/// <summary>
/// Convolves the image with the kernel
/// </summary>
public CVImage Filter2D(CVMat kernel, Point anchor)
{
CVImage dst = this.Clone();
PInvoke.cvFilter2D(new __CvArrPtr(this), new __CvArrPtr(dst), new __CvMatPtr(kernel), new __CvPoint(anchor));
return(dst);
}
internal struct __CvMatPtr { public IntPtr ptr; public __CvMatPtr(CVMat mat)
{
ptr = mat.Ptr;
}
public void WarpAffine(CVArr dst, CVMat map_matrix)
{
WarpAffine(dst, map_matrix, WarpFlags.CV_WARP_FILL_OUTLIERS | WarpFlags.CV_WARP_INVERSE_MAP);
}
public void WarpAffine(CVArr dst, CVMat map_matrix, WarpFlags flags)
{
WarpAffine(dst, map_matrix, flags, new CVScalar());
}
///<summary>
/// Warps image with affine transform
/// TODO: Remove 'dst' argument and return a CVImage object
///</summary>
public void WarpAffine(CVArr dst, CVMat map_matrix, WarpFlags flags, CVScalar fillval)
{
PInvoke.cvWarpAffine(new __CvArrPtr(this), new __CvArrPtr(dst), new __CvMatPtr(map_matrix), (int)flags, new __CvScalar(fillval));
}
public void CalcPyramid(CVArr container, CVMat levels, int level_count)
{
CalcPyramid(container, levels, level_count, PyrFilter.CV_GAUSSIAN_5x5);
}
/// <summary>
/// Builds the whole pyramid at once. Output array of CvMat headers (levels[*])
// is initialized with the headers of subsequent pyramid levels
/// TODO: Remove 'container' argument and return an object
/// </summary>
public void CalcPyramid(CVArr container, CVMat levels, int level_count, PyrFilter filter)
{
PInvoke.cvCalcPyramid(new __CvImagePtr(this), new __CvArrPtr(container), levels.Ptr, level_count, (int)filter);
}
public CVImage Filter2D(CVMat kernel)
{
return(Filter2D(kernel, new Point(-1, -1)));
}
public __CvMatPtr(CVMat mat)
{
ptr = mat.Ptr;
}
public void WarpAffine(CVArr dst, CVMat map_matrix, WarpFlags flags)
{
WarpAffine(dst, map_matrix, flags, new CVScalar());
}
public void WarpAffine(CVArr dst, CVMat map_matrix)
{
WarpAffine(dst, map_matrix, WarpFlags.CV_WARP_FILL_OUTLIERS | WarpFlags.CV_WARP_INVERSE_MAP);
}
///<summary>
/// Warps image with affine transform
/// TODO: Remove 'dst' argument and return a CVImage object
///</summary>
public void WarpAffine(CVArr dst, CVMat map_matrix, WarpFlags flags, CVScalar fillval)
{
PInvoke.cvWarpAffine(new __CvArrPtr(this), new __CvArrPtr(dst), new __CvMatPtr(map_matrix), (int)flags, new __CvScalar(fillval));
CVUtils.CheckLastError();
}
public CVImage Filter2D(CVMat kernel)
{
return Filter2D(kernel, new Point(-1, -1));
}
/// <summary>
/// Convolves the image with the kernel
/// </summary>
public CVImage Filter2D(CVMat kernel, Point anchor)
{
CVImage dst = this.Clone();
PInvoke.cvFilter2D(new __CvArrPtr(this), new __CvArrPtr(dst), new __CvMatPtr(kernel), new __CvPoint(anchor));
CVUtils.CheckLastError();
return dst;
}
public void CalcPyramid(CVArr container, CVMat levels, int level_count)
{
CalcPyramid(container, levels, level_count, PyrFilter.CV_GAUSSIAN_5x5);
}
/// <summary>
/// Builds the whole pyramid at once. Output array of CvMat headers (levels[*])
// is initialized with the headers of subsequent pyramid levels
/// TODO: Remove 'container' argument and return an object
/// </summary>
public void CalcPyramid(CVArr container, CVMat levels, int level_count, PyrFilter filter)
{
PInvoke.cvCalcPyramid(new __CvImagePtr(this), new __CvArrPtr(container), levels.Ptr, level_count, (int)filter);
CVUtils.CheckLastError();
}
