTexParameterfv glad_glTexParameterfv +typedef void (APIENTRYP PFNGLTEXPARAMETERIPROC)(GLenum target, GLenum pname, GLint param); +GLAPI PFNGLTEXPARAMETERIPROC glad_glTexParameteri; +#define glTexParameteri glad_glTexParameteri +typedef void (APIENTRYP PFNGLTEXPARAMETERIVPROC)(GLenum target, GLenum pname, const GLint *params); +GLAPI PFNGLTEXPARAMETERIVPROC glad_glTexParameteriv; +#define glTexParameteriv glad_glTexParameteriv +typedef void (APIENTRYP PFNGLTEXIMAGE1DPROC)(GLenum target, GLint level, GLint internalformat, GLsizei width, GLint border, GLenum format, GLenum type, const void *pixels); +GLAPI PFNGLTEXIMAGE1DPROC glad_glTexImage1D; +#define glTexImage1D glad_glTexImage1D +typedef void (APIENTRYP PFNGLTEXIMAGE2DPROC)(GLenum target, GLint level, GLint internalformat, GLsizei width, GLsizei height, GLint border, GLenum format, GLenum type, const void *pixels); +GLAPI PFNGLTEXIMAGE2DPROC glad_glTexImage2D; +#define glTexImage2D glad_glTexImage2D +typedef void (APIENTRYP PFNGLDRAWBUFFERPROC)(GLenum buf); +GLAPI PFNGLDRAWBUFFERPROC glad_glDrawBuffer; +#define glDrawBuffer glad_glDrawBuffer +typedef void (APIENTRYP PFNGLCLEARPROC)(GLbitfield mask); +GLAPI PFNGLCLEARPROC glad_glClear; +#define glClear glad_glClear +typedef void (APIENTRYP PFNGLCLEARCOLORPROC)(GLfloat red, GLfloat green, GLfloat blue, GLfloat alpha); +GLAPI PFNGLCLEARCOLORPROC glad_glClearColor; +#define glClearColor glad_glClearColor +typedef void (APIENTRYP PFNGLCLEARSTENCILPROC)(GLint s); +GLAPI PFNGLCLEARSTENCILPROC glad_glClearStencil; +#define glClearStencil glad_glClearStencil +typedef void (APIENTRYP PFNGLCLEARDEPTHPROC)(GLdouble depth); +GLAPI PFNGLCLEARDEPTHPROC glad_glClearDepth; +#define glClearDepth glad_glClearDepth +typedef void (APIENTRYP PFNGLSTENCILMASKPROC)(GLuint mask); +GLAPI PFNGLSTENCILMASKPROC glad_glStencilMask; +#define glStencilMask glad_glStencilMask +typedef void (APIENTRYP PFNGLCOLORMASKPROC)(GLboolean red, GLboolean green, GLboolean blue, GLboolean alpha); +GLAPI PFNGLCOLORMASKPROC glad_glColorMask; +#define glColorMask glad_glColorMask +typedef void (APIENTRYP PFNGLDEPTHMASKPROC)(GLboolean flag); +GLAPI PFNGLDEPTHMASKPROC glad_glDepthMask; +#define glDepthMask glad_glDepthMask +typedef void (APIENTRYP PFNGLDISABLEPROC)(GLenum cap); +GLAPI PFNGLDISABLEPROC glad_glDisable; +#define glDisable glad_glDisable +typedef void (APIENTRYP PFNGLENABLEPROC)(GLenum cap); +GLAPI PFNGLENABLEPROC glad_glEnable; +#define glEnable glad_glEnable +typedef void (APIENTRYP PFNGLFINISHPROC)(void); +GLAPI PFNGLFINISHPROC glad_glFinish; +#define glFinish glad_glFinish +typedef void (APIENTRYP PFNGLFLUSHPROC)(void); +GLAPI PFNGLFLUSHPROC glad_glFlush; +#define glFlush glad_glFlush +typedef void (APIENTRYP PFNGLBLENDFUNCPROC)(GLenum sfactor, GLenum dfactor); +GLAPI PFNGLBLENDFUNCPROC glad_glBlendFunc; +#define glBlendFunc glad_glBlendFunc +typedef void (APIENTRYP PFNGLLOGICOPPROC)(GLenum opcode); +GLAPI PFNGLLOGICOPPROC glad_glLogicOp; +#define glLogicOp glad_glLogicOp +typedef void (APIENTRYP PFNGLSTENCILFUNCPROC)(GLenum func, GLint ref, GLuint mask); +GLAPI PFNGLSTENCILFUNCPROC glad_glStencilFunc; +#define glStencilFunc glad_glStencilFunc +typedef void (APIENTRYP PFNGLSTENCILOPPROC)(GLenum fail, GLenum zfail, GLenum zpass); +GLAPI PFNGLSTENCILOPPROC glad_glStencilOp; +#define glStencilOp glad_glStencilOp +typedef void (APIENTRYP PFNGLDEPTHFUNCPROC)(GLenum func); +GLAPI PFNGLDEPTHFUNCPROC glad_glDepthFunc; +#define glDepthFunc glad_glDepthFunc +typedef void (APIENTRYP PFNGLPIXELSTOREFPROC)(GLenum pname, GLfloat param); +GLAPI PFNGLPIXELSTOREFPROC glad_glPixelStoref; +#define glPixelStoref glad_glPixelStoref +typedef void (APIENTRYP PFNGLPIXELSTOREIPROC)(GLenum pname, GLint param); +GLAPI PFNGLPIXELSTOREIPROC glad_glPixelStorei; +#define glPixelStorei glad_glPixelStorei +typedef void (APIENTRYP PFNGLREADBUFFERPROC)(GLenum src); +GLAPI PFNGLREADBUFFERPROC glad_glReadBuffer; +#define glReadBuffer glad_glReadBuffer +typedef void (APIENTRYP PFNGLREADPIXELSPROC)(GLint x, GLint y, GLsizei width, GLsizei height, GLenum format, GLenum type, void *pixels); +GLAPI PFNGLREADPIXELSPROC glad_glReadPixels; +#define glReadPixels glad_glReadPixels +typedef void (APIENTRYP PFNGLGETBOOLEANVPROC)(GLenum pname, GLboolean *data); +GLAPI PFNGLGETBOOLEANVPROC glad_glGetBooleanv; +#define glGetBooleanv glad_glGetBooleanv +typedef void (APIENTRYP PFNGLGETDOUBLEVPROC)(GLenum pname, GLdouble *data); +GLAPI PFNGLGETDOUBLEVPROC glad_glGetDoublev; +#define glGetDoublev glad_glGetDoublev +typedef GLenum (APIENTRYP PFNGLGETERRORPROC)(void); +GLAPI PFNGLGETERRORPROC glad_glGetError; +#define glGetError glad_glGetError +typedef void (APIENTRYP PFNGLGETFLOATVPROC)(GLenum pname, GLfloat *data); +GLAPI PFNGLGETFLOATVPROC glad_glGetFloatv; +#define glGetFloatv glad_glGetFloatv +typedef void (APIENTRYP PFNGLGETINTEGERVPROC)(GLenum pname, GLint *data); +GLAPI PFNGLGETINTEGERVPROC glad_glGetIntegerv; +#define glGetIntegerv glad_glGetIntegerv +typedef const GLubyte * (APIENTRYP PFNGLGETSTRINGPROC)(GLenum name); +GLAPI PFNGLGETSTRINGPROC glad_glGetString; +#define glGetString glad_glGetString +typedef void (APIENTRYP PFNGLGETTEXIMAGEPROC)(GLenum target, GLint level, GLenum format, GLenum type, void *pixels); +GLAPI PFNGLGETTEXIMAGEPROC glad_glGetTexImage; +#define glGetTexImage glad_glGetTexImage +typedef void (APIENTRYP PFNGLGETTEXPARAMETERFVPROC)(GLenum target, GLenum pname, GLfloat *params); +GLAPI PFNGLGETTEXPARAMETERFVPROC glad_glGetTexParameterfv; +#define glGetTexParameterfv glad_glGetTexParameterfv +typedef void (APIENTRYP PFNGLGETTEXPARAMETERIVPROC)(GLenum target, GLenum pname, GLint *params); +GLAPI PFNGLGETTEXPARAMETERIVPROC glad_glGetTexParameteriv; +#define glGetTexParameteriv glad_glGetTexParameteriv +typedef void (APIENTRYP PFNGLGETTEXLEVELPARAMETERFVPROC)(GLenum target, GLint level, GLenum pname, GLfloat *params); +GLAPI PFNGLGETTEXLEVELPARAMETERFVPROC glad_glGetTexLevelParameterfv; +#define glGetTexLevelParameterfv glad_glGetTexLevelParameterfv +typedef void (APIENTRYP PFNGLGETTEXLEVELPARAMETERIVPROC)(GLenum target, GLint level, GLenum pname, GLint *params); +GLAPI PFNGLGETTEXLEVELPARAMETERIVPROC glad_glGetTexLevelParameteriv; +#define glGetTexLevelParameteriv glad_glGetTexLevelParameteriv +typedef GLboolean (APIENTRYP PFNGLISENABLEDPROC)(GLenum cap); +GLAPI PFNGLISENABLEDPROC glad_glIsEnabled; +#define glIsEnabled glad_glIsEnabled +typedef void (APIENTRYP PFNGLDEPTHRANGEPROC)(GLdouble n, GLdouble f); +GLAPI PFNGLDEPTHRANGEPROC glad_glDepthRange; +#define glDepthRange glad_glDepthRange +typedef void (APIENTRYP PFNGLVIEWPORTPROC)(GLint x, GLint y, GLsizei width, GLsizei height); +GLAPI PFNGLVIEWPORTPROC glad_glViewport; +#define glViewport glad_glViewport +#endif +#ifndef GL_VERSION_1_1 +#define GL_VERSION_1_1 1 +GLAPI int GLAD_GL_VERSION_1_1; +typedef void (APIENTRYP PFNGLDRAWARRAYSPROC)(GLenum mode, GLint first, GLsizei count); +GLAPI PFNGLDRAWARRAYSPROC glad_glDrawArrays; +#define glDrawArrays glad_glDrawArrays +typedef void (APIENTRYP PFNGLDRAWELEMENTSPROC)(GLenum mode, GLsizei count, GLenum type, const void *indices); +GLAPI PFNGLDRAWELEMENTSPROC glad_glDrawElements; +#define glDrawElements glad_glDrawElements +typedef void (APIENTRYP PFNGLPOLYGONOFFSETPROC)(GLfloat factor, GLfloat units); +GLAPI PFNGLPOLYGONOFFSETPROC glad_glPolygonOffset; +#define glPolygonOffset glad_glPolygonOffset +typedef void (APIENTRYP PFNGLCOPYTEXIMAGE1DPROC)(GLenum target, GLint level, GLenum internalformat, GLint x, GLint y, GLsizei width, GLint border); +GLAPI PFNGLCOPYTEXIMAGE1DPROC glad_glCopyTexImage1D; +#define glCopyTexImage1D glad_glCopyTexImage1D +typedef void (APIENTRYP PFNGLCOPYTEXIMAGE2DPROC)(GLenum target, GLint level, GLenum internalformat, GLint x, GLint y, GLsizei width, GLsizei height, GLint border); +GLAPI PFNGLCOPYTEXIMAGE2DPROC glad_glCopyTexImage2D; +#define glCopyTexImage2D glad_glCopyTexImage2D +typedef void (APIENTRYP PFNGLCOPYTEXSUBIMAGE1DPROC)(GLenum target, GLint level, GLint xoffset, GLint x, GLint y, GLsizei width); +GLAPI PFNGLCOPYTEXSUBIMAGE1DPROC glad_glCopyTexSubImage1D; +#define glCopyTexSubImage1D glad_glCopyTexSubImage1D +typedef void (APIENTRYP PFNGLCOPYTEXSUBIMAGE2DPROC)(GLenum target, GLint level, GLint xoffset, GLint yoffset, GLint x, GLint y, GLsizei width, GLsizei height); +GLAPI PFNGLCOPYTEXSUBIMAGE2DPROC glad_glCopyTexSubImage2D; +#define glCopyTexSubImage2D glad_glCopyTexSubImage2D +typedef void (APIENTRYP PFNGLTEXSUBIMAGE1DPROC)(GLenum target, GLint level, GLint xoffset, GLsizei width, GLenum format, GLenum type, const void *pixels); +GLAPI PFNGLTEXSUBIMAGE1DPROC glad_glTexSubImage1D; +#define glTexSubImage1D glad_glTexSubImage1D +typedef void (APIENTRYP PFNGLTEXSUBIMAGE2DPROC)(GLenum target, GLint level, GLint xoffset, GLint yoffset, GLsizei width, GLsizei height, GLenum format, GLenum type, const void *pixels); +GLAPI PFNGLTEXSUBIMAGE2DPROC glad_glTexSubImage2D; +#define glTexSubImage2D glad_glTexSubImage2D +typedef void (APIENTRYP PFNGLBINDTEXTUREPROC)(GLenum target, GLuint texture); +GLAPI PFNGLBINDTEXTUREPROC glad_glBindTexture; +#define glBindTexture glad_glBindTexture +typedef void (APIENTRYP PFNGLDELETETEXTURESPROC)(GLsizei n, const GLuint *textures); +GLAPI PFNGLDELETETEXTURESPROC glad_glDeleteTextures; +#define glDeleteTextures glad_glDeleteTextures +typedef void (APIENTRYP PFNGLGENTEXTURESPROC)(GLsizei n, GLuint *textures); +GLAPI PFNGLGENTEXTURESPROC glad_glGenTextures; +#define glGenTextures glad_glGenTextures +typedef GLboolean (APIENTRYP PFNGLISTEXTUREPROC)(GLuint texture); +GLAPI PFNGLISTEXTUREPROC glad_glIsTexture; +#define glIsTexture glad_glIsTexture +#endif +#ifndef GL_VERSION_1_2 +#define GL_VERSION_1_2 1 +GLAPI int GLAD_GL_VERSION_1_2; +typedef void (APIENTRYP PFNGLDRAWRANGEELEMENTSPROC)(GLenum mode, GLuint start, GLuint end, GLsizei count, GLenum type, const void *indices); +GLAPI PFNGLDRAWRANGEELEMENTSPROC glad_glDrawRangeElements; +#define glDrawRangeElements glad_glDrawRangeElements +typedef void (APIENTRYP PFNGLTEXIMAGE3DPROC)(GLenum target, GLint level, GLint internalformat, GLsizei width, GLsizei height, GLsizei depth, GLint border, GLenum format, GLenum type, const void *pixels); +GLAPI PFNGLTEXIMAGE3DPROC glad_glTexImage3D; +#define glTexImage3D glad_glTexImage3D +typedef void (APIENTRYP PFNGLTEXSUBIMAGE3DPROC)(GLenum target, GLint level, GLint xoffset, GLint yoffset, GLint zoffset, GLsizei width, GLsizei height, GLsizei depth, GLenum format, GLenum type, const void *pixels); +GLAPI PFNGLTEXSUBIMAGE3DPROC glad_glTexSubImage3D; +#define glTexSubImage3D glad_glTexSubImage3D +typedef void (APIENTRYP PFNGLCOPYTEXSUBIMAGE3DPROC)(GLenum target, GLint level, GLint xoffset, GLint yoffset, GLint zoffset, GLint x, GLint y, GLsizei width, GLsizei height); +GLAPI PFNGLCOPYTEXSUBIMAGE3DPROC glad_glCopyTexSubImage3D; +#define glCopyTexSubImage3D glad_glCopyTexSubImage3D +#endif +#ifndef GL_VERSION_1_3 +#define GL_VERSION_1_3 1 +GLAPI int GLAD_GL_VERSION_1_3; +typedef void (APIENTRYP PFNGLACTIVETEXTUREPROC)(GLenum texture); +GLAPI PFNGLACTIVETEXTUREPROC glad_glActiveTexture; +#define glActiveTexture glad_glActiveTexture +typedef void (APIENTRYP PFNGLSAMPLECOVERAGEPROC)(GLfloat value, GLboolean invert); +GLAPI PFNGLSAMPLECOVERAGEPROC glad_glSampleCoverage; +#define glSampleCoverage glad_glSampleCoverage +typedef void (APIENTRYP PFNGLCOMPRESSEDTEXIMAGE3DPROC)(GLenum target, GLint level, GLenum internalformat, GLsizei width, GLsizei height, GLsizei depth, GLint border, GLsizei imageSize, const void *data); +GLAPI PFNGLCOMPRESSEDTEXIMAGE3DPROC glad_glCompressedTexImage3D; +#define glCompressedTexImage3D glad_glCompressedTexImage3D +typedef void (APIENTRYP PFNGLCOMPRESSEDTEXIMAGE2DPROC)(GLenum target, GLint level, GLenum internalformat, GLsizei width, GLsizei height, GLint border, GLsizei imageSize, const void *data); +GLAPI PFNGLCOMPRESSEDTEXIMAGE2DPROC glad_glCompressedTexImage2D; +#define glCompressedTexImage2D glad_glCompressedTexImage2D +typedef void (APIENTRYP PFNGLCOMPRESSEDTEXIMAGE1DPROC)(GLenum target, GLint level, GLenum internalformat, GLsizei width, GLint border, GLsizei imageSize, const void *data); +GLAPI PFNGLCOMPRESSEDTEXIMAGE1DPROC glad_glCompressedTexImage1D; +#define glCompressedTexImage1D glad_glCompressedTexImage1D +typedef void (APIENTRYP PFNGLCOMPRESSEDTEXSUBIMAGE3DPROC)(GLenum target, GLint level, GLint xoffset, GLint yoffset, GLint zoffset, GLsizei width, GLsizei height, GLsizei depth, GLenum format, GLsizei imageSize, const void *data); +GLAPI PFNGLCOMPRESSEDTEXSUBIMAGE3DPROC glad_glCompressedTexSubImage3D; +#define glCompressedTexSubImage3D glad_glCompressedTexSubImage3D +typedef void (APIENTRYP PFNGLCOMPRESSEDTEXSUBIMAGE2DPROC)(GLenum target, GLint level, GLint xoffset, GLint yoffset, GLsizei width, GLsizei height, GLenum format, GLsizei imageSize, const void *data); +GLAPI PFNGLCOMPRESSEDTEXSUBIMAGE2DPROC glad_glCompressedTexSubImage2D; +#define glCompressedTexSubImage2D glad_glCompressedTexSubImage2D +typedef void (APIENTRYP PFNGLCOMPRESSEDTEXSUBIMAGE1DPROC)(GLenum target, GLint level, GLint xoffset, GLsizei width, GLenum format, GLsizei imageSize, const void *data); +GLAPI PFNGLCOMPRESSEDTEXSUBIMAGE1DPROC glad_glCompressedTexSubImage1D; +#define glCompressedTexSubImage1D glad_glCompressedTexSubImage1D +typedef void (APIENTRYP PFNGLGETCOMPRESSEDTEXIMAGEPROC)(GLenum target, GLint level, void *img); +GLAPI PFNGLGETCOMPRESSEDTEXIMAGEPROC glad_glGetCompressedTexImage; +#define glGetCompressedTexImage glad_glGetCompressedTexImage +#endif +#ifndef GL_VERSION_1_4 +#define GL_VERSION_1_4 1 +GLAPI int GLAD_GL_VERSION_1_4; +typedef void (APIENTRYP PFNGLBLENDFUNCSEPARATEPROC)(GLenum sfactorRGB, GLenum dfactorRGB, GLenum sfactorAlpha, GLenum dfactorAlpha); +GLAPI PFNGLBLENDFUNCSEPARATEPROC glad_glBlendFuncSeparate; +#define glBlendFuncSeparate glad_glBlendFuncSeparate +typedef void (APIENTRYP PFNGLMULTIDRAWARRAYSPROC)(GLenum mode, const GLint *first, const GLsizei *count, GLsizei drawcount); +GLAPI PFNGLMULTIDRAWARRAYSPROC glad_glMultiDrawArrays; +#define glMultiDrawArrays glad_glMultiDrawArrays +typedef void (APIENTRYP PFNGLMULTIDRAWELEMENTSPROC)(GLenum mode, const GLsizei *count, GLenum type, const void *const*indices, GLsizei drawcount); +GLAPI PFNGLMULTIDRAWELEMENTSPROC glad_glMultiDrawElements; +#define glMultiDrawElements glad_glMultiDrawElements +typedef void (APIENTRYP PFNGLPOINTPARAMETERFPROC)(GLenum pname, GLfloat param); +GLAPI PFNGLPOINTPARAMETERFPROC glad_glPointParameterf; +#define glPointParameterf glad_glPointParameterf +typedef void (APIENTRYP PFNGLPOINTPARAMETERFVPROC)(GLenum pname, const GLfloat *params); +GLAPI PFNGLPOINTPARAMETERFVPROC glad_glPointParameterfv; +#define glPointParameterfv glad_glPointParameterfv +typedef void (APIENTRYP PFNGLPOINTPARAMETERIPROC)(GLenum pname, GLint param); +GLAPI PFNGLPOINTPARAMETERIPROC glad_glPointParameteri; +#define glPointParameteri glad_glPointParameteri +typedef void (APIENTRYP PFNGLPOINTPARAMETERIVPROC)(GLenum pname, const GLint *params); +GLAPI PFNGLPOINTPARAMETERIVPROC glad_glPointParameteriv; +#define glPointParameteriv glad_glPointParameteriv +typedef void (APIENTRYP PFNGLBLENDCOLORPROC)(GLfloat red, GLfloat green, GLfloat blue, GLfloat alpha); +GLAPI PFNGLBLENDCOLORPROC glad_glBlendColor; +#define glBlendColor glad_glBlendColor +typedef void (APIENTRYP PFNGLBLENDEQUATIONPROC)(GLenum mode); +GLAPI PFNGLBLENDEQUATIONPROC glad_glBlendEquation; +#define glBlendEquation glad_glBlendEquation +#endif +#ifndef GL_VERSION_1_5 +#define GL_VERSION_1_5 1 +GLAPI int GLAD_GL_VERSION_1_5; +typedef void (APIENTRYP PFNGLGENQUERIESPROC)(GLsizei n, GLuint *ids); +GLAPI PFNGLGENQUERIESPROC glad_glGenQueries; +#define glGenQueries glad_glGenQueries +typedef void (APIENTRYP PFNGLDELETEQUERIESPROC)(GLsizei n, const GLuint *ids); +GLAPI PFNGLDELETEQUERIESPROC glad_glDeleteQueries; +#define glDeleteQueries glad_glDeleteQueries +typedef GLboolean (APIENTRYP PFNGLISQUERYPROC)(GLuint id); +GLAPI PFNGLISQUERYPROC glad_glIsQuery; +#define glIsQuery glad_glIsQuery +typedef void (APIENTRYP PFNGLBEGINQUERYPROC)(GLenum target, GLuint id); +GLAPI PFNGLBEGINQUERYPROC glad_glBeginQuery; +#define glBeginQuery glad_glBeginQuery +typedef void (APIENTRYP PFNGLENDQUERYPROC)(GLenum target); +GLAPI PFNGLENDQUERYPROC glad_glEndQuery; +#define glEndQuery glad_glEndQuery +typedef void (APIENTRYP PFNGLGETQUERYIVPROC)(GLenum target, GLenum pname, GLint *params); +GLAPI PFNGLGETQUERYIVPROC glad_glGetQueryiv; +#define glGetQueryiv glad_glGetQueryiv +typedef void (APIENTRYP PFNGLGETQUERYOBJECTIVPROC)(GLuint id, GLenum pname, GLint *params); +GLAPI PFNGLGETQUERYOBJECTIVPROC glad_glGetQueryObjectiv; +#define glGetQueryObjectiv glad_glGetQueryObjectiv +typedef void (APIENTRYP PFNGLGETQUERYOBJECTUIVPROC)(GLuint id, GLenum pname, GLuint *params); +GLAPI PFNGLGETQUERYOBJECTUIVPROC glad_glGetQueryObjectuiv; +#define glGetQueryObjectuiv glad_glGetQueryObjectuiv +typedef void (APIENTRYP PFNGLBINDBUFFERPROC)(GLenum target, GLuint buffer); +GLAPI PFNGLBINDBUFFERPROC glad_glBindBuffer; +#define glBindBuffer glad_glBindBuffer +typedef void (APIENTRYP PFNGLDELETEBUFFERSPROC)(GLsizei n, const GLuint *buffers); +GLAPI PFNGLDELETEBUFFERSPROC glad_glDeleteBuffers; +#define glDeleteBuffers glad_glDeleteBuffers +typedef void (APIENTRYP PFNGLGENBUFFERSPROC)(GLsizei n, GLuint *buffers); +GLAPI PFNGLGENBUFFERSPROC glad_glGenBuffers; +#define glGenBuffers glad_glGenBuffers +typedef GLboolean (APIENTRYP PFNGLISBUFFERPROC)(GLuint buffer); +GLAPI PFNGLISBUFFERPROC glad_glIsBuffer; +#define glIsBuffer glad_glIsBuffer +typedef void (APIENTRYP PFNGLBUFFERDATAPROC)(GLenum target, GLsizeiptr size, const void *data, GLenum usage); +GLAPI PFNGLBUFFERDATAPROC glad_glBufferData; +#define glBufferData glad_glBufferData +typedef void (APIENTRYP PFNGLBUFFERSUBDATAPROC)(GLenum target, GLintptr offset, GLsizeiptr size, const void *data); +GLAPI PFNGLBUFFERSUBDATAPROC glad_glBufferSubData; +#define glBufferSubData glad_glBufferSubData +typedef void (APIENTRYP PFNGLGETBUFFERSUBDATAPROC)(GLenum target, GLintptr offset, GLsizeiptr size, void *data); +GLAPI PFNGLGETBUFFERSUBDATAPROC glad_glGetBufferSubData; +#define glGetBufferSubData glad_glGetBufferSubData +typedef void * (APIENTRYP PFNGLMAPBUFFERPROC)(GLenum target, GLenum access); +GLAPI PFNGLMAPBUFFERPROC glad_glMapBuffer; +#define glMapBuffer glad_glMapBuffer +typedef GLboolean (APIENTRYP PFNGLUNMAPBUFFERPROC)(GLenum target); +GLAPI PFNGLUNMAPBUFFERPROC glad_glUnmapBuffer; +#define glUnmapBuffer glad_glUnmapBuffer +typedef void (APIENTRYP PFNGLGETBUFFERPARAMETERIVPROC)(GLenum target, GLenum pname, GLint *params); +GLAPI PFNGLGETBUFFERPARAMETERIVPROC glad_glGetBufferParameteriv; +#define glGetBufferParameteriv glad_glGetBufferParameteriv +typedef void (APIENTRYP PFNGLGETBUFFERPOINTERVPROC)(GLenum target, GLenum pname, void **params); +GLAPI PFNGLGETBUFFERPOINTERVPROC glad_glGetBufferPointerv; +#define glGetBufferPointerv glad_glGetBufferPointerv +#endif +#ifndef GL_VERSION_2_0 +#define GL_VERSION_2_0 1 +GLAPI int GLAD_GL_VERSION_2_0; +typedef void (APIENTRYP PFNGLBLENDEQUATIONSEPARATEPROC)(GLenum modeRGB, GLenum modeAlpha); +GLAPI PFNGLBLENDEQUATIONSEPARATEPROC glad_glBlendEquationSeparate; +#define glBlendEquationSeparate glad_glBlendEquationSeparate +typedef void (APIENTRYP PFNGLDRAWBUFFERSPROC)(GLsizei n, const GLenum *bufs); +GLAPI PFNGLDRAWBUFFERSPROC glad_glDrawBuffers; +#define glDrawBuffers glad_glDrawBuffers +typedef void (APIENTRYP PFNGLSTENCILOPSEPARATEPROC)(GLenum face, GLenum sfail, GLenum dpfail, GLenum dppass); +GLAPI PFNGLSTENCILOPSEPARATEPROC glad_glStencilOpSeparate; +#define glStencilOpSeparate glad_glStencilOpSeparate +typedef void (APIENTRYP PFNGLSTENCILFUNCSEPARATEPROC)(GLenum face, GLenum func, GLint ref, GLuint mask); +GLAPI PFNGLSTENCILFUNCSEPARATEPROC glad_glStencilFuncSeparate; +#define glStencilFuncSeparate glad_glStencilFuncSeparate +typedef void (APIENTRYP PFNGLSTENCILMASKSEPARATEPROC)(GLenum face, GLuint mask); +GLAPI PFNGLSTENCILMASKSEPARATEPROC glad_glStencilMaskSeparate; +#define glStencilMaskSeparate glad_glStencilMaskSeparate +typedef void (APIENTRYP PFNGLATTACHSHADERPROC)(GLuint program, GLuint shader); +GLAPI PFNGLATTACHSHADERPROC glad_glAttachShader; +#define glAttachShader glad_glAttachShader +typedef void (APIENTRYP PFNGLBINDATTRIBLOCATIONPROC)(GLuint program, GLuint index, const GLchar *name); +GLAPI PFNGLBINDATTRIBLOCATIONPROC glad_glBindAttribLocation; +#define glBindAttribLocation glad_glBindAttribLocation +typedef void (APIENTRYP PFNGLCOMPILESHADERPROC)(GLuint shader); +GLAPI PFNGLCOMPILESHADERPROC glad_glCompileShader; +#define glCompileShader glad_glCompileShader +typedef GLuint (APIENTRYP PFNGLCREATEPROGRAMPROC)(void); +GLAPI PFNGLCREATEPROGRAMPROC glad_glCreateProgram; +#define glCreateProgram glad_glCreateProgram +typedef GLuint (APIENTRYP PFNGLCREATESHADERPROC)(GLenum type); +GLAPI PFNGLCREATESHADERPROC glad_glCreateShader; +#define glCreateShader glad_glCreateShader +typedef void (APIENTRYP PFNGLDELETEPROGRAMPROC)(GLuint program); +GLAPI PFNGLDELETEPROGRAMPROC glad_glDeleteProgram; +#define glDeleteProgram glad_glDeleteProgram +typedef void (APIENTRYP PFNGLDELETESHADERPROC)(GLuint shader); +GLAPI PFNGLDELETESHADERPROC glad_glDeleteShader; +#define glDeleteShader glad_glDeleteShader +typedef void (APIENTRYP PFNGLDETACHSHADERPROC)(GLuint program, GLuint shader); +GLAPI PFNGLDETACHSHADERPROC glad_glDetachShader; +#define glDetachShader glad_glDetachShader +typedef void (APIENTRYP PFNGLDISABLEVERTEXATTRIBARRAYPROC)(GLuint index); +GLAPI PFNGLDISABLEVERTEXATTRIBARRAYPROC glad_glDisableVertexAttribArray; +#define glDisableVertexAttribArray glad_glDisableVertexAttribArray +typedef void (APIENTRYP PFNGLENABLEVERTEXATTRIBARRAYPROC)(GLuint index); +GLAPI PFNGLENABLEVERTEXATTRIBARRAYPROC glad_glEnableVertexAttribArray; +#define glEnableVertexAttribArray glad_glEnableVertexAttribArray +typedef void (APIENTRYP PFNGLGETACTIVEATTRIBPROC)(GLuint program, GLuint index, GLsizei bufSize, GLsizei *length, GLint *size, GLenum *type, GLchar *name); +GLAPI PFNGLGETACTIVEATTRIBPROC glad_glGetActiveAttrib; +#define glGetActiveAttrib glad_glGetActiveAttrib +typedef void (APIENTRYP PFNGLGETACTIVEUNIFORMPROC)(GLuint program, GLuint index, GLsizei bufSize, GLsizei *length, GLint *size, GLenum *type, GLchar *name); +GLAPI PFNGLGETACTIVEUNIFORMPROC glad_glGetActiveUniform; +#define glGetActiveUniform glad_glGetActiveUniform +typedef void (APIENTRYP PFNGLGETATTACHEDSHADERSPROC)(GLuint program, GLsizei maxCount, GLsizei *count, GLuint *shaders); +GLAPI PFNGLGETATTACHEDSHADERSPROC glad_glGetAttachedShaders; +#define glGetAttachedShaders glad_glGetAttachedShaders +typedef GLint (APIENTRYP PFNGLGETATTRIBLOCATIONPROC)(GLuint program, const GLchar *name); +GLAPI PFNGLGETATTRIBLOCATIONPROC glad_glGetAttribLocation; +#define glGetAttribLocation glad_glGetAttribLocation +typedef void (APIENTRYP PFNGLGETPROGRAMIVPROC)(GLuint program, GLenum pname, GLint *params); +GLAPI PFNGLGETPROGRAMIVPROC glad_glGetProgramiv; +#define glGetProgramiv glad_glGetProgramiv +typedef void (APIENTRYP PFNGLGETPROGRAMINFOLOGPROC)(GLuint program, GLsizei bufSize, GLsizei *length, GLchar *infoLog); +GLAPI PFNGLGETPROGRAMINFOLOGPROC glad_glGetProgramInfoLog; +#define glGetProgramInfoLog glad_glGetProgramInfoLog +typedef void (APIENTRYP PFNGLGETSHADERIVPROC)(GLuint shader, GLenum pname, GLint *params); +GLAPI PFNGLGETSHADERIVPROC glad_glGetShaderiv; +#define glGetShaderiv glad_glGetShaderiv +typedef void (APIENTRYP PFNGLGETSHADERINFOLOGPROC)(GLuint shader, GLsizei bufSize, GLsizei *length, GLchar *infoLog); +GLAPI PFNGLGETSHADERINFOLOGPROC glad_glGetShaderInfoLog; +#define glGetShaderInfoLog glad_glGetShaderInfoLog +typedef void (APIENTRYP PFNGLGETSHADERSOURCEPROC)(GLuint shader, GLsizei bufSize, GLsizei *length, GLchar *source); +GLAPI PFNGLGETSHADERSOURCEPROC glad_glGetShaderSource; +#define glGetShaderSource glad_glGetShaderSource +typedef GLint (APIENTRYP PFNGLGETUNIFORMLOCATIONPROC)(GLuint program, const GLchar *name); +GLAPI PFNGLGETUNIFORMLOCATIONPROC glad_glGetUniformLocation; +#define glGetUniformLocation glad_glGetUniformLocation +typedef void (APIENTRYP PFNGLGETUNIFORMFVPROC)(GLuint program, GLint location, GLfloat *params); +GLAPI PFNGLGETUNIFORMFVPROC glad_glGetUniformfv; +#define glGetUniformfv glad_glGetUniformfv +typedef void (APIENTRYP PFNGLGETUNIFORMIVPROC)(GLuint program, GLint location, GLint *params); +GLAPI PFNGLGETUNIFORMIVPROC glad_glGetUniformiv; +#define glGetUniformiv glad_glGetUniformiv +typedef void (APIENTRYP PFNGLGETVERTEXATTRIBDVPROC)(GLuint index, GLenum pname, GLdouble *params); +GLAPI PFNGLGETVERTEXATTRIBDVPROC glad_glGetVertexAttribdv; +#define glGetVertexAttribdv glad_glGetVertexAttribdv +typedef void (APIENTRYP PFNGLGETVERTEXATTRIBFVPROC)(GLuint index, GLenum pname, GLfloat *params); +GLAPI PFNGLGETVERTEXATTRIBFVPROC glad_glGetVertexAttribfv; +#define glGetVertexAttribfv glad_glGetVertexAttribfv +typedef void (APIENTRYP PFNGLGETVERTEXATTRIBIVPROC)(GLuint index, GLenum pname, GLint *params); +GLAPI PFNGLGETVERTEXATTRIBIVPROC glad_glGetVertexAttribiv; +#define glGetVertexAttribiv glad_glGetVertexAttribiv +typedef void (APIENTRYP PFNGLGETVERTEXATTRIBPOINTERVPROC)(GLuint index, GLenum pname, void **pointer); +GLAPI PFNGLGETVERTEXATTRIBPOINTERVPROC glad_glGetVertexAttribPointerv; +#define glGetVertexAttribPointerv glad_glGetVertexAttribPointerv +typedef GLboolean (APIENTRYP PFNGLISPROGRAMPROC)(GLuint program); +GLAPI PFNGLISPROGRAMPROC glad_glIsProgram; +#define glIsProgram glad_glIsProgram +typedef GLboolean (APIENTRYP PFNGLISSHADERPROC)(GLuint shader); +GLAPI PFNGLISSHADERPROC glad_glIsShader; +#define glIsShader glad_glIsShader +typedef void (APIENTRYP PFNGLLINKPROGRAMPROC)(GLuint program); +GLAPI PFNGLLINKPROGRAMPROC glad_glLinkProgram; +#define glLinkProgram glad_glLinkProgram +typedef void (APIENTRYP PFNGLSHADERSOURCEPROC)(GLuint shader, GLsizei count, const GLchar *const*string, const GLint *length); +GLAPI PFNGLSHADERSOURCEPROC glad_glShaderSource; +#define glShaderSource glad_glShaderSource +typedef void (APIENTRYP PFNGLUSEPROGRAMPROC)(GLuint program); +GLAPI PFNGLUSEPROGRAMPROC glad_glUseProgram; +#define glUseProgram glad_glUseProgram +typedef void (APIENTRYP PFNGLUNIFORM1FPROC)(GLint location, GLfloat v0); +GLAPI PFNGLUNIFORM1FPROC glad_glUniform1f; +#define glUniform1f glad_glUniform1f +typedef void (APIENTRYP PFNGLUNIFORM2FPROC)(GLint location, GLfloat v0, GLfloat v1); +GLAPI PFNGLUNIFORM2FPROC glad_glUniform2f; +#define glUniform2f glad_glUniform2f +typedef void (APIENTRYP PFNGLUNIFORM3FPROC)(GLint location, GLfloat v0, GLfloat v1, GLfloat v2); +GLAPI PFNGLUNIFORM3FPROC glad_glUniform3f; +#define glUniform3f glad_glUniform3f +typedef void (APIENTRYP PFNGLUNIFORM4FPROC)(GLint location, GLfloat v0, GLfloat v1, GLfloat v2, GLfloat v3); +GLAPI PFNGLUNIFORM4FPROC glad_glUniform4f; +#define glUniform4f glad_glUniform4f +typedef void (APIENTRYP PFNGLUNIFORM1IPROC)(GLint location, GLint v0); +GLAPI PFNGLUNIFORM1IPROC glad_glUniform1i; +#define glUniform1i glad_glUniform1i +typedef void (APIENTRYP PFNGLUNIFORM2IPROC)(GLint location, GLint v0, GLint v1); +GLAPI PFNGLUNIFORM2IPROC glad_glUniform2i; +#define glUniform2i glad_glUniform2i +typedef void (APIENTRYP PFNGLUNIFORM3IPROC)(GLint location, GLint v0, GLint v1, GLint v2); +GLAPI PFNGLUNIFORM3IPROC glad_glUniform3i; +#define glUniform3i glad_glUniform3i +typedef void (APIENTRYP PFNGLUNIFORM4IPROC)(GLint location, GLint v0, GLint v1, GLint v2, GLint v3); +GLAPI PFNGLUNIFORM4IPROC glad_glUniform4i; +#define glUniform4i glad_glUniform4i +typedef void (APIENTRYP PFNGLUNIFORM1FVPROC)(GLint location, GLsizei count, const GLfloat *value); +GLAPI PFNGLUNIFORM1FVPROC glad_glUniform1fv; +#define glUniform1fv glad_glUniform1fv +typedef void (APIENTRYP PFNGLUNIFORM2FVPROC)(GLint location, GLsizei count, const GLfloat *value); +GLAPI PFNGLUNIFORM2FVPROC glad_glUniform2fv; +#define glUniform2fv glad_glUniform2fv +typedef void (APIENTRYP PFNGLUNIFORM3FVPROC)(GLint location, GLsizei count, const GLfloat *value); +GLAPI PFNGLUNIFORM3FVPROC glad_glUniform3fv; +#define glUniform3fv glad_glUniform3fv +typedef void (APIENTRYP PFNGLUNIFORM4FVPROC)(GLint location, GLsizei count, const GLfloat *value); +GLAPI PFNGLUNIFORM4FVPROC glad_glUniform4fv; +#define glUniform4fv glad_glUniform4fv +typedef void (APIENTRYP PFNGLUNIFORM1IVPROC)(GLint location, GLsizei count, const GLint *value); +GLAPI PFNGLUNIFORM1IVPROC glad_glUniform1iv; +#define glUniform1iv glad_glUniform1iv +typedef void (APIENTRYP PFNGLUNIFORM2IVPROC)(GLint location, GLsizei count, const GLint *value); +GLAPI PFNGLUNIFORM2IVPROC glad_glUniform2iv; +#define glUniform2iv glad_glUniform2iv +typedef void (APIENTRYP PFNGLUNIFORM3IVPROC)(GLint location, GLsizei count, const GLint *value); +GLAPI PFNGLUNIFORM3IVPROC glad_glUniform3iv; +#define glUniform3iv glad_glUniform3iv +typedef void (APIENTRYP PFNGLUNIFORM4IVPROC)(GLint location, GLsizei count, const GLint *value); +GLAPI PFNGLUNIFORM4IVPROC glad_glUniform4iv; +#define glUniform4iv glad_glUniform4iv +typedef void (APIENTRYP PFNGLUNIFORMMATRIX2FVPROC)(GLint location, GLsizei count, GLboolean transpose, const GLfloat *value); +GLAPI PFNGLUNIFORMMATRIX2FVPROC glad_glUniformMatrix2fv; +#define glUniformMatrix2fv glad_glUniformMatrix2fv +typedef void (APIENTRYP PFNGLUNIFORMMATRIX3FVPROC)(GLint location, GLsizei count, GLboolean transpose, const GLfloat *value); +GLAPI PFNGLUNIFORMMATRIX3FVPROC glad_glUniformMatrix3fv; +#define glUniformMatrix3fv glad_glUniformMatrix3fv +typedef void (APIENTRYP PFNGLUNIFORMMATRIX4FVPROC)(GLint location, GLsizei count, GLboolean transpose, const GLfloat *value); +GLAPI PFNGLUNIFORMMATRIX4FVPROC glad_glUniformMatrix4fv; +#define glUniformMatrix4fv glad_glUniformMatrix4fv +typedef void (APIENTRYP PFNGLVALIDATEPROGRAMPROC)(GLuint program); +GLAPI PFNGLVALIDATEPROGRAMPROC glad_glValidateProgram; +#define glValidateProgram glad_glValidateProgram +typedef void (APIENTRYP PFNGLVERTEXATTRIB1DPROC)(GLuint index, GLdouble x); +GLAPI PFNGLVERTEXATTRIB1DPROC glad_glVertexAttrib1d; +#define glVertexAttrib1d glad_glVertexAttrib1d +typedef void (APIENTRYP PFNGLVERTEXATTRIB1DVPROC)(GLuint index, const GLdouble *v); +GLAPI PFNGLVERTEXATTRIB1DVPROC glad_glVertexAttrib1dv; +#define glVertexAttrib1dv glad_glVertexAttrib1dv +typedef void (APIENTRYP PFNGLVERTEXATTRIB1FPROC)(GLuint index, GLfloat x); +GLAPI PFNGLVERTEXATTRIB1FPROC glad_glVertexAttrib1f; +#define glVertexAttrib1f glad_glVertexAttrib1f +typedef void (APIENTRYP PFNGLVERTEXATTRIB1FVPROC)(GLuint index, const GLfloat *v); +GLAPI PFNGLVERTEXATTRIB1FVPROC glad_glVertexAttrib1fv; +#define glVertexAttrib1fv glad_glVertexAttrib1fv +typedef void (APIENTRYP PFNGLVERTEXATTRIB1SPROC)(GLuint index, GLshort x); +GLAPI PFNGLVERTEXATTRIB1SPROC glad_glVertexAttrib1s; +#define glVertexAttrib1s glad_glVertexAttrib1s +typedef void (APIENTRYP PFNGLVERTEXATTRIB1SVPROC)(GLuint index, const GLshort *v); +GLAPI PFNGLVERTEXATTRIB1SVPROC glad_glVertexAttrib1sv; +#define glVertexAttrib1sv glad_glVertexAttrib1sv +typedef void (APIENTRYP PFNGLVERTEXATTRIB2DPROC)(GLuint index, GLdouble x, GLdouble y); +GLAPI PFNGLVERTEXATTRIB2DPROC glad_glVertexAttrib2d; +#define glVertexAttrib2d glad_glVertexAttrib2d +typedef void (APIENTRYP PFNGLVERTEXATTRIB2DVPROC)(GLuint index, const GLdouble *v); +GLAPI PFNGLVERTEXATTRIB2DVPROC glad_glVertexAttrib2dv; +#define glVertexAttrib2dv glad_glVertexAttrib2dv +typedef void (APIENTRYP PFNGLVERTEXATTRIB2FPROC)(GLuint index, GLfloat x, GLfloat y); +GLAPI PFNGLVERTEXATTRIB2FPROC glad_glVertexAttrib2f; +#define glVertexAttrib2f glad_glVertexAttrib2f +typedef void (APIENTRYP PFNGLVERTEXATTRIB2FVPROC)(GLuint index, const GLfloat *v); +GLAPI PFNGLVERTEXATTRIB2FVPROC glad_glVertexAttrib2fv; +#define glVertexAttrib2fv glad_glVertexAttrib2fv +typedef void (APIENTRYP PFNGLVERTEXATTRIB2SPROC)(GLuint index, GLshort x, GLshort y); +GLAPI PFNGLVERTEXATTRIB2SPROC glad_glVertexAttrib2s; +#define glVertexAttrib2s glad_glVertexAttrib2s +typedef void (APIENTRYP PFNGLVERTEXATTRIB2SVPROC)(GLuint index, const GLshort *v); +GLAPI PFNGLVERTEXATTRIB2SVPROC glad_glVertexAttrib2sv; +#define glVertexAttrib2sv glad_glVertexAttrib2sv +typedef void (APIENTRYP PFNGLVERTEXATTRIB3DPROC)(GLuint index, GLdouble x, GLdouble y, GLdouble z); +GLAPI PFNGLVERTEXATTRIB3DPROC glad_glVertexAttrib3d; +#define glVertexAttrib3d glad_glVertexAttrib3d +typedef void (APIENTRYP PFNGLVERTEXATTRIB3DVPROC)(GLuint index, const GLdouble *v); +GLAPI PFNGLVERTEXATTRIB3DVPROC glad_glVertexAttrib3dv; +#define glVertexAttrib3dv glad_glVertexAttrib3dv +typedef void (APIENTRYP PFNGLVERTEXATTRIB3FPROC)(GLuint index, GLfloat x, GLfloat y, GLfloat z); +GLAPI PFNGLVERTEXATTRIB3FPROC glad_glVertexAttrib3f; +#define glVertexAttrib3f glad_glVertexAttrib3f +typedef void (APIENTRYP PFNGLVERTEXATTRIB3FVPROC)(GLuint index, const GLfloat *v); +GLAPI PFNGLVERTEXATTRIB3FVPROC glad_glVertexAttrib3fv; +#define glVertexAttrib3fv glad_glVertexAttrib3fv +typedef void (APIENTRYP PFNGLVERTEXATTRIB3SPROC)(GLuint index, GLshort x, GLshort y, GLshort z); +GLAPI PFNGLVERTEXATTRIB3SPROC glad_glVertexAttrib3s; +#define glVertexAttrib3s glad_glVertexAttrib3s +typedef void (APIENTRYP PFNGLVERTEXATTRIB3SVPROC)(GLuint index, const GLshort *v); +GLAPI PFNGLVERTEXATTRIB3SVPROC glad_glVertexAttrib3sv; +#define glVertexAttrib3sv glad_glVertexAttrib3sv +typedef void (APIENTRYP PFNGLVERTEXATTRIB4NBVPROC)(GLuint index, const GLbyte *v); +GLAPI PFNGLVERTEXATTRIB4NBVPROC glad_glVertexAttrib4Nbv; +#define glVertexAttrib4Nbv glad_glVertexAttrib4Nbv +typedef void (APIENTRYP PFNGLVERTEXATTRIB4NIVPROC)(GLuint index, const GLint *v); +GLAPI PFNGLVERTEXATTRIB4NIVPROC glad_glVertexAttrib4Niv; +#define glVertexAttrib4Niv glad_glVertexAttrib4Niv +typedef void (APIENTRYP PFNGLVERTEXATTRIB4NSVPROC)(GLuint index, const GLshort *v); +GLAPI PFNGLVERTEXATTRIB4NSVPROC glad_glVertexAttrib4Nsv; +#define glVertexAttrib4Nsv glad_glVertexAttrib4Nsv +typedef void (APIENTRYP PFNGLVERTEXATTRIB4NUBPROC)(GLuint index, GLubyte x, GLubyte y, GLubyte z, GLubyte w); +GLAPI PFNGLVERTEXATTRIB4NUBPROC glad_glVertexAttrib4Nub; +#define glVertexAttrib4Nub glad_glVertexAttrib4Nub +typedef void (APIENTRYP PFNGLVERTEXATTRIB4NUBVPROC)(GLuint index, const GLubyte *v); +GLAPI PFNGLVERTEXATTRIB4NUBVPROC glad_glVertexAttrib4Nubv; +#define glVertexAttrib4Nubv glad_glVertexAttrib4Nubv +typedef void (APIENTRYP PFNGLVERTEXATTRIB4NUIVPROC)(GLuint index, const GLuint *v); +GLAPI PFNGLVERTEXATTRIB4NUIVPROC glad_glVertexAttrib4Nuiv; +#define glVertexAttrib4Nuiv glad_glVertexAttrib4Nuiv +typedef void (APIENTRYP PFNGLVERTEXATTRIB4NUSVPROC)(GLuint index, const GLushort *v); +GLAPI PFNGLVERTEXATTRIB4NUSVPROC glad_glVertexAttrib4Nusv; +#define glVertexAttrib4Nusv glad_glVertexAttrib4Nusv +typedef void (APIENTRYP PFNGLVERTEXATTRIB4BVPROC)(GLuint index, const GLbyte *v); +GLAPI PFNGLVERTEXATTRIB4BVPROC glad_glVertexAttrib4bv; +#define glVertexAttrib4bv glad_glVertexAttrib4bv +typedef void (APIENTRYP PFNGLVERTEXATTRIB4DPROC)(GLuint index, GLdouble x, GLdouble y, GLdouble z, GLdouble w); +GLAPI PFNGLVERTEXATTRIB4DPROC glad_glVertexAttrib4d; +#define glVertexAttrib4d glad_glVertexAttrib4d +typedef void (APIENTRYP PFNGLVERTEXATTRIB4DVPROC)(GLuint index, const GLdouble *v); +GLAPI PFNGLVERTEXATTRIB4DVPROC glad_glVertexAttrib4dv; +#define glVertexAttrib4dv glad_glVertexAttrib4dv +typedef void (APIENTRYP PFNGLVERTEXATTRIB4FPROC)(GLuint index, GLfloat x, GLfloat y, GLfloat z, GLfloat w); +GLAPI PFNGLVERTEXATTRIB4FPROC glad_glVertexAttrib4f; +#define glVertexAttrib4f glad_glVertexAttrib4f +typedef void (APIENTRYP PFNGLVERTEXATTRIB4FVPROC)(GLuint index, const GLfloat *v); +GLAPI PFNGLVERTEXATTRIB4FVPROC glad_glVertexAttrib4fv; +#define glVertexAttrib4fv glad_glVertexAttrib4fv +typedef void (APIENTRYP PFNGLVERTEXATTRIB4IVPROC)(GLuint index, const GLint *v); +GLAPI PFNGLVERTEXATTRIB4IVPROC glad_glVertexAttrib4iv; +#define glVertexAttrib4iv glad_glVertexAttrib4iv +typedef void (APIENTRYP PFNGLVERTEXATTRIB4SPROC)(GLuint index, GLshort x, GLshort y, GLshort z, GLshort w); +GLAPI PFNGLVERTEXATTRIB4SPROC glad_glVertexAttrib4s; +#define glVertexAttrib4s glad_glVertexAttrib4s +typedef void (APIENTRYP PFNGLVERTEXATTRIB4SVPROC)(GLuint index, const GLshort *v); +GLAPI PFNGLVERTEXATTRIB4SVPROC glad_glVertexAttrib4sv; +#define glVertexAttrib4sv glad_glVertexAttrib4sv +typedef void (APIENTRYP PFNGLVERTEXATTRIB4UBVPROC)(GLuint index, const GLubyte *v); +GLAPI PFNGLVERTEXATTRIB4UBVPROC glad_glVertexAttrib4ubv; +#define glVertexAttrib4ubv glad_glVertexAttrib4ubv +typedef void (APIENTRYP PFNGLVERTEXATTRIB4UIVPROC)(GLuint index, const GLuint *v); +GLAPI PFNGLVERTEXATTRIB4UIVPROC glad_glVertexAttrib4uiv; +#define glVertexAttrib4uiv glad_glVertexAttrib4uiv +typedef void (APIENTRYP PFNGLVERTEXATTRIB4USVPROC)(GLuint index, const GLushort *v); +GLAPI PFNGLVERTEXATTRIB4USVPROC glad_glVertexAttrib4usv; +#define glVertexAttrib4usv glad_glVertexAttrib4usv +typedef void (APIENTRYP PFNGLVERTEXATTRIBPOINTERPROC)(GLuint index, GLint size, GLenum type, GLboolean normalized, GLsizei stride, const void *pointer); +GLAPI PFNGLVERTEXATTRIBPOINTERPROC glad_glVertexAttribPointer; +#define glVertexAttribPointer glad_glVertexAttribPointer +#endif +#ifndef GL_VERSION_2_1 +#define GL_VERSION_2_1 1 +GLAPI int GLAD_GL_VERSION_2_1; +typedef void (APIENTRYP PFNGLUNIFORMMATRIX2X3FVPROC)(GLint location, GLsizei count, GLboolean transpose, const GLfloat *value); +GLAPI PFNGLUNIFORMMATRIX2X3FVPROC glad_glUniformMatrix2x3fv; +#define glUniformMatrix2x3fv glad_glUniformMatrix2x3fv +typedef void (APIENTRYP PFNGLUNIFORMMATRIX3X2FVPROC)(GLint location, GLsizei count, GLboolean transpose, const GLfloat *value); +GLAPI PFNGLUNIFORMMATRIX3X2FVPROC glad_glUniformMatrix3x2fv; +#define glUniformMatrix3x2fv glad_glUniformMatrix3x2fv +typedef void (APIENTRYP PFNGLUNIFORMMATRIX2X4FVPROC)(GLint location, GLsizei count, GLboolean transpose, const GLfloat *value); +GLAPI PFNGLUNIFORMMATRIX2X4FVPROC glad_glUniformMatrix2x4fv; +#define glUniformMatrix2x4fv glad_glUniformMatrix2x4fv +typedef void (APIENTRYP PFNGLUNIFORMMATRIX4X2FVPROC)(GLint location, GLsizei count, GLboolean transpose, const GLfloat *value); +GLAPI PFNGLUNIFORMMATRIX4X2FVPROC glad_glUniformMatrix4x2fv; +#define glUniformMatrix4x2fv glad_glUniformMatrix4x2fv +typedef void (APIENTRYP PFNGLUNIFORMMATRIX3X4FVPROC)(GLint location, GLsizei count, GLboolean transpose, const GLfloat *value); +GLAPI PFNGLUNIFORMMATRIX3X4FVPROC glad_glUniformMatrix3x4fv; +#define glUniformMatrix3x4fv glad_glUniformMatrix3x4fv +typedef void (APIENTRYP PFNGLUNIFORMMATRIX4X3FVPROC)(GLint location, GLsizei count, GLboolean transpose, const GLfloat *value); +GLAPI PFNGLUNIFORMMATRIX4X3FVPROC glad_glUniformMatrix4x3fv; +#define glUniformMatrix4x3fv glad_glUniformMatrix4x3fv +#endif +#ifndef GL_VERSION_3_0 +#define GL_VERSION_3_0 1 +GLAPI int GLAD_GL_VERSION_3_0; +typedef void (APIENTRYP PFNGLCOLORMASKIPROC)(GLuint index, GLboolean r, GLboolean g, GLboolean b, GLboolean a); +GLAPI PFNGLCOLORMASKIPROC glad_glColorMaski; +#define glColorMaski glad_glColorMaski +typedef void (APIENTRYP PFNGLGETBOOLEANI_VPROC)(GLenum target, GLuint index, GLboolean *data); +GLAPI PFNGLGETBOOLEANI_VPROC glad_glGetBooleani_v; +#define glGetBooleani_v glad_glGetBooleani_v +typedef void (APIENTRYP PFNGLGETINTEGERI_VPROC)(GLenum target, GLuint index, GLint *data); +GLAPI PFNGLGETINTEGERI_VPROC glad_glGetIntegeri_v; +#define glGetIntegeri_v glad_glGetIntegeri_v +typedef void (APIENTRYP PFNGLENABLEIPROC)(GLenum target, GLuint index); +GLAPI PFNGLENABLEIPROC glad_glEnablei; +#define glEnablei glad_glEnablei +typedef void (APIENTRYP PFNGLDISABLEIPROC)(GLenum target, GLuint index); +GLAPI PFNGLDISABLEIPROC glad_glDisablei; +#define glDisablei glad_glDisablei +typedef GLboolean (APIENTRYP PFNGLISENABLEDIPROC)(GLenum target, GLuint index); +GLAPI PFNGLISENABLEDIPROC glad_glIsEnabledi; +#define glIsEnabledi glad_glIsEnabledi +typedef void (APIENTRYP PFNGLBEGINTRANSFORMFEEDBACKPROC)(GLenum primitiveMode); +GLAPI PFNGLBEGINTRANSFORMFEEDBACKPROC glad_glBeginTransformFeedback; +#define glBeginTransformFeedback glad_glBeginTransformFeedback +typedef void (APIENTRYP PFNGLENDTRANSFORMFEEDBACKPROC)(void); +GLAPI PFNGLENDTRANSFORMFEEDBACKPROC glad_glEndTransformFeedback; +#define glEndTransformFeedback glad_glEndTransformFeedback +typedef void (APIENTRYP PFNGLBINDBUFFERRANGEPROC)(GLenum target, GLuint index, GLuint buffer, GLintptr offset, GLsizeiptr size); +GLAPI PFNGLBINDBUFFERRANGEPROC glad_glBindBufferRange; +#define glBindBufferRange glad_glBindBufferRange +typedef void (APIENTRYP PFNGLBINDBUFFERBASEPROC)(GLenum target, GLuint index, GLuint buffer); +GLAPI PFNGLBINDBUFFERBASEPROC glad_glBindBufferBase; +#define glBindBufferBase glad_glBindBufferBase +typedef void (APIENTRYP PFNGLTRANSFORMFEEDBACKVARYINGSPROC)(GLuint program, GLsizei count, const GLchar *const*varyings, GLenum bufferMode); +GLAPI PFNGLTRANSFORMFEEDBACKVARYINGSPROC glad_glTransformFeedbackVaryings; +#define glTransformFeedbackVaryings glad_glTransformFeedbackVaryings +typedef void (APIENTRYP PFNGLGETTRANSFORMFEEDBACKVARYINGPROC)(GLuint program, GLuint index, GLsizei bufSize, GLsizei *length, GLsizei *size, GLenum *type, GLchar *name); +GLAPI PFNGLGETTRANSFORMFEEDBACKVARYINGPROC glad_glGetTransformFeedbackVarying; +#define glGetTransformFeedbackVarying glad_glGetTransformFeedbackVarying +typedef void (APIENTRYP PFNGLCLAMPCOLORPROC)(GLenum target, GLenum clamp); +GLAPI PFNGLCLAMPCOLORPROC glad_glClampColor; +#define glClampColor glad_glClampColor +typedef void (APIENTRYP PFNGLBEGINCONDITIONALRENDERPROC)(GLuint id, GLenum mode); +GLAPI PFNGLBEGINCONDITIONALRENDERPROC glad_glBeginConditionalRender; +#define glBeginConditionalRender glad_glBeginConditionalRender +typedef void (APIENTRYP PFNGLENDCONDITIONALRENDERPROC)(void); +GLAPI PFNGLENDCONDITIONALRENDERPROC glad_glEndConditionalRender; +#define glEndConditionalRender glad_glEndConditionalRender +typedef void (APIENTRYP PFNGLVERTEXATTRIBIPOINTERPROC)(GLuint index, GLint size, GLenum type, GLsizei stride, const void *pointer); +GLAPI PFNGLVERTEXATTRIBIPOINTERPROC glad_glVertexAttribIPointer; +#define glVertexAttribIPointer glad_glVertexAttribIPointer +typedef void (APIENTRYP PFNGLGETVERTEXATTRIBIIVPROC)(GLuint index, GLenum pname, GLint *params); +GLAPI PFNGLGETVERTEXATTRIBIIVPROC glad_glGetVertexAttribIiv; +#define glGetVertexAttribIiv glad_glGetVertexAttribIiv +typedef void (APIENTRYP PFNGLGETVERTEXATTRIBIUIVPROC)(GLuint index, GLenum pname, GLuint *params); +GLAPI PFNGLGETVERTEXATTRIBIUIVPROC glad_glGetVertexAttribIuiv; +#define glGetVertexAttribIuiv glad_glGetVertexAttribIuiv +typedef void (APIENTRYP PFNGLVERTEXATTRIBI1IPROC)(GLuint index, GLint x); +GLAPI PFNGLVERTEXATTRIBI1IPROC glad_glVertexAttribI1i; +#define glVertexAttribI1i glad_glVertexAttribI1i +typedef void (APIENTRYP PFNGLVERTEXATTRIBI2IPROC)(GLuint index, GLint x, GLint y); +GLAPI PFNGLVERTEXATTRIBI2IPROC glad_glVertexAttribI2i; +#define glVertexAttribI2i glad_glVertexAttribI2i +typedef void (APIENTRYP PFNGLVERTEXATTRIBI3IPROC)(GLuint index, GLint x, GLint y, GLint z); +GLAPI PFNGLVERTEXATTRIBI3IPROC glad_glVertexAttribI3i; +#define glVertexAttribI3i glad_glVertexAttribI3i +typedef void (APIENTRYP PFNGLVERTEXATTRIBI4IPROC)(GLuint index, GLint x, GLint y, GLint z, GLint w); +GLAPI PFNGLVERTEXATTRIBI4IPROC glad_glVertexAttribI4i; +#define glVertexAttribI4i glad_glVertexAttribI4i +typedef void (APIENTRYP PFNGLVERTEXATTRIBI1UIPROC)(GLuint index, GLuint x); +GLAPI PFNGLVERTEXATTRIBI1UIPROC glad_glVertexAttribI1ui; +#define glVertexAttribI1ui glad_glVertexAttribI1ui +typedef void (APIENTRYP PFNGLVERTEXATTRIBI2UIPROC)(GLuint index, GLuint x, GLuint y); +GLAPI PFNGLVERTEXATTRIBI2UIPROC glad_glVertexAttribI2ui; +#define glVertexAttribI2ui glad_glVertexAttribI2ui +typedef void (APIENTRYP PFNGLVERTEXATTRIBI3UIPROC)(GLuint index, GLuint x, GLuint y, GLuint z); +GLAPI PFNGLVERTEXATTRIBI3UIPROC glad_glVertexAttribI3ui; +#define glVertexAttribI3ui glad_glVertexAttribI3ui +typedef void (APIENTRYP PFNGLVERTEXATTRIBI4UIPROC)(GLuint index, GLuint x, GLuint y, GLuint z, GLuint w); +GLAPI PFNGLVERTEXATTRIBI4UIPROC glad_glVertexAttribI4ui; +#define glVertexAttribI4ui glad_glVertexAttribI4ui +typedef void (APIENTRYP PFNGLVERTEXATTRIBI1IVPROC)(GLuint index, const GLint *v); +GLAPI PFNGLVERTEXATTRIBI1IVPROC glad_glVertexAttribI1iv; +#define glVertexAttribI1iv glad_glVertexAttribI1iv +typedef void (APIENTRYP PFNGLVERTEXATTRIBI2IVPROC)(GLuint index, const GLint *v); +GLAPI PFNGLVERTEXATTRIBI2IVPROC glad_glVertexAttribI2iv; +#define glVertexAttribI2iv glad_glVertexAttribI2iv +typedef void (APIENTRYP PFNGLVERTEXATTRIBI3IVPROC)(GLuint index, const GLint *v); +GLAPI PFNGLVERTEXATTRIBI3IVPROC glad_glVertexAttribI3iv; +#define glVertexAttribI3iv glad_glVertexAttribI3iv +typedef void (APIENTRYP PFNGLVERTEXATTRIBI4IVPROC)(GLuint index, const GLint *v); +GLAPI PFNGLVERTEXATTRIBI4IVPROC glad_glVertexAttribI4iv; +#define glVertexAttribI4iv glad_glVertexAttribI4iv +typedef void (APIENTRYP PFNGLVERTEXATTRIBI1UIVPROC)(GLuint index, const GLuint *v); +GLAPI PFNGLVERTEXATTRIBI1UIVPROC glad_glVertexAttribI1uiv; +#define glVertexAttribI1uiv glad_glVertexAttribI1uiv +typedef void (APIENTRYP PFNGLVERTEXATTRIBI2UIVPROC)(GLuint index, const GLuint *v); +GLAPI PFNGLVERTEXATTRIBI2UIVPROC glad_glVertexAttribI2uiv; +#define glVertexAttribI2uiv glad_glVertexAttribI2uiv +typedef void (APIENTRYP PFNGLVERTEXATTRIBI3UIVPROC)(GLuint index, const GLuint *v); +GLAPI PFNGLVERTEXATTRIBI3UIVPROC glad_glVertexAttribI3uiv; +#define glVertexAttribI3uiv glad_glVertexAttribI3uiv +typedef void (APIENTRYP PFNGLVERTEXATTRIBI4UIVPROC)(GLuint index, const GLuint *v); +GLAPI PFNGLVERTEXATTRIBI4UIVPROC glad_glVertexAttribI4uiv; +#define glVertexAttribI4uiv glad_glVertexAttribI4uiv +typedef void (APIENTRYP PFNGLVERTEXATTRIBI4BVPROC)(GLuint index, const GLbyte *v); +GLAPI PFNGLVERTEXATTRIBI4BVPROC glad_glVertexAttribI4bv; +#define glVertexAttribI4bv glad_glVertexAttribI4bv +typedef void (APIENTRYP PFNGLVERTEXATTRIBI4SVPROC)(GLuint index, const GLshort *v); +GLAPI PFNGLVERTEXATTRIBI4SVPROC glad_glVertexAttribI4sv; +#define glVertexAttribI4sv glad_glVertexAttribI4sv +typedef void (APIENTRYP PFNGLVERTEXATTRIBI4UBVPROC)(GLuint index, const GLubyte *v); +GLAPI PFNGLVERTEXATTRIBI4UBVPROC glad_glVertexAttribI4ubv; +#define glVertexAttribI4ubv glad_glVertexAttribI4ubv +typedef void (APIENTRYP PFNGLVERTEXATTRIBI4USVPROC)(GLuint index, const GLushort *v); +GLAPI PFNGLVERTEXATTRIBI4USVPROC glad_glVertexAttribI4usv; +#define glVertexAttribI4usv glad_glVertexAttribI4usv +typedef void (APIENTRYP PFNGLGETUNIFORMUIVPROC)(GLuint program, GLint location, GLuint *params); +GLAPI PFNGLGETUNIFORMUIVPROC glad_glGetUniformuiv; +#define glGetUniformuiv glad_glGetUniformuiv +typedef void (APIENTRYP PFNGLBINDFRAGDATALOCATIONPROC)(GLuint program, GLuint color, const GLchar *name); +GLAPI PFNGLBINDFRAGDATALOCATIONPROC glad_glBindFragDataLocation; +#define glBindFragDataLocation glad_glBindFragDataLocation +typedef GLint (APIENTRYP PFNGLGETFRAGDATALOCATIONPROC)(GLuint program, const GLchar *name); +GLAPI PFNGLGETFRAGDATALOCATIONPROC glad_glGetFragDataLocation; +#define glGetFragDataLocation glad_glGetFragDataLocation +typedef void (APIENTRYP PFNGLUNIFORM1UIPROC)(GLint location, GLuint v0); +GLAPI PFNGLUNIFORM1UIPROC glad_glUniform1ui; +#define glUniform1ui glad_glUniform1ui +typedef void (APIENTRYP PFNGLUNIFORM2UIPROC)(GLint location, GLuint v0, GLuint v1); +GLAPI PFNGLUNIFORM2UIPROC glad_glUniform2ui; +#define glUniform2ui glad_glUniform2ui +typedef void (APIENTRYP PFNGLUNIFORM3UIPROC)(GLint location, GLuint v0, GLuint v1, GLuint v2); +GLAPI PFNGLUNIFORM3UIPROC glad_glUniform3ui; +#define glUniform3ui glad_glUniform3ui +typedef void (APIENTRYP PFNGLUNIFORM4UIPROC)(GLint location, GLuint v0, GLuint v1, GLuint v2, GLuint v3); +GLAPI PFNGLUNIFORM4UIPROC glad_glUniform4ui; +#define glUniform4ui glad_glUniform4ui +typedef void (APIENTRYP PFNGLUNIFORM1UIVPROC)(GLint location, GLsizei count, const GLuint *value); +GLAPI PFNGLUNIFORM1UIVPROC glad_glUniform1uiv; +#define glUniform1uiv glad_glUniform1uiv +typedef void (APIENTRYP PFNGLUNIFORM2UIVPROC)(GLint location, GLsizei count, const GLuint *value); +GLAPI PFNGLUNIFORM2UIVPROC glad_glUniform2uiv; +#define glUniform2uiv glad_glUniform2uiv +typedef void (APIENTRYP PFNGLUNIFORM3UIVPROC)(GLint location, GLsizei count, const GLuint *value); +GLAPI PFNGLUNIFORM3UIVPROC glad_glUniform3uiv; +#define glUniform3uiv glad_glUniform3uiv +typedef void (APIENTRYP PFNGLUNIFORM4UIVPROC)(GLint location, GLsizei count, const GLuint *value); +GLAPI PFNGLUNIFORM4UIVPROC glad_glUniform4uiv; +#define glUniform4uiv glad_glUniform4uiv +typedef void (APIENTRYP PFNGLTEXPARAMETERIIVPROC)(GLenum target, GLenum pname, const GLint *params); +GLAPI PFNGLTEXPARAMETERIIVPROC glad_glTexParameterIiv; +#define glTexParameterIiv glad_glTexParameterIiv +typedef void (APIENTRYP PFNGLTEXPARAMETERIUIVPROC)(GLenum target, GLenum pname, const GLuint *params); +GLAPI PFNGLTEXPARAMETERIUIVPROC glad_glTexParameterIuiv; +#define glTexParameterIuiv glad_glTexParameterIuiv +typedef void (APIENTRYP PFNGLGETTEXPARAMETERIIVPROC)(GLenum target, GLenum pname, GLint *params); +GLAPI PFNGLGETTEXPARAMETERIIVPROC glad_glGetTexParameterIiv; +#define glGetTexParameterIiv glad_glGetTexParameterIiv +typedef void (APIENTRYP PFNGLGETTEXPARAMETERIUIVPROC)(GLenum target, GLenum pname, GLuint *params); +GLAPI PFNGLGETTEXPARAMETERIUIVPROC glad_glGetTexParameterIuiv; +#define glGetTexParameterIuiv glad_glGetTexParameterIuiv +typedef void (APIENTRYP PFNGLCLEARBUFFERIVPROC)(GLenum buffer, GLint drawbuffer, const GLint *value); +GLAPI PFNGLCLEARBUFFERIVPROC glad_glClearBufferiv; +#define glClearBufferiv glad_glClearBufferiv +typedef void (APIENTRYP PFNGLCLEARBUFFERUIVPROC)(GLenum buffer, GLint drawbuffer, const GLuint *value); +GLAPI PFNGLCLEARBUFFERUIVPROC glad_glClearBufferuiv; +#define glClearBufferuiv glad_glClearBufferuiv +typedef void (APIENTRYP PFNGLCLEARBUFFERFVPROC)(GLenum buffer, GLint drawbuffer, const GLfloat *value); +GLAPI PFNGLCLEARBUFFERFVPROC glad_glClearBufferfv; +#define glClearBufferfv glad_glClearBufferfv +typedef void (APIENTRYP PFNGLCLEARBUFFERFIPROC)(GLenum buffer, GLint drawbuffer, GLfloat depth, GLint stencil); +GLAPI PFNGLCLEARBUFFERFIPROC glad_glClearBufferfi; +#define glClearBufferfi glad_glClearBufferfi +typedef const GLubyte * (APIENTRYP PFNGLGETSTRINGIPROC)(GLenum name, GLuint index); +GLAPI PFNGLGETSTRINGIPROC glad_glGetStringi; +#define glGetStringi glad_glGetStringi +typedef GLboolean (APIENTRYP PFNGLISRENDERBUFFERPROC)(GLuint renderbuffer); +GLAPI PFNGLISRENDERBUFFERPROC glad_glIsRenderbuffer; +#define glIsRenderbuffer glad_glIsRenderbuffer +typedef void (APIENTRYP PFNGLBINDRENDERBUFFERPROC)(GLenum target, GLuint renderbuffer); +GLAPI PFNGLBINDRENDERBUFFERPROC glad_glBindRenderbuffer; +#define glBindRenderbuffer glad_glBindRenderbuffer +typedef void (APIENTRYP PFNGLDELETERENDERBUFFERSPROC)(GLsizei n, const GLuint *renderbuffers); +GLAPI PFNGLDELETERENDERBUFFERSPROC glad_glDeleteRenderbuffers; +#define glDeleteRenderbuffers glad_glDeleteRenderbuffers +typedef void (APIENTRYP PFNGLGENRENDERBUFFERSPROC)(GLsizei n, GLuint *renderbuffers); +GLAPI PFNGLGENRENDERBUFFERSPROC