public void Main()
{
Log.Message("Reading image " + O.Src);
var imgData = CvInvoke.Imread(O.Src, ImreadModes.AnyColor);
var outData = new Mat(imgData.Size, imgData.Depth, imgData.NumberOfChannels);
Log.Message("Denoising using " + Options.Which);
XPhotoInvoke.DctDenoising(imgData, outData, O.Sigma, O.BlockSize);
Log.Message("Saving " + O.Dst);
outData.Save(O.Dst);
}
public static void Dct(DctArgs args)
{
Console.WriteLine("Reading image " + args.src);
var imgData = CvInvoke.Imread(args.src, ImreadModes.AnyColor);
var outData = new Mat();
Console.WriteLine("Denoising using " + nameof(Dct));
XPhotoInvoke.DctDenoising(imgData, outData, args.sigma.Value, args.psize);
Console.WriteLine("Saving " + args.dst);
outData.Bitmap.Save(args.dst);
}
public void Main()
{
Log.Message("Reading image " + O.Src);
var imgData = CvInvoke.Imread(O.Src, ImreadModes.AnyColor);
var outData = new Mat(imgData.Size, imgData.Depth, imgData.NumberOfChannels);
Log.Message("Denoising using " + Options.Which);
XPhotoInvoke.Bm3dDenoising(imgData, outData,
O.FilterStregth, O.TWindow, O.SWindow,
O.Block1, O.Block2, O.GroupSize, O.SlidingStep,
O.Beta, MapNorm(O.PickNorm)
);
Log.Message("Saving " + O.Dst);
outData.Save(O.Dst);
}
