largeIP(API)
From EosPedia
DataManip/largeIP is API.
constant
#define LARGE_IP_IMAGE_WIDTH (4000) #define LARGE_IP_IMAGE_HEIGHT (8192)
struct
typedef unsigned short largeIPImageType; typedef long largeIPParaTypeInteger; typedef float largeIPParaTypeReal;
typedef struct largeIPParaTypeIntCoord {
largeIPParaTypeInteger x;
largeIPParaTypeInteger y;
} largeIPParaTypeIntCoord;
typedef struct largeIPImageInfo {
largeIPParaTypeIntCoord start;
largeIPParaTypeIntCoord step;
largeIPParaTypeIntCoord length;
} largeIPSubImageInfo;
#ifdef M68
typedef struct largeIP {
char name[10];
char vers[10];
char crnm[20]; /* Sample name */
char crsy[12];
float alng;
float blng;
float clng;
float alfa;
float beta;
float gamm;
char spgr[12];
float mosc;
char memo[80]; /* Film Cassette type */
char res1[84];
char date[12];
char opnm[20]; /* Operator */
char trgt[4]; /* X-ray source */
float wlng; /* Wave length */
char mcro[20]; /* Monochromator */
float m2ta;
char colm[20]; /* Collimator */
char filt[4];
float camr; /* Camera length */
float vltg; /* Acceralation */
float crnt; /* Ring current */
char focs[12]; /* Beam line */
char optc[80];
int cyld;
float weis; /* Coupling constant */
char res2[56];
char mnax[4];
char bmax[4];
float phi0; /* Speed of omega */
float phis; /* Omega start */
float phie; /* Omega end */
long oscn; /* Number of oscillations */
float fext; /* Exposure time */
float drtx; /* Beam position Y */
float drtz; /* Beam position Z */
float omga;
float fkai;
float thta;
float mu; /* Mu */
char res3[204];
long xpxl; /* Number of pixel (drum scanning direction) */
long zpxl; /* Number of pixel (drum axis direction) */
float xsiz; /* Pixel size */
float zsiz; /* pixel size */
long rlng; /* Record length of drum scanning direction */
long rnum; /* Number of record == Read Line */
long ipst; /* Start line */
long ipnm; /* IP number */
float rato;
float ft_1;
float ft_2;
char host[10];
char ip[10];
int dr_x;
int dr_z;
int drxz;
char res4[180];
char file[16];
char cmnt[20];
char smpl[20];
int iext;
int reso;
int save;
long dint;
int byte;
int init;
int ipus;
int dexp;
char res5[936];
char res6[2048];
} largeIPHeader;
#else
typedef struct largeIPHeader {
char name[10];
char vers[10];
char crnm[20]; /* Sample name */
char crsy[12];
unsigned char alng[4]; /* float */
unsigned char blng[4]; /* float */
unsigned char clng[4]; /* float */
unsigned char alfa[4]; /* float */
unsigned char beta[4]; /* float */
unsigned char gamm[4]; /* float */
char spgr[12];
unsigned char mosc[4]; /* float */
char memo[80]; /* Film Cassette type */
char res1[84];
char date[12];
char opnm[20]; /* Operator */
char trgt[4]; /* X-ray source */
unsigned char wlng[4]; /* Wave length */ /* float */
char mcro[20]; /* Monochromator */
unsigned char m2ta[4]; /* float */
char colm[20]; /* Collimator */
char filt[4];
unsigned char camr[4]; /* Camera length */ /* float */
unsigned char vltg[4]; /* Acceralation */ /* float */
unsigned char crnt[4]; /* Ring current */ /* float */
char focs[12]; /* Beam line */
char optc[80];
unsigned char cyld[4]; /* int */
unsigned char weis[4]; /* Coupling constant */ /* float */
char res2[56];
char mnax[4];
char bmax[4];
unsigned char phi0[4]; /* Speed of omega */ /* float */
unsigned char phis[4]; /* Omega start */ /* float */
unsigned char phie[4]; /* Omega end */ /* float */
unsigned char oscn[4]; /* Number of oscillations */ /* int (alpha) */
unsigned char fext[4]; /* Exposure time */ /* float */
unsigned char drtx[4]; /* Beam position Y */ /* float */
unsigned char drtz[4]; /* Beam position Z */ /* float */
unsigned char omga[4]; /* float */
unsigned char fkai[4]; /* float */
unsigned char thta[4]; /* float */
unsigned char mu[4]; /* Mu */ /* float */
char res3[204];
unsigned char xpxl[4]; /* Number of pixel (drum scanning direction) */ /* int (alpha) */
unsigned char zpxl[4]; /* Number of pixel (drum axis direction) */ /* int (alpha) */
unsigned char xsiz[4]; /* Pixel size */ /* float */
unsigned char zsiz[4]; /* pixel size */ /* float */
unsigned char rlng[4]; /* Record length of drum scanning direction */ /* int (alpha) */
unsigned char rnum[4]; /* Number of record == Read Line */ /* int (alpha) */
unsigned char ipst[4]; /* Start line */ /* int (alpha) */
unsigned char ipnm[4]; /* IP number */ /* int (alpha) */
unsigned char rato[4]; /* float */
unsigned char ft_1[4]; /* float */
unsigned char ft_2[4]; /* float */
char host[10];
char ip[10];
unsigned char dr_x[4]; /* int */
unsigned char dr_z[4]; /* int */
unsigned char drxz[4]; /* int */
char res4[180];
char file[16];
char cmnt[20];
char smpl[20];
unsigned char iext[4]; /* int */
unsigned char reso[4]; /* int */
unsigned char save[4]; /* int */
unsigned char dint[4]; /* int (alpha) */
unsigned char byte[4]; /* int */
unsigned char init[4]; /* int */
unsigned char ipus[4]; /* int */
unsigned char dexp[4]; /* int */
char res5[936];
char res6[2048];
} largeIPHeader;
#endif
typedef struct {
largeIPHeader Header;
unsigned short** Image;
} largeIP;
API
extern void largeIPRead(largeIP* ip, FILE* fpt, largeIPSubImageInfo* info, long mode); extern void largeIPImageRead(largeIP* ip, FILE* fpt, largeIPSubImageInfo* info, long mode); extern void largeIPHeaderRead(largeIP* ip, FILE* fpt, long mode); extern void largeIPInit(largeIP* ip, largeIPSubImageInfo* info, long mode); extern void largeIPFree(largeIP* ip);
