Index: /branches/ATMSDriver/lds_data/lookup_loop =================================================================== --- /branches/ATMSDriver/lds_data/lookup_loop (revision 75) +++ /branches/ATMSDriver/lds_data/lookup_loop (revision 75) @@ -0,0 +1,1792 @@ +FWY Dir POSTMI LDS_ID VDS_ID LOOP_ID LOC LANE LOOP_LOC PARAMICS_NAME PARAMICS_LANE +5 S 16.3 1204537 1204538 1211007 ML 1 ML_1 5s16.3ml 4 +5 S 16.3 1204537 1204538 1211008 ML 2 ML_2 5s16.3ml 3 +5 S 16.3 1204537 1204538 1211009 ML 3 ML_3 5s16.3ml 2 +5 S 16.3 1204537 1204538 1211010 ML 4 ML_4 5s16.3ml 1 +5 S 16.3 1204537 1211848 1211011 DM 1 DEMAND 5s16.3ora 0 +5 S 16.3 1204537 1211848 1211012 PA 2 PASSAGE 5s16.3ora 0 +5 S 16.3 1204537 1211848 1211013 QU 3 QUEUE 5s16.3ora 0 +5 S 16.3 1204537 1211848 1211014 OR 4 RAMP_ON 5s16.3ora 0 +5 S 16.3 1204537 1211848 1211015 RH 5 RAMP_HOV 5s16.3ora 0 +5 S 16.3 1204537 1211182 1211016 HV 1 SD_1 5s16.3hv 1 +5 S 16.5 1204551 1204552 1210995 ML 1 ML_1 5s16.5ml 4 +5 S 16.5 1204551 1204552 1210996 ML 2 ML_2 5s16.5ml 3 +5 S 16.5 1204551 1204552 1210997 ML 3 ML_3 5s16.5ml 2 +5 S 16.5 1204551 1204552 1210998 ML 4 ML_4 5s16.5ml 1 +5 S 16.5 1204551 1211177 1210999 HV 1 SD_1 5s16.5hv 1 +5 S 16.5 1204551 1211178 1211000 DM 1 DEMAND 5s16.5ora 0 +5 S 16.5 1204551 1211178 1211001 PA 2 PASSAGE 5s16.5ora 0 +5 S 16.5 1204551 1211178 1211002 QU 3 QUEUE 5s16.5ora 0 +5 S 16.5 1204551 1211178 1211003 OR 4 RAMP_ON 5s16.5ora 0 +5 S 16.5 1204551 1211180 1211004 FR 1 RAMP_OFF 5s16.5fr 1 +5 S 16.5 1204551 1211180 1211005 FR 2 SD_2 ? 0 +5 S 16.5 1204551 1211180 1211006 FR 3 SD_3 ? 0 +5 S 16.5 1204551 1211178 1211179 RH 5 RAMP_HOV 5s16.5ora 0 +5 N 16.51 1204539 1204540 1204541 QU 2 QUEUE 5n16.52ora 0 +5 N 16.51 1204539 1204540 1204542 DM 3 DEMAND 5n16.52ora 0 +5 N 16.51 1204539 1204540 1204543 PA 4 PASSAGE 5n16.52ora 0 +5 N 16.51 1204539 1204544 1204545 FR 1 RAMP_OFF 5n16.37fr 1 +5 N 16.51 1204539 1204546 1204547 ML 1 ML_1 5n16.5ml 4 +5 N 16.51 1204539 1204546 1204548 ML 2 ML_2 5n16.5ml 3 +5 N 16.51 1204539 1204546 1204549 ML 3 ML_3 5n16.5ml 2 +5 N 16.51 1204539 1204546 1204550 ML 4 ML_4 5n16.5ml 1 +5 N 16.51 1204539 1210085 1210084 HV 1 SD_1 5n16.5hv 1 +5 N 16.51 1204539 1204540 1210372 OR 1 RAMP_ON 5n16.52ora 0 +5 N 16.51 1204539 1204540 1211111 RH 5 RAMP_HOV 5n16.52ora 0 +5 N 16.69 1204553 1204554 1204555 OR 1 RAMP_ON 5n16.6ora 0 +5 N 16.69 1204553 1204554 1204556 QU 2 QUEUE 5n16.6ora 0 +5 N 16.69 1204553 1204554 1204557 DM 3 DEMAND 5n16.6ora 0 +5 N 16.69 1204553 1204554 1204558 PA 4 PASSAGE 5n16.6ora 0 +5 N 16.69 1204553 1204559 1204560 ML 1 ML_1 5n16.6ml 4 +5 N 16.69 1204553 1204559 1204561 ML 2 ML_2 5n16.6ml 3 +5 N 16.69 1204553 1204559 1204562 ML 3 ML_3 5n16.6ml 2 +5 N 16.69 1204553 1204559 1204563 ML 4 ML_4 5n16.6ml 1 +5 N 16.69 1204553 1210087 1210086 HV 1 SD_1 5n16.6hv 1 +5 S 17.26 1204564 1204565 1210354 ML 1 ML_1 5s17.29ml 5 +5 S 17.26 1204564 1204565 1210355 ML 2 ML_2 5s17.29ml 4 +5 S 17.26 1204564 1204565 1210356 ML 3 ML_3 5s17.29ml 3 +5 S 17.26 1204564 1204565 1210357 ML 4 ML_4 5s17.29ml 2 +5 S 17.26 1204564 1204565 1210358 ML 5 ML_5 5s17.29ml 1 +5 S 17.26 1204564 1210367 1210359 DM 1 DEMAND 5s17.26ora 0 +5 S 17.26 1204564 1210367 1210360 PA 2 PASSAGE 5s17.26ora 0 +5 S 17.26 1204564 1210367 1210361 QU 3 QUEUE 5s17.26ora 0 +5 S 17.26 1204564 1210367 1210362 OR 4 RAMP_ON 5s17.26ora 0 +5 S 17.26 1204564 1210367 1210363 RH 5 RAMP_HOV 5s17.26ora 0 +5 S 17.26 1204564 1210368 1210366 HV 1 SD_1 5s17.29hv 1 +5 N 17.43 1204566 1204567 1204568 QU 2 QUEUE 5n17.44ora 0 +5 N 17.43 1204566 1204567 1204569 DM 3 DEMAND 5n17.44ora 0 +5 N 17.43 1204566 1204567 1204570 PA 4 PASSAGE 5n17.44ora 0 +5 N 17.43 1204566 1204571 1204572 ML 1 ML_1 5n17.43ml 4 +5 N 17.43 1204566 1204571 1204573 ML 2 ML_2 5n17.43ml 3 +5 N 17.43 1204566 1204571 1204574 ML 3 ML_3 5n17.43ml 2 +5 N 17.43 1204566 1204571 1204575 ML 4 ML_4 5n17.43ml 1 +5 N 17.43 1204566 1210089 1210088 HV 1 SD_1 5n17.43ml 6 +5 N 17.43 1204566 1210089 1210123 HV 2 SD_3 ? 0 +5 N 17.43 1204566 1204567 1210371 OR 1 RAMP_ON 5n17.44ora 0 +5 S 17.49 1204576 1204577 1210341 ML 1 ML_1 5s17.47ml 5 +5 S 17.49 1204576 1204577 1210342 ML 2 ML_2 5s17.47ml 4 +5 S 17.49 1204576 1204577 1210343 ML 3 ML_3 5s17.47ml 3 +5 S 17.49 1204576 1204577 1210344 ML 4 ML_4 5s17.47ml 2 +5 S 17.49 1204576 1211804 1210345 DM 1 DEMAND 5s17.49ora 0 +5 S 17.49 1204576 1211804 1210346 PA 2 PASSAGE 5s17.49ora 0 +5 S 17.49 1204576 1211804 1210347 QU 3 QUEUE 5s17.49ora 0 +5 S 17.49 1204576 1211804 1210348 OR 4 RAMP_ON 5s17.49ora 0 +5 S 17.49 1204576 1211804 1210349 RH 5 RAMP_HOV 5s17.49ora 0 +5 S 17.49 1204576 1211805 1210350 FR 1 RAMP_OFF 5s17.5fr 2 +5 S 17.49 1204576 1211183 1210351 HV 1 SD_1 5s17.47ml 1 +5 S 17.49 1204576 1211805 1210352 FR 2 SD_2 5s17.5fr 1 +5 N 17.63 1204578 1204579 1204580 QU 1 QUEUE 5n17.64ora 0 +5 N 17.63 1204578 1204579 1204581 DM 2 DEMAND 5n17.64ora 0 +5 N 17.63 1204578 1204579 1204582 PA 3 PASSAGE 5n17.64ora 0 +5 N 17.63 1204578 1204583 1204584 FR 1 RAMP_OFF 5n17.3fr 1 +5 N 17.63 1204578 1204591 1204585 HV 2 SD_3 ? 0 +5 N 17.63 1204578 1204586 1204587 ML 1 ML_1 5n17.63ml 5 +5 N 17.63 1204578 1204586 1204588 ML 2 ML_2 5n17.63ml 4 +5 N 17.63 1204578 1204586 1204589 ML 3 ML_3 5n17.63ml 3 +5 N 17.63 1204578 1204586 1204590 ML 4 ML_4 5n17.63ml 2 +5 N 17.63 1204578 1204591 1204592 HV 1 SD_1 5n17.63hv 1 +5 N 17.63 1204578 1204583 1210092 FR 3 SD_5 ? 0 +5 N 17.63 1204578 1204583 1210093 FR 2 SD_4 ? 0 +5 N 17.63 1204578 1204579 1210094 OR 4 RAMP_ON 5n17.64ora 0 +5 N 17.63 1204578 1204586 1210370 ML 5 ML_5 5n17.63ml 1 +5 S 18.5 1204606 1204607 1210327 ML 1 ML_1 5s18.5ml 5 +5 S 18.5 1204606 1204607 1210328 ML 2 ML_2 5s18.5ml 4 +5 S 18.5 1204606 1204607 1210329 ML 3 ML_3 5s18.5ml 3 +5 S 18.5 1204606 1204607 1210330 ML 4 ML_4 5s18.5ml 2 +5 S 18.5 1204606 1204607 1210331 ML 5 ML_5 5s18.5ml 1 +5 S 18.5 1204606 1210339 1210332 DM 1 DEMAND 5s18.5ora 0 +5 S 18.5 1204606 1210339 1210333 PA 2 PASSAGE 5s18.5ora 0 +5 S 18.5 1204606 1210339 1210334 QU 3 QUEUE 5s18.5ora 0 +5 S 18.5 1204606 1210339 1210335 OR 4 RAMP_ON 5s18.5ora 0 +5 S 18.5 1204606 1210339 1210336 RH 5 RAMP_HOV 5s18.5ora 0 +5 S 18.5 1204606 1210340 1210337 HV 1 SD_1 5s18.5hv 2 +5 S 18.5 1204606 1210340 1210338 HV 2 SD_2 5s18.5hv 1 +5 N 18.61 1204608 1204609 1204610 OR 1 RAMP_ON 5n18.62ora 0 +5 N 18.61 1204608 1204609 1204611 QU 2 QUEUE 5n18.62ora 0 +5 N 18.61 1204608 1204609 1204612 DM 3 DEMAND 5n18.62ora 0 +5 N 18.61 1204608 1204609 1204613 PA 4 PASSAGE 5n18.62ora 0 +5 N 18.61 1204608 1204609 1204614 RH 5 RAMP_HOV 5n18.62ora 0 +5 N 18.61 1204608 1204615 1204616 ML 1 ML_1 5n18.61ml 4 +5 N 18.61 1204608 1204615 1204617 ML 2 ML_2 5n18.61ml 3 +5 N 18.61 1204608 1204615 1204618 ML 3 ML_3 5n18.61ml 2 +5 N 18.61 1204608 1204615 1204619 ML 4 ML_4 5n18.61ml 1 +5 N 18.61 1204608 1210103 1210101 HV 1 SD_1 5n18.61hv 1 +5 S 18.7 1204620 1204621 1210307 ML 1 ML_1 5s18.7ml 5 +5 S 18.7 1204620 1204621 1210308 ML 2 ML_2 5s18.7ml 4 +5 S 18.7 1204620 1204621 1210309 ML 3 ML_3 5s18.7ml 3 +5 S 18.7 1204620 1204621 1210310 ML 4 ML_4 5s18.7ml 2 +5 S 18.7 1204620 1204621 1210311 ML 5 ML_5 5s18.7ml 1 +5 S 18.7 1204620 1210320 1210312 DM 1 DEMAND 5s18.7ora 0 +5 S 18.7 1204620 1210320 1210313 PA 2 PASSAGE 5s18.7ora 0 +5 S 18.7 1204620 1210320 1210314 QU 3 QUEUE 5s18.7ora 0 +5 S 18.7 1204620 1210320 1210315 OR 4 RAMP_ON 5s18.7ora 0 +5 S 18.7 1204620 1210321 1210316 FR 1 RAMP_OFF 5s18.7fr 2 +5 S 18.7 1204620 1210321 1210317 FR 2 SD_3 5s18.7fr 1 +5 S 18.7 1204620 1210322 1210318 HV 1 SD_1 5s18.7hv 2 +5 S 18.7 1204620 1210322 1210319 HV 2 SD_2 5s18.7hv 1 +5 N 18.82 1204622 1204623 1204624 OR 1 RAMP_ON 5n18.82ora 0 +5 N 18.82 1204622 1204623 1204625 QU 2 QUEUE 5n18.82ora 0 +5 N 18.82 1204622 1204623 1204626 DM 3 DEMAND 5n18.82ora 0 +5 N 18.82 1204622 1204623 1204627 PA 4 PASSAGE 5n18.82ora 0 +5 N 18.82 1204622 1204628 1204629 FR 1 RAMP_OFF 5n18.5fr 1 +5 N 18.82 1204622 1210106 1204630 HV 1 SD_1 5n18.82hv 1 +5 N 18.82 1204622 1204628 1210104 FR 2 SD_3 ? 0 +5 N 18.82 1204622 1204628 1210105 FR 3 SD_5 ? 0 +5 N 19.33 1204637 1204638 1204639 ML 1 ML_1 5n19.33ml 7 +5 N 19.33 1204637 1204638 1204640 ML 2 ML_2 5n19.33ml 6 +5 N 19.33 1204637 1204638 1204641 ML 3 ML_3 5n19.33ml 5 +5 N 19.33 1204637 1204638 1204642 ML 4 ML_4 5n19.33ml 4 +5 S 19.33 1204637 1204643 1204645 OS 1 OS_1 5s19.33ml 6 +5 S 19.33 1204637 1204643 1204646 OS 2 OS_2 5s19.33ml 5 +5 S 19.33 1204637 1204643 1204647 OS 3 OS_3 5s19.33ml 4 +5 S 19.33 1204637 1204643 1204648 OS 4 OS_4 5s19.33ml 3 +5 N 19.33 1204637 1204638 1210107 ML 5 ML_5 5n19.33ml 3 +5 N 19.33 1204637 1204638 1210108 ML 6 ML_6 5n19.33ml 2 +5 N 19.33 1204637 1204638 1210111 ML 7 SD_5 5n19.33ml 1 +5 S 19.33 1204637 1204643 1210113 OS 5 OS_5 5s19.33ml 2 +5 S 19.33 1204637 1204643 1210114 OS 6 OS_6 5s19.33ml 1 +5 N 19.33 1204637 1210115 1210116 HV 1 SD_1 5n19.33hv 1 +5 N 19.33 1204637 1210115 1210117 HV 2 SD_2 5s19.33hv 1 +5 S 19.33 1204637 1210121 1210118 OH 1 SD_3 ? 0 +5 S 19.33 1204637 1210121 1210119 OH 2 SD_4 ? 0 +5 S 19.8 1204649 1204650 1210292 ML 1 ML_1 5s19.8ml 6 +5 S 19.8 1204649 1204650 1210293 ML 2 ML_2 5s19.8ml 5 +5 S 19.8 1204649 1204650 1210294 ML 3 ML_3 5s19.8ml 4 +5 S 19.8 1204649 1204650 1210295 ML 4 ML_4 5s19.8ml 3 +5 S 19.8 1204649 1204650 1210296 ML 5 ML_5 5s19.8ml 2 +5 S 19.8 1204649 1204650 1210297 ML 6 ML_6 5s19.8ml 1 +5 S 19.8 1204649 1210304 1210298 DM 1 DEMAND 5s19.8ora 0 +5 S 19.8 1204649 1210304 1210299 PA 2 PASSAGE 5s19.8ora 0 +5 S 19.8 1204649 1210304 1210300 QU 3 QUEUE 5s19.8ora 0 +5 S 19.8 1204649 1210304 1210301 OR 4 RAMP_ON 5s19.8ora 0 +5 S 19.8 1204649 1210305 1210302 HV 1 SD_1 5s19.8hv 2 +5 S 19.8 1204649 1210305 1210303 HV 2 SD_2 5s19.8hv 1 +5 S 19.9 1204664 1204665 1210273 ML 1 ML_1 5s19.9ml 6 +5 S 19.9 1204664 1204665 1210274 ML 2 ML_2 5s19.9ml 5 +5 S 19.9 1204664 1204665 1210275 ML 3 ML_3 5s19.9ml 4 +5 S 19.9 1204664 1204665 1210276 ML 4 ML_4 5s19.9ml 3 +5 S 19.9 1204664 1204665 1210277 ML 5 ML_5 5s19.9ml 2 +5 S 19.9 1204664 1204665 1210278 ML 6 ML_6 5s19.9ml 1 +5 S 19.9 1204664 1210326 1210279 HV 1 SD_1 5s19.9hv 2 +5 S 19.9 1204664 1210326 1210280 HV 2 SD_2 5s19.9hv 1 +5 S 19.9 1204664 1210323 1210281 DM 1 DEMAND 5s19.9ora 0 +5 S 19.9 1204664 1210323 1210282 PA 2 PASSAGE 5s19.9ora 0 +5 S 19.9 1204664 1210323 1210283 QU 3 QUEUE 5s19.9ora 0 +5 S 19.9 1204664 1210323 1210284 OR 4 RAMP_ON 5s19.9ora 0 +5 S 19.9 1204664 1210323 1210285 RH 5 RAMP_HOV 5s19.9ora 0 +5 S 19.9 1204664 1210324 1210287 FR 1 RAMP_OFF 5s19.9fr 2 +5 S 19.9 1204664 1210324 1210288 FR 2 SD_3 5s19.9fr 1 +5 S 19.9 1204664 1210324 1210289 FR 3 SD_4 5s19.9ff 1 +5 S 19.9 1204664 1210325 1210290 OC 1 SD_5 ? 0 +5 N 20 1204666 1204667 1204668 OR 1 RAMP_ON 5n20ora 0 +5 N 20 1204666 1204667 1204669 QU 5 QUEUE 5n20ora 0 +5 N 20 1204666 1204667 1204670 DM 3 DEMAND 5n20ora 0 +5 N 20 1204666 1204667 1204671 PA 4 PASSAGE 5n20ora 0 +5 N 20 1204666 1204672 1204673 ML 1 ML_1 5n20ml 5 +5 N 20 1204666 1204672 1204674 ML 2 ML_2 5n20ml 4 +5 N 20 1204666 1204672 1204675 ML 3 ML_3 5n20ml 3 +5 N 20 1204666 1204672 1204676 ML 4 ML_4 5n20ml 2 +5 N 20 1204666 1204672 1204677 ML 5 ML_5 5n20ml 1 +5 N 20 1204666 1204678 1204679 FR 1 RAMP_OFF 5n20fr 1 +5 N 20 1204666 1211117 1204680 HV 1 SD_1 5n20hv 2 +5 N 20 1204666 1211117 1211113 HV 2 SD_2 5n20hv 1 +5 N 20 1204666 1204667 1211114 OR 2 RAMP_HOV 5n20ora 0 +5 N 20 1204666 1211118 1211115 CD 1 COLL_DIST_1 5n20cd 2 +5 N 20 1204666 1211118 1211116 CD 2 COLL_DIST_2 5n20cd 1 +5 N 20.23 1204681 1204682 1204683 ML 1 ML_1 5n20.23ml 5 +5 N 20.23 1204681 1204682 1204684 ML 2 ML_2 5n20.23ml 4 +5 N 20.23 1204681 1204682 1204685 ML 3 ML_3 5n20.23ml 3 +5 N 20.23 1204681 1204682 1204686 ML 4 ML_4 5n20.23ml 2 +5 N 20.23 1204681 1204682 1204687 ML 5 ML_5 5n20.23ml 1 +5 S 20.23 1204681 1204688 1204689 OS 1 OS_1 5s20.23ml 5 +5 S 20.23 1204681 1204688 1204690 OS 2 OS_2 5s20.23ml 4 +5 S 20.23 1204681 1204688 1204692 OS 4 OS_4 5s20.23ml 3 +5 S 20.23 1204681 1204688 1204693 OS 5 OS_5 5s20.23ml 1 +5 N 20.23 1204681 1210271 1210262 CD 1 COLL_DIST_1 5n20.23cd 4 +5 N 20.23 1204681 1210271 1210263 CD 2 COLL_DIST_2 5n20.23cd 3 +5 N 20.23 1204681 1210271 1210264 CD 3 SD_5 5n20.23cd 2 +5 N 20.23 1204681 1210271 1210265 CD 4 SD_6 5n20.23cd 1 +5 N 20.23 1204681 1210270 1210266 HV 1 SD_1 5n20.23hv 2 +5 N 20.23 1204681 1210270 1210267 HV 2 SD_2 5n20.23hv 1 +5 S 20.23 1204681 1210272 1210268 OH 1 SD_3 5s20.23hv 1 +5 S 20.23 1204681 1210272 1210269 OH 2 SD_4 5n20.23ml 6 +5 S 20.24 1204681 1204688 1204691 OS 3 OS_3 5s20.23ml 2 +5 N 20.59 1204696 1204697 1208301 ML 1 ML_1 5n20.59ml 6 +5 N 20.59 1204696 1204697 1208302 ML 2 ML_2 5n20.59ml 5 +5 N 20.59 1204696 1204697 1208303 ML 3 ML_3 5n20.59ml 4 +5 N 20.59 1204696 1204697 1208304 ML 4 ML_4 5n20.59ml 3 +5 S 20.59 1204694 1204695 1208305 ML 1 ML_1 5s20.59ml 6 +5 S 20.59 1204694 1204695 1208306 ML 2 ML_2 5s20.59ml 5 +5 S 20.59 1204694 1204695 1208307 ML 3 ML_3 5s20.59ml 4 +5 S 20.59 1204694 1204695 1208308 ML 4 ML_4 5s20.59ml 3 +5 S 20.59 1204694 1204695 1208309 ML 5 ML_5 5s20.59ml 2 +5 S 20.59 1204694 1204695 1210243 ML 6 ML_6 5s20.59ml 1 +5 S 20.59 1204694 1210256 1210244 CD 1 COLL_DIST_1 5s20.59cd 3 +5 S 20.59 1204694 1210256 1210245 CD 2 COLL_DIST_2 5s20.59cd 2 +5 S 20.59 1204694 1210256 1210246 CD 3 SD_3 5s20.59cd 1 +5 S 20.59 1204694 1210254 1210247 DM 1 DEMAND 5s20.59or 0 +5 S 20.59 1204694 1210254 1210248 PA 2 PASSAGE 5s20.59or 0 +5 S 20.59 1204694 1210254 1210249 QU 3 QUEUE 5s20.59or 0 +5 S 20.59 1204694 1210254 1210251 OR 4 RAMP_ON 5s20.59or 0 +5 S 20.59 1204694 1210255 1210252 HV 1 SD_1 5s20.59hv 2 +5 S 20.59 1204694 1210255 1210253 HV 2 SD_2 5s20.59hv 1 +5 N 20.59 1204696 1204697 1211119 ML 5 ML_5 5n20.59ml 2 +5 N 20.59 1204696 1204697 1211120 ML 6 ML_6 5n20.59ml 1 +5 N 20.59 1204696 1211133 1211121 HV 1 SD_1 5n20.59hv 1 +5 N 20.59 1204696 1211133 1211122 HV 2 SD_2 5n20.59hv_2 1 +5 N 20.59 1204696 1211134 1211123 OR 1 RAMP_ON 5n20.59or 0 +5 N 20.59 1204696 1211134 1211124 PA 2 PASSAGE 5n20.59or 0 +5 N 20.59 1204696 1211134 1211125 DM 3 DEMAND 5n20.59or 0 +5 N 20.59 1204696 1211134 1211126 QU 4 QUEUE 5n20.59or 0 +5 N 20.59 1204696 1211136 1211128 CD 1 COLL_DIST_1 5n20.59cd 2 +5 N 20.59 1204696 1211136 1211129 CD 2 COLL_DIST_2 5n20.59cd 1 +5 N 20.59 1204696 1211135 1211131 FR 1 RAMP_OFF 5n20.59fr 1 +5 N 20.59 1204696 1211135 1211132 FR 3 SD_3 5n20.59fr 1 +5 N 20.94 1204698 1204699 1208310 ML 1 ML_1 5n20.94ml 3 +5 N 20.94 1204698 1204699 1208311 ML 2 ML_2 5n20.94ml 2 +5 N 20.94 1204698 1204699 1208312 ML 3 ML_3 5n20.94ml 1 +5 N 20.94 1204698 1211146 1208313 FF 1 SD_2 5n20.94ml 3 +5 N 20.94 1204698 1211147 1211137 DM 4 DEMAND 5n20.94or 0 +5 N 20.94 1204698 1211147 1211138 PA 3 PASSAGE 5n20.94or 0 +5 N 20.94 1204698 1211147 1211139 OR 1 RAMP_ON 5n20.94or 0 +5 N 20.94 1204698 1211147 1211140 OR 2 RAMP_HOV 5n20.94or 0 +5 N 20.94 1204698 1211147 1211141 QU 5 QUEUE 5n20.94or 0 +5 N 20.94 1204698 1211146 1211142 FF 2 SD_3 5n20.94ml 2 +5 N 20.94 1204698 1211146 1211143 FF 3 SD_4 5n20.94ml 1 +5 N 20.94 1204698 1211148 1211144 CD 1 COLL_DIST_1 5n20.94cd 2 +5 N 20.94 1204698 1211148 1211145 CD 2 COLL_DIST_2 5n20.94cd 1 +5 S 20.95 1204700 1204701 1208314 ML 1 ML_1 5s20.95ml 6 +5 S 20.95 1204700 1204701 1208315 ML 2 ML_2 5s20.95ml 5 +5 S 20.95 1204700 1204701 1208316 ML 3 ML_3 5s20.95ml 4 +5 S 20.95 1204700 1204701 1208317 ML 4 ML_4 5s20.95ml 3 +5 S 20.95 1204700 1204701 1210225 ML 5 ML_5 5s20.95ml 2 +5 S 20.95 1204700 1204701 1210226 ML 6 ML_6 5s20.95ml 1 +5 S 20.95 1204700 1210257 1210227 DM 1 DEMAND 5s20.95or 0 +5 S 20.95 1204700 1210257 1210228 PA 2 PASSAGE 5s20.95or 0 +5 S 20.95 1204700 1210257 1210229 QU 3 QUEUE 5s20.95or 0 +5 S 20.95 1204700 1210257 1210230 OR 4 RAMP_ON 5s20.95or 0 +5 S 20.95 1204700 1210259 1210231 FR 1 RAMP_OFF 5s20.95fr_2 1 +5 S 20.95 1204700 1210257 1210233 RH 5 RAMP_HOV 5s20.95or 0 +5 S 20.95 1204700 1210259 1210234 FR 2 SD_3 5s20.95fr 2 +5 S 20.95 1204700 1210259 1210235 FR 3 SD_4 5s20.95fr 1 +5 S 20.95 1204700 1210260 1210237 CD 1 SD_2 5s20.95cd_2 2 +5 S 20.95 1204700 1210260 1210238 CD 2 SD_1 5s20.95cd_2 1 +5 S 20.95 1204700 1210261 1210239 FC 1 SD_6 5s20.95cd_1 1 +5 S 20.95 1204700 1210258 1210240 CD 1 COLL_DIST_1 5s20.95ff 3 +5 S 20.95 1204700 1210258 1210241 CD 2 COLL_DIST_2 5s20.95ff 2 +5 S 20.95 1204700 1210258 1210242 CD 3 SD_5 5s20.95ff 1 +5 S 21.25 1204702 1211853 1211154 ML 1 ML_1 ? 0 +5 S 21.25 1204702 1211853 1211155 ML 2 ML_2 ? 0 +5 S 21.25 1204702 1211853 1211156 ML 3 ML_3 ? 0 +5 N 21.25 1204702 1204703 1211157 OS 1 OS_1 5n21.25os 3 +5 N 21.25 1204702 1204703 1211158 OS 2 OS_2 5n21.25os 2 +5 N 21.25 1204702 1204703 1211159 OS 3 OS_3 5n21.25os 1 +5 N 21.25 1204702 1211856 1211160 OH 1 SD_2 5n21.25oh 1 +5 S 21.25 1204702 1211854 1211161 HV 1 SD_1 ? 0 +5 S 21.25 1204702 1211855 1211162 FF 1 SD_3 5s20.95cd 3 +5 S 21.25 1204702 1211855 1211163 FF 2 SD_4 5s20.95cd 2 +5 S 21.25 1204702 1211855 1211164 FF 3 SD_5 5s20.95cd 1 +5 N 21.25 1204702 1211857 1211165 OC 1 COLL_DIST_1 5n21.25cd 2 +5 N 21.25 1204702 1211857 1211166 OC 2 COLL_DIST_2 5n21.25cd 1 +5 S 21.92 1204706 1204707 1204708 OR 1 RAMP_ON 5s21.92ora 0 +5 S 21.92 1204706 1204707 1204709 QU 2 QUEUE 5s21.92ora 0 +5 S 21.92 1204706 1204707 1204710 DM 3 DEMAND 5s21.92ora 0 +5 S 21.92 1204706 1204707 1204711 PA 4 PASSAGE 5s21.92ora 0 +5 S 21.92 1204706 1211151 1204713 FC 1 COLL_DIST_1 5s21.92cd 2 +5 S 21.92 1204706 1204714 1204715 HV 1 SD_1 5s21.92hv 1 +5 S 21.92 1204706 1204716 1204717 ML 1 ML_1 5s22.1ml 3 +5 S 21.92 1204706 1204716 1204718 ML 2 ML_2 5s22.1ml 2 +5 S 21.92 1204706 1204716 1204719 ML 3 ML_3 5s22.1ml 1 +5 S 21.92 1204706 1211151 1204720 FC 2 SD_3 5s21.92cd 1 +5 N 22.1 1204721 1204722 1204723 OR 1 RAMP_ON 5n22.1ora 0 +5 N 22.1 1204721 1204722 1204724 QU 2 QUEUE 5n22.1ora 0 +5 N 22.1 1204721 1204722 1204725 DM 3 DEMAND 5n22.1ora 0 +5 N 22.1 1204721 1204722 1204726 PA 4 PASSAGE 5n22.1ora 0 +5 N 22.1 1204721 1204727 1204728 FR 1 RAMP_OFF 5n22.1fr 1 +5 N 22.1 1204721 1204729 1204730 HV 1 SD_1 5n22.1hv 1 +5 N 22.1 1204721 1204731 1204732 ML 1 ML_1 5n22.1ml 4 +5 N 22.1 1204721 1204731 1204733 ML 2 ML_2 5n22.1ml 3 +5 N 22.1 1204721 1204731 1204734 ML 3 ML_3 5n22.1ml 2 +5 N 22.1 1204721 1204731 1204735 ML 4 ML_4 5n22.1ml 1 +5 N 22.1 1204721 1204731 1204736 ML 5 ML_5 ? 0 +5 N 22.1 1204721 1208955 1208956 OH 1 SD_2 ? 0 +5 S 22.1 1204721 1204712 1211149 FR 1 SD_4 5s21.92fr 2 +5 S 22.1 1204721 1204712 1211150 FR 2 SD_5 5s21.92fr 1 +5 S 22.14 1204721 1204737 1204738 OS 1 OS_1 5s22.14ml 4 +5 S 22.14 1204721 1204737 1204739 OS 2 OS_2 5s22.14ml 3 +5 S 22.14 1204721 1204737 1204740 OS 3 OS_3 5s22.14ml 2 +5 S 22.14 1204721 1204737 1204741 OS 4 OS_4 5s22.14ml 1 +5 N 22.2 1204742 1204743 1204744 OR 1 RAMP_ON 5n22.2ora 0 +5 N 22.2 1204742 1204743 1204745 QU 2 QUEUE 5n22.2ora 0 +5 N 22.2 1204742 1204743 1204746 DM 3 DEMAND 5n22.2ora 0 +5 N 22.2 1204742 1204743 1204747 PA 4 PASSAGE 5n22.2ora 0 +5 N 22.2 1204742 1204748 1204749 HV 1 SD_1 5n22.2hv 1 +5 N 22.2 1204742 1204750 1204751 ML 1 ML_1 5n22.2ml 4 +5 N 22.2 1204742 1204750 1204752 ML 2 ML_2 5n22.2ml 3 +5 N 22.2 1204742 1204750 1204753 ML 3 ML_3 5n22.2ml 2 +5 N 22.2 1204742 1204750 1204754 ML 4 ML_4 5n22.2ml 1 +5 N 22.2 1204742 1204750 1204755 ML 5 ML_5 ? 0 +5 N 22.75 1204756 1204757 1204758 OH 1 SD_2 5n22.75hv 1 +5 S 22.75 1204756 1204759 1204760 HV 1 SD_1 5s22.75hv 1 +5 S 22.75 1204756 1204761 1204762 ML 1 ML_1 5s22.75ml 4 +5 S 22.75 1204756 1204761 1204763 ML 2 ML_2 5s22.75ml 3 +5 S 22.75 1204756 1204761 1204764 ML 3 ML_3 5s22.75ml 2 +5 S 22.75 1204756 1204761 1204765 ML 4 ML_4 5s22.75ml 1 +5 N 22.75 1204756 1204766 1204767 OS 1 OS_1 5n22.75ml 5 +5 N 22.75 1204756 1204766 1204768 OS 2 OS_2 5n22.75ml 4 +5 N 22.75 1204756 1204766 1204769 OS 3 OS_3 5n22.75ml 2 +5 N 22.75 1204756 1204766 1204770 OS 4 OS_4 5n22.75ml 2 +5 N 22.75 1204756 1204766 1204771 OS 5 OS_5 5n22.75ml 1 +5 N 22.75 1204756 1204772 1204773 HN 1 RAMP_ON 5n22.75ff 1 +5 S 22.75 1204756 1204774 1204775 HF 1 RAMP_OFF ? 