src/meta/tbar.c

#ifndef lint
static const char       RCSid[] = "$Id$";
#endif
/*
 *       PROGRAM TO PLOT TEL-A-GRAF POINTS TO METAFILE
 *
 *              Greg Ward
 *              12/12/84
 *
 *      cc -o ../tbar tbar.c tgraph.o primout.o mfio.o syscalls.o misc.o -lm
 */

#include  "tgraph.h"


#define  XLEGEND  (XBEG+XSIZ+4*TSIZ)    /* x start of legend */

#define  YLEGEND  (YBEG+2*YSIZ/3)       /* y start of legend */

#define  MAXBAR  1000                   /* maximum bar width */

short  usecurve[NCUR];                  /* booleans for curve usage */

double  xmin, ymin, xmax, ymax;         /* domain */

double  xsize, ysize;                   /* axis dimensions */

double  xmnset = -FHUGE, xmxset = FHUGE,        /* domain settings */
        ymnset = -FHUGE, ymxset = FHUGE;

short  logx = FALSE, logy = FALSE;      /* flags for log plots */

short  polar = FALSE;                   /* flag for polar plots */

short  grid = FALSE;                    /* flag for grid */

int    curtype[NCUR] = {0, 04, 010, 014, 01, 05, 011, 015,
                         02, 06, 012, 016, 03, 07, 013, 017};

int    ncurves;

int    xlegend,
       ylegend;                         /* current legend position */

int    symrad = SYMRAD;                 /* symbol radius */ 

char  *progname;


main(argc, argv)

int  argc;
char  **argv;

/*
 *     Take Tel-A-Graf runnable files and convert them to
 *  metafile primitives to send to standard output
 */

{
 char  tfname[MAXFNAME];
 FILE  *fp;
 int  axflag;

#ifdef  CPM
 fixargs("tbar", &argc, &argv);
#endif

 progname = *argv++;
 argc--;

 initialize();

 for (; argc && (**argv == '-' || **argv == '+'); argc--, argv++)
    option(*argv);

 polar = FALSE;                 /* override stupid choices */
 logx = FALSE;
 axflag = BOX|ORIGIN|YTICS|YNUMS;
 if (grid)
    axflag |= YGRID;

 if (argc)

    for ( ; argc--; argv++)  {

       fp = efopen(*argv, "r");
       normalize(fp, NULL);
       if (ymin > 0)
          ymin = 0;
       else if (ymax < 0)
          ymax = 0;
       xmax++;
       makeaxis(axflag);
       fseek(fp, 0L, 0);
       plot(fp);
       fclose(fp);
       }
 else  {

    sprintf(tfname, "%stb%d", TDIR, getpid());
    fp = efopen(tfname, "w+");
    normalize(stdin, fp);
    if (ymin > 0)
       ymin = 0;
    else if (ymax < 0)
       ymax = 0;
    xmax++;
    makeaxis(axflag);
    fseek(fp, 0L, 0);
    plot(fp);
    fclose(fp);
    unlink(tfname);
    }

 pglob(PEOF, 0200, NULL);

 return(0);
 }


plot(fp)                        /* read file and generate plot */

FILE  *fp;

{
 int  ncur = 0;                 /* curves seen so far */
 char  line[255], *s;
 double  x, y;

 xlegend = XLEGEND;
 ylegend = YLEGEND;

 if (ncurves > 0) {
    pprim(PMSTR, 0100, xlegend, ylegend+800, xlegend, ylegend+800, "Legend:");
    pprim(PMSTR, 0100, xlegend, ylegend+800, xlegend, ylegend+800, "______");
    }

 while (fgets(line, sizeof line, fp) != NULL)

    if (istitle(line)) {
       s = snagquo(line);
       boxstring(0, 0, YBEG+YSIZ+1000, XYSIZE-1, YBEG+YSIZ+1500, s);
       }

    else if (isdivlab(line)) {
       s = line;
       x = 1;
       while ((s = snagquo(s)) != NULL) {
          if (x >= xmin && x <= xmax)
             boxstring(0, XCONV(x), YBEG-750, XCONV(x+0.66), YBEG-400, s);
          s += strlen(s)+1;
          x++;
          }
       }

    else if (isxlabel(line)) {
       s = snagquo(line);
       boxstring(0, XBEG, YBEG-1250, XBEG+XSIZ, YBEG-900, s);
       }

    else if (isylabel(line)) {
       s = snagquo(line);
       boxstring(020, XBEG-1900, YBEG, XBEG-1550, YBEG+YSIZ, s);
       }

    else if (islabel(line)) {
       if (++ncur < NCUR && usecurve[ncur]) {
          boxout(curtype[ncur], xlegend-200, ylegend, xlegend+200, ylegend+250);
          pprim(PMSTR, 020, xlegend+400, ylegend+200,
                      xlegend+400, ylegend+200, snagquo(line));
          ylegend -= 500;
          }
       }
       
    else if (usecurve[ncur] && isdata(line)) {

       if (getdata(line, &x, &y) >= 0)
          barout(ncur, x, y);

