| Geant4 Cross Reference |
1 // Copyright (C) 2010, Guy Barrand. All rights reserved.
2 // See the file tools.license for terms.
3
4 #ifndef tools_sg_valop2sg
5 #define tools_sg_valop2sg
6
7 #include "bbox_action"
8 #include "strings"
9 #include "separator"
10 #include "matrix"
11 #include "vertices"
12 #include "base_freetype"
13 #include "mnmx"
14
15 #include "../valop"
16 #include "../smath"
17
18 namespace tools {
19
20 class valop2sg : public virtual valop_visitor {
21 public:
22 virtual bool binary(unsigned int a_type,const valop& a_1,const valop& a_2) {
23 sg::separator* sep = new sg::separator;
24
25 sg::separator* sep1 = new sg::separator;
26 sep->add(sep1);
27 sg::matrix* tsf1 = new sg::matrix;
28 sep1->add(tsf1);
29 vec3f mn1,mx1;
30 {valop2sg v(m_out,*sep1,m_ttf);
31 if(!v.visit(a_1)) {
32 delete sep;
33 return false;
34 }
35 mnmx(m_out,*sep1,mn1,mx1);}
36
37 sg::separator* op_sep = new sg::separator;
38 sep->add(op_sep);
39 sg::matrix* op_tsf = new sg::matrix;
40 op_sep->add(op_tsf);
41
42 sg::separator* sep2 = new sg::separator;
43 sep->add(sep2);
44 sg::matrix* tsf2 = new sg::matrix;
45 sep2->add(tsf2);
46 vec3f mn2,mx2;
47 {valop2sg v(m_out,*sep2,m_ttf);
48 if(!v.visit(a_2)) {
49 delete sep;
50 return false;
51 }
52 mnmx(m_out,*sep2,mn2,mx2);}
53
54 if((a_type==valop::ADD) ||
55 (a_type==valop::SUB) ||
56 (a_type==valop::MUL) ||
57 (a_type==valop::EQUAL) ){
58
59 sg::base_freetype* tft = sg::base_freetype::create(m_ttf);
60
61 if(a_type==valop::ADD) unichar2sg(0x0002B,*tft); // +
62 //else if(a_type==valop::SUB) unichar2sg(0x0002D,*tft); // -
63 else if(a_type==valop::SUB) unichar2sg(0x02212,*tft);
64 //else if(a_type==valop::MUL) unichar2sg(0x0002A,*tft); // *
65 //else if(a_type==valop::MUL) unichar2sg(0x02219,*tft); // .
66 else if(a_type==valop::MUL) unichar2sg(0x02A2F,*tft); // x
67 else if(a_type==valop::EQUAL) unichar2sg(0x0003D,*tft); // =
68 op_sep->add(tft);
69
70 vec3f omn,omx;
71 mnmx(m_out,*tft,omn,omx);
72
73 float odx = omx[0]-omn[0];
74 float xmargin = odx*0.1f;
75
76 op_tsf->mul_translate(-omn[0]+mx1[0]+xmargin,0,0);
77
78 tsf2->mul_translate(-mn2[0]+mx1[0]+xmargin+odx+xmargin,0,0);
79
80 } else if( (a_type==valop::ASIDE) ||
81 (a_type==valop::NVMUL) ){
82
83 float xspace = (mx1[0]-mn1[0])*0.1f;
84
85 tsf2->mul_translate(-mn2[0]+mx1[0]+xspace,0,0);
86
87 } else if(a_type==valop::DIV) {
88
89 // the bar :
90 sg::vertices* vtcs = new sg::vertices;
91 op_sep->add(vtcs);
92 float w2 = 0.5f;
93 float h = 0.101f;
94 vtcs->add(-w2,0,0);
95 vtcs->add( w2,0,0);
96 vtcs->add( w2,h,0);
97 vtcs->add(-w2,h,0);
98 if(m_wf) {
99 vtcs->mode = gl::line_strip();
100 vtcs->add(-w2,0,0);
101 } else {
102 vtcs->mode = gl::triangle_fan();
103 }
104
105 float ymargin = h;
106
107 float osx = mx(mx1[0]-mn1[0],mx2[0]-mn2[0]);
108 osx *= 1.1f;
109
110 op_tsf->mul_scale(osx,1,1);
111
112 //put a_1 symbol in the middle of the bar.
