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include "psfmatch.h"
# RG_PINIT -- Initialize the main psfmatch data structure.
procedure rg_pinit (pm, cfunc)
pointer pm #O pointer to psfmatch structure
int cfunc #I mode of computing the convolution function
begin
call malloc (pm, LEN_PSFSTRUCT, TY_STRUCT)
# Initialize the pointers.
PM_RC1(pm) = NULL
PM_RC2(pm) = NULL
PM_RL1(pm) = NULL
PM_RL2(pm) = NULL
PM_RZERO(pm) = NULL
PM_RXSLOPE(pm) = NULL
PM_RYSLOPE(pm) = NULL
PM_NREGIONS(pm) = 0
PM_CNREGION(pm) = 1
# Define the background fitting parameters.
PM_CENTER(pm) = DEF_CENTER
PM_BACKGRD(pm) = DEF_BACKGRD
PM_BVALUER(pm) = 0.0
PM_BVALUE(pm) = 0.0
call strcpy ("median", PM_BSTRING(pm), SZ_FNAME)
PM_LOREJECT(pm) = DEF_LOREJECT
PM_HIREJECT(pm) = DEF_HIREJECT
PM_APODIZE(pm) = 0.0
PM_UFLUXRATIO(pm) = DEF_UFLUXRATIO
PM_FILTER(pm) = DEF_FILTER
call strcpy ("replace", PM_FSTRING(pm), SZ_FNAME)
PM_SXINNER(pm) = DEF_SXINNER
PM_SXOUTER(pm) = DEF_SXOUTER
PM_SYINNER(pm) = DEF_SYINNER
PM_SYOUTER(pm) = DEF_SYOUTER
PM_RADSYM(pm) = DEF_RADSYM
PM_THRESHOLD(pm) = DEF_THRESHOLD
PM_NORMFACTOR(pm) = DEF_NORMFACTOR
PM_CONVOLUTION(pm) = cfunc
switch (cfunc) {
case PM_CONIMAGE:
PM_CONVOLUTION(pm) = PM_CONIMAGE
call strcpy ("image", PM_CSTRING(pm), SZ_FNAME)
case PM_CONPSF:
PM_CONVOLUTION(pm) = PM_CONPSF
call strcpy ("psf", PM_CSTRING(pm), SZ_FNAME)
case PM_CONKERNEL:
PM_CONVOLUTION(pm) = PM_CONKERNEL
call strcpy ("kernel", PM_CSTRING(pm), SZ_FNAME)
default:
PM_CONVOLUTION(pm) = PM_CONIMAGE
call strcpy ("image", PM_CSTRING(pm), SZ_FNAME)
}
PM_DNX(pm) = DEF_DNX
PM_DNY(pm) = DEF_DNY
PM_PNX(pm) = DEF_PNX
PM_PNY(pm) = DEF_PNY
PM_KNX(pm) = 0
PM_KNY(pm) = 0
PM_POWER(pm) = DEF_POWER
PM_REFFFT(pm) = NULL
PM_IMFFT(pm) = NULL
PM_FFT(pm) = NULL
PM_CONV(pm) = NULL
PM_ASFFT(pm) = NULL
PM_NXFFT(pm) = 0
PM_NYFFT(pm) = 0
# Initialize the strings.
PM_IMAGE(pm) = EOS
PM_REFIMAGE(pm) = EOS
PM_PSFDATA(pm) = EOS
PM_PSFIMAGE(pm) = EOS
PM_OBJLIST(pm) = EOS
PM_KERNEL(pm) = EOS
PM_OUTIMAGE(pm) = EOS
# Initialize the buffers.
call rg_prinit (pm)