0 +5 S 22.75 1204756 1212715 1212713 FF 1 SD_4 5s22.75ff 1 +5 S 22.75 1204756 1212715 1212714 FF 2 SD_5 ? 0 +5 S 23.05 1204776 1204777 1204778 HV 1 SD_1 5s23.05hv 1 +5 S 23.05 1204776 1204779 1204780 OH 1 SD_2 ? 0 +5 S 23.05 1204776 1204781 1204782 ML 1 ML_1 5s23.05ml 5 +5 S 23.05 1204776 1204781 1204783 ML 2 ML_2 5s23.05ml 4 +5 S 23.05 1204776 1204781 1204784 ML 3 ML_3 5s23.05ml 3 +5 S 23.05 1204776 1204781 1204785 ML 4 ML_4 5s23.05ml 2 +5 S 23.05 1204776 1204781 1204786 ML 5 ML_5 5s23.05ml 1 +5 N 23.05 1204776 1204787 1204788 OS 1 OS_1 ? 0 +5 N 23.05 1204776 1204787 1204789 OS 2 OS_2 ? 0 +5 N 23.05 1204776 1204787 1204790 OS 3 OS_3 ? 0 +5 N 23.05 1204776 1204787 1204791 OS 4 OS_4 ? 0 +5 N 23.05 1204776 1204787 1204792 OS 5 OS_5 ? 0 +5 N 23.05 1204776 1212730 1212728 FO 1 SD_3 ? 0 +5 N 23.05 1204776 1212730 1212729 FO 2 SD_4 ? 0 +5 S 23.1 1204793 1204794 1204795 FR 1 RAMP_OFF ? 0 +5 S 23.1 1204793 1204796 1204797 HV 1 SD_1 ? 0 +5 S 23.1 1204793 1204798 1204799 ML 1 ML_1 ? 0 +5 S 23.1 1204793 1204798 1204800 ML 2 ML_2 ? 0 +5 S 23.1 1204793 1204798 1204801 ML 3 ML_3 ? 0 +5 N 23.2 1204802 1204803 1204804 FF 1 SD_2 5n23.2ff 2 +5 N 23.2 1204802 1204803 1204805 FF 2 SD_3 5n23.2ff 1 +5 N 23.2 1204802 1204806 1204807 HV 1 SD_1 5n23.2hv 1 +5 N 23.2 1204802 1204808 1204809 ML 1 ML_1 5n23.2ml 4 +5 N 23.2 1204802 1204808 1204810 ML 2 ML_2 5n23.2ml 3 +5 N 23.2 1204802 1204808 1204811 ML 3 ML_3 5n23.2ml 2 +5 N 23.2 1204802 1204808 1204812 ML 4 ML_4 5n23.2ml 1 +5 S 23.2 1204802 1212706 1212704 FF 1 SD_4 5s23.05ff 2 +5 S 23.2 1204802 1212706 1212705 FF 2 SD_5 5s23.05ff 1 +5 S 23.5 1204813 1204814 1204815 HV 1 SD_1 5s23.5hv 1 +5 S 23.5 1204813 1204816 1204817 ML 1 ML_1 5s23.5ml 6 +5 S 23.5 1204813 1204816 1204818 ML 2 ML_2 5s23.5ml 5 +5 S 23.5 1204813 1204816 1204819 ML 3 ML_3 5s23.5ml 4 +5 S 23.5 1204813 1204816 1204820 ML 4 ML_4 5s23.5ml 3 +5 S 23.5 1204813 1204816 1204821 ML 5 ML_5 5s23.5ml 2 +5 S 23.5 1204813 1204816 1204822 ML 6 ML_6 5s23.5ml 1 +5 N 23.5 1204813 1204823 1204824 OH 1 SD_2 5n23.5hv 1 +5 N 23.5 1204813 1204825 1204826 OS 1 OS_1 5n23.5ml 6 +5 N 23.5 1204813 1204825 1204827 OS 2 OS_2 5n23.5ml 5 +5 N 23.5 1204813 1204825 1204828 OS 3 OS_3 5n23.5ml 4 +5 N 23.5 1204813 1204825 1204829 OS 4 OS_4 5n23.5ml 3 +5 N 23.5 1204813 1204825 1204830 OS 5 OS_5 5n23.5ml 2 +5 N 23.5 1204813 1204825 1204831 OS 6 OS_6 5n23.5ml 1 +5 S 23.69 1204832 1204833 1204834 OR 1 RAMP_ON 5s23.69ora 0 +5 S 23.69 1204832 1204833 1204835 QU 2 QUEUE 5s23.69ora 0 +5 S 23.69 1204832 1204833 1204836 DM 3 DEMAND 5s23.69ora 0 +5 S 23.69 1204832 1204833 1204837 PA 4 PASSAGE 5s23.69ora 0 +5 S 23.69 1204832 1204833 1204838 RH 5 RAMP_HOV 5s23.69ora 0 +5 S 23.69 1204832 1204839 1204840 HV 1 SD_1 5s23.69hv 1 +5 S 23.69 1204832 1204841 1204842 ML 1 ML_1 5s23.69ml 5 +5 S 23.69 1204832 1204841 1204843 ML 2 ML_2 5s23.69ml 4 +5 S 23.69 1204832 1204841 1204844 ML 3 ML_3 5s23.69ml 3 +5 S 23.69 1204832 1204841 1204845 ML 4 ML_4 5s23.69ml 2 +5 S 23.69 1204832 1204841 1204846 ML 5 ML_5 5s23.69ml 1 +5 N 24.05 1204847 1204848 1204849 OR 1 RAMP_ON 5n24.05ora 0 +5 N 24.05 1204847 1204848 1204850 QU 2 QUEUE 5n24.05ora 0 +5 N 24.05 1204847 1204848 1204851 DM 3 DEMAND 5n24.05ora 0 +5 N 24.05 1204847 1204848 1204852 PA 4 PASSAGE 5n24.05ora 0 +5 N 24.05 1204847 1204848 1204853 RH 5 RAMP_HOV 5n24.05ora 0 +5 N 24.05 1204847 1204854 1204855 FR 1 RAMP_OFF 5n24.05fr 1 +5 N 24.05 1204847 1204854 1204856 FR 2 SD_2 5n24.05fr 2 +5 S 24.05 1204847 1204857 1204858 OF 1 SD_4 5s24.05fr 1 +5 N 24.05 1204847 1204859 1204860 HV 1 SD_1 5n24.05hv 1 +5 N 24.05 1204847 1204861 1204862 ML 1 ML_1 5n24.05ml 5 +5 N 24.05 1204847 1204861 1204863 ML 2 ML_2 5n24.05ml 4 +5 N 24.05 1204847 1204861 1204864 ML 3 ML_3 5n24.05ml 3 +5 N 24.05 1204847 1204861 1204865 ML 4 ML_4 5n24.05ml 2 +5 N 24.05 1204847 1204861 1204866 ML 5 ML_5 5n24.05ml 1 +5 S 24.05 1204847 1204867 1204868 OH 1 SD_3 5s24.05ml 6 +5 S 24.05 1204847 1204869 1204870 OS 1 OS_1 5s24.05ml 5 +5 S 24.05 1204847 1204869 1204871 OS 2 OS_2 5s24.05ml 4 +5 S 24.05 1204847 1204869 1204872 OS 3 OS_3 5s24.05ml 3 +5 S 24.05 1204847 1204869 1204873 OS 4 OS_4 5s24.05ml 2 +5 S 24.05 1204847 1204869 1204874 OS 5 OS_5 5s24.05ml 1 +5 N 24.5 1204875 1204876 1204877 HV 1 SD_1 5n24.5hv 1 +5 N 24.5 1204875 1204878 1204879 ML 1 ML_1 5n24.5ml 5 +5 N 24.5 1204875 1204878 1204880 ML 2 ML_2 5n24.5ml 4 +5 N 24.5 1204875 1204878 1204881 ML 3 ML_3 5n24.5ml 3 +5 N 24.5 1204875 1204878 1204882 ML 4 ML_4 5n24.5ml 2 +5 N 24.5 1204875 1204878 1204883 ML 5 ML_5 5n24.5ml 1 +5 S 24.5 1204875 1204884 1204885 OH 1 SD_2 5s24.5hv 1 +5 S 24.5 1204875 1204886 1204887 OS 1 OS_1 5s24.5ml 5 +5 S 24.5 1204875 1204886 1204888 OS 2 OS_2 5s24.5ml 4 +5 S 24.5 1204875 1204886 1204889 OS 3 OS_3 5s24.5ml 3 +5 S 24.5 1204875 1204886 1204890 OS 4 OS_4 5s24.5ml 2 +5 S 24.5 1204875 1204886 1204891 OS 5 OS_5 5s24.5ml 1 +5 S 24.84 1204892 1204893 1204894 OR 1 RAMP_ON 5s24.84ora 0 +5 S 24.84 1204892 1204893 1204895 QU 2 QUEUE 5s24.84ora 0 +5 S 24.84 1204892 1204893 1204896 DM 3 DEMAND 5s24.84ora 0 +5 S 24.84 1204892 1204893 1204897 PA 4 PASSAGE 5s24.84ora 0 +5 S 24.84 1204892 1204893 1204898 RH 5 RAMP_HOV 5s24.84ora 0 +5 S 24.84 1204892 1204899 1204900 FR 1 RAMP_OFF 5s24.84fr 1 +5 S 24.84 1204892 1204899 1204901 FR 2 SD_2 ? 0 +5 S 24.84 1204892 1204902 1204903 HV 1 SD_1 5s24.84hv 1 +5 S 24.84 1204892 1204904 1204905 ML 1 ML_1 5s24.84ml 5 +5 S 24.84 1204892 1204904 1204906 ML 2 ML_2 5s24.84ml 4 +5 S 24.84 1204892 1204904 1204907 ML 3 ML_3 5s24.84ml 3 +5 S 24.84 1204892 1204904 1204908 ML 4 ML_4 5s24.84ml 2 +5 S 24.84 1204892 1204904 1204909 ML 5 ML_5 5s24.84ml 1 +5 S 24.84 1204892 1204910 1204911 OH 1 SD_3 ? 0 +5 N 25.08 1204912 1204913 1204914 OR 1 RAMP_ON 5n25.08ora 0 +5 N 25.08 1204912 1204913 1204915 QU 2 QUEUE 5n25.08ora 0 +5 N 25.08 1204912 1204913 1204916 DM 3 DEMAND 5n25.08ora 0 +5 N 25.08 1204912 1204913 1204917 PA 4 PASSAGE 5n25.08ora 0 +5 N 25.08 1204912 1204913 1204918 RH 5 RAMP_HOV 5n25.08ora 0 +5 N 25.08 1204912 1204919 1204920 FR 1 RAMP_OFF 5n25.08fr 2 +5 N 25.08 1204912 1204919 1204921 FR 2 SD_2 5n25.08fr 1 +5 N 25.08 1204912 1204922 1204923 HV 1 SD_1 5n25.08hv 1 +5 N 25.08 1204912 1204924 1204925 ML 4 ML_4 5n25.08ml 2 +5 N 25.08 1204912 1204924 1204926 ML 5 ML_5 5n25.08ml 1 +5 N 25.08 1204912 1204924 1204927 ML 3 ML_3 5n25.08ml 3 +5 N 25.08 1204912 1204924 1212843 ML 1 ML_1 5n25.08ml 5 +5 N 25.08 1204912 1204924 1212844 ML 2 ML_2 5n25.08ml 4 +5 N 25.15 1204928 1204929 1204930 OR 1 RAMP_ON 5n25.15ora 0 +5 N 25.15 1204928 1204929 1204931 QU 2 QUEUE 5n25.15ora 0 +5 N 25.15 1204928 1204929 1204932 DM 3 DEMAND 5n25.15ora 0 +5 N 25.15 1204928 1204929 1204933 PA 4 PASSAGE 5n25.15ora 0 +5 N 25.15 1204928 1204929 1204934 RH 5 RAMP_HOV 5n25.15ora 0 +5 N 25.15 1204928 1204935 1204936 HV 1 SD_1 5n25.15hv 1 +5 N 25.15 1204928 1204937 1204938 ML 4 ML_4 5n25.15ml 2 +5 N 25.15 1204928 1204937 1204939 ML 5 ML_5 5n25.15ml 1 +5 N 25.15 1204928 1204937 1204940 ML 3 ML_3 5n25.15ml 3 +5 N 25.15 1204928 1204937 1212845 ML 1 ML_1 5n25.15ml 5 +5 N 25.15 1204928 1204937 1212846 ML 2 ML_2 5n25.15ml 4 +5 S 25.8 1204941 1204942 1204943 HV 1 SD_1 5s25.8hv 1 +5 S 25.8 1204941 1204944 1204945 ML 1 ML_1 5s25.8ml 5 +5 S 25.8 1204941 1204944 1204946 ML 2 ML_2 5s25.8ml 4 +5 S 25.8 1204941 1204944 1204947 ML 3 ML_3 5s25.8ml 3 +5 S 25.8 1204941 1204944 1204948 ML 4 ML_4 5s25.8ml 2 +5 S 25.8 1204941 1204944 1204949 ML 5 ML_5 5s25.8ml 1 +5 N 25.8 1204941 1204950 1204951 OS 1 OS_1 5n25.8ml 5 +5 N 25.8 1204941 1204950 1204952 OS 2 OS_2 5n25.8ml 4 +5 N 25.8 1204941 1204950 1204953 OS 3 OS_3 5n25.8ml 3 +5 N 25.8 1204941 1204950 1204954 OS 4 OS_4 5n25.8ml 2 +5 N 25.8 1204941 1204950 1204955 OS 5 OS_5 5n25.8ml 1 +5 N 25.8 1204941 1204956 1204957 OH 1 SD_2 5n25.8hv 1 +5 S 26.35 1204958 1204959 1204960 OR 1 RAMP_ON 5s26.35ora 0 +5 S 26.35 1204958 1204959 1204961 QU 2 QUEUE 5s26.35ora 0 +5 S 26.35 1204958 1204959 1204962 DM 3 DEMAND 5s26.35ora 0 +5 S 26.35 1204958 1204959 1204963 PA 4 PASSAGE 5s26.35ora 0 +5 S 26.35 1204958 1204959 1204964 RH 5 RAMP_HOV 5s26.35ora 0 +5 S 26.35 1204958 1204965 1204966 HV 1 SD_1 5s26.35hv 1 +5 S 26.35 1204958 1204967 1204968 ML 1 ML_1 5s26.35ml 5 +5 S 26.35 1204958 1204967 1204969 ML 2 ML_2 5s26.35ml 4 +5 S 26.35 1204958 1204967 1204970 ML 3 ML_3 5s26.35ml 3 +5 S 26.35 1204958 1204967 1204971 ML 4 ML_4 5s26.35ml 2 +5 S 26.35 1204958 1204967 1204972 ML 5 ML_5 5s26.35ml 1 +5 N 26.56 1204973 1204974 1204975 OR 1 RAMP_ON 5n26.56ora 0 +5 N 26.56 1204973 1204974 1204976 QU 2 QUEUE 5n26.56ora 0 +5 N 26.56 1204973 1204974 1204977 DM 3 DEMAND 5n26.56ora 0 +5 N 26.56 1204973 1204974 1204978 PA 4 PASSAGE 5n26.56ora 0 +5 N 26.56 1204973 1204980 1204981 HV 1 SD_1 5n26.56hv 1 +5 N 26.56 1204973 1204982 1204983 ML 1 ML_1 5n26.56ml 5 +5 N 26.56 1204973 1204982 1204984 ML 2 ML_2 5n26.56ml 4 +5 N 26.56 1204973 1204982 1204985 ML 3 ML_3 5n26.56ml 3 +5 N 26.56 1204973 1204982 1204986 ML 4 ML_4 5n26.56ml 2 +5 N 26.56 1204973 1204982 1204987 ML 5 ML_5 5n26.56ml 1 +5 S 26.66 1204988 1204989 1204990 QU 1 QUEUE 5s26.66ora 0 +5 S 26.66 1204988 1204989 1204991 DM 2 DEMAND 5s26.66ora 0 +5 S 26.66 1204988 1204989 1204992 PA 3 PASSAGE 5s26.66ora 0 +5 S 26.66 1204988 1204993 1204994 FR 1 RAMP_OFF 5s26.66fr 1 +5 S 26.66 1204988 1204995 1204996 HV 1 SD_1 5s26.66hv 1 +5 S 26.66 1204988 1204997 1204998 ML 1 ML_1 5s26.66ml 5 +5 S 26.66 1204988 1204997 1204999 ML 2 ML_2 5s26.66ml 4 +5 S 26.66 1204988 1204997 1205000 ML 3 ML_3 5s26.66ml 3 +5 S 26.66 1204988 1204997 1205001 ML 4 ML_4 5s26.66ml 2 +5 S 26.66 1204988 1204997 1205002 ML 5 ML_5 5s26.66ml 1 +5 N 26.81 1205003 1205004 1205005 QU 1 QUEUE 5n26.81ora 0 +5 N 26.81 1205003 1205004 1205006 DM 2 DEMAND 5n26.81ora 0 +5 N 26.81 1205003 1205004 1205007 PA 3 PASSAGE 5n26.81ora 0 +5 N 26.81 1205003 1205008 1205009 OF 1 SD_3 5n26.56fr 1 +5 N 26.81 1205003 1205010 1205011 HV 1 SD_1 5n26.81hv 1 +5 N 26.81 1205003 1205012 1205013 ML 1 ML_1 5n26.81ml 6 +5 N 26.81 1205003 1205012 1205014 ML 2 ML_2 5n26.81ml 5 +5 N 26.81 1205003 1205012 1205015 ML 3 ML_3 5n26.81ml 4 +5 N 26.81 1205003 1205012 1205016 ML 4 ML_4 5n26.81ml 3 +5 N 26.81 1205003 1205012 1205017 ML 5 ML_5 5n26.81ml 2 +5 N 26.81 1205003 1205012 1205018 ML 6 ML_6 5n26.81ml 1 +5 S 27.43 1205019 1205020 1205021 OR 1 RAMP_ON 5s27.43ora 0 +5 S 27.43 1205019 1205020 1205022 QU 2 QUEUE 5s27.43ora 0 +5 S 27.43 1205019 1205020 1205023 DM 3 DEMAND 5s27.43ora 0 +5 S 27.43 1205019 1205020 1205024 PA 4 PASSAGE 5s27.43ora 0 +5 S 27.43 1205019 1205020 1205025 RH 5 RAMP_HOV 5s27.43ora 0 +5 S 27.43 1205019 1205026 1205027 HV 1 SD_1 5s27.43hv 1 +5 S 27.43 1205019 1205028 1205029 ML 1 ML_1 5s27.43ml 6 +5 S 27.43 1205019 1205028 1205030 ML 2 ML_2 5s27.43ml 5 +5 S 27.43 1205019 1205028 1205031 ML 3 ML_3 5s27.43ml 4 +5 S 27.43 1205019 1205028 1205032 ML 4 ML_4 5s27.43ml 3 +5 S 27.43 1205019 1205028 1205033 ML 5 ML_5 5s27.43ml 2 +5 S 27.43 1205019 1205028 1212847 ML 6 ML_6 5s27.43ml 1 +5 N 27.55 1205034 1205035 1205036 OR 1 RAMP_ON 5n27.55ora 0 +5 N 27.55 1205034 1205035 1205037 QU 2 QUEUE 5n27.55ora 0 +5 N 27.55 1205034 1205035 1205038 DM 3 DEMAND 5n27.55ora 0 +5 N 27.55 1205034 1205035 1205039 PA 4 PASSAGE 5n27.55ora 0 +5 N 27.55 1205034 1205035 1205040 RH 5 RAMP_HOV 5n27.55ora 0 +5 N 27.55 1205034 1205041 1205042 FR 1 RAMP_OFF 5n27.55fr 1 +5 N 27.55 1205034 1205045 1205048 ML 3 ML_3 5n27.55ml 3 +5 N 27.55 1205034 1205045 1205049 ML 4 ML_4 5n27.55ml 2 +5 N 27.55 1205034 1205045 1205050 ML 5 ML_5 5n27.55ml 1 +5 S 27.7 1205051 1205052 1205053 OR 1 RAMP_ON 5s27.7ora 0 +5 S 27.7 1205051 1205052 1205054 QU 2 QUEUE 5s27.7ora 0 +5 S 27.7 1205051 1205052 1205055 DM 3 DEMAND 5s27.7ora 0 +5 S 27.7 1205051 1205052 1205056 PA 4 PASSAGE 5s27.7ora 0 +5 S 27.7 1205051 1205052 1205057 RH 5 RAMP_HOV 5s27.7ora 0 +5 S 27.7 1205051 1205058 1205059 FR 1 RAMP_OFF 5s27.7fr 1 +5 S 27.7 1205051 1205062 1205066 ML 4 ML_4 5s27.7ml 2 +5 S 27.7 1205051 1205062 1205067 ML 5 ML_5 5s27.7ml 1 +5 N 27.7 1205068 1205071 1205075 ML 4 ML_4 5n27.56ml 3 +5 N 27.7 1205068 1205071 1205076 ML 5 ML_5 5n27.56ml 2 +5 N 27.7 1205068 1210814 1210807 DM 1 DEMAND 5n27.56ora 0 +5 N 27.7 1205068 1210814 1210808 PA 2 PASSAGE 5n27.56ora 0 +5 N 27.7 1205068 1210814 1210809 QU 3 QUEUE 5n27.56ora 0 +5 N 27.7 1205068 1205071 1210810 ML 6 ML_6 5n27.56ml 1 +5 N 27.7 1205068 1210814 1210811 OR 4 RAMP_ON 5n27.56ora 0 +5 N 27.7 1205068 1210814 1210813 RH 5 RAMP_HOV 5n27.56ora 0 +5 N 28.1 1205077 1205078 1205079 OR 1 RAMP_ON 5n28.1ora 0 +5 N 28.1 1205077 1205078 1205080 QU 2 QUEUE 5n28.1ora 0 +5 N 28.1 1205077 1205078 1205081 DM 3 DEMAND 5n28.1ora 0 +5 N 28.1 1205077 1205078 1205082 PA 4 PASSAGE 5n28.1ora 0 +5 N 28.1 1205077 1205078 1205083 RH 5 RAMP_HOV 5n28.1ora 0 +5 N 28.1 1205077 1205084 1205085 FR 1 RAMP_OFF 5n28.1fr 1 +5 N 28.1 1205077 1205086 1205087 HV 1 SD_1 5n28.1hv 1 +5 N 28.1 1205077 1205088 1205089 ML 1 ML_1 5n28.1ml 5 +5 N 28.1 1205077 1205088 1205090 ML 2 ML_2 5n28.1ml 4 +5 N 28.1 1205077 1205088 1205091 ML 3 ML_3 5n28.1ml 3 +5 N 28.1 1205077 1205088 1205092 ML 4 ML_4 5n28.1ml 2 +5 N 28.1 1205077 1205088 1205093 ML 5 ML_5 5n28.1ml 1 +5 S 28.35 1205094 1205095 1205096 OR 1 RAMP_ON 5s28.35ora 0 +5 S 28.35 1205094 1205095 1205097 QU 2 QUEUE 5s28.35ora 0 +5 S 28.35 1205094 1205095 1205098 DM 3 DEMAND 5s28.35ora 0 +5 S 28.35 1205094 1205095 1205099 PA 4 PASSAGE 5s28.35ora 0 +5 S 28.35 1205094 1205095 1205100 RH 5 RAMP_HOV 5s28.35ora 0 +5 S 28.35 1205094 1205101 1205102 FR 1 RAMP_OFF 5s28.35fr 1 +5 S 28.35 1205094 1205103 1205104 HV 1 SD_1 5s28.35hv 1 +5 S 28.35 1205094 1205105 1205106 ML 1 ML_1 5s28.35ml 5 +5 S 28.35 1205094 1205105 1205107 ML 2 ML_2 5s28.35ml 4 +5 S 28.35 1205094 1205105 1205108 ML 3 ML_3 5s28.35ml 3 +5 S 28.35 1205094 1205105 1205109 ML 4 ML_4 5s28.35ml 2 +5 S 28.35 1205094 1205105 1205110 ML 5 ML_5 5s28.35ml 1 +5 S 29.02 1205111 1205112 1205113 OR 1 RAMP_ON 5s29.02ora 0 +5 S 29.02 1205111 1205112 1205114 QU 2 QUEUE 5s29.02ora 0 +5 S 29.02 1205111 1205112 1205115 DM 3 DEMAND 5s29.02ora 0 +5 S 29.02 1205111 1205112 1205116 PA 4 PASSAGE 5s29.02ora 0 +5 S 29.02 1205111 1205112 1205117 RH 5 RAMP_HOV 5s29.02ora 0 +5 N 29.02 1205111 1208538 1205119 OF 1 SD_2 5n28.58fr 1 +5 S 29.02 1205111 1205120 1205121 HV 1 SD_1 ? 0 +5 S 29.02 1205111 1205122 1205123 ML 1 ML_1 5s29.79ml 6 +5 S 29.02 1205111 1205122 1205124 ML 2 ML_2 5s29.79ml 5 +5 S 29.02 1205111 1205122 1205125 ML 3 ML_3 5s29.79ml 4 +5 S 29.02 1205111 1205122 1205126 ML 4 ML_4 5s29.79ml 3 +5 S 29.02 1205111 1205122 1205127 ML 5 ML_5 5s29.79ml 2 +5 N 29.24 1205128 1205129 1205130 OR 1 RAMP_ON 5n29.24ora 0 +5 N 29.24 1205128 1205129 1205131 QU 2 QUEUE 5n29.24ora 0 +5 N 29.24 1205128 1205129 1205132 DM 3 DEMAND 5n29.24ora 0 +5 N 29.24 1205128 1205129 1205133 PA 4 PASSAGE 5n29.24ora 0 +5 N 29.24 1205128 1205129 1205134 RH 5 RAMP_HOV 5n29.24ora 0 +5 N 29.24 1205128 1205135 1205136 ML 1 ML_1 5n29.24ml 5 +5 N 29.24 1205128 1205135 1205137 ML 2 ML_2 5n29.24ml 4 +5 N 29.24 1205128 1205135 1205138 ML 3 ML_3 5n29.24ml 3 +5 N 29.24 1205128 1205135 1208493 ML 5 ML_5 5n29.24ml 1 +5 N 29.24 1205128 1205135 1208495 ML 4 ML_4 5n29.24ml 2 +5 N 29.24 1205128 1208537 1208534 HV 1 SD_1 5n29.24hv 1 +5 N 29.24 1205128 1208540 1208539 OF 1 SD_3 ? 0 +5 N 29.79 1205146 1205147 1205148 OR 1 RAMP_ON 5n29.79orb 0 +5 N 29.79 1205146 1205147 1205149 QU 2 QUEUE 5n29.79orb 0 +5 N 29.79 1205146 1205147 1205150 DM 3 DEMAND 5n29.79orb 0 +5 N 29.79 1205146 1205147 1205151 PA 4 PASSAGE 5n29.79orb 0 +5 N 29.79 1205146 1205152 1205153 ML 1 ML_1 5n29.79ml 5 +5 N 29.79 1205146 1205152 1205154 ML 2 ML_2 5n29.79ml 4 +5 N 29.79 1205146 1205152 1205155 ML 3 ML_3 5n29.79ml 3 +5 N 29.79 1205146 1205152 1208356 ML 4 ML_4 5n29.79ml 2 +5 N 29.79 1205146 1205152 1208357 ML 5 ML_5 5n29.79ml 1 +5 N 29.79 1205146 1208365 1208361 HV 1 SD_1 5n29.79hv 1 +5 N 29.79 1205146 1205139 1208501 OS 1 OS_1 5s29.79ml 6 +5 N 29.79 1205146 1205139 1208502 OS 2 OS_2 5s29.79ml 5 +5 N 29.79 1205146 1205139 1208503 OS 3 OS_3 5s29.79ml 4 +5 N 29.79 1205146 1205139 1208504 OS 4 OS_4 5s29.79ml 3 +5 N 29.79 1205146 1205139 1208505 OS 5 OS_5 5s29.79ml 2 +5 N 29.79 1205146 1205139 1208506 OS 6 OS_6 5s29.79ml 1 +5 N 29.79 1205146 1208962 1208507 OH 1 SD_2 5s29.79hv 1 +5 N 29.79 1205146 1208963 1208957 FO 1 COLL_DIST_1 ? 0 +5 N 29.79 1205146 1208963 1208958 FO 2 COLL_DIST_2 ? 0 +5 N 29.79 1205146 1208964 1208959 OF 1 SD_3 ? 0 +5 N 29.79 1205146 1208964 1208960 OF 2 SD_4 ? 0 +5 N 29.79 1205146 1212052 1208961 OF 1 SD_5 ? 0 +5 N 30 1205156 1205157 1205158 ML 1 ML_1 5n30ml 5 +5 N 30 1205156 1205157 1205159 ML 2 ML_2 5n30ml 4 +5 N 30 1205156 1205157 1205160 ML 3 ML_3 5n30ml 3 +5 N 30 1205156 1205157 1205161 ML 4 ML_4 5n30ml 2 +5 N 30 1205156 1205157 1205162 ML 5 ML_5 5n30ml 1 +5 S 30 1205156 1205157 1205163 ML 6 ML_6 5s29.79ml 1 +5 N 30 1205156 1208975 1208966 HV 1 SD_1 5n30ml 6 +5 S 30 1205156 1208976 1208969 OS 1 OS_1 5s30.2ml 5 +5 S 30 1205156 1208976 1208970 OS 2 OS_2 5s30.2ml 4 +5 S 30 1205156 1208976 1208971 OS 3 OS_3 5s30.2ml 3 +5 S 30 1205156 1208976 1208972 OS 4 OS_4 5s30.2ml 2 +5 S 30 1205156 1208977 1208974 OH 1 SD_2 5s30.2ml 1 +5 N 30.2 1205164 1205165 1208978 ML 1 ML_1 5n30.2ml 5 +5 N 30.2 1205164 1205165 1208979 ML 2 ML_2 5n30.2ml 4 +5 N 30.2 1205164 1205165 1208980 ML 3 ML_3 5n30.2ml 3 +5 N 30.2 1205164 1205165 1208981 ML 4 ML_4 5n30.2ml 2 +5 N 30.2 1205164 1205165 1208982 ML 5 ML_5 5n30.2ml 1 +5 N 30.2 1205164 1205166 1208983 OS 1 OS_1 5s30.2ml 5 +5 N 30.2 1205164 1205166 1208984 OS 2 OS_2 5s30.2ml 4 +5 N 30.2 1205164 1205166 1208985 OS 3 OS_3 5s30.2ml 3 +5 N 30.2 1205164 1205166 1208986 OS 4 OS_4 5s30.2ml 2 +5 N 30.2 1205164 1208989 1208987 HV 1 SD_1 5n30.2hv 1 +5 N 30.2 1205164 1208993 1208988 OH 1 SD_2 5s30.2ml 1 +5 N 30.2 1205164 1208990 1208991 FF 1 SD_3 5n30.2ff 1 +5 N 30.4 1205167 1205168 1208994 ML 1 ML_1 5n30.4ml 5 +5 N 30.4 1205167 1205168 1208995 ML 2 ML_2 5n30.4ml 4 +5 N 30.4 1205167 1205168 1208996 ML 3 ML_3 5n30.4ml 3 +5 N 30.4 1205167 1205168 1208997 ML 4 ML_4 5n30.4ml 2 +5 N 30.4 1205167 1205169 1208998 OS 1 OS_1 5s30.4ml 5 +5 N 30.4 1205167 1205169 1208999 OS 2 OS_2 5s30.4ml 4 +5 N 30.4 1205167 1205169 1209001 OS 3 OS_3 5s30.4ml 3 +5 N 30.4 1205167 1205169 1209003 OS 4 OS_4 5s30.4ml 2 +5 N 30.4 1205167 1205169 1209004 OS 5 OS_5 5s30.4ml 1 +5 N 30.4 1205167 1209011 1209005 HV 1 SD_1 5n30.4ml 1 +5 S 30.4 1205167 1209014 1209007 OH 1 SD_2 5s30.4hv 1 +5 N 30.4 1205167 1209012 1209008 FF 1 SD_3 5n30.4ffa 1 +5 N 30.4 1205167 1209012 1209009 FF 2 SD_4 5n30.4ffb 1 +5 N 30.4 1205167 1209013 1209010 FF 1 SD_5 5n30.4ffb 2 +5 S 30.6 1205172 1205173 1211174 HV 1 SD_4 5s30.6hv 1 +5 N 30.6 1205172 1205171 1211175 OH 1 SD_5 5n30.6hv 1 +5 S 30.9 1205176 1205177 1205178 OR 1 RAMP_ON 5s30.9orb 0 +5 S 30.9 1205176 1205177 1205179 QU 2 QUEUE 5s30.9orb 0 +5 S 30.9 1205176 1205177 1205180 DM 3 DEMAND 5s30.9orb 0 +5 N 30.9 1205176 1205177 1205181 PA 4 PASSAGE 5s30.9orb 0 +5 S 30.9 1205176 1205182 1205183 ML 1 ML_1 5s30.9ml 5 +5 S 30.9 1205176 1205182 1205184 ML 2 ML_2 5s30.9ml 4 +5 S 30.9 1205176 1205182 1205185 ML 3 ML_3 5s30.9ml 3 +5 S 30.9 1205176 1205182 1205186 ML 4 ML_4 5s30.9ml 2 +5 S 30.9 1205176 1205182 1205187 ML 5 ML_5 5s30.9ml 1 +5 N 30.9 1205176 1205175 1208318 OS 1 OS_1 5n30.9ml 5 +5 N 30.9 1205176 1205175 1208319 OS 2 OS_2 5n30.9ml 4 +5 N 30.9 1205176 1205175 1208320 OS 3 OS_3 5n30.9ml 3 +5 N 30.9 1205176 1205175 1208498 OS 4 OS_4 5n30.9ml 2 +5 N 30.9 1205176 1205175 1208500 OS 5 OS_5 5n30.9ml 1 +5 S 30.9 1205176 1209694 1209504 HV 1 SD_1 5s30.9hv 1 +5 N 30.9 1205176 1209693 1209505 OH 1 SD_6 5n30.9hv 1 +5 N 30.9 1205176 1209697 1209695 OF 2 SD_3 ? 