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include <gset.h>
include <math/curfit.h>
include "identify.h"
# ID_INIT -- Allocate identify structure
procedure id_init (id)
pointer id #O ID pointer
pointer stopen()
errchk stopen
begin
call calloc (id, ID_LENSTRUCT, TY_STRUCT)
ID_NALLOC(id) = 20
ID_NFEATURES(id) = 0
ID_CURRENT(id) = 0
ID_DT(id) = NULL
ID_STP(id) = stopen ("identify", 100, 10*ID_LENSTRUCT, 10*SZ_LINE)
if (ID_NALLOC(id) > 0) {
call malloc (ID_PIX(id), ID_NALLOC(id), TY_DOUBLE)
call malloc (ID_FIT(id), ID_NALLOC(id), TY_DOUBLE)
call malloc (ID_USER(id), ID_NALLOC(id), TY_DOUBLE)
call malloc (ID_WTS(id), ID_NALLOC(id), TY_DOUBLE)
call malloc (ID_FWIDTHS(id), ID_NALLOC(id), TY_REAL)
call malloc (ID_FTYPES(id), ID_NALLOC(id), TY_INT)
call calloc (ID_LABEL(id), ID_NALLOC(id), TY_POINTER)
}
end
# ID_FREE -- Free identify structure.
procedure id_free (id)
pointer id #I ID pointer
int i
pointer ptr
begin
if (id == NULL)
return
call id_free1 (id)
call mfree (ID_APS(id), TY_INT)
ptr = ID_LABEL(id)
do i = 1, ID_NFEATURES(id) {
call mfree (Memi[ptr], TY_CHAR)
ptr = ptr + 1
}
call mfree (ID_PIX(id), TY_DOUBLE)
call mfree (ID_FIT(id), TY_DOUBLE)
call mfree (ID_USER(id), TY_DOUBLE)
call mfree (ID_WTS(id), TY_DOUBLE)
call mfree (ID_FWIDTHS(id), TY_REAL)
call mfree (ID_FTYPES(id), TY_INT)
call mfree (ID_LABEL(id), TY_POINTER)
if (ID_DT(id) != NULL)
call dtunmap (ID_DT(id))
call id_unmapll (id)
call stclose (ID_STP(id))
call gt_free (ID_GT(id))
call dcvfree (ID_CV(id))
call ic_closed (ID_IC(id))
if (ID_UN(id) != NULL)
call un_close (ID_UN(id))
call mfree (id, TY_STRUCT)
end
# ID_FREE1 -- Free saved identify structures.
procedure id_free1 (id)
pointer id # ID pointer
int i
pointer stp, sid, ptr, sthead(), stnext(), stopen()
begin
stp = ID_STP(id)
for (sid = sthead(stp); sid != NULL; sid = stnext (stp, sid)) {
ptr = ID_LABEL(sid)
do i = 1, ID_NFEATURES(sid) {
call mfree (Memi[ptr], TY_CHAR)
ptr = ptr + 1
}
call mfree (ID_PIX(sid), TY_DOUBLE)
call mfree (ID_FIT(sid), TY_DOUBLE)
call mfree (ID_USER(sid), TY_DOUBLE)
call mfree (ID_WTS(sid), TY_DOUBLE)
call mfree (ID_FWIDTHS(sid), TY_REAL)
call mfree (ID_FTYPES(sid), TY_INT)
call mfree (ID_LABEL(sid), TY_POINTER)
if (ID_CV(sid) != NULL)
call dcvfree (ID_CV(sid))
if (ID_IC(sid) != NULL)
call ic_closed (ID_IC(sid))
}
if (sthead(stp) != NULL) {
call stclose (stp)
ID_STP(id) = stopen ("identify", 100, 10*ID_LENSTRUCT, 10*SZ_LINE)
}
end
# ID_SAVEID -- Save identify information by key.
procedure id_saveid (id, key)
pointer id #I IDENTIFY structure
char key[ARB] #I Key to use in saving information
pointer sid, stfind(), stenter()
begin
sid = stfind (ID_STP(id), key)
if (sid == NULL) {
sid = stenter (ID_STP(id), key, ID_LENSTRUCT)
call aclri (Memi[sid], ID_LENSTRUCT)
}
call strcpy (key, ID_SAVEID(id), ID_LENSTRING)
call id_sid (id, sid)
