refactor(anim): direccions cardinals (north/south/east) en YAML i codi
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@@ -73,9 +73,9 @@ namespace {
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} // namespace
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Mummy::Mummy(const fkyaml::node& yaml)
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: anim_walk_down_(buildAnimation(yaml, "walk_down")),
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anim_walk_up_(buildAnimation(yaml, "walk_up")),
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anim_walk_lateral_(buildAnimation(yaml, "walk")) {
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: anim_walk_south_(buildAnimation(yaml, "walk_south")),
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anim_walk_north_(buildAnimation(yaml, "walk_north")),
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anim_walk_east_(buildAnimation(yaml, "walk_east")) {
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name_ = yaml.contains("name") ? yaml["name"].get_value<std::string>() : std::string("mummy");
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collides_ = true;
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interactable_ = false;
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@@ -87,21 +87,22 @@ Mummy::Mummy(const fkyaml::node& yaml)
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if (s.contains("damage")) { setDamage(s["damage"].get_value<int>()); }
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}
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// Direcció inicial llegida del bloc `ai:`. Per defecte dreta, per
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// coherència amb el que fa RollingRock. Valors acceptats: right, left,
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// up, down. Qualsevol altre s'interpreta com a "sense direcció" (la
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// momia no es mou fins que step() no triï una direcció).
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std::string initial = "right";
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// Direcció inicial llegida del bloc `ai:`. Per defecte est, per
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// coherència amb el que fa RollingRock. Valors acceptats:
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// east, west, north, south. Qualsevol altre s'interpreta com a
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// "sense direcció" (la momia no es mou fins que step() no triï una
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// direcció).
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std::string initial = "east";
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if (yaml.contains("ai") && yaml["ai"].contains("initial_direction")) {
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initial = yaml["ai"]["initial_direction"].get_value<std::string>();
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}
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if (initial == "right") {
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if (initial == "east") {
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changeDirection(1.0F, 0.0F);
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} else if (initial == "left") {
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} else if (initial == "west") {
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changeDirection(-1.0F, 0.0F);
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} else if (initial == "up") {
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} else if (initial == "north") {
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changeDirection(0.0F, -1.0F);
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} else if (initial == "down") {
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} else if (initial == "south") {
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changeDirection(0.0F, 1.0F);
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}
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@@ -125,18 +126,18 @@ Mummy::Mummy(const fkyaml::node& yaml)
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void Mummy::changeDirection(float dx, float dy) {
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setDirection(dx, dy);
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// Prevalença lateral: si hi ha component horitzontal s'usa l'anim
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// lateral + flip segons el signe. Només direccions purament verticals
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// disparen walk_up/walk_down. Quan la direcció queda (0,0) (cul-de-sac
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// amb NONE) no toquem l'animació: la momia es quedarà al frame actual
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// fins que step() li torni a assignar direcció.
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// est + flip segons el signe. Només direccions purament verticals
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// disparen walk_north/walk_south. Quan la direcció queda (0,0)
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// (cul-de-sac amb NONE) no toquem l'animació: la momia es quedarà al
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// frame actual fins que step() li torni a assignar direcció.
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if (dx != 0.0F) {
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anim_ = anim_walk_lateral_;
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anim_ = anim_walk_east_;
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flip_ = (dx < 0.0F) ? SDL_FLIP_HORIZONTAL : SDL_FLIP_NONE;
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} else if (dy < 0.0F) {
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anim_ = anim_walk_up_;
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anim_ = anim_walk_north_;
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flip_ = SDL_FLIP_NONE;
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} else if (dy > 0.0F) {
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anim_ = anim_walk_down_;
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anim_ = anim_walk_south_;
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flip_ = SDL_FLIP_NONE;
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}
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if (anim_.has_value()) { anim_->reset(); }
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@@ -234,10 +235,10 @@ auto Mummy::detectLaneCrossing(float dx, float dy) const -> std::optional<float>
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}
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auto Mummy::currentDirection() const -> Direction {
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if (dir_x_ > 0.0F) { return Direction::RIGHT; }
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if (dir_x_ < 0.0F) { return Direction::LEFT; }
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if (dir_y_ > 0.0F) { return Direction::DOWN; }
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if (dir_y_ < 0.0F) { return Direction::UP; }
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if (dir_x_ > 0.0F) { return Direction::EAST; }
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if (dir_x_ < 0.0F) { return Direction::WEST; }
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if (dir_y_ > 0.0F) { return Direction::SOUTH; }
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if (dir_y_ < 0.0F) { return Direction::NORTH; }
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return Direction::NONE;
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}
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@@ -268,10 +269,10 @@ auto Mummy::collectDirectionPools(float step) const -> DirectionPools {
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Direction dir;
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};
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const std::array<Candidate, 4> ALL{{
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{.dx = step, .dy = 0.0F, .dir = Direction::RIGHT},
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{.dx = -step, .dy = 0.0F, .dir = Direction::LEFT},
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{.dx = 0.0F, .dy = -step, .dir = Direction::UP},
