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Contents of /trunk/src/profiles.c

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Revision 306 - (show annotations) (download) (as text)
Mon Nov 23 18:42:40 2009 UTC (15 years, 3 months ago) by amb
File MIME type: text/x-csrc
File size: 31195 byte(s) 
Add in "steps" as a new highway type.
1 /***************************************
2 $Header: /home/amb/CVS/routino/src/profiles.c,v 1.26 2009-11-23 18:42:40 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 2008,2009 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 },
71 .oneway = 0,
72 .weight = 0,
73 .height = 0,
74 .width = 0,
75 .length = 0,
76 },
77
78 /* The profile for travel by Horse */
79
80 [Transport_Horse] = {
81 .transport=Transport_Horse,
82 .allow =Allow_Horse,
83 .highway = {
84 [Way_Motorway ] = 0,
85 [Way_Trunk ] = 25,
86 [Way_Primary ] = 50,
87 [Way_Secondary ] = 50,
88 [Way_Tertiary ] = 75,
89 [Way_Unclassified] = 75,
90 [Way_Residential ] = 75,
91 [Way_Service ] = 75,
92 [Way_Track ] = 100,
93 [Way_Cycleway ] = 90,
94 [Way_Path ] = 100,
95 [Way_Steps ] = 0,
96 },
97 .speed = {
98 [Way_Motorway ] = 0,
99 [Way_Trunk ] = kph_to_speed(8),
100 [Way_Primary ] = kph_to_speed(8),
101 [Way_Secondary ] = kph_to_speed(8),
102 [Way_Tertiary ] = kph_to_speed(8),
103 [Way_Unclassified] = kph_to_speed(8),
104 [Way_Residential ] = kph_to_speed(8),
105 [Way_Service ] = kph_to_speed(8),
106 [Way_Track ] = kph_to_speed(8),
107 [Way_Cycleway ] = kph_to_speed(8),
108 [Way_Path ] = kph_to_speed(8),
109 [Way_Steps ] = 0,
110 },
111 .props_yes= {
112 [Property_Paved] = 20,
113 },
114 .oneway = 1,
115 .weight = 0,
116 .height = 0,
117 .width = 0,
118 .length = 0,
119 },
120
121 /* The profile for travel by Bicycle */
122
123 [Transport_Bicycle] = {
124 .transport=Transport_Bicycle,
125 .allow =Allow_Bicycle,
126 .highway = {
127 [Way_Motorway ] = 0,
128 [Way_Trunk ] = 30,
129 [Way_Primary ] = 70,
130 [Way_Secondary ] = 80,
131 [Way_Tertiary ] = 90,
132 [Way_Unclassified] = 90,
133 [Way_Residential ] = 90,
134 [Way_Service ] = 90,
135 [Way_Track ] = 90,
136 [Way_Cycleway ] = 100,
137 [Way_Path ] = 90,
138 [Way_Steps ] = 0,
139 },
140 .speed = {
141 [Way_Motorway ] = 0,
142 [Way_Trunk ] = kph_to_speed(20),
143 [Way_Primary ] = kph_to_speed(20),
144 [Way_Secondary ] = kph_to_speed(20),
145 [Way_Tertiary ] = kph_to_speed(20),
146 [Way_Unclassified] = kph_to_speed(20),
147 [Way_Residential ] = kph_to_speed(20),
148 [Way_Service ] = kph_to_speed(20),
149 [Way_Track ] = kph_to_speed(20),
150 [Way_Cycleway ] = kph_to_speed(20),
151 [Way_Path ] = kph_to_speed(20),
152 [Way_Steps ] = 0,
153 },
154 .props_yes= {
155 [Property_Paved] = 50,
156 },
157 .oneway = 1,
158 .weight = 0,
159 .height = 0,
160 .width = 0,
161 .length = 0,
162 },
163
164 /* The profile for travel by Moped */
165
