artlayer

class ArtLayer(Photoshop):
    """An object within a document that contains the visual elements of the image

    (equivalent to a layer in the Adobe Photoshop application).

    """

    def __init__(self, parent: Any = None):
        super().__init__(parent=parent)
        self._flag_as_method(
            "add",
            "adjustBrightnessContrast",
            "adjustColorBalance",
            "adjustCurves",
            "adjustLevels",
            "applyAddNoise",
            "applyAverage",
            "applyBlur",
            "applyBlurMore",
            "applyClouds",
            "applyCustomFilter",
            "applyDeInterlace",
            "applyDespeckle",
            "applyDifferenceClouds",
            "applyDiffuseGlow",
            "applyDisplace",
            "applyDustAndScratches",
            "applyGaussianBlur",
            "applyGlassEffect",
            "applyHighPass",
            "applyLensBlur",
            "applyLensFlare",
            "applyMaximum",
            "applyMedianNoise",
            "applyMinimum",
            "applyMotionBlur",
            "applyNTSC",
            "applyOceanRipple",
            "applyOffset",
            "applyPinch",
            "delete",
            "duplicate",
            "invert",
            "link",
            "merge",
            "move",
            "posterize",
            "rasterize",
            "unlink",
            "convertToSmartObject",
        )

    @property
    def allLocked(self):
        return self.app.allLocked

    @allLocked.setter
    def allLocked(self, value):
        self.app.allLocked = value

    @property
    def blendMode(self):
        return self.app.blendMode

    @blendMode.setter
    def blendMode(self, mode):
        self.app.blendMode = mode

    @property
    def bounds(self):
        """The bounding rectangle of the layer."""
        return self.app.bounds

    @property
    def linkedLayers(self) -> list:
        """Get all layers linked to this layer.

        Returns:
            list: Layer objects"""
        return [ArtLayer(layer) for layer in self.app.linkedLayers]

    @property
    def name(self) -> str:
        return self.app.name

    @name.setter
    def name(self, text: str):
        self.app.name = text

    @property
    def fillOpacity(self):
        """The interior opacity of the layer. Range: 0.0 to 100.0."""
        return self.app.fillOpacity

    @fillOpacity.setter
    def fillOpacity(self, value):
        """The interior opacity of the layer. Range: 0.0 to 100.0."""
        self.app.fillOpacity = value

    @property
    def filterMaskDensity(self):
        return self.app.filterMaskDensity

    @filterMaskDensity.setter
    def filterMaskDensity(self, value):
        self.app.filterMaskDensity = value

    @property
    def filterMaskFeather(self):
        return self.app.filterMaskFeather

    @filterMaskFeather.setter
    def filterMaskFeather(self, value):
        self.app.filterMaskFeather = value

    @property
    def grouped(self) -> bool:
        """If true, the layer is grouped with the layer below."""
        return self.app.grouped

    @grouped.setter
    def grouped(self, value):
        self.app.grouped = value

    @property
    def isBackgroundLayer(self):
        """bool: If true, the layer is a background layer."""
        return self.app.isBackgroundLayer

    @isBackgroundLayer.setter
    def isBackgroundLayer(self, value):
        self.app.isBackgroundLayer = value

    @property
    def kind(self):
        """Get the layer kind.

        Returns:
            LayerKind: The kind of this layer.
        """
        try:
            js = """
            var ref = new ActionReference();
            ref.putEnumerated(charIDToTypeID("Lyr "), charIDToTypeID("Ordn"), charIDToTypeID("Trgt"));
            var desc = executeActionGet(ref);
            var layerType = desc.getInteger(stringIDToTypeID("layerKind"));
            layerType;
            """
            return int(self.eval_javascript(js))
        except Exception as e:
            print(f"Error getting layer kind: {str(e)}")
            return None

    @kind.setter
    def kind(self, layer_type):
        """set the layer kind."""
        self.app.kind = layer_type

    @property
    def layerMaskDensity(self):
        """The density of the layer mask (between 0.0 and 100.0)."""
        return self.app.layerMaskDensity

    @layerMaskDensity.setter
    def layerMaskDensity(self, value):
        self.app.layerMaskDensity = value

    @property
    def layerMaskFeather(self):
        """The feather of the layer mask (between 0.0 and 250.0)."""
        return self.app.layerMaskFeather

    @layerMaskFeather.setter
    def layerMaskFeather(self, value):
        self.app.layerMaskFeather = value

    @property
    def opacity(self):
        """The master opacity of the layer."""
        return round(self.app.opacity)

    @opacity.setter
    def opacity(self, value):
        self.app.opacity = value

    @property
    def parent(self):
        """The object’s container."""
        return self.app.parent

