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vex_put.c
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vex_put.c
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/*
* Copyright (c) 2020-2021 NVI, Inc.
*
* This file is part of VLBI Field System
* (see http://github.com/nvi-inc/fs).
*
* 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 3 of the License, or
* (at your option) 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, see <http://www.gnu.org/licenses/>.
*/
#include <stdio.h>
#include <string.h>
#include <stddef.h>
#include <ctype.h>
#include <stdlib.h>
#include "vex.h"
#include "y.tab.h"
extern struct vex_version vex_version;
#define TRUE 1
#define FALSE 0
static int blk=0;
static char *def_str;
static void *string[20]; /* string saves strings while a q_list */
static char *scan_str; /* or other list is being built. */
static int block_flag = 0;
static int def_flag = 0;
static int in_def_flag = 0;
static int scan_flag = 0;
static int in_scan_flag = 0;
static int qref_flag = 0;
static struct llist *def_list=NULL; /* To help build a def list */
static struct llist *qref_list=NULL; /* To help build a ref list */
static struct llist *b_list=NULL; /* To help build a block list */
static struct llist *q_list=NULL; /* To help build a list */
static struct llist *q2_list=NULL; /* To help build a list when
two (2) lists are needed. */
static struct llist *version_list=NULL;
/* error check statment */
char *err1 = "**** Statement";
char *err2 = "ERROR in";
extern FILE * yyin;
extern struct vex *vex_ptr;
/*********************************************************************
* functions: *
* create_vex(int screen_or_file) - Create a VEX format file to *
* zero(0) screen or one(1) disk. *
* *
* create_block(char *str) - Create a block e.g. "GLOBAL", "ANTENNA", *
* ..etc. (Legal names can be found in VEX *
* documention) *
* *
* create_def(char *str) - Create a def block. *
* str: def name - Self expanatory. *
* *
* end_def() - End the current def. *
* This function only needs to be called if you want to add a *
* comment after the enddef within a block. *
* *
* create_ref(char *str, char *str2) Create a ref. *
* str: Block name - Self explanatory. *
* str2: Keyname - This is a defined 'def'. *
* *
* create_qref(char *str, char *str2) Create a ref. *
* str: Block name - Self explanatory. *
* str2: Keyname - This is a defined 'def'. *
* str3: Qualifiers - If primitive block is not MODE this should be *
* set to null. If it is MODE then a string of *
* stations can be give: "EF SC VLBA ..... etc. *
* *
* create_qref_qualifier(char *str) Create a ref qualifier. *
* str: Qualifiers - If primitive block in qref is not MODE then *
* qualifier should be set to null. If it is MODE *
* then a mode or station should be given. *
* You should end with a NULL. *
* *
* create_external_ref(char *str, char *str2, char *str3) *
* str: file name - External file self explanatory. *
* str2: block name - Self explanatory. *
* str3: Key name - Defined Keyword found in the block of an external*
* file. *
* *
* create_version(char *str) *
* str: revision number - Self explanatory. *
* *
* create_scan(char *str) - Create a scan block. *
* str: scan name - Self expanatory. *
* *
* end_scan() - End the current scan. *
* This function only needs to be called if you want to add a *
* comment after an endscan within a $SCHED block. *
* *
