#include <RGBColorImage.h>
Inheritance diagram for prapi::RGBColorImage< T >:
Public Methods | |
| RGBColorImage (int size=1) | |
| Create a square matrix with the given number of rows and columns. | |
| RGBColorImage (int rows, int columns) | |
| Create an matrix with the given number of rows and columns. | |
| RGBColorImage (RGBColorImage &other) | |
| Copy an RGB color image. | |
| template<class U> | RGBColorImage (const Matrix< U > &other) |
| Copy an RGB color image of another content type. | |
| RGBColorImage & | operator= (const RGBColorImage &other) |
| Copy an RGB color image. | |
| RGBColorImage & | operator= (const RGBColor< T > &value) |
| Set each pixel in this image to the given value. | |
| Matrix< T > | getRed (void) const |
| Get the red channel as a monochrome matrix. | |
| Matrix< T > | getGreen (void) const |
| Get the green channel as a monochrome matrix. | |
| Matrix< T > | getBlue (void) const |
| Get the blue channel as a monochrome matrix. | |
| template<class U> void | transform (Matrix< U > &mat) throw (MatrixException&) |
| Multiply each multi-channel color pixel with the given transformation matrix. | |
| template<class U> RGBColorImage | getTransform (Matrix< U > &mat) const throw (MatrixException&) |
| Create a copy of this image and multiply each multi-channel color pixel in it with the given transformation matrix. | |
| RGBColorImage< double > | getNormalizedImage (void) const |
| Copy this image and transform each pixel in the copy to normalized RGB color space. | |
| Matrix< double > | getNormalizedRed (void) const |
| Get normalized red channel. | |
| Matrix< double > | getNormalizedGreen (void) const |
| Get normalized green channel. | |
| Matrix< double > | getNormalizedBlue (void) const |
| Get normalized blue channel. | |
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Copy this image and transform each pixel in the copy to normalized RGB color space. Each channel is divided by the intensity of the pixel. |
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Create a copy of this image and multiply each multi-channel color pixel in it with the given transformation matrix. This method can be used to transform the whole image to another color space without altering the original image. |
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Multiply each multi-channel color pixel with the given transformation matrix. This method can be used to transform the whole image to another color space. |