0 +5 N 30.9 1205176 1209697 1209696 OF 1 RAMP_OFF 5n30.8fr 1 +5 S 30.9 1205176 1209840 1211152 HB 1 SD_5 ? 0 +5 N 30.9 1205176 1209841 1211153 FO 1 SD_4 ? 0 +5 N 31.1 1205188 1205193 1205194 ML 1 ML_1 5n31.23ml 5 +5 N 31.1 1205188 1205193 1205195 ML 2 ML_2 5n31.23ml 4 +5 N 31.1 1205188 1205193 1205196 ML 3 ML_3 5n31.23ml 3 +5 S 31.23 1205188 1205189 1205190 OS 1 OS_1 5s31.23ml 5 +5 S 31.23 1205188 1205189 1205191 OS 2 OS_2 5s31.23ml 4 +5 S 31.23 1205188 1205189 1205192 OS 3 OS_3 5s31.23ml 3 +5 N 31.23 1205188 1205193 1209711 ML 4 ML_4 5n31.23ml 2 +5 N 31.23 1205188 1205193 1209712 ML 5 ML_5 5n31.23ml 1 +5 N 31.23 1205188 1205189 1209713 OS 4 OS_4 5s31.23ml 2 +5 N 31.23 1205188 1205189 1209714 OS 5 OS_5 5s31.23ml 1 +5 N 31.23 1205188 1209726 1209715 DM 1 DEMAND 5n31.23ora 0 +5 N 31.23 1205188 1209726 1209716 PA 2 PASSAGE 5n31.23ora 0 +5 N 31.23 1205188 1209726 1209717 QU 3 QUEUE 5n31.23ora 0 +5 N 31.23 1205188 1209726 1209718 OR 4 RAMP_ON 5n31.23ora 0 +5 S 31.23 1205188 1209728 1209719 OH 1 SD_1 5s31.23hv 2 +5 S 31.23 1205188 1209728 1209720 OH 2 SD_2 5s31.23hv 1 +5 N 31.23 1205188 1209727 1209721 HV 1 SD_3 5n31.23hv 1 +5 S 31.23 1205188 1209731 1209723 OF 1 SD_4 5s31.23fr 2 +5 S 31.23 1205188 1209731 1209724 OF 2 SD_5 5s31.23fr 1 +5 N 31.23 1205188 1212741 1212737 HB 1 COLL_DIST_1 ? 0 +5 S 31.23 1205188 1212742 1212738 HB 1 SD_6 ? 0 +5 S 31.4 1205197 1205198 1205199 OH 1 SD_3 5n31.4hv 2 +5 S 31.4 1205197 1205200 1205201 OS 1 OS_1 5s31.4ml 6 +5 S 31.4 1205197 1205200 1205202 OS 2 OS_2 5s31.4ml 5 +5 S 31.4 1205197 1205200 1205203 OS 3 OS_3 5s31.4ml 4 +5 N 31.4 1205197 1205204 1205205 ML 1 ML_1 5n31.4ml 6 +5 N 31.4 1205197 1205204 1205206 ML 2 ML_2 5n31.4ml 5 +5 N 31.4 1205197 1205204 1205207 ML 3 ML_3 5n31.4ml 4 +5 N 31.4 1205197 1205204 1209732 ML 4 ML_4 5n31.4ml 3 +5 N 31.4 1205197 1205204 1209733 ML 5 ML_5 5n31.4ml 2 +5 N 31.4 1205197 1205204 1209734 ML 6 ML_6 5n31.4ml 1 +5 S 31.4 1205197 1205200 1209735 OS 4 OS_4 5s31.4ml 3 +5 S 31.4 1205197 1205200 1209736 OS 5 OS_5 5s31.4ml 2 +5 S 31.4 1205197 1205200 1209737 OS 6 OS_6 5s31.4ml 1 +5 S 31.4 1205197 1205198 1209742 OH 2 SD_4 5n31.4hv 1 +5 N 31.4 1205197 1209746 1209743 HV 1 SD_1 5n31.4hv 2 +5 N 31.4 1205197 1209746 1209744 HV 2 SD_2 5n31.4hv 1 +5 S 31.6 1205208 1205211 1205212 ML 1 ML_1 5s31.6ml 6 +5 S 31.6 1205208 1205211 1205213 ML 2 ML_2 5s31.6ml 5 +5 S 31.6 1205208 1205211 1205214 ML 3 ML_3 5s31.6ml 4 +5 N 31.6 1205208 1205215 1205216 OS 1 OS_1 5n31.6ml 5 +5 N 31.6 1205208 1205215 1205217 OS 2 OS_2 5n31.6ml 4 +5 N 31.6 1205208 1205215 1205218 OS 3 OS_3 5n31.6ml 3 +5 S 31.6 1205208 1205211 1209748 ML 4 ML_4 5s31.6ml 3 +5 S 31.6 1205208 1205211 1209749 ML 5 ML_5 5s31.6ml 2 +5 S 31.6 1205208 1205211 1209750 ML 6 ML_6 5s31.6ml 1 +5 N 31.6 1205208 1205215 1209751 OS 4 OS_4 5n31.6ml 2 +5 N 31.6 1205208 1205215 1209752 OS 5 OS_5 5n31.6ml 1 +5 S 31.6 1205208 1212046 1209754 HV 1 SD_1 5s31.6hv 1 +5 N 31.6 1205208 1212047 1209755 OH 1 SD_2 5n31.6hv 0 +5 S 31.6 1205208 1212780 1212778 OR 1 SD_3 ? 0 +5 S 31.6 1205208 1212781 1212779 FR 1 SD_4 ? 0 +5 N 31.9 1205219 1205220 1205221 OR 1 RAMP_ON 5n31.9ora 0 +5 N 31.9 1205219 1205220 1205222 QU 2 QUEUE 5n31.9ora 0 +5 N 31.9 1205219 1205220 1205223 DM 3 DEMAND 5n31.9ora 0 +5 N 31.9 1205219 1205220 1205224 PA 4 PASSAGE 5n31.9ora 0 +5 N 31.9 1205219 1205225 1205226 ML 1 ML_1 5n31.9ml 5 +5 N 31.9 1205219 1205225 1205227 ML 2 ML_2 5n31.9ml 4 +5 N 31.9 1205219 1205225 1205228 ML 3 ML_3 5n31.9ml 3 +5 N 31.9 1205219 1205225 1209759 ML 4 ML_4 5n31.9ml 2 +5 N 31.9 1205219 1205225 1209760 ML 5 ML_5 5n31.9ml 1 +5 N 31.9 1205219 1209763 1209761 FR 1 RAMP_OFF 5n31.9fr 1 +5 N 31.9 1205219 1209764 1209762 HV 1 SD_1 5n31.9hv 1 +5 S 32 1205229 1205230 1205231 ML 1 ML_1 5s32ml 5 +5 S 32 1205229 1205230 1205232 ML 2 ML_2 5s32ml 4 +5 S 32 1205229 1205230 1205233 ML 3 ML_3 5s32ml 3 +5 S 32 1205229 1205230 1209765 ML 4 ML_4 5s32ml 2 +5 S 32 1205229 1205230 1209766 ML 5 ML_5 5s32ml 1 +5 S 32 1205229 1209777 1209767 DM 1 DEMAND 5s32ora 0 +5 S 32 1205229 1209777 1209768 PA 2 PASSAGE 5s32ora 0 +5 S 32 1205229 1209777 1209769 QU 3 QUEUE 5s32ora 0 +5 S 32 1205229 1209777 1209770 OR 4 RAMP_ON 5s32ora 0 +5 S 32 1205229 1209778 1209771 FR 1 RAMP_OFF 5s32fr 1 +5 S 32 1205229 1209779 1209772 HV 1 SD_1 5s32hv 1 +5 S 32 1205229 1209779 1209773 HV 2 SD_2 ? 0 +5 S 32.25 1205238 1205239 1205240 OR 1 RAMP_ON 5s32.25ora 0 +5 S 32.25 1205238 1205239 1205241 QU 2 QUEUE 5s32.25ora 0 +5 S 32.25 1205238 1205239 1205242 DM 3 DEMAND 5s32.25ora 0 +5 S 32.25 1205238 1205239 1205243 PA 4 PASSAGE 5s32.25ora 0 +5 S 32.25 1205238 1205244 1205245 FR 1 RAMP_OFF 5s32.58fr 1 +5 S 32.25 1205238 1205246 1205247 ML 1 ML_1 5s32.25ml 5 +5 S 32.25 1205238 1205246 1205248 ML 2 ML_2 5s32.25ml 4 +5 S 32.25 1205238 1205246 1205249 ML 3 ML_3 5s32.25ml 3 +5 S 32.25 1205238 1205246 1209819 ML 4 ML_4 5s32.25ml 2 +5 S 32.25 1205238 1205246 1209820 ML 5 ML_5 5s32.25ml 1 +5 N 32.25 1205238 1205250 1209821 OS 4 OS_4 5n32.3ml 2 +5 N 32.25 1205238 1205250 1209822 OS 5 OS_5 5n32.3ml 1 +5 S 32.25 1205238 1209826 1209823 HV 1 SD_1 5s32.25hv 1 +5 N 32.25 1205238 1209827 1209824 OH 1 SD_2 5n32.3hv 1 +5 N 32.3 1205238 1205250 1205251 OS 1 OS_1 5n32.3ml 5 +5 N 32.3 1205238 1205250 1205252 OS 2 OS_2 5n32.3ml 4 +5 N 32.3 1205238 1205250 1205253 OS 3 OS_3 5n32.3ml 3 +5 N 32.5 1205254 1205255 1205256 OR 1 RAMP_ON 5n32.5ora 0 +5 N 32.5 1205254 1205255 1205257 QU 2 QUEUE 5n32.5ora 0 +5 N 32.5 1205254 1205255 1205258 DM 3 DEMAND 5n32.5ora 0 +5 N 32.5 1205254 1205255 1205259 PA 4 PASSAGE 5n32.5ora 0 +5 N 32.5 1205254 1205260 1205261 FR 1 RAMP_OFF 5n32.5fr 1 +5 N 32.5 1205254 1205262 1205263 ML 1 ML_1 5n32.5ml 5 +5 N 32.5 1205254 1205262 1205264 ML 2 ML_2 5n32.5ml 4 +5 N 32.5 1205254 1205262 1205265 ML 3 ML_3 5n32.5ml 3 +5 N 32.5 1205254 1205262 1209782 ML 4 ML_4 5n32.5ml 2 +5 N 32.5 1205254 1205262 1209783 ML 5 ML_5 5n32.5ml 1 +5 N 32.5 1205254 1209931 1209930 HV 1 SD_1 5n32.5hv 1 +5 S 32.58 1205254 1205266 1205267 OH 1 SD_2 ? 0 +5 N 32.6 1205268 1205269 1208291 ML 2 ML_2 5n32.6ml 4 +5 N 32.6 1205268 1205269 1208297 ML 1 ML_1 5n32.6ml 5 +5 N 32.6 1205268 1205269 1209934 ML 3 ML_3 5n32.6ml 3 +5 N 32.6 1205268 1205269 1209935 ML 4 ML_4 5n32.6ml 2 +5 N 32.6 1205268 1205269 1209936 ML 5 ML_5 5n32.6ml 1 +5 N 32.6 1205268 1209943 1209938 DM 1 DEMAND 5n32.6ora 0 +5 N 32.6 1205268 1209943 1209939 PA 2 PASSAGE 5n32.6ora 0 +5 N 32.6 1205268 1209943 1209940 QU 3 QUEUE 5n32.6ora 0 +5 N 32.6 1205268 1209943 1209941 OR 4 RAMP_ON 5n32.6ora 0 +5 N 32.6 1205268 1209944 1209942 HV 1 SD_1 5n32.6hv 1 +5 S 33 1205270 1205271 1205272 OR 1 RAMP_ON 5s33ora 0 +5 S 33 1205270 1205271 1205273 QU 2 QUEUE 5s33ora 0 +5 S 33 1205270 1205271 1205274 DM 3 DEMAND 5s33ora 0 +5 S 33 1205270 1205271 1205275 PA 4 PASSAGE 5s33ora 0 +5 S 33 1205270 1205276 1205277 ML 1 ML_1 5s33ml 5 +5 S 33 1205270 1205276 1205278 ML 2 ML_2 5s33ml 4 +5 S 33 1205270 1205276 1205279 ML 3 ML_3 5s33ml 3 +5 S 33 1205270 1205276 1209945 ML 4 ML_4 5s33ml 2 +5 S 33 1205270 1205276 1209947 ML 5 ML_5 5s33ml 1 +5 S 33 1205270 1209950 1209948 HV 1 SD_1 5s33hv 1 +5 N 33 1205270 1209951 1209949 OH 1 SD_2 ? 0 +55 N 3.11 1203026 1203027 1203028 OR 1 RAMP_ON 55n3.07ora 0 +55 N 3.11 1203026 1203027 1203029 QU 2 QUEUE 55n3.07ora 0 +55 N 3.11 1203026 1203027 1203030 DM 3 DEMAND 55n3.07ora 0 +55 N 3.11 1203026 1203027 1203031 PA 4 PASSAGE 55n3.07ora 0 +55 S 3.11 1203026 1203032 1203033 OF 1 SD_1 55s3.07fr 2 +55 S 3.11 1203026 1203032 1203034 OF 2 SD_2 55s3.07fr 1 +55 N 3.11 1203026 1203035 1203036 ML 1 ML_1 55n3.07ml 4 +55 N 3.11 1203026 1203035 1203037 ML 2 ML_2 55n3.07ml 3 +55 N 3.11 1203026 1203035 1203038 ML 3 ML_3 55n3.07ml 2 +55 N 3.11 1203026 1203035 1203039 ML 4 ML_4 55n3.07ml 1 +55 S 3.11 1203026 1203040 1203041 OS 1 OS_1 55s3.07ml 3 +55 S 3.11 1203026 1203040 1203042 OS 2 OS_2 55s3.07ml 2 +55 S 3.11 1203026 1203040 1203043 OS 3 OS_3 55s3.07ml 1 +55 S 3.6 1203044 1203045 1203046 OR 1 RAMP_ON 55s3.59ora 0 +55 S 3.6 1203044 1203045 1203047 QU 2 QUEUE 55s3.59ora 0 +55 S 3.6 1203044 1203045 1203048 DM 3 DEMAND 55s3.59ora 0 +55 S 3.6 1203044 1203045 1203049 PA 4 PASSAGE 55s3.59ora 0 +55 S 3.6 1203044 1203050 1203051 ML 1 ML_1 55s3.59ml 4 +55 S 3.6 1203044 1203050 1203052 ML 2 ML_2 55s3.59ml 3 +55 S 3.6 1203044 1203050 1203053 ML 3 ML_3 55s3.59ml 2 +55 S 3.6 1203044 1203050 1203054 ML 4 ML_4 55s3.59ml 1 +55 N 3.6 1203044 1203055 1203056 OF 1 SD_1 55n3.59fr 1 +55 N 3.6 1203044 1203057 1203058 OS 1 OS_1 55n3.59ml 4 +55 N 3.6 1203044 1203057 1203059 OS 2 OS_2 55n3.59ml 3 +55 N 3.6 1203044 1203057 1203060 OS 3 OS_3 55n3.59ml 2 +55 N 3.6 1203044 1203057 1203061 OS 4 OS_4 55n3.59ml 1 +55 N 3.96 1203062 1203063 1203064 OR 1 RAMP_ON 55n3.97ora 0 +55 N 3.96 1203062 1203063 1203065 QU 2 QUEUE 55n3.97ora 0 +55 N 3.96 1203062 1203063 1203066 DM 3 DEMAND 55n3.97ora 0 +55 N 3.96 1203062 1203063 1203067 PA 4 PASSAGE 55n3.97ora 0 +55 S 3.96 1203062 1203068 1203069 OF 1 SD_1 55s3.97fr 2 +55 S 3.96 1203062 1203068 1203070 OF 2 SD_2 55s3.97fr 1 +55 N 3.96 1203062 1203071 1203072 ML 1 ML_1 55n3.97ml 4 +55 N 3.96 1203062 1203071 1203073 ML 2 ML_2 55n3.97ml 3 +55 N 3.96 1203062 1203071 1203074 ML 3 ML_3 55n3.97ml 2 +55 N 3.96 1203062 1203071 1203075 ML 4 ML_4 55n3.97ml 1 +55 S 3.96 1203062 1203076 1203077 OS 1 OS_1 55s3.97ml 4 +55 S 3.96 1203062 1203076 1203078 OS 2 OS_2 55s3.97ml 3 +55 S 3.96 1203062 1203076 1203079 OS 3 OS_3 55s3.97ml 2 +55 S 3.96 1203062 1203076 1203080 OS 4 OS_4 55s3.97ml 1 +55 N 4.58 1203081 1203082 1210208 ML 1 ML_1 55n4.58ml 4 +55 N 4.58 1203081 1203082 1210209 ML 2 ML_2 55n4.58ml 3 +55 N 4.58 1203081 1203082 1210210 ML 3 ML_3 55n4.58ml 2 +55 N 4.58 1203081 1203082 1210211 ML 4 ML_4 55n4.58ml 1 +55 S 4.58 1203081 1210220 1210212 OS 1 OS_1 55s4.58ml 4 +55 S 4.58 1203081 1210220 1210213 OS 2 OS_2 55s4.58ml 3 +55 S 4.58 1203081 1210220 1210214 OS 3 OS_3 55s4.58ml 2 +55 S 4.58 1203081 1210220 1210215 OS 4 OS_4 55s4.58ml 1 +55 N 4.58 1203081 1210221 1210216 FF 1 SD_4 55n4.58ff 2 +55 N 4.58 1203081 1210221 1210217 FF 2 SD_5 55n4.58ff 1 +55 S 4.58 1203081 1210222 1210218 FO 1 SD_1 55s4.58ff 1 +55 S 4.58 1203081 1210222 1210219 FO 2 SD_2 ? 0 +55 S 4.7 1203083 1203084 1210195 ML 1 ML_1 55s4.7ml 3 +55 S 4.7 1203083 1203084 1210196 ML 2 ML_2 55s4.7ml 2 +55 S 4.7 1203083 1203084 1210197 ML 3 ML_3 55s4.7ml 1 +55 N 4.7 1203083 1210205 1210198 OS 1 OS_1 55n4.7ml 3 +55 N 4.7 1203083 1210205 1210199 OS 2 OS_2 55n4.7ml 2 +55 N 4.7 1203083 1210205 1210200 OS 3 OS_3 55n4.7ml 1 +55 S 4.7 1203083 1210206 1210201 DM 1 DEMAND 55s4.7or 0 +55 S 4.7 1203083 1210206 1210202 PA 2 PASSAGE 55s4.7or 0 +55 S 4.7 1203083 1210206 1210203 QU 3 QUEUE 55s4.7or 0 +55 S 4.7 1203083 1210207 1210204 FR 1 SD_1 ? 0 +55 S 5.06 1210174 1210189 1210175 ML 1 ML_1 55s5.06ml 3 +55 S 5.06 1210174 1210189 1210176 ML 2 ML_2 55s5.06ml 2 +55 S 5.06 1210174 1210189 1210177 ML 3 ML_3 55s5.06ml 1 +55 N 5.06 1210174 1210190 1210178 OS 1 OS_1 55n5.06ml 3 +55 N 5.06 1210174 1210190 1210179 OS 2 OS_2 55n5.06ml 2 +55 N 5.06 1210174 1210190 1210180 OS 3 OS_3 55n5.06ml 1 +55 S 5.06 1210174 1210191 1210181 FF 1 SD_1 55s5.06ff 2 +55 S 5.06 1210174 1210191 1210182 FF 2 SD_2 55s5.06ff 1 +55 N 5.06 1210174 1210194 1210185 FO 1 SD_3 55n5.06ff 2 +55 N 5.06 1210174 1210194 1210186 FO 2 SD_4 55n5.06ff 1 +55 S 5.06 1210174 1210192 1210187 FR 1 SD_6 ? 0 +55 S 5.06 1210174 1210193 1210188 OR 1 SD_5 55s5.06or 0 +55 N 5.51 1210163 1210172 1210164 ML 1 ML_1 55n5.51ml 4 +55 N 5.51 1210163 1210172 1210165 ML 2 ML_2 55n5.51ml 3 +55 N 5.51 1210163 1210172 1210166 ML 3 ML_3 55n5.51ml 2 +55 N 5.51 1210163 1210172 1210167 ML 4 ML_4 55n5.51ml 1 +55 S 5.51 1210163 1210173 1210168 OS 1 OS_1 55s5.5ml 4 +55 S 5.51 1210163 1210173 1210169 OS 2 OS_2 55s5.5ml 3 +55 S 5.51 1210163 1210173 1210170 OS 3 OS_3 55s5.5ml 2 +55 S 5.51 1210163 1210173 1210171 OS 4 OS_4 55s5.5ml 1 +55 N 5.8 1203085 1203086 1203087 DM 1 DEMAND 55n5.87ora 0 +55 N 5.8 1203085 1203090 1203091 ML 1 ML_1 55n5.87ml 3 +55 N 5.8 1203085 1203090 1203092 ML 2 ML_2 55n5.87ml 2 +55 N 5.8 1203085 1203090 1203093 ML 3 ML_3 55n5.87ml 1 +55 S 5.8 1203085 1203095 1203096 OS 1 OS_1 55s5.81ml 3 +55 S 5.8 1203085 1203095 1203097 OS 2 OS_2 55s5.81ml 2 +55 S 5.8 1203085 1203095 1203098 OS 3 OS_3 55s5.81ml 1 +55 N 5.8 1203085 1203086 1210152 PA 2 PASSAGE 55n5.87ora 0 +55 N 5.8 1203085 1203086 1210153 QU 3 QUEUE 55n5.87ora 0 +55 S 5.8 1203085 1210161 1210154 OF 1 SD_1 55s5.8fra 1 +55 S 5.8 1203085 1203088 1210155 FO 1 SD_2 55s5.8ff 1 +55 N 5.8 1203085 1210160 1210156 FF 1 SD_4 55n5.8ff 1 +55 N 5.8 1203085 1210162 1210157 FF 1 SD_5 ? 0 +55 S 5.8 1203085 1210159 1210158 OF 1 SD_3 55s5.8frb 1 +55 S 6.88 1203103 1203104 1203105 QU 1 QUEUE 55s6.88ora 0 +55 S 6.88 1203103 1203104 1203106 DM 2 DEMAND 55s6.88ora 0 +55 S 6.88 1203103 1203104 1203107 PA 3 PASSAGE 55s6.88ora 0 +55 S 6.88 1203103 1203108 1203109 HV 1 SD_1 ? 0 +55 S 6.88 1203103 1203110 1203111 ML 1 ML_1 55s6.88ml 4 +55 S 6.88 1203103 1203110 1203112 ML 2 ML_2 55s6.88ml 3 +55 S 6.88 1203103 1203110 1203113 ML 3 ML_3 55s6.88ml 2 +55 S 6.88 1203103 1203110 1203114 ML 4 ML_4 55s6.88ml 1 +55 N 6.94 1203115 1203116 1203117 QU 2 QUEUE 55n6.94ora 0 +55 N 6.94 1203115 1203116 1203118 DM 3 DEMAND 55n6.94ora 0 +55 N 6.94 1203115 1203116 1203119 PA 1 PASSAGE 55n6.94ora 0 +55 N 6.94 1203115 1203120 1203121 FR 1 RAMP_OFF 55n6.94fr 1 +55 N 6.94 1203115 1203122 1203123 HV 1 SD_1 ? 0 +55 N 6.94 1203115 1203124 1203125 ML 1 ML_1 55n6.94ml 4 +55 N 6.94 1203115 1203124 1203126 ML 2 ML_2 55n6.94ml 3 +55 N 6.94 1203115 1203124 1203127 ML 3 ML_3 55n6.94ml 2 +55 N 6.94 1203115 1203124 1203128 ML 4 ML_4 55n6.94ml 1 +55 S 7.03 1203129 1203130 1203131 QU 1 QUEUE 55s7.03ora 0 +55 S 7.03 1203129 1203130 1203132 DM 2 DEMAND 55s7.03ora 0 +55 S 7.03 1203129 1203130 1203133 PA 3 PASSAGE 55s7.03ora 0 +55 S 7.03 1203129 1203134 1203135 HV 1 SD_1 55s7.03ml 4 +55 S 7.03 1203129 1203136 1203137 ML 1 ML_1 55s7.03ml 3 +55 S 7.03 1203129 1203136 1203138 ML 2 ML_2 55s7.03ml 2 +55 S 7.03 1203129 1203136 1203139 ML 3 ML_3 55s7.03ml 1 +55 N 7.16 1203140 1203141 1203142 OR 1 RAMP_ON 55n7.16ora 0 +55 N 7.16 1203140 1203141 1203143 QU 2 QUEUE 55n7.16ora 0 +55 N 7.16 1203140 1203141 1203144 DM 3 DEMAND 55n7.16ora 0 +55 N 7.16 1203140 1203141 1203145 PA 4 PASSAGE 55n7.16ora 0 +55 N 7.16 1203140 1203146 1203147 HV 1 SD_1 ? 0 +55 N 7.16 1203140 1203148 1203149 ML 1 ML_1 55n7.16ml 4 +55 N 7.16 1203140 1203148 1203150 ML 2 ML_2 55n7.16ml 3 +55 N 7.16 1203140 1203148 1203151 ML 3 ML_3 55n7.16ml 2 +55 N 7.16 1203140 1203148 1203152 ML 4 ML_4 55n7.16ml 1 +55 S 7.62 1203153 1203154 1203155 OR 1 RAMP_ON 55s7.62ora 0 +55 S 7.62 1203153 1203154 1203156 QU 2 QUEUE 55s7.62ora 0 +55 S 7.62 1203153 1203154 1203157 DM 3 DEMAND 55s7.62ora 0 +55 S 7.62 1203153 1203154 1203158 PA 4 PASSAGE 55s7.62ora 0 +55 S 7.62 1203153 1203159 1203160 HV 1 SD_1 55s7.62ml 5 +55 S 7.62 1203153 1203161 1203162 ML 1 ML_1 55s7.62ml 3 +55 S 7.62 1203153 1203161 1203163 ML 2 ML_2 55s7.62ml 2 +55 S 7.62 1203153 1203161 1203164 ML 3 ML_3 55s7.62ml 1 +55 S 7.62 1203153 1203161 1213047 ML 4 ML_4 55s7.62ml 4 +55 N 7.85 1203165 1203166 1203167 QU 1 QUEUE 55n7.85ora 0 +55 N 7.85 1203165 1203166 1203168 DM 2 DEMAND 55n7.85ora 0 +55 N 7.85 1203165 1203166 1203169 PA 3 PASSAGE 55n7.85ora 0 +55 N 7.85 1203165 1203170 1203171 HV 1 SD_1 55n7.85ml 1 +55 N 7.85 1203165 1203172 1203173 ML 1 ML_1 55n7.85ml 5 +55 N 7.85 1203165 1203172 1203174 ML 2 ML_2 55n7.85ml 4 +55 N 7.85 1203165 1203172 1203175 ML 3 ML_3 55n7.85ml 3 +55 N 7.85 1203165 1203172 1213048 ML 4 ML_4 55n7.85ml 2 +55 N 8.12 1203176 1203177 1203178 OR 1 RAMP_ON 55n8.12ora 0 +55 N 8.12 1203176 1203177 1203179 QU 2 QUEUE 55n8.12ora 0 +55 N 8.12 1203176 1203177 1203180 DM 3 DEMAND 55n8.12ora 0 +55 N 8.12 1203176 1203177 1203181 PA 4 PASSAGE 55n8.12ora 0 +55 N 8.12 1203176 1203182 1203183 HV 1 SD_1 55n8.12ml 4 +55 N 8.12 1203176 1203184 1203185 ML 1 ML_1 55n8.12ml 3 +55 N 8.12 1203176 1203184 1203186 ML 2 ML_2 55n8.12ml 2 +55 N 8.12 1203176 1203184 1203187 ML 3 ML_3 55n8.12ml 1 +55 S 8.12 1203176 1203188 1203189 OS 1 OS_1 55s8.12ml 4 +55 S 8.12 1203176 1203188 1203190 OS 2 OS_2 55s8.12ml 3 +55 S 8.12 1203176 1203188 1203191 OS 3 OS_3 55s8.12ml 2 +55 S 8.12 1203176 1203188 1203192 OS 4 OS_4 55s8.12ml 1 +55 S 8.12 1203176 1203193 1203194 OF 1 RAMP_OFF 55s8.12fr 1 +55 S 8.12 1203176 1208965 1203195 OH 1 SD_3 55s8.12ml 5 +55 S 9.19 1203196 1203197 1203198 OR 1 RAMP_ON 55s9.19ora 0 +55 S 9.19 1203196 1203197 1203199 QU 2 QUEUE 55s9.19ora 0 +55 S 9.19 1203196 1203197 1203200 DM 3 DEMAND 55s9.19ora 0 +55 S 9.19 1203196 1203197 1203201 PA 4 PASSAGE 55s9.19ora 0 +55 S 9.19 1203196 1203202 1203203 FR 1 RAMP_OFF 55s9.19fr 1 +55 S 9.19 1203196 1203204 1203205 HV 1 SD_1 55s9.19ml 5 +55 S 9.19 1203196 1203206 1203207 ML 1 ML_1 55s9.19ml 4 +55 S 9.19 1203196 1203206 1203208 ML 2 ML_2 55s9.19ml 3 +55 S 9.19 1203196 1203206 1203209 ML 3 ML_3 55s9.19ml 2 +55 S 9.19 1203196 1203206 1203210 ML 4 ML_4 55s9.19ml 1 +55 N 9.19 1203196 1211173 1211167 OS 1 OS_1 55n9.19ml 4 +55 N 9.19 1203196 1211173 1211168 OS 2 OS_2 55n9.19ml 3 +55 N 9.19 1203196 1211173 1211169 OS 3 OS_3 55n9.19ml 2 +55 N 9.19 1203196 1211173 1211170 OS 4 OS_4 55n9.19ml 1 +55 N 9.19 1203196 1211172 1211171 OH 1 SD_2 55n9.19hv 1 +55 N 9.41 1203211 1203212 1203213 OR 1 RAMP_ON 55n9.41ora 0 +55 N 9.41 1203211 1203212 1203214 QU 2 QUEUE 55n9.41ora 0 +55 N 9.41 1203211 1203212 1203215 DM 3 DEMAND 55n9.41ora 0 +55 N 9.41 1203211 1203212 1203216 PA 4 PASSAGE 55n9.41ora 0 +55 N 9.41 1203211 1203217 1203218 FR 1 RAMP_OFF 55n9.41fr 1 +55 N 9.41 1203211 1203219 1203220 HV 1 SD_1 55n9.41hv 1 +55 N 9.41 1203211 1203221 1203222 ML 1 ML_1 55n9.41ml 4 +55 N 9.41 1203211 1203221 1203223 ML 2 ML_2 55n9.41ml 3 +55 N 9.41 1203211 1203221 1203224 ML 3 ML_3 55n9.41ml 2 +55 N 9.41 1203211 1203221 1203225 ML 4 ML_4 55n9.41ml 1 +55 S 10 1203226 1203227 1203228 OR 1 RAMP_ON 55s10ora 0 +55 S 10 1203226 1203227 1203229 QU 2 QUEUE 55s10ora 0 +55 S 10 1203226 1203227 1203230 DM 3 DEMAND 55s10ora 0 +55 S 10 1203226 1203227 1203231 PA 4 PASSAGE 55s10ora 0 +55 S 10 1203226 1203232 1203233 FR 1 RAMP_OFF 55s10fr 2 +55 S 10 1203226 1203232 1203234 FR 2 SD_2 55s10fr 1 +55 S 10 1203226 1203235 1203236 CD 1 COLL_DIST_1 ? 0 +55 S 10 1203226 1203237 1203238 HV 1 SD_1 55s9.84hv 1 +55 S 10 1203226 1203239 1203240 ML 1 ML_1 55s9.84ml 4 +55 S 10 1203226 1203239 1203241 ML 2 ML_2 55s9.84ml 3 +55 S 10 1203226 1203239 1203242 ML 3 ML_3 55s9.84ml 2 +55 S 10 1203226 1203239 1203243 ML 4 ML_4 55s9.84ml 1 +55 N 10 1203244 1203245 1203246 OR 1 RAMP_ON 55n10ora 0 +55 N 10 1203244 1203245 1203247 QU 2 QUEUE 55n10ora 0 +55 N 10 1203244 1203245 1203248 DM 3 DEMAND 55n10ora 0 +55 N 10 1203244 1203245 1203249 PA 4 PASSAGE 55n10ora 0 +55 N 10 1203244 1203250 1203251 FR 1 RAMP_OFF 55n10fr 1 +55 N 10 1203244 1203252 1203253 HV 1 SD_1 55n10hv 1 +55 N 10 1203244 1203254 1203255 ML 1 ML_1 55n10ml 4 +55 N 10 1203244 1203254 1203256 ML 2 ML_2 55n10ml 3 +55 N 10 1203244 1203254 1203257 ML 3 ML_3 55n10ml 2 +55 N 10 1203244 1203254 1203258 ML 4 ML_4 55n10ml 1 +55 S 10.4 1203261 1203262 1203263 FF 1 SD_5 55s10.2ff 1 +55 S 10.4 1203261 1203264 1203265 HV 1 SD_1 55s10.4hv 1 +55 S 10.4 1203261 1203266 1203267 ML 1 ML_1 55s10.4ml 3 +55 S 10.4 1203261 1203266 1203268 ML 2 ML_2 55s10.4ml 2 +55 S 10.4 1203261 1203266 1203269 ML 3 ML_3 55s10.4ml 1 +55 S 10.4 1209845 1209860 1209846 ML 1 ML_1 ? 0 +55 S 10.4 1209845 1209860 1209847 ML 2 ML_2 ? 0 +55 S 10.4 1209845 1209860 1209848 ML 3 ML_3 ? 0 +55 S 10.4 1209845 1209860 1209849 ML 4 ML_4 ? 0 +55 S 10.4 1209845 1209861 1209854 HV 1 SD_1 ? 0 +55 S 10.4 1209845 1209862 1209856 FF 1 SD_3 ? 0 +55 S 10.4 1209845 1209862 1209857 FF 2 SD_4 ? 0 +55 S 10.4 1209845 1209865 1209858 FO 1 SD_6 ? 0 +55 S 10.4 1203261 1203266 1209866 ML 4 ML_4 ? 