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| MEDCON(3) | Library Functions Manual | MEDCON(3) |
NAME¶
medcon - (X)MedCon's C Library - Medical Image Conversion Utility
LIBRARY¶
(X)MedCon C library ( libmdc.a )
SYNOPSIS¶
#include "medcon.h"
-----------------------------------------------------------------------
Important Global Variables
-----------------------------------------------------------------------
char prefix[MDC_MAX_PREFIX+1]; /* prefix for new filenames */ /* command-line input data */ char *mdc_arg_files[]; /* pointers to input files */ int mdc_arg_convs[]; /* conversions selected */ int mdc_arg_total[]; /* total files & conversions*/ /* options set at command-line */ char MDC_INSTITUTION[]; /* name of institution */ Int8 MDC_COLOR_MAP; /* gray color palette selected */ Int8 MDC_PADDING_MODE; /* resized image padding mode */ Int8 MDC_ANLZ_SPM; /* Analyze/SPM scaling factor */ Int8 MDC_ANLZ_OPTIONS; /* Analyze/SPM request params */ Int8 MDC_DICOM_MOSAIC_ENABLED; /* DICOM: mosaic support enabled */ Int8 MDC_DICOM_MOSAIC_FORCED; /* DICOM: mosaic preset forced */ Int8 MDC_DICOM_MOSAIC_DO_INTERL; /* DICOM: mosaic forced interlaced */ Int8 MDC_DICOM_MOSAIC_FIX_VOXEL; /* DICOM: mosaic fix voxel sizes */ Int8 MDC_DICOM_WRITE_IMPLICIT; /* DICOM: write little implicit */ Int8 MDC_DICOM_WRITE_NOMETA; /* DICOM: write without meta header */ Int8 MDC_DICOM_WRITE_ENCAP_UNCOMP; /* DICOM: write encap. uncompressed */ Int8 MDC_FORCE_RESCALE; /* user specified slope/intercept */ Int8 MDC_FORCE_CONTRAST; /* user specified centre/width */ Int8 MDC_INFO; /* default print header info */ Int8 MDC_INTERACTIVE; /* interactive read of raw file */ Int8 MDC_CONVERT; /* image conversion requested */ Int8 MDC_EXTRACT; /* extract images */ Int8 MDC_RENAME; /* rename base filename */ Int8 MDC_ECHO_ALIAS; /* echo alias name based on ID's */ Int8 MDC_EDIT_FI; /* edit FILEINFO struct */ Int8 MDC_PIXELS; /* print specified pix values */ Int8 MDC_PIXELS_PRINT_ALL; /* print all pix values */ Int8 MDC_NEGATIVE; /* allow negative pixel values */ Int8 MDC_QUANTIFY; /* quantitation with one factor */ Int8 MDC_CALIBRATE; /* quantitation with two factors */ Int8 MDC_CONTRAST_REMAP; /* apply contrast remapping */ Int8 MDC_DEBUG; /* give debug info */ Int8 MDC_VERBOSE; /* run in verbose mode */ Int8 MDC_GIF_OPTIONS; /* request for extra GIF options */ Int8 MDC_MAKE_GRAY; /* forced remap color to gray scale */ Int8 MDC_DITHER_COLOR; /* apply dither on color reduction */ Int8 MDC_NORM_OVER_FRAMES; /* normalize over images in a frame */
/* instead of all images */ Int8 MDC_SKIP_PREVIEW; /* skip the first (preview) slice */ Int8 MDC_IGNORE_PATH; /* ignore path in INTF data fname */ Int8 MDC_SINGLE_FILE; /* write INTF as single file */ Int8 MDC_FORCE_INT; /* force integer pixels */ Int8 MDC_INT16_BITS_USED; /* bits to use for Int16 type */ Int8 MDC_TRUE_GAP; /* spacing = true gap/overlap */ Int8 MDC_ALIAS_NAME; /* use alias name based on ID's */ Int8 MDC_PREFIX_DISABLED; /* prevent the prefix in names */ Int8 MDC_PREFIX_ACQ; /* use acquisition number as prefix */ Int8 MDC_PREFIX_SER; /* use series number as prefix */ Int8 MDC_PATIENT_ANON; /* make patient anonymous */ Int8 MDC_PATIENT_IDENT; /* give patient identification */ Int8 MDC_FILE_OVERWRITE; /* allow file overwriting */ Int8 MDC_FILE_STDIN; /* input from stdin stream */ Int8 MDC_FILE_STDOUT; /* output to stdout stream */ Int8 MDC_FILE_SPLIT; /* split up file in parts */ Int8 MDC_FILE_STACK; /* stack up files */ Int8 MDC_FLIP_HORIZONTAL; /* flip horizontal (x) */ Int8 MDC_FLIP_VERTICAL; /* flip vertical (y) */ Int8 MDC_SORT_REVERSE; /* reverse sorting */ Int8 MDC_SORT_CINE_APPLY; /* cine apply sorting */ Int8 MDC_SORT_CINE_UNDO; /* cine undo sorting */ Int8 MDC_MAKE_SQUARE; /* make square image */ Int8 MDC_CROP_IMAGES; /* crop image dimensions */ Int8 MDC_RESLICE; /* reslice images (tra, sag, cor) */ Int8 MDC_FRMT_INPUT; /* format used for stdin */ Int8 MDC_ECAT6_SORT; /* ECAT sort order */ Int8 MDC_FALLBACK_FRMT; /* fallback read format */