end
# ID_GETID -- Get saved identify information by key.
# Return NULL if not found.
pointer procedure id_getid (id, key)
pointer id #I IDENTIFY structure
char key[ARB] #I Key to use in saving information
int sid, stfind()
begin
sid = stfind (ID_STP(id), key)
if (sid != NULL)
call id_gid (id, sid)
return (sid)
end
# ID_SAVEAP -- Save identify information by aperture.
procedure id_saveap (id)
pointer id # IDENTIFY structure
begin
call sprintf (ID_SAVEID(id), ID_LENSTRING, "aperture %d %d")
call pargi (ID_AP(id,1))
call pargi (ID_AP(id,2))
call id_saveid (id, ID_SAVEID(id))
end
# ID_GETAP -- Get saved identify information by aperture.
# Return NULL if not found.
pointer procedure id_getap (id)
pointer id # IDENTIFY structure
int sid, stfind()
begin
call sprintf (ID_SAVEID(id), ID_LENSTRING, "aperture %d %d")
call pargi (ID_AP(id,1))
call pargi (ID_AP(id,2))
# Check if saved.
sid = stfind (ID_STP(id), ID_SAVEID(id))
if (sid != NULL)
call id_gid (id, sid)
return (sid)
end
# ID_SID -- Save parts of IDENTIFY structure.
procedure id_sid (id, sid)
pointer id #I IDENTIFY structure
pointer sid #I IDENTIFY save structure
int i, j, dcvstati(), strlen()
pointer sp, coeffs, ptr1, ptr2
begin
if (sid == NULL)
return
# Allocate or reallocate memory for features and copy them.
if (ID_NFEATURES(id) > 0) {
if (ID_NALLOC(sid) == 0) {
call malloc (ID_PIX(sid), ID_NFEATURES(id), TY_DOUBLE)
call malloc (ID_FIT(sid), ID_NFEATURES(id), TY_DOUBLE)
call malloc (ID_USER(sid), ID_NFEATURES(id), TY_DOUBLE)
call malloc (ID_WTS(sid), ID_NFEATURES(id), TY_DOUBLE)
call malloc (ID_FWIDTHS(sid), ID_NFEATURES(id), TY_REAL)
call malloc (ID_FTYPES(sid), ID_NFEATURES(id), TY_INT)
call calloc (ID_LABEL(sid), ID_NFEATURES(id), TY_POINTER)
} else if (ID_NALLOC(sid) != ID_NFEATURES(id)) {
call realloc (ID_PIX(sid), ID_NFEATURES(id), TY_DOUBLE)
call realloc (ID_FIT(sid), ID_NFEATURES(id), TY_DOUBLE)
call realloc (ID_USER(sid), ID_NFEATURES(id), TY_DOUBLE)
call realloc (ID_WTS(sid), ID_NFEATURES(id), TY_DOUBLE)
call realloc (ID_FWIDTHS(sid), ID_NFEATURES(id), TY_REAL)
call realloc (ID_FTYPES(sid), ID_NFEATURES(id), TY_INT)
call realloc (ID_LABEL(sid), ID_NFEATURES(id), TY_POINTER)
j = ID_NALLOC(sid)
i = ID_NFEATURES(id) - j
if (i > 0)
call aclri (Memi[ID_LABEL(sid)+j], i)
}
call amovd (PIX(id,1), PIX(sid,1), ID_NFEATURES(id))
call amovd (FIT(id,1), FIT(sid,1), ID_NFEATURES(id))
call amovd (USER(id,1), USER(sid,1), ID_NFEATURES(id))
call amovd (WTS(id,1), WTS(sid,1), ID_NFEATURES(id))
call amovr (FWIDTH(id,1), FWIDTH(sid,1), ID_NFEATURES(id))
call amovi (FTYPE(id,1), FTYPE(sid,1), ID_NFEATURES(id))
ptr1 = ID_LABEL(id)
ptr2 = ID_LABEL(sid)
do i = 1, ID_NFEATURES(id) {
call mfree (Memi[ptr2], TY_CHAR)
if (Memi[ptr1] != NULL) {
j = strlen (Memc[Memi[ptr1]])
call malloc (Memi[ptr2], j, TY_CHAR)
call strcpy (Memc[Memi[ptr1]], Memc[Memi[ptr2]], j)
}
ptr1 = ptr1 + 1
ptr2 = ptr2 + 1
}
ID_NALLOC(sid) = ID_NFEATURES(id)
