public void WarpAffine(CVArr dst, CVMat map_matrix, WarpFlags flags)
{
WarpAffine(dst, map_matrix, flags, new CVScalar());
}
internal static extern void cvWarpAffine(Arr src, Arr dst, Mat map_matrix, WarpFlags flags, Scalar fillval);
///<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));
}
internal static extern void cvLinearPolar(Arr src, Arr dst, Point2f center, double maxRadius, WarpFlags flags);
internal static extern void cvLogPolar(Arr src, Arr dst, Point2f center, double M, WarpFlags flags);
internal static extern void cvRemap(Arr src, Arr dst, Arr mapx, Arr mapy, WarpFlags flags, Scalar fillval);
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));
CVUtils.CheckLastError();
}