end
# RG_PRINIT -- Initialize the regions definition portion of the psf matching
# code fitting structure.
procedure rg_prinit (pm)
pointer pm #I pointer to psfmatch structure
begin
call rg_prfree (pm)
PM_NREGIONS(pm) = 0
PM_CNREGION(pm) = 1
call malloc (PM_RC1(pm), MAX_NREGIONS, TY_INT)
call malloc (PM_RC2(pm), MAX_NREGIONS, TY_INT)
call malloc (PM_RL1(pm), MAX_NREGIONS, TY_INT)
call malloc (PM_RL2(pm), MAX_NREGIONS, TY_INT)
call malloc (PM_RZERO(pm), MAX_NREGIONS, TY_REAL)
call malloc (PM_RXSLOPE(pm), MAX_NREGIONS, TY_REAL)
call malloc (PM_RYSLOPE(pm), MAX_NREGIONS, TY_REAL)
call amovki (INDEFI, Memi[PM_RC1(pm)], MAX_NREGIONS)
call amovki (INDEFI, Memi[PM_RC2(pm)], MAX_NREGIONS)
call amovki (INDEFI, Memi[PM_RL1(pm)], MAX_NREGIONS)
call amovki (INDEFI, Memi[PM_RL2(pm)], MAX_NREGIONS)
call amovkr (INDEFR, Memr[PM_RZERO(pm)], MAX_NREGIONS)
call amovkr (INDEFR, Memr[PM_RXSLOPE(pm)], MAX_NREGIONS)
call amovkr (INDEFR, Memr[PM_RYSLOPE(pm)], MAX_NREGIONS)
end
# RG_PINDEFR -- Re-initialize the background and answers regions portion of
# the psf-matching structure.
procedure rg_pindefr (pm)
pointer pm #I pointer to the psfmatch structure
int nregions
int rg_pstati ()
begin
nregions = rg_pstati (pm, NREGIONS)
if (nregions > 0) {
call amovkr (INDEFR, Memr[PM_RZERO(pm)], nregions)
call amovkr (INDEFR, Memr[PM_RXSLOPE(pm)], nregions)
call amovkr (INDEFR, Memr[PM_RYSLOPE(pm)], nregions)
}
end
# RG_PREALLOC -- Reallocate the regions buffers and initialize if necessary.
procedure rg_prealloc (pm, nregions)
pointer pm #I pointer to psfmatch structure
int nregions #I number of regions
int nr
int rg_pstati()
begin
nr = rg_pstati (pm, NREGIONS)
call realloc (PM_RC1(pm), nregions, TY_INT)
call realloc (PM_RC2(pm), nregions, TY_INT)
call realloc (PM_RL1(pm), nregions, TY_INT)
call realloc (PM_RL2(pm), nregions, TY_INT)
call realloc (PM_RZERO(pm), nregions, TY_REAL)
call realloc (PM_RXSLOPE(pm), nregions, TY_REAL)
call realloc (PM_RYSLOPE(pm), nregions, TY_REAL)
call amovki (INDEFI, Memi[PM_RC1(pm)+nr], nregions - nr)
call amovki (INDEFI, Memi[PM_RC2(pm)+nr], nregions - nr)
call amovki (INDEFI, Memi[PM_RL1(pm)+nr], nregions - nr)
call amovki (INDEFI, Memi[PM_RL2(pm)+nr], nregions - nr)
call amovkr (INDEFR, Memr[PM_RZERO(pm)+nr], nregions - nr)
call amovkr (INDEFR, Memr[PM_RXSLOPE(pm)+nr], nregions - nr)
call amovkr (INDEFR, Memr[PM_RYSLOPE(pm)+nr], nregions - nr)
#call amovkr (INDEFR, Memr[PM_XSHIFTS(pm)+nr], nregions - nr)
#call amovkr (INDEFR, Memr[PM_YSHIFTS(pm)+nr], nregions - nr)
end
# RG_PRFREE -- Free the regions portion of the psfmatch structure.
procedure rg_prfree (pm)
pointer pm #I/O pointer to psfmatch structure
begin
call rg_pseti (pm, NREGIONS, 0)
if (PM_RC1(pm) != NULL)
call mfree (PM_RC1(pm), TY_INT)
PM_RC1(pm) = NULL
if (PM_RC2(pm) != NULL)
call mfree (PM_RC2(pm), TY_INT)
PM_RC2(pm) = NULL
if (PM_RL1(pm) != NULL)
call mfree (PM_RL1(pm), TY_INT)
PM_RL1(pm) = NULL
if (PM_RL2(pm) != NULL)
call mfree (PM_RL2(pm), TY_INT)
PM_RL2(pm) = NULL
if (PM_RZERO(pm) != NULL)
call mfree (PM_RZERO(pm), TY_REAL)
PM_RZERO(pm) = NULL
if (PM_RXSLOPE(pm) != NULL)
call mfree (PM_RXSLOPE(pm), TY_REAL)
PM_RXSLOPE(pm) = NULL
if (PM_RYSLOPE(pm) != NULL)
call mfree (PM_RYSLOPE(pm), TY_REAL)