}
# Use a SAVE and RESTORE to copy the CURFIT data.
if (ID_CV(sid) != NULL)
call dcvfree (ID_CV(sid))
if (ID_CV(id) != NULL) {
call smark (sp)
i = dcvstati (ID_CV(id), CVNSAVE)
call salloc (coeffs, i, TY_DOUBLE)
call dcvsave (ID_CV(id), Memd[coeffs])
call dcvrestore (ID_CV(sid), Memd[coeffs])
call sfree (sp)
if (ID_IC(sid) == NULL)
call ic_open (ID_IC(sid))
call ic_copy (ID_IC(id), ID_IC(sid))
}
call strcpy (ID_SAVEID(id), ID_SAVEID(sid), ID_LENSTRING)
ID_LINE(sid,1) = ID_LINE(id,1)
ID_LINE(sid,2) = ID_LINE(id,2)
ID_AP(sid,1) = ID_AP(id,1)
ID_AP(sid,2) = ID_AP(id,2)
ID_NFEATURES(sid) = ID_NFEATURES(id)
ID_SHIFT(sid) = ID_SHIFT(id)
ID_CURRENT(sid) = ID_CURRENT(id)
ID_NEWFEATURES(sid) = ID_NEWFEATURES(id)
ID_NEWCV(sid) = ID_NEWCV(id)
ID_NEWDBENTRY(sid) = ID_NEWDBENTRY(id)
end
# ID_GID -- Restore saved identify information.
procedure id_gid (id, sid)
pointer id #I IDENTIFY structure
int sid #I IDENTIFY save structure
int i, j, dcvstati(), strlen()
pointer sp, coeffs, ptr1, ptr2
begin
if (sid == NULL)
return
# Reallocate memory for features and copy them.
if (ID_NFEATURES(sid) > 0) {
if (ID_NALLOC(sid) != ID_NALLOC(id)) {
call realloc (ID_PIX(id), ID_NALLOC(sid), TY_DOUBLE)
call realloc (ID_FIT(id), ID_NALLOC(sid), TY_DOUBLE)
call realloc (ID_USER(id), ID_NALLOC(sid), TY_DOUBLE)
call realloc (ID_WTS(id), ID_NALLOC(sid), TY_DOUBLE)
call realloc (ID_FWIDTHS(id), ID_NALLOC(sid), TY_REAL)
call realloc (ID_FTYPES(id), ID_NALLOC(sid), TY_INT)
call realloc (ID_LABEL(id), ID_NALLOC(sid), TY_POINTER)
j = ID_NALLOC(id)
i = ID_NALLOC(sid) - j
if (i > 0)
call aclri (Memi[ID_LABEL(id)+j], i)
}
call amovd (PIX(sid,1), PIX(id,1), ID_NFEATURES(sid))
call amovd (FIT(sid,1), FIT(id,1), ID_NFEATURES(sid))
call amovd (USER(sid,1), USER(id,1), ID_NFEATURES(sid))
call amovd (WTS(sid,1), WTS(id,1), ID_NFEATURES(sid))
call amovr (FWIDTH(sid,1), FWIDTH(id,1), ID_NFEATURES(sid))
call amovi (FTYPE(sid,1), FTYPE(id,1), ID_NFEATURES(sid))
ptr1 = ID_LABEL(sid)
ptr2 = ID_LABEL(id)
do i = 1, ID_NFEATURES(sid) {
call mfree (Memi[ptr2], TY_CHAR)
if (Memi[ptr1] != NULL) {
j = strlen (Memc[Memi[ptr1]])
call malloc (Memi[ptr2], j, TY_CHAR)
call strcpy (Memc[Memi[ptr1]], Memc[Memi[ptr2]], j)
}
ptr1 = ptr1 + 1
ptr2 = ptr2 + 1
}
ID_NALLOC(id) = ID_NALLOC(sid)
ID_NFEATURES(id) = ID_NFEATURES(sid)
ID_NEWFEATURES(id) = ID_NEWFEATURES(sid)
ID_CURRENT(id) = ID_CURRENT(sid)
ID_NEWDBENTRY(id) = ID_NEWDBENTRY(sid)
}
# Use a SAVE and RESTORE to copy the CURFIT data.
ID_SHIFT(id) = ID_SHIFT(sid)
if (ID_CV(sid) != NULL) {
if (ID_CV(id) != NULL)
call dcvfree (ID_CV(id))
call smark (sp)
i = dcvstati (ID_CV(sid), CVNSAVE)
call salloc (coeffs, i, TY_DOUBLE)
call dcvsave (ID_CV(sid), Memd[coeffs])
call dcvrestore (ID_CV(id), Memd[coeffs])
call sfree (sp)
call ic_copy (ID_IC(sid), ID_IC(id))
ID_NEWCV(id) = ID_NEWCV(sid)
ID_NEWDBENTRY(id) = ID_NEWDBENTRY(sid)
call id_fitdata (id)
call id_fitfeatures (id)
}
call strcpy (ID_SAVEID(sid), ID_SAVEID(id), ID_LENSTRING)
ID_LINE(id,1) = ID_LINE(sid,1)
ID_LINE(id,2) = ID_LINE(sid,2)
ID_AP(id,1) = ID_AP(sid,1)
ID_AP(id,2) = ID_AP(sid,2)
end
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