113 //put a_1 symbol on top of the bar (with an ymargin).
114 float dx1 = -(mn1[0]+mx1[0])*0.5f;
115 float dy1 = -mn1[1]+h+ymargin;
116 tsf1->mul_translate(dx1,dy1,0);
117
118 //put a_2 symbol in the middle of the bar.
119 //put a_2 symbol under the bar (with an ymargin).
120 float dx2 = -(mn2[0]+mx2[0])*0.5f;
121 float dy2 = -mx2[1]-ymargin;
122 tsf2->mul_translate(dx2,dy2,0);
123
124 } else if(a_type==valop::SUPS) {
125
126 if(mx2[0]==mn2[0]) {
127 delete sep;
128 return false;
129 }
130
131 float s2 = 0.5f*(mx1[0]-mn1[0])/(mx2[0]-mn2[0]); //half a_1 horiz size.
132 tsf2->set_scale(s2,s2,1);
133 mnmx(m_out,*sep2,mn2,mx2);
134
135 float xshift = (mx1[0]-mn1[0])*0.1f;
136 float dx2 = -mn2[0]+mx1[0]+xshift;
137
138 float yshift = (mx1[1]-mn1[1])*0.3f;
139 float dy2 = -mn2[1]+mx1[1]-yshift;
140
141 tsf2->set_translate(dx2,dy2,0);
142 tsf2->mul_scale(s2,s2,1); //applied first
143
144 } else if(a_type==valop::SUBS) {
145
146 if(mx2[0]==mn2[0]) {
147 delete sep;
148 return false;
149 }
150
151 float s2 = 0.5f*(mx1[0]-mn1[0])/(mx2[0]-mn2[0]); //half a_1 horiz size.
152 tsf2->set_scale(s2,s2,1);
153 mnmx(m_out,*sep2,mn2,mx2);
154
155 float xshift = (mx1[0]-mn1[0])*0.1f;
156 float dx2 = -mn2[0]+mx1[0]+xshift;
157
158 float yshift = (mx1[1]-mn1[1])*0.3f;
159 float dy2 = -mn2[1]-yshift;
160
161 tsf2->set_translate(dx2,dy2,0);
162 tsf2->mul_scale(s2,s2,1); //applied first
163
164 } else {
165 delete sep;
166 return false;
167 }
168
169 m_group.add(sep);
170
171 return true;
172 }
173
174 virtual bool unary(unsigned int a_type,const valop& a_1) {
175 if(a_type==valop::MINUS) {
176 sg::separator* sep = new sg::separator;
177
178 sg::separator* sep1 = new sg::separator;
179 sep->add(sep1);
180 sg::matrix* tsf1 = new sg::matrix;
181 sep1->add(tsf1);
182 vec3f mn1,mx1;
183 {valop2sg v(m_out,*sep1,m_ttf);
184 if(!v.visit(a_1)) {
185 delete sep;
186 return false;
187 }
188 mnmx(m_out,*sep1,mn1,mx1);}
189
190 m_group.add(sep);
191
192 ////////////////////////////////////////////////////////
193 /// minus symbol ///////////////////////////////////////
194 ////////////////////////////////////////////////////////
195 sg::separator* op_sep = new sg::separator;
196 sep->add(op_sep);
197 //sg::matrix* op_tsf = new sg::matrix;
198 //op_sep->add(op_tsf);
199
200 sg::base_freetype* tft = sg::base_freetype::create(m_ttf);
201 //TTNODE* tft = new TTNODE();
202 unichar2sg(0x0002D,*tft);
203 op_sep->add(tft);
204 vec3f omn,omx;
205 mnmx(m_out,*tft,omn,omx);
206
207 float odx = omx[0]-omn[0];
208 float xmargin = odx*0.1f;
209
210 //push a_1 at right of minus symbol
211 tsf1->mul_translate(-mn1[0]+omx[0]+xmargin,0,0);
212
213 return true;
214
215 } else {
216 return false;
217 }
218 }
219