166 [Transport_Moped] = {
167 .transport=Transport_Moped,
168 .allow =Allow_Moped,
169 .highway = {
170 [Way_Motorway ] = 0,
171 [Way_Trunk ] = 90,
172 [Way_Primary ] = 100,
173 [Way_Secondary ] = 90,
174 [Way_Tertiary ] = 80,
175 [Way_Unclassified] = 70,
176 [Way_Residential ] = 60,
177 [Way_Service ] = 80,
178 [Way_Track ] = 0,
179 [Way_Cycleway ] = 0,
180 [Way_Path ] = 0,
181 [Way_Steps ] = 0,
182 },
183 .speed = {
184 [Way_Motorway ] = kph_to_speed(30*1.6),
185 [Way_Trunk ] = kph_to_speed(30*1.6),
186 [Way_Primary ] = kph_to_speed(30*1.6),
187 [Way_Secondary ] = kph_to_speed(30*1.6),
188 [Way_Tertiary ] = kph_to_speed(30*1.6),
189 [Way_Unclassified] = kph_to_speed(30*1.6),
190 [Way_Residential ] = kph_to_speed(30*1.6),
191 [Way_Service ] = kph_to_speed(20*1.6),
192 [Way_Track ] = kph_to_speed(10*1.6),
193 [Way_Cycleway ] = 0,
194 [Way_Path ] = 0,
195 [Way_Steps ] = 0,
196 },
197 .props_yes= {
198 [Property_Paved] = 100,
199 },
200 .oneway = 1,
201 .weight = 0,
202 .height = 0,
203 .width = 0,
204 .length = 0,
205 },
206
207 /* The profile for travel by Motorbike */
208
209 [Transport_Motorbike] = {
210 .transport=Transport_Motorbike,
211 .allow =Allow_Motorbike,
212 .highway = {
213 [Way_Motorway ] = 100,
214 [Way_Trunk ] = 100,
215 [Way_Primary ] = 90,
216 [Way_Secondary ] = 80,
217 [Way_Tertiary ] = 70,
218 [Way_Unclassified] = 60,
219 [Way_Residential ] = 50,
220 [Way_Service ] = 80,
221 [Way_Track ] = 0,
222 [Way_Cycleway ] = 0,
223 [Way_Path ] = 0,
224 [Way_Steps ] = 0,
225 },
226 .speed = {
227 [Way_Motorway ] = kph_to_speed(70*1.6),
228 [Way_Trunk ] = kph_to_speed(60*1.6),
229 [Way_Primary ] = kph_to_speed(60*1.6),
230 [Way_Secondary ] = kph_to_speed(55*1.6),
231 [Way_Tertiary ] = kph_to_speed(50*1.6),
232 [Way_Unclassified] = kph_to_speed(40*1.6),
233 [Way_Residential ] = kph_to_speed(30*1.6),
234 [Way_Service ] = kph_to_speed(20*1.6),
235 [Way_Track ] = kph_to_speed(10*1.6),
236 [Way_Cycleway ] = 0,
237 [Way_Path ] = 0,
238 [Way_Steps ] = 0,
239 },
240 .props_yes= {
241 [Property_Paved] = 100,
242 },
243 .oneway = 1,
244 .weight = 0,
245 .height = 0,
246 .width = 0,
247 .length = 0,
248 },
249
250 /* The profile for travel by Motorcar */
251
252 [Transport_Motorcar] = {
253 .transport=Transport_Motorcar,
254 .allow =Allow_Motorcar,
255 .highway = {
256 [Way_Motorway ] = 100,
257 [Way_Trunk ] = 100,
258 [Way_Primary ] = 90,
259 [Way_Secondary ] = 80,
260 [Way_Tertiary ] = 70,
261 [Way_Unclassified] = 60,
262 [Way_Residential ] = 50,
263 [Way_Service ] = 80,
264 [Way_Track ] = 0,
265 [Way_Cycleway ] = 0,
266 [Way_Path ] = 0,
267 [Way_Steps ] = 0,
268 },
269 .speed = {
270 [Way_Motorway ] = kph_to_speed(70*1.6),
271 [Way_Trunk ] = kph_to_speed(60*1.6),
272 [Way_Primary ] = kph_to_speed(60*1.6),
273 [Way_Secondary ] = kph_to_speed(55*1.6),
274 [Way_Tertiary ] = kph_to_speed(50*1.6),
