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votable.c
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// HDS OPE file Editor
// votable.c : pursing VOTable, imported from libVOTable
// 2012.10.22 A.Tajitsu
/* libVOTable - VOTABLE parser
Copyright (C) 2005 Malapert Jean-christophe - TERAPIX - IAP/CNRS
This program is free software; you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation; either version 2 of the License, or
any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program; if not, write to the Free Software
Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.
Please use the following e_mail for questions, feedback and bug fixes <malapert@iap.fr>
*/
//-------------------------------------------------------------
//- Project: libVotable
//- Filename: votable.c
//-------------------------------------------------------------
//- Author: J-C MALAPERT
//- Creation date: 25/11/2004
//- Last modification date: 12/05/2005
//-------------------------------------------------------------
//- Comments:
//- 25/11/2004 Creation
//- 12/01/2005 First Release
//- 12/05/2005 Bug report & fix by Jamie Stevens about
// indice called "position"
//-------------------------------------------------------------
#include "main.h"
#include "votable.h"
gchar *rm_spc(gchar * obj_name){
gchar *tgt_name, *ret_name;
gint i_obj,i_tgt=0;
if((tgt_name=(gchar *)g_malloc(sizeof(gchar)*(strlen(obj_name)+1)))
==NULL){
fprintf(stderr, "!!! Memory allocation error in rm_spc().\n");
fflush(stderr);
return(NULL);
}
for(i_obj=0;i_obj<strlen(obj_name);i_obj++){
if(obj_name[i_obj]!=0x20){
tgt_name[i_tgt]=obj_name[i_obj];
i_tgt++;
}
}
tgt_name[i_tgt]='\0';
ret_name=g_strdup(tgt_name);
if(tgt_name) g_free(tgt_name);
return(ret_name);
}
void make_band_str(typHOE *hg, gint i, gint mode){
gint i_band;
gchar *tmp_str1=NULL, *tmp_str2=NULL, *tmp_str3=NULL;
switch(mode){
case TRDB_TYPE_SMOKA:
for(i_band=0;i_band<hg->obj[i].trdb_band_max;i_band++){
if((strcmp(smoka_subaru[hg->trdb_smoka_inst].prm,"HSC")==0)
|| (strcmp(smoka_subaru[hg->trdb_smoka_inst].prm,"SUP")==0)){
tmp_str1=g_strdup_printf((hg->obj[i].trdb_exp[i_band] > 10) ?
"%s %.0lfs(%d)" : "%s %.1lfs(%d)",
hg->obj[i].trdb_band[i_band],
hg->obj[i].trdb_exp[i_band],
hg->obj[i].trdb_shot[i_band]);
}
else if((strcmp(smoka_subaru[hg->trdb_smoka_inst].prm,"HDS")==0)
|| (strcmp(smoka_subaru[hg->trdb_smoka_inst].prm,"FMS")==0)){
tmp_str1=g_strdup_printf((hg->obj[i].trdb_exp[i_band] > 10) ?
"[%s] %.0lfs(%d)" : "[%s] %.1lfs(%d)",
hg->obj[i].trdb_band[i_band],
hg->obj[i].trdb_exp[i_band],
hg->obj[i].trdb_shot[i_band]);
}
else{
if(g_ascii_strncasecmp(hg->obj[i].trdb_mode[i_band],
"imag",strlen("imag"))==0){
tmp_str1=g_strdup_printf((hg->obj[i].trdb_exp[i_band] > 10) ?
"%s: %s %.0lfs(%d)" : "%s: %s %.1lfs(%d)",
hg->obj[i].trdb_mode[i_band],
hg->obj[i].trdb_band[i_band],
hg->obj[i].trdb_exp[i_band],
hg->obj[i].trdb_shot[i_band]);
}
else{
tmp_str1=g_strdup_printf((hg->obj[i].trdb_exp[i_band] > 10) ?
