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include "../../lib/astromdef.h"
include "../../lib/astrom.h"
include "../../lib/aimparsdef.h"
include "../../lib/aimpars.h"
# AT_SETI -- Set the value of an astrom integer parameter.
procedure at_seti (at, parameter, value)
pointer at #I the pointer to the main astrom structure
int parameter #I the parameter to be set
int value #I the value of the parameter to be set
pointer fcp, fsp, wcp
string iestring "AT_SETI: Cannot set undefined integer parameter"
begin
fcp = AT_PRCENTER(at)
fsp = AT_PFILTER(at)
wcp = AT_PWCS(at)
switch (parameter) {
case RCRAUNITS:
if (fcp == NULL)
call error (0, iestring)
else
AT_RCRAUNITS(fcp) = value
case RCDECUNITS:
if (fcp == NULL)
call error (0, iestring)
else
AT_RCDECUNITS(fcp) = value
case FREVERSE:
if (fsp == NULL)
call error (0, iestring)
else
AT_FREVERSE(fsp) = value
case FREPLACE:
if (fsp == NULL)
call error (0, iestring)
else
AT_FREPLACE(fsp) = value
case FORAUNITS:
if (fsp == NULL)
call error (0, iestring)
else
AT_FORAUNITS(fsp) = value
case FODECUNITS:
if (fsp == NULL)
call error (0, iestring)
else
AT_FODECUNITS(fsp) = value
case WRAUNITS:
if (wcp == NULL)
call error (0, iestring)
else
AT_WRAUNITS(wcp) = value
case WDECUNITS:
if (wcp == NULL)
call error (0, iestring)
else
AT_WDECUNITS(wcp) = value
default:
call error (0, iestring)
}
end
# AT_SETP -- Set the value of an astrom pointer parameter.
procedure at_setp (at, parameter, value)
pointer at #I the pointer to the main astrom structure
int parameter #I the parameter to be set
pointer value #I the value of the parameter to be set
pointer fcp, wcp, ipp
string pestring "AT_SETP: Cannot set undefined pointer parameter"
begin
fcp = AT_PRCENTER(at)
wcp = AT_PWCS(at)
ipp = AT_PIMPARS(at)
switch (parameter) {
case PIO:
AT_PIO(at) = value
case PRCENTER:
AT_PRCENTER(at) = value
case PFILTER:
AT_PFILTER(at) = value
case PWCS:
AT_PWCS(at) = value
case PIMPARS:
AT_PIMPARS(at) = value
#case RCCC:
#AT_RCCC(fcp) = value
case RCST:
if (fcp == NULL)
call error (0, pestring)
else
AT_RCST(fcp) = value
case WCST:
if (wcp == NULL)
call error (0, pestring)
else
AT_WCST(wcp) = value
case IMST:
if (ipp == NULL)
call error (0, pestring)
else
AT_IMST(ipp) = value
default:
call error (0, pestring)
}
end
# AT_SETR -- Set the value of an astrom real parameter.
procedure at_setr (at, parameter, value)
pointer at #I the pointer to the main astrom structure
int parameter #I the parameter to be set
real value #I the value of the parameter to be set
pointer fcp, ipp
string restring "AT_SETR: Cannot set undefined real parameter"
begin
fcp = AT_PRCENTER(at)
ipp = AT_PIMPARS(at)
switch (parameter) {
case ESITEALT:
if (ipp == NULL)
call error (0, restring)
else
AT_ESITEALT(ipp) = value
case ESITETZ:
if (ipp == NULL)
call error (0, restring)
else
AT_ESITETZ(ipp) = value
case EDATAMIN:
if (ipp == NULL)
call error (0, restring)
else
AT_EDATAMIN(ipp) = value
case EDATAMAX:
if (ipp == NULL)
call error (0, restring)
else
AT_EDATAMAX(ipp) = value
case EGAIN:
if (ipp == NULL)
call error (0, restring)
else
AT_EGAIN(ipp) = value
case ERDNOISE:
if (ipp == NULL)
call error (0, restring)
else
AT_ERDNOISE(ipp) = value
case EWAVLEN:
if (ipp == NULL)
call error (0, restring)
else
AT_EWAVLEN(ipp) = value
case ETEMP:
if (ipp == NULL)
call error (0, restring)
else
AT_ETEMP(ipp) = value
case EPRESS:
if (ipp == NULL)
call error (0, restring)
else
AT_EPRESS(ipp) = value
default:
call error (0, restring)
