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Diffstat (limited to 'graphics/cimg/files/patch-CImg.h')
| -rw-r--r-- | graphics/cimg/files/patch-CImg.h | 83 |
1 files changed, 83 insertions, 0 deletions
diff --git a/graphics/cimg/files/patch-CImg.h b/graphics/cimg/files/patch-CImg.h new file mode 100644 index 000000000000..553df423e69c --- /dev/null +++ b/graphics/cimg/files/patch-CImg.h @@ -0,0 +1,83 @@ +--- CImg.h.orig Mon Nov 6 15:26:08 2006 ++++ CImg.h Mon Nov 6 19:33:58 2006 +@@ -20255,10 +20255,10 @@ + \ref cimg_library::cimg namespace as a default namespace, since it contains functions whose names are already + defined in the standard C/C++ library. + +- - The class \ref cimg_library::CImg<T> represents images up to 4-dimensions wide, containing pixels of type \c T ++ - The class \ref cimg_library::CImg<T> represents images up to 4-dimensions wide, containing pixels of type \c T + (template parameter). This is actually the main class of the library. + +- - The class \ref cimg_library::CImgList<T> represents lists of cimg_library::CImg<T> images. It can be used for instance ++ - The class \ref cimg_library::CImgList<T> represents lists of cimg_library::CImg<T> images. It can be used for instance + to store different frames of an image sequence. + + - The class \ref cimg_library::CImgDisplay is able to display images or image lists into graphical display windows. +@@ -20411,16 +20411,16 @@ + compressed image format (GIF,PNG,...). + See also cimg_library::CImg::get_load_convert() and cimg_library::CImg::save_convert() for more informations. + +- - \b \c cimg_plugin : This variable tells the library to use a plugin file to add features to the CImg<T> class. +- Define it with the path of your plugin file, if you want to add member functions to the CImg<T> class, +- without having to modify directly the \c "CImg.h" file. An include of the plugin file is performed in the CImg<T> ++ - \b \c cimg_plugin : This variable tells the library to use a plugin file to add features to the CImg<T> class. ++ Define it with the path of your plugin file, if you want to add member functions to the CImg<T> class, ++ without having to modify directly the \c "CImg.h" file. An include of the plugin file is performed in the CImg<T> + class. If \c cimg_plugin if not specified (default), no include is done. + +- - \b \c cimglist_plugin : Same as \c cimg_plugin, but to add features to the CImgList<T> class. ++ - \b \c cimglist_plugin : Same as \c cimg_plugin, but to add features to the CImgList<T> class. + +- - \b \c cimgdisplay_plugin : Same as \c cimg_plugin, but to add features to the CImgDisplay<T> class. ++ - \b \c cimgdisplay_plugin : Same as \c cimg_plugin, but to add features to the CImgDisplay<T> class. + +- - \b \c cimgstats_plugin : Same as \c cimg_plugin, but to add features to the CImgStats<T> class. ++ - \b \c cimgstats_plugin : Same as \c cimg_plugin, but to add features to the CImgStats<T> class. + + All these compilation variables can be checked, using the function cimg_library::cimg::info(), which + displays a list of the different configuration variables and their values on the standard error output. +@@ -20587,7 +20587,7 @@ + This macro loops over the pixel data buffer of the image \c img, using an offset \c , + starting from the beginning of the buffer (first pixel, \c off=0) + till the end of the buffer (last pixel value, <tt>off = img.size()-1</tt>). +- - \c img must be a (non empty) cimg_library::CImg<T> image of pixels \c T. ++ - \c img must be a (non empty) cimg_library::CImg<T> image of pixels \c T. + - \c off is an inner-loop variable, only defined inside the scope of the loop. + + Here is an example of use : +@@ -20683,7 +20683,7 @@ + + For all these loops, \c x and \c y are inner-defined variables only visible inside the scope of the loop. + They don't have to be defined before the call of the macro. +- \c img is a non empty CImg<T> image. \c z and \c v are constants that define on which image slice and ++ \c img is a non empty CImg<T> image. \c z and \c v are constants that define on which image slice and + vector channel the loop must apply (usually both 0 for grayscale 2D images). + Finally, \c I is the 2x2, 3x3, 4x4 or 5x5 neighborhood that will be updated with the correct pixel values + during the loop (see \ref lo9). +@@ -20697,7 +20697,7 @@ + + For all these loops, \c x, \c y and \c z are inner-defined variables only visible inside the scope of the loop. + They don't have to be defined before the call of the macro. +- \c img is a non empty CImg<T> image. \c v is a constant that defines on which image channel ++ \c img is a non empty CImg<T> image. \c v is a constant that defines on which image channel + the loop must apply (usually 0 for grayscale 3D images). + Finally, \c I is the 2x2x2 or 3x3x3 neighborhood that will be updated with the correct pixel values + during the loop (see \ref lo9). +@@ -20741,7 +20741,7 @@ + values than the nearest valid pixel in the image (this is also called the \e Neumann \e border \e condition). + + \subsection lo10 Neighborhood as a reference +- It is also possible to define neighborhood variables as references to classical C-arrays or CImg<T> images, instead of ++ It is also possible to define neighborhood variables as references to classical C-arrays or CImg<T> images, instead of + allocating new variables. This is done by adding \c _ref to the macro names used for the neighborhood definition : + + - \b CImg_2x2x1_ref(I,type,tab) : Define a 2x2 neighborhood named \c I, of type \c type, as a reference to \c tab. +@@ -20751,7 +20751,7 @@ + - \b CImg_2x2x2_ref(I,type,tab) : Define a 2x2x2 neighborhood named \c I, of type \c type, as a reference to \c tab. + - \b CImg_3x3x3_ref(I,type,tab) : Define a 3x3x3 neighborhood named \c I, of type \c type, as a reference to \c tab. + +- \c tab can be a one-dimensionnal C-style array, or a non empty \c CImg<T> image. Both objects must have ++ \c tab can be a one-dimensionnal C-style array, or a non empty \c CImg<T> image. Both objects must have + same sizes as the considered neighborhoods. + + \subsection lo11 Example codes |