275 [Way_Unclassified] = kph_to_speed(40*1.6),
276 [Way_Residential ] = kph_to_speed(30*1.6),
277 [Way_Service ] = kph_to_speed(20*1.6),
278 [Way_Track ] = kph_to_speed(10*1.6),
279 [Way_Cycleway ] = 0,
280 [Way_Path ] = 0,
281 [Way_Steps ] = 0,
282 },
283 .props_yes= {
284 [Property_Paved] = 100,
285 },
286 .oneway = 1,
287 .weight = 0,
288 .height = 0,
289 .width = 0,
290 .length = 0,
291 },
292
293 /* The profile for travel by Goods */
294
295 [Transport_Goods] = {
296 .transport=Transport_Goods,
297 .allow =Allow_Goods,
298 .highway = {
299 [Way_Motorway ] = 100,
300 [Way_Trunk ] = 100,
301 [Way_Primary ] = 90,
302 [Way_Secondary ] = 80,
303 [Way_Tertiary ] = 70,
304 [Way_Unclassified] = 60,
305 [Way_Residential ] = 50,
306 [Way_Service ] = 80,
307 [Way_Track ] = 0,
308 [Way_Cycleway ] = 0,
309 [Way_Path ] = 0,
310 [Way_Steps ] = 0,
311 },
312 .speed = {
313 [Way_Motorway ] = kph_to_speed(60*1.6),
314 [Way_Trunk ] = kph_to_speed(60*1.6),
315 [Way_Primary ] = kph_to_speed(60*1.6),
316 [Way_Secondary ] = kph_to_speed(55*1.6),
317 [Way_Tertiary ] = kph_to_speed(50*1.6),
318 [Way_Unclassified] = kph_to_speed(40*1.6),
319 [Way_Residential ] = kph_to_speed(30*1.6),
320 [Way_Service ] = kph_to_speed(20*1.6),
321 [Way_Track ] = kph_to_speed(10*1.6),
322 [Way_Cycleway ] = 0,
323 [Way_Path ] = 0,
324 [Way_Steps ] = 0,
325 },
326 .props_yes= {
327 [Property_Paved] = 100,
328 },
329 .oneway = 1,
330 .weight = tonnes_to_weight(5),
331 .height = metres_to_height(2.5),
332 .width = metres_to_width (2),
333 .length = metres_to_length(5),
334 },
335
336 /* The profile for travel by HGV */
337
338 [Transport_HGV] = {
339 .transport=Transport_HGV,
340 .allow =Allow_HGV,
341 .highway = {
342 [Way_Motorway ] = 100,
343 [Way_Trunk ] = 100,
344 [Way_Primary ] = 90,
345 [Way_Secondary ] = 80,
346 [Way_Tertiary ] = 70,
347 [Way_Unclassified] = 60,
348 [Way_Residential ] = 50,
349 [Way_Service ] = 80,
350 [Way_Track ] = 0,
351 [Way_Cycleway ] = 0,
352 [Way_Path ] = 0,
353 [Way_Steps ] = 0,
354 },
355 .speed = {
356 [Way_Motorway ] = kph_to_speed(56*1.6),
357 [Way_Trunk ] = kph_to_speed(50*1.6),
358 [Way_Primary ] = kph_to_speed(50*1.6),
359 [Way_Secondary ] = kph_to_speed(50*1.6),
360 [Way_Tertiary ] = kph_to_speed(50*1.6),
361 [Way_Unclassified] = kph_to_speed(40*1.6),
362 [Way_Residential ] = kph_to_speed(30*1.6),
363 [Way_Service ] = kph_to_speed(20*1.6),
364 [Way_Track ] = kph_to_speed(10*1.6),
365 [Way_Cycleway ] = 0,
366 [Way_Path ] = 0,
367 [Way_Steps ] = 0,
368 },
369 .props_yes= {
370 [Property_Paved] = 100,
371 },
372 .oneway = 1,
373 .weight = tonnes_to_weight(10),
374 .height = metres_to_height(3),
375 .width = metres_to_width (2.5),
376 .length = metres_to_length(6),
377 },
378
379 /* The profile for travel by PSV */
380
381 [Transport_PSV] = {
382 .transport=Transport_PSV,
383 .allow =Allow_PSV,
384 .highway = {
