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search.c
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search.c
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/* search.c
*/
/* Starbase Data Tables - An Ascii Database for UNIX
copyright 1991, 1993, 1995, 1999, 2003 John B. Roll jr.
*/
extern int N;
#include <math.h>
#include <ctype.h>
#include <except.h>
#include <table.h>
#include <tablesearch.h>
#include <filelist.h>
double slaDsep();
void radecbox();
exception ex_search = "search";
typedef void *(*vvector)();
TableSearch table_search();
TableSearch table_searchsetup();
char *table_searchcheckindexpattern();
Range *table_srange2();
typedef struct Axis {
int type;
int once;
int c1;
int c2;
char *value;
double lo;
double hi;
double wp;
Range *R;
int method;
TableSearch search;
struct Axis *pair;
} Axis;
char *table_searchcheckindexpattern();
void table_searchpairs(table, axes, naxes, filecache)
char *table;
Axis **axes;
int naxes;
void *filecache;
{
char *here;
char directo[1024];
int i, j;
TableSearch search = table_searchsetup(table);
int Numeric;
int Method;
strcpy(directo, table);
if ( (here = strrchr(directo, '/')) ) {
*here = '\0';
here++;
} else {
strcpy(directo, ".");
here = table;
}
for ( i = 0; i < naxes; i++ ) {
for ( j = 0; j < naxes; j++ ) {
char *name;
char *col1;
char *col2;
filelist list;
int len;
char pattern[1024];
if ( i == j ) continue;
if ( axes[i]->search != NULL ) continue;
if ( axes[j]->search != NULL ) continue;
col1 = table_colnam(search->THead, axes[i]->c2);
col2 = table_colnam(search->THead, axes[j]->c2);
sprintf(pattern, "%s.%s.%s[-.:][sbhir]", here, col1, col2);
if ( (name = table_searchcheckindexpattern(search, directo, pattern)) ) {
table_searchsetupindex(search, name, col1);
table_searchsetupcache(search, NULL);
axes[i]->search = search;
axes[j]->search = search;
axes[i]->search->Index = name;
axes[i]->search->Tcolumn = table_colnum(search->THead, col1);
axes[i]->search->Indxcol = table_colnum(search->IHead, col1);
axes[i]->search->Tcolum2 = table_colnum(search->THead, col2);
axes[i]->search->Indxco2 = table_colnum(search->IHead, col2);
axes[i]->type = 'S';
axes[j]->type = '4';
axes[j]->pair = axes[i];
search = table_searchsetup(table); /* Leak one search descriptor */
}
} }
}
typedef struct CsysDef {
void (*setup)();
int (*filte)();
int nrange;
double *range;
int naxes;
Axis *axis;
char *data;
} CsysDef;
typedef struct CsysType {
char option;
char *name;
int (*filte)();
void (*setup)();
char *(*parse)();
} CsysType;
typedef struct RCache {
struct _CNode cache;
} *RCache;
typedef struct JoinData {
CsysDef *csys;
int nsys;
Range *r;
File ofile;
int print;
int setcnt;
RCache cache;
int posit;
TableHead T1;
TableRow R1;
} JoinData;
rowcmp(a, b)
CNode a;
CNode b;
{
return a->hash == b->hash;
}
char *cartparse(csys, option)
