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include <tbset.h>
include <time.h>
include "../lib/daophotdef.h"
include "../lib/apseldef.h"
include "../lib/nstardef.h"
# DP_TPNEWNSTAR -- Create a new NSTAR output ST table.
procedure dp_tpnewnstar (dao, nst, colpoint)
pointer dao # pointer to the daophot structure
pointer nst # pointer to output photometry file
pointer colpoint[ARB] # array of column pointers
int i
pointer sp, colnames, colunits, colformat, col_dtype, col_len
begin
# Allocate space for table definition.
call smark (sp)
call salloc (colnames, NST_NOUTCOL * (SZ_COLNAME + 1), TY_CHAR)
call salloc (colunits, NST_NOUTCOL * (SZ_COLUNITS + 1), TY_CHAR)
call salloc (colformat, NST_NOUTCOL * (SZ_COLFMT + 1), TY_CHAR)
call salloc (col_dtype, NST_NOUTCOL, TY_INT)
call salloc (col_len, NST_NOUTCOL, TY_INT)
# Set up the column definitions.
call strcpy (ID, Memc[colnames], SZ_COLNAME)
call strcpy (GROUP, Memc[colnames+SZ_COLNAME+1], SZ_COLNAME)
call strcpy (XCENTER, Memc[colnames+2*SZ_COLNAME+2], SZ_COLNAME)
call strcpy (YCENTER, Memc[colnames+3*SZ_COLNAME+3], SZ_COLNAME)
call strcpy (MAG, Memc[colnames+4*SZ_COLNAME+4], SZ_COLNAME)
call strcpy (MAGERR, Memc[colnames+5*SZ_COLNAME+5], SZ_COLNAME)
call strcpy (SKY, Memc[colnames+6*SZ_COLNAME+6], SZ_COLNAME)
call strcpy (NITER, Memc[colnames+7*SZ_COLNAME+7], SZ_COLNAME)
call strcpy (SHARP, Memc[colnames+8*SZ_COLNAME+8], SZ_COLNAME)
call strcpy (CHI, Memc[colnames+9*SZ_COLNAME+9], SZ_COLNAME)
call strcpy (PIER, Memc[colnames+10*SZ_COLNAME+10], SZ_COLNAME)
call strcpy (PERROR, Memc[colnames+11*SZ_COLNAME+11], SZ_COLNAME)
# Se up the column format definitions.
call strcpy ("%6d", Memc[colformat], SZ_COLFMT)
call strcpy ("%6d", Memc[colformat+SZ_COLFMT+1], SZ_COLFMT)
call strcpy ("%10.3f", Memc[colformat+2*SZ_COLFMT+2], SZ_COLFMT)
call strcpy ("%10.3f", Memc[colformat+3*SZ_COLFMT+3], SZ_COLFMT)
call strcpy ("%12.3f", Memc[colformat+4*SZ_COLFMT+4], SZ_COLFMT)
call strcpy ("%14.3f", Memc[colformat+5*SZ_COLFMT+5], SZ_COLFMT)
call strcpy ("%15.7g", Memc[colformat+6*SZ_COLFMT + 6], SZ_COLFMT)
call strcpy ("%6d", Memc[colformat+7*SZ_COLFMT+7], SZ_COLFMT)
call strcpy ("%12.3f", Memc[colformat+8*SZ_COLFMT+8], SZ_COLFMT)
call strcpy ("%12.3f", Memc[colformat+9*SZ_COLFMT+9], SZ_COLFMT)
call strcpy ("%6d", Memc[colformat+10*SZ_COLFMT+10], SZ_COLFMT)
call strcpy ("%13s", Memc[colformat+11*SZ_COLFMT+11], SZ_COLFMT)