"%s: [%s] %.0lfs(%d)" : "%s: [%s] %.1lfs(%d)",
hg->obj[i].trdb_mode[i_band],
hg->obj[i].trdb_band[i_band],
hg->obj[i].trdb_exp[i_band],
hg->obj[i].trdb_shot[i_band]);
}
}
if(tmp_str3){
tmp_str2=g_strdup(tmp_str3);
g_free(tmp_str3);
tmp_str3=g_strconcat(tmp_str2, " / ", tmp_str1, NULL);
}
else{
tmp_str3=g_strdup(tmp_str1);
}
if(tmp_str1) g_free(tmp_str1);
if(tmp_str2) g_free(tmp_str2);
tmp_str1=NULL;
tmp_str2=NULL;
}
break;
case TRDB_TYPE_HST:
for(i_band=0;i_band<hg->obj[i].trdb_band_max;i_band++){
if(hg->trdb_hst_mode==TRDB_HST_MODE_IMAGE){
tmp_str1=g_strdup_printf((hg->obj[i].trdb_exp[i_band] > 10) ?
"%s %.0lfs(%d)" : "%s %.1lfs(%d)",
hg->obj[i].trdb_band[i_band],
hg->obj[i].trdb_exp[i_band],
hg->obj[i].trdb_shot[i_band]);
}
else{
tmp_str1=g_strdup_printf((hg->obj[i].trdb_exp[i_band] > 10) ?
"[%s] %.0lfs(%d)" : "[%s] %.1lfs(%d)",
hg->obj[i].trdb_band[i_band],
hg->obj[i].trdb_exp[i_band],
hg->obj[i].trdb_shot[i_band]);
}
if(tmp_str3){
tmp_str2=g_strdup(tmp_str3);
g_free(tmp_str3);
tmp_str3=g_strconcat(tmp_str2, " / ", tmp_str1, NULL);
}
else{
tmp_str3=g_strdup(tmp_str1);
}
if(tmp_str1) g_free(tmp_str1);
if(tmp_str2) g_free(tmp_str2);
tmp_str1=NULL;
tmp_str2=NULL;
}
break;
case TRDB_TYPE_ESO:
for(i_band=0;i_band<hg->obj[i].trdb_band_max;i_band++){
tmp_str1=g_strdup_printf((hg->obj[i].trdb_exp[i_band] > 10) ?
"%s %.0lfs(%d)" : "%s %.1lfs(%d)",
hg->obj[i].trdb_mode[i_band],
hg->obj[i].trdb_exp[i_band],
hg->obj[i].trdb_shot[i_band]);
if(tmp_str3){
tmp_str2=g_strdup(tmp_str3);
g_free(tmp_str3);
tmp_str3=g_strconcat(tmp_str2, " / ", tmp_str1, NULL);
}
else{
tmp_str3=g_strdup(tmp_str1);
}
if(tmp_str1) g_free(tmp_str1);
if(tmp_str2) g_free(tmp_str2);
tmp_str1=NULL;
tmp_str2=NULL;
}
break;
case TRDB_TYPE_GEMINI:
for(i_band=0;i_band<hg->obj[i].trdb_band_max;i_band++){
tmp_str1=g_strdup_printf((hg->obj[i].trdb_exp[i_band] > 10) ?
"[%s] %.0lfs(%d)" : "[%s] %.1lfs(%d)",
hg->obj[i].trdb_band[i_band],
hg->obj[i].trdb_exp[i_band],
hg->obj[i].trdb_shot[i_band]);
if(tmp_str3){
tmp_str2=g_strdup(tmp_str3);
g_free(tmp_str3);
tmp_str3=g_strconcat(tmp_str2, " / ", tmp_str1, NULL);
}
else{
tmp_str3=g_strdup(tmp_str1);
}
if(tmp_str1) g_free(tmp_str1);
if(tmp_str2) g_free(tmp_str2);
tmp_str1=NULL;
tmp_str2=NULL;
}
break;
}
if(hg->obj[i].trdb_str) g_free(hg->obj[i].trdb_str);
hg->obj[i].trdb_str=g_strdup(tmp_str3);
if(tmp_str3) g_free(tmp_str3);
tmp_str3=NULL;
}
static list_field *insert_field(xmlTextReaderPtr reader,
list_field *list,
int position) {
list_field *vlist_field;
list_field *vlist_move;
vlist_field = NULL;
/* Memory allocation for the new element */
QMALLOC(vlist_field, list_field, 1);
/* Copy value */
vlist_field->ID = xmlTextReaderGetAttribute(reader,(const xmlChar *)"ID");
vlist_field->unit = xmlTextReaderGetAttribute(reader,(const xmlChar *)"unit");
vlist_field->datatype = xmlTextReaderGetAttribute(reader,(const xmlChar *)"datatype");
vlist_field->precision = xmlTextReaderGetAttribute(reader,(const xmlChar *)"precision");
vlist_field->width = xmlTextReaderGetAttribute(reader,(const xmlChar *)"width");
vlist_field->ref = xmlTextReaderGetAttribute(reader,(const xmlChar *)"ref");
vlist_field->name = xmlTextReaderGetAttribute(reader,(const xmlChar *)"name");