CsysDef *csys;
char *option;
{
int i;
if ( *option )
csys->naxes = atoi(option);
else csys->naxes = 1;
csys->nrange = 1;
if ( !csys->naxes )
except(ex_search, "error in Cartesian coordinate system option");
Malloc(csys->axis, sizeof(Axis) * csys->naxes);
for ( i = 0; i < csys->naxes; i++ ) {
csys->axis[i].type = '2';
csys->axis[i].once = 0;
csys->axis[i].method = TSEARCH_SEXAGAS;
}
return "C";
}
void cartsetup(csys, row)
CsysDef *csys;
TableRow row;
{
int i;
for ( i = 0; i < csys->naxes; i++ ) {
csys->axis[i].lo = table_colvald(row, csys->axis[i].c1) - csys->range[0];
csys->axis[i].hi = table_colvald(row, csys->axis[i].c1) + csys->range[0];
}
}
cartfilte(csys, row1, row2)
CsysDef *csys;
TableRow row1;
TableRow row2;
{
int i;
double square = 0.0;
for ( i = 0; i < csys->naxes; i++ ) {
double d = table_colvald(row1, csys->axis[i].c1)
- table_colvald(row2, csys->axis[i].c2);
square += d * d;
}
if ( sqrt(square) <= csys->range[0] ) return 1;
else return 0;
}
char *sphrparse(csys, option)
CsysDef *csys;
char *option;
{
int i;
if ( *option == '1' || *option == '2' ) {
csys->naxes = *option++ - '0';
} else
csys->naxes = 2;
if ( csys->naxes == 1 )
csys->filte = NULL;
csys->nrange = 1;
Malloc(csys->axis, sizeof(Axis) * csys->naxes);
for ( i = 0; i < csys->naxes; i++ ) {
csys->axis[i].type = '2';
csys->axis[i].once = 0;
csys->axis[i].method = TSEARCH_SEXAGAS;
}
/* Parse units options. Set up wrap values.
*/
NewString(csys->data, "hdd");
for ( i = 0; i < 3 && option[i]; i++ )
csys->data[i] = option[i];
for ( i = 0; i < csys->naxes; i++ ) {
switch ( csys->data[i] ) {
case 'h': csys->axis[i].wp = 24.0; break;
case 'd': csys->axis[i].wp = 360.0; break;
case 'r': csys->axis[i].wp = X_2PI; break;
default:
except(ex_search, "bad units option to spherical system\n");
}
}
return "C";
}
void sphrsetup(csys, row)
CsysDef *csys;
TableRow row;
{
double ra, dec;
double width;
double r0, r1, d0, d1;
if ( csys->naxes == 1 ) {
csys->axis[0].lo = table_colvald(row, csys->axis[0].c1) -
csys->range[0];
if ( csys->axis[0].lo < 0 ) csys->axis[0].lo += csys->axis[0].wp;
csys->axis[0].hi = table_colvald(row, csys->axis[0].c1) +
csys->range[0];
if ( csys->axis[0].hi > csys->axis[0].wp )
csys->axis[0].hi -= csys->axis[0].wp;
return;
}
/* Input units conversion.
*/
switch ( csys->data[0] ) {
case 'h': ra = table_colvald(row, csys->axis[0].c1); break;
case 'd': ra = d2h(table_colvald(row, csys->axis[0].c1)); break;
case 'r': ra = r2h(table_colvald(row, csys->axis[0].c1)); break;
}
switch ( csys->data[1] ) {
case 'h': dec = h2d(table_colvald(row, csys->axis[1].c1)); break;
case 'd': dec = table_colvald(row, csys->axis[1].c1); break;
case 'r': dec = r2d(table_colvald(row, csys->axis[1].c1)); break;
}
switch ( csys->data[2] ) {
case 'h': width = h2d(csys->range[0]); break;
case 'd': width = csys->range[0]; break;
