public static int kernelGetSum(this L_Kernel kel, out float psum)
{
if (null == kel)
{
throw new ArgumentNullException("kel cannot be null.");
}
return(Native.DllImports.kernelGetSum((HandleRef)kel, out psum));
}
public static int kernelGetParameters(this L_Kernel kel, out int psy, out int psx, out int pcy, out int pcx)
{
if (null == kel)
{
throw new ArgumentNullException("kel cannot be null.");
}
return(Native.DllImports.kernelGetParameters((HandleRef)kel, out psy, out psx, out pcy, out pcx));
}
public static int kernelSetOrigin(this L_Kernel kel, int cy, int cx)
{
if (null == kel)
{
throw new ArgumentNullException("kel cannot be null.");
}
return(Native.DllImports.kernelSetOrigin((HandleRef)kel, cy, cx));
}
public static int kernelWriteStream(IntPtr fp, L_Kernel kel)
{
if (null == kel)
{
throw new ArgumentNullException("kel cannot be null.");
}
return(Native.DllImports.kernelWriteStream(fp, (HandleRef)kel));
}
public static int kernelSetElement(this L_Kernel kel, int row, int col, float val)
{
if (null == kel)
{
throw new ArgumentNullException("kel cannot be null.");
}
return(Native.DllImports.kernelSetElement((HandleRef)kel, row, col, val));
}
public static int kernelWrite(string fname, L_Kernel kel)
{
if (null == kel)
{
throw new ArgumentNullException("kel cannot be null.");
}
return(Native.DllImports.kernelWrite(fname, (HandleRef)kel));
}
public static int makeGaussianKernelSep(int halfheight, int halfwidth, float stdev, float max, out L_Kernel pkelx, out L_Kernel pkely)
{
IntPtr pkelxPtr, pkelyPtr;
var result = Native.DllImports.makeGaussianKernelSep(halfheight, halfwidth, stdev, max, out pkelxPtr, out pkelyPtr);
pkelx = new L_Kernel(pkelxPtr);
pkely = new L_Kernel(pkelyPtr);
return(result);
}
public static void kernelDestroy(this L_Kernel pkel)
{
if (null == pkel)
{
throw new ArgumentNullException("pkel cannot be null");
}
var pointer = (IntPtr)pkel;
Native.DllImports.kernelDestroy(ref pointer);
}
public static L_Kernel kernelCopy(this L_Kernel kels)
{
if (null == kels)
{
throw new ArgumentNullException("kels cannot be null.");
}
var pointer = Native.DllImports.kernelCopy((HandleRef)kels);
if (IntPtr.Zero == pointer)
{
return(null);
}
else
{
return(new L_Kernel(pointer));
}
}
// Display a kernel in a pix
public static Pix kernelDisplayInPix(this L_Kernel kel, int size, int gthick)
{
if (null == kel)
{
throw new ArgumentNullException("kel cannot be null.");
}
var pointer = Native.DllImports.kernelDisplayInPix((HandleRef)kel, size, gthick);
if (IntPtr.Zero == pointer)
{
return(null);
}
else
{
return(new Pix(pointer));
}
}
public static Pix pixMultMatrixColor(this Pix pixs, L_Kernel kel)
{
if (null == pixs ||
null == kel)
{
throw new ArgumentNullException("pixs, kel cannot be null.");
}
var pointer = Native.DllImports.pixMultMatrixColor((HandleRef)pixs, (HandleRef)kel);
if (IntPtr.Zero == pointer)
{
return(null);
}
else
{
return(new Pix(pointer));
}
}
// Generic convolution(with float arrays)
public static FPix fpixConvolve(this FPix fpixs, L_Kernel kel, int normflag)
{
if (null == fpixs ||
null == kel)
{
throw new ArgumentNullException("pixs, kel cannot be null.");
}
var pointer = Native.DllImports.fpixConvolve((HandleRef)fpixs, (HandleRef)kel, normflag);
if (IntPtr.Zero == pointer)
{
return(null);
}
else
{
return(new FPix(pointer));
}
}
// Convolution with bias(for non-negative output)
public static Pix pixConvolveWithBias(this Pix pixs, L_Kernel kel1, L_Kernel kel2, int force8, out int pbias)
{
if (null == pixs ||
null == kel1 ||
null == kel2)
{
throw new ArgumentNullException("pixs, kel cannot be null.");
}
var pointer = Native.DllImports.pixConvolveWithBias((HandleRef)pixs, (HandleRef)kel1, (HandleRef)kel2, force8, out pbias);
if (IntPtr.Zero == pointer)
{
return(null);
}
else
{
return(new Pix(pointer));
}
}
public static Pix pixConvolveSep(this Pix pixs, L_Kernel kelx, L_Kernel kely, int outdepth, int normflag)
{
if (null == pixs ||
null == kelx ||
null == kely)
{
throw new ArgumentNullException("pixs, kel cannot be null.");
}
var pointer = Native.DllImports.pixConvolveSep((HandleRef)pixs, (HandleRef)kelx, (HandleRef)kely, outdepth, normflag);
if (IntPtr.Zero == pointer)
{
return(null);
}
else
{
return(new Pix(pointer));
}
}
public static Pix pixBilateralGrayExact(this Pix pixs, L_Kernel spatial_kel, L_Kernel range_kel)
{
if (null == pixs ||
null == spatial_kel ||
null == range_kel)
{
throw new ArgumentNullException("pixs, spatial_kel, range_kel cannot be null.");
}
var pointer = Native.DllImports.pixBilateralGrayExact((HandleRef)pixs, (HandleRef)spatial_kel, (HandleRef)range_kel);
if (IntPtr.Zero == pointer)
{
return(null);
}
else
{
return(new Pix(pointer));
}
}