-----------------------------------------------------------------------
Important Defines
-----------------------------------------------------------------------
/* representation of supported formats */ #define MDC_FRMT_NONE 0 /* unsupported format */ #define MDC_FRMT_RAW 1 /* Read Interactive */
/* Write RAW Binary */ #define MDC_FRMT_ASCII 2 /* Write RAW Ascii */ #define MDC_FRMT_GIF 3 /* GIF89a or GIF87a */ #define MDC_FRMT_ACR 4 /* Acr/Nema 2.0 (Papyrus) */ #define MDC_FRMT_INW 5 /* INW (RUG) */ #define MDC_FRMT_ECAT6 6 /* Siemens/CTI ECAT 6.4 */ #define MDC_FRMT_ECAT7 7 /* Siemens/CTI ECAT 7.2 */ #define MDC_FRMT_INTF 8 /* Interfile v3.3 */ #define MDC_FRMT_ANLZ 9 /* Analyze (SPM) */ #define MDC_FRMT_DICM 10 /* DICOM 3.0 */ #define MDC_FRMT_PNG 11 /* PNG */ #define MDC_FRMT_CONC 12 /* Concorde uPet */ #define MDC_FRMT_NIFTI 13 /* NIfTI-1 */ #define MDC_MAX_FMTS 14 /* total + 1 */ /* supported color maps */ #define MDC_MAP_PRESENT 0 /* 256 RGB colormap */ #define MDC_MAP_GRAY 1 /* grayscale colormap */ #define MDC_MAP_INVERTED 2 /* inverted colormap */ #define MDC_MAP_RAINBOW 3 /* rainbow colormap */ #define MDC_MAP_COMBINED 4 /* combined colormap */ #define MDC_MAP_HOTMETAL 5 /* hotmetal colormap */ #define MDC_MAP_LOADED 6 /* extern LUT loaded */
-----------------------------------------------------------------------
Important Structures
-----------------------------------------------------------------------
/* static related data */ typedef struct Static_Data_t {
char label[MDC_MAXSTR]; /* label name of image */ /* Ant/Post */
float total_counts; /* total counts in image */
float image_duration; /* duration of image (ms) */
Int16 start_time_hour; /* start time hour */
Int16 start_time_minute; /* start time minute */
Int16 start_time_second; /* start time second */ } STATIC_DATA; /* gated SPECT related data */ typedef struct Gated_Data_t {
Int8 gspect_nesting; /* gated spect nesting */
float nr_projections; /* number of projections */
float extent_rotation; /* extent of rotation */
float study_duration; /* study duration (ms) */
float image_duration; /* image duration (ms) */
float time_per_proj; /* time per proj (ms) */
float window_low; /* lower limit (ms) */
float window_high; /* higher limit (ms) */
float cycles_observed; /* cardiac cycles observed*/
float cycles_acquired; /* cardiac cycles acquired*/ } GATED_DATA; /* acquisition data */ typedef struct Acquisition_Data_t {
Int16 rotation_direction; /* direction of rotation */
Int16 detector_motion; /* type detector motion */
float rotation_offset; /* centre rotation offset */
float radial_position; /* radial position */
float angle_start; /* start angle (interfile)*/ /* 180 - dicom */
float angle_step; /* angular step */
float scan_arc; /* angular range */ } ACQ_DATA; /* dynamic data */ typedef struct Dynamic_Data_t {
Uint32 nr_of_slices; /* images in time frame */
float time_frame_start; /* start time frame (ms) */
float time_frame_delay; /* delay this frame (ms) */
float time_frame_duration; /* duration frame (ms) */
float delay_slices; /* delay each slice (ms) */ } DYNAMIC_DATA; /* bed data */ typedef struct Bed_Data_t {
float hoffset; /* horizon. position (mm) */
float voffset; /* vertical position (mm) */ } BED_DATA; /* images related data */ typedef struct Image_Data_t {
/* ** general data ** */
Uint32 width,height; /* image dimension */