    @parent.setter
    def parent(self, value):
        """Set the object’s container."""
        self.app.parent = value

    @property
    def pixelsLocked(self):
        """If true, the pixels in the layer’s image cannot be edited."""
        return self.app.pixelsLocked

    @pixelsLocked.setter
    def pixelsLocked(self, value):
        self.app.pixelsLocked = value

    @property
    def positionLocked(self):
        """bool: If true, the pixels in the layer’s image cannot be moved
        within the layer."""
        return self.app.positionLocked

    @positionLocked.setter
    def positionLocked(self, value):
        self.app.positionLocked = value

    @property
    def textItem(self) -> TextItem:
        """The text that is associated with the layer. Valid only when ‘kind’
        is text layer.

        returns:
            TextItem:
        """
        return TextItem(self.app.textItem)

    @textItem.setter
    def textItem(self, value):
        self.app.textItem = value

    @property
    def transparentPixelsLocked(self):
        return self.app.transparentPixelsLocked

    @transparentPixelsLocked.setter
    def transparentPixelsLocked(self, value):
        self.app.transparentPixelsLocked = value

    @property
    def vectorMaskDensity(self):
        return self.app.vectorMaskDensity

    @vectorMaskDensity.setter
    def vectorMaskDensity(self, value):
        self.app.vectorMaskDensity = value

    @property
    def vectorMaskFeather(self):
        return self.app.vectorMaskFeather

    @vectorMaskFeather.setter
    def vectorMaskFeather(self, value):
        self.app.vectorMaskFeather = value

    @property
    def visible(self):
        return self.app.visible

    @visible.setter
    def visible(self, value):
        self.app.visible = value

    @property
    def length(self):
        return len(list(self.app))

    def add(self):
        return self.app.add()

    def adjustBrightnessContrast(self, brightness, contrast):
        """Adjusts the brightness and contrast.

        Args:
            brightness (int): The brightness amount. Range: -100 to 100.
            contrast (int): The contrast amount. Range: -100 to 100.

        """
        return self.app.adjustBrightnessContrast(brightness, contrast)

    def adjustColorBalance(
        self,
        shadows,
        midtones,
        highlights,
        preserveLuminosity,
    ):
        """Adjusts the color balance of the layer’s component channels.

        Args:
            shadows: The adjustments for the shadows. The array must include
                     three values (in the range -100 to 100), which represent
                     cyan or red, magenta or green, and yellow or blue, when
                     the document mode is CMYK or RGB.
            midtones: The adjustments for the midtones. The array must include
                      three values (in the range -100 to 100), which represent
                      cyan or red, magenta or green, and yellow or blue, when
                      the document mode is CMYK or RGB.
            highlights: The adjustments for the highlights. The array must
                        include three values (in the range -100 to 100), which
                        represent cyan or red, magenta or green, and yellow or
                        blue, when the document mode is CMYK or RGB.
            preserveLuminosity: If true, luminosity is preserved.

        """
        return self.app.adjustColorBalance(
            shadows,
            midtones,
            highlights,
            preserveLuminosity,
        )

    def adjustCurves(self, curveShape):
        """Adjusts the tonal range of the selected channel using up to fourteen
        points.



        Args:
            curveShape: The curve points. The number of points must be between
                2 and 14.

        Returns:

        """
        return self.app.adjustCurves(curveShape)

    def adjustLevels(
        self,
        inputRangeStart,
        inputRangeEnd,
        inputRangeGamma,
        outputRangeStart,
        outputRangeEnd,
    ):
        """Adjusts levels of the selected channels.

        Args:
            inputRangeStart:
            inputRangeEnd:
            inputRangeGamma:
            outputRangeStart:
            outputRangeEnd:

        Returns:

        """
        return self.app.adjustLevels(
            inputRangeStart,
            inputRangeEnd,
            inputRangeGamma,
            outputRangeStart,
            outputRangeEnd,
        )

    def applyAddNoise(self, amount, distribution, monochromatic):
        return self.app.applyAddNoise(amount, distribution, monochromatic)

    def applyDiffuseGlow(self, graininess, amount, clear_amount):
        """Applies the diffuse glow filter.

        Args:
            graininess: The amount of graininess. Range: 0 to 10.
            amount: The glow amount. Range: 0 to 20.
            clear_amount: The clear amount. Range: 0 to 20.