glad_glGenRenderbuffers; +#define glGenRenderbuffers glad_glGenRenderbuffers +typedef void (APIENTRYP PFNGLRENDERBUFFERSTORAGEPROC)(GLenum target, GLenum internalformat, GLsizei width, GLsizei height); +GLAPI PFNGLRENDERBUFFERSTORAGEPROC glad_glRenderbufferStorage; +#define glRenderbufferStorage glad_glRenderbufferStorage +typedef void (APIENTRYP PFNGLGETRENDERBUFFERPARAMETERIVPROC)(GLenum target, GLenum pname, GLint *params); +GLAPI PFNGLGETRENDERBUFFERPARAMETERIVPROC glad_glGetRenderbufferParameteriv; +#define glGetRenderbufferParameteriv glad_glGetRenderbufferParameteriv +typedef GLboolean (APIENTRYP PFNGLISFRAMEBUFFERPROC)(GLuint framebuffer); +GLAPI PFNGLISFRAMEBUFFERPROC glad_glIsFramebuffer; +#define glIsFramebuffer glad_glIsFramebuffer +typedef void (APIENTRYP PFNGLBINDFRAMEBUFFERPROC)(GLenum target, GLuint framebuffer); +GLAPI PFNGLBINDFRAMEBUFFERPROC glad_glBindFramebuffer; +#define glBindFramebuffer glad_glBindFramebuffer +typedef void (APIENTRYP PFNGLDELETEFRAMEBUFFERSPROC)(GLsizei n, const GLuint *framebuffers); +GLAPI PFNGLDELETEFRAMEBUFFERSPROC glad_glDeleteFramebuffers; +#define glDeleteFramebuffers glad_glDeleteFramebuffers +typedef void (APIENTRYP PFNGLGENFRAMEBUFFERSPROC)(GLsizei n, GLuint *framebuffers); +GLAPI PFNGLGENFRAMEBUFFERSPROC glad_glGenFramebuffers; +#define glGenFramebuffers glad_glGenFramebuffers +typedef GLenum (APIENTRYP PFNGLCHECKFRAMEBUFFERSTATUSPROC)(GLenum target); +GLAPI PFNGLCHECKFRAMEBUFFERSTATUSPROC glad_glCheckFramebufferStatus; +#define glCheckFramebufferStatus glad_glCheckFramebufferStatus +typedef void (APIENTRYP PFNGLFRAMEBUFFERTEXTURE1DPROC)(GLenum target, GLenum attachment, GLenum textarget, GLuint texture, GLint level); +GLAPI PFNGLFRAMEBUFFERTEXTURE1DPROC glad_glFramebufferTexture1D; +#define glFramebufferTexture1D glad_glFramebufferTexture1D +typedef void (APIENTRYP PFNGLFRAMEBUFFERTEXTURE2DPROC)(GLenum target, GLenum attachment, GLenum textarget, GLuint texture, GLint level); +GLAPI PFNGLFRAMEBUFFERTEXTURE2DPROC glad_glFramebufferTexture2D; +#define glFramebufferTexture2D glad_glFramebufferTexture2D +typedef void (APIENTRYP PFNGLFRAMEBUFFERTEXTURE3DPROC)(GLenum target, GLenum attachment, GLenum textarget, GLuint texture, GLint level, GLint zoffset); +GLAPI PFNGLFRAMEBUFFERTEXTURE3DPROC glad_glFramebufferTexture3D; +#define glFramebufferTexture3D glad_glFramebufferTexture3D +typedef void (APIENTRYP PFNGLFRAMEBUFFERRENDERBUFFERPROC)(GLenum target, GLenum attachment, GLenum renderbuffertarget, GLuint renderbuffer); +GLAPI PFNGLFRAMEBUFFERRENDERBUFFERPROC glad_glFramebufferRenderbuffer; +#define glFramebufferRenderbuffer glad_glFramebufferRenderbuffer +typedef void (APIENTRYP PFNGLGETFRAMEBUFFERATTACHMENTPARAMETERIVPROC)(GLenum target, GLenum attachment, GLenum pname, GLint *params); +GLAPI PFNGLGETFRAMEBUFFERATTACHMENTPARAMETERIVPROC glad_glGetFramebufferAttachmentParameteriv; +#define glGetFramebufferAttachmentParameteriv glad_glGetFramebufferAttachmentParameteriv +typedef void (APIENTRYP PFNGLGENERATEMIPMAPPROC)(GLenum target); +GLAPI PFNGLGENERATEMIPMAPPROC glad_glGenerateMipmap; +#define glGenerateMipmap glad_glGenerateMipmap +typedef void (APIENTRYP PFNGLBLITFRAMEBUFFERPROC)(GLint srcX0, GLint srcY0, GLint srcX1, GLint srcY1, GLint dstX0, GLint dstY0, GLint dstX1, GLint dstY1, GLbitfield mask, GLenum filter); +GLAPI PFNGLBLITFRAMEBUFFERPROC glad_glBlitFramebuffer; +#define glBlitFramebuffer glad_glBlitFramebuffer +typedef void (APIENTRYP PFNGLRENDERBUFFERSTORAGEMULTISAMPLEPROC)(GLenum target, GLsizei samples, GLenum internalformat, GLsizei width, GLsizei height); +GLAPI PFNGLRENDERBUFFERSTORAGEMULTISAMPLEPROC glad_glRenderbufferStorageMultisample; +#define glRenderbufferStorageMultisample glad_glRenderbufferStorageMultisample +typedef void (APIENTRYP PFNGLFRAMEBUFFERTEXTURELAYERPROC)(GLenum target, GLenum attachment, GLuint texture, GLint level, GLint layer); +GLAPI PFNGLFRAMEBUFFERTEXTURELAYERPROC glad_glFramebufferTextureLayer; +#define glFramebufferTextureLayer glad_glFramebufferTextureLayer +typedef void * (APIENTRYP PFNGLMAPBUFFERRANGEPROC)(GLenum target, GLintptr offset, GLsizeiptr length, GLbitfield access); +GLAPI PFNGLMAPBUFFERRANGEPROC glad_glMapBufferRange; +#define glMapBufferRange glad_glMapBufferRange +typedef void (APIENTRYP PFNGLFLUSHMAPPEDBUFFERRANGEPROC)(GLenum target, GLintptr offset, GLsizeiptr length); +GLAPI PFNGLFLUSHMAPPEDBUFFERRANGEPROC glad_glFlushMappedBufferRange; +#define glFlushMappedBufferRange glad_glFlushMappedBufferRange +typedef void (APIENTRYP PFNGLBINDVERTEXARRAYPROC)(GLuint array); +GLAPI PFNGLBINDVERTEXARRAYPROC glad_glBindVertexArray; +#define glBindVertexArray glad_glBindVertexArray +typedef void (APIENTRYP PFNGLDELETEVERTEXARRAYSPROC)(GLsizei n, const GLuint *arrays); +GLAPI PFNGLDELETEVERTEXARRAYSPROC glad_glDeleteVertexArrays; +#define glDeleteVertexArrays glad_glDeleteVertexArrays +typedef void (APIENTRYP PFNGLGENVERTEXARRAYSPROC)(GLsizei n, GLuint *arrays); +GLAPI PFNGLGENVERTEXARRAYSPROC glad_glGenVertexArrays; +#define glGenVertexArrays glad_glGenVertexArrays +typedef GLboolean (APIENTRYP PFNGLISVERTEXARRAYPROC)(GLuint array); +GLAPI PFNGLISVERTEXARRAYPROC glad_glIsVertexArray; +#define glIsVertexArray glad_glIsVertexArray +#endif +#ifndef GL_VERSION_3_1 +#define GL_VERSION_3_1 1 +GLAPI int GLAD_GL_VERSION_3_1; +typedef void (APIENTRYP PFNGLDRAWARRAYSINSTANCEDPROC)(GLenum mode, GLint first, GLsizei count, GLsizei instancecount); +GLAPI PFNGLDRAWARRAYSINSTANCEDPROC glad_glDrawArraysInstanced; +#define glDrawArraysInstanced glad_glDrawArraysInstanced +typedef void (APIENTRYP PFNGLDRAWELEMENTSINSTANCEDPROC)(GLenum mode, GLsizei count, GLenum type, const void *indices, GLsizei instancecount); +GLAPI PFNGLDRAWELEMENTSINSTANCEDPROC glad_glDrawElementsInstanced; +#define glDrawElementsInstanced glad_glDrawElementsInstanced +typedef void (APIENTRYP PFNGLTEXBUFFERPROC)(GLenum target, GLenum internalformat, GLuint buffer); +GLAPI PFNGLTEXBUFFERPROC glad_glTexBuffer; +#define glTexBuffer glad_glTexBuffer +typedef void (APIENTRYP PFNGLPRIMITIVERESTARTINDEXPROC)(GLuint index); +GLAPI PFNGLPRIMITIVERESTARTINDEXPROC glad_glPrimitiveRestartIndex; +#define glPrimitiveRestartIndex glad_glPrimitiveRestartIndex +typedef void (APIENTRYP PFNGLCOPYBUFFERSUBDATAPROC)(GLenum readTarget, GLenum writeTarget, GLintptr readOffset, GLintptr writeOffset, GLsizeiptr size); +GLAPI PFNGLCOPYBUFFERSUBDATAPROC glad_glCopyBufferSubData; +#define glCopyBufferSubData glad_glCopyBufferSubData +typedef void (APIENTRYP PFNGLGETUNIFORMINDICESPROC)(GLuint program, GLsizei uniformCount, const GLchar *const*uniformNames, GLuint *uniformIndices); +GLAPI PFNGLGETUNIFORMINDICESPROC glad_glGetUniformIndices; +#define glGetUniformIndices glad_glGetUniformIndices +typedef void (APIENTRYP PFNGLGETACTIVEUNIFORMSIVPROC)(GLuint program, GLsizei uniformCount, const GLuint *uniformIndices, GLenum pname, GLint *params); +GLAPI PFNGLGETACTIVEUNIFORMSIVPROC glad_glGetActiveUniformsiv; +#define glGetActiveUniformsiv glad_glGetActiveUniformsiv +typedef void (APIENTRYP PFNGLGETACTIVEUNIFORMNAMEPROC)(GLuint program, GLuint uniformIndex, GLsizei bufSize, GLsizei *length, GLchar *uniformName); +GLAPI PFNGLGETACTIVEUNIFORMNAMEPROC glad_glGetActiveUniformName; +#define glGetActiveUniformName glad_glGetActiveUniformName +typedef GLuint (APIENTRYP PFNGLGETUNIFORMBLOCKINDEXPROC)(GLuint program, const GLchar *uniformBlockName); +GLAPI PFNGLGETUNIFORMBLOCKINDEXPROC glad_glGetUniformBlockIndex; +#define glGetUniformBlockIndex glad_glGetUniformBlockIndex +typedef void (APIENTRYP PFNGLGETACTIVEUNIFORMBLOCKIVPROC)(GLuint program, GLuint uniformBlockIndex, GLenum pname, GLint *params); +GLAPI PFNGLGETACTIVEUNIFORMBLOCKIVPROC glad_glGetActiveUniformBlockiv; +#define glGetActiveUniformBlockiv glad_glGetActiveUniformBlockiv +typedef void (APIENTRYP PFNGLGETACTIVEUNIFORMBLOCKNAMEPROC)(GLuint program, GLuint uniformBlockIndex, GLsizei bufSize, GLsizei *length, GLchar *uniformBlockName); +GLAPI PFNGLGETACTIVEUNIFORMBLOCKNAMEPROC glad_glGetActiveUniformBlockName; +#define glGetActiveUniformBlockName glad_glGetActiveUniformBlockName +typedef void (APIENTRYP PFNGLUNIFORMBLOCKBINDINGPROC)(GLuint program, GLuint uniformBlockIndex, GLuint uniformBlockBinding); +GLAPI PFNGLUNIFORMBLOCKBINDINGPROC glad_glUniformBlockBinding; +#define glUniformBlockBinding glad_glUniformBlockBinding +#endif +#ifndef GL_VERSION_3_2 +#define GL_VERSION_3_2 1 +GLAPI int GLAD_GL_VERSION_3_2; +typedef void (APIENTRYP PFNGLDRAWELEMENTSBASEVERTEXPROC)(GLenum mode, GLsizei count, GLenum type, const void *indices, GLint basevertex); +GLAPI PFNGLDRAWELEMENTSBASEVERTEXPROC glad_glDrawElementsBaseVertex; +#define glDrawElementsBaseVertex glad_glDrawElementsBaseVertex +typedef void (APIENTRYP PFNGLDRAWRANGEELEMENTSBASEVERTEXPROC)(GLenum mode, GLuint start, GLuint end, GLsizei count, GLenum type, const void *indices, GLint basevertex); +GLAPI PFNGLDRAWRANGEELEMENTSBASEVERTEXPROC glad_glDrawRangeElementsBaseVertex; +#define glDrawRangeElementsBaseVertex glad_glDrawRangeElementsBaseVertex +typedef void (APIENTRYP PFNGLDRAWELEMENTSINSTANCEDBASEVERTEXPROC)(GLenum mode, GLsizei count, GLenum type, const void *indices, GLsizei instancecount, GLint basevertex); +GLAPI PFNGLDRAWELEMENTSINSTANCEDBASEVERTEXPROC glad_glDrawElementsInstancedBaseVertex; +#define glDrawElementsInstancedBaseVertex glad_glDrawElementsInstancedBaseVertex +typedef void (APIENTRYP PFNGLMULTIDRAWELEMENTSBASEVERTEXPROC)(GLenum mode, const GLsizei *count, GLenum type, const void *const*indices, GLsizei drawcount, const GLint *basevertex); +GLAPI PFNGLMULTIDRAWELEMENTSBASEVERTEXPROC glad_glMultiDrawElementsBaseVertex; +#define glMultiDrawElementsBaseVertex glad_glMultiDrawElementsBaseVertex +typedef void (APIENTRYP PFNGLPROVOKINGVERTEXPROC)(GLenum mode); +GLAPI PFNGLPROVOKINGVERTEXPROC glad_glProvokingVertex; +#define glProvokingVertex glad_glProvokingVertex +typedef GLsync (APIENTRYP PFNGLFENCESYNCPROC)(GLenum condition, GLbitfield flags); +GLAPI PFNGLFENCESYNCPROC glad_glFenceSync; +#define glFenceSync glad_glFenceSync +typedef GLboolean (APIENTRYP PFNGLISSYNCPROC)(GLsync sync); +GLAPI PFNGLISSYNCPROC glad_glIsSync; +#define glIsSync glad_glIsSync +typedef void (APIENTRYP PFNGLDELETESYNCPROC)(GLsync sync); +GLAPI PFNGLDELETESYNCPROC glad_glDeleteSync; +#define glDeleteSync glad_glDeleteSync +typedef GLenum (APIENTRYP PFNGLCLIENTWAITSYNCPROC)(GLsync sync, GLbitfield flags, GLuint64 timeout); +GLAPI PFNGLCLIENTWAITSYNCPROC glad_glClientWaitSync; +#define glClientWaitSync glad_glClientWaitSync +typedef void (APIENTRYP PFNGLWAITSYNCPROC)(GLsync sync, GLbitfield flags, GLuint64 timeout); +GLAPI PFNGLWAITSYNCPROC glad_glWaitSync; +#define glWaitSync glad_glWaitSync +typedef void (APIENTRYP PFNGLGETINTEGER64VPROC)(GLenum pname, GLint64 *data); +GLAPI PFNGLGETINTEGER64VPROC glad_glGetInteger64v; +#define glGetInteger64v glad_glGetInteger64v +typedef void (APIENTRYP PFNGLGETSYNCIVPROC)(GLsync sync, GLenum pname, GLsizei count, GLsizei *length, GLint *values); +GLAPI PFNGLGETSYNCIVPROC glad_glGetSynciv; +#define glGetSynciv glad_glGetSynciv +typedef void (APIENTRYP PFNGLGETINTEGER64I_VPROC)(GLenum target, GLuint index, GLint64 *data); +GLAPI PFNGLGETINTEGER64I_VPROC glad_glGetInteger64i_v; +#define glGetInteger64i_v glad_glGetInteger64i_v +typedef void (APIENTRYP PFNGLGETBUFFERPARAMETERI64VPROC)(GLenum target, GLenum pname, GLint64 *params); +GLAPI PFNGLGETBUFFERPARAMETERI64VPROC glad_glGetBufferParameteri64v; +#define glGetBufferParameteri64v glad_glGetBufferParameteri64v +typedef void (APIENTRYP PFNGLFRAMEBUFFERTEXTUREPROC)(GLenum target, GLenum attachment, GLuint texture, GLint level); +GLAPI PFNGLFRAMEBUFFERTEXTUREPROC glad_glFramebufferTexture; +#define glFramebufferTexture glad_glFramebufferTexture +typedef void (APIENTRYP PFNGLTEXIMAGE2DMULTISAMPLEPROC)(GLenum target, GLsizei samples, GLenum internalformat, GLsizei width, GLsizei height, GLboolean fixedsamplelocations); +GLAPI PFNGLTEXIMAGE2DMULTISAMPLEPROC glad_glTexImage2DMultisample; +#define glTexImage2DMultisample glad_glTexImage2DMultisample +typedef void (APIENTRYP PFNGLTEXIMAGE3DMULTISAMPLEPROC)(GLenum target, GLsizei samples, GLenum internalformat, GLsizei width, GLsizei height, GLsizei depth, GLboolean fixedsamplelocations); +GLAPI PFNGLTEXIMAGE3DMULTISAMPLEPROC glad_glTexImage3DMultisample; +#define glTexImage3DMultisample glad_glTexImage3DMultisample +typedef void (APIENTRYP PFNGLGETMULTISAMPLEFVPROC)(GLenum pname, GLuint index, GLfloat *val); +GLAPI PFNGLGETMULTISAMPLEFVPROC glad_glGetMultisamplefv; +#define glGetMultisamplefv glad_glGetMultisamplefv +typedef void (APIENTRYP PFNGLSAMPLEMASKIPROC)(GLuint maskNumber, GLbitfield mask); +GLAPI PFNGLSAMPLEMASKIPROC glad_glSampleMaski; +#define glSampleMaski glad_glSampleMaski +#endif +#ifndef GL_VERSION_3_3 +#define GL_VERSION_3_3 1 +GLAPI int GLAD_GL_VERSION_3_3; +typedef void (APIENTRYP PFNGLBINDFRAGDATALOCATIONINDEXEDPROC)(GLuint program, GLuint colorNumber, GLuint index, const GLchar *name); +GLAPI PFNGLBINDFRAGDATALOCATIONINDEXEDPROC glad_glBindFragDataLocationIndexed; +#define glBindFragDataLocationIndexed glad_glBindFragDataLocationIndexed +typedef GLint (APIENTRYP PFNGLGETFRAGDATAINDEXPROC)(GLuint program, const GLchar *name); +GLAPI PFNGLGETFRAGDATAINDEXPROC glad_glGetFragDataIndex; +#define glGetFragDataIndex glad_glGetFragDataIndex +typedef void (APIENTRYP PFNGLGENSAMPLERSPROC)(GLsizei count, GLuint *samplers); +GLAPI PFNGLGENSAMPLERSPROC glad_glGenSamplers; +#define glGenSamplers glad_glGenSamplers +typedef void (APIENTRYP PFNGLDELETESAMPLERSPROC)(GLsizei count, const GLuint *samplers); +GLAPI PFNGLDELETESAMPLERSPROC glad_glDeleteSamplers; +#define glDeleteSamplers glad_glDeleteSamplers +typedef GLboolean (APIENTRYP PFNGLISSAMPLERPROC)(GLuint sampler); +GLAPI PFNGLISSAMPLERPROC glad_glIsSampler; +#define glIsSampler glad_glIsSampler +typedef void (APIENTRYP PFNGLBINDSAMPLERPROC)(GLuint unit, GLuint sampler); +GLAPI PFNGLBINDSAMPLERPROC glad_glBindSampler; +#define glBindSampler glad_glBindSampler +typedef void (APIENTRYP PFNGLSAMPLERPARAMETERIPROC)(GLuint sampler, GLenum pname, GLint param); +GLAPI PFNGLSAMPLERPARAMETERIPROC glad_glSamplerParameteri; +#define glSamplerParameteri glad_glSamplerParameteri +typedef void (APIENTRYP PFNGLSAMPLERPARAMETERIVPROC)(GLuint sampler, GLenum pname, const GLint *param); +GLAPI PFNGLSAMPLERPARAMETERIVPROC glad_glSamplerParameteriv; +#define glSamplerParameteriv glad_glSamplerParameteriv +typedef void (APIENTRYP PFNGLSAMPLERPARAMETERFPROC)(GLuint sampler, GLenum pname, GLfloat param); +GLAPI PFNGLSAMPLERPARAMETERFPROC glad_glSamplerParameterf; +#define glSamplerParameterf glad_glSamplerParameterf +typedef void (APIENTRYP PFNGLSAMPLERPARAMETERFVPROC)(GLuint sampler, GLenum pname, const GLfloat *param); +GLAPI PFNGLSAMPLERPARAMETERFVPROC glad_glSamplerParameterfv; +#define glSamplerParameterfv glad_glSamplerParameterfv +typedef void (APIENTRYP PFNGLSAMPLERPARAMETERIIVPROC)(GLuint sampler, GLenum pname, const GLint *param); +GLAPI PFNGLSAMPLERPARAMETERIIVPROC glad_glSamplerParameterIiv; +#define glSamplerParameterIiv glad_glSamplerParameterIiv +typedef void (APIENTRYP PFNGLSAMPLERPARAMETERIUIVPROC)(GLuint sampler, GLenum pname, const GLuint *param); +GLAPI PFNGLSAMPLERPARAMETERIUIVPROC glad_glSamplerParameterIuiv; +#define glSamplerParameterIuiv glad_glSamplerParameterIuiv +typedef void (APIENTRYP PFNGLGETSAMPLERPARAMETERIVPROC)(GLuint sampler, GLenum pname, GLint *params); +GLAPI PFNGLGETSAMPLERPARAMETERIVPROC glad_glGetSamplerParameteriv; +#define glGetSamplerParameteriv glad_glGetSamplerParameteriv +typedef void (APIENTRYP PFNGLGETSAMPLERPARAMETERIIVPROC)(GLuint sampler, GLenum pname, GLint *params); +GLAPI PFNGLGETSAMPLERPARAMETERIIVPROC glad_glGetSamplerParameterIiv; +#define glGetSamplerParameterIiv glad_glGetSamplerParameterIiv +typedef void (APIENTRYP PFNGLGETSAMPLERPARAMETERFVPROC)(GLuint sampler, GLenum pname, GLfloat *params); +GLAPI PFNGLGETSAMPLERPARAMETERFVPROC glad_glGetSamplerParameterfv; +#define glGetSamplerParameterfv glad_glGetSamplerParameterfv +typedef void (APIENTRYP PFNGLGETSAMPLERPARAMETERIUIVPROC)(GLuint sampler, GLenum pname, GLuint *params); +GLAPI PFNGLGETSAMPLERPARAMETERIUIVPROC glad_glGetSamplerParameterIuiv; +#define glGetSamplerParameterIuiv glad_glGetSamplerParameterIuiv +typedef void (APIENTRYP PFNGLQUERYCOUNTERPROC)(GLuint id, GLenum target); +GLAPI PFNGLQUERYCOUNTERPROC glad_glQueryCounter; +#define glQueryCounter glad_glQueryCounter +typedef void (APIENTRYP PFNGLGETQUERYOBJECTI64VPROC)(GLuint id, GLenum pname, GLint64 *params); +GLAPI PFNGLGETQUERYOBJECTI64VPROC glad_glGetQueryObjecti64v; +#define glGetQueryObjecti64v glad_glGetQueryObjecti64v +typedef void (APIENTRYP PFNGLGETQUERYOBJECTUI64VPROC)(GLuint id, GLenum pname, GLuint64 *params); +GLAPI PFNGLGETQUERYOBJECTUI64VPROC glad_glGetQueryObjectui64v; +#define glGetQueryObjectui64v glad_glGetQueryObjectui64v +typedef void (APIENTRYP PFNGLVERTEXATTRIBDIVISORPROC)(GLuint index, GLuint divisor); +GLAPI PFNGLVERTEXATTRIBDIVISORPROC glad_glVertexAttribDivisor; +#define glVertexAttribDivisor glad_glVertexAttribDivisor +typedef void (APIENTRYP PFNGLVERTEXATTRIBP1UIPROC)(GLuint index, GLenum type, GLboolean normalized, GLuint value); +GLAPI PFNGLVERTEXATTRIBP1UIPROC glad_glVertexAttribP1ui; +#define glVertexAttribP1ui glad_glVertexAttribP1ui +typedef void (APIENTRYP PFNGLVERTEXATTRIBP1UIVPROC)(GLuint index, GLenum type, GLboolean normalized, const GLuint *value); +GLAPI PFNGLVERTEXATTRIBP1UIVPROC glad_glVertexAttribP1uiv; +#define glVertexAttribP1uiv glad_glVertexAttribP1uiv +typedef void (APIENTRYP PFNGLVERTEXATTRIBP2UIPROC)(GLuint index, GLenum type, GLboolean normalized, GLuint value); +GLAPI PFNGLVERTEXATTRIBP2UIPROC glad_glVertexAttribP2ui; +#define glVertexAttribP2ui glad_glVertexAttribP2ui +typedef void (APIENTRYP PFNGLVERTEXATTRIBP2UIVPROC)(GLuint index, GLenum type, GLboolean normalized, const GLuint *value); +GLAPI PFNGLVERTEXATTRIBP2UIVPROC glad_glVertexAttribP2uiv; +#define glVertexAttribP2uiv glad_glVertexAttribP2uiv +typedef void (APIENTRYP PFNGLVERTEXATTRIBP3UIPROC)(GLuint index, GLenum type, GLboolean normalized, GLuint value); +GLAPI PFNGLVERTEXATTRIBP3UIPROC glad_glVertexAttribP3ui; +#define glVertexAttribP3ui glad_glVertexAttribP3ui +typedef void (APIENTRYP PFNGLVERTEXATTRIBP3UIVPROC)(GLuint index, GLenum type, GLboolean normalized, const GLuint *value); +GLAPI PFNGLVERTEXATTRIBP3UIVPROC glad_glVertexAttribP3uiv; +#define glVertexAttribP3uiv glad_glVertexAttribP3uiv +typedef void (APIENTRYP PFNGLVERTEXATTRIBP4UIPROC)(GLuint index, GLenum type, GLboolean normalized, GLuint value); +GLAPI PFNGLVERTEXATTRIBP4UIPROC glad_glVertexAttribP4ui; +#define glVertexAttribP4ui glad_glVertexAttribP4ui +typedef void (APIENTRYP PFNGLVERTEXATTRIBP4UIVPROC)(GLuint index, GLenum type, GLboolean normalized, const GLuint *value); +GLAPI PFNGLVERTEXATTRIBP4UIVPROC glad_glVertexAttribP4uiv; +#define glVertexAttribP4uiv glad_glVertexAttribP4uiv +typedef void (APIENTRYP PFNGLVERTEXP2UIPROC)(GLenum type, GLuint value); +GLAPI PFNGLVERTEXP2UIPROC glad_glVertexP2ui; +#define glVertexP2ui glad_glVertexP2ui +typedef void (APIENTRYP PFNGLVERTEXP2UIVPROC)(GLenum type, const GLuint *value); +GLAPI PFNGLVERTEXP2UIVPROC glad_glVertexP2uiv; +#define glVertexP2uiv glad_glVertexP2uiv +typedef void (APIENTRYP PFNGLVERTEXP3UIPROC)(GLenum type, GLuint value); +GLAPI PFNGLVERTEXP3UIPROC glad_glVertexP3ui; +#define glVertexP3ui glad_glVertexP3ui +typedef void (APIENTRYP PFNGLVERTEXP3UIVPROC)(GLenum type, const GLuint *value); +GLAPI PFNGLVERTEXP3UIVPROC glad_glVertexP3uiv; +#define glVertexP3uiv glad_glVertexP3uiv +typedef void (APIENTRYP PFNGLVERTEXP4UIPROC)(GLenum type, GLuint value); +GLAPI PFNGLVERTEXP4UIPROC glad_glVertexP4ui; +#define glVertexP4ui glad_glVertexP4ui +typedef void (APIENTRYP PFNGLVERTEXP4UIVPROC)(GLenum type, const GLuint *value); +GLAPI PFNGLVERTEXP4UIVPROC glad_glVertexP4uiv; +#define glVertexP4uiv glad_glVertexP4uiv +typedef void (APIENTRYP PFNGLTEXCOORDP1UIPROC)(GLenum type, GLuint coords); +GLAPI PFNGLTEXCOORDP1UIPROC glad_glTexCoordP1ui; +#define glTexCoordP1ui glad_glTexCoordP1ui +typedef void (APIENTRYP PFNGLTEXCOORDP1UIVPROC)(GLenum type, const GLuint *coords); +GLAPI PFNGLTEXCOORDP1UIVPROC glad_glTexCoordP1uiv; +#define glTexCoordP1uiv glad_glTexCoordP1uiv +typedef void (APIENTRYP PFNGLTEXCOORDP2UIPROC)(GLenum type, GLuint coords); +GLAPI PFNGLTEXCOORDP2UIPROC glad_glTexCoordP2ui; +#define glTexCoordP2ui glad_glTexCoordP2ui +typedef void (APIENTRYP PFNGLTEXCOORDP2UIVPROC)(GLenum type, const GLuint *coords); +GLAPI PFNGLTEXCOORDP2UIVPROC glad_glTexCoordP2uiv; +#define glTexCoordP2uiv glad_glTexCoordP2uiv +typedef void (APIENTRYP PFNGLTEXCOORDP3UIPROC)(GLenum type, GLuint coords); +GLAPI PFNGLTEXCOORDP3UIPROC glad_glTexCoordP3ui; +#define glTexCoordP3ui glad_glTexCoordP3ui +typedef void (APIENTRYP PFNGLTEXCOORDP3UIVPROC)(GLenum type, const GLuint *coords); +GLAPI PFNGLTEXCOORDP3UIVPROC glad_glTexCoordP3uiv; +#define glTexCoordP3uiv glad_glTexCoordP3uiv +typedef void (APIENTRYP PFNGLTEXCOORDP4UIPROC)(GLenum type, GLuint coords); +GLAPI PFNGLTEXCOORDP4UIPROC glad_glTexCoordP4ui; +#define glTexCoordP4ui glad_glTexCoordP4ui +typedef void (APIENTRYP PFNGLTEXCOORDP4UIVPROC)(GLenum type, const GLuint *coords); +GLAPI PFNGLTEXCOORDP4UIVPROC glad_glTexCoordP4uiv; +#define glTexCoordP4uiv glad_glTexCoordP4uiv +typedef void (APIENTRYP PFNGLMULTITEXCOORDP1UIPROC)(GLenum texture, GLenum type, GLuint coords); +GLAPI PFNGLMULTITEXCOORDP1UIPROC glad_glMultiTexCoordP1ui; +#define glMultiTexCoordP1ui glad_glMultiTexCoordP1ui +typedef void (APIENTRYP PFNGLMULTITEXCOORDP1UIVPROC)(GLenum texture, GLenum type, const GLuint *coords); +GLAPI PFNGLMULTITEXCOORDP1UIVPROC glad_glMultiTexCoordP1uiv; +#define glMultiTexCoordP1uiv glad_glMultiTexCoordP1uiv +typedef void (APIENTRYP PFNGLMULTITEXCOORDP2UIPROC)(GLenum texture, GLenum type, GLuint coords); +GLAPI PFNGLMULTITEXCOORDP2UIPROC glad_glMultiTexCoordP2ui; +#define glMultiTexCoordP2ui glad_glMultiTexCoordP2ui +typedef void (APIENTRYP PFNGLMULTITEXCOORDP2UIVPROC)(GLenum texture, GLenum type, const GLuint *coords); +GLAPI PFNGLMULTITEXCOORDP2UIVPROC glad_glMultiTexCoordP2uiv; +#define glMultiTexCoordP2uiv glad_glMultiTexCoordP2uiv +typedef void (APIENTRYP PFNGLMULTITEXCOORDP3UIPROC)(GLenum texture, GLenum type, GLuint coords); +GLAPI PFNGLMULTITEXCOORDP3UIPROC glad_glMultiTexCoordP3ui; +#define glMultiTexCoordP3ui glad_glMultiTexCoordP3ui +typedef void (APIENTRYP PFNGLMULTITEXCOORDP3UIVPROC)(GLenum texture, GLenum type, const GLuint *coords); +GLAPI PFNGLMULTITEXCOORDP3UIVPROC glad_glMultiTexCoordP3uiv; +#define glMultiTexCoordP3uiv glad_glMultiTexCoordP3uiv +typedef void (APIENTRYP PFNGLMULTITEXCOORDP4UIPROC)(GLenum texture, GLenum type, GLuint coords); +GLAPI PFNGLMULTITEXCOORDP4UIPROC glad_glMultiTexCoordP4ui; +#define glMultiTexCoordP4ui glad_glMultiTexCoordP4ui +typedef void (APIENTRYP PFNGLMULTITEXCOORDP4UIVPROC)(GLenum texture, GLenum type, const GLuint *coords); +GLAPI PFNGLMULTITEXCOORDP4UIVPROC glad_glMultiTexCoordP4uiv; +#define glMultiTexCoordP4uiv glad_glMultiTexCoordP4uiv +typedef void (APIENTRYP PFNGLNORMALP3UIPROC)(GLenum type, GLuint coords); +GLAPI PFNGLNORMALP3UIPROC glad_glNormalP3ui; +#define glNormalP3ui glad_glNormalP3ui +typedef void (APIENTRYP PFNGLNORMALP3UIVPROC)(GLenum type, const GLuint *coords); +GLAPI PFNGLNORMALP3UIVPROC glad_glNormalP3uiv; +#define glNormalP3uiv glad_glNormalP3uiv +typedef void (APIENTRYP PFNGLCOLORP3UIPROC)(GLenum type, GLuint color); +GLAPI PFNGLCOLORP3UIPROC glad_glColorP3ui; +#define glColorP3ui glad_glColorP3ui +typedef void (APIENTRYP PFNGLCOLORP3UIVPROC)(GLenum type, const GLuint *color); +GLAPI PFNGLCOLORP3UIVPROC glad_glColorP3uiv; +#define glColorP3uiv glad_glColorP3uiv +typedef void (APIENTRYP PFNGLCOLORP4UIPROC)(GLenum type, GLuint color); +GLAPI PFNGLCOLORP4UIPROC glad_glColorP4ui; +#define glColorP4ui glad_glColorP4ui +typedef void (APIENTRYP PFNGLCOLORP4UIVPROC)(GLenum type, const GLuint *color); +GLAPI PFNGLCOLORP4UIVPROC glad_glColorP4uiv; +#define glColorP4uiv glad_glColorP4uiv +typedef void (APIENTRYP PFNGLSECONDARYCOLORP3UIPROC)(GLenum type, GLuint color); +GLAPI PFNGLSECONDARYCOLORP3UIPROC glad_glSecondaryColorP3ui; +#define glSecondaryColorP3ui glad_glSecondaryColorP3ui +typedef void (APIENTRYP PFNGLSECONDARYCOLORP3UIVPROC)(GLenum type, const GLuint *color); +GLAPI PFNGLSECONDARYCOLORP3UIVPROC glad_glSecondaryColorP3uiv; +#define glSecondaryColorP3uiv glad_glSecondaryColorP3uiv +#endif + +#ifdef __cplusplus +} +#endif + +#endif diff --git a/17-refactor-bug-fix/src/json.hpp b/17-refactor-bug-fix/src/json.hpp new file mode 100644 index 0000000..02d0eb7 --- /dev/null +++ b/17-refactor-bug-fix/src/json.hpp @@ -0,0 +1,59 @@ +#pragma once +#include +#include +#include +#include +#include + +#define ENROLL_COMPONENT(COMPONENT, ...) \ + NLOHMANN_DEFINE_TYPE_NON_INTRUSIVE(COMPONENT, __VA_ARGS__); \ + template <> struct NameOf { \ + static constexpr const char *name = #COMPONENT; \ + }; + +// partial specialization (full specialization works too) +namespace nlohmann { + + template <> + struct adl_serializer { + static void to_json(json& j, const glm::vec3& opt) { + + } + + static void from_json(const json& j, glm::vec3& opt) { + opt = glm::vec3(j[0], j[1], j[2]); + } + }; + + template + struct adl_serializer> { + static void to_json(json& j, const std::optional& opt) { + if (opt == std::nullopt) { + j = nullptr; + } else { + j = *opt; // this will call adl_serializer::to_json which will + // find the free function to_json in T's namespace! + } + } + + static void from_json(const json& j, std::optional& opt) { + if (j.is_null() || j == false) { + opt = std::nullopt; + } else { + opt = std::make_optional(j.template get()); + // same as above, but with adl_serializer::from_json + } + } + }; + + template<> + struct adl_serializer { + static void to_json(json& j, const std::chrono::milliseconds& opt) { + j = opt.count(); + } + + static void from_json(const json& j, std::chrono::milliseconds& opt) { + opt = std::chrono::milliseconds{int(j)}; + } + }; +} diff --git a/17-refactor-bug-fix/src/main.cpp b/17-refactor-bug-fix/src/main.cpp new file mode 100644 index 0000000..5340edc --- /dev/null +++ b/17-refactor-bug-fix/src/main.cpp @@ -0,0 +1,123 @@ +#define _USE_MATH_DEFINES +#include +#include "scene.hpp" +#include "utils.hpp" +void framebuffer_size_callback(GLFWwindow *window, int width, int height); + +void init_glfw() { + glfwInit(); + glfwWindowHint(GLFW_CONTEXT_VERSION_MAJOR, 3); + glfwWindowHint(GLFW_CONTEXT_VERSION_MINOR, 3); + glfwWindowHint(GLFW_OPENGL_PROFILE, GLFW_OPENGL_CORE_PROFILE); +} + +void framebuffer_size_callback(GLFWwindow *, int width, int height) { + glViewport(0, 0, width, height); +} + +void mouse_callback(GLFWwindow *window, double xpos, double ypos) { + Camera* camera = static_cast(glfwGetWindowUserPointer(window)); + camera->mouse_move(xpos, ypos); +} + +void scroll_callback(GLFWwindow *window, double xoffset, double yoffset) { + Camera* camera = static_cast(glfwGetWindowUserPointer(window)); + camera->mouse_scroll(xoffset, yoffset); +} + +GLFWwindow* create_window() { + GLFWwindow* window = glfwCreateWindow(SCR_WIDTH, SCR_HEIGHT, "LearnOpenGL", NULL, NULL); + dbc::check(window != NULL, "failed to open window"); + + glfwMakeContextCurrent(window); + + glfwSetFramebufferSizeCallback(window, framebuffer_size_callback); + + auto good = gladLoadGLLoader((GLADloadproc)glfwGetProcAddress); + dbc::check(good, "failed to load GLAD"); + + glfwSetInputMode(window, GLFW_CURSOR, GLFW_CURSOR_DISABLED); + glfwSetCursorPosCallback(window, mouse_callback); + glfwSetScrollCallback(window, scroll_callback); + + return window; +} + + +void process_input(GLFWwindow *window, Scene& scene) { + if(glfwGetKey(window, GLFW_KEY_ESCAPE) == GLFW_PRESS) { + glfwSetWindowShouldClose(window, true); + } + + if(glfwGetKey(window, GLFW_KEY_W) == GLFW_PRESS) { + scene.camera.forward(); + } + + if(glfwGetKey(window, GLFW_KEY_S) == GLFW_PRESS) { + scene.camera.back(); + } + + if(glfwGetKey(window, GLFW_KEY_A) == GLFW_PRESS) { + scene.camera.left(); + } + + if(glfwGetKey(window, GLFW_KEY_D) == GLFW_PRESS) { + scene.camera.right(); + } + + if(glfwGetKey(window, GLFW_KEY_L) == GLFW_PRESS) { + for(auto& light : scene.light.directional) { + light.adjust(-0.01f); + } + } + + if(glfwGetKey(window, GLFW_KEY_P) == GLFW_PRESS) { + for(auto& light : scene.light.directional) { + light.adjust(0.01f); + } + } +} + +Scene setup() { + glEnable(GL_DEPTH_TEST); + + components::Scene config = utils::load_scene_config("config.json"); + Scene scene(config); + scene.configure(); + + return scene; +} + +void update(GLFWwindow* window, Scene& scene) { + glfwPollEvents(); + process_input(window, scene); + scene.updateDelta(); +} + +void render(GLFWwindow* window, Scene& scene) { + scene.render(window); + glfwSwapBuffers(window); +} + +void quit(GLFWwindow* window, Scene& scene) { + scene.cleanup(); + glfwTerminate(); +} + +int main() { + init_glfw(); + + auto window = create_window(); + auto scene = setup(); + + glfwSetWindowUserPointer(window, &scene.camera); + + while(!glfwWindowShouldClose(window)) { + update(window, scene); + render(window, scene); + } + + quit(window, scene); + + return 0; +} diff --git a/17-refactor-bug-fix/src/mesh.cpp b/17-refactor-bug-fix/src/mesh.cpp new file mode 100644 index 0000000..4e24487 --- /dev/null +++ b/17-refactor-bug-fix/src/mesh.cpp @@ -0,0 +1,45 @@ +#include "mesh.hpp" +#include "dbc.hpp" + +void Mesh::draw(Shader &shader) { + glBindVertexArray(VAO); + glDrawElements(GL_TRIANGLES, indices.size(), GL_UNSIGNED_INT, 0); + glBindVertexArray(0); + glActiveTexture(GL_TEXTURE0); +} + +void Mesh::connect_shader(const Shader& shader) { + for(unsigned int i = 0; i < textures.size(); i++) { + Texture& texture = textures[i]; + glActiveTexture(GL_TEXTURE0 + i); + + // move this to setup_mesh + glUniform1i(texture.uniform_id, i); + glBindTexture(GL_TEXTURE_2D, texture.id); + + texture.uniform_id = glGetUniformLocation(shader.ID, texture.target.c_str()); + } +} + +void Mesh::setup_mesh() { + glGenVertexArrays(1, &VAO); + glGenBuffers(1, &VBO); + glGenBuffers(1, &EBO); + + glBindVertexArray(VAO); + glBindBuffer(GL_ARRAY_BUFFER, VBO); + glBufferData(GL_ARRAY_BUFFER, vertices.size() * sizeof(Vertex), vertices.data(), GL_STATIC_DRAW); + + glBindBuffer(GL_ELEMENT_ARRAY_BUFFER, EBO); + glBufferData(GL_ELEMENT_ARRAY_BUFFER, indices.size() * sizeof(unsigned int), indices.data(), GL_STATIC_DRAW); + + // this matches the locations in the vertex shader + glEnableVertexAttribArray(0); + glVertexAttribPointer(0, 3, GL_FLOAT, GL_FALSE, sizeof(Vertex), (void*)offsetof(Vertex, position)); + + glEnableVertexAttribArray(1); + glVertexAttribPointer(1, 3, GL_FLOAT, GL_FALSE, sizeof(Vertex), (void*)offsetof(Vertex, normal)); + + glEnableVertexAttribArray(2); + glVertexAttribPointer(2, 2, GL_FLOAT, GL_FALSE, sizeof(Vertex), (void*)offsetof(Vertex, tex_coords)); +} diff --git a/17-refactor-bug-fix/src/mesh.hpp b/17-refactor-bug-fix/src/mesh.hpp new file mode 100644 index 0000000..b4f4e32 --- /dev/null +++ b/17-refactor-bug-fix/src/mesh.hpp @@ -0,0 +1,72 @@ +#pragma once + +#include +#include +#include + +#include "shader.hpp" + +#include +#include + +struct Vertex { + glm::vec3 position; + glm::vec3 normal; + glm::vec2 tex_coords; +}; + +struct TextureCounts { + unsigned int diffuseNr = 1; + unsigned int specularNr = 1; + unsigned int normalNr = 1; + unsigned int heightNr = 1; +}; + +struct Texture { + unsigned int id; + std::string type; + std::string path; + std::string target; + int uniform_id=-1; + + Texture(unsigned int id, const std::string& type, const std::string& path, TextureCounts& count) : + id(id), type(type) + { + unsigned int number = 0; + + if(type == "texture_diffuse") { + number = count.diffuseNr++; + } else if(type == "texture_specular") { + number = count.specularNr++; + } else if(type == "texture_normal") { + number = count.normalNr++; + } else if(type == "texture_height") { + number = count.heightNr++; + } else { + dbc::sentinel($F("Invalid texture type={} for file={}", type, path)); + } + + target = std::format("{}{}", type, number); + } +}; + +struct Mesh { + std::vector vertices; + std::vector indices; + std::vector textures; + unsigned int VAO = 0; + unsigned int VBO = 0; + unsigned int EBO = 0; + + Mesh(std::vector& vertices, std::vector& indices, std::vector& textures) : + vertices(vertices), + indices(indices), + textures(textures) + { + setup_mesh(); + } + + void draw(Shader &shader); + void setup_mesh(); + void connect_shader(const Shader& shader); +}; diff --git a/17-refactor-bug-fix/src/model.cpp b/17-refactor-bug-fix/src/model.cpp new file mode 100644 index 0000000..25cd439 --- /dev/null +++ b/17-refactor-bug-fix/src/model.cpp @@ -0,0 +1,217 @@ +#include "model.hpp" +#include "dbc.hpp" +#include + +unsigned int texture_from_file(const std::string& directory, const std::string& path); +unsigned int texture_from_internal(const aiScene *scene, size_t index); + +unsigned int image_to_texture(unsigned char *data, int width, int height, int nrComponents) { + unsigned int textureID; + glGenTextures(1, &textureID); + + GLenum format = GL_RGB; + + switch(nrComponents) { + case 1: + format = GL_RED; + break; + case 3: + format = GL_RGB; + break; + case 4: + format = GL_RGBA; + break; + default: + dbc::sentinel($F("Impossible nrComponents={} when loading image", nrComponents)); + } + + glBindTexture(GL_TEXTURE_2D, textureID); + glTexImage2D(GL_TEXTURE_2D, 0, format, width, height, 0, format, GL_UNSIGNED_BYTE, data); + glGenerateMipmap(GL_TEXTURE_2D); + + glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_WRAP_S, GL_REPEAT); + glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_WRAP_T, GL_REPEAT); + glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MIN_FILTER, GL_LINEAR_MIPMAP_LINEAR); + glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MAG_FILTER, GL_LINEAR); + + return textureID; +} + +unsigned int texture_from_internal(const aiScene *scene, size_t index) { + const aiTexture *aiTex = scene->mTextures[index]; + unsigned int textureID = 0; + int width = 0; + int height = 0; + int nrComponents = 0; + unsigned char *data = nullptr; + const unsigned char* dataBytes = (const unsigned char*)aiTex->pcData; + + if(aiTex->mHeight == 0) { + // compressed texture (PNG or JPG) + size_t dataSize = aiTex->mWidth; + data = stbi_load_from_memory(dataBytes, dataSize, &width, &height, &nrComponents, 0); + textureID = image_to_texture(data, width, height, nrComponents); + stbi_image_free(data); + } else { + data = (unsigned char*)aiTex->pcData; + width = aiTex->mWidth; + height = aiTex->mHeight; + nrComponents = 4; // either BGRA8888 or RGBA8888 + textureID = image_to_texture(data, width, height, nrComponents); + } + + return textureID; +} + +unsigned int texture_from_file(const std::string& directory, const std::string& path) +{ + std::string filename = directory + "/" + path; + + int width = 0; + int height = 0; + int nrComponents = 0; + + unsigned char *data = stbi_load(filename.c_str(), &width, &height, &nrComponents, 0); + dbc::check(data != nullptr, $F("Failed to load texture {}", filename)); + + unsigned int textureID = image_to_texture(data, width, height, nrComponents); + + stbi_image_free(data); + + return textureID; +} + +void Model::draw(Shader &shader) { + for(auto& mesh : meshes) { + mesh.draw(shader); + } +} + +void Model::load_model() { + std::string path = directory + "/" + model_path; + + Assimp::Importer importer; + + const aiScene* scene = importer.ReadFile(path, + aiProcess_Triangulate | + aiProcess_GenSmoothNormals | + aiProcess_FlipUVs | + aiProcess_CalcTangentSpace); + + dbc::check(scene != nullptr, "Assimp ReadFile return null"); + dbc::check(!(scene->mFlags & AI_SCENE_FLAGS_INCOMPLETE), "Assimp says incomplete."); + dbc::check(scene->mRootNode != nullptr, "Assimp loaded scene doesn't have a root node"); + + process_node(scene, scene->mRootNode); +} + +void Model::process_node(const aiScene *scene, aiNode *node) { + for(unsigned int i = 0; i < node->mNumMeshes; i++) { + aiMesh* mesh = scene->mMeshes[node->mMeshes[i]]; + meshes.push_back(process_mesh(scene, mesh)); + } + + for(unsigned int i = 0; i < node->mNumChildren; i++) { + process_node(scene, node->mChildren[i]); + } +} + +Mesh Model::process_mesh(const aiScene *scene, aiMesh *mesh) { + std::vector vertices; + std::vector indices; + std::vector textures; + + for(unsigned int i = 0; i < mesh->mNumVertices; i++) { + glm::vec3 position{ + mesh->mVertices[i].x, + mesh->mVertices[i].y, + mesh->mVertices[i].z}; + + glm::vec3 normal{}; + glm::vec2 tex_coords{0.0f, 0.0f}; + + if(mesh->HasNormals()) { + normal = glm::vec3( + mesh->mNormals[i].x, + mesh->mNormals[i].y, + mesh->mNormals[i].z); + } + + if(mesh->mTextureCoords[0]) { + tex_coords = glm::vec2( + mesh->mTextureCoords[0][i].x, + mesh->mTextureCoords[0][i].y + ); + } + + vertices.emplace_back(position, normal, tex_coords); + } + + for(unsigned int i = 0; i < mesh->mNumFaces; i++) { + aiFace& face = mesh->mFaces[i]; + + for(unsigned int j = 0; j < face.mNumIndices; j++) { + indices.emplace_back(face.mIndices[j]); + } + } + + aiMaterial* material = scene->mMaterials[mesh->mMaterialIndex]; + + // we assume a convention for sampler names in the shaders. Each diffuse texture should be named + // as 'texture_diffuseN' where N is a sequential number ranging from 1 to MAX_SAMPLER_NUMBER. + // Same applies to other texture as the following list summarizes: + // diffuse: texture_diffuseN + // specular: texture_specularN + // normal: texture_normalN + + // 1. diffuse maps + load_material_textures(scene, textures, material, aiTextureType_DIFFUSE, "texture_diffuse"); + + // 2. specular maps + load_material_textures(scene, textures, material, aiTextureType_SPECULAR, "texture_specular"); + + // 3. normal maps + load_material_textures(scene, textures, material, aiTextureType_HEIGHT, "texture_normal"); + + // 4. height maps + load_material_textures(scene, textures, material, aiTextureType_AMBIENT, "texture_height"); + + return Mesh(vertices, indices, textures); +} + +void Model::load_material_textures(const aiScene *scene, std::vector& textures, aiMaterial *mat, aiTextureType type, std::string type_name) +{ + for(unsigned int i = 0; i < mat->GetTextureCount(type); i++) { + aiString str; + + mat->GetTexture(type, i, &str); + std::string tx_path{str.C_Str()}; + dbc::check(!tx_path.empty(), "Texture has empty path, should be impossible?"); + + if(textures_loaded.contains(tx_path)) { + textures.push_back(textures_loaded.at(tx_path)); + } else { + unsigned int tx_id = 0; + + // if it's a *# style path then it's internal + if(tx_path[0] == '*') { + // get the texture from the internal version + tx_id = texture_from_internal(scene, std::stoi(tx_path.substr(1))); + } else { + // else get it from a file + tx_id = texture_from_file(directory, tx_path); + } + + // dubious code here, but seems to be right + auto& result = textures.emplace_back(tx_id, type_name, tx_path, texture_counts); + + textures_loaded.try_emplace(tx_path, result); + } + } +} + +void Model::connect_shader(const Shader& shader) { + for(auto& mesh : meshes) { + mesh.connect_shader(shader); + } +} diff --git a/17-refactor-bug-fix/src/model.hpp b/17-refactor-bug-fix/src/model.hpp new file mode 100644 index 0000000..79af923 --- /dev/null +++ b/17-refactor-bug-fix/src/model.hpp @@ -0,0 +1,44 @@ +#pragma once +#include +#include +#include +#include +#include +#include +#include + +#include +#include + +#include +#include +#include +#include +#include +#include +#include + +struct Model { + std::string directory; + std::string model_path; + std::map textures_loaded; + std::vector meshes; + TextureCounts texture_counts; + bool gammaCorrection; + + Model(const std::string& directory, const std::string& model_path) : + directory(directory), model_path(model_path) + { + load_model(); + } + + void draw(Shader &shader); + + void load_model(); + void process_node(const aiScene *scene, aiNode *node); + Mesh process_mesh(const aiScene *scene, aiMesh *mesh); + + void load_material_textures(const aiScene *scene, std::vector& textures, aiMaterial *mat, aiTextureType type, std::string typeName); + + void connect_shader(const Shader& shader); +}; diff --git a/17-refactor-bug-fix/src/scene.cpp b/17-refactor-bug-fix/src/scene.cpp new file mode 100644 index 0000000..2ccb104 --- /dev/null +++ b/17-refactor-bug-fix/src/scene.cpp @@ -0,0 +1,66 @@ +#include "scene.hpp" +#include "dbc.hpp" +#include + +void Scene::updateDelta() { + float currentFrame = glfwGetTime(); + deltaTime = currentFrame - lastFrame; + lastFrame = currentFrame; +} + +void Scene::configure() { + // REFACTOR: really this should be done somewhere else + for(auto& [name, model] : models) { + model.connect_shader(shader); + } +} + +void Scene::draw_model(Model& scene_model, Material& material, glm::mat4& projection, glm::mat4& view, glm::vec3& position) +{ + shader.apply_material(material); + + float time = glfwGetTime(); + glm::mat4 model = glm::mat4(1.0f); + model = glm::translate(model, position); + model = glm::rotate(model, glm::radians(time * 10.0f), glm::vec3(1.0f, 0.3f, 0.5f)); + + shader.setMat4("model", model); + + scene_model.draw(shader); +} + +void Scene::render(GLFWwindow* window) { + glClearColor(0.1f, 0.1f, 0.1f, 1.0f); + glClear(GL_COLOR_BUFFER_BIT | GL_DEPTH_BUFFER_BIT); + + shader.use(); + + // time is used for fake 3d rotation + float time = glfwGetTime(); + + camera.update(deltaTime); + + glm::mat4 view = camera.look_at(); + glm::mat4 projection = glm::mat4(1.0f); + + // fov, aspect, near plane, far plane + projection = glm::perspective(glm::radians(camera.fov), (float)SCR_WIDTH / (float)SCR_HEIGHT, 0.1f, 100.0f); + + shader.use(); + shader.setMat4("view", view); + shader.setMat4("projection", projection); + shader.setVec3("viewPos", camera.position); + + light.camera.position = camera.position; + light.camera.direction = camera.front; + shader.apply_lighting(light); + + // BUG: no connection between models and positions + for(auto& thing : things) { + draw_model(thing.model, thing.material, projection, view, thing.position); + } +} + +void Scene::cleanup() { + shader.cleanup(); +} diff --git a/17-refactor-bug-fix/src/scene.hpp b/17-refactor-bug-fix/src/scene.hpp new file mode 100644 index 0000000..828c75e --- /dev/null +++ b/17-refactor-bug-fix/src/scene.hpp @@ -0,0 +1,64 @@ +#pragma once + +#include +#include +#include +#include +#include +#include "shader.hpp" +#include "model.hpp" +#include "shader.hpp" +#include "model.hpp" +#include "camera.hpp" +#include "components.hpp" +#include + +struct Thing { + Model& model; + components::Position position; + Material& material; +}; + +struct Scene { + Shader shader; + Shader light_shader; + std::map materials; + Camera camera; + components::Lighting light; + std::map models; + std::vector things; + + float deltaTime = 0.0f; + float lastFrame = 0.0f; + + Scene(components::Scene& config): + shader{config.shader.vertex_path, config.shader.frag_path}, + light_shader{config.light_shader.vertex_path, config.shader.frag_path}, + materials{config.materials}, + camera{ + .position=config.camera.position, + .front=config.camera.front, + .up=config.camera.up, + .direction=config.camera.direction, + .movement_speed=config.camera.movement_speed, + }, + light{config.light} + { + for(auto& [name, model] : config.models) { + models.try_emplace(name, model.directory, model.model_path); + } + + for(auto& thing : config.things) { + things.emplace_back( + models.at(thing.model), + thing.position, + materials.at(thing.material)); + } + } + + void updateDelta(); + void configure(); + void draw_model(Model& scene_model, Material& material, glm::mat4& projection, glm::mat4& view, glm::vec3& position); + void render(GLFWwindow* window); + void cleanup(); +}; diff --git a/17-refactor-bug-fix/src/shader.cpp b/17-refactor-bug-fix/src/shader.cpp new file mode 100644 index 0000000..0937d7d --- /dev/null +++ b/17-refactor-bug-fix/src/shader.cpp @@ -0,0 +1,193 @@ +#include "shader.hpp" +#include +#include +#include +#include +#include +#include "dbc.hpp" +#include +#include +#include + +namespace fs = std::filesystem; + +inline std::string read_file(const std::string& filename) { + // load the file + std::ifstream in_file{filename, std::ios::binary}; + + // get the size of the file + std::stringstream in_str; + in_str << in_file.rdbuf(); + return in_str.str(); +} + +void check_error(const std::string& what, unsigned int thing, GLenum check_type) { + int success = 0; + char infoLog[512] = {0}; + + if(check_type == GL_LINK_STATUS) { + glGetProgramiv(thing, check_type, &success); + + if(!success) { + glGetProgramInfoLog(thing, 512, NULL, infoLog); + dbc::sentinel(std::format("ERROR: Program {} compile failed: {}", what, infoLog)); + } + } else { + glGetShaderiv(thing, check_type, &success); + + if(!success) { + glGetShaderInfoLog(thing, 512, NULL, infoLog); + dbc::sentinel(std::format("ERROR: Shader {} compile failed: {}", what, infoLog)); + } + } +} + +unsigned int Shader::load_shader(const std::string& filename, GLenum shader_type) { + dbc::check(fs::exists(filename), + std::format("shader file {} does not exist", filename)); + + // create the shader + std::string shader_code = read_file(filename); + const char* shader_code_ptr = shader_code.c_str(); + + int shader_id = glCreateShader(shader_type); + glShaderSource(shader_id, 1, &shader_code_ptr, NULL); + glCompileShader(shader_id); + + check_error(filename, shader_id, GL_COMPILE_STATUS); + + // check compile error + return shader_id; +} + +Shader::Shader(const std::string& vertexPath, const std::string& fragmentPath) { + unsigned int vertex = load_shader(vertexPath, GL_VERTEX_SHADER); + unsigned int fragment = load_shader(fragmentPath, GL_FRAGMENT_SHADER); + + ID = glCreateProgram(); + glAttachShader(ID, vertex); + glAttachShader(ID, fragment); + glLinkProgram(ID); + + check_error("link", ID, GL_LINK_STATUS); + + glDeleteShader(vertex); + glDeleteShader(fragment); +} + +void Shader::use() const { + glUseProgram(ID); +} + +void Shader::cleanup() { + glDeleteProgram(ID); +} + +void Shader::setBool(const std::string &name, bool value) const { + auto uniform = glGetUniformLocation(ID, name.c_str()); + glUniform1i(uniform, (int)value); +} + +void Shader::setInt(const std::string &name, int value) const { + auto uniform = glGetUniformLocation(ID, name.c_str()); + glUniform1i(uniform, value); +} + +void Shader::setFloat(const std::string &name, float value) const { + auto uniform = glGetUniformLocation(ID, name.c_str()); + glUniform1f(uniform, value); +} + +void Shader::setVec4(const std::string &name, float v1, float v2, float v3, float v4) const { + auto uniform = glGetUniformLocation(ID, name.c_str()); + glUniform4f(uniform, v1, v2, v3, v4); +} + +void Shader::setVec4(const std::string &name, const glm::vec4& value) const +{ + auto uniform = glGetUniformLocation(ID, name.c_str()); + glUniform4fv(uniform, 1, &value[0]); +} + +void Shader::setVec3(const std::string &name, const glm::vec3& value) const +{ + auto uniform = glGetUniformLocation(ID, name.c_str()); + glUniform3fv(uniform, 1, &value[0]); +} + +void Shader::setVec3(const std::string &name, float v1, float v2, float v3) const { + auto uniform = glGetUniformLocation(ID, name.c_str()); + glUniform3f(uniform, v1, v2, v3); +} + +void Shader::setMat4(const std::string &name, const glm::mat4& mat) const { + unsigned int loc = glGetUniformLocation(ID, name.c_str()); + glUniformMatrix4fv(loc, 1, GL_FALSE, glm::value_ptr(mat)); +} + +void Shader::apply_material(const Material& material) { + setVec3("material.ambient", material.ambient); + setFloat("material.shininess", material.shininess); +} + +void Shader::apply_lighting(const Lighting& lighting) { + setInt("pointLightCount", lighting.positioned.size()); + setInt("dirLightCount", lighting.directional.size()); + + // need +1 for the camera spot light + setInt("spotLightCount", lighting.spot.size() + 1); + + for(size_t i = 0; i < lighting.directional.size(); i++) { + apply_dir_light(lighting.directional[i], i); + } + + for(size_t i = 0; i < lighting.positioned.size(); i++) { + apply_point_light(lighting.positioned[i], i); + } + + // set the first spotlight to the camera light + apply_spot_light(lighting.camera, 0); + + for(size_t i = 0; i < lighting.spot.size(); i++) { + // need to be off by one because the camera is a spot light + apply_spot_light(lighting.spot[i], i+1); + } +} + +void Shader::apply_dir_light(const Light& light, size_t index) { + dbc::check(index < MAX_LIGHTS, "too many directional lights"); + + setVec3(std::format("dirLights[{}].direction", index), light.direction); + setVec3(std::format("dirLights[{}].ambient", index), light.ambient); + setVec3(std::format("dirLights[{}].diffuse", index), light.diffuse); + setVec3(std::format("dirLights[{}].specular", index), light.specular); +} + +void Shader::apply_point_light(const Light& light, size_t index) { + dbc::check(index < MAX_LIGHTS, "too many positioned lights"); + + // disgusting, crafting a string on every render? + setVec3(std::format("pointLights[{}].position", index), light.position); + setVec3(std::format("pointLights[{}].ambient", index), light.ambient); + setVec3(std::format("pointLights[{}].diffuse", index), light.diffuse); + setVec3(std::format("pointLights[{}].specular", index), light.specular); + + setFloat(std::format("pointLights[{}].constant", index), light.constant); + setFloat(std::format("pointLights[{}].linear", index), light.linear); + setFloat(std::format("pointLights[{}].quadratic", index), light.quadratic); +} + +void Shader::apply_spot_light(const Light& light, size_t index) { + dbc::check(index < MAX_LIGHTS, "too many spot lights"); + + setVec3(std::format("spotLights[{}].position", index), light.position); + setVec3(std::format("spotLights[{}].direction", index), light.direction); + setVec3(std::format("spotLights[{}].ambient", index), light.ambient); + setVec3(std::format("spotLights[{}].diffuse", index), light.diffuse); + setVec3(std::format("spotLights[{}].specular", index), light.specular); + setFloat(std::format("spotLights[{}].constant", index), light.constant); + setFloat(std::format("spotLights[{}].linear", index), light.linear); + setFloat(std::format("spotLights[{}].quadratic", index), light.quadratic); + setFloat(std::format("spotLights[{}].cut_off", index), glm::cos(glm::radians(light.cut_off))); + setFloat(std::format("spotLights[{}].outer_cut_off", index), glm::cos(glm::radians(light.outer_cut_off))); +} diff --git a/17-refactor-bug-fix/src/shader.hpp b/17-refactor-bug-fix/src/shader.hpp new file mode 100644 index 0000000..594dd0d --- /dev/null +++ b/17-refactor-bug-fix/src/shader.hpp @@ -0,0 +1,37 @@ +#pragma once + +#include +#include +#include +#include +#include +#include +#include "dbc.hpp" +#include "components.hpp" + +using components::Material, components::Lighting, components::Light; + +class Shader +{ +public: + unsigned int ID = UINT_MAX; + + Shader(const std::string& vertexPath, const std::string& fragmentPath); + unsigned int load_shader(const std::string& filename, GLenum shader_type); + void