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# ALLSTAR Structure
define LEN_ALLSTARSTRUCT (80)
define DP_ISCACHE Memi[$1] # is data cached (default no)
define DP_ALLCACHE Memi[$1+2] # is all the data cached ? (yes)
define DP_CACHE Memi[$1+3+$2-1] # which data is cached ?
define DP_SZCACHE Memi[$1+6] # current working set size
define DP_SZOLDCACHE Memi[$1+7] # old working set size
define DP_DATA Memi[$1+8] # pointer to data
define DP_SUBT Memi[$1+9] # pointer to subt
define DP_WEIGHTS Memi[$1+10] # pointer to weights
define DP_SBUF Memi[$1+13] # local subt buffer
define DP_SNX Memi[$1+14] # subt x dimension
define DP_SNY Memi[$1+15] # subt y dimension
define DP_SLX Memi[$1+16] # subt lower left x coord
define DP_SMX Memi[$1+17] # subt lower right x coord
define DP_SLY Memi[$1+18] # subt lower left y coord
define DP_SMY Memi[$1+19] # subt lower right y coord
define DP_SXOFF Memi[$1+20] # subt lower left x offset
define DP_SYOFF Memi[$1+21] # subt lower left y offset
define DP_WBUF Memi[$1+23] # local weight buffer
define DP_WNX Memi[$1+24] # weight x dimension
define DP_WNY Memi[$1+25] # weight y dimension
define DP_WLX Memi[$1+26] # weight lower left x coord
define DP_WMX Memi[$1+27] # weight lower right x coord
define DP_WLY Memi[$1+28] # weight lower left y coord
define DP_WMY Memi[$1+29] # weight lower right y coord
define DP_WXOFF Memi[$1+30] # weight lower left x offset
define DP_WYOFF Memi[$1+31] # weight lower left y offset
define DP_DBUF Memi[$1+33] # local weight buffer
define DP_DNX Memi[$1+34] # weight x dimension
define DP_DNY Memi[$1+35] # weight y dimension
define DP_DLX Memi[$1+36] # weight lower left x coord
define DP_DMX Memi[$1+37] # weight lower right x coord
define DP_DLY Memi[$1+38] # weight lower left y coord
define DP_DMY Memi[$1+39] # weight lower right y coord
define DP_DXOFF Memi[$1+40] # weight lower left x offset
define DP_DYOFF Memi[$1+41] # weight lower left y offset
define DP_ANUMER Memi[$1+55] # pointer to the anumer1 directory
define DP_ADENOM Memi[$1+57] # pointer to the adenom1 directory
define DP_ARPIXSQ Memi[$1+59] # pointer to the rpixsq directory
define DP_ASUMWT Memi[$1+60] # pointer to the sumwt directory
define DP_ASKIP Memi[$1+61] # pointer to the skip directory
define DP_ALAST Memi[$1+62] # pointer to the last directory
define DP_AXOLD Memi[$1+63] # pointer to the xold array
define DP_AYOLD Memi[$1+64] # pointer to the yold array
define DP_AXCLAMP Memi[$1+65] # pointer to the xclamp array
define DP_AYCLAMP Memi[$1+66] # pointer to the yclamp array
define DP_AX Memi[$1+67] # pointer to the x array
define DP_AV Memi[$1+68] # pointer to the v array
define DP_AC Memi[$1+69] # pointer to the c array
define DP_ANPIX Memi[$1+70] # pointer to the npix array
define DP_AIER Memi[$1+71] # pointer to the error array
define A_SUBT 1
define A_WEIGHT 2
define A_DCOPY 3
# Separation criterion
define FRACTION_MINSEP 0.14
define CLAMP_FRACTION 0.25
# Limit on N/S ** 2 for two stars to merge.
define WCRIT0 0.0
define WCRIT5 1.0
define WCRIT10 1.5
define WCRIT15 2.0
# Minimum and maximum sharpness limits.
define MIN_SHARP -99.99
define MAX_SHARP 99.99
# Number of output files columns
define ALL_NOUTCOLUMN 11
# Define the fitting contstants and constraints
define RADIUS_FRACTION 0.95 # % decrease in radius for regrouping
define DENSE_RADIUS1 1.2 # 1st limiting radius for regrouping
define DENSE_RADIUS2 0.8 # 2nd limiting radius for regrouping
define MIN_ITER 4 # minimum number of iterations
define MAX_RELERR 100.0 # maximum relative error
define MAX_RSQ 0.999999 # maximum values of ratio of radii ** 2
define MAX_RHOSQ 36.0 # limit on core radius ** 2 for sharp
define CHI_NORM 1.2533141 # sqrt (PI / 2.0)
define MIN_SUMWT 3.0 # min value for radial weight sum
define MIN_NPIX 4 # min pixels per star for a fit
define MIN_XYCLAMP 0.001 # min value of x-y clamp
define MIN_XYCLAMP_FRACTION 0.5 # min change in value of x-y clamp
define MAX_XYCLAMP_FRACTION 1.2 # max change in value of x-y clamp
define MAX_DELTA_FAINTER 0.84 # max permitted brightness decrease
define MAX_DELTA_BRIGHTER 5.25 # max permitted brightness increase
define MAX_NEW_ERRMAG 0.10 # 1st convergence check on mag error
define MAX_NEW_RELBRIGHT2 0.0005 # 2nd convergenge check on mag
define MAX_PIXERR2 4.0e-6 # 2nd convergence check on x/y
define MIN_REL_BRIGHT 1.0e-5 # min relative brightness
# List of ALLSTAR error codes
define ALLERR_OK 0
define ALLERR_BIGGROUP 1
define ALLERR_INDEFSKY 2
define ALLERR_NOPIX 3
define ALLERR_SINGULAR 4
define ALLERR_FAINT 5
define ALLERR_MERGE 6
define ALLERR_OFFIMAGE 7
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