       }

 pglob(PEOP, 0200, NULL);

 }


barout(cn, x, y)                /* output bar for curve cn, value (x,y) */

int  cn;
double  x, y;

{
    int  barleft, barwidth;
    int  barlower, barheight;
    
    barwidth = XSIZ/xsize/(ncurves+1)*0.66;
    if (barwidth > MAXBAR)
        barwidth = MAXBAR;

    barleft = XCONV(x) + cn*barwidth;
    
    if (y < 0.0) {
        barlower = YCONV(y);
        barheight = YCONV(0.0) - barlower;
    } else {
        barlower = YCONV(0.0);
        barheight = YCONV(y) - barlower;
    }
    boxout(curtype[cn], barleft, barlower,
                barleft+barwidth, barlower+barheight);
    
}


boxout(a0, xmn, ymn, xmx, ymx)                  /* output a box */

int  a0;
int  xmn, ymn, xmx, ymx;

{
    
    pprim(PRFILL, a0, xmn, ymn, xmx, ymx, NULL);
    plseg(0, xmn, ymn, xmx, ymn);
    plseg(0, xmn, ymn, xmn, ymx);
    plseg(0, xmn, ymx, xmx, ymx);
    plseg(0, xmx, ymn, xmx, ymx);
    
}
Revision:	1.1
Committed:	Sat Feb 22 02:07:26 2003 UTC (21 years, 2 months ago) by greg
Content type:	text/plain
Branch:	MAIN
CVS Tags:	rad3R5
Log Message:	Changes and check-in for 3.5 release Includes new source files and modifications not recorded for many years See ray/doc/notes/ReleaseNotes for notes between 3.1 and 3.5 release
#	User	Rev	Content
1	greg	1.1	#ifndef lint
2			static const char RCSid[] = "$Id$";
3			#endif
4			/*
5			* PROGRAM TO PLOT TEL-A-GRAF POINTS TO METAFILE
6			*
7			* Greg Ward
8			* 12/12/84
9			*
10			* cc -o ../tbar tbar.c tgraph.o primout.o mfio.o syscalls.o misc.o -lm
11			*/
12
13			#include "tgraph.h"
14
15
16			#define XLEGEND (XBEG+XSIZ+4TSIZ) / x start of legend */
17
18			#define YLEGEND (YBEG+2YSIZ/3) / y start of legend */
19
20			#define MAXBAR 1000 /* maximum bar width */
21
22			short usecurve[NCUR]; /* booleans for curve usage */
23
24			double xmin, ymin, xmax, ymax; /* domain */
25
26			double xsize, ysize; /* axis dimensions */
27
28			double xmnset = -FHUGE, xmxset = FHUGE, /* domain settings */
29			ymnset = -FHUGE, ymxset = FHUGE;
30
31			short logx = FALSE, logy = FALSE; /* flags for log plots */
32
33			short polar = FALSE; /* flag for polar plots */
34
35			short grid = FALSE; /* flag for grid */
36
37			int curtype[NCUR] = {0, 04, 010, 014, 01, 05, 011, 015,
38			02, 06, 012, 016, 03, 07, 013, 017};
39
40			int ncurves;
41
42			int xlegend,
43			ylegend; /* current legend position */
44
45			int symrad = SYMRAD; /* symbol radius */
46
47			char *progname;
48
49
50
51
52
53			main(argc, argv)
54
55			int argc;
56			char **argv;
57
58			/*
59			* Take Tel-A-Graf runnable files and convert them to
60			* metafile primitives to send to standard output
61			*/
62
63			{
64			char tfname[MAXFNAME];
65			FILE *fp;
66			int axflag;
67
68			#ifdef CPM
69			fixargs("tbar", &argc, &argv);
70			#endif
71
72			progname = *argv++;
73			argc--;
74
75			initialize();
76
77			for (; argc && (argv == '-' \|\| argv == '+'); argc--, argv++)
78			option(*argv);
79
80			polar = FALSE; /* override stupid choices */
81			logx = FALSE;
82			axflag = BOX\|ORIGIN\|YTICS\|YNUMS;
83			if (grid)
84			axflag \|= YGRID;
85
86			if (argc)
87
88			for ( ; argc--; argv++) {
89
90			fp = efopen(*argv, "r");