# Set up the column unit definitions.
call strcpy ("NUMBER", Memc[colunits], SZ_COLUNITS)
call strcpy ("NUMBER", Memc[colunits+SZ_COLUNITS+1], SZ_COLUNITS)
call strcpy ("PIXELS", Memc[colunits+2*SZ_COLUNITS+2], SZ_COLUNITS)
call strcpy ("PIXELS", Memc[colunits+3*SZ_COLUNITS+3], SZ_COLUNITS)
call strcpy ("MAGNITIDES", Memc[colunits+4*SZ_COLUNITS+4], SZ_COLUNITS)
call strcpy ("MAGNITIDES", Memc[colunits+5*SZ_COLUNITS+5], SZ_COLUNITS)
call strcpy ("COUNTS", Memc[colunits+6*SZ_COLUNITS+6], SZ_COLUNITS)
call strcpy ("NUMBER", Memc[colunits+7*SZ_COLUNITS+7], SZ_COLUNITS)
call strcpy ("NUMBER", Memc[colunits+8*SZ_COLUNITS+8], SZ_COLUNITS)
call strcpy ("NUMBER", Memc[colunits+9*SZ_COLUNITS+9], SZ_COLUNITS)
call strcpy ("NUMBER", Memc[colunits+10*SZ_COLUNITS+10], SZ_COLUNITS)
call strcpy ("PERRORS", Memc[colunits+11*SZ_COLUNITS+11], SZ_COLUNITS)
# Define the column datatypes.
Memi[col_dtype] = TY_INT
Memi[col_dtype+1] = TY_INT
Memi[col_dtype+2] = TY_REAL
Memi[col_dtype+3] = TY_REAL
Memi[col_dtype+4] = TY_REAL
Memi[col_dtype+5] = TY_REAL
Memi[col_dtype+6] = TY_REAL
Memi[col_dtype+7] = TY_INT
Memi[col_dtype+8] = TY_REAL
Memi[col_dtype+9] = TY_REAL
Memi[col_dtype+10] = TY_INT
Memi[col_dtype+11] = -13
# Define columnlengths.
do i = 1, NST_NOUTCOL
Memi[col_len+i-1] = 1
# Define and create the table.
call tbcdef (nst, colpoint, Memc[colnames], Memc[colunits],
Memc[colformat], Memi[col_dtype], Memi[col_len], NST_NOUTCOL)
call tbtcre (nst)
# Write out some header parameters.
call dp_tnstarpars (dao, nst)
call sfree (sp)
end
define NST_NAME1STR "#N%4tID%10tGROUP%16tXCENTER%26tYCENTER%36tMAG%48t\
MERR%62tMSKY%80t\\\n"
define NST_UNIT1STR "#U%4t##%10t##%16tpixels%26tpixels%36tmagnitudes%48t\
magnitudes%62tcounts%80t\\\n"
define NST_FORMAT1STR "#F%4t%%-9d%10t%%-6d%16t%%-10.3f%26t%%-10.3f%36t\
%%-12.3f%48t%%-14.3f%62t%%-15.7g%80t \n"
define NST_NAME2STR "#N%12tNITER%18tSHARPNESS%30tCHI%42tPIER%48tPERROR%80t\\\n"
define NST_UNIT2STR "#U%12t##%18t##%30t##%42t##%48tperrors%80t\\\n"
define NST_FORMAT2STR "#F%12t%%-17d%18t%%-12.3f%30t%%-12.3f%42t%%-6d\
%48t%%-13s%80t \n"
# DP_XPNEWNSTAR -- Create a new NSTAR output text file.
procedure dp_xpnewnstar (dao, nst)
pointer dao # pointer to the daophot structure
int nst # the output file descriptor
begin
# Write out some header parameters.
call dp_xnstarpars (dao, nst)
# Write out the header banner.
call fprintf (nst, "#\n")
call fprintf (nst, NST_NAME1STR)
call fprintf (nst, NST_UNIT1STR)
call fprintf (nst, NST_FORMAT1STR)
call fprintf (nst, "#\n")
call fprintf (nst, NST_NAME2STR)
call fprintf (nst, NST_UNIT2STR)
call fprintf (nst, NST_FORMAT2STR)
call fprintf (nst, "#\n")
end
# DP_XNSTARPARS -- Add parameters to the header of the output NSTAR text file.
procedure dp_xnstarpars (dao, nst)
pointer dao # pointer to the daophot structure
int nst # the output file descriptor
pointer psffit, sp, outstr, date, time, comment
bool itob()
int envfind()
begin
# Get pointers
psffit = DP_PSFFIT(dao)
