peak

logic.gd

@@ -6,12 +6,16 @@ extends Node2D
 @export var starting_lives : int = 3
 @export var icon_container: HBoxContainer
 @export var icons : Array[Texture]
+@export var sounds : Dictionary[String, AudioStream]
 @export var progress_bar : TextureProgressBar
 @export var scroll_container : ScrollContainer
 @export var score_label : Label
 @export var life_container : HBoxContainer
 @export var life_texture : Texture
 @export var round_label : Label
+@export var sound_player : AudioStreamPlayer
+@export var finish_screen : Control
+@export var sam_sprite : AnimatedSprite2D
 var current_time : float = 5
 var score : int = 0
 var lives : int = 3
@@ -21,6 +25,7 @@ var gaming : bool = false
 var codepos : int = 0 #current position in the code to check against
 var test_break : float = 1.5
 var target_scroll : float
+var finished : bool = false
 
 # start scrolling at codepos == 11
 
@@ -40,10 +45,13 @@ func draw_lives():
 
 func lose_life():
 	lives -= 1
+	
 	draw_lives()
 	if lives <= 0:
-		#end game
-		pass
+		end_game()
+
+func end_game():
+	finished = true
 
 # Called every frame. 'delta' is the elapsed time since the previous frame.
 func _process(delta: float) -> void:
@@ -51,17 +59,20 @@ func _process(delta: float) -> void:
 	scroll_container.scroll_horizontal = lerpf(scroll_container.scroll_horizontal,target_scroll,0.05)
 	score_label.text = str(score)
 	round_label.text = str(code_len) + " of " + str(code_len+ghost_tokens)
+	finish_screen.visible = finished
 	if not gaming:
 		round_label.text = "Get Ready!"
+	if finished:
+		round_label.text = "Length " + str(code_len+ghost_tokens)
 	
 	if gaming:
 		current_time -= delta
-		progress_bar.value = (5-current_time)/allowed_time
+		progress_bar.value = (allowed_time-current_time)/allowed_time
 		
 	else:
 		test_break -= delta
 		progress_bar.value -= delta/1.5
-		if test_break <= 0:
+		if test_break <= 0 and not finished:
 			start_round()
 	
 	progress_bar.modulate = Color(1,1,1,progress_bar.value)
@@ -83,31 +94,43 @@ func start_round():
 	codepos = 0
 	generate_code()
 	gaming = true
+	sound_player.stream = sounds["reveal"]
+	sound_player.play()
+	sam_sprite.play("default")
 	
 	#scroll_container.scroll_horizontal = 0
 	pass
 
 func process_input(direction : int):
-	if(code[codepos] == direction):
-		#correct input 
-		icon_container.get_child(codepos).modulate = Color(0,1,0)
-		score += codepos+1
-		codepos += 1
-		
-		if(codepos == code_len):
-			win_round()
-	else:
-		#incorrect input
-		codepos = 0
-		#scroll_container.scroll_horizontal = 0
-		for i in range(code_len):
-			icon_container.get_child(i).modulate = Color(1,1,1)
+	if gaming:
+		if(code[codepos] == direction):
+			#correct input 
+			icon_container.get_child(codepos).modulate = Color(0,1,0)
+			score += codepos+1
+			codepos += 1
+			
+			if(codepos == code_len):
+				win_round()
+			else:
+				sound_player.stream = sounds["success"]
+				sound_player.play()
+		else:
+			#incorrect input
+			codepos = 0
+			sound_player.stream = sounds["error"]
+			sound_player.play()
+			#scroll_container.scroll_horizontal = 0
+			for i in range(code_len):
+				icon_container.get_child(i).modulate = Color(1,1,1)
 
 func win_round():
 	#todo: bous for remaining time?
+	sam_sprite.play("bow")
+	sound_player.stream = sounds["roundSuccess"]
+	sound_player.play()
 	gaming = false
 	codepos = 0
-	test_break = 1.5 # todo: replace with gamer samurai animation stuff
+	test_break = 1.7 # todo: replace with gamer samurai animation stuff
 	if ghost_tokens > 0:
 		ghost_tokens -= 1
 		code_len += 1
@@ -119,8 +142,11 @@ func win_round():
 
 func lose_round():
 	gaming = false
+	sam_sprite.play("tan")
 	codepos = 0
-	test_break = 1.5
+	test_break = 2.5
+	sound_player.stream = sounds["tant"]
+	sound_player.play()
 	lose_life()
 
 func generate_code():
@@ -139,3 +165,7 @@ func generate_code():
 		new_texture_rect.modulate = Color(1,1,1,0.25)
 		icon_container.add_child(new_texture_rect)
 	print(code)
+
+
+func _on_menu_button_pressed() -> void:
+	get_tree().change_scene_to_file("res://menu.tscn")