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include <smw.h>
include "rvpackage.h"
include "rvflags.h"
# RV_APNUM_RANGE - Given a string in 'ranges' format decode it and
# load the apnum array in the header.
int procedure rv_apnum_range (rv, apnum)
pointer rv #I RV struct pointer
char apnum[SZ_LINE] #I APNUM range string
pointer sp, ranges, image, aplist
pointer im, smw
int i, number, naps, stat
pointer immap(), smw_openim()
int get_next_number(), imaccess()
int imtrgetim(), decode_ranges(), rv_verify_aps()
bool streq()
errchk immap, swm_openim, imaccess, rv_aplist, realloc, rv_verify_aps
begin
if (streq(apnum,"") || streq(apnum," ")) {
call rv_errmsg ("Aperture list specified as a NULL string")
return (ERR_READ)
}
call smark (sp)
# If a wildcard template is given read the image otherwise
# expand the template list.
if (apnum[1] == '*') {
call salloc (image, SZ_FNAME, TY_CHAR)
if (imtrgetim (RV_OBJECTS(rv), RV_IMNUM(rv), Memc[image],
SZ_FNAME) == EOF) {
call rv_errmsg ("Error getting object image `%s'.")
call pargstr (Memc[image])
call sfree (sp)
return (ERR_READ)
}
if (imaccess (Memc[image], 0) == YES) {
im = immap (Memc[image], READ_ONLY, 0)
smw = smw_openim (im)
} else {
call rv_errmsg ("Object image does not exist.")
call sfree (sp)
return (ERR_READ)
}
call rv_aplist (smw, aplist, naps)
call smw_close (smw)
call imunmap (im)
} else {
call salloc (ranges, 3*SZ_APLIST, TY_INT)
if (decode_ranges (apnum, Memi[ranges], SZ_APLIST, naps) == ERR) {
call sfree (sp)
call rv_errmsg ("Error decoding APNUM range string.")
return (ERR_READ)
}
call malloc (aplist, naps, TY_INT)
number = 0
i = 0
while (get_next_number (Memi[ranges], number) != EOF) {
Memi[aplist+i] = number
i = i + 1
}
}
# Now that we've parsed the aperture parameter, let's make sure it's
# legal for the images we're given. If it is then we copy the new info
# into the struct, otherwise return ERR_READ.
stat = rv_verify_aps (rv, apnum, Memi[aplist], naps)
if (stat == OK) {
call realloc (RV_APLIST(rv), 4*naps, TY_INT)
call realloc (RV_APPARAM(rv), SZ_LINE, TY_CHAR)
call amovi (Memi[aplist], APLIST(rv,1), naps)
call strcpy (apnum, APPARAM(rv), SZ_LINE)
RV_APNUM(rv) = APLIST(rv,1)
RV_OAPNUM(rv) = APLIST(rv,1)
NUMAPS(rv) = naps
CURAPNUM(rv) = 1
}
call mfree (aplist, TY_INT)
call sfree (sp)
return (stat)
end
# RV_VERIFY_APS - Scan the object and template image lists and verify that
# list of apertures selected is valid for the two current images.
#
# NOTE: As this is currently implemented, we are restricted to either match-
# ing aperture pairs directly, or allowing only 1-D templates. This will
# change in a future release once separate aperture lists are maintained for
# both the object and the template images.
int procedure rv_verify_aps (rv, apnum, aplist, naps)
pointer rv #I RV struct pointer
char apnum[SZ_LINE] #I Aperture parameter string
int aplist[ARB] #I List of selected apertures
int naps #I Number of apertures.
pointer sp, oimage, timage, aplist1
pointer imo, smwo, imt, smwt, optr, tptr
int i, legal, onum, tnum, onspec, tnspec
pointer immap(), smw_openim()
int rv_apmatch()
int imaccess(), imtrgetim()
errchk immap, smw_openim, imaccess, rv_aplist, realloc
define exit_ 99
begin
call smark (sp) # let's get some storage space
call salloc (oimage, SZ_FNAME, TY_CHAR)
call salloc (timage, SZ_FNAME, TY_CHAR)
onum = RV_IMNUM(rv) # initialize stuff
optr = RV_OBJECTS(rv)
tnum = RV_TEMPNUM(rv)
tptr = RV_TEMPLATES(rv)
# Map the images so we can read the headers.
if (imtrgetim (optr, onum, Memc[oimage], SZ_FNAME) == EOF) {
call rv_errmsg ("Error getting object image `%s'.")