* create_comment(char *str, char *str2) *
* str: trailing or header - 't' for trailing and anything else *
* using a separate line *
* str2: comment - You must begin with a star(*). *
* Examples: create_comment(" ","* This is Eflsberg");*
* def EF * This is Eflsberg *
* create_comment("t","* This is Eflsberg");*
* * This is Eflsberg *
* def EF; *
* *
* create_start(char *str) *
* str: character string - date and time of first good data. *
* example: create_start("1999y263d0h15m00s") *
* *
* create_mode(char *str) *
* str: character string - MODE keyword used in $MODE block. *
* example: create_mode("SX") *
* *
* create_source(char *str) *
* str: character string - SOURCE keyword used in $SOURCE block. *
* example: create_mode("HD123456") *
* *
* create_station(char *str, char *str2, char *str3, char *str4, *
* char *str5, char *str6, char *str7, char *str8, *
* char *str9) *
* create_station_drive_list(char *str) create a drive list. *
* str: drive *
* create_data_transfer(char *str, char *str2, char *str3, char *str4,*
* char *str5, char *str6, char *str7, *str 8) *
* *
* All the calls to these functions are basically the same the *
* definitions can be found in the "VEX File Definition/Example" doc. *
* and the VEX Parameters Tables *
* *
* ------------------------------------------------------------------ *
* These are all purpose routines that help utilities build lists. *
* ------------------------------------------------------------------ *
* NONE; *
* ------------------------------------------------------------------ *
* *
* Audit: *
* June 1999: First instance for all create functions.(rdg) *
* Sept 1999: 1.) Removed all create list builder called by all create*
* functions. *
* 2.) Changed the reading of strings to reading of one *
* value or mode at a time. (rdg) *
* example: call("EF SC AO") changed this *
* to this call("EF"), call("SC"), call(NULL) *
* *
*********************************************************************/
/*-------------------------------------------------------------------*/
void
create_vex(char *str) /* str = filename) */
{
/* Get the last block_listing produced */
if(in_def_flag)
{
def_list = add_list(def_list,
make_lowl(T_DEF,
make_def(def_str,qref_list)));
b_list=add_list(b_list,
make_block(blk,def_list));
}
else if(in_scan_flag)
{
def_list = add_list(def_list,
make_lowl(T_SCAN,
make_def(scan_str,qref_list)));
b_list=add_list(b_list,
make_block(blk,def_list));
}
else if(def_flag || scan_flag)
{
b_list=add_list(b_list,
make_block(blk,def_list));
}
else if(qref_flag)
{
b_list=add_list(b_list,
make_block(blk,qref_list));
}
else if(blk != 0)
{
b_list=add_list(b_list,
make_block(blk,qref_list));
}
else if(blk == 0)
{
b_list=NULL;
}
/* Print it to a file or just the screen */
if(str!=NULL && strlen(str)!=0)
{
filename = str;
print_vex(make_vex(version_list,b_list));
fclose(fp);
}
else
{
print_vex(make_vex(version_list,b_list));
}
qref_list=NULL;
def_list=NULL;
q_list=NULL;
b_list=NULL;
qref_flag=0;
def_flag=0;
scan_flag =0;
in_def_flag=0;
in_scan_flag=0;
}
/*-------------------------------------------------------------------*/
void
create_block(char *str)
{
char *block_id;
if (block_flag)
{
if(qref_flag && !def_flag && !scan_flag)
{
b_list=add_list(b_list,
make_block(blk,qref_list));
}
else if(in_def_flag)
{
def_list = add_list(def_list,
make_lowl(T_DEF,
make_def(def_str,qref_list)));
b_list=add_list(b_list,
