Routino SVN Repository Browser

Check out the latest version of Routino: svn co http://routino.org/svn/trunk routino

/[routino]/trunk/src/profiles.c
ViewVC logotype

Contents of /trunk/src/profiles.c

Parent Directory Parent Directory | Revision Log Revision Log

Revision 320 - (show annotations) (download) (as text)
Fri Mar 5 19:34:44 2010 UTC (15 years ago) by amb
File MIME type: text/x-csrc
File size: 35875 byte(s) 
Change the format of the output for the --help-profile-{pl|js} options.
1 /***************************************
2 $Header: /home/amb/CVS/routino/src/profiles.c,v 1.30 2010-03-05 19:34:44 amb Exp $
3
4 The pre-defined profiles and the functions for handling them.
5
6 Part of the Routino routing software.
7 ******************/ /******************
8 This file Copyright 2008-2010 Andrew M. Bishop
9
10 This program is free software: you can redistribute it and/or modify
11 it under the terms of the GNU Affero General Public License as published by
12 the Free Software Foundation, either version 3 of the License, or
13 (at your option) any later version.
14
15 This program is distributed in the hope that it will be useful,
16 but WITHOUT ANY WARRANTY; without even the implied warranty of
17 MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
18 GNU Affero General Public License for more details.
19
20 You should have received a copy of the GNU Affero General Public License
21 along with this program. If not, see <http://www.gnu.org/licenses/>.
22 ***************************************/
23
24
25 #include <stdio.h>
26
27 #include "profiles.h"
28 #include "types.h"
29 #include "ways.h"
30
31
32 /*+ The set of built-in profiles for different transport types. +*/
33 static Profile builtin_profiles[]=
34 {
35 /* The profile for travel by Foot */
36
37 [Transport_Foot] = {
38 .transport=Transport_Foot,
39 .allow =Allow_Foot,
40 .highway = {
41 [Way_Motorway ] = 0,
42 [Way_Trunk ] = 40,
43 [Way_Primary ] = 50,
44 [Way_Secondary ] = 60,
45 [Way_Tertiary ] = 70,
46 [Way_Unclassified] = 80,
47 [Way_Residential ] = 90,
48 [Way_Service ] = 90,
49 [Way_Track ] = 95,
50 [Way_Cycleway ] = 95,
51 [Way_Path ] = 100,
52 [Way_Steps ] = 80,
53 },
54 .speed = {
55 [Way_Motorway ] = 0,
56 [Way_Trunk ] = kph_to_speed(4),
57 [Way_Primary ] = kph_to_speed(4),
58 [Way_Secondary ] = kph_to_speed(4),
59 [Way_Tertiary ] = kph_to_speed(4),
60 [Way_Unclassified] = kph_to_speed(4),
61 [Way_Residential ] = kph_to_speed(4),
62 [Way_Service ] = kph_to_speed(4),
63 [Way_Track ] = kph_to_speed(4),
64 [Way_Cycleway ] = kph_to_speed(4),
65 [Way_Path ] = kph_to_speed(4),
66 [Way_Steps ] = kph_to_speed(4),
67 },
68 .props_yes= {
69 [Property_Paved ] = 50,
70 [Property_Multilane] = 25,
71 [Property_Bridge ] = 50,
72 [Property_Tunnel ] = 50,
73 },
74 .oneway = 0,
75 .weight = 0,
76 .height = 0,
77 .width = 0,
78 .length = 0,
79 },
80
81 /* The profile for travel by Horse */
82
83 [Transport_Horse] = {
84 .transport=Transport_Horse,
85 .allow =Allow_Horse,
86 .highway = {
87 [Way_Motorway ] = 0,
88 [Way_Trunk ] = 25,
89 [Way_Primary ] = 50,
90 [Way_Secondary ] = 50,
91 [Way_Tertiary ] = 75,