PM_RYSLOPE(pm) = NULL
end
# RG_PFREE -- Free the psfmatch structure.
procedure rg_pfree (pm)
pointer pm #I pointer to psfmatch structure
begin
# Free the region descriptors
call rg_prfree (pm)
if (PM_REFFFT(pm) != NULL)
call mfree (PM_REFFFT(pm), TY_REAL)
if (PM_IMFFT(pm) != NULL)
call mfree (PM_IMFFT(pm), TY_REAL)
if (PM_FFT(pm) != NULL)
call mfree (PM_FFT(pm), TY_REAL)
if (PM_CONV(pm) != NULL)
call mfree (PM_CONV(pm), TY_REAL)
if (PM_ASFFT(pm) != NULL)
call mfree (PM_ASFFT(pm), TY_REAL)
call mfree (pm, TY_STRUCT)
end
# RG_PSTATI -- Fetch the value of a psfmatch task integer parameter.
int procedure rg_pstati (pm, param)
pointer pm # pointer to psfmatch structure
int param # parameter to be fetched
begin
switch (param) {
case NREGIONS:
return (PM_NREGIONS(pm))
case CNREGION:
return (PM_CNREGION(pm))
case CENTER:
return (PM_CENTER(pm))
case BACKGRD:
return (PM_BACKGRD(pm))
case CONVOLUTION:
return (PM_CONVOLUTION(pm))
case DNX:
return (PM_DNX(pm))
case DNY:
return (PM_DNY(pm))
case PNX:
return (PM_PNX(pm))
case PNY:
return (PM_PNY(pm))
case KNX:
return (PM_KNX(pm))
case KNY:
return (PM_KNY(pm))
case POWER:
return (PM_POWER(pm))
case FILTER:
return (PM_FILTER(pm))
case RADSYM:
return (PM_RADSYM(pm))
case NXFFT:
return (PM_NXFFT(pm))
case NYFFT:
return (PM_NYFFT(pm))
default:
call error (0, "RG_PSTATI: Unknown integer parameter.")
}
end
# RG_PSTATP -- Fetch the value of a psfmatch task pointer parameter.
pointer procedure rg_pstatp (pm, param)
pointer pm # pointer to psfmatch structure
int param # parameter to be fetched
begin
switch (param) {
case RC1:
return (PM_RC1(pm))
case RC2:
return (PM_RC2(pm))
case RL1:
return (PM_RL1(pm))
case RL2:
return (PM_RL2(pm))
case RZERO:
return (PM_RZERO(pm))
case RXSLOPE:
return (PM_RXSLOPE(pm))
case RYSLOPE:
return (PM_RYSLOPE(pm))
case REFFFT:
return (PM_REFFFT(pm))
case IMFFT:
return (PM_IMFFT(pm))
case FFT:
return (PM_FFT(pm))
case CONV:
return (PM_CONV(pm))
case ASFFT:
return (PM_ASFFT(pm))
default:
call error (0, "RG_PSTATP: Unknown pointer parameter.")
}
end
# RG_PSTATR -- Fetch the value of a psfmath task real parameter.
real procedure rg_pstatr (pm, param)
pointer pm # pointer to psfmatch structure
int param # parameter to be fetched
begin
switch (param) {
case BVALUER:
return (PM_BVALUER(pm))
case BVALUE:
return (PM_BVALUE(pm))
case APODIZE:
return (PM_APODIZE(pm))
case LOREJECT:
return (PM_LOREJECT(pm))
case HIREJECT:
return (PM_HIREJECT(pm))
case UFLUXRATIO:
return (PM_UFLUXRATIO(pm))
case FLUXRATIO:
return (PM_FLUXRATIO(pm))
case SXINNER:
return (PM_SXINNER(pm))
case SXOUTER:
return (PM_SXOUTER(pm))
case SYINNER:
return (PM_SYINNER(pm))
case SYOUTER:
return (PM_SYOUTER(pm))
case THRESHOLD:
return (PM_THRESHOLD(pm))
case NORMFACTOR:
return (PM_NORMFACTOR(pm))
default:
call error (0, "RG_PSTATR: Unknown real parameter.")
