proj/lev0/apps/lev0lev1.h

#ifndef LEV0LEV1_INCL
#define LEV0LEV1_INCL 1

//NOTE: the NUMRECLEV1S must be a string for module_args[] in 
//build_lev1_mgr.c and NUMRECLEV1 a number in build_lev1.c
//NUMRECLEV1S and NUMRECLEV1 must be the same number of images.
#define NUMRECLEV1S "12"//# of lev0 to lev1 images to process at a time
            //Used by build_lev1_mgr.c and 
            //build_lev1.c. Compile both if change
#define NUMRECLEV1 12   //# of lev0 to lev1 images to process at a time

//Used by build_lev1.c to pass info to do_flat().
//All the data arrays are filled in except adata1,
//which do_flat() populates.
typedef struct {
  DRMS_Record_t *rs0;   //drms lev0 record
  DRMS_Record_t *rs1;   //drms lev1 record
  DRMS_Record_t *rsff;  //drms flat field record
  short *adata0;    //lev0 segment array data
  union {
          float *adata1;
          int *adata1A;
  } dat1;
  float *adataff;   //flat field array data
  float *adatadark; //bias dark array data
  int *adatabad;    //bad pixel array data
  long long recnum0;    //lev0 record DRMS record number
  long long recnum1;    //lev1 record DRMS record number
  unsigned int fsn; //fsn of lev0 record
  int himgcfid;     //HMI_SEQ_ID_IMAGE_CNFG
  int darkflag;     //1=dark image
  int datamin;
  int datamax;
  int datamedn;
  double datamean;
  double data_rms;
  double dataskew;
  double datakurt;
  double oscnmean;
  double oscnrms;
  int datavals;     //on input=lev0 vals, output lev1 vals
  int missvals;     //on input=lev0 vals, output lev1 vals
  short sumx;       //from lev0 kw SUMSPTRL
  short sumy;       //from lev0 kw SUMSPAT
  int nx;       //from lev0 segment->axis[0]
  int ny;       //from lev0 segment->axis[1]
  int winflip;
} LEV0LEV1;

#endif

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