220 virtual bool variable(unsigned int a_type,const value& a_var) {
221
222 sg::base_freetype* tft = sg::base_freetype::create(m_ttf);
223 //TTNODE* tft = new TTNODE();
224
225 if(a_type==valop::SYMBOL) {
226 if(rcmp(a_var.get_string(),s_psi())) {
227 unichar2sg(0x003C8,*tft);
228 m_group.add(tft);
229 return true;
230 } else if(rcmp(a_var.get_string(),s_gamma())) {
231 unichar2sg(0x003B3,*tft);
232 m_group.add(tft);
233 return true;
234 } else if(rcmp(a_var.get_string(),s_mu())) {
235 unichar2sg(0x003BC,*tft);
236 m_group.add(tft);
237 return true;
238 } else if(rcmp(a_var.get_string(),s_upper_delta())) {
239 unichar2sg(0x02206,*tft);
240 m_group.add(tft);
241 return true;
242 } else if(rcmp(a_var.get_string(),s_partial_derivative())){
243 unichar2sg(0x02202,*tft); //d ronde
244 m_group.add(tft);
245 return true;
246 } else if(rcmp(a_var.get_string(),s_h_bar())){
247 unichar2sg(0x0210F,*tft);
248 m_group.add(tft);
249 return true;
250 }
251
252 } else if(a_type==valop::REAL){
253 s2sg(value::to_string(a_var),*tft);
254 m_group.add(tft);
255 return true;
256
257 } else if(a_type==valop::STRING){
258 if(a_var.type()==value::STRING){
259 s2sg(a_var.get_string(),*tft);
260 m_group.add(tft);
261 return true;
262 } else {
263 m_out << "valop2sg::variable :"
264 << " expected a value::STRING."
265 << " Got " << a_var.stype() << "."
266 << std::endl;
267 }
268 }
269
270 delete tft;
271 return false;
272 }
273
274 virtual bool option(const valop& a_node) {
275 sg::base_freetype* tft = sg::base_freetype::create(m_ttf);
276 //TTNODE* tft = new TTNODE();
277 s2sg(a_node.m_name,*tft);
278 m_group.add(tft);
279 return true;
280 }
281
282 virtual bool func_1(const valop& a_f,const valop& a_1) {
283 if(rcmp(a_f.m_function->name(),s_sqrt())) {
284
285 sg::separator* sep = new sg::separator;
286
287 sg::separator* sep1 = new sg::separator;
288 sep->add(sep1);
289 vec3f mn1,mx1;
290 {valop2sg v(m_out,*sep1,m_ttf);
291 if(!v.visit(a_1)) {
292 delete sep;
293 return false;
294 }
295 mnmx(m_out,*sep1,mn1,mx1);}
296
297 m_group.add(sep);
298
299 ////////////////////////////////////////////////////////
300 /// sqrt symbol ////////////////////////////////////////
301 ////////////////////////////////////////////////////////
302 sg::separator* op_sep = new sg::separator;
303 sep->add(op_sep);
304 sg::matrix* op_tsf = new sg::matrix;
305 op_sep->add(op_tsf);
306
307 sg::base_freetype* tft = sg::base_freetype::create(m_ttf);
308 //TTNODE* tft = new TTNODE();
309 unichar2sg(0x0221A,*tft);
310 op_sep->add(tft);
311 vec3f omn,omx;
312 mnmx(m_out,*tft,omn,omx);
313
314 // upper bar :
315 sg::vertices* vtcs = new sg::vertices;
316 op_sep->add(vtcs);
317 float dx = 0.05f; //to cover the top of the sqrt symbol.
