//Bitmap Image { get; set; }
//public ImageBasedPSFGenerator(Bitmap image)
//{
// Image = image;
//}
public PSFDescription GeneratePSF(int maxRadius)
{
PSFDescription desc = new PSFDescription();
desc.deltasByRadius = new Delta[maxRadius + 1][];
for (int radius = 0; radius < maxRadius + 1; radius++)
{
List <Delta> deltas = new List <Delta>();
// scale the original image to size [2*radius; 2*radius]
//
// for each X
// for each Y
// compute derivative approximation (X difference)
// if (diffX != 0)
// add a new delta
//deltas.Add(new Delta(-radius, 0, 1));
desc.deltasByRadius[radius] = deltas.ToArray();
}
return(desc);
}
/// <summary>
/// Generate PSF deltas for radii [0; maxRadius]
/// </summary>
/// <param name="maxRadius"></param>
/// <returns></returns>
public PSFDescription GeneratePSF(int maxRadius)
{
PSFDescription desc = new PSFDescription();
desc.deltasByRadius = new Delta[maxRadius + 1][];
for (int radius = 0; radius <= maxRadius; radius++)
{
Bitmap psfImage = CirclePSFGenerator.CreateCircle(radius, SmoothingMode.None);
List<Delta> deltas = DiffHorizontally(psfImage, radius);
desc.deltasByRadius[radius] = deltas.ToArray();
}
return desc;
}
/// <summary>
/// Generate PSF deltas for radii [0; maxRadius]
/// </summary>
/// <param name="maxRadius"></param>
/// <returns></returns>
public PSFDescription GeneratePSF(int maxRadius)
{
PSFDescription desc = new PSFDescription();
desc.deltasByRadius = new Delta[maxRadius + 1][];
for (int radius = 0; radius <= maxRadius; radius++)
{
Bitmap psfImage = CirclePSFGenerator.CreateCircle(radius, SmoothingMode.None);
List <Delta> deltas = DiffHorizontally(psfImage, radius);
desc.deltasByRadius[radius] = deltas.ToArray();
}
return(desc);
}
//Bitmap Image { get; set; }
//public ImageBasedPSFGenerator(Bitmap image)
//{
// Image = image;
//}
public PSFDescription GeneratePSF(int maxRadius)
{
PSFDescription desc = new PSFDescription();
desc.deltasByRadius = new Delta[maxRadius + 1][];
for (int radius = 0; radius < maxRadius + 1; radius++)
{
List<Delta> deltas = new List<Delta>();
// scale the original image to size [2*radius; 2*radius]
//
// for each X
// for each Y
// compute derivative approximation (X difference)
// if (diffX != 0)
// add a new delta
//deltas.Add(new Delta(-radius, 0, 1));
desc.deltasByRadius[radius] = deltas.ToArray();
}
return desc;
}