0 +55 N 10.4 1203261 1209873 1209867 OS 1 OS_1 55n10.4ml 3 +55 N 10.4 1203261 1209873 1209868 OS 2 OS_2 55n10.4ml 2 +55 N 10.4 1203261 1209873 1209869 OS 3 OS_3 55n10.4ml 1 +55 N 10.4 1203261 1209874 1209870 OH 1 SD_2 55n10.4hv 1 +55 S 10.4 1203261 1209875 1209871 FF 1 SD_3 55s10.4ff 2 +55 S 10.4 1203261 1209875 1209872 FF 2 SD_4 55s10.4ff 1 +55 N 10.4 1209845 1211969 1211968 HB 1 SD_5 ? 0 +55 S 10.5 1203270 1203271 1209876 ML 1 ML_1 55s10.5ml 3 +55 S 10.5 1203270 1203271 1209877 ML 2 ML_2 55s10.5ml 2 +55 S 10.5 1203270 1203271 1209878 ML 3 ML_3 55s10.5ml 1 +55 N 10.5 1203270 1209888 1209880 OS 1 OS_1 55n10.5ml 3 +55 N 10.5 1203270 1209888 1209881 OS 2 OS_2 55n10.5ml 2 +55 N 10.5 1203270 1209888 1209882 OS 3 OS_3 55n10.5ml 1 +55 S 10.5 1203270 1209889 1209883 HV 1 SD_1 55s10.5ml 4 +55 N 10.5 1203270 1209890 1209884 OH 1 SD_2 55n10.5hv 1 +55 N 10.5 1203270 1209892 1209885 OF 1 SD_3 55n10.5fra 1 +55 N 10.5 1203270 1209891 1209886 FO 1 SD_5 55n10.5ff 2 +55 N 10.5 1203270 1209891 1209887 FO 2 SD_6 55n10.5ff 1 +55 N 10.5 1203270 1209893 1209894 OF 1 SD_4 55n10.5frb 1 +55 S 10.84 1203274 1203275 1203276 OR 1 RAMP_ON 55s10.84ora 0 +55 S 10.84 1203274 1203275 1203277 QU 2 QUEUE 55s10.84ora 0 +55 S 10.84 1203274 1203275 1203278 DM 3 DEMAND 55s10.84ora 0 +55 S 10.84 1203274 1203275 1203279 PA 4 PASSAGE 55s10.84ora 0 +55 S 10.84 1203274 1211964 1203281 OC 1 SD_5 ? 0 +55 S 10.84 1203274 1203282 1203283 HV 1 SD_1 55s10.84hv 1 +55 S 10.84 1203274 1203284 1203285 ML 1 ML_1 55s10.84ml 3 +55 S 10.84 1203274 1203284 1203286 ML 2 ML_2 55s10.84ml 2 +55 S 10.84 1203274 1203284 1203287 ML 3 ML_3 55s10.84ml 1 +55 N 10.84 1203274 1203288 1203289 OS 1 OS_1 55n10.84ml 3 +55 N 10.84 1203274 1203288 1203290 OS 2 OS_2 55n10.84ml 2 +55 N 10.84 1203274 1203288 1203291 OS 3 OS_3 55n10.84ml 1 +55 S 10.84 1203274 1209049 1209048 OH 1 SD_2 ? 0 +55 N 10.84 1203274 1211962 1211958 FO 1 COLL_DIST_1 55n10.84ff 2 +55 N 10.84 1203274 1211962 1211959 FO 2 COLL_DIST_2 55n10.84ff 1 +55 S 10.84 1203274 1211963 1211960 FF 1 SD_3 55s10.84ffa 1 +55 S 10.84 1203274 1211963 1211961 FF 1 SD_4 55s10.84ffb 1 +55 N 11.1 1203293 1203294 1203295 OR 1 RAMP_ON 55n11.1ora 0 +55 N 11.1 1203293 1203294 1203296 QU 2 QUEUE 55n11.1ora 0 +55 N 11.1 1203293 1203294 1203297 DM 3 DEMAND 55n11.1ora 0 +55 N 11.1 1203293 1203294 1203298 PA 4 PASSAGE 55n11.1ora 0 +55 N 11.1 1203293 1203299 1203300 FR 1 RAMP_OFF ? 0 +55 N 11.1 1203293 1203301 1203302 HV 1 SD_1 55n11.1hv 1 +55 N 11.1 1203293 1203303 1203304 ML 1 ML_1 55n11.1ml 4 +55 N 11.1 1203293 1203303 1203305 ML 2 ML_2 55n11.1ml 3 +55 N 11.1 1203293 1203303 1203306 ML 3 ML_3 55n11.1ml 2 +55 S 11.1 1203293 1203280 1211965 OF 1 SD_2 55s10.84fr 2 +55 S 11.1 1203293 1203280 1211966 OF 2 SD_3 55s10.84fr 1 +55 N 11.1 1203293 1203303 1212750 ML 4 ML_4 55n11.1ml 1 +55 N 11.1 1203293 1203299 1213009 FR 2 SD_4 ? 0 +55 S 11.62 1203307 1203308 1203309 OR 1 RAMP_ON 55s11.62ora 0 +55 S 11.62 1203307 1203308 1203310 QU 2 QUEUE 55s11.62ora 0 +55 S 11.62 1203307 1203308 1203311 DM 3 DEMAND 55s11.62ora 0 +55 S 11.62 1203307 1203308 1203312 PA 4 PASSAGE 55s11.62ora 0 +55 S 11.62 1203307 1203313 1203314 FR 1 RAMP_OFF 55s11.62fr 1 +55 S 11.62 1203307 1203315 1203316 HV 1 SD_1 55s11.62hv 1 +55 S 11.62 1203307 1203317 1203318 ML 1 ML_1 55s11.62ml 4 +55 S 11.62 1203307 1203317 1203319 ML 2 ML_2 55s11.62ml 3 +55 S 11.62 1203307 1203317 1203320 ML 3 ML_3 55s11.62ml 2 +55 S 11.62 1203307 1203317 1213049 ML 4 ML_4 55s11.62ml 1 +55 N 11.74 1203321 1203322 1203323 OR 1 RAMP_ON 55n11.74ora 0 +55 N 11.74 1203321 1203322 1203324 QU 2 QUEUE 55n11.74ora 0 +55 N 11.74 1203321 1203322 1203325 DM 3 DEMAND 55n11.74ora 0 +55 N 11.74 1203321 1203322 1203326 PA 4 PASSAGE 55n11.74ora 0 +55 N 11.74 1203321 1203327 1203328 FR 1 RAMP_OFF 55n11.74fr 2 +55 N 11.74 1203321 1203329 1203330 HV 1 SD_1 55n11.74hv 1 +55 N 11.74 1203321 1203331 1203332 ML 1 ML_1 55n11.74ml 4 +55 N 11.74 1203321 1203331 1203333 ML 2 ML_2 55n11.74ml 3 +55 N 11.74 1203321 1203331 1203334 ML 3 ML_3 55n11.74ml 2 +55 N 11.74 1203321 1203331 1212757 ML 4 ML_4 55n11.74ml 1 +55 N 11.74 1203321 1203327 1212758 FR 2 SD_3 55n11.74fr 1 +55 N 12 1203335 1203336 1203337 QU 1 QUEUE 55n12ora 0 +55 N 12 1203335 1203336 1203338 DM 2 DEMAND 55n12ora 0 +55 N 12 1203335 1203336 1203339 PA 3 PASSAGE 55n12ora 0 +55 N 12 1203335 1203340 1203341 HV 1 SD_1 55n12hv 1 +55 N 12 1203335 1203342 1203343 ML 1 ML_1 55n12ml 4 +55 N 12 1203335 1203342 1203344 ML 2 ML_2 55n12ml 3 +55 N 12 1203335 1203342 1203345 ML 3 ML_3 55n12ml 2 +55 S 12 1203335 1203346 1203347 OF 1 SD_2 55s12fr 1 +55 N 12 1203335 1203342 1212999 ML 4 ML_4 55n12ml 1 +55 N 12 1203335 1203336 1213000 OR 4 RAMP_ON 55n12ora 0 +405 S 0.6 1201117 1201118 1211055 ML 1 ML_1 405s0.6ml 5 +405 S 0.6 1201117 1201118 1211056 ML 2 ML_2 405s0.6ml 4 +405 S 0.6 1201117 1201118 1211057 ML 3 ML_3 405s0.6ml 3 +405 S 0.6 1201117 1201118 1211058 ML 4 ML_4 405s0.6ml 2 +405 S 0.6 1201117 1201118 1211059 ML 5 ML_5 405s0.6ml 1 +405 N 0.6 1201117 1211066 1211060 OS 1 OS_1 405n0.6ml 3 +405 N 0.6 1201117 1211066 1211061 OS 2 OS_2 405n0.6ml 2 +405 N 0.6 1201117 1211066 1211062 OS 3 OS_3 405n0.6ml 1 +405 S 0.6 1201117 1211065 1211063 HV 1 SD_1 405s0.6hv 1 +405 N 0.6 1201117 1211067 1211064 OH 1 SD_2 405n0.6hv 1 +405 S 0.77 1201080 1201081 1201082 QU 1 QUEUE 405s0.77ora 0 +405 S 0.77 1201080 1201081 1201083 DM 2 DEMAND 405s0.77ora 0 +405 S 0.77 1201080 1201081 1201084 PA 3 PASSAGE 405s0.77ora 0 +405 S 0.77 1201080 1201085 1201086 HV 1 SD_1 405s0.77hv 1 +405 S 0.77 1201080 1201087 1201088 ML 1 ML_1 405s0.77ml 5 +405 S 0.77 1201080 1201087 1201089 ML 2 ML_2 405s0.77ml 4 +405 S 0.77 1201080 1201087 1201090 ML 3 ML_3 405s0.77ml 3 +405 S 0.77 1201080 1201087 1201091 ML 4 ML_4 405s0.77ml 2 +405 S 0.77 1201080 1201081 1211045 OR 4 RAMP_ON 405s0.77ora 0 +405 S 0.77 1201080 1201087 1211046 ML 5 ML_5 405s0.77ml 1 +405 N 0.93 1201092 1201093 1201094 OR 1 RAMP_ON 405n0.9ora 0 +405 N 0.93 1201092 1201093 1201095 QU 2 QUEUE 405n0.9ora 0 +405 N 0.93 1201092 1201093 1201096 DM 3 DEMAND 405n0.9ora 0 +405 N 0.93 1201092 1201093 1201097 PA 4 PASSAGE 405n0.9ora 0 +405 N 0.93 1201092 1201098 1201099 FR 1 RAMP_OFF 405n0.9fr 1 +405 N 0.93 1201092 1201100 1201101 ML 1 ML_1 405n0.9ml 4 +405 N 0.93 1201092 1201100 1201102 ML 2 ML_2 405n0.9ml 3 +405 N 0.93 1201092 1201100 1201103 ML 3 ML_3 405n0.9ml 2 +405 N 0.93 1201092 1201100 1201104 ML 4 ML_4 405n0.9ml 1 +405 N 0.93 1201092 1208954 1208953 HV 1 SD_1 405n0.9ml 5 +405 N 0.93 1201092 1201098 1210822 FR 2 SD_2 405n0.9fr 1 +405 N 0.93 1201092 1210825 1210823 OC 1 COLL_DIST_1 405n0.9ff 2 +405 N 0.93 1201092 1210825 1210824 OC 2 COLL_DIST_2 405n0.9ff 1 +405 S 0.96 1201105 1201106 1201107 QU 1 QUEUE 405s0.96ora 0 +405 S 0.96 1201105 1201106 1201108 DM 2 DEMAND 405s0.96ora 0 +405 S 0.96 1201105 1201106 1201109 PA 3 PASSAGE 405s0.96ora 0 +405 S 0.96 1201105 1201110 1201111 HV 1 SD_1 405s0.96hv 1 +405 S 0.96 1201105 1201112 1201113 ML 1 ML_1 405s0.96ml 4 +405 S 0.96 1201105 1201112 1201114 ML 2 ML_2 405s0.96ml 3 +405 S 0.96 1201105 1201112 1201115 ML 3 ML_3 405s0.96ml 2 +405 S 0.96 1201105 1201112 1201116 ML 4 ML_4 405s0.96ml 1 +405 S 0.96 1201105 1211054 1211052 FR 1 RAMP_OFF 405s0.96fr 2 +405 S 0.96 1201105 1211054 1211053 FR 2 SD_2 405s0.96fr 1 +405 N 1.11 1201119 1201120 1201121 OR 1 RAMP_ON 405n1.11ora 0 +405 N 1.11 1201119 1201120 1201122 QU 2 QUEUE 405n1.11ora 0 +405 N 1.11 1201119 1201120 1201123 DM 3 DEMAND 405n1.11ora 0 +405 N 1.11 1201119 1201120 1201124 PA 4 PASSAGE 405n1.11ora 0 +405 N 1.11 1201119 1201125 1201126 ML 1 ML_1 405n1.11ml 4 +405 N 1.11 1201119 1201125 1201127 ML 2 ML_2 405n1.11ml 3 +405 N 1.11 1201119 1201125 1201128 ML 3 ML_3 405n1.11ml 2 +405 N 1.11 1201119 1201125 1201129 ML 4 ML_4 405n1.11ml 1 +405 N 1.11 1201119 1209043 1209042 HV 1 SD_1 405n1.11ml 5 +405 S 1.57 1201130 1201131 1201132 HV 1 SD_1 405s1.57hv 1 +405 S 1.57 1201130 1209091 1209079 ML 1 ML_1 405s1.57ml 4 +405 S 1.57 1201130 1209091 1209080 ML 2 ML_2 405s1.57ml 3 +405 S 1.57 1201130 1209091 1209081 ML 3 ML_3 405s1.57ml 2 +405 S 1.57 1201130 1209091 1209082 ML 4 ML_4 405s1.57ml 1 +405 S 1.57 1201130 1209092 1209083 OS 1 OS_1 405n1.57ml 5 +405 S 1.57 1201130 1209092 1209084 OS 2 OS_2 405n1.57ml 4 +405 S 1.57 1201130 1209092 1209085 OS 3 OS_3 405n1.57ml 3 +405 S 1.57 1201130 1209092 1209086 OS 4 OS_4 405n1.57ml 2 +405 S 1.57 1201130 1209092 1209087 OS 5 OS_5 405n1.57ml 1 +405 S 1.57 1201130 1209090 1209089 OH 1 SD_2 ? 0 +405 S 1.57 1201130 1210932 1210930 FF 1 SD_4 405s1.57ffa 1 +405 S 1.57 1201130 1210933 1210931 OC 1 COLL_DIST_ON ? 0 +405 S 1.57 1201130 1210935 1210934 FF 1 SD_5 405s1.57ffb 1 +405 S 1.73 1209054 1209094 1209118 CD 2 COLL_DIST_2 405s1.73cd 1 +405 S 1.73 1209054 1209094 1209119 CD 1 COLL_DIST_1 ? 0 +405 S 1.73 1209054 1209123 1209121 FF 1 SD_4 405s1.73ff 1 +405 N 1.73 1209054 1209124 1209122 FO 1 SD_5 405n1.73ff 1 +405 S 1.93 1201133 1201134 1201135 HV 1 SD_1 405s1.93hv 1 +405 S 1.93 1201133 1209161 1209149 ML 1 ML_1 405s1.93ml 4 +405 S 1.93 1201133 1209161 1209150 ML 2 ML_2 405s1.93ml 3 +405 S 1.93 1201133 1209161 1209151 ML 3 ML_3 405s1.93ml 2 +405 S 1.93 1201133 1209161 1209153 ML 4 ML_4 405s1.93ml 1 +405 N 1.93 1201133 1209162 1209154 OS 1 OS_1 405n1.93ml 4 +405 N 1.93 1201133 1209162 1209155 OS 2 OS_2 405n1.93ml 3 +405 N 1.93 1201133 1209162 1209156 OS 3 OS_3 405n1.93ml 2 +405 N 1.93 1201133 1209162 1209157 OS 4 OS_4 405n1.93ml 1 +405 N 1.93 1201133 1209163 1209160 OH 1 SD_2 405n1.93hv 1 +405 S 1.93 1201133 1209476 1209473 FC 1 COLL_DIST_OFF 405s1.93cd 1 +405 N 1.93 1201133 1209477 1209474 FO 1 SD_4 405n1.93ff 2 +405 N 1.93 1201133 1209477 1209475 FO 2 SD_5 405n1.93ff 1 +405 S 1.93 1201133 1210929 1210928 FF 1 COLL_DIST_ON 405s1.93ff 1 +405 N 2.35 1209050 1209176 1209165 ML 1 ML_1 405n2.35ml 5 +405 N 2.35 1209050 1209176 1209166 ML 2 ML_2 405n2.35ml 4 +405 N 2.35 1209050 1209176 1209167 ML 3 ML_3 405n2.35ml 3 +405 N 2.35 1209050 1209176 1209168 ML 4 ML_4 405n2.35ml 2 +405 N 2.35 1209050 1209176 1209169 ML 5 ML_5 405n2.35ml 1 +405 S 2.35 1209050 1209178 1209170 OS 1 OS_1 405s2.35ml 5 +405 S 2.35 1209050 1209178 1209171 OS 2 OS_2 405s2.35ml 4 +405 S 2.35 1209050 1209178 1209172 OS 3 OS_3 405s2.35ml 3 +405 N 2.35 1209050 1209177 1209173 HV 1 SD_1 405n2.35hv 1 +405 S 2.35 1209050 1209179 1209175 OH 1 SD_2 405s2.35hv 1 +405 S 2.35 1209050 1209178 1211050 OS 4 OS_4 405s2.35ml 2 +405 S 2.35 1209050 1209178 1211051 OS 5 OS_5 405s2.35ml 1 +405 S 2.88 1201136 1201137 1201138 OR 1 RAMP_ON 405s2.88ora 0 +405 S 2.88 1201136 1201137 1201139 QU 2 QUEUE 405s2.88spill 1 +405 S 2.88 1201136 1201137 1201140 DM 3 DEMAND 405s2.88orb 2 +405 S 2.88 1201136 1201137 1201141 PA 4 PASSAGE 405s2.88orb 0 +405 S 2.88 1201136 1201137 1201142 RH 5 RAMP_HOV 405s2.88orb 1 +405 S 2.88 1201136 1201143 1201144 HV 1 SD_1 405s2.88hv 1 +405 S 2.88 1201136 1201145 1201146 ML 1 ML_1 405s2.88ml 4 +405 S 2.88 1201136 1201145 1201147 ML 2 ML_2 405s2.88ml 3 +405 S 2.88 1201136 1201145 1201148 ML 3 ML_3 405s2.88ml 2 +405 S 2.88 1201136 1201145 1201149 ML 4 ML_4 405s2.88ml 1 +405 S 2.88 1201136 1211047 1211048 FR 1 RAMP_OFF 405s2.88fr 1 +405 S 2.88 1201136 1211047 1211049 FR 2 SD_2 ? 0 +405 N 2.99 1201150 1201151 1201152 OR 1 RAMP_ON 405n2.99ora 0 +405 N 2.99 1201150 1201151 1201153 QU 2 QUEUE 405n2.99spill 0 +405 N 2.99 1201150 1201151 1201154 DM 3 DEMAND 405n2.99orb 2 +405 N 2.99 1201150 1201151 1201155 PA 4 PASSAGE 405n2.99orb 0 +405 N 2.99 1201150 1201151 1201156 RH 5 RAMP_HOV 405n2.99orb 1 +405 N 2.99 1201150 1201157 1201158 HV 1 SD_1 405n2.99hv 1 +405 N 2.99 1201150 1201159 1201160 ML 1 ML_1 405n2.99ml 4 +405 N 2.99 1201150 1201159 1201161 ML 2 ML_2 405n2.99ml 3 +405 N 2.99 1201150 1201159 1201162 ML 3 ML_3 405n2.99ml 2 +405 N 2.99 1201150 1201159 1201163 ML 4 ML_4 405n2.99ml 1 +405 N 2.99 1201150 1210057 1210056 FR 1 RAMP_OFF 405n2.99fr 1 +405 N 2.99 1201150 1201157 1211041 HV 2 SD_2 405n2.99hv_2 1 +405 N 3.31 1209051 1209059 1209056 ML 1 ML_1 405n3.31ml 4 +405 N 3.31 1209051 1209059 1209057 ML 2 ML_2 405n3.31ml 3 +405 N 3.31 1209051 1209059 1209058 ML 3 ML_3 405n3.31ml 2 +405 N 3.31 1209051 1209059 1209180 ML 4 ML_4 405n3.31ml 1 +405 S 3.31 1209051 1209189 1209181 OS 1 OS_1 405s3.31ml 4 +405 S 3.31 1209051 1209189 1209182 OS 2 OS_2 405s3.31ml 3 +405 S 3.31 1209051 1209189 1209183 OS 3 OS_3 405s3.31ml 2 +405 S 3.31 1209051 1209189 1209184 OS 4 OS_4 405s3.31ml 1 +405 N 3.31 1209051 1209187 1209185 HV 1 SD_1 405n3.31hv 1 +405 S 3.31 1209051 1209190 1209186 OH 1 SD_2 405s3.31hv 1 +405 S 3.84 1201164 1201165 1201166 OR 1 RAMP_ON 405s3.84ora 0 +405 S 3.84 1201164 1201165 1201167 QU 2 QUEUE 405s3.84ora 0 +405 S 3.84 1201164 1201165 1201168 DM 3 DEMAND 405s3.84ora 0 +405 S 3.84 1201164 1201165 1201169 PA 4 PASSAGE 405s3.84ora 0 +405 S 3.84 1201164 1201165 1201170 RH 5 RAMP_HOV 405s3.84ora 0 +405 S 3.84 1201164 1201171 1201172 ML 1 ML_1 405s3.84ml 4 +405 S 3.84 1201164 1201171 1201173 ML 2 ML_2 405s3.84ml 3 +405 S 3.84 1201164 1201171 1201174 ML 3 ML_3 405s3.84ml 2 +405 S 3.84 1201164 1201171 1201175 ML 4 ML_4 405s3.84ml 1 +405 S 3.84 1201164 1209046 1209044 HV 1 SD_1 405s3.84hv 1 +405 N 3.86 1201176 1201177 1201178 QU 1 QUEUE 405n3.86ora 0 +405 N 3.86 1201176 1201177 1201179 DM 2 DEMAND 405n3.86ora 0 +405 N 3.86 1201176 1201177 1201180 PA 3 PASSAGE 405n3.86ora 0 +405 N 3.86 1201176 1201181 1201182 FR 1 RAMP_OFF 405n3.86fr 1 +405 N 3.86 1201176 1201183 1201184 HV 1 SD_1 405n3.86hv 1 +405 N 3.86 1201176 1201185 1201186 ML 1 ML_1 405n3.86ml 4 +405 N 3.86 1201176 1201185 1201187 ML 2 ML_2 405n3.86ml 3 +405 N 3.86 1201176 1201185 1201188 ML 3 ML_3 405n3.86ml 2 +405 N 3.86 1201176 1201185 1201189 ML 4 ML_4 405n3.86ml 1 +405 N 3.86 1201176 1201181 1209896 FR 2 SD_2 ? 0 +405 S 4.03 1201190 1201191 1201192 QU 1 QUEUE 405s4.03ora 0 +405 S 4.03 1201190 1201191 1201193 DM 2 DEMAND 405s4.03ora 0 +405 S 4.03 1201190 1201191 1201194 PA 3 PASSAGE 405s4.03ora 0 +405 S 4.03 1201190 1201195 1201196 FR 1 RAMP_OFF 405s4.03fr 1 +405 S 4.03 1201190 1201197 1201198 ML 1 ML_1 405s4.03ml 4 +405 S 4.03 1201190 1201197 1201199 ML 2 ML_2 405s4.03ml 3 +405 S 4.03 1201190 1201197 1201200 ML 3 ML_3 405s4.03ml 2 +405 S 4.03 1201190 1201197 1201201 ML 4 ML_4 405s4.03ml 1 +405 N 4.03 1201202 1201203 1201204 OR 1 RAMP_ON 405n4.03ora 0 +405 N 4.03 1201202 1201203 1201205 QU 2 QUEUE 405n4.03ora 0 +405 N 4.03 1201202 1201203 1201206 DM 3 DEMAND 405n4.03ora 0 +405 N 4.03 1201202 1201203 1201207 PA 4 PASSAGE 405n4.03ora 0 +405 N 4.03 1201202 1201203 1201208 RH 5 RAMP_HOV ? 0 +405 N 4.03 1201202 1201209 1201210 HV 1 SD_1 405n4.03hv 1 +405 N 4.03 1201202 1201211 1201212 ML 1 ML_1 405n4.03ml 4 +405 N 4.03 1201202 1201211 1201213 ML 2 ML_2 405n4.03ml 3 +405 N 4.03 1201202 1201211 1201214 ML 3 ML_3 405n4.03ml 2 +405 N 4.03 1201202 1201211 1201215 ML 4 ML_4 405n4.03ml 1 +405 S 4.03 1201190 1209047 1209045 HV 1 SD_1 405s4.03hv 1 +405 S 5.01 1201216 1201217 1201218 ML 1 ML_1 405s5.01ml 4 +405 S 5.01 1201216 1201217 1201219 ML 2 ML_2 405s5.01ml 3 +405 S 5.01 1201216 1201217 1201220 ML 3 ML_3 405s5.01ml 2 +405 S 5.01 1201216 1201217 1201221 ML 4 ML_4 405s5.01ml 1 +405 N 5.01 1201216 1201222 1201223 OS 1 OS_1 405n5.01ml 4 +405 N 5.01 1201216 1201222 1201224 OS 2 OS_2 405n5.01ml 3 +405 N 5.01 1201216 1201222 1201225 OS 3 OS_3 405n5.01ml 2 +405 N 5.01 1201216 1201222 1201226 OS 4 OS_4 405n5.01ml 1 +405 S 5.01 1201216 1201227 1201228 HV 1 SD_1 405s5.01hv 1 +405 N 5.01 1201216 1201229 1201230 OH 1 SD_2 405n5.01hv 1 +405 S 5.05 1209052 1209070 1209062 ML 1 ML_1 405s5.05ml 4 +405 S 5.05 1209052 1209070 1209063 ML 2 ML_2 405s5.05ml 3 +405 S 5.05 1209052 1209070 1209064 ML 3 ML_3 405s5.05ml 2 +405 S 5.05 1209052 1209070 1209065 ML 4 ML_4 405s5.05ml 1 +405 S 5.05 1209052 1209068 1209066 HV 1 SD_1 405s5.05hv 1 +405 S 5.05 1209052 1209076 1209067 OS 1 OS_1 405n5.05ml 4 +405 S 5.05 1209052 1209076 1209069 OS 2 OS_2 405n5.05ml 3 +405 S 5.05 1209052 1209075 1209072 OH 1 SD_2 405n5.05hv 1 +405 S 5.05 1209052 1209076 1209073 OS 3 OS_3 405n5.05ml 2 +405 S 5.05 1209052 1209076 1209074 OS 4 OS_4 405n5.05ml 1 +405 S 5.5 1201231 1201232 1201233 OR 1 RAMP_ON 405s5.5ora 0 +405 S 5.5 1201231 1201232 1201234 QU 2 QUEUE 405s5.5ora 0 +405 S 5.5 1201231 1201232 1201235 DM 3 DEMAND 405s5.5ora 0 +405 S 5.5 1201231 1201232 1201236 PA 4 PASSAGE 405s5.5ora 0 +405 S 5.5 1201231 1201232 1201237 RH 5 RAMP_HOV 405s5.5ora 0 +405 S 5.5 1201231 1201238 1201239 HV 1 SD_1 405s5.5hv 1 +405 S 5.5 1201231 1201240 1201241 ML 1 ML_1 405s5.5ml 4 +405 S 5.5 1201231 1201240 1201242 ML 2 ML_2 405s5.5ml 3 +405 S 5.5 1201231 1201240 1201243 ML 3 ML_3 405s5.5ml 2 +405 S 5.5 1201231 1201240 1201244 ML 4 ML_4 405s5.5ml 1 +405 N 5.55 1201245 1201246 1201247 QU 1 QUEUE 405n5.55ora 0 +405 N 5.55 1201245 1201246 1201248 DM 2 DEMAND 405n5.55ora 0 +405 N 5.55 1201245 1201246 1201249 PA 3 PASSAGE 405n5.55ora 0 +405 N 5.55 1201245 1201246 1201250 RH 4 RAMP_HOV ? 0 +405 N 5.55 1201245 1201251 1201252 FR 1 RAMP_OFF 405n5.55fr 1 +405 N 5.55 1201245 1201251 1201253 FR 2 SD_2 ? 0 +405 N 5.55 1201245 1201254 1201255 ML 1 ML_1 405n5.55ml 4 +405 N 5.55 1201245 1201254 1201256 ML 2 ML_2 405n5.55ml 3 +405 N 5.55 1201245 1201254 1201257 ML 3 ML_3 405n5.55ml 2 +405 N 5.55 1201245 1201254 1201258 ML 4 ML_4 405n5.55ml 1 +405 N 5.55 1201245 1201259 1201260 HV 1 SD_1 405n5.55hv 1 +405 N 5.55 1201245 1201246 1210826 OR 5 RAMP_ON 405n5.55ora 0 +405 N 5.55 1201245 1201251 1212696 FR 3 SD_3 ? 0 +405 S 5.69 1201261 1201262 1201263 QU 1 QUEUE 405s5.69ora 0 +405 S 5.69 1201261 1201262 1201264 DM 2 DEMAND 405s5.69ora 0 +405 S 5.69 1201261 1201262 1201265 PA 3 PASSAGE 405s5.69ora 0 +405 S 5.69 1201261 1201266 1201267 FR 1 RAMP_OFF 405s4.69fr 2 +405 S 5.69 1201261 1201268 1201269 HV 1 SD_1 405s5.69hv 1 +405 S 5.69 1201261 1201270 1201271 ML 1 ML_1 405s5.69ml 4 +405 S 5.69 1201261 1201270 1201272 ML 2 ML_2 405s5.69ml 3 +405 S 5.69 1201261 1201270 1201273 ML 3 ML_3 405s5.69ml 2 +405 S 5.69 1201261 1201270 1201274 ML 4 ML_4 405s5.69ml 1 +405 S 5.69 1201261 1201266 1210827 FR 2 SD_2 405s4.69fr 1 +405 N 5.74 1201275 1201276 1201277 OR 1 RAMP_ON 405n5.74ora 0 +405 N 5.74 1201275 1201276 1201278 QU 2 QUEUE 405n5.74ora 0 +405 N 5.74 1201275 1201276 1201279 DM 3 DEMAND 405n5.74ora 0 +405 N 5.74 1201275 1201276 1201280 PA 4 PASSAGE 405n5.74ora 0 +405 N 5.74 1201275 1201281 1201282 HV 1 SD_1 405n5.74hv 1 +405 N 5.74 1201275 1201283 1201284 ML 1 ML_1 405n5.74ml 5 +405 N 5.74 1201275 1201283 1201285 ML 2 ML_2 405n5.74ml 4 +405 N 5.74 1201275 1201283 1201286 ML 3 ML_3 405n5.74ml 3 +405 N 5.74 1201275 1201283 1201287 ML 4 ML_4 405n5.74ml 2 +405 N 5.74 1201275 1201283 1201288 ML 5 ML_5 405n5.74ml 1 +405 S 6.1 1201289 1201290 1201291 HV 1 SD_1 405s6.21hv 1 +405 S 6.1 1201289 1201292 1201293 ML 1 ML_1 405s6.21ml 5 +405 S 6.1 1201289 1201292 1201294 ML 2 ML_2 405s6.21ml 4 +405 S 6.1 1201289 1201292 1201295 ML 3 ML_3 405s6.21ml 3 +405 S 6.1 1201289 1201292 1201296 ML 4 ML_4 405s6.21ml 2 +405 S 6.1 1201289 1201292 1201297 ML 5 ML_5 405s6.21ml 1 +405 N 6.21 1201289 1201298 1201299 OS 1 OS_1 405n6.21ml 5 +405 N 6.21 1201289 1201298 1201300 OS 2 OS_2 405n6.21ml 4 +405 N 6.21 1201289 1201298 1201301 OS 3 OS_3 405n6.21ml 3 +405 N 6.21 1201289 1201298 1201302 OS 4 OS_4 405n6.21ml 2 +405 N 6.21 1201289 1201298 1201303 OS 5 OS_5 405n6.21ml 1 +405 N 6.21 1201289 1201304 1201305 OH 1 SD_2 405n6.21ml 6 +405 S 6.8 1201306 1201307 1201308 OR 1 RAMP_ON 405s6.8ora 0 +405 S 6.8 1201306 1201307 1201309 QU 2 QUEUE 405s6.8ora 0 +405 S 6.8 1201306 1201307 1201310 DM 3 DEMAND 405s6.8ora 0 +405 S 6.8 1201306 1201307 1201311 PA 4 PASSAGE 405s6.8ora 0 +405 S 6.8 1201306 1201307 1201312 RH 5 RAMP_HOV 405s6.8ora 0 +405 S 6.8 1201306 1201313 1201314 HV 1 SD_1 405s6.8hv 1 +405 S 6.8 1201306 1201315 1201316 ML 1 ML_1 405s6.8ml 5 +405 S 6.8 1201306 1201315 1201317 ML 2 ML_2 405s6.8ml 4 +405 S 6.8 1201306 1201315 1201318 ML 3 ML_3 405s6.8ml 3 +405 S 6.8 1201306 1201315 1201319 ML 4 ML_4 405s6.8ml 2 +405 S 6.8 1201306 1201315 1201320 ML 5 ML_5 405s6.8ml 1 +405 N 6.85 1201321 1201322 1201323 OR 1 RAMP_ON 405n6.85ora 0 +405 N 6.85 1201321 1201322 1201324 QU 2 QUEUE 405n6.85ora 0 +405 N 6.85 1201321 1201322 1201325 DM 3 DEMAND 405n6.85ora 0 +405 N 6.85 1201321 1201322 1201326 PA 4 PASSAGE 405n6.85ora 0 +405 N 6.85 1201321 1201327 1201328 FR 1 RAMP_OFF 405n6.85fr 2 +405 N 6.85 1201321 1201327 1201329 FR 2 SD_2 ? 