92 [Way_Unclassified] = 75,
93 [Way_Residential ] = 75,
94 [Way_Service ] = 75,
95 [Way_Track ] = 100,
96 [Way_Cycleway ] = 90,
97 [Way_Path ] = 100,
98 [Way_Steps ] = 0,
99 },
100 .speed = {
101 [Way_Motorway ] = 0,
102 [Way_Trunk ] = kph_to_speed(8),
103 [Way_Primary ] = kph_to_speed(8),
104 [Way_Secondary ] = kph_to_speed(8),
105 [Way_Tertiary ] = kph_to_speed(8),
106 [Way_Unclassified] = kph_to_speed(8),
107 [Way_Residential ] = kph_to_speed(8),
108 [Way_Service ] = kph_to_speed(8),
109 [Way_Track ] = kph_to_speed(8),
110 [Way_Cycleway ] = kph_to_speed(8),
111 [Way_Path ] = kph_to_speed(8),
112 [Way_Steps ] = 0,
113 },
114 .props_yes= {
115 [Property_Paved ] = 20,
116 [Property_Multilane] = 25,
117 [Property_Bridge ] = 50,
118 [Property_Tunnel ] = 50,
119 },
120 .oneway = 1,
121 .weight = 0,
122 .height = 0,
123 .width = 0,
124 .length = 0,
125 },
126
127 /* The profile for travel by Wheelchair */
128
129 [Transport_Wheelchair] = {
130 .transport=Transport_Wheelchair,
131 .allow =Allow_Wheelchair,
132 .highway = {
133 [Way_Motorway ] = 0,
134 [Way_Trunk ] = 40,
135 [Way_Primary ] = 50,
136 [Way_Secondary ] = 60,
137 [Way_Tertiary ] = 70,
138 [Way_Unclassified] = 80,
139 [Way_Residential ] = 90,
140 [Way_Service ] = 90,
141 [Way_Track ] = 95,
142 [Way_Cycleway ] = 95,
143 [Way_Path ] = 100,
144 [Way_Steps ] = 0,
145 },
146 .speed = {
147 [Way_Motorway ] = 0,
148 [Way_Trunk ] = kph_to_speed(4),
149 [Way_Primary ] = kph_to_speed(4),
150 [Way_Secondary ] = kph_to_speed(4),
151 [Way_Tertiary ] = kph_to_speed(4),
152 [Way_Unclassified] = kph_to_speed(4),
153 [Way_Residential ] = kph_to_speed(4),
154 [Way_Service ] = kph_to_speed(4),
155 [Way_Track ] = kph_to_speed(4),
156 [Way_Cycleway ] = kph_to_speed(4),
157 [Way_Path ] = kph_to_speed(4),
158 [Way_Steps ] = kph_to_speed(4),
159 },
160 .props_yes= {
161 [Property_Paved ] = 90,
162 [Property_Multilane] = 25,
163 [Property_Bridge ] = 50,
164 [Property_Tunnel ] = 50,
165 },
166 .oneway = 0,
167 .weight = 0,
168 .height = 0,
169 .width = 0,
170 .length = 0,
171 },
172
173 /* The profile for travel by Bicycle */
174
175 [Transport_Bicycle] = {
176 .transport=Transport_Bicycle,
177 .allow =Allow_Bicycle,
178 .highway = {
179 [Way_Motorway ] = 0,
180 [Way_Trunk ] = 30,
181 [Way_Primary ] = 70,
182 [Way_Secondary ] = 80,
183 [Way_Tertiary ] = 90,
184 [Way_Unclassified] = 90,
185 [Way_Residential ] = 90,
186 [Way_Service ] = 90,
187 [Way_Track ] = 90,
188 [Way_Cycleway ] = 100,
189 [Way_Path ] = 90,
190 [Way_Steps ] = 0,
191 },
192 .speed = {
193 [Way_Motorway ] = 0,
194 [Way_Trunk ] = kph_to_speed(20),
195 [Way_Primary ] = kph_to_speed(20),
196 [Way_Secondary ] = kph_to_speed(20),
197 [Way_Tertiary ] = kph_to_speed(20),
198 [Way_Unclassified] = kph_to_speed(20),
199 [Way_Residential ] = kph_to_speed(20),
200 [Way_Service ] = kph_to_speed(20),
201 [Way_Track ] = kph_to_speed(20),
202 [Way_Cycleway ] = kph_to_speed(20),
203 [Way_Path ] = kph_to_speed(20),
204 [Way_Steps ] = 0,
205 },
206 .props_yes= {
207 [Property_Paved ] = 50,
208 [Property_Multilane] = 25,
209 [Property_Bridge ] = 50,
210 [Property_Tunnel ] = 50,
211 },