case 'r': width = r2d(csys->range[0]); break;
}
radecbox(ra, dec, width * 2, &r0, &r1, &d0, &d1);
/* Output units conversion
*/
switch ( csys->data[0] ) {
case 'h': csys->axis[0].lo = r0;
csys->axis[0].hi = r1;
break;
case 'd': csys->axis[0].lo = h2d(r0);
csys->axis[0].hi = h2d(r1);
break;
case 'r': csys->axis[0].lo = h2r(r0);
csys->axis[0].hi = h2r(r1);
break;
}
switch ( csys->data[1] ) {
case 'h': csys->axis[1].lo = d2h(d0);
csys->axis[1].hi = d2h(d1);
break;
case 'd': csys->axis[1].lo = d0;
csys->axis[1].hi = d1;
break;
case 'r': csys->axis[1].lo = d2r(d0);
csys->axis[1].hi = d2r(d1);
break;
}
}
int sphrfilte(csys, row1, row2)
CsysDef *csys;
TableRow row1;
TableRow row2;
{
double r1, r2, d1, d2;
double radius;
switch ( csys->data[0] ) {
case 'h': r1 = h2r(table_colvald(row1, csys->axis[0].c1));
r2 = h2r(table_colvald(row2, csys->axis[0].c2));
break;
case 'd': r1 = d2r(table_colvald(row1, csys->axis[0].c1));
r2 = d2r(table_colvald(row2, csys->axis[0].c2));
break;
case 'r': r1 = table_colvald(row1, csys->axis[0].c1);
r2 = table_colvald(row2, csys->axis[0].c2);
break;
}
switch ( csys->data[1] ) {
case 'h': d1 = h2r(table_colvald(row1, csys->axis[1].c1));
d2 = h2r(table_colvald(row2, csys->axis[1].c2));
break;
case 'd': d1 = d2r(table_colvald(row1, csys->axis[1].c1));
d2 = d2r(table_colvald(row2, csys->axis[1].c2));
break;
case 'r': d1 = table_colvald(row1, csys->axis[1].c1);
d2 = table_colvald(row2, csys->axis[1].c2);
break;
}
switch ( csys->data[2] ) {
case 'h': radius = h2r(csys->range[0]); break;
case 'd': radius = d2r(csys->range[0]); break;
case 'r': radius = csys->range[0]; break;
}
if ( slaDsep(r1, d1, r2, d2) <= radius ) return 1;
else return 0;
}
char *singparse(csys, option)
CsysDef *csys;
char *option;
{
csys->naxes = 1;
csys->nrange = 0;
Malloc(csys->axis, sizeof(Axis) * csys->naxes);
csys->axis[0].type = '1';
csys->axis[0].once = 0;
csys->axis[0].method = TSEARCH_ASCII;
return "C";
}
void singsetup(csys, row)
CsysDef *csys;
TableRow row;
{
csys->axis[0].value = table_colval(row, csys->axis[0].c1);
}
char *rangparse(csys, option)
CsysDef *csys;
char *option;
{
csys->naxes = 1;
csys->nrange = 0;
Malloc(csys->axis, sizeof(Axis) * 3);
if ( *option == ':' ) {
double wrap = SAOstrtod(&option[1], NULL);
csys->axis[0].wp = wrap;
}
csys->axis[0].type = '2';
csys->axis[0].once = 0;
csys->axis[0].method = TSEARCH_SEXAGAS;
return "211";
}
void rangsetup(csys, row)
CsysDef *csys;
TableRow row;
{
csys->naxes = 1;
csys->axis[0].lo = table_colvald(row, csys->axis[1].c1);
csys->axis[0].hi = table_colvald(row, csys->axis[2].c1);
}
char *valuparse(csys, option)
CsysDef *csys;
char *option;
{
csys->naxes = 1;
csys->nrange = 0;
Malloc(csys->axis, sizeof(Axis) * (csys->naxes + 0));
csys->axis[0].type = '1';
csys->axis[0].once = 1;
csys->axis[0].method = TSEARCH_ASCII;