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{.dx = 0.0F, .dy = step, .dir = Direction::DOWN},
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{.dx = step, .dy = 0.0F, .dir = Direction::EAST},
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{.dx = -step, .dy = 0.0F, .dir = Direction::WEST},
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{.dx = 0.0F, .dy = -step, .dir = Direction::NORTH},
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{.dx = 0.0F, .dy = step, .dir = Direction::SOUTH},
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}};
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DirectionPools pools;
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for (const auto& c : ALL) {
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@@ -293,16 +294,16 @@ auto Mummy::collectDirectionPools(float step) const -> DirectionPools {
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void Mummy::applyChoice(Direction dir) {
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switch (dir) {
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case Direction::UP:
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case Direction::NORTH:
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changeDirection(0.0F, -1.0F);
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break;
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case Direction::DOWN:
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case Direction::SOUTH:
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changeDirection(0.0F, 1.0F);
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break;
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case Direction::LEFT:
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case Direction::WEST:
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changeDirection(-1.0F, 0.0F);
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break;
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case Direction::RIGHT:
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case Direction::EAST:
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changeDirection(1.0F, 0.0F);
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break;
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case Direction::NONE:
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@@ -347,16 +348,16 @@ auto Mummy::chooseHurtDirection(Direction preferred) const -> Direction {
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float dx = 0.0F;
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float dy = 0.0F;
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switch (d) {
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case Direction::UP:
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case Direction::NORTH:
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dy = -STEP;
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break;
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case Direction::DOWN:
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case Direction::SOUTH:
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dy = STEP;
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break;
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case Direction::LEFT:
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case Direction::WEST:
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dx = -STEP;
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break;
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case Direction::RIGHT:
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case Direction::EAST:
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dx = STEP;
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break;
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case Direction::NONE:
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@@ -373,21 +374,21 @@ auto Mummy::chooseHurtDirection(Direction preferred) const -> Direction {
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Direction left = Direction::NONE;
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Direction right = Direction::NONE;
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switch (preferred) {
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case Direction::UP:
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left = Direction::LEFT;
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right = Direction::RIGHT;
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case Direction::NORTH:
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left = Direction::WEST;
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right = Direction::EAST;
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break;
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case Direction::DOWN:
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left = Direction::RIGHT;
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right = Direction::LEFT;
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case Direction::SOUTH:
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left = Direction::EAST;
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right = Direction::WEST;
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break;
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case Direction::LEFT:
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left = Direction::DOWN;
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right = Direction::UP;
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case Direction::WEST:
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left = Direction::SOUTH;
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right = Direction::NORTH;
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break;
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case Direction::RIGHT:
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left = Direction::UP;
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right = Direction::DOWN;
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case Direction::EAST:
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left = Direction::NORTH;
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right = Direction::SOUTH;
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break;
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case Direction::NONE:
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return Direction::NONE;
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@@ -16,10 +16,10 @@
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class Mummy : public DynamicHazard {
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public:
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enum class Direction : std::uint8_t { NONE,
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UP,
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DOWN,
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LEFT,
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RIGHT };
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NORTH,
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SOUTH,
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WEST,
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EAST };
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// Estat d'alt nivell. ROAMING = IA normal (corridor_wanderer); HURT =
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// post-fuetada, fugint en línia recta durant `hurt_config_.duration_s`.
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@@ -129,10 +129,10 @@ class Mummy : public DynamicHazard {
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[[nodiscard]] auto chooseHurtDirection(Direction preferred) const -> Direction;
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// Animacions carregades del YAML, una per cada facing. Per a horitzontal
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// només en cal una (`walk`) i el flip ja diferencia esquerra/dreta.
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AnimationComponent anim_walk_down_;
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AnimationComponent anim_walk_up_;
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AnimationComponent anim_walk_lateral_;
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// només en cal una (`walk_east`) i el flip ja diferencia esquerra/dreta.