212 .oneway = 1,
213 .weight = 0,
214 .height = 0,
215 .width = 0,
216 .length = 0,
217 },
218
219 /* The profile for travel by Moped */
220
221 [Transport_Moped] = {
222 .transport=Transport_Moped,
223 .allow =Allow_Moped,
224 .highway = {
225 [Way_Motorway ] = 0,
226 [Way_Trunk ] = 90,
227 [Way_Primary ] = 100,
228 [Way_Secondary ] = 90,
229 [Way_Tertiary ] = 80,
230 [Way_Unclassified] = 70,
231 [Way_Residential ] = 60,
232 [Way_Service ] = 80,
233 [Way_Track ] = 0,
234 [Way_Cycleway ] = 0,
235 [Way_Path ] = 0,
236 [Way_Steps ] = 0,
237 },
238 .speed = {
239 [Way_Motorway ] = kph_to_speed(30*1.6),
240 [Way_Trunk ] = kph_to_speed(30*1.6),
241 [Way_Primary ] = kph_to_speed(30*1.6),
242 [Way_Secondary ] = kph_to_speed(30*1.6),
243 [Way_Tertiary ] = kph_to_speed(30*1.6),
244 [Way_Unclassified] = kph_to_speed(30*1.6),
245 [Way_Residential ] = kph_to_speed(30*1.6),
246 [Way_Service ] = kph_to_speed(20*1.6),
247 [Way_Track ] = kph_to_speed(10*1.6),
248 [Way_Cycleway ] = 0,
249 [Way_Path ] = 0,
250 [Way_Steps ] = 0,
251 },
252 .props_yes= {
253 [Property_Paved ] = 100,
254 [Property_Multilane] = 25,
255 [Property_Bridge ] = 50,
256 [Property_Tunnel ] = 50,
257 },
258 .oneway = 1,
259 .weight = 0,
260 .height = 0,
261 .width = 0,
262 .length = 0,
263 },
264
265 /* The profile for travel by Motorbike */
266
267 [Transport_Motorbike] = {
268 .transport=Transport_Motorbike,
269 .allow =Allow_Motorbike,
270 .highway = {
271 [Way_Motorway ] = 100,
272 [Way_Trunk ] = 100,
273 [Way_Primary ] = 90,
274 [Way_Secondary ] = 80,
275 [Way_Tertiary ] = 70,
276 [Way_Unclassified] = 60,
277 [Way_Residential ] = 50,
278 [Way_Service ] = 80,
279 [Way_Track ] = 0,
280 [Way_Cycleway ] = 0,
281 [Way_Path ] = 0,
282 [Way_Steps ] = 0,
283 },
284 .speed = {
285 [Way_Motorway ] = kph_to_speed(70*1.6),
286 [Way_Trunk ] = kph_to_speed(60*1.6),
287 [Way_Primary ] = kph_to_speed(60*1.6),
288 [Way_Secondary ] = kph_to_speed(55*1.6),
289 [Way_Tertiary ] = kph_to_speed(50*1.6),
290 [Way_Unclassified] = kph_to_speed(40*1.6),
291 [Way_Residential ] = kph_to_speed(30*1.6),
292 [Way_Service ] = kph_to_speed(20*1.6),
293 [Way_Track ] = kph_to_speed(10*1.6),
294 [Way_Cycleway ] = 0,
295 [Way_Path ] = 0,
296 [Way_Steps ] = 0,
297 },
298 .props_yes= {
299 [Property_Paved ] = 100,
300 [Property_Multilane] = 75,
301 [Property_Bridge ] = 50,
302 [Property_Tunnel ] = 50,
303 },
304 .oneway = 1,
305 .weight = 0,
306 .height = 0,
307 .width = 0,
308 .length = 0,
309 },
310
311 /* The profile for travel by Motorcar */
312
313 [Transport_Motorcar] = {
314 .transport=Transport_Motorcar,
315 .allow =Allow_Motorcar,
316 .highway = {
317 [Way_Motorway ] = 100,
318 [Way_Trunk ] = 100,
319 [Way_Primary ] = 90,
320 [Way_Secondary ] = 80,
321 [Way_Tertiary ] = 70,
322 [Way_Unclassified] = 60,
323 [Way_Residential ] = 50,
324 [Way_Service ] = 80,
325 [Way_Track ] = 0,
326 [Way_Cycleway ] = 0,
327 [Way_Path ] = 0,
328 [Way_Steps ] = 0,
329 },
330 .speed = {
331 [Way_Motorway ] = kph_to_speed(70*1.6),
332 [Way_Trunk ] = kph_to_speed(60*1.6),
333 [Way_Primary ] = kph_to_speed(60*1.6),
334 [Way_Secondary ] = kph_to_speed(55*1.6),
