217 lines
6.3 KiB
GDScript
217 lines
6.3 KiB
GDScript
extends AweSplashScreen
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onready var logo_container := $AspectNode/LogoContainer
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onready var logo := $AspectNode/LogoContainer/Logo
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onready var circle := $AspectNode/LogoContainer/Circle
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onready var shape_node := $AspectNode/LogoContainer/ShapNode
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onready var background := $CanvasLayer/ColorRect
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onready var info_node := $AspectNode/InfoNode
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onready var title_node := $AspectNode/TitleNode
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export(String, FILE) var logo_path = "res://src/demo_collection/circle_jump_02/src/logo.png"
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export(String) var title := "GODOT"
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export(String) var description := "Game engine"
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export (Color) var background_color = Color8(0, 0, 0, 255)
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export (Color) var logo_color = Color8(255, 255, 255, 255)
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export (Color) var font_color := Color.white
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export (float) var title_font_size := 230
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export (float) var description_font_size := 120
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const LOGO_TO_BALL_TIME = 1.0
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const JUMP_IN_TIME = 1.0
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const JUMP_BOUNCE_TIME = 1.0
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const EASE_IN = 0.25
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const EASE_OUT = 4
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var list_origin_position: Array = []
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var custom_func_time = preload("./src/custom.tres")
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func get_name() -> String:
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return "Circle Jump 02"
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func _ready():
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config()
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func play():
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start_main_animation()
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func config():
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background.color = background_color
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var center_point = self.origin_size / 2.0
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logo_container.modulate = logo_color
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logo_container.position = center_point + Vector2(0, -200)
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logo_container.scale = Vector2(5, 5)
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# circle.modulate.a = 1
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logo.texture = load_texture(logo_path)
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logo.modulate.a = 0
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shape_node.modulate.a = 0
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# Config Title Node
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title_node.font.size = title_font_size
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title_node.modulate = font_color
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title_node.text = title
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title_node.position = center_point + Vector2(0, 200)
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title_node.update_all_anchor(make_list_custom_anchor(title))
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var width = title_node.width
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for text_node in title_node.get_all_text_node():
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list_origin_position.append(text_node.position)
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text_node.position.x = width / 2.0
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text_node.scale = Vector2.ZERO
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text_node.modulate.a = 0.0
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# Config Info Node
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info_node.font.size = description_font_size
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info_node.modulate = font_color
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info_node.modulate.a = 0
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info_node.text = description
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info_node.position = center_point + Vector2(0, 300)
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func start_main_animation():
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gd.sequence([
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gd.perform("logo_to_ball", logo_container, [LOGO_TO_BALL_TIME]),
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gd.wait(LOGO_TO_BALL_TIME),
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action_jump_ball_in(JUMP_IN_TIME),
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gd.perform("show_title_godot", self, [JUMP_BOUNCE_TIME * 0.5]),
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bounce_and_show_logo(JUMP_BOUNCE_TIME),
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gd.perform("shake_character", self, [JUMP_BOUNCE_TIME * 0.3]),
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gd.move_by_y(-100, JUMP_IN_TIME * 0.2).with_easing(EASE_IN)
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]).start(logo_container)
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# OMG, I don't understand what i'm coding this demo :((.
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# But looking at the animation results, i found a bit of fun :]].
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# So i will not remove this demo.