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AnimationComponent anim_walk_south_;
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AnimationComponent anim_walk_north_;
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AnimationComponent anim_walk_east_;
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// Estat HURT i la seua configuració. `hurt_speed_` és l'efectiva
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// (resultat d'aplicar el `speed` del bloc `hurt:` o, si val 0, la
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@@ -255,13 +255,13 @@ namespace {
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auto whipDirToMummyDir(WhipAttack::Direction d) -> Mummy::Direction {
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switch (d) {
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case WhipAttack::Direction::NORTH:
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return Mummy::Direction::UP;
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return Mummy::Direction::NORTH;
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case WhipAttack::Direction::SOUTH:
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return Mummy::Direction::DOWN;
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return Mummy::Direction::SOUTH;
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case WhipAttack::Direction::EAST:
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return Mummy::Direction::RIGHT;
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return Mummy::Direction::EAST;
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case WhipAttack::Direction::WEST:
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return Mummy::Direction::LEFT;
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return Mummy::Direction::WEST;
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}
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return Mummy::Direction::NONE;
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}
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@@ -205,19 +205,19 @@ void Player::readWhipBlock(const fkyaml::node& yaml) {
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void Player::applyCardinal(Cardinal c) {
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switch (c) {
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case Cardinal::NORTH:
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facing_ = Facing::UP;
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facing_ = Facing::NORTH;
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setFlip(SDL_FLIP_NONE);
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break;
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case Cardinal::SOUTH:
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facing_ = Facing::DOWN;
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facing_ = Facing::SOUTH;
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setFlip(SDL_FLIP_NONE);
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break;
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case Cardinal::EAST:
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facing_ = Facing::SIDE;
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facing_ = Facing::EAST;
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setFlip(SDL_FLIP_NONE);
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break;
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case Cardinal::WEST:
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facing_ = Facing::SIDE;
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facing_ = Facing::EAST;
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setFlip(SDL_FLIP_HORIZONTAL);
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break;
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case Cardinal::NONE:
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@@ -236,10 +236,10 @@ auto Player::cardinalFromInput(float vx, float vy) -> Cardinal {
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}
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auto Player::cardinalFromString(const std::string& s) -> Cardinal {
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if (s == "north" || s == "up") { return Cardinal::NORTH; }
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if (s == "south" || s == "down") { return Cardinal::SOUTH; }
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if (s == "east" || s == "right") { return Cardinal::EAST; }
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if (s == "west" || s == "left") { return Cardinal::WEST; }
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if (s == "north") { return Cardinal::NORTH; }
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if (s == "south") { return Cardinal::SOUTH; }
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if (s == "east") { return Cardinal::EAST; }
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if (s == "west") { return Cardinal::WEST; }
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throw std::runtime_error("Player: cardinal desconegut '" + s + "' al bloc turn.transitions");
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}
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@@ -314,15 +314,15 @@ void Player::updateFacingAndTurn(float delta_time, float vx, float vy) {
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applyCardinal(intermediate_cardinal_);
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} else if (vx != 0.0F) {
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// Tria de facing original: prevalença lateral, flip segons el
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// signe de vx; verticals purs van a UP/DOWN amb flip NONE; en
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// aturar-se conservem `facing_` per a l'animació stand.
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facing_ = Facing::SIDE;
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// signe de vx; verticals purs van a NORTH/SOUTH amb flip NONE;
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// en aturar-se conservem `facing_` per a l'animació stand.
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facing_ = Facing::EAST;
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setFlip(vx < 0.0F ? SDL_FLIP_HORIZONTAL : SDL_FLIP_NONE);
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} else if (vy < 0.0F) {
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facing_ = Facing::UP;
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facing_ = Facing::NORTH;
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setFlip(SDL_FLIP_NONE);
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} else if (vy > 0.0F) {
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facing_ = Facing::DOWN;
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facing_ = Facing::SOUTH;
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setFlip(SDL_FLIP_NONE);
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}
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}
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@@ -342,11 +342,11 @@ Player::Player(const std::string& anim_key, int id, float x, float y, const Cont
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paint_tile_index_(paint_tile_index) {
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setPos(x, y);
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// Postura inicial mirant cap al jugador (cara avall), no de costat:
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// forcem facing_ a DOWN i l'animació `stand_down` abans del primer
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// forcem facing_ a SOUTH i l'animació `stand_south` abans del primer
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// frame d'input — el primer `update` la preservarà si l'usuari no
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// prem cap tecla.