335 [Way_Tertiary ] = kph_to_speed(50*1.6),
336 [Way_Unclassified] = kph_to_speed(40*1.6),
337 [Way_Residential ] = kph_to_speed(30*1.6),
338 [Way_Service ] = kph_to_speed(20*1.6),
339 [Way_Track ] = kph_to_speed(10*1.6),
340 [Way_Cycleway ] = 0,
341 [Way_Path ] = 0,
342 [Way_Steps ] = 0,
343 },
344 .props_yes= {
345 [Property_Paved ] = 100,
346 [Property_Multilane] = 75,
347 [Property_Bridge ] = 50,
348 [Property_Tunnel ] = 50,
349 },
350 .oneway = 1,
351 .weight = 0,
352 .height = 0,
353 .width = 0,
354 .length = 0,
355 },
356
357 /* The profile for travel by Goods */
358
359 [Transport_Goods] = {
360 .transport=Transport_Goods,
361 .allow =Allow_Goods,
362 .highway = {
363 [Way_Motorway ] = 100,
364 [Way_Trunk ] = 100,
365 [Way_Primary ] = 90,
366 [Way_Secondary ] = 80,
367 [Way_Tertiary ] = 70,
368 [Way_Unclassified] = 60,
369 [Way_Residential ] = 50,
370 [Way_Service ] = 80,
371 [Way_Track ] = 0,
372 [Way_Cycleway ] = 0,
373 [Way_Path ] = 0,
374 [Way_Steps ] = 0,
375 },
376 .speed = {
377 [Way_Motorway ] = kph_to_speed(60*1.6),
378 [Way_Trunk ] = kph_to_speed(60*1.6),
379 [Way_Primary ] = kph_to_speed(60*1.6),
380 [Way_Secondary ] = kph_to_speed(55*1.6),
381 [Way_Tertiary ] = kph_to_speed(50*1.6),
382 [Way_Unclassified] = kph_to_speed(40*1.6),
383 [Way_Residential ] = kph_to_speed(30*1.6),
384 [Way_Service ] = kph_to_speed(20*1.6),
385 [Way_Track ] = kph_to_speed(10*1.6),
386 [Way_Cycleway ] = 0,
387 [Way_Path ] = 0,
388 [Way_Steps ] = 0,
389 },
390 .props_yes= {
391 [Property_Paved ] = 100,
392 [Property_Multilane] = 75,
393 [Property_Bridge ] = 50,
394 [Property_Tunnel ] = 50,
395 },
396 .oneway = 1,
397 .weight = tonnes_to_weight(5),
398 .height = metres_to_height(2.5),
399 .width = metres_to_width (2),
400 .length = metres_to_length(5),
401 },
402
403 /* The profile for travel by HGV */
404
405 [Transport_HGV] = {
406 .transport=Transport_HGV,
407 .allow =Allow_HGV,
408 .highway = {
409 [Way_Motorway ] = 100,
410 [Way_Trunk ] = 100,
411 [Way_Primary ] = 90,
412 [Way_Secondary ] = 80,
413 [Way_Tertiary ] = 70,
414 [Way_Unclassified] = 60,
415 [Way_Residential ] = 50,
416 [Way_Service ] = 80,
417 [Way_Track ] = 0,
418 [Way_Cycleway ] = 0,
419 [Way_Path ] = 0,
420 [Way_Steps ] = 0,
421 },
422 .speed = {
423 [Way_Motorway ] = kph_to_speed(56*1.6),
424 [Way_Trunk ] = kph_to_speed(50*1.6),
425 [Way_Primary ] = kph_to_speed(50*1.6),
426 [Way_Secondary ] = kph_to_speed(50*1.6),
427 [Way_Tertiary ] = kph_to_speed(50*1.6),
428 [Way_Unclassified] = kph_to_speed(40*1.6),
429 [Way_Residential ] = kph_to_speed(30*1.6),
430 [Way_Service ] = kph_to_speed(20*1.6),
431 [Way_Track ] = kph_to_speed(10*1.6),
432 [Way_Cycleway ] = 0,
433 [Way_Path ] = 0,
434 [Way_Steps ] = 0,
435 },
436 .props_yes= {
437 [Property_Paved ] = 100,
438 [Property_Multilane] = 75,
439 [Property_Bridge ] = 50,
440 [Property_Tunnel ] = 50,
441 },
442 .oneway = 1,
443 .weight = tonnes_to_weight(10),
444 .height = metres_to_height(3),
445 .width = metres_to_width (2.5),
446 .length = metres_to_length(6),
447 },
448
449 /* The profile for travel by PSV */
450
451 [Transport_PSV] = {
452 .transport=Transport_PSV,
