/// <summary>
/// Use Lanczos Interpolation to scale the source matrix into the target matrix.
/// </summary>
public static void SetScaledLanczos(this Matrix <__dtct__> targetMat, Matrix <__dtct__> sourceMat)
{
targetMat.SetScaledOrder5(sourceMat, Fun.Lanczos3f);
}
public static void SetScaledBSpline3(this Matrix <__dtct__> targetMat, Matrix <__dtct__> sourceMat)
{
targetMat.SetScaledCubic(sourceMat, Fun.BSpline3f);
}
public static void SetScaledBSpline5(this Matrix <__dtct__> targetMat, Matrix <__dtct__> sourceMat)
{
targetMat.SetScaledOrder5(sourceMat, Fun.BSpline5f);
}
//# var intConfigs = new []
//# {
//# Tup.Create("byte", "Byte", "Fun", "Fun"),
//# Tup.Create("ushort", "UShort", "Fun", "Fun"),
//# Tup.Create("float", "", "Fun", "Fun"),
//# Tup.Create("byte", "Byte", "C3b", "C3f"),
//# Tup.Create("ushort", "UShort", "C3us", "C3f"),
//# Tup.Create("float", "", "C3f", "C3f"),
//# Tup.Create("byte", "Byte", "C4b", "C4f"),
//# Tup.Create("ushort", "UShort", "C4us", "C4f"),
//# Tup.Create("float", "", "C4f", "C4f"),
//# };
//# intConfigs.ForEach((dt, dtn, ct, fct) => {
//# var fun = ct == "Fun" ? ct : "Col";
//# var clampVal = dtn != "" && ct == "Fun";
//# var clampMap = dtn != "" && ct != "Fun";
//# var rfct = dtn == "" ? "" : "RawF";
//# var dtct = ct == "Fun" ? dt : dt + ", " + ct;
//# var it = ct == "Fun" ? dt : ct;
public static void SetScaledNearest(this Matrix <__dtct__> targetMat, Matrix <__dtct__> sourceMat)
{
targetMat.SetScaledLinear(sourceMat, (x, a, b) => x < 0.5 ? a : b,
(x, a, b) => x < 0.5 ? a : b);
}
