View source for largeIP(API)

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);