mirror of
https://github.com/Orama-Interactive/Pixelorama.git
synced 2025-02-01 16:09:49 +00:00
517 lines
19 KiB
GDScript
517 lines
19 KiB
GDScript
extends Node2D
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class Clipboard:
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var image := Image.new()
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var selection_bitmap := BitMap.new()
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var big_bounding_rectangle := Rect2()
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var selection_offset := Vector2.ZERO
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class Gizmo:
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enum Type {SCALE, ROTATE}
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var rect : Rect2
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var direction := Vector2.ZERO
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var type : int
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func _init(_type : int = Type.SCALE, _direction := Vector2.ZERO) -> void:
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type = _type
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direction = _direction
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func get_cursor() -> int:
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var cursor := Input.CURSOR_MOVE
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if direction == Vector2.ZERO:
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return Input.CURSOR_POINTING_HAND
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elif direction == Vector2(-1, -1) or direction == Vector2(1, 1): # Top left or bottom right
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cursor = Input.CURSOR_FDIAGSIZE
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elif direction == Vector2(1, -1) or direction == Vector2(-1, 1): # Top right or bottom left
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cursor = Input.CURSOR_BDIAGSIZE
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elif direction == Vector2(0, -1) or direction == Vector2(0, 1): # Center top or center bottom
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cursor = Input.CURSOR_VSIZE
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elif direction == Vector2(-1, 0) or direction == Vector2(1, 0): # Center left or center right
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cursor = Input.CURSOR_HSIZE
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return cursor
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var clipboard := Clipboard.new()
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var is_moving_content := false
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var is_pasting := false
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var big_bounding_rectangle := Rect2() setget _big_bounding_rectangle_changed
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var temp_rect := Rect2()
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var original_big_bounding_rectangle := Rect2()
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var original_preview_image := Image.new()
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var original_bitmap := BitMap.new()
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var original_offset := Vector2.ZERO
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var preview_image := Image.new()
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var preview_image_texture := ImageTexture.new()
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var undo_data : Dictionary
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var drawn_rect := Rect2(0, 0, 0, 0)
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var gizmos := [] # Array of Gizmos
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var dragged_gizmo : Gizmo = null
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var prev_angle := 0
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var mouse_pos_on_gizmo_drag := Vector2.ZERO
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onready var marching_ants_outline : Sprite = $MarchingAntsOutline
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func _ready() -> void:
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gizmos.append(Gizmo.new(Gizmo.Type.SCALE, Vector2(-1, -1))) # Top left
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gizmos.append(Gizmo.new(Gizmo.Type.SCALE, Vector2(0, -1))) # Center top
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gizmos.append(Gizmo.new(Gizmo.Type.SCALE, Vector2(1, -1))) # Top right
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gizmos.append(Gizmo.new(Gizmo.Type.SCALE, Vector2(1, 0))) # Center right
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gizmos.append(Gizmo.new(Gizmo.Type.SCALE, Vector2(1, 1))) # Bottom right
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gizmos.append(Gizmo.new(Gizmo.Type.SCALE, Vector2(0, 1))) # Center bottom
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gizmos.append(Gizmo.new(Gizmo.Type.SCALE, Vector2(-1, 1))) # Bottom left
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gizmos.append(Gizmo.new(Gizmo.Type.SCALE, Vector2(-1, 0))) # Center left
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# gizmos.append(Gizmo.new(Gizmo.Type.ROTATE)) # Rotation gizmo (temp)
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func _input(event : InputEvent) -> void:
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if event is InputEventKey:
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if is_moving_content: # Temporary code
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if event.scancode == 16777221: # Enter
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move_content_confirm()
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elif event.scancode == 16777217: # Escape
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move_content_cancel()
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elif event is InputEventMouse:
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var gizmo : Gizmo
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for g in gizmos:
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if g.rect.has_point(Global.canvas.current_pixel):
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gizmo = g
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break
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if gizmo:
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Global.main_viewport.mouse_default_cursor_shape = gizmo.get_cursor()
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elif !dragged_gizmo:
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Global.main_viewport.mouse_default_cursor_shape = Input.CURSOR_CROSS
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if event is InputEventMouseButton and event.button_index == BUTTON_LEFT:
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if event.pressed:
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if gizmo:
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Global.has_focus = false
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mouse_pos_on_gizmo_drag = Global.canvas.current_pixel
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dragged_gizmo = gizmo
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temp_rect = big_bounding_rectangle
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move_content_start()
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Global.current_project.selection_offset = Vector2.ZERO
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if gizmo.type == Gizmo.Type.ROTATE:
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var img_size := max(original_preview_image.get_width(), original_preview_image.get_height())
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original_preview_image.crop(img_size, img_size)
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elif dragged_gizmo:
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Global.has_focus = true
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dragged_gizmo = null
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if dragged_gizmo:
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if dragged_gizmo.type == Gizmo.Type.SCALE:
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gizmo_resize()
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else:
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gizmo_rotate()
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func _draw() -> void:
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var _position := position
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var _scale := scale
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if Global.mirror_view:
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_position.x = _position.x + Global.current_project.size.x
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_scale.x = -1
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draw_set_transform(_position, rotation, _scale)
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draw_rect(drawn_rect, Color.black, false)
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if big_bounding_rectangle.size != Vector2.ZERO:
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for gizmo in gizmos: # Draw gizmos
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draw_rect(gizmo.rect, Color.black)
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var filled_rect : Rect2 = gizmo.rect
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var filled_size : Vector2 = gizmo.rect.size * Vector2(0.2, 0.2)
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filled_rect.position += filled_size
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filled_rect.size -= filled_size * 2
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draw_rect(filled_rect, Color.white) # Filled white square
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if is_moving_content and !preview_image.is_empty():
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draw_texture(preview_image_texture, big_bounding_rectangle.position, Color(1, 1, 1, 0.5))
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draw_set_transform(position, rotation, scale)
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func _big_bounding_rectangle_changed(value : Rect2) -> void:
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big_bounding_rectangle = value
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update_gizmos()
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func update_gizmos() -> void:
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var rect_pos : Vector2 = big_bounding_rectangle.position
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var rect_end : Vector2 = big_bounding_rectangle.end
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var size := Vector2.ONE * Global.camera.zoom * 10
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# Clockwise, starting from top-left corner
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gizmos[0].rect = Rect2(rect_pos - size, size)
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gizmos[1].rect = Rect2(Vector2((rect_end.x + rect_pos.x - size.x) / 2, rect_pos.y - size.y), size)
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gizmos[2].rect = Rect2(Vector2(rect_end.x, rect_pos.y - size.y), size)
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gizmos[3].rect = Rect2(Vector2(rect_end.x, (rect_end.y + rect_pos.y - size.y) / 2), size)
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gizmos[4].rect = Rect2(rect_end, size)
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gizmos[5].rect = Rect2(Vector2((rect_end.x + rect_pos.x - size.x) / 2, rect_end.y), size)
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gizmos[6].rect = Rect2(Vector2(rect_pos.x - size.x, rect_end.y), size)
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gizmos[7].rect = Rect2(Vector2(rect_pos.x - size.x, (rect_end.y + rect_pos.y - size.y) / 2), size)
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# Rotation gizmo (temp)
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# gizmos[8].rect = Rect2(Vector2((rect_end.x + rect_pos.x - size.x) / 2, rect_pos.y - size.y - (size.y * 2)), size)
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update()
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func update_on_zoom(zoom : float) -> void:
