public ImageWithName(ImageWithName original)
{
image = original.image;
name = original.name;
height = original.height;
width = original.width;
}
public static ImageWithName[] LoadImages(string imageSourcePath, string[] imgNameList)
{
var SourceImageList = new ImageWithName[imgNameList.Length];
Parallel.For(0, imgNameList.Length, (i) =>
{
Bitmap img = new Bitmap(imageSourcePath + imgNameList[i]);
SourceImageList[i] = new ImageWithName(img, imgNameList[i]);
});
return(SourceImageList);
}
public static ImageWithName InvertImage(ImageWithName img)
{
Parallel.For(0, img.height, (y) =>
{
Parallel.For(0, img.width, (x) =>
{
img.image[x, y] = ImageProcessor.InvertPixel(img.image[x, y]);
});
});
return(img);
}
public static ImageWithName InvertImage(ImageWithName img)
{
Gpu gpu = Gpu.Default;
gpu.For(0, img.height, (y) =>
{
gpu.For(0, img.width, (x) =>
{
img.image[x, y] = ImageProcessor.InvertPixel(img.image[x, y]);
});
});
return(img);
}
public static ImageWithName InvertImage(ImageWithName img)
{
Console.WriteLine("ooo");
using (MemoryBuffer<SimplePixel> buffer = gpu.Allocate<SimplePixel>(img.image.Length))
{
buffer.CopyFrom(img.Get1DArr(), 0, Index1.Zero, img.image.Length);
kernel(img.image.Length, buffer.View);
// Wait for the kernel to finish...
gpu.Synchronize();
return new ImageWithName(buffer.GetAsArray(), img.width, img.height, img.name); ;
}
}
public static void RunILGPU(string[] imgNameList)
{
Console.WriteLine("Loading");
ImageWithName[] SourceImageList = LoadImages(imageSourcePath, imgNameList);
ImageWithName[] OutImageList = new ImageWithName[imgNameList.Length];
//imageProcessingData = new string[SourceImageList.Length];
Console.WriteLine("Processing");
for (int i = 0; i < SourceImageList.Length; i++)
{
OutImageList[i] = ILGPUInverter.InvertImage(new ImageWithName());
}
Console.WriteLine("Saving");
SaveImages(imageOutPath, OutImageList);
}