# Allocate working space.
call smark (sp)
call salloc (outstr, SZ_LINE, TY_CHAR)
call salloc (date, SZ_DATE, TY_CHAR)
call salloc (time, SZ_DATE, TY_CHAR)
call salloc (comment, SZ_LINE, TY_CHAR)
Memc[comment] = EOS
# Write the id.
if (envfind ("version", Memc[outstr], SZ_LINE) <=0)
call strcpy ("NOAO/IRAF", Memc[outstr], SZ_LINE)
call dp_rmwhite (Memc[outstr], Memc[outstr], SZ_LINE)
call dp_sparam (nst, "IRAF", Memc[outstr], "version", Memc[comment])
if (envfind ("userid", Memc[outstr], SZ_LINE) > 0)
call dp_sparam (nst, "USER", Memc[outstr], "name", Memc[comment])
call gethost (Memc[outstr], SZ_LINE)
call dp_sparam (nst, "HOST", Memc[outstr], "computer", Memc[comment])
call dp_date (Memc[date], Memc[time], SZ_DATE)
call dp_sparam (nst, "DATE", Memc[date], "yyyy-mm-dd", Memc[comment])
call dp_sparam (nst, "TIME", Memc[time], "hh:mm:ss", Memc[comment])
call dp_sparam (nst, "PACKAGE", "daophot", "name", Memc[comment])
call dp_sparam (nst, "TASK", "nstar", "name", Memc[comment])
# Write out the file names.
call dp_imroot (DP_INIMAGE(dao), Memc[outstr], SZ_FNAME)
call dp_sparam (nst, "IMAGE", Memc[outstr], "imagename",
Memc[comment])
call dp_froot (DP_INPHOTFILE(dao), Memc[outstr], SZ_FNAME)
call dp_sparam (nst, "GRPFILE", Memc[outstr], "filename", Memc[comment])
call dp_imroot (DP_PSFIMAGE(dao), Memc[outstr], SZ_FNAME)
call dp_sparam (nst, "PSFIMAGE", Memc[outstr], "imagename",
Memc[comment])
call dp_froot (DP_OUTPHOTFILE(dao), Memc[outstr], SZ_FNAME)
call dp_sparam (nst, "NSTARFILE", Memc[outstr], "filename",
Memc[comment])
if (DP_OUTREJFILE(dao) == EOS)
call dp_sparam (nst, "REJFILE", "\"\"", "filename", Memc[comment])
else {
call dp_froot (DP_OUTREJFILE(dao), Memc[outstr], SZ_FNAME)
call dp_sparam (nst, "REJFILE", Memc[outstr], "filename",
Memc[comment])
}
# Write out the data dependent parameters.
call dp_rparam (nst, "SCALE", DP_SCALE(dao), "units/pix",
Memc[comment])
call dp_rparam (nst, "DATAMIN", DP_MINGDATA(dao), "counts",
Memc[comment])
call dp_rparam (nst, "DATAMAX", DP_MAXGDATA(dao), "counts",
Memc[comment])
call dp_rparam (nst, "GAIN", DP_PHOTADU(dao), "number", Memc[comment])
call dp_rparam (nst, "READNOISE", DP_READNOISE(dao), "electrons",
Memc[comment])
# Write out the observing parameters.
call dp_sparam (nst, "OTIME", DP_OTIME(dao), "timeunit", Memc[comment])
call dp_rparam (nst, "XAIRMASS", DP_XAIRMASS(dao), "number",
Memc[comment])
call dp_sparam (nst, "IFILTER", DP_IFILTER(dao), "filter",
Memc[comment])
