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Camera is now using Animate2 and it's mostly working, but there's a few more refactors needed.

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Zed A. Shaw 2026-02-20 00:15:19 -05:00
parent 46cc21ec7b
commit 364f66bffb
14 changed files with 106 additions and 62 deletions
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46
ease2.cpp
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@ -60,47 +60,47 @@ namespace ease2 {
return Random::normal(0.5f, 0.1f);
}
void move_shake(Transform &tr, sf::Vector2f& pos_out, sf::Vector2f& scale_out, float tick) {
pos_out.x += std::lerp(tr.min_x, tr.max_x, tick);
void move_shake(Transform &tr, sf::Vector2f& pos_out, sf::Vector2f& scale_out, float tick, bool relative) {
pos_out.x = std::lerp(tr.min_x, tr.max_x, tick) + (pos_out.x * relative);
}
void move_bounce(Transform &tr, sf::Vector2f& pos_out, sf::Vector2f& scale_out, float tick) {
pos_out.y -= std::lerp(tr.min_y, tr.max_y, tick);
void move_bounce(Transform &tr, sf::Vector2f& pos_out, sf::Vector2f& scale_out, float tick, bool relative) {
pos_out.y = std::lerp(tr.min_y, tr.max_y, tick) + (pos_out.y * relative);
}
void move_rush(Transform &tr, sf::Vector2f& pos_out, sf::Vector2f& scale_out, float tick) {
scale_out.x = std::lerp(tr.min_x, tr.max_x, tick);
scale_out.y = std::lerp(tr.min_y, tr.max_y, tick);
pos_out.y = pos_out.y - (pos_out.y * scale_out.y - pos_out.y);
void move_rush(Transform &tr, sf::Vector2f& pos_out, sf::Vector2f& scale_out, float tick, bool relative) {
scale_out.x = std::lerp(tr.min_x, tr.max_x, tick) + (scale_out.x * relative);
scale_out.y = std::lerp(tr.min_y, tr.max_y, tick) + (scale_out.y * relative);
pos_out.y = pos_out.y - (pos_out.y * scale_out.y - pos_out.y) + (pos_out.y * relative);
}
void scale_squeeze(Transform &tr, sf::Vector2f& pos_out, sf::Vector2f& scale_out, float tick) {
scale_out.x = std::lerp(tr.min_x, tr.max_x, tick);
void scale_squeeze(Transform &tr, sf::Vector2f& pos_out, sf::Vector2f& scale_out, float tick, bool relative) {
scale_out.x = std::lerp(tr.min_x, tr.max_x, tick) + (scale_out.x * relative);
}
void scale_squash(Transform &tr, sf::Vector2f& pos_out, sf::Vector2f& scale_out, float tick) {
scale_out.y = std::lerp(tr.min_y, tr.max_y, tick);
void scale_squash(Transform &tr, sf::Vector2f& pos_out, sf::Vector2f& scale_out, float tick, bool relative) {
scale_out.y = std::lerp(tr.min_y, tr.max_y, tick) + (scale_out.y * relative);
}
void scale_stretch(Transform &tr, sf::Vector2f& pos_out, sf::Vector2f& scale_out, float tick) {
scale_out.x = std::lerp(tr.min_x, tr.max_x, tick);
void scale_stretch(Transform &tr, sf::Vector2f& pos_out, sf::Vector2f& scale_out, float tick, bool relative) {
scale_out.x = std::lerp(tr.min_x, tr.max_x, tick) + (scale_out.x * relative);
}
void scale_grow(Transform &tr, sf::Vector2f& pos_out, sf::Vector2f& scale_out, float tick) {
scale_out.y = std::lerp(tr.min_y, tr.max_y, tick);
void scale_grow(Transform &tr, sf::Vector2f& pos_out, sf::Vector2f& scale_out, float tick, bool relative) {
scale_out.y = std::lerp(tr.min_y, tr.max_y, tick) + (scale_out.y * relative);
}
void move_slide(Transform &tr, sf::Vector2f& pos_out, sf::Vector2f& scale_out, float tick) {
pos_out.x += std::lerp(tr.min_x, tr.max_x, tick);
pos_out.y += std::lerp(tr.min_y, tr.max_y, tick);
void move_slide(Transform &tr, sf::Vector2f& pos_out, sf::Vector2f& scale_out, float tick, bool relative) {
pos_out.x = std::lerp(tr.min_x, tr.max_x, tick) + (pos_out.x * relative);
pos_out.y = std::lerp(tr.min_y, tr.max_y, tick) + (pos_out.y * relative);
}
void move_none(Transform &tr, sf::Vector2f& pos_out, sf::Vector2f& scale_out, float tick) {
void move_none(Transform &tr, sf::Vector2f& pos_out, sf::Vector2f& scale_out, float tick, bool relative) {
}
void scale_only(Transform &tr, sf::Vector2f& pos_out, sf::Vector2f& scale_out, float tick) {
scale_out.x = std::lerp(scale_out.x * tr.min_x, scale_out.x * tr.max_x, tick);
scale_out.y = std::lerp(scale_out.y * tr.min_y, scale_out.y * tr.max_y, tick);
void scale_only(Transform &tr, sf::Vector2f& pos_out, sf::Vector2f& scale_out, float tick, bool relative) {
scale_out.x = std::lerp(scale_out.x * tr.min_x, scale_out.x * tr.max_x, tick) + (scale_out.x * relative);
scale_out.y = std::lerp(scale_out.y * tr.min_y, scale_out.y * tr.max_y, tick) + (scale_out.y * relative);
}
std::unordered_map<std::string, EaseFunc> map_of_easings{