0 +405 N 6.85 1201321 1201327 1201330 FR 3 SD_3 ? 0 +405 N 6.85 1201321 1201331 1201332 HV 1 SD_1 405n6.85hv 1 +405 N 6.85 1201321 1201333 1201334 ML 1 ML_1 405n6.85ml 5 +405 N 6.85 1201321 1201333 1201335 ML 2 ML_2 405n6.85ml 4 +405 N 6.85 1201321 1201333 1201336 ML 3 ML_3 405n6.85ml 3 +405 N 6.85 1201321 1201333 1201337 ML 4 ML_4 405n6.85ml 2 +405 N 6.85 1201321 1201333 1201338 ML 5 ML_5 405n6.85ml 1 +405 S 7.01 1201339 1201340 1201341 OR 1 RAMP_ON 405s7.01ora 0 +405 S 7.01 1201339 1201340 1201342 QU 2 QUEUE 405s7.01ora 0 +405 S 7.01 1201339 1201340 1201343 DM 3 DEMAND 405s7.01ora 0 +405 S 7.01 1201339 1201340 1201344 PA 4 PASSAGE 405s7.01ora 0 +405 S 7.01 1201339 1201345 1201346 FR 1 RAMP_OFF 405s7.01fr 2 +405 S 7.01 1201339 1201345 1201347 FR 2 SD_2 405s7.01fr 1 +405 S 7.01 1201339 1201348 1201349 HV 1 SD_1 405s7.01hv 1 +405 S 7.01 1201339 1201350 1201351 ML 1 ML_1 405s7.01ml 5 +405 S 7.01 1201339 1201350 1201352 ML 2 ML_2 405s7.01ml 4 +405 S 7.01 1201339 1201350 1201353 ML 3 ML_3 405s7.01ml 3 +405 S 7.01 1201339 1201350 1201354 ML 4 ML_4 405s7.01ml 2 +405 S 7.01 1201339 1201350 1201355 ML 5 ML_5 405s7.01ml 1 +405 N 7.07 1201356 1201357 1201358 OR 1 RAMP_ON 405n7.07ora 0 +405 N 7.07 1201356 1201357 1201359 QU 2 QUEUE 405n7.07ora 0 +405 N 7.07 1201356 1201357 1201360 DM 3 DEMAND 405n7.07ora 0 +405 N 7.07 1201356 1201357 1201361 PA 4 PASSAGE 405n7.07ora 0 +405 N 7.07 1201356 1201357 1201362 RH 5 RAMP_HOV ? 0 +405 N 7.07 1201356 1201363 1201364 HV 1 SD_1 405n7.07hv 1 +405 N 7.07 1201356 1201365 1201366 ML 1 ML_1 405n7.07ml 5 +405 N 7.07 1201356 1201365 1201367 ML 2 ML_2 405n7.07ml 4 +405 N 7.07 1201356 1201365 1201368 ML 3 ML_3 405n7.07ml 3 +405 N 7.07 1201356 1201365 1201369 ML 4 ML_4 405n7.07ml 2 +405 N 7.07 1201356 1201365 1201370 ML 5 ML_5 405n7.07ml 1 +405 S 7.69 1201371 1201372 1201373 OR 1 RAMP_ON 405s7.69ora 0 +405 S 7.69 1201371 1201372 1201374 QU 2 QUEUE 405s7.69ora 0 +405 S 7.69 1201371 1201372 1201375 DM 3 DEMAND 405s7.69ora 0 +405 S 7.69 1201371 1201372 1201376 PA 4 PASSAGE 405s7.69ora 0 +405 S 7.69 1201371 1201377 1201378 FR 1 RAMP_OFF 405s7.69fr 2 +405 S 7.69 1201371 1201377 1201379 FR 2 SD_2 405s7.69fr 1 +405 S 7.69 1201371 1201380 1201381 HV 1 SD_1 405s7.69hv 1 +405 S 7.69 1201371 1201382 1201383 ML 1 ML_1 405s7.69ml 5 +405 S 7.69 1201371 1201382 1201384 ML 2 ML_2 405s7.69ml 4 +405 S 7.69 1201371 1201382 1201385 ML 3 ML_3 405s7.69ml 3 +405 S 7.69 1201371 1201382 1201386 ML 4 ML_4 405s7.69ml 2 +405 S 7.69 1201371 1201382 1201387 ML 5 ML_5 405s7.69ml 1 +405 S 7.69 1201371 1201372 1211110 RH 5 RAMP_HOV 405s7.69ora 0 +405 N 7.73 1201388 1201389 1201390 OR 1 RAMP_ON 405n7.73ora 0 +405 N 7.73 1201388 1201389 1201391 QU 2 QUEUE 405n7.73ora 0 +405 N 7.73 1201388 1201389 1201392 DM 3 DEMAND 405n7.73ora 0 +405 N 7.73 1201388 1201389 1201393 PA 4 PASSAGE 405n7.73ora 0 +405 N 7.73 1201388 1201394 1201395 FR 1 RAMP_OFF 405n7.73fr 1 +405 N 7.73 1201388 1201394 1201396 FR 2 SD_2 ? 0 +405 N 7.73 1201388 1201397 1201398 HV 1 SD_1 405n7.73hv 1 +405 N 7.73 1201388 1201399 1201400 ML 1 ML_1 405n7.73ml 5 +405 N 7.73 1201388 1201399 1201401 ML 2 ML_2 405n7.73ml 4 +405 N 7.73 1201388 1201399 1201402 ML 3 ML_3 405n7.73ml 3 +405 N 7.73 1201388 1201399 1201403 ML 4 ML_4 405n7.73ml 2 +405 N 7.73 1201388 1201399 1201404 ML 5 ML_5 405n7.73ml 1 +405 N 7.73 1201388 1201394 1211043 FR 3 SD_4 ? 0 +405 N 7.73 1201388 1201394 1211044 FR 4 SD_5 ? 0 +405 N 8.27 1201405 1201406 1209192 ML 1 ML_1 405n8.27ml 6 +405 N 8.27 1201405 1201406 1209193 ML 2 ML_2 405n8.27ml 5 +405 N 8.27 1201405 1201406 1209194 ML 3 ML_3 405n8.27ml 4 +405 N 8.27 1201405 1201406 1209195 ML 4 ML_4 405n8.27ml 3 +405 N 8.27 1201405 1201407 1209196 HV 1 SD_1 405n8.27hv 1 +405 S 8.27 1201405 1209204 1209197 OS 1 OS_1 405s8.27ml 6 +405 S 8.27 1201405 1209204 1209198 OS 2 OS_2 405s8.27ml 5 +405 S 8.27 1201405 1209204 1209199 OS 3 OS_3 405s8.27ml 4 +405 S 8.27 1201405 1209204 1209200 OS 4 OS_4 405s8.27ml 3 +405 S 8.27 1201405 1209204 1209201 OS 5 OS_5 405s8.27ml 2 +405 S 8.27 1201405 1209204 1209202 OS 6 OS_6 405s8.27ml 1 +405 S 8.27 1201405 1209205 1209203 OH 1 SD_2 405s8.27hv 1 +405 N 8.27 1201405 1201406 1209471 ML 5 ML_5 405n8.27ml 2 +405 N 8.27 1201405 1201406 1209472 ML 6 ML_6 405n8.27ml 1 +405 S 8.4 1201411 1201412 1201413 CD 1 COLL_DIST_1 405s8.4cd 2 +405 S 8.4 1201411 1201412 1201414 CD 2 COLL_DIST_2 405s8.4cd 1 +405 S 8.4 1201411 1201415 1201416 OC 1 COLL_DIST_ON ? 0 +405 S 8.4 1201411 1201417 1201418 HV 1 SD_1 405s8.4hv 1 +405 S 8.4 1201411 1201419 1201420 ML 1 ML_1 405s8.4ml 5 +405 S 8.4 1201411 1201419 1201421 ML 2 ML_2 405s8.4ml 4 +405 S 8.4 1201411 1201419 1201422 ML 3 ML_3 405s8.4ml 3 +405 S 8.4 1201411 1201419 1201423 ML 4 ML_4 405s8.4ml 2 +405 S 8.4 1201411 1201419 1201424 ML 5 ML_5 405s8.4ffa 1 +405 S 8.4 1201411 1201425 1201426 FF 1 SD_2 405s8.4ffb 1 +405 S 8.4 1201411 1201425 1201427 FF 2 SD_3 ? 0 +405 S 8.4 1201411 1201425 1201428 FF 3 SD_4 ? 0 +405 S 8.4 1201411 1201425 1201429 FF 4 SD_5 ? 0 +405 N 8.4 1201411 1201430 1201431 OS 1 OS_1 405n8.4ml 4 +405 N 8.4 1201411 1201430 1201432 OS 2 OS_2 405n8.4ml 3 +405 N 8.4 1201411 1201430 1201433 OS 3 OS_3 405n8.4ml 2 +405 N 8.4 1201411 1201430 1201434 OS 4 OS_4 405n8.4ml 1 +405 N 8.4 1201411 1201435 1201436 OH 1 SD_6 405n8.4hv 1 +405 S 8.9 1201409 1201410 1209125 ML 1 ML_1 405s8.9ml 4 +405 S 8.9 1201409 1201410 1209126 ML 2 ML_2 405s8.9ml 3 +405 S 8.9 1201409 1201410 1209127 ML 3 ML_3 405s8.9ml 2 +405 S 8.9 1201409 1201410 1209128 ML 4 ML_4 405s8.9ml 1 +405 S 8.9 1201409 1209143 1209131 HV 1 SD_1 405s8.9hv 1 +405 N 8.9 1201409 1209144 1209132 OS 1 OS_1 405n8.9ml 4 +405 N 8.9 1201409 1209144 1209133 OS 2 OS_2 405n8.9ml 3 +405 N 8.9 1201409 1209144 1209134 OS 3 OS_3 405n8.9ml 2 +405 N 8.9 1201409 1209144 1209135 OS 4 OS_4 405n8.9ml 1 +405 N 8.9 1201409 1209145 1209136 OH 1 SD_2 405n8.9hv 1 +405 S 8.9 1201409 1209482 1209478 FF 1 SD_4 405s8.9ff 1 +405 S 8.9 1201409 1209482 1209479 FF 2 SD_5 ? 0 +405 N 8.9 1201409 1209483 1209480 FO 1 SD_6 ? 0 +405 N 8.9 1201409 1209483 1209481 FO 2 SD_3 ? 0 +405 N 9.46 1201444 1201445 1201446 QU 1 QUEUE 405n9.46ora 0 +405 N 9.46 1201444 1201445 1201447 DM 2 DEMAND 405n9.46ora 0 +405 N 9.46 1201444 1201445 1201448 PA 3 PASSAGE 405n9.46ora 0 +405 N 9.46 1201444 1201449 1201450 FR 1 RAMP_OFF 405n9.46fr 1 +405 N 9.46 1201444 1201451 1201452 HV 1 SD_1 405n9.46ml 6 +405 N 9.46 1201444 1201453 1201454 ML 1 ML_1 405n9.46ml 5 +405 N 9.46 1201444 1201453 1201455 ML 2 ML_2 405n9.46ml 4 +405 N 9.46 1201444 1201453 1201456 ML 3 ML_3 405n9.46ml 3 +405 N 9.46 1201444 1201453 1201457 ML 4 ML_4 405n9.46ml 2 +405 N 9.46 1201444 1201453 1201458 ML 5 ML_5 405n9.46ml 1 +405 S 9.54 1201459 1201460 1201461 OR 1 RAMP_ON 405s9.54ora 0 +405 S 9.54 1201459 1201460 1201462 QU 2 QUEUE 405s9.54ora 0 +405 S 9.54 1201459 1201460 1201463 DM 3 DEMAND 405s9.54ora 0 +405 S 9.54 1201459 1201460 1201464 PA 4 PASSAGE 405s9.54ora 0 +405 S 9.54 1201459 1201465 1201466 FR 1 RAMP_OFF 405s9.54fr 2 +405 S 9.54 1201459 1201467 1201468 HV 1 SD_1 405s9.54hv 1 +405 S 9.54 1201459 1201469 1201470 ML 1 ML_1 405s9.54ml 4 +405 S 9.54 1201459 1201469 1201471 ML 2 ML_2 405s9.54ml 3 +405 S 9.54 1201459 1201469 1201472 ML 3 ML_3 405s9.54ml 2 +405 S 9.54 1201459 1201469 1201473 ML 4 ML_4 405s9.54ml 1 +405 S 9.54 1201459 1201469 1201474 ML 5 ML_5 ? 0 +405 N 9.65 1201475 1201476 1201477 OR 1 RAMP_ON 405n9.65ora 0 +405 N 9.65 1201475 1201476 1201478 QU 2 QUEUE 405n9.65ora 0 +405 N 9.65 1201475 1201476 1201479 DM 3 DEMAND 405n9.65ora 0 +405 N 9.65 1201475 1201476 1201480 PA 4 PASSAGE 405n9.65ora 0 +405 N 9.65 1201475 1201481 1201482 ML 1 ML_1 405n9.65ml 5 +405 N 9.65 1201475 1201481 1201483 ML 2 ML_2 405n9.65ml 4 +405 N 9.65 1201475 1201481 1201484 ML 3 ML_3 405n9.65ml 3 +405 N 9.65 1201475 1201481 1201485 ML 4 ML_4 405n9.65ml 2 +405 N 9.65 1201475 1201481 1201486 ML 5 ML_5 405n9.65ml 1 +405 N 9.65 1201475 1201487 1201488 HV 1 SD_1 405n9.65hv 1 +405 S 10.28 1201489 1201490 1201492 DM 1 DEMAND 405s10.3or 0 +405 S 10.28 1201489 1201490 1201493 PA 2 PASSAGE 405s10.3or 0 +405 S 10.28 1201489 1201494 1201495 HV 1 SD_1 405s10.3hv 1 +405 S 10.28 1201489 1201497 1201498 ML 1 ML_1 405s10.3ml 4 +405 S 10.28 1201489 1201497 1201499 ML 2 ML_2 405s10.3ml 3 +405 S 10.28 1201489 1201497 1201500 ML 3 ML_3 405s10.3ml 2 +405 S 10.28 1201489 1201497 1201501 ML 4 ML_4 405s10.3ml 1 +405 S 10.48 1209055 1209217 1209206 ML 1 ML_1 405s10.48ml 4 +405 S 10.48 1209055 1209217 1209207 ML 2 ML_2 405s10.48ml 3 +405 S 10.48 1209055 1209217 1209208 ML 3 ML_3 405s10.48ml 2 +405 S 10.48 1209055 1209217 1209209 ML 4 ML_4 405s10.48ml 1 +405 S 10.48 1209055 1209218 1209210 HV 1 SD_1 405s10.48hv 1 +405 N 10.48 1209055 1209219 1209211 OS 1 OS_1 405n10.48ml 4 +405 N 10.48 1209055 1209219 1209212 OS 2 OS_2 405n10.48ml 3 +405 N 10.48 1209055 1209219 1209213 OS 3 OS_3 405n10.48ml 2 +405 N 10.48 1209055 1209219 1209214 OS 4 OS_4 405n10.48ml 1 +405 N 10.48 1209055 1209220 1209215 OH 1 SD_2 405n10.48hv 1 +405 S 10.48 1209055 1209468 1209457 FF 1 SD_3 405s10.48ff 2 +405 S 10.48 1209055 1209468 1209458 FF 2 SD_4 405s10.48ff 1 +405 N 10.48 1209055 1209485 1209459 FO 1 SD_5 405n10.48ff 3 +405 N 10.48 1209055 1209485 1209460 FO 3 RAMP_HOV 405n10.48ff 1 +405 N 10.48 1209055 1209485 1209461 FO 2 SD_6 405n10.48ff 2 +405 S 10.48 1209055 1209469 1209462 OF 2 COLL_DIST_1 ? 0 +405 S 10.48 1209055 1209469 1209466 OF 1 RAMP_OFF ? 0 +405 N 10.48 1209055 1209484 1209467 OF 1 RAMP_ON ? 0 +405 N 10.9 1201502 1201503 1201504 OR 1 RAMP_ON 405n10.9ora 0 +405 N 10.9 1201502 1201503 1201505 QU 2 QUEUE 405n10.9ora 0 +405 N 10.9 1201502 1201503 1201506 DM 3 DEMAND 405n10.9ora 0 +405 N 10.9 1201502 1201503 1201507 PA 4 PASSAGE 405n10.9ora 0 +405 N 10.9 1201502 1201508 1201509 HV 1 SD_1 405n10.9ml 6 +405 N 10.9 1201502 1201510 1201511 ML 1 ML_1 405n10.9ml 5 +405 N 10.9 1201502 1201510 1201512 ML 2 ML_2 405n10.9ml 4 +405 N 10.9 1201502 1201510 1201513 ML 3 ML_3 405n10.9ml 3 +405 N 10.9 1201502 1201510 1201514 ML 4 ML_4 405n10.9ml 2 +405 N 10.9 1201502 1201510 1201515 ML 5 ML_5 405n10.9ml 1 +405 S 11.2 1201516 1201517 1201518 OR 4 RAMP_ON 405s11.2ora 0 +405 S 11.2 1201516 1201517 1201519 QU 3 QUEUE 405s11.2ora 0 +405 S 11.2 1201516 1201517 1201520 DM 1 DEMAND 405s11.2ora 0 +405 S 11.2 1201516 1201517 1201521 PA 2 PASSAGE 405s11.2ora 0 +405 S 11.2 1201516 1201523 1201524 HV 1 SD_1 405s11.2ml 6 +405 S 11.2 1201516 1201525 1201526 ML 1 ML_1 405s11.2ml 5 +405 S 11.2 1201516 1201525 1201527 ML 2 ML_2 405s11.2ml 4 +405 S 11.2 1201516 1201525 1201528 ML 3 ML_3 405s11.2ml 3 +405 S 11.2 1201516 1201525 1201529 ML 4 ML_4 405s11.2ml 2 +405 S 11.2 1201516 1201525 1201530 ML 5 ML_5 405s11.2ml 1 +405 S 11.2 1201516 1201517 1211193 RH 5 RAMP_HOV 405s11.2ora 0 +405 N 11.4 1201531 1201532 1201533 QU 3 QUEUE 405n11.4spill 0 +405 N 11.4 1201531 1201532 1201534 DM 1 DEMAND 405n11.4orb 0 +405 N 11.4 1201531 1201532 1201535 PA 2 PASSAGE 405n11.4orb 0 +405 N 11.4 1201531 1201536 1201537 FR 1 RAMP_OFF ? 0 +405 N 11.4 1201531 1201539 1201540 HV 1 SD_1 405n11.4hv 1 +405 N 11.4 1201531 1201541 1201542 ML 1 ML_1 405n11.4ml 4 +405 N 11.4 1201531 1201541 1201543 ML 2 ML_2 405n11.4ml 3 +405 N 11.4 1201531 1201541 1201544 ML 3 ML_3 405n11.4ml 2 +405 N 11.4 1201531 1201541 1201545 ML 4 ML_4 405n11.4ml 1 +405 N 11.4 1201531 1201536 1210120 FR 2 SD_4 ? 0 +405 S 11.5 1201547 1201548 1201549 OR 4 RAMP_ON 405s11.5ora 0 +405 S 11.5 1201547 1201548 1201550 QU 3 QUEUE 405s11.5ora 0 +405 S 11.5 1201547 1201548 1201551 DM 1 DEMAND 405s11.5ora 0 +405 S 11.5 1201547 1201548 1201552 PA 2 PASSAGE 405s11.5ora 0 +405 S 11.5 1201547 1201554 1201555 FR 1 RAMP_OFF 405s11.5fr 1 +405 S 11.5 1201547 1201556 1201557 HV 1 SD_1 405s11.5hv 1 +405 S 11.5 1201547 1201558 1201559 ML 1 ML_1 405s11.5ml 5 +405 S 11.5 1201547 1201558 1201560 ML 2 ML_2 405s11.5ml 4 +405 S 11.5 1201547 1201558 1201561 ML 3 ML_3 405s11.5ml 3 +405 S 11.5 1201547 1201558 1201562 ML 4 ML_4 405s11.5ml 2 +405 S 11.5 1201547 1201558 1201563 ML 5 ML_5 405s11.5ml 1 +405 S 11.5 1201547 1201554 1210125 FR 2 SD_4 ? 0 +405 S 11.5 1201547 1201554 1210126 FR 3 SD_5 ? 0 +405 S 11.5 1201547 1201548 1211181 RH 5 RAMP_HOV 405s11.5ora 0 +405 N 11.6 1201564 1201565 1201566 OR 4 RAMP_ON ? 0 +405 N 11.6 1201564 1201565 1201567 QU 3 QUEUE ? 0 +405 N 11.6 1201564 1201565 1201568 DM 1 DEMAND ? 0 +405 N 11.6 1201564 1201565 1201569 PA 2 PASSAGE ? 0 +405 N 11.6 1201564 1201571 1201572 HV 1 SD_1 405n11.6hv 1 +405 N 11.6 1201564 1201573 1201574 ML 1 ML_1 405n11.6ml 4 +405 N 11.6 1201564 1201573 1201575 ML 2 ML_2 405n11.6ml 3 +405 N 11.6 1201564 1201573 1201576 ML 3 ML_3 405n11.6ml 2 +405 N 11.6 1201564 1201573 1201577 ML 4 ML_4 405n11.6ml 1 +405 S 12.16 1209226 1209241 1209227 ML 1 ML_1 405s12.16ml 6 +405 S 12.16 1209226 1209241 1209228 ML 2 ML_2 405s12.16ml 5 +405 S 12.16 1209226 1209241 1209229 ML 3 ML_3 405s12.16ml 4 +405 S 12.16 1209226 1209241 1209230 ML 4 ML_4 405s12.16ml 3 +405 S 12.16 1209226 1209241 1209231 ML 5 ML_5 405s12.16ml 2 +405 S 12.16 1209226 1209241 1209232 ML 6 ML_6 405s12.16ml 1 +405 S 12.16 1209226 1209242 1209233 HV 1 SD_1 405s12.16ml 7 +405 N 12.16 1209226 1209243 1209234 OS 1 OS_1 405n12.16ml 5 +405 N 12.16 1209226 1209243 1209236 OS 2 OS_2 405n12.16ml 4 +405 N 12.16 1209226 1209243 1209237 OS 3 OS_3 405n12.16ml 3 +405 N 12.16 1209226 1209243 1209238 OS 4 OS_4 405n12.16ml 3 +405 N 12.16 1209226 1209243 1209239 OS 5 OS_5 405n12.16ml 1 +405 N 12.16 1209226 1209244 1209240 OH 1 SD_2 405n12.16hv 1 +73 N 23.2 1208924 1210524 1210510 ML 1 ML_1 ? 0 +73 N 23.2 1208924 1210524 1210511 ML 2 ML_2 ? 0 +73 N 23.2 1208924 1210524 1210512 ML 3 ML_3 ? 0 +73 N 23.2 1208924 1210524 1210514 ML 4 ML_4 ? 0 +73 S 23.2 1208924 1210525 1210515 OS 1 OS_1 ? 0 +73 S 23.2 1208924 1210525 1210516 OS 2 OS_2 ? 0 +73 S 23.2 1208924 1210525 1210519 OS 3 OS_3 ? 0 +73 S 23.2 1208924 1210525 1210520 OS 4 OS_4 ? 0 +73 S 23.5 1208925 1210504 1210495 ML 1 ML_1 ? 0 +73 S 23.5 1208925 1210504 1210496 ML 2 ML_2 ? 0 +73 S 23.5 1208925 1210504 1210497 ML 3 ML_3 ? 0 +73 S 23.5 1208925 1210504 1210498 ML 4 ML_4 ? 0 +73 N 23.5 1208925 1210505 1210499 OS 1 OS_1 ? 0 +73 N 23.5 1208925 1210505 1210501 OS 2 OS_2 ? 0 +73 N 23.5 1208925 1210505 1210502 OS 3 OS_3 ? 0 +73 N 23.5 1208925 1210505 1210503 OS 4 OS_4 ? 0 +73 S 23.5 1208925 1210768 1210767 OR 1 RAMP_ON ? 0 +73 S 23.7 1208926 1210494 1210490 ML 1 ML_1 ? 0 +73 S 23.7 1208926 1210494 1210492 ML 2 ML_2 ? 0 +73 S 23.7 1208926 1210494 1210493 ML 3 ML_3 ? 0 +73 S 23.7 1208926 1210770 1210769 OR 1 RAMP_ON ? 0 +73 N 23.9 1210382 1210487 1210480 ML 1 ML_1 ? 0 +73 N 23.9 1210382 1210487 1210481 ML 2 ML_2 ? 0 +73 N 23.9 1210382 1210487 1210482 ML 3 ML_3 ? 0 +73 S 23.9 1210382 1210489 1210483 OS 1 OS_1 ? 0 +73 S 23.9 1210382 1210489 1210484 OS 2 OS_2 ? 0 +73 S 23.9 1210382 1210489 1210485 OS 3 OS_3 ? 0 +73 N 23.9 1210382 1210772 1210771 OR 1 RAMP_ON ? 0 +73 N 24.1 1208927 1210474 1210467 ML 1 ML_1 ? 0 +73 N 24.1 1208927 1210474 1210468 ML 2 ML_2 ? 0 +73 N 24.1 1208927 1210474 1210469 ML 3 ML_3 ? 0 +73 S 24.1 1208927 1210475 1210470 OS 1 OS_1 ? 0 +73 S 24.1 1208927 1210475 1210471 OS 2 OS_2 ? 0 +73 S 24.1 1208927 1210475 1210472 OS 3 OS_3 ? 0 +73 N 24.1 1208927 1210774 1210773 OR 1 RAMP_ON ? 0 +73 S 24.1 1208927 1210799 1210797 OF 1 RAMP_OFF ? 0 +73 S 25.25 1208931 1212454 1212446 ML 1 ML_1 ? 0 +73 S 25.25 1208931 1212454 1212447 ML 2 ML_2 ? 0 +73 S 25.25 1208931 1212454 1212448 ML 3 ML_3 ? 0 +73 N 25.25 1208931 1212455 1212449 OS 1 OS_1 ? 0 +73 N 25.25 1208931 1212455 1212450 OS 2 OS_2 ? 0 +73 N 25.25 1208931 1212455 1212451 OS 3 OS_3 ? 0 +73 N 25.25 1208931 1212455 1212452 OS 4 OS_4 ? 0 +73 S 25.25 1208931 1212504 1212501 FR 1 SD_4 ? 0 +73 S 25.25 1208931 1212504 1212502 FR 2 SD_5 ? 0 +73 N 25.25 1208931 1212505 1212503 FR 1 RAMP_OFF ? 0 +73 N 25.7 1208932 1212463 1212456 ML 1 ML_1 ? 0 +73 N 25.7 1208932 1212463 1212457 ML 2 ML_2 ? 0 +73 N 25.7 1208932 1212463 1212458 ML 3 ML_3 ? 0 +73 S 25.7 1208932 1212464 1212460 OS 2 OS_1 ? 0 +73 S 25.7 1208932 1212464 1212461 OS 3 OS_2 ? 0 +73 S 25.7 1208932 1212464 1212462 OS 4 OS_3 ? 0 +73 S 25.7 1208932 1212506 1212507 FR 1 SD_4 ? 0 +73 S 25.7 1208932 1212506 1212508 FR 2 SD_5 ? 0 +73 N 25.7 1208932 1212514 1212509 DM 1 DEMAND ? 0 +73 N 25.7 1208932 1212514 1212510 PA 2 PASSAGE ? 0 +73 N 25.7 1208932 1212514 1212511 QU 3 QUEUE ? 0 +73 N 25.7 1208932 1212514 1212512 OR 4 RAMP_ON ? 0 +73 S 26.3 1208933 1212472 1212466 ML 2 ML_1 ? 0 +73 S 26.3 1208933 1212472 1212467 ML 3 ML_2 ? 0 +73 S 26.3 1208933 1212518 1212468 FF 1 ML_3 ? 0 +73 N 26.3 1208933 1212473 1212469 OS 1 OS_1 ? 0 +73 N 26.3 1208933 1212473 1212470 OS 2 OS_2 ? 0 +73 N 26.3 1208933 1212473 1212471 OS 3 OS_3 ? 0 +73 S 26.3 1208933 1212519 1212516 FF 1 SD_4 ? 0 +73 S 26.3 1208933 1212519 1212517 FF 2 SD_5 ? 0 +73 N 26.7 1208934 1212479 1212474 ML 1 ML_1 ? 0 +73 N 26.7 1208934 1212479 1212475 ML 2 ML_2 ? 0 +73 S 26.7 1208934 1212480 1212477 OS 2 OS_1 ? 0 +73 S 26.7 1208934 1212480 1212478 OS 3 OS_2 ? 0 +73 N 26.7 1208934 1212544 1212540 FF 1 SD_1 ? 0 +73 N 26.7 1208934 1212544 1212541 FF 2 SD_2 ? 0 +73 S 26.7 1208934 1212545 1212542 FF 1 SD_4 ? 0 +73 S 26.7 1208934 1212545 1212543 FF 2 SD_5 ? 0 +73 S 27.2 1208935 1212484 1212481 ML 1 ML_1 ? 0 +73 S 27.2 1208935 1212484 1212482 ML 2 ML_2 ? 0 +73 S 27.2 1208935 1212484 1212483 ML 3 ML_3 ? 0 +73 S 27.2 1208935 1212525 1212520 DM 1 DEMAND ? 0 +73 S 27.2 1208935 1212525 1212521 PA 2 PASSAGE ? 0 +73 S 27.2 1208935 1212525 1212522 QU 3 QUEUE ? 0 +73 S 27.2 1208935 1212525 1212523 OR 4 RAMP_ON ? 0 +73 N 27.2 1208935 1212526 1212524 FR 1 RAMP_OFF ? 0 +73 N 27.4 1212485 1212489 1212486 ML 1 ML_1 ? 0 +73 N 27.4 1212485 1212489 1212487 ML 2 ML_2 ? 0 +73 N 27.4 1212485 1212489 1212488 ML 3 ML_3 ? 0 +73 N 27.4 1212485 1212532 1212527 DM 1 DEMAND ? 0 +73 N 27.4 1212485 1212532 1212528 PA 2 PASSAGE ? 0 +73 N 27.4 1212485 1212532 1212529 QU 3 QUEUE ? 0 +73 N 27.4 1212485 1212532 1212530 OR 4 RAMP_ON ? 0 +73 S 27.4 1212485 1212533 1212531 FR 1 RAMP_OFF ? 0 +73 S 27.72 1208936 1212495 1212490 ML 1 ML_1 ? 0 +73 S 27.72 1208936 1212495 1212491 ML 2 ML_2 ? 0 +73 N 27.72 1208936 1212496 1212492 OS 1 OS_1 ? 0 +73 N 27.72 1208936 1212496 1212493 OS 2 OS_2 ? 0 +73 N 27.72 1208936 1212496 1212494 OS 3 OS_3 ? 0 +73 S 27.72 1208936 1212537 1212534 DM 1 DEMAND ? 0 +73 S 27.72 1208936 1212537 1212535 PA 2 PASSAGE ? 0 +73 S 27.72 1208936 1212537 1212536 QU 3 QUEUE ? 0 +73 S 27.728 1201489 1209500 1209499 OR 1 SD_3 ? 0 +133 S 9 1201043 1201044 1201045 OR 1 RAMP_ON ? 0 +133 S 9 1201043 1201044 1201046 QU 2 QUEUE ? 0 +133 S 9 1201043 1201044 1201047 DM 3 DEMAND ? 0 +133 S 9 1201043 1201044 1201048 PA 4 PASSAGE ? 0 +133 S 9 1201043 1201044 1201049 RH 5 RAMP_HOV ? 0 +133 S 9 1201043 1201054 1201051 ML 3 ML_3 ? 0 +133 S 9 1201043 1201052 1201053 FR 1 RAMP_OFF ? 0 +133 S 9 1201043 1201054 1201055 ML 1 ML_1 ? 0 +133 S 9 1201043 1201054 1201056 ML 2 ML_2 ? 0 +133 N 9 1201057 1201058 1201059 OR 1 RAMP_ON ? 0 +133 N 9 1201057 1201058 1201060 QU 2 QUEUE ? 0 +133 N 9 1201057 1201058 1201061 DM 3 DEMAND ? 0 +133 N 9 1201057 1201058 1201062 PA 4 PASSAGE ? 0 +133 N 9 1201057 1201058 1201063 RH 5 RAMP_HOV ? 0 +133 N 9 1201057 1201064 1201065 FR 1 RAMP_OFF ? 