vlist_field->ucd = xmlTextReaderGetAttribute(reader,(const xmlChar *)"ucd");
vlist_field->arraysize = xmlTextReaderGetAttribute(reader,(const xmlChar *)"arraysize");
vlist_field->type = xmlTextReaderGetAttribute(reader,(const xmlChar *)"type");
vlist_field->position = position;
/* Join with the next element of the list */
vlist_field->next = list;
return(vlist_field);
}
static list_tabledata *insert_tabledata(xmlTextReaderPtr reader,
list_tabledata *list,
int position) {
list_tabledata *vlist_tabledata;
list_tabledata *vlist_move;
vlist_tabledata = NULL;
/* Memory allocation for the new element */
QMALLOC(vlist_tabledata,list_tabledata,1);
/* Copy value */
vlist_tabledata->value = xmlTextReaderValue(reader);
vlist_tabledata->ref = xmlTextReaderGetAttribute(reader,(const xmlChar *)"ref");
vlist_tabledata->colomn = position;
/* Join with the next element of the list */
vlist_tabledata->next = list;
return(vlist_tabledata);
}
static list_table *insert_table(xmlTextReaderPtr reader) {
list_table *vlist_table;
/* Memory allocation for the new element */
QMALLOC(vlist_table,list_table,1);
/* Copy value */
vlist_table->ID = xmlTextReaderGetAttribute(reader,(const xmlChar *)"ID");
vlist_table->name = xmlTextReaderGetAttribute(reader,(const xmlChar *)"name");
vlist_table->ref = xmlTextReaderGetAttribute(reader,(const xmlChar *)"ref");
return(vlist_table);
}
int Move_to_Next_VO_Fields (xmlTextReaderPtr reader) {
int ret;
xmlChar *name;
ret = 1;
/* Reading file */
ret = xmlTextReaderRead(reader);
while (ret == 1) {
name = xmlTextReaderName(reader);
/* Searching FIELD tag */
if (xmlStrcmp(name,(const xmlChar *)"FIELD") == 0
&& xmlTextReaderNodeType(reader) == 1) {
xmlFree(name);
return(RETURN_OK);
} else {
ret = xmlTextReaderRead(reader);
if (name!=NULL)
xmlFree(name);
}
}
return(RETURN_ERROR);
}
int Move_to_Next_VO_Table (xmlTextReaderPtr reader) {
int ret;
xmlChar *name;
ret = 1;
/* Reading file */
ret = xmlTextReaderRead(reader);
while (ret == 1) {
name = xmlTextReaderName(reader);
/* Searching TABLE tag */
if (xmlStrcmp(name,(const xmlChar *)"TABLE") == 0
&& xmlTextReaderNodeType(reader) == 1) {
xmlFree(name);
return(RETURN_OK);
}
else {
ret = xmlTextReaderRead(reader);
if (name!=NULL)
xmlFree(name);
}
}
return(RETURN_ERROR);
}
void Extract_Att_VO_Table(xmlTextReaderPtr reader,
VOTable *votablePtr,
gchar *fname,
GtkWidget *parent) {
xmlChar *name;
int ret;
ret = 1;
/* Free memory if needed */
if (votablePtr->table != NULL)
Free_VO_Table(votablePtr->table);
if(reader == NULL)
ret = xmlTextReaderRead(reader);
while (ret == 1) {
/* Reading file */
name = xmlTextReaderName(reader);
if (name == NULL)
name = xmlStrdup(BAD_CAST "--");
/* Searching TABLE tag */
if (xmlStrcmp(name,(const xmlChar *)"TABLE") == 0
&& xmlTextReaderNodeType(reader) == 1) {
votablePtr->table = insert_table(reader);
ret = 0;
xmlFree(name);
} else {
ret = xmlTextReaderRead(reader);
if(ret==-1){
popup_message(parent,
#ifdef USE_GTK3
"dialog-warning",
#else
GTK_STOCK_DIALOG_WARNING,
#endif
POPUP_TIMEOUT*2,
"Error : XML table cannot be parsed.",
" ",
fname,
NULL);
}
if (name!=NULL)
xmlFree(name);
}
}
}