385 [Way_Motorway ] = 100,
386 [Way_Trunk ] = 100,
387 [Way_Primary ] = 90,
388 [Way_Secondary ] = 80,
389 [Way_Tertiary ] = 70,
390 [Way_Unclassified] = 60,
391 [Way_Residential ] = 50,
392 [Way_Service ] = 80,
393 [Way_Track ] = 0,
394 [Way_Cycleway ] = 0,
395 [Way_Path ] = 0,
396 [Way_Steps ] = 0,
397 },
398 .speed = {
399 [Way_Motorway ] = kph_to_speed(56*1.6),
400 [Way_Trunk ] = kph_to_speed(50*1.6),
401 [Way_Primary ] = kph_to_speed(50*1.6),
402 [Way_Secondary ] = kph_to_speed(50*1.6),
403 [Way_Tertiary ] = kph_to_speed(50*1.6),
404 [Way_Unclassified] = kph_to_speed(40*1.6),
405 [Way_Residential ] = kph_to_speed(30*1.6),
406 [Way_Service ] = kph_to_speed(20*1.6),
407 [Way_Track ] = kph_to_speed(10*1.6),
408 [Way_Cycleway ] = 0,
409 [Way_Path ] = 0,
410 [Way_Steps ] = 0,
411 },
412 .props_yes= {
413 [Property_Paved] = 100,
414 },
415 .oneway = 1,
416 .weight = tonnes_to_weight(15),
417 .height = metres_to_height(3),
418 .width = metres_to_width (2.5),
419 .length = metres_to_length(6),
420 },
421 };
422
423
424 /*++++++++++++++++++++++++++++++++++++++
425 Get the profile for a type of transport.
426
427 Profile *GetProfile Returns a pointer to the profile.
428
429 Transport transport The type of transport.
430 ++++++++++++++++++++++++++++++++++++++*/
431
432 Profile *GetProfile(Transport transport)
433 {
434 return(&builtin_profiles[transport]);
435 }
436
437
438 /*++++++++++++++++++++++++++++++++++++++
439 Update a profile with highway preference scaling factor.
440
441 Profile *profile The profile to be updated.
442 ++++++++++++++++++++++++++++++++++++++*/
443
444 void UpdateProfile(Profile *profile)
445 {
446 score_t hmax=0;
447 int i;
448
449 /* Normalise the highway preferences into the range 0 -> 1 */
450
451 for(i=1;i<Way_Count;i++)
452 {
453 if(profile->highway[i]<0)
454 profile->highway[i]=0;
455
456 if(profile->highway[i]>hmax)
457 hmax=profile->highway[i];
458 }
459
460 for(i=1;i<Way_Count;i++)
461 profile->highway[i]/=hmax;
462
463 /* Normalise the attribute preferences into the range 0 -> 1 */
464
465 for(i=1;i<Property_Count;i++)
466 {
467 if(profile->props_yes[i]<0)
468 profile->props_yes[i]=0;
469
470 if(profile->props_yes[i]>100)
471 profile->props_yes[i]=100;
472
473 profile->props_yes[i]/=100;
474 profile->props_no [i] =1-profile->props_yes[i];
475 }
476
477 /* Find the fastest and most preferred highway type */
478
479 profile->max_speed=0;
480
481 for(i=1;i<Way_Count;i++)
482 if(profile->speed[i]>profile->max_speed)
483 profile->max_speed=profile->speed[i];
484
485 profile->max_pref=1; /* since highway prefs were normalised to 1 */
486
487 for(i=1;i<Property_Count;i++)
488 if(profile->props_yes[i]>profile->props_no[i])
489 profile->max_pref*=profile->props_yes[i];
490 else if(profile->props_no[i]>profile->props_yes[i])
491 profile->max_pref*=profile->props_no[i];
