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Bsoft 2.1.4
Bernard's software package
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Header file for reading and writing SUPRIM files. More...
#include "rwimg.h"
Classes | |
union | REG |
struct | SUPRIMhead |
Macros | |
#define | F_AVG 0 |
#define | BACKGROUND 0 |
#define | ANG_SAMP 1 |
#define | RAD_SAMP 2 |
#define | O_ROW_SZ 3 |
#define | O_COL_SZ 4 |
#define | ROW_ORG 5 |
#define | COL_ORG 6 |
#define | MASK_RAD 7 |
#define | F_NOTE_R 8 |
#define | F_NOTE_I 9 |
#define | SAMP_DIST 10 |
#define | NSLICES 11 |
#define | ENL_BP 12 |
#define | X_FMAX 12 |
#define | THE_BP 13 |
#define | PHI_BP 14 |
#define | FOUR_TR_CEN 15 |
#define | GSBAR 15 |
#define | X_NIMA 16 |
#define | SYMP2 17 |
#define | X_NPIX 17 |
#define | X_NCLU 18 |
#define | X_NCTR 19 |
#define | X_NAME 20 |
#define | X_LNAM 21 |
#define | X_NTRM 21 |
#define | X_NFAC 22 |
#define | X_NTYP 23 |
#define | FRTHDIM 24 |
#define | X_NIMI 26 |
#define | X_UFAC 27 |
#define | X_WALL 28 |
#define | SLICE_ORG 29 |
#define | NUM_POLYS 31 |
#define | X_FBEG 32 |
#define | PSI_BP 40 |
#define | X_TRP 70 |
#define | R_ANGX 81 |
#define | R_ANGY 82 |
#define | R_ANGZ 83 |
#define | R_NPROJ 84 |
#define | XGLOB 90 |
#define | YGLOB 91 |
#define | ROTGLOB 92 |
#define | XX_CELL 93 |
#define | XY_CELL 94 |
#define | YX_CELL 95 |
#define | YY_CELL 96 |
#define | IR_WINID 97 |
#define | O_SLICE_SZ 98 |
#define | CALIB 99 |
#define | NAV 100 |
#define | SUPRIMSIZE 548 |
#define | MAXREG 128 |
Functions | |
int | readSUPRIM (Bimage *p, int readdata) |
Reading a SUPRIM map image file format. A 3D image format used in electron microscopy. Header size: 36 bytes basic fields 512 bytes additional fields called "registers" up to 1024 bytes of "trace" records File format extensions: .spm, .sup Byte order determination: Version and third dimension values must be less than 256*256. Data types: 1 = byte, 2 = float, 3 = complex float, 4 = run-length-encoded float, 5 = short, 6 = RGB, 7 = int, 8 = double. Transform type: Standard. More... | |
int | writeSUPRIM (Bimage *p) |
Writing a SUPRIM map image file format. A 3D image format used in electron microscopy. More... | |
Header file for reading and writing SUPRIM files.
Format: 3D image file format for the SUPRIM package
#define ANG_SAMP 1 |
#define BACKGROUND 0 |
#define CALIB 99 |
#define COL_ORG 6 |
#define ENL_BP 12 |
#define F_AVG 0 |
#define F_NOTE_I 9 |
#define F_NOTE_R 8 |
#define FOUR_TR_CEN 15 |
#define FRTHDIM 24 |
#define GSBAR 15 |
#define IR_WINID 97 |
#define MASK_RAD 7 |
#define MAXREG 128 |
#define NAV 100 |
#define NSLICES 11 |
#define NUM_POLYS 31 |
#define O_COL_SZ 4 |
#define O_ROW_SZ 3 |
#define O_SLICE_SZ 98 |
#define PHI_BP 14 |
#define PSI_BP 40 |
#define R_ANGX 81 |
#define R_ANGY 82 |
#define R_ANGZ 83 |
#define R_NPROJ 84 |
#define RAD_SAMP 2 |
#define ROTGLOB 92 |
#define ROW_ORG 5 |
#define SAMP_DIST 10 |
#define SLICE_ORG 29 |
#define SUPRIMSIZE 548 |
#define SYMP2 17 |
#define THE_BP 13 |
#define X_FBEG 32 |
#define X_FMAX 12 |
#define X_LNAM 21 |
#define X_NAME 20 |
#define X_NCLU 18 |
#define X_NCTR 19 |
#define X_NFAC 22 |
#define X_NIMA 16 |
#define X_NIMI 26 |
#define X_NPIX 17 |
#define X_NTRM 21 |
#define X_NTYP 23 |
#define X_TRP 70 |
#define X_UFAC 27 |
#define X_WALL 28 |
#define XGLOB 90 |
#define XX_CELL 93 |
#define XY_CELL 94 |
#define YGLOB 91 |
#define YX_CELL 95 |
#define YY_CELL 96 |
int readSUPRIM | ( | Bimage * | p, |
int | readdata | ||
) |
Reading a SUPRIM map image file format. A 3D image format used in electron microscopy. Header size: 36 bytes basic fields 512 bytes additional fields called "registers" up to 1024 bytes of "trace" records File format extensions: .spm, .sup Byte order determination: Version and third dimension values must be less than 256*256. Data types: 1 = byte, 2 = float, 3 = complex float, 4 = run-length-encoded float, 5 = short, 6 = RGB, 7 = int, 8 = double. Transform type: Standard.
*p | the image structure. |
readdata | flag to activate reading of image data. |
int writeSUPRIM | ( | Bimage * | p | ) |
Writing a SUPRIM map image file format. A 3D image format used in electron microscopy.
*p | the image structure. |