        Returns:

        """
        return self.app.applyDiffuseGlow(graininess, amount, clear_amount)

    def applyAverage(self):
        """Applies the average filter."""
        return self.app.applyAverage()

    def applyBlur(self):
        """Applies the blur filter."""
        return self.app.applyBlur()

    def applyBlurMore(self):
        """Applies the blur more filter."""
        return self.app.applyBlurMore()

    def applyClouds(self):
        """Applies the clouds filter."""
        return self.app.applyClouds()

    def applyCustomFilter(self, characteristics, scale, offset):
        """Applies the custom filter."""
        return self.app.applyCustomFilter(characteristics, scale, offset)

    def applyDeInterlace(self, eliminateFields, createFields):
        """Applies the de-interlace filter."""
        return self.app.applyDeInterlace(eliminateFields, createFields)

    def applyDespeckle(self):
        return self.app.applyDespeckle()

    def applyDifferenceClouds(self):
        """Applies the difference clouds filter."""
        return self.app.applyDifferenceClouds()

    def applyDisplace(
        self,
        horizontalScale,
        verticalScale,
        displacementType,
        undefinedAreas,
        displacementMapFile,
    ):
        """Applies the displace filter."""
        return self.app.applyDisplace(
            horizontalScale,
            verticalScale,
            displacementType,
            undefinedAreas,
            displacementMapFile,
        )

    def applyDustAndScratches(self, radius, threshold):
        """Applies the dust and scratches filter."""
        return self.app.applyDustAndScratches(radius, threshold)

    def applyGaussianBlur(self, radius):
        """Applies the gaussian blur filter."""
        return self.app.applyGaussianBlur(radius)

    def applyGlassEffect(
        self,
        distortion,
        smoothness,
        scaling,
        invert,
        texture,
        textureFile,
    ):
        return self.app.applyGlassEffect(
            distortion,
            smoothness,
            scaling,
            invert,
            texture,
            textureFile,
        )

    def applyHighPass(self, radius):
        """Applies the high pass filter."""
        return self.app.applyHighPass(radius)

    def applyLensBlur(
        self,
        source,
        focalDistance,
        invertDepthMap,
        shape,
        radius,
        bladeCurvature,
        rotation,
        brightness,
        threshold,
        amount,
        distribution,
        monochromatic,
    ):
        """Apply the lens blur filter."""
        return self.app.applyLensBlur(
            source,
            focalDistance,
            invertDepthMap,
            shape,
            radius,
            bladeCurvature,
            rotation,
            brightness,
            threshold,
            amount,
            distribution,
            monochromatic,
        )

    def applyLensFlare(self, brightness, flareCenter, lensType):
        return self.app.applyLensFlare(brightness, flareCenter, lensType)

    def applyMaximum(self, radius):
        self.app.applyMaximum(radius)

    def applyMedianNoise(self, radius):
        self.app.applyMedianNoise(radius)

    def applyMinimum(self, radius):
        self.app.applyMinimum(radius)

    def applyMotionBlur(self, angle, radius):
        self.app.applyMotionBlur(angle, radius)

    def applyNTSC(self):
        self.app.applyNTSC()

    def applyOceanRipple(self, size, magnitude):
        self.app.applyOceanRipple(size, magnitude)

    def applyOffset(self, horizontal, vertical, undefinedAreas):
        self.app.applyOffset(horizontal, vertical, undefinedAreas)

    def applyPinch(self, amount):
        self.app.applyPinch(amount)

    def remove(self):
        """Removes this layer from the document."""
        self.app.delete()

    def rasterize(self, target: RasterizeType):
        self.app.rasterize(target)

    def posterize(self, levels):
        self.app.posterize(levels)

    def move(self, relativeObject, insertionLocation):
        self.app.move(relativeObject, insertionLocation)

    def merge(self):
        return ArtLayer(self.app.merge())

    def link(self, with_layer):
        self.app.link(with_layer)

    def unlink(self):
        """Unlink this layer from any linked layers."""
        self.app.unlink()

    def invert(self):
        self.app.invert()

    def duplicate(self, relativeObject=None, insertionLocation=None):
        """Duplicates the layer.

        Args:
            relativeObject: Layer or LayerSet.
            insertionLocation: The location to insert the layer.

        Returns:
            ArtLayer: The duplicated layer.

        """
        dup = self.app.duplicate(relativeObject, insertionLocation)
        return ArtLayer(dup)

    def convertToSmartObject(self):
        """Converts the layer to a smart object.

        Returns:
            ArtLayer: The converted smart object layer.

        """
        # Convert layer to smart object using JavaScript
        js = """
        var idnewPlacedLayer = stringIDToTypeID("newPlacedLayer");
        executeAction(idnewPlacedLayer, undefined, DialogModes.NO);
        """
        self.eval_javascript(js)
        return self