Int16 bits,type; /* bits/pixel & datatype */
Uint16 flags; /* extra flag */
double min, max; /* min/max pixelvalue */
double qmin, qmax; /* quantified min/max */
double fmin, fmax; /* min/max in whole frame */
double qfmin, qfmax; /* in whole frame (quant) */
float rescale_slope; /* rescale slope */ /* auto filled */
float rescale_intercept; /* rescale intercept */ /* auto filled */
Uint32 frame_number; /* part of frame (1-based)*/ /* auto filled */
float slice_start; /* start of slice (ms) */ /* auto filled */
Uint8 *buf; /* pointer to raw image */
off_t load_location; /* load start in file */
/* ** internal items ** */
Int8 rescaled; /* rescaled image? */
double rescaled_min; /* new rescaled max */
double rescaled_max; /* new rescaled min */
double rescaled_fctr; /* new rescaled fctr */
double rescaled_slope; /* new rescaled slope */
double rescaled_intercept; /* new rescaled intercept */
/* ** ecat64 items ** */
Int16 quant_units; /* quantification units */
Int16 calibr_units; /* calibration units */
float quant_scale; /* quantification scale */
float calibr_fctr; /* calibration factor */
float intercept; /* scale intercept */
float pixel_xsize; /* pixel size X (mm) */
float pixel_ysize; /* pixel size Y (mm) */
float slice_width; /* slice width (mm) */
float recon_scale; /* recon magnification */
/* ** Acr/Nema items ** */
float image_pos_dev[3]; /* image posit dev (mm) */
float image_orient_dev[6]; /* image orient dev (mm) */
float image_pos_pat[3]; /* image posit pat (mm) */
float image_orient_pat[6]; /* image orient pat (mm) */
float slice_spacing; /* space btw centres (mm) */
float ct_zoom_fctr; /* CT image zoom factor */
/* ** Miscellaneous ** */
STATIC_DATA *sdata; /* extra static entries */ /* just one */
unsigned char *plugb; /* like to attach here? */ } IMG_DATA; /* the file information struct */ typedef struct File_Info_t {
FILE *ifp; /* pointer to input file */
FILE *ifp_raw; /* pointer to raw input */
FILE *ofp; /* pointer to output file */
FILE *ofp_raw; /* pointer to raw output */
char ipath[MDC_MAX_PATH+1]; /* path to input file */
char opath[MDC_MAX_PATH+1]; /* path to output file */
char *idir; /* dir to input file */
char *odir; /* dir to output file */
char *ifname; /* name of input file */
char *ofname; /* name of output file */
int iformat; /* format of input file */
int oformat; /* format of output file */
int modality; /* modality */
Int8 rawconv; /* FRMT_RAW | FRMT_ASCII */
Int8 endian; /* endian of file */
Int8 compression; /* file compression */
Int8 truncated; /* truncated file? */
Int8 diff_type; /* images with diff type? */
Int8 diff_size; /* images with diff size? */
Int8 diff_scale; /* images with diff scale?*/
Uint32 number; /* total number of images */ /* private */
Uint32 mwidth,mheight; /* global max dimensions */
Int16 bits, type; /* global bits & datatype */
Int16 dim[MDC_MAX_DIMS]; /* [0] = # of dimensions */
/* [1] = X-dim (pixels) */
/* [2] = Y-dim (pixels) */
/* [3] = Z-dim (planes) */
/* [4] = (frames) */
/* [5] = (gates) */
/* [6] = (beds) */
/* ... */
/* values must be 1-based */
float pixdim[MDC_MAX_DIMS]; /* [0] = # of dimensions */
/* [1] = X-dim (mm) */
/* [2] = Y-dim (mm) */
/* [3] = Z-dim (mm) */
/* [4] = time (ms) */
/* ... */
double glmin, glmax; /* global min/max value */
double qglmin, qglmax; /* quantified min/max */
Int8 contrast_remapped; /* contrast remap applied */
float window_centre; /* contrast window centre */
float window_width; /* contrast window width */
Int8 slice_projection; /* projection of images */
Int8 pat_slice_orient; /* combined flag */
char pat_pos[MDC_MAXSTR]; /* patient position */
char pat_orient[MDC_MAXSTR]; /* patient orientation */
char patient_sex[MDC_MAXSTR]; /* sex of patient */