return "2V";
}
void valusetup(csys, row)
CsysDef *csys;
TableRow row;
{
TableRow X = table_rowloc(NULL, 0, 0);
csys->axis[0].R = range_union(table_svalue(csys->axis[0].search
, csys->axis[0].value
, (vvector) range_add, NULL, X));
table_rowfree(X);
csys->setup = NULL;
}
char *limtparse(csys, option)
CsysDef *csys;
char *option;
{
csys->naxes = 1;
csys->nrange = 2;
Malloc(csys->axis, sizeof(Axis) * csys->naxes);
csys->axis[0].type = '2';
csys->axis[0].once = 1;
csys->axis[0].method = TSEARCH_SEXAGAS;
return "2";
}
void limtsetup(csys, row)
CsysDef *csys;
TableRow row;
{
csys->axis[0].lo = csys->range[0];
csys->axis[0].hi = csys->range[1];
csys->setup = NULL;
csys->naxes = 0;
}
CsysType CsysTypes[] = {
{ 'C' , "cartesian", cartfilte, cartsetup, cartparse }
, { 'S', "spherical", sphrfilte, sphrsetup, sphrparse }
, { 'V', "col value", NULL, NULL , valuparse }
, { 'Z', "col range", NULL, rangsetup, rangparse }
, { 'R', "col limit", NULL, limtsetup, limtparse }
, { '\0', NULL, NULL, NULL, NULL }
, { '\0', "singleaxs", NULL, singsetup, singparse }
#define N_CsysTypes 6
};
void *joinem(data, start, end, row, table, file)
void *data;
off_t start;
off_t end;
TableRow row;
TableHead table;
File file;
{
JoinData *d = (JoinData *) data;
int i;
struct _CNode node;
node.hash = start;
/* If the row won't pass the filter - bail.
*/
for ( i = 0; i < d->nsys; i++ ) {
if ( ! d->csys[i].filte) { continue; }
if ( !(*d->csys[i].filte)(&d->csys[i], d->R1, row) ) {
return data;
}
}
if ( !d->print ) {
d->r = range_add(d->r, start, end);
return data;
}
if ( d->posit ) {
fprintf(d->ofile, OffFormat " %d\n", start, end-start);
return data;
}
if ( d->setcnt ) {
if ( cache_hashe(d->cache, &node, NULL) != NULL )
return data;
cache_cache(d->cache, &node);
fprintf(d->ofile, "%d\t", d->setcnt);
}
if ( d->T1 )
table_rowput(d->ofile, d->T1, d->R1, NULL, NULL, 0);
table_rowput(d->ofile, table, row, NULL, NULL, 0);
return data;
}
char *trim();
main(argc, argv)
int argc;
char *argv[];
{
int n, i, j, k;
int nsys = 0;
int asys = 0;
Axis **axes;
int naxes = 0;
int *lcol = NULL;
int ncol = 0;
CsysDef *csys = NULL;
File ifile = Stdin;
File ofile = Stdout;
void *obuff;
File F1, F2 = NULL;
TableHead T1 = NULL, T2;
char *file1 = "-";
char *file2 = NULL;
TableRow row, row1 = NULL, X;
JoinData jdata;
char *zeval = "0.0";
char *args = NULL;
int header = 1;
int invert = 0;
int joiner = 0;
int count = 0;
int setcnt = 0;
int posit = 0;
off_t Start, End;
if ( argc < 2 ) {
FPrint(Stderr
, "usage: search table [-p] [-s] [-j] [-i keytable] [-m[bhisr]]\n");
FPrint(Stderr, " [Column]\n");
FPrint(Stderr, " [-R Column <Min> <Max>]\n");
FPrint(Stderr, " [-S[uuu] Column Column Range]\n");
FPrint(Stderr, " [-C[n] Column [... Column<n>] Range]\n");
FPrint(Stderr, " [-Z[wrap] Column Column]\n");
exit(1);
}
/* Look ahead for file option.