492 }
493
494
495 /*++++++++++++++++++++++++++++++++++++++
496 Print out a profile.
497
498 const Profile *profile The profile to print.
499 ++++++++++++++++++++++++++++++++++++++*/
500
501 void PrintProfile(const Profile *profile)
502 {
503 unsigned int i;
504
505 printf("Profile\n=======\n");
506
507 printf("\n");
508
509 printf("Transport: %s\n",TransportName(profile->transport));
510
511 printf("\n");
512
513 for(i=1;i<Way_Count;i++)
514 printf("Highway %-12s: %3d%%\n",HighwayName(i),(int)profile->highway[i]);
515
516 printf("\n");
517
518 for(i=1;i<Way_Count;i++)
519 if(profile->highway[i])
520 printf("Speed on %-12s: %3d km/h / %2.0f mph\n",HighwayName(i),profile->speed[i],(double)profile->speed[i]/1.6);
521
522 printf("\n");
523
524 for(i=1;i<Property_Count;i++)
525 printf("Highway property %-12s: %3d%%\n",PropertyName(i),(int)profile->props_yes[i]);
526
527 printf("\n");
528
529 printf("Obey one-way : %s\n",profile->oneway?"yes":"no");
530 printf("Minimum weight: %.1f tonnes\n",weight_to_tonnes(profile->weight));
531 printf("Minimum height: %.1f metres\n",height_to_metres(profile->height));
532 printf("Minimum width : %.1f metres\n",width_to_metres(profile->width));
533 printf("Minimum length: %.1f metres\n",length_to_metres(profile->length));
534 }
535
536
537 /*++++++++++++++++++++++++++++++++++++++
538 Print out the profiles as Javascript for use in a web form.
539 ++++++++++++++++++++++++++++++++++++++*/
540
541 void PrintProfilesJS(void)
542 {
543 unsigned int i,j;
544
545 printf("// Transport types\n");
546 printf("var router_transports={");
547 for(j=1;j<sizeof(builtin_profiles)/sizeof(builtin_profiles[0]);j++)
548 printf("%s%s: %d",j==1?"":", ",TransportName(j),j);
549 printf("};\n");
550 printf("\n");
551
552 printf("// Highway types\n");
553 printf("var router_highways={");
554 for(i=1;i<Way_Count;i++)
555 printf("%s%s: %d",i==1?"":", ",HighwayName(i),i);
556 printf("};\n");
557 printf("\n");
558
559 printf("// Property types\n");
560 printf("var router_properties={");
561 for(i=1;i<Property_Count;i++)
562 printf("%s%s: %d",i==1?"":", ",PropertyName(i),i);
563 printf("};\n");
564 printf("\n");
565
566 printf("// Restriction types\n");
567 printf("var router_restrictions={oneway: 1, weight: 2, height: 3, width: 4, length: 5};\n");
568 printf("\n");
569
570 printf("// Allowed highways\n");
571 printf("var router_profile_highway={\n");