# Write out the fitting parameters.
call dp_bparam (nst, "RECENTER", itob (DP_RECENTER(dao)), "switch",
Memc[comment])
call dp_bparam (nst, "FITSKY", itob (DP_FITSKY(dao)), "switch",
Memc[comment])
call dp_bparam (nst, "GRPSKY", itob (DP_GROUPSKY(dao)), "switch",
Memc[comment])
call dp_rparam (nst, "PSFMAG", DP_PSFMAG(psffit), "magnitude",
Memc[comment])
call dp_rparam (nst, "PSFRAD", DP_SPSFRAD(dao), "scaleunit",
Memc[comment])
call dp_rparam (nst, "FITRAD", DP_SFITRAD(dao), "scaleunit",
Memc[comment])
call dp_iparam (nst, "MAXITER", DP_MAXITER(dao), "number",
Memc[comment])
call dp_iparam (nst, "MAXGROUP", DP_MAXGROUP(dao), "number",
Memc[comment])
call dp_rparam (nst, "FLATERROR", DP_FLATERR(dao), "percentage",
Memc[comment])
call dp_rparam (nst, "PROFERROR", DP_PROFERR(dao), "percentage",
Memc[comment])
call dp_iparam (nst, "CLIPEXP", DP_CLIPEXP(dao), "number",
Memc[comment])
call dp_rparam (nst, "CLIPRANGE", DP_CLIPRANGE(dao), "sigma",
Memc[comment])
call dp_rparam (nst, "MERGERAD", DP_SMERGERAD(dao), "scaleunit",
Memc[comment])
call sfree(sp)
end
# DP_TNSTARPARS -- Add parameters to the header of the output NSTAR ST table.
procedure dp_tnstarpars (dao, nst)
pointer dao # pointer to the daophot structure
pointer nst # pointer to the output photometry table
pointer psffit, sp, outstr, date, time
bool itob()
int envfind()
begin
# Get pointers
psffit = DP_PSFFIT(dao)
# Allocate working space.
call smark (sp)
call salloc (outstr, SZ_LINE, TY_CHAR)
call salloc (date, SZ_DATE, TY_CHAR)
call salloc (time, SZ_DATE, TY_CHAR)
# Write the id.
if (envfind ("version", Memc[outstr], SZ_LINE) <=0)
call strcpy ("NOAO/IRAF", Memc[outstr], SZ_LINE)
call dp_rmwhite (Memc[outstr], Memc[outstr], SZ_LINE)
call tbhadt (nst, "IRAF", Memc[outstr])
if (envfind ("userid", Memc[outstr], SZ_LINE) > 0)
call tbhadt (nst, "USER", Memc[outstr])
call gethost (Memc[outstr], SZ_LINE)
call tbhadt (nst, "HOST", Memc[outstr])
call dp_date (Memc[date], Memc[time], SZ_DATE)
call tbhadt (nst, "DATE", Memc[date])
call tbhadt (nst, "TIME", Memc[time])
call tbhadt (nst, "PACKAGE", "daophot")
call tbhadt (nst, "TASK", "nstar")
# Write out the file names.
call dp_imroot (DP_INIMAGE(dao), Memc[outstr], SZ_FNAME)
call tbhadt (nst, "IMAGE", Memc[outstr])
call dp_froot (DP_INPHOTFILE(dao), Memc[outstr], SZ_FNAME)
call tbhadt (nst, "GRPFILE", Memc[outstr])
call dp_imroot (DP_PSFIMAGE(dao), Memc[outstr], SZ_FNAME)
call tbhadt (nst, "PSFIMAGE", Memc[outstr])
call dp_froot (DP_OUTPHOTFILE(dao), Memc[outstr], SZ_FNAME)
call tbhadt (nst, "NSTARFILE", Memc[outstr])
if (DP_OUTREJFILE(dao) == EOS)
call tbhadt (nst, "REJFILE", "\"\"")
else {
call dp_froot (DP_OUTPHOTFILE(dao), Memc[outstr], SZ_FNAME)
call tbhadt (nst, "REJFILE", Memc[outstr])
}
# Write out the data dependent parameters.
call tbhadr (nst, "SCALE", DP_SCALE(dao))
call tbhadr (nst, "DATAMIN", DP_MINGDATA(dao))
call tbhadr (nst, "DATAMAX", DP_MAXGDATA(dao))
call tbhadr (nst, "GAIN", DP_PHOTADU(dao))
call tbhadr (nst, "READNOISE", DP_READNOISE(dao))