318 float w = mx1[0]-mn1[0];
319 w *= 1.05f;
320 float h = 0.09f;
321 vtcs->add(omx[0]-dx ,omx[1]-h,0);
322 vtcs->add(omx[0]+w ,omx[1]-h,0);
323 vtcs->add(omx[0]+w ,omx[1] ,0);
324 vtcs->add(omx[0]-dx ,omx[1] ,0);
325 if(m_wf) {
326 vtcs->mode = gl::line_strip();
327 vtcs->add(omx[0]-dx ,omx[1]-h,0);
328 } else {
329 vtcs->mode = gl::triangle_fan();
330 }
331
332 //float odx = omx[0]-omn[0];
333 //float xmargin = odx*0.1f;
334 float xmargin = 0;
335
336 //push sqrt-symbol at left of a_1
337 //scale sqrt-symbol to match a_1 y height.
338 //y translate sqrt-symbol so that a_1 is under the bar :
339
340 float osy = (mx1[1]-mn1[1])/(omx[1]-omn[1]);
341 float ody = -omn[1]*osy + mn1[1];
342
343 osy *= 1.2f;
344
345 op_tsf->mul_translate(-omx[0]+mn1[0]-xmargin,ody,0); //second
346 op_tsf->mul_scale(1,osy,1); //first
347
348 return true;
349 } else {
350 // generic case : <func_name>(rep of a_1)
351
352 sg::separator* sep = new sg::separator;
353
354 sg::separator* sep1 = new sg::separator;
355 sep->add(sep1);
356 vec3f mn1,mx1;
357 {valop2sg v(m_out,*sep1,m_ttf);
358 if(!v.visit(a_1)) {
359 delete sep;
360 return false;
361 }
362 mnmx(m_out,*sep1,mn1,mx1);}
363
364 m_group.add(sep);
365
366 ////////////////////////////////////////////////////////
367 /// left func symbol : <func_name> ( /////////////
368 ////////////////////////////////////////////////////////
369 {sg::separator* op_sep = new sg::separator;
370 sep->add(op_sep);
371 sg::matrix* op_tsf = new sg::matrix;
372 op_sep->add(op_tsf);
373
374 sg::base_freetype* tft = sg::base_freetype::create(m_ttf);
375 //TTNODE* tft = new TTNODE();
376 s2sg(a_f.m_function->name(),*tft);
377 tft->unitext[0].push_back(0x00028); // (
378 op_sep->add(tft);
379
380 vec3f omn,omx;
381 mnmx(m_out,*tft,omn,omx);
382
383 //push func-symbol at left of a_1 :
384 //float odx = omx[0]-omn[0];
385 //float xmargin = odx*0.1f;
386 float xmargin = 0;
387 op_tsf->mul_translate(-omx[0]+mn1[0]-xmargin,0,0);
388 } //end left op
389
390 ////////////////////////////////////////////////////////
391 /// right func symbol : ) /////////////
392 ////////////////////////////////////////////////////////
393 {sg::separator* op_sep = new sg::separator;
394 sep->add(op_sep);
395 sg::matrix* op_tsf = new sg::matrix;
396 op_sep->add(op_tsf);
397
398 sg::base_freetype* tft = sg::base_freetype::create(m_ttf);
399 //TTNODE* tft = new TTNODE();
400 unichar2sg(0x00029,*tft);
401 op_sep->add(tft);
402 vec3f omn,omx;
403 mnmx(m_out,*tft,omn,omx);
404
405 //push func-symbol at right of a_1 :
406 //float odx = omx[0]-omn[0];
407 //float xmargin = odx*0.1f;
408 float xmargin = 0;
409 op_tsf->mul_translate(-omn[0]+mx1[0]+xmargin,0,0);
410 } //end right op
411
412 return true;
413 }
414 }
415 virtual bool func_2(const valop& a_f,const valop& a_1,const valop& a_2) {