call pargstr (Memc[oimage])
call sfree (sp)
return (ERR_READ)
}
if (imaccess(Memc[oimage],0) == YES) {
imo = immap (Memc[oimage], READ_ONLY, 0)
smwo = smw_openim (imo)
} else {
call sfree (sp)
call rv_errmsg ("Object image does not exist.")
return (ERR_READ)
}
if (imtrgetim (tptr, tnum, Memc[timage], SZ_FNAME) == EOF) {
call rv_errmsg ("Error getting template image `%s'.")
call pargstr (Memc[timage])
call sfree (sp)
return (ERR_READ)
}
if (imaccess(Memc[timage],0) == YES) {
imt = immap (Memc[timage], READ_ONLY, 0)
smwt = smw_openim (imt)
} else {
call sfree (sp)
call rv_errmsg ("Template image does not exist.")
return (ERR_READ)
}
# Now verify that the aperture lists are correct for the two images.
# The check is done only against the current object/temp image pairs
# since the routine is only called in an instance of a new image.
aplist1 = NULL
legal = OK
onspec = SMW_NSPEC(smwo)
tnspec = SMW_NSPEC(smwt)
if (onspec == 1 && tnspec == 1 && apnum[1] != '*') {
call rv_errmsg(
"Aperture list cannot be applied to onedspec images.")
legal = ERR_READ
} else if (onspec == 1 && tnspec > 1) {
call rv_errmsg (
"Aperture list cannot be applied to template image.")
legal = ERR_READ
} else if (onspec > 1) {
# Check object aperture list to see if the requested apertures are
# in the image list.
call rv_aplist (smwo, aplist1, onspec)
do i = 1, naps {
if (rv_apmatch(aplist[i], Memi[aplist1], onspec) == ERR) {
call rv_errmsg (
"Requested aperture not present in object image.")
legal = ERR_READ
goto exit_
}
}
# If we have a two dimensional template do the same thing.
if (tnspec > 1) {
call mfree (aplist1, TY_INT)
call rv_aplist (smwt, aplist1, tnspec)
do i = 1, naps {
if (rv_apmatch(aplist[i], Memi[aplist1], tnspec) == ERR) {
call rv_errmsg (
"Requested aperture not present in object image.")
legal = ERR_READ
goto exit_
}
}
}
}
exit_ call mfree (aplist1, TY_INT) # clean up
call smw_close (smwo)
call smw_close (smwt)
call imunmap (imo)
call imunmap (imt)
call sfree (sp)
return (legal)
end
# RV_APLIST -- Get a list of apertures from an SMW pointer.
# This routine allocates an integer array pointer which must be freed
# by the calling program.
procedure rv_aplist (smw, aplist, naps)
pointer smw #I SMW pointer
pointer aplist #O Aperture list pointer
int naps #O Number of apertures
int i, ap, beam, dtype, nw
real aplow[2], aphigh[2]
double w1, dw, z
pointer coeff
errchk malloc, smw_gwattrs
begin
naps = SMW_NSPEC(smw)
call malloc (aplist, naps, TY_INT)
coeff = NULL
do i = 1, naps {
call smw_gwattrs (smw, i, 1, ap, beam, dtype, w1, dw, nw, z,
aplow, aphigh, coeff)
Memi[aplist+i-1] = ap
}
call mfree (coeff, TY_CHAR)
end
# RV_APMATCH - Given an aperture number see if it is in the given list.
int procedure rv_apmatch (apnum, aplist, naps)
int apnum #I Requested aperture
int aplist[ARB] #I Aperture list
int naps #I Number of apertures
int i
begin
do i = 1, naps {
if (apnum == aplist[i])
return (OK)
}
return (ERR)
end
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