make_block(blk,def_list));
}
else if(in_scan_flag)
{
def_list = add_list(def_list,
make_lowl(T_SCAN,
make_def(scan_str,qref_list)));
b_list=add_list(b_list,
make_block(blk,def_list));
}
else
{
b_list=add_list(b_list,
make_block(blk,def_list));
}
}
qref_list=NULL;
def_list=NULL;
qref_flag=0;
def_flag=0;
scan_flag =0;
in_def_flag=0;
in_scan_flag=0;
block_id=(char *)strdup(str);
blk=block2int(block_id);
block_flag = 1;
}
/*-------------------------------------------------------------------*/
void
create_def(char *str)
{
if (in_def_flag)
{
def_list = add_list(def_list,
make_lowl(T_DEF,
make_def(def_str,qref_list)));
}
else if(!def_flag && qref_list!=NULL) {
def_list=qref_list;
}
qref_list=NULL;
qref_flag=0;
def_str=(char *)strdup(str);
def_flag = 1;
in_def_flag= 1;
}
/*-------------------------------------------------------------------*/
void
end_def()
{
if (in_def_flag)
{
def_list = add_list(def_list,
make_lowl(T_DEF,
make_def(def_str,qref_list)));
}
qref_list=NULL;
qref_flag=0;
def_str=NULL;
in_def_flag = 0;
}
/*-------------------------------------------------------------------*/
void
create_ref(char *str, char *str2)
{
char *primitive,*keyword;
primitive=str;
keyword=(char *)strdup(str2);
qref_list = add_list(qref_list,
make_lowl(T_REF,
make_qref(block2int(primitive),
keyword,
NULL)));
qref_flag = 1;
}
/*-------------------------------------------------------------------*/
void
create_qref(char *str, char *str2)
{
string[0]=(char *)strdup(str);
string[1]=(char *)strdup(str2);
}
/*-------------------------------------------------------------------*/
void
create_qref_qualifier(char *str)
{
char *blockname,*keyword;
char *stationkey;
if(str!=NULL && strlen(str)!=0)
{
stationkey=(char *)strdup(str);
q_list = add_list(q_list,stationkey);
}
else
{
blockname=string[0];
keyword=(char *)strdup(string[1]);
qref_list = add_list(qref_list,
make_lowl(T_REF,
make_qref(block2int(blockname),
keyword,
q_list)));
q_list=NULL;
}
}
/*-------------------------------------------------------------------*/
void
create_external_ref(char *str, char *str2, char *str3)
{
char *primitive,*keyword,*ext_file;
ext_file=(char *)strdup(str);
primitive=str2;
keyword=(char *)strdup(str3);
qref_list = add_list(qref_list,make_lowl(T_REF,
make_external(ext_file,
block2int(primitive),
keyword)));
}
/*-------------------------------------------------------------------*/
void
create_version(char *str)
{
char *version_number;
version_list = NULL;
version_number=make_version((char *)strdup(str));
version_list = add_list(version_list,
make_lowl(T_VEX_REV,version_number));
b_list=NULL;
}
/*-------------------------------------------------------------------*/
void
create_scan(char *str)
{
if (in_scan_flag)
{
def_list = add_list(def_list,
make_lowl(T_SCAN,
make_def(scan_str,qref_list)));
}
else if(!scan_flag && qref_list!=NULL) {
def_list=qref_list;
}
qref_list=NULL;
qref_flag = 0;
q_list=NULL;
scan_str=(char *)strdup(str);
scan_flag = 1;
in_scan_flag = 1;
}
/*-------------------------------------------------------------------*/
void
end_scan()
{
if (in_scan_flag)
{
def_list = add_list(def_list,
make_lowl(T_SCAN,
make_def(scan_str,qref_list)));
}
qref_list=NULL;
qref_flag = 0;
q_list=NULL;
scan_str=NULL;
in_scan_flag = 0;
}
/*-------------------------------------------------------------------*/
void
create_comment(char *str, char *str2)
{
char *comment;
static struct llist **list;
comment=(char *)strdup(str2);