}
end
# AT_SETD -- Set the value of an astrom double parameter.
procedure at_setd (at, parameter, value)
pointer at #I the pointer to the main astrom structure
int parameter #I the parameter to be set
double value #I the value of the parameter to be set
pointer fcp, wcp, ipp
string destring "AT_SETD: Cannot set undefined double parameter"
begin
fcp = AT_PRCENTER(at)
wcp = AT_PWCS(at)
ipp = AT_PIMPARS(at)
switch (parameter) {
case RCRA:
if (fcp == NULL)
call error (0, destring)
else
AT_RCRA(fcp) = value
case RCDEC:
if (fcp == NULL)
call error (0, destring)
else
AT_RCDEC(fcp) = value
case RCRAWIDTH:
if (fcp == NULL)
call error (0, destring)
else
AT_RCRAWIDTH(fcp) = value
case RCDECWIDTH:
if (fcp == NULL)
call error (0, destring)
else
AT_RCDECWIDTH(fcp) = value
case WXREF:
if (wcp == NULL)
call error (0, destring)
else
AT_WXREF(wcp) = value
case WYREF:
if (wcp == NULL)
call error (0, destring)
else
AT_WYREF(wcp) = value
case WXMAG:
if (wcp == NULL)
call error (0, destring)
else
AT_WXMAG(wcp) = value
case WYMAG:
if (wcp == NULL)
call error (0, destring)
else
AT_WYMAG(wcp) = value
case WXROT:
if (wcp == NULL)
call error (0, destring)
else
AT_WXROT(wcp) = value
case WYROT:
if (wcp == NULL)
call error (0, destring)
else
AT_WYROT(wcp) = value
case WRAREF:
if (wcp == NULL)
call error (0, destring)
else
AT_WRAREF(wcp) = value
case WDECREF:
if (wcp == NULL)
call error (0, destring)
else
AT_WDECREF(wcp) = value
case ESITELNG:
if (ipp == NULL)
call error (0, destring)
else
AT_ESITELNG(ipp) = value
case ESITELAT:
if (ipp == NULL)
call error (0, destring)
else
AT_ESITELAT(ipp) = value
case EMJDOBS:
if (ipp == NULL)
call error (0, destring)
else
AT_EMJDOBS(ipp) = value
#case UT:
#if (ipp == NULL)
#call error (0,
#"AT_SETD: Cannot set undefined double parameter")
#else
#AT_UT(ipp) = value
default:
call error (0, destring)
}
end
# AT_SETS -- Set the value of an astrom string parameter.
procedure at_sets (at, parameter, value)
pointer at #I the pointer to the main astrom structure
int parameter #I the parameter to be set
char value[ARB] #I the value of the parameter to be set
pointer fcp, iop, fsp, wcp, ipp
string sestring "AT_SETS: Cannot set undefined string parameter"
begin
iop = AT_PIO(at)
fcp = AT_PRCENTER(at)
fsp = AT_PFILTER(at)
wcp = AT_PWCS(at)
ipp = AT_PIMPARS(at)
switch (parameter) {
case CATALOGS:
if (iop == NULL)
call error (0, sestring)
else
call strcpy (value, AT_CATALOGS(iop), SZ_FNAME)
case SURVEYS:
if (iop == NULL)
call error (0, sestring)
else
call strcpy (value, AT_SURVEYS(iop), SZ_FNAME)
case IMAGES:
if (iop == NULL)
call error (0, sestring)
else
call strcpy (value, AT_IMAGES(iop), SZ_FNAME)
case INPUT:
if (iop == NULL)
call error (0, sestring)
else
call strcpy (value, AT_INPUT(iop), SZ_FNAME)
case OUTPUT:
if (iop == NULL)
call error (0, sestring)
else
call strcpy (value, AT_OUTPUT(iop), SZ_FNAME)
case CATNAME:
if (iop == NULL)
call error (0, sestring)
else
call strcpy (value, AT_CATNAME(iop), SZ_FNAME)
case SVNAME:
if (iop == NULL)
call error (0, sestring)
else
call strcpy (value, AT_SVNAME(iop), SZ_FNAME)
case IMNAME:
