Development

Files
file	mccodimage.h
	This file hold the basic type declarations used in the C functions of Pink.
file	mcimage.h
	This file holds the basic image allocation functions.
file	pyexport.hpp
	This file defines the macros, which facilitate the export of functions in Python. The emphasis is given to multiple inclusion of template functions with all different types. As python cannot 'compile' in runtime, you must compile the template functions with all the possible image types. The macros and templates in this file ease you do that.
file	ui_convert_if.hpp
	This function is used for automated type casting. It contains template algorithms that cast the 'ujoi<>' classes to 'xvimage*'. As it is a casting it is done in constant time, no pixel values are copied.
file	ui_make_function.hpp
	This is a helper function for exporting Pink C functions in Python. Note that this template file is rarely used directly and is called by the UI_WRAP_FUNCTION macro.
file	ui_make_malloc.hpp
	This is a helper function for exporting Pink C functions in Python. Note that this template file is rarely used directly and is called by the UI_WRAP_FUNCTION macro.
file	ui_make_result.hpp
	This is a helper function for exporting Pink C functions in Python. Note that this template file is rarely used directly and is called by the UI_WRAP_RESULT macro.
file	ui_make_value.hpp
	This is a helper function for exporting Pink C functions in Python. Note that this template file is rarely used directly and is called by the UI_WRAP_VALUE macro.
file	ui_wrap_function.hpp
	This is a helper function for exporting Pink C functions in Python. This file defines 'UI_WRAP_FUNCTION'.
file	ui_wrap_function.hpp
	This is a helper function for exporting Pink C functions in Python. This file defines 'UI_WRAP_FUNCTION'.
file	ujimage.hpp
	This file contains the C++ image class declarations.
file	gradient_abs.cpp
	Computes the absolute value of the gradient of the spline approximation of the image.
file	maxflow.cpp
	Calculates the optimal surface segmentation with the maximum flow algorithm [1].
file	measure.cpp
	Normalized absolute measure calculated from the image.
file	ungerflow.cpp
	Noise filtering with the Ungerflow algorithm [1].