if(!block_flag)
list=&version_list;
else if(in_def_flag||in_scan_flag||(!def_flag&&!scan_flag)) {
list=&qref_list;
qref_flag = 1;
} else
list=&def_list;
if(*str=='t')
{
*list = add_list(*list,make_lowl(T_COMMENT_TRAILING,
comment));
}
else
{
*list = add_list(*list,make_lowl(T_COMMENT,
comment));
}
}
/*-------------------------------------------------------------------*/
/* SCHEDULE block builders */
/*-------------------------------------------------------------------*/
void
create_start(char *str)
{
char *scan_start;
scan_start=(char *)strdup(str);
qref_list = add_list(qref_list,make_lowl(T_START,scan_start));
}
/*-------------------------------------------------------------------*/
void
create_mode(char *str)
{
char *scan_mode;
scan_mode=(char *)strdup(str);
qref_list = add_list(qref_list,make_lowl(T_MODE,scan_mode));
}
/*-------------------------------------------------------------------*/
void
create_source(char *str)
{
create_source2( str, NULL, NULL);
}
/*-------------------------------------------------------------------*/
void
create_source2(char *str, char *str2, char *str3)
{
if(str==NULL || strlen(str)==0)
{
printf("%s \'source\' %s %s block\n",
err1, err2, int2block(blk));
}
else
{
string[0]=(char *)strdup(str);
if(str2==NULL || strlen(str2)==0)
string[1]=NULL;
else
string[1]=make_dvalue(str2,NULL);
if(str3==NULL || strlen(str3)==0)
string[2]=NULL;
else
string[2]=make_dvalue(str3,NULL);
}
}
/*-------------------------------------------------------------------*/
void
create_source2_stations(char *str)
{
void *s1, *s2, *s3, *s4;
if(str!=NULL && strlen(str)!=0)
{
s1=(char *)strdup(str);
q_list = add_list(q_list,s1);
}
else
{
s2=string[0];
s3=string[1];
s4=string[2];
qref_list = add_list(qref_list,
make_lowl(T_SOURCE,
make_source(s2,s3,s4,q_list)));
q_list=NULL;
}
}
/*-------------------------------------------------------------------*/
void
create_station(char *str, char *str2, char *str3, char *str4,
char *str5, char *str6, char *str7, char *str8,
char *str9)
{
string[0] = (char *)strdup(str);
string[1] = (char *)strdup(str2);
string[2] = (char *)strdup(str3);
string[3] = (char *)strdup(str4);
string[4] = (char *)strdup(str5);
string[5] = (char *)strdup(str6);
string[6] = (char *)strdup(str7);
string[7] = (char *)strdup(str8);
string[8] = (char *)strdup(str9);
q_list=NULL;
}
/*-------------------------------------------------------------------*/
void
create_station_drive_list(char *str)
{
char *station_key;
char *station_start_value;
char *station_start_units;
char *station_stop_value;
char *station_stop_units;
char *station_start_pos_value;
char *station_start_pos_units;
char *station_pass;
char *station_point_sector;
char *station_drive;
if(str!=NULL && strlen(str)!=0)
{
station_drive=(char *)strdup(str);
q_list = add_list(q_list,make_dvalue(station_drive,NULL));
}
else
{
if(q_list==NULL) q_list = add_list(q_list,make_dvalue(NULL,NULL));
station_key=string[0];
station_start_value=string[1];
station_start_units=string[2];
station_stop_value=string[3];
station_stop_units=string[4];
station_start_pos_value=string[5];
station_start_pos_units=string[6];
station_pass=string[7];
station_point_sector=string[8];
qref_list = add_list(qref_list,make_lowl(T_STATION,
make_station(station_key,
make_dvalue(station_start_value,
station_start_units),
make_dvalue(station_stop_value,
station_stop_units),
make_dvalue(station_start_pos_value,
