Represents the algorithm type used in resizing the image.
Members
| Value | Member | Description |
|---|---|---|
| 0 | Normal | This is the fastest one. Not recommended, because aliasing is present everywhere. |
| 2 | Resample | Use linear interpolation and averaging to produce a higher-quality image. |
| 4 | Bicubic | Bicubic interpolation and averaging produces a high quality image. This is slower than ResizeInterpolateCommandType.Bilinear. |
| 5 | Triangle | Triangular-peaked weighting average produces a high quality image. |
| 6 | Hermite | Hermite interpolation produces a good quality image better than ResizeInterpolateCommandType.Bresenham but less than ResizeInterpolateCommandType.Bilinear. It uses the cubic spline from Hermite interpolation. This is Slower than ResizeInterpolateCommandType.Bilinear. |
| 7 | Bell | Bell interpolation to produces a high quality .This filter blurs the image and at the same time it resizes if you want a performance similar to bicubic filtering, but your source image is noisy, then try this on. |
| 8 | QuadraticBSpline | Quadratic B-Spline interpolation produces a smooth quality image but less than ResizeInterpolateCommandType.CubicBSpline. This is Faster than ResizeInterpolateCommandType.Bicubic but less than ResizeInterpolateCommandType.CubicBSpline. |
| 9 | CubicBSpline | Cubic B-Spline interpolation produces a very smooth quality image(most blurry). One step further from ResizeInterpolateCommandType.Bell. A bit slower and more blurred image, but less noisy and less sharp). This is faster than ResizeInterpolateCommandType.Bicubic. |
| 10 | BoxFilter | Equivalent to Nearest Neighbor on upsampling, averages pixels on downsampling, gives best result for images with single pixels lines. |
| 11 | Lanczos | Lanczos interpolation that uses Sinc (sinx/x) to produce a high quality image. Provides the best quality but it's rather slow. |
| 12 | Michell | Michel interpolation produces a smooth quality image but less than ResizeInterpolateCommandType.Bell. A bit slower and more blurred image, but less noisy and less sharp. This is faster than ResizeInterpolateCommandType.QuadraticBSpline. This is Slower than ResizeInterpolateCommandType.Bell. A bit slower and more blurred image, but less noisy and less sharp. This is slower than ResizeInterpolateCommandType.Bicubic. |
| 13 | Cosine | Uses the Cosine function in the interpolation to produce a good quality image. |
| 14 | Catrom | CatmullRom interpolation produces a high quality image. Slower than ResizeInterpolateCommandType.Bicubic, but faster than ResizeInterpolateCommandType.Lanczos. |
| 15 | Quadratic | Quadratic interpolation produces a high quality image, but less than ResizeInterpolateCommandType.Bilinear. Slower than ResizeInterpolateCommandType.Bicubic. |
| 16 | CubicConvolution | Interpolation to produce high quality image (enhances the image edges). Slower than ResizeInterpolateCommandType.Bicubic. |
| 17 | Bilinear | Bilinear interpolation and averaging produces a high-quality image. It is fast but slower than ResizeInterpolateCommandType.Normal and ResizeInterpolateCommandType.Bresenham. |
| 18 | Bresenham | Bresenham interpolation and averaging produces a good quality image(better than ResizeInterpolateCommandType.Normal). This is Slower than ResizeInterpolateCommandType.Normal but faster than ResizeInterpolateCommandType.Bilinear. |