0 +133 N 9 1201057 1201066 1201067 ML 1 ML_1 ? 0 +133 N 9 1201057 1201066 1201068 ML 2 ML_2 ? 0 +133 N 9.1 1201069 1201070 1201071 OR 1 RAMP_ON ? 0 +133 N 9.1 1201069 1201070 1201072 QU 2 QUEUE ? 0 +133 N 9.1 1201069 1201070 1201073 DM 3 DEMAND ? 0 +133 N 9.1 1201069 1201070 1201074 PA 4 PASSAGE ? 0 +133 N 9.1 1201069 1201070 1201075 RH 5 RAMP_HOV ? 0 +133 N 9.1 1201069 1201076 1201077 ML 1 ML_1 ? 0 +133 N 9.1 1201069 1201076 1201078 ML 2 ML_2 ? 0 +133 N 9.1 1201069 1201076 1201079 ML 3 ML_3 ? 0 +133 N 9.37 1211774 1211784 1211775 ML 1 ML_1 ? 0 +133 N 9.37 1211774 1211784 1211776 ML 2 ML_2 ? 0 +133 N 9.37 1211774 1211785 1211777 FF 1 SD_1 ? 0 +133 N 9.37 1211774 1211785 1211778 FF 2 SD_2 ? 0 +133 N 9.37 1211774 1211786 1211779 OC 1 COLL_DIST_ON ? 0 +133 S 9.37 1211774 1211787 1211780 OS 1 OS_1 ? 0 +133 S 9.37 1211774 1211787 1211781 OS 2 OS_2 ? 0 +133 S 9.37 1211774 1211788 1211782 FO 1 SD_3 ? 0 +133 S 9.37 1211774 1211788 1211783 FO 2 SD_4 ? 0 +133 N 9.77 1211762 1211770 1211763 ML 1 ML_1 ? 0 +133 N 9.77 1211762 1211770 1211764 ML 2 ML_2 ? 0 +133 N 9.77 1211762 1211771 1211765 FF 1 SD_1 ? 0 +133 S 9.77 1211762 1211772 1211766 OS 1 OS_1 ? 0 +133 S 9.77 1211762 1211772 1211767 OS 2 OS_2 ? 0 +133 S 9.77 1211762 1211773 1211768 FO 1 SD_2 ? 0 +133 S 9.77 1211762 1211773 1211769 FO 2 SD_3 ? 0 +133 N 10.05 1211754 1211760 1211755 ML 1 ML_1 ? 0 +133 N 10.05 1211754 1211760 1211756 ML 2 ML_2 ? 0 +133 S 10.05 1211754 1211761 1211757 OS 1 OS_1 ? 0 +133 S 10.05 1211754 1211761 1211758 OS 2 OS_2 ? 0 +133 S 10.05 1211754 1211761 1211759 OS 3 OS_3 ? 0 +133 N 10.5 1211742 1211750 1211743 ML 1 ML_1 ? 0 +133 N 10.5 1211742 1211750 1211744 ML 2 ML_2 ? 0 +133 N 10.5 1211742 1211751 1211745 FF 1 SD_1 ? 0 +133 S 10.5 1211742 1211752 1211746 OS 1 OS_1 ? 0 +133 S 10.5 1211742 1211752 1211747 OS 2 OS_2 ? 0 +133 S 10.5 1211742 1211753 1211748 FO 1 SD_2 ? 0 +133 S 10.5 1211742 1211753 1211749 FO 2 SD_3 ? 0 +133 N 10.73 1211733 1211740 1211734 ML 1 ML_1 ? 0 +133 N 10.73 1211733 1211740 1211735 ML 2 ML_2 ? 0 +133 N 10.73 1211733 1211740 1211736 ML 3 ML_3 ? 0 +133 S 10.73 1211733 1211741 1211737 OS 1 OS_1 ? 0 +133 S 10.73 1211733 1211741 1211738 OS 2 OS_2 ? 0 +133 S 10.73 1211733 1211741 1211739 OS 3 OS_3 ? 0 +133 N 11.08 1211726 1211731 1211727 ML 1 ML_1 ? 0 +133 N 11.08 1211726 1211731 1211728 ML 2 ML_2 ? 0 +133 S 11.08 1211726 1211732 1211729 OS 1 OS_1 ? 0 +133 S 11.08 1211726 1211732 1211730 OS 2 OS_2 ? 0 +133 N 11.35 1211719 1211724 1211720 ML 1 ML_1 ? 0 +133 N 11.35 1211719 1211724 1211721 ML 2 ML_2 ? 0 +133 S 11.35 1211719 1211725 1211722 OS 1 OS_1 ? 0 +133 S 11.35 1211719 1211725 1211723 OS 2 OS_2 ? 0 +133 S 11.7 1211710 1211716 1211711 ML 1 ML_1 ? 0 +133 S 11.7 1211710 1211716 1211712 ML 2 ML_2 ? 0 +133 N 11.7 1211710 1211717 1211713 OS 1 OS_1 ? 0 +133 N 11.7 1211710 1211717 1211714 OS 2 OS_2 ? 0 +133 N 11.7 1211710 1211718 1211715 OF 1 RAMP_OFF ? 0 +133 N 12.05 1211694 1211706 1211695 ML 1 ML_1 ? 0 +133 N 12.05 1211694 1211706 1211696 ML 2 ML_2 ? 0 +133 N 12.05 1211694 1211706 1211697 ML 3 ML_3 ? 0 +133 N 12.05 1211694 1211707 1211698 DM 1 DEMAND ? 0 +133 N 12.05 1211694 1211707 1211699 PA 2 PASSAGE ? 0 +133 N 12.05 1211694 1211707 1211700 QU 3 QUEUE ? 0 +133 N 12.05 1211694 1211707 1211701 OR 4 RAMP_ON ? 0 +133 S 12.05 1211694 1211708 1211702 OS 1 OS_1 ? 0 +133 S 12.05 1211694 1211708 1211703 OS 2 OS_2 ? 0 +133 S 12.05 1211694 1211709 1211704 OF 1 RAMP_OFF ? 0 +133 S 12.05 1211694 1211709 1211705 OF 2 SD_1 ? 0 +133 N 12.42 1211685 1211692 1211686 ML 1 ML_1 ? 0 +133 N 12.42 1211685 1211692 1211687 ML 2 ML_2 ? 0 +133 N 12.42 1211685 1211692 1211688 ML 3 ML_3 ? 0 +133 S 12.42 1211685 1211693 1211689 OS 1 OS_1 ? 0 +133 S 12.42 1211685 1211693 1211690 OS 2 OS_2 ? 0 +133 S 12.42 1211685 1211693 1211691 OS 3 OS_3 ? 0 +133 N 12.77 1211667 1211682 1211668 ML 1 ML_1 ? 0 +133 N 12.77 1211667 1211682 1211669 ML 2 ML_2 ? 0 +133 N 12.77 1211667 1211683 1211674 FF 1 SD_4 ? 0 +133 N 12.77 1211667 1211683 1211675 FF 2 SD_5 ? 0 Index: /branches/ATMSDriver/lds_data/lookup_lds =================================================================== --- /branches/ATMSDriver/lds_data/lookup_lds (revision 75) +++ /branches/ATMSDriver/lds_data/lookup_lds (revision 75) @@ -0,0 +1,163 @@ +lds_id line drop sch lineinfo system_key sch_seq glo_seq count freeway Dir ca_pm lds_name +1205270 5 19 1 1 1123005673 26492 1357648 20 5 S 33 MAIN 1 +1208933 6 15 2 2 1123005691 26491 1357639 19 73 S 26.3 S OF 55 +1203081 6 17 2 2 1123005691 26491 1357639 19 55 N 4.58 BRISTOL +1203083 6 18 2 2 1123005691 26491 1357639 19 55 S 4.7 BAKER 1 +1210174 6 19 2 2 1123005691 26491 1357639 19 55 S 5.06 BAKER 2 +1210163 6 20 2 2 1123005691 26491 1357639 19 55 N 5.51 PAULARINO 1 +1204875 22 1 4 4 1123005726 26490 1357624 19 5 N 24.5 N OF SAND CNYN +1204847 22 2 4 4 1123005726 26490 1357624 19 5 N 24.05 SAND CANYON 2 +1204832 22 3 4 4 1123005726 26490 1357624 19 5 S 23.69 SAND CANYON 1 +1204973 22 4 4 4 1123005726 26490 1357624 19 5 N 26.56 CULVER 1 +1205003 22 5 4 4 1123005726 26490 1357624 19 5 N 26.81 CULVER 2 +1204958 22 6 4 4 1123005726 26490 1357624 19 5 S 26.35 CULVER 1 +1204988 22 7 4 4 1123005726 26490 1357624 19 5 S 26.66 CULVER 2 +1204928 22 8 4 4 1123005726 26490 1357624 19 5 N 25.15 JEFFREY 2 +1205077 22 9 4 4 1123005726 26490 1357624 19 5 N 28.1 TUSTIN RANCH +1205229 22 10 4 4 1123005726 26490 1357624 19 5 S 32 GRAND 2 +1205176 22 11 4 4 1123005726 26490 1357624 19 5 S 30.9 1ST +1205188 22 12 4 4 1123005726 26490 1357624 19 5 N 31.23 4TH +1205219 22 13 4 4 1123005726 26490 1357624 19 5 N 31.9 GRAND 2 +1205238 22 16 4 4 1123005726 26490 1357624 19 5 S 32.25 17TH 1 +1205208 22 17 4 4 1123005726 26490 1357624 19 5 S 31.6 GRAND 1 +1204912 22 18 4 4 1123005726 26490 1357624 19 5 N 25.08 JEFFREY 1 +1204892 22 19 4 4 1123005726 26490 1357624 19 5 S 24.84 JEFFREY 1 +1205094 22 20 4 4 1123005726 26490 1357624 19 5 S 28.35 TUSTIN RANCH +1205156 23 1 23 21 1123005995 26479 1357626 18 5 N 30 B ST. +1205164 23 2 23 21 1123005995 26479 1357626 18 5 N 30.2 S OF 55 +1205167 23 3 23 21 1123005995 26479 1357626 18 5 N 30.4 N OF 55 +1205172 23 4 23 21 1123005995 26479 1357626 18 5 S 30.6 WILLIAMS +1205197 23 5 23 21 1123005995 26479 1357626 18 5 N 31.4 CONCORD +1205254 23 6 23 21 1123005995 26479 1357626 18 5 N 32.5 17TH 2 +1205268 23 7 23 21 1123005995 26479 1357626 18 5 N 32.6 17TH 3 +1209845 23 11 23 21 1123005995 26479 1357626 18 55 N 10.2 N OF 5 OFF +1203261 23 14 23 21 1123005995 26479 1357626 18 55 S 10.4 S OF 5 +1203270 23 15 23 21 1123005995 26479 1357626 18 55 S 10.5 N OF 5 +1209052 26 13 25 25 1123006044 26482 1357604 3 405 S 5.05 SPRUCE +1201409 27 1 26 26 1123006050 26481 1357603 3 405 S 8.9 N OF 55 +1201405 27 2 26 26 1123006050 26481 1357603 3 405 N 8.27 AIRPORT +1208924 29 2 28 28 1123006080 26480 1357609 13 73 N 23.2 N OF BONITA +1208925 29 3 28 28 1123006080 26480 1357609 13 73 S 23.5 BISON 1 +1208926 29 4 28 28 1123006080 26480 1357609 13 73 S 23.7 MACARTHUR 1 +1210382 29 5 28 28 1123006080 26480 1357609 13 73 N 23.9 BISON 2 +1208927 29 6 28 28 1123006080 26480 1357609 13 73 N 24.1 MACARTHUR 2 +1201475 31 1 5 5 1123005744 26489 1357649 18 405 N 9.65 BRISTOL 2 +1201444 31 2 5 5 1123005744 26489 1357649 18 405 N 9.46 BRISTOL 1 +1201459 31 3 5 5 1123005744 26489 1357649 18 405 S 9.54 BRISTOL 2 +1204756 31 5 5 5 1123005744 26489 1357649 18 5 S 22.75 BARRANCA +1201547 31 6 5 5 1123005744 26489 1357649 18 405 S 11.5 HARBOR 2 +1201531 31 7 5 5 1123005744 26489 1357649 18 405 N 11.4 HARBOR 1 +1201564 31 8 5 5 1123005744 26489 1357649 18 405 N 11.6 HARBOR 2 +1201516 31 9 5 5 1123005744 26489 1357649 18 405 S 11.2 HARBOR 1 +1201502 31 11 5 5 1123005744 26489 1357649 18 405 N 10.9 FAIRVIEW +1204802 31 16 5 5 1123005744 26489 1357649 18 5 N 23.2 N OF 133 +1204793 31 17 5 5 1123005744 26489 1357649 18 5 S 23.1 N OF 133 +1204813 31 18 5 5 1123005744 26489 1357649 18 5 S 23.5 S OF SAND CNYN +1204776 31 20 5 5 1123005744 26489 1357649 18 5 S 23.05 S OF 133 +1209055 34 3 31 31 1123006127 26475 1357632 20 405 S 10.48 N OF 73 +1209226 34 4 31 31 1123006127 26475 1357632 20 405 S 12.16 HAMPSHIRE +1201489 34 5 31 31 1123006127 26475 1357632 20 405 S 10.28 FAIRVIEW +1208936 34 19 31 31 1123006127 26475 1357632 20 73 S 27.72 FAIRVIEW +1211667 36 7 32 32 1123006146 26478 1357615 17 133 N 12.77 N OF PORTOLA +1211685 36 8 32 32 1123006146 26478 1357615 17 133 N 12.42 S OF PORTOLA +1211694 36 9 32 32 1123006146 26478 1357615 17 133 N 12.05 IRVINE BLVD 3 +1211719 36 10 32 32 1123006146 26478 1357615 17 133 N 11.35 N OF PM 11 +1211710 36 11 32 32 1123006146 26478 1357615 17 133 S 11.7 IRVINE BLVD 1 +1211726 36 12 32 32 1123006146 26478 1357615 17 133 N 11.08 AT PM 11 +1211733 36 13 32 32 1123006146 26478 1357615 17 133 N 10.73 S OF PM 11 +1211742 36 14 32 32 1123006146 26478 1357615 17 133 N 10.5 N OF MARINE +1211754 36 15 32 32 1123006146 26478 1357615 17 133 N 10.05 MARINE WAY +1211762 36 16 32 32 1123006146 26478 1357615 17 133 N 9.77 N OF 5 +1211774 36 17 32 32 1123006146 26478 1357615 17 133 N 9.37 S OF 5 +1204539 45 1 11 11 1123005841 26484 1357646 19 5 N 16.51 LA PAZ 1 +1204553 45 2 11 11 1123005841 26484 1357646 19 5 N 16.69 LA PAZ 2 +1204566 45 3 11 11 1123005841 26484 1357646 19 5 N 17.43 ALICIA 1 +1204578 45 4 11 11 1123005841 26484 1357646 19 5 N 17.63 ALICIA 2 +1204537 45 5 11 11 1123005841 26484 1357646 19 5 S 16.3 LA PAZ 1 +1204608 45 6 11 11 1123005841 26484 1357646 19 5 N 18.61 EL TORO 1 +1204622 45 7 11 11 1123005841 26484 1357646 19 5 N 18.82 EL TORO 2 +1204637 45 8 11 11 1123005841 26484 1357646 19 5 N 19.33 RED ROBIN +1204551 45 9 11 11 1123005841 26484 1357646 19 5 S 16.5 LA PAZ 2 +1204666 45 10 11 11 1123005841 26484 1357646 19 5 N 20 LAKE FOR2 +1204721 45 11 11 11 1123005841 26484 1357646 19 5 N 22.1 ALTON 2 +1204742 45 12 11 11 1123005841 26484 1357646 19 5 N 22.2 ALTON 3 +1204564 45 13 11 11 1123005841 26484 1357646 19 5 S 17.26 ALICIA 1 +1204706 45 15 11 11 1123005841 26484 1357646 19 5 S 21.92 ALTON 1 +1204576 45 17 11 11 1123005841 26484 1357646 19 5 S 17.49 ALICIA 2 +1204606 45 19 11 11 1123005841 26484 1357646 19 5 S 18.5 EL TORO 1 +1204620 45 20 11 11 1123005841 26484 1357646 19 5 S 18.7 EL TORO 2 +1201202 46 1 36 36 1123006209 26472 1357644 20 405 N 4.03 JEFFREY 2 +1201176 46 2 36 36 1123006209 26472 1357644 20 405 N 3.86 JEFFREY 1 +1201245 46 3 36 36 1123006209 26472 1357644 20 405 N 5.55 CULVER 1 +1201321 46 4 36 36 1123006209 26472 1357644 20 405 N 6.85 JAMBOREE1 +1201388 46 5 36 36 1123006209 26472 1357644 20 405 N 7.73 MACARTHUR 1 +1201190 46 6 36 36 1123006209 26472 1357644 20 405 S 4.03 JEFFREY 2 +1201164 46 7 36 36 1123006209 26472 1357644 20 405 S 3.84 JEFFREY 1 +1201275 46 8 36 36 1123006209 26472 1357644 20 405 N 5.74 CULVER 2 +1201261 46 9 36 36 1123006209 26472 1357644 20 405 S 5.69 CULVER 2 +1201231 46 10 36 36 1123006209 26472 1357644 20 405 S 5.5 CULVER 1 +1201356 46 11 36 36 1123006209 26472 1357644 20 405 N 7.07 JAMBOREE2 +1201339 46 12 36 36 1123006209 26472 1357644 20 405 S 7.01 JAMBOREE2 +1201306 46 13 36 36 1123006209 26472 1357644 20 405 S 6.8 JAMBOREE1 +1201371 46 14 36 36 1123006209 26472 1357644 20 405 S 7.69 MACARTHUR1 +1201289 46 15 36 36 1123006209 26472 1357644 20 405 S 6.1 HARVARD +1201216 46 16 36 36 1123006209 26472 1357644 20 405 S 5.01 YALE +1201043 46 17 36 36 1123006209 26472 1357644 20 133 S 9 BARRANCA2 +1201411 46 18 36 36 1123006209 26472 1357644 20 405 S 8.4 RED HILL +1201057 46 19 36 36 1123006209 26472 1357644 20 133 N 9 BARRANCA1 +1201069 46 20 36 36 1123006209 26472 1357644 20 133 N 9.1 BARRANCA2 +1205111 50 1 13 13 1123005873 24148 1357650 19 5 S 29.02 RED HILL +1205128 50 2 13 13 1123005873 24148 1357650 19 5 N 29.24 RED HILL +1205146 50 3 13 13 1123005873 24148 1357650 19 5 N 29.79 NEWPORT +1203244 50 4 13 13 1123005873 24148 1357650 19 55 N 10 MCFADDEN +1203211 50 5 13 13 1123005873 24148 1357650 19 55 N 9.41 EDINGER 2 +1203196 50 6 13 13 1123005873 24148 1357650 19 55 S 9.19 EDINGER 1 +1203165 50 7 13 13 1123005873 24148 1357650 19 55 N 7.85 DYER 1 +1203176 50 8 13 13 1123005873 24148 1357650 19 55 N 8.12 DYER 2 +1203153 50 9 13 13 1123005873 24148 1357650 19 55 S 7.62 DYER 1 +1203115 50 10 13 13 1123005873 24148 1357650 19 55 N 6.94 MACARTHU1 +1203140 50 11 13 13 1123005873 24148 1357650 19 55 N 7.16 MACARTHU2 +1203129 50 12 13 13 1123005873 24148 1357650 19 55 S 7.03 MACARTHU2 +1203103 50 13 13 13 1123005873 24148 1357650 19 55 S 6.88 MACARTHU1 +1203226 50 14 13 13 1123005873 24148 1357650 19 55 S 10 MCFADDEN +1203062 50 16 13 13 1123005873 24148 1357650 19 55 N 3.96 FAIR 2 +1203044 50 17 13 13 1123005873 24148 1357650 19 55 S 3.6 FAIR 1 +1203026 50 18 13 13 1123005873 24148 1357650 19 55 N 3.11 VICTORIA2 +1203085 50 20 13 13 1123005873 24148 1357650 19 55 N 5.8 PAULARINO 2 +1203293 56 1 14 14 1123005892 26482 1357643 20 55 N 11.1 FOURTH 2 +1203274 56 2 14 14 1123005892 26482 1357643 20 55 S 10.84 FOURTH 1 +1203321 56 3 14 14 1123005892 26482 1357643 20 55 N 11.74 17TH 1 +1203335 56 4 14 14 1123005892 26482 1357643 20 55 N 12 17TH 2 +1203307 56 5 14 14 1123005892 26482 1357643 20 55 S 11.62 17TH 1 +1212485 56 15 14 14 1123005892 26482 1357643 20 73 N 27.4 BEAR 2 +1208935 56 16 14 14 1123005892 26482 1357643 20 73 S 27.2 BEAR 1 +1208931 56 17 14 14 1123005892 26482 1357643 20 73 S 25.25 ORCHID +1208932 56 18 14 14 1123005892 26482 1357643 20 73 N 25.7 CAMPUS +1208934 56 19 14 14 1123005892 26482 1357643 20 73 N 26.7 N OF 55 +1201119 73 1 18 18 1123005950 26481 1357636 16 405 N 1.11 IRVINE C2 +1201130 73 2 18 18 1123005950 26481 1357636 16 405 S 1.57 S OF 133 +1201133 73 3 18 18 1123005950 26481 1357636 16 405 S 1.93 N OF 133 +1201092 73 4 18 18 1123005950 26481 1357636 16 405 N 0.93 IRVINE C1 +1201150 73 5 18 18 1123005950 26481 1357636 16 405 N 2.99 SAND CANYON +1201105 73 6 18 18 1123005950 26481 1357636 16 405 S 0.96 IRVINE C2 +1209051 73 7 18 18 1123005950 26481 1357636 16 405 N 3.31 N OF SAND CANYON +1209054 73 11 18 18 1123005950 26481 1357636 16 405 S 1.73 AT 133 +1201136 73 12 18 18 1123005950 26481 1357636 16 405 S 2.88 SAND CANYON +1201080 73 13 18 18 1123005950 26481 1357636 16 405 S 0.77 IRVINE C1 +1204941 73 15 18 18 1123005950 26481 1357636 16 5 S 25.8 YALE +1205068 73 16 18 18 1123005950 26481 1357636 16 5 N 27.7 JAMBOREE 2 +1205019 73 17 18 18 1123005950 26481 1357636 16 5 S 27.43 JAMBOREE 1 +1205034 73 18 18 18 1123005950 26481 1357636 16 5 N 27.55 JAMBOREE 1 +1205051 73 19 18 18 1123005950 26481 1357636 16 5 S 27.7 JAMBOREE 2 +1209050 73 20 18 18 1123005950 26481 1357636 16 405 N 2.35 LAGUNA CANYON RD +1204649 74 1 19 19 1123005967 26480 1357638 18 5 S 19.8 LAKE FOREST 1 +1204664 74 4 19 19 1123005967 26480 1357638 18 5 S 19.9 LAKE FOREST 2 +1204696 74 5 19 19 1123005967 26480 1357638 18 5 N 20.59 BAKE 1 +1204698 74 6 19 19 1123005967 26480 1357638 18 5 N 20.94 BAKE 2 +1204694 74 7 19 19 1123005967 26480 1357638 18 5 S 20.59 BAKE 1 +1204700 74 8 19 19 1123005967 26480 1357638 18 5 S 20.95 BAKE 2 +1204681 74 15 19 19 1123005967 26480 1357638 18 5 N 20.23 OLDFIELD +1204702 74 17 19 19 1123005967 26480 1357638 18 5 S 21.25 At 405 +1201117 74 18 19 19 1123005967 26480 1357638 18 405 S 0.6 N OF 5 + + Index: /branches/ATMSDriver/build.xml =================================================================== --- /branches/ATMSDriver/build.xml (revision 75) +++ /branches/ATMSDriver/build.xml (revision 75) @@ -0,0 +1,73 @@ + + + + + + + + + + + Builds, tests, and runs the project ATMSDriver. + + + Index: /branches/ATMSDriver/build/built-jar.properties =================================================================== --- /branches/ATMSDriver/build/built-jar.properties (revision 75) +++ /branches/ATMSDriver/build/built-jar.properties (revision 75) @@ -0,0 +1,4 @@ +#Wed, 13 Sep 2017 02:32:55 -0700 + + +/home/andrew/NetBeansProjects/ATMSDriver= Index: /branches/ATMSDriver/dist/README.TXT =================================================================== --- /branches/ATMSDriver/dist/README.TXT (revision 75) +++ /branches/ATMSDriver/dist/README.TXT (revision 75) @@ -0,0 +1,32 @@ +======================== +BUILD OUTPUT DESCRIPTION +======================== + +When you build an Java application project that has a main class, the IDE +automatically copies all of the JAR +files on the projects classpath to your projects dist/lib folder. The IDE +also adds each of the JAR files to the Class-Path element in the application +JAR files manifest file (MANIFEST.MF). + +To run the project from the command line, go to the dist folder and +type the following: + +java -jar "ATMSDriver.jar" + +To distribute this project, zip up the dist folder (including the lib folder) +and distribute the ZIP file. + +Notes: + +* If two JAR files on the project classpath have the same name, only the first +JAR file is copied to the lib folder. +* Only JAR files are copied to the lib folder. +If the classpath contains other types of files or folders, these files (folders) +are not copied. +* If a library on the projects classpath also has a Class-Path element +specified in the manifest,the content of the Class-Path element has to be on +the projects runtime path. +* To set a main class in a standard Java project, right-click the project node +in the Projects window and choose Properties. Then click Run and enter the +class name in the Main Class field. Alternatively, you can manually type the +class name in the manifest Main-Class element. Index: /branches/ATMSDriver/nbproject/project.properties =================================================================== --- /branches/ATMSDriver/nbproject/project.properties (revision 75) +++ /branches/ATMSDriver/nbproject/project.properties (revision 75) @@ -0,0 +1,73 @@ +annotation.processing.enabled=true +annotation.processing.enabled.in.editor=false +annotation.processing.processor.options= +annotation.processing.processors.list= +annotation.processing.run.all.processors=true +annotation.processing.source.output=${build.generated.sources.dir}/ap-source-output +build.classes.dir=${build.dir}/classes +build.classes.excludes=**/*.java,**/*.form +# This directory is removed when the project is cleaned: +build.dir=build +build.generated.dir=${build.dir}/generated +build.generated.sources.dir=${build.dir}/generated-sources +# Only compile against the classpath explicitly listed here: +build.sysclasspath=ignore +build.test.classes.dir=${build.dir}/test/classes +build.test.results.dir=${build.dir}/test/results +# Uncomment to specify the preferred debugger connection transport: +#debug.transport=dt_socket +debug.classpath=\ + ${run.classpath} +debug.test.classpath=\ + ${run.test.classpath} +# Files in build.classes.dir which should be excluded from distribution jar +dist.archive.excludes= +# This directory is removed when the project is cleaned: +dist.dir=dist +dist.jar=${dist.dir}/ATMSDriver.jar +dist.javadoc.dir=${dist.dir}/javadoc +excludes= +includes=** +jar.compress=false +javac.classpath= +# Space-separated list of extra javac options +javac.compilerargs= +javac.deprecation=false +javac.processorpath=\ + ${javac.classpath} +javac.source=1.7 +javac.target=1.7 +javac.test.classpath=\ + ${javac.classpath}:\ + ${build.classes.dir} +javac.test.processorpath=\ + ${javac.test.classpath} +javadoc.additionalparam= +javadoc.author=false +javadoc.encoding=${source.encoding} +javadoc.noindex=false +javadoc.nonavbar=false +javadoc.notree=false +javadoc.private=false +javadoc.splitindex=true +javadoc.use=true +javadoc.version=false +javadoc.windowtitle= +main.class=atmsdriver.ATMSDriver +manifest.file=manifest.mf +meta.inf.dir=${src.dir}/META-INF +mkdist.disabled=false +platform.active=default_platform +run.classpath=\ + ${javac.classpath}:\ + ${build.classes.dir} +# Space-separated list of JVM arguments used when running the project. +# You may also define separate properties like run-sys-prop.name=value instead of -Dname=value. +# To set system properties for unit tests define test-sys-prop.name=value: +run.jvmargs= +run.test.classpath=\ + ${javac.test.classpath}:\ + ${build.test.classes.dir} +source.encoding=UTF-8 +src.dir=src +test.src.dir=test Index: /branches/ATMSDriver/nbproject/project.xml =================================================================== --- /branches/ATMSDriver/nbproject/project.xml (revision 75) +++ /branches/ATMSDriver/nbproject/project.xml (revision 75) @@ -0,0 +1,15 @@ + + + org.netbeans.modules.java.j2seproject + + + ATMSDriver + + + + + + + + + Index: /branches/ATMSDriver/nbproject/genfiles.properties =================================================================== --- /branches/ATMSDriver/nbproject/genfiles.properties (revision 75) +++ /branches/ATMSDriver/nbproject/genfiles.properties (revision 75) @@ -0,0 +1,8 @@ +build.xml.data.CRC32=4d777a23 +build.xml.script.CRC32=a33199cc +build.xml.stylesheet.CRC32=8064a381@1.75.2.48 +# This file is used by a NetBeans-based IDE to track changes in generated files such as build-impl.xml. +# Do not edit this file. You may delete it but then the IDE will never regenerate such files for you. +nbproject/build-impl.xml.data.CRC32=4d777a23 +nbproject/build-impl.xml.script.CRC32=b631c7e7 +nbproject/build-impl.xml.stylesheet.CRC32=876e7a8f@1.75.2.48 Index: /branches/ATMSDriver/nbproject/private/private.xml =================================================================== --- /branches/ATMSDriver/nbproject/private/private.xml (revision 75) +++ /branches/ATMSDriver/nbproject/private/private.xml (revision 75) @@ -0,0 +1,15 @@ + + + + + + file:/home/andrew/NetBeansProjects/ATMSDriver/src/atmsdriver/network/model/FEPLine.java + file:/home/andrew/NetBeansProjects/ATMSDriver/src/atmsdriver/network/model/LoopDetector.java + file:/home/andrew/NetBeansProjects/ATMSDriver/src/atmsdriver/network/model/LoopDetectorStation.java + file:/home/andrew/NetBeansProjects/ATMSDriver/src/atmsdriver/NetworkWriter.java + file:/home/andrew/NetBeansProjects/ATMSDriver/src/atmsdriver/network/model/Lane.java + file:/home/andrew/NetBeansProjects/ATMSDriver/src/atmsdriver/NetworkReader.java + file:/home/andrew/NetBeansProjects/ATMSDriver/src/atmsdriver/ATMSDriver.java + + + Index: /branches/ATMSDriver/nbproject/private/private.properties =================================================================== --- /branches/ATMSDriver/nbproject/private/private.properties (revision 75) +++ /branches/ATMSDriver/nbproject/private/private.properties (revision 75) @@ -0,0 +1,2 @@ +compile.on.save=true +user.properties.file=/home/andrew/.netbeans/8.0.2/build.properties Index: /branches/ATMSDriver/nbproject/build-impl.xml =================================================================== --- /branches/ATMSDriver/nbproject/build-impl.xml (revision 75) +++ /branches/ATMSDriver/nbproject/build-impl.xml (revision 75) @@ -0,0 +1,1413 @@ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + Must set src.dir + Must set test.src.dir + Must set build.dir + Must set dist.dir + Must set build.classes.dir + Must set dist.javadoc.dir + Must set build.test.classes.dir + Must set build.test.results.dir + Must set build.classes.excludes + Must set dist.jar + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + Must set javac.includes + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + No tests executed. + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + Must set JVM to use for profiling in profiler.info.jvm + Must set profiler agent JVM arguments in profiler.info.jvmargs.agent + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + Must select some files in the IDE or set javac.includes + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + To run this application from the command line without Ant, try: + + java -jar "${dist.jar.resolved}" + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + Must select one file in the IDE or set run.class + + + + Must select one file in the IDE or set run.class + + + + + + + + + + + + + + + + + + + + + + + Must select one file in the IDE or set debug.class + + + + + Must select one file in the IDE or set debug.class + + + + + Must set fix.includes + + + + + + + + + + This target only works when run from inside the NetBeans IDE. + + + + + + + + + Must select one file in the IDE or set profile.class + This target only works when run from inside the NetBeans IDE. + + + + + + + + + This target only works when run from inside the NetBeans IDE. + + + + + + + + + + + + + This target only works when run from inside the NetBeans IDE. + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + Must select one file in the IDE or set run.class + + + + + + Must select some files in the IDE or set test.includes + + + + + Must select one file in the IDE or set run.class + + + + + Must select one file in the IDE or set applet.url + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + Must select some files in the IDE or set javac.includes + + + + + + + + + + + + + + + + + + + + Some tests failed; see details above. + + + + + + + + + Must select some files in the IDE or set test.includes + + + + Some tests failed; see details above. + + + + Must select some files in the IDE or set test.class + Must select some method in the IDE or set test.method + + + + Some tests failed; see details above. + + + + + Must select one file in the IDE or set test.class + + + + Must select one file in the IDE or set test.class + Must select some method in the IDE or set test.method + + + + + + + + + + + + + + Must select one file in the IDE or set applet.url + + + + + + + + + Must select one file in the IDE or set applet.url + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + Index: /branches/ATMSDriver/manifest.mf =================================================================== --- /branches/ATMSDriver/manifest.mf (revision 75) +++ /branches/ATMSDriver/manifest.mf (revision 75) @@ -0,0 +1,3 @@ +Manifest-Version: 1.0 +X-COMMENT: Main-Class will be added automatically by build + Index: /branches/ATMSDriver/src/atmsdriver/NetworkReader.java =================================================================== --- /branches/ATMSDriver/src/atmsdriver/NetworkReader.java (revision 75) +++ /branches/ATMSDriver/src/atmsdriver/NetworkReader.java (revision 75) @@ -0,0 +1,280 @@ +package atmsdriver; + +import atmsdriver.network.model.FEPLine; +import atmsdriver.network.model.LoopDetectorStation; +import atmsdriver.network.model.LoopDetector; +import atmsdriver.network.model.LoopDetectorStation.DIRECTION; +import java.io.File; +import java.io.FileNotFoundException; +import java.util.ArrayList; +import java.util.List; +import java.util.Scanner; +import java.util.logging.Level; +import java.util.logging.Logger; + +/** The NetworkReader loads all static data for the traffic network through + * network lookup files. + * + * The public method getFEPLines() method can be used to get all the FEPLines + * within a network. All other methods are private and are used to construct + * the FEPLines. + * + * The "LDSFile" contains LoopDetectorStation and FEPLine information. + * ex. + * < Insert file here > + * The "loopFile" contains individual LoopDetector information. + * ex. + * < Insert file here > + * + * @author John A. Torres + * @version 09/10/2017 + */ +public class NetworkReader { + // Two network config files + private final File LDSFile; + private final File loopFile; + + // The list of FEPLines + private List lines; + + /** + * Constructor + * @param LDSFile contains FEPLine and Station static data + * @param loopFile contains individual LoopDetector static data + */ + public NetworkReader(File LDSFile, File loopFile) + { + this.LDSFile = LDSFile; + this.loopFile = loopFile; + this.lines = new ArrayList<>(); + constructFEPLines(); + } + + /** + * Returns the list of FEPLines in the configured network + */ + public List getFEPLines() + { + return lines; + } + + // returns a list of the line numbers found in LDSFile + private ArrayList getLineNums(Scanner sc) + { + ArrayList lineNums = new ArrayList<>(); + + System.out.println(sc.nextLine()); // skip first line + + while(sc.hasNext()) + { + sc.nextInt(); // skip to line no + Integer lineNum = sc.nextInt(); // get the line number + + /* If the line is new, and has not been added, add it to lineNums */ + if(!lineNums.contains(lineNum)) + { + lineNums.add(lineNum); + System.out.println("Adding line: " + lineNum); + } + + sc.nextLine(); // skip to next line + } + + sc.close(); + + return lineNums; + } + + // returns a list of station numbers for a given line + private ArrayList getStationNums(Integer lineNum, Scanner sc) + { + ArrayList stnNums = new ArrayList<>(); + + sc.nextLine(); // skip first line + + while(sc.hasNext()) + { + Integer stnNum = sc.nextInt(); + Integer theLine = sc.nextInt(); + if(theLine.equals(lineNum)) + { + stnNums.add(stnNum); + System.out.println("Adding stn " + stnNum + " to line " + theLine); + } + + sc.nextLine(); + } + + sc.close(); + + return stnNums; + } + + // returns a list of loop detectors for a given station + private ArrayList getLoops(Integer stnNum, Scanner sc) + { + ArrayList loops = new ArrayList<>(); + + sc.nextLine(); // skip first line + + while(sc.hasNext()) + { + sc.next(); // skip FWY + sc.next(); // skip dir + sc.next(); // skip postmile + Integer ldsID = sc.nextInt(); // lds id + sc.next(); // skip vdsID + Integer loopID = sc.nextInt(); // loop id + sc.next(); // skip LOC + Integer laneNum = sc.nextInt(); // lane number + String loopLoc = sc.next(); + if(stnNum.equals(ldsID)) + { + LoopDetector loop = new LoopDetector(loopID, loopLoc, laneNum); + loops.add(loop); + } + sc.nextLine(); + } + + sc.close(); + + return loops; + } + + // method called to actually build the network from config files + private void constructFEPLines() + { + try { + System.out.println("Building network..."); + + // Get FEPLine IDs + ArrayList lineNums = getLineNums(new Scanner(LDSFile)); + + // Create each FEPLine in the network + for(Integer lineNum : lineNums) + { + // Get Station IDs for the current FEPLine + ArrayList stnNums = getStationNums(lineNum, + new Scanner(LDSFile)); + + // Create each Station for the current FEPLine + ArrayList stns = new ArrayList<>(); + for(Integer stnNum : stnNums) + { + // Get Loops for the current Station + ArrayList loops = + getLoops(stnNum, new Scanner(loopFile)); + + // Create the Station and add to list for curr FEPLine + LoopDetectorStation stn = + createStation(stnNum, new Scanner(LDSFile), loops); + stns.add(stn); + } + + // Now that stations are created, create the actual FEPLine and + // and to FEPLines list + FEPLine line = createLine(lineNum, new Scanner(LDSFile), stns); + lines.add(line); + } + } catch (FileNotFoundException ex) { + Logger.getLogger(NetworkReader.class.getName()).log(Level.SEVERE, null, ex); + } + } + + // Creates line + private FEPLine createLine(int lineNum, Scanner scLine, ArrayList stns) + { + FEPLine line = null; + + scLine.nextLine(); + + while(scLine.hasNext()) + { + scLine.nextInt(); // skip ldsID + int currLineNum = scLine.nextInt(); // linenum + if(currLineNum == lineNum) + { + scLine.nextInt(); // skip drop + int sch = scLine.nextInt(); // schedule + int lineinfo = scLine.nextInt(); // lineinfo + int sysKey = scLine.nextInt(); // sysKey + int schSeq = scLine.nextInt(); // schSeq + int globSeq = scLine.nextInt(); // globSeq + int count = scLine.nextInt(); // count + + line = new FEPLine(lineNum, stns, count, sch, lineinfo, sysKey, globSeq, schSeq); + + break; + } + + scLine.nextLine(); + } + + scLine.close(); + + return line; + } + + // Returns the loction given the whole line from the lookup file + private String getLocation(String line) + { + Scanner sc = new Scanner(line); + sc.nextInt(); // skip lds num + sc.nextInt(); // skip line num + int drop = sc.nextInt(); // drop num + sc.nextInt(); // skip schedule + sc.nextInt(); // skip lineinfo + sc.nextInt(); // skp systemkey + sc.nextInt(); // skip sch_seq + sc.nextInt(); // skip glob_seq + sc.nextInt(); // skip count + sc.nextInt(); // fwy + DIRECTION dir = DIRECTION.getEnum(sc.next()); // direction + sc.nextDouble(); + + /** GRABS FROM CURRENT TO END OF LINE */ + sc.useDelimiter("\\z"); + String loc = sc.next(); + sc.close(); + return loc; + } + + // creates a Station + private LoopDetectorStation createStation(int stnNum, Scanner sc, ArrayList detectors) + { + LoopDetectorStation LDS = null; + + sc.nextLine(); + + while(sc.hasNext()) + { + String strLine = sc.nextLine(); + Scanner scLine = new Scanner(strLine); + int ldsID = scLine.nextInt(); // get curr lds id + if(ldsID == stnNum) // if we are on correct stn + { + scLine.nextInt(); // skip line num + int drop = scLine.nextInt(); // drop num + scLine.nextInt(); // skip schedule + scLine.nextInt(); // skip lineinfo + scLine.nextInt(); // skp systemkey + scLine.nextInt(); // skip sch_seq + scLine.nextInt(); // skip glob_seq + scLine.nextInt(); // skip count + int fwy = scLine.nextInt(); // fwy + DIRECTION dir = DIRECTION.getEnum(scLine.next()); // direction + double postmile = scLine.nextDouble(); + String ldsName = getLocation(strLine); /************* DOESNT GRAB WHOLE???? *///// + System.out.println("LDSNAME: " + ldsName); + LDS = new LoopDetectorStation(stnNum, ldsID, drop, ldsName, detectors, fwy, dir, postmile); + + break; + } + scLine.close(); + } + + sc.close(); + + return LDS; + } +} Index: /branches/ATMSDriver/src/atmsdriver/ATMSDriver.java =================================================================== --- /branches/ATMSDriver/src/atmsdriver/ATMSDriver.java (revision 75) +++ /branches/ATMSDriver/src/atmsdriver/ATMSDriver.java (revision 75) @@ -0,0 +1,30 @@ +package atmsdriver; + +import atmsdriver.network.model.Network; +import java.io.File; + +/** + * + * @author John A. Torres + * @version 09/10/2017 + */ +public class ATMSDriver { + final private String ldsFileName = "./lds_data/lookup_lds"; + final private String loopFileName = "./lds_data/lookup_loop"; + final private Network network; + + public ATMSDriver() + { + File ldsFile = new File(ldsFileName); + File loopFile = new File(loopFileName); + network = new Network(ldsFile, loopFile); + } + + /** + * @param args the command line arguments + */ + public static void main(String[] args) { + ATMSDriver driver = new ATMSDriver(); + } + +} Index: /branches/ATMSDriver/src/atmsdriver/NetworkWriter.java =================================================================== --- /branches/ATMSDriver/src/atmsdriver/NetworkWriter.java (revision 75) +++ /branches/ATMSDriver/src/atmsdriver/NetworkWriter.java (revision 75) @@ -0,0 +1,20 @@ +package atmsdriver; + +/** + * + * @author John A. Torres + * @version 09/10/2017 + */ +public class NetworkWriter { + final private String networkFile; + + public NetworkWriter(String networkFile) + { + this.networkFile = networkFile; + } + + public void writeToFile() + { + + } +} Index: /branches/ATMSDriver/src/atmsdriver/network/model/Network.java =================================================================== --- /branches/ATMSDriver/src/atmsdriver/network/model/Network.java (revision 75) +++ /branches/ATMSDriver/src/atmsdriver/network/model/Network.java (revision 75) @@ -0,0 +1,19 @@ +package atmsdriver.network.model; + +import atmsdriver.NetworkReader; +import java.io.File; +import java.util.ArrayList; + +/** + * + * @author andrew + */ +public class Network { + final private ArrayList lines; + + public Network(File LDSFile, File loopFile) + { + lines = (ArrayList) + new NetworkReader(LDSFile, loopFile).getFEPLines(); + } +} Index: /branches/ATMSDriver/src/atmsdriver/network/model/FEPLine.java =================================================================== --- /branches/ATMSDriver/src/atmsdriver/network/model/FEPLine.java (revision 75) +++ /branches/ATMSDriver/src/atmsdriver/network/model/FEPLine.java (revision 75) @@ -0,0 +1,39 @@ +package atmsdriver.network.model; + +import java.util.List; + +/** An FEPLine is a simulated line of communication from the FEP to + * LoopDetectorStations in the traffic network. + * + * An FEPLine contains static meta data and a list of LoopDetectorStations. + * A single FEPLine contains multiple LoopDetectorStations. + * + * @author John A. Torres + * @version 09/10/2017 + */ +public class FEPLine { + /* Static FEPLine meta data */ + final private int lineNum; + final private List stations; + final private int count; + // NOT SURE IF NEXT IS FINAL + final private int schedule; + final private int lineInfo; + final private long systemKey; + final private long globalSeq; + final private long scheduleSeq; + + public FEPLine(int lineNum, List stations, int count, + int schedule, int lineInfo, long systemKey, long globalSeq, + long scheduleSeq) + { + this.lineNum = lineNum; + this.stations = stations; + this.count = count; + this.schedule = schedule; + this.lineInfo = lineInfo; + this.systemKey = systemKey; + this.globalSeq = globalSeq; + this.scheduleSeq = scheduleSeq; + } +} Index: /branches/ATMSDriver/src/atmsdriver/network/model/LoopDetector.java =================================================================== --- /branches/ATMSDriver/src/atmsdriver/network/model/LoopDetector.java (revision 75) +++ /branches/ATMSDriver/src/atmsdriver/network/model/LoopDetector.java (revision 75) @@ -0,0 +1,51 @@ +package atmsdriver.network.model; + +import java.util.ArrayList; +import java.util.List; + +/** A LoopDetector represents a single detector for a single lane in a network. + * + * A LoopDetector contains static meta data, and three dynamic attributes: vol, + * occ, and spd. + * + * @author John A. Torres + * @version 09/10/2017 + */ +public class LoopDetector +{ + /* static data */ + final private int loopID; + final private String loopLocation; + final private int laneNum; + + /* dynamic data */ + private int vol; + private int occ; + private int spd; + + public LoopDetector(int loopID, String loopLocation, int laneNum) + { + /* Set static data */ + this.loopID = loopID; + this.loopLocation = loopLocation; + this.laneNum = laneNum; + + /* Init dynamic data */ + this.vol = 0; + this.spd = 0; + this.occ = 0; + } + + /** + * Updates loop detector dynamic attributes. + * @param vol volume + * @param occ occupancy + * @param spd speed + */ + public void updateLoop(int vol, int occ, int spd) + { + this.vol = vol; + this.occ = occ; + this.spd = spd; + } +} Index: /branches/ATMSDriver/src/atmsdriver/network/model/LoopDetectorStation.java =================================================================== --- /branches/ATMSDriver/src/atmsdriver/network/model/LoopDetectorStation.java (revision 75) +++ /branches/ATMSDriver/src/atmsdriver/network/model/LoopDetectorStation.java (revision 75) @@ -0,0 +1,92 @@ +package atmsdriver.network.model; + +import java.util.List; + +/** A LoopDetectorStation is a simulation of a station in a traffic network. + * + * A LoopDetectorStation (LDS) contains static meta data about the station, and + * two dynamic attributes, MLTotVol and OppTotVol. + * + * A single LDS contains multiple LoopDetectors, which + * contain data for a single lane on one direction of the freeway. A LDS + * is specific to a single freeway, direction, and postmile. + * + * @author John A. Torres + * @version 9/10/2017 + */ +public class LoopDetectorStation { + /* Static LoopDetectorStation meta data */ + final private int lineNum; + final private int ldsID; // double check + final private int drop; + final