}
end
# RG_PSTATS -- Fetch the value of a psfmatch string string parameter.
procedure rg_pstats (pm, param, str, maxch)
pointer pm # pointer to psfmatch structure
int param # parameter to be fetched
char str[ARB] # output string
int maxch # maximum number of characters
begin
switch (param) {
case BSTRING:
call strcpy (PM_BSTRING(pm), str, maxch)
case CSTRING:
call strcpy (PM_CSTRING(pm), str, maxch)
case FSTRING:
call strcpy (PM_FSTRING(pm), str, maxch)
case IMAGE:
call strcpy (PM_IMAGE(pm), str, maxch)
case REFIMAGE:
call strcpy (PM_REFIMAGE(pm), str, maxch)
case PSFDATA:
call strcpy (PM_PSFDATA(pm), str, maxch)
case PSFIMAGE:
call strcpy (PM_PSFIMAGE(pm), str, maxch)
case OBJLIST:
call strcpy (PM_OBJLIST(pm), str, maxch)
case KERNEL:
call strcpy (PM_KERNEL(pm), str, maxch)
case OUTIMAGE:
call strcpy (PM_OUTIMAGE(pm), str, maxch)
default:
call error (0, "RG_PSTATS: Unknown string parameter.")
}
end
# RG_PSETI -- Set the value of a psfmatch task integer parameter.
procedure rg_pseti (pm, param, value)
pointer pm # pointer to psfmatch structure
int param # parameter to be fetched
int value # value of the integer parameter
begin
switch (param) {
case NREGIONS:
PM_NREGIONS(pm) = value
case CNREGION:
PM_CNREGION(pm) = value
case CENTER:
PM_CENTER(pm) = value
case BACKGRD:
PM_BACKGRD(pm) = value
switch (value) {
case PM_BNONE:
call strcpy ("none", PM_BSTRING(pm), SZ_FNAME)
case PM_BMEAN:
call strcpy ("mean", PM_BSTRING(pm), SZ_FNAME)
case PM_BMEDIAN:
call strcpy ("median", PM_BSTRING(pm), SZ_FNAME)
case PM_BSLOPE:
call strcpy ("plane", PM_BSTRING(pm), SZ_FNAME)
case PM_BNUMBER:
;
default:
call strcpy ("none", PM_BSTRING(pm), SZ_FNAME)
}
case CONVOLUTION:
PM_CONVOLUTION(pm) = value
switch (value) {
case PM_CONIMAGE:
call strcpy ("image", PM_CSTRING(pm), SZ_FNAME)
case PM_CONPSF:
call strcpy ("psf", PM_CSTRING(pm), SZ_FNAME)
case PM_CONKERNEL:
call strcpy ("kernel", PM_CSTRING(pm), SZ_FNAME)
default:
call strcpy ("image", PM_CSTRING(pm), SZ_FNAME)
}
case DNX:
PM_DNX(pm) = value
case DNY:
PM_DNY(pm) = value
case PNX:
PM_PNX(pm) = value
case PNY:
PM_PNY(pm) = value
case KNX:
PM_KNX(pm) = value
case KNY:
PM_KNY(pm) = value
case POWER:
PM_POWER(pm) = value
case RADSYM:
PM_RADSYM(pm) = value
case NXFFT:
PM_NXFFT(pm) = value
case NYFFT:
PM_NYFFT(pm) = value
case FILTER:
PM_FILTER(pm) = value
switch (value) {
case PM_FNONE:
call strcpy ("none", PM_FSTRING(pm), SZ_FNAME)
case PM_FCOSBELL:
call strcpy ("cosbell", PM_FSTRING(pm), SZ_FNAME)
case PM_FREPLACE:
call strcpy ("replace", PM_FSTRING(pm), SZ_FNAME)
case PM_FMODEL:
call strcpy ("model", PM_FSTRING(pm), SZ_FNAME)
default:
call strcpy ("none", PM_FSTRING(pm), SZ_FNAME)
}
default:
call error (0, "RG_PSETI: Unknown integer parameter.")
}
end
# RG_PSETP -- Set the value of a psfmatch task pointer parameter.
procedure rg_psetp (pm, param, value)
pointer pm # pointer to psfmatch structure
int param # parameter to be fetched
pointer value # value of the pointer parameter
begin
switch (param) {
case RC1:
PM_RC1(pm) = value
case RC2:
PM_RC2(pm) = value
case RL1:
PM_RL1(pm) = value
case RL2:
PM_RL2(pm) = value
case RZERO:
PM_RZERO(pm) = value
case RXSLOPE:
PM_RXSLOPE(pm) = value
case RYSLOPE:
PM_RYSLOPE(pm) = value
case REFFFT:
PM_REFFFT(pm) = value
case IMFFT:
PM_IMFFT(pm) = value
case FFT:
PM_FFT(pm) = value
case CONV:
PM_CONV(pm) = value
case ASFFT:
PM_ASFFT(pm) = value
default:
call error (0, "RG_PSETP: Unknown pointer parameter.")
