img.c File Reference

#include <stdio.h>
#include <stdlib.h>
#include <math.h>
#include <string.h>
#include <time.h>
#include "include/halflife.h"
#include "include/studynr.h"
#include "include/img.h"

Functions
void	imgInit (IMG *image)
void	imgEmpty (IMG *image)
int	imgAllocate (IMG *image, int planes, int rows, int columns, int frames)
char *	imgUnit (int dunit)
char *	imgIsotope (IMG *img)
void	imgInfo (IMG *image)
int	imgDecayCorrection (IMG *image, int mode)
int	imgCopyhdr (IMG *image1, IMG *image2)
int	imgExtractRange (IMG *img1, IMG_RANGE r, IMG *img2)
Variables
char *	_imgStatusMessage []

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Function Documentation

int imgAllocate (  IMG *  image, int  planes, int  rows, int  columns, int  frames )

Allocates memory for img data. Old contents are not saved. Returns: Returns 0 if ok.

int imgCopyhdr (  IMG *  image1, IMG *  image2 )

Copies the header fields from one image struct to another. Does not copy memory addresses or sizes. Frame times and plane numbers are copied, if possible. Returns: Returns 0 if ok. Parameters: image1  Pointer to input IMG data image2  Pointer to output IMG data

int imgDecayCorrection (  IMG *  image, int  mode )

Corrects (mode=1) or removes correction (mode=0) for physical decay. Removal is based on existing decay correction factors, if possible. Returns: Returns 0, if ok. Parameters: image  Pointer to IMG data mode  0=Remove decay correction; 1=Correct for decay

void imgEmpty (  IMG *  image  )

Free memory that is allocated for IMG.

int imgExtractRange (  IMG *  img1, IMG_RANGE  r, IMG *  img2 )

Extract a smaller 4D image from inside an IMG. Any existing data is overwritten. Returns: Returns 0 if ok.

void imgInfo (  IMG *  image  )

Prints img information to stdout; mainly for testing purposes.

void imgInit (  IMG *  image  )

Call this once before any use of IMG data.

char* imgIsotope (  IMG *  img  )

Returns pointer to string describing the isotope in image data

char* imgUnit (  int  dunit  )

Returns pointer to string describing the calibrated image data unit Parameters: dunit  0="unknown", 1="cnts/sec", 2="counts", 3="kBq/mL", 4="sec*kBq/mL", 5="1/sec", 6="1/min", 7="mL/mL", 8="mL/dL", 9="mL/(mL*min)", 10="mL/(dL*min)", 11="unitless", 12="nCi/mL", 13="MBq/mL", 14="Bq/cc", 15="uCi/cc"

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Variable Documentation

char* _imgStatusMessage[]

Initial value: { "ok", "fault in calling routine", "out of memory" } Status (error) messages from image processing

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