e2ecdcfe33
Former-commit-id:a02aeb236c[formerly9f19e3f712] [formerlya02aeb236c[formerly9f19e3f712] [formerly06a8b51d6d[formerly 64fa9254b946eae7e61bbc3f513b7c3696c4f54f]]] Former-commit-id:06a8b51d6dFormer-commit-id:8e80217e59[formerly3360eb6c5f] Former-commit-id:377dcd10b9
496 lines
13 KiB
C
496 lines
13 KiB
C
#include "gui.h"
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/************************************************************************
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* draw.c *
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* *
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* This module contains the drawing functions. *
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* *
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* CONTENTS: *
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* draw_map() set the map attributes and draw the map. *
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* draw_stnmark() draw station marker at station location. *
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* draw_value() plot values at station location . *
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* draw_cntr() plot contouring lines. *
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* draw_wbox() draw watch box. *
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***********************************************************************/
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/*=====================================================================*/
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void draw_map ( int num, struct maptype_list *map_info, int zoomflg,
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mapbnd_t *mapb, int *iret )
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/************************************************************************
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* draw_map *
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* *
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* This routine will set the map attributes and draw the map. *
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* *
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* draw_map ( num, map_info, zoomflg, mapb, iret ) *
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* *
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* Input parameters: *
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* num int Index to map info array *
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* *map_info struct maptype_list Map projection info *
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* zoomflg int Zoom box flag *
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* *
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* Input/Output parameters: *
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* *mapb mapbnd_t Map boundary coordinates *
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* *
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* Output parameters: *
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* *iret int Return code *
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** *
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* Log: *
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* S. Jacobs/NMC 7/94 *
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* C. Lin/EAI 8/95 add compute xin, yin from garea *
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* C. Lin/EAI 8/95 modified from nwx2.1 *
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* C. Lin/EAI 2/97 use gqmprj *
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* S. Jacobs/NCEP 11/97 Changed sizeof(savprj) to sizeof(prjtmp)*
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* I. Durham/GSC 5/98 changed call for underscore *
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* T. Lee/GSC 1/01 checked CED/MER projection *
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***********************************************************************/
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{
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char map[25];
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char proj[25];
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char garea[128];
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char latlon[25];
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char panel[13];
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char text[13];
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char shrttl[9];
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char title[73];
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int ititl;
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int linttl;
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int clear;
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char gflag;
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float angle[3];
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int len;
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char prjtmp[40]="\0";
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static char savprj[128]; /* save the previous projection info */
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/*---------------------------------------------------------------------*/
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*iret = G_NORMAL;
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/*
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* Set the map attributes.
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*/
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strcpy( map, "31" );
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strcpy( latlon, "6/20/2" );
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strcpy( panel, "0" );
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strcpy( text, "1/22//hw" );
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strcpy( shrttl, " " );
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strcpy( title, " " );
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ititl = 1;
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linttl = -2;
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clear = G_TRUE;
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/*
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* Check for a menu selection or a zoom box for garea.
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*/
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gflag = 0;
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if ( zoomflg ) {
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sprintf( garea, "%f;%f;%f;%f",
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mapb->x[0], mapb->y[0], mapb->x[1], mapb->y[1] );
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strcpy( proj, savprj );
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}
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else {
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strcpy( garea, map_info[num].garea );
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strcpy( proj, map_info[num].proj );
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gflag = 1;
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}
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/*
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* Draw the map.
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*/
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map_draw( map, garea, proj, latlon, panel, text, title, &ititl,
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&linttl, shrttl, &clear, iret,
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strlen(map), strlen(garea), strlen(proj),
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strlen(latlon), strlen(panel), strlen(text),
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strlen(title), strlen(shrttl) );
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if ( gflag ) {
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gqmprj( prjtmp, &angle[0], &angle[1], &angle[2],
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&mapb->x[0], &mapb->y[0],
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&mapb->x[1], &mapb->y[1],
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iret, sizeof(prjtmp));
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/*
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* remove trailing blank
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*/
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prjtmp[39] = '\0';
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cst_lstr(prjtmp, &len, iret);
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prjtmp[len] = '\0';
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if ( strcmp ( prjtmp, "CED" ) == 0 ||
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strcmp ( prjtmp, "MER" ) == 0 ||
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strcmp ( prjtmp, "MCD" ) == 0 ) {
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sprintf(savprj, "%s", prjtmp );
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}
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else {
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sprintf(savprj, "%s/%5.2f;%5.2f;%5.2f", prjtmp, angle[0],
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angle[1], angle[2]);
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}
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}
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}
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/*=====================================================================*/
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void draw_stnmark ( int numpts, float *slat, float *slon, int jcolr,
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int imrk, int *iret )
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/************************************************************************
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* draw_stnmark *
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* *
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* This routine will set the marker attributes and plot the markers *
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* at the station locations. *
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* *
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* draw_stnmark ( numpts, slat, slon, jcolr, imrk, iret ) *
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* *
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* Input parameters: *
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* numpts int Number of stations *
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* *slat float Array of latitudes *
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* *slon float Array of longitudes *
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* jcolr int Requested marker color *
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* imrk int Requested marker type *
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* *
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* Output parameters: *
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* *iret int Return code *
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** *
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* Log: *
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* S. Jacobs/NMC 7/94 *
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***********************************************************************/
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{
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float sizmrk;
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int ncolor, mrktyp, mrkwid, pltval, iposn;
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/*---------------------------------------------------------------------*/
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*iret = G_NORMAL;
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/*
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* Set the marker attributes.