char patient_name[MDC_MAXSTR];/* name of patient */
char patient_id[MDC_MAXSTR]; /* id of patient */
char patient_dob[MDC_MAXSTR]; /* birth of patient */ /* YYYYMMDD */
float patient_weight; /* weight of patient (kg) */
float patient_height; /* height of patient (m) */
char operator_name[MDC_MAXSTR];/* name of scan operator */
char study_descr[MDC_MAXSTR]; /* study description */
char study_id[MDC_MAXSTR]; /* study id */
Int16 study_date_day; /* day of study (1-31) */
Int16 study_date_month; /* month of study (1-12) */
Int16 study_date_year; /* year of study */
Int16 study_time_hour; /* hour of study */
Int16 study_time_minute; /* minute of study */
Int16 study_time_second; /* second of study */
Int16 dose_time_hour; /* hour of dose start */
Int16 dose_time_minute; /* minute of dose start */
Int16 dose_time_second; /* second of dose start */
Int32 nr_series; /* series number */
Int32 nr_acquisition; /* acquisition number */
Int32 nr_instance; /* instance number */
Int16 acquisition_type; /* acquisition type */
Int16 planar; /* planar or tomo ? */
Int16 decay_corrected; /* decay corrected ? */
Int16 flood_corrected; /* flood corrected ? */
Int16 reconstructed; /* reconstructed ? */
char recon_method[MDC_MAXSTR]; /* reconstruction method */
char institution[MDC_MAXSTR]; /* name of institution */
char manufacturer[MDC_MAXSTR]; /* name of manufacturer */
char series_descr[MDC_MAXSTR]; /* series description */
char radiopharma[MDC_MAXSTR]; /* radiopharmaceutical */
char filter_type[MDC_MAXSTR]; /* filter type */
char organ_code[MDC_MAXSTR]; /* organ */
char isotope_code[MDC_MAXSTR]; /* isotope */
float isotope_halflife; /* isotope halflife (sec) */
float injected_dose; /* amount injected (MBq) */
float gantry_tilt; /* gantry tilt */
Uint8 map; /* indexed 256 colormap */
Uint8 palette[768]; /* global palette */
char *comment; /* whatever comment */
Uint32 comm_length; /* length of comment */
Uint32 gatednr; /* number of gated entries*/ /* now 0 or 1 */
GATED_DATA *gdata; /* array of GATED_DATA */
Uint32 acqnr; /* number acq. entries */
ACQ_DATA *acqdata; /* array ACQ_DATA entries */
Uint32 dynnr; /* number of time frames */
DYNAMIC_DATA *dyndata; /* array of DYNAMIC_DATA */
Uint32 bednr; /* number bed positions */
BED_DATA * beddata; /* array of BED_DATA */
IMG_DATA *image; /* array IMG_DATA images */
MOD_INFO *mod; /* modality related info */
unsigned char *pluga; /* want to attach stuff? */ } FILEINFO;
------------------------------------------------------------------------
Important Functions
------------------------------------------------------------------------
void MdcInit (void); void MdcFinish (void); int MdcHandleArgs ( FILEINFO *fi, int argc, char *argv[], int MAXFILES ); void MdcPrintUsage ( char *pgrname ); int MdcOpenFile ( FILEINFO *fi, char *path ); int MdcReadFile ( FILEINFO *fi, int filenr, char *(*ReadFunc)(FILEINFO *fi) ); int MdcWriteFile ( FILEINFO *fi, int format, int prefixnr, char *(*WriteFunc)(FILEINFO *fi) ); void MdcInitFI ( FILEINFO *fi, char *path ); void MdcFreeIDs ( FILEINFO *fi ); void MdcCleanUpFI ( FILEINFO *fi ); void MdcResetIDs ( FILEINFO *fi ); void MdcPrintFI ( FILEINFO *fi ); void MdcCloseFile ( FILE *fp ); void MdcSplitPath ( char path[], char **dir, char **fname ); int MdcGetFrmt ( FILEINFO *fi ); void MdcGetColorMap ( int map, Uint8 palette[] ); char *MdcImagesPixelFiddle( FILEINFO *fi); void MdcPrntMesg ( char *fmt, ... ); void MdcPrntWarn ( char *fmt, ... ); void MdcPrntErr ( int code, char *fmt, ... ); char *MdcReadACR ( FILEINFO *fi ); char *MdcReadANLZ ( FILEINFO *fi ); char *MdcReadCONC ( FILEINFO *fi ); char *MdcReadDICM ( FILEINFO *fi ); char *MdcReadECAT6 ( FILEINFO *fi ); char *MdcReadECAT7 ( FILEINFO *fi ); char *MdcReadGIF ( FILEINFO *fi ); char *MdcReadINTF ( FILEINFO *fi ); char *MdcReadINW ( FILEINFO *fi ); char *MdcReadNIFTI ( FILEINFO *fi ); char *MdcReadPNG ( FILEINFO *fi ); char *MdcReadRAW ( FILEINFO *fi ); char *MdcWriteACR ( FILEINFO *fi ); char *MdcWriteANLZ ( FILEINFO *fi ); char *MdcWriteCONC ( FILEINFO *fi ); char *MdcWriteDICM ( FILEINFO *fi ); char *MdcWriteECAT6 ( FILEINFO *fi ); char *MdcWriteECAT7 ( FILEINFO *fi ); char *MdcWriteGIF ( FILEINFO *fi ); char *MdcWriteINTF ( FILEINFO *fi ); char *MdcWriteINW ( FILEINFO *fi ); char *MdcWriteNIFTI ( FILEINFO *fi ); char *MdcWritePNG ( FILEINFO *fi ); char *MdcWriteRAW ( FILEINFO *fi );
DESCRIPTION¶
The (X)MedCon library is intended for easy use of read/write routines for the supported medical image formats. Our original testing format was Ecat 6.4. The FILEINFO structure holds all the interesting parameters and pointers to each image. A fast introduction ...
- MdcInit(), MdcFinish()
- The very first and very last function to call when using this library. Currently changes occur to the signal handler for floating point exceptions and the program's locale.
- MdcHandleArgs()
- Parser for the command-line arguments. Last function argument determines the maximum of input files allowed. The absolute maximum is MDC_MAX_FILES defined in the library.
- MdcPrintUsage()
- Prints possible (X)MedCon command line options and terminates the program.
- MdcOpenFile()
- Initializes FILEINFO struct and opens the file with or without decompression.
- MdcReadFile()
- Reads the (decompressed) file with format autodetection or by trying a fallback format, initializes a (grayscale) colormap and does the obligated pixel handling. The last argument enables the use of an external read function.
- MdcWriteFile()
- Writes a file in the supplied format. Last argument is a number used in the prefix of the output filename. Give a negative value when a personal prefix was prepared. The last argument enables the use of an external write function.
- MdcCloseFile()
- Closes the file and sets the pointer to NULL.
- MdcInitFI()
- Initializes the FILEINFO structure.
- MdcFreeIDs()
- Cleans the IMG_DATA structures by freeing all allocated memory.
- MdcCleanUpFI()
- Cleans the FILEINFO structure. The routine makes use of FreeIDs().
- MdcResetIDs()
- Resets the IMG_DATA structures. This is necessary after each conversion.
- MdcPrintFI()
- Prints the content of the FILEINFO structure. Useful for debug purposes.
- MdcSplitPath()
- Splits the path in a string into directory and filename.
- MdcGetFrmt()
- Checks the format of the file. For the return value, see the representation of the supported formats under the section `Important Defines'. With the MDC_INTERACTIVE variable ON, the function returns MDC_FRMT_RAW; see also MdcReadRAW().
- MdcGetColorMap()
- Fills a 256 byte RGB palette with the requested grayscale colormap.
- MdcImagesPixelFiddle()
- Performs all the pixel by pixel processes such as swapping bytes, make positive values, quantification, rescaling, filling the FILEINFO structure with global & image variables and check some important parameters. This function is required after a file was read!
- MdcPrntMesg()
- Prints a message. Argument is a variable parameter list.
- MdcPrntWarn()
- Prints a warning. Argument is a variable parameter list.
- MdcPrntErr()
- Prints an error and quits the program. The first argument is the error code.
- MdcReadACR() - MdcWriteACR()
- Reads and writes Acr/Nema files.
- MdcReadANLZ() - MdcWriteANLZ()
- Reads and writes Analyze (SPM) files.
- MdcReadCONC() - MdcWriteCONC()
- Reads and writes Concorde microPET.
- MdcReadDICM() - MdcWriteDICM()
- Reads and writes DICOM files.
