S3DPU Level 1 Data Structures

s3_dtlm.h , v 1.1


#include "hdfi.h"

struct sshdtlm{
  uint32 sctime;           /* 32 bit spacecraft time             */

  uint32 QAC;              /* =1 if missing data, =0 otherwise */

  uint8 buf[60*34];           /* 34 bytes of hk, including header */
};





s3_dhk.h , v 1.3


#include "hdfi.h"

struct sshdhk {
  uint32 sctime;    /* first minor frame of edb, 32 bit spacecraft time */

  uint32 QAC;       /* number of missing minor frames in edb */

    uint8 EDB;      /* EDB number in this SR         */
    uint8 VERSION;      /* Software Version         */
    uint8 FLAGS;        /* Flag Byte               */
		       /* 0x80 Artificial Spin Flag    */
		       /* 0x40 Spin Clock Absent Flag   */
		       /* 0x28 Sun Clock Absent Flag    */
		       /* 0x04 Memory Scrubbing Flag    */
		       /* 0x02 Automatic Telemetry Mode*/
		       /* 0x01 MPB Identifier           */
    uint8 LUCNT;        /* Latch-up Counter         */
    uint8 IDLECTR;      /* Idle Counter             */
    uint8 JOB;          /* Job Status               */
    uint8 SMODENEXT;    /* SEPICA Next Mode         */
    uint8 SMODE;        /* SEPICA Mode              */
    uint8 MMODENEXT;    /* SWIMS Next Mode          */
    uint8 MMODE;        /* SWIMS Mode               */
    uint8 CMODENEXT;    /* SWICS Next Mode          */
    uint8 CMODE;        /* SWICS Mode               */
    uint32 SPINCTR;      /* Spin Counter             */
    uint32 RECORDCTR;    /* Record Counter           */
    uint8 MPOWER;       /* SWIMS Power State        */
    uint8 CPOWER;       /* SWICS Power State        */
    uint8 SPOWER;       /* SEPICA Power State       */
    uint8 SUNSECTOR;    /* Sun Sector               */
    uint16 SECTOR7LEN;   /* Sector 7 Lenght          */
    uint16 SECTOR0LEN;   /* Sector 0 Lenght          */
    uint16 SPINCLOCKS;   /* Number of Spin Clocks    */
    uint16 TTMUX;        /* TT Mux                   */
    uint8 TTSTATUS;     /* TT Status                */
    uint16 LUSTROBE;     /* latch-up Strobe Mask     */
    uint16 LUMASK;       /* latch-up Mask            */
    uint16 LUSTATE;      /* latch-up State           */
    uint8 CLASSMUX;    /* Muliplexer Classifications */
			/* 0xc0 Classification Mux 3     */
			/* 0x30 Classification Mux 2     */
			/* 0x0c Classification Mux 1     */
			/* 0x03 Classification Mux 0     */
    uint8 CMDOK;        /* Command Ok Counter       */
    uint8 CMDERR;       /* Command Error Counter    */
    uint16 CMDHIST1;     /* Command History 1        */
		      /* 0xff00 Command History 1 ID     */
		      /* 0x00e0 Command History 1 Type   */
		      /* 0x001f Command History 1 Lenght */
    uint16 CMDHIST2;     /* Command History 2        */
		      /* 0xff00 Command History 2 ID     */
		      /* 0x00e0 Command History 2 Type   */
		      /* 0x001f Command History 2 Lenght */
    uint16 CMDHIST3;     /* Command History 3        */
		      /* 0xff00 Command History 3 ID     */
		      /* 0x00e0 Command History 3 Type   */
		      /* 0x001f Command History 3 Lenght */
    uint8 PARITYERR;    /* Parity Errors            */
    uint8 SCMDERR;      /* SEPICA Command Errors    */
    uint8 MCMDERR;      /* SWIMS Command Errors     */
    uint8 CCMDERR;      /* SWICS Command Errors     */
    uint8 EEFILL;       /* EEPROM Fill Status       */
    uint8 MEM0;        /* Class 0-A,B Check          */
    uint8 MEM1;        /* Class 1-A,B Check          */
    uint8 MEM2;        /* Class 2-A,B Check          */
    uint8 MEM3;        /* Class 3-A,B Check          */
};





sepica.h , v 1.7


#include "s3_shk1.h"
#include "s3_shk2.h"
#include "s3_shk3.h"
#include "s3_shk4.h"
#include "s3_shk5.h"
#include "s3_smatrix.h"
#include "s3_smonitor.h"
#include "s3_ssector.h"
#include "s3_sbasic.h"
#include "s3_sstatus.h"
#include "s3_spha.h"
#include "s3_sdiag.h"
#include "sepica_rwbr.h"
#include "s3_dspare_class.h"
#include "s3_dspare_cmd.h"
#include "s3_dspare_contr.h"
#include "s3_dspare_alarm.h"
#include "s3_dspare_alarmcnt.h"





swims.h , v 1.7


/* All swims data now delivered in the raw EDBs */

/* #include "s3_mhk.h"      */
/* #include "s3_mmonitor.h" */
/* #include "s3_mbasic.h"   */
/* #include "s3_mstatus.h"  */
/* #include "s3_mtof.h"     */
/* #include "s3_mpha.h"     */ 
 





swics.h , v 1.9


/* SWICS data now delivered via EDBs */

 #include "s3_chk.h" 
 #include "s3_cmonitor.h" 
 #include "s3_cbasic.h" 
/* #include "s3_cstatus.h" */
/* #include "s3_celement.h" */
/* #include "s3_cpha.h"     */
#include "swics_br.h"     





s3_edb.h , v 1.1

#include "hdfi.h"

struct s3_edb
{
  uint32 sctime_readout;         /* 32 bit spacecraft readout time    */
  float64 ACEepoch_collection;  /* Spin start time.  # of sec since 1/1/96 */

  uint8 QAC;              /* number of missing frame in this cycle */
  uint8 QACarr[12];       /* =1 frame missing (bad), =0 frame OK */ 

  uint8 data[12][203];    /* 12 frames of S3DPU data in a complete EDB */

};





s3_dummy.h , v 1.3

#include "hdfi.h"

struct s3_dummy
{
  uint32 sctime_readout;         /* 32 bit spacecraft readout time    */

  uint8 data[203];    /* S3 dummy minor frame data */

};




For comments, questions or suggestions regarding these data structures, 


email: asc@srl.caltech.edu

Last update: Wed Nov  3 12:45:31 PST 1999