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*/
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ncolor = 1;
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mrktyp = imrk;
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sizmrk = 1.0F;
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mrkwid = 2;
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pltval = G_FALSE;
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iposn = 0;
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/*
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* Draw the markers.
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*/
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map_mark( &numpts, slat, slon, NULL, &ncolor, NULL, &jcolr,
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&mrktyp, &sizmrk, &mrkwid, &pltval, &iposn, iret );
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}
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/*=====================================================================*/
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void draw_value ( struct mrkv *markdata )
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/************************************************************************
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* draw_value *
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* *
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* This routine will plot the markers based on the input data. *
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* *
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* draw_value ( markdata ) *
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* *
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* Input parameters: *
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* *markdata struct mrkv structure for marker data *
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* *
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* Output parameters: *
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** *
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* Log: *
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* C. Lin/EAI 9/95 *
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***********************************************************************/
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{
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int iret;
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map_mark( &(markdata->nstn), markdata->lat, markdata->lon,
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markdata->dvalues, &(markdata->ncolor),
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markdata->breaks, markdata->icolrs,
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&(markdata->marktype), &(markdata->marksize),
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&(markdata->markwdth), &(markdata->pltflag),
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&(markdata->iposn),
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&iret );
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}
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/*=====================================================================*/
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void draw_cntr ( struct contour *contours )
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/************************************************************************
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* draw_cntr *
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* *
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* This routine plots the contour lines. *
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* *
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* draw_cntr(contours) *
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* *
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* Input parameters: *
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* *contours struct contour struct of contour data *
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* *
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* Output parameters: *
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* *
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** *
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* Log: *
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* L. Williams/EAI 01/95 *
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* C. Lin/EAI 09/95 *
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* S. Jacobs/NCE 8/98 Changed gtext to gtextc *
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* A. Hardy/GSC 11/00 renamed coordinate system declaration *
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***********************************************************************/
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{
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int ltyhw, ltype, lwidth;
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int offset, j;
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float rotat;
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int iret;
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/*---------------------------------------------------------------------*/
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if ( contours->nc == 0 )
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return;
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ltyhw = 0;
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ltype = 1;
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lwidth = 1;
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rotat = 0.0F;
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offset = 0;
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/*
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* set the line type, width... attributes
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*/
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gsline(<ype, <yhw, &lwidth, <yhw, &iret);
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for ( j=0; j < contours->nc; ++j ) {
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/*
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* set line color
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*/
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gscolr(&(contours->line[j].color), &iret);
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/*
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* draw the line
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*/
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gline(sys_M, &(contours->line[j].npt),
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contours->line[j].lat,
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contours->line[j].lon,
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&iret, strlen(sys_M));
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/*
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* plot contour label
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*/
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gtextc(sys_M, &(contours->line[j].lat[0]),
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&(contours->line[j].lon[0]),
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contours->line[j].label,
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&rotat, &offset, &offset, &iret,
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strlen(sys_M), strlen(contours->line[j].label));
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}
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/*
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* flush the buffer
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*/
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geplot(&iret );
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}
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/*=====================================================================*/
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void draw_wbox ( struct watchbox *wtchbox, int called_from )
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/************************************************************************
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* draw_wbox *
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* *
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* This routine draws a watch box. *
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* *
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* draw_wbox(wtchbox, called_from) *
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* *
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* Input parameters: *
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* *wtchbox struct watchbox struct of watchbox data *
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* called_from int Indicate from where it is called *
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* 1 - from user click *
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* 2 - from auto-update *
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* *
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* Output parameters: *
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* *
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** *
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* Log: *
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* D. Kidwell/NCEP 8/98 Adapted from draw_cntr *
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* S. Jacobs/NCEP 4/99 Changed cfdate to css_date *
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* D. Kidwell/NCEP 4/99 Fixed for Y2K; added gg_wlbl call; fixed*
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* watch cancel check; gtextc -> gtext *
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* A. Hardy/GSC 11/00 renamed coordinate system declaration *
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* T. Piper/SAIC 6/02 Added 'No watches' message *
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* A. Hardy/NCEP 6/03 Added tmzn to CSS_DATE *
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* R. Tian/SAIC 11/03 Added called_from arg *
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* B. Yin/SAIC 03/04 changed css_date calling sequences *
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***********************************************************************/
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{
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int ltype, ltyhw, lwidth, lwdhw,
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ltxfn, ltxhw, ltxwid, lbrdr, lrrotn, ljust;
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float sztext;
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int jtype, jtyhw, jwidth, jwdhw,
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jtxfn, jtxhw, jtxwid, jbrdr, jrrotn, jjust;
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float siztx;
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float rotat, xlat, ylon;
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int j, k, ixoff, iyoff, iret;
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char wlabel[50];
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/* char found; */
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int itarr[5], ietar[5],
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minute, itype, isec, jday, jcolr, imrk;
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char endtim[21], endtm2[21], expr[21]="\0", exptim[21],
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vald[21]="\0", valtim[21], tmzn[4];
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/*---------------------------------------------------------------------*/
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if ( wtchbox->nb == 0 ) return;
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/* found = 0; NOT used */
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ltype = 1;
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ltyhw = 0;
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lwidth = 3;
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lwdhw = 0;
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ltxfn = 21;
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ltxhw = 2;
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ltxwid = 1;
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lbrdr = 111;
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lrrotn = 1;
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ljust = 1;
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sztext = 1.0F;
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rotat = 0.0F;
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ixoff = 0;
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iyoff = -4;
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/*
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* Get the current time.
