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The basic idea of using GOAP to figure out if combined items will produce a valid ritual, and what kind of things the ritual does, mostly works.

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This commit is contained in:
Zed A. Shaw 2025-03-15 23:39:54 -04:00
parent 7984540c0c
commit eeea3c794f
2 changed files with 24 additions and 16 deletions
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24
tests/combat.cpp
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@ -6,16 +6,21 @@
struct RitualAI {
std::string script;
ai::State start;
ai::State original;
ai::State goal;
ai::ActionPlan plan;
RitualAI(std::string script, ai::State start, ai::State goal) :
script(script), start(start), goal(goal)
script(script), start(start), original(start), goal(goal)
{
}
RitualAI() {};
void reset() {
start = original;
}
bool will_do(std::string name) {
ai::check_valid_action(name, "RitualAI::is_able_to");
return plan.script[0].name == name;
@ -35,15 +40,6 @@ struct RitualAI {
};
TEST_CASE("prototype combat system ideas", "[combat]") {
// as the player picks up items they go in the invetory
// and they player has little "bags" they can put items
// in that combine the items into rituals. How the items
// combine is controlled by the GOAP algorithm but tailored
// to item combinations that produce effects
// probably need to use the code in ai.cpp in a different
// system for the ritual loading stuff
//
ai::reset();
ai::init("assets/rituals.json");
@ -54,14 +50,18 @@ TEST_CASE("prototype combat system ideas", "[combat]") {
ritual.set_state("has_spikes", true);
ritual.update();
fmt::println("------------ TEST WILL DO PIERCE");
ritual.dump();
REQUIRE(ritual.will_do("pierce_type"));
ritual.reset();
ritual.set_state("has_magick", true);
ritual.set_state("has_spikes", true);
ritual.update();
fmt::println("------------ TEST WILL DO MAGICK TOO");
ritual.dump();
REQUIRE(ritual.will_do("magick_type"));
ritual.plan.script.pop_front();
REQUIRE(ritual.will_do("pierce_type"));
}