Testing basic basic attack animation on player.

src/animator.odin

@@ -18,9 +18,9 @@ AnimationState :: struct {
 	finished: 	   bool,
 }
 
-animation_play :: proc(state: ^AnimationState, clip: ^AnimationClip) {
+animation_play :: proc(state: ^AnimationState, clip: ^AnimationClip, restart := false) {
 	// already playing, do not reset
-	if state.clip == clip do return
+	if state.clip == clip && !restart do return
 	state.clip = clip
 	state.current_frame = 0
 	state.timer = 0

src/asset_manager.odin

@@ -32,13 +32,17 @@ asset_manager_init :: proc() -> Asset_Manager {
 init_player_assets :: proc(clip_array: ^[Player_State]AnimationClip) {
     idle_tex   := rl.LoadTexture("assets/textures/player/player_idle.png")
     walk_tex   := rl.LoadTexture("assets/textures/player/player_walk.png")
+    attk_tex   := rl.LoadTexture("assets/textures/player/player_attack_one.png")
 
     clip_array[.IDLE] = AnimationClip {
-        texture = idle_tex, frame_count = 6, frame_width = 32, frame_height = 32, frame_time = 0.14, looping = true,
+        texture = idle_tex, frame_count = 8, frame_width = 32, frame_height = 32, frame_time = 0.14, looping = true,
     }
     clip_array[.WALK] = AnimationClip {
         texture = walk_tex, frame_count = 8, frame_width = 32, frame_height = 32, frame_time = 0.14, looping = true,
     }
+    clip_array[.ATTACK] = AnimationClip {
+        texture = attk_tex, frame_count = 4, frame_width = 64, frame_height = 32, frame_time = 0.12, looping = false,
+    }
 }
 
 init_enemy_assets :: proc(clip_array: ^[Enemy_State]AnimationClip) {

src/main.odin

@@ -12,7 +12,7 @@ WINDOW_WIDTH  :: 1920
 WINDOW_HEIGHT :: 1080
 GAME_WIDTH    :: 480
 GAME_HEIGHT   :: 270
-MAX_ENEMIES   :: 300
+MAX_ENEMIES   :: 0
 MAX_PROPS     :: 64
 TILE_SIZE     :: 32
 

src/player.odin

@@ -128,28 +128,21 @@ update_player :: proc(
 		player.velocity.y = 0
 	}
 
-	// @TESTING
+    if is_attacking {
-	if rl.IsMouseButtonPressed(.LEFT) {
+        player.velocity = rl.Vector2MoveTowards(player.velocity, rl.Vector2{0,0}, player.friction * dt)
-		mouse_pos := rl.GetMousePosition()
-		screen_space := window_to_screen(mouse_pos)
-
-		x := screen_to_world(screen_space, camera)
-		fmt.printf("Mouse pos -> world pos: %v\n", x)
-		v := world_to_screen(x, camera)
-		fmt.printf("world pos -> screen pos: %v\n", v)
-		y := world_to_grid(x)
-		fmt.printf("Mouse pos -> grid coord: %v\n", y)
-		z := grid_to_world(y[0], y[1])
-		fmt.printf("grid pos -> world pos: %v\n", z)
     }
 
+    if attack_pressed {
+        player.state = .ATTACK
+    	animation_play(&player.animation, &assets.clips[.ATTACK], restart = true)
+    } else if !is_attacking {
         player.state = moving ? .WALK : .IDLE
         animation_play(&player.animation, &assets.clips[player.state])
+    }
     animation_update(&player.animation, dt)
 }
 
 update_player_flow_field :: proc(player: ^Player, game_map: ^Game_Map) {
-
 	// Use the collider's center (not the sprite anchor/top-left) so the
 	// grid cell reflects where the player physically is
 	collider := get_player_collider(player, player.position)
@@ -170,7 +163,6 @@ update_player_flow_field :: proc(player: ^Player, game_map: ^Game_Map) {
 	}
 }
 
-
 draw_player :: proc(player: ^Player) {
 	clip := player.animation.clip
 	src_rect := animation_frame_rect(&player.animation)