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neuralregionmap.c File Reference

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Detailed Description

NeuralRegionMap class implementation.

Header

/u/nn/cvsroot/lissom/src/neuralregionmap.c,v 1.135 2003/01/19 09:07:05 jbednar Exp

Definition in file neuralregionmap.c.

#include <utility>
#include "neuralregionmap.h"
#include "matriximage.h"
#include "matrixadapter.h"
#include "imagegrid.h"
#include "ppm_draw.h"
#include "globals.h"
#include "worldviews.h"
#include "loopspec.h"
#include "stimulusparametermap.h"
#include "pathspecification.h"

Include dependency graph for neuralregionmap.c:

Go to the source code of this file.

Compounds
class	measure_stimulus_map_iteration
	Function object for passing to LoopSpecs_ExecuteNested in measure_stimulus_map. More...
Defines
#define	BINARY_FILE_FLAGS
#define	PARAM_ARO(bboard, name_str, initial_value, options, doc)
Functions
void	ppm_write_to_file (const string &filebase, const Plot::AARImage<> &img)
	Basic write of an image to a specified file.
template<class OutputRectangle, class InputRectangle> OutputRectangle	weightbounds_to_subregion (const InputRectangle &r)
	Unfortunately, the weight bounds and the plotting subregions use very different notions of what constitutes a box, w.r.t.
template<class T1, class T2> T1	accum_num_calls (const T1 &accum, const T2 *p)
	Accumulates the product of ->num(); used below for figuring out dimensionality of a set of loops.

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Define Documentation

#define PARAM_ARO (  bboard, name_str, initial_value, options, doc    )

Value: PARAM_A(bboard,name_str,initial_value,options,doc);\ bboard.lookup(name_str).add_setfn(new setfnobj2_read_only_param_setfn2())

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Function Documentation

void ppm_write_to_file (  const string &    filebase, const Plot::AARImage<> &    img )

Basic write of an image to a specified file. Not specific to NeuralRegionMap, and can be moved to AARImage, etc. if useful Definition at line 71 of file neuralregionmap.c. References Plot::AARImage< PixelType, PixelMatrix >::ppm_write().

template<class OutputRectangle, class InputRectangle> OutputRectangle weightbounds_to_subregion (  const InputRectangle &    r )  [inline]

Unfortunately, the weight bounds and the plotting subregions use very different notions of what constitutes a box, w.r.t. floating-point vs. integer, end inclusion, and sign. This function converts between the two conventions (in either direction). It may be appropriate to move it elsewhere. Definition at line 98 of file neuralregionmap.c.

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