use() const; + void setBool(const std::string &name, bool value) const; + void setInt(const std::string &name, int value) const; + void setFloat(const std::string &name, float value) const; + void setVec4(const std::string &name, float v1, float v2, float v3, float v4) const; + void setVec4(const std::string &name, const glm::vec4& value) const; + void setVec3(const std::string &name, float v1, float v2, float v3) const; + void setVec3(const std::string &name, const glm::vec3& value) const; + void setMat4(const std::string &name, const glm::mat4& what) const; + void cleanup(); + + void apply_material(const Material& material); + void apply_lighting(const Lighting& lighting); + void apply_dir_light(const Light& light, size_t index); + void apply_point_light(const Light& light, size_t index); + void apply_spot_light(const Light& light, size_t index); +}; diff --git a/17-refactor-bug-fix/src/stb_image.cpp b/17-refactor-bug-fix/src/stb_image.cpp new file mode 100644 index 0000000..9177288 --- /dev/null +++ b/17-refactor-bug-fix/src/stb_image.cpp @@ -0,0 +1,2 @@ +#define STB_IMAGE_IMPLEMENTATION +#include diff --git a/17-refactor-bug-fix/src/stb_image.h b/17-refactor-bug-fix/src/stb_image.h new file mode 100644 index 0000000..9eedabe --- /dev/null +++ b/17-refactor-bug-fix/src/stb_image.h @@ -0,0 +1,7988 @@ +/* stb_image - v2.30 - public domain image loader - http://nothings.org/stb + no warranty implied; use at your own risk + + Do this: + #define STB_IMAGE_IMPLEMENTATION + before you include this file in *one* C or C++ file to create the implementation. + + // i.e. it should look like this: + #include ... + #include ... + #include ... + #define STB_IMAGE_IMPLEMENTATION + #include "stb_image.h" + + You can #define STBI_ASSERT(x) before the #include to avoid using assert.h. + And #define STBI_MALLOC, STBI_REALLOC, and STBI_FREE to avoid using malloc,realloc,free + + + QUICK NOTES: + Primarily of interest to game developers and other people who can + avoid problematic images and only need the trivial interface + + JPEG baseline & progressive (12 bpc/arithmetic not supported, same as stock IJG lib) + PNG 1/2/4/8/16-bit-per-channel + + TGA (not sure what subset, if a subset) + BMP non-1bpp, non-RLE + PSD (composited view only, no extra channels, 8/16 bit-per-channel) + + GIF (*comp always reports as 4-channel) + HDR (radiance rgbE format) + PIC (Softimage PIC) + PNM (PPM and PGM binary only) + + Animated GIF still needs a proper API, but here's one way to do it: + http://gist.github.com/urraka/685d9a6340b26b830d49 + + - decode from memory or through FILE (define STBI_NO_STDIO to remove code) + - decode from arbitrary I/O callbacks + - SIMD acceleration on x86/x64 (SSE2) and ARM (NEON) + + Full documentation under "DOCUMENTATION" below. + + +LICENSE + + See end of file for license information. + +RECENT REVISION HISTORY: + + 2.30 (2024-05-31) avoid erroneous gcc warning + 2.29 (2023-05-xx) optimizations + 2.28 (2023-01-29) many error fixes, security errors, just tons of stuff + 2.27 (2021-07-11) document stbi_info better, 16-bit PNM support, bug fixes + 2.26 (2020-07-13) many minor fixes + 2.25 (2020-02-02) fix warnings + 2.24 (2020-02-02) fix warnings; thread-local failure_reason and flip_vertically + 2.23 (2019-08-11) fix clang static analysis warning + 2.22 (2019-03-04) gif fixes, fix warnings + 2.21 (2019-02-25) fix typo in comment + 2.20 (2019-02-07) support utf8 filenames in Windows; fix warnings and platform ifdefs + 2.19 (2018-02-11) fix warning + 2.18 (2018-01-30) fix warnings + 2.17 (2018-01-29) bugfix, 1-bit BMP, 16-bitness query, fix warnings + 2.16 (2017-07-23) all functions have 16-bit variants; optimizations; bugfixes + 2.15 (2017-03-18) fix png-1,2,4; all Imagenet JPGs; no runtime SSE detection on GCC + 2.14 (2017-03-03) remove deprecated STBI_JPEG_OLD; fixes for Imagenet JPGs + 2.13 (2016-12-04) experimental 16-bit API, only for PNG so far; fixes + 2.12 (2016-04-02) fix typo in 2.11 PSD fix that caused crashes + 2.11 (2016-04-02) 16-bit PNGS; enable SSE2 in non-gcc x64 + RGB-format JPEG; remove white matting in PSD; + allocate large structures on the stack; + correct channel count for PNG & BMP + 2.10 (2016-01-22) avoid warning introduced in 2.09 + 2.09 (2016-01-16) 16-bit TGA; comments in PNM files; STBI_REALLOC_SIZED + + See end of file for full revision history. + + + ============================ Contributors ========================= + + Image formats Extensions, features + Sean Barrett (jpeg, png, bmp) Jetro Lauha (stbi_info) + Nicolas Schulz (hdr, psd) Martin "SpartanJ" Golini (stbi_info) + Jonathan Dummer (tga) James "moose2000" Brown (iPhone PNG) + Jean-Marc Lienher (gif) Ben "Disch" Wenger (io callbacks) + Tom Seddon (pic) Omar Cornut (1/2/4-bit PNG) + Thatcher Ulrich (psd) Nicolas Guillemot (vertical flip) + Ken Miller (pgm, ppm) Richard Mitton (16-bit PSD) + github:urraka (animated gif) Junggon Kim (PNM comments) + Christopher Forseth (animated gif) Daniel Gibson (16-bit TGA) + socks-the-fox (16-bit PNG) + Jeremy Sawicki (handle all ImageNet JPGs) + Optimizations & bugfixes Mikhail Morozov (1-bit BMP) + Fabian "ryg" Giesen Anael Seghezzi (is-16-bit query) + Arseny Kapoulkine Simon Breuss (16-bit PNM) + John-Mark Allen + Carmelo J Fdez-Aguera + + Bug & warning fixes + Marc LeBlanc David Woo Guillaume George Martins Mozeiko + Christpher Lloyd Jerry Jansson Joseph Thomson Blazej Dariusz Roszkowski + Phil Jordan Dave Moore Roy Eltham + Hayaki Saito Nathan Reed Won Chun + Luke Graham Johan Duparc Nick Verigakis the Horde3D community + Thomas Ruf Ronny Chevalier github:rlyeh + Janez Zemva John Bartholomew Michal Cichon github:romigrou + Jonathan Blow Ken Hamada Tero Hanninen github:svdijk + Eugene Golushkov Laurent Gomila Cort Stratton github:snagar + Aruelien Pocheville Sergio Gonzalez Thibault Reuille github:Zelex + Cass Everitt Ryamond Barbiero github:grim210 + Paul Du Bois Engin Manap Aldo Culquicondor github:sammyhw + Philipp Wiesemann Dale Weiler Oriol Ferrer Mesia github:phprus + Josh Tobin Neil Bickford Matthew Gregan github:poppolopoppo + Julian Raschke Gregory Mullen Christian Floisand github:darealshinji + Baldur Karlsson Kevin Schmidt JR Smith github:Michaelangel007 + Brad Weinberger Matvey Cherevko github:mosra + Luca Sas Alexander Veselov Zack Middleton [reserved] + Ryan C. Gordon [reserved] [reserved] + DO NOT ADD YOUR NAME HERE + + Jacko Dirks + + To add your name to the credits, pick a random blank space in the middle and fill it. + 80% of merge conflicts on stb PRs are due to people adding their name at the end + of the credits. +*/ + +#ifndef STBI_INCLUDE_STB_IMAGE_H +#define STBI_INCLUDE_STB_IMAGE_H + +// DOCUMENTATION +// +// Limitations: +// - no 12-bit-per-channel JPEG +// - no JPEGs with arithmetic coding +// - GIF always returns *comp=4 +// +// Basic usage (see HDR discussion below for HDR usage): +// int x,y,n; +// unsigned char *data = stbi_load(filename, &x, &y, &n, 0); +// // ... process data if not NULL ... +// // ... x = width, y = height, n = # 8-bit components per pixel ... +// // ... replace '0' with '1'..'4' to force that many components per pixel +// // ... but 'n' will always be the number that it would have been if you said 0 +// stbi_image_free(data); +// +// Standard parameters: +// int *x -- outputs image width in pixels +// int *y -- outputs image height in pixels +// int *channels_in_file -- outputs # of image components in image file +// int desired_channels -- if non-zero, # of image components requested in result +// +// The return value from an image loader is an 'unsigned char *' which points +// to the pixel data, or NULL on an allocation failure or if the image is +// corrupt or invalid. The pixel data consists of *y scanlines of *x pixels, +// with each pixel consisting of N interleaved 8-bit components; the first +// pixel pointed to is top-left-most in the image. There is no padding between +// image scanlines or between pixels, regardless of format. The number of +// components N is 'desired_channels' if desired_channels is non-zero, or +// *channels_in_file otherwise. If desired_channels is non-zero, +// *channels_in_file has the number of components that _would_ have been +// output otherwise. E.g. if you set desired_channels to 4, you will always +// get RGBA output, but you can check *channels_in_file to see if it's trivially +// opaque because e.g. there were only 3 channels in the source image. +// +// An output image with N components has the following components interleaved +// in this order in each pixel: +// +// N=#comp components +// 1 grey +// 2 grey, alpha +// 3 red, green, blue +// 4 red, green, blue, alpha +// +// If image loading fails for any reason, the return value will be NULL, +// and *x, *y, *channels_in_file will be unchanged. The function +// stbi_failure_reason() can be queried for an extremely brief, end-user +// unfriendly explanation of why the load failed. Define STBI_NO_FAILURE_STRINGS +// to avoid compiling these strings at all, and STBI_FAILURE_USERMSG to get slightly +// more user-friendly ones. +// +// Paletted PNG, BMP, GIF, and PIC images are automatically depalettized. +// +// To query the width, height and component count of an image without having to +// decode the full file, you can use the stbi_info family of functions: +// +// int x,y,n,ok; +// ok = stbi_info(filename, &x, &y, &n); +// // returns ok=1 and sets x, y, n if image is a supported format, +// // 0 otherwise. +// +// Note that stb_image pervasively uses ints in its public API for sizes, +// including sizes of memory buffers. This is now part of the API and thus +// hard to change without causing breakage. As a result, the various image +// loaders all have certain limits on image size; these differ somewhat +// by format but generally boil down to either just under 2GB or just under +// 1GB. When the decoded image would be larger than this, stb_image decoding +// will fail. +// +// Additionally, stb_image will reject image files that have any of their +// dimensions set to a larger value than the configurable STBI_MAX_DIMENSIONS, +// which defaults to 2**24 = 16777216 pixels. Due to the above memory limit, +// the only way to have an image with such dimensions load correctly +// is for it to have a rather extreme aspect ratio. Either way, the +// assumption here is that such larger images are likely to be malformed +// or malicious. If you do need to load an image with individual dimensions +// larger than that, and it still fits in the overall size limit, you can +// #define STBI_MAX_DIMENSIONS on your own to be something larger. +// +// =========================================================================== +// +// UNICODE: +// +// If compiling for Windows and you wish to use Unicode filenames, compile +// with +// #define STBI_WINDOWS_UTF8 +// and pass utf8-encoded filenames. Call stbi_convert_wchar_to_utf8 to convert +// Windows wchar_t filenames to utf8. +// +// =========================================================================== +// +// Philosophy +// +// stb libraries are designed with the following priorities: +// +// 1. easy to use +// 2. easy to maintain +// 3. good performance +// +// Sometimes I let "good performance" creep up in priority over "easy to maintain", +// and for best performance I may provide less-easy-to-use APIs that give higher +// performance, in addition to the easy-to-use ones. Nevertheless, it's important +// to keep in mind that from the standpoint of you, a client of this library, +// all you care about is #1 and #3, and stb libraries DO NOT emphasize #3 above all. +// +// Some secondary priorities arise directly from the first two, some of which +// provide more explicit reasons why performance can't be emphasized. +// +// - Portable ("ease of use") +// - Small source code footprint ("easy to maintain") +// - No dependencies ("ease of use") +// +// =========================================================================== +// +// I/O callbacks +// +// I/O callbacks allow you to read from arbitrary sources, like packaged +// files or some other source. Data read from callbacks are processed +// through a small internal buffer (currently 128 bytes) to try to reduce +// overhead. +// +// The three functions you must define are "read" (reads some bytes of data), +// "skip" (skips some bytes of data), "eof" (reports if the stream is at the end). +// +// =========================================================================== +// +// SIMD support +// +// The JPEG decoder will try to automatically use SIMD kernels on x86 when +// supported by the compiler. For ARM Neon support, you must explicitly +// request it. +// +// (The old do-it-yourself SIMD API is no longer supported in the current +// code.) +// +// On x86, SSE2 will automatically be used when available based on a run-time +// test; if not, the generic C versions are used as a fall-back. On ARM targets, +// the typical path is to have separate builds for NEON and non-NEON devices +// (at least this is true for iOS and Android). Therefore, the NEON support is +// toggled by a build flag: define STBI_NEON to get NEON loops. +// +// If for some reason you do not want to use any of SIMD code, or if +// you have issues compiling it, you can disable it entirely by +// defining STBI_NO_SIMD. +// +// =========================================================================== +// +// HDR image support (disable by defining STBI_NO_HDR) +// +// stb_image supports loading HDR images in general, and currently the Radiance +// .HDR file format specifically. You can still load any file through the existing +// interface; if you attempt to load an HDR file, it will be automatically remapped +// to LDR, assuming gamma 2.2 and an arbitrary scale factor defaulting to 1; +// both of these constants can be reconfigured through this interface: +// +// stbi_hdr_to_ldr_gamma(2.2f); +// stbi_hdr_to_ldr_scale(1.0f); +// +// (note, do not use _inverse_ constants; stbi_image will invert them +// appropriately). +// +// Additionally, there is a new, parallel interface for loading files as +// (linear) floats to preserve the full dynamic range: +// +// float *data = stbi_loadf(filename, &x, &y, &n, 0); +// +// If you load LDR images through this interface, those images will +// be promoted to floating point values, run through the inverse of +// constants corresponding to the above: +// +// stbi_ldr_to_hdr_scale(1.0f); +// stbi_ldr_to_hdr_gamma(2.2f); +// +// Finally, given a filename (or an open file or memory block--see header +// file for details) containing image data, you can query for the "most +// appropriate" interface to use (that is, whether the image is HDR or +// not), using: +// +// stbi_is_hdr(char *filename); +// +// =========================================================================== +// +// iPhone PNG support: +// +// We optionally support converting iPhone-formatted PNGs (which store +// premultiplied BGRA) back to RGB, even though they're internally encoded +// differently. To enable this conversion, call +// stbi_convert_iphone_png_to_rgb(1). +// +// Call stbi_set_unpremultiply_on_load(1) as well to force a divide per +// pixel to remove any premultiplied alpha *only* if the image file explicitly +// says there's premultiplied data (currently only happens in iPhone images, +// and only if iPhone convert-to-rgb processing is on). +// +// =========================================================================== +// +// ADDITIONAL CONFIGURATION +// +// - You can suppress implementation of any of the decoders to reduce +// your code footprint by #defining one or more of the following +// symbols before creating the implementation. +// +// STBI_NO_JPEG +// STBI_NO_PNG +// STBI_NO_BMP +// STBI_NO_PSD +// STBI_NO_TGA +// STBI_NO_GIF +// STBI_NO_HDR +// STBI_NO_PIC +// STBI_NO_PNM (.ppm and .pgm) +// +// - You can request *only* certain decoders and suppress all other ones +// (this will be more forward-compatible, as addition of new decoders +// doesn't require you to disable them explicitly): +// +// STBI_ONLY_JPEG +// STBI_ONLY_PNG +// STBI_ONLY_BMP +// STBI_ONLY_PSD +// STBI_ONLY_TGA +// STBI_ONLY_GIF +// STBI_ONLY_HDR +// STBI_ONLY_PIC +// STBI_ONLY_PNM (.ppm and .pgm) +// +// - If you use STBI_NO_PNG (or _ONLY_ without PNG), and you still +// want the zlib decoder to be available, #define STBI_SUPPORT_ZLIB +// +// - If you define STBI_MAX_DIMENSIONS, stb_image will reject images greater +// than that size (in either width or height) without further processing. +// This is to let programs in the wild set an upper bound to prevent +// denial-of-service attacks on untrusted data, as one could generate a +// valid image of gigantic dimensions and force stb_image to allocate a +// huge block of memory and spend disproportionate time decoding it. By +// default this is set to (1 << 24), which is 16777216, but that's still +// very big. + +#ifndef STBI_NO_STDIO +#include +#endif // STBI_NO_STDIO + +#define STBI_VERSION 1 + +enum +{ + STBI_default = 0, // only used for desired_channels + + STBI_grey = 1, + STBI_grey_alpha = 2, + STBI_rgb = 3, + STBI_rgb_alpha = 4 +}; + +#include +typedef unsigned char stbi_uc; +typedef unsigned short stbi_us; + +#ifdef __cplusplus +extern "C" { +#endif + +#ifndef STBIDEF +#ifdef STB_IMAGE_STATIC +#define STBIDEF static +#else +#define STBIDEF extern +#endif +#endif + +////////////////////////////////////////////////////////////////////////////// +// +// PRIMARY API - works on images of any type +// + +// +// load image by filename, open file, or memory buffer +// + +typedef struct +{ + int (*read) (void *user,char *data,int size); // fill 'data' with 'size' bytes. return number of bytes actually read + void (*skip) (void *user,int n); // skip the next 'n' bytes, or 'unget' the last -n bytes if negative + int (*eof) (void *user); // returns nonzero if we are at end of file/data +} stbi_io_callbacks; + +//////////////////////////////////// +// +// 8-bits-per-channel interface +// + +STBIDEF stbi_uc *stbi_load_from_memory (stbi_uc const *buffer, int len , int *x, int *y, int *channels_in_file, int desired_channels); +STBIDEF stbi_uc *stbi_load_from_callbacks(stbi_io_callbacks const *clbk , void *user, int *x, int *y, int *channels_in_file, int desired_channels); + +#ifndef STBI_NO_STDIO +STBIDEF stbi_uc *stbi_load (char const *filename, int *x, int *y, int *channels_in_file, int desired_channels); +STBIDEF stbi_uc *stbi_load_from_file (FILE *f, int *x, int *y, int *channels_in_file, int desired_channels); +// for stbi_load_from_file, file pointer is left pointing immediately after image +#endif + +#ifndef STBI_NO_GIF +STBIDEF stbi_uc *stbi_load_gif_from_memory(stbi_uc const *buffer, int len, int **delays, int *x, int *y, int *z, int *comp, int req_comp); +#endif + +#ifdef STBI_WINDOWS_UTF8 +STBIDEF int stbi_convert_wchar_to_utf8(char *buffer, size_t bufferlen, const wchar_t* input); +#endif + +//////////////////////////////////// +// +// 16-bits-per-channel interface +// + +STBIDEF stbi_us *stbi_load_16_from_memory (stbi_uc const *buffer, int len, int *x, int *y, int *channels_in_file, int desired_channels); +STBIDEF stbi_us *stbi_load_16_from_callbacks(stbi_io_callbacks const *clbk, void *user, int *x, int *y, int *channels_in_file, int desired_channels); + +#ifndef STBI_NO_STDIO +STBIDEF stbi_us *stbi_load_16 (char const *filename, int *x, int *y, int *channels_in_file, int desired_channels); +STBIDEF stbi_us *stbi_load_from_file_16(FILE *f, int *x, int *y, int *channels_in_file, int desired_channels); +#endif + +//////////////////////////////////// +// +// float-per-channel interface +// +#ifndef STBI_NO_LINEAR + STBIDEF float *stbi_loadf_from_memory (stbi_uc const *buffer, int len, int *x, int *y, int *channels_in_file, int desired_channels); + STBIDEF float *stbi_loadf_from_callbacks (stbi_io_callbacks const *clbk, void *user, int *x, int *y, int *channels_in_file, int desired_channels); + + #ifndef STBI_NO_STDIO + STBIDEF float *stbi_loadf (char const *filename, int *x, int *y, int *channels_in_file, int desired_channels); + STBIDEF float *stbi_loadf_from_file (FILE *f, int *x, int *y, int *channels_in_file, int desired_channels); + #endif +#endif + +#ifndef STBI_NO_HDR + STBIDEF void stbi_hdr_to_ldr_gamma(float gamma); + STBIDEF void stbi_hdr_to_ldr_scale(float scale); +#endif // STBI_NO_HDR + +#ifndef STBI_NO_LINEAR + STBIDEF void stbi_ldr_to_hdr_gamma(float gamma); + STBIDEF void stbi_ldr_to_hdr_scale(float scale); +#endif // STBI_NO_LINEAR + +// stbi_is_hdr is always defined, but always returns false if STBI_NO_HDR +STBIDEF int stbi_is_hdr_from_callbacks(stbi_io_callbacks const *clbk, void *user); +STBIDEF int stbi_is_hdr_from_memory(stbi_uc const *buffer, int len); +#ifndef STBI_NO_STDIO +STBIDEF int stbi_is_hdr (char const *filename); +STBIDEF int stbi_is_hdr_from_file(FILE *f); +#endif // STBI_NO_STDIO + + +// get a VERY brief reason for failure +// on most compilers (and ALL modern mainstream compilers) this is threadsafe +STBIDEF const char *stbi_failure_reason (void); + +// free the loaded image -- this is just free() +STBIDEF void stbi_image_free (void *retval_from_stbi_load); + +// get image dimensions & components without fully decoding +STBIDEF int stbi_info_from_memory(stbi_uc const *buffer, int len, int *x, int *y, int *comp); +STBIDEF int stbi_info_from_callbacks(stbi_io_callbacks const *clbk, void *user, int *x, int *y, int *comp); +STBIDEF int stbi_is_16_bit_from_memory(stbi_uc const *buffer, int len); +STBIDEF int stbi_is_16_bit_from_callbacks(stbi_io_callbacks const *clbk, void *user); + +#ifndef STBI_NO_STDIO +STBIDEF int stbi_info (char const *filename, int *x, int *y, int *comp); +STBIDEF int stbi_info_from_file (FILE *f, int *x, int *y, int *comp); +STBIDEF int stbi_is_16_bit (char const *filename); +STBIDEF int stbi_is_16_bit_from_file(FILE *f); +#endif + + + +// for image formats that explicitly notate that they have premultiplied alpha, +// we just return the colors as stored in the file. set this flag to force +// unpremultiplication. results are undefined if the unpremultiply overflow. +STBIDEF void stbi_set_unpremultiply_on_load(int flag_true_if_should_unpremultiply); + +// indicate whether we should process iphone images back to canonical format, +// or just pass them through "as-is" +STBIDEF void stbi_convert_iphone_png_to_rgb(int flag_true_if_should_convert); + +// flip the image vertically, so the first pixel in the output array is the bottom left +STBIDEF void stbi_set_flip_vertically_on_load(int flag_true_if_should_flip); + +// as above, but only applies to images loaded on the thread that calls the function +// this function is only available if your compiler supports thread-local variables; +// calling it will fail to link if your compiler doesn't +STBIDEF void stbi_set_unpremultiply_on_load_thread(int flag_true_if_should_unpremultiply); +STBIDEF void stbi_convert_iphone_png_to_rgb_thread(int flag_true_if_should_convert); +STBIDEF void stbi_set_flip_vertically_on_load_thread(int flag_true_if_should_flip); + +// ZLIB client - used by PNG, available for other purposes + +STBIDEF char *stbi_zlib_decode_malloc_guesssize(const char *buffer, int len, int initial_size, int *outlen); +STBIDEF char *stbi_zlib_decode_malloc_guesssize_headerflag(const char *buffer, int len, int initial_size, int *outlen, int parse_header); +STBIDEF char *stbi_zlib_decode_malloc(const char *buffer, int len, int *outlen); +STBIDEF int stbi_zlib_decode_buffer(char *obuffer, int olen, const char *ibuffer, int ilen); + +STBIDEF char *stbi_zlib_decode_noheader_malloc(const char *buffer, int len, int *outlen); +STBIDEF int stbi_zlib_decode_noheader_buffer(char *obuffer, int olen, const char *ibuffer, int ilen); + + +#ifdef __cplusplus +} +#endif + +// +// +//// end header file ///////////////////////////////////////////////////// +#endif // STBI_INCLUDE_STB_IMAGE_H + +#ifdef STB_IMAGE_IMPLEMENTATION + +#if defined(STBI_ONLY_JPEG) || defined(STBI_ONLY_PNG) || defined(STBI_ONLY_BMP) \ + || defined(STBI_ONLY_TGA) || defined(STBI_ONLY_GIF) || defined(STBI_ONLY_PSD) \ + || defined(STBI_ONLY_HDR) || defined(STBI_ONLY_PIC) || defined(STBI_ONLY_PNM) \ + || defined(STBI_ONLY_ZLIB) + #ifndef STBI_ONLY_JPEG + #define STBI_NO_JPEG + #endif + #ifndef STBI_ONLY_PNG + #define STBI_NO_PNG + #endif + #ifndef STBI_ONLY_BMP + #define STBI_NO_BMP + #endif + #ifndef STBI_ONLY_PSD + #define STBI_NO_PSD + #endif + #ifndef STBI_ONLY_TGA + #define STBI_NO_TGA + #endif + #ifndef STBI_ONLY_GIF + #define STBI_NO_GIF + #endif + #ifndef STBI_ONLY_HDR + #define STBI_NO_HDR + #endif + #ifndef STBI_ONLY_PIC + #define STBI_NO_PIC + #endif + #ifndef STBI_ONLY_PNM + #define STBI_NO_PNM + #endif +#endif + +#if defined(STBI_NO_PNG) && !defined(STBI_SUPPORT_ZLIB) && !defined(STBI_NO_ZLIB) +#define STBI_NO_ZLIB +#endif + + +#include +#include // ptrdiff_t on osx +#include +#include +#include + +#if !defined(STBI_NO_LINEAR) || !defined(STBI_NO_HDR) +#include // ldexp, pow +#endif + +#ifndef STBI_NO_STDIO +#include +#endif + +#ifndef STBI_ASSERT +#include +#define STBI_ASSERT(x) assert(x) +#endif + +#ifdef __cplusplus +#define STBI_EXTERN extern "C" +#else +#define STBI_EXTERN extern +#endif + + +#ifndef _MSC_VER + #ifdef __cplusplus + #define stbi_inline inline + #else + #define stbi_inline + #endif +#else + #define stbi_inline __forceinline +#endif + +#ifndef STBI_NO_THREAD_LOCALS + #if defined(__cplusplus) && __cplusplus >= 201103L + #define STBI_THREAD_LOCAL thread_local + #elif defined(__GNUC__) && __GNUC__ < 5 + #define STBI_THREAD_LOCAL __thread + #elif defined(_MSC_VER) + #define STBI_THREAD_LOCAL __declspec(thread) + #elif defined (__STDC_VERSION__) && __STDC_VERSION__ >= 201112L && !defined(__STDC_NO_THREADS__) + #define STBI_THREAD_LOCAL _Thread_local + #endif + + #ifndef STBI_THREAD_LOCAL + #if defined(__GNUC__) + #define STBI_THREAD_LOCAL __thread + #endif + #endif +#endif + +#if defined(_MSC_VER) || defined(__SYMBIAN32__) +typedef unsigned short stbi__uint16; +typedef signed short stbi__int16; +typedef unsigned int stbi__uint32; +typedef signed int stbi__int32; +#else +#include +typedef uint16_t stbi__uint16; +typedef int16_t stbi__int16; +typedef uint32_t stbi__uint32; +typedef int32_t stbi__int32; +#endif + +// should produce compiler error if size is wrong +typedef unsigned char validate_uint32[sizeof(stbi__uint32)==4 ? 1 : -1]; + +#ifdef _MSC_VER +#define STBI_NOTUSED(v) (void)(v) +#else +#define STBI_NOTUSED(v) (void)sizeof(v) +#endif + +#ifdef _MSC_VER +#define STBI_HAS_LROTL +#endif + +#ifdef STBI_HAS_LROTL + #define stbi_lrot(x,y) _lrotl(x,y) +#else + #define stbi_lrot(x,y) (((x) << (y)) | ((x) >> (-(y) & 31))) +#endif + +#if defined(STBI_MALLOC) && defined(STBI_FREE) && (defined(STBI_REALLOC) || defined(STBI_REALLOC_SIZED)) +// ok +#elif !defined(STBI_MALLOC) && !defined(STBI_FREE) && !defined(STBI_REALLOC) && !defined(STBI_REALLOC_SIZED) +// ok +#else +#error "Must define all or none of STBI_MALLOC, STBI_FREE, and STBI_REALLOC (or STBI_REALLOC_SIZED)." +#endif + +#ifndef STBI_MALLOC +#define STBI_MALLOC(sz) malloc(sz) +#define STBI_REALLOC(p,newsz) realloc(p,newsz) +#define STBI_FREE(p) free(p) +#endif + +#ifndef STBI_REALLOC_SIZED +#define STBI_REALLOC_SIZED(p,oldsz,newsz) STBI_REALLOC(p,newsz) +#endif + +// x86/x64 detection +#if defined(__x86_64__) || defined(_M_X64) +#define STBI__X64_TARGET +#elif defined(__i386) || defined(_M_IX86) +#define STBI__X86_TARGET +#endif + +#if defined(__GNUC__) && defined(STBI__X86_TARGET) && !defined(__SSE2__) && !defined(STBI_NO_SIMD) +// gcc doesn't support sse2 intrinsics unless you compile with -msse2, +// which in turn means it gets to use SSE2 everywhere. This is unfortunate, +// but previous attempts to provide the SSE2 functions with runtime +// detection caused numerous issues. The way architecture extensions are +// exposed in GCC/Clang is, sadly, not really suited for one-file libs. +// New behavior: if compiled with -msse2, we use SSE2 without any +// detection; if not, we don't use it at all. +#define STBI_NO_SIMD +#endif + +#if defined(__MINGW32__) && defined(STBI__X86_TARGET) && !defined(STBI_MINGW_ENABLE_SSE2) && !defined(STBI_NO_SIMD) +// Note that __MINGW32__ doesn't actually mean 32-bit, so we have to avoid STBI__X64_TARGET +// +// 32-bit MinGW wants ESP to be 16-byte aligned, but this is not in the +// Windows ABI and VC++ as well as Windows DLLs don't maintain that invariant. +// As a result, enabling SSE2 on 32-bit MinGW is dangerous when not +// simultaneously enabling "-mstackrealign". +// +// See https://github.com/nothings/stb/issues/81 for more information. +// +// So default to no SSE2 on 32-bit MinGW. If you've read this far and added +// -mstackrealign to your build settings, feel free to #define STBI_MINGW_ENABLE_SSE2. +#define STBI_NO_SIMD +#endif + +#if !defined(STBI_NO_SIMD) && (defined(STBI__X86_TARGET) || defined(STBI__X64_TARGET)) +#define STBI_SSE2 +#include + +#ifdef _MSC_VER + +#if _MSC_VER >= 1400 // not VC6 +#include // __cpuid +static int stbi__cpuid3(void) +{ + int info[4]; + __cpuid(info,1); + return info[3]; +} +#else +static int stbi__cpuid3(void) +{ + int res; + __asm { + mov eax,1 + cpuid + mov res,edx + } + return res; +} +#endif + +#define STBI_SIMD_ALIGN(type, name) __declspec(align(16)) type name + +#if !defined(STBI_NO_JPEG) && defined(STBI_SSE2) +static int stbi__sse2_available(void) +{ + int info3 = stbi__cpuid3(); + return ((info3 >> 26) & 1) != 0; +} +#endif + +#else // assume GCC-style if not VC++ +#define STBI_SIMD_ALIGN(type, name) type name __attribute__((aligned(16))) + +#if !defined(STBI_NO_JPEG) && defined(STBI_SSE2) +static int stbi__sse2_available(void) +{ + // If we're even attempting to compile this on GCC/Clang, that means + // -msse2 is on, which means the compiler is allowed to use SSE2 + // instructions at will, and so are we. + return 1; +} +#endif + +#endif +#endif + +// ARM NEON +#if defined(STBI_NO_SIMD) && defined(STBI_NEON) +#undef STBI_NEON +#endif + +#ifdef STBI_NEON +#include +#ifdef _MSC_VER +#define STBI_SIMD_ALIGN(type, name) __declspec(align(16)) type name +#else +#define STBI_SIMD_ALIGN(type, name) type name __attribute__((aligned(16))) +#endif +#endif + +#ifndef STBI_SIMD_ALIGN +#define STBI_SIMD_ALIGN(type, name) type name +#endif + +#ifndef STBI_MAX_DIMENSIONS +#define STBI_MAX_DIMENSIONS (1 << 24) +#endif + +/////////////////////////////////////////////// +// +// stbi__context struct and start_xxx functions + +// stbi__context structure is our basic context used by all images, so it +// contains all the IO context, plus some basic image information +typedef struct +{ + stbi__uint32 img_x, img_y; + int img_n, img_out_n; + + stbi_io_callbacks io; + void *io_user_data; + + int read_from_callbacks; + int buflen; + stbi_uc buffer_start[128]; + int callback_already_read; + + stbi_uc *img_buffer, *img_buffer_end; + stbi_uc *img_buffer_original, *img_buffer_original_end; +} stbi__context; + + +static void stbi__refill_buffer(stbi__context *s); + +// initialize a memory-decode context +static void stbi__start_mem(stbi__context *s, stbi_uc const *buffer, int len) +{ + s->io.read = NULL; + s->read_from_callbacks = 0; + s->callback_already_read = 0; + s->img_buffer = s->img_buffer_original = (stbi_uc *) buffer; + s->img_buffer_end = s->img_buffer_original_end = (stbi_uc *) buffer+len; +} + +// initialize a callback-based context +static void stbi__start_callbacks(stbi__context *s, stbi_io_callbacks *c, void *user) +{ + s->io = *c; + s->io_user_data = user; + s->buflen = sizeof(s->buffer_start); + s->read_from_callbacks = 1; + s->callback_already_read = 0; + s->img_buffer = s->img_buffer_original = s->buffer_start; + stbi__refill_buffer(s); + s->img_buffer_original_end = s->img_buffer_end; +} + +#ifndef STBI_NO_STDIO + +static int stbi__stdio_read(void *user, char *data, int size) +{ + return (int) fread(data,1,size,(FILE*) user); +} + +static void stbi__stdio_skip(void *user, int n) +{ + int ch; + fseek((FILE*) user, n, SEEK_CUR); + ch = fgetc((FILE*) user); /* have to read a byte to reset feof()'s flag */ + if (ch != EOF) { + ungetc(ch, (FILE *) user); /* push byte back onto stream if valid. */ + } +} + +static int stbi__stdio_eof(void *user) +{ + return feof((FILE*) user) || ferror((FILE *) user); +} + +static stbi_io_callbacks stbi__stdio_callbacks = +{ + stbi__stdio_read, + stbi__stdio_skip, + stbi__stdio_eof, +}; + +static void stbi__start_file(stbi__context *s, FILE *f) +{ + stbi__start_callbacks(s, &stbi__stdio_callbacks, (void *) f); +} + +//static void stop_file(stbi__context *s) { } + +#endif // !STBI_NO_STDIO + +static void stbi__rewind(stbi__context *s) +{ + // conceptually rewind SHOULD rewind to the beginning of the stream, + // but we just rewind to the beginning of the initial buffer, because + // we only use it after doing 'test', which only ever looks at at most 92 bytes + s->img_buffer = s->img_buffer_original; + s->img_buffer_end = s->img_buffer_original_end; +} + +enum +{ + STBI_ORDER_RGB, + STBI_ORDER_BGR +}; + +typedef struct +{ + int bits_per_channel; + int num_channels; + int channel_order; +} stbi__result_info; + +#ifndef STBI_NO_JPEG +static int stbi__jpeg_test(stbi__context *s); +static void *stbi__jpeg_load(stbi__context *s, int *x, int *y, int *comp, int req_comp, stbi__result_info *ri); +static int stbi__jpeg_info(stbi__context *s, int *x, int *y, int *comp); +#endif + +#ifndef STBI_NO_PNG +static int stbi__png_test(stbi__context *s); +static void *stbi__png_load(stbi__context *s, int *x, int *y, int *comp, int req_comp, stbi__result_info *ri); +static int stbi__png_info(stbi__context *s, int *x, int *y, int *comp); +static int stbi__png_is16(stbi__context *s); +#endif + +#ifndef STBI_NO_BMP +static int stbi__bmp_test(stbi__context *s); +static void *stbi__bmp_load(stbi__context *s, int *x, int *y, int *comp, int req_comp, stbi__result_info *ri); +static int stbi__bmp_info(stbi__context *s, int *x, int *y, int *comp); +#endif + +#ifndef STBI_NO_TGA +static int stbi__tga_test(stbi__context *s); +static void *stbi__tga_load(stbi__context *s, int *x, int *y, int *comp, int req_comp, stbi__result_info *ri); +static int stbi__tga_info(stbi__context *s, int *x, int *y, int *comp); +#endif + +#ifndef STBI_NO_PSD +static int stbi__psd_test(stbi__context *s); +static void *stbi__psd_load(stbi__context *s, int *x, int *y, int *comp, int req_comp, stbi__result_info *ri, int bpc); +static int stbi__psd_info(stbi__context *s, int *x, int *y, int *comp); +static int stbi__psd_is16(stbi__context *s); +#endif + +#ifndef STBI_NO_HDR +static int stbi__hdr_test(stbi__context *s); +static float *stbi__hdr_load(stbi__context *s, int *x, int *y, int *comp, int req_comp, stbi__result_info *ri); +static int stbi__hdr_info(stbi__context *s, int *x, int *y, int *comp); +#endif + +#ifndef STBI_NO_PIC +static int stbi__pic_test(stbi__context *s); +static void *stbi__pic_load(stbi__context *s, int *x, int *y, int *comp, int req_comp, stbi__result_info *ri); +static int stbi__pic_info(stbi__context *s, int *x, int *y, int *comp); +#endif + +#ifndef STBI_NO_GIF +static int stbi__gif_test(stbi__context *s); +static void *stbi__gif_load(stbi__context *s, int *x, int *y, int *comp, int req_comp, stbi__result_info *ri); +static void *stbi__load_gif_main(stbi__context *s, int **delays, int *x, int *y, int *z, int *comp, int req_comp); +static int stbi__gif_info(stbi__context *s, int *x, int *y, int *comp); +#endif + +#ifndef STBI_NO_PNM +static int stbi__pnm_test(stbi__context *s); +static void *stbi__pnm_load(stbi__context *s, int *x, int *y, int *comp, int req_comp, stbi__result_info *ri); +static int stbi__pnm_info(stbi__context *s, int *x, int *y, int *comp); +static int stbi__pnm_is16(stbi__context *s); +#endif + +static +#ifdef STBI_THREAD_LOCAL +STBI_THREAD_LOCAL +#endif +const char *stbi__g_failure_reason; + +STBIDEF const char *stbi_failure_reason(void) +{ + return stbi__g_failure_reason; +} + +#ifndef STBI_NO_FAILURE_STRINGS +static int stbi__err(const char *str) +{ + stbi__g_failure_reason = str; + return 0; +} +#endif + +static void *stbi__malloc(size_t size) +{ + return STBI_MALLOC(size); +} + +// stb_image uses ints pervasively, including for offset calculations. +// therefore the largest decoded image size we can support with the +// current code, even on 64-bit targets, is INT_MAX. this is not a +// significant limitation for the intended use case. +// +// we do, however, need to make sure our size calculations don't +// overflow. hence a few helper functions for size calculations that +// multiply integers together, making sure that they're non-negative +// and no overflow occurs. + +// return 1 if the sum is valid, 0 on overflow. +// negative terms are considered invalid. +static int stbi__addsizes_valid(int a, int b) +{ + if (b < 0) return 0; + // now 0 <= b <= INT_MAX, hence also + // 0 <= INT_MAX - b <= INTMAX. + // And "a + b <= INT_MAX" (which might overflow) is the + // same as a <= INT_MAX - b (no overflow) + return a <= INT_MAX - b; +} + +// returns 1 if the product is valid, 0 on overflow. +// negative factors are considered invalid. +static int stbi__mul2sizes_valid(int a, int b) +{ + if (a < 0 || b < 0) return 0; + if (b == 0) return 1; // mul-by-0 is always safe + // portable way to check for no overflows in a*b + return a <= INT_MAX/b; +} + +#if !defined(STBI_NO_JPEG) || !defined(STBI_NO_PNG) || !defined(STBI_NO_TGA) || !defined(STBI_NO_HDR) +// returns 1 if "a*b + add" has no negative terms/factors and doesn't overflow +static int stbi__mad2sizes_valid(int a, int b, int add) +{ + return stbi__mul2sizes_valid(a, b) && stbi__addsizes_valid(a*b, add); +} +#endif + +// returns 1 if "a*b*c + add" has no negative terms/factors and doesn't overflow +static int stbi__mad3sizes_valid(int a, int b, int c, int add) +{ + return stbi__mul2sizes_valid(a, b) && stbi__mul2sizes_valid(a*b, c) && + stbi__addsizes_valid(a*b*c, add); +} + +// returns 1 if "a*b*c*d + add" has no negative terms/factors and doesn't overflow +#if !defined(STBI_NO_LINEAR) || !defined(STBI_NO_HDR) || !defined(STBI_NO_PNM) +static int stbi__mad4sizes_valid(int a, int b, int c, int d, int add) +{ + return stbi__mul2sizes_valid(a, b) && stbi__mul2sizes_valid(a*b, c) && + stbi__mul2sizes_valid(a*b*c, d) && stbi__addsizes_valid(a*b*c*d, add); +} +#endif + +#if !defined(STBI_NO_JPEG) || !defined(STBI_NO_PNG) || !defined(STBI_NO_TGA) || !defined(STBI_NO_HDR) +// mallocs with size overflow checking +static void *stbi__malloc_mad2(int a, int b, int add) +{ + if (!stbi__mad2sizes_valid(a, b, add)) return NULL; + return stbi__malloc(a*b + add); +} +#endif + +static void *stbi__malloc_mad3(int a, int b, int c, int add) +{ + if (!stbi__mad3sizes_valid(a, b, c, add)) return NULL; + return stbi__malloc(a*b*c + add); +} + +#if !defined(STBI_NO_LINEAR) || !defined(STBI_NO_HDR) || !defined(STBI_NO_PNM) +static void *stbi__malloc_mad4(int a, int b, int c, int d, int add) +{ + if (!stbi__mad4sizes_valid(a, b, c, d, add)) return NULL; + return stbi__malloc(a*b*c*d + add); +} +#endif + +// returns 1 if the sum of two signed ints is valid (between -2^31 and 2^31-1 inclusive), 0 on overflow. +static int stbi__addints_valid(int a, int b) +{ + if ((a >= 0) != (b >= 0)) return 1; // a and b have different signs, so no overflow + if (a < 0 && b < 0) return a >= INT_MIN - b; // same as a + b >= INT_MIN; INT_MIN - b cannot overflow since b < 0. + return a <= INT_MAX - b; +} + +// returns 1 if the product of two ints fits in a signed short, 0 on overflow. +static int stbi__mul2shorts_valid(int a, int b) +{ + if (b == 0 || b == -1) return 1; // multiplication by 0 is always 0; check for -1 so SHRT_MIN/b doesn't overflow + if ((a >= 0) == (b >= 0)) return a <= SHRT_MAX/b; // product is positive, so similar to mul2sizes_valid + if (b < 0) return a <= SHRT_MIN / b; // same as a * b >= SHRT_MIN + return a >= SHRT_MIN / b; +} + +// stbi__err - error +// stbi__errpf - error returning pointer to float +// stbi__errpuc - error returning pointer to unsigned char + +#ifdef STBI_NO_FAILURE_STRINGS + #define stbi__err(x,y) 0 +#elif defined(STBI_FAILURE_USERMSG) + #define stbi__err(x,y) stbi__err(y) +#else + #define stbi__err(x,y) stbi__err(x) +#endif + +#define stbi__errpf(x,y) ((float *)(size_t) (stbi__err(x,y)?NULL:NULL)) +#define stbi__errpuc(x,y) ((unsigned char *)(size_t) (stbi__err(x,y)?NULL:NULL)) + +STBIDEF void stbi_image_free(void *retval_from_stbi_load) +{ + STBI_FREE(retval_from_stbi_load); +} + +#ifndef STBI_NO_LINEAR +static float *stbi__ldr_to_hdr(stbi_uc *data, int x, int y, int comp); +#endif + +#ifndef STBI_NO_HDR +static stbi_uc *stbi__hdr_to_ldr(float *data, int x, int y, int comp); +#endif + +static int stbi__vertically_flip_on_load_global = 0; + +STBIDEF void stbi_set_flip_vertically_on_load(int flag_true_if_should_flip) +{ + stbi__vertically_flip_on_load_global = flag_true_if_should_flip; +} + +#ifndef STBI_THREAD_LOCAL +#define stbi__vertically_flip_on_load stbi__vertically_flip_on_load_global +#else +static STBI_THREAD_LOCAL int stbi__vertically_flip_on_load_local, stbi__vertically_flip_on_load_set; + +STBIDEF void stbi_set_flip_vertically_on_load_thread(int flag_true_if_should_flip) +{ + stbi__vertically_flip_on_load_local = flag_true_if_should_flip; + stbi__vertically_flip_on_load_set = 1; +} + +#define stbi__vertically_flip_on_load (stbi__vertically_flip_on_load_set \ + ? stbi__vertically_flip_on_load_local \ + : stbi__vertically_flip_on_load_global) +#endif // STBI_THREAD_LOCAL + +static void *stbi__load_main(stbi__context *s, int *x, int *y, int *comp, int req_comp, stbi__result_info *ri, int bpc) +{ + memset(ri, 0, sizeof(*ri)); // make sure it's initialized if we add new fields + ri->bits_per_channel = 8; // default is 8 so most paths don't have to be changed + ri->channel_order = STBI_ORDER_RGB; // all current input & output are this, but this is here so we can add BGR order + ri->num_channels = 0; + + // test the formats with a very explicit header first (at least a FOURCC + // or distinctive magic number first) + #ifndef STBI_NO_PNG + if (stbi__png_test(s)) return stbi__png_load(s,x,y,comp,req_comp, ri); + #endif + #ifndef STBI_NO_BMP + if (stbi__bmp_test(s)) return stbi__bmp_load(s,x,y,comp,req_comp, ri); + #endif + #ifndef STBI_NO_GIF + if (stbi__gif_test(s)) return stbi__gif_load(s,x,y,comp,req_comp, ri); + #endif + #ifndef STBI_NO_PSD + if (stbi__psd_test(s)) return stbi__psd_load(s,x,y,comp,req_comp, ri, bpc); + #else + STBI_NOTUSED(bpc); + #endif + #ifndef STBI_NO_PIC + if (stbi__pic_test(s)) return stbi__pic_load(s,x,y,comp,req_comp, ri); + #endif + + // then the formats that can end up attempting to load with just 1 or 2 + // bytes matching expectations; these are prone to false positives, so + // try them later + #ifndef STBI_NO_JPEG + if (stbi__jpeg_test(s)) return stbi__jpeg_load(s,x,y,comp,req_comp, ri); + #endif + #ifndef STBI_NO_PNM + if (stbi__pnm_test(s)) return stbi__pnm_load(s,x,y,comp,req_comp, ri); + #endif + + #ifndef STBI_NO_HDR + if (stbi__hdr_test(s)) { + float *hdr = stbi__hdr_load(s, x,y,comp,req_comp, ri); + return stbi__hdr_to_ldr(hdr, *x, *y, req_comp ? req_comp : *comp); + } + #endif + + #ifndef STBI_NO_TGA + // test tga last because it's a crappy test! + if (stbi__tga_test(s)) + return stbi__tga_load(s,x,y,comp,req_comp, ri); + #endif + + return stbi__errpuc("unknown image type", "Image not of any known type, or corrupt"); +} + +static stbi_uc *stbi__convert_16_to_8(stbi__uint16 *orig, int w, int h, int channels) +{ + int i; + int img_len = w * h * channels; + stbi_uc *reduced; + + reduced = (stbi_uc *) stbi__malloc(img_len); + if (reduced == NULL) return stbi__errpuc("outofmem", "Out of memory"); + + for (i = 0; i < img_len; ++i) + reduced[i] = (stbi_uc)((orig[i] >> 8) & 0xFF); // top half of each byte is sufficient approx of 16->8 bit scaling + + STBI_FREE(orig); + return reduced; +} + +static stbi__uint16 *stbi__convert_8_to_16(stbi_uc *orig, int w, int h, int channels) +{ + int i; + int img_len = w * h * channels; + stbi__uint16 *enlarged; + + enlarged = (stbi__uint16 *) stbi__malloc(img_len*2); + if (enlarged == NULL) return (stbi__uint16 *) stbi__errpuc("outofmem", "Out of memory"); + + for (i = 0; i < img_len; ++i) + enlarged[i] = (stbi__uint16)((orig[i] << 8) + orig[i]); // replicate to high and low byte, maps 0->0, 255->0xffff + + STBI_FREE(orig); + return enlarged; +} + +static void stbi__vertical_flip(void *image, int w, int h, int bytes_per_pixel) +{ + int row; + size_t bytes_per_row = (size_t)w * bytes_per_pixel; + stbi_uc temp[2048]; + stbi_uc *bytes = (stbi_uc *)image; + + for (row = 0; row < (h>>1); row++) { + stbi_uc *row0 = bytes + row*bytes_per_row; + stbi_uc *row1 = bytes + (h - row - 1)*bytes_per_row; + // swap row0 with row1 + size_t bytes_left = bytes_per_row; + while (bytes_left) { + size_t bytes_copy = (bytes_left < sizeof(temp)) ? bytes_left : sizeof(temp); + memcpy(temp, row0, bytes_copy); + memcpy(row0, row1, bytes_copy); + memcpy(row1, temp, bytes_copy); + row0 += bytes_copy; + row1 += bytes_copy; + bytes_left -= bytes_copy; + } + } +} + +#ifndef STBI_NO_GIF +static void stbi__vertical_flip_slices(void *image, int w, int h, int z, int bytes_per_pixel) +{ + int slice; + int slice_size = w * h * bytes_per_pixel; + + stbi_uc *bytes = (stbi_uc *)image; + for (slice = 0; slice < z; ++slice) { + stbi__vertical_flip(bytes, w, h, bytes_per_pixel); + bytes += slice_size; + } +} +#endif + +static unsigned char *stbi__load_and_postprocess_8bit(stbi__context *s, int *x, int *y, int *comp, int req_comp) +{ + stbi__result_info ri; + void *result = stbi__load_main(s, x, y, comp, req_comp, &ri, 8); + + if (result == NULL) + return NULL; + + // it is the responsibility of the loaders to make sure we get either 8 or 16 bit. + STBI_ASSERT(ri.bits_per_channel == 8 || ri.bits_per_channel == 16); + + if (ri.bits_per_channel != 8) { + result = stbi__convert_16_to_8((stbi__uint16 *) result, *x, *y, req_comp == 0 ? *comp : req_comp); + ri.bits_per_channel = 8; + } + + // @TODO: move stbi__convert_format to here + + if (stbi__vertically_flip_on_load) { + int channels = req_comp ? req_comp : *comp; + stbi__vertical_flip(result, *x, *y, channels * sizeof(stbi_uc)); + } + + return (unsigned char *) result; +} + +static stbi__uint16 *stbi__load_and_postprocess_16bit(stbi__context *s, int *x, int *y, int *comp, int req_comp) +{ + stbi__result_info ri; + void *result = stbi__load_main(s, x, y, comp, req_comp, &ri, 16); + + if (result == NULL) + return NULL; + + // it is the responsibility of the loaders to make sure we get either 8 or 16 bit. + STBI_ASSERT(ri.bits_per_channel == 8 || ri.bits_per_channel == 16); + + if (ri.bits_per_channel != 16) { + result = stbi__convert_8_to_16((stbi_uc *) result, *x, *y, req_comp == 0 ? *comp : req_comp); + ri.bits_per_channel = 16; + } + + // @TODO: move stbi__convert_format16 to here + // @TODO: special case RGB-to-Y (and RGBA-to-YA) for 8-bit-to-16-bit case to keep more precision + + if (stbi__vertically_flip_on_load) { + int channels = req_comp ? req_comp : *comp; + stbi__vertical_flip(result, *x, *y, channels * sizeof(stbi__uint16)); + } + + return (stbi__uint16 *) result; +} + +#if !defined(STBI_NO_HDR) && !defined(STBI_NO_LINEAR) +static void stbi__float_postprocess(float *result, int *x, int *y, int *comp, int req_comp) +{ + if (stbi__vertically_flip_on_load && result != NULL) { + int channels = req_comp ? req_comp : *comp; + stbi__vertical_flip(result, *x, *y, channels * sizeof(float)); + } +} +#endif + +#ifndef STBI_NO_STDIO + +#if defined(_WIN32) && defined(STBI_WINDOWS_UTF8) +STBI_EXTERN __declspec(dllimport) int __stdcall MultiByteToWideChar(unsigned int cp, unsigned long flags, const char *str, int cbmb, wchar_t *widestr, int cchwide); +STBI_EXTERN __declspec(dllimport) int __stdcall WideCharToMultiByte(unsigned int cp, unsigned long flags, const wchar_t *widestr, int cchwide, char *str, int cbmb, const char *defchar, int *used_default); +#endif + +#if defined(_WIN32) && defined(STBI_WINDOWS_UTF8) +STBIDEF int stbi_convert_wchar_to_utf8(char *buffer, size_t bufferlen, const wchar_t* input) +{ + return WideCharToMultiByte(65001 /* UTF8 */, 0, input, -1, buffer, (int) bufferlen, NULL, NULL); +} +#endif + +static FILE *stbi__fopen(char const *filename, char const *mode) +{ + FILE *f; +#if defined(_WIN32) && defined(STBI_WINDOWS_UTF8) + wchar_t wMode[64]; + wchar_t wFilename[1024]; + if (0 == MultiByteToWideChar(65001 /* UTF8 */, 0, filename, -1, wFilename, sizeof(wFilename)/sizeof(*wFilename))) + return 0; + + if (0 == MultiByteToWideChar(65001 /* UTF8 */, 0, mode, -1, wMode, sizeof(wMode)/sizeof(*wMode))) + return 0; + +#if defined(_MSC_VER) && _MSC_VER >= 1400 + if (0 != _wfopen_s(&f, wFilename, wMode)) + f = 0; +#else + f = _wfopen(wFilename, wMode); +#endif + +#elif defined(_MSC_VER) && _MSC_VER >= 1400 + if (0 != fopen_s(&f, filename, mode)) + f=0; +#else + f = fopen(filename, mode); +#endif + return f; +} + + +STBIDEF stbi_uc *stbi_load(char const *filename, int *x, int *y, int *comp, int req_comp) +{ + FILE *f = stbi__fopen(filename, "rb"); + unsigned char *result; + if (!f) return stbi__errpuc("can't fopen", "Unable to open file"); + result = stbi_load_from_file(f,x,y,comp,req_comp); + fclose(f); + return result; +} + +STBIDEF stbi_uc *stbi_load_from_file(FILE *f, int *x, int *y, int *comp, int req_comp) +{ + unsigned char *result; + stbi__context s; + stbi__start_file(&s,f); + result = stbi__load_and_postprocess_8bit(&s,x,y,comp,req_comp); + if (result) { + // need to 'unget' all the characters in the IO buffer + fseek(f, - (int) (s.img_buffer_end - s.img_buffer), SEEK_CUR); + } + return result; +} + +STBIDEF stbi__uint16 *stbi_load_from_file_16(FILE *f, int *x, int *y, int *comp, int req_comp) +{ + stbi__uint16 *result; + stbi__context s; + stbi__start_file(&s,f); + result = stbi__load_and_postprocess_16bit(&s,x,y,comp,req_comp); + if (result) { + // need to 'unget' all the characters in the IO buffer + fseek(f, - (int) (s.img_buffer_end - s.img_buffer), SEEK_CUR); + } + return result; +} + +STBIDEF stbi_us *stbi_load_16(char const *filename, int *x, int *y, int *comp, int req_comp) +{ + FILE *f = stbi__fopen(filename, "rb"); + stbi__uint16 *result; + if (!f) return (stbi_us *) stbi__errpuc("can't fopen", "Unable to open file"); + result = stbi_load_from_file_16(f,x,y,comp,req_comp); + fclose(f); + return result; +} + + +#endif //!STBI_NO_STDIO + +STBIDEF stbi_us *stbi_load_16_from_memory(stbi_uc const *buffer, int len, int *x, int *y, int *channels_in_file, int desired_channels) +{ + stbi__context s; + stbi__start_mem(&s,buffer,len); + return stbi__load_and_postprocess_16bit(&s,x,y,channels_in_file,desired_channels); +} + +STBIDEF stbi_us *stbi_load_16_from_callbacks(stbi_io_callbacks const *clbk, void *user, int *x, int *y, int *channels_in_file, int desired_channels) +{ + stbi__context s; + stbi__start_callbacks(&s, (stbi_io_callbacks *)clbk, user); + return stbi__load_and_postprocess_16bit(&s,x,y,channels_in_file,desired_channels); +} + +STBIDEF stbi_uc *stbi_load_from_memory(stbi_uc const *buffer, int len, int *x, int *y, int *comp, int req_comp) +{ + stbi__context s; + stbi__start_mem(&s,buffer,len); + return stbi__load_and_postprocess_8bit(&s,x,y,comp,req_comp); +} + +STBIDEF stbi_uc *stbi_load_from_callbacks(stbi_io_callbacks const *clbk, void *user, int *x, int *y, int *comp, int req_comp) +{ + stbi__context s; + stbi__start_callbacks(&s, (stbi_io_callbacks *) clbk, user); + return stbi__load_and_postprocess_8bit(&s,x,y,comp,req_comp); +} + +#ifndef STBI_NO_GIF +STBIDEF stbi_uc *stbi_load_gif_from_memory(stbi_uc const *buffer, int len, int **delays, int *x, int *y, int *z, int *comp, int req_comp) +{ + unsigned char *result; + stbi__context s; + stbi__start_mem(&s,buffer,len); + + result = (unsigned char*) stbi__load_gif_main(&s, delays, x, y, z, comp, req_comp); + if (stbi__vertically_flip_on_load) { + stbi__vertical_flip_slices( result, *x, *y, *z, *comp ); + } + + return result; +} +#endif + +#ifndef STBI_NO_LINEAR +static float *stbi__loadf_main(stbi__context *s, int *x, int *y, int *comp, int req_comp) +{ + unsigned char *data; + #ifndef STBI_NO_HDR + if (stbi__hdr_test(s)) { + stbi__result_info ri; + float *hdr_data = stbi__hdr_load(s,x,y,comp,req_comp, &ri); + if (hdr_data) + stbi__float_postprocess(hdr_data,x,y,comp,req_comp); + return hdr_data; + } + #endif + data = stbi__load_and_postprocess_8bit(s, x, y, comp, req_comp); + if (data) + return stbi__ldr_to_hdr(data, *x, *y, req_comp ? req_comp : *comp); + return stbi__errpf("unknown image type", "Image not of any known type, or corrupt"); +} + +STBIDEF float *stbi_loadf_from_memory(stbi_uc const *buffer, int len, int *x, int *y, int *comp, int req_comp) +{ + stbi__context s; + stbi__start_mem(&s,buffer,len); + return stbi__loadf_main(&s,x,y,comp,req_comp); +} + +STBIDEF float *stbi_loadf_from_callbacks(stbi_io_callbacks const *clbk, void *user, int *x, int *y, int *comp, int req_comp) +{ + stbi__context s; + stbi__start_callbacks(&s, (stbi_io_callbacks *) clbk, user); + return stbi__loadf_main(&s,x,y,comp,req_comp); +} + +#ifndef STBI_NO_STDIO +STBIDEF float *stbi_loadf(char const *filename, int *x, int *y, int *comp, int req_comp) +{ + float *result; + FILE *f = stbi__fopen(filename, "rb"); + if (!f) return stbi__errpf("can't fopen", "Unable to open file"); + result = stbi_loadf_from_file(f,x,y,comp,req_comp); + fclose(f); + return result; +} + +STBIDEF float *stbi_loadf_from_file(FILE *f, int *x, int *y, int *comp, int req_comp) +{ + stbi__context s; + stbi__start_file(&s,f); + return stbi__loadf_main(&s,x,y,comp,req_comp); +} +#endif // !STBI_NO_STDIO + +#endif // !STBI_NO_LINEAR + +// these is-hdr-or-not is defined independent of whether STBI_NO_LINEAR is +// defined, for API simplicity; if STBI_NO_LINEAR is defined, it always +// reports false! + +STBIDEF int stbi_is_hdr_from_memory(stbi_uc const *buffer, int len) +{ + #ifndef STBI_NO_HDR + stbi__context s; + stbi__start_mem(&s,buffer,len); + return stbi__hdr_test(&s); + #else + STBI_NOTUSED(buffer); + STBI_NOTUSED(len); + return 0; + #endif +} + +#ifndef STBI_NO_STDIO +STBIDEF int stbi_is_hdr (char const *filename) +{ + FILE *f = stbi__fopen(filename, "rb"); + int result=0; + if (f) { + result = stbi_is_hdr_from_file(f); + fclose(f); + } + return result; +} + +STBIDEF int stbi_is_hdr_from_file(FILE *f) +{ + #ifndef STBI_NO_HDR + long pos = ftell(f); + int res; + stbi__context s; + stbi__start_file(&s,f); + res = stbi__hdr_test(&s); + fseek(f, pos, SEEK_SET); + return res; + #else + STBI_NOTUSED(f); + return 0; + #endif +} +#endif // !STBI_NO_STDIO + +STBIDEF int stbi_is_hdr_from_callbacks(stbi_io_callbacks const *clbk, void *user) +{ + #ifndef STBI_NO_HDR + stbi__context s; + stbi__start_callbacks(&s, (stbi_io_callbacks *) clbk, user); + return stbi__hdr_test(&s); + #else + STBI_NOTUSED(clbk); + STBI_NOTUSED(user); + return 0; + #endif +} + +#ifndef STBI_NO_LINEAR +static float stbi__l2h_gamma=2.2f, stbi__l2h_scale=1.0f; + +STBIDEF void stbi_ldr_to_hdr_gamma(float gamma) { stbi__l2h_gamma = gamma; } +STBIDEF void stbi_ldr_to_hdr_scale(float scale) { stbi__l2h_scale = scale; } +#endif + +static float stbi__h2l_gamma_i=1.0f/2.2f, stbi__h2l_scale_i=1.0f; + +STBIDEF void stbi_hdr_to_ldr_gamma(float gamma) { stbi__h2l_gamma_i = 1/gamma; } +STBIDEF void stbi_hdr_to_ldr_scale(float scale) { stbi__h2l_scale_i = 1/scale; } + + +////////////////////////////////////////////////////////////////////////////// +// +// Common code used by all image loaders +// + +enum +{ + STBI__SCAN_load=0, + STBI__SCAN_type, + STBI__SCAN_header +}; + +static void stbi__refill_buffer(stbi__context *s) +{ + int n = (s->io.read)(s->io_user_data,(char*)s->buffer_start,s->buflen); + s->callback_already_read += (int) (s->img_buffer - s->img_buffer_original); + if (n == 0) { + // at end of file, treat same as if from memory, but need to handle case + // where s->img_buffer isn't pointing to safe memory, e.g. 0-byte file + s->read_from_callbacks = 0; + s->img_buffer = s->buffer_start; + s->img_buffer_end = s->buffer_start+1; + *s->img_buffer = 0; + } else { + s->img_buffer = s->buffer_start; + s->img_buffer_end = s->buffer_start + n; + } +} + +stbi_inline static stbi_uc stbi__get8(stbi__context *s) +{ + if (s->img_buffer < s->img_buffer_end) + return *s->img_buffer++; + if (s->read_from_callbacks) { + stbi__refill_buffer(s); + return *s->img_buffer++; + } + return 0; +} + +#if defined(STBI_NO_JPEG) && defined(STBI_NO_HDR) && defined(STBI_NO_PIC) && defined(STBI_NO_PNM) +// nothing +#else +stbi_inline static int stbi__at_eof(stbi__context *s) +{ + if (s->io.read) { + if (!