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facing_ = Facing::DOWN;
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setCurrentAnimation("stand_down");
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facing_ = Facing::SOUTH;
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setCurrentAnimation("stand_south");
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}
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void Player::update(float delta_time) {
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@@ -650,11 +650,11 @@ auto Player::consumeAttackEdge() -> bool {
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auto Player::currentFacingCardinal() const -> Cardinal {
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switch (facing_) {
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case Facing::UP:
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case Facing::NORTH:
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return Cardinal::NORTH;
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case Facing::DOWN:
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case Facing::SOUTH:
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return Cardinal::SOUTH;
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case Facing::SIDE:
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case Facing::EAST:
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break;
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}
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// Lateral: el flip discrimina E/W. Sense flip = mira a la dreta
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@@ -725,7 +725,7 @@ void Player::startJump() {
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// Un gir de 180° en curs es compromet immediatament: si l'usuari
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// ha disparat un giro (oest→est, p.ex.) i salta abans que s'esgote
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// el timer, l'animació del salt ha de mostrar la direcció final
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// (jump lateral), no la intermèdia (jump_down). Aplem el pending
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// (jump lateral), no la intermèdia (jump_south). Aplem el pending
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// ara mateix i resetem l'estat del gir. Si no hi havia gir en
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// curs, és no-op.
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if (turning_remaining_ms_ > 0.0F) {
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@@ -1112,42 +1112,42 @@ auto Player::animationName(bool moving) const -> const char* {
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// salt és per direcció, no per velocitat.
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if (state_ == State::AIRBORNE) {
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switch (facing_) {
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case Facing::UP:
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return "jump_up";
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case Facing::DOWN:
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return "jump_down";
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case Facing::SIDE:
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case Facing::NORTH:
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return "jump_north";
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case Facing::SOUTH:
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return "jump_south";
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case Facing::EAST:
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break;
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}
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return "jump";
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return "jump_east";
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}
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// En LANDING_STUN, `stun_*` (per direcció): mostrem el frame
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// d'aterratge fins que s'esgota el timer. La direcció ve fixada del
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// moment del despegue (no es canvia mentre estem en l'aire).
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if (state_ == State::LANDING_STUN) {
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switch (facing_) {
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case Facing::UP:
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return "stun_up";
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case Facing::DOWN:
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return "stun_down";
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case Facing::SIDE:
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case Facing::NORTH:
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return "stun_north";
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case Facing::SOUTH:
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return "stun_south";
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case Facing::EAST:
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break;
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}
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return "stun";
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return "stun_east";
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}
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// En HURT, `hurt_*` (per direcció): el jugador llisca sense
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// control en la direcció triada per `enterHurt`. Mateixa estructura
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// que walk per facilitat (ara mateix els frames són clons).
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if (state_ == State::HURT) {
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switch (facing_) {
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case Facing::UP:
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return "hurt_up";
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case Facing::DOWN:
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return "hurt_down";
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case Facing::SIDE:
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case Facing::NORTH:
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return "hurt_north";
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case Facing::SOUTH:
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return "hurt_south";
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case Facing::EAST:
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break;
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}
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return "hurt";
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return "hurt_east";
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}
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// ATTACKING té dues sub-fases: durant `swing_ms` el sprite és
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// `attack_*` (animació del braç llançant el látigo); durant
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@@ -1161,34 +1161,34 @@ auto Player::animationName(bool moving) const -> const char* {
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const bool IN_SWING = (attacking_remaining_ms_ > static_cast<float>(whip_config.cooldown_ms));
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if (IN_SWING) {
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switch (facing_) {
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case Facing::UP:
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return "attack_up";
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case Facing::DOWN:
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return "attack_down";
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case Facing::SIDE:
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case Facing::NORTH:
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return "attack_north";
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case Facing::SOUTH:
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return "attack_south";
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case Facing::EAST:
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break;
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}
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return "attack";
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return "attack_east";
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}
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switch (facing_) {
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case Facing::UP:
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return "recover_up";
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case Facing::DOWN:
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return "recover_down";
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case Facing::SIDE:
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case Facing::NORTH:
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return "recover_north";
|
||||
case Facing::SOUTH:
|
||||
return "recover_south";
|
||||
case Facing::EAST:
|
||||
break;
|
||||
}
|
||||
return "recover";
|
||||
return "recover_east";
|
||||
}
|
||||
switch (facing_) {
|
||||
case Facing::UP:
|
||||
return moving ? "walk_up" : "stand_up";
|
||||
case Facing::DOWN:
|
||||
return moving ? "walk_down" : "stand_down";
|
||||
case Facing::SIDE:
|
||||
case Facing::NORTH:
|
||||
return moving ? "walk_north" : "stand_north";
|
||||
case Facing::SOUTH:
|
||||
return moving ? "walk_south" : "stand_south";
|
||||
case Facing::EAST:
|
||||
break;
|
||||
}
|
||||
return moving ? "walk" : "stand";
|
||||
return moving ? "walk_east" : "stand_east";
|
||||
}
|
||||
|
||||
auto Player::getCurrentTile() const -> std::pair<int, int> {
|
||||
@@ -1249,11 +1249,11 @@ void Player::respawn(float x, float y) {
|
||||
intermediate_cardinal_ = Cardinal::NONE;
|
||||
last_input_cardinal_ = Cardinal::NONE;
|
||||
// Reseteig del facing al d'spawn original (mirant cap a la càmera):
|
||||
// sense això, un EXITED que entrava per la porta amb facing UP
|
||||
// sense això, un EXITED que entrava per la porta amb facing NORTH
|
||||
// re-aparix d'esquena al pròxim cicle. Mateixa lògica que el ctor.