*/
for ( i = 1; i < argc - 1 ; i++ ) {
if ( argv[i][0] == '-' && argv[i][1] == 'i' ) {
if ( (ifile = (!strcmp("-", argv[i+1]))
? Stdin
: Open(argv[i+1], "r")) == NULL ) {
except(ex_search
, "search: can't open input file: %s : %s"
, argv[i+1], exc_oserror());
} else {
for ( ; i < argc - 2; i++ )
argv[i] = argv[i+2]; /* Ooch these over */
argc -= 2;
break;
}
}
}
F1 = ifile;
for ( n = 1; n < argc; n++ ) {
char *arg;
if ( argv[n][0] == '-' ) {
switch ( argv[n][1] ) {
case 'c' : count = 1; continue;
case 'h' : header = 0; continue;
case 'I' : invert = 1; continue;
case 'p' : posit = 1; continue;
case 'j' : joiner = 1; continue;
case 's' : setcnt = 1; continue;
case 'o' :
if ( (ofile = (!strcmp("-", argv[n+1]))
? Stdout : Open(argv[n+1], "w")) == NULL ) {
except(ex_search
, "can't open output file: %s : %s"
, argv[n+1], exc_oserror());
}
n++;
continue;
default:
for ( i = 0; CsysTypes[i].name != NULL; i++ ) {
if ( CsysTypes[i].option == argv[n][1] )
break;
}
if ( CsysTypes[i].name == NULL )
except(ex_search
, "search: unknown option: %c", argv[n][1]);
arg = &argv[n][2];
n++;
break;
}
} else {
if ( F2 ) {
i = N_CsysTypes;
arg = NULL;
} else {
if ( (F2 = Open(argv[n], "r")) == NULL )
except(ex_search, "can't open table: %s : %s", argv[n]
, exc_oserror());
if ( (T2 = table_header(F2, 0)) == NULL )
except(ex_search, "can't read table header from: %s\n"
, argv[n]);
file2 = argv[n];
if ( (Start = Seek(F2, 0, SEEK_CUR)) == -1 ) {
perror("search:");
exit(1);
}
End = Seek(F2, 0 , SEEK_END);
Seek(F2, Start, SEEK_SET);
continue;
}
}
if ( file2 == NULL ) except(ex_search, "no table to search");
if ( nsys >= asys ) {
asys *= 2;
asys += 4;
ReAlloc(csys, asys * sizeof(CsysDef));
}
csys[nsys].setup = CsysTypes[i].setup;
csys[nsys].filte = CsysTypes[i].filte;
args = CsysTypes[i].parse(&csys[nsys], arg);
if ( csys[nsys].nrange )
Malloc(csys[nsys].range, sizeof(double) * csys[nsys].nrange);
for ( i = 0; i < csys[nsys].naxes || (*args && *args != 'C')
; n++, i++ ) {
char *c1;
char *c2;
char *nchr;
if ( n >= argc )
except(ex_search
, "not enough columns for this coordinate system");
c1 = argv[n];
if ( *args != 'V' && (nchr = strchr(c1, '.')) )
*nchr++ = '\0';
else nchr = NULL;
if ( *args == 'C' && (c2 = strchr(c1, ':')) )
*c2++ = '\0';
else c2 = c1;
if ( *args == 'C' || *args == '1' ) {
if ( T1 == NULL && (T1 = table_header(F1, TABLE_PARSE)) == NULL )
except(ex_search
, "can't read table header from: %s\n", file1);
if ( !(csys[nsys].axis[i].c1 = table_colnum(T1, c1)) )
except(ex_search, "no column %s in keytable", c1);
}
if ( *args == 'C' || *args == '2' ) {
if ( !(csys[nsys].axis[i].c2 = table_colnum(T2, c2)) )
except(ex_search, "no column %s in table %s\n", c2, file2);
}
if ( *args == 'V' ) {
csys[nsys].axis[i-1].value = argv[n];