station_start_pos_units),
station_pass, station_point_sector,
q_list)));
q_list=NULL;
}
}
/*-------------------------------------------------------------------*/
void
create_data_transfer(char *str, char *str2, char *str3, char *str4,
char *str5, char *str6, char *str7, char *str8)
{
char *data_transfer_key;
char *data_transfer_method;
char *data_transfer_destination;
char *data_transfer_start_value;
char *data_transfer_start_units;
char *data_transfer_stop_value;
char *data_transfer_stop_units;
char *data_transfer_options;
data_transfer_key=(char *)strdup(str);
data_transfer_method=(char *)strdup(str2);
data_transfer_destination=(char *)strdup(str3);
data_transfer_start_value=(char *)strdup(str4);
data_transfer_start_units=(char *)strdup(str5);
data_transfer_stop_value=(char *)strdup(str6);
data_transfer_stop_units=(char *)strdup(str7);
data_transfer_options=(char *)strdup(str8);
qref_list = add_list(qref_list,
make_lowl(T_DATA_TRANSFER,
make_data_transfer(data_transfer_key,
data_transfer_method,
data_transfer_destination,
make_dvalue(data_transfer_start_value,
data_transfer_start_units),
make_dvalue(data_transfer_stop_value,
data_transfer_stop_units),
data_transfer_options)));
q_list=NULL;
}
/*-------------------------------------------------------------------*/
void
create_intent(char *str, char *str2, char *str3)
{
char *s1, *s2, *s3;
if(str==NULL || strlen(str)==0)
s1=NULL;
else
s1=(char *)strdup(str);
if(str2==NULL || strlen(str2)==0)
s2=NULL;
else
s2=(char *)strdup(str2);
if(str3==NULL || strlen(str3)==0)
s3=NULL;
else
s3=(char *)strdup(str3);
qref_list = add_list(qref_list,
make_lowl(T_INTENT,
make_intent(s1,s2,s3)));
}
/*-------------------------------------------------------------------*/
void
create_pointing_offset(char *str, char *str2, char *str3, char *str4,
char *str5, char *str6, char *str7)
{
char *station;
char *coord1;
char *offset1_value;
char *offset1_units;
char *coord2;
char *offset2_value;
char *offset2_units;
if(str2==NULL || strlen(str2)==0 ||
str3==NULL || strlen(str3)==0 ||
str4==NULL || strlen(str4)==0 ||
str5==NULL || strlen(str5)==0 ||
str6==NULL || strlen(str6)==0 ||
str7==NULL || strlen(str7)==0 )
{
printf("%s \'pointing_offset\' %s %s block\n",
err1, err2, int2block(blk));
}
else
{
if(str==NULL || strlen(str)==0)
station=NULL;
else
station=(char *)strdup(str);
coord1=(char *) strdup(str2);
offset1_value=(char *) strdup(str3);
offset1_units=(char *) strdup(str4);
coord2=(char *) strdup(str5);
offset2_value=(char *) strdup(str6);
offset2_units=(char *) strdup(str7);
qref_list = add_list(qref_list,
make_lowl(T_POINTING_OFFSET,
make_pointing_offset(station,
coord1,make_dvalue(offset1_value,offset1_units),
coord2,make_dvalue(offset2_value,offset2_units))));
}
}
/*-------------------------------------------------------------------*/
/* ANTENNA block builders */
/*-------------------------------------------------------------------*/
void
create_antenna_diam(char *str, char *str2)
{
char *diam_value,*diam_units;
if(str==NULL || strlen(str) ==0 ||
str2==NULL|| strlen(str2)==0)
{
printf("%s \'antenna_diam\' %s %s block\n",
err1, err2, int2block(blk));
}
else
{
diam_value=(char *)strdup(str);
diam_units=(char *)strdup(str2);
qref_list = add_list(qref_list,make_lowl(T_ANTENNA_DIAM,
make_dvalue(diam_value,diam_units)));
}
}
/*-------------------------------------------------------------------*/
void