(s->io.eof)(s->io_user_data)) return 0; + // if feof() is true, check if buffer = end + // special case: we've only got the special 0 character at the end + if (s->read_from_callbacks == 0) return 1; + } + + return s->img_buffer >= s->img_buffer_end; +} +#endif + +#if defined(STBI_NO_JPEG) && defined(STBI_NO_PNG) && defined(STBI_NO_BMP) && defined(STBI_NO_PSD) && defined(STBI_NO_TGA) && defined(STBI_NO_GIF) && defined(STBI_NO_PIC) +// nothing +#else +static void stbi__skip(stbi__context *s, int n) +{ + if (n == 0) return; // already there! + if (n < 0) { + s->img_buffer = s->img_buffer_end; + return; + } + if (s->io.read) { + int blen = (int) (s->img_buffer_end - s->img_buffer); + if (blen < n) { + s->img_buffer = s->img_buffer_end; + (s->io.skip)(s->io_user_data, n - blen); + return; + } + } + s->img_buffer += n; +} +#endif + +#if defined(STBI_NO_PNG) && defined(STBI_NO_TGA) && defined(STBI_NO_HDR) && defined(STBI_NO_PNM) +// nothing +#else +static int stbi__getn(stbi__context *s, stbi_uc *buffer, int n) +{ + if (s->io.read) { + int blen = (int) (s->img_buffer_end - s->img_buffer); + if (blen < n) { + int res, count; + + memcpy(buffer, s->img_buffer, blen); + + count = (s->io.read)(s->io_user_data, (char*) buffer + blen, n - blen); + res = (count == (n-blen)); + s->img_buffer = s->img_buffer_end; + return res; + } + } + + if (s->img_buffer+n <= s->img_buffer_end) { + memcpy(buffer, s->img_buffer, n); + s->img_buffer += n; + return 1; + } else + return 0; +} +#endif + +#if defined(STBI_NO_JPEG) && defined(STBI_NO_PNG) && defined(STBI_NO_PSD) && defined(STBI_NO_PIC) +// nothing +#else +static int stbi__get16be(stbi__context *s) +{ + int z = stbi__get8(s); + return (z << 8) + stbi__get8(s); +} +#endif + +#if defined(STBI_NO_PNG) && defined(STBI_NO_PSD) && defined(STBI_NO_PIC) +// nothing +#else +static stbi__uint32 stbi__get32be(stbi__context *s) +{ + stbi__uint32 z = stbi__get16be(s); + return (z << 16) + stbi__get16be(s); +} +#endif + +#if defined(STBI_NO_BMP) && defined(STBI_NO_TGA) && defined(STBI_NO_GIF) +// nothing +#else +static int stbi__get16le(stbi__context *s) +{ + int z = stbi__get8(s); + return z + (stbi__get8(s) << 8); +} +#endif + +#ifndef STBI_NO_BMP +static stbi__uint32 stbi__get32le(stbi__context *s) +{ + stbi__uint32 z = stbi__get16le(s); + z += (stbi__uint32)stbi__get16le(s) << 16; + return z; +} +#endif + +#define STBI__BYTECAST(x) ((stbi_uc) ((x) & 255)) // truncate int to byte without warnings + +#if defined(STBI_NO_JPEG) && defined(STBI_NO_PNG) && defined(STBI_NO_BMP) && defined(STBI_NO_PSD) && defined(STBI_NO_TGA) && defined(STBI_NO_GIF) && defined(STBI_NO_PIC) && defined(STBI_NO_PNM) +// nothing +#else +////////////////////////////////////////////////////////////////////////////// +// +// generic converter from built-in img_n to req_comp +// individual types do this automatically as much as possible (e.g. jpeg +// does all cases internally since it needs to colorspace convert anyway, +// and it never has alpha, so very few cases ). png can automatically +// interleave an alpha=255 channel, but falls back to this for other cases +// +// assume data buffer is malloced, so malloc a new one and free that one +// only failure mode is malloc failing + +static stbi_uc stbi__compute_y(int r, int g, int b) +{ + return (stbi_uc) (((r*77) + (g*150) + (29*b)) >> 8); +} +#endif + +#if defined(STBI_NO_PNG) && defined(STBI_NO_BMP) && defined(STBI_NO_PSD) && defined(STBI_NO_TGA) && defined(STBI_NO_GIF) && defined(STBI_NO_PIC) && defined(STBI_NO_PNM) +// nothing +#else +static unsigned char *stbi__convert_format(unsigned char *data, int img_n, int req_comp, unsigned int x, unsigned int y) +{ + int i,j; + unsigned char *good; + + if (req_comp == img_n) return data; + STBI_ASSERT(req_comp >= 1 && req_comp <= 4); + + good = (unsigned char *) stbi__malloc_mad3(req_comp, x, y, 0); + if (good == NULL) { + STBI_FREE(data); + return stbi__errpuc("outofmem", "Out of memory"); + } + + for (j=0; j < (int) y; ++j) { + unsigned char *src = data + j * x * img_n ; + unsigned char *dest = good + j * x * req_comp; + + #define STBI__COMBO(a,b) ((a)*8+(b)) + #define STBI__CASE(a,b) case STBI__COMBO(a,b): for(i=x-1; i >= 0; --i, src += a, dest += b) + // convert source image with img_n components to one with req_comp components; + // avoid switch per pixel, so use switch per scanline and massive macros + switch (STBI__COMBO(img_n, req_comp)) { + STBI__CASE(1,2) { dest[0]=src[0]; dest[1]=255; } break; + STBI__CASE(1,3) { dest[0]=dest[1]=dest[2]=src[0]; } break; + STBI__CASE(1,4) { dest[0]=dest[1]=dest[2]=src[0]; dest[3]=255; } break; + STBI__CASE(2,1) { dest[0]=src[0]; } break; + STBI__CASE(2,3) { dest[0]=dest[1]=dest[2]=src[0]; } break; + STBI__CASE(2,4) { dest[0]=dest[1]=dest[2]=src[0]; dest[3]=src[1]; } break; + STBI__CASE(3,4) { dest[0]=src[0];dest[1]=src[1];dest[2]=src[2];dest[3]=255; } break; + STBI__CASE(3,1) { dest[0]=stbi__compute_y(src[0],src[1],src[2]); } break; + STBI__CASE(3,2) { dest[0]=stbi__compute_y(src[0],src[1],src[2]); dest[1] = 255; } break; + STBI__CASE(4,1) { dest[0]=stbi__compute_y(src[0],src[1],src[2]); } break; + STBI__CASE(4,2) { dest[0]=stbi__compute_y(src[0],src[1],src[2]); dest[1] = src[3]; } break; + STBI__CASE(4,3) { dest[0]=src[0];dest[1]=src[1];dest[2]=src[2]; } break; + default: STBI_ASSERT(0); STBI_FREE(data); STBI_FREE(good); return stbi__errpuc("unsupported", "Unsupported format conversion"); + } + #undef STBI__CASE + } + + STBI_FREE(data); + return good; +} +#endif + +#if defined(STBI_NO_PNG) && defined(STBI_NO_PSD) +// nothing +#else +static stbi__uint16 stbi__compute_y_16(int r, int g, int b) +{ + return (stbi__uint16) (((r*77) + (g*150) + (29*b)) >> 8); +} +#endif + +#if defined(STBI_NO_PNG) && defined(STBI_NO_PSD) +// nothing +#else +static stbi__uint16 *stbi__convert_format16(stbi__uint16 *data, int img_n, int req_comp, unsigned int x, unsigned int y) +{ + int i,j; + stbi__uint16 *good; + + if (req_comp == img_n) return data; + STBI_ASSERT(req_comp >= 1 && req_comp <= 4); + + good = (stbi__uint16 *) stbi__malloc(req_comp * x * y * 2); + if (good == NULL) { + STBI_FREE(data); + return (stbi__uint16 *) stbi__errpuc("outofmem", "Out of memory"); + } + + for (j=0; j < (int) y; ++j) { + stbi__uint16 *src = data + j * x * img_n ; + stbi__uint16 *dest = good + j * x * req_comp; + + #define STBI__COMBO(a,b) ((a)*8+(b)) + #define STBI__CASE(a,b) case STBI__COMBO(a,b): for(i=x-1; i >= 0; --i, src += a, dest += b) + // convert source image with img_n components to one with req_comp components; + // avoid switch per pixel, so use switch per scanline and massive macros + switch (STBI__COMBO(img_n, req_comp)) { + STBI__CASE(1,2) { dest[0]=src[0]; dest[1]=0xffff; } break; + STBI__CASE(1,3) { dest[0]=dest[1]=dest[2]=src[0]; } break; + STBI__CASE(1,4) { dest[0]=dest[1]=dest[2]=src[0]; dest[3]=0xffff; } break; + STBI__CASE(2,1) { dest[0]=src[0]; } break; + STBI__CASE(2,3) { dest[0]=dest[1]=dest[2]=src[0]; } break; + STBI__CASE(2,4) { dest[0]=dest[1]=dest[2]=src[0]; dest[3]=src[1]; } break; + STBI__CASE(3,4) { dest[0]=src[0];dest[1]=src[1];dest[2]=src[2];dest[3]=0xffff; } break; + STBI__CASE(3,1) { dest[0]=stbi__compute_y_16(src[0],src[1],src[2]); } break; + STBI__CASE(3,2) { dest[0]=stbi__compute_y_16(src[0],src[1],src[2]); dest[1] = 0xffff; } break; + STBI__CASE(4,1) { dest[0]=stbi__compute_y_16(src[0],src[1],src[2]); } break; + STBI__CASE(4,2) { dest[0]=stbi__compute_y_16(src[0],src[1],src[2]); dest[1] = src[3]; } break; + STBI__CASE(4,3) { dest[0]=src[0];dest[1]=src[1];dest[2]=src[2]; } break; + default: STBI_ASSERT(0); STBI_FREE(data); STBI_FREE(good); return (stbi__uint16*) stbi__errpuc("unsupported", "Unsupported format conversion"); + } + #undef STBI__CASE + } + + STBI_FREE(data); + return good; +} +#endif + +#ifndef STBI_NO_LINEAR +static float *stbi__ldr_to_hdr(stbi_uc *data, int x, int y, int comp) +{ + int i,k,n; + float *output; + if (!data) return NULL; + output = (float *) stbi__malloc_mad4(x, y, comp, sizeof(float), 0); + if (output == NULL) { STBI_FREE(data); return stbi__errpf("outofmem", "Out of memory"); } + // compute number of non-alpha components + if (comp & 1) n = comp; else n = comp-1; + for (i=0; i < x*y; ++i) { + for (k=0; k < n; ++k) { + output[i*comp + k] = (float) (pow(data[i*comp+k]/255.0f, stbi__l2h_gamma) * stbi__l2h_scale); + } + } + if (n < comp) { + for (i=0; i < x*y; ++i) { + output[i*comp + n] = data[i*comp + n]/255.0f; + } + } + STBI_FREE(data); + return output; +} +#endif + +#ifndef STBI_NO_HDR +#define stbi__float2int(x) ((int) (x)) +static stbi_uc *stbi__hdr_to_ldr(float *data, int x, int y, int comp) +{ + int i,k,n; + stbi_uc *output; + if (!data) return NULL; + output = (stbi_uc *) stbi__malloc_mad3(x, y, comp, 0); + if (output == NULL) { STBI_FREE(data); return stbi__errpuc("outofmem", "Out of memory"); } + // compute number of non-alpha components + if (comp & 1) n = comp; else n = comp-1; + for (i=0; i < x*y; ++i) { + for (k=0; k < n; ++k) { + float z = (float) pow(data[i*comp+k]*stbi__h2l_scale_i, stbi__h2l_gamma_i) * 255 + 0.5f; + if (z < 0) z = 0; + if (z > 255) z = 255; + output[i*comp + k] = (stbi_uc) stbi__float2int(z); + } + if (k < comp) { + float z = data[i*comp+k] * 255 + 0.5f; + if (z < 0) z = 0; + if (z > 255) z = 255; + output[i*comp + k] = (stbi_uc) stbi__float2int(z); + } + } + STBI_FREE(data); + return output; +} +#endif + +////////////////////////////////////////////////////////////////////////////// +// +// "baseline" JPEG/JFIF decoder +// +// simple implementation +// - doesn't support delayed output of y-dimension +// - simple interface (only one output format: 8-bit interleaved RGB) +// - doesn't try to recover corrupt jpegs +// - doesn't allow partial loading, loading multiple at once +// - still fast on x86 (copying globals into locals doesn't help x86) +// - allocates lots of intermediate memory (full size of all components) +// - non-interleaved case requires this anyway +// - allows good upsampling (see next) +// high-quality +// - upsampled channels are bilinearly interpolated, even across blocks +// - quality integer IDCT derived from IJG's 'slow' +// performance +// - fast huffman; reasonable integer IDCT +// - some SIMD kernels for common paths on targets with SSE2/NEON +// - uses a lot of intermediate memory, could cache poorly + +#ifndef STBI_NO_JPEG + +// huffman decoding acceleration +#define FAST_BITS 9 // larger handles more cases; smaller stomps less cache + +typedef struct +{ + stbi_uc fast[1 << FAST_BITS]; + // weirdly, repacking this into AoS is a 10% speed loss, instead of a win + stbi__uint16 code[256]; + stbi_uc values[256]; + stbi_uc size[257]; + unsigned int maxcode[18]; + int delta[17]; // old 'firstsymbol' - old 'firstcode' +} stbi__huffman; + +typedef struct +{ + stbi__context *s; + stbi__huffman huff_dc[4]; + stbi__huffman huff_ac[4]; + stbi__uint16 dequant[4][64]; + stbi__int16 fast_ac[4][1 << FAST_BITS]; + +// sizes for components, interleaved MCUs + int img_h_max, img_v_max; + int img_mcu_x, img_mcu_y; + int img_mcu_w, img_mcu_h; + +// definition of jpeg image component + struct + { + int id; + int h,v; + int tq; + int hd,ha; + int dc_pred; + + int x,y,w2,h2; + stbi_uc *data; + void *raw_data, *raw_coeff; + stbi_uc *linebuf; + short *coeff; // progressive only + int coeff_w, coeff_h; // number of 8x8 coefficient blocks + } img_comp[4]; + + stbi__uint32 code_buffer; // jpeg entropy-coded buffer + int code_bits; // number of valid bits + unsigned char marker; // marker seen while filling entropy buffer + int nomore; // flag if we saw a marker so must stop + + int progressive; + int spec_start; + int spec_end; + int succ_high; + int succ_low; + int eob_run; + int jfif; + int app14_color_transform; // Adobe APP14 tag + int rgb; + + int scan_n, order[4]; + int restart_interval, todo; + +// kernels + void (*idct_block_kernel)(stbi_uc *out, int out_stride, short data[64]); + void (*YCbCr_to_RGB_kernel)(stbi_uc *out, const stbi_uc *y, const stbi_uc *pcb, const stbi_uc *pcr, int count, int step); + stbi_uc *(*resample_row_hv_2_kernel)(stbi_uc *out, stbi_uc *in_near, stbi_uc *in_far, int w, int hs); +} stbi__jpeg; + +static int stbi__build_huffman(stbi__huffman *h, int *count) +{ + int i,j,k=0; + unsigned int code; + // build size list for each symbol (from JPEG spec) + for (i=0; i < 16; ++i) { + for (j=0; j < count[i]; ++j) { + h->size[k++] = (stbi_uc) (i+1); + if(k >= 257) return stbi__err("bad size list","Corrupt JPEG"); + } + } + h->size[k] = 0; + + // compute actual symbols (from jpeg spec) + code = 0; + k = 0; + for(j=1; j <= 16; ++j) { + // compute delta to add to code to compute symbol id + h->delta[j] = k - code; + if (h->size[k] == j) { + while (h->size[k] == j) + h->code[k++] = (stbi__uint16) (code++); + if (code-1 >= (1u << j)) return stbi__err("bad code lengths","Corrupt JPEG"); + } + // compute largest code + 1 for this size, preshifted as needed later + h->maxcode[j] = code << (16-j); + code <<= 1; + } + h->maxcode[j] = 0xffffffff; + + // build non-spec acceleration table; 255 is flag for not-accelerated + memset(h->fast, 255, 1 << FAST_BITS); + for (i=0; i < k; ++i) { + int s = h->size[i]; + if (s <= FAST_BITS) { + int c = h->code[i] << (FAST_BITS-s); + int m = 1 << (FAST_BITS-s); + for (j=0; j < m; ++j) { + h->fast[c+j] = (stbi_uc) i; + } + } + } + return 1; +} + +// build a table that decodes both magnitude and value of small ACs in +// one go. +static void stbi__build_fast_ac(stbi__int16 *fast_ac, stbi__huffman *h) +{ + int i; + for (i=0; i < (1 << FAST_BITS); ++i) { + stbi_uc fast = h->fast[i]; + fast_ac[i] = 0; + if (fast < 255) { + int rs = h->values[fast]; + int run = (rs >> 4) & 15; + int magbits = rs & 15; + int len = h->size[fast]; + + if (magbits && len + magbits <= FAST_BITS) { + // magnitude code followed by receive_extend code + int k = ((i << len) & ((1 << FAST_BITS) - 1)) >> (FAST_BITS - magbits); + int m = 1 << (magbits - 1); + if (k < m) k += (~0U << magbits) + 1; + // if the result is small enough, we can fit it in fast_ac table + if (k >= -128 && k <= 127) + fast_ac[i] = (stbi__int16) ((k * 256) + (run * 16) + (len + magbits)); + } + } + } +} + +static void stbi__grow_buffer_unsafe(stbi__jpeg *j) +{ + do { + unsigned int b = j->nomore ? 0 : stbi__get8(j->s); + if (b == 0xff) { + int c = stbi__get8(j->s); + while (c == 0xff) c = stbi__get8(j->s); // consume fill bytes + if (c != 0) { + j->marker = (unsigned char) c; + j->nomore = 1; + return; + } + } + j->code_buffer |= b << (24 - j->code_bits); + j->code_bits += 8; + } while (j->code_bits <= 24); +} + +// (1 << n) - 1 +static const stbi__uint32 stbi__bmask[17]={0,1,3,7,15,31,63,127,255,511,1023,2047,4095,8191,16383,32767,65535}; + +// decode a jpeg huffman value from the bitstream +stbi_inline static int stbi__jpeg_huff_decode(stbi__jpeg *j, stbi__huffman *h) +{ + unsigned int temp; + int c,k; + + if (j->code_bits < 16) stbi__grow_buffer_unsafe(j); + + // look at the top FAST_BITS and determine what symbol ID it is, + // if the code is <= FAST_BITS + c = (j->code_buffer >> (32 - FAST_BITS)) & ((1 << FAST_BITS)-1); + k = h->fast[c]; + if (k < 255) { + int s = h->size[k]; + if (s > j->code_bits) + return -1; + j->code_buffer <<= s; + j->code_bits -= s; + return h->values[k]; + } + + // naive test is to shift the code_buffer down so k bits are + // valid, then test against maxcode. To speed this up, we've + // preshifted maxcode left so that it has (16-k) 0s at the + // end; in other words, regardless of the number of bits, it + // wants to be compared against something shifted to have 16; + // that way we don't need to shift inside the loop. + temp = j->code_buffer >> 16; + for (k=FAST_BITS+1 ; ; ++k) + if (temp < h->maxcode[k]) + break; + if (k == 17) { + // error! code not found + j->code_bits -= 16; + return -1; + } + + if (k > j->code_bits) + return -1; + + // convert the huffman code to the symbol id + c = ((j->code_buffer >> (32 - k)) & stbi__bmask[k]) + h->delta[k]; + if(c < 0 || c >= 256) // symbol id out of bounds! + return -1; + STBI_ASSERT((((j->code_buffer) >> (32 - h->size[c])) & stbi__bmask[h->size[c]]) == h->code[c]); + + // convert the id to a symbol + j->code_bits -= k; + j->code_buffer <<= k; + return h->values[c]; +} + +// bias[n] = (-1<code_bits < n) stbi__grow_buffer_unsafe(j); + if (j->code_bits < n) return 0; // ran out of bits from stream, return 0s intead of continuing + + sgn = j->code_buffer >> 31; // sign bit always in MSB; 0 if MSB clear (positive), 1 if MSB set (negative) + k = stbi_lrot(j->code_buffer, n); + j->code_buffer = k & ~stbi__bmask[n]; + k &= stbi__bmask[n]; + j->code_bits -= n; + return k + (stbi__jbias[n] & (sgn - 1)); +} + +// get some unsigned bits +stbi_inline static int stbi__jpeg_get_bits(stbi__jpeg *j, int n) +{ + unsigned int k; + if (j->code_bits < n) stbi__grow_buffer_unsafe(j); + if (j->code_bits < n) return 0; // ran out of bits from stream, return 0s intead of continuing + k = stbi_lrot(j->code_buffer, n); + j->code_buffer = k & ~stbi__bmask[n]; + k &= stbi__bmask[n]; + j->code_bits -= n; + return k; +} + +stbi_inline static int stbi__jpeg_get_bit(stbi__jpeg *j) +{ + unsigned int k; + if (j->code_bits < 1) stbi__grow_buffer_unsafe(j); + if (j->code_bits < 1) return 0; // ran out of bits from stream, return 0s intead of continuing + k = j->code_buffer; + j->code_buffer <<= 1; + --j->code_bits; + return k & 0x80000000; +} + +// given a value that's at position X in the zigzag stream, +// where does it appear in the 8x8 matrix coded as row-major? +static const stbi_uc stbi__jpeg_dezigzag[64+15] = +{ + 0, 1, 8, 16, 9, 2, 3, 10, + 17, 24, 32, 25, 18, 11, 4, 5, + 12, 19, 26, 33, 40, 48, 41, 34, + 27, 20, 13, 6, 7, 14, 21, 28, + 35, 42, 49, 56, 57, 50, 43, 36, + 29, 22, 15, 23, 30, 37, 44, 51, + 58, 59, 52, 45, 38, 31, 39, 46, + 53, 60, 61, 54, 47, 55, 62, 63, + // let corrupt input sample past end + 63, 63, 63, 63, 63, 63, 63, 63, + 63, 63, 63, 63, 63, 63, 63 +}; + +// decode one 64-entry block-- +static int stbi__jpeg_decode_block(stbi__jpeg *j, short data[64], stbi__huffman *hdc, stbi__huffman *hac, stbi__int16 *fac, int b, stbi__uint16 *dequant) +{ + int diff,dc,k; + int t; + + if (j->code_bits < 16) stbi__grow_buffer_unsafe(j); + t = stbi__jpeg_huff_decode(j, hdc); + if (t < 0 || t > 15) return stbi__err("bad huffman code","Corrupt JPEG"); + + // 0 all the ac values now so we can do it 32-bits at a time + memset(data,0,64*sizeof(data[0])); + + diff = t ? stbi__extend_receive(j, t) : 0; + if (!stbi__addints_valid(j->img_comp[b].dc_pred, diff)) return stbi__err("bad delta","Corrupt JPEG"); + dc = j->img_comp[b].dc_pred + diff; + j->img_comp[b].dc_pred = dc; + if (!stbi__mul2shorts_valid(dc, dequant[0])) return stbi__err("can't merge dc and ac", "Corrupt JPEG"); + data[0] = (short) (dc * dequant[0]); + + // decode AC components, see JPEG spec + k = 1; + do { + unsigned int zig; + int c,r,s; + if (j->code_bits < 16) stbi__grow_buffer_unsafe(j); + c = (j->code_buffer >> (32 - FAST_BITS)) & ((1 << FAST_BITS)-1); + r = fac[c]; + if (r) { // fast-AC path + k += (r >> 4) & 15; // run + s = r & 15; // combined length + if (s > j->code_bits) return stbi__err("bad huffman code", "Combined length longer than code bits available"); + j->code_buffer <<= s; + j->code_bits -= s; + // decode into unzigzag'd location + zig = stbi__jpeg_dezigzag[k++]; + data[zig] = (short) ((r >> 8) * dequant[zig]); + } else { + int rs = stbi__jpeg_huff_decode(j, hac); + if (rs < 0) return stbi__err("bad huffman code","Corrupt JPEG"); + s = rs & 15; + r = rs >> 4; + if (s == 0) { + if (rs != 0xf0) break; // end block + k += 16; + } else { + k += r; + // decode into unzigzag'd location + zig = stbi__jpeg_dezigzag[k++]; + data[zig] = (short) (stbi__extend_receive(j,s) * dequant[zig]); + } + } + } while (k < 64); + return 1; +} + +static int stbi__jpeg_decode_block_prog_dc(stbi__jpeg *j, short data[64], stbi__huffman *hdc, int b) +{ + int diff,dc; + int t; + if (j->spec_end != 0) return stbi__err("can't merge dc and ac", "Corrupt JPEG"); + + if (j->code_bits < 16) stbi__grow_buffer_unsafe(j); + + if (j->succ_high == 0) { + // first scan for DC coefficient, must be first + memset(data,0,64*sizeof(data[0])); // 0 all the ac values now + t = stbi__jpeg_huff_decode(j, hdc); + if (t < 0 || t > 15) return stbi__err("can't merge dc and ac", "Corrupt JPEG"); + diff = t ? stbi__extend_receive(j, t) : 0; + + if (!stbi__addints_valid(j->img_comp[b].dc_pred, diff)) return stbi__err("bad delta", "Corrupt JPEG"); + dc = j->img_comp[b].dc_pred + diff; + j->img_comp[b].dc_pred = dc; + if (!stbi__mul2shorts_valid(dc, 1 << j->succ_low)) return stbi__err("can't merge dc and ac", "Corrupt JPEG"); + data[0] = (short) (dc * (1 << j->succ_low)); + } else { + // refinement scan for DC coefficient + if (stbi__jpeg_get_bit(j)) + data[0] += (short) (1 << j->succ_low); + } + return 1; +} + +// @OPTIMIZE: store non-zigzagged during the decode passes, +// and only de-zigzag when dequantizing +static int stbi__jpeg_decode_block_prog_ac(stbi__jpeg *j, short data[64], stbi__huffman *hac, stbi__int16 *fac) +{ + int k; + if (j->spec_start == 0) return stbi__err("can't merge dc and ac", "Corrupt JPEG"); + + if (j->succ_high == 0) { + int shift = j->succ_low; + + if (j->eob_run) { + --j->eob_run; + return 1; + } + + k = j->spec_start; + do { + unsigned int zig; + int c,r,s; + if (j->code_bits < 16) stbi__grow_buffer_unsafe(j); + c = (j->code_buffer >> (32 - FAST_BITS)) & ((1 << FAST_BITS)-1); + r = fac[c]; + if (r) { // fast-AC path + k += (r >> 4) & 15; // run + s = r & 15; // combined length + if (s > j->code_bits) return stbi__err("bad huffman code", "Combined length longer than code bits available"); + j->code_buffer <<= s; + j->code_bits -= s; + zig = stbi__jpeg_dezigzag[k++]; + data[zig] = (short) ((r >> 8) * (1 << shift)); + } else { + int rs = stbi__jpeg_huff_decode(j, hac); + if (rs < 0) return stbi__err("bad huffman code","Corrupt JPEG"); + s = rs & 15; + r = rs >> 4; + if (s == 0) { + if (r < 15) { + j->eob_run = (1 << r); + if (r) + j->eob_run += stbi__jpeg_get_bits(j, r); + --j->eob_run; + break; + } + k += 16; + } else { + k += r; + zig = stbi__jpeg_dezigzag[k++]; + data[zig] = (short) (stbi__extend_receive(j,s) * (1 << shift)); + } + } + } while (k <= j->spec_end); + } else { + // refinement scan for these AC coefficients + + short bit = (short) (1 << j->succ_low); + + if (j->eob_run) { + --j->eob_run; + for (k = j->spec_start; k <= j->spec_end; ++k) { + short *p = &data[stbi__jpeg_dezigzag[k]]; + if (*p != 0) + if (stbi__jpeg_get_bit(j)) + if ((*p & bit)==0) { + if (*p > 0) + *p += bit; + else + *p -= bit; + } + } + } else { + k = j->spec_start; + do { + int r,s; + int rs = stbi__jpeg_huff_decode(j, hac); // @OPTIMIZE see if we can use the fast path here, advance-by-r is so slow, eh + if (rs < 0) return stbi__err("bad huffman code","Corrupt JPEG"); + s = rs & 15; + r = rs >> 4; + if (s == 0) { + if (r < 15) { + j->eob_run = (1 << r) - 1; + if (r) + j->eob_run += stbi__jpeg_get_bits(j, r); + r = 64; // force end of block + } else { + // r=15 s=0 should write 16 0s, so we just do + // a run of 15 0s and then write s (which is 0), + // so we don't have to do anything special here + } + } else { + if (s != 1) return stbi__err("bad huffman code", "Corrupt JPEG"); + // sign bit + if (stbi__jpeg_get_bit(j)) + s = bit; + else + s = -bit; + } + + // advance by r + while (k <= j->spec_end) { + short *p = &data[stbi__jpeg_dezigzag[k++]]; + if (*p != 0) { + if (stbi__jpeg_get_bit(j)) + if ((*p & bit)==0) { + if (*p > 0) + *p += bit; + else + *p -= bit; + } + } else { + if (r == 0) { + *p = (short) s; + break; + } + --r; + } + } + } while (k <= j->spec_end); + } + } + return 1; +} + +// take a -128..127 value and stbi__clamp it and convert to 0..255 +stbi_inline static stbi_uc stbi__clamp(int x) +{ + // trick to use a single test to catch both cases + if ((unsigned int) x > 255) { + if (x < 0) return 0; + if (x > 255) return 255; + } + return (stbi_uc) x; +} + +#define stbi__f2f(x) ((int) (((x) * 4096 + 0.5))) +#define stbi__fsh(x) ((x) * 4096) + +// derived from jidctint -- DCT_ISLOW +#define STBI__IDCT_1D(s0,s1,s2,s3,s4,s5,s6,s7) \ + int t0,t1,t2,t3,p1,p2,p3,p4,p5,x0,x1,x2,x3; \ + p2 = s2; \ + p3 = s6; \ + p1 = (p2+p3) * stbi__f2f(0.5411961f); \ + t2 = p1 + p3*stbi__f2f(-1.847759065f); \ + t3 = p1 + p2*stbi__f2f( 0.765366865f); \ + p2 = s0; \ + p3 = s4; \ + t0 = stbi__fsh(p2+p3); \ + t1 = stbi__fsh(p2-p3); \ + x0 = t0+t3; \ + x3 = t0-t3; \ + x1 = t1+t2; \ + x2 = t1-t2; \ + t0 = s7; \ + t1 = s5; \ + t2 = s3; \ + t3 = s1; \ + p3 = t0+t2; \ + p4 = t1+t3; \ + p1 = t0+t3; \ + p2 = t1+t2; \ + p5 = (p3+p4)*stbi__f2f( 1.175875602f); \ + t0 = t0*stbi__f2f( 0.298631336f); \ + t1 = t1*stbi__f2f( 2.053119869f); \ + t2 = t2*stbi__f2f( 3.072711026f); \ + t3 = t3*stbi__f2f( 1.501321110f); \ + p1 = p5 + p1*stbi__f2f(-0.899976223f); \ + p2 = p5 + p2*stbi__f2f(-2.562915447f); \ + p3 = p3*stbi__f2f(-1.961570560f); \ + p4 = p4*stbi__f2f(-0.390180644f); \ + t3 += p1+p4; \ + t2 += p2+p3; \ + t1 += p2+p4; \ + t0 += p1+p3; + +static void stbi__idct_block(stbi_uc *out, int out_stride, short data[64]) +{ + int i,val[64],*v=val; + stbi_uc *o; + short *d = data; + + // columns + for (i=0; i < 8; ++i,++d, ++v) { + // if all zeroes, shortcut -- this avoids dequantizing 0s and IDCTing + if (d[ 8]==0 && d[16]==0 && d[24]==0 && d[32]==0 + && d[40]==0 && d[48]==0 && d[56]==0) { + // no shortcut 0 seconds + // (1|2|3|4|5|6|7)==0 0 seconds + // all separate -0.047 seconds + // 1 && 2|3 && 4|5 && 6|7: -0.047 seconds + int dcterm = d[0]*4; + v[0] = v[8] = v[16] = v[24] = v[32] = v[40] = v[48] = v[56] = dcterm; + } else { + STBI__IDCT_1D(d[ 0],d[ 8],d[16],d[24],d[32],d[40],d[48],d[56]) + // constants scaled things up by 1<<12; let's bring them back + // down, but keep 2 extra bits of precision + x0 += 512; x1 += 512; x2 += 512; x3 += 512; + v[ 0] = (x0+t3) >> 10; + v[56] = (x0-t3) >> 10; + v[ 8] = (x1+t2) >> 10; + v[48] = (x1-t2) >> 10; + v[16] = (x2+t1) >> 10; + v[40] = (x2-t1) >> 10; + v[24] = (x3+t0) >> 10; + v[32] = (x3-t0) >> 10; + } + } + + for (i=0, v=val, o=out; i < 8; ++i,v+=8,o+=out_stride) { + // no fast case since the first 1D IDCT spread components out + STBI__IDCT_1D(v[0],v[1],v[2],v[3],v[4],v[5],v[6],v[7]) + // constants scaled things up by 1<<12, plus we had 1<<2 from first + // loop, plus horizontal and vertical each scale by sqrt(8) so together + // we've got an extra 1<<3, so 1<<17 total we need to remove. + // so we want to round that, which means adding 0.5 * 1<<17, + // aka 65536. Also, we'll end up with -128 to 127 that we want + // to encode as 0..255 by adding 128, so we'll add that before the shift + x0 += 65536 + (128<<17); + x1 += 65536 + (128<<17); + x2 += 65536 + (128<<17); + x3 += 65536 + (128<<17); + // tried computing the shifts into temps, or'ing the temps to see + // if any were out of range, but that was slower + o[0] = stbi__clamp((x0+t3) >> 17); + o[7] = stbi__clamp((x0-t3) >> 17); + o[1] = stbi__clamp((x1+t2) >> 17); + o[6] = stbi__clamp((x1-t2) >> 17); + o[2] = stbi__clamp((x2+t1) >> 17); + o[5] = stbi__clamp((x2-t1) >> 17); + o[3] = stbi__clamp((x3+t0) >> 17); + o[4] = stbi__clamp((x3-t0) >> 17); + } +} + +#ifdef STBI_SSE2 +// sse2 integer IDCT. not the fastest possible implementation but it +// produces bit-identical results to the generic C version so it's +// fully "transparent". +static void stbi__idct_simd(stbi_uc *out, int out_stride, short data[64]) +{ + // This is constructed to match our regular (generic) integer IDCT exactly. + __m128i row0, row1, row2, row3, row4, row5, row6, row7; + __m128i tmp; + + // dot product constant: even elems=x, odd elems=y + #define dct_const(x,y) _mm_setr_epi16((x),(y),(x),(y),(x),(y),(x),(y)) + + // out(0) = c0[even]*x + c0[odd]*y (c0, x, y 16-bit, out 32-bit) + // out(1) = c1[even]*x + c1[odd]*y + #define dct_rot(out0,out1, x,y,c0,c1) \ + __m128i c0##lo = _mm_unpacklo_epi16((x),(y)); \ + __m128i c0##hi = _mm_unpackhi_epi16((x),(y)); \ + __m128i out0##_l = _mm_madd_epi16(c0##lo, c0); \ + __m128i out0##_h = _mm_madd_epi16(c0##hi, c0); \ + __m128i out1##_l = _mm_madd_epi16(c0##lo, c1); \ + __m128i out1##_h = _mm_madd_epi16(c0##hi, c1) + + // out = in << 12 (in 16-bit, out 32-bit) + #define dct_widen(out, in) \ + __m128i out##_l = _mm_srai_epi32(_mm_unpacklo_epi16(_mm_setzero_si128(), (in)), 4); \ + __m128i out##_h = _mm_srai_epi32(_mm_unpackhi_epi16(_mm_setzero_si128(), (in)), 4) + + // wide add + #define dct_wadd(out, a, b) \ + __m128i out##_l = _mm_add_epi32(a##_l, b##_l); \ + __m128i out##_h = _mm_add_epi32(a##_h, b##_h) + + // wide sub + #define dct_wsub(out, a, b) \ + __m128i out##_l = _mm_sub_epi32(a##_l, b##_l); \ + __m128i out##_h = _mm_sub_epi32(a##_h, b##_h) + + // butterfly a/b, add bias, then shift by "s" and pack + #define dct_bfly32o(out0, out1, a,b,bias,s) \ + { \ + __m128i abiased_l = _mm_add_epi32(a##_l, bias); \ + __m128i abiased_h = _mm_add_epi32(a##_h, bias); \ + dct_wadd(sum, abiased, b); \ + dct_wsub(dif, abiased, b); \ + out0 = _mm_packs_epi32(_mm_srai_epi32(sum_l, s), _mm_srai_epi32(sum_h, s)); \ + out1 = _mm_packs_epi32(_mm_srai_epi32(dif_l, s), _mm_srai_epi32(dif_h, s)); \ + } + + // 8-bit interleave step (for transposes) + #define dct_interleave8(a, b) \ + tmp = a; \ + a = _mm_unpacklo_epi8(a, b); \ + b = _mm_unpackhi_epi8(tmp, b) + + // 16-bit interleave step (for transposes) + #define dct_interleave16(a, b) \ + tmp = a; \ + a = _mm_unpacklo_epi16(a, b); \ + b = _mm_unpackhi_epi16(tmp, b) + + #define dct_pass(bias,shift) \ + { \ + /* even part */ \ + dct_rot(t2e,t3e, row2,row6, rot0_0,rot0_1); \ + __m128i sum04 = _mm_add_epi16(row0, row4); \ + __m128i dif04 = _mm_sub_epi16(row0, row4); \ + dct_widen(t0e, sum04); \ + dct_widen(t1e, dif04); \ + dct_wadd(x0, t0e, t3e); \ + dct_wsub(x3, t0e, t3e); \ + dct_wadd(x1, t1e, t2e); \ + dct_wsub(x2, t1e, t2e); \ + /* odd part */ \ + dct_rot(y0o,y2o, row7,row3, rot2_0,rot2_1); \ + dct_rot(y1o,y3o, row5,row1, rot3_0,rot3_1); \ + __m128i sum17 = _mm_add_epi16(row1, row7); \ + __m128i sum35 = _mm_add_epi16(row3, row5); \ + dct_rot(y4o,y5o, sum17,sum35, rot1_0,rot1_1); \ + dct_wadd(x4, y0o, y4o); \ + dct_wadd(x5, y1o, y5o); \ + dct_wadd(x6, y2o, y5o); \ + dct_wadd(x7, y3o, y4o); \ + dct_bfly32o(row0,row7, x0,x7,bias,shift); \ + dct_bfly32o(row1,row6, x1,x6,bias,shift); \ + dct_bfly32o(row2,row5, x2,x5,bias,shift); \ + dct_bfly32o(row3,row4, x3,x4,bias,shift); \ + } + + __m128i rot0_0 = dct_const(stbi__f2f(0.5411961f), stbi__f2f(0.5411961f) + stbi__f2f(-1.847759065f)); + __m128i rot0_1 = dct_const(stbi__f2f(0.5411961f) + stbi__f2f( 0.765366865f), stbi__f2f(0.5411961f)); + __m128i rot1_0 = dct_const(stbi__f2f(1.175875602f) + stbi__f2f(-0.899976223f), stbi__f2f(1.175875602f)); + __m128i rot1_1 = dct_const(stbi__f2f(1.175875602f), stbi__f2f(1.175875602f) + stbi__f2f(-2.562915447f)); + __m128i rot2_0 = dct_const(stbi__f2f(-1.961570560f) + stbi__f2f( 0.298631336f), stbi__f2f(-1.961570560f)); + __m128i rot2_1 = dct_const(stbi__f2f(-1.961570560f), stbi__f2f(-1.961570560f) + stbi__f2f( 3.072711026f)); + __m128i rot3_0 = dct_const(stbi__f2f(-0.390180644f) + stbi__f2f( 2.053119869f), stbi__f2f(-0.390180644f)); + __m128i rot3_1 = dct_const(stbi__f2f(-0.390180644f), stbi__f2f(-0.390180644f) + stbi__f2f( 1.501321110f)); + + // rounding biases in column/row passes, see stbi__idct_block for explanation. + __m128i bias_0 = _mm_set1_epi32(512); + __m128i bias_1 = _mm_set1_epi32(65536 + (128<<17)); + + // load + row0 = _mm_load_si128((const __m128i *) (data + 0*8)); + row1 = _mm_load_si128((const __m128i *) (data + 1*8)); + row2 = _mm_load_si128((const __m128i *) (data + 2*8)); + row3 = _mm_load_si128((const __m128i *) (data + 3*8)); + row4 = _mm_load_si128((const __m128i *) (data + 4*8)); + row5 = _mm_load_si128((const __m128i *) (data + 5*8)); + row6 = _mm_load_si128((const __m128i *) (data + 6*8)); + row7 = _mm_load_si128((const __m128i *) (data + 7*8)); + + // column pass + dct_pass(bias_0, 10); + + { + // 16bit 8x8 transpose pass 1 + dct_interleave16(row0, row4); + dct_interleave16(row1, row5); + dct_interleave16(row2, row6); + dct_interleave16(row3, row7); + + // transpose pass 2 + dct_interleave16(row0, row2); + dct_interleave16(row1, row3); + dct_interleave16(row4, row6); + dct_interleave16(row5, row7); + + // transpose pass 3 + dct_interleave16(row0, row1); + dct_interleave16(row2, row3); + dct_interleave16(row4, row5); + dct_interleave16(row6, row7); + } + + // row pass + dct_pass(bias_1, 17); + + { + // pack + __m128i p0 = _mm_packus_epi16(row0, row1); // a0a1a2a3...a7b0b1b2b3...b7 + __m128i p1 = _mm_packus_epi16(row2, row3); + __m128i p2 = _mm_packus_epi16(row4, row5); + __m128i p3 = _mm_packus_epi16(row6, row7); + + // 8bit 8x8 transpose pass 1 + dct_interleave8(p0, p2); // a0e0a1e1... + dct_interleave8(p1, p3); // c0g0c1g1... + + // transpose pass 2 + dct_interleave8(p0, p1); // a0c0e0g0... + dct_interleave8(p2, p3); // b0d0f0h0... + + // transpose pass 3 + dct_interleave8(p0, p2); // a0b0c0d0... + dct_interleave8(p1, p3); // a4b4c4d4... + + // store + _mm_storel_epi64((__m128i *) out, p0); out += out_stride; + _mm_storel_epi64((__m128i *) out, _mm_shuffle_epi32(p0, 0x4e)); out += out_stride; + _mm_storel_epi64((__m128i *) out, p2); out += out_stride; + _mm_storel_epi64((__m128i *) out, _mm_shuffle_epi32(p2, 0x4e)); out += out_stride; + _mm_storel_epi64((__m128i *) out, p1); out += out_stride; + _mm_storel_epi64((__m128i *) out, _mm_shuffle_epi32(p1, 0x4e)); out += out_stride; + _mm_storel_epi64((__m128i *) out, p3); out += out_stride; + _mm_storel_epi64((__m128i *) out, _mm_shuffle_epi32(p3, 0x4e)); + } + +#undef dct_const +#undef dct_rot +#undef dct_widen +#undef dct_wadd +#undef dct_wsub +#undef dct_bfly32o +#undef dct_interleave8 +#undef dct_interleave16 +#undef dct_pass +} + +#endif // STBI_SSE2 + +#ifdef STBI_NEON + +// NEON integer IDCT. should produce bit-identical +// results to the generic C version. +static void stbi__idct_simd(stbi_uc *out, int out_stride, short data[64]) +{ + int16x8_t row0, row1, row2, row3, row4, row5, row6, row7; + + int16x4_t rot0_0 = vdup_n_s16(stbi__f2f(0.5411961f)); + int16x4_t rot0_1 = vdup_n_s16(stbi__f2f(-1.847759065f)); + int16x4_t rot0_2 = vdup_n_s16(stbi__f2f( 0.765366865f)); + int16x4_t rot1_0 = vdup_n_s16(stbi__f2f( 1.175875602f)); + int16x4_t rot1_1 = vdup_n_s16(stbi__f2f(-0.899976223f)); + int16x4_t rot1_2 = vdup_n_s16(stbi__f2f(-2.562915447f)); + int16x4_t rot2_0 = vdup_n_s16(stbi__f2f(-1.961570560f)); + int16x4_t rot2_1 = vdup_n_s16(stbi__f2f(-0.390180644f)); + int16x4_t rot3_0 = vdup_n_s16(stbi__f2f( 0.298631336f)); + int16x4_t rot3_1 = vdup_n_s16(stbi__f2f( 2.053119869f)); + int16x4_t rot3_2 = vdup_n_s16(stbi__f2f( 3.072711026f)); + int16x4_t rot3_3 = vdup_n_s16(stbi__f2f( 1.501321110f)); + +#define dct_long_mul(out, inq, coeff) \ + int32x4_t out##_l = vmull_s16(vget_low_s16(inq), coeff); \ + int32x4_t out##_h = vmull_s16(vget_high_s16(inq), coeff) + +#define dct_long_mac(out, acc, inq, coeff) \ + int32x4_t out##_l = vmlal_s16(acc##_l, vget_low_s16(inq), coeff); \ + int32x4_t out##_h = vmlal_s16(acc##_h, vget_high_s16(inq), coeff) + +#define dct_widen(out, inq) \ + int32x4_t out##_l = vshll_n_s16(vget_low_s16(inq), 12); \ + int32x4_t out##_h = vshll_n_s16(vget_high_s16(inq), 12) + +// wide add +#define dct_wadd(out, a, b) \ + int32x4_t out##_l = vaddq_s32(a##_l, b##_l); \ + int32x4_t out##_h = vaddq_s32(a##_h, b##_h) + +// wide sub +#define dct_wsub(out, a, b) \ + int32x4_t out##_l = vsubq_s32(a##_l, b##_l); \ + int32x4_t out##_h = vsubq_s32(a##_h, b##_h) + +// butterfly a/b, then shift using "shiftop" by "s" and pack +#define dct_bfly32o(out0,out1, a,b,shiftop,s) \ + { \ + dct_wadd(sum, a, b); \ + dct_wsub(dif, a, b); \ + out0 = vcombine_s16(shiftop(sum_l, s), shiftop(sum_h, s)); \ + out1 = vcombine_s16(shiftop(dif_l, s), shiftop(dif_h, s)); \ + } + +#define dct_pass(shiftop, shift) \ + { \ + /* even part */ \ + int16x8_t sum26 = vaddq_s16(row2, row6); \ + dct_long_mul(p1e, sum26, rot0_0); \ + dct_long_mac(t2e, p1e, row6, rot0_1); \ + dct_long_mac(t3e, p1e, row2, rot0_2); \ + int16x8_t sum04 = vaddq_s16(row0, row4); \ + int16x8_t dif04 = vsubq_s16(row0, row4); \ + dct_widen(t0e, sum04); \ + dct_widen(t1e, dif04); \ + dct_wadd(x0, t0e, t3e); \ + dct_wsub(x3, t0e, t3e); \ + dct_wadd(x1, t1e, t2e); \ + dct_wsub(x2, t1e, t2e); \ + /* odd part */ \ + int16x8_t sum15 = vaddq_s16(row1, row5); \ + int16x8_t sum17 = vaddq_s16(row1, row7); \ + int16x8_t sum35 = vaddq_s16(row3, row5); \ + int16x8_t sum37 = vaddq_s16(row3, row7); \ + int16x8_t sumodd = vaddq_s16(sum17, sum35); \ + dct_long_mul(p5o, sumodd, rot1_0); \ + dct_long_mac(p1o, p5o, sum17, rot1_1); \ + dct_long_mac(p2o, p5o, sum35, rot1_2); \ + dct_long_mul(p3o, sum37, rot2_0); \ + dct_long_mul(p4o, sum15, rot2_1); \ + dct_wadd(sump13o, p1o, p3o); \ + dct_wadd(sump24o, p2o, p4o); \ + dct_wadd(sump23o, p2o, p3o); \ + dct_wadd(sump14o, p1o, p4o); \ + dct_long_mac(x4, sump13o, row7, rot3_0); \ + dct_long_mac(x5, sump24o, row5, rot3_1); \ + dct_long_mac(x6, sump23o, row3, rot3_2); \ + dct_long_mac(x7, sump14o, row1, rot3_3); \ + dct_bfly32o(row0,row7, x0,x7,shiftop,shift); \ + dct_bfly32o(row1,row6, x1,x6,shiftop,shift); \ + dct_bfly32o(row2,row5, x2,x5,shiftop,shift); \ + dct_bfly32o(row3,row4, x3,x4,shiftop,shift); \ + } + + // load + row0 = vld1q_s16(data + 0*8); + row1 = vld1q_s16(data + 1*8); + row2 = vld1q_s16(data + 2*8); + row3 = vld1q_s16(data + 3*8); + row4 = vld1q_s16(data + 4*8); + row5 = vld1q_s16(data + 5*8); + row6 = vld1q_s16(data + 6*8); + row7 = vld1q_s16(data + 7*8); + + // add DC bias + row0 = vaddq_s16(row0, vsetq_lane_s16(1024, vdupq_n_s16(0), 0)); + + // column pass + dct_pass(vrshrn_n_s32, 10); + + // 16bit 8x8 transpose + { +// these three map to a single VTRN.16, VTRN.32, and VSWP, respectively. +// whether compilers actually get this is another story, sadly. +#define dct_trn16(x, y) { int16x8x2_t t = vtrnq_s16(x, y); x = t.val[0]; y = t.val[1]; } +#define dct_trn32(x, y) { int32x4x2_t t = vtrnq_s32(vreinterpretq_s32_s16(x), vreinterpretq_s32_s16(y)); x = vreinterpretq_s16_s32(t.val[0]); y = vreinterpretq_s16_s32(t.val[1]); } +#define dct_trn64(x, y) { int16x8_t x0 = x; int16x8_t y0 = y; x = vcombine_s16(vget_low_s16(x0), vget_low_s16(y0)); y = vcombine_s16(vget_high_s16(x0), vget_high_s16(y0)); } + + // pass 1 + dct_trn16(row0, row1); // a0b0a2b2a4b4a6b6 + dct_trn16(row2, row3); + dct_trn16(row4, row5); + dct_trn16(row6, row7); + + // pass 2 + dct_trn32(row0, row2); // a0b0c0d0a4b4c4d4 + dct_trn32(row1, row3); + dct_trn32(row4, row6); + dct_trn32(row5, row7); + + // pass 3 + dct_trn64(row0, row4); // a0b0c0d0e0f0g0h0 + dct_trn64(row1, row5); + dct_trn64(row2, row6); + dct_trn64(row3, row7); + +#undef dct_trn16 +#undef dct_trn32 +#undef dct_trn64 + } + + // row pass + // vrshrn_n_s32 only supports shifts up to 16, we need + // 17. so do a non-rounding shift of 16 first then follow + // up with a rounding shift by 1. + dct_pass(vshrn_n_s32, 16); + + { + // pack and round + uint8x8_t p0 = vqrshrun_n_s16(row0, 1); + uint8x8_t p1 = vqrshrun_n_s16(row1, 1); + uint8x8_t p2 = vqrshrun_n_s16(row2, 1); + uint8x8_t p3 = vqrshrun_n_s16(row3, 1); + uint8x8_t p4 = vqrshrun_n_s16(row4, 1); + uint8x8_t p5 = vqrshrun_n_s16(row5, 1); + uint8x8_t p6 = vqrshrun_n_s16(row6, 1); + uint8x8_t p7 = vqrshrun_n_s16(row7, 1); + + // again, these can translate into one instruction, but often don't. +#define dct_trn8_8(x, y) { uint8x8x2_t t = vtrn_u8(x, y); x = t.val[0]; y = t.val[1]; } +#define dct_trn8_16(x, y) { uint16x4x2_t t = vtrn_u16(vreinterpret_u16_u8(x), vreinterpret_u16_u8(y)); x = vreinterpret_u8_u16(t.val[0]); y = vreinterpret_u8_u16(t.val[1]); } +#define dct_trn8_32(x, y) { uint32x2x2_t t = vtrn_u32(vreinterpret_u32_u8(x), vreinterpret_u32_u8(y)); x = vreinterpret_u8_u32(t.val[0]); y = vreinterpret_u8_u32(t.val[1]); } + + // sadly can't use interleaved stores here since we only write + // 8 bytes to each scan line! + + // 8x8 8-bit transpose pass 1 + dct_trn8_8(p0, p1); + dct_trn8_8(p2, p3); + dct_trn8_8(p4, p5); + dct_trn8_8(p6, p7); + + // pass 2 + dct_trn8_16(p0, p2); + dct_trn8_16(p1, p3); + dct_trn8_16(p4, p6); + dct_trn8_16(p5, p7); + + // pass 3 + dct_trn8_32(p0, p4); + dct_trn8_32(p1, p5); + dct_trn8_32(p2, p6); + dct_trn8_32(p3, p7); + + // store + vst1_u8(out, p0); out += out_stride; + vst1_u8(out, p1); out += out_stride; + vst1_u8(out, p2); out += out_stride; + vst1_u8(out, p3); out += out_stride; + vst1_u8(out, p4); out += out_stride; + vst1_u8(out, p5); out += out_stride; + vst1_u8(out, p6); out += out_stride; + vst1_u8(out, p7); + +#undef dct_trn8_8 +#undef dct_trn8_16 +#undef dct_trn8_32 + } + +#undef dct_long_mul +#undef dct_long_mac +#undef dct_widen +#undef dct_wadd +#undef dct_wsub +#undef dct_bfly32o +#undef dct_pass +} + +#endif // STBI_NEON + +#define STBI__MARKER_none 0xff +// if there's a pending marker from the entropy stream, return that +// otherwise, fetch from the stream and get a marker. if there's no +// marker, return 0xff, which is never a valid marker value +static stbi_uc stbi__get_marker(stbi__jpeg *j) +{ + stbi_uc x; + if (j->marker != STBI__MARKER_none) { x = j->marker; j->marker = STBI__MARKER_none; return x; } + x = stbi__get8(j->s); + if (x != 0xff) return STBI__MARKER_none; + while (x == 0xff) + x = stbi__get8(j->s); // consume repeated 0xff fill bytes + return x; +} + +// in each scan, we'll have scan_n components, and the order +// of the components is specified by order[] +#define STBI__RESTART(x) ((x) >= 0xd0 && (x) <= 0xd7) + +// after a restart interval, stbi__jpeg_reset the entropy decoder and +// the dc prediction +static void stbi__jpeg_reset(stbi__jpeg *j) +{ + j->code_bits = 0; + j->code_buffer = 0; + j->nomore = 0; + j->img_comp[0].dc_pred = j->img_comp[1].dc_pred = j->img_comp[2].dc_pred = j->img_comp[3].dc_pred = 0; + j->marker = STBI__MARKER_none; + j->todo = j->restart_interval ? j->restart_interval : 0x7fffffff; + j->eob_run = 0; + // no more than 1<<31 MCUs if no restart_interal? that's plenty safe, + // since we don't even allow 1<<30 pixels +} + +static int stbi__parse_entropy_coded_data(stbi__jpeg *z) +{ + stbi__jpeg_reset(z); + if (!z->progressive) { + if (z->scan_n == 1) { + int i,j; + STBI_SIMD_ALIGN(short, data[64]); + int n = z->order[0]; + // non-interleaved data, we just need to process one block at a time, + // in trivial scanline order + // number of blocks to do just depends on how many actual "pixels" this + // component has, independent of interleaved MCU blocking and such + int w = (z->img_comp[n].x+7) >> 3; + int h = (z->img_comp[n].y+7) >> 3; + for (j=0; j < h; ++j) { + for (i=0; i < w; ++i) { + int ha = z->img_comp[n].ha; + if (!stbi__jpeg_decode_block(z, data, z->huff_dc+z->img_comp[n].hd, z->huff_ac+ha, z->fast_ac[ha], n, z->dequant[z->img_comp[n].tq])) return 0; + z->idct_block_kernel(z->img_comp[n].data+z->img_comp[n].w2*j*8+i*8, z->img_comp[n].w2, data); + // every data block is an MCU, so countdown the restart interval + if (--z->todo <= 0) { + if (z->code_bits < 24) stbi__grow_buffer_unsafe(z); + // if it's NOT a restart, then just bail, so we get corrupt data + // rather than no data + if (!STBI__RESTART(z->marker)) return 1; + stbi__jpeg_reset(z); + } + } + } + return 1; + } else { // interleaved + int i,j,k,x,y; + STBI_SIMD_ALIGN(short, data[64]); + for (j=0; j < z->img_mcu_y; ++j) { + for (i=0; i < z->img_mcu_x; ++i) { + // scan an interleaved mcu... process scan_n components in order + for (k=0; k < z->scan_n; ++k) { + int n = z->order[k]; + // scan out an mcu's worth of this component; that's just determined + // by the basic H and V specified for the component + for (y=0; y < z->img_comp[n].v; ++y) { + for (x=0; x < z->img_comp[n].h; ++x) { + int x2 = (i*z->img_comp[n].h + x)*8; + int y2 = (j*z->img_comp[n].v + y)*8; + int ha = z->img_comp[n].ha; + if (!stbi__jpeg_decode_block(z, data, z->huff_dc+z->img_comp[n].hd, z->huff_ac+ha, z->fast_ac[ha], n, z->dequant[z->img_comp[n].tq])) return 0; + z->idct_block_kernel(z->img_comp[n].data+z->img_comp[n].w2*y2+x2, z->img_comp[n].w2, data); + } + } + } + // after all interleaved components, that's an interleaved MCU, + // so now count down the restart interval + if (--z->todo <= 0) { + if (z->code_bits < 24) stbi__grow_buffer_unsafe(z); + if (!STBI__RESTART(z->marker)) return 1; + stbi__jpeg_reset(z); + } + } + } + return 1; + } + } else { + if (z->scan_n == 1) { + int i,j; + int n = z->order[0]; + // non-interleaved data, we just need to process one block at a time, + // in trivial scanline order + // number of blocks to do just depends on how many actual "pixels" this + // component has, independent of interleaved MCU blocking and such + int w = (z->img_comp[n].x+7) >> 3; + int h = (z->img_comp[n].y+7) >> 3; + for (j=0; j < h; ++j) { + for (i=0; i < w; ++i) { + short *data = z->img_comp[n].coeff + 64 * (i + j * z->img_comp[n].coeff_w); + if (z->spec_start == 0) { + if (!stbi__jpeg_decode_block_prog_dc(z, data, &z->huff_dc[z->img_comp[n].hd], n)) + return 0; + } else { + int ha = z->img_comp[n].ha; + if (!stbi__jpeg_decode_block_prog_ac(z, data, &z->huff_ac[ha], z->fast_ac[ha])) + return 0; + } + // every data block is an MCU, so countdown the restart interval + if (--z->todo <= 0) { + if (z->code_bits < 24) stbi__grow_buffer_unsafe(z); + if (!STBI__RESTART(z->marker)) return 1; + stbi__jpeg_reset(z); + } + } + } + return 1; + } else { // interleaved + int i,j,k,x,y; + for (j=0; j < z->img_mcu_y; ++j) { + for (i=0; i < z->img_mcu_x; ++i) { + // scan an interleaved mcu... process scan_n components in order + for (k=0; k < z->scan_n; ++k) { + int n = z->order[k]; + // scan out an mcu's worth of this component; that's just determined + // by the basic H and V specified for the component + for (y=0; y < z->img_comp[n].v; ++y) { + for (x=0; x < z->img_comp[n].h; ++x) { + int x2 = (i*z->img_comp[n].h + x); + int y2 = (j*z->img_comp[n].v + y); + short *data = z->img_comp[n].coeff + 64 * (x2 + y2 * z->img_comp[n].coeff_w); + if (!stbi__jpeg_decode_block_prog_dc(z, data, &z->huff_dc[z->img_comp[n].hd], n)) + return 0; + } + } + } + // after all interleaved components, that's an interleaved MCU, + // so now count down the restart interval + if (--z->todo <= 0) { + if (z->code_bits < 24) stbi__grow_buffer_unsafe(z); + if (!STBI__RESTART(z->marker)) return 1; + stbi__jpeg_reset(z); + } + } + } + return 1; + } + } +} + +static void stbi__jpeg_dequantize(short *data, stbi__uint16 *dequant) +{ + int i; + for (i=0; i < 64; ++i) + data[i] *= dequant[i]; +} + +static void stbi__jpeg_finish(stbi__jpeg *z) +{ + if (z->progressive) { + // dequantize and idct the data + int i,j,n; + for (n=0; n < z->s->img_n; ++n) { + int w = (z->img_comp[n].x+7) >> 3; + int h = (z->img_comp[n].y+7) >> 3; + for (j=0; j < h; ++j) { + for (i=0; i < w; ++i) { + short *data = z->img_comp[n].coeff + 64 * (i + j * z->img_comp[n].coeff_w); + stbi__jpeg_dequantize(data, z->dequant[z->img_comp[n].tq]); + z->idct_block_kernel(z->img_comp[n].data+z->img_comp[n].w2*j*8+i*8, z->img_comp[n].w2, data); + } + } + } + } +} + +static int stbi__process_marker(stbi__jpeg *z, int m) +{ + int L; + switch (m) { + case STBI__MARKER_none: // no marker found + return stbi__err("expected marker","Corrupt JPEG"); + + case 0xDD: // DRI - specify restart interval + if (stbi__get16be(z->s) != 4) return stbi__err("bad DRI len","Corrupt JPEG"); + z->restart_interval = stbi__get16be(z->s); + return 1; + + case 0xDB: // DQT - define quantization table + L = stbi__get16be(z->s)-2; + while (L > 0) { + int q = stbi__get8(z->s); + int p = q >> 4, sixteen = (p != 0); + int t = q & 15,i; + if (p != 0 && p != 1) return stbi__err("bad DQT type","Corrupt JPEG"); + if (t > 3) return stbi__err("bad DQT table","Corrupt JPEG"); + + for (i=0; i < 64; ++i) + z->dequant[t][stbi__jpeg_dezigzag[i]] = (stbi__uint16)(sixteen ? stbi__get16be(z->s) : stbi__get8(z->s)); + L -= (sixteen ? 