416 if(rcmp(a_f.m_function->name(),s_pow())) {
417
418 sg::separator* sep = new sg::separator;
419
420 sg::separator* sep1 = new sg::separator;
421 sep->add(sep1);
422 sg::matrix* tsf1 = new sg::matrix;
423 sep1->add(tsf1);
424 vec3f mn1,mx1;
425 {valop2sg v(m_out,*sep1,m_ttf);
426 if(!v.visit(a_1)) {
427 delete sep;
428 return false;
429 }
430 mnmx(m_out,*sep1,mn1,mx1);}
431
432 //sg::separator* op_sep = new sg::separator;
433 //sep->add(op_sep);
434 //sg::matrix* op_tsf = new sg::matrix;
435 //op_sep->add(op_tsf);
436
437 sg::separator* sep2 = new sg::separator;
438 sep->add(sep2);
439 sg::matrix* tsf2 = new sg::matrix;
440 sep2->add(tsf2);
441 vec3f mn2,mx2;
442 {valop2sg v(m_out,*sep2,m_ttf);
443 if(!v.visit(a_2)) {
444 delete sep;
445 return false;
446 }
447 mnmx(m_out,*sep2,mn2,mx2);}
448
449 float s2 = 0.5f*(mx1[0]-mn1[0])/(mx2[0]-mn2[0]); //half a_1 horiz size.
450 if(mx2[0]==mn2[0]) {
451 delete sep;
452 return false;
453 }
454 tsf2->set_scale(s2,s2,1);
455 mnmx(m_out,*sep2,mn2,mx2);
456
457 float xshift = (mx1[0]-mn1[0])*0.1f;
458 float dx2 = -mn2[0]+mx1[0]+xshift;
459
460 float yshift = (mx1[1]-mn1[1])*0.3f;
461 float dy2 = -mn2[1]+mx1[1]-yshift;
462
463 tsf2->set_identity();
464 tsf2->mul_translate(dx2,dy2,0);
465 tsf2->mul_scale(s2,s2,1); //applied first
466
467 m_group.add(sep);
468
469 return true;
470
471 } else {
472 // generic case : <func_name>(rep of a_1, rep of a_2)
473
474 sg::separator* sep = new sg::separator;
475
476 sg::separator* sep1 = new sg::separator;
477 sep->add(sep1);
478 vec3f mn1,mx1;
479 {valop2sg v(m_out,*sep1,m_ttf);
480 if(!v.visit(a_1)) {
481 delete sep;
482 return false;
483 }
484 mnmx(m_out,*sep1,mn1,mx1);}
485
486 sg::separator* sep2 = new sg::separator;
487 sep->add(sep2);
488 sg::matrix* tsf2 = new sg::matrix;
489 sep2->add(tsf2);
490 vec3f mn2,mx2;
491 {valop2sg v(m_out,*sep2,m_ttf);
492 if(!v.visit(a_2)) {
493 delete sep;
494 return false;
495 }
496 mnmx(m_out,*sep2,mn2,mx2);}
497
498 m_group.add(sep);
499
500 ////////////////////////////////////////////////////////
501 /// left func symbol : <func_name> ( /////////////
502 ////////////////////////////////////////////////////////
503 {sg::separator* op_sep = new sg::separator;
504 sep->add(op_sep);
505 sg::matrix* op_tsf = new sg::matrix;
506 op_sep->add(op_tsf);
507
508 sg::base_freetype* tft = sg::base_freetype::create(m_ttf);
509 //TTNODE* tft = new TTNODE();
510 s2sg(a_f.m_function->name(),*tft);
511 tft->unitext[0].push_back(0x00028); // (
512 op_sep->add(tft);
513
514 vec3f omn,omx;
515 mnmx(m_out,*tft,omn,omx);
516
517 //push func-symbol at left of a_1 :
518 //float odx = omx[0]-omn[0];
519 //float xmargin = odx*0.1f;
520 float xmargin = 0;
521 op_tsf->mul_translate(-omx[0]+mn1[0]-xmargin,0,0);
522 } //end left op
523
