/************************************************************************/
/*	miformat.h				valdes 7/22/88		*/
/*									*/
/*	Definitions for Machine Adaptable Catalog Format		*/
/************************************************************************/

#define	MISWAP	0		/* Swap bytes on this machine?		*/
	
struct misgparm {		/* CATALOG HEADER DATA STRUCTURE	*/

  				/* FIELD INFORMATION			*/
  char  pltnm[32];		/* Field name or descriptor		*/
  char  pltepoch[32];		/* Field epoch 				*/
  char  band[2];		/* Field passband			*/
  short pltexp;			/* Field exposure or integration	*/
  int   pltra,pltdec;		/* Field coordinates			*/
  char  observer[24];		/* Observer				*/
  char  origin[24];		/* Instrument				*/
  int   xfrm[3][3];		/* Coordinate transform matrix		*/
  int   comment;		/* Number of comment lines		*/

  				/* SCAN INFORMATION			*/
  int   xs,ys;			/* Starting point of scan 		*/
  int   kpts;			/* Number of points in scan line 	*/
  int   kscan;			/* Number of scan lines in image 	*/

  				/* FOCAS PROCESSING INFORMATION		*/
  char  dtestr[32];		/* Date processing commenced 		*/
  int   pflags;			/* Processing flags			*/
  char  ptfl[SZ_FNAME];		/* Field image file			*/
  char  arfl[SZ_FNAME];		/* Area descriptions file		*/

  				/* DETECTION PARAMETERS			*/
  int   minudt;			/* Sky update threshold			*/
  int   nupdte;			/* Pixels per new sky update		*/
  int   sa,sb;			/* Coefficients for sky update		*/
  int   thrln0;			/* Sigma above sky mean for detection	*/
  int   thrln1;			/* Sigma below sky mean for detection	*/
  int   minarea;		/* Minimum area to accept in catalog	*/

  				/* OBJECT EVALUATION PARAMETERS		*/
  int   magfst;			/* Magnitude zero point			*/
  int   maglim;			/* Maximum mag to accept in catalog	*/
  int   skwdth;			/* Width of sky evaluation border	*/
  int   satr;			/* Density level for saturation	flag	*/
  int   buf;			/* Buffer width between object and sky	*/
  int   grow;			/* Area expansion for total magnitudes	*/
  int   skyhw;			/* Sky sigma				*/
  int   skybw;			/* Width of sky hstgrm bin in sky sigma	*/
  int   sptbw;			/* Width of splitting steps in sky sigma*/
  int   rfca;			/* Radius of fixed circular aperture	*/
  int   sig;			/* Significance test			*/

				/* TEMPLATE FITTING AND CLASSIFICATION	*/
  int	fx,fy;			/* Size of detection filter		*/
  int	nden;			/* Number of points in intensity curve	*/
  int	nx,ny;			/* Size of template			*/
  int	nrules;			/* Number of classification rules	*/
  char  miscale[24];		/* MI scales				*/
  };


struct mirec {			/* MACHINE INDEPENDENT DATA STRUCTURE	*/

  short entnum;			/* Object entry number			*/
  short eflgs;			/* Flags				*/
  short nsbr;			/* Number of pixels used to evaluate sky*/
  char  class[5];		/* Object classification		*/
  int   subent;			/* Object subentry number		*/
  int   sbr;			/* Sky intensity			*/
  int   ssbr;			/* Sigma of sky brightness		*/
  int   area;			/* Isophotal area			*/
  int   tarea;			/* Total light area			*/
  int   ispht;			/* Average intensity of isophote pixels */
  int   xavg, yavg;		/* Average x and y width		*/
  int   xc,yc;			/* Scan coordinates of object		*/
  int   ra,dec;			/* Reference system coordinates		*/
  int   Li;			/* Isophotal luminosity			*/
  int   sLi;			/* Sigma of isophotal intensities	*/
  int   Lc;			/* Core luminosity			*/
  int   Lfca;			/* Fixed circular aperature luminosity	*/
  int   Ltotal;			/* Total luminosity			*/
  int   mag;			/* Isophotal magnitude			*/
  int   icx,icy,ixx,iyy,ixy,	/* Intensity weighted moments		*/
	ir1,ir3,ir4;
  int   cx,cy,xx,yy,xy,r1;	/* Unweighted moments			*/
  int   fitxc,fityc;		/* Resolution classifier fitting center */
  int   scale;			/* Resolution classifier scale		*/
  int   frac;			/* Resolution classifier fraction	*/
  int   prob;			/* Resolution classifier probability	*/
  int   arpos;			/* Position in area description file	*/
  char  miscale[36];		/* Scaling values			*/

  };


struct micrule {		/* CLASSIFICATION RULES			*/
  int   mag1,mag2;		/* Magnitude interval			*/
  int   scl1,scl2;		/* Scale interval			*/
  int   frc1,frc2;		/* Fraction interval			*/
  char  class[5];		/* Classification			*/
  char  miscale[6];		/* MI scale factors			*/
  };


struct miflmcv {		/* INTENSITY-DENSITY DEFINITION		*/
  PIXEL d;			/* Pixel density			*/
  int   i;			/* Pixel intensity			*/
  int   slope;			/* Slope of relation			*/
  char  miscale[4];		/* MI scale factors			*/
  };