if (iop == NULL)
call error (0, sestring)
else
call strcpy (value, AT_IMNAME(iop), SZ_FNAME)
case INFNAME:
if (iop == NULL)
call error (0, sestring)
else
call strcpy (value, AT_INFNAME(iop), SZ_FNAME)
case OUTFNAME:
if (iop == NULL)
call error (0, sestring)
else
call strcpy (value, AT_OUTFNAME(iop), SZ_FNAME)
case CATDB:
if (iop == NULL)
call error (0, sestring)
else
call strcpy (value, AT_CATDB(iop), SZ_FNAME)
case IMDB:
if (iop == NULL)
call error (0, sestring)
else
call strcpy (value, AT_IMDB(iop), SZ_FNAME)
case RCSYSTEM:
if (fcp == NULL)
call error (0, sestring)
else
call strcpy (value, AT_RCSYSTEM(fcp), SZ_FNAME)
case RCSOURCE:
if (fcp == NULL)
call error (0, sestring)
else
call strcpy (value, AT_RCSOURCE(fcp), SZ_FNAME)
case FSORT:
if (fsp == NULL)
call error (0, sestring)
else
call strcpy (value, AT_FSORT(fsp), SZ_FNAME)
case FOSYSTEM:
if (fsp == NULL)
call error (0, sestring)
else
call strcpy (value, AT_FOSYSTEM(fsp), SZ_FNAME)
case FIRA:
if (fsp == NULL)
call error (0, sestring)
else
call strcpy (value, AT_FIRA(fsp), SZ_FNAME)
case FIDEC:
if (fsp == NULL)
call error (0, sestring)
else
call strcpy (value, AT_FIDEC(fsp), SZ_FNAME)
case FORAFORMAT:
if (fsp == NULL)
call error (0, sestring)
else
call strcpy (value, AT_FORAFORMAT(fsp), SZ_FNAME)
case FODECFORMAT:
if (fsp == NULL)
call error (0, sestring)
else
call strcpy (value, AT_FODECFORMAT(fsp), SZ_FNAME)
case FIXP:
if (fsp == NULL)
call error (0, sestring)
else
call strcpy (value, AT_FIXP(fsp), SZ_FNAME)
case FIYP:
if (fsp == NULL)
call error (0, sestring)
else
call strcpy (value, AT_FIYP(fsp), SZ_FNAME)
case FIXC:
if (fsp == NULL)
call error (0, sestring)
else
call strcpy (value, AT_FIXC(fsp), SZ_FNAME)
case FIYC:
if (fsp == NULL)
call error (0, sestring)
else
call strcpy (value, AT_FIYC(fsp), SZ_FNAME)
case FOXFORMAT:
if (fsp == NULL)
call error (0, sestring)
else
call strcpy (value, AT_FOXFORMAT(fsp), SZ_FNAME)
case FOYFORMAT:
if (fsp == NULL)
call error (0, sestring)
else
call strcpy (value, AT_FOYFORMAT(fsp), SZ_FNAME)
case FIELDS:
if (fsp == NULL)
call error (0, sestring)
else
call strcpy (value, AT_FIELDS(fsp), SZ_FNAME)
case FEXPR:
if (fsp == NULL)
call error (0, sestring)
else
call strcpy (value, AT_FEXPR(fsp), SZ_FNAME)
case FNAMES:
if (fsp == NULL)
call error (0, sestring)
else
call strcpy (value, AT_FNAMES(fsp), SZ_FNAME)
case FNTYPES:
if (fsp == NULL)
call error (0, sestring)
else
call strcpy (value, AT_FNTYPES(fsp), SZ_FNAME)
case FNUNITS:
if (fsp == NULL)
call error (0, sestring)
else
call strcpy (value, AT_FNUNITS(fsp), SZ_FNAME)
case FNFORMATS:
if (fsp == NULL)
call error (0, sestring)
else
call strcpy (value, AT_FNFORMATS(fsp), SZ_FNAME)
case WPROJ:
if (wcp == NULL)
call error (0, sestring)
else
call strcpy (value, AT_WPROJ(wcp), SZ_FNAME)
case WSYSTEM:
if (wcp == NULL)
call error (0, sestring)
else
call strcpy (value, AT_WSYSTEM(wcp), SZ_FNAME)
case OBSERVAT:
if (ipp == NULL)
call error (0, sestring)
else
call strcpy (value, AT_OBSERVAT(ipp), SZ_FNAME)
default:
call error (0, sestring)
}
end
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