csys[nsys].axis[i-1].hi = SAOstrtod(argv[n], NULL);
csys[nsys].axis[i-1].lo = SAOstrtod(argv[n], NULL);
} else {
csys[nsys].axis[i].value = NULL;
csys[nsys].axis[i].R = NULL;
}
if ( *args != 'C' ) args++;
}
for ( i = 0; i < csys[nsys].nrange; i++, n++ ) {
char *here = NULL;
if ( n >= argc )
except(ex_search
, "not enough ranges given for this coordinate system.\n");
csys[nsys].range[i] = SAOstrtod(argv[n], &here);
if ( *here )
except(ex_search, "this doesn't look like a range: %s"
, argv[n]);
}
naxes += csys[nsys].naxes;
nsys++;
n--;
}
Malloc(axes, naxes * sizeof(Axis *));
for ( i = k = 0; i < nsys; i++ ) {
for ( j = 0; j < csys[i].naxes; j++, k++ ) {
axes[k] = &csys[i].axis[j];
axes[k]->search = NULL;
}
}
table_searchpairs(file2, axes, naxes, NULL);
for ( k = 0; k < naxes; k++ ) {
if ( axes[k]->search == NULL ) {
if ( (axes[k]->search
= table_search(file2, table_colnam(T2, axes[k]->c2)
, axes[k]->method, NULL)) == NULL ) {
except(ex_search
, "can't access index for: %s column: %s\n", file2
, table_colnam(T2, axes[k]->c2));
}
}
}
row = table_rowloc(NULL, 0, 0);
X = table_rowloc(NULL, 0, 0);
if ( posit ) {
fprintf(ofile, "Offset Length\n");
fprintf(ofile, "------ ------\n");
} else
if ( T1 && joiner ) {
if ( header )
table_hdrput(ofile, T1, TBLHDR_VALUES | TBLHDR_TEXT
, NULL, NULL, 0);
table_ors(T1, '\t');
if ( header ) {
/* rename cols and generate the headline
*/
Malloc(lcol, (T1->header->ncol + T2->header->ncol)
* sizeof(int));
if ( setcnt ) fprintf(ofile, "SetNumber\t");
for ( j = 1; j <= T1->header->ncol; j++ )
/* look up column name in the other table.
*/
lcol[ncol++] = hdrfix(ofile, table_colval(T1->header, j)
, table_colnum(T2
, trim(table_colval(T1->header, j))) ? 1 : 0
, '\t');
for ( j = 1; j <= T2->header->ncol; j++ )
lcol[ncol++] = hdrfix(ofile, table_colval(T2->header, j)
, table_colnum(T1
, trim(table_colval(T2->header, j))) ? 2 : 0
, j == T2->header->ncol ? '\n' : '\t');
if ( setcnt ) fprintf(ofile, "---------\t");
/* Output dashline
*/
for ( i = 0; i < ncol; i++ ) {
table_dashes(ofile , lcol[i] , (i == ncol - 1) ? '\n'
: '\t');
}
}
} else {
table_hdrput(ofile, T2, TBLHDR_VALUES | TBLHDR_TEXT, NULL, NULL, 0);
if ( setcnt ) fprintf(ofile, "SetNumber\t");
table_hdrput(ofile, T2, TBLHDR_HEADLINE, NULL, NULL, 0);
if ( setcnt ) fprintf(ofile, "---------\t");
table_hdrput(ofile, T2, TBLHDR_DASHLINE, NULL, NULL, 0);
}
{
Range *U = NULL; /* Union of all keytable rows */
jdata.ofile = ofile;
jdata.csys = csys;
jdata.nsys = nsys;
jdata.T1 = joiner ? T1 : NULL;
jdata.r = NULL;
jdata.print = joiner;
jdata.setcnt= setcnt;
jdata.posit = posit;
if ( setcnt && jdata.print == 0 ) jdata.print = 1;
if ( setcnt ) {
jdata.cache = (RCache) cache_init(sizeof(struct RCache), 7967, 0
, NULL, NULL, rowcmp);
} else {
jdata.cache = NULL;
}
/* For each row in the input.