572 for(i=1;i<Way_Count;i++)
573 {
574 printf(" %12s: {",HighwayName(i));
575 for(j=1;j<sizeof(builtin_profiles)/sizeof(builtin_profiles[0]);j++)
576 printf("%s%s: %3d",j==1?"":", ",TransportName(j),(int)builtin_profiles[j].highway[i]);
577 printf("}%s\n",i==(Way_Count-1)?"":",");
578 }
579 printf(" };\n");
580 printf("\n");
581
582 printf("// Speed limits\n");
583 printf("var router_profile_speed={\n");
584 for(i=1;i<Way_Count;i++)
585 {
586 printf(" %12s: {",HighwayName(i));
587 for(j=1;j<sizeof(builtin_profiles)/sizeof(builtin_profiles[0]);j++)
588 printf("%s%s: %3d",j==1?"":", ",TransportName(j),builtin_profiles[j].speed[i]);
589 printf("}%s\n",i==(Way_Count-1)?"":",");
590 }
591 printf(" };\n");
592 printf("\n");
593
594 printf("// Highway properties\n");
595 printf("var router_profile_property={\n");
596 for(i=1;i<Property_Count;i++)
597 {
598 printf(" %12s: {",PropertyName(i));
599 for(j=1;j<sizeof(builtin_profiles)/sizeof(builtin_profiles[0]);j++)
600 printf("%s%s: %3d",j==1?"":", ",TransportName(j),(int)builtin_profiles[j].props_yes[i]);
601 printf("}%s\n",i==(Property_Count-1)?"":",");
602 }
603 printf(" };\n");
604 printf("\n");
605
606 printf("// Restrictions\n");
607 printf("var router_profile_restrictions={\n");
608 printf(" %12s: {","oneway");
609 for(j=1;j<sizeof(builtin_profiles)/sizeof(builtin_profiles[0]);j++)
610 printf("%s%s: %4d",j==1?"":", ",TransportName(j),builtin_profiles[j].oneway);
611 printf("},\n");
612 printf(" %12s: {","weight");
613 for(j=1;j<sizeof(builtin_profiles)/sizeof(builtin_profiles[0]);j++)
614 printf("%s%s: %4.1f",j==1?"":", ",TransportName(j),weight_to_tonnes(builtin_profiles[j].weight));
615 printf("},\n");
616 printf(" %12s: {","height");
617 for(j=1;j<sizeof(builtin_profiles)/sizeof(builtin_profiles[0]);j++)
618 printf("%s%s: %4.1f",j==1?"":", ",TransportName(j),height_to_metres(builtin_profiles[j].height));
619 printf("},\n");
620 printf(" %12s: {","width");
621 for(j=1;j<sizeof(builtin_profiles)/sizeof(builtin_profiles[0]);j++)
622 printf("%s%s: %4.1f",j==1?"":", ",TransportName(j),width_to_metres(builtin_profiles[j].width));
623 printf("},\n");
624 printf(" %12s: {","length");
625 for(j=1;j<sizeof(builtin_profiles)/sizeof(builtin_profiles[0]);j++)
626 printf("%s%s: %4.1f",j==1?"":", ",TransportName(j),length_to_metres(builtin_profiles[j].length));
627 printf("}\n");
628 printf(" };\n");
629 printf("\n");