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*/
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itype = 1;
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css_date ( &itype, &itarr[0], &itarr[1], &itarr[2],
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&itarr[3], &itarr[4], &isec, &jday, tmzn, &iret );
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/*
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* Add 15 minutes to the current time to account for
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* differences in system clocks, and use 4-digit year.
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*/
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minute = 15;
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ti_addm ( itarr, &minute, ietar, &iret );
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ti_itoc ( ietar, endtm2, &iret, sizeof(endtm2) );
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endtm2[20] = '\0';
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ti_dtm4 ( endtm2, endtim, &iret, sizeof(endtm2),
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sizeof(endtim) );
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endtim[20] = '\0';
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/*
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* set the line type, width... attributes
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*/
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gqline ( &jtype, &jtyhw, &jwidth, &jwdhw, &iret );
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gsline ( <ype, <yhw, &lwidth, &lwdhw, &iret );
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gqtext ( &jtxfn, &jtxhw, &siztx, &jtxwid,
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&jbrdr, &jrrotn, &jjust, &iret );
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gstext ( <xfn, <xhw, &sztext, <xwid,
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&lbrdr, &lrrotn, &ljust, &iret );
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k = 0;
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/*
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* Loop over all watches.
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*/
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for ( j = 0; j < wtchbox->nb; j++ ) {
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xlat = -9999.0F;
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ylon = -9999.0F;
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/*
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* Check for current watches. Use 4-digit year for
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* comparison.
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*/
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strcpy ( expr, wtchbox->winfo[j].expire );
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expr[20] = '\0';
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ti_dtm4 ( expr, exptim, &iret,
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sizeof(expr), sizeof(exptim) );
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exptim[20] = '\0';
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strcpy ( vald, wtchbox->winfo[j].valid );
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vald[20] = '\0';
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ti_dtm4 ( vald, valtim, &iret,
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sizeof(vald), sizeof(valtim) );
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valtim[20] = '\0';
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if ( ( ( strcmp ( endtim, exptim ) <= 0 ) &&
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( strcmp ( endtim, valtim ) >= 0 ) ) ) {
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/* found = 1; NOT used */
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/*
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* Set line color.
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*/
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gscolr ( &(wtchbox->winfo[j].color), &iret );
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/*
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* Draw the box.
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*/
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gline ( sys_M, &(wtchbox->winfo[j].npt),
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wtchbox->winfo[j].lat,
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wtchbox->winfo[j].lon,
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&iret, strlen(sys_M) );
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/*
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* Find the lower left corner for plotting the label.
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*/
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gg_wlbl ( &(wtchbox->winfo[j].npt),
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wtchbox->winfo[j].lat,
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wtchbox->winfo[j].lon,
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&xlat, &ylon, &iret );
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/*
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* Plot watch number, start and stop times
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*/
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wlabel[0] = '\0';
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strncpy ( wlabel, wtchbox->winfo[j].wtchnum, 4 );
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wlabel[4] = '\n';
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wlabel[5] = '\0';
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strncat ( wlabel, wtchbox->winfo[j].valid, 11 );
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wlabel[16] = '\n';
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wlabel[17] = '\0';
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strncat ( wlabel, wtchbox->winfo[j].expire, 11 );
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wlabel[28] = '\0';
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gtext ( sys_M, &xlat, &ylon, wlabel, &rotat,
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&ixoff, &iyoff, &iret,
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strlen(sys_M), strlen(wlabel) );
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jcolr = ALL_COL;
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imrk = ALL_MRK;
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draw_stnmark ( 1, &xlat, &ylon, jcolr, imrk, &iret );
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}
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stnList.lat[k] = xlat;
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stnList.lon[k] = ylon;
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k++;
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}
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/*
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if ( found == 0 && called_from == 1 ) {
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XmTextSetString( textW, "No current watches found.");
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}
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*/
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stnList.nstn = k;
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/*
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* Reset the line and text attributes, and flush the graphics.
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*/
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gsline ( &jtype, &jtyhw, &jwidth, &jwdhw, &iret );
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gstext ( &jtxfn, &jtxhw, &siztx, &jtxwid,
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&jbrdr, &jrrotn, &jjust, &iret );
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geplot ( &iret );
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}
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/*=====================================================================*/
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