create_axis_type2(char *str, char *str2, char *str3, char *str4)
{
char *axis_type_az,*axis_type_el;
char *axis_type_orientation_value;
char *axis_type_orientation_units;
struct dvalue *dvp;
if(str==NULL || strlen(str) ==0)
{
printf("%s \'axis_type\' %s %s block\n",
err1, err2, int2block(blk));
}
else
{
axis_type_az=(char *)strdup(str);
if(str2==NULL|| strlen(str2)==0)
axis_type_el=NULL;
else
axis_type_el=(char *)strdup(str2);
if(str3==NULL || strlen(str3) == 0 ||
str4==NULL || strlen(str4)==0) {
axis_type_orientation_value=NULL;
axis_type_orientation_units=NULL;
dvp=NULL;
} else {
axis_type_orientation_value=(char *)strdup(str3);
axis_type_orientation_units=(char *)strdup(str4);
dvp=make_dvalue(axis_type_orientation_value,
axis_type_orientation_units);
}
qref_list = add_list(qref_list,make_lowl(T_AXIS_TYPE,
make_axis_type(axis_type_az,
axis_type_el,
dvp)));
}
}
/*-------------------------------------------------------------------*/
void
create_axis_type(char *str, char *str2)
{
create_axis_type2(str, str2, NULL, NULL);
}
/*-------------------------------------------------------------------*/
void
create_axis_offset(char *str, char *str2)
{
char *axis_offset_value,*axis_offset_units;
if(str==NULL || strlen(str) ==0 ||
str2==NULL|| strlen(str2)==0)
{
printf("%s \'axis_offset\' %s %s block\n",
err1, err2, int2block(blk));
}
else
{
axis_offset_value=(char *)strdup(str);
axis_offset_units=(char *)strdup(str2);
qref_list = add_list(qref_list,make_lowl(T_AXIS_OFFSET,
make_dvalue(axis_offset_value,
axis_offset_units)));
}
}
/*-------------------------------------------------------------------*/
void
create_antenna_motion(char *str, char *str2, char *str3, char *str4,
char *str5)
{
char *motion_type;
char *slew_value,*slew_units;
char *settle_value,*settle_units;
if(str==NULL || strlen(str)==0 ||
str2==NULL || strlen(str2)==0 ||
str3==NULL || strlen(str3)==0 ||
str4==NULL || strlen(str4)==0 ||
str5==NULL || strlen(str5)==0)
{
printf("%s \'antenna_motion\' %s %s block\n",
err1, err2, int2block(blk));
}
else
{
motion_type=(char *)strdup(str);
slew_value=(char *)strdup(str2);
slew_units=(char *)strdup(str3);
settle_value=(char *)strdup(str4);
settle_units=(char *)strdup(str5);
qref_list = add_list(qref_list,make_lowl(T_ANTENNA_MOTION,
make_antenna_motion(motion_type,
make_dvalue(slew_value,slew_units),
make_dvalue(settle_value,settle_units),
make_dvalue(NULL,NULL))));
}
}
void
create_antenna_motion2(char *str, char *str2, char *str3, char *str4,
char *str5, char *str6, char *str7)
{
char *motion_type;
char *slew_value,*slew_units;
char *settle_value,*settle_units;
char *acceleration_value,*acceleration_units;
if(str==NULL || strlen(str)==0 ||
str2==NULL || strlen(str2)==0 ||
str3==NULL || strlen(str3)==0 ||
str4==NULL || strlen(str4)==0 ||
str5==NULL || strlen(str5)==0)
{
printf("%s \'antenna_motion\' %s %s block\n",
err1, err2, int2block(blk));
}
else
{
motion_type=(char *)strdup(str);
slew_value=(char *)strdup(str2);
slew_units=(char *)strdup(str3);
settle_value=(char *)strdup(str4);
settle_units=(char *)strdup(str5);
acceleration_value=(char *)strdup(str6);
acceleration_units=(char *)strdup(str7);
qref_list = add_list(qref_list,make_lowl(T_ANTENNA_MOTION,
make_antenna_motion(motion_type,
make_dvalue(slew_value,slew_units),
make_dvalue(settle_value,settle_units),
make_dvalue(acceleration_value,acceleration_units))));
}
}