453 .allow =Allow_PSV,
454 .highway = {
455 [Way_Motorway ] = 100,
456 [Way_Trunk ] = 100,
457 [Way_Primary ] = 90,
458 [Way_Secondary ] = 80,
459 [Way_Tertiary ] = 70,
460 [Way_Unclassified] = 60,
461 [Way_Residential ] = 50,
462 [Way_Service ] = 80,
463 [Way_Track ] = 0,
464 [Way_Cycleway ] = 0,
465 [Way_Path ] = 0,
466 [Way_Steps ] = 0,
467 },
468 .speed = {
469 [Way_Motorway ] = kph_to_speed(56*1.6),
470 [Way_Trunk ] = kph_to_speed(50*1.6),
471 [Way_Primary ] = kph_to_speed(50*1.6),
472 [Way_Secondary ] = kph_to_speed(50*1.6),
473 [Way_Tertiary ] = kph_to_speed(50*1.6),
474 [Way_Unclassified] = kph_to_speed(40*1.6),
475 [Way_Residential ] = kph_to_speed(30*1.6),
476 [Way_Service ] = kph_to_speed(20*1.6),
477 [Way_Track ] = kph_to_speed(10*1.6),
478 [Way_Cycleway ] = 0,
479 [Way_Path ] = 0,
480 [Way_Steps ] = 0,
481 },
482 .props_yes= {
483 [Property_Paved ] = 100,
484 [Property_Multilane] = 75,
485 [Property_Bridge ] = 50,
486 [Property_Tunnel ] = 50,
487 },
488 .oneway = 1,
489 .weight = tonnes_to_weight(15),
490 .height = metres_to_height(3),
491 .width = metres_to_width (2.5),
492 .length = metres_to_length(6),
493 },
494 };
495
496
497 /*++++++++++++++++++++++++++++++++++++++
498 Get the profile for a type of transport.
499
500 Profile *GetProfile Returns a pointer to the profile.
501
502 Transport transport The type of transport.
503 ++++++++++++++++++++++++++++++++++++++*/
504
505 Profile *GetProfile(Transport transport)
506 {
507 return(&builtin_profiles[transport]);
508 }
509
510
511 /*++++++++++++++++++++++++++++++++++++++
512 Update a profile with highway preference scaling factor.
513
514 Profile *profile The profile to be updated.
515 ++++++++++++++++++++++++++++++++++++++*/
516
517 void UpdateProfile(Profile *profile)
518 {
519 score_t hmax=0;
520 int i;
521
522 /* Normalise the highway preferences into the range 0 -> 1 */
523
524 for(i=1;i<Way_Count;i++)
525 {
526 if(profile->highway[i]<0)
527 profile->highway[i]=0;
528
529 if(profile->highway[i]>hmax)
530 hmax=profile->highway[i];
531 }
532
533 for(i=1;i<Way_Count;i++)
534 profile->highway[i]/=hmax;
535
536 /* Normalise the attribute preferences into the range 0 -> 1 */
537
538 for(i=1;i<Property_Count;i++)
539 {
540 if(profile->props_yes[i]<0)
541 profile->props_yes[i]=0;
542
543 if(profile->props_yes[i]>100)
544 profile->props_yes[i]=100;
545
546 profile->props_yes[i]/=100;
547 profile->props_no [i] =1-profile->props_yes[i];
548 }
549
550 /* Find the fastest and most preferred highway type */
551
552 profile->max_speed=0;
553
554 for(i=1;i<Way_Count;i++)
555 if(profile->speed[i]>profile->max_speed)
556 profile->max_speed=profile->speed[i];
557
558 profile->max_pref=1; /* since highway prefs were normalised to 1 */
559
560 for(i=1;i<Property_Count;i++)
561 if(profile->props_yes[i]>profile->props_no[i])
562 profile->max_pref*=profile->props_yes[i];
563 else if(profile->props_no[i]>profile->props_yes[i])
564 profile->max_pref*=profile->props_no[i];
565 }
566
567
568 /*++++++++++++++++++++++++++++++++++++++
569 Print out a profile.
570
571 const Profile *profile The profile to print.