# Write out the observing parameters.
call tbhadt (nst, "OTIME", DP_OTIME(dao))
call tbhadr (nst, "XAIRMASS", DP_XAIRMASS(dao))
call tbhadt (nst, "IFILTER", DP_IFILTER(dao))
# Write out the fitting parameters.
call tbhadb (nst, "RECENTER", itob (DP_RECENTER(dao)))
call tbhadb (nst, "FITSKY", itob (DP_FITSKY(dao)))
call tbhadb (nst, "GRPSKY", itob (DP_GROUPSKY(dao)))
call tbhadr (nst, "PSFMAG", DP_PSFMAG(psffit))
call tbhadr (nst, "PSFRAD", DP_SPSFRAD(dao))
call tbhadr (nst, "FITRAD", DP_SFITRAD(dao))
call tbhadi (nst, "MAXITER", DP_MAXITER(dao))
call tbhadi (nst, "MAXGROUP", DP_MAXGROUP(dao))
call tbhadr (nst, "FLATERROR", DP_FLATERR(dao))
call tbhadr (nst, "PROFERROR", DP_PROFERR(dao))
call tbhadi (nst, "CLIPEXP", DP_CLIPEXP(dao))
call tbhadr (nst, "CLIPRANGE", DP_CLIPRANGE(dao))
call tbhadr (nst, "MERGERAD", DP_SMERGERAD(dao))
call sfree(sp)
end
# DP_TNTWRITE -- Write out the NSTAR results to an ST table.
procedure dp_tntwrite (dao, im, nst, rej, niter, old_size, output_row,
routput_row, colpoint)
pointer dao # pointer to the daophot structure
pointer im # the input image descriptor
pointer nst # output photometry file descriptor
int rej # output rejections file descriptor
int niter # number of iterations
int old_size # original size of group
int output_row # output photometry file row number
int routput_row # output rejections file row number
pointer colpoint[ARB] # column pointer array
int i, id, nkeep, nreject, pier, plen, iter
pointer psffit, nstar, apsel, sp, perror
real xcen, ycen, mag, errmag, sharp
int dp_gnsterr()
begin
# Get some daophot pointers.
nstar = DP_NSTAR(dao)
apsel = DP_APSEL(dao)
psffit = DP_PSFFIT(dao)
# Fill in the INDEFS.
nkeep = DP_NNUM(nstar)
nreject = old_size - nkeep
if (nreject > 0) {
call amovkr (INDEFR, Memr[DP_APMAG(apsel)+nkeep], nreject)
call amovkr (INDEFR, Memr[DP_APERR(apsel)+nkeep], nreject)
call amovkr (INDEFR, Memr[DP_APCHI(apsel)+nkeep], nreject)
}
call smark (sp)
call salloc (perror, SZ_FNAME, TY_CHAR)
# Now write out the results.
do i = 1, old_size {
# Get the results.
id = Memi[DP_APID (apsel)+i-1]
xcen = Memr[DP_APXCEN (apsel)+i-1]
ycen = Memr[DP_APYCEN (apsel)+i-1]
if (IS_INDEFR(xcen) || IS_INDEFR(ycen))
next
call dp_wout (dao, im, xcen, ycen, xcen, ycen, 1)
mag = Memr[DP_APMAG(apsel)+i-1]
errmag = Memr[DP_APERR(apsel)+i-1]
if (! IS_INDEFR(mag)) {
if (! IS_INDEFR(errmag))
errmag = 1.085736 * errmag / mag
sharp = 1.4427 * Memr[DP_PSFPARS(psffit)] *
Memr[DP_PSFPARS(psffit)+1] * Memr[DP_NNUMER(nstar)+i-1] /
(mag * DP_PSFHEIGHT(psffit) * Memr[DP_NDENOM(nstar)+i-1])
if ((sharp < MIN_SHARP) || (sharp > MAX_SHARP))
sharp = INDEFR
mag = DP_PSFMAG (psffit) - 2.5 * log10 (mag)
} else
sharp = INDEFR
pier = Memi[DP_NIER(nstar)+i-1]
if (pier == NSTERR_OK)
iter = niter
else
iter = 0
plen = dp_gnsterr (pier, Memc[perror], SZ_FNAME)