void Extract_VO_Fields ( xmlTextReaderPtr reader,
VOTable *votablePtr,
int *nbFields,
int **columns) {
int ret;
int position;
int i;
xmlChar *name;
/* Free memory if needed */
if (votablePtr->field != NULL) {
Free_VO_Fields(votablePtr->field,columns);
votablePtr->field = NULL;
}
/* Init variable */
position = 0;
ret = 1;
/* Reading file */
if(reader == NULL)
ret = xmlTextReaderRead(reader);
while (ret == 1) {
name = xmlTextReaderName(reader);
if (name == NULL)
name = xmlStrdup(BAD_CAST "--");
/* Searching FIELD tag */
if (xmlStrcmp(name,(const xmlChar *)"FIELD") == 0
&& xmlTextReaderNodeType(reader) == 1) {
/* Number of FIELD met */
position++;
/* Insert in the linking list the attribute values of the element */
votablePtr->field = insert_field(reader,votablePtr->field,position);
/* go on reading */
ret = xmlTextReaderRead(reader);
xmlFree(name);
}
else if(xmlStrcmp(name,(const xmlChar *)"DATA") == 0
&& xmlTextReaderNodeType(reader) == 1) {
ret = 0;
xmlFree(name);
}
else {
ret = xmlTextReaderRead(reader);
if (name != NULL)
xmlFree(name);
}
}
/* Memory allocation for columns in order to avoid to user to do that*/
QMALLOC(*columns,int,position);
/* Field tag number found */
*nbFields = position;
/* Initialization of columns */
for(i=0;i<position;i++)
(*columns)[i] = 0;
}
int Extract_VO_TableData (xmlTextReaderPtr reader,
VOTable *votablePtr,
int nbcolumns,
int *columns) {
xmlChar *name;
int column_number;
int ret,cnt,nblines;
int *pinit;
nblines = 0;
/* Free memory if needed */
if (votablePtr->tabledata != NULL)
Free_VO_Tabledata(votablePtr->tabledata);
/* Initialization */
ret = 1;
column_number = 0;
pinit = columns;
if(reader == NULL)
ret = xmlTextReaderRead(reader);
while (ret == 1) {
name = xmlTextReaderName(reader);
if (name == NULL)
name = xmlStrdup(BAD_CAST "--");
/* Search TD node*/
if (xmlStrcmp(name,(const xmlChar *)"TD") == 0
&& xmlTextReaderNodeType(reader) == 1) {
/* Retrieve TD tag value */
ret = xmlTextReaderRead(reader);
xmlFree(name);
column_number++;
/* retrieve all data for columns selected */
for(cnt=0;cnt<nbcolumns;cnt++)
if (columns[cnt] == column_number)
votablePtr->tabledata = insert_tabledata(reader,votablePtr->tabledata,column_number);
columns = pinit;
/* Start a TR tag */
if (column_number == nbcolumns) {
column_number = 0;
nblines++;
}
} else if(xmlStrcmp(name,(const xmlChar *)"TABLEDATA") == 0
&& xmlTextReaderNodeType(reader) == 15) {
ret = 0;
xmlFree(name);
}
else {
ret = xmlTextReaderRead(reader);
if (name != NULL)
xmlFree(name);
}
}
return(nblines);
}
xmlTextReaderPtr Init_VO_Parser(const char *filename,
VOTable *votablePtr) {
xmlTextReaderPtr reader;
/* Initialisation linking lists */
votablePtr->field = NULL;
votablePtr->tabledata = NULL;
votablePtr->table = NULL;
/* Init xml Memory */
xmlInitMemory();
/* Reading file */
if ((reader = xmlReaderForFile(filename, NULL, 0)) == NULL) {
fprintf(stderr,"xmlReaderForFile failed\n");
//exit(EXIT_READING);
}
return(reader);
}
static void Free_VO_Table(list_table *vlist_table) {
if(vlist_table != NULL) {
if(vlist_table->ID != NULL)
xmlFree(vlist_table->ID);
if(vlist_table->name != NULL)
xmlFree(vlist_table->name);
if(vlist_table->ref != NULL)
xmlFree(vlist_table->ref);