524 ////////////////////////////////////////////////////////
525 /// , /////////////
526 ////////////////////////////////////////////////////////
527 float xend2 = 0;
528 {sg::separator* op_sep = new sg::separator;
529 sep->add(op_sep);
530 sg::matrix* op_tsf = new sg::matrix;
531 op_sep->add(op_tsf);
532
533 sg::base_freetype* tft = sg::base_freetype::create(m_ttf);
534 //TTNODE* tft = new TTNODE();
535 unichar2sg(0x0002C,*tft); // ,
536 op_sep->add(tft);
537 vec3f omn,omx;
538 mnmx(m_out,*tft,omn,omx);
539
540 //push comma-symbol at right of a_1 :
541 float odx = omx[0]-omn[0];
542 float xmargin = odx*0.1f;
543 op_tsf->mul_translate(-omn[0]+mx1[0]+xmargin,0,0);
544
545 float xendcomma = mx1[0]+xmargin+(omx[0]-omn[0]);
546
547 tsf2->mul_translate(-mn2[0]+xendcomma+xmargin,0,0);
548
549 xend2 = xendcomma+(mx2[0]-mn2[0]);
550 } //end comma
551
552 ////////////////////////////////////////////////////////
553 /// right func symbol : ) /////////////
554 ////////////////////////////////////////////////////////
555 {sg::separator* op_sep = new sg::separator;
556 sep->add(op_sep);
557 sg::matrix* op_tsf = new sg::matrix;
558 op_sep->add(op_tsf);
559
560 sg::base_freetype* tft = sg::base_freetype::create(m_ttf);
561 //TTNODE* tft = new TTNODE();
562 unichar2sg(0x00029,*tft);
563 op_sep->add(tft);
564 vec3f omn,omx;
565 mnmx(m_out,*tft,omn,omx);
566
567 //push ")" at right of a_2 :
568 //float odx = omx[0]-omn[0];
569 //float xmargin = odx*0.1f;
570 float xmargin = 0;
571 op_tsf->mul_translate(-omn[0]+xend2+xmargin,0,0);
572 } //end right op
573
574 return true;
575 }
576 }
577 virtual bool func_3(const valop&,const valop&,const valop&,const valop&) {
578 return false;
579 }
580 virtual bool func_4(const valop&,const valop&,const valop&,const valop&,const valop&) {
581 return false;
582 }
583 virtual bool func_5(const valop&,const valop&,const valop&,const valop&,const valop&,const valop&) {
584 return false;
585 }
586 virtual bool func_6(const valop&,const valop&,const valop&,const valop&,const valop&,const valop&,const valop&) {
587 return false;
588 }
589 public:
590 valop2sg(std::ostream& a_out,
591 sg::group& a_group,
592 const sg::base_freetype& a_ttf)
593 :m_out(a_out)
594 ,m_group(a_group)
595 //,m_wf(true)
596 ,m_wf(false)
597 ,m_ttf(a_ttf)
598 {}
599 virtual ~valop2sg() {}
600 public:
601 valop2sg(const valop2sg& a_from)
602 :valop_visitor(a_from)
603 ,m_out(a_from.m_out)
604 ,m_group(a_from.m_group)
605 ,m_wf(a_from.m_wf)
606 ,m_ttf(a_from.m_ttf)
607 {}
608 valop2sg& operator=(const valop2sg& a_from){
609 m_wf = a_from.m_wf;
610 return *this;
611 }
612 protected:
613 typedef unsigned int unichar;
614
615 unichar char2stix(char a_c) {
616 if(a_c=='-') return 0x0002D;
617 if(a_c=='.') return 0x0002E;
618
619 if(a_c=='0') return 0x00030;
620 if(a_c=='1') return 0x00031;