- MdcReadECAT6() - MdcWriteECAT6()
- Reads and writes ECAT 6.4 files.
- MdcReadECAT7() - MdcWriteECAT7()
- Reads and writes ECAT 7.2 files.
- MdcReadGIF() - MdcWriteGIF()
- Reads GIF87a & GIF89a, writes annimated GIF89a files.
- MdcReadINTF() - MdcWriteINTF()
- Reads and writes Interfile 3.3 files.
- MdcReadINW() - MdcWriteINW()
- Reads and writes RUG INW files.
- MdcReadNIFTI() - MdcWriteNIFTI()
- Reads and writes NIfTI-1 files.
- MdcReadPNG() - MdcWritePNG()
- Reads and writes PNG files.
- MdcReadRAW() - MdcWriteRAW()
- Reads files of an unknown format interactively and writes raw image arrays without header in binary or ascii.
EXAMPLE¶
A sample C-source code to show the usage of the functions. Please, look into the project source code for more details.
-----------------------------------------------------------------------
/* filename: testit.c */
#include <stdio.h>
#include "medcon.h"
#define PROG_VERSION "TestIt v2.4"
void NewPrefix(int n)
{
sprintf(prefix,"my%02d-",n); /* max of MDC_MAX_PREFIX chars (5) */
}
int main(int argc, char *argv[])
{
FILEINFO fi;
int *total = mdc_arg_total; /* total arguments of files & conversions */
int *convs = mdc_arg_convs; /* counter for each conversion format */
char **files = mdc_arg_files; /* array of pointers to input filenames */
int f, c; /* some counters */
int t=0; /* counter for the output name prefix */
int convert, err=MDC_OK; /* some variables */
/* check arguments */
if (argc < 2) {
printf("%s - %s0,PROG_VERSION,MdcGetLibLongVersion());
printf("0urpose: a simplified example program0);
MdcPrintUsage(argv[0]);
}
/* init library */
MdcInit();
/* handle MedCon arguments, last argument determines max inputfiles */
if (MdcHandleArgs(&fi,argc,argv,MDC_MAX_FILES) != MDC_OK)
MdcPrintUsage(argv[0]);
/* check output/conversion formats */
if (total[MDC_CONVS] == 0) {
printf("0s: ERROR : No output format specified0,argv[0]);
return(MDC_BAD_CODE);
}
/* do the stuff for each input file */
for (f=0; f<total[MDC_FILES]; f++) {
if ((err = MdcOpenFile(&fi, files[f])) != MDC_OK) return(err);
if ((err = MdcReadFile(&fi, f+1, NULL)) != MDC_OK) return(err);
/* do the conversions */
if (total[MDC_CONVS] > 0) {
/* go through conversion formats */
for (c=1; c<MDC_MAX_FRMTS; c++) {
convert = convs[c];
/* write output format when selected */
while (convert -- > 0) {
if ((err = MdcWriteFile(&fi, c, t++, NULL)) != MDC_OK) {
MdcCleanUpFI(&fi);
return(err);
}
}
}
}
/* clean up FILEINFO struct */
MdcCleanUpFI(&fi);
}
/* finish library */
MdcFinish();
return(err);
}
-----------------------------------------------------------------------
Example `Makefile' for compiling `testit.c':
----------------------------------------------------------------------- # filename: Makefile CC = gcc CCOPTS = -Wall -g CFLAGS = $(CCOPTS) INCS = `xmedcon-config --cflags` LIBS = `xmedcon-config --libs` testit: testit.c
$(CC) $(CFLAGS) $(INCS) -o testit testit.c $(LIBS) # don't forget a <tab> before $(CC). You can lose this with copy/paste -----------------------------------------------------------------------
FILES¶
| /usr/local/xmedcon/include/ | Directory with header files.. |
| /usr/local/xmedcon/lib/ | Directory with libraries. |
| /usr/local/xmedcon/bin/ | Directory with executables. |
| /usr/local/xmedcon/man/ | Directory with man-pages. |
| /usr/local/xmedcon/etc/ | Directory with rcfiles. |
SEE ALSO¶
medcon(1), xmedcon(1), xmedcon-config(1)
m-acr(4), m-anlz(4), m-gif(4), m-intf(4), m-ecat(4), m-inw(4)
AUTHOR¶
(X)MedCon project was originally written by Erik Nolf (eNlf) for the former PET-Centre at Ghent University (Belgium).
| e-mail: | enlf-at-users.sourceforge.net | www: | http://xmedcon.sourceforge.net |