572 ++++++++++++++++++++++++++++++++++++++*/
573
574 void PrintProfile(const Profile *profile)
575 {
576 unsigned int i;
577
578 printf("Profile\n=======\n");
579
580 printf("\n");
581
582 printf("Transport: %s\n",TransportName(profile->transport));
583
584 printf("\n");
585
586 for(i=1;i<Way_Count;i++)
587 printf("Highway %-12s: %3d%%\n",HighwayName(i),(int)profile->highway[i]);
588
589 printf("\n");
590
591 for(i=1;i<Way_Count;i++)
592 if(profile->highway[i])
593 printf("Speed on %-12s: %3d km/h / %2.0f mph\n",HighwayName(i),profile->speed[i],(double)profile->speed[i]/1.6);
594
595 printf("\n");
596
597 for(i=1;i<Property_Count;i++)
598 printf("Highway property %-12s: %3d%%\n",PropertyName(i),(int)profile->props_yes[i]);
599
600 printf("\n");
601
602 printf("Obey one-way : %s\n",profile->oneway?"yes":"no");
603 printf("Minimum weight: %.1f tonnes\n",weight_to_tonnes(profile->weight));
604 printf("Minimum height: %.1f metres\n",height_to_metres(profile->height));
605 printf("Minimum width : %.1f metres\n",width_to_metres(profile->width));
606 printf("Minimum length: %.1f metres\n",length_to_metres(profile->length));
607 }
608
609
610 /*++++++++++++++++++++++++++++++++++++++
611 Print out the profiles as Javascript for use in a web form.
612 ++++++++++++++++++++++++++++++++++++++*/
613
614 void PrintProfilesJS(void)
615 {
616 unsigned int i,j;
617
618 printf("var routino={ // contains all default Routino options (generated using \"--help-profile-js\").\n\n");
619
620 printf(" // Default transport type\n");
621 printf(" transport: 'motorcar',\n");
622 printf("\n");
623
624 printf(" // Transport types\n");
625 printf(" transports: {");
626 for(j=1;j<sizeof(builtin_profiles)/sizeof(builtin_profiles[0]);j++)
627 printf("%s%s: %d",j==1?"":", ",TransportName(j),j);
628 printf("},\n");
629 printf("\n");
630
631 printf(" // Highway types\n");
632 printf(" highways: {");
633 for(i=1;i<Way_Count;i++)
634 printf("%s%s: %d",i==1?"":", ",HighwayName(i),i);
635 printf("},\n");
636 printf("\n");
637
638 printf(" // Property types\n");
639 printf(" properties: {");
640 for(i=1;i<Property_Count;i++)
641 printf("%s%s: %d",i==1?"":", ",PropertyName(i),i);
642 printf("},\n");
643 printf("\n");
644
645 printf(" // Restriction types\n");
646 printf(" restrictions: {oneway: 1, weight: 2, height: 3, width: 4, length: 5},\n");
647 printf("\n");
648
649 printf(" // Allowed highways\n");
650 printf(" profile_highway: {\n");
651 for(i=1;i<Way_Count;i++)
652 {
653 printf(" %12s: {",HighwayName(i));
654 for(j=1;j<sizeof(builtin_profiles)/sizeof(builtin_profiles[0]);j++)
655 printf("%s%s: %3d",j==1?"":", ",TransportName(j),(int)builtin_profiles[j].highway[i]);
656 printf("}%s\n",i==(Way_Count-1)?"":",");
657 }
658 printf(" },\n");
659 printf("\n");
660
661 printf(" // Speed limits\n");
662 printf(" profile_speed: {\n");
663 for(i=1;i<Way_Count;i++)
664 {
665 printf(" %12s: {",HighwayName(i));
666 for(j=1;j<sizeof(builtin_profiles)/sizeof(builtin_profiles[0]);j++)
667 printf("%s%s: %3d",j==1?"":", ",TransportName(j),builtin_profiles[j].speed[i]);
668 printf("}%s\n",i==(Way_Count-1)?"":",");
669 }
670 printf(" },\n");
671 printf("\n");
672
673 printf(" // Highway properties\n");
674 printf(" profile_property: {\n");
675 for(i=1;i<Property_Count;i++)