*/
while ( T1 == NULL
|| (row1 = table_rowget(F1, T1, row, NULL, NULL, 0)) ) {
Range *R = NULL; /* Intersection of all axes */
Range *r; /* Search of one axis */
if ( count != 0 ) { progress(count); count++; }
jdata.R1 = row1;
/* Call the setup function on each csys
*/
for ( i = 0; i < nsys; i++ ) {
if ( csys[i].setup ) csys[i].setup(&csys[i], row1);
}
/* Build the range set
*/
for ( i = 0; i < naxes; i++ ) {
switch ( axes[i]->type ) {
case 'R': {
r = range_copy(axes[i]->R);
break;
}
case '1': {
r = table_svalue(axes[i]->search
, axes[i]->value
, (vvector) range_add, NULL, X);
break;
}
case '2': {
double hi = axes[i]->hi;
double lo = axes[i]->lo;
double wp = axes[i]->wp ? axes[i]->wp
: 0.0 ;
char hival[64];
char loval[64];
char wpval[64];
sprintf(hival, "%.21g", hi);
sprintf(loval, "%.21g", lo);
sprintf(wpval, "%.21g", wp);
if ( lo > hi ) {
r = table_srange(axes[i]->search
, loval, wpval, (vvector) range_add, NULL, X);
r = table_srange(axes[i]->search
, zeval, hival, (vvector) range_add, r, X);
} else {
r = table_srange(axes[i]->search
, loval, hival, (vvector) range_add, NULL, X);
}
break;
}
case '4': {
double hi1 = axes[i]->pair->hi;
double lo1 = axes[i]->pair->lo;
double wp1 = axes[i]->pair->wp ? axes[i]->pair->wp : 0.0 ;
double hi2 = axes[i]->hi;
double lo2 = axes[i]->lo;
double wp2 = axes[i]->wp ? axes[i]->wp : 0.0 ;
char hival1[64];
char loval1[64];
char wpval1[64];
char hival2[64];
char loval2[64];
char wpval2[64];
sprintf(hival1, "%.21g", hi1);
sprintf(loval1, "%.21g", lo1);
sprintf(wpval1, "%.21g", wp1);
sprintf(hival2, "%.21g", hi2);
sprintf(loval2, "%.21g", lo2);
sprintf(wpval2, "%.21g", wp2);
if ( lo1 > hi1 ) {
if ( lo2 > hi2 ) {
r = table_srange2(axes[i]->pair->search
, loval1, wpval1
, loval2, wpval2
, (vvector) range_add, NULL, X);
r = table_srange2(axes[i]->pair->search
, loval1, wpval1
, wpval2, hival2
, (vvector) range_add, NULL, X);
r = table_srange2(axes[i]->pair->search
, wpval1, hival1
, loval2, wpval2
, (vvector) range_add, r, X);
r = table_srange2(axes[i]->pair->search
, wpval1, hival1
, wpval2, hival2
, (vvector) range_add, r, X);
} else {
r = table_srange2(axes[i]->pair->search
, wpval1, hival1
, loval2, hival2
, (vvector) range_add, r, X);
r = table_srange2(axes[i]->pair->search
, wpval1, hival1
, loval2, hival2
, (vvector) range_add, r, X);
}
} else {
if ( lo2 > hi2 ) {
r = table_srange2(axes[i]->pair->search
, loval1, hival1
, loval2, wpval2
, (vvector) range_add, r, X);
r = table_srange2(axes[i]->pair->search
, loval1, hival1
, wpval2, hival2
, (vvector) range_add, r, X);
} else {
r = table_srange2(axes[i]->pair->search
, loval1, hival1
, loval2, hival2
, (vvector) range_add, NULL, X);
}
}
break;
}
case 'S': { continue; }
default: {
fprintf(stderr, "search error unknown axis type %c\n",
axes[i]->type);
exit(1);
}
}
r = range_union(r);
if ( axes[i]->once ) {
range_copy(r);
axes[i]->type = 'R';
}
if ( R != NULL ) R = range_inter(R, r);
else R = r;
if ( R == NULL ) break;
}
/* Filter/Output the Range.
*/
if ( R != NULL ) {
table_rangerows(F2, T2, X, R, joinem, &jdata);
Free(R);