}
end
# RG_PSETR -- Set the value of a psfmatch task real parameter.
procedure rg_psetr (pm, param, value)
pointer pm # pointer to psfmatch structure
int param # parameter to be fetched
real value # real parameter
begin
switch (param) {
case BVALUER:
PM_BVALUER(pm) = value
case BVALUE:
PM_BVALUE(pm) = value
case LOREJECT:
PM_LOREJECT(pm) = value
case HIREJECT:
PM_HIREJECT(pm) = value
case APODIZE:
PM_APODIZE(pm) = value
case UFLUXRATIO:
PM_UFLUXRATIO(pm) = value
case FLUXRATIO:
PM_FLUXRATIO(pm) = value
case SXINNER:
PM_SXINNER(pm) = value
case SXOUTER:
PM_SXOUTER(pm) = value
case SYINNER:
PM_SYINNER(pm) = value
case SYOUTER:
PM_SYOUTER(pm) = value
case THRESHOLD:
PM_THRESHOLD(pm) = value
case NORMFACTOR:
PM_NORMFACTOR(pm) = value
default:
call error (0, "RG_PSETR: Unknown real parameter.")
}
end
# RG_PSETS -- Procedure to set the value of a string parameter.
procedure rg_psets (pm, param, str)
pointer pm # pointer to psfmatch structure
int param # parameter to be fetched
char str[ARB] # output string
int index, ip
pointer sp, temp
real rval
int strdic(), fnldir(), ctor()
begin
call smark (sp)
call salloc (temp, SZ_LINE, TY_CHAR)
switch (param) {
case BSTRING:
ip = 1
index = strdic (str, str, SZ_LINE, PM_BTYPES)
if (index > 0) {
call strcpy (str, PM_BSTRING(pm), SZ_FNAME)
call rg_pseti (pm, BACKGRD, index)
} else if (ctor (str, ip, rval) > 0) {
call rg_psetr (pm, BVALUE, rval)
if (ctor (str, ip, rval) > 0) {
call rg_psetr (pm, BVALUER, rval)
call strcpy (str, PM_BSTRING(pm), SZ_FNAME)
call rg_pseti (pm, BACKGRD, PM_NUMBER)
} else {
call rg_psetr (pm, BVALUE, 0.0)
call rg_psetr (pm, BVALUER, 0.0)
}
}
case CSTRING:
index = strdic (str, str, SZ_LINE, PM_CTYPES)
if (index > 0) {
call strcpy (str, PM_CSTRING(pm), SZ_FNAME)
call rg_pseti (pm, CONVOLUTION, index)
}
case FSTRING:
index = strdic (str, str, SZ_LINE, PM_FTYPES)
if (index > 0) {
call strcpy (str, PM_FSTRING(pm), SZ_FNAME)
call rg_pseti (pm, FILTER, index)
}
case IMAGE:
call imgcluster (str, Memc[temp], SZ_FNAME)
index = fnldir (Memc[temp], PM_IMAGE(pm), SZ_FNAME)
call strcpy (Memc[temp+index], PM_IMAGE(pm), SZ_FNAME)
case REFIMAGE:
call imgcluster (str, Memc[temp], SZ_FNAME)
index = fnldir (Memc[temp], PM_REFIMAGE(pm), SZ_FNAME)
call strcpy (Memc[temp+index], PM_REFIMAGE(pm), SZ_FNAME)
case PSFDATA:
call strcpy (str, PM_PSFDATA(pm), SZ_FNAME)
case PSFIMAGE:
call imgcluster (str, Memc[temp], SZ_FNAME)
index = fnldir (Memc[temp], PM_PSFIMAGE(pm), SZ_FNAME)
call strcpy (Memc[temp+index], PM_PSFIMAGE(pm), SZ_FNAME)
case OBJLIST:
call strcpy (str, PM_OBJLIST(pm), SZ_FNAME)
case KERNEL:
call imgcluster (str, Memc[temp], SZ_FNAME)
index = fnldir (Memc[temp], PM_KERNEL(pm), SZ_FNAME)
call strcpy (Memc[temp+index], PM_KERNEL(pm), SZ_FNAME)
case OUTIMAGE:
call strcpy (str, PM_OUTIMAGE(pm), SZ_FNAME)
default:
call error (0, "RG_PSETS: Unknown string parameter.")
}
call sfree (sp)
end
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