676 {
677 printf(" %12s: {",PropertyName(i));
678 for(j=1;j<sizeof(builtin_profiles)/sizeof(builtin_profiles[0]);j++)
679 printf("%s%s: %3d",j==1?"":", ",TransportName(j),(int)builtin_profiles[j].props_yes[i]);
680 printf("}%s\n",i==(Property_Count-1)?"":",");
681 }
682 printf(" },\n");
683 printf("\n");
684
685 printf(" // Restrictions\n");
686 printf(" profile_restrictions: {\n");
687 printf(" %12s: {","oneway");
688 for(j=1;j<sizeof(builtin_profiles)/sizeof(builtin_profiles[0]);j++)
689 printf("%s%s: %4d",j==1?"":", ",TransportName(j),builtin_profiles[j].oneway);
690 printf("},\n");
691 printf(" %12s: {","weight");
692 for(j=1;j<sizeof(builtin_profiles)/sizeof(builtin_profiles[0]);j++)
693 printf("%s%s: %4.1f",j==1?"":", ",TransportName(j),weight_to_tonnes(builtin_profiles[j].weight));
694 printf("},\n");
695 printf(" %12s: {","height");
696 for(j=1;j<sizeof(builtin_profiles)/sizeof(builtin_profiles[0]);j++)
697 printf("%s%s: %4.1f",j==1?"":", ",TransportName(j),height_to_metres(builtin_profiles[j].height));
698 printf("},\n");
699 printf(" %12s: {","width");
700 for(j=1;j<sizeof(builtin_profiles)/sizeof(builtin_profiles[0]);j++)
701 printf("%s%s: %4.1f",j==1?"":", ",TransportName(j),width_to_metres(builtin_profiles[j].width));
702 printf("},\n");
703 printf(" %12s: {","length");
704 for(j=1;j<sizeof(builtin_profiles)/sizeof(builtin_profiles[0]);j++)
705 printf("%s%s: %4.1f",j==1?"":", ",TransportName(j),length_to_metres(builtin_profiles[j].length));
706 printf("}\n");
707 printf(" }\n");
708 printf("\n");
709
710 printf("}; // end of routino variable\n");
711 }
712
713
714 /*++++++++++++++++++++++++++++++++++++++
715 Print out the profiles as Perl for use in a web CGI.
716 ++++++++++++++++++++++++++++++++++++++*/
717
718 void PrintProfilesPerl(void)
719 {
720 unsigned int i,j;
721
722 printf("$routino={ # contains all default Routino options (generated using \"--help-profile-pl\").\n\n");
723
724 printf(" # Default transport type\n");
725 printf(" transport => 'motorcar',\n");
726 printf("\n");
727
728 printf(" # Transport types\n");
729 printf(" transports => {");
730 for(j=1;j<sizeof(builtin_profiles)/sizeof(builtin_profiles[0]);j++)
731 printf("%s%s => %d",j==1?"":", ",TransportName(j),j);
732 printf("},\n");
733 printf("\n");
734
735 printf(" # Highway types\n");
736 printf(" highways => {");
737 for(i=1;i<Way_Count;i++)
738 printf("%s%s => %d",i==1?"":", ",HighwayName(i),i);
739 printf("},\n");
740 printf("\n");
741
742 printf(" # Property types\n");
743 printf(" properties => {");
744 for(i=1;i<Property_Count;i++)
745 printf("%s%s => %d",i==1?"":", ",PropertyName(i),i);
746 printf("},\n");
747 printf("\n");
748
749 printf(" # Restriction types\n");
750 printf(" restrictions => {oneway => 1, weight => 2, height => 3, width => 4, length => 5},\n");
751 printf("\n");
752
753 printf(" # Allowed highways\n");
754 printf(" profile_highway => {\n");
755 for(i=1;i<Way_Count;i++)
756 {
757 printf(" %12s => {",HighwayName(i));
758 for(j=1;j<sizeof(builtin_profiles)/sizeof(builtin_profiles[0]);j++)
759 printf("%s %s => %3d",j==1?"":", ",TransportName(j),(int)builtin_profiles[j].highway[i]);
760 printf("}%s\n",i==(Way_Count-1)?"":",");
761 }
762 printf(" },\n");
763 printf("\n");
764