129 : 65); + } + return L==0; + + case 0xC4: // DHT - define huffman table + L = stbi__get16be(z->s)-2; + while (L > 0) { + stbi_uc *v; + int sizes[16],i,n=0; + int q = stbi__get8(z->s); + int tc = q >> 4; + int th = q & 15; + if (tc > 1 || th > 3) return stbi__err("bad DHT header","Corrupt JPEG"); + for (i=0; i < 16; ++i) { + sizes[i] = stbi__get8(z->s); + n += sizes[i]; + } + if(n > 256) return stbi__err("bad DHT header","Corrupt JPEG"); // Loop over i < n would write past end of values! + L -= 17; + if (tc == 0) { + if (!stbi__build_huffman(z->huff_dc+th, sizes)) return 0; + v = z->huff_dc[th].values; + } else { + if (!stbi__build_huffman(z->huff_ac+th, sizes)) return 0; + v = z->huff_ac[th].values; + } + for (i=0; i < n; ++i) + v[i] = stbi__get8(z->s); + if (tc != 0) + stbi__build_fast_ac(z->fast_ac[th], z->huff_ac + th); + L -= n; + } + return L==0; + } + + // check for comment block or APP blocks + if ((m >= 0xE0 && m <= 0xEF) || m == 0xFE) { + L = stbi__get16be(z->s); + if (L < 2) { + if (m == 0xFE) + return stbi__err("bad COM len","Corrupt JPEG"); + else + return stbi__err("bad APP len","Corrupt JPEG"); + } + L -= 2; + + if (m == 0xE0 && L >= 5) { // JFIF APP0 segment + static const unsigned char tag[5] = {'J','F','I','F','\0'}; + int ok = 1; + int i; + for (i=0; i < 5; ++i) + if (stbi__get8(z->s) != tag[i]) + ok = 0; + L -= 5; + if (ok) + z->jfif = 1; + } else if (m == 0xEE && L >= 12) { // Adobe APP14 segment + static const unsigned char tag[6] = {'A','d','o','b','e','\0'}; + int ok = 1; + int i; + for (i=0; i < 6; ++i) + if (stbi__get8(z->s) != tag[i]) + ok = 0; + L -= 6; + if (ok) { + stbi__get8(z->s); // version + stbi__get16be(z->s); // flags0 + stbi__get16be(z->s); // flags1 + z->app14_color_transform = stbi__get8(z->s); // color transform + L -= 6; + } + } + + stbi__skip(z->s, L); + return 1; + } + + return stbi__err("unknown marker","Corrupt JPEG"); +} + +// after we see SOS +static int stbi__process_scan_header(stbi__jpeg *z) +{ + int i; + int Ls = stbi__get16be(z->s); + z->scan_n = stbi__get8(z->s); + if (z->scan_n < 1 || z->scan_n > 4 || z->scan_n > (int) z->s->img_n) return stbi__err("bad SOS component count","Corrupt JPEG"); + if (Ls != 6+2*z->scan_n) return stbi__err("bad SOS len","Corrupt JPEG"); + for (i=0; i < z->scan_n; ++i) { + int id = stbi__get8(z->s), which; + int q = stbi__get8(z->s); + for (which = 0; which < z->s->img_n; ++which) + if (z->img_comp[which].id == id) + break; + if (which == z->s->img_n) return 0; // no match + z->img_comp[which].hd = q >> 4; if (z->img_comp[which].hd > 3) return stbi__err("bad DC huff","Corrupt JPEG"); + z->img_comp[which].ha = q & 15; if (z->img_comp[which].ha > 3) return stbi__err("bad AC huff","Corrupt JPEG"); + z->order[i] = which; + } + + { + int aa; + z->spec_start = stbi__get8(z->s); + z->spec_end = stbi__get8(z->s); // should be 63, but might be 0 + aa = stbi__get8(z->s); + z->succ_high = (aa >> 4); + z->succ_low = (aa & 15); + if (z->progressive) { + if (z->spec_start > 63 || z->spec_end > 63 || z->spec_start > z->spec_end || z->succ_high > 13 || z->succ_low > 13) + return stbi__err("bad SOS", "Corrupt JPEG"); + } else { + if (z->spec_start != 0) return stbi__err("bad SOS","Corrupt JPEG"); + if (z->succ_high != 0 || z->succ_low != 0) return stbi__err("bad SOS","Corrupt JPEG"); + z->spec_end = 63; + } + } + + return 1; +} + +static int stbi__free_jpeg_components(stbi__jpeg *z, int ncomp, int why) +{ + int i; + for (i=0; i < ncomp; ++i) { + if (z->img_comp[i].raw_data) { + STBI_FREE(z->img_comp[i].raw_data); + z->img_comp[i].raw_data = NULL; + z->img_comp[i].data = NULL; + } + if (z->img_comp[i].raw_coeff) { + STBI_FREE(z->img_comp[i].raw_coeff); + z->img_comp[i].raw_coeff = 0; + z->img_comp[i].coeff = 0; + } + if (z->img_comp[i].linebuf) { + STBI_FREE(z->img_comp[i].linebuf); + z->img_comp[i].linebuf = NULL; + } + } + return why; +} + +static int stbi__process_frame_header(stbi__jpeg *z, int scan) +{ + stbi__context *s = z->s; + int Lf,p,i,q, h_max=1,v_max=1,c; + Lf = stbi__get16be(s); if (Lf < 11) return stbi__err("bad SOF len","Corrupt JPEG"); // JPEG + p = stbi__get8(s); if (p != 8) return stbi__err("only 8-bit","JPEG format not supported: 8-bit only"); // JPEG baseline + s->img_y = stbi__get16be(s); if (s->img_y == 0) return stbi__err("no header height", "JPEG format not supported: delayed height"); // Legal, but we don't handle it--but neither does IJG + s->img_x = stbi__get16be(s); if (s->img_x == 0) return stbi__err("0 width","Corrupt JPEG"); // JPEG requires + if (s->img_y > STBI_MAX_DIMENSIONS) return stbi__err("too large","Very large image (corrupt?)"); + if (s->img_x > STBI_MAX_DIMENSIONS) return stbi__err("too large","Very large image (corrupt?)"); + c = stbi__get8(s); + if (c != 3 && c != 1 && c != 4) return stbi__err("bad component count","Corrupt JPEG"); + s->img_n = c; + for (i=0; i < c; ++i) { + z->img_comp[i].data = NULL; + z->img_comp[i].linebuf = NULL; + } + + if (Lf != 8+3*s->img_n) return stbi__err("bad SOF len","Corrupt JPEG"); + + z->rgb = 0; + for (i=0; i < s->img_n; ++i) { + static const unsigned char rgb[3] = { 'R', 'G', 'B' }; + z->img_comp[i].id = stbi__get8(s); + if (s->img_n == 3 && z->img_comp[i].id == rgb[i]) + ++z->rgb; + q = stbi__get8(s); + z->img_comp[i].h = (q >> 4); if (!z->img_comp[i].h || z->img_comp[i].h > 4) return stbi__err("bad H","Corrupt JPEG"); + z->img_comp[i].v = q & 15; if (!z->img_comp[i].v || z->img_comp[i].v > 4) return stbi__err("bad V","Corrupt JPEG"); + z->img_comp[i].tq = stbi__get8(s); if (z->img_comp[i].tq > 3) return stbi__err("bad TQ","Corrupt JPEG"); + } + + if (scan != STBI__SCAN_load) return 1; + + if (!stbi__mad3sizes_valid(s->img_x, s->img_y, s->img_n, 0)) return stbi__err("too large", "Image too large to decode"); + + for (i=0; i < s->img_n; ++i) { + if (z->img_comp[i].h > h_max) h_max = z->img_comp[i].h; + if (z->img_comp[i].v > v_max) v_max = z->img_comp[i].v; + } + + // check that plane subsampling factors are integer ratios; our resamplers can't deal with fractional ratios + // and I've never seen a non-corrupted JPEG file actually use them + for (i=0; i < s->img_n; ++i) { + if (h_max % z->img_comp[i].h != 0) return stbi__err("bad H","Corrupt JPEG"); + if (v_max % z->img_comp[i].v != 0) return stbi__err("bad V","Corrupt JPEG"); + } + + // compute interleaved mcu info + z->img_h_max = h_max; + z->img_v_max = v_max; + z->img_mcu_w = h_max * 8; + z->img_mcu_h = v_max * 8; + // these sizes can't be more than 17 bits + z->img_mcu_x = (s->img_x + z->img_mcu_w-1) / z->img_mcu_w; + z->img_mcu_y = (s->img_y + z->img_mcu_h-1) / z->img_mcu_h; + + for (i=0; i < s->img_n; ++i) { + // number of effective pixels (e.g. for non-interleaved MCU) + z->img_comp[i].x = (s->img_x * z->img_comp[i].h + h_max-1) / h_max; + z->img_comp[i].y = (s->img_y * z->img_comp[i].v + v_max-1) / v_max; + // to simplify generation, we'll allocate enough memory to decode + // the bogus oversized data from using interleaved MCUs and their + // big blocks (e.g. a 16x16 iMCU on an image of width 33); we won't + // discard the extra data until colorspace conversion + // + // img_mcu_x, img_mcu_y: <=17 bits; comp[i].h and .v are <=4 (checked earlier) + // so these muls can't overflow with 32-bit ints (which we require) + z->img_comp[i].w2 = z->img_mcu_x * z->img_comp[i].h * 8; + z->img_comp[i].h2 = z->img_mcu_y * z->img_comp[i].v * 8; + z->img_comp[i].coeff = 0; + z->img_comp[i].raw_coeff = 0; + z->img_comp[i].linebuf = NULL; + z->img_comp[i].raw_data = stbi__malloc_mad2(z->img_comp[i].w2, z->img_comp[i].h2, 15); + if (z->img_comp[i].raw_data == NULL) + return stbi__free_jpeg_components(z, i+1, stbi__err("outofmem", "Out of memory")); + // align blocks for idct using mmx/sse + z->img_comp[i].data = (stbi_uc*) (((size_t) z->img_comp[i].raw_data + 15) & ~15); + if (z->progressive) { + // w2, h2 are multiples of 8 (see above) + z->img_comp[i].coeff_w = z->img_comp[i].w2 / 8; + z->img_comp[i].coeff_h = z->img_comp[i].h2 / 8; + z->img_comp[i].raw_coeff = stbi__malloc_mad3(z->img_comp[i].w2, z->img_comp[i].h2, sizeof(short), 15); + if (z->img_comp[i].raw_coeff == NULL) + return stbi__free_jpeg_components(z, i+1, stbi__err("outofmem", "Out of memory")); + z->img_comp[i].coeff = (short*) (((size_t) z->img_comp[i].raw_coeff + 15) & ~15); + } + } + + return 1; +} + +// use comparisons since in some cases we handle more than one case (e.g. SOF) +#define stbi__DNL(x) ((x) == 0xdc) +#define stbi__SOI(x) ((x) == 0xd8) +#define stbi__EOI(x) ((x) == 0xd9) +#define stbi__SOF(x) ((x) == 0xc0 || (x) == 0xc1 || (x) == 0xc2) +#define stbi__SOS(x) ((x) == 0xda) + +#define stbi__SOF_progressive(x) ((x) == 0xc2) + +static int stbi__decode_jpeg_header(stbi__jpeg *z, int scan) +{ + int m; + z->jfif = 0; + z->app14_color_transform = -1; // valid values are 0,1,2 + z->marker = STBI__MARKER_none; // initialize cached marker to empty + m = stbi__get_marker(z); + if (!stbi__SOI(m)) return stbi__err("no SOI","Corrupt JPEG"); + if (scan == STBI__SCAN_type) return 1; + m = stbi__get_marker(z); + while (!stbi__SOF(m)) { + if (!stbi__process_marker(z,m)) return 0; + m = stbi__get_marker(z); + while (m == STBI__MARKER_none) { + // some files have extra padding after their blocks, so ok, we'll scan + if (stbi__at_eof(z->s)) return stbi__err("no SOF", "Corrupt JPEG"); + m = stbi__get_marker(z); + } + } + z->progressive = stbi__SOF_progressive(m); + if (!stbi__process_frame_header(z, scan)) return 0; + return 1; +} + +static stbi_uc stbi__skip_jpeg_junk_at_end(stbi__jpeg *j) +{ + // some JPEGs have junk at end, skip over it but if we find what looks + // like a valid marker, resume there + while (!stbi__at_eof(j->s)) { + stbi_uc x = stbi__get8(j->s); + while (x == 0xff) { // might be a marker + if (stbi__at_eof(j->s)) return STBI__MARKER_none; + x = stbi__get8(j->s); + if (x != 0x00 && x != 0xff) { + // not a stuffed zero or lead-in to another marker, looks + // like an actual marker, return it + return x; + } + // stuffed zero has x=0 now which ends the loop, meaning we go + // back to regular scan loop. + // repeated 0xff keeps trying to read the next byte of the marker. + } + } + return STBI__MARKER_none; +} + +// decode image to YCbCr format +static int stbi__decode_jpeg_image(stbi__jpeg *j) +{ + int m; + for (m = 0; m < 4; m++) { + j->img_comp[m].raw_data = NULL; + j->img_comp[m].raw_coeff = NULL; + } + j->restart_interval = 0; + if (!stbi__decode_jpeg_header(j, STBI__SCAN_load)) return 0; + m = stbi__get_marker(j); + while (!stbi__EOI(m)) { + if (stbi__SOS(m)) { + if (!stbi__process_scan_header(j)) return 0; + if (!stbi__parse_entropy_coded_data(j)) return 0; + if (j->marker == STBI__MARKER_none ) { + j->marker = stbi__skip_jpeg_junk_at_end(j); + // if we reach eof without hitting a marker, stbi__get_marker() below will fail and we'll eventually return 0 + } + m = stbi__get_marker(j); + if (STBI__RESTART(m)) + m = stbi__get_marker(j); + } else if (stbi__DNL(m)) { + int Ld = stbi__get16be(j->s); + stbi__uint32 NL = stbi__get16be(j->s); + if (Ld != 4) return stbi__err("bad DNL len", "Corrupt JPEG"); + if (NL != j->s->img_y) return stbi__err("bad DNL height", "Corrupt JPEG"); + m = stbi__get_marker(j); + } else { + if (!stbi__process_marker(j, m)) return 1; + m = stbi__get_marker(j); + } + } + if (j->progressive) + stbi__jpeg_finish(j); + return 1; +} + +// static jfif-centered resampling (across block boundaries) + +typedef stbi_uc *(*resample_row_func)(stbi_uc *out, stbi_uc *in0, stbi_uc *in1, + int w, int hs); + +#define stbi__div4(x) ((stbi_uc) ((x) >> 2)) + +static stbi_uc *resample_row_1(stbi_uc *out, stbi_uc *in_near, stbi_uc *in_far, int w, int hs) +{ + STBI_NOTUSED(out); + STBI_NOTUSED(in_far); + STBI_NOTUSED(w); + STBI_NOTUSED(hs); + return in_near; +} + +static stbi_uc* stbi__resample_row_v_2(stbi_uc *out, stbi_uc *in_near, stbi_uc *in_far, int w, int hs) +{ + // need to generate two samples vertically for every one in input + int i; + STBI_NOTUSED(hs); + for (i=0; i < w; ++i) + out[i] = stbi__div4(3*in_near[i] + in_far[i] + 2); + return out; +} + +static stbi_uc* stbi__resample_row_h_2(stbi_uc *out, stbi_uc *in_near, stbi_uc *in_far, int w, int hs) +{ + // need to generate two samples horizontally for every one in input + int i; + stbi_uc *input = in_near; + + if (w == 1) { + // if only one sample, can't do any interpolation + out[0] = out[1] = input[0]; + return out; + } + + out[0] = input[0]; + out[1] = stbi__div4(input[0]*3 + input[1] + 2); + for (i=1; i < w-1; ++i) { + int n = 3*input[i]+2; + out[i*2+0] = stbi__div4(n+input[i-1]); + out[i*2+1] = stbi__div4(n+input[i+1]); + } + out[i*2+0] = stbi__div4(input[w-2]*3 + input[w-1] + 2); + out[i*2+1] = input[w-1]; + + STBI_NOTUSED(in_far); + STBI_NOTUSED(hs); + + return out; +} + +#define stbi__div16(x) ((stbi_uc) ((x) >> 4)) + +static stbi_uc *stbi__resample_row_hv_2(stbi_uc *out, stbi_uc *in_near, stbi_uc *in_far, int w, int hs) +{ + // need to generate 2x2 samples for every one in input + int i,t0,t1; + if (w == 1) { + out[0] = out[1] = stbi__div4(3*in_near[0] + in_far[0] + 2); + return out; + } + + t1 = 3*in_near[0] + in_far[0]; + out[0] = stbi__div4(t1+2); + for (i=1; i < w; ++i) { + t0 = t1; + t1 = 3*in_near[i]+in_far[i]; + out[i*2-1] = stbi__div16(3*t0 + t1 + 8); + out[i*2 ] = stbi__div16(3*t1 + t0 + 8); + } + out[w*2-1] = stbi__div4(t1+2); + + STBI_NOTUSED(hs); + + return out; +} + +#if defined(STBI_SSE2) || defined(STBI_NEON) +static stbi_uc *stbi__resample_row_hv_2_simd(stbi_uc *out, stbi_uc *in_near, stbi_uc *in_far, int w, int hs) +{ + // need to generate 2x2 samples for every one in input + int i=0,t0,t1; + + if (w == 1) { + out[0] = out[1] = stbi__div4(3*in_near[0] + in_far[0] + 2); + return out; + } + + t1 = 3*in_near[0] + in_far[0]; + // process groups of 8 pixels for as long as we can. + // note we can't handle the last pixel in a row in this loop + // because we need to handle the filter boundary conditions. + for (; i < ((w-1) & ~7); i += 8) { +#if defined(STBI_SSE2) + // load and perform the vertical filtering pass + // this uses 3*x + y = 4*x + (y - x) + __m128i zero = _mm_setzero_si128(); + __m128i farb = _mm_loadl_epi64((__m128i *) (in_far + i)); + __m128i nearb = _mm_loadl_epi64((__m128i *) (in_near + i)); + __m128i farw = _mm_unpacklo_epi8(farb, zero); + __m128i nearw = _mm_unpacklo_epi8(nearb, zero); + __m128i diff = _mm_sub_epi16(farw, nearw); + __m128i nears = _mm_slli_epi16(nearw, 2); + __m128i curr = _mm_add_epi16(nears, diff); // current row + + // horizontal filter works the same based on shifted vers of current + // row. "prev" is current row shifted right by 1 pixel; we need to + // insert the previous pixel value (from t1). + // "next" is current row shifted left by 1 pixel, with first pixel + // of next block of 8 pixels added in. + __m128i prv0 = _mm_slli_si128(curr, 2); + __m128i nxt0 = _mm_srli_si128(curr, 2); + __m128i prev = _mm_insert_epi16(prv0, t1, 0); + __m128i next = _mm_insert_epi16(nxt0, 3*in_near[i+8] + in_far[i+8], 7); + + // horizontal filter, polyphase implementation since it's convenient: + // even pixels = 3*cur + prev = cur*4 + (prev - cur) + // odd pixels = 3*cur + next = cur*4 + (next - cur) + // note the shared term. + __m128i bias = _mm_set1_epi16(8); + __m128i curs = _mm_slli_epi16(curr, 2); + __m128i prvd = _mm_sub_epi16(prev, curr); + __m128i nxtd = _mm_sub_epi16(next, curr); + __m128i curb = _mm_add_epi16(curs, bias); + __m128i even = _mm_add_epi16(prvd, curb); + __m128i odd = _mm_add_epi16(nxtd, curb); + + // interleave even and odd pixels, then undo scaling. + __m128i int0 = _mm_unpacklo_epi16(even, odd); + __m128i int1 = _mm_unpackhi_epi16(even, odd); + __m128i de0 = _mm_srli_epi16(int0, 4); + __m128i de1 = _mm_srli_epi16(int1, 4); + + // pack and write output + __m128i outv = _mm_packus_epi16(de0, de1); + _mm_storeu_si128((__m128i *) (out + i*2), outv); +#elif defined(STBI_NEON) + // load and perform the vertical filtering pass + // this uses 3*x + y = 4*x + (y - x) + uint8x8_t farb = vld1_u8(in_far + i); + uint8x8_t nearb = vld1_u8(in_near + i); + int16x8_t diff = vreinterpretq_s16_u16(vsubl_u8(farb, nearb)); + int16x8_t nears = vreinterpretq_s16_u16(vshll_n_u8(nearb, 2)); + int16x8_t curr = vaddq_s16(nears, diff); // current row + + // horizontal filter works the same based on shifted vers of current + // row. "prev" is current row shifted right by 1 pixel; we need to + // insert the previous pixel value (from t1). + // "next" is current row shifted left by 1 pixel, with first pixel + // of next block of 8 pixels added in. + int16x8_t prv0 = vextq_s16(curr, curr, 7); + int16x8_t nxt0 = vextq_s16(curr, curr, 1); + int16x8_t prev = vsetq_lane_s16(t1, prv0, 0); + int16x8_t next = vsetq_lane_s16(3*in_near[i+8] + in_far[i+8], nxt0, 7); + + // horizontal filter, polyphase implementation since it's convenient: + // even pixels = 3*cur + prev = cur*4 + (prev - cur) + // odd pixels = 3*cur + next = cur*4 + (next - cur) + // note the shared term. + int16x8_t curs = vshlq_n_s16(curr, 2); + int16x8_t prvd = vsubq_s16(prev, curr); + int16x8_t nxtd = vsubq_s16(next, curr); + int16x8_t even = vaddq_s16(curs, prvd); + int16x8_t odd = vaddq_s16(curs, nxtd); + + // undo scaling and round, then store with even/odd phases interleaved + uint8x8x2_t o; + o.val[0] = vqrshrun_n_s16(even, 4); + o.val[1] = vqrshrun_n_s16(odd, 4); + vst2_u8(out + i*2, o); +#endif + + // "previous" value for next iter + t1 = 3*in_near[i+7] + in_far[i+7]; + } + + t0 = t1; + t1 = 3*in_near[i] + in_far[i]; + out[i*2] = stbi__div16(3*t1 + t0 + 8); + + for (++i; i < w; ++i) { + t0 = t1; + t1 = 3*in_near[i]+in_far[i]; + out[i*2-1] = stbi__div16(3*t0 + t1 + 8); + out[i*2 ] = stbi__div16(3*t1 + t0 + 8); + } + out[w*2-1] = stbi__div4(t1+2); + + STBI_NOTUSED(hs); + + return out; +} +#endif + +static stbi_uc *stbi__resample_row_generic(stbi_uc *out, stbi_uc *in_near, stbi_uc *in_far, int w, int hs) +{ + // resample with nearest-neighbor + int i,j; + STBI_NOTUSED(in_far); + for (i=0; i < w; ++i) + for (j=0; j < hs; ++j) + out[i*hs+j] = in_near[i]; + return out; +} + +// this is a reduced-precision calculation of YCbCr-to-RGB introduced +// to make sure the code produces the same results in both SIMD and scalar +#define stbi__float2fixed(x) (((int) ((x) * 4096.0f + 0.5f)) << 8) +static void stbi__YCbCr_to_RGB_row(stbi_uc *out, const stbi_uc *y, const stbi_uc *pcb, const stbi_uc *pcr, int count, int step) +{ + int i; + for (i=0; i < count; ++i) { + int y_fixed = (y[i] << 20) + (1<<19); // rounding + int r,g,b; + int cr = pcr[i] - 128; + int cb = pcb[i] - 128; + r = y_fixed + cr* stbi__float2fixed(1.40200f); + g = y_fixed + (cr*-stbi__float2fixed(0.71414f)) + ((cb*-stbi__float2fixed(0.34414f)) & 0xffff0000); + b = y_fixed + cb* stbi__float2fixed(1.77200f); + r >>= 20; + g >>= 20; + b >>= 20; + if ((unsigned) r > 255) { if (r < 0) r = 0; else r = 255; } + if ((unsigned) g > 255) { if (g < 0) g = 0; else g = 255; } + if ((unsigned) b > 255) { if (b < 0) b = 0; else b = 255; } + out[0] = (stbi_uc)r; + out[1] = (stbi_uc)g; + out[2] = (stbi_uc)b; + out[3] = 255; + out += step; + } +} + +#if defined(STBI_SSE2) || defined(STBI_NEON) +static void stbi__YCbCr_to_RGB_simd(stbi_uc *out, stbi_uc const *y, stbi_uc const *pcb, stbi_uc const *pcr, int count, int step) +{ + int i = 0; + +#ifdef STBI_SSE2 + // step == 3 is pretty ugly on the final interleave, and i'm not convinced + // it's useful in practice (you wouldn't use it for textures, for example). + // so just accelerate step == 4 case. + if (step == 4) { + // this is a fairly straightforward implementation and not super-optimized. + __m128i signflip = _mm_set1_epi8(-0x80); + __m128i cr_const0 = _mm_set1_epi16( (short) ( 1.40200f*4096.0f+0.5f)); + __m128i cr_const1 = _mm_set1_epi16( - (short) ( 0.71414f*4096.0f+0.5f)); + __m128i cb_const0 = _mm_set1_epi16( - (short) ( 0.34414f*4096.0f+0.5f)); + __m128i cb_const1 = _mm_set1_epi16( (short) ( 1.77200f*4096.0f+0.5f)); + __m128i y_bias = _mm_set1_epi8((char) (unsigned char) 128); + __m128i xw = _mm_set1_epi16(255); // alpha channel + + for (; i+7 < count; i += 8) { + // load + __m128i y_bytes = _mm_loadl_epi64((__m128i *) (y+i)); + __m128i cr_bytes = _mm_loadl_epi64((__m128i *) (pcr+i)); + __m128i cb_bytes = _mm_loadl_epi64((__m128i *) (pcb+i)); + __m128i cr_biased = _mm_xor_si128(cr_bytes, signflip); // -128 + __m128i cb_biased = _mm_xor_si128(cb_bytes, signflip); // -128 + + // unpack to short (and left-shift cr, cb by 8) + __m128i yw = _mm_unpacklo_epi8(y_bias, y_bytes); + __m128i crw = _mm_unpacklo_epi8(_mm_setzero_si128(), cr_biased); + __m128i cbw = _mm_unpacklo_epi8(_mm_setzero_si128(), cb_biased); + + // color transform + __m128i yws = _mm_srli_epi16(yw, 4); + __m128i cr0 = _mm_mulhi_epi16(cr_const0, crw); + __m128i cb0 = _mm_mulhi_epi16(cb_const0, cbw); + __m128i cb1 = _mm_mulhi_epi16(cbw, cb_const1); + __m128i cr1 = _mm_mulhi_epi16(crw, cr_const1); + __m128i rws = _mm_add_epi16(cr0, yws); + __m128i gwt = _mm_add_epi16(cb0, yws); + __m128i bws = _mm_add_epi16(yws, cb1); + __m128i gws = _mm_add_epi16(gwt, cr1); + + // descale + __m128i rw = _mm_srai_epi16(rws, 4); + __m128i bw = _mm_srai_epi16(bws, 4); + __m128i gw = _mm_srai_epi16(gws, 4); + + // back to byte, set up for transpose + __m128i brb = _mm_packus_epi16(rw, bw); + __m128i gxb = _mm_packus_epi16(gw, xw); + + // transpose to interleave channels + __m128i t0 = _mm_unpacklo_epi8(brb, gxb); + __m128i t1 = _mm_unpackhi_epi8(brb, gxb); + __m128i o0 = _mm_unpacklo_epi16(t0, t1); + __m128i o1 = _mm_unpackhi_epi16(t0, t1); + + // store + _mm_storeu_si128((__m128i *) (out + 0), o0); + _mm_storeu_si128((__m128i *) (out + 16), o1); + out += 32; + } + } +#endif + +#ifdef STBI_NEON + // in this version, step=3 support would be easy to add. but is there demand? + if (step == 4) { + // this is a fairly straightforward implementation and not super-optimized. + uint8x8_t signflip = vdup_n_u8(0x80); + int16x8_t cr_const0 = vdupq_n_s16( (short) ( 1.40200f*4096.0f+0.5f)); + int16x8_t cr_const1 = vdupq_n_s16( - (short) ( 0.71414f*4096.0f+0.5f)); + int16x8_t cb_const0 = vdupq_n_s16( - (short) ( 0.34414f*4096.0f+0.5f)); + int16x8_t cb_const1 = vdupq_n_s16( (short) ( 1.77200f*4096.0f+0.5f)); + + for (; i+7 < count; i += 8) { + // load + uint8x8_t y_bytes = vld1_u8(y + i); + uint8x8_t cr_bytes = vld1_u8(pcr + i); + uint8x8_t cb_bytes = vld1_u8(pcb + i); + int8x8_t cr_biased = vreinterpret_s8_u8(vsub_u8(cr_bytes, signflip)); + int8x8_t cb_biased = vreinterpret_s8_u8(vsub_u8(cb_bytes, signflip)); + + // expand to s16 + int16x8_t yws = vreinterpretq_s16_u16(vshll_n_u8(y_bytes, 4)); + int16x8_t crw = vshll_n_s8(cr_biased, 7); + int16x8_t cbw = vshll_n_s8(cb_biased, 7); + + // color transform + int16x8_t cr0 = vqdmulhq_s16(crw, cr_const0); + int16x8_t cb0 = vqdmulhq_s16(cbw, cb_const0); + int16x8_t cr1 = vqdmulhq_s16(crw, cr_const1); + int16x8_t cb1 = vqdmulhq_s16(cbw, cb_const1); + int16x8_t rws = vaddq_s16(yws, cr0); + int16x8_t gws = vaddq_s16(vaddq_s16(yws, cb0), cr1); + int16x8_t bws = vaddq_s16(yws, cb1); + + // undo scaling, round, convert to byte + uint8x8x4_t o; + o.val[0] = vqrshrun_n_s16(rws, 4); + o.val[1] = vqrshrun_n_s16(gws, 4); + o.val[2] = vqrshrun_n_s16(bws, 4); + o.val[3] = vdup_n_u8(255); + + // store, interleaving r/g/b/a + vst4_u8(out, o); + out += 8*4; + } + } +#endif + + for (; i < count; ++i) { + int y_fixed = (y[i] << 20) + (1<<19); // rounding + int r,g,b; + int cr = pcr[i] - 128; + int cb = pcb[i] - 128; + r = y_fixed + cr* stbi__float2fixed(1.40200f); + g = y_fixed + cr*-stbi__float2fixed(0.71414f) + ((cb*-stbi__float2fixed(0.34414f)) & 0xffff0000); + b = y_fixed + cb* stbi__float2fixed(1.77200f); + r >>= 20; + g >>= 20; + b >>= 20; + if ((unsigned) r > 255) { if (r < 0) r = 0; else r = 255; } + if ((unsigned) g > 255) { if (g < 0) g = 0; else g = 255; } + if ((unsigned) b > 255) { if (b < 0) b = 0; else b = 255; } + out[0] = (stbi_uc)r; + out[1] = (stbi_uc)g; + out[2] = (stbi_uc)b; + out[3] = 255; + out += step; + } +} +#endif + +// set up the kernels +static void stbi__setup_jpeg(stbi__jpeg *j) +{ + j->idct_block_kernel = stbi__idct_block; + j->YCbCr_to_RGB_kernel = stbi__YCbCr_to_RGB_row; + j->resample_row_hv_2_kernel = stbi__resample_row_hv_2; + +#ifdef STBI_SSE2 + if (stbi__sse2_available()) { + j->idct_block_kernel = stbi__idct_simd; + j->YCbCr_to_RGB_kernel = stbi__YCbCr_to_RGB_simd; + j->resample_row_hv_2_kernel = stbi__resample_row_hv_2_simd; + } +#endif + +#ifdef STBI_NEON + j->idct_block_kernel = stbi__idct_simd; + j->YCbCr_to_RGB_kernel = stbi__YCbCr_to_RGB_simd; + j->resample_row_hv_2_kernel = stbi__resample_row_hv_2_simd; +#endif +} + +// clean up the temporary component buffers +static void stbi__cleanup_jpeg(stbi__jpeg *j) +{ + stbi__free_jpeg_components(j, j->s->img_n, 0); +} + +typedef struct +{ + resample_row_func resample; + stbi_uc *line0,*line1; + int hs,vs; // expansion factor in each axis + int w_lores; // horizontal pixels pre-expansion + int ystep; // how far through vertical expansion we are + int ypos; // which pre-expansion row we're on +} stbi__resample; + +// fast 0..255 * 0..255 => 0..255 rounded multiplication +static stbi_uc stbi__blinn_8x8(stbi_uc x, stbi_uc y) +{ + unsigned int t = x*y + 128; + return (stbi_uc) ((t + (t >>8)) >> 8); +} + +static stbi_uc *load_jpeg_image(stbi__jpeg *z, int *out_x, int *out_y, int *comp, int req_comp) +{ + int n, decode_n, is_rgb; + z->s->img_n = 0; // make stbi__cleanup_jpeg safe + + // validate req_comp + if (req_comp < 0 || req_comp > 4) return stbi__errpuc("bad req_comp", "Internal error"); + + // load a jpeg image from whichever source, but leave in YCbCr format + if (!stbi__decode_jpeg_image(z)) { stbi__cleanup_jpeg(z); return NULL; } + + // determine actual number of components to generate + n = req_comp ? req_comp : z->s->img_n >= 3 ? 3 : 1; + + is_rgb = z->s->img_n == 3 && (z->rgb == 3 || (z->app14_color_transform == 0 && !z->jfif)); + + if (z->s->img_n == 3 && n < 3 && !is_rgb) + decode_n = 1; + else + decode_n = z->s->img_n; + + // nothing to do if no components requested; check this now to avoid + // accessing uninitialized coutput[0] later + if (decode_n <= 0) { stbi__cleanup_jpeg(z); return NULL; } + + // resample and color-convert + { + int k; + unsigned int i,j; + stbi_uc *output; + stbi_uc *coutput[4] = { NULL, NULL, NULL, NULL }; + + stbi__resample res_comp[4]; + + for (k=0; k < decode_n; ++k) { + stbi__resample *r = &res_comp[k]; + + // allocate line buffer big enough for upsampling off the edges + // with upsample factor of 4 + z->img_comp[k].linebuf = (stbi_uc *) stbi__malloc(z->s->img_x + 3); + if (!z->img_comp[k].linebuf) { stbi__cleanup_jpeg(z); return stbi__errpuc("outofmem", "Out of memory"); } + + r->hs = z->img_h_max / z->img_comp[k].h; + r->vs = z->img_v_max / z->img_comp[k].v; + r->ystep = r->vs >> 1; + r->w_lores = (z->s->img_x + r->hs-1) / r->hs; + r->ypos = 0; + r->line0 = r->line1 = z->img_comp[k].data; + + if (r->hs == 1 && r->vs == 1) r->resample = resample_row_1; + else if (r->hs == 1 && r->vs == 2) r->resample = stbi__resample_row_v_2; + else if (r->hs == 2 && r->vs == 1) r->resample = stbi__resample_row_h_2; + else if (r->hs == 2 && r->vs == 2) r->resample = z->resample_row_hv_2_kernel; + else r->resample = stbi__resample_row_generic; + } + + // can't error after this so, this is safe + output = (stbi_uc *) stbi__malloc_mad3(n, z->s->img_x, z->s->img_y, 1); + if (!output) { stbi__cleanup_jpeg(z); return stbi__errpuc("outofmem", "Out of memory"); } + + // now go ahead and resample + for (j=0; j < z->s->img_y; ++j) { + stbi_uc *out = output + n * z->s->img_x * j; + for (k=0; k < decode_n; ++k) { + stbi__resample *r = &res_comp[k]; + int y_bot = r->ystep >= (r->vs >> 1); + coutput[k] = r->resample(z->img_comp[k].linebuf, + y_bot ? r->line1 : r->line0, + y_bot ? r->line0 : r->line1, + r->w_lores, r->hs); + if (++r->ystep >= r->vs) { + r->ystep = 0; + r->line0 = r->line1; + if (++r->ypos < z->img_comp[k].y) + r->line1 += z->img_comp[k].w2; + } + } + if (n >= 3) { + stbi_uc *y = coutput[0]; + if (z->s->img_n == 3) { + if (is_rgb) { + for (i=0; i < z->s->img_x; ++i) { + out[0] = y[i]; + out[1] = coutput[1][i]; + out[2] = coutput[2][i]; + out[3] = 255; + out += n; + } + } else { + z->YCbCr_to_RGB_kernel(out, y, coutput[1], coutput[2], z->s->img_x, n); + } + } else if (z->s->img_n == 4) { + if (z->app14_color_transform == 0) { // CMYK + for (i=0; i < z->s->img_x; ++i) { + stbi_uc m = coutput[3][i]; + out[0] = stbi__blinn_8x8(coutput[0][i], m); + out[1] = stbi__blinn_8x8(coutput[1][i], m); + out[2] = stbi__blinn_8x8(coutput[2][i], m); + out[3] = 255; + out += n; + } + } else if (z->app14_color_transform == 2) { // YCCK + z->YCbCr_to_RGB_kernel(out, y, coutput[1], coutput[2], z->s->img_x, n); + for (i=0; i < z->s->img_x; ++i) { + stbi_uc m = coutput[3][i]; + out[0] = stbi__blinn_8x8(255 - out[0], m); + out[1] = stbi__blinn_8x8(255 - out[1], m); + out[2] = stbi__blinn_8x8(255 - out[2], m); + out += n; + } + } else { // YCbCr + alpha? Ignore the fourth channel for now + z->YCbCr_to_RGB_kernel(out, y, coutput[1], coutput[2], z->s->img_x, n); + } + } else + for (i=0; i < z->s->img_x; ++i) { + out[0] = out[1] = out[2] = y[i]; + out[3] = 255; // not used if n==3 + out += n; + } + } else { + if (is_rgb) { + if (n == 1) + for (i=0; i < z->s->img_x; ++i) + *out++ = stbi__compute_y(coutput[0][i], coutput[1][i], coutput[2][i]); + else { + for (i=0; i < z->s->img_x; ++i, out += 2) { + out[0] = stbi__compute_y(coutput[0][i], coutput[1][i], coutput[2][i]); + out[1] = 255; + } + } + } else if (z->s->img_n == 4 && z->app14_color_transform == 0) { + for (i=0; i < z->s->img_x; ++i) { + stbi_uc m = coutput[3][i]; + stbi_uc r = stbi__blinn_8x8(coutput[0][i], m); + stbi_uc g = stbi__blinn_8x8(coutput[1][i], m); + stbi_uc b = stbi__blinn_8x8(coutput[2][i], m); + out[0] = stbi__compute_y(r, g, b); + out[1] = 255; + out += n; + } + } else if (z->s->img_n == 4 && z->app14_color_transform == 2) { + for (i=0; i < z->s->img_x; ++i) { + out[0] = stbi__blinn_8x8(255 - coutput[0][i], coutput[3][i]); + out[1] = 255; + out += n; + } + } else { + stbi_uc *y = coutput[0]; + if (n == 1) + for (i=0; i < z->s->img_x; ++i) out[i] = y[i]; + else + for (i=0; i < z->s->img_x; ++i) { *out++ = y[i]; *out++ = 255; } + } + } + } + stbi__cleanup_jpeg(z); + *out_x = z->s->img_x; + *out_y = z->s->img_y; + if (comp) *comp = z->s->img_n >= 3 ? 3 : 1; // report original components, not output + return output; + } +} + +static void *stbi__jpeg_load(stbi__context *s, int *x, int *y, int *comp, int req_comp, stbi__result_info *ri) +{ + unsigned char* result; + stbi__jpeg* j = (stbi__jpeg*) stbi__malloc(sizeof(stbi__jpeg)); + if (!j) return stbi__errpuc("outofmem", "Out of memory"); + memset(j, 0, sizeof(stbi__jpeg)); + STBI_NOTUSED(ri); + j->s = s; + stbi__setup_jpeg(j); + result = load_jpeg_image(j, x,y,comp,req_comp); + STBI_FREE(j); + return result; +} + +static int stbi__jpeg_test(stbi__context *s) +{ + int r; + stbi__jpeg* j = (stbi__jpeg*)stbi__malloc(sizeof(stbi__jpeg)); + if (!j) return stbi__err("outofmem", "Out of memory"); + memset(j, 0, sizeof(stbi__jpeg)); + j->s = s; + stbi__setup_jpeg(j); + r = stbi__decode_jpeg_header(j, STBI__SCAN_type); + stbi__rewind(s); + STBI_FREE(j); + return r; +} + +static int stbi__jpeg_info_raw(stbi__jpeg *j, int *x, int *y, int *comp) +{ + if (!stbi__decode_jpeg_header(j, STBI__SCAN_header)) { + stbi__rewind( j->s ); + return 0; + } + if (x) *x = j->s->img_x; + if (y) *y = j->s->img_y; + if (comp) *comp = j->s->img_n >= 3 ? 3 : 1; + return 1; +} + +static int stbi__jpeg_info(stbi__context *s, int *x, int *y, int *comp) +{ + int result; + stbi__jpeg* j = (stbi__jpeg*) (stbi__malloc(sizeof(stbi__jpeg))); + if (!j) return stbi__err("outofmem", "Out of memory"); + memset(j, 0, sizeof(stbi__jpeg)); + j->s = s; + result = stbi__jpeg_info_raw(j, x, y, comp); + STBI_FREE(j); + return result; +} +#endif + +// public domain zlib decode v0.2 Sean Barrett 2006-11-18 +// simple implementation +// - all input must be provided in an upfront buffer +// - all output is written to a single output buffer (can malloc/realloc) +// performance +// - fast huffman + +#ifndef STBI_NO_ZLIB + +// fast-way is faster to check than jpeg huffman, but slow way is slower +#define STBI__ZFAST_BITS 9 // accelerate all cases in default tables +#define STBI__ZFAST_MASK ((1 << STBI__ZFAST_BITS) - 1) +#define STBI__ZNSYMS 288 // number of symbols in literal/length alphabet + +// zlib-style huffman encoding +// (jpegs packs from left, zlib from right, so can't share code) +typedef struct +{ + stbi__uint16 fast[1 << STBI__ZFAST_BITS]; + stbi__uint16 firstcode[16]; + int maxcode[17]; + stbi__uint16 firstsymbol[16]; + stbi_uc size[STBI__ZNSYMS]; + stbi__uint16 value[STBI__ZNSYMS]; +} stbi__zhuffman; + +stbi_inline static int stbi__bitreverse16(int n) +{ + n = ((n & 0xAAAA) >> 1) | ((n & 0x5555) << 1); + n = ((n & 0xCCCC) >> 2) | ((n & 0x3333) << 2); + n = ((n & 0xF0F0) >> 4) | ((n & 0x0F0F) << 4); + n = ((n & 0xFF00) >> 8) | ((n & 0x00FF) << 8); + return n; +} + +stbi_inline static int stbi__bit_reverse(int v, int bits) +{ + STBI_ASSERT(bits <= 16); + // to bit reverse n bits, reverse 16 and shift + // e.g. 11 bits, bit reverse and shift away 5 + return stbi__bitreverse16(v) >> (16-bits); +} + +static int stbi__zbuild_huffman(stbi__zhuffman *z, const stbi_uc *sizelist, int num) +{ + int i,k=0; + int code, next_code[16], sizes[17]; + + // DEFLATE spec for generating codes + memset(sizes, 0, sizeof(sizes)); + memset(z->fast, 0, sizeof(z->fast)); + for (i=0; i < num; ++i) + ++sizes[sizelist[i]]; + sizes[0] = 0; + for (i=1; i < 16; ++i) + if (sizes[i] > (1 << i)) + return stbi__err("bad sizes", "Corrupt PNG"); + code = 0; + for (i=1; i < 16; ++i) { + next_code[i] = code; + z->firstcode[i] = (stbi__uint16) code; + z->firstsymbol[i] = (stbi__uint16) k; + code = (code + sizes[i]); + if (sizes[i]) + if (code-1 >= (1 << i)) return stbi__err("bad codelengths","Corrupt PNG"); + z->maxcode[i] = code << (16-i); // preshift for inner loop + code <<= 1; + k += sizes[i]; + } + z->maxcode[16] = 0x10000; // sentinel + for (i=0; i < num; ++i) { + int s = sizelist[i]; + if (s) { + int c = next_code[s] - z->firstcode[s] + z->firstsymbol[s]; + stbi__uint16 fastv = (stbi__uint16) ((s << 9) | i); + z->size [c] = (stbi_uc ) s; + z->value[c] = (stbi__uint16) i; + if (s <= STBI__ZFAST_BITS) { + int j = stbi__bit_reverse(next_code[s],s); + while (j < (1 << STBI__ZFAST_BITS)) { + z->fast[j] = fastv; + j += (1 << s); + } + } + ++next_code[s]; + } + } + return 1; +} + +// zlib-from-memory implementation for PNG reading +// because PNG allows splitting the zlib stream arbitrarily, +// and it's annoying structurally to have PNG call ZLIB call PNG, +// we require PNG read all the IDATs and combine them into a single +// memory buffer + +typedef struct +{ + stbi_uc *zbuffer, *zbuffer_end; + int num_bits; + int hit_zeof_once; + stbi__uint32 code_buffer; + + char *zout; + char *zout_start; + char *zout_end; + int z_expandable; + + stbi__zhuffman z_length, z_distance; +} stbi__zbuf; + +stbi_inline static int stbi__zeof(stbi__zbuf *z) +{ + return (z->zbuffer >= z->zbuffer_end); +} + +stbi_inline static stbi_uc stbi__zget8(stbi__zbuf *z) +{ + return stbi__zeof(z) ? 0 : *z->zbuffer++; +} + +static void stbi__fill_bits(stbi__zbuf *z) +{ + do { + if (z->code_buffer >= (1U << z->num_bits)) { + z->zbuffer = z->zbuffer_end; /* treat this as EOF so we fail. */ + return; + } + z->code_buffer |= (unsigned int) stbi__zget8(z) << z->num_bits; + z->num_bits += 8; + } while (z->num_bits <= 24); +} + +stbi_inline static unsigned int stbi__zreceive(stbi__zbuf *z, int n) +{ + unsigned int k; + if (z->num_bits < n) stbi__fill_bits(z); + k = z->code_buffer & ((1 << n) - 1); + z->code_buffer >>= n; + z->num_bits -= n; + return k; +} + +static int stbi__zhuffman_decode_slowpath(stbi__zbuf *a, stbi__zhuffman *z) +{ + int b,s,k; + // not resolved by fast table, so compute it the slow way + // use jpeg approach, which requires MSbits at top + k = stbi__bit_reverse(a->code_buffer, 16); + for (s=STBI__ZFAST_BITS+1; ; ++s) + if (k < z->maxcode[s]) + break; + if (s >= 16) return -1; // invalid code! + // code size is s, so: + b = (k >> (16-s)) - z->firstcode[s] + z->firstsymbol[s]; + if (b >= STBI__ZNSYMS) return -1; // some data was corrupt somewhere! + if (z->size[b] != s) return -1; // was originally an assert, but report failure instead. + a->code_buffer >>= s; + a->num_bits -= s; + return z->value[b]; +} + +stbi_inline static int stbi__zhuffman_decode(stbi__zbuf *a, stbi__zhuffman *z) +{ + int b,s; + if (a->num_bits < 16) { + if (stbi__zeof(a)) { + if (!a->hit_zeof_once) { + // This is the first time we hit eof, insert 16 extra padding btis + // to allow us to keep going; if we actually consume any of them + // though, that is invalid data. This is caught later. + a->hit_zeof_once = 1; + a->num_bits += 16; // add 16 implicit zero bits + } else { + // We already inserted our extra 16 padding bits and are again + // out, this stream is actually prematurely terminated. + return -1; + } + } else { + stbi__fill_bits(a); + } + } + b = z->fast[a->code_buffer & STBI__ZFAST_MASK]; + if (b) { + s = b >> 9; + a->code_buffer >>= s; + a->num_bits -= s; + return b & 511; + } + return stbi__zhuffman_decode_slowpath(a, z); +} + +static int stbi__zexpand(stbi__zbuf *z, char *zout, int n) // need to make room for n bytes +{ + char *q; + unsigned int cur, limit, old_limit; + z->zout = zout; + if (!z->z_expandable) return stbi__err("output buffer limit","Corrupt PNG"); + cur = (unsigned int) (z->zout - z->zout_start); + limit = old_limit = (unsigned) (z->zout_end - z->zout_start); + if (UINT_MAX - cur < (unsigned) n) return stbi__err("outofmem", "Out of memory"); + while (cur + n > limit) { + if(limit > UINT_MAX / 2) return stbi__err("outofmem", "Out of memory"); + limit *= 2; + } + q = (char *) STBI_REALLOC_SIZED(z->zout_start, old_limit, limit); + STBI_NOTUSED(old_limit); + if (q == NULL) return stbi__err("outofmem", "Out of memory"); + z->zout_start = q; + z->zout = q + cur; + z->zout_end = q + limit; + return 1; +} + +static const int stbi__zlength_base[31] = { + 3,4,5,6,7,8,9,10,11,13, + 15,17,19,23,27,31,35,43,51,59, + 67,83,99,115,131,163,195,227,258,0,0 }; + +static const int stbi__zlength_extra[31]= +{ 0,0,0,0,0,0,0,0,1,1,1,1,2,2,2,2,3,3,3,3,4,4,4,4,5,5,5,5,0,0,0 }; + +static const int stbi__zdist_base[32] = { 1,2,3,4,5,7,9,13,17,25,33,49,65,97,129,193, +257,385,513,769,1025,1537,2049,3073,4097,6145,8193,12289,16385,24577,0,0}; + +static const int stbi__zdist_extra[32] = +{ 0,0,0,0,1,1,2,2,3,3,4,4,5,5,6,6,7,7,8,8,9,9,10,10,11,11,12,12,13,13}; + +static int stbi__parse_huffman_block(stbi__zbuf *a) +{ + char *zout = a->zout; + for(;;) { + int z = stbi__zhuffman_decode(a, &a->z_length); + if (z < 256) { + if (z < 0) return stbi__err("bad huffman code","Corrupt PNG"); // error in huffman codes + if (zout >= a->zout_end) { + if (!stbi__zexpand(a, zout, 1)) return 0; + zout = a->zout; + } + *zout++ = (char) z; + } else { + stbi_uc *p; + int len,dist; + if (z == 256) { + a->zout = zout; + if (a->hit_zeof_once && a->num_bits < 16) { + // The first time we hit zeof, we inserted 16 extra zero bits into our bit + // buffer so the decoder can just do its speculative decoding. But if we + // actually consumed any of those bits (which is the case when num_bits < 16), + // the stream actually read past the end so it is malformed. + return stbi__err("unexpected end","Corrupt PNG"); + } + return 1; + } + if (z >= 286) return stbi__err("bad huffman code","Corrupt PNG"); // per DEFLATE, length codes 286 and 287 must not appear in compressed data + z -= 257; + len = stbi__zlength_base[z]; + if (stbi__zlength_extra[z]) len += stbi__zreceive(a, stbi__zlength_extra[z]); + z = stbi__zhuffman_decode(a, &a->z_distance); + if (z < 0 || z >= 30) return stbi__err("bad huffman code","Corrupt PNG"); // per DEFLATE, distance codes 30 and 31 must not appear in compressed data + dist = stbi__zdist_base[z]; + if (stbi__zdist_extra[z]) dist += stbi__zreceive(a, stbi__zdist_extra[z]); + if (zout - a->zout_start < dist) return stbi__err("bad dist","Corrupt PNG"); + if (len > a->zout_end - zout) { + if (!stbi__zexpand(a, zout, len)) return 0; + zout = a->zout; + } + p = (stbi_uc *) (zout - dist); + if (dist == 1) { // run of one byte; common in images. + stbi_uc v = *p; + if (len) { do *zout++ = v; while (--len); } + } else { + if (len) { do *zout++ = *p++; while (--len); } + } + } + } +} + +static int stbi__compute_huffman_codes(stbi__zbuf *a) +{ + static const stbi_uc length_dezigzag[19] = { 16,17,18,0,8,7,9,6,10,5,11,4,12,3,13,2,14,1,15 }; + stbi__zhuffman z_codelength; + stbi_uc lencodes[286+32+137];//padding for maximum single op + stbi_uc codelength_sizes[19]; + int i,n; + + int hlit = stbi__zreceive(a,5) + 257; + int hdist = stbi__zreceive(a,5) + 1; + int hclen = stbi__zreceive(a,4) + 4; + int ntot = hlit + hdist; + + memset(codelength_sizes, 0, sizeof(codelength_sizes)); + for (i=0; i < hclen; ++i) { + int s = stbi__zreceive(a,3); + codelength_sizes[length_dezigzag[i]] = (stbi_uc) s; + } + if (!stbi__zbuild_huffman(&z_codelength, codelength_sizes, 19)) return 0; + + n = 0; + while (n < ntot) { + int c = stbi__zhuffman_decode(a, &z_codelength); + if (c < 0 || c >= 19) return stbi__err("bad codelengths", "Corrupt PNG"); + if (c < 16) + lencodes[n++] = (stbi_uc) c; + else { + stbi_uc fill = 0; + if (c == 16) { + c = stbi__zreceive(a,2)+3; + if (n == 0) return stbi__err("bad codelengths", "Corrupt PNG"); + fill = lencodes[n-1]; + } else if (c == 17) { + c = stbi__zreceive(a,3)+3; + } else if (c == 18) { + c = stbi__zreceive(a,7)+11; + } else { + return stbi__err("bad codelengths", "Corrupt PNG"); + } + if (ntot - n < c) return stbi__err("bad codelengths", "Corrupt PNG"); + memset(lencodes+n, fill, c); + n += c; + } + } + if (n != ntot) return stbi__err("bad codelengths","Corrupt PNG"); + if (!stbi__zbuild_huffman(&a->z_length, lencodes, hlit)) return 0; + if (!stbi__zbuild_huffman(&a->z_distance, lencodes+hlit, hdist)) return 0; + return 1; +} + +static int stbi__parse_uncompressed_block(stbi__zbuf *a) +{ + stbi_uc header[4]; + int len,nlen,k; + if (a->num_bits & 7) + stbi__zreceive(a, a->num_bits & 7); // discard + // drain the bit-packed data into header + k = 0; + while (a->num_bits > 0) { + header[k++] = (stbi_uc) (a->code_buffer & 255); // suppress MSVC run-time check + a->code_buffer >>= 8; + a->num_bits -= 8; + } + if (a->num_bits < 0) return stbi__err("zlib corrupt","Corrupt PNG"); + // now fill header the normal way + while (k < 4) + header[k++] = stbi__zget8(a); + len = header[1] * 256 + header[0]; + nlen = header[3] * 256 + header[2]; + if (nlen != (len ^ 0xffff)) return stbi__err("zlib corrupt","Corrupt PNG"); + if (a->zbuffer + len > a->zbuffer_end) return stbi__err("read past buffer","Corrupt PNG"); + if (a->zout + len > a->zout_end) + if (!stbi__zexpand(a, a->zout, len)) return 0; + memcpy(a->zout, a->zbuffer, len); + a->zbuffer += len; + a->zout += len; + return 1; +} + +static int stbi__parse_zlib_header(stbi__zbuf *a) +{ + int cmf = stbi__zget8(a); + int cm = cmf & 15; + /* int cinfo = cmf >> 4; */ + int flg = stbi__zget8(a); + if (stbi__zeof(a)) return stbi__err("bad zlib header","Corrupt PNG"); // zlib spec + if ((cmf*256+flg) % 31 != 0) return stbi__err("bad zlib header","Corrupt PNG"); // zlib spec + if (flg & 32) return stbi__err("no preset dict","Corrupt PNG"); // preset dictionary not allowed in png + if (cm != 8) return stbi__err("bad compression","Corrupt PNG"); // DEFLATE required for png + // window = 1 << (8 + cinfo)... but who cares, we fully buffer output + return 1; +} + +static const stbi_uc stbi__zdefault_length[STBI__ZNSYMS] = +{ + 8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8, 8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8, + 8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8, 8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8, + 8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8, 8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8, + 8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8, 8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8, + 8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8, 9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9, + 9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9, 9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9, + 9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9, 9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9, + 9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9, 9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9, + 7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7, 7,7,7,7,7,7,7,7,8,8,8,8,8,8,8,8 +}; +static const stbi_uc stbi__zdefault_distance[32] = +{ + 5,5,5,5,5,5,5,5,5,5,5,5,5,5,5,5,5,5,5,5,5,5,5,5,5,5,5,5,5,5,5,5 +}; +/* +Init algorithm: +{ + int i; // use <= to match clearly with spec + for (i=0; i <= 143; ++i) stbi__zdefault_length[i] = 8; + for ( ; i <= 255; ++i) stbi__zdefault_length[i] = 9; + for ( ; i <= 279; ++i) stbi__zdefault_length[i] = 7; + for ( ; i <= 287; ++i) stbi__zdefault_length[i] = 8; + + for (i=0; i <= 31; ++i) stbi__zdefault_distance[i] = 5; +} +*/ + +static int stbi__parse_zlib(stbi__zbuf *a, int parse_header) +{ + int final, type; + if (parse_header) + if (!stbi__parse_zlib_header(a)) return 0; + a->num_bits = 0; + a->code_buffer = 0; + a->hit_zeof_once = 0; + do { + final = stbi__zreceive(a,1); + type = stbi__zreceive(a,2); + if (type == 0) { + if (!stbi__parse_uncompressed_block(a)) return 0; + } else if (type == 3) { + return 0; + } else { + if (type == 1) { + // use fixed code lengths + if (!stbi__zbuild_huffman(&a->z_length , stbi__zdefault_length , STBI__ZNSYMS)) return 0; + if (!stbi__zbuild_huffman(&a->z_distance, stbi__zdefault_distance, 32)) return 0; + } else { + if (!stbi__compute_huffman_codes(a)) return 0; + } + if (!stbi__parse_huffman_block(a)) return 0; + } + } while (!final); + return 1; +} + +static int stbi__do_zlib(stbi__zbuf *a, char *obuf, int olen, int exp, int parse_header) +{ + a->zout_start = obuf; + a->zout = obuf; + a->zout_end = obuf + olen; + a->z_expandable = exp; + + return stbi__parse_zlib(a, parse_header); +} + +STBIDEF char *stbi_zlib_decode_malloc_guesssize(const char *buffer, int len, int initial_size, int *outlen) +{ + stbi__zbuf a; + char *p = (char *) stbi__malloc(initial_size); + if (p == NULL) return NULL; + a.zbuffer = (stbi_uc *) buffer; + a.zbuffer_end = (stbi_uc *) buffer + len; + if (stbi__do_zlib(&a, p, initial_size, 1, 1)) { + if (outlen) *outlen = (int) (a.zout - a.zout_start); + return a.zout_start; + } else { + STBI_FREE(a.zout_start); + return NULL; + } +} + +STBIDEF char *stbi_zlib_decode_malloc(char const *buffer, int len, int *outlen) +{ + return stbi_zlib_decode_malloc_guesssize(buffer, len, 16384, outlen); +} + +STBIDEF char *stbi_zlib_decode_malloc_guesssize_headerflag(const char *buffer, int len, int initial_size, int *outlen, int parse_header) +{ + stbi__zbuf a; + char *p = (char *) stbi__malloc(initial_size); + if (p == NULL) return NULL; + a.zbuffer = (stbi_uc *) buffer; + a.zbuffer_end = (stbi_uc *) buffer + len; + if (stbi__do_zlib(&a, p, initial_size, 1, parse_header)) { + if (outlen) *outlen = (int) (a.zout - a.zout_start); + return a.zout_start; + } else { + STBI_FREE(a.zout_start); + return NULL; + } +} + +STBIDEF int stbi_zlib_decode_buffer(char *obuffer, int olen, char const *ibuffer, int ilen) +{ + stbi__zbuf a; + a.zbuffer = (stbi_uc *) ibuffer; + a.zbuffer_end = (stbi_uc *) ibuffer + ilen; + if (stbi__do_zlib(&a, obuffer, olen, 0, 1)) + return (int) (a.zout - a.zout_start); + else + return -1; +} + +STBIDEF char *stbi_zlib_decode_noheader_malloc(char const *buffer, int len, int *outlen) +{ + stbi__zbuf a; + char *p = (char *) stbi__malloc(16384); + if (p == NULL) return NULL; + a.zbuffer = (stbi_uc *) buffer; + a.zbuffer_end = (stbi_uc *) buffer+len; + if (stbi__do_zlib(&a, p, 16384, 1, 0)) { + if (outlen) *outlen = (int) (a.zout - a.zout_start); + return a.zout_start; + } else { + STBI_FREE(a.zout_start); + return NULL; + } +} + +STBIDEF int stbi_zlib_decode_noheader_buffer(char *obuffer, int olen, const char *ibuffer, int ilen) +{ + stbi__zbuf a; + a.zbuffer = (stbi_uc *) ibuffer; + a.zbuffer_end = (stbi_uc *) ibuffer + ilen; + if (stbi__do_zlib(&a, obuffer, olen, 0, 0)) + return (int) (a.zout - a.zout_start); + else + return -1; +} +#endif + +// public domain "baseline" PNG decoder v0.10 Sean Barrett 2006-11-18 +// simple implementation +// - only 8-bit samples +// - no CRC checking +// - allocates lots of intermediate memory +// - avoids problem of streaming data between subsystems +// - avoids explicit window management +// performance +// - uses stb_zlib, a PD zlib implementation with fast huffman decoding + +#ifndef STBI_NO_PNG +typedef struct +{ + stbi__uint32 length; + stbi__uint32 type; +} stbi__pngchunk; + +static stbi__pngchunk stbi__get_chunk_header(stbi__context *s) +{ + stbi__pngchunk c; + c.length = stbi__get32be(s); + c.type = stbi__get32be(s); + return c; +} + +static int stbi__check_png_header(stbi__context *s) +{ + static const stbi_uc png_sig[8] = { 137,80,78,71,13,10,26,10 }; + int i; + for (i=0; i < 8; ++i) + if (stbi__get8(s) != png_sig[i]) return stbi__err("bad png sig","Not a PNG"); + return 1; +} + +typedef struct +{ + stbi__context *s; + stbi_uc *idata, *expanded, *out; + int depth; +} stbi__png; + + +enum { + STBI__F_none=0, + STBI__F_sub=1, + STBI__F_up=2, + STBI__F_avg=3, + STBI__F_paeth=4, + // synthetic filter used for first scanline to avoid needing a dummy row of 0s + STBI__F_avg_first +}; + +static stbi_uc first_row_filter[5] = +{ + STBI__F_none, + STBI__F_sub, + STBI__F_none, + STBI__F_avg_first, + STBI__F_sub // Paeth with b=c=0 turns out to be equivalent to sub +}; + +static int stbi__paeth(int a, int b, int c) +{ + // This formulation looks very different from the reference in the PNG spec, but is + // actually equivalent and has favorable data dependencies and admits straightforward + // generation of branch-free code, which helps performance significantly. + int thresh = c*3 - (a + b); + int lo = a < b ? a : b; + int hi = a < b ? b : a; + int t0 = (hi <= thresh) ? lo : c; + int t1 = (thresh <= lo) ? hi : t0; + return t1; +} + +static const stbi_uc stbi__depth_scale_table[9] = { 0, 0xff, 0x55, 0, 0x11, 0,0,0, 0x01 }; + +// adds an extra all-255 alpha channel +// dest == src is legal +// img_n must be 1 or 3 +static void stbi__create_png_alpha_expand8(stbi_uc *dest, stbi_uc *src, stbi__uint32 x, int img_n) +{ + int i; + // must process data backwards since we allow dest==src + if (img_n == 1) { + for (i=x-1; i >= 0; --i) { + dest[i*2+1] = 255; + dest[i*2+0] = src[i]; + } + } else { + STBI_ASSERT(img_n == 3); + for (i=x-1; i >= 0; --i) { + dest[i*4+3] = 255; + dest[i*4+2] = src[i*3+2]; + dest[i*4+1] = src[i*3+1]; + dest[i*4+0] = src[i*3+0]; + } + } +} + +// create the png data from post-deflated data +static int stbi__create_png_image_raw(stbi__png *a, stbi_uc *raw, stbi__uint32 raw_len, int out_n, stbi__uint32 x, stbi__uint32 y, int depth, int color) +{ + int bytes = (depth == 16 ? 