630 }
631
632
633 /*++++++++++++++++++++++++++++++++++++++
634 Print out the profiles as Perl for use in a web CGI.
635 ++++++++++++++++++++++++++++++++++++++*/
636
637 void PrintProfilesPerl(void)
638 {
639 unsigned int i,j;
640
641 printf("# Transport types\n");
642 printf("@router_transports=(");
643 for(j=1;j<sizeof(builtin_profiles)/sizeof(builtin_profiles[0]);j++)
644 printf("%s'%s'",j==1?"":", ",TransportName(j));
645 printf(");\n");
646 printf("\n");
647
648 printf("# Highway types\n");
649 printf("@router_highways=(");
650 for(i=1;i<Way_Count;i++)
651 printf("%s'%s'",i==1?"":", ",HighwayName(i));
652 printf(");\n");
653 printf("\n");
654
655 printf("# Property types\n");
656 printf("@router_properties=(");
657 for(i=1;i<Property_Count;i++)
658 printf("%s'%s'",i==1?"":", ",PropertyName(i));
659 printf(");\n");
660 printf("\n");
661
662 printf("# Restriction types\n");
663 printf("@router_restrictions=('oneway', 'weight', 'height', 'width', 'length');\n");
664 printf("\n");
665
666 printf("# Allowed highways\n");
667 printf("%%router_profile_highway=(\n");
668 for(i=1;i<Way_Count;i++)
669 {
670 printf(" %12s => {",HighwayName(i));
671 for(j=1;j<sizeof(builtin_profiles)/sizeof(builtin_profiles[0]);j++)
672 printf("%s %s => %3d",j==1?"":", ",TransportName(j),(int)builtin_profiles[j].highway[i]);
673 printf("}%s\n",i==(Way_Count-1)?"":",");
674 }
675 printf(" );\n");
676 printf("\n");
677
678 printf("# Speed limits\n");
679 printf("%%router_profile_speed=(\n");
680 for(i=1;i<Way_Count;i++)
681 {
682 printf(" %12s => {",HighwayName(i));
683 for(j=1;j<sizeof(builtin_profiles)/sizeof(builtin_profiles[0]);j++)
684 printf("%s %s => %3d",j==1?"":", ",TransportName(j),builtin_profiles[j].speed[i]);
685 printf("}%s\n",i==(Way_Count-1)?"":",");
686 }
687 printf(" );\n");
688 printf("\n");
689
690 printf("# Highway properties\n");
691 printf("%%router_profile_property=(\n");
692 for(i=1;i<Property_Count;i++)
693 {
694 printf(" %12s => {",PropertyName(i));
695 for(j=1;j<sizeof(builtin_profiles)/sizeof(builtin_profiles[0]);j++)
696 printf("%s %s => %3d",j==1?"":", ",TransportName(j),(int)builtin_profiles[j].props_yes[i]);
697 printf("}%s\n",i==(Property_Count-1)?"":",");
698 }
699 printf(" );\n");
700 printf("\n");
701
702 printf("# Restrictions\n");
703 printf("%%router_profile_restrictions=(\n");
704 printf(" %12s => {","oneway");
705 for(j=1;j<sizeof(builtin_profiles)/sizeof(builtin_profiles[0]);j++)
706 printf("%s %s => %4d",j==1?"":", ",TransportName(j),builtin_profiles[j].oneway);
707 printf("},\n");
708 printf(" %12s => {","weight");
709 for(j=1;j<sizeof(builtin_profiles)/sizeof(builtin_profiles[0]);j++)
710 printf("%s %s => %4.1f",j==1?"":", ",TransportName(j),weight_to_tonnes(builtin_profiles[j].weight));
711 printf("},\n");
712 printf(" %12s => {","height");
713 for(j=1;j<sizeof(builtin_profiles)/sizeof(builtin_profiles[0]);j++)
714 printf("%s %s => %4.1f",j==1?"":", ",TransportName(j),height_to_metres(builtin_profiles[j].height));
715 printf("},\n");
716 printf(" %12s => {","width");
717 for(j=1;j<sizeof(builtin_profiles)/sizeof(builtin_profiles[0]);j++)
718 printf("%s %s => %4.1f",j==1?"":", ",TransportName(j),width_to_metres(builtin_profiles[j].width));
719 printf("},\n");
720 printf(" %12s => {","length");
721 for(j=1;j<sizeof(builtin_profiles)/sizeof(builtin_profiles[0]);j++)
722 printf("%s %s => %4.1f",j==1?"":", ",TransportName(j),length_to_metres(builtin_profiles[j].length));
723 printf("}\n");
724 printf(" );\n");
725 printf("\n");
726 }

Properties

Name Value
cvs:description Definition of built-in profiles and other functions.
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