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var size := max(Global.current_project.selection_bitmap.get_size().x, Global.current_project.selection_bitmap.get_size().y)
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marching_ants_outline.material.set_shader_param("width", zoom)
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marching_ants_outline.material.set_shader_param("frequency", (1.0 / zoom) * 10 * size / 64)
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for gizmo in gizmos:
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if gizmo.rect.size == Vector2.ZERO:
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return
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update_gizmos()
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func gizmo_resize() -> void:
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var diff : Vector2 = (Global.canvas.current_pixel - mouse_pos_on_gizmo_drag) * dragged_gizmo.direction
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var dir := dragged_gizmo.direction
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if diff != Vector2.ZERO:
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mouse_pos_on_gizmo_drag = Global.canvas.current_pixel
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var left := 0.0 if dir.x >= 0 else diff.x
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var top := 0.0 if dir.y >= 0 else diff.y
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var right := diff.x if dir.x >= 0 else 0.0
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var bottom := diff.y if dir.y >= 0 else 0.0
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temp_rect = temp_rect.grow_individual(left, top, right, bottom)
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big_bounding_rectangle = temp_rect.abs()
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big_bounding_rectangle.position = big_bounding_rectangle.position.ceil()
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self.big_bounding_rectangle.size = big_bounding_rectangle.size.ceil()
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var size = big_bounding_rectangle.size.abs()
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preview_image.copy_from(original_preview_image)
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preview_image.resize(size.x, size.y, Image.INTERPOLATE_NEAREST)
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if temp_rect.size.x < 0:
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preview_image.flip_x()
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if temp_rect.size.y < 0:
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preview_image.flip_y()
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preview_image_texture.create_from_image(preview_image, 0)
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Global.current_project.selection_bitmap = Global.current_project.resize_bitmap_values(original_bitmap, size, temp_rect.size.x < 0, temp_rect.size.y < 0)
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Global.current_project.selection_bitmap_changed()
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update()
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func gizmo_rotate() -> void: # Does not work properly yet
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var angle := Global.canvas.current_pixel.angle_to_point(mouse_pos_on_gizmo_drag)
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angle = deg2rad(floor(rad2deg(angle)))
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if angle == prev_angle:
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return
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prev_angle = angle
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# var img_size := max(original_preview_image.get_width(), original_preview_image.get_height())
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# warning-ignore:integer_division
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# warning-ignore:integer_division
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# var pivot = Vector2(original_preview_image.get_width() / 2, original_preview_image.get_height() / 2)
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var pivot = Vector2(big_bounding_rectangle.size.x / 2, big_bounding_rectangle.size.y / 2)
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preview_image.copy_from(original_preview_image)
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if original_big_bounding_rectangle.position != big_bounding_rectangle.position:
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preview_image.fill(Color(0, 0, 0, 0))
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var pos_diff := (original_big_bounding_rectangle.position - big_bounding_rectangle.position).abs()
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# pos_diff.y = 0
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preview_image.blit_rect(original_preview_image, Rect2(Vector2.ZERO, preview_image.get_size()), pos_diff)
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DrawingAlgos.nn_rotate(preview_image, angle, pivot)
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preview_image_texture.create_from_image(preview_image, 0)
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var bitmap_image = Global.current_project.bitmap_to_image(original_bitmap)
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var bitmap_pivot = original_big_bounding_rectangle.position + ((original_big_bounding_rectangle.end - original_big_bounding_rectangle.position) / 2)
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DrawingAlgos.nn_rotate(bitmap_image, angle, bitmap_pivot)
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Global.current_project.selection_bitmap.create_from_image_alpha(bitmap_image)
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Global.current_project.selection_bitmap_changed()
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self.big_bounding_rectangle = bitmap_image.get_used_rect()
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update()
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func select_rect(rect : Rect2, select := true) -> void:
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var project : Project = Global.current_project
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var selection_bitmap_copy : BitMap = project.selection_bitmap.duplicate()
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var offset_position := Vector2.ZERO # Used only if the selection is outside of the canvas boundaries, on the left and/or above (negative coords)
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if big_bounding_rectangle.position.x < 0:
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rect.position.x -= big_bounding_rectangle.position.x
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offset_position.x = big_bounding_rectangle.position.x
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if big_bounding_rectangle.position.y < 0:
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rect.position.y -= big_bounding_rectangle.position.y
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offset_position.y = big_bounding_rectangle.position.y
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if offset_position != Vector2.ZERO:
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big_bounding_rectangle.position -= offset_position
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project.move_bitmap_values(selection_bitmap_copy)
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selection_bitmap_copy.set_bit_rect(rect, select)
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big_bounding_rectangle = project.get_selection_rectangle(selection_bitmap_copy)
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if offset_position != Vector2.ZERO:
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big_bounding_rectangle.position += offset_position
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project.move_bitmap_values(selection_bitmap_copy)
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project.selection_bitmap = selection_bitmap_copy
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self.big_bounding_rectangle = big_bounding_rectangle # call getter method
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func move_borders_start() -> void:
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undo_data = _get_undo_data(false)
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func move_borders(move : Vector2) -> void:
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marching_ants_outline.offset += move
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self.big_bounding_rectangle.position += move
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update()
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func move_borders_end() -> void:
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var selected_bitmap_copy = Global.current_project.selection_bitmap.duplicate()
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Global.current_project.move_bitmap_values(selected_bitmap_copy)
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Global.current_project.selection_bitmap = selected_bitmap_copy
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commit_undo("Rectangle Select", undo_data)
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update()
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func move_content_start() -> void:
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if !is_moving_content:
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is_moving_content = true
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undo_data = _get_undo_data(true)
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get_preview_image()
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original_bitmap = Global.current_project.selection_bitmap.duplicate()
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original_big_bounding_rectangle = big_bounding_rectangle
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original_offset = Global.current_project.selection_offset
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update()
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func move_content(move : Vector2) -> void:
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move_borders(move)
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func move_content_confirm() -> void:
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if !is_moving_content:
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return
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var project : Project = Global.current_project
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var cel_image : Image = project.frames[project.current_frame].cels[project.current_layer].image
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cel_image.blit_rect_mask(preview_image, preview_image, Rect2(Vector2.ZERO, Global.current_project.selection_bitmap.get_size()), big_bounding_rectangle.position)
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var selected_bitmap_copy = Global.current_project.selection_bitmap.duplicate()
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Global.current_project.move_bitmap_values(selected_bitmap_copy)
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Global.current_project.selection_bitmap = selected_bitmap_copy
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original_preview_image = Image.new()
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preview_image = Image.new()
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original_bitmap = BitMap.new()
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is_moving_content = false
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is_pasting = false
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commit_undo("Move Selection", undo_data)
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update()
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func move_content_cancel() -> void:
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if preview_image.is_empty():
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return
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var project : Project = Global.current_project
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project.selection_offset = original_offset
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is_moving_content = false
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self.big_bounding_rectangle = original_big_bounding_rectangle
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project.selection_bitmap = original_bitmap
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project.selection_bitmap_changed()
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preview_image = original_preview_image
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if !is_pasting:
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var cel_image : Image = project.frames[project.current_frame].cels[project.current_layer].image
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cel_image.blit_rect_mask(preview_image, preview_image, Rect2(Vector2.ZERO, Global.current_project.selection_bitmap.get_size()), big_bounding_rectangle.position)
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Global.canvas.update_texture(project.current_layer)
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original_preview_image = Image.new()
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preview_image = Image.new()
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original_bitmap = BitMap.new()
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is_pasting = false
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update()
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func commit_undo(action : String, _undo_data : Dictionary) -> void:
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var redo_data = _get_undo_data("image_data" in _undo_data)
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var project := Global.current_project
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project.undos += 1
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project.undo_redo.create_action(action)
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project.undo_redo.add_do_property(project, "selection_bitmap", redo_data["selection_bitmap"])
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project.undo_redo.add_do_property(self, "big_bounding_rectangle", redo_data["big_bounding_rectangle"])
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project.undo_redo.add_do_property(project, "selection_offset", redo_data["outline_offset"])
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project.undo_redo.add_undo_property(project, "selection_bitmap", _undo_data["selection_bitmap"])
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project.undo_redo.add_undo_property(self, "big_bounding_rectangle", _undo_data["big_bounding_rectangle"])
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project.undo_redo.add_undo_property(project, "selection_offset", _undo_data["outline_offset"])
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if "image_data" in _undo_data:
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var image : Image = project.frames[project.current_frame].cels[project.current_layer].image
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project.undo_redo.add_do_property(image, "data", redo_data["image_data"])
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project.undo_redo.add_undo_property(image, "data", _undo_data["image_data"])
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project.undo_redo.add_do_method(Global, "redo", project.current_frame, project.current_layer)
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project.undo_redo.add_do_method(project, "selection_bitmap_changed")
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project.undo_redo.add_undo_method(Global, "undo", project.current_frame, project.current_layer)
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project.undo_redo.add_undo_method(project, "selection_bitmap_changed")
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project.undo_redo.commit_action()
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undo_data.clear()
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func _get_undo_data(undo_image : bool) -> Dictionary:
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var data := {}
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var project := Global.current_project
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data["selection_bitmap"] = project.selection_bitmap
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data["big_bounding_rectangle"] = big_bounding_rectangle
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data["outline_offset"] = Global.current_project.selection_offset
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if undo_image:
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var image : Image = project.frames[project.current_frame].cels[project.current_layer].image
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image.unlock()
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data["image_data"] = image.data
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image.lock()
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return data
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func cut() -> void:
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copy()
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delete()
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func copy() -> void:
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var project := Global.current_project
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if !project.has_selection:
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return
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var image : Image = project.frames[project.current_frame].cels[project.current_layer].image
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var to_copy := Image.new()
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if is_moving_content:
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to_copy.copy_from(preview_image)
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else:
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to_copy = image.get_rect(big_bounding_rectangle)
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to_copy.lock()
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# Remove unincluded pixels if the selection is not a single rectangle
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for x in to_copy.get_size().x:
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for y in to_copy.get_size().y:
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var pos := Vector2(x, y)
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var offset_pos = big_bounding_rectangle.position
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if offset_pos.x < 0:
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offset_pos.x = 0
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if offset_pos.y < 0:
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offset_pos.y = 0
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if not project.selection_bitmap.get_bit(pos + offset_pos):
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to_copy.set_pixelv(pos, Color(0))
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to_copy.unlock()
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clipboard.image = to_copy
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clipboard.selection_bitmap = project.selection_bitmap.duplicate()
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clipboard.big_bounding_rectangle = big_bounding_rectangle
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clipboard.selection_offset = project.selection_offset
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func paste() -> void:
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if !clipboard.image:
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return
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undo_data = _get_undo_data(true)
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var project := Global.current_project
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original_bitmap = Global.current_project.selection_bitmap.duplicate()
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original_big_bounding_rectangle = big_bounding_rectangle
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original_offset = Global.current_project.selection_offset
|
|
|
|
clear_selection()
|
|
project.selection_bitmap = clipboard.selection_bitmap.duplicate()
|
|
self.big_bounding_rectangle = clipboard.big_bounding_rectangle
|
|
project.selection_offset = clipboard.selection_offset
|
|
|
|
is_moving_content = true
|
|
is_pasting = true
|
|
original_preview_image = clipboard.image
|
|
preview_image.copy_from(original_preview_image)
|
|
preview_image_texture.create_from_image(preview_image, 0)
|
|
|
|
project.selection_bitmap_changed()
|
|
|
|
|
|
func delete() -> void:
|
|
var project := Global.current_project
|
|
if !project.has_selection:
|
|
return
|
|
if is_moving_content:
|
|
is_moving_content = false
|
|
original_preview_image = Image.new()
|
|
preview_image = Image.new()
|
|
original_bitmap = BitMap.new()
|
|
is_pasting = false
|
|
update()
|
|
commit_undo("Draw", undo_data)
|
|
return
|
|
|
|
var _undo_data = _get_undo_data(true)
|
|
var image : Image = project.frames[project.current_frame].cels[project.current_layer].image
|
|
for x in big_bounding_rectangle.size.x:
|
|
for y in big_bounding_rectangle.size.y:
|
|
var pos := Vector2(x, y) + big_bounding_rectangle.position
|
|
if project.can_pixel_get_drawn(pos):
|
|
image.set_pixelv(pos, Color(0))
|
|
commit_undo("Draw", _undo_data)
|
|
|
|
|
|
func select_all() -> void:
|
|
var project := Global.current_project
|
|
var _undo_data = _get_undo_data(false)
|
|
clear_selection()
|
|
var full_rect = Rect2(Vector2.ZERO, project.size)
|
|
select_rect(full_rect)
|
|
commit_undo("Rectangle Select", _undo_data)
|
|
|
|
|
|
func invert() -> void:
|
|
move_content_confirm()
|
|
var project := Global.current_project
|
|
var _undo_data = _get_undo_data(false)
|
|
var selection_bitmap_copy : BitMap = project.selection_bitmap.duplicate()
|
|
selection_bitmap_copy = project.resize_bitmap(selection_bitmap_copy, project.size)
|
|
project.invert_bitmap(selection_bitmap_copy)
|
|
project.selection_bitmap = selection_bitmap_copy
|
|
Global.current_project.selection_bitmap_changed()
|
|
self.big_bounding_rectangle = project.get_selection_rectangle(selection_bitmap_copy)
|
|
project.selection_offset = Vector2.ZERO
|
|
commit_undo("Rectangle Select", _undo_data)
|
|
|
|
|
|
func clear_selection(use_undo := false) -> void:
|
|
var project := Global.current_project
|
|
if !project.has_selection:
|
|
return
|
|
move_content_confirm()
|
|
var _undo_data = _get_undo_data(false)
|
|
var selection_bitmap_copy : BitMap = project.selection_bitmap.duplicate()
|
|
selection_bitmap_copy = project.resize_bitmap(selection_bitmap_copy, project.size)
|
|
var full_rect = Rect2(Vector2.ZERO, selection_bitmap_copy.get_size())
|
|
selection_bitmap_copy.set_bit_rect(full_rect, false)
|
|
project.selection_bitmap = selection_bitmap_copy
|
|
|
|
self.big_bounding_rectangle = Rect2()
|
|
project.selection_offset = Vector2.ZERO
|
|
update()
|
|
if use_undo:
|
|
commit_undo("Clear Selection", _undo_data)
|
|
|
|
|
|
func get_preview_image() -> void:
|
|
var project : Project = Global.current_project
|
|
var cel_image : Image = project.frames[project.current_frame].cels[project.current_layer].image
|
|
if original_preview_image.is_empty():
|
|
# original_preview_image.copy_from(cel_image)
|
|
original_preview_image = cel_image.get_rect(big_bounding_rectangle)
|
|
original_preview_image.lock()
|
|
# For non-rectangular selections
|
|
for x in range(0, big_bounding_rectangle.size.x):
|
|
for y in range(0, big_bounding_rectangle.size.y):
|
|
var pos := Vector2(x, y)
|
|
if !project.can_pixel_get_drawn(pos + big_bounding_rectangle.position):
|
|
original_preview_image.set_pixelv(pos, Color(0, 0, 0, 0))
|
|
|
|
original_preview_image.unlock()
|
|
preview_image.copy_from(original_preview_image)
|
|
preview_image_texture.create_from_image(preview_image, 0)
|
|
|
|
var clear_image := Image.new()
|
|
clear_image.create(original_preview_image.get_width(), original_preview_image.get_height(), false, Image.FORMAT_RGBA8)
|
|
cel_image.blit_rect_mask(clear_image, original_preview_image, Rect2(Vector2.ZERO, Global.current_project.selection_bitmap.get_size()), big_bounding_rectangle.position)
|
|
Global.canvas.update_texture(project.current_layer)
|