/*-------------------------------------------------------------------*/
void
create_pointing_sector(char *str, char *str2, char *str3, char *str4,
char *str5, char *str6, char *str7, char *str8,
char *str9, char *str10, char *str11)
{
char *sector;
char *axis1;
char *lolimit1_value;
char *lolimit1_units;
char *hilimit1_value;
char *hilimit1_units;
struct dvalue *lolimit1;
struct dvalue *hilimit1;
char *axis2;
char *lolimit2_value;
char *lolimit2_units;
char *hilimit2_value;
char *hilimit2_units;
struct dvalue *lolimit2;
struct dvalue *hilimit2;
if(str==NULL || strlen(str)==0 ||
str2==NULL || strlen(str2)==0 ||
str3==NULL || strlen(str3)==0 ||
str4==NULL || strlen(str4)==0 ||
str5==NULL || strlen(str5)==0 ||
str6==NULL || strlen(str6)==0 )
{
printf("%s \'pointing_sector\' %s %s block\n",
err1, err2, int2block(blk));
}
else
{
sector=(char *)strdup(str);
axis1=(char *)strdup(str2);
lolimit1_value=(char *)strdup(str3);
lolimit1_units=(char *)strdup(str4);
lolimit1=make_dvalue(lolimit1_value,lolimit1_units);
hilimit1_value=(char *)strdup(str5);
hilimit1_units=(char *)strdup(str6);
hilimit1=make_dvalue(hilimit1_value,hilimit1_units);
if(str7==NULL || strlen(str7)==0)
axis2=NULL;
else
axis2=(char *)strdup(str7);
if( str8==NULL || strlen(str8)==0 ||
str9==NULL || strlen(str9)==0)
lolimit2=NULL;
else {
lolimit2_value=(char *)strdup(str8);
lolimit2_units=(char *)strdup(str9);
lolimit2=make_dvalue(lolimit2_value,lolimit2_units);
}
if( str10==NULL || strlen(str10)==0 ||
str11==NULL || strlen(str11)==0)
hilimit2=NULL;
else {
hilimit2_value=(char *)strdup(str10);
hilimit2_units=(char *)strdup(str11);
hilimit2=make_dvalue(hilimit2_value,hilimit2_units);
}
qref_list = add_list(qref_list,
make_lowl(T_POINTING_SECTOR,
make_pointing_sector(sector, axis1,
lolimit1,hilimit1,
axis2,
lolimit2,hilimit2,
NULL)));
}
}
/*-------------------------------------------------------------------*/
void
create_pointing_sector2(char *str, char *str2, char *str3, char *str4,
char *str5, char *str6, char *str7, char *str8,
char *str9, char *str10, char *str11, char *str12)
{
char *sector;
char *axis1;
char *lolimit1_value;
char *lolimit1_units;
char *hilimit1_value;
char *hilimit1_units;
struct dvalue *lolimit1;
struct dvalue *hilimit1;
char *axis2;
char *lolimit2_value;
char *lolimit2_units;
char *hilimit2_value;
char *hilimit2_units;
struct dvalue *lolimit2;
struct dvalue *hilimit2;
char *name;
if((str==NULL || strlen(str)==0 ||
str2==NULL || strlen(str2)==0 ||
str3==NULL || strlen(str3)==0 ||
str4==NULL || strlen(str4)==0 ||
str5==NULL || strlen(str5)==0 ||
str6==NULL || strlen(str6)==0) ||
((str12==NULL || strlen(str12)==0) &&
!vex_version.lessthan2))
{
printf("%s \'pointing_sector2\' %s %s block\n",
err1, err2, int2block(blk));
}
else
{
sector=(char *)strdup(str);
axis1=(char *)strdup(str2);
lolimit1_value=(char *)strdup(str3);
lolimit1_units=(char *)strdup(str4);
lolimit1=make_dvalue(lolimit1_value,lolimit1_units);
hilimit1_value=(char *)strdup(str5);
hilimit1_units=(char *)strdup(str6);
hilimit1=make_dvalue(hilimit1_value,hilimit1_units);
if(str7==NULL || strlen(str7)==0)
axis2=NULL;
else
axis2=(char *)strdup(str7);
if( str8==NULL || strlen(str8)==0 ||
str9==NULL || strlen(str9)==0)
lolimit2=NULL;
else {
lolimit2_value=(char *)strdup(str8);
lolimit2_units=(char *)strdup(str9);
lolimit2=make_dvalue(lolimit2_value,lolimit2_units);
}
if( str10==NULL || strlen(str10)==0 ||
str11==NULL || strlen(str11)==0)