621 if(a_c=='2') return 0x00032;
622 if(a_c=='3') return 0x00033;
623 if(a_c=='4') return 0x00034;
624 if(a_c=='5') return 0x00035;
625 if(a_c=='6') return 0x00036;
626 if(a_c=='7') return 0x00037;
627 if(a_c=='8') return 0x00038;
628 if(a_c=='9') return 0x00039;
629
630 if(a_c=='A') return 0x00041;
631 if(a_c=='B') return 0x00042;
632 if(a_c=='C') return 0x00043;
633 if(a_c=='D') return 0x00044;
634 if(a_c=='E') return 0x00045;
635 if(a_c=='F') return 0x00046;
636 if(a_c=='G') return 0x00047;
637 if(a_c=='H') return 0x00048;
638 if(a_c=='I') return 0x00049;
639 if(a_c=='J') return 0x0004A;
640 if(a_c=='K') return 0x0004B;
641 if(a_c=='L') return 0x0004C;
642 if(a_c=='M') return 0x0004D;
643 if(a_c=='N') return 0x0004E;
644 if(a_c=='O') return 0x0004F;
645 if(a_c=='P') return 0x00050;
646 if(a_c=='Q') return 0x00051;
647 if(a_c=='R') return 0x00052;
648 if(a_c=='S') return 0x00053;
649 if(a_c=='T') return 0x00054;
650 if(a_c=='U') return 0x00055;
651 if(a_c=='V') return 0x00056;
652 if(a_c=='W') return 0x00057;
653 if(a_c=='X') return 0x00058;
654 if(a_c=='Y') return 0x00059;
655 if(a_c=='Z') return 0x0005A;
656
657 if(a_c=='a') return 0x00061;
658 if(a_c=='b') return 0x00062;
659 if(a_c=='c') return 0x00063;
660 if(a_c=='d') return 0x00064;
661 if(a_c=='e') return 0x00065;
662 if(a_c=='f') return 0x00066;
663 if(a_c=='g') return 0x00067;
664 if(a_c=='h') return 0x00068;
665 if(a_c=='i') return 0x00069;
666 if(a_c=='j') return 0x0006A;
667 if(a_c=='k') return 0x0006B;
668 if(a_c=='l') return 0x0006C;
669 if(a_c=='m') return 0x0006D;
670 if(a_c=='n') return 0x0006E;
671 if(a_c=='o') return 0x0006F;
672 if(a_c=='p') return 0x00070;
673 if(a_c=='q') return 0x00071;
674 if(a_c=='r') return 0x00072;
675 if(a_c=='s') return 0x00073;
676 if(a_c=='t') return 0x00074;
677 if(a_c=='u') return 0x00075;
678 if(a_c=='v') return 0x00076;
679 if(a_c=='w') return 0x00077;
680 if(a_c=='x') return 0x00078;
681 if(a_c=='y') return 0x00079;
682 if(a_c=='z') return 0x0007A;
683
684 if(a_c=='_') return 0x0005F;
685
686 return 0x0003F; //?
687 }
688
689 void unichar2sg(unichar a_unichar,sg::base_freetype& a_node){
690 if(m_wf) a_node.modeling = sg::font_outline;
691
692 a_node.font = sg::font_stixgeneral_otf();
693
694 std::vector<unichar> line;
695 line.push_back(a_unichar);
696
697 a_node.unitext.add(line);
698 }
699
700 void s2sg(const std::string& a_s,sg::base_freetype& a_node){
701 if(m_wf) a_node.modeling = sg::font_outline; //else font_filled, font_pixmap.
702
703 a_node.font = sg::font_stixgeneral_otf();
704
705 std::vector<unichar> line;
706 tools_sforcit(a_s,it) line.push_back(char2stix(*it));
707
708 a_node.unitext.add(line);
709 }
710
711 protected:
712 std::ostream& m_out;
713 sg::group& m_group;
714 bool m_wf;
715 const sg::base_freetype& m_ttf;
716 };
717
718 }
719
720 #endif