public virtual void ApplyBitmap()
{
Bitmap tempBitmap = (Bitmap)LayerImage.Clone();
ImageImageSource imgSource = new ImageImageSource();
imgSource.Image = new mConvert(tempBitmap).BitmapToWritableBitmap();
CompositionLayer.Source = imgSource;
}
public virtual void ApplyStandardFilters()
{
CompositionLayer.BlendMode = Blend;
if (StandardModifiers[0])
{
ColorKeyFilter ColorMask = new ColorKeyFilter();
ColorMask.Color = new mImageColor(MaskColor).ToDynamicColor();
ColorMask.ColorTolerance = (byte)MaskSample;
CompositionLayer.Filters.Add(ColorMask);
}
if (StandardModifiers[1])
{
ClippingMaskFilter ImageMask = new ClippingMaskFilter();
ImageImageSource MaskLayerImage = new ImageImageSource();
MaskLayerImage.Image = new mConvert((Bitmap)MaskImage.Clone()).BitmapToWritableBitmap();
ImageMask.MaskImage = MaskLayerImage;
CompositionLayer.Filters.Add(ImageMask);
}
if (StandardModifiers[5])
{
CompositionLayer.Filters.Add(new mModifyResize((mModifyResize.ResizingMode)Xform[5], (mModifyResize.ScalingMode)Xform[6], Xform[3], Xform[4]).filter);
}
if (StandardModifiers[2])
{
OpacityAdjustmentFilter OpacityMask = new OpacityAdjustmentFilter();
OpacityMask.Opacity = (byte)Opacity;
CompositionLayer.Filters.Add(OpacityMask);
}
if (StandardModifiers[3])
{
RotationFilter Rotation = new RotationFilter();
Rotation.Angle = Xform[2];
CompositionLayer.Filters.Add(Rotation);
}
if (StandardModifiers[4])
{
CompositionLayer.X = Xform[0];
CompositionLayer.Y = Xform[1];
}
}
public mQuickComposite(Bitmap B, mModifier M)
{
image = new ImageImageSource();
layer = new ImageLayer();
CompositionObject = new Composition();
image.Image = new mConvert(B).BitmapToWritableBitmap();
layer.Source = image;
layer.Filters.Add(M.filter);
CompositionObject.Layers.Add(layer);
CompositionObject.ImageFormat = DynamicImageFormat.Png;
ModifiedBitmap = new Bitmap(new mConvert(CompositionObject.GenerateImage().Image).SourceToBitmap());
}
public mQuickComposite(Bitmap B, mModifiers M, wColor BackgroundColor)
{
image = new ImageImageSource();
layer = new ImageLayer();
CompositionObject = new Composition();
image.Image = new mConvert(B).BitmapToWritableBitmap();
layer.Source = image;
foreach (mModifier Modifier in M.Modifiers)
{
layer.Filters.Add(Modifier.filter);
}
Fill fill = new Fill();
fill.Type = FillType.Solid;
fill.BackgroundColor = new mImageColor(BackgroundColor).ToDynamicColor();
CompositionObject.ColorDepth = 16;
CompositionObject.ImageFormat = DynamicImageFormat.Png;
CompositionObject.Fill = fill;
RectangleShapeLayer rect = new RectangleShapeLayer();
rect.Fill = fill;
rect.Width = B.Width;
rect.Height = B.Height;
//CompositionObject.Layers.Add(rect);
CompositionObject.Layers.Add(layer);
GeneratedImage genImage = CompositionObject.GenerateImage();
genImage.Properties.ColorDepth = 16;
genImage.Properties.Format = DynamicImageFormat.Png;
ModifiedBitmap = new mConvert(genImage.Image).SourceToBitmap();
}
public mBlendMultiply(Bitmap SourceBitmap, Bitmap TargetBitmap, double T)
{
ImageImageSource ImageA = new ImageImageSource();
ImageA.Image = new mConvert(SourceBitmap).BitmapToSource();
LayerA.Source = ImageA;
Effect.Radius = (float)T;
ImageImageSource ImageB = new ImageImageSource();
ImageB.Image = new mConvert(TargetBitmap).BitmapToSource();
LayerB.Source = ImageB;
LayerB.BlendMode = BlendMode.Multiply;
LayerA.Filters.Add(Effect);
LayerB.Filters.Add(Effect);
Comp.Layers.Add(LayerB);
Comp.ImageFormat = DynamicImageFormat.Bmp;
ModifiedBitmap = new Bitmap(new mConvert(Comp.GenerateImage().Image).SourceToBitmap());
}