2 : 1); + stbi__context *s = a->s; + stbi__uint32 i,j,stride = x*out_n*bytes; + stbi__uint32 img_len, img_width_bytes; + stbi_uc *filter_buf; + int all_ok = 1; + int k; + int img_n = s->img_n; // copy it into a local for later + + int output_bytes = out_n*bytes; + int filter_bytes = img_n*bytes; + int width = x; + + STBI_ASSERT(out_n == s->img_n || out_n == s->img_n+1); + a->out = (stbi_uc *) stbi__malloc_mad3(x, y, output_bytes, 0); // extra bytes to write off the end into + if (!a->out) return stbi__err("outofmem", "Out of memory"); + + // note: error exits here don't need to clean up a->out individually, + // stbi__do_png always does on error. + if (!stbi__mad3sizes_valid(img_n, x, depth, 7)) return stbi__err("too large", "Corrupt PNG"); + img_width_bytes = (((img_n * x * depth) + 7) >> 3); + if (!stbi__mad2sizes_valid(img_width_bytes, y, img_width_bytes)) return stbi__err("too large", "Corrupt PNG"); + img_len = (img_width_bytes + 1) * y; + + // we used to check for exact match between raw_len and img_len on non-interlaced PNGs, + // but issue #276 reported a PNG in the wild that had extra data at the end (all zeros), + // so just check for raw_len < img_len always. + if (raw_len < img_len) return stbi__err("not enough pixels","Corrupt PNG"); + + // Allocate two scan lines worth of filter workspace buffer. + filter_buf = (stbi_uc *) stbi__malloc_mad2(img_width_bytes, 2, 0); + if (!filter_buf) return stbi__err("outofmem", "Out of memory"); + + // Filtering for low-bit-depth images + if (depth < 8) { + filter_bytes = 1; + width = img_width_bytes; + } + + for (j=0; j < y; ++j) { + // cur/prior filter buffers alternate + stbi_uc *cur = filter_buf + (j & 1)*img_width_bytes; + stbi_uc *prior = filter_buf + (~j & 1)*img_width_bytes; + stbi_uc *dest = a->out + stride*j; + int nk = width * filter_bytes; + int filter = *raw++; + + // check filter type + if (filter > 4) { + all_ok = stbi__err("invalid filter","Corrupt PNG"); + break; + } + + // if first row, use special filter that doesn't sample previous row + if (j == 0) filter = first_row_filter[filter]; + + // perform actual filtering + switch (filter) { + case STBI__F_none: + memcpy(cur, raw, nk); + break; + case STBI__F_sub: + memcpy(cur, raw, filter_bytes); + for (k = filter_bytes; k < nk; ++k) + cur[k] = STBI__BYTECAST(raw[k] + cur[k-filter_bytes]); + break; + case STBI__F_up: + for (k = 0; k < nk; ++k) + cur[k] = STBI__BYTECAST(raw[k] + prior[k]); + break; + case STBI__F_avg: + for (k = 0; k < filter_bytes; ++k) + cur[k] = STBI__BYTECAST(raw[k] + (prior[k]>>1)); + for (k = filter_bytes; k < nk; ++k) + cur[k] = STBI__BYTECAST(raw[k] + ((prior[k] + cur[k-filter_bytes])>>1)); + break; + case STBI__F_paeth: + for (k = 0; k < filter_bytes; ++k) + cur[k] = STBI__BYTECAST(raw[k] + prior[k]); // prior[k] == stbi__paeth(0,prior[k],0) + for (k = filter_bytes; k < nk; ++k) + cur[k] = STBI__BYTECAST(raw[k] + stbi__paeth(cur[k-filter_bytes], prior[k], prior[k-filter_bytes])); + break; + case STBI__F_avg_first: + memcpy(cur, raw, filter_bytes); + for (k = filter_bytes; k < nk; ++k) + cur[k] = STBI__BYTECAST(raw[k] + (cur[k-filter_bytes] >> 1)); + break; + } + + raw += nk; + + // expand decoded bits in cur to dest, also adding an extra alpha channel if desired + if (depth < 8) { + stbi_uc scale = (color == 0) ? stbi__depth_scale_table[depth] : 1; // scale grayscale values to 0..255 range + stbi_uc *in = cur; + stbi_uc *out = dest; + stbi_uc inb = 0; + stbi__uint32 nsmp = x*img_n; + + // expand bits to bytes first + if (depth == 4) { + for (i=0; i < nsmp; ++i) { + if ((i & 1) == 0) inb = *in++; + *out++ = scale * (inb >> 4); + inb <<= 4; + } + } else if (depth == 2) { + for (i=0; i < nsmp; ++i) { + if ((i & 3) == 0) inb = *in++; + *out++ = scale * (inb >> 6); + inb <<= 2; + } + } else { + STBI_ASSERT(depth == 1); + for (i=0; i < nsmp; ++i) { + if ((i & 7) == 0) inb = *in++; + *out++ = scale * (inb >> 7); + inb <<= 1; + } + } + + // insert alpha=255 values if desired + if (img_n != out_n) + stbi__create_png_alpha_expand8(dest, dest, x, img_n); + } else if (depth == 8) { + if (img_n == out_n) + memcpy(dest, cur, x*img_n); + else + stbi__create_png_alpha_expand8(dest, cur, x, img_n); + } else if (depth == 16) { + // convert the image data from big-endian to platform-native + stbi__uint16 *dest16 = (stbi__uint16*)dest; + stbi__uint32 nsmp = x*img_n; + + if (img_n == out_n) { + for (i = 0; i < nsmp; ++i, ++dest16, cur += 2) + *dest16 = (cur[0] << 8) | cur[1]; + } else { + STBI_ASSERT(img_n+1 == out_n); + if (img_n == 1) { + for (i = 0; i < x; ++i, dest16 += 2, cur += 2) { + dest16[0] = (cur[0] << 8) | cur[1]; + dest16[1] = 0xffff; + } + } else { + STBI_ASSERT(img_n == 3); + for (i = 0; i < x; ++i, dest16 += 4, cur += 6) { + dest16[0] = (cur[0] << 8) | cur[1]; + dest16[1] = (cur[2] << 8) | cur[3]; + dest16[2] = (cur[4] << 8) | cur[5]; + dest16[3] = 0xffff; + } + } + } + } + } + + STBI_FREE(filter_buf); + if (!all_ok) return 0; + + return 1; +} + +static int stbi__create_png_image(stbi__png *a, stbi_uc *image_data, stbi__uint32 image_data_len, int out_n, int depth, int color, int interlaced) +{ + int bytes = (depth == 16 ? 2 : 1); + int out_bytes = out_n * bytes; + stbi_uc *final; + int p; + if (!interlaced) + return stbi__create_png_image_raw(a, image_data, image_data_len, out_n, a->s->img_x, a->s->img_y, depth, color); + + // de-interlacing + final = (stbi_uc *) stbi__malloc_mad3(a->s->img_x, a->s->img_y, out_bytes, 0); + if (!final) return stbi__err("outofmem", "Out of memory"); + for (p=0; p < 7; ++p) { + int xorig[] = { 0,4,0,2,0,1,0 }; + int yorig[] = { 0,0,4,0,2,0,1 }; + int xspc[] = { 8,8,4,4,2,2,1 }; + int yspc[] = { 8,8,8,4,4,2,2 }; + int i,j,x,y; + // pass1_x[4] = 0, pass1_x[5] = 1, pass1_x[12] = 1 + x = (a->s->img_x - xorig[p] + xspc[p]-1) / xspc[p]; + y = (a->s->img_y - yorig[p] + yspc[p]-1) / yspc[p]; + if (x && y) { + stbi__uint32 img_len = ((((a->s->img_n * x * depth) + 7) >> 3) + 1) * y; + if (!stbi__create_png_image_raw(a, image_data, image_data_len, out_n, x, y, depth, color)) { + STBI_FREE(final); + return 0; + } + for (j=0; j < y; ++j) { + for (i=0; i < x; ++i) { + int out_y = j*yspc[p]+yorig[p]; + int out_x = i*xspc[p]+xorig[p]; + memcpy(final + out_y*a->s->img_x*out_bytes + out_x*out_bytes, + a->out + (j*x+i)*out_bytes, out_bytes); + } + } + STBI_FREE(a->out); + image_data += img_len; + image_data_len -= img_len; + } + } + a->out = final; + + return 1; +} + +static int stbi__compute_transparency(stbi__png *z, stbi_uc tc[3], int out_n) +{ + stbi__context *s = z->s; + stbi__uint32 i, pixel_count = s->img_x * s->img_y; + stbi_uc *p = z->out; + + // compute color-based transparency, assuming we've + // already got 255 as the alpha value in the output + STBI_ASSERT(out_n == 2 || out_n == 4); + + if (out_n == 2) { + for (i=0; i < pixel_count; ++i) { + p[1] = (p[0] == tc[0] ? 0 : 255); + p += 2; + } + } else { + for (i=0; i < pixel_count; ++i) { + if (p[0] == tc[0] && p[1] == tc[1] && p[2] == tc[2]) + p[3] = 0; + p += 4; + } + } + return 1; +} + +static int stbi__compute_transparency16(stbi__png *z, stbi__uint16 tc[3], int out_n) +{ + stbi__context *s = z->s; + stbi__uint32 i, pixel_count = s->img_x * s->img_y; + stbi__uint16 *p = (stbi__uint16*) z->out; + + // compute color-based transparency, assuming we've + // already got 65535 as the alpha value in the output + STBI_ASSERT(out_n == 2 || out_n == 4); + + if (out_n == 2) { + for (i = 0; i < pixel_count; ++i) { + p[1] = (p[0] == tc[0] ? 0 : 65535); + p += 2; + } + } else { + for (i = 0; i < pixel_count; ++i) { + if (p[0] == tc[0] && p[1] == tc[1] && p[2] == tc[2]) + p[3] = 0; + p += 4; + } + } + return 1; +} + +static int stbi__expand_png_palette(stbi__png *a, stbi_uc *palette, int len, int pal_img_n) +{ + stbi__uint32 i, pixel_count = a->s->img_x * a->s->img_y; + stbi_uc *p, *temp_out, *orig = a->out; + + p = (stbi_uc *) stbi__malloc_mad2(pixel_count, pal_img_n, 0); + if (p == NULL) return stbi__err("outofmem", "Out of memory"); + + // between here and free(out) below, exitting would leak + temp_out = p; + + if (pal_img_n == 3) { + for (i=0; i < pixel_count; ++i) { + int n = orig[i]*4; + p[0] = palette[n ]; + p[1] = palette[n+1]; + p[2] = palette[n+2]; + p += 3; + } + } else { + for (i=0; i < pixel_count; ++i) { + int n = orig[i]*4; + p[0] = palette[n ]; + p[1] = palette[n+1]; + p[2] = palette[n+2]; + p[3] = palette[n+3]; + p += 4; + } + } + STBI_FREE(a->out); + a->out = temp_out; + + STBI_NOTUSED(len); + + return 1; +} + +static int stbi__unpremultiply_on_load_global = 0; +static int stbi__de_iphone_flag_global = 0; + +STBIDEF void stbi_set_unpremultiply_on_load(int flag_true_if_should_unpremultiply) +{ + stbi__unpremultiply_on_load_global = flag_true_if_should_unpremultiply; +} + +STBIDEF void stbi_convert_iphone_png_to_rgb(int flag_true_if_should_convert) +{ + stbi__de_iphone_flag_global = flag_true_if_should_convert; +} + +#ifndef STBI_THREAD_LOCAL +#define stbi__unpremultiply_on_load stbi__unpremultiply_on_load_global +#define stbi__de_iphone_flag stbi__de_iphone_flag_global +#else +static STBI_THREAD_LOCAL int stbi__unpremultiply_on_load_local, stbi__unpremultiply_on_load_set; +static STBI_THREAD_LOCAL int stbi__de_iphone_flag_local, stbi__de_iphone_flag_set; + +STBIDEF void stbi_set_unpremultiply_on_load_thread(int flag_true_if_should_unpremultiply) +{ + stbi__unpremultiply_on_load_local = flag_true_if_should_unpremultiply; + stbi__unpremultiply_on_load_set = 1; +} + +STBIDEF void stbi_convert_iphone_png_to_rgb_thread(int flag_true_if_should_convert) +{ + stbi__de_iphone_flag_local = flag_true_if_should_convert; + stbi__de_iphone_flag_set = 1; +} + +#define stbi__unpremultiply_on_load (stbi__unpremultiply_on_load_set \ + ? stbi__unpremultiply_on_load_local \ + : stbi__unpremultiply_on_load_global) +#define stbi__de_iphone_flag (stbi__de_iphone_flag_set \ + ? stbi__de_iphone_flag_local \ + : stbi__de_iphone_flag_global) +#endif // STBI_THREAD_LOCAL + +static void stbi__de_iphone(stbi__png *z) +{ + stbi__context *s = z->s; + stbi__uint32 i, pixel_count = s->img_x * s->img_y; + stbi_uc *p = z->out; + + if (s->img_out_n == 3) { // convert bgr to rgb + for (i=0; i < pixel_count; ++i) { + stbi_uc t = p[0]; + p[0] = p[2]; + p[2] = t; + p += 3; + } + } else { + STBI_ASSERT(s->img_out_n == 4); + if (stbi__unpremultiply_on_load) { + // convert bgr to rgb and unpremultiply + for (i=0; i < pixel_count; ++i) { + stbi_uc a = p[3]; + stbi_uc t = p[0]; + if (a) { + stbi_uc half = a / 2; + p[0] = (p[2] * 255 + half) / a; + p[1] = (p[1] * 255 + half) / a; + p[2] = ( t * 255 + half) / a; + } else { + p[0] = p[2]; + p[2] = t; + } + p += 4; + } + } else { + // convert bgr to rgb + for (i=0; i < pixel_count; ++i) { + stbi_uc t = p[0]; + p[0] = p[2]; + p[2] = t; + p += 4; + } + } + } +} + +#define STBI__PNG_TYPE(a,b,c,d) (((unsigned) (a) << 24) + ((unsigned) (b) << 16) + ((unsigned) (c) << 8) + (unsigned) (d)) + +static int stbi__parse_png_file(stbi__png *z, int scan, int req_comp) +{ + stbi_uc palette[1024], pal_img_n=0; + stbi_uc has_trans=0, tc[3]={0}; + stbi__uint16 tc16[3]; + stbi__uint32 ioff=0, idata_limit=0, i, pal_len=0; + int first=1,k,interlace=0, color=0, is_iphone=0; + stbi__context *s = z->s; + + z->expanded = NULL; + z->idata = NULL; + z->out = NULL; + + if (!stbi__check_png_header(s)) return 0; + + if (scan == STBI__SCAN_type) return 1; + + for (;;) { + stbi__pngchunk c = stbi__get_chunk_header(s); + switch (c.type) { + case STBI__PNG_TYPE('C','g','B','I'): + is_iphone = 1; + stbi__skip(s, c.length); + break; + case STBI__PNG_TYPE('I','H','D','R'): { + int comp,filter; + if (!first) return stbi__err("multiple IHDR","Corrupt PNG"); + first = 0; + if (c.length != 13) return stbi__err("bad IHDR len","Corrupt PNG"); + s->img_x = stbi__get32be(s); + s->img_y = stbi__get32be(s); + if (s->img_y > STBI_MAX_DIMENSIONS) return stbi__err("too large","Very large image (corrupt?)"); + if (s->img_x > STBI_MAX_DIMENSIONS) return stbi__err("too large","Very large image (corrupt?)"); + z->depth = stbi__get8(s); if (z->depth != 1 && z->depth != 2 && z->depth != 4 && z->depth != 8 && z->depth != 16) return stbi__err("1/2/4/8/16-bit only","PNG not supported: 1/2/4/8/16-bit only"); + color = stbi__get8(s); if (color > 6) return stbi__err("bad ctype","Corrupt PNG"); + if (color == 3 && z->depth == 16) return stbi__err("bad ctype","Corrupt PNG"); + if (color == 3) pal_img_n = 3; else if (color & 1) return stbi__err("bad ctype","Corrupt PNG"); + comp = stbi__get8(s); if (comp) return stbi__err("bad comp method","Corrupt PNG"); + filter= stbi__get8(s); if (filter) return stbi__err("bad filter method","Corrupt PNG"); + interlace = stbi__get8(s); if (interlace>1) return stbi__err("bad interlace method","Corrupt PNG"); + if (!s->img_x || !s->img_y) return stbi__err("0-pixel image","Corrupt PNG"); + if (!pal_img_n) { + s->img_n = (color & 2 ? 3 : 1) + (color & 4 ? 1 : 0); + if ((1 << 30) / s->img_x / s->img_n < s->img_y) return stbi__err("too large", "Image too large to decode"); + } else { + // if paletted, then pal_n is our final components, and + // img_n is # components to decompress/filter. + s->img_n = 1; + if ((1 << 30) / s->img_x / 4 < s->img_y) return stbi__err("too large","Corrupt PNG"); + } + // even with SCAN_header, have to scan to see if we have a tRNS + break; + } + + case STBI__PNG_TYPE('P','L','T','E'): { + if (first) return stbi__err("first not IHDR", "Corrupt PNG"); + if (c.length > 256*3) return stbi__err("invalid PLTE","Corrupt PNG"); + pal_len = c.length / 3; + if (pal_len * 3 != c.length) return stbi__err("invalid PLTE","Corrupt PNG"); + for (i=0; i < pal_len; ++i) { + palette[i*4+0] = stbi__get8(s); + palette[i*4+1] = stbi__get8(s); + palette[i*4+2] = stbi__get8(s); + palette[i*4+3] = 255; + } + break; + } + + case STBI__PNG_TYPE('t','R','N','S'): { + if (first) return stbi__err("first not IHDR", "Corrupt PNG"); + if (z->idata) return stbi__err("tRNS after IDAT","Corrupt PNG"); + if (pal_img_n) { + if (scan == STBI__SCAN_header) { s->img_n = 4; return 1; } + if (pal_len == 0) return stbi__err("tRNS before PLTE","Corrupt PNG"); + if (c.length > pal_len) return stbi__err("bad tRNS len","Corrupt PNG"); + pal_img_n = 4; + for (i=0; i < c.length; ++i) + palette[i*4+3] = stbi__get8(s); + } else { + if (!(s->img_n & 1)) return stbi__err("tRNS with alpha","Corrupt PNG"); + if (c.length != (stbi__uint32) s->img_n*2) return stbi__err("bad tRNS len","Corrupt PNG"); + has_trans = 1; + // non-paletted with tRNS = constant alpha. if header-scanning, we can stop now. + if (scan == STBI__SCAN_header) { ++s->img_n; return 1; } + if (z->depth == 16) { + for (k = 0; k < s->img_n && k < 3; ++k) // extra loop test to suppress false GCC warning + tc16[k] = (stbi__uint16)stbi__get16be(s); // copy the values as-is + } else { + for (k = 0; k < s->img_n && k < 3; ++k) + tc[k] = (stbi_uc)(stbi__get16be(s) & 255) * stbi__depth_scale_table[z->depth]; // non 8-bit images will be larger + } + } + break; + } + + case STBI__PNG_TYPE('I','D','A','T'): { + if (first) return stbi__err("first not IHDR", "Corrupt PNG"); + if (pal_img_n && !pal_len) return stbi__err("no PLTE","Corrupt PNG"); + if (scan == STBI__SCAN_header) { + // header scan definitely stops at first IDAT + if (pal_img_n) + s->img_n = pal_img_n; + return 1; + } + if (c.length > (1u << 30)) return stbi__err("IDAT size limit", "IDAT section larger than 2^30 bytes"); + if ((int)(ioff + c.length) < (int)ioff) return 0; + if (ioff + c.length > idata_limit) { + stbi__uint32 idata_limit_old = idata_limit; + stbi_uc *p; + if (idata_limit == 0) idata_limit = c.length > 4096 ? c.length : 4096; + while (ioff + c.length > idata_limit) + idata_limit *= 2; + STBI_NOTUSED(idata_limit_old); + p = (stbi_uc *) STBI_REALLOC_SIZED(z->idata, idata_limit_old, idata_limit); if (p == NULL) return stbi__err("outofmem", "Out of memory"); + z->idata = p; + } + if (!stbi__getn(s, z->idata+ioff,c.length)) return stbi__err("outofdata","Corrupt PNG"); + ioff += c.length; + break; + } + + case STBI__PNG_TYPE('I','E','N','D'): { + stbi__uint32 raw_len, bpl; + if (first) return stbi__err("first not IHDR", "Corrupt PNG"); + if (scan != STBI__SCAN_load) return 1; + if (z->idata == NULL) return stbi__err("no IDAT","Corrupt PNG"); + // initial guess for decoded data size to avoid unnecessary reallocs + bpl = (s->img_x * z->depth + 7) / 8; // bytes per line, per component + raw_len = bpl * s->img_y * s->img_n /* pixels */ + s->img_y /* filter mode per row */; + z->expanded = (stbi_uc *) stbi_zlib_decode_malloc_guesssize_headerflag((char *) z->idata, ioff, raw_len, (int *) &raw_len, !is_iphone); + if (z->expanded == NULL) return 0; // zlib should set error + STBI_FREE(z->idata); z->idata = NULL; + if ((req_comp == s->img_n+1 && req_comp != 3 && !pal_img_n) || has_trans) + s->img_out_n = s->img_n+1; + else + s->img_out_n = s->img_n; + if (!stbi__create_png_image(z, z->expanded, raw_len, s->img_out_n, z->depth, color, interlace)) return 0; + if (has_trans) { + if (z->depth == 16) { + if (!stbi__compute_transparency16(z, tc16, s->img_out_n)) return 0; + } else { + if (!stbi__compute_transparency(z, tc, s->img_out_n)) return 0; + } + } + if (is_iphone && stbi__de_iphone_flag && s->img_out_n > 2) + stbi__de_iphone(z); + if (pal_img_n) { + // pal_img_n == 3 or 4 + s->img_n = pal_img_n; // record the actual colors we had + s->img_out_n = pal_img_n; + if (req_comp >= 3) s->img_out_n = req_comp; + if (!stbi__expand_png_palette(z, palette, pal_len, s->img_out_n)) + return 0; + } else if (has_trans) { + // non-paletted image with tRNS -> source image has (constant) alpha + ++s->img_n; + } + STBI_FREE(z->expanded); z->expanded = NULL; + // end of PNG chunk, read and skip CRC + stbi__get32be(s); + return 1; + } + + default: + // if critical, fail + if (first) return stbi__err("first not IHDR", "Corrupt PNG"); + if ((c.type & (1 << 29)) == 0) { + #ifndef STBI_NO_FAILURE_STRINGS + // not threadsafe + static char invalid_chunk[] = "XXXX PNG chunk not known"; + invalid_chunk[0] = STBI__BYTECAST(c.type >> 24); + invalid_chunk[1] = STBI__BYTECAST(c.type >> 16); + invalid_chunk[2] = STBI__BYTECAST(c.type >> 8); + invalid_chunk[3] = STBI__BYTECAST(c.type >> 0); + #endif + return stbi__err(invalid_chunk, "PNG not supported: unknown PNG chunk type"); + } + stbi__skip(s, c.length); + break; + } + // end of PNG chunk, read and skip CRC + stbi__get32be(s); + } +} + +static void *stbi__do_png(stbi__png *p, int *x, int *y, int *n, int req_comp, stbi__result_info *ri) +{ + void *result=NULL; + if (req_comp < 0 || req_comp > 4) return stbi__errpuc("bad req_comp", "Internal error"); + if (stbi__parse_png_file(p, STBI__SCAN_load, req_comp)) { + if (p->depth <= 8) + ri->bits_per_channel = 8; + else if (p->depth == 16) + ri->bits_per_channel = 16; + else + return stbi__errpuc("bad bits_per_channel", "PNG not supported: unsupported color depth"); + result = p->out; + p->out = NULL; + if (req_comp && req_comp != p->s->img_out_n) { + if (ri->bits_per_channel == 8) + result = stbi__convert_format((unsigned char *) result, p->s->img_out_n, req_comp, p->s->img_x, p->s->img_y); + else + result = stbi__convert_format16((stbi__uint16 *) result, p->s->img_out_n, req_comp, p->s->img_x, p->s->img_y); + p->s->img_out_n = req_comp; + if (result == NULL) return result; + } + *x = p->s->img_x; + *y = p->s->img_y; + if (n) *n = p->s->img_n; + } + STBI_FREE(p->out); p->out = NULL; + STBI_FREE(p->expanded); p->expanded = NULL; + STBI_FREE(p->idata); p->idata = NULL; + + return result; +} + +static void *stbi__png_load(stbi__context *s, int *x, int *y, int *comp, int req_comp, stbi__result_info *ri) +{ + stbi__png p; + p.s = s; + return stbi__do_png(&p, x,y,comp,req_comp, ri); +} + +static int stbi__png_test(stbi__context *s) +{ + int r; + r = stbi__check_png_header(s); + stbi__rewind(s); + return r; +} + +static int stbi__png_info_raw(stbi__png *p, int *x, int *y, int *comp) +{ + if (!stbi__parse_png_file(p, STBI__SCAN_header, 0)) { + stbi__rewind( p->s ); + return 0; + } + if (x) *x = p->s->img_x; + if (y) *y = p->s->img_y; + if (comp) *comp = p->s->img_n; + return 1; +} + +static int stbi__png_info(stbi__context *s, int *x, int *y, int *comp) +{ + stbi__png p; + p.s = s; + return stbi__png_info_raw(&p, x, y, comp); +} + +static int stbi__png_is16(stbi__context *s) +{ + stbi__png p; + p.s = s; + if (!stbi__png_info_raw(&p, NULL, NULL, NULL)) + return 0; + if (p.depth != 16) { + stbi__rewind(p.s); + return 0; + } + return 1; +} +#endif + +// Microsoft/Windows BMP image + +#ifndef STBI_NO_BMP +static int stbi__bmp_test_raw(stbi__context *s) +{ + int r; + int sz; + if (stbi__get8(s) != 'B') return 0; + if (stbi__get8(s) != 'M') return 0; + stbi__get32le(s); // discard filesize + stbi__get16le(s); // discard reserved + stbi__get16le(s); // discard reserved + stbi__get32le(s); // discard data offset + sz = stbi__get32le(s); + r = (sz == 12 || sz == 40 || sz == 56 || sz == 108 || sz == 124); + return r; +} + +static int stbi__bmp_test(stbi__context *s) +{ + int r = stbi__bmp_test_raw(s); + stbi__rewind(s); + return r; +} + + +// returns 0..31 for the highest set bit +static int stbi__high_bit(unsigned int z) +{ + int n=0; + if (z == 0) return -1; + if (z >= 0x10000) { n += 16; z >>= 16; } + if (z >= 0x00100) { n += 8; z >>= 8; } + if (z >= 0x00010) { n += 4; z >>= 4; } + if (z >= 0x00004) { n += 2; z >>= 2; } + if (z >= 0x00002) { n += 1;/* >>= 1;*/ } + return n; +} + +static int stbi__bitcount(unsigned int a) +{ + a = (a & 0x55555555) + ((a >> 1) & 0x55555555); // max 2 + a = (a & 0x33333333) + ((a >> 2) & 0x33333333); // max 4 + a = (a + (a >> 4)) & 0x0f0f0f0f; // max 8 per 4, now 8 bits + a = (a + (a >> 8)); // max 16 per 8 bits + a = (a + (a >> 16)); // max 32 per 8 bits + return a & 0xff; +} + +// extract an arbitrarily-aligned N-bit value (N=bits) +// from v, and then make it 8-bits long and fractionally +// extend it to full full range. +static int stbi__shiftsigned(unsigned int v, int shift, int bits) +{ + static unsigned int mul_table[9] = { + 0, + 0xff/*0b11111111*/, 0x55/*0b01010101*/, 0x49/*0b01001001*/, 0x11/*0b00010001*/, + 0x21/*0b00100001*/, 0x41/*0b01000001*/, 0x81/*0b10000001*/, 0x01/*0b00000001*/, + }; + static unsigned int shift_table[9] = { + 0, 0,0,1,0,2,4,6,0, + }; + if (shift < 0) + v <<= -shift; + else + v >>= shift; + STBI_ASSERT(v < 256); + v >>= (8-bits); + STBI_ASSERT(bits >= 0 && bits <= 8); + return (int) ((unsigned) v * mul_table[bits]) >> shift_table[bits]; +} + +typedef struct +{ + int bpp, offset, hsz; + unsigned int mr,mg,mb,ma, all_a; + int extra_read; +} stbi__bmp_data; + +static int stbi__bmp_set_mask_defaults(stbi__bmp_data *info, int compress) +{ + // BI_BITFIELDS specifies masks explicitly, don't override + if (compress == 3) + return 1; + + if (compress == 0) { + if (info->bpp == 16) { + info->mr = 31u << 10; + info->mg = 31u << 5; + info->mb = 31u << 0; + } else if (info->bpp == 32) { + info->mr = 0xffu << 16; + info->mg = 0xffu << 8; + info->mb = 0xffu << 0; + info->ma = 0xffu << 24; + info->all_a = 0; // if all_a is 0 at end, then we loaded alpha channel but it was all 0 + } else { + // otherwise, use defaults, which is all-0 + info->mr = info->mg = info->mb = info->ma = 0; + } + return 1; + } + return 0; // error +} + +static void *stbi__bmp_parse_header(stbi__context *s, stbi__bmp_data *info) +{ + int hsz; + if (stbi__get8(s) != 'B' || stbi__get8(s) != 'M') return stbi__errpuc("not BMP", "Corrupt BMP"); + stbi__get32le(s); // discard filesize + stbi__get16le(s); // discard reserved + stbi__get16le(s); // discard reserved + info->offset = stbi__get32le(s); + info->hsz = hsz = stbi__get32le(s); + info->mr = info->mg = info->mb = info->ma = 0; + info->extra_read = 14; + + if (info->offset < 0) return stbi__errpuc("bad BMP", "bad BMP"); + + if (hsz != 12 && hsz != 40 && hsz != 56 && hsz != 108 && hsz != 124) return stbi__errpuc("unknown BMP", "BMP type not supported: unknown"); + if (hsz == 12) { + s->img_x = stbi__get16le(s); + s->img_y = stbi__get16le(s); + } else { + s->img_x = stbi__get32le(s); + s->img_y = stbi__get32le(s); + } + if (stbi__get16le(s) != 1) return stbi__errpuc("bad BMP", "bad BMP"); + info->bpp = stbi__get16le(s); + if (hsz != 12) { + int compress = stbi__get32le(s); + if (compress == 1 || compress == 2) return stbi__errpuc("BMP RLE", "BMP type not supported: RLE"); + if (compress >= 4) return stbi__errpuc("BMP JPEG/PNG", "BMP type not supported: unsupported compression"); // this includes PNG/JPEG modes + if (compress == 3 && info->bpp != 16 && info->bpp != 32) return stbi__errpuc("bad BMP", "bad BMP"); // bitfields requires 16 or 32 bits/pixel + stbi__get32le(s); // discard sizeof + stbi__get32le(s); // discard hres + stbi__get32le(s); // discard vres + stbi__get32le(s); // discard colorsused + stbi__get32le(s); // discard max important + if (hsz == 40 || hsz == 56) { + if (hsz == 56) { + stbi__get32le(s); + stbi__get32le(s); + stbi__get32le(s); + stbi__get32le(s); + } + if (info->bpp == 16 || info->bpp == 32) { + if (compress == 0) { + stbi__bmp_set_mask_defaults(info, compress); + } else if (compress == 3) { + info->mr = stbi__get32le(s); + info->mg = stbi__get32le(s); + info->mb = stbi__get32le(s); + info->extra_read += 12; + // not documented, but generated by photoshop and handled by mspaint + if (info->mr == info->mg && info->mg == info->mb) { + // ?!?!? + return stbi__errpuc("bad BMP", "bad BMP"); + } + } else + return stbi__errpuc("bad BMP", "bad BMP"); + } + } else { + // V4/V5 header + int i; + if (hsz != 108 && hsz != 124) + return stbi__errpuc("bad BMP", "bad BMP"); + info->mr = stbi__get32le(s); + info->mg = stbi__get32le(s); + info->mb = stbi__get32le(s); + info->ma = stbi__get32le(s); + if (compress != 3) // override mr/mg/mb unless in BI_BITFIELDS mode, as per docs + stbi__bmp_set_mask_defaults(info, compress); + stbi__get32le(s); // discard color space + for (i=0; i < 12; ++i) + stbi__get32le(s); // discard color space parameters + if (hsz == 124) { + stbi__get32le(s); // discard rendering intent + stbi__get32le(s); // discard offset of profile data + stbi__get32le(s); // discard size of profile data + stbi__get32le(s); // discard reserved + } + } + } + return (void *) 1; +} + + +static void *stbi__bmp_load(stbi__context *s, int *x, int *y, int *comp, int req_comp, stbi__result_info *ri) +{ + stbi_uc *out; + unsigned int mr=0,mg=0,mb=0,ma=0, all_a; + stbi_uc pal[256][4]; + int psize=0,i,j,width; + int flip_vertically, pad, target; + stbi__bmp_data info; + STBI_NOTUSED(ri); + + info.all_a = 255; + if (stbi__bmp_parse_header(s, &info) == NULL) + return NULL; // error code already set + + flip_vertically = ((int) s->img_y) > 0; + s->img_y = abs((int) s->img_y); + + if (s->img_y > STBI_MAX_DIMENSIONS) return stbi__errpuc("too large","Very large image (corrupt?)"); + if (s->img_x > STBI_MAX_DIMENSIONS) return stbi__errpuc("too large","Very large image (corrupt?)"); + + mr = info.mr; + mg = info.mg; + mb = info.mb; + ma = info.ma; + all_a = info.all_a; + + if (info.hsz == 12) { + if (info.bpp < 24) + psize = (info.offset - info.extra_read - 24) / 3; + } else { + if (info.bpp < 16) + psize = (info.offset - info.extra_read - info.hsz) >> 2; + } + if (psize == 0) { + // accept some number of extra bytes after the header, but if the offset points either to before + // the header ends or implies a large amount of extra data, reject the file as malformed + int bytes_read_so_far = s->callback_already_read + (int)(s->img_buffer - s->img_buffer_original); + int header_limit = 1024; // max we actually read is below 256 bytes currently. + int extra_data_limit = 256*4; // what ordinarily goes here is a palette; 256 entries*4 bytes is its max size. + if (bytes_read_so_far <= 0 || bytes_read_so_far > header_limit) { + return stbi__errpuc("bad header", "Corrupt BMP"); + } + // we established that bytes_read_so_far is positive and sensible. + // the first half of this test rejects offsets that are either too small positives, or + // negative, and guarantees that info.offset >= bytes_read_so_far > 0. this in turn + // ensures the number computed in the second half of the test can't overflow. + if (info.offset < bytes_read_so_far || info.offset - bytes_read_so_far > extra_data_limit) { + return stbi__errpuc("bad offset", "Corrupt BMP"); + } else { + stbi__skip(s, info.offset - bytes_read_so_far); + } + } + + if (info.bpp == 24 && ma == 0xff000000) + s->img_n = 3; + else + s->img_n = ma ? 4 : 3; + if (req_comp && req_comp >= 3) // we can directly decode 3 or 4 + target = req_comp; + else + target = s->img_n; // if they want monochrome, we'll post-convert + + // sanity-check size + if (!stbi__mad3sizes_valid(target, s->img_x, s->img_y, 0)) + return stbi__errpuc("too large", "Corrupt BMP"); + + out = (stbi_uc *) stbi__malloc_mad3(target, s->img_x, s->img_y, 0); + if (!out) return stbi__errpuc("outofmem", "Out of memory"); + if (info.bpp < 16) { + int z=0; + if (psize == 0 || psize > 256) { STBI_FREE(out); return stbi__errpuc("invalid", "Corrupt BMP"); } + for (i=0; i < psize; ++i) { + pal[i][2] = stbi__get8(s); + pal[i][1] = stbi__get8(s); + pal[i][0] = stbi__get8(s); + if (info.hsz != 12) stbi__get8(s); + pal[i][3] = 255; + } + stbi__skip(s, info.offset - info.extra_read - info.hsz - psize * (info.hsz == 12 ? 3 : 4)); + if (info.bpp == 1) width = (s->img_x + 7) >> 3; + else if (info.bpp == 4) width = (s->img_x + 1) >> 1; + else if (info.bpp == 8) width = s->img_x; + else { STBI_FREE(out); return stbi__errpuc("bad bpp", "Corrupt BMP"); } + pad = (-width)&3; + if (info.bpp == 1) { + for (j=0; j < (int) s->img_y; ++j) { + int bit_offset = 7, v = stbi__get8(s); + for (i=0; i < (int) s->img_x; ++i) { + int color = (v>>bit_offset)&0x1; + out[z++] = pal[color][0]; + out[z++] = pal[color][1]; + out[z++] = pal[color][2]; + if (target == 4) out[z++] = 255; + if (i+1 == (int) s->img_x) break; + if((--bit_offset) < 0) { + bit_offset = 7; + v = stbi__get8(s); + } + } + stbi__skip(s, pad); + } + } else { + for (j=0; j < (int) s->img_y; ++j) { + for (i=0; i < (int) s->img_x; i += 2) { + int v=stbi__get8(s),v2=0; + if (info.bpp == 4) { + v2 = v & 15; + v >>= 4; + } + out[z++] = pal[v][0]; + out[z++] = pal[v][1]; + out[z++] = pal[v][2]; + if (target == 4) out[z++] = 255; + if (i+1 == (int) s->img_x) break; + v = (info.bpp == 8) ? stbi__get8(s) : v2; + out[z++] = pal[v][0]; + out[z++] = pal[v][1]; + out[z++] = pal[v][2]; + if (target == 4) out[z++] = 255; + } + stbi__skip(s, pad); + } + } + } else { + int rshift=0,gshift=0,bshift=0,ashift=0,rcount=0,gcount=0,bcount=0,acount=0; + int z = 0; + int easy=0; + stbi__skip(s, info.offset - info.extra_read - info.hsz); + if (info.bpp == 24) width = 3 * s->img_x; + else if (info.bpp == 16) width = 2*s->img_x; + else /* bpp = 32 and pad = 0 */ width=0; + pad = (-width) & 3; + if (info.bpp == 24) { + easy = 1; + } else if (info.bpp == 32) { + if (mb == 0xff && mg == 0xff00 && mr == 0x00ff0000 && ma == 0xff000000) + easy = 2; + } + if (!easy) { + if (!mr || !mg || !mb) { STBI_FREE(out); return stbi__errpuc("bad masks", "Corrupt BMP"); } + // right shift amt to put high bit in position #7 + rshift = stbi__high_bit(mr)-7; rcount = stbi__bitcount(mr); + gshift = stbi__high_bit(mg)-7; gcount = stbi__bitcount(mg); + bshift = stbi__high_bit(mb)-7; bcount = stbi__bitcount(mb); + ashift = stbi__high_bit(ma)-7; acount = stbi__bitcount(ma); + if (rcount > 8 || gcount > 8 || bcount > 8 || acount > 8) { STBI_FREE(out); return stbi__errpuc("bad masks", "Corrupt BMP"); } + } + for (j=0; j < (int) s->img_y; ++j) { + if (easy) { + for (i=0; i < (int) s->img_x; ++i) { + unsigned char a; + out[z+2] = stbi__get8(s); + out[z+1] = stbi__get8(s); + out[z+0] = stbi__get8(s); + z += 3; + a = (easy == 2 ? stbi__get8(s) : 255); + all_a |= a; + if (target == 4) out[z++] = a; + } + } else { + int bpp = info.bpp; + for (i=0; i < (int) s->img_x; ++i) { + stbi__uint32 v = (bpp == 16 ? (stbi__uint32) stbi__get16le(s) : stbi__get32le(s)); + unsigned int a; + out[z++] = STBI__BYTECAST(stbi__shiftsigned(v & mr, rshift, rcount)); + out[z++] = STBI__BYTECAST(stbi__shiftsigned(v & mg, gshift, gcount)); + out[z++] = STBI__BYTECAST(stbi__shiftsigned(v & mb, bshift, bcount)); + a = (ma ? stbi__shiftsigned(v & ma, ashift, acount) : 255); + all_a |= a; + if (target == 4) out[z++] = STBI__BYTECAST(a); + } + } + stbi__skip(s, pad); + } + } + + // if alpha channel is all 0s, replace with all 255s + if (target == 4 && all_a == 0) + for (i=4*s->img_x*s->img_y-1; i >= 0; i -= 4) + out[i] = 255; + + if (flip_vertically) { + stbi_uc t; + for (j=0; j < (int) s->img_y>>1; ++j) { + stbi_uc *p1 = out + j *s->img_x*target; + stbi_uc *p2 = out + (s->img_y-1-j)*s->img_x*target; + for (i=0; i < (int) s->img_x*target; ++i) { + t = p1[i]; p1[i] = p2[i]; p2[i] = t; + } + } + } + + if (req_comp && req_comp != target) { + out = stbi__convert_format(out, target, req_comp, s->img_x, s->img_y); + if (out == NULL) return out; // stbi__convert_format frees input on failure + } + + *x = s->img_x; + *y = s->img_y; + if (comp) *comp = s->img_n; + return out; +} +#endif + +// Targa Truevision - TGA +// by Jonathan Dummer +#ifndef STBI_NO_TGA +// returns STBI_rgb or whatever, 0 on error +static int stbi__tga_get_comp(int bits_per_pixel, int is_grey, int* is_rgb16) +{ + // only RGB or RGBA (incl. 16bit) or grey allowed + if (is_rgb16) *is_rgb16 = 0; + switch(bits_per_pixel) { + case 8: return STBI_grey; + case 16: if(is_grey) return STBI_grey_alpha; + // fallthrough + case 15: if(is_rgb16) *is_rgb16 = 1; + return STBI_rgb; + case 24: // fallthrough + case 32: return bits_per_pixel/8; + default: return 0; + } +} + +static int stbi__tga_info(stbi__context *s, int *x, int *y, int *comp) +{ + int tga_w, tga_h, tga_comp, tga_image_type, tga_bits_per_pixel, tga_colormap_bpp; + int sz, tga_colormap_type; + stbi__get8(s); // discard Offset + tga_colormap_type = stbi__get8(s); // colormap type + if( tga_colormap_type > 1 ) { + stbi__rewind(s); + return 0; // only RGB or indexed allowed + } + tga_image_type = stbi__get8(s); // image type + if ( tga_colormap_type == 1 ) { // colormapped (paletted) image + if (tga_image_type != 1 && tga_image_type != 9) { + stbi__rewind(s); + return 0; + } + stbi__skip(s,4); // skip index of first colormap entry and number of entries + sz = stbi__get8(s); // check bits per palette color entry + if ( (sz != 8) && (sz != 15) && (sz != 16) && (sz != 24) && (sz != 32) ) { + stbi__rewind(s); + return 0; + } + stbi__skip(s,4); // skip image x and y origin + tga_colormap_bpp = sz; + } else { // "normal" image w/o colormap - only RGB or grey allowed, +/- RLE + if ( (tga_image_type != 2) && (tga_image_type != 3) && (tga_image_type != 10) && (tga_image_type != 11) ) { + stbi__rewind(s); + return 0; // only RGB or grey allowed, +/- RLE + } + stbi__skip(s,9); // skip colormap specification and image x/y origin + tga_colormap_bpp = 0; + } + tga_w = stbi__get16le(s); + if( tga_w < 1 ) { + stbi__rewind(s); + return 0; // test width + } + tga_h = stbi__get16le(s); + if( tga_h < 1 ) { + stbi__rewind(s); + return 0; // test height + } + tga_bits_per_pixel = stbi__get8(s); // bits per pixel + stbi__get8(s); // ignore alpha bits + if (tga_colormap_bpp != 0) { + if((tga_bits_per_pixel != 8) && (tga_bits_per_pixel != 16)) { + // when using a colormap, tga_bits_per_pixel is the size of the indexes + // I don't think anything but 8 or 16bit indexes makes sense + stbi__rewind(s); + return 0; + } + tga_comp = stbi__tga_get_comp(tga_colormap_bpp, 0, NULL); + } else { + tga_comp = stbi__tga_get_comp(tga_bits_per_pixel, (tga_image_type == 3) || (tga_image_type == 11), NULL); + } + if(!tga_comp) { + stbi__rewind(s); + return 0; + } + if (x) *x = tga_w; + if (y) *y = tga_h; + if (comp) *comp = tga_comp; + return 1; // seems to have passed everything +} + +static int stbi__tga_test(stbi__context *s) +{ + int res = 0; + int sz, tga_color_type; + stbi__get8(s); // discard Offset + tga_color_type = stbi__get8(s); // color type + if ( tga_color_type > 1 ) goto errorEnd; // only RGB or indexed allowed + sz = stbi__get8(s); // image type + if ( tga_color_type == 1 ) { // colormapped (paletted) image + if (sz != 1 && sz != 9) goto errorEnd; // colortype 1 demands image type 1 or 9 + stbi__skip(s,4); // skip index of first colormap entry and number of entries + sz = stbi__get8(s); // check bits per palette color entry + if ( (sz != 8) && (sz != 15) && (sz != 16) && (sz != 24) && (sz != 32) ) goto errorEnd; + stbi__skip(s,4); // skip image x and y origin + } else { // "normal" image w/o colormap + if ( (sz != 2) && (sz != 3) && (sz != 10) && (sz != 11) ) goto errorEnd; // only RGB or grey allowed, +/- RLE + stbi__skip(s,9); // skip colormap specification and image x/y origin + } + if ( stbi__get16le(s) < 1 ) goto errorEnd; // test width + if ( stbi__get16le(s) < 1 ) goto errorEnd; // test height + sz = stbi__get8(s); // bits per pixel + if ( (tga_color_type == 1) && (sz != 8) && (sz != 16) ) goto errorEnd; // for colormapped images, bpp is size of an index + if ( (sz != 8) && (sz != 15) && (sz != 16) && (sz != 24) && (sz != 32) ) goto errorEnd; + + res = 1; // if we got this far, everything's good and we can return 1 instead of 0 + +errorEnd: + stbi__rewind(s); + return res; +} + +// read 16bit value and convert to 24bit RGB +static void stbi__tga_read_rgb16(stbi__context *s, stbi_uc* out) +{ + stbi__uint16 px = (stbi__uint16)stbi__get16le(s); + stbi__uint16 fiveBitMask = 31; + // we have 3 channels with 5bits each + int r = (px >> 10) & fiveBitMask; + int g = (px >> 5) & fiveBitMask; + int b = px & fiveBitMask; + // Note that this saves the data in RGB(A) order, so it doesn't need to be swapped later + out[0] = (stbi_uc)((r * 255)/31); + out[1] = (stbi_uc)((g * 255)/31); + out[2] = (stbi_uc)((b * 255)/31); + + // some people claim that the most significant bit might be used for alpha + // (possibly if an alpha-bit is set in the "image descriptor byte") + // but that only made 16bit test images completely translucent.. + // so let's treat all 15 and 16bit TGAs as RGB with no alpha. +} + +static void *stbi__tga_load(stbi__context *s, int *x, int *y, int *comp, int req_comp, stbi__result_info *ri) +{ + // read in the TGA header stuff + int tga_offset = stbi__get8(s); + int tga_indexed = stbi__get8(s); + int tga_image_type = stbi__get8(s); + int tga_is_RLE = 0; + int tga_palette_start = stbi__get16le(s); + int tga_palette_len = stbi__get16le(s); + int tga_palette_bits = stbi__get8(s); + int tga_x_origin = stbi__get16le(s); + int tga_y_origin = stbi__get16le(s); + int tga_width = stbi__get16le(s); + int tga_height = stbi__get16le(s); + int tga_bits_per_pixel = stbi__get8(s); + int tga_comp, tga_rgb16=0; + int tga_inverted = stbi__get8(s); + // int tga_alpha_bits = tga_inverted & 15; // the 4 lowest bits - unused (useless?) + // image data + unsigned char *tga_data; + unsigned char *tga_palette = NULL; + int i, j; + unsigned char raw_data[4] = {0}; + int RLE_count = 0; + int RLE_repeating = 0; + int read_next_pixel = 1; + STBI_NOTUSED(ri); + STBI_NOTUSED(tga_x_origin); // @TODO + STBI_NOTUSED(tga_y_origin); // @TODO + + if (tga_height > STBI_MAX_DIMENSIONS) return stbi__errpuc("too large","Very large image (corrupt?)"); + if (tga_width > STBI_MAX_DIMENSIONS) return stbi__errpuc("too large","Very large image (corrupt?)"); + + // do a tiny bit of precessing + if ( tga_image_type >= 8 ) + { + tga_image_type -= 8; + tga_is_RLE = 1; + } + tga_inverted = 1 - ((tga_inverted >> 5) & 1); + + // If I'm paletted, then I'll use the number of bits from the palette + if ( tga_indexed ) tga_comp = stbi__tga_get_comp(tga_palette_bits, 0, &tga_rgb16); + else tga_comp = stbi__tga_get_comp(tga_bits_per_pixel, (tga_image_type == 3), &tga_rgb16); + + if(!tga_comp) // shouldn't really happen, stbi__tga_test() should have ensured basic consistency + return stbi__errpuc("bad format", "Can't find out TGA pixelformat"); + + // tga info + *x = tga_width; + *y = tga_height; + if (comp) *comp = tga_comp; + + if (!stbi__mad3sizes_valid(tga_width, tga_height, tga_comp, 0)) + return stbi__errpuc("too large", "Corrupt TGA"); + + tga_data = (unsigned char*)stbi__malloc_mad3(tga_width, tga_height, tga_comp, 0); + if (!tga_data) return stbi__errpuc("outofmem", "Out of memory"); + + // skip to the data's starting position (offset usually = 0) + stbi__skip(s, tga_offset ); + + if ( !tga_indexed && !tga_is_RLE && !tga_rgb16 ) { + for (i=0; i < tga_height; ++i) { + int row = tga_inverted ? tga_height -i - 1 : i; + stbi_uc *tga_row = tga_data + row*tga_width*tga_comp; + stbi__getn(s, tga_row, tga_width * tga_comp); + } + } else { + // do I need to load a palette? + if ( tga_indexed) + { + if (tga_palette_len == 0) { /* you have to have at least one entry! */ + STBI_FREE(tga_data); + return stbi__errpuc("bad palette", "Corrupt TGA"); + } + + // any data to skip? (offset usually = 0) + stbi__skip(s, tga_palette_start ); + // load the palette + tga_palette = (unsigned char*)stbi__malloc_mad2(tga_palette_len, tga_comp, 0); + if (!tga_palette) { + STBI_FREE(tga_data); + return stbi__errpuc("outofmem", "Out of memory"); + } + if (tga_rgb16) { + stbi_uc *pal_entry = tga_palette; + STBI_ASSERT(tga_comp == STBI_rgb); + for (i=0; i < tga_palette_len; ++i) { + stbi__tga_read_rgb16(s, pal_entry); + pal_entry += tga_comp; + } + } else if (!stbi__getn(s, tga_palette, tga_palette_len * tga_comp)) { + STBI_FREE(tga_data); + STBI_FREE(tga_palette); + return stbi__errpuc("bad palette", "Corrupt TGA"); + } + } + // load the data + for (i=0; i < tga_width * tga_height; ++i) + { + // if I'm in RLE mode, do I need to get a RLE stbi__pngchunk? + if ( tga_is_RLE ) + { + if ( RLE_count == 0 ) + { + // yep, get the next byte as a RLE command + int RLE_cmd = stbi__get8(s); + RLE_count = 1 + (RLE_cmd & 127); + RLE_repeating = RLE_cmd >> 7; + read_next_pixel = 1; + } else if ( !RLE_repeating ) + { + read_next_pixel = 1; + } + } else + { + read_next_pixel = 1; + } + // OK, if I need to read a pixel, do it now + if ( read_next_pixel ) + { + // load however much data we did have + if ( tga_indexed ) + { + // read in index, then perform the lookup + int pal_idx = (tga_bits_per_pixel == 8) ? stbi__get8(s) : stbi__get16le(s); + if ( pal_idx >= tga_palette_len ) { + // invalid index + pal_idx = 0; + } + pal_idx *= tga_comp; + for (j = 0; j < tga_comp; ++j) { + raw_data[j] = tga_palette[pal_idx+j]; + } + } else if(tga_rgb16) { + STBI_ASSERT(tga_comp == STBI_rgb); + stbi__tga_read_rgb16(s, raw_data); + } else { + // read in the data raw + for (j = 0; j < tga_comp; ++j) { + raw_data[j] = stbi__get8(s); + } + } + // clear the reading flag for the next pixel + read_next_pixel = 0; + } // end of reading a pixel + + // copy data + for (j = 0; j < tga_comp; ++j) + tga_data[i*tga_comp+j] = raw_data[j]; + + // in case we're in RLE mode, keep counting down + --RLE_count; + } + // do I need to invert the image? + if ( tga_inverted ) + { + for (j = 0; j*2 < tga_height; ++j) + { + int index1 = j * tga_width * tga_comp; + int index2 = (tga_height - 1 - j) * tga_width * tga_comp; + for (i = tga_width * tga_comp; i > 0; --i) + { + unsigned char temp = tga_data[index1]; + tga_data[index1] = tga_data[index2]; + tga_data[index2] = temp; + ++index1; + ++index2; + } + } + } + // clear my palette, if I had one + if ( tga_palette != NULL ) + { + STBI_FREE( tga_palette ); + } + } + + // swap RGB - if the source data was RGB16, it already is in the right order + if (tga_comp >= 3 && !tga_rgb16) + { + unsigned char* tga_pixel = tga_data; + for (i=0; i < tga_width * tga_height; ++i) + { + unsigned char temp = tga_pixel[0]; + tga_pixel[0] = tga_pixel[2]; + tga_pixel[2] = temp; + tga_pixel += tga_comp; + } + } + + // convert to target component count + if (req_comp && req_comp != tga_comp) + tga_data = stbi__convert_format(tga_data, tga_comp, req_comp, tga_width, tga_height); + + // the things I do to get rid of an error message, and yet keep + // Microsoft's C compilers happy... [8^( + tga_palette_start = tga_palette_len = tga_palette_bits = + tga_x_origin = tga_y_origin = 0; + STBI_NOTUSED(tga_palette_start); + // OK, done + return tga_data; +} +#endif + +// ************************************************************************************************* +// Photoshop PSD loader -- PD by Thatcher Ulrich, integration by Nicolas Schulz, tweaked by STB + +#ifndef STBI_NO_PSD +static int stbi__psd_test(stbi__context *s) +{ + int r = (stbi__get32be(s) == 0x38425053); + stbi__rewind(s); + return r; +} + +static int stbi__psd_decode_rle(stbi__context *s, stbi_uc *p, int pixelCount) +{ + int count, nleft, len; + + count = 0; + while ((nleft = pixelCount - count) > 0) { + len = stbi__get8(s); + if (len == 128) { + // No-op. + } else if (len < 128) { + // Copy next len+1 bytes literally. + len++; + if (len > nleft) return 0; // corrupt data + count += len; + while (len) { + *p = stbi__get8(s); + p += 4; + len--; + } + } else if (len > 128) { + stbi_uc val; + // Next -len+1 bytes in the dest are replicated from next source byte. + // (Interpret len as a negative 8-bit int.) + len = 257 - len; + if (len > nleft) return 0; // corrupt data + val = stbi__get8(s); + count += len; + while (len) { + *p = val; + p += 4; + len--; + } + } + } + + return 1; +} + +static void *stbi__psd_load(stbi__context *s, int *x, int *y, int *comp, int req_comp, stbi__result_info *ri, int bpc) +{ + int pixelCount; + int channelCount, compression; + int channel, i; + int bitdepth; + int w,h; + stbi_uc *out; + STBI_NOTUSED(ri); + + // Check identifier + if (stbi__get32be(s) != 0x38425053) // "8BPS" + return stbi__errpuc("not PSD", "Corrupt PSD image"); + + // Check file type version. + if (stbi__get16be(s) != 1) + return stbi__errpuc("wrong version", "Unsupported version of PSD image"); + + // Skip 6 reserved bytes. + stbi__skip(s, 6 ); + + // Read the number of channels (R, G, B, A, etc). + channelCount = stbi__get16be(s); + if (channelCount < 0 || channelCount > 16) + return stbi__errpuc("wrong channel count", "Unsupported number of channels in PSD image"); + + // Read the rows and columns of the image. + h = stbi__get32be(s); + w = stbi__get32be(s); + + if (h > STBI_MAX_DIMENSIONS) return stbi__errpuc("too large","Very large image (corrupt?)"); + if (w > STBI_MAX_DIMENSIONS) return stbi__errpuc("too large","Very large image (corrupt?)"); + + // Make sure the depth is 8 bits. + bitdepth = stbi__get16be(s); + if (bitdepth != 8 && bitdepth != 16) + return stbi__errpuc("unsupported bit depth", "PSD bit depth is not 8 or 16 bit"); + + // Make sure the color mode is RGB. + // Valid options are: + // 0: Bitmap + // 1: Grayscale + // 2: Indexed color + // 3: RGB color + // 4: CMYK color + // 7: Multichannel + // 8: Duotone + // 9: Lab color + if (stbi__get16be(s) != 3) + return stbi__errpuc("wrong color format", "PSD is not in RGB color format"); + + // Skip the Mode Data. (It's the palette for indexed color; other info for other modes.) + stbi__skip(s,stbi__get32be(s) ); + + // Skip the image resources. (resolution, pen tool paths, etc) + stbi__skip(s, stbi__get32be(s) ); + + // Skip the reserved data. + stbi__skip(s, stbi__get32be(s) ); + + // Find out if the data is compressed. + // Known values: + // 0: no compression + // 1: RLE compressed + compression = stbi__get16be(s); + if (compression > 1) + return stbi__errpuc("bad compression", "PSD has an unknown compression format"); + + // Check size + if (!stbi__mad3sizes_valid(4, w, h, 0)) + return stbi__errpuc("too large", "Corrupt PSD"); + + // Create the destination image. + + if (!compression && bitdepth == 16 && bpc == 16) { + out = (stbi_uc *) stbi__malloc_mad3(8, w, h, 0); + ri->bits_per_channel = 16; + } else + out = (stbi_uc *) stbi__malloc(4 * w*h); + + if (!out) return stbi__errpuc("outofmem", "Out of memory"); + pixelCount = w*h; + + // Initialize the data to zero. + //memset( out, 0, pixelCount * 4 ); + + // Finally, the image data. + if (compression) { + // RLE as used by .PSD and .TIFF + // Loop until you get the number of unpacked bytes you are expecting: + // Read the next source byte into n. + // If n is between 0 and 127 inclusive, copy the next n+1 bytes literally. + // Else if n is between -127 and -1 inclusive, copy the next byte -n+1 times. + // Else if n is 128, noop. + // Endloop + + // The RLE-compressed data is preceded by a 2-byte data count for each row in the data, + // which we're going to just skip. + stbi__skip(s, h * channelCount * 2 ); + + // Read the RLE data by channel. + for (channel = 0; channel < 4; channel++) { + stbi_uc *p; + + p = out+channel; + if (channel >= channelCount) { + // Fill this channel with default data. + for (i = 0; i < pixelCount; i++, p += 4) + *p = (channel == 3 ? 255 : 0); + } else { + // Read the RLE data. + if (!stbi__psd_decode_rle(s, p, pixelCount)) { + STBI_FREE(out); + return stbi__errpuc("corrupt", "bad RLE data"); + } + } + } + + } else { + // We're at the raw image data. It's each channel in order (Red, Green, Blue, Alpha, ...) + // where each channel consists of an 8-bit (or 16-bit) value for each pixel in the image. + + // Read the data by channel. + for (channel = 0; channel < 4; channel++) { + if (channel >= channelCount) { + // Fill this channel with default data. + if (bitdepth == 16 && bpc == 16) { + stbi__uint16 *q = ((stbi__uint16 *) out) + channel; + stbi__uint16 val = channel == 3 ? 