# Write the results to the standard output.
if (DP_VERBOSE (dao) == YES) {
call printf (
"\tID: %5d XCEN: %8.2f YCEN: %8.2f MAG: %8.2f\n")
call pargi (id)
call pargr (xcen)
call pargr (ycen)
call pargr (mag)
}
# Write the output row to the proper table.
if ((rej != NULL) && (pier != NSTERR_OK)) {
routput_row = routput_row + 1
call tbrpti (rej, colpoint[1], id, 1, routput_row)
call tbrpti (rej, colpoint[2], DP_NGNUM(nstar), 1, routput_row)
call tbrptr (rej, colpoint[3], xcen, 1, routput_row)
call tbrptr (rej, colpoint[4], ycen, 1, routput_row)
call tbrptr (rej, colpoint[5], mag, 1, routput_row)
call tbrptr (rej, colpoint[6], errmag, 1, routput_row)
call tbrptr (rej, colpoint[7], Memr[DP_APMSKY(apsel)+i-1],
1, routput_row)
call tbrpti (rej, colpoint[8], iter, 1, routput_row)
call tbrptr (rej, colpoint[9], sharp, 1, routput_row)
call tbrptr (rej, colpoint[10], Memr[DP_APCHI(apsel)+i-1],
1, routput_row)
call tbrpti (rej, colpoint[11], pier, 1, routput_row)
call tbrptt (rej, colpoint[12], Memc[perror], plen, 1,
routput_row)
} else {
output_row = output_row + 1
call tbrpti (nst, colpoint[1], id, 1, output_row)
call tbrpti (nst, colpoint[2], DP_NGNUM(nstar), 1, output_row)
call tbrptr (nst, colpoint[3], xcen, 1, output_row)
call tbrptr (nst, colpoint[4], ycen, 1, output_row)
call tbrptr (nst, colpoint[5], mag, 1, output_row)
call tbrptr (nst, colpoint[6], errmag, 1, output_row)
call tbrptr (nst, colpoint[7], Memr[DP_APMSKY(apsel)+i-1],
1, output_row)
call tbrpti (nst, colpoint[8], iter, 1, output_row)
call tbrptr (nst, colpoint[9], sharp, 1, output_row)
call tbrptr (nst, colpoint[10], Memr[DP_APCHI(apsel)+i-1],
1, output_row)
call tbrpti (nst, colpoint[11], pier, 1, output_row)
call tbrptt (nst, colpoint[12], Memc[perror], plen, 1,
output_row)
}
}
call sfree (sp)
end
define NST_DATA1STR "%-9d%10t%-6d%16t%-10.3f%26t%-10.3f%36t%-12.3f%48t\
%-14.3f%62t%-15.7g%80t\\\n"
define NST_DATA2STR "%12t%-6d%18t%-12.3f%30t%-12.3f%42t%-6d%48t%-13.13s%80t \n"
# DP_XNTWRITE -- Write out the NSTAR results to a text file.
procedure dp_xntwrite (dao, im, nst, rej, niter, old_size)
pointer dao # pointer to the daophot structure
pointer im # the input image descriptor
int nst # the output photometry file descriptor
int rej # the output rejections file descriptor
int niter # the number of the iteration
int old_size # old size of group
int i, id, nkeep, nreject, pier, plen, iter
pointer nstar, psffit, apsel, sp, perror
real xcen, ycen, mag, errmag, sharp
int dp_gnsterr()
begin
# Get some daophot pointers.
nstar = DP_NSTAR(dao)
psffit = DP_PSFFIT(dao)
apsel = DP_APSEL(dao)
# Fill in the results for the rejected stars with INDEFS.
nkeep = DP_NNUM(nstar)
nreject = old_size - nkeep
if (nreject > 0) {
call amovkr (INDEFR, Memr[DP_APMAG(apsel)+nkeep], nreject)
call amovkr (INDEFR, Memr[DP_APERR(apsel)+nkeep], nreject)
call amovkr (INDEFR, Memr[DP_APCHI(apsel)+nkeep], nreject)
}
call smark (sp)
call salloc (perror, SZ_FNAME, TY_CHAR)