91			normalize(fp, NULL);
92			if (ymin > 0)
93			ymin = 0;
94			else if (ymax < 0)
95			ymax = 0;
96			xmax++;
97			makeaxis(axflag);
98			fseek(fp, 0L, 0);
99			plot(fp);
100			fclose(fp);
101			}
102			else {
103
104			sprintf(tfname, "%stb%d", TDIR, getpid());
105			fp = efopen(tfname, "w+");
106			normalize(stdin, fp);
107			if (ymin > 0)
108			ymin = 0;
109			else if (ymax < 0)
110			ymax = 0;
111			xmax++;
112			makeaxis(axflag);
113			fseek(fp, 0L, 0);
114			plot(fp);
115			fclose(fp);
116			unlink(tfname);
117			}
118
119			pglob(PEOF, 0200, NULL);
120
121			return(0);
122			}
123
124
125
126
127
128			plot(fp) /* read file and generate plot */
129
130			FILE *fp;
131
132			{
133			int ncur = 0; /* curves seen so far */
134			char line[255], *s;
135			double x, y;
136
137			xlegend = XLEGEND;
138			ylegend = YLEGEND;
139
140			if (ncurves > 0) {
141			pprim(PMSTR, 0100, xlegend, ylegend+800, xlegend, ylegend+800, "Legend:");
142			pprim(PMSTR, 0100, xlegend, ylegend+800, xlegend, ylegend+800, "______");
143			}
144
145			while (fgets(line, sizeof line, fp) != NULL)
146
147			if (istitle(line)) {
148			s = snagquo(line);
149			boxstring(0, 0, YBEG+YSIZ+1000, XYSIZE-1, YBEG+YSIZ+1500, s);
150			}
151
152			else if (isdivlab(line)) {
153			s = line;
154			x = 1;
155			while ((s = snagquo(s)) != NULL) {
156			if (x >= xmin && x <= xmax)
157			boxstring(0, XCONV(x), YBEG-750, XCONV(x+0.66), YBEG-400, s);
158			s += strlen(s)+1;
159			x++;
160			}
161			}
162
163			else if (isxlabel(line)) {
164			s = snagquo(line);
165			boxstring(0, XBEG, YBEG-1250, XBEG+XSIZ, YBEG-900, s);
166			}
167
168			else if (isylabel(line)) {
169			s = snagquo(line);
170			boxstring(020, XBEG-1900, YBEG, XBEG-1550, YBEG+YSIZ, s);
171			}
172
173			else if (islabel(line)) {
174			if (++ncur < NCUR && usecurve[ncur]) {
175			boxout(curtype[ncur], xlegend-200, ylegend, xlegend+200, ylegend+250);
176			pprim(PMSTR, 020, xlegend+400, ylegend+200,
177			xlegend+400, ylegend+200, snagquo(line));
178			ylegend -= 500;
179			}
180			}
181
182			else if (usecurve[ncur] && isdata(line)) {
183
184			if (getdata(line, &x, &y) >= 0)
185			barout(ncur, x, y);
186
187			}
188
189			pglob(PEOP, 0200, NULL);
190
191			}
192
193
194
195			barout(cn, x, y) /* output bar for curve cn, value (x,y) */
196
197			int cn;
198			double x, y;
199
200			{
201			int barleft, barwidth;
202			int barlower, barheight;
203
204			barwidth = XSIZ/xsize/(ncurves+1)*0.66;
205			if (barwidth > MAXBAR)
206			barwidth = MAXBAR;
207
208			barleft = XCONV(x) + cn*barwidth;
209
210			if (y < 0.0) {
211			barlower = YCONV(y);
212			barheight = YCONV(0.0) - barlower;
213			} else {
214			barlower = YCONV(0.0);
215			barheight = YCONV(y) - barlower;
216			}
217			boxout(curtype[cn], barleft, barlower,
218			barleft+barwidth, barlower+barheight);
219
220			}
221
222
223
224			boxout(a0, xmn, ymn, xmx, ymx) /* output a box */
225
226			int a0;
227			int xmn, ymn, xmx, ymx;
228
229			{
230
231			pprim(PRFILL, a0, xmn, ymn, xmx, ymx, NULL);
232			plseg(0, xmn, ymn, xmx, ymn);
233			plseg(0, xmn, ymn, xmn, ymx);
234			plseg(0, xmn, ymx, xmx, ymx);
235			plseg(0, xmx, ymn, xmx, ymx);
236
237			}