765 printf(" # Speed limits\n");
766 printf(" profile_speed => {\n");
767 for(i=1;i<Way_Count;i++)
768 {
769 printf(" %12s => {",HighwayName(i));
770 for(j=1;j<sizeof(builtin_profiles)/sizeof(builtin_profiles[0]);j++)
771 printf("%s %s => %3d",j==1?"":", ",TransportName(j),builtin_profiles[j].speed[i]);
772 printf("}%s\n",i==(Way_Count-1)?"":",");
773 }
774 printf(" },\n");
775 printf("\n");
776
777 printf(" # Highway properties\n");
778 printf(" profile_property => {\n");
779 for(i=1;i<Property_Count;i++)
780 {
781 printf(" %12s => {",PropertyName(i));
782 for(j=1;j<sizeof(builtin_profiles)/sizeof(builtin_profiles[0]);j++)
783 printf("%s %s => %3d",j==1?"":", ",TransportName(j),(int)builtin_profiles[j].props_yes[i]);
784 printf("}%s\n",i==(Property_Count-1)?"":",");
785 }
786 printf(" },\n");
787 printf("\n");
788
789 printf(" # Restrictions\n");
790 printf(" profile_restrictions => {\n");
791 printf(" %12s => {","oneway");
792 for(j=1;j<sizeof(builtin_profiles)/sizeof(builtin_profiles[0]);j++)
793 printf("%s %s => %4d",j==1?"":", ",TransportName(j),builtin_profiles[j].oneway);
794 printf("},\n");
795 printf(" %12s => {","weight");
796 for(j=1;j<sizeof(builtin_profiles)/sizeof(builtin_profiles[0]);j++)
797 printf("%s %s => %4.1f",j==1?"":", ",TransportName(j),weight_to_tonnes(builtin_profiles[j].weight));
798 printf("},\n");
799 printf(" %12s => {","height");
800 for(j=1;j<sizeof(builtin_profiles)/sizeof(builtin_profiles[0]);j++)
801 printf("%s %s => %4.1f",j==1?"":", ",TransportName(j),height_to_metres(builtin_profiles[j].height));
802 printf("},\n");
803 printf(" %12s => {","width");
804 for(j=1;j<sizeof(builtin_profiles)/sizeof(builtin_profiles[0]);j++)
805 printf("%s %s => %4.1f",j==1?"":", ",TransportName(j),width_to_metres(builtin_profiles[j].width));
806 printf("},\n");
807 printf(" %12s => {","length");
808 for(j=1;j<sizeof(builtin_profiles)/sizeof(builtin_profiles[0]);j++)
809 printf("%s %s => %4.1f",j==1?"":", ",TransportName(j),length_to_metres(builtin_profiles[j].length));
810 printf("}\n");
811 printf(" },\n");
812 printf("\n");
813
814 printf("}; # end of routino variable\n");
815 }

Properties

Name Value
cvs:description Definition of built-in profiles and other functions.
Index: This Site Routino Software Download Source Code Documentation XML Files Links
Index: View SVN Development Recent changes Development (destination-access branch) Version 3.4.2 (destination-access branch) Version 3.4.2 Version 3.4.1 (destination-access branch) Version 3.4.1 Version 3.4 (destination-access branch) Version 3.4 Version 3.3.3 (destination-access branch) Version 3.3.3 Version 3.3.2 (destination-access branch) Version 3.3.2 Version 3.3.1 (destination-access branch) Version 3.3.1 Version 3.3 (destination-access branch) Version 3.3 Version 3.2 Version 3.1.1 Version 3.1 Version 3.0 Version 2.7.3 Version 2.7.2 Version 2.7.1 Version 2.7 Version 2.6 Version 2.5.1 Version 2.5 Version 2.4.1 Version 2.4 Version 2.3.2 Version 2.3.1 Version 2.3 Version 2.2 Version 2.1.2 Version 2.1.1 Version 2.1 Version 2.0.3 Version 2.0.2 Version 2.0.1 Version 2.0 Version 1.5.1 Version 1.5 Version 1.4.1 Version 1.4 Version 1.3 Version 1.2 Version 1.1 Version 1.0
Powered by ViewVC 1.3.0-dev ViewVC Help
© Andrew M. Bishop = < amb @ ... >
Root