# Now write out the results.
do i = 1, old_size {
# Get the results.
id = Memi[DP_APID (apsel)+i-1]
xcen = Memr[DP_APXCEN (apsel)+i-1]
ycen = Memr[DP_APYCEN (apsel)+i-1]
if (IS_INDEFR(xcen) || IS_INDEFR(ycen))
next
call dp_wout (dao, im, xcen, ycen, xcen, ycen, 1)
mag = Memr[DP_APMAG(apsel)+i-1]
errmag = Memr[DP_APERR(apsel)+i-1]
if (! IS_INDEFR(mag)) {
if (! IS_INDEFR(errmag))
errmag = 1.085736 * errmag / mag
sharp = 1.4427 * Memr[DP_PSFPARS(psffit)] *
Memr[DP_PSFPARS(psffit)+1] * Memr[DP_NNUMER(nstar)+i-1] /
(mag * DP_PSFHEIGHT(psffit) * Memr[DP_NDENOM(nstar)+i-1])
if ((sharp < MIN_SHARP) || (sharp > MAX_SHARP))
sharp = INDEFR
mag = DP_PSFMAG (psffit) - 2.5 * log10 (mag)
} else
sharp = INDEFR
pier = Memi[DP_NIER(nstar)+i-1]
if (pier == NSTERR_OK)
iter = niter
else
iter = 0
plen = dp_gnsterr (pier, Memc[perror], SZ_FNAME)
# Write the results to the standard output.
if (DP_VERBOSE (dao) == YES) {
call printf (
"\tID: %5d XCEN: %8.2f YCEN: %8.2f MAG: %8.2f\n")
call pargi (id)
call pargr (xcen)
call pargr (ycen)
call pargr (mag)
}
# Write the results to the output file.
if ((rej != NULL) && (pier != NSTERR_OK)) {
call fprintf (rej, NST_DATA1STR)
call pargi (id)
call pargi (DP_NGNUM(nstar))
call pargr (xcen)
call pargr (ycen)
call pargr (mag)
call pargr (errmag)
call pargr (Memr[DP_APMSKY(apsel)+i-1])
call fprintf (rej, NST_DATA2STR)
call pargi (iter)
call pargr (sharp)
call pargr (Memr[DP_APCHI(apsel)+i-1])
call pargi (pier)
call pargstr (Memc[perror])
} else {
call fprintf (nst, NST_DATA1STR)
call pargi (id)
call pargi (DP_NGNUM(nstar))
call pargr (xcen)
call pargr (ycen)
call pargr (mag)
call pargr (errmag)
call pargr (Memr[DP_APMSKY(apsel)+i-1])
call fprintf (nst, NST_DATA2STR)
call pargi (iter)
call pargr (sharp)
call pargr (Memr[DP_APCHI(apsel)+i-1])
call pargi (pier)
call pargstr (Memc[perror])
}
}
call sfree (sp)
end
# DP_GNSTERR -- Set the NSTAR task error code string.
int procedure dp_gnsterr (ier, perror, maxch)
int ier # the integer error code
char perror # the output error code string
int maxch # the maximum size of the error code string
int plen
int gstrcpy()
begin
switch (ier) {
case NSTERR_OK:
plen = gstrcpy ("No_error", perror, maxch)
case NSTERR_BIGGROUP:
plen = gstrcpy ("Big_group", perror, maxch)
case NSTERR_INDEFSKY:
plen = gstrcpy ("Bad_sky", perror, maxch)
case NSTERR_NOPIX:
plen = gstrcpy ("Npix_too_few", perror, maxch)
case NSTERR_SINGULAR:
plen = gstrcpy ("Singular", perror, maxch)
case NSTERR_FAINT:
plen = gstrcpy ("Too_faint", perror, maxch)
case NSTERR_MERGE:
plen = gstrcpy ("Merged", perror, maxch)
case NSTERR_OFFIMAGE:
plen = gstrcpy ("Off_image", perror, maxch)
default:
plen = gstrcpy ("No_error", perror, maxch)
}
return (plen)
end
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