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func action_jump_ball_in(duration: float) -> GDAction:
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var duration_up = duration * 0.55
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var duration_down = duration * 0.45
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var center_point = self.origin_size / 2.0
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return gd.group([
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gd.sequence([
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gd.move_to_y(center_point.y - 550, duration_up).with_easing(EASE_IN),
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gd.move_to_y(center_point.y, duration_down).with_easing(EASE_OUT)
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]),
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gd.sequence([
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gd.scale_to(0.8, duration_up * 0.3).with_easing(EASE_IN),
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gd.wait(duration_up * 0.6),
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gd.scale_to(1.2, (duration_up + duration_down) * 0.1).with_easing(EASE_IN)
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]),
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gd.sequence([
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gd.perform("grow_height_to", shape_node, [200.0, duration_up * 0.3, EASE_IN]),
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gd.wait(duration_up * 0.9),
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gd.perform("grow_height_to", shape_node, [1.0, (duration_up + duration_down) * 0.1, EASE_IN]),
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gd.wait(duration_up * 0.1 + duration_down * 0.1),
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gd.perform("grow_height_to", shape_node, [30.0, duration_down * 0.3, EASE_OUT]),
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gd.wait(duration_down * 0.6),
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gd.perform("grow_height_to", shape_node, [1.0, duration_down * 0.1]),
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gd.wait(duration_down * 0.2),
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gd.perform("grow_width_to", shape_node, [20.0, duration_down * 0.1]),
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])
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])
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func bounce_and_show_logo(duration: float) -> GDAction:
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var duration_up = duration * 0.55
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var duration_down = duration * 0.45
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var center_point = self.origin_size / 2.0
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return gd.group([
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gd.sequence([
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gd.move_to_y(center_point.y - 350, duration_up).with_easing(EASE_IN),
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gd.perform("ball_to_logo", logo_container, [duration_up * 0.3]),
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gd.move_to_y(center_point.y - 125, duration_down).with_easing(EASE_OUT)
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]),
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gd.sequence([
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gd.perform("grow_width_to", shape_node, [1.0, duration_up * 0.1]),
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gd.wait(duration_up * 0.1),
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gd.perform("grow_height_to", shape_node, [30.0, duration_up * 0.5, EASE_IN]),
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gd.wait(duration_up * 0.8),
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gd.perform("grow_height_to", shape_node, [1.0, (duration_up + duration_down) * 0.1, EASE_OUT]),
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gd.wait(duration_down * 0.1),
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gd.perform("grow_height_to", shape_node, [30.0, duration_down * 0.3, EASE_OUT]),
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])
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])
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func show_title_godot(duration: float):
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var delay = 0
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var count = float(title.length())
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if count == 0:
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return
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var list_index_priority = make_custom_range(count)
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for index in list_index_priority:
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var text_node = title_node.get_all_text_node()[index]
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gd.sequence([
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gd.wait(delay),
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gd.group([
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gd.move_to(list_origin_position[index], duration).with_easing(5),
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gd.scale_to(1.0, duration).with_time_func(custom_func_time),
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gd.fade_alpha_to(1, duration).with_easing(2),
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])
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]).start(text_node)
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delay += duration / count
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func shake_character(duration):
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gd.sequence([
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gd.unhide(),
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gd.move_by_y(100, duration / 2.0).with_easing(EASE_IN),
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gd.move_by_y(-100, duration / 2.0).with_easing(EASE_OUT)
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]).start(title_node)
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gd.group([
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gd.unhide(),
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gd.sequence([
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gd.move_by_y(50, duration / 2.0).with_easing(EASE_IN),
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gd.move_by_y(-50, duration / 2.0).with_easing(EASE_OUT),
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gd.wait(1.0),
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gd.perform("finished_animation", self)
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]),
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gd.fade_alpha_to(1, duration)
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]).start(info_node)
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func make_custom_range(number: int) -> Array:
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var output = []
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for i in number / 2:
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output.append(i)
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output.append(number - 1 - i)
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if number % 2 == 1:
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output.append(number / 2)
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return output
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func make_list_custom_anchor(text: String):
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var output = []
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var count = text.length()
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var is_odd = count % 2 == 1
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for i in count:
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if is_odd:
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if i < count / 2:
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output.append(Vector2(1.0, 1.0))
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elif i == count / 2:
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output.append(Vector2(0.5, 1.0))
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else:
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output.append(Vector2(0.0, 1.0))
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else:
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if i < count / 2 :
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output.append(Vector2(1.0, 1.0))
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else:
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output.append(Vector2(0.0, 1.0))
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return output
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