65535 : 0; + for (i = 0; i < pixelCount; i++, q += 4) + *q = val; + } else { + stbi_uc *p = out+channel; + stbi_uc val = channel == 3 ? 255 : 0; + for (i = 0; i < pixelCount; i++, p += 4) + *p = val; + } + } else { + if (ri->bits_per_channel == 16) { // output bpc + stbi__uint16 *q = ((stbi__uint16 *) out) + channel; + for (i = 0; i < pixelCount; i++, q += 4) + *q = (stbi__uint16) stbi__get16be(s); + } else { + stbi_uc *p = out+channel; + if (bitdepth == 16) { // input bpc + for (i = 0; i < pixelCount; i++, p += 4) + *p = (stbi_uc) (stbi__get16be(s) >> 8); + } else { + for (i = 0; i < pixelCount; i++, p += 4) + *p = stbi__get8(s); + } + } + } + } + } + + // remove weird white matte from PSD + if (channelCount >= 4) { + if (ri->bits_per_channel == 16) { + for (i=0; i < w*h; ++i) { + stbi__uint16 *pixel = (stbi__uint16 *) out + 4*i; + if (pixel[3] != 0 && pixel[3] != 65535) { + float a = pixel[3] / 65535.0f; + float ra = 1.0f / a; + float inv_a = 65535.0f * (1 - ra); + pixel[0] = (stbi__uint16) (pixel[0]*ra + inv_a); + pixel[1] = (stbi__uint16) (pixel[1]*ra + inv_a); + pixel[2] = (stbi__uint16) (pixel[2]*ra + inv_a); + } + } + } else { + for (i=0; i < w*h; ++i) { + unsigned char *pixel = out + 4*i; + if (pixel[3] != 0 && pixel[3] != 255) { + float a = pixel[3] / 255.0f; + float ra = 1.0f / a; + float inv_a = 255.0f * (1 - ra); + pixel[0] = (unsigned char) (pixel[0]*ra + inv_a); + pixel[1] = (unsigned char) (pixel[1]*ra + inv_a); + pixel[2] = (unsigned char) (pixel[2]*ra + inv_a); + } + } + } + } + + // convert to desired output format + if (req_comp && req_comp != 4) { + if (ri->bits_per_channel == 16) + out = (stbi_uc *) stbi__convert_format16((stbi__uint16 *) out, 4, req_comp, w, h); + else + out = stbi__convert_format(out, 4, req_comp, w, h); + if (out == NULL) return out; // stbi__convert_format frees input on failure + } + + if (comp) *comp = 4; + *y = h; + *x = w; + + return out; +} +#endif + +// ************************************************************************************************* +// Softimage PIC loader +// by Tom Seddon +// +// See http://softimage.wiki.softimage.com/index.php/INFO:_PIC_file_format +// See http://ozviz.wasp.uwa.edu.au/~pbourke/dataformats/softimagepic/ + +#ifndef STBI_NO_PIC +static int stbi__pic_is4(stbi__context *s,const char *str) +{ + int i; + for (i=0; i<4; ++i) + if (stbi__get8(s) != (stbi_uc)str[i]) + return 0; + + return 1; +} + +static int stbi__pic_test_core(stbi__context *s) +{ + int i; + + if (!stbi__pic_is4(s,"\x53\x80\xF6\x34")) + return 0; + + for(i=0;i<84;++i) + stbi__get8(s); + + if (!stbi__pic_is4(s,"PICT")) + return 0; + + return 1; +} + +typedef struct +{ + stbi_uc size,type,channel; +} stbi__pic_packet; + +static stbi_uc *stbi__readval(stbi__context *s, int channel, stbi_uc *dest) +{ + int mask=0x80, i; + + for (i=0; i<4; ++i, mask>>=1) { + if (channel & mask) { + if (stbi__at_eof(s)) return stbi__errpuc("bad file","PIC file too short"); + dest[i]=stbi__get8(s); + } + } + + return dest; +} + +static void stbi__copyval(int channel,stbi_uc *dest,const stbi_uc *src) +{ + int mask=0x80,i; + + for (i=0;i<4; ++i, mask>>=1) + if (channel&mask) + dest[i]=src[i]; +} + +static stbi_uc *stbi__pic_load_core(stbi__context *s,int width,int height,int *comp, stbi_uc *result) +{ + int act_comp=0,num_packets=0,y,chained; + stbi__pic_packet packets[10]; + + // this will (should...) cater for even some bizarre stuff like having data + // for the same channel in multiple packets. + do { + stbi__pic_packet *packet; + + if (num_packets==sizeof(packets)/sizeof(packets[0])) + return stbi__errpuc("bad format","too many packets"); + + packet = &packets[num_packets++]; + + chained = stbi__get8(s); + packet->size = stbi__get8(s); + packet->type = stbi__get8(s); + packet->channel = stbi__get8(s); + + act_comp |= packet->channel; + + if (stbi__at_eof(s)) return stbi__errpuc("bad file","file too short (reading packets)"); + if (packet->size != 8) return stbi__errpuc("bad format","packet isn't 8bpp"); + } while (chained); + + *comp = (act_comp & 0x10 ? 4 : 3); // has alpha channel? + + for(y=0; ytype) { + default: + return stbi__errpuc("bad format","packet has bad compression type"); + + case 0: {//uncompressed + int x; + + for(x=0;xchannel,dest)) + return 0; + break; + } + + case 1://Pure RLE + { + int left=width, i; + + while (left>0) { + stbi_uc count,value[4]; + + count=stbi__get8(s); + if (stbi__at_eof(s)) return stbi__errpuc("bad file","file too short (pure read count)"); + + if (count > left) + count = (stbi_uc) left; + + if (!stbi__readval(s,packet->channel,value)) return 0; + + for(i=0; ichannel,dest,value); + left -= count; + } + } + break; + + case 2: {//Mixed RLE + int left=width; + while (left>0) { + int count = stbi__get8(s), i; + if (stbi__at_eof(s)) return stbi__errpuc("bad file","file too short (mixed read count)"); + + if (count >= 128) { // Repeated + stbi_uc value[4]; + + if (count==128) + count = stbi__get16be(s); + else + count -= 127; + if (count > left) + return stbi__errpuc("bad file","scanline overrun"); + + if (!stbi__readval(s,packet->channel,value)) + return 0; + + for(i=0;ichannel,dest,value); + } else { // Raw + ++count; + if (count>left) return stbi__errpuc("bad file","scanline overrun"); + + for(i=0;ichannel,dest)) + return 0; + } + left-=count; + } + break; + } + } + } + } + + return result; +} + +static void *stbi__pic_load(stbi__context *s,int *px,int *py,int *comp,int req_comp, stbi__result_info *ri) +{ + stbi_uc *result; + int i, x,y, internal_comp; + STBI_NOTUSED(ri); + + if (!comp) comp = &internal_comp; + + for (i=0; i<92; ++i) + stbi__get8(s); + + x = stbi__get16be(s); + y = stbi__get16be(s); + + if (y > STBI_MAX_DIMENSIONS) return stbi__errpuc("too large","Very large image (corrupt?)"); + if (x > STBI_MAX_DIMENSIONS) return stbi__errpuc("too large","Very large image (corrupt?)"); + + if (stbi__at_eof(s)) return stbi__errpuc("bad file","file too short (pic header)"); + if (!stbi__mad3sizes_valid(x, y, 4, 0)) return stbi__errpuc("too large", "PIC image too large to decode"); + + stbi__get32be(s); //skip `ratio' + stbi__get16be(s); //skip `fields' + stbi__get16be(s); //skip `pad' + + // intermediate buffer is RGBA + result = (stbi_uc *) stbi__malloc_mad3(x, y, 4, 0); + if (!result) return stbi__errpuc("outofmem", "Out of memory"); + memset(result, 0xff, x*y*4); + + if (!stbi__pic_load_core(s,x,y,comp, result)) { + STBI_FREE(result); + result=0; + } + *px = x; + *py = y; + if (req_comp == 0) req_comp = *comp; + result=stbi__convert_format(result,4,req_comp,x,y); + + return result; +} + +static int stbi__pic_test(stbi__context *s) +{ + int r = stbi__pic_test_core(s); + stbi__rewind(s); + return r; +} +#endif + +// ************************************************************************************************* +// GIF loader -- public domain by Jean-Marc Lienher -- simplified/shrunk by stb + +#ifndef STBI_NO_GIF +typedef struct +{ + stbi__int16 prefix; + stbi_uc first; + stbi_uc suffix; +} stbi__gif_lzw; + +typedef struct +{ + int w,h; + stbi_uc *out; // output buffer (always 4 components) + stbi_uc *background; // The current "background" as far as a gif is concerned + stbi_uc *history; + int flags, bgindex, ratio, transparent, eflags; + stbi_uc pal[256][4]; + stbi_uc lpal[256][4]; + stbi__gif_lzw codes[8192]; + stbi_uc *color_table; + int parse, step; + int lflags; + int start_x, start_y; + int max_x, max_y; + int cur_x, cur_y; + int line_size; + int delay; +} stbi__gif; + +static int stbi__gif_test_raw(stbi__context *s) +{ + int sz; + if (stbi__get8(s) != 'G' || stbi__get8(s) != 'I' || stbi__get8(s) != 'F' || stbi__get8(s) != '8') return 0; + sz = stbi__get8(s); + if (sz != '9' && sz != '7') return 0; + if (stbi__get8(s) != 'a') return 0; + return 1; +} + +static int stbi__gif_test(stbi__context *s) +{ + int r = stbi__gif_test_raw(s); + stbi__rewind(s); + return r; +} + +static void stbi__gif_parse_colortable(stbi__context *s, stbi_uc pal[256][4], int num_entries, int transp) +{ + int i; + for (i=0; i < num_entries; ++i) { + pal[i][2] = stbi__get8(s); + pal[i][1] = stbi__get8(s); + pal[i][0] = stbi__get8(s); + pal[i][3] = transp == i ? 0 : 255; + } +} + +static int stbi__gif_header(stbi__context *s, stbi__gif *g, int *comp, int is_info) +{ + stbi_uc version; + if (stbi__get8(s) != 'G' || stbi__get8(s) != 'I' || stbi__get8(s) != 'F' || stbi__get8(s) != '8') + return stbi__err("not GIF", "Corrupt GIF"); + + version = stbi__get8(s); + if (version != '7' && version != '9') return stbi__err("not GIF", "Corrupt GIF"); + if (stbi__get8(s) != 'a') return stbi__err("not GIF", "Corrupt GIF"); + + stbi__g_failure_reason = ""; + g->w = stbi__get16le(s); + g->h = stbi__get16le(s); + g->flags = stbi__get8(s); + g->bgindex = stbi__get8(s); + g->ratio = stbi__get8(s); + g->transparent = -1; + + if (g->w > STBI_MAX_DIMENSIONS) return stbi__err("too large","Very large image (corrupt?)"); + if (g->h > STBI_MAX_DIMENSIONS) return stbi__err("too large","Very large image (corrupt?)"); + + if (comp != 0) *comp = 4; // can't actually tell whether it's 3 or 4 until we parse the comments + + if (is_info) return 1; + + if (g->flags & 0x80) + stbi__gif_parse_colortable(s,g->pal, 2 << (g->flags & 7), -1); + + return 1; +} + +static int stbi__gif_info_raw(stbi__context *s, int *x, int *y, int *comp) +{ + stbi__gif* g = (stbi__gif*) stbi__malloc(sizeof(stbi__gif)); + if (!g) return stbi__err("outofmem", "Out of memory"); + if (!stbi__gif_header(s, g, comp, 1)) { + STBI_FREE(g); + stbi__rewind( s ); + return 0; + } + if (x) *x = g->w; + if (y) *y = g->h; + STBI_FREE(g); + return 1; +} + +static void stbi__out_gif_code(stbi__gif *g, stbi__uint16 code) +{ + stbi_uc *p, *c; + int idx; + + // recurse to decode the prefixes, since the linked-list is backwards, + // and working backwards through an interleaved image would be nasty + if (g->codes[code].prefix >= 0) + stbi__out_gif_code(g, g->codes[code].prefix); + + if (g->cur_y >= g->max_y) return; + + idx = g->cur_x + g->cur_y; + p = &g->out[idx]; + g->history[idx / 4] = 1; + + c = &g->color_table[g->codes[code].suffix * 4]; + if (c[3] > 128) { // don't render transparent pixels; + p[0] = c[2]; + p[1] = c[1]; + p[2] = c[0]; + p[3] = c[3]; + } + g->cur_x += 4; + + if (g->cur_x >= g->max_x) { + g->cur_x = g->start_x; + g->cur_y += g->step; + + while (g->cur_y >= g->max_y && g->parse > 0) { + g->step = (1 << g->parse) * g->line_size; + g->cur_y = g->start_y + (g->step >> 1); + --g->parse; + } + } +} + +static stbi_uc *stbi__process_gif_raster(stbi__context *s, stbi__gif *g) +{ + stbi_uc lzw_cs; + stbi__int32 len, init_code; + stbi__uint32 first; + stbi__int32 codesize, codemask, avail, oldcode, bits, valid_bits, clear; + stbi__gif_lzw *p; + + lzw_cs = stbi__get8(s); + if (lzw_cs > 12) return NULL; + clear = 1 << lzw_cs; + first = 1; + codesize = lzw_cs + 1; + codemask = (1 << codesize) - 1; + bits = 0; + valid_bits = 0; + for (init_code = 0; init_code < clear; init_code++) { + g->codes[init_code].prefix = -1; + g->codes[init_code].first = (stbi_uc) init_code; + g->codes[init_code].suffix = (stbi_uc) init_code; + } + + // support no starting clear code + avail = clear+2; + oldcode = -1; + + len = 0; + for(;;) { + if (valid_bits < codesize) { + if (len == 0) { + len = stbi__get8(s); // start new block + if (len == 0) + return g->out; + } + --len; + bits |= (stbi__int32) stbi__get8(s) << valid_bits; + valid_bits += 8; + } else { + stbi__int32 code = bits & codemask; + bits >>= codesize; + valid_bits -= codesize; + // @OPTIMIZE: is there some way we can accelerate the non-clear path? + if (code == clear) { // clear code + codesize = lzw_cs + 1; + codemask = (1 << codesize) - 1; + avail = clear + 2; + oldcode = -1; + first = 0; + } else if (code == clear + 1) { // end of stream code + stbi__skip(s, len); + while ((len = stbi__get8(s)) > 0) + stbi__skip(s,len); + return g->out; + } else if (code <= avail) { + if (first) { + return stbi__errpuc("no clear code", "Corrupt GIF"); + } + + if (oldcode >= 0) { + p = &g->codes[avail++]; + if (avail > 8192) { + return stbi__errpuc("too many codes", "Corrupt GIF"); + } + + p->prefix = (stbi__int16) oldcode; + p->first = g->codes[oldcode].first; + p->suffix = (code == avail) ? p->first : g->codes[code].first; + } else if (code == avail) + return stbi__errpuc("illegal code in raster", "Corrupt GIF"); + + stbi__out_gif_code(g, (stbi__uint16) code); + + if ((avail & codemask) == 0 && avail <= 0x0FFF) { + codesize++; + codemask = (1 << codesize) - 1; + } + + oldcode = code; + } else { + return stbi__errpuc("illegal code in raster", "Corrupt GIF"); + } + } + } +} + +// this function is designed to support animated gifs, although stb_image doesn't support it +// two back is the image from two frames ago, used for a very specific disposal format +static stbi_uc *stbi__gif_load_next(stbi__context *s, stbi__gif *g, int *comp, int req_comp, stbi_uc *two_back) +{ + int dispose; + int first_frame; + int pi; + int pcount; + STBI_NOTUSED(req_comp); + + // on first frame, any non-written pixels get the background colour (non-transparent) + first_frame = 0; + if (g->out == 0) { + if (!stbi__gif_header(s, g, comp,0)) return 0; // stbi__g_failure_reason set by stbi__gif_header + if (!stbi__mad3sizes_valid(4, g->w, g->h, 0)) + return stbi__errpuc("too large", "GIF image is too large"); + pcount = g->w * g->h; + g->out = (stbi_uc *) stbi__malloc(4 * pcount); + g->background = (stbi_uc *) stbi__malloc(4 * pcount); + g->history = (stbi_uc *) stbi__malloc(pcount); + if (!g->out || !g->background || !g->history) + return stbi__errpuc("outofmem", "Out of memory"); + + // image is treated as "transparent" at the start - ie, nothing overwrites the current background; + // background colour is only used for pixels that are not rendered first frame, after that "background" + // color refers to the color that was there the previous frame. + memset(g->out, 0x00, 4 * pcount); + memset(g->background, 0x00, 4 * pcount); // state of the background (starts transparent) + memset(g->history, 0x00, pcount); // pixels that were affected previous frame + first_frame = 1; + } else { + // second frame - how do we dispose of the previous one? + dispose = (g->eflags & 0x1C) >> 2; + pcount = g->w * g->h; + + if ((dispose == 3) && (two_back == 0)) { + dispose = 2; // if I don't have an image to revert back to, default to the old background + } + + if (dispose == 3) { // use previous graphic + for (pi = 0; pi < pcount; ++pi) { + if (g->history[pi]) { + memcpy( &g->out[pi * 4], &two_back[pi * 4], 4 ); + } + } + } else if (dispose == 2) { + // restore what was changed last frame to background before that frame; + for (pi = 0; pi < pcount; ++pi) { + if (g->history[pi]) { + memcpy( &g->out[pi * 4], &g->background[pi * 4], 4 ); + } + } + } else { + // This is a non-disposal case eithe way, so just + // leave the pixels as is, and they will become the new background + // 1: do not dispose + // 0: not specified. + } + + // background is what out is after the undoing of the previou frame; + memcpy( g->background, g->out, 4 * g->w * g->h ); + } + + // clear my history; + memset( g->history, 0x00, g->w * g->h ); // pixels that were affected previous frame + + for (;;) { + int tag = stbi__get8(s); + switch (tag) { + case 0x2C: /* Image Descriptor */ + { + stbi__int32 x, y, w, h; + stbi_uc *o; + + x = stbi__get16le(s); + y = stbi__get16le(s); + w = stbi__get16le(s); + h = stbi__get16le(s); + if (((x + w) > (g->w)) || ((y + h) > (g->h))) + return stbi__errpuc("bad Image Descriptor", "Corrupt GIF"); + + g->line_size = g->w * 4; + g->start_x = x * 4; + g->start_y = y * g->line_size; + g->max_x = g->start_x + w * 4; + g->max_y = g->start_y + h * g->line_size; + g->cur_x = g->start_x; + g->cur_y = g->start_y; + + // if the width of the specified rectangle is 0, that means + // we may not see *any* pixels or the image is malformed; + // to make sure this is caught, move the current y down to + // max_y (which is what out_gif_code checks). + if (w == 0) + g->cur_y = g->max_y; + + g->lflags = stbi__get8(s); + + if (g->lflags & 0x40) { + g->step = 8 * g->line_size; // first interlaced spacing + g->parse = 3; + } else { + g->step = g->line_size; + g->parse = 0; + } + + if (g->lflags & 0x80) { + stbi__gif_parse_colortable(s,g->lpal, 2 << (g->lflags & 7), g->eflags & 0x01 ? g->transparent : -1); + g->color_table = (stbi_uc *) g->lpal; + } else if (g->flags & 0x80) { + g->color_table = (stbi_uc *) g->pal; + } else + return stbi__errpuc("missing color table", "Corrupt GIF"); + + o = stbi__process_gif_raster(s, g); + if (!o) return NULL; + + // if this was the first frame, + pcount = g->w * g->h; + if (first_frame && (g->bgindex > 0)) { + // if first frame, any pixel not drawn to gets the background color + for (pi = 0; pi < pcount; ++pi) { + if (g->history[pi] == 0) { + g->pal[g->bgindex][3] = 255; // just in case it was made transparent, undo that; It will be reset next frame if need be; + memcpy( &g->out[pi * 4], &g->pal[g->bgindex], 4 ); + } + } + } + + return o; + } + + case 0x21: // Comment Extension. + { + int len; + int ext = stbi__get8(s); + if (ext == 0xF9) { // Graphic Control Extension. + len = stbi__get8(s); + if (len == 4) { + g->eflags = stbi__get8(s); + g->delay = 10 * stbi__get16le(s); // delay - 1/100th of a second, saving as 1/1000ths. + + // unset old transparent + if (g->transparent >= 0) { + g->pal[g->transparent][3] = 255; + } + if (g->eflags & 0x01) { + g->transparent = stbi__get8(s); + if (g->transparent >= 0) { + g->pal[g->transparent][3] = 0; + } + } else { + // don't need transparent + stbi__skip(s, 1); + g->transparent = -1; + } + } else { + stbi__skip(s, len); + break; + } + } + while ((len = stbi__get8(s)) != 0) { + stbi__skip(s, len); + } + break; + } + + case 0x3B: // gif stream termination code + return (stbi_uc *) s; // using '1' causes warning on some compilers + + default: + return stbi__errpuc("unknown code", "Corrupt GIF"); + } + } +} + +static void *stbi__load_gif_main_outofmem(stbi__gif *g, stbi_uc *out, int **delays) +{ + STBI_FREE(g->out); + STBI_FREE(g->history); + STBI_FREE(g->background); + + if (out) STBI_FREE(out); + if (delays && *delays) STBI_FREE(*delays); + return stbi__errpuc("outofmem", "Out of memory"); +} + +static void *stbi__load_gif_main(stbi__context *s, int **delays, int *x, int *y, int *z, int *comp, int req_comp) +{ + if (stbi__gif_test(s)) { + int layers = 0; + stbi_uc *u = 0; + stbi_uc *out = 0; + stbi_uc *two_back = 0; + stbi__gif g; + int stride; + int out_size = 0; + int delays_size = 0; + + STBI_NOTUSED(out_size); + STBI_NOTUSED(delays_size); + + memset(&g, 0, sizeof(g)); + if (delays) { + *delays = 0; + } + + do { + u = stbi__gif_load_next(s, &g, comp, req_comp, two_back); + if (u == (stbi_uc *) s) u = 0; // end of animated gif marker + + if (u) { + *x = g.w; + *y = g.h; + ++layers; + stride = g.w * g.h * 4; + + if (out) { + void *tmp = (stbi_uc*) STBI_REALLOC_SIZED( out, out_size, layers * stride ); + if (!tmp) + return stbi__load_gif_main_outofmem(&g, out, delays); + else { + out = (stbi_uc*) tmp; + out_size = layers * stride; + } + + if (delays) { + int *new_delays = (int*) STBI_REALLOC_SIZED( *delays, delays_size, sizeof(int) * layers ); + if (!new_delays) + return stbi__load_gif_main_outofmem(&g, out, delays); + *delays = new_delays; + delays_size = layers * sizeof(int); + } + } else { + out = (stbi_uc*)stbi__malloc( layers * stride ); + if (!out) + return stbi__load_gif_main_outofmem(&g, out, delays); + out_size = layers * stride; + if (delays) { + *delays = (int*) stbi__malloc( layers * sizeof(int) ); + if (!*delays) + return stbi__load_gif_main_outofmem(&g, out, delays); + delays_size = layers * sizeof(int); + } + } + memcpy( out + ((layers - 1) * stride), u, stride ); + if (layers >= 2) { + two_back = out - 2 * stride; + } + + if (delays) { + (*delays)[layers - 1U] = g.delay; + } + } + } while (u != 0); + + // free temp buffer; + STBI_FREE(g.out); + STBI_FREE(g.history); + STBI_FREE(g.background); + + // do the final conversion after loading everything; + if (req_comp && req_comp != 4) + out = stbi__convert_format(out, 4, req_comp, layers * g.w, g.h); + + *z = layers; + return out; + } else { + return stbi__errpuc("not GIF", "Image was not as a gif type."); + } +} + +static void *stbi__gif_load(stbi__context *s, int *x, int *y, int *comp, int req_comp, stbi__result_info *ri) +{ + stbi_uc *u = 0; + stbi__gif g; + memset(&g, 0, sizeof(g)); + STBI_NOTUSED(ri); + + u = stbi__gif_load_next(s, &g, comp, req_comp, 0); + if (u == (stbi_uc *) s) u = 0; // end of animated gif marker + if (u) { + *x = g.w; + *y = g.h; + + // moved conversion to after successful load so that the same + // can be done for multiple frames. + if (req_comp && req_comp != 4) + u = stbi__convert_format(u, 4, req_comp, g.w, g.h); + } else if (g.out) { + // if there was an error and we allocated an image buffer, free it! + STBI_FREE(g.out); + } + + // free buffers needed for multiple frame loading; + STBI_FREE(g.history); + STBI_FREE(g.background); + + return u; +} + +static int stbi__gif_info(stbi__context *s, int *x, int *y, int *comp) +{ + return stbi__gif_info_raw(s,x,y,comp); +} +#endif + +// ************************************************************************************************* +// Radiance RGBE HDR loader +// originally by Nicolas Schulz +#ifndef STBI_NO_HDR +static int stbi__hdr_test_core(stbi__context *s, const char *signature) +{ + int i; + for (i=0; signature[i]; ++i) + if (stbi__get8(s) != signature[i]) + return 0; + stbi__rewind(s); + return 1; +} + +static int stbi__hdr_test(stbi__context* s) +{ + int r = stbi__hdr_test_core(s, "#?RADIANCE\n"); + stbi__rewind(s); + if(!r) { + r = stbi__hdr_test_core(s, "#?RGBE\n"); + stbi__rewind(s); + } + return r; +} + +#define STBI__HDR_BUFLEN 1024 +static char *stbi__hdr_gettoken(stbi__context *z, char *buffer) +{ + int len=0; + char c = '\0'; + + c = (char) stbi__get8(z); + + while (!stbi__at_eof(z) && c != '\n') { + buffer[len++] = c; + if (len == STBI__HDR_BUFLEN-1) { + // flush to end of line + while (!stbi__at_eof(z) && stbi__get8(z) != '\n') + ; + break; + } + c = (char) stbi__get8(z); + } + + buffer[len] = 0; + return buffer; +} + +static void stbi__hdr_convert(float *output, stbi_uc *input, int req_comp) +{ + if ( input[3] != 0 ) { + float f1; + // Exponent + f1 = (float) ldexp(1.0f, input[3] - (int)(128 + 8)); + if (req_comp <= 2) + output[0] = (input[0] + input[1] + input[2]) * f1 / 3; + else { + output[0] = input[0] * f1; + output[1] = input[1] * f1; + output[2] = input[2] * f1; + } + if (req_comp == 2) output[1] = 1; + if (req_comp == 4) output[3] = 1; + } else { + switch (req_comp) { + case 4: output[3] = 1; /* fallthrough */ + case 3: output[0] = output[1] = output[2] = 0; + break; + case 2: output[1] = 1; /* fallthrough */ + case 1: output[0] = 0; + break; + } + } +} + +static float *stbi__hdr_load(stbi__context *s, int *x, int *y, int *comp, int req_comp, stbi__result_info *ri) +{ + char buffer[STBI__HDR_BUFLEN]; + char *token; + int valid = 0; + int width, height; + stbi_uc *scanline; + float *hdr_data; + int len; + unsigned char count, value; + int i, j, k, c1,c2, z; + const char *headerToken; + STBI_NOTUSED(ri); + + // Check identifier + headerToken = stbi__hdr_gettoken(s,buffer); + if (strcmp(headerToken, "#?RADIANCE") != 0 && strcmp(headerToken, "#?RGBE") != 0) + return stbi__errpf("not HDR", "Corrupt HDR image"); + + // Parse header + for(;;) { + token = stbi__hdr_gettoken(s,buffer); + if (token[0] == 0) break; + if (strcmp(token, "FORMAT=32-bit_rle_rgbe") == 0) valid = 1; + } + + if (!valid) return stbi__errpf("unsupported format", "Unsupported HDR format"); + + // Parse width and height + // can't use sscanf() if we're not using stdio! + token = stbi__hdr_gettoken(s,buffer); + if (strncmp(token, "-Y ", 3)) return stbi__errpf("unsupported data layout", "Unsupported HDR format"); + token += 3; + height = (int) strtol(token, &token, 10); + while (*token == ' ') ++token; + if (strncmp(token, "+X ", 3)) return stbi__errpf("unsupported data layout", "Unsupported HDR format"); + token += 3; + width = (int) strtol(token, NULL, 10); + + if (height > STBI_MAX_DIMENSIONS) return stbi__errpf("too large","Very large image (corrupt?)"); + if (width > STBI_MAX_DIMENSIONS) return stbi__errpf("too large","Very large image (corrupt?)"); + + *x = width; + *y = height; + + if (comp) *comp = 3; + if (req_comp == 0) req_comp = 3; + + if (!stbi__mad4sizes_valid(width, height, req_comp, sizeof(float), 0)) + return stbi__errpf("too large", "HDR image is too large"); + + // Read data + hdr_data = (float *) stbi__malloc_mad4(width, height, req_comp, sizeof(float), 0); + if (!hdr_data) + return stbi__errpf("outofmem", "Out of memory"); + + // Load image data + // image data is stored as some number of sca + if ( width < 8 || width >= 32768) { + // Read flat data + for (j=0; j < height; ++j) { + for (i=0; i < width; ++i) { + stbi_uc rgbe[4]; + main_decode_loop: + stbi__getn(s, rgbe, 4); + stbi__hdr_convert(hdr_data + j * width * req_comp + i * req_comp, rgbe, req_comp); + } + } + } else { + // Read RLE-encoded data + scanline = NULL; + + for (j = 0; j < height; ++j) { + c1 = stbi__get8(s); + c2 = stbi__get8(s); + len = stbi__get8(s); + if (c1 != 2 || c2 != 2 || (len & 0x80)) { + // not run-length encoded, so we have to actually use THIS data as a decoded + // pixel (note this can't be a valid pixel--one of RGB must be >= 128) + stbi_uc rgbe[4]; + rgbe[0] = (stbi_uc) c1; + rgbe[1] = (stbi_uc) c2; + rgbe[2] = (stbi_uc) len; + rgbe[3] = (stbi_uc) stbi__get8(s); + stbi__hdr_convert(hdr_data, rgbe, req_comp); + i = 1; + j = 0; + STBI_FREE(scanline); + goto main_decode_loop; // yes, this makes no sense + } + len <<= 8; + len |= stbi__get8(s); + if (len != width) { STBI_FREE(hdr_data); STBI_FREE(scanline); return stbi__errpf("invalid decoded scanline length", "corrupt HDR"); } + if (scanline == NULL) { + scanline = (stbi_uc *) stbi__malloc_mad2(width, 4, 0); + if (!scanline) { + STBI_FREE(hdr_data); + return stbi__errpf("outofmem", "Out of memory"); + } + } + + for (k = 0; k < 4; ++k) { + int nleft; + i = 0; + while ((nleft = width - i) > 0) { + count = stbi__get8(s); + if (count > 128) { + // Run + value = stbi__get8(s); + count -= 128; + if ((count == 0) || (count > nleft)) { STBI_FREE(hdr_data); STBI_FREE(scanline); return stbi__errpf("corrupt", "bad RLE data in HDR"); } + for (z = 0; z < count; ++z) + scanline[i++ * 4 + k] = value; + } else { + // Dump + if ((count == 0) || (count > nleft)) { STBI_FREE(hdr_data); STBI_FREE(scanline); return stbi__errpf("corrupt", "bad RLE data in HDR"); } + for (z = 0; z < count; ++z) + scanline[i++ * 4 + k] = stbi__get8(s); + } + } + } + for (i=0; i < width; ++i) + stbi__hdr_convert(hdr_data+(j*width + i)*req_comp, scanline + i*4, req_comp); + } + if (scanline) + STBI_FREE(scanline); + } + + return hdr_data; +} + +static int stbi__hdr_info(stbi__context *s, int *x, int *y, int *comp) +{ + char buffer[STBI__HDR_BUFLEN]; + char *token; + int valid = 0; + int dummy; + + if (!x) x = &dummy; + if (!y) y = &dummy; + if (!comp) comp = &dummy; + + if (stbi__hdr_test(s) == 0) { + stbi__rewind( s ); + return 0; + } + + for(;;) { + token = stbi__hdr_gettoken(s,buffer); + if (token[0] == 0) break; + if (strcmp(token, "FORMAT=32-bit_rle_rgbe") == 0) valid = 1; + } + + if (!valid) { + stbi__rewind( s ); + return 0; + } + token = stbi__hdr_gettoken(s,buffer); + if (strncmp(token, "-Y ", 3)) { + stbi__rewind( s ); + return 0; + } + token += 3; + *y = (int) strtol(token, &token, 10); + while (*token == ' ') ++token; + if (strncmp(token, "+X ", 3)) { + stbi__rewind( s ); + return 0; + } + token += 3; + *x = (int) strtol(token, NULL, 10); + *comp = 3; + return 1; +} +#endif // STBI_NO_HDR + +#ifndef STBI_NO_BMP +static int stbi__bmp_info(stbi__context *s, int *x, int *y, int *comp) +{ + void *p; + stbi__bmp_data info; + + info.all_a = 255; + p = stbi__bmp_parse_header(s, &info); + if (p == NULL) { + stbi__rewind( s ); + return 0; + } + if (x) *x = s->img_x; + if (y) *y = s->img_y; + if (comp) { + if (info.bpp == 24 && info.ma == 0xff000000) + *comp = 3; + else + *comp = info.ma ? 4 : 3; + } + return 1; +} +#endif + +#ifndef STBI_NO_PSD +static int stbi__psd_info(stbi__context *s, int *x, int *y, int *comp) +{ + int channelCount, dummy, depth; + if (!x) x = &dummy; + if (!y) y = &dummy; + if (!comp) comp = &dummy; + if (stbi__get32be(s) != 0x38425053) { + stbi__rewind( s ); + return 0; + } + if (stbi__get16be(s) != 1) { + stbi__rewind( s ); + return 0; + } + stbi__skip(s, 6); + channelCount = stbi__get16be(s); + if (channelCount < 0 || channelCount > 16) { + stbi__rewind( s ); + return 0; + } + *y = stbi__get32be(s); + *x = stbi__get32be(s); + depth = stbi__get16be(s); + if (depth != 8 && depth != 16) { + stbi__rewind( s ); + return 0; + } + if (stbi__get16be(s) != 3) { + stbi__rewind( s ); + return 0; + } + *comp = 4; + return 1; +} + +static int stbi__psd_is16(stbi__context *s) +{ + int channelCount, depth; + if (stbi__get32be(s) != 0x38425053) { + stbi__rewind( s ); + return 0; + } + if (stbi__get16be(s) != 1) { + stbi__rewind( s ); + return 0; + } + stbi__skip(s, 6); + channelCount = stbi__get16be(s); + if (channelCount < 0 || channelCount > 16) { + stbi__rewind( s ); + return 0; + } + STBI_NOTUSED(stbi__get32be(s)); + STBI_NOTUSED(stbi__get32be(s)); + depth = stbi__get16be(s); + if (depth != 16) { + stbi__rewind( s ); + return 0; + } + return 1; +} +#endif + +#ifndef STBI_NO_PIC +static int stbi__pic_info(stbi__context *s, int *x, int *y, int *comp) +{ + int act_comp=0,num_packets=0,chained,dummy; + stbi__pic_packet packets[10]; + + if (!x) x = &dummy; + if (!y) y = &dummy; + if (!comp) comp = &dummy; + + if (!stbi__pic_is4(s,"\x53\x80\xF6\x34")) { + stbi__rewind(s); + return 0; + } + + stbi__skip(s, 88); + + *x = stbi__get16be(s); + *y = stbi__get16be(s); + if (stbi__at_eof(s)) { + stbi__rewind( s); + return 0; + } + if ( (*x) != 0 && (1 << 28) / (*x) < (*y)) { + stbi__rewind( s ); + return 0; + } + + stbi__skip(s, 8); + + do { + stbi__pic_packet *packet; + + if (num_packets==sizeof(packets)/sizeof(packets[0])) + return 0; + + packet = &packets[num_packets++]; + chained = stbi__get8(s); + packet->size = stbi__get8(s); + packet->type = stbi__get8(s); + packet->channel = stbi__get8(s); + act_comp |= packet->channel; + + if (stbi__at_eof(s)) { + stbi__rewind( s ); + return 0; + } + if (packet->size != 8) { + stbi__rewind( s ); + return 0; + } + } while (chained); + + *comp = (act_comp & 0x10 ? 4 : 3); + + return 1; +} +#endif + +// ************************************************************************************************* +// Portable Gray Map and Portable Pixel Map loader +// by Ken Miller +// +// PGM: http://netpbm.sourceforge.net/doc/pgm.html +// PPM: http://netpbm.sourceforge.net/doc/ppm.html +// +// Known limitations: +// Does not support comments in the header section +// Does not support ASCII image data (formats P2 and P3) + +#ifndef STBI_NO_PNM + +static int stbi__pnm_test(stbi__context *s) +{ + char p, t; + p = (char) stbi__get8(s); + t = (char) stbi__get8(s); + if (p != 'P' || (t != '5' && t != '6')) { + stbi__rewind( s ); + return 0; + } + return 1; +} + +static void *stbi__pnm_load(stbi__context *s, int *x, int *y, int *comp, int req_comp, stbi__result_info *ri) +{ + stbi_uc *out; + STBI_NOTUSED(ri); + + ri->bits_per_channel = stbi__pnm_info(s, (int *)&s->img_x, (int *)&s->img_y, (int *)&s->img_n); + if (ri->bits_per_channel == 0) + return 0; + + if (s->img_y > STBI_MAX_DIMENSIONS) return stbi__errpuc("too large","Very large image (corrupt?)"); + if (s->img_x > STBI_MAX_DIMENSIONS) return stbi__errpuc("too large","Very large image (corrupt?)"); + + *x = s->img_x; + *y = s->img_y; + if (comp) *comp = s->img_n; + + if (!stbi__mad4sizes_valid(s->img_n, s->img_x, s->img_y, ri->bits_per_channel / 8, 0)) + return stbi__errpuc("too large", "PNM too large"); + + out = (stbi_uc *) stbi__malloc_mad4(s->img_n, s->img_x, s->img_y, ri->bits_per_channel / 8, 0); + if (!out) return stbi__errpuc("outofmem", "Out of memory"); + if (!stbi__getn(s, out, s->img_n * s->img_x * s->img_y * (ri->bits_per_channel / 8))) { + STBI_FREE(out); + return stbi__errpuc("bad PNM", "PNM file truncated"); + } + + if (req_comp && req_comp != s->img_n) { + if (ri->bits_per_channel == 16) { + out = (stbi_uc *) stbi__convert_format16((stbi__uint16 *) out, s->img_n, req_comp, s->img_x, s->img_y); + } else { + out = stbi__convert_format(out, s->img_n, req_comp, s->img_x, s->img_y); + } + if (out == NULL) return out; // stbi__convert_format frees input on failure + } + return out; +} + +static int stbi__pnm_isspace(char c) +{ + return c == ' ' || c == '\t' || c == '\n' || c == '\v' || c == '\f' || c == '\r'; +} + +static void stbi__pnm_skip_whitespace(stbi__context *s, char *c) +{ + for (;;) { + while (!stbi__at_eof(s) && stbi__pnm_isspace(*c)) + *c = (char) stbi__get8(s); + + if (stbi__at_eof(s) || *c != '#') + break; + + while (!stbi__at_eof(s) && *c != '\n' && *c != '\r' ) + *c = (char) stbi__get8(s); + } +} + +static int stbi__pnm_isdigit(char c) +{ + return c >= '0' && c <= '9'; +} + +static int stbi__pnm_getinteger(stbi__context *s, char *c) +{ + int value = 0; + + while (!stbi__at_eof(s) && stbi__pnm_isdigit(*c)) { + value = value*10 + (*c - '0'); + *c = (char) stbi__get8(s); + if((value > 214748364) || (value == 214748364 && *c > '7')) + return stbi__err("integer parse overflow", "Parsing an integer in the PPM header overflowed a 32-bit int"); + } + + return value; +} + +static int stbi__pnm_info(stbi__context *s, int *x, int *y, int *comp) +{ + int maxv, dummy; + char c, p, t; + + if (!x) x = &dummy; + if (!y) y = &dummy; + if (!comp) comp = &dummy; + + stbi__rewind(s); + + // Get identifier + p = (char) stbi__get8(s); + t = (char) stbi__get8(s); + if (p != 'P' || (t != '5' && t != '6')) { + stbi__rewind(s); + return 0; + } + + *comp = (t == '6') ? 3 : 1; // '5' is 1-component .pgm; '6' is 3-component .ppm + + c = (char) stbi__get8(s); + stbi__pnm_skip_whitespace(s, &c); + + *x = stbi__pnm_getinteger(s, &c); // read width + if(*x == 0) + return stbi__err("invalid width", "PPM image header had zero or overflowing width"); + stbi__pnm_skip_whitespace(s, &c); + + *y = stbi__pnm_getinteger(s, &c); // read height + if (*y == 0) + return stbi__err("invalid width", "PPM image header had zero or overflowing width"); + stbi__pnm_skip_whitespace(s, &c); + + maxv = stbi__pnm_getinteger(s, &c); // read max value + if (maxv > 65535) + return stbi__err("max value > 65535", "PPM image supports only 8-bit and 16-bit images"); + else if (maxv > 255) + return 16; + else + return 8; +} + +static int stbi__pnm_is16(stbi__context *s) +{ + if (stbi__pnm_info(s, NULL, NULL, NULL) == 16) + return 1; + return 0; +} +#endif + +static int stbi__info_main(stbi__context *s, int *x, int *y, int *comp) +{ + #ifndef STBI_NO_JPEG + if (stbi__jpeg_info(s, x, y, comp)) return 1; + #endif + + #ifndef STBI_NO_PNG + if (stbi__png_info(s, x, y, comp)) return 1; + #endif + + #ifndef STBI_NO_GIF + if (stbi__gif_info(s, x, y, comp)) return 1; + #endif + + #ifndef STBI_NO_BMP + if (stbi__bmp_info(s, x, y, comp)) return 1; + #endif + + #ifndef STBI_NO_PSD + if (stbi__psd_info(s, x, y, comp)) return 1; + #endif + + #ifndef STBI_NO_PIC + if (stbi__pic_info(s, x, y, comp)) return 1; + #endif + + #ifndef STBI_NO_PNM + if (stbi__pnm_info(s, x, y, comp)) return 1; + #endif + + #ifndef STBI_NO_HDR + if (stbi__hdr_info(s, x, y, comp)) return 1; + #endif + + // test tga last because it's a crappy test! + #ifndef STBI_NO_TGA + if (stbi__tga_info(s, x, y, comp)) + return 1; + #endif + return stbi__err("unknown image type", "Image not of any known type, or corrupt"); +} + +static int stbi__is_16_main(stbi__context *s) +{ + #ifndef STBI_NO_PNG + if (stbi__png_is16(s)) return 1; + #endif + + #ifndef STBI_NO_PSD + if (stbi__psd_is16(s)) return 1; + #endif + + #ifndef STBI_NO_PNM + if (stbi__pnm_is16(s)) return 1; + #endif + return 0; +} + +#ifndef STBI_NO_STDIO +STBIDEF int stbi_info(char const *filename, int *x, int *y, int *comp) +{ + FILE *f = stbi__fopen(filename, "rb"); + int result; + if (!f) return stbi__err("can't fopen", "Unable to open file"); + result = stbi_info_from_file(f, x, y, comp); + fclose(f); + return result; +} + +STBIDEF int stbi_info_from_file(FILE *f, int *x, int *y, int *comp) +{ + int r; + stbi__context s; + long pos = ftell(f); + stbi__start_file(&s, f); + r = stbi__info_main(&s,x,y,comp); + fseek(f,pos,SEEK_SET); + return r; +} + +STBIDEF int stbi_is_16_bit(char const *filename) +{ + FILE *f = stbi__fopen(filename, "rb"); + int result; + if (!f) return stbi__err("can't fopen", "Unable to open file"); + result = stbi_is_16_bit_from_file(f); + fclose(f); + return result; +} + +STBIDEF int stbi_is_16_bit_from_file(FILE *f) +{ + int r; + stbi__context s; + long pos = ftell(f); + stbi__start_file(&s, f); + r = stbi__is_16_main(&s); + fseek(f,pos,SEEK_SET); + return r; +} +#endif // !STBI_NO_STDIO + +STBIDEF int stbi_info_from_memory(stbi_uc const *buffer, int len, int *x, int *y, int *comp) +{ + stbi__context s; + stbi__start_mem(&s,buffer,len); + return stbi__info_main(&s,x,y,comp); +} + +STBIDEF int stbi_info_from_callbacks(stbi_io_callbacks const *c, void *user, int *x, int *y, int *comp) +{ + stbi__context s; + stbi__start_callbacks(&s, (stbi_io_callbacks *) c, user); + return stbi__info_main(&s,x,y,comp); +} + +STBIDEF int stbi_is_16_bit_from_memory(stbi_uc const *buffer, int len) +{ + stbi__context s; + stbi__start_mem(&s,buffer,len); + return stbi__is_16_main(&s); +} + +STBIDEF int stbi_is_16_bit_from_callbacks(stbi_io_callbacks const *c, void *user) +{ + stbi__context s; + stbi__start_callbacks(&s, (stbi_io_callbacks *) c, user); + return stbi__is_16_main(&s); +} + +#endif // STB_IMAGE_IMPLEMENTATION + +/* + revision history: + 2.20 (2019-02-07) support utf8 filenames in Windows; fix warnings and platform ifdefs + 2.19 (2018-02-11) fix warning + 2.18 (2018-01-30) fix warnings + 2.17 (2018-01-29) change sbti__shiftsigned to avoid clang -O2 bug + 1-bit BMP + *_is_16_bit api + avoid warnings + 2.16 (2017-07-23) all functions have 16-bit variants; + STBI_NO_STDIO works again; + compilation fixes; + fix rounding in unpremultiply; + optimize vertical flip; + disable raw_len validation; + documentation fixes + 2.15 (2017-03-18) fix png-1,2,4 bug; now all Imagenet JPGs decode; + warning fixes; disable run-time SSE detection on gcc; + uniform handling of optional "return" values; + thread-safe initialization of zlib tables + 2.14 (2017-03-03) remove deprecated STBI_JPEG_OLD; fixes for Imagenet JPGs + 2.13 (2016-11-29) add 16-bit API, only supported for PNG right now + 2.12 (2016-04-02) fix typo in 2.11 PSD fix that caused crashes + 2.11 (2016-04-02) allocate large structures on the stack + remove white matting for transparent PSD + fix reported channel count for PNG & BMP + re-enable SSE2 in non-gcc 64-bit + support RGB-formatted JPEG + read 16-bit PNGs (only as 8-bit) + 2.10 (2016-01-22) avoid warning introduced in 2.09 by STBI_REALLOC_SIZED + 2.09 (2016-01-16) allow comments in PNM files + 16-bit-per-pixel TGA (not bit-per-component) + info() for TGA could break due to .hdr handling + info() for BMP to shares code instead of sloppy parse + can use STBI_REALLOC_SIZED if allocator doesn't support realloc + code cleanup + 2.08 (2015-09-13) fix to 2.07 cleanup, reading RGB PSD as RGBA + 2.07 (2015-09-13) fix compiler warnings + partial animated GIF support + limited 16-bpc PSD support + #ifdef unused functions + bug with < 92 byte PIC,PNM,HDR,TGA + 2.06 (2015-04-19) fix bug where PSD returns wrong '*comp' value + 2.05 (2015-04-19) fix bug in progressive JPEG handling, fix warning + 2.04 (2015-04-15) try to re-enable SIMD on MinGW 64-bit + 2.03 (2015-04-12) extra corruption checking (mmozeiko) + stbi_set_flip_vertically_on_load (nguillemot) + fix NEON support; fix mingw support + 2.02 (2015-01-19) fix incorrect assert, fix warning + 2.01 (2015-01-17) fix various warnings; suppress SIMD on gcc 32-bit without -msse2 + 2.00b (2014-12-25) fix STBI_MALLOC in progressive JPEG + 2.00 (2014-12-25) optimize JPG, including x86 SSE2 & NEON SIMD (ryg) + progressive JPEG (stb) + PGM/PPM support (Ken Miller) + STBI_MALLOC,STBI_REALLOC,STBI_FREE + GIF bugfix -- seemingly never worked + STBI_NO_*, STBI_ONLY_* + 1.48 (2014-12-14) fix incorrectly-named assert() + 1.47 (2014-12-14) 1/2/4-bit PNG support, both direct and paletted (Omar Cornut & stb) + optimize PNG (ryg) + fix bug in interlaced PNG with user-specified channel count (stb) + 1.46 (2014-08-26) + fix broken tRNS chunk (colorkey-style transparency) in non-paletted PNG + 1.45 (2014-08-16) + fix MSVC-ARM internal compiler error by wrapping malloc + 1.44 (2014-08-07) + various warning fixes from Ronny Chevalier + 1.43 (2014-07-15) + fix MSVC-only compiler problem in code changed in 1.42 + 1.42 (2014-07-09) + don't define _CRT_SECURE_NO_WARNINGS (affects user code) + fixes to stbi__cleanup_jpeg path + added STBI_ASSERT to avoid requiring assert.h + 1.41 (2014-06-25) + fix search&replace from 1.36 that messed up comments/error messages + 1.40 (2014-06-22) + fix gcc struct-initialization warning + 1.39 (2014-06-15) + fix to TGA optimization when req_comp != number of components in TGA; + fix to GIF loading because BMP wasn't rewinding (whoops, no GIFs in my test suite) + add support for BMP version 5 (more ignored fields) + 1.38 (2014-06-06) + suppress MSVC warnings on integer casts truncating values + fix accidental rename of 'skip' field of I/O + 1.37 (2014-06-04) + remove duplicate typedef + 1.36 (2014-06-03) + convert to header file single-file library + if de-iphone isn't set, load iphone images color-swapped instead of returning NULL + 1.35 (2014-05-27) + various warnings + fix broken STBI_SIMD path + fix bug where stbi_load_from_file no longer left file pointer in correct place + fix broken non-easy path for 32-bit BMP (possibly never used) + TGA optimization by Arseny Kapoulkine + 1.34 (unknown) + use STBI_NOTUSED in stbi__resample_row_generic(), fix one more leak in tga failure case + 1.33 (2011-07-14) + make stbi_is_hdr work in STBI_NO_HDR (as specified), minor compiler-friendly improvements + 1.32 (2011-07-13) + support for "info" function for all supported filetypes (SpartanJ) + 1.31 (2011-06-20) + a few more leak fixes, bug in PNG handling (SpartanJ) + 1.30 (2011-06-11) + added ability to load files via callbacks to accomidate custom input streams (Ben Wenger) + removed deprecated format-specific test/load functions + removed support for installable file formats (stbi_loader) -- would have been broken for IO callbacks anyway + error cases in bmp and tga give messages and don't leak (Raymond Barbiero, grisha) + fix inefficiency in decoding 32-bit BMP (David Woo) + 1.29 (2010-08-16) + various warning fixes from Aurelien Pocheville + 1.28 (2010-08-01) + fix bug in GIF palette transparency (SpartanJ) + 1.27 (2010-08-01) + cast-to-stbi_uc to fix warnings + 1.26 (2010-07-24) + fix bug in file buffering for PNG reported by SpartanJ + 1.25 (2010-07-17) + refix trans_data warning (Won Chun) + 1.24 (2010-07-12) + perf improvements reading from files on platforms with lock-heavy fgetc() + minor perf improvements for jpeg + deprecated type-specific functions so we'll get feedback if they're needed + attempt to fix trans_data warning (Won Chun) + 1.23 fixed bug in iPhone support + 1.22 (2010-07-10) + removed image *writing* support + stbi_info support from Jetro Lauha + GIF support from Jean-Marc Lienher + iPhone PNG-extensions from James Brown + warning-fixes from Nicolas Schulz and Janez Zemva (i.stbi__err. Janez (U+017D)emva) + 1.21 fix use of 'stbi_uc' in header (reported by jon blow) + 1.20 added support for Softimage PIC, by Tom Seddon + 1.19 bug in interlaced PNG corruption check (found by ryg) + 1.18 (2008-08-02) + fix a threading bug (local mutable static) + 1.17 support interlaced PNG + 1.16 major bugfix - stbi__convert_format converted one too many pixels + 1.15 initialize some fields for thread safety + 1.14 fix threadsafe conversion bug + header-file-only version (#define STBI_HEADER_FILE_ONLY before including) + 1.13 threadsafe + 1.12 const qualifiers in the API + 1.11 Support installable IDCT, colorspace conversion routines + 1.10 Fixes for 64-bit (don't use "unsigned long") + optimized upsampling by Fabian "ryg" Giesen + 1.09 Fix format-conversion for PSD code (bad global variables!) + 1.08 Thatcher Ulrich's PSD code integrated by Nicolas Schulz + 1.07 attempt to fix C++ warning/errors again + 1.06 attempt to fix C++ warning/errors again + 1.05 fix TGA loading to return correct *comp and use good luminance calc + 1.04 default float alpha is 1, not 255; use 'void *' for stbi_image_free + 1.03 bugfixes to STBI_NO_STDIO, STBI_NO_HDR + 1.02 support for (subset of) HDR files, float interface for preferred access to them + 1.01 fix bug: possible bug in handling right-side up bmps... not sure + fix bug: the stbi__bmp_load() and stbi__tga_load() functions didn't work at all + 1.00 interface to zlib that skips zlib header + 0.99 correct handling of alpha in palette + 0.98 TGA loader by lonesock; dynamically add loaders (untested) + 0.97 jpeg errors on too large a file; also catch another malloc failure + 0.96 fix detection of invalid v value - particleman@mollyrocket forum + 0.95 during header scan, seek to markers in case of padding + 0.94 STBI_NO_STDIO to disable stdio usage; rename all #defines the same + 0.93 handle jpegtran output; verbose errors + 0.92 read 4,8,16,24,32-bit BMP files of several formats + 0.91 output 24-bit Windows 3.0 BMP files + 0.90 fix a few more warnings; bump version number to approach 1.0 + 0.61 bugfixes due to Marc LeBlanc, Christopher Lloyd + 0.60 fix compiling as c++ + 0.59 fix warnings: merge Dave Moore's -Wall fixes + 0.58 fix bug: zlib uncompressed mode len/nlen was wrong endian + 0.57 fix bug: jpg last huffman symbol before marker was >9 bits but less than 16 available + 0.56 fix bug: zlib uncompressed mode len vs. nlen + 0.55 fix bug: restart_interval not initialized to 0 + 0.54 allow NULL for 'int *comp' + 0.53 fix bug in png 3->4; speedup png decoding + 0.52 png handles req_comp=3,4 directly; minor cleanup; jpeg comments + 0.51 obey req_comp requests, 1-component jpegs return as 1-component, + on 'test' only check type, not whether we support this variant + 0.50 (2006-11-19) + first released version +*/ + + +/* +------------------------------------------------------------------------------ +This software is available under 2 licenses -- choose whichever you prefer. +------------------------------------------------------------------------------ +ALTERNATIVE A - MIT License +Copyright (c) 2017 Sean Barrett +Permission is hereby granted, free of charge, to any person obtaining a copy of +this software and associated documentation files (the "Software"), to deal in +the Software without restriction, including without limitation the rights to +use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies +of the Software, and to permit persons to whom the Software is furnished to do +so, subject to the following conditions: +The above copyright notice and this permission notice shall be included in all +copies or substantial portions of the Software. +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER +LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, +OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE +SOFTWARE. +------------------------------------------------------------------------------ +ALTERNATIVE B - Public Domain (www.unlicense.org) +This is free and unencumbered software released into the public domain. +Anyone is free to copy, modify, publish, use, compile, sell, or distribute this +software, either in source code form or as a compiled binary, for any purpose, +commercial or non-commercial, and by any means. +In jurisdictions that recognize copyright laws, the author or authors of this +software dedicate any and all copyright interest in the software to the public +domain. We make this dedication for the benefit of the public at large and to +the detriment of our heirs and successors. We intend this dedication to be an +overt act of relinquishment in perpetuity of all present and future rights to +this software under copyright law. +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +AUTHORS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN +ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION +WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. +------------------------------------------------------------------------------ +*/ diff --git a/17-refactor-bug-fix/src/utils.cpp b/17-refactor-bug-fix/src/utils.cpp new file mode 100644 index 0000000..c978e79 --- /dev/null +++ b/17-refactor-bug-fix/src/utils.cpp @@ -0,0 +1,11 @@ +#include +#include "json.hpp" +#include "utils.hpp" + +namespace utils { + components::Scene load_scene_config(const std::string& config_file) { + std::ifstream f{"config.json"}; + auto j = json::parse(f); + return j["scene"].template get(); + } +} diff --git a/17-refactor-bug-fix/src/utils.hpp b/17-refactor-bug-fix/src/utils.hpp new file mode 100644 index 0000000..6bde00d --- /dev/null +++ b/17-refactor-bug-fix/src/utils.hpp @@ -0,0 +1,9 @@ +#pragma once + +#include "components.hpp" + +using json = nlohmann::json; + +namespace utils { + components::Scene load_scene_config(const std::string& config_file); +} diff --git a/17-refactor-bug-fix/tests/bad_shader.vs b/17-refactor-bug-fix/tests/bad_shader.vs new file mode 100644 index 0000000..6743b8a --- /dev/null +++ b/17-refactor-bug-fix/tests/bad_shader.vs @@ -0,0 +1,10 @@ +#version 330 core +layout (location = 0) in vec3 aPos; // the position variable has attribute position 0 + +out vec4 vertexColor; // specify a color output to the fragment shader + +void main() +// syntax error here + gl_Position = vec4(aPos, 1.0); // see how we directly give a vec3 to vec4's constructor + vertexColor = vec4(0.5, 0.0, 0.0, 1.0); // set the output variable to a dark-red color +} diff --git a/17-refactor-bug-fix/tests/config.json b/17-refactor-bug-fix/tests/config.json new file mode 100644 index 0000000..47d9449 --- /dev/null +++ b/17-refactor-bug-fix/tests/config.json @@ -0,0 +1,74 @@ +{ + "material_test": { + "ambient": [0.1, 0.1, 0.1], + "shininess": 32.0, + "diffuseMap": 0, + "specularMap": 0 + }, + "lighting_test": { + "directional": [ + { + "position": [0, 0, 0.0], + "direction":[-0.2, -1.0, -0.3], + "ambient":[0.2, 0.2, 0.2], + "diffuse":[0.8, 0.8, 0.8], + "specular":[1.0, 1.0, 1.0], + "constant": 0.0, + "linear": 0.0, + "quadratic": 0.0, + "cut_off": 0.0, + "outer_cut_off": 0.0 + } + ], + "positioned": [ + { + "position": [1.2, 1.0, 2.0], + "direction":[-0.2, -1.0, -0.3], + "ambient":[0.2, 0.2, 0.2], + "diffuse":[0.8, 0.8, 0.8], + "specular":[1.0, 1.0, 1.0], + "constant": 1.0, + "linear": 0.09, + "quadratic": 0.032, + "cut_off": 12.5, + "outer_cut_off": 17.5 + } + ], + "spot": [ + + ], + "camera": { + "position":[2.2, 1.0, 2.0], + "direction":[0.0, 0.0, -1.0], + "ambient":[0.2, 0.2, 0.2], + "diffuse":[0.8, 0.8, 0.8], + "specular":[1.0, 1.0, 1.0], + "constant": 1.0, + "linear": 0.09, + "quadratic": 0.032, + "cut_off": 12.5, + "outer_cut_off": 17.5 + } + }, + + "camera_test": { + "position": [0.0, 0.0, 3.0], + "front": [0.0, 0.0, -1.0], + "up": [0.0, 1.0, 0.0], + "direction": [0.0, 0.0, 0.0], + "movement_speed": 20.0 + }, + "model_test": { + "directory": "assets", + "model_path": "create.obj" + }, + "thing_test": { + "model": "crate", + "position": [0.0, 0.0, 0.0], + "material": "crate" + }, + "shader_test": { + "vertex_path": "shaders/16-vert.glsl", + "frag_path": "shaders/16-frag.glsl" + } +} diff --git a/17-refactor-bug-fix/tests/config_tests.cpp b/17-refactor-bug-fix/tests/config_tests.cpp new file mode 100644 index 0000000..dbb22da --- /dev/null +++ b/17-refactor-bug-fix/tests/config_tests.cpp @@ -0,0 +1,46 @@ +#include +#include "components.hpp" +#include +#include "json.hpp" + +#include +using json = nlohmann::json; + +using namespace fuc2; + +/* + * This also tests Mesh by using Model to load them. + */ +namespace config_tests { + void test_json_components() { + std::ifstream f{"tests/config.json"}; + auto j = json::parse(f); + auto mat = j["material_test"].get(); + + CHECK(mat.ambient.x == 0.1f, "wrong value"); + + auto light = j["lighting_test"].get(); + + auto camera = j["camera_test"].get(); + + auto model = j["model_test"].get(); + + auto thing = j["thing_test"].get(); + } + + + void test_load_json_config() { + std::ifstream f{"config.json"}; + auto j = json::parse(f); + auto scene = j["scene"].get(); + } + + fuc2::Set TESTS{ + .name="config", + .options={ .fail_fast=false }, + .tests={ + TEST(test_json_components), + TEST(test_load_json_config), + } + }; +} diff --git a/17-refactor-bug-fix/tests/main.cpp b/17-refactor-bug-fix/tests/main.cpp new file mode 100644 index 0000000..d7f31cb --- /dev/null +++ b/17-refactor-bug-fix/tests/main.cpp @@ -0,0 +1,42 @@ +#include +#include +#include +#include "dbc.hpp" + +TEST_SET(shader_tests); +TEST_SET(model_tests); +TEST_SET(config_tests); + +using namespace fuc2; + +int main(int argc, char* argv[]) { + glfwInit(); + glfwWindowHint(GLFW_CONTEXT_VERSION_MAJOR, 3); + glfwWindowHint(GLFW_CONTEXT_VERSION_MINOR, 3); + glfwWindowHint(GLFW_OPENGL_PROFILE, GLFW_OPENGL_CORE_PROFILE); + + GLFWwindow* window = glfwCreateWindow(800, 600, "LearnOpenGL", NULL, NULL); + if (window == NULL) + { + dbc::log("Failed to create GLFW window"); + glfwTerminate(); + return -1; + } + glfwMakeContextCurrent(window); + + // glad: load all OpenGL function pointers + // --------------------------------------- + if(!gladLoadGLLoader((GLADloadproc)glfwGetProcAddress)) + { + dbc::log("Failed to initialize GLAD"); + return -1; + } + + std::vector tests{ + shader_tests::TESTS, + model_tests::TESTS, + config_tests::TESTS, + }; + + return run_tests(tests, argc, argv); +} diff --git a/17-refactor-bug-fix/tests/meson.build b/17-refactor-bug-fix/tests/meson.build new file mode 100644 index 0000000..f327eb3 --- /dev/null +++ b/17-refactor-bug-fix/tests/meson.build @@ -0,0 +1,6 @@ +fuc2_tests = files( + 'main.cpp', + 'shader_tests.cpp', + 'model_tests.cpp', + 'config_tests.cpp', +) diff --git a/17-refactor-bug-fix/tests/model_tests.cpp b/17-refactor-bug-fix/tests/model_tests.cpp new file mode 100644 index 0000000..54b159d --- /dev/null +++ b/17-refactor-bug-fix/tests/model_tests.cpp @@ -0,0 +1,42 @@ +#include +#include +#include +#include "model.hpp" +#include "shader.hpp" + +using namespace fuc2; + +/* + * This also tests Mesh by using Model to load them. + */ +namespace model_tests { + void test_load_textures() { + Shader shader{"shaders/14-vert.glsl", "shaders/14-frag.glsl"}; + + Model popcorn{"assets", "popcorn_model_a.glb"}; + popcorn.draw(shader); + + Model crate_glb{"assets", "crate.glb"}; + crate_glb.draw(shader); + + Model crate_obj{"assets", "crate.obj"}; + crate_obj.draw(shader); + } + + void test_failures() { + auto runner = [&]() { + Model bad_obj{"assets", "does_not_exist.obj"}; + }; + + BLOWS_UP(runner, "should fail on missing file."); + } + + fuc2::Set TESTS{ + .name="models", + .options={ .fail_fast=false }, + .tests={ + TEST(test_load_textures), + TEST(test_failures), + } + }; +} diff --git a/17-refactor-bug-fix/tests/shader_tests.cpp b/17-refactor-bug-fix/tests/shader_tests.cpp new file mode 100644 index 0000000..270b921 --- /dev/null +++ b/17-refactor-bug-fix/tests/shader_tests.cpp @@ -0,0 +1,33 @@ +#include +#include +#include +#include "shader.hpp" + +using namespace fuc2; + +namespace shader_tests { + void test_load_shaders() { + Shader shader("shaders/3.3.shader.vs", "shaders/3.3.shader.fs"); + + shader.use(); + + CHECK(shader.ID != UINT_MAX, "Shader not initialized"); + } + + void test_compile_fail() { + auto runner = [&]() { + Shader shader("tests/bad_shader.vs", "shaders/3.3.shader.fs"); + }; + + BLOWS_UP(runner, "compile fail should blow up"); + } + + fuc2::Set TESTS{ + .name="shaders", + .options={ .fail_fast=false }, + .tests={ + TEST(test_load_shaders), + TEST(test_compile_fail), + } + }; +} diff --git a/17-refactor-bug-fix/wraps/assimp.wrap b/17-refactor-bug-fix/wraps/assimp.wrap new file mode 100644 index 0000000..4bb6029 --- /dev/null +++ b/17-refactor-bug-fix/wraps/assimp.wrap @@ -0,0 +1,9 @@ +[wrap-git] +directory=assimp-5.4.3 +url=https://github.com/assimp/assimp.git +revision=v5.4.3 +depth=1 +method=cmake + +[provide] +assimp = assimp_dep diff --git a/17-refactor-bug-fix/wraps/box2d.wrap b/17-refactor-bug-fix/wraps/box2d.wrap new file mode 100644 index 0000000..d4b2d96 --- /dev/null +++ b/17-refactor-bug-fix/wraps/box2d.wrap @@ -0,0 +1,13 @@ +[wrap-file] +directory = box2d-2.4.1 +source_url = https://github.com/erincatto/box2d/archive/v2.4.1/box2d-2.4.1.tar.gz +source_filename = box2d-2.4.1.tar.gz +source_hash = d6b4650ff897ee1ead27cf77a5933ea197cbeef6705638dd181adc2e816b23c2 +patch_filename = box2d_2.4.1-4_patch.zip +patch_url = https://wrapdb.mesonbuild.com/v2/box2d_2.4.1-4/get_patch +patch_hash = f5235178029fa0a8deaf8dddbccfd70739b289cffbeec5c98fc91209683c4802 +source_fallback_url = https://github.com/mesonbuild/wrapdb/releases/download/box2d_2.4.1-4/box2d-2.4.1.tar.gz +wrapdb_version = 2.4.1-4 + +[provide] +box2d = box2d_dep diff --git a/17-refactor-bug-fix/wraps/fmt.wrap b/17-refactor-bug-fix/wraps/fmt.wrap new file mode 100644 index 0000000..fd50847 --- /dev/null +++ b/17-refactor-bug-fix/wraps/fmt.wrap @@ -0,0 +1,13 @@ +[wrap-file] +directory = fmt-11.0.2 +source_url = https://github.com/fmtlib/fmt/archive/11.0.2.tar.gz +source_filename = fmt-11.0.2.tar.gz +source_hash = 6cb1e6d37bdcb756dbbe59be438790db409cdb4868c66e888d5df9f13f7c027f +patch_filename = fmt_11.0.2-1_patch.zip +patch_url = https://wrapdb.mesonbuild.com/v2/fmt_11.0.2-1/get_patch +patch_hash = 90c9e3b8e8f29713d40ca949f6f93ad115d78d7fb921064112bc6179e6427c5e +source_fallback_url = https://github.com/mesonbuild/wrapdb/releases/download/fmt_11.0.2-1/fmt-11.0.2.tar.gz +wrapdb_version = 11.0.2-1 + +[provide] +fmt = fmt_dep diff --git a/17-refactor-bug-fix/wraps/fuc2.wrap b/17-refactor-bug-fix/wraps/fuc2.wrap new file mode 100644 index 0000000..dc4fa27 --- /dev/null +++ b/17-refactor-bug-fix/wraps/fuc2.wrap @@ -0,0 +1,9 @@ +[wrap-git] +directory=fuc2-0.2.0 +url=https://lcthw.dev/cpp/fuc2.git +revision=HEAD +depth=1 +method=meson + +[provide] +fuc2 = fuc2_dep diff --git a/17-refactor-bug-fix/wraps/glfw.wrap b/17-refactor-bug-fix/wraps/glfw.wrap new file mode 100644 index 0000000..a408912 --- /dev/null +++ b/17-refactor-bug-fix/wraps/glfw.wrap @@ -0,0 +1,13 @@ +[wrap-file] +directory = glfw-3.4 +source_url = https://github.com/glfw/glfw/archive/refs/tags/3.4.tar.gz +source_filename = glfw-3.4.tar.gz +source_hash = c038d34200234d071fae9345bc455e4a8f2f544ab60150765d7704e08f3dac01 +patch_filename = glfw_3.4-1_patch.zip +patch_url = https://wrapdb.mesonbuild.com/v2/glfw_3.4-1/get_patch +patch_hash = 58a6a6cdb28195d7f7e6f5de85dff7044d378e49b46bf1d4a9b04c97ed93e6b0 +source_fallback_url = https://github.com/mesonbuild/wrapdb/releases/download/glfw_3.4-1/glfw-3.4.tar.gz +wrapdb_version = 3.4-1 + +[provide] +glfw3 = glfw_dep diff --git a/17-refactor-bug-fix/wraps/glm.wrap b/17-refactor-bug-fix/wraps/glm.wrap new file mode 100644 index 0000000..d75571e --- /dev/null +++ b/17-refactor-bug-fix/wraps/glm.wrap @@ -0,0 +1,13 @@ +[wrap-file] +directory = glm-1.0.1 +source_url = https://github.com/g-truc/glm/archive/refs/tags/1.0.1.tar.gz +source_filename = glm-1.0.1.tar.gz +source_hash = 9f3174561fd26904b23f0db5e560971cbf9b3cbda0b280f04d5c379d03bf234c +patch_filename = glm_1.0.1-1_patch.zip +patch_url = https://wrapdb.mesonbuild.com/v2/glm_1.0.1-1/get_patch +patch_hash = 25679275e26bc4c36bb617d1b4a52197039402af828d2a4bf67b3c0260a5df6a +source_fallback_url = https://github.com/mesonbuild/wrapdb/releases/download/glm_1.0.1-1/glm-1.0.1.tar.gz +wrapdb_version = 1.0.1-1 + +[provide] +glm = glm_dep diff --git a/17-refactor-bug-fix/wraps/nlohmann_json.wrap b/17-refactor-bug-fix/wraps/nlohmann_json.wrap new file mode 100644 index 0000000..8c46676 --- /dev/null +++ b/17-refactor-bug-fix/wraps/nlohmann_json.wrap @@ -0,0 +1,11 @@ +[wrap-file] +directory = nlohmann_json-3.11.3 +lead_directory_missing = true +source_url = https://github.com/nlohmann/json/releases/download/v3.11.3/include.zip +source_filename = nlohmann_json-3.11.3.zip +source_hash = a22461d13119ac5c78f205d3df1db13403e58ce1bb1794edc9313677313f4a9d +source_fallback_url = https://github.com/mesonbuild/wrapdb/releases/download/nlohmann_json_3.11.3-1/nlohmann_json-3.11.3.zip +wrapdb_version = 3.11.3-1 + +[provide] +nlohmann_json = nlohmann_json_dep

    d`XyO#5L!x`fys zy=$e?5?NMvgtf4$5v)JkAN1@PxaL%LlnT7H-|AYMo%mpM)Q)68A_X{^8$_39JBck> z>{};}sE*Ev8lafSk{>wTeEVG3Uq~g_8S_b38 zvl%)q`70GVU2PjNbXQm%t4aDk%~|`W93BI6JzW}$+g#35Mq$q`zOV6lYf>0oG$-$$ zx_u~OOOtMfwucPa+af>urgUk)`mUnM zX7MEU%@||KGS8m@HZllzCas2VY*%#_70^w{w$%FVd=)siSwZuxogN!iHR*n&TNFL* zZK0VNSY7dXW}Uqw?BG0t)@(^2@7{_~M&JatXZ`K0cO@Cdqq#11-?t@w*AB+2YsR1S z7Cu@s-llnWxeZwpYePG@y2Cij!`V8l_>^*BAAfy}Q7O|ZFgB7L`)N8ktO%wv-L=b+ za6Hhm*Fv_+9nL@D942ASOk@Vl@KJmOgmE%7$_>!LvL*zTp36b|l`EhwW0K(Q4Qg(w zN|9*8sXOfUu+O-Avx5KVl7Y);ZwFKk$9y8?2^lXHxa5Q!O8kpLdC_Hwr0U(Y%GG3L z(@SQQ^BShzAL24w2BzP1y{%`T-z=bA#ZKrRJO&7J%wCM%gwe|mFjp9lDc@RJS~>7^sY0?bcWWx5;^=t4s!l)8>b!+@Coy50NhLw){%*PV)>9|_s)9*r@~P2hXXr%yTa=(7TVc!@ zS)cK`QPE#tT;{x#D&3N_cc)E&mW&O2{d3&>zO?u9EQCpogy93i$!VFzwyG0mu3gt521i&i}ds;HE;H2zTZZbYO%so_VfbrwyIJ?YLXSoK#I5z5^)#iv=D`#7)l zMMXOmZKnuh1aX`)ocEX;4mz?nM=Z8uZ65K8iOsMvsXP?R^gkY)uYUJKb7_dt$?*YA zja|NHud|f-M5m&SQ~xo3abIrp2)cvk$3U8)pC|*e*=G*Ns)=Atk@oP6Mvhamd-E|+#!NAO z^LDUI(C4*^%tIXnoq%iOd;lwW$JLT-?boH%;?)agBTE}u^ba%+v4=21pD61ezVbrm zp@T0#cqv8?v!~ZdtH4>V-{`+2fgP_NXMGH`q;{rkc^^FWE-G@$pC4@*(C#K3+nw*< zlN&P5&&zP$Kk!mr+#Fb0kwY_@1W51Lg+EHk+Sg^z9IEPft#HNL6FW4zJ~G^-K&`DTOHR?&3sli{w4epCp^AI@hezw>pMv8i)H;{Yn3u zECc7_Sck`q6iec(6jKKq$G{TxhGas&c~Iemii+V7j}Jo)LN0pslhr(z{VkWoger!B z60^G$f~rW-HeBe=tKlRbQPPH`1pQm9jUO26j^0$?uP*4P$oTB4L^@W#?iSJTaV?%S zo5zQ%kaFnrM`?AzF#I*YeitvPj-@f8Olx7uCq%J512I!+@9LFn-o4qWIbu8-GZ-82 zD=6A7`|+B)D0Fyzo221e;o5r>@sIYy_=va`S`lpRDteQB`SO|1Cfh9uS99+t73Fy> zS>bta46zsuA5=J9DCpAa8P$k|IY)|A`Ay59k+-1^Fov-E5Qem!^LxV2}-sz)go}n zijKR!c$d_-4c$wut^S+~s7aC~e@)JL(=vVELe)>>ftg(&KVzD~&Gy568q4tBkUoJh z*j?nV9dlA|p7-kEtV%-Gpg^MI)A#^#IbQHi84I&L9b%D;nc0gsM>+g!$M z48uG3lb7-OHC`92(shP2KRpKCU#wV4OY1?cp*_orcBv|x#-Wqf!wrnLi`I9foT-LQ zMTc&Fl^RZQbM)A77g<3^F5^NN)$=X*_p)BNA^p_AAJoC0s8hfn%8&;u2hZn8f_KYE zna89#OWMmqN0}Smht)}GJk+8}{eXAS-&3>nylNk*QmtJqyP6GKN^5@K@diDh5^v7h za;D+NO^fcV*E1iD7uQHS-lD$Xj()24_te&aS(n_ZXL?{RVSmZo(wu!>(ZLedGNC;#lkX6`_N`{*-~ml{ zO@DWu{UhdL;`<%E&kl{>jpZ9O$A2mGpU?vbh|cXpq5bEQunkPZ=h{nx4YtNjESe9q zLOzd#&9}Snxl8TD)C^g9yS_zbTH-u+ke1TM4FP}iTlFy1CtxCH zR|FER?S^)C!LENa90~|D zrVNJsvrf3HmZc+HU)dOAp8B(~p9OSWot$j+;Al5zZL8a$9V|c$+UB_ePT)TqfCH3|-BUMf}tf02*?FCb%ai(txft6O*-*o7EMkNsNRiN!1nk zZ#V^qf9F$hwbnO4qE%RR9Zt-3f0tKqux9#CcwLkO`UJ1z>2O8&H#b1&4u_$gT$L=* zmY5!#2&rSMgZe!yFffK0ykf)#uEA}7R`V~->VtOW|EXC$n8Q!Jjw|en38sdVL=JOx zayGJqgM$msP|&#axB5si1YJ-j1t&Dx$#&q5d9{A zvi(70)(Y0@PZ@sMmP3DEPu3B~2@SO4|DELS{#tz`Cm787yl}#K{-1fQjgvgV$r(IB zPG%`+g^x*uzZMBNVNWCgt&zc`2JqR~fD{Mt3|h;B3Gxe*^g8+vM(_j=+Kd0eh@4p%W5B{&M0zkSsV0JW2Ib16zH>5S{Usfs%jj>%n*^n{Q`_CK#k^eFW0fj$v^`{uR zf2QI|9v9_+fWc9Q4%aY?3G$D2a876-ni4$lPBQ9Be`^cR*44?)`5!1;C(tk-@n@e@ z*2C1UeS!n)AhC2qJE_8va92w-##I0S^u3&aZ}WsdnK2j)McvVs3B3H@?mw2BtHVET z7AMO8Cq@%x`_CH+uB8K7-_rIUT%<6#gM&Wkp`eaZ)7QNAd&|QAjs6ESft{19x4Z+w z_P3_Ues*5%HyZ3Yp7l=ydk`dWhr6Qx1H0jG^gr2&tZWrQgM8P&DVO4B{R*mo2w)LF z%L$3mH38bm8N3yv;D6tv2pz!9?BB4&RwtX^zu}3%A-4Nh_LDVr5z`QOuLY;G-1-Up z^BzfY0)rM|CtTDgIn0EHoa8b5z-7$7fLSVuKM%+x0O1Bf&;#cjX!myNadYZ%bLw$( z>Tv_^5vLwErye(_9yg~RH>Vyqrye(_9yg~RH>Vyq|LRn8>Tz@8^mFQQbLw$(>Tz@G zadYZ%bLw$(>Tz@GadYZ%bLw$(>Tz@GadYZ%bLw$(>Tz@GadYZ%bLw$(>Tz@GadYZ% zbLw$(>Tz@GadYZ%bLw$(>Tz@Gar1xKB=++{Nsqm+j?N6(Ayp!npU>nC%#AUzYha*wEmY7)l zyf7z6K2J+$J^@~SK0sQ|6O8C>4@Wau!9lBT8J4d#^(;&XYZ(?J5lwzgXGORjLe1M1 zuIH_#5A(K%Nm#SU$udcMN_sjvJHpYHOrDMoNR*_f49iL7k|2yh^RY0Uu%PW_SWY5Y zG8t>?fHAyX;Y=dDLOd{j0RbjaQCPj*!D#8N7iV6xMO8hFqLJH!FLh^!2A_Ag9O5zHN zV*H9Kzssm2QD{prI6I~cSPL%#VJ)ekASxj!CLyROprWiSC?FsqB(9_=EHA;&FDxM< zBqaK~>`zYtONak=?OMYmZJb;kEkTtd94&3(e7Bw9wk%A4`Yw55^seb-4VPgNI%!H$ z(G?E5Ab`F_APV!D2_AlN9)3}M@M9C;Cntm@xcCJn`T2jcg5?l4UjN4W`->F+UA0!M<6 z79QXW#@_){L2OH;al;0fx!}TNpJ{0uX#e#qlK92(i#K*+WF}81&+0YFcSo^Si$OFSDCl zk+0G-$}3u02L|Wnw|5Y?J-xgi1wW2@9i5q#U0GHA{zKd6q2Yzar60R{6aW~pA5z z4eEY!F^pYUZ@NT;LkSGsZ@@|Tp!D2%+KZPii;9U$NUEr+sb4k3NDH^IwL{!SySaOS z;yert0wsF!GV&EDRZ41FdIl(3S$PF0-P`7OEv=x4y?y-ygP@!IHWm8(`G44r6SZjku_SEP)LkhLKpvvxI=L9deB*mrz;+!?Vp#BJ}x+O zDmk{K;SVpuL}~DsQ=}~VpI#;m+x_Vd#P>zl zw4l#r{I1%(4$CB_qa@R~ZxxY^%d>Z;?5^lBfX2JQdk_)Wt*&zG(%4=>5Wb?uqdJ{J z1T6Quef-`tB(G=dEVcV%xAVzYGSv6FgBn$e*b0@Ib?&}TrAVadI#3mjVYv*(C!|#B zrP}I8WQmpwm#(+E?h~-Qos_QvgI#h|rGH$HhClBMCDDCjq2-{EN^Ve|R1w%Cb!c8# z>dH?&S?xelI;cLlQbWI5Bids5;!&5yeVNj-Fjrvv+k?-Q;(Dz@*6DJzuMC#txKjD3 zJr5$Jt%YCoU3`BvW@nTS)hZPf*r>1EYrUH4>ygEMHTx1B$>W^a?mVq?@6o-kk;KYh zTVoLKzZte?QoqjHB6yC^uYacK1$JflIwMWIv zm^{kXwKO1~I>YmbDR^8xq^||e>fAHz`7I+j>ajIKXGAY+Z~l>0Kkh^ODG~U6mh&&v zXl}uh?>oVN#C0VKoYNcD6^N!=r`J2v!Vkvw$;{e4Q+4yQhqVo`U6|ZV5M#%~-F#G|%<4baUMaH;G*e36ZMVo^Ced#XY0v`Ak3vb zka*k5qvOoQ@2fb?t{={E`FfCLgynEMhrEcRS$(K3!jdwuW;hyd0CRg;D0MEjxAo%Z zW3B-)ELcOFWb@I4^H*P0(b=3}@m}>B zgc60efrV?^1xG2%q%ZM$^W0gwUm{t@cGze~V|>I-XZW~v`@|otid?Ewo_ayJ@kw5? zhD98HVa)eyN{G;_Og;!l{_JE(X-a#XPJ2{2+5EeNOs*wX zYtzS`y~fd2*)@I76yn~FOS<&WwyQ_waeQM_8g$(<;~nT3JoD+ZHOa$%_4`kyHq}}C z-nq8FQ32?PMzKC}3?Ui_Z8t8l*u`xz_NQCC?N8vdIp<=oDc$gb{6SPmSYej6*(LkM zN>AsxPaLM-beh7==MVrwybDV#H+J?6o8UVwSdMEuTi{t{I=6;Gz~%awdt2(p*X+12 z&K$Vo-r0=%dTuCzYY9BqTdvJOD52Ulh3N)QDj%1LmDNhd`fsW2pDy4z$+iVsENSG5 zL+i8zg8D68KDtL{TV8^PXa;MOk#0{176+=dU9BA(m)_5cylF^%%_4^*KPOVzP~Pae z&{cI8N!6(;WQmBU<#8(INW%ph+S1WGitL*!v&U#jUGz`$VIg&wpWUk(nAJd2% zDE)AWb2t5iiwWoB)R%EI6mhStvSin)!!4(pV&C#&PpJ&hST_i>&E3?I@FuilP7Wez z&W3x=P)B(aMh6Ot6G99829Bh;oH%qthsAsZ9Y|ihzELqpESj8s^`Kt;LEAMed@jUv z$OqB2$DK|YG!@U?x~(?6q%P}iS>1uBWHlRxKDNdEcBe+KW<(=&P+EWBhF;6_syi=N zsb~013!fI--O7*PW?p`6>7D($ws4R}hl01+hhRF~I*lFy&F^Npbe-?|tpZsGziaF7 zMI|+)J_pE`<;n@Q^xn3*J+=^)CPJgvOB5JSFDZb-W)`JLRcIEcUbyGkmMbra=rbpS zOZdkfXeC8T%ck}WbSR`R%tkY*SFzn&7oFiMXXZz2j@`Y)8HKuW+3JjLXW5TuaUYe9 zBKKiea7TdjFL5H09y1|DnXQD~RTS#OygBoN8@gV6By5*;UyjFVyv7akx}wsf85G8N zR^U-~{-zHOexI*qPG(YQw5ha8vUAJrq^pJ(hv$(!BzaD?-yY6RP9qe(g6X*8nfu8i zEZKRei?nDqzx7e8V$-=-Rx)8V=gl(3B8)cDus43_8m8okZ<*>#FS01?!%}Q7SlW-? z9u&p;EMBmC6&D)8C2AVV5gqE+%BEA#bo;y-QM6k&Y9)X|~4o`=Exl6m##pp!TVw~6!S7zx>R4A%9CYEKMXYhKuX~`v5 z;Xa|au}Kcc^EqO-z@((_1Q9Z6xru?g%Aw`cwz-dK`^#UM$^~>p2~Rf*B{$E1f%&sIbU{?%osuXn{s-C3OZBgN`x{jsQgWISg?u88zGzL;HKxWUQYwA(ne`PAJK zF2!5#491;r`^DQl%?O*(pJ8YhDbnDe3)Q2xv710+pZn5tDdlj}p4<=H8S$zt^IW3a ze)H4Y$qRcagQFbq=vQ>Rsv6v`%7!y`47rM)kjA~dywG7hj;VF$v}-pK>ol+JhdLrc z4!ZIzM4tHg^#{-5JWOnol?#!KdGh?K_l5-_yo0~=N257%qR6X{(sS{shps-#U)%V2N@KOF<7r;WTsQ`L>iBZ%jrt!W+HU!< z^(eCI@7=e|n=PxA(2F!Bm0c=)Q@yZr^n%0Muf#j0?#*mPXcWrp^b0T3+kB}) zu#4H>#iK(G1>7+52TaBId`FbvE(&6m58hV+nGkY1!XYnl~?o>U{Q^pN9qx$~%N$AKqI=Y>i z%BX2GrZ5Syd96=ugS9P5K&7qlTUm>y`W`y?jsEN{o-t2gjcsawa~aWPbX9xH*3op^o^NranfgTZmAOTplDkUmM+P&nQk-1 z@q9co96T@XXxJDqnnjbsugp zgyw#1c9TS$Vce&DRe?|dH%yR7Wb`G@)P+)^z2#SD7Q(b8naz40zvdrx5;G|Lc>eiZ zHWz!O_RF|7X#)+GByDEXNza{WhVEMB>A`|q)JNZpt8PDN95JwpPdrqc*7f?R^ZDsx zVwSX}TQszbZV$}wh>J@2mcrz%$KI$=f72dh)TMM%X=2Weka7sU9qrl>6LZ(HZ(sXj zj=km6!7{mf!5O1+c}K~MOW~K-m+lC1$jw@1JytdBGJg1^c?#;p z<~n)rfTYk^y;jx7Mo#*nv{kj0{rGI68y9-~;yJj@o`*v7iQWPNX%`rl-VTft;S|=2 z;v-@Mj{*6-RLfDnZ}*~y_q__*Otd)1j8GfF!wLS2x^r7b%h8oG1}cPQK0%9YnR#i> z`uBaZ0tPDHYI&Lr5kqzi6xKQ^zy-%8m&Iqu$94u~-NCCqV;CTDFpTSX1)HvyZUK*% zCr^DpEA2_L?1ZmN&KA|ubUBg!muTEH3p3c%LiGZH9M31e8y)^k!g=8@M?h>7DIg#D2y=sHomq{lWOoisx{2kyh_oPT*I4zX|_EE&utO18HaUZ`{CKOBff`HlsjqfHL?BpU$*?2)bB8%&ScEgiaSlNBlQFz2$%W!D>L ztn_`lF1#!7I~aCcQ5#vyPUw6Jo6sWPd%E?3>9Lofy%qMQNQp1m$u`$lv2_<6YqQFW zsHS%eV`#!9ozv5{1eS@XulLi35Jx?}o3mjcOvWCJr@8rNfeowGpASxcW-Z6V|QEjSyTfw%-f`ea~ky&8z{{T%uvcEVE z3r{Wym|r+oRLI_bABRs(O3}e@c1_YyDwA>88;&AN7D_Ngduc<>T_kvMpvw^TGwb>Y z5^1u%O%*jkY1NHp9cE*oCe)))1-0VzS>^l*9)^;YULWBe+Du{otNm=pS>;sWb5^t{ zQkDnBA&5rh#m(b~-z1FzzaCYEkr*F!RWDu7+wZ3Z^)c%^4ydTaDe_fBa#dZc=7SoQ z#E$nDYbAmD2QT?MNX1_2se14FKKf$BeL#B9tlu>G8mdKgUoKf|7Iq4xon(?0V!r}; zp=o8aS3cURt}j2M&$78g>WkMs6*@&vm+NV1p!cCgdOfNyb8qxcTkh2# z;Z;R6w9(YiIbFizLrB{4sIsvK1s`YYPWPAH9Q!FgJzaXzUFg_-Q#y;Y87KwUwxMXn z`Ei%o9B1A7)e7$c#B=PgFRQOvB?%Z0aG_xUk?Z}K)hKJV7A-(8WipD_ObS01w~%}B&EWmW`~ z${ALvu=zyNn}7nP39uKr? z#0Ti(CggwtwYvkr%GwHbL-;|XhE$}We@M~x^s$iXD@}E0QSlRxQ{mL+qOTOIr6?&X zTWhp?Q$e+yfIztm+g<{9n(sgXI86`tMTAK!6GoD=rquXeRLhT(>1Q~eXsf2Co|;$| zQ7TGrF_qYd3W@eljlMi6YV57EsM51-rr_wpO@IHo!=afuUr=q{AxG@w29{Z3(&1?i%quo=te#_@YLdkfaz5)M5S zME$DJaTFCg<}5Y}df2FFJgGj*M~9~2b}M6cw{gP-1e!?Vlzl2~A5d}HS>7sqI*FbV zH#=eQXh^-j*KTOCnX5MHiP=he9;as~N{3h|V~&?e6k(8o?;gWm*XO&0)4I&fWNxSC zI(cGxd^Uy&XVxJG85*l=w_CBl8T_(UP6x_q;!dY$x|xzWuMa-@<-@gtT?C_4$Q0#m}XVckm2 zm&GJn3^&Mtn5vbiVm@KjPTk%H=G@Ym0Ag!>;XEmAmUA|KtD3f-4yMDfxG5qvwF^^5 zp$(9*8+T~hSo}{JAtJ3L3_E-mJ>)>Qd!oW2w1}SzN6X1>bGnd z2A=QN6BN~m=gy+w6zfqwUcsI!ow7$ICKF6t7a_pD?KxFhA!ltqo7WOB0zB!J`u_l) z>6Iy$E77!sr92eWcw90`H<)zVh)H5M6Ki;LU&H62ysVFw#lz3E7 zPQj8`u-I+y8{XTkuAHax#)7dm<>oFCfTUJp>K9R~CyoiLP}NqXbfi&JK?))v8&sWa zp@)aJi!RQO#)`AQfaexwQ#2e&lvSKA5n?TmT=0-YFd@T zU8ln1mDS!hlmgrBYbht$#+7P+@D#aT8mnn;`Fo&u5Cuc(=UA(HuL34j%7 zcTnM>TmyTHi98Qu#Y|bCaWs*4iz8(kze0KPvZk*-RpL;>Ci&bV6q1q!h`BITx4r?_ zPyr)={rI*TQU?kY?t8zqRMEEeos=nY4xHr)Cv~c(t;Zq7@Xh;_!dnEyppkArb+r4q zOSq1dy0O*sqfPK{Q)xYQN_bsF5Xls@F?o$8q+OJ4WZnS>SNQT(QbCER;9zj6rnelX zo$8tdLjxCfl9`)*jn3;Z(@s>dk}2feED8`XoW)&H9UOxwP}h9M*%{3XhmlF#Tl}Vn ziN7wC&NSe=TB$`ga9T+uo}(n;(NhH8$kbCad1?z-{*v9n`nb`xl)*HiIf9U&Kod(E zPOsur6rwt8xrIX!u?pBzxC*4Ugvs}DFv}8n(xqoBQgNsdb^90dZ4L{EvtGhMgfghU zg5@4?fIN$O{ zsllDQ(M})dTQXvh#ay{l4wjml#+^+SK}&tB72VrT+;jP20g0_AG;v%iEd6NAG+t^x z7lzR@qizC@pgzLEY=kzJE!&M8nH@EM=T3A}O-5=;vo1f1i3u?^8|uPg-p#+^=S17#9=B`s@x#p5E?=oVlcq70xU|l6WDk8G3+6F*24g)tj3Ws4sENi(mu-YezC# zg>c043>5SwD=<7dSa&L@H1$K??QIwv4p>`t(`vp@;ZQ4cjtN&!6(Py=OXYi!EVcY5|5MuBWT1BH)5SEIfO0@n<}0s>}o* z4P(eTR)eS&)wPt^3=M%%PJf!u<<$XGDI@(F7Lb%IOMt|Eh1b1-X8B>X#N$ocYFe;O z8oVO~z`Adlu)IU5nb>6o$Ejt)V2ZtxmX#?K`6iN$EY0Ms4Yh&N_7}N4Ce*hP;SvQe z2@Na6Xz%5}RUVph_f8Ey71b;w`LJ;cWkf4;HpqFhl~^s zkLIDO9$q7d)sSm&yhJV5Xx!M5bM83%Lh5zod2*+0E+_bT+e7Ak&XHlB_ExTgH;3BjyB! z_B+DR$sik*$gPEyj=t!=mmF}T#wMFm^q|3{1!gHxJyX)u)V)Md-areRS$&t&ijt8N zN#vSl%DJv=52*PoGEz?Brvt^PF$y-8!)StVe=(==ZYfnzo1th*LhXOFPka3~zZJGTAX8IH{1&>W`Q}qKCv!zm$8!;Dc@hFa9vbm3 z5NgQ#g$i`Il{~nuOl|JPV3JCpeVSbzXGxZ@q+G_bOeY0n(WvPD%% zJb_}8qA9B5hQJj&;uf--0q9T!h@$m<`t2^S{a_=4i(HZ=i_DHi&L06B*MYAj-=j-$$SS%mEL&SXYDM{w5G z_TuC@AR0;C=_aQwG<4L|6D(mtV9TYx#gm!_obKsO49^u6Lq!uR7L~ln?Q7hNe%^SR z@*5o#5;9AO!H!7I)=AzNSf8>1u@>#cEjb35S|*L3qpBDKW*HTB6|bN&HOi^m1m#Ab z9tJn9V5E6ak9B8R^P~0ZYP4eAFv;{NR!Oi-PLU*%H6W01yhNRTzT66KfGN0e^pBkh zH=QXhr>?3;DBw}9S;Mgpvm?faL{z$<5h(^;U<(Z0(5XpdR*uEa7ooAXoiBim1 zNAVr)^qzUOkyKhp29}v`3kgGoGRCB&5x8OA`v=|Im2pIxb*8}^DWfz|Ghuj>SjGiB z+UfR;M4NKRP!UZnxTvC;VxdIY?=S@J)ce-4{JFBDI9Id?tP6uElMULwT2xI8RRzbo zS8!8t?AMi2%vQr-8dT6xVszNtwGbzt1tTmKJBYGwTMa+pYgaI-YmfMvz3qQvKQ1?Q@i#54o8;(nfa*NBQ` zhCv3K;lL=c`siR0I!hsGmOE_)cPY2S?Q=!xr;}^}+e&(BS@2p&=ZckI&oaE}GAk(} zX*_MMxaO>D$ZUZ$l*6k(o8dIeJv4E~$S$$Q05(6CymDaSNyr3JfpF?MsKPC8k`Y7( zC0zlv$*}|wIbaPpq$pEeWg^ExRYW97p_VxpagT9Q5c_*`TCuHnU|~)b0xDcCNL2;X zVGX$4S}}gd+sa9&gapzn6R1k;5!qu`m4Y}IyA!(FZZ`Ju^rISKQ5Bsql&6XpSv=~8 zQYT`!3vt+e9Px6h+8|TrN$BP!)QP4=QH15}IINhaEhr1+sVL19MXn5oQ?7t&d;v*& znWd4A+J4%_Zz>Wf)za7C9V@}`tVm&t7F^4U)cIQnNYDH5sb6`51_U2??sq+orsl(d z^*Z(Im>fE2bkhvkvxt=%BArmH#`?FLr_OoGQCnRs$wfhhs*?pBF3A{05IvPh1fJyF zop?2}N?AZkMFDQ*#|o9kfvm}ws4)CCI=Hat?<~R>DuGR}W7~^bc23$%wm?qGw_m~^ zAkkMZQSs-)BCCrJ#h{{U+K@?w>M;07M8Cx@Z{f)6v^$a#oM>6POoCN4|I;kLizX4a zi=mD3;akha%eoL${{W&>jV<2Xgu6Ce2L(-=*oi4MPn6w1IL;$oTRkzTg=pBsO~{O; zGRJ=2%koWC&YBFa*cvJMuMKP|s;OW=vd8AYWEUpVn-C7Z3&SKTii>lFI`ns_S(m5S z%?34>>7PKR5sF^3)gL&l$y6{EcMc# zR-HVg!!hhFX>kge1ua!PjDn_?sS8A|l6Kx1E{~vLp|QUsl8cP7&9a|g(uUx%nYAMY z`hK`odgdO2<_?YKN}Mkir8RW*ZzX13$K#LmRg}!*Y1dVdTF!^D;OfgYMalw!pk3Zx z<0~muCv!eT5n$LgL{}#eU>OarY=y0-vu_l({F6*~BqwDit1{z3g}4y~b&ff=5!n03 zxwkBrfi&x_1mJ6g2{ta<=a90~P|#6Rtlh!@%n%cQ5^c{daaUzCiL7|e2SE9oF4JL> zw1?#lZAwgnHIAe!??t;d+KNR5InxlRs?Aa~kv%kP zV6jXHZ+PzUw-zM>O(X?G(ASfqs$7waLMt1}o}!r;FzlZ*9*d{n#LH0D2o&(0HI}Om z4Oo1nDDo+aXqanZ?*ng-hbyYCgwi`6!A&J*7|;@qwUn|eK9?SPc-sCPbq+|TE)fd# zrG_ojs+#Hu>!_zF&7nj-@pd4u@j7v^^iqP^0+X~@B~3md^3{_us>BG1sv73RJV>a>4x;>Drs?wYKy$PZj)^w7fTZV08u}88#e?RaW>dg90Mm-zA=Gek~P{n zsv``#s8ywruYX|!n=XwqDWtYipqlEclCuY67(yh0^pUN1_w?<4Q7%m=P$GtGnMnAR zZEaNKLls34NH;dp$IOc4A8#4BP}5ekC%nd(Gi0)0_|6mZF(9OA1S-nmnYS_4HzB=hrV1&jAf>#qpLM4Dk)J}(TiDIYg*tDsJJ%q;&r$J z;+||BI8aN4U=Q67ZPvv#-u_L%3 zp4<;^!|5(AIw(b-Ta%{_HC*`+lp^|vL!9yI2YcL?htSxb_hlA%|l~4hu@WfI# z5Wt$Qjz*14az{I}Ni%HUOp+^M3sVOilHbEZQYAIp;D|a`D8;f7t z#LIpcPPEI<6GIhLfoF}7f!Ig}z5waQ0)ZWLr$`2;)nRQVRVW-k~T*PT*fh%xotX5@t+siSmahFvj_!7PE zrx9jXfwu=;UoU4;Xu9Jx71Lu&D@^jo5=!wR=mnJ*y@!Y<+%auJBDAJqRJwXblP_Uu zzzHES>DQ`k}U)Yrr(pC zBg(f_0`5T@EpGn+nd61Xtu~H}Qlau|FRYH!$<-{uKqO)j*vQ@8;}b3I3r z`g?%IHFGr?r&kK)vdr%3-|9~v!6N|Aq`lyC+<8r z{HUYjSdKfLaY?a^$2u6&^cYS(@={%D5n^QpUe30hHAK|zaA(9`C89YVzM zQB%tmLmj(Jko)QZ?`0SI_&-t!Q1hY%ECE&hni7TcD`8bNmzCYts-HFsN`beUCSPVWhCHvije|Y%vjVu;kTZOC|zjj?OsM1 zZv(B5N_wA{qQqksj&)n8ael_##|Abxsdo@~P(k};BLhHgH$dkF%(8h_`8qb8ZGASW zJTYP45Ty4gkx7gb3yLZ_w^drW?@o-&Y*;Ni5~ky@EP1CLGgk?eVX~5V%OwsiMOhko zzv#YNnOfzxD=TUTek^Tzg(D*x6>BoM%{i)@6UC#Ju_}tCdQySr0Wpp(s&=nn7V0n>I{2fn!{Gv@uN6U12H+RD_>U9D zb)Gb#DV!;alc(5DXX-ysvfeL=91jM@F-$uQ#&N`qN@-y(W|BaJuHqFtTyf6%VFZn| z(~YF83FA*v;dL}rlEW-pO*1Ug`ATdEir@lmdv@aqcudlQ$pVo0ZUFUJk1ti#MoJfw zNqozK!X$D9zdk-zK%|HSu7nD@77Hn-aLlg36@AquwAxRzjH%%m(!?b|b&3#j{!E6i z70Z(~D2bq_#OjZewCb2#@885CVC z6Q>lg?h#Eq(4}5X!G2;$sk=o_NM@CMSp=}$538QJSkp|hk`+%m<169Sn2sGJR99M8 zS=FPAkSqYbm;NQhExe!%QIe7l+Ed_}P9zzMPc533Y&7|DNpWjb!*EB^IbBBz^a-FS z;EHj$*&qWCqNvzp*2CWHb=OmVFH6{AwwYT%(YEyINqP>XU>J0D4VWvjDmij=6iVA_ zYN?<*k;;*@Mkn(aoeJD=w>4PstAN{EvTqd%XY1|}lDch}FnWAl>iUacjnRCyK0h5^ z$RYsR69hu-?(SgZ=udARdoC++9RO4JXzs}4G+D5$B5JG)FwapVRs57k52bepa9yh4 zd)D#(JT`gF3K2-yMhA^HLz5n&mn4Kh&tKw?#r`En`#q4W?_O{n}RkT)WSNc5-MaamyulP z!pE__#~0fxQKWYy>54L5iLm*pa9m;Lh2)Z}7Q?Hi7O+sQQy@Ba)NmiaE5SZgFWjcc z3!~HOHlgt>Qid3!A!yAdGoY{x>xay&*6=z4KAs16EfK1EK6H7!3xJv=IeRb7OOSB% zRSdt&>8FT2i5I7d`}|4JazI;yRRP;*#L#^{QkF_;m8Xof?Il18hW8PxI}e3|@j!cK zG>o+=FepI5a)n>@TMMXqW~iq$bml$d-C$|d_u~&PRab4e6cJ|}1>nk*p=BjvM}ec8 zRz?E;I-O4pZC%G2NpRE%rz%{w^jHQTh(%O{*6*dPqgclDh=JXiblrObJVz?!$BHS| zkTio!91|)ebkJ6$UT}G-@XVMzd8q-m&hu}O%1wk|HHD9` zcH-iwZYd6lGJ0rNtvE$pBzSZ&7MWD1oU!P~%)55>U%$hMaTK@-srg4BRN;8#B-P2~ z)P=6u93xPRhsgV{<9qmVx8Lx^Xfp~1qhfhht{R#*d4q{$0!Wrz%Wfz;qrql4zB_1_%=v09?QK@_)Bp!O1NNupjEG_Zn?iO(Js@sjUysgXj zPc+jQXjg!%k}DC|bnrty{`LiUE_#s>frYS-ixxLY7T^(DB~H{0|=_*3_Y@gwwiU2{g)~#CLa&*@uaBgt!aTkeqGEJIfpN`H9Vy$DgOXNBE+`bt6*54+rw=- zR4D;ElS&HgKjpBZ79H+HOaz1N1@i7bu>57!omBHj!Z4uvx{DOU=&@Mik&F#VQ47T5 zaNH4%fIki>3mU4gq{Pv{8G0$Pq9u#Zo|=$hamq;A3~JI!HSyZ%!jh<`(3~-#-wx>o zUVO%CsH!TOk1Jtsd`lNq1({X+;S@oL1}5i?)WURVc3_Q z2zPzWzqfES)7fng8d0al7#fdFOw|~L8X*rP3oA_OKp_09fKN3dyaqyXf*nH2<~|{Mg7h+i_P?yNyc*C=#^!Tc>e&>Vz}Nz8~*^x-M&0f(J*PJ6AG;O z4iOx=CRmo8VV>0uHAR@8cB)GgyTlJ?DyIgxss_9iAar*(=KP6OPl#olLP|>dH}fiK z%9Bk~O(8d@l|OkIez0stpm7doXw&G@bwl*@O`YEB9R8Yvx0$T-GMgQyrTDNSfi z1g%4egdt==#e91(Hrx*eHg`#K6q*ZMHd06;fo!iqPMIQFuPlk&$u&W}z!Ac`ZS@}x zELoLdT0{o=;(%x|db-M)!qfSXM70WJa6Zc|iTHQZ~}D;#D6U!Go*NW=v9o zoX|Xlh94Flr63YV1afWy_ZGM(+rl&~9}O6p6e;wVGOti`Z&xu~ctZteQARtN@hZBg zl0vnWaaUplA#iq?B$I9aJWG0#0(9`J+mR-C(FE&+G?cw>%rx=Fk<%?q1~?!d>I8BK zU%P@^QdG$4qQ_GTrG+BXoU=y|Rb>^F#&nPOht3iS0QdpTHcq%S)7nZxg$bA;np0M( z9@TPIoqW6BOZfhLqsBH>m>o4M7od(je=O9;N%}Z(Ds#&CQ8jZu}F#>CMdBiA=%abMQbBg0^8K13!D2s zJXVzwk_{zr0HA5=mWG~5B!+pnMsDg=R22tZE#JQwa8j^hg>IVR6UmKIC_-SD494Cg zC_eC9B6cKv2W}y{BncIEp-Sqa!PPZdC?uyyt!a`(l-zB-lGpZMUKrbvG{wqHP>qqJ ziZ+{cYv)OaFk6HF02f5W>G0;?G|=#nDR)JPVRdwra`_1~j2Cc1JNu)D7BlyW|& zXlC0Px3b)GzVQgF>F}C*=^hc8>$46xnQochraW?t;WEHVig^|Vk9i}qGdhMoHUqae zeBv~Trfl0$S&9<#Po~=37ZA%8xW*;@WUZ@@5lQH&q>@R|l0xV~mvH|8C|t6SXUB+b za|{UKOI);6PTC2h%J9dR@meEHV5>4sLhEyV=+-QE0b_q>7pcr?8)?9iL9S8C^)z_a z9UT7kDx}R%uxO;Py}|J(n|0|;ZL}GRIM|+9!(r(TMX8FQNl`So#T|VWhrFhxZHQ@Xm{&u4=s49 zWMrY5wgjb?Yu#7mD=fcIO?ZQI*E+nubZNXT5u$bzMW+BtbjgrV{{WPRIt)GIVn*a= zp@K_W*>l07)OFB7AVdnmhhaY>hBKY5EW)tEZKMNKtb`wpq~_M{I8y^*18oR6O(i^e z8w11RZ_>d-O)v{_{{SM$TV6C>J>_{wgwcD?loH30O+@hOvLp<}edZ30t&a^YmNilv zk>Hx*uq)-Na0isB3NokwZn67cA0BDJ3N?1NP@#aFwwOjag1&^du&>s4J; z+e(Cp#8``szy!X&%iQsCUKE_C#X`jf4M`PM6zq!8LM`R$tlng0Tkg=`>Emiv6!wF{ zg&dI;4kL}V46G%a4s2ystP;%29Tbt+ldbMNI9%`{C$5}t#-J%6a8<3xu=7=+l1Vo_ z;ldkPfx6gU;PQd!rD{hCP(? zz_+s8YVFb#IwH2iTWRvS9p$7+ovO_s2{Y7y(l}Fa4$uYv0A~{GlS%?~iLPBf!*aBJ zHLa5t#f~3UUzjo4x`e2XSt6*0BMfmu%NRN}$nYz;^G~?G^QtS%AtkeoSFH8ZocB>l zM2xFO^WpC-O`{Fo@gGfx1PP52X&TNnKW6MYsN{?Ski^1MM*jda=8LfgXKQQp>%`5k z#7%qnXcfpfZB8AR>zyDGO%yYEmKV|4lV1+N+l$utDi~5^wo;lH^7dU!z_pb#&gEcO zk^pv%BaSuISKDHEg5mham0KVY6s*L$X+|h9nx8uB9VJaj^EJDgeYO|&@i@B#ic-5_ z(}f9G7Ei6D&N#zEbAVy$8oH*ULZCE}?;#ADUuyg3_eQ6~iS90dMAneeQ2?cOrjl9iOil_nhYp?Kf>S2&&Mx;&dv?%sZL1t>&XP7`NWPv5>Wq0r zu4)ZTHL;NFea94%Sn2HW+(o;)iMGkJGb+ZqV_pJjUxEpI(M7$ z&TPrGPX%rh3O!9FSu#>pQ+X*PQ_UUh(Yet0gQ(PTr?Td*8Yx(%cG-ihEGac^xkoZ| zV+yKo5E)b*w zn4o#EI+`56H8`Z(FPMPIw^B?+Nhj$y;Z=a1z|&RvO-bYTlWlf;=7bc znogBP6pp^qyt&b_w1meblg|vGcVP`v?YSRM4l?p|QY)>rtIITOu*7BrMy*d%a6ZhE zPK$H!7dmn90ag@{%2Tq2+%B#xD!**7G|f_kQ_9N4bxzVOJTWJ{4#Xx=u& zXMlwU07TyC?g{%o-rR3xDF6{e-$`Q?8G<@GRx_2s@#>b>-9Wfpp}vB5eH<&hSpXAH z+JUMC7Y?dmsZ;Zj3r-+d>k*WH$I+=DP$!10s8bJ$=YY{&@kVBKr=g~&qEQ*z#MCn% z;U6})4w2_fp}8_@W)+0PmT?GDqEgsCGv!s%d;8i7mUlv}Zo!E9zP>c#$@8TE0YlDJ zp{k*hy`cit6f7cgyVTyIHyWQEHR2n!NcE+Roj$Y_OHo^gF`?MY9YnP@5l49A5x()b z>GrNI#SO#`s%>r&B9%QMtiZ=}K{@@jDznEzMph0Zp*738R71 zoWWO9)0!+}FlFkz$DAlC>%-=o7D%wVY9E(@0xFQ8I=V9*PTTx=MRJI9!eB)lHtZ)F zE!gfKTD3T$)zd5$1d%Df|u7ok%~B*BIsRRsQ3)u!IU;OyK5 z?d%rj^TFpQ}lFVLLNh|~cb8FS3U={&XfiTT~PIvWFX_3*uK#lTNVqZd&v zPYNb@q!G(sNcBJD=G`x!IRF^L?(g}Y9Uzb>nN&S`N5|=~kL%S!!YZMz#b8)z2`Zri zR>+KY_t04UcnsepPJ=?d)pPHo57um4W4U_-SgE|3Xz?f_B$aI?!s~DLK+px#>EU+h zqq|#}@cGf+cstOLD46By+2O)zqn%Yjprb6qS1KrATMv$$9xWuAkI=aCsrU{s)s!+) z$rsDCa+eUwMc6P5TX$<|_j1Z_VXBpJrREn}l3=(*ZiK9KH1R#JwSv*D?eOC&Of1&Q z@S^*j^90q@wb)RQU8W{FMr&`4gGX>}VQcW#+yRXvxm=8Dd@;=yUrC-V$gu5=Za>`s zwXOA@Y0tX6+OVnlcB$!b>S@b`D)7Q2BwUX$czb+#RRJ}=^B9Wi9BbujaY~OkEOk-K zO)LY$bWAQb`1`iy6pFf6P1z1An#zn;rK&bkQqwbtTX8KTrIocho1J*$qA5EmAyg|+ z*2y2slEtEr-e!@(C05^dhQo|3VM=7sq0)0xHg}|@Xd127mk^d3SOHz5_G!jadE^nsY)}2NzO5xF|a&pmZ2$T zT6{($Pd&()WS)geTEGGY$m6W1RMjq3fTRUhVM!?J6)F-Kl?00T!abmUT(!sD=~cH+ zgx4xWkYcX#63}lBApSTQsne>1O(C}XskZA-_7CMk;IiA_wpvpn8W z(D*QjacCYfJrtQMgqi?y{{T7l}- z39gq2!{b#B(8nw?OCTi%*%?Leb8mLW+)4~9ZCxnVl zK{9Armkxt7Q_F{$T8@KVYzNB%9r4@$dx)d7#OqGOa)kH5(MfYjdV0 zR)V3hexKp2Pw1Gen53&_5yx?Im)BqTlXwml1^4F-lp*egsFE=>U%H=-VlqHlJ+yEv z)X-32H1_i8;`xZzV&AzpyD`+APX&2xvQRLfhGTHGnL8>v)2*)VduTe7+~-yT_!RCa3D{{RXs$y<$OuBf{s$5%m&(b9^EY#G_`_`x2{En~oD z^f&u-d44o~lQ?^&dHk#Y*L3_+u=r-gx-(53Nkx)OR-U2@TqBxfD&qd%Fpr>e7u~l2 zTF+O^RMT{Vq^7m{&2Na)=bUTHeV@t#M+!L6l_TC-&)-5V!KxGrXpQL#BZUT;zOJJZ zqME*?OpMhPetk;~074ZlZq~K9WY&?7tM08N=iPBNU)662Ol20~T`e%-#X5e>x?2OkI@23!@f3(M@l>`9LGznmpQzcCF zlhZ%QL%U@_2F&}f^;l`cC4gYkKxuu7VDe*_B{fAnJ7j{611z@%S;PYNKMgK;mA8CG zY0#NW(5>meJ!USJ!D|E+Sa$3)7^SFC)Od{x8%s}9A7+i$PiQtEf&t-fZEA?JNYF`Hgw&rluLiG@AD9uenipNHJh?kaG(PYn zfHog`#qRA}4#UjQvDAQ1zIgf+=E4q@ofQc_20cyeu!<;lu%Ysat6Rv-IXX9~aLj4#iW*h(kSf z9LsPLrk#cmK1DLY_mG`6q6DRCI;Dd}TXV;1;!zUKxq8CZ{j96}x-J0Cx+4*Du71%hi^D-(QI37fFDO0WcaD) z8<9x9pS3LYIiJck4OvpJHR3Q;)?rZ9wFVxtRpN1p z3`5A0s6t$zwby*3MIJmabxn=5`2=H4zvxj?Q&fPmO;WXWF;f;}5}Tn_Z3Te7zkfXH z=C08KnkTEEnd{6@pC(e$p{TGbZWn0V;1pYx@m0`)258gt&k&-g^z+m@dA66t0ig2a zH(iFTPj$HP(_fDYuC;z;By`b=2kebk?mnvyS;OkxQ13EPd7o;;N=XN|a4o@0V8{lE zl%YcZ0HwtZmvQ>2VOfuxLrSuNq(y~rLP+s9wYU!6)nbYjZn)GHLq1_+QA1Xw1d5*( zh2pt8366rjHtX!L*N8WGiBRJoIy}swbcQ8#e6fEGTnry9? z6vVMjSB6o_vV-qg=u{Bhzdk1*1w}mqF`z4|`9_1vinfxqsaa{a3VT?#*JfruH$AV# z_Ku!3is7(CnvFNeL4rWZhyqM8houJl8A(z*4Rqs+1e&M;H6sP0f?P6brnGWzfuagY zT_;rBPhf6&qF~k538a2z+l3mMm3x&E2-!u!ETwIyjlLXxpcNF;iYcc4kLFnBe0L74 zf74VY;Wj0L#;omO?IYvM-n3v5RJJ(5qX$Qa%3>1+h)ZNEBPk3OhNo*1I~(x6DPf(0 zgg%^RN-Uq$JQA}QmR6)N;xtbT3`<^030M@l9xKGRZIz&bPOx+;O)V+$iVy25)>79j zFiXC2(iLLfVzh)<{11uZKH$bQr}F?BgVb6&4Cw+ITJr?BO)W+x2g?$rT6(%P1lW)U z(Qr9-ijj?J)%S-A3Mz8#RaPH^L0dY!atRutlS08;Z@i1!ijBycWl4?{t;=L7Y`;l$@c<$%xXLT0EI^rzAy%^$beEQMULXwl@&c46w*mchtyMf)p09-lqOUQ zr-)xKx5tgN-m22m7*mc&l^Y{w8gVg;p(-D&xViiik$V^V)_AsZ!tZ)68Qh;CRyqyhv9AUbrG~pj#!!Rf%PA zL~SZa)dV{0p{$qL^zmicI_bM?MM`WoJS!k>Py@DuQTdQaN}o9$C%6}ms#PRgLI^kFl{duGK+pr#OhnCv)=|KAs)Hq4D(VM_)7g7) z%E>UUx<_^;G{4Gto@LIlM=zfAd4C9ohC2L257HA$MI1>CA+$2M9y%!ZkHszen`lX= z>`>#X2^1mb99n}V)#6yzEs4#HWvQs%mkXh#Ri<$aQ3-@w9I+*(QcImp$vRkYI*nIp zfrdEHl}!s3YgRn^&~=L!C+-+hcns-^DnxSKqM)Aia zj~YfmAgCtCzP$5&HEbf0RoI;|#AykbLgK0g1y8-S$OnnHhu6n|t#^P@wu=&{3_{ZR z?NvX^3bWif@X(uf@#0cx;AnH{%So8JkCXEJ6;Q&sq?I^8R87Peq?27PSf1ZboI!Od zZAO<{I!eYnXx#O$(w0=A>6F;E9XVXXG8##tl_Mz4ZKU5#x4p?a@HJLjDSNi5 z(oY(7{2pnZrvvL{6G9A_eq^GjtMc1)MrEN*;dK4dEOk6ny={Kcv(;3|UM05&U4Q@3 zef(3&IG;u3Sp))}Olq=eTFRjzqo*KWzMHhxBj|63u2ST9k3P*1D;P%z80HDRv%A6z$Pf+6&RrzAS52&qns-Cj4Sekg>^sveA zuBa?^?d|2ATqHSmGmDJBgHnt-yZr(>h+2`LpLXV&M$vZPvExwQv*N2mgh3co+_uxxMD1CC*CY+z zN$9Fn?y$ewPma8C)uLi*ttC?=P{$JCa^$=|nmj(TlNL%ZB4ZUTK_nYq>$2YN+uz&5 z^(+O<(SUEmg$G%C5u~E4s>7;bt&7iTDa5TqQ)1#Va!E^HTb?@P6Cl$po&->X(T<@_ z(cCWp#j?}X$C+c2nvWX8>uIX|nUF*YT7)VA1o(|bt_VCVyt7TfDOSo|XLP0&;oDZf zMGr}RTlBuO)*A!E6Bs8eLj{fA;vS7u7aq{?`P45mtH=!Gm!T2@4p%OST0ztzD5*DLPzH_?qD zv}K||UIftp0E+qr>5e}gUT4L#)-e@pMk}#1EU}VC;MQj`5)H~*yAI10lCBL5lh;y91x!2DsHOo}gt)mqync=+dDH~rcGsbLh7_~S zl^M<~B0353Rb&+v<|@@_pqC(LPqZ{WxSgjFz|x13urL%6RN*yAi91HL5;W^TVy0ykgJMv#nmVJr)EJ>4F;DQxaq!}Mq6#1$G@+t( z)Qn}Z3|fw{Xz-fWd1MAC{z{}5P#7x^Q&Iz)9x{hQcGIB*<3Yv&O^ZGukB{V-rWzS( zDC89MRR-Zz_chrExAWr1A4o{XlQxs6;ZsvLrcjnoJ1=6BSE(qzZ52lFl2};Tbg;4I z6v$d)YT@k!NTE)jI#Jg}1uZ=_R1#Ow)7DDgD^skI&%CMkbR%!)#GTMc^`${&UR2kZ za~2^9se&qMlNeDY%{@nbn%e8$>)V!TDVn3IG}qEv&y>P3j7JcquBD$Bshbd3jU4L6 zFDVdP+}BmLz8rGtLO_~ngc1pjv@PLT=M$iZ3dAtFTw;?Dctg0y=N1kykR+eh4W-7W9BLA*0jKeZiV!mXY_3d)U4}e0(M2Q7 z?M!JZ2KyD*Pq=%5rTD}E;HTih08wkqnDulxB2b(o5cwe_(maBadjQfC;GP%ZqiRW3 z+AVns3E4&m(S3DQMpMs{)-04%SS3vjl4zujndExM8-uQ+L9YT^+=)^mgj=TUg^CsP z9d#?@+UnUIoB4(@76(Q9vP`m2Vh4Eu_avKZ;mU6FU$iOcA38bDu7X=mHC@s527xIs ziY2Kt3R*ZY^6;xQia?RK*&YOV@O9mtwI3z$Y9txDrEv1pP*nWOJcUdVOkGso$Ly1> zxnRkWHBR%xLmfv^YvaIjzF$P1DQW2Gp{T8nl1-?K0>lA32B&Wm2E>y}wUPje>pN9R zieVKk9Za=zBuW^=9Iowq-oP)%n`uc0ZBgWyie{q0sVAeBpw>x4B{HI#H>RFeoRUs~ zMuy$^SNDDw<(qH_Gfk}}TLme)4bnW5n;QtC#VYZ9BR6Al;`NYJ(Z*Jo zMNL}th&M|S19GmK>wZ%9`C5z-9+kUWWT`leXx3uhn39&AY4E&95vmfm%bBYyB1MkF zLv?`MXgEafZt_h0#Tm6?(uO|+LH0S(L6&H1v8=~ch@rw^ddX_A+OIwK`Am*>{J!Dt zvF*w=o4B$CIIO9-F+|CFg^oj?vHTkeixIEODzue&E+aKHL6z2`k~vC0xofFn4TlAq zQQd-0G#+p$IAdiPY>(6ewHVbtJ%`lcl=T>NloYL5Pf!BLY9Wvnx^_Da&HOFGyR=9Y zsii@}oh$Rs1Te*po_S4B_s-gCh1Hk6ig??N1_3*1VQ`J2pE_Nb@GLT;AI7n{=7K78 zrm3W(mY#jnN{KJHwo6>^@za#NM8F&>tfw4n+1okCj%G?I@Tysk5h8rM;syyeM6x)L z5xGW*ZFzQ@2^(uqf=R-jnx_lFa*l1IOkCDEo@nUhris)@A7ddJ3xIBXJ8>{vs2X)1 z7RaOyF`cm-(N~zWE@s4Pv8=PPkJ(5rct+Vbqk7yz)ybNA5=&pu3V*@;i6?N5F6-;@5WWkZ_@EDMgcd zj@}&OM4voojDI*!m@x|cE}>?g84`;Qr=_Ub6i*ujM7rGA+T`~<7uc}NNC^gl7q^Rj zWl9@sf>L5IV$UslOBF`I+kB~68*wdmJAJAJxTVX4#s-nL+J-SfzBL|XdYBd(I)fcN zk-N&2(vUV(#(Qn>HH3)s;SGKq3dcaQcTZ=`3ty24inT8Bj^lVNE!- z6Xi{Kjt5@pP#%L(cKLKvy_5nsX{gZgV+sP9TJf4cmin;ny7I+8xz8FK2)d_8IdDDD6xU^)#w{@K=#t?2BW`-?ZU;~ zsU8JV-^!)IsWdiZ?D>^?gMmq1OrOi~npQNp_5oH@Pf1Xt-a-wxD_h-e#BowmkS34> zC@LvNv=neFd35g-Zn~C0Gy_n-e}^nqh{l{Cig%&I;Ko{#o~DjT!zxqls3k0`*@!pS z*~VQ_h&4pITR0k7)bzW{M4C)7DIOSsK}`zCS8%o7z+J85elipQs;S*%leU;kZ))TVc<+2yrh0HI@Tx_A+5ah)V> zttrDao{ui&sO5{v^Czf~?JGP;%CB*+zASrj(&tTkA4-0t!XWbGRi@iaTXfqZjZKNM zzR*7|Rb)m38rG>1PjO)J&3LHj7^>Y(NQfw4dlu6AjxeLP*|l9pLp-BD=W&h5lDfS;oLal6D518rQ|sw;=`NT9OqN>|n~<?vUTH@LAVJ70+1w+f?l<|R8S1y&ZaPT*0cI;bk@2w2bn2qx=cU^tZ)VK@r& z`H^z7;aOKFQC5shU~QP{n(XQGQO8dhwYTj7Nzf5~+;6!lR?20|l_@bWDM^WcRH3Db zKao-3iSI0bEjmb|$98~&eJ{fnS_$Dr&bXsM)?}u^s;R1sbn&%3sPh?O5yZ+u?$wkp z#>DWKI8wmdg&pOo3Q(Q2N;)*HNyW^||lC8;+=&Buo`i z&&rr|Gl+b;cnpqq0pzGRHof+*3s#}9QJYRcp^FZ}F#35?mZpXUlW1uXsp2JWd@j2D zcu8?{0++UuNTtpjhGgj_OfpKU6IDIRQy_vj14h4Vi*TH}c1F{`4LP~}{SLkk*- zDQVVaEb^2W8tw!TFX5*XIy8;6?|P+d6~>x}r?^_BLSu1O#~>>E;57t-ek*-1!ouRy z{72bK2r3w)duc(3;F&icq?pL~eR8JQgcMZq31S~?ZnAaIHulcda*j6V^h*M@Z z!RgD$)ijm$zGQMn>#(3#y|mO{*}}`FRy4w}^rHk`>Iwxo(3ek@dU*6vy$wQRxO{Oe z>sVO6tD`HCp|S8hGG&Iq+eOQ{aN!$k1o#d`^JDo;9+H^M3r9Ru@JGB2PP;BhAH#-7 zc_{$WPZ^ovQRT{cTB2B4DO2=!Z!KblmrrfQyg1v6Q;HC9@~tIdAlDbmnNf^#NruE; z8>nT18+*ie0DT-#pb}P6^C(Sm-sevJl%wXMsbz80P+#B$h zHNNnKB+-^$!3xx&O_+C0a4bFwYG`OAljSa@>Lyv(=mw?37S#9Uvf`y}HM`rBt7SP< zu9`g<&{NB$2HgMi&17NOuv$%8b@g zVib12EYoBNrX6!xkSQIF;rVt*3~x$sU3t~k$@7~1~$1pQntyDCV+ms&R_i=Jr1 z>2Mn2`BN>nAr!}bO+mFaFPpdoVds(=kAkS-V`^|K?lI*;CKy7~Bv4nM^A=+mH7#92 z(%^B@)T{;YxuKGxM^Z~hrXP0uE=}|UUK&_;uc&kmG>Yu9%6dtn%~^`#+21qK;0c*x zz}Fl90DE!CSot(mg^aAQ-o%gwo-B1ev_84K45P!aQC+Q(S(8TNCuY8rej*#H_zd8Q^STL+|Z!ZrFn64F5Gr>&dhU=h1?APhx zlS_HvK*E@M=?x%Ap=yhzc{>Ni>G6tqi&nsr(7Y1J(o?)osrO~xq^Yq7n`ZS^>%_>U zuYmh_2&H6+fzeY`JI75TklQ|D7*D%%YwcVA0Cx^mou^F{x0ez?HN;?eYpP34M+zE< z)Vg^Qk-5d#fwX`R@Zq};0+~E%8|^`XSfk5$cJ}`OLW6txgaJzx!`K0B$a@oU#{0=s z(}_vZT-O1?#Wh)M8kfsDNF=3$ak;hs0LkCKD|V#mCTZ3}wG1dO&MQre(NUt{G!WBP zJ4XvgMNY;i8Mqt{>m(oFs+Qpbr^^rD`r3)9s{h{N*ENdW~Q-P^#B zISg*f2ytFtI+}05AtJS=^%0L|?6cH*tUD}XvrypllvK4bQm|Q4IT;4+p~G6{{E@9K zn{mGooMZf9Ifcfr zyveEK)kmv5KB73{>#kv@Uotq$MI|+mGlakSBYSge%B>22xr(Z{0(HL^j!6+=TDXNF+P`FSiUGpv5uBunIa#`dBBX zjo_lEt5GMB61s0LLbCQE{0r{}Rc@61piqY-zk8&_<5vBdaNKIGV9dEjqFPK*;92Xc zA|71t5`iPEfovG7p7!nU4-vpKPNgOlvV@K@qvA~jSl)f>bd>ESH&yCBevEvY($_|d zBwhSNMYB@y7D{k<3yha)zq0q&Be* z0S2Gp#Y@QT2E+DMMn5X(5Ummrp%#qY}`yG;1blY{Ka0@XvHiJQN&m5lGKEY0+ z@!9*0DQNv@dhC$-v>u@|0fxdqBV`Z_z_zD#K7+>GXZdZc{eqlr_hM$BPpyB%IvP2` zb;B8|mXT6dr2hbYz^|LUf-Oo-z0=Pey3&5pUi{nXm^8!w-TuER+8C=k!H!eSFfvr5 z8ZqUvH@XF&_8alTlv)$^ie%opIM*q?fBNZ?nzkvr^Nz@oNNJ^q{SjH!qghU|!aclU zd%tFXfKrC@d!(7vaHQORzkP6Fv@%Ia){JVJL#Rb+M>|S`d$d=-yUM3_EI;F8pIXxM zo25pjlS({0*Qc$#UkrWScg4Jz%St1WC|N|Rb-kd`jqiR@&DOC@{>*dhP9rzC+o;n- zKZvKVOfIgb7&_C5;R^v&S&}?9Ms24+38%fRdE{=sUXeZ6=hnRDd2(q*` znehBJZ}y1B>&7G=WCjd6{_B(j{DuDjbB-L2%oxxsO1^bMW}IX7+xUY_%Jm&_#S#QU z=Av4BHo=%}0D}h`{!wR$(kiIBdu-FKC*mFJb1z}=&5L!ar!YxbBUVEs$wx@&v4ao; z$c$-q-LH=tIUTx;0TD`(dg?$28jnx-oqEiptBS4qi7-l!( zhVI)&%Aw4b6(b6J#eWg+T}w?&wB1Umf}b0wS%bq*KmtHVyeuKt?F|X$hDmG3ZCR_A z3E54t{vbZJeDMY))LE;|d0JXIDr2RLQ!|wt{mATXV0Gt?Noq#Tm0^DB4G1#&&h=S} zWtt|g#ihjm0Gd<9GreU@aWD>`voa(=5JrG-z1`lmaeg624QB75IBlZOkNTJEnHb2Z zs`rCc}QqnUFKXM@z{A)66p zsimpPwD^CRAc^IMQHgnhmK9O7DuMLdgxl9-hLVtqy_MUJldBpSzY{9TEYV4WQ`10; zM}p$?jfT|IhmFjK1;rs_a6w=_;1v6}@4}tcd&In{d((AKzN=j;?i&Ak|jU zWfIwTEJAJa$puu-8IbKV6qGOo?eOH2`6ic%G#7E=or1GT>mSwj8u7t~bz;7PO~NQj zc>qVbfGj^mc<1taayC9lNX;!FwJjR_o>C#9I^3 zT~qnx-`W;wUxxbq^`s=0ix=wdCy3f39CJ?{5|wo~2i$|%r_s$jyA~?g*yq-iF`e9} z_>D?W#3R;C6zf$VR&fMMHITBhQH7LSP(X*_+;Xk%#gq^bG3TbLtljhcRn#Ae&#lQM zo$#)%;y8M{FU-6&xO*!SHiFlK!rF1>w_?e&Ap@UUVOhPx@G3NMIu+|f)rV2?t_LP` z>fR-aSLP`(4<#0wk!jW{O6h6V<~TsTqrH#p;Bz~$wP@gx6nT>VVZaR0y{4<`zB4>{ zq3Z+9RN>eP^?|kqup!iFFYLDiO`|Vag4oBX{xp2+SBS$^H0PeD`hm$gUb=cdu{Av) zS!D7l#Vi5M!&v}83pu`>$>EbWHY!$~1D{$hTbDpdCTgfUnd|q~o(t40LkY`WbH=Ig z8W^cDEHX&NBuuhROswL@7VN}=FYVyBFWs9G%1WCP&s_(vb32r}QdDU+KN4?Wf}tJ{ zPgk0Ay9e zgBvf|_h9<(#udA^Cu?J$T6ktRDTrC7+%MNxt^9FoWNx=t(wa#HG=^9x9F{h1%*Gz~ zZYN&qWv6RN_x?1c8U5*)aEhD$+8(x}sA=1;_@v298P+&sq8c4^v|aCRY;MM01`Q5< zYs$|rN&e_!m05S!53YPy3R=JRh{mC%Nu{TY4~`r>fKiA#m@jkj=FUfAfv3A1`qN0f zeP>Zon&7^+{cs^gZo1<)sl0wuM~5z>w|Fhv$D002XZ- zv#xs-8FTvCnQIGW92BNn%eX}mQHW+5@->DV0ks=u`R5}~xNtJVCBSWQRbZ}x{EVLLrX&h2nl~k=TYpv{Tc|(%fD+M5P z>s9_?a!1}xB%9Vht$I3xB>iT@C>p3dvB6CS6)MaU>^s11+Q;hRly3fC7$8rV>rJ_u zU6c1ywlC`w){QPLUxcSsu?atth+4jQpu*DrYHkB)fO~&$G%`y#9ud#2Z}ZQdCX=*Y zv3*g28{mDG~(?dJE{+XwlzY$MX`DX{FqZ#J9 zqOh_+*rAe^IT$ZsP()Ytw-h6GZFmS2%bB~pY72fMp0p>1KR2lLkw!0MjVS{XMT-Uz zcwa%sKeM*ch^?I6-kM>g_0#Js4#X4Yx~X3!MSO`*NhHFJQX^u)pLAzS3w?ZO?!}S* z0ah9H%1_*BF`RvO`puFDNczKDMufCZ*nAWWjKlYrbRxu)spG8f)sjqv3TfQx;E%Y~ zzWxf`V$Z!)%D$knZlPn7W7xeeV!~;n#A`N*Sz8M89I#LayvF)=;B$N|+h8CdMJ~vm zTiS}Tum96XekAb8ANiem)wqwNkdEyvf~n~F)X|xbwzb;p#uFwZ z)C^jtFiJfj`$E?8lI%YINf~RB*R2OH(+^`vn*0v9(}oB@C>WLpP%qf=Kzs?NQqeS$ z{!2XV7UetScu=_nTlBzpKF&HG73VF@37D=`o@bQKS#^D;*9PR;*7$KUE^x-YrWG{v zmpXpUh2pSCT$<^rW2Zt$KK)E<+sD5stD+5EEXbh;HRZW*Tr!>MVrP~Zl~^k58?Rw| z+TdJq8eJsGr*pjaguA+!VS4J$UsbTI?)iVHiTwV*0g9#^7a63aj*=-U zrLT%hm52eqbj`RP*V95dBV~DmA+H7#K`g@AW-zJAvO`AXA{ypv-JE+h0MOmlT3UdrdSnsO=r?`Zt(?U_GARZA%1KkkJIx3|9)w z6%~=!NChmB7BeXYgRro*kA?ZB)<>0j#zEO$Ofs(&!g0A4DC5KyvYIE3NWca^kw95M z)anSZ<=nV}DTFm6u8^3nM#ZB^DngW_rxAUn?hm*|zQTC&ZiLsJwg6OI7cXM;bQpvw zADu-bOBA9oZ*W51JJ&XT0-%q7J%syLT)36;j z`J{qsqTN_fTZm-5LP;d2RFa-(CJZ4}ATqDL*o`hYskhU{nRT*74w!COTHFsV&^*kQ z5ztaH7Y6aXk%q7&cCq3I7viNz3W}E|NvNS1WR&uioXt-Za?X9hdDTHX@5-gjajPsq zp=bJ$jzNY{OEj+7U1kl2*5UhsE$>oBTG!NA>%>aC8lsgqY)GVpohig>-x{ZCbl+cv zRMo`$NETRTZQ6V}wOu4vjj<*w+rJB(7EG~4>JZaLMQ_h##=0)65;c0sVWB<2(}CUS zbe$S$UR(lJMJT@$3W+E(Tu)5TOey7s!$K}dY%aX19?}c3z5IAZyKRu_`XY`m5*FHL zXsTY#`A|)X);G#M9F+9NN?$yNvld+rmKrhk@=I;N1q2j;t+WBx;5Ab{8M$lOBxL{# z32kwIqlPWK0HkiTLBf={js;siC-R~Ul$73GOi1=A<}o75Z{c%s@#ggnqN?I?ikp`* ze3ZD>9W7QIwMkZ6%8kL=<)L7`hL$Gx=AU>Jky>Ss6w{6=)3=7D?}d30)GJ5k5PjAy z;eVryw{m#WwXz7N#OVzAmcB{~Shh4U%~(>_(PAt0_r193yhu#b2)D+W>bglLUyRYb zb|-0&IM+daN7bi2`QDnc?MhYGSa5!%b!#SN+&d%XtY(`Jz-XtetfGQS3V9_BB*vwK zNW*aj*qdMB#-GcWe3GFxX0s=lOeE9nU1{spYt+%jnegg&sM#EbmkFhTFThGc>LJP;qaJNKmi9|9WQ?#Yx!NX zVp1`yCpWq$6G@EU)4J-cQkte`O8iQ%V$@Va3PQVL9$JvG=rkW$@5448N&rtqAh`>1 zT8`RF;XN*_#A-2N@=F)W8fe?h+zrp4sMEc;>h4knCvAmIEh>6%T~C87LJuwCatN2;up_wTk#W~v7UC&`9>|roFPGt|Nc^Uj2!)h5 z2w9j13UxQ{eR#c#ouJZ3nVqz(tm(<8k~MhL#zJhmY}BY=0Pwfd#=kInYRR_(k+{}M ztDh3WVpzh*Jz7(VSOrBp8%^EyKHfUr#@edw`Y92d@^rA!&??41M5G9T8-ek-Tl;x- zZgJa8uGoQB1Na=!&q@JHH*+_~&q%rx5cO-(oAT=XGM{Y8kf=)H%APtqvsC_-JlAee30Zm+xQ^XOs z0%R&y`kgFC(akq<1kF0*WJNvWIXWyGHRP#cj0PBmI!Y=Z-DdJxZ>aGH!<$3pNL1Ap z)GjI0GG(e-{6`RqrmR_nlDb51?v~JBv9^NzWe$;rZB5MwbU8~4iyy!!(M%$ytka32 zUB}CKT$9-8?(ss_V!Yd9P&Bv3G95-Z>pzz&K(DxuFxiYC8|nbCJ@3Ya*@|=W*zKl% zsq~u&sf+sH}>s_G3UaS2|~yvxh~qI_K`6 z9471WNv$qdR4qQD<$?ksq=^^{yAO6fWrQ$|x)8$6k7)P_&3#&F>T zn2j7!!;0ZE7}lbWRtVa)z2yh&K7jV_2;c}U>nEXKZ>Xr}{7Y?*=5Q&!^DHFlLLB!-qZd$A{E zvMCyP5ydV!5lu9TSH~>~rc*s2Nujey$#x#^v)B)S;!^e#PbIQ3te8F>O;;o{$bwg4 z6bUKN{){BgI}{Jd%_DhzN~LA6RMj_sn@dvDFQ_^THDH6tcuF;_>K zafvC5E*(`3GOO+g(#JxR5(jUwCbs>Yt=sVcRU2k$r!?ibeoCs2I8skB9d1K-$g&IG z-$y9ZgHl~j+WelBBB@(n1e=wA8QtBEisYRCB{X9!}qNS5n zWAGZYz408I!Iblz%=A1KvQQ5sjM!SMQs$MK5tam(jKb zPVy$~N*^L=0$3%ML^k?B;%0LhT{!iS(L88q&)5zhMTBIkn56ltMa!5JvC_^L^geD9 zg~0e7pxeI?u=y)E@uiS7iZ5Ab8N+IG4O|d;dm_VXsn$YRZQD#`AX@$x(~FjqrjmyQ z)uDP2!y%6p>n%5$vDQ@7VC^k4fEdQfT*_~uV4*$Vf!BojqT~wmBTA%FfAJ>6K5M4A zMmb>fq^idg3aIh-R|cw@#@5ozejG2zBs{a#Mh~tMnyqa2fk6%xB*sWv&7?6YWjoY> zpnwP#xZu^NaiTS}D5Fh-Lk%V!Pvz~JNs>1of1!p0aCv;0!JN0TSAaF?I-HE;ac8`Fh~`Wn;~D*=CD z2TmuwQPe!C`&7zlHHy&+DqK}fJd-m?C&{~^07!HIpNAbn!lIf|X+_g4pN1TjgjKyM zX)zo}7fQM60TGA(U=bGJSbePr?cz(@h*VOWR#T!)3YfP>FuIIUsVX6QWs1oqO1k-q z#kaD@YXWU^@a}k(tK-8OT5Xd!(SpG;LS@XohSAYb$xnh(`I2DN79_GsF)~YY;9Tn7 zE%$L9#mtSk(uS>qX&pm^{{UFAO5=&te8lFU)2`v7q6I*z27}x2;zrgHvXqimWYD2q zl&OEs&H;!|xYouo1c{w})n?S4w@#IUJ#U-gAsyA+ldsTteA1)?NFD?lZmyw*ECz;$6@jUKYL1C%>ZexQv8kdc2|g#5oN9_58g0WM zqs(~|38kQmeAr|zwL&p+sT;I=jr<5abL?Gc_|X(L^@$?O*?S(TmK#W?=3c-LEmR1> z1dim6A-7mkpi-wWMFSafdQ4XfjSVDeKKdI%w)f(iswU8QkRIPp7RrHxNE4*tSUUBF z&+|EIC!EbwRfyBl`LZsp7?9rA*Y}4nYPp)*=^;3Aq&_{BV5xjF$_j;NhC?KR!rowA zG&+skSi`i9#B|V&iDa5*T5lkv?>5$dFVewHwe zBUjUi_M!W3k~NRg7stnonOHQOpo}RUoiG?+SzJ@tvb?evwaLA;KHHvo4r5kcJ8H;( z1&S(qd>hm>A-ts+_8jO1h)^)~8tK9v^fHurQk;_osw@B1NB$pO z#&jNS7OF?L+!j28w_RQ}4yv2;1~jP$q}3Sp(!BowUg;s+SWAae)2eud2*>!I4|3Fg z&U)xSn<^fuSxmri8i^J5O#;YUcW1wQd~P}ASDGFXSsS5 zN(#AQWl&hlShiVrd%)dI_>Iw|;ZL+R12j2j?5$r%9vzBc@`r@eL0M6Q7H=ucN~+Q$ zH`!oEZr0&*ZUcobRk;}Oq?UA{#4B^BPAYLnjv7fTpr`pY_mVxauqB(u#>D;HUeN&x zr0$@X1XddCypZPsOHBT1O;0UkQK&X}#Yjfb>tHyTyD6tpZYB*j;}rC;XFQD>0p*J0 z6D1UPVtkg`zVC+P---~w0;#BUqDbTU+q4E=DGd z6p7)on6dgkTdUa3spywqBBO;ArLKA@u4SYP)l0NymC`nX!5dc9^X-O-(%1H4CJ52x6R@ zd`DtDI4k_faUiCN(AJd@X&{xNLLq`;s_YR_hK+x1y{DE+aIYwuSkTwL9fi#!;p5GS zQ>#|lwJy^wg~zjvt8UuZ7@A{j(LF_de9DH>v_LBW0)UqQ3w?Z0hKA8i>M=sDL6%Hs zBfz?l2qf$?w%7a{E5He3yD1l`FEK<9R6juS5 z{awDkS-rDbckRNH(8W!M;5e*?sY_N#Qk3eYRct0BTldxYy-O-MQX0vJifm2{LIDs} zri`(W-sZx`x%hZ-!lIgUOo|e4V@mxtz(q|Yo^}sB@z7Kw>{bm|ETaB5)B|oIxLFH0 z(}+mZ*IY5I)jlzf;rNk--RbDg8!WFN1{N}wxE8s%BHUpO%{|^8H9s4kr^(A-FTB*f z9P3L_1+OQUh}05ItQ7m#=E(+W#>%H5>H$q(~;M)6flNMlqRskv7()YD&Dj0@S;I zltE8lWjfoi7y5V`&IA!XNZHH(UE%5Gi;&)v@tYRf?e zvgGVPerdxa!syxNnJQxUEUmOa_qM&SuPpMRCa9E|skxg7tz1^4<`BaoGck@!EtdNT zH|_R;9AUSJr-+h808fQAZex;)IF_PCN2rce1(r7Q-3uQL0V9Tbp}C~y0mi3gyow&W zK(Yet@vJUMHt+8nf5dg=9DXaw6H9DXJRdGJ)UZbK<7rD+_{&Of5oMM&i~>c$weR$C zJQWVAxgbz&i|5%S%Jo?7Ga}-6b)cS_;k>EYnG~B10q!rw0hnJ^RIZ+VIpdYMo)Mjm zY|B$wIH6fson2lk&DQ{1L$BS&a}+@lR$)ZpLS}cu;%o`&1ftBY-e%oh*%e7q;b5Zw z07nwC;RcpmHX^e0e+#RZEMpjLJIAnMq*E7S3Ee|Vbla_lxAt?_&jAOjsc6|CflA!n zl;ejDcqE!7YMD01kRvf07)N`t8WY5gU4n3<184}PCre(Eg95IloJy3?R@FTf1Ryjs zJe4ALL>>*M<|jZk_Hm1_R;)I~X^jX;28UUr!m@P)eM;)38@3ha{JsT~XxqxE#7Q?1 zBRC~uORt+LA63W!I#wq`dw7~w5-?J>bWoK;o2JcuFBq*&GA<=HCyEsm=&Kby5=R(< z1iqyZDX{wcl6YDh?%aZSQ{j4q#uQRAZfAut>biL)Fnsj0%@3SFZ#E|Yg(Ll4cw_l> z6wM|}o+zUmnsW@JAZ2_iiiMd`f+oagjfrN|+<~CJye|yO)I};wke@mv z@aB=1v!(-Iny67>T8EOMsTewo;npF>~FByd_9~_9wEr#Pn39eP$$q+3|UIHi6u2OjU2@)+@CO% zn34_2xW5)%DC(wc(cv?;j3=uQr!HoB6;?8KDhS1tr_Oe<*T;pKX(4o?xZd&@lTribww$=rXv)RYv8jU$LSp1 zp2btwQ-w2Q(ltV1rWpO?s(_L-va17OZ(!q=og6z|l>1K}rua>4ZuKsBhPYj!agxf1CgMQYwpB^e@%_f?0uuTTp z(+*hZqz@ou5i^4j+(-iV*V;L@6lpVtk5}N}u)%`*glMh3G5jz{%b*AOcs?IT3pcS^ zl8RB1Kyg+7)(pQ8G-}KA>?z7rlTl{6{KHT8Hd&rP*5;p~b6k$)};LGDj}?-CU9i zhD5j;kWH_`w(isj2A3&>gHLt%1`8auxSk5{ONSMOs$fRaSt6AR?r!!|bHwDD_i-4C z9r0SUtHJR3C2<^YK`I!Jy2G(Q-NYzPG+>nikwC{#aRMjE=AFFB1}Wt%M(o#ARyID{ zYknD9rb4L=%Hcp$YGc({rhlcVM`}b&GOm&;ghD{P$sr(Va6fMt&;X|ry;PRKHsGB~ z!Dy#7b$>I78u}-Y`Kz)>pX`HgvcTMNaU-ae`Wi9d?dHGDj3nbj%lf#FvTeAI&+a?#Z=M9E+k3Y_PjN}1M3c2I055E&>l{tjA(&o{H2Oy8ru9X6QlE1rGrpcsJcvn zm4O6yaomruhm5`y0UIeEoN*NKi(|}knx#6KrTKg`NB|)DjP)s@BEw5t>*KmH>ZXd} zL>dif>y}E{piuHRyD)hL{?hHY)o%P$697dtNC1ix@J!Q+;2kyUEO=wZ1Xz|LkjRY~ zX$wb%#7RSaG*B$ zkPF)C8(vaHIJS&ZgyWAzh2`ogkgZIV^`b!FsP`(RHy8GSuM;UUqZF##m=uEkf4%Vt z%-hIk2FJSw*>As!n{NoJ-4PK()iyH(xnC~DO9@)4XkvB3bTE}}^Z6G3uejy^zSK?6>Sl*JB2&+sW0>k9{k8h3mc!7l$k%1L(9)YQ;X>p#h zr8JSrh6;?oJWQdkMD+E$N^bb@lQl9^H1i1>O)I|>>_(z)k>vSdP$EoPr98GIqcdQ# zDzn>N*4=Nfjb+Lj&y_mTAPL)5N1ZBRT(=CZIckWYEhEWsYe*daSNixOWA38+kV0s+ zRLxf-V6{+xlzBYZwH8tveZ}X9a+#wcc~rEyKQ*E8+@tgG380Pu_uzB52uu^Rd|XirG>x% zl?Bbd8tO0Kn?q(zHMY9KB>w=7Mh?#Z03bJ2Nh9y_$`6*6bw96eX=s$0s$(>t#FRAHhT0in z)Z31-B^9%_ihd&ajJb#TYT|wXpg>>0MJ^#ca8^K<3n&c40uOz4;fUExnF^zi>AMNT z@N6%s%UNo%5y7LRkbAEYl1i3xp!n@eeFudX?h~dc#=)s3hJ48`OT?UpuA9uBng&XG zD4o?^nUR3nFX6;VD)gfT1e_@$mT~$lwTR{nK8BK6D59Dw#v~BHJ{L#0{U>e6@Z(7?TIV;0*6sBxOKrH*n4ud!MvMz7|C7zycCvnt7{o7pYq)0_z=i zHJ7HbMX*?w`WsxEld0m1GL#77YtJO9Q$xyTDvYzy z%py4#%UPwYf+EECEXYp1?ih|2sjY9-(jhcPS2a<+WHj$1EZhEOh``^bj%JnOJ5B!p zcpXQLxO#@-k-VWkRC6b6!CBILpng5ASj;s)GqO0{>0`J8%*@V6x3`9O z1QIDFyy;aLPQGLKR%64lYExk8bYw&&K#pL-JR8G`a?ydB zO?n6b^j0biRyy1-4}BDh%71&gZO)@lr+4San`p_Tj;@BBLlmg5!|3Moo*5^AK^*fn ziBNP!a8OH@>J1#s@}(?|G%leSKbFCUp38UT zT2Yv*BoJst&Un1IW)+L06<8v!Ng0@tU>R&Kz8?1r8BD7hGjSvV97Q?h$g8SyhCN?7 ziWHJWW(-c!rbU%X`w0WF@h6m43W{k^ku)k}HDXKy1DbW&95kqt7hnl?h>M$@E_C8_ zrWH#zwkQ+K%^PMsokcX|m-&~R!V&|bybcHi`1?<@hAgMRqebV$u{$Zl9H%%=W6Kor zGlieb!#5ilHqP-SiTK>{Cb`CpP|yRendosLCVuJ9&bUf%<^~#xRN07VXH~I27uS!J z9_dlGkrI@;lS0mX!|*CeGa6y({b0u{E9Jr{@o6_SA1IN-`b7rUy9f8UUu~`cJrrc) zDI*$x#&c#JPnWW061ZE_)6!MXQC~#lLRM3U)Bxyh?*q6sk7Lg^!PHMpHsXYiimooc zVpxSnXG~VEs!FLPilri+cHGxsLhJPo9@r-cq*v+05kekK^J?(S3bt8G(#ua&n!M5<0)Lzi%u1vr}@6WD&rWI zGlteR9Q5Xmr-e%oJph<_WFgk%Toc&q&0kpufCjgh-Imp=tV<{V091PSlKp zN|rc|IZD7Zl=87y?(l$gzuA#2HlJub1{Yqma3y;V!$Kz-Zs9u7f~db|OtV*(=Ed+z z{60!gl8Ol+EvmKUs33a?RTl(%cp_!cp)^bc6Ep%-VNUh4T5bCTdji~Q#kjQ!os`qW zkv$au0EE!RK2guhP~-)~W2Z+1*pr5#3%A;D-;}t)LMwKS>TOd*vZD=Zd}j>9n6&ay z)hsMiaooOmzvNF15WFy?%4~$uk%oEV!Ro0Xj`2v!UC??oSEsL^x>L z)9eDHWt#XZYq3gdf~gxUpQLec2tuRyTaD7Sj3ScVMXmXHa`98H&*bUOH&*$5e2{f)^ zjDJ(HpXOaYro-f0Nd_B*${sUic*P7sln(+*Tpy1R+qI?Bg<54e(HqQiM^9Cmq+lkJ zM~<2)HM;Gl3T=Pe!<3VSA<==Wdh|O4*d`~|3?`mc#Hy&{%aK(w5>+NhD_ClLR1@{^ zhc%oHTHF8#r@zF<60D=>mP?YSY;zoO%rzrG!EoBEckTflxQ@Vu6Xo-zZKuR4t24Cj z*=50x%$}+NMj~;vsgW#3x}8sc3tF92Q0k_Ox%XwuRGY0RF@=qfiB;3j37yz0D+%SP5qmEJ93G7cvFQCai-Z}sFNJSAr8uA z`I)7vdrf$SJCby;zsJCyIjCqf-U6ZG5=Sh|DdY22EoY6r!(*p$Zq^?THahC312lqx zne!b~Ov>JTK5Wgl;DK@nv>W$6&Ma5kO_PokvZsOR0Z9+{LewAW17(QR>Z1Bb>S!BXsSk(bwc47^4e!{@(^l+yAkfNF}v~VPvQvU#1 zq{C~cMxdEzu8szzr-dwBQ^b)HNzs1D@5b~@Rn+GinbRB$;`JHR8OEhZDXA-9S-j#6 z*|4ff5)|5O%t05@z-oLiYlT8m2HH->Dcqyg;&m*&%9DG z+?_8ZjrI5r6+1s_PBd|D05V1t&0UFNS&EMjl5oJwQ8W~*5oT1UrvZ{7bJ=$T#!Gr3 zJyfMG6Eo9JxTKg~C4pAdRK~A18mmi*xgm^OSwm{wyMisvAu20@UfL@MRHme&^xJ{g zEmKuubhyqV4DiOJEOGw;E{di&$tPA;HouO%cG^{Q)gL-a`-)3L&Z}1{Vx~;pO@`H_ zr-q_B8?o>e1d>S_Tps*Bal9vmAcYlRD%vqTNtYGN z0}4;=4I5jiku*~BWqGK~IK=d_Jsj^^k2PgEv!$G?Ff4WVNjmr8$iPPmNa7@#U1teU zWZ5a&aV1SQ83a-?5XQoZ7XJVcO}_pkgWglDkXxeNk!q5kE@rxL;zXyfoXEbUoGDEC%|}L!;H3}swwqq(MpUn&%(0y z0Z6flBUPq~O2976uIR+vX>z1-fKIbl1`|cE){S|@F^Ek&Z%272^P#YC;f3_@7hW0V zh$3c@W+1?%Z%nZxU6-j^eZ(5dIGNeC3SAG6(Z%jJ;+jIW0wRwTxpW-83r$kVQArC{ z4Ysol#egmBVS5jc33X#ikl6{ECb-@OjGWV#v20o>{#p!L6{JOGH&-rqSPyvnLE)=z zCqxQDTUMy2?x>=+6HHn#Yas{Ckw&hv9pE*){CL%=+9^Z8MOcU6u|^J5^$i-xj|t5f zYdZ^)tnd<`O)hZy zs$3R2RiuA0;EF_=I}M>)OJ7eNHRFm*nof}v?Hy=*9##{1%{@IrlBzBVjn?}78al8QOt;W(j42lS`|!se?Nop&93FJ})Ov~JsjI9|qI^20p8WEi$82&03%?vp}*)LE3b&15alQ8yK2Y=@2?8ADHV`5t3X|W|Fo#Nu?> zVl?f5VKoaQ&q`*jqw@jW(TQjofCByQx?hT1ND4DWXLAjlZj^;c*;ZeO<}RLkkjWI8hb-Wq$_a($ zt)nxBo{m>0GC?*b7i3^Qk7zsyD6Y}KllGc9?nB8c2O1#Q?pe%vKQdx;RkSSB?owJB z@uE6ku-kYin;Mn#IHit?KO&-|<`!=95?n}FoA}?b_VCG}2^5*)W`}qx6Zw4fk;;oX#L<69 zE^K~W>2Cq1yiWUPRMy%cNTgL1W%EWONhj!KhCviaH5Rc6-1EsKihaa@nh~inTH0K( zfk_$jDHjv0f~|?{<}y=KeTsDDUu-E=yJZlG>!&QOiA6R!h#8+~kwA_;ZspnhJ7`Z5 zEvTja^rmUkI#5fC(^1hyDx~;4k6QO29g|NyB@Me+p+8?LHrAU^Aazh-npP=jaacDp zDpR~WP+rOy1+~5&&MLJqs&4T32%|KWx5;^OlkG5~gY@ZgPRN(p+e5T1}i0@LX>Tt|E7OR3N=Srq`rH(R=z_eu)w!&WqlZ@L z3RF>D(~3=7zv1a8`d?Y=H?2nba^&(%OJ40wSU@|w_B;;fB!DSxpb#f%rQhNb^!cl# znMqN*5GtNESmYLFP^x=tVnE@zI#7J5u)Sau@%aXOz6X~AzKV@i75jSX%YieeCAhswj`rKggeEan3QwK#>DrxVG-&o>fCN{S0}?%^!(LU@ zfH10~Z9&ac6!YRy)I}Qar;SUL1noPl3GvkS<1IZKX-{-XrmQkdPM-7%#9hc> z0qg*|_8nY=pkcP3VM;24N6NP#42_p^{yCcP<-%|lMohPcDzZIOSsSs}b7<_$Nwu$~ zhY20J3h<=(xY3ZdAOb}d+;YD#W}Nv|i(<;_hcpXAgiyo?h6n=|VHo;ju|C`1zZC@O zZU)-AWSOB}iD`~rimFj*bq{1=Nm?{4NNl{x-1|k*3z!6UB>QAuwch`rd(nL~p zphgv8(&Ln;ra4)KTKwG9Ov0K$WsLmYNgGHY*lqS6{3BauzBHoR18{cHH|d@|9d19E zmM~*jsyz3SpL;f>8-d|&8;ydJxZou8Qo}RiLZc{BVl%3@sWrof@r&fbKZb zQgv0-WjIk(^<9NXll<45wx8x#SAf%b6EEmX}Ty9A~wgP>7il2A~? zh{~~}&qX9{P(Map=T!v!G$V_yXN48EkWMvV@&wf_1na z2HFl1>oZ2k+2uvQI>}2V23cx%S*OCWIO-*6j>iUPFrC4T{o4x*dr!BEt>ltv6T)aK z&hk_xEYV7CwV+47b~my)+j2V_>3%-k5rrittY`3Ino4|=*Xhx=tht*BW{h8Ln+R)= zJCpl3Nxe@-j)W+G>3#YYmljlv0%__s$cAOTZ0s$T*a~*drWH__c zSrweyYVOi1kUc@*(P4R>C@GJd79h0sAd#RoPq_O#6K+X4Ld+jJ3+Jura3`vo@N6=w zwWY(Us)3dmX8GCWkf?JErAPJLtE+DUC7#wn$iF9k(qxi{1kW5Wj9S9YV-MP*<*pE_RkQV5-~7o-3z zs`Z|2u6^j)Nwv84H3h+d|wkB1+nYljWFLoiCs#;l=N+NusvX zjV^I|s#**`H6om|_Gbjz=+}P+Fj5h2Ur<9HYmR&y1d4r`DI4a?F z9$c7R1uRog%Vvsdd1~t=XyqCb7~jU@z~6=0gDH79idSIjkgBlkA-aF+e;u3Bh!Q4PL;F8rrZh_TA|2t243bpkT6?qv+Bx|^Q<-Xx{UYyfCVn=VyLQ&)(_ zV-G9UPg&+Of*xV!7>a^N?`{|NalZOYbXLDC5|DamCcyr7wB}k!>C#$wA{6u0OSOte zI0{OJJ;u^Tz4)c5DyFW)CWoA#Q%zHoXxdd_9R!CCr!!l7qfE43Z~ zX)~A>FY9JYjv!)-=7enTZtDBV{JG|_6IOHzHg%bTQIx6DXr4h8HWLw&9anG5lcwT4 zBeniKOc5>`WyKVMM29yONV5esQUz8fo(G9-bdky40+ZYek8cfH2T-Et#s;lJ@bQ*9 zL+TDgDOzbNGMT1~Ev>qr6H(gsHUj)3&zy$D(yY0%7Zj!SpNdyjbb~HLh+`ktZ^ zd*xpR#N31I>^L6W^qo$5QPy-oD5|8+^mF0RQP9?6kG*M;51cN_(l{pPxzK~j4&7sA z2AxNX8VWEfn6QlBkzC5Ak{Xy+pk0R40HY1SUdG+{y;!D@mBNJ>%Ito(5X30(nQAK~ zN(ow`j?)=E(GAr>DmN(auAD^EDdA3)&2zwO@d|v+gvN0Rsi|Z!30a9N7SB>f#Um61DBWXy9f;yr7zu;Mo=b{Ru5rnT zVY$+dS)ypz#XNGqyReyPrMJVeB!Dl?5hxE*x;o4p0!=PvI)eI!$~BPtb;~k!?Du*JGVcxqE+psg(Xj) zMAM{(7yu7aLklIw;on=EcI8%+vZ^H3JgrIcxuub$X{m8qNmM<*!7>YYSlIEqn9)5H z{iyL%<~ij{L7bYdv|-eA)i`eU z3_QuyC2Kr!gJov6(oO83-1E;a02^tbtY?i5IB~=Bl`bETVzEVoU^rIQ!7y}EWv-bG z)mwF$wL6)c={>*&uDYcwLOp20*#IY6{VB^g=j_?l3|A7xGc9Y^Eh(g;!swRkO+y@% zRPW`}$M#W679@>HxjOSmWi6ye+M;e0wHc&ET_e*RIw>4C%PmrflnvWi!`S}-$VBqt zM2d7oQ(kD6ddw3G!=RQ*HWSrh)pEmf6v<6YQI6XK?*3fUYw=;xS1Tk?1(|V4Y4ak` zHCsI$97vEQ?kr^rJO2Pr3{i-r>RcGB1d|G?#rj2^@RfyM$)lpgXOX}qK!!GE2iSkJ zfzq%pMK4I3a%!?^F_Bqck5ku4vN&-A3<@o*5;1>v=R>I$;F(x#qUNv>LswXFs{9WE z>GcjA?L^fWboCWaPWKWAo?@zXuo_;&iS2}`MyTrGQGV#wJ5f)M<8rixY9$6$@|cUN zmQ$~{TXB2Hh@{GZ38DW0Gfh}}KT4Y|Q&USpMI56~FV0l=wD99HHPxH`|y4~{{TNmo1X}&@+FQj{{R-) z5Ph~Jcj5~~4Ssa4;c$>eAUa#s13d;`!Yd=VtEfq(pL2Vbs1o>J{2Y1fOlGQ!r4&i5 z{;Mlw{ zTSXH*Q{xbP-PEeMW?~fYwf(moU2Xx8X+6p4pyNMPnO>q~iFPz@(9?^6roHtr)s%GO)Ov{r%~9i+Z1L0gZQsg*f(^S9rvv-m29y!e^P?<@Wlj)l|I$u+ z+^vSQFLdJ(mNr(U#3rJa!^LoUnD+P+%yiv`)SX^mI>}4J<4>JZ$EcdLZ25zt#cwSz ztHDukeHqtV4~Kq8`Ccv1Q+bu9;tg@d;iJph4+zXLvMI%@aoi>(1K*M=IiQv|Vth%I zj@}%z3MwR0H-JD2>7ZvXR;D9}%I?9WSgPDcz}w%Vp1|ALyNeVsq^+4VMt`C>i${iG z4N}M zHsTqAkpE{|I$Cqm`d@{0UsFu2# zdU)RK0?5~6yXs+Yr-`jvBuLmPW#f=(r=%D&FUYiU`6jCtOiq6(kLezCUf|eT%dZ`M z**H>gJVUOL{Zoc~FB^h}A{w5iYHUH(^ta2()&|}>^2`uH>8rfi8z}Hq<@#(ZqgZui zCMQoOFD^4K9@q-7XZbONnu9RhI|BPp30ZKd^?6da0MY^DM1QGxOJWmYQwpOLG?7g6 z(MB$^6CK6dz%7q&hYl^B0%<+NWW_Ud!w~-feG7$E!dX_XzA+)uOk)p`fduKeGX2Mk z7Tz;Og=A9>W|k~N7{TEwvLQPpDo*EFV`9ucu)|(B(tJ48Nydhptt3Lezj40UppZZo z_uD6rZ8hU}8!5z4jWuLr5C$*P#2BHZ4`Rmar@N>YzPwDd7^eb=HJ33{F~hS}aiQ_axFHiG!9e`BB{LSmJ zXsU2rPK0ibu9yS}*B7zZRqidpy_M=6OoPIMmu-~bcF?z(vh8&RUK2-AV^d96EcISc zx}wWTMKY5O*fm8r*$4apso*Q}3if zo)jZiPSNBXy)8AD`93dOg-#juK6OW$ScBM*ZS)Q{@7`*b%YZs2m@4Wes;sSbm>F4E zGdTzTr7UEM31KNA_faP=mTC-2K)Pvg3AycYz+UvY zbfzdllQSxc9sOa7EJLOpJB}#6VG}hPnz*4h^DTr|$DsqmcM$G-r@UC{A3CP+2ni;s z!>bkTEZKOZC=v>9m6l7J&cU}9H`eCB4~HZRQGuY-svyar3lg5BVt4{V;br-_l^7-V zugqD#*TVcbXkcj@iaLcI>Qf#S0I6B2mUcu(YE=(pdUs+2xFrY%*7$I-SdkQ@2&B5y zt}Ri7VpOfVlsZv4jQN_z3XAD~4qifb(;g=0kP3TS)F2~gc;y^ zf0qo1Uge0;jV)je_-fIFNus6WvX`;ZiVA6HO9yEKNmf-zUoz(QxgEQFIpemrgw))< zjZt7Y%x{laP*Xu8%t{hhbg^yiuBO1-h_4b#FxyKq(+e|CnRg7Q>K168qYm?_a`K?_ zYf)Q$$!79l4`5$v-sIUvr->KgPhA=n0BFJC_#PJ-fhizZ=rAJ5QqR(cynPUpF+hq$3nQGdj7%Y=-0syNfwzte98yjBQ@XZqx)J0o8 zbWKN+b5<7(NT;c(!!YS2WY9_)I(IRhx)4hMFQ%LdYaf^fD8YhD2B_~l;&oVdd9S7v ztwxZ^O;H=OZAq-;7X!rJ;P7t4X(*9Iu09gvQN8M38C8qqZkOVa(zKFEhR9Y~*o*cTJNd}9{fGCPP zGt-)`o8eTcw5rkJl~E8w8+l4eupbT)IfJxf&xxqoD6Hk0#f~iZO40;XmPofYrHetj ziO?j~@fW2kANn1W?cF(z^|Z7^b3mO+8lGrjVp$s~50cSF!ha zmn}}-iZOjfC?v*f-0<4vd0)U?|)|% zG=LRNx=Miaq~}#CDIuk(l^jN+-6gEMk&c(J?Q?q%hc|8x+OwcVSfAk&EL6QQ^(j$B zA!!aZh7^@`3g61zmcVOmI7huP0(vQCNWU4c|Ifj~1!w(rwZx%wl{hTpn5{1$wycFV0Y&6H}GKyF#u&I7i%YfC2bd0c*V0a{mTHVKD z53~+5V5ms~m0mOyX?xS`4Mg}R8qMTE{Kk$4l@{T4#I7|zpD4E}mD}PYrh*=_QB%j9 z@ET7u<_lDLkenJQuqSq{Xdm@U|L z?V$K^h8qB=)vs6LPgMc<laixRkG@rDF=--|+uQcTfX&1zi%@_E%gL!pDr4NV14no8X2@fFwpLE_ev;3uY& zpSq0JREnGVy;Sui>sZ9fqH5X+=Lw&4IyR_TAt;f~@GhXi`Q0LGdqhnc9E_EiC1@hvL5~;(gW~Qu& zG<6FcHG89wopu|W4{p3F&n!~#N>0i&%5K!rB|Bz~rdXG!9-#8Xlh7xTnDXsdO6p>s z{vC-24-7I9s7W@TDq*92lkaK3YYKM3-tA|=b{Z7jS~q;xdWa4Uy>wT4?SNNN;@O`b ztHRC*hY)$Gs6?B*sQyX~#^eG=n2&A^ZQcqIwt*{bl}YKM4}@Y5O`5To=L2v_8DVRW zcog@5_LHv;5RV9oam7MS3KcX}6ohMoBG5(uQX0BNI7gYrlV@M3Lf?ST^5TJ1@jsWCwuQ6_-fk+%k)kTWsXxsFHDu?+$E5>u zMGhZ`NhS9Sk^x_hCS|dStzAY7jZFS>uq_)sC3p