|
||||
facing_ = Facing::DOWN;
|
||||
facing_ = Facing::SOUTH;
|
||||
setFlip(SDL_FLIP_NONE);
|
||||
setCurrentAnimation("stand_down");
|
||||
setCurrentAnimation("stand_south");
|
||||
setPosX(x);
|
||||
setPosY(y);
|
||||
}
|
||||
@@ -1300,10 +1300,10 @@ void Player::spawnFromAir(float x, float y) {
|
||||
intended_vy_ = 0.0F;
|
||||
|
||||
// Mirant cap avall durant la caiguda — `animationName(AIRBORNE)` amb
|
||||
// facing DOWN ja resol a `jump_down`. `respawn` ja ha posat facing a
|
||||
// DOWN; ho deixem explícit ací per claredat de la cinemàtica.
|
||||
facing_ = Facing::DOWN;
|
||||
setCurrentAnimation("jump_down");
|
||||
// facing SOUTH ja resol a `jump_south`. `respawn` ja ha posat facing a
|
||||
// SOUTH; ho deixem explícit ací per claredat de la cinemàtica.
|
||||
facing_ = Facing::SOUTH;
|
||||
setCurrentAnimation("jump_south");
|
||||
}
|
||||
|
||||
auto Player::getBaseBox() const -> SDL_FRect {
|
||||
|
||||
@@ -430,13 +430,15 @@ class Player : public AnimatedSprite {
|
||||
|
||||
// Direcció "cap on mira" el jugador. Governa quin conjunt d'animacions
|
||||
// s'aplica (lateral, amunt, avall) i si el sprite es flipeja o no. Els
|
||||
// moviments purament horitzontals o diagonals prenen `SIDE` (prevalença
|
||||
// lateral), els purament verticals fan `UP`/`DOWN`. En aturar-se es
|
||||
// preserva l'última orientació perquè la versió stand coincideixi.
|
||||
enum class Facing : std::uint8_t { SIDE,
|
||||
UP,
|
||||
DOWN };
|
||||
Facing facing_{Facing::SIDE};
|
||||
// moviments purament horitzontals o diagonals prenen `EAST` (prevalença
|
||||
// lateral; el flip horitzontal converteix l'animació EAST en la
|
||||
// simètrica oest), els purament verticals fan `NORTH`/`SOUTH`. En
|
||||
// aturar-se es preserva l'última orientació perquè la versió stand
|
||||
// coincideixi.
|
||||
enum class Facing : std::uint8_t { EAST,
|
||||
NORTH,
|
||||
SOUTH };
|
||||
Facing facing_{Facing::EAST};
|
||||
|
||||
// Cardinal complet (N/S/E/W) usat per a la detecció de girs de 180°.
|
||||
// El parell (Facing, flip) només té 3+1 estats; aquesta enum n'afegeix
|
||||
@@ -553,8 +555,8 @@ class Player : public AnimatedSprite {
|
||||
void enterAttacking(Cardinal facing);
|
||||
|
||||
// Cardinal que correspon al `(facing_, flip_)` actual del sprite —
|
||||
// la direcció cap on mira el jugador. Si `facing_ == SIDE` el
|
||||
// resultat depèn del flip; UP/DOWN són trivials. Mai retorna NONE.
|
||||
// la direcció cap on mira el jugador. Si `facing_ == EAST` el
|
||||
// resultat depèn del flip; NORTH/SOUTH són trivials. Mai retorna NONE.
|
||||
[[nodiscard]] auto currentFacingCardinal() const -> Cardinal;
|
||||
|
||||
// Activa l'estat HURT: el jugador queda projectat amb velocitat
|
||||
|
||||
Reference in new issue
Block a user