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https://github.com/Orama-Interactive/Pixelorama.git
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449ee60d49
* Moved Reference Images to it's Folder * Moved the rest to their respective folders * formatting * Fix formatting I removed the `PackedScene` static typing declaration to reduce the number of characters in the line to less than 100. It's not really needed anyway, as Godot should be able to figure out that it's a PackedScene, since it's a tscn file, simply by using `:=`. * reverting some changes * Removed some un-expected things * Fixed TransparentChecker Code * fix typo * Revert it I didn't realize it was intended * Removed unneded changes * removed some unexpected changes Co-authored-by: Emmanouil Papadeas <35376950+OverloadedOrama@users.noreply.github.com>
95 lines
2.3 KiB
GDScript
95 lines
2.3 KiB
GDScript
class_name ReferenceImage
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extends Sprite
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# A class describing a reference image
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signal properties_changed
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var project = Global.current_project
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var image_path: String = ""
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var filter = false
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func _ready() -> void:
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project.reference_images.append(self)
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func change_properties() -> void:
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emit_signal("properties_changed")
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# Resets the position and scale of the reference image.
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func position_reset() -> void:
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position = project.size / 2.0
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if texture != null:
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scale = (
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Vector2.ONE
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* min(project.size.x / texture.get_width(), project.size.y / texture.get_height())
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)
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else:
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scale = Vector2.ONE
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# Serialize details of the reference image.
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func serialize() -> Dictionary:
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return {
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"x": position.x,
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"y": position.y,
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"scale_x": scale.x,
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"scale_y": scale.y,
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"modulate_r": modulate.r,
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"modulate_g": modulate.g,
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"modulate_b": modulate.b,
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"modulate_a": modulate.a,
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"filter": filter,
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"image_path": image_path
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}
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# Load details of the reference image from a dictionary.
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# Be aware that new ReferenceImages are created via deserialization.
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# This is because deserialization sets up some nice defaults.
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func deserialize(d: Dictionary) -> void:
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modulate = Color(1, 1, 1, 0.5)
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if d.has("image_path"):
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# Note that reference images are referred to by path.
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# These images may be rather big.
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# Also
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image_path = d["image_path"]
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var img := Image.new()
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if img.load(image_path) == OK:
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var itex := ImageTexture.new()
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# don't do FLAG_REPEAT - it could cause visual issues
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itex.create_from_image(img, Texture.FLAG_MIPMAPS)
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texture = itex
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# Now that the image may have been established...
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position_reset()
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if d.has("x"):
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position.x = d["x"]
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if d.has("y"):
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position.y = d["y"]
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if d.has("scale_x"):
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scale.x = d["scale_x"]
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if d.has("scale_y"):
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scale.y = d["scale_y"]
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if d.has("modulate_r"):
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modulate.r = d["modulate_r"]
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if d.has("modulate_g"):
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modulate.g = d["modulate_g"]
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if d.has("modulate_b"):
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modulate.b = d["modulate_b"]
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if d.has("modulate_a"):
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modulate.a = d["modulate_a"]
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if d.has("filter"):
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filter = d["filter"]
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change_properties()
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# Useful for HTML5
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func create_from_image(image: Image) -> void:
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var itex := ImageTexture.new()
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# don't do FLAG_REPEAT - it could cause visual issues
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itex.create_from_image(image, Texture.FLAG_MIPMAPS | Texture.FLAG_FILTER)
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texture = itex
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position_reset()
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