private String location; + final private List loops; + final private int freeway; + final private double postmile; + final private DIRECTION direction; + + /* Dynamic LoopDetectorStation data */ + private int MLTotVol; + private int OppTotVol; + + /* Constructor */ + public LoopDetectorStation(int lineNum, int ldsID, int drop, + String location, List loops, int fwy, + DIRECTION direction, double postmile) + { + this.lineNum = lineNum; + this.ldsID = ldsID; + this.drop = drop; + this.loops = loops; + this.location = location; + this.postmile = postmile; + this.direction = direction; + this.freeway = fwy; + + this.MLTotVol = 0; + this.OppTotVol = 0; + } + + /** + * Enum for freeway direction. + * + * @author John A. Torres + * @version 9/10/2017 + */ + public static enum DIRECTION + { + NORTH("N"), + SOUTH("S"), + EAST("E"), + WEST("W"); + + String name; + + DIRECTION(String name) + { + this.name = name; + } + + /** + * Returns the direction enum, given a string value. + * @param name str value for enum + * @return enum for given str value + */ + public static DIRECTION getEnum(String name) + { + switch(name) + { + case "S": + return SOUTH; + case "N": + return NORTH; + case "E": + return EAST; + case "W": + return WEST; + default: + return null; + } + } + } +} Index: /branches/ATMSCommunicator/fep.h =================================================================== --- /branches/ATMSCommunicator/fep.h (revision 75) +++ /branches/ATMSCommunicator/fep.h (revision 75) @@ -0,0 +1,761 @@ +/* + * Please do not edit this file. + * It was generated using rpcgen. + */ + +#ifndef _FEP_H_RPCGEN +#define _FEP_H_RPCGEN + +#include + + +#ifdef __cplusplus +extern "C" { +#endif + +/* RPC HDR test */ +#ifndef FEP_PROGRAM +#define MAXDEVLEN 32 +#define _MAXSHORTMESSAGELEN 128 +#define _MAXLONGMESSAGELEN 1024 +#define _MAXSHORTPOLLS 20 +#define _MAXLONGPOLLS 2 +#define _MAXPOLLRETRY 2 +#define _MAXSHORTREPLYLEN 128 +#define _MAXLONGREPLYLEN 1024 +#define MAXADDRLEN 64 +#define MAXSHORTMESSAGELEN _MAXSHORTMESSAGELEN +#define MAXLONGMESSAGELEN _MAXLONGMESSAGELEN +#define MAXSHORTPOLLS _MAXSHORTPOLLS +#define MAXLONGPOLLS _MAXLONGPOLLS +#define MAXPOLLRETRY _MAXPOLLRETRY +#define MAXSHORTREPLYLEN _MAXSHORTREPLYLEN +#define MAXLONGREPLYLEN _MAXLONGREPLYLEN + +enum errorstatus { + FEP_OK = 0, + FEP_OUTOFRANGE = 1, + FEP_BADHANDLE = 2, + FEP_NOREPLY = 3, + FEP_SCHBUSY = 4, + FEP_LINEBUSY = 5, + FEP_REPORTBUSY = 6, + FEP_NOREPORT = 7, + FEP_NOMEMORY = 8, + FEP_BADTIME = 9, + FEP_BADTIMESYNCH = 10, + FEP_BADKIND = 11, + FEP_BADCONNECT = 12, + FEP_NOAUTHORITY = 13, +}; +typedef enum errorstatus errorstatus; + +enum Polling_FSM_States { + INITSTATE = 0x01, + WRALARMSTATE = 0x10, + CLRSTATE = 0x20, + RTSONSTATE = 0x30, + CTSSTATE = 0x40, + WRITESTATE = 0x50, + RTSOFFSTATE = 0x60, + RDALARMSTATE = 0x70, + RDSTATE = 0x80, + DONESTATE = 0x00, +}; +typedef enum Polling_FSM_States Polling_FSM_States; + +struct fep_lineinfo { + int lineinfo; + char device[MAXDEVLEN]; + int poll; + int command; + int sync; + int line_error_count; + int pid; + int semaphore; + int debug; +}; +typedef struct fep_lineinfo fep_lineinfo; + +struct lineinfo_ret { + errorstatus status; + union { + fep_lineinfo info; + } lineinfo_ret_u; +}; +typedef struct lineinfo_ret lineinfo_ret; + +struct fep_std_time { + int year; + int month; + int day; + int hour; + int minute; + int second; + long time_t; +}; +typedef struct fep_std_time fep_std_time; + +struct std_time_ret { + errorstatus status; + union { + fep_std_time info; + } std_time_ret_u; +}; +typedef struct std_time_ret std_time_ret; + +enum protocoltype { + DEFAULT = 0, + SATMSPROT = 1, + SDRMSPROT = 2, + INACTIVE = 3, + CLEARPROT = 4, + CMS500PROT = 5, + CMSHPPROT = 6, + TIMESYNCPOLL = 7, +}; +typedef enum protocoltype protocoltype; + +enum duplex { + HALFDUPLEX = 0, + FULLDUPLEX = 1, +}; +typedef enum duplex duplex; + +struct fep_poll_info { + int D7_update; + protocoltype protocol; + int poll_user_info1; + int poll_user_info2; + int format; + int speed; + int mode; + int min_separation; + int delay_rts_on; + int max_send; + int delay_rts_off; + int max_reply; + int min_error; + int max_retry; + int reply_len; + int poll_error_count; +}; +typedef struct fep_poll_info fep_poll_info; + +struct fep_poll_short_msg { + int message_len; + char message[MAXSHORTMESSAGELEN]; +}; +typedef struct fep_poll_short_msg fep_poll_short_msg; + +struct fep_shortpoll { + fep_poll_info info; + fep_poll_short_msg msg; +}; +typedef struct fep_shortpoll fep_shortpoll; + +struct fep_shortpoll_list { + int count; + fep_shortpoll polls[MAXSHORTPOLLS]; +}; +typedef struct fep_shortpoll_list fep_shortpoll_list; + +struct fep_poll_long_msg { + int message_len; + char message[MAXLONGMESSAGELEN]; +}; +typedef struct fep_poll_long_msg fep_poll_long_msg; + +struct fep_longpoll { + fep_poll_info info; + fep_poll_long_msg msg; +}; +typedef struct fep_longpoll fep_longpoll; + +struct fep_longpoll_list { + int count; + fep_longpoll polls[MAXLONGPOLLS]; +}; +typedef struct fep_longpoll_list fep_longpoll_list; + +enum poll_length { + SHORTPOLL = 0, + LONGPOLL = 1, +}; +typedef enum poll_length poll_length; + +struct fep_poll_list { + int size; + union { + fep_shortpoll_list shortp; + fep_longpoll_list longp; + } fep_poll_list_u; +}; +typedef struct fep_poll_list fep_poll_list; + +enum polltype { + POLL = 0, + COMMAND = 1, + TIMESYNC = 2, +}; +typedef enum polltype polltype; + +enum commandtype { + AFTERPOLL = 0, + BEFOREPOLL = 1, + IMMEDIATE = 2, +}; +typedef enum commandtype commandtype; + +enum schedulestatus { + IDLE = 0, + ACTIVE = 1, + COMPLETE = 2, +}; +typedef enum schedulestatus schedulestatus; + +struct fep_schedule { + int schedule; + int lineinfo; + polltype kind; + commandtype priority; + protocoltype protocol; + fep_std_time time; + int interval; + long at_time; + int user_info1; + int user_info2; + int system_key; + int next; + int previous; + int report; + int sequence; + int status; + int retry; + fep_poll_list fep_polls; +}; +typedef struct fep_schedule fep_schedule; + +enum answererror { + ERR_BSCF_ERR = -1, + ERR_NONE = 0, + ERR_MSG_LEN = 2, + ERR_MSG_HDR = 3, + ERR_MSG_CHKSUM = 4, + ERR_MSG_TRAILER = 5, +}; +typedef enum answererror answererror; + +struct fep_pollerror { + answererror msgerror; + Polling_FSM_States state; + int perrno; + int termination; + int count; +}; +typedef struct fep_pollerror fep_pollerror; + +enum replystatus { + FAILURE = 2, + DONE = 1, + UNUSED = 3, +}; +typedef enum replystatus replystatus; + +struct fep_answer_info { + long poll_time; + replystatus status; + int poll_user_info1; + int poll_user_info2; + int retries; + int poll_error_count; + fep_pollerror pollerror[MAXPOLLRETRY]; +}; +typedef struct fep_answer_info fep_answer_info; + +struct fep_answer_short_msg { + int message_len; + char message[MAXSHORTREPLYLEN]; +}; +typedef struct fep_answer_short_msg fep_answer_short_msg; + +struct fep_shortanswer { + fep_answer_info info; + fep_answer_short_msg msg; +}; +typedef struct fep_shortanswer fep_shortanswer; + +struct fep_shortanswer_list { + int count; + fep_shortanswer answers[MAXSHORTPOLLS]; +}; +typedef struct fep_shortanswer_list fep_shortanswer_list; + +struct fep_answer_long_msg { + int message_len; + char message[MAXLONGREPLYLEN]; +}; +typedef struct fep_answer_long_msg fep_answer_long_msg; + +struct fep_longanswer { + fep_answer_info info; + fep_answer_long_msg msg; +}; +typedef struct fep_longanswer fep_longanswer; + +struct fep_longanswer_list { + int count; + fep_longanswer answers[MAXLONGPOLLS]; +}; +typedef struct fep_longanswer_list fep_longanswer_list; + +struct fep_answer_list { + int size; + union { + fep_shortanswer_list shortp; + fep_longanswer_list longp; + } fep_answer_list_u; +}; +typedef struct fep_answer_list fep_answer_list; + +enum replykind { + POLLREPLY = 0, + SCHEDNEW = 1, + SCHEDDONE = 2, +}; +typedef enum replykind replykind; + +struct fep_reply { + int reply; + int schedule; + int lineinfo; + polltype kind; + replykind flag; + int schedule_sequence; + int global_sequence; + long schedule_time; + int user_info1; + int user_info2; + int system_key; + struct fep_answer_list answers; +}; +typedef struct fep_reply fep_reply; + +struct schedule_ret { + errorstatus status; + union { + fep_schedule info; + } schedule_ret_u; +}; +typedef struct schedule_ret schedule_ret; + +struct fep_reply_request { + int schedule; + int sequence; + int block; +}; +typedef struct fep_reply_request fep_reply_request; + +struct reply_ret { + errorstatus status; + union { + fep_reply info; + } reply_ret_u; +}; +typedef struct reply_ret reply_ret; + +struct init_form { + char host[10]; + int config; +}; +typedef struct init_form init_form; + +struct fep_setschedule { + int lineinfo; + int schedule; + int debug; +}; +typedef struct fep_setschedule fep_setschedule; + +enum statusflags { + ENABLED_FLAG = 1, + POLL_FLAG = 2, + TIME_FLAG = 4, + CMD_FLAG = 8, +}; +typedef enum statusflags statusflags; + +struct fep_lineop { + int lineinfo; + int flags; + int modem_signals; +}; +typedef struct fep_lineop fep_lineop; + +enum ipprotocol { + TCPPROT = 0, + UDPPROT = 1, +}; +typedef enum ipprotocol ipprotocol; + +enum action { + REP = 0, + LOG = 1, +}; +typedef enum action action; + +enum portstatus { + NOCONNECTION = 0, + CONNECTION = 1, + FAILED = 2, +}; +typedef enum portstatus portstatus; + +struct fep_report { + int report; + char dest[MAXADDRLEN]; + char logfile[MAXADDRLEN]; + char monitor[MAXADDRLEN]; + int port; + ipprotocol protocol; + int update; + action action; + int reconnect; + portstatus status; + int perrno; + int debug; + int pid; + int semaphore; +}; +typedef struct fep_report fep_report; + +struct report_ret { + errorstatus status; + union { + fep_report info; + } report_ret_u; +}; +typedef struct report_ret report_ret; +#define fep_getlineinfocount fep_getlineinfocount ## _ ## 32 +#define fep_getlineinfo fep_getlineinfo ## _ ## 32 +#define fep_getlineinfovalue fep_getlineinfovalue ## _ ## 32 +#define fep_sendlineinfo fep_sendlineinfo ## _ ## 32 +#define fep_gettime fep_gettime ## _ ## 32 +#define fep_settime fep_settime ## _ ## 32 +#define fep_advancetime fep_advancetime ## _ ## 32 +#define fep_getschedulecount fep_getschedulecount ## _ ## 32 +#define fep_getschedule fep_getschedule ## _ ## 32 +#define fep_getschedulevalue fep_getschedulevalue ## _ ## 32 +#define fep_sendschedule fep_sendschedule ## _ ## 32 +#define fep_setlinemgr_schedule fep_setlinemgr_schedule ## _ ## 32 +#define fep_free_schedule fep_free_schedule ## _ ## 32 +#define fep_updateschedule fep_updateschedule ## _ ## 32 +#define fep_idleline fep_idleline ## _ ## 32 +#define fep_modemsignals fep_modemsignals ## _ ## 32 +#define fep_getreply fep_getreply ## _ ## 32 +#define fep_clearreply fep_clearreply ## _ ## 32 +#define fep_getreportcount fep_getreportcount ## _ ## 32 +#define fep_getreport fep_getreport ## _ ## 32 +#define fep_getreportvalue fep_getreportvalue ## _ ## 32 +#define fep_sendreport fep_sendreport ## _ ## 32 +#define fep_reply_xfer fep_reply_xfer ## _ ## 32 +#define fep_schedule_xfer fep_schedule_xfer ## _ ## 32 +#define fep_fake_reply fep_fake_reply ## _ ## 32 +#define fep_set_debug fep_set_debug ## _ ## 32 +#define fep_get_stack_left fep_get_stack_left ## _ ## 32 +#define fep_setlmdebug fep_setlmdebug ## _ ## 32 +#define fep_shutdown fep_shutdown ## _ ## 32 +#define fep_initsystem fep_initsystem ## _ ## 32 +#define fep_initrealix fep_initrealix ## _ ## 32 +/* RPC HDR test */ +#endif + +#define FEP_PROGRAM 100090 +#define FEP_VERSION 32 + +#if defined(__STDC__) || defined(__cplusplus) +#define FEP_GETLINEINFOCOUNT 1 +extern int * fep_getlineinfocount_32(void *, CLIENT *); +extern int * fep_getlineinfocount_32_svc(void *, struct svc_req *); +#define FEP_GETLINEINFO 2 +extern lineinfo_ret * fep_getlineinfo_32(int *, CLIENT *); +extern lineinfo_ret * fep_getlineinfo_32_svc(int *, struct svc_req *); +#define FEP_GETLINEINFOVALUE 3 +extern lineinfo_ret * fep_getlineinfovalue_32(int *, CLIENT *); +extern lineinfo_ret * fep_getlineinfovalue_32_svc(int *, struct svc_req *); +#define FEP_SENDLINEINFO 4 +extern lineinfo_ret * fep_sendlineinfo_32(fep_lineinfo *, CLIENT *); +extern lineinfo_ret * fep_sendlineinfo_32_svc(fep_lineinfo *, struct svc_req *); +#define FEP_GETTIME 5 +extern std_time_ret * fep_gettime_32(void *, CLIENT *); +extern std_time_ret * fep_gettime_32_svc(void *, struct svc_req *); +#define FEP_SETTIME 6 +extern std_time_ret * fep_settime_32(fep_std_time *, CLIENT *); +extern std_time_ret * fep_settime_32_svc(fep_std_time *, struct svc_req *); +#define FEP_ADVANCETIME 7 +extern std_time_ret * fep_advancetime_32(int *, CLIENT *); +extern std_time_ret * fep_advancetime_32_svc(int *, struct svc_req *); +#define FEP_GETSCHEDULECOUNT 8 +extern int * fep_getschedulecount_32(void *, CLIENT *); +extern int * fep_getschedulecount_32_svc(void *, struct svc_req *); +#define FEP_GETSCHEDULE 9 +extern schedule_ret * fep_getschedule_32(int *, CLIENT *); +extern schedule_ret * fep_getschedule_32_svc(int *, struct svc_req *); +#define FEP_GETSCHEDULEVALUE 10 +extern schedule_ret * fep_getschedulevalue_32(int *, CLIENT *); +extern schedule_ret * fep_getschedulevalue_32_svc(int *, struct svc_req *); +#define FEP_SENDSCHEDULE 11 +extern schedule_ret * fep_sendschedule_32(fep_schedule *, CLIENT *); +extern schedule_ret * fep_sendschedule_32_svc(fep_schedule *, struct svc_req *); +#define FEP_SETLINEMGR_SCHEDULE 12 +extern errorstatus * fep_setlinemgr_schedule_32(fep_setschedule *, CLIENT *); +extern errorstatus * fep_setlinemgr_schedule_32_svc(fep_setschedule *, struct svc_req *); +#define FEP_FREE_SCHEDULE 13 +extern errorstatus * fep_free_schedule_32(int *, CLIENT *); +extern errorstatus * fep_free_schedule_32_svc(int *, struct svc_req *); +#define FEP_IDLELINE 14 +extern errorstatus * fep_idleline_32(fep_lineop *, CLIENT *); +extern errorstatus * fep_idleline_32_svc(fep_lineop *, struct svc_req *); +#define FEP_MODEMSIGNALS 15 +extern errorstatus * fep_modemsignals_32(fep_lineop *, CLIENT *); +extern errorstatus * fep_modemsignals_32_svc(fep_lineop *, struct svc_req *); +#define FEP_GETREPLY 16 +extern reply_ret * fep_getreply_32(fep_reply_request *, CLIENT *); +extern reply_ret * fep_getreply_32_svc(fep_reply_request *, struct svc_req *); +#define FEP_CLEARREPLY 17 +extern errorstatus * fep_clearreply_32(void *, CLIENT *); +extern errorstatus * fep_clearreply_32_svc(void *, struct svc_req *); +#define FEP_UPDATESCHEDULE 18 +extern schedule_ret * fep_updateschedule_32(fep_schedule *, CLIENT *); +extern schedule_ret * fep_updateschedule_32_svc(fep_schedule *, struct svc_req *); +#define FEP_GETREPORTCOUNT 20 +extern int * fep_getreportcount_32(void *, CLIENT *); +extern int * fep_getreportcount_32_svc(void *, struct svc_req *); +#define FEP_GETREPORT 21 +extern report_ret * fep_getreport_32(int *, CLIENT *); +extern report_ret * fep_getreport_32_svc(int *, struct svc_req *); +#define FEP_GETREPORTVALUE 22 +extern report_ret * fep_getreportvalue_32(int *, CLIENT *); +extern report_ret * fep_getreportvalue_32_svc(int *, struct svc_req *); +#define FEP_SENDREPORT 23 +extern report_ret * fep_sendreport_32(fep_report *, CLIENT *); +extern report_ret * fep_sendreport_32_svc(fep_report *, struct svc_req *); +#define FEP_REPLY_XFER 30 +extern void * fep_reply_xfer_32(fep_reply *, CLIENT *); +extern void * fep_reply_xfer_32_svc(fep_reply *, struct svc_req *); +#define FEP_SET_DEBUG 36 +extern errorstatus * fep_set_debug_32(int *, CLIENT *); +extern errorstatus * fep_set_debug_32_svc(int *, struct svc_req *); +#define FEP_GET_STACK_LEFT 37 +extern int * fep_get_stack_left_32(void *, CLIENT *); +extern int * fep_get_stack_left_32_svc(void *, struct svc_req *); +#define FEP_SETLMDEBUG 38 +extern errorstatus * fep_setlmdebug_32(fep_setschedule *, CLIENT *); +extern errorstatus * fep_setlmdebug_32_svc(fep_setschedule *, struct svc_req *); +#define FEP_SHUTDOWN 39 +extern errorstatus * fep_shutdown_32(void *, CLIENT *); +extern errorstatus * fep_shutdown_32_svc(void *, struct svc_req *); +#define FEP_INITSYSTEM 40 +extern int * fep_initsystem_32(int *, CLIENT *); +extern int * fep_initsystem_32_svc(int *, struct svc_req *); +#define FEP_INITREALIX 41 +extern int * fep_initrealix_32(init_form *, CLIENT *); +extern int * fep_initrealix_32_svc(init_form *, struct svc_req *); +extern int fep_program_32_freeresult (SVCXPRT *, xdrproc_t, caddr_t); + +#else /* K&R C */ +#define FEP_GETLINEINFOCOUNT 1 +extern int * fep_getlineinfocount_32(); +extern int * fep_getlineinfocount_32_svc(); +#define FEP_GETLINEINFO 2 +extern lineinfo_ret * fep_getlineinfo_32(); +extern lineinfo_ret * fep_getlineinfo_32_svc(); +#define FEP_GETLINEINFOVALUE 3 +extern lineinfo_ret * fep_getlineinfovalue_32(); +extern lineinfo_ret * fep_getlineinfovalue_32_svc(); +#define FEP_SENDLINEINFO 4 +extern lineinfo_ret * fep_sendlineinfo_32(); +extern lineinfo_ret * fep_sendlineinfo_32_svc(); +#define FEP_GETTIME 5 +extern std_time_ret * fep_gettime_32(); +extern std_time_ret * fep_gettime_32_svc(); +#define FEP_SETTIME 6 +extern std_time_ret * fep_settime_32(); +extern std_time_ret * fep_settime_32_svc(); +#define FEP_ADVANCETIME 7 +extern std_time_ret * fep_advancetime_32(); +extern std_time_ret * fep_advancetime_32_svc(); +#define FEP_GETSCHEDULECOUNT 8 +extern int * fep_getschedulecount_32(); +extern int * fep_getschedulecount_32_svc(); +#define FEP_GETSCHEDULE 9 +extern schedule_ret * fep_getschedule_32(); +extern schedule_ret * fep_getschedule_32_svc(); +#define FEP_GETSCHEDULEVALUE 10 +extern schedule_ret * fep_getschedulevalue_32(); +extern schedule_ret * fep_getschedulevalue_32_svc(); +#define FEP_SENDSCHEDULE 11 +extern schedule_ret * fep_sendschedule_32(); +extern schedule_ret * fep_sendschedule_32_svc(); +#define FEP_SETLINEMGR_SCHEDULE 12 +extern errorstatus * fep_setlinemgr_schedule_32(); +extern errorstatus * fep_setlinemgr_schedule_32_svc(); +#define FEP_FREE_SCHEDULE 13 +extern errorstatus * fep_free_schedule_32(); +extern errorstatus * fep_free_schedule_32_svc(); +#define FEP_IDLELINE 14 +extern errorstatus * fep_idleline_32(); +extern errorstatus * fep_idleline_32_svc(); +#define FEP_MODEMSIGNALS 15 +extern errorstatus * fep_modemsignals_32(); +extern errorstatus * fep_modemsignals_32_svc(); +#define FEP_GETREPLY 16 +extern reply_ret * fep_getreply_32(); +extern reply_ret * fep_getreply_32_svc(); +#define FEP_CLEARREPLY 17 +extern errorstatus * fep_clearreply_32(); +extern errorstatus * fep_clearreply_32_svc(); +#define FEP_UPDATESCHEDULE 18 +extern schedule_ret * fep_updateschedule_32(); +extern schedule_ret * fep_updateschedule_32_svc(); +#define FEP_GETREPORTCOUNT 20 +extern int * fep_getreportcount_32(); +extern int * fep_getreportcount_32_svc(); +#define FEP_GETREPORT 21 +extern report_ret * fep_getreport_32(); +extern report_ret * fep_getreport_32_svc(); +#define FEP_GETREPORTVALUE 22 +extern report_ret * fep_getreportvalue_32(); +extern report_ret * fep_getreportvalue_32_svc(); +#define FEP_SENDREPORT 23 +extern report_ret * fep_sendreport_32(); +extern report_ret * fep_sendreport_32_svc(); +#define FEP_REPLY_XFER 30 +extern void * fep_reply_xfer_32(); +extern void * fep_reply_xfer_32_svc(); +#define FEP_SET_DEBUG 36 +extern errorstatus * fep_set_debug_32(); +extern errorstatus * fep_set_debug_32_svc(); +#define FEP_GET_STACK_LEFT 37 +extern int * fep_get_stack_left_32(); +extern int * fep_get_stack_left_32_svc(); +#define FEP_SETLMDEBUG 38 +extern errorstatus * fep_setlmdebug_32(); +extern errorstatus * fep_setlmdebug_32_svc(); +#define FEP_SHUTDOWN 39 +extern errorstatