public static PImage ToImage(this NSData data, CGSize destSize, nfloat destScale, Configuration config, TaskParameter parameters, BaseDecoder.RCTResizeMode resizeMode = BaseDecoder.RCTResizeMode.ScaleAspectFit, ImageInformation imageinformation = null, bool allowUpscale = false)
{
var decoded = BaseDecoder.SourceRegfToDecodedImage(data, destSize, destScale, config, parameters, resizeMode, imageinformation, allowUpscale);
PImage result;
if (decoded.IsAnimated)
{
#if __IOS__
result = PImage.CreateAnimatedImage(decoded.AnimatedImages
.Select(v => v.Image)
.Where(v => v?.CGImage != null).ToArray(), decoded.AnimatedImages.Sum(v => v.Delay) / 100.0);
#elif __MACOS__
result = new PImage();
var repr = decoded.AnimatedImages
.Select(v => v.Image.Representations().First())
.ToArray();
result.AddRepresentations(repr);
#endif
}
else
{
result = decoded.Image;
}
return(result);
}
public static NSImage LoadImageFromSvg(this string svg, Size size, NSColor color = null)
{
var normal = svg.LoadImageFromSvg(size, 1, color).ToImageRep();
var retina = svg.LoadImageFromSvg(size, 2, color).ToImageRep();
var combinedImage = new NSImage();
combinedImage.MatchesOnMultipleResolution = true;
combinedImage.AddRepresentations(new NSImageRep [] { normal, retina });
return(combinedImage);
}