xmlFree(vlist_table);
vlist_table = NULL;
}
}
static void Free_VO_Fields(list_field *vlist_field,
int **column) {
/* Cleanup memory */
list_field *vfield_move, *tmpPtr_field;
if(*column != NULL) {
free(*column);
*column = NULL;
}
for(vfield_move=vlist_field;vfield_move!=NULL;vfield_move=tmpPtr_field)
{
tmpPtr_field = vfield_move->next;
if (vfield_move != NULL) {
if (vfield_move->ID != NULL)
xmlFree(vfield_move->ID);
if (vfield_move->name != NULL)
xmlFree(vfield_move->name);
if (vfield_move->unit != NULL)
xmlFree(vfield_move->unit);
if (vfield_move->datatype != NULL)
xmlFree(vfield_move->datatype);
if (vfield_move->precision != NULL)
xmlFree(vfield_move->precision);
if (vfield_move->width != NULL)
xmlFree(vfield_move->width);
if (vfield_move->ref != NULL)
xmlFree(vfield_move->ref);
if (vfield_move->ucd != NULL)
xmlFree(vfield_move->ucd);
if (vfield_move->arraysize != NULL)
xmlFree(vfield_move->arraysize);
if (vfield_move->type != NULL)
xmlFree(vfield_move->type);
free(vfield_move);
}
}
vlist_field = NULL;
}
static void Free_VO_Tabledata(list_tabledata *vlist_tabledata) {
list_tabledata *vtabledata_move, *tmpPtr_tabledata;
for(vtabledata_move=vlist_tabledata;vtabledata_move!=NULL;vtabledata_move=tmpPtr_tabledata)
{
tmpPtr_tabledata = vtabledata_move->next;
if (vtabledata_move != NULL) {
if (vtabledata_move->value != NULL)
xmlFree(vtabledata_move->value);
if (vtabledata_move->ref != NULL)
xmlFree(vtabledata_move->ref);
free(vtabledata_move);
}
}
vlist_tabledata = NULL;
}
int Free_VO_Parser(xmlTextReaderPtr reader,
VOTable *votablePtr,
int **column) {
list_tabledata *vtabledata_move, *tmpPtr_tabledata;
/* Cleanup memory */
if (votablePtr->field != NULL)
Free_VO_Fields(votablePtr->field,column);
if (votablePtr->table != NULL)
Free_VO_Table(votablePtr->table);
if (votablePtr->tabledata != NULL)
Free_VO_Tabledata(votablePtr->tabledata);
xmlFreeTextReader(reader);
/*
* Cleanup function for the XML library.
*/
xmlCleanupParser();
/*
* this is to debug memory for regression tests
*/
xmlMemoryDump();
return(RETURN_OK);
}
void stddb_vo_parse(typHOE *hg) {
xmlTextReaderPtr reader;
list_field *vfield_move;
list_tabledata *vtabledata_move;
VOTable votable;
int nbFields, process_column;
int *columns;
int i_list=0;
gdouble d_ra0,d_dec0;
reader = Init_VO_Parser(hg->std_file,&votable);
if(!reader) {
fprintf (stderr,"!!Cannot initialize xmlTextRedader!! Skipped.\n");
hg->std_i_max=0;
return;
}
d_ra0=ra_to_deg(hg->obj[hg->std_i].ra);
d_dec0=dec_to_deg(hg->obj[hg->std_i].dec);
Extract_Att_VO_Table(reader,&votable,hg->std_file,hg->w_top);
Extract_VO_Fields(reader,&votable,&nbFields,&columns);
for(vfield_move=votable.field;vfield_move!=NULL;vfield_move=vfield_move->next) {
if(xmlStrcmp(vfield_move->name,(const xmlChar *)"MAIN_ID") == 0)
columns[0] = vfield_move->position;
else if(xmlStrcmp(vfield_move->name,(const xmlChar *)"RA_d") == 0)
columns[1] = vfield_move->position;
else if(xmlStrcmp(vfield_move->name,(const xmlChar *)"DEC_d") == 0)
columns[2] = vfield_move->position;
else if(xmlStrcmp(vfield_move->name,(const xmlChar *)"SP_TYPE") == 0)
columns[3] = vfield_move->position;
else if(xmlStrcmp(vfield_move->name,(const xmlChar *)"ROT:Vsini") == 0)
columns[4] = vfield_move->position;
else if(xmlStrcmp(vfield_move->name,(const xmlChar *)"FLUX_U") == 0)
columns[5] = vfield_move->position;
else if(xmlStrcmp(vfield_move->name,(const xmlChar *)"FLUX_B") == 0)
columns[6] = vfield_move->position;
else if(xmlStrcmp(vfield_move->name,(const xmlChar *)"FLUX_V") == 0)
columns[7] = vfield_move->position;
else if(xmlStrcmp(vfield_move->name,(const xmlChar *)"FLUX_R") == 0)
columns[8] = vfield_move->position;
else if(xmlStrcmp(vfield_move->name,(const xmlChar *)"FLUX_I") == 0)
columns[9] = vfield_move->position;
else if(xmlStrcmp(vfield_move->name,(const xmlChar *)"FLUX_J") == 0)
columns[10] = vfield_move->position;
else if(xmlStrcmp(vfield_move->name,(const xmlChar *)"FLUX_H") == 0)
columns[11] = vfield_move->position;
else if(xmlStrcmp(vfield_move->name,(const xmlChar *)"FLUX_K") == 0)
columns[12] = vfield_move->position;
else if(xmlStrcmp(vfield_move->name,(const xmlChar *)"PMRA") == 0)
columns[13] = vfield_move->position;
else if(xmlStrcmp(vfield_move->name,(const xmlChar *)"PMDEC") == 0)
columns[14] = vfield_move->position;
}
Extract_VO_TableData(reader,&votable, nbFields, columns);
for(vtabledata_move=votable.tabledata;vtabledata_move!=NULL;vtabledata_move=vtabledata_move->next) {
if (vtabledata_move->colomn == columns[0]){
if(hg->std[i_list].name) g_free(hg->std[i_list].name);
hg->std[i_list].name=g_strdup((const char*)vtabledata_move->value);
i_list++;
}
else if (vtabledata_move->colomn == columns[1]){
if(vtabledata_move->value){
hg->std[i_list].d_ra=atof((const char*)vtabledata_move->value);
}
else{
hg->std[i_list].d_ra=0.0;
}
hg->std[i_list].ra=deg_to_ra(hg->std[i_list].d_ra);
}
else if (vtabledata_move->colomn == columns[2]){
if(vtabledata_move->value){
hg->std[i_list].d_dec=atof((const char*)vtabledata_move->value);
}
else{
hg->std[i_list].d_dec=0.0;
}
hg->std[i_list].dec=deg_to_dec(hg->std[i_list].d_dec);
}
else if (vtabledata_move->colomn == columns[3]){
if(hg->std[i_list].sp) g_free(hg->std[i_list].sp);
hg->std[i_list].sp=g_strdup((const char*)vtabledata_move->value);
}
else if (vtabledata_move->colomn == columns[4]){
if(vtabledata_move->value){
hg->std[i_list].rot=atof((const char*)vtabledata_move->value);
}
else{
hg->std[i_list].rot=-100;
}
}
else if (vtabledata_move->colomn == columns[5]){
if(vtabledata_move->value){
hg->std[i_list].u=atof((const char*)vtabledata_move->value);
}
else{
hg->std[i_list].u=+100;
}
}
else if (vtabledata_move->colomn == columns[6]){
if(vtabledata_move->value){
hg->std[i_list].b=atof((const char*)vtabledata_move->value);
}
else{
hg->std[i_list].b=+100;
}
}
else if (vtabledata_move->colomn == columns[7]){
if(vtabledata_move->value){
hg->std[i_list].v=atof((const char*)vtabledata_move->value);
}
else{
hg->std[i_list].v=+100;
}
}
else if (vtabledata_move->colomn == columns[8]){
if(vtabledata_move->value){
hg->std[i_list].r=atof((const char*)vtabledata_move->value);
}
else{
hg->std[i_list].r=+100;
}
}
else if (vtabledata_move->colomn == columns[9]){
if(vtabledata_move->value){
hg->std[i_list].i=atof((const char*)vtabledata_move->value);
}
else{
hg->std[i_list].i=+100;
}
}
else if (vtabledata_move->colomn == columns[10]){
if(vtabledata_move->value){
hg->std[i_list].j=atof((const char*)vtabledata_move->value);
}
else{
hg->std[i_list].j=+100;
}
}
else if (vtabledata_move->colomn == columns[11]){
if(vtabledata_move->value){
hg->std[i_list].h=atof((const char*)vtabledata_move->value);
}
else{
hg->std[i_list].h=+100;
}
}
else if (vtabledata_move->colomn == columns[12]){
if(vtabledata_move->value){
hg->std[i_list].k=atof((const char*)vtabledata_move->value);
}
else{
hg->std[i_list].k=+100;
}
}
else if (vtabledata_move->colomn == columns[13]){
if(vtabledata_move->value){
hg->std[i_list].pmra=atof((const char*)vtabledata_move->value);
}
else{
hg->std[i_list].pmra=0;
}
}
else if (vtabledata_move->colomn == columns[14]){
if(vtabledata_move->value){
hg->std[i_list].pmdec=atof((const char*)vtabledata_move->value);
}
else{
hg->std[i_list].pmdec=0;
}
}
}
hg->std_i_max=i_list;
if (Free_VO_Parser(reader,&votable,&columns) == 1)
fprintf(stderr,"memory problem\n");
for(i_list=0;i_list<hg->std_i_max;i_list++){
if(!hg->std[i_list].sp) hg->std[i_list].sp=g_strdup("---");
if((fabs(hg->std[i_list].pmra)>50)||(fabs(hg->std[i_list].pmdec)>50)){
hg->std[i_list].pm=TRUE;
}
else{
hg->std[i_list].pm=FALSE;
}
hg->std[i_list].equinox=2000.00;
hg->std[i_list].sep=deg_sep(d_ra0,d_dec0,
hg->std[i_list].d_ra,hg->std[i_list].d_dec);
}
}
void fcdb_simbad_vo_parse(typHOE *hg, gboolean magextract) {
xmlTextReaderPtr reader;
list_field *vfield_move;
list_tabledata *vtabledata_move;
VOTable votable;
int nbFields, process_column;
int *columns;
int i_list=0, i_all=0;
gdouble mag, sep;
gint i_mag;
gint nop_band;
gdouble yrs, new_d_ra, new_d_dec;
reader = Init_VO_Parser(hg->fcdb_file,&votable);
if(!reader) {
fprintf (stderr,"!!Cannot initialize xmlTextRedader!! Skipped.\n");
hg->fcdb_i_max=0;
hg->fcdb_i_all=0;
return;
}
Extract_Att_VO_Table(reader,&votable,hg->fcdb_file,hg->w_top);
Extract_VO_Fields(reader,&votable,&nbFields,&columns);
for(vfield_move=votable.field;vfield_move!=NULL;vfield_move=vfield_move->next) {
if(xmlStrcmp(vfield_move->name,(const xmlChar *)"MAIN_ID") == 0)
columns[0] = vfield_move->position;
else if(xmlStrcmp(vfield_move->name,(const xmlChar *)"RA_d") == 0)
columns[1] = vfield_move->position;
else if(xmlStrcmp(vfield_move->name,(const xmlChar *)"DEC_d") == 0)
columns[2] = vfield_move->position;
else if(xmlStrcmp(vfield_move->name,(const xmlChar *)"SP_TYPE") == 0)
columns[3] = vfield_move->position;
else if(xmlStrcmp(vfield_move->name,(const xmlChar *)"OTYPE_S") == 0)
columns[4] = vfield_move->position;
else if(xmlStrcmp(vfield_move->name,(const xmlChar *)"FLUX_U") == 0)
columns[5] = vfield_move->position;
else if(xmlStrcmp(vfield_move->name,(const xmlChar *)"FLUX_B") == 0)
columns[6] = vfield_move->position;
else if(xmlStrcmp(vfield_move->name,(const xmlChar *)"FLUX_V") == 0)
columns[7] = vfield_move->position;
else if(xmlStrcmp(vfield_move->name,(const xmlChar *)"FLUX_R") == 0)
columns[8] = vfield_move->position;
else if(xmlStrcmp(vfield_move->name,(const xmlChar *)"FLUX_I") == 0)
columns[9] = vfield_move->position;
else if(xmlStrcmp(vfield_move->name,(const xmlChar *)"FLUX_J") == 0)
columns[10] = vfield_move->position;
else if(xmlStrcmp(vfield_move->name,(const xmlChar *)"FLUX_H") == 0)
columns[11] = vfield_move->position;
else if(xmlStrcmp(vfield_move->name,(const xmlChar *)"FLUX_K") == 0)
columns[12] = vfield_move->position;
else if(xmlStrcmp(vfield_move->name,(const xmlChar *)"PMRA") == 0)
columns[13] = vfield_move->position;
else if(xmlStrcmp(vfield_move->name,(const xmlChar *)"PMDEC") == 0)
columns[14] = vfield_move->position;
}
Extract_VO_TableData(reader,&votable, nbFields, columns);
for(vtabledata_move=votable.tabledata;vtabledata_move!=NULL;vtabledata_move=vtabledata_move->next) {
if (vtabledata_move->colomn == columns[0]){
if(hg->fcdb[i_list].name) g_free(hg->fcdb[i_list].name);
hg->fcdb[i_list].name=g_strdup((const char*)vtabledata_move->value);
i_list++;
i_all++;
}
else if (vtabledata_move->colomn == columns[1]){
if(vtabledata_move->value){
hg->fcdb[i_list].d_ra=atof((const char*)vtabledata_move->value);
}
else{
hg->fcdb[i_list].d_ra=0.0;
}
hg->fcdb[i_list].ra=deg_to_ra(hg->fcdb[i_list].d_ra);
}
else if (vtabledata_move->colomn == columns[2]){
if(vtabledata_move->value){
hg->fcdb[i_list].d_dec=atof((const char*)vtabledata_move->value);
}
else{
hg->fcdb[i_list].d_dec=0.0;
}
hg->fcdb[i_list].dec=deg_to_dec(hg->fcdb[i_list].d_dec);
}
else if (vtabledata_move->colomn == columns[3]){
if(hg->fcdb[i_list].sp) g_free(hg->fcdb[i_list].sp);
hg->fcdb[i_list].sp=g_strdup((const char*)vtabledata_move->value);
}
else if (vtabledata_move->colomn == columns[4]){
if(hg->fcdb[i_list].otype) g_free(hg->fcdb[i_list].otype);
hg->fcdb[i_list].otype=g_strdup((const char*)vtabledata_move->value);
}
else if (vtabledata_move->colomn == columns[5]){
if(vtabledata_move->value){
hg->fcdb[i_list].u=atof((const char*)vtabledata_move->value);
}
else{
hg->fcdb[i_list].u=+100;
}
}
else if (vtabledata_move->colomn == columns[6]){
if(vtabledata_move->value){
hg->fcdb[i_list].b=atof((const char*)vtabledata_move->value);
}
else{
hg->fcdb[i_list].b=+100;
}
}
else if (vtabledata_move->colomn == columns[7]){
if(vtabledata_move->value){
hg->fcdb[i_list].v=atof((const char*)vtabledata_move->value);
}
else{
hg->fcdb[i_list].v=+100;
}
}
else if (vtabledata_move->colomn == columns[8]){
if(vtabledata_move->value){
hg->fcdb[i_list].r=atof((const char*)vtabledata_move->value);
}
else{
hg->fcdb[i_list].r=+100;
}
}
else if (vtabledata_move->colomn == columns[9]){
if(vtabledata_move->value){
hg->fcdb[i_list].i=atof((const char*)vtabledata_move->value);
}
else{
hg->fcdb[i_list].i=+100;
}
}
else if (vtabledata_move->colomn == columns[10]){
if(vtabledata_move->value){
hg->fcdb[i_list].j=atof((const char*)vtabledata_move->value);
}
else{
hg->fcdb[i_list].j=+100;
}
}
else if (vtabledata_move->colomn == columns[11]){
if(vtabledata_move->value){
hg->fcdb[i_list].h=atof((const char*)vtabledata_move->value);
}
else{
hg->fcdb[i_list].h=+100;
}
}
else if (vtabledata_move->colomn == columns[12]){
if(vtabledata_move->value){
hg->fcdb[i_list].k=atof((const char*)vtabledata_move->value);
}
else{
hg->fcdb[i_list].k=+100;
}
}
else if (vtabledata_move->colomn == columns[13]){
if(vtabledata_move->value){
hg->fcdb[i_list].pmra=atof((const char*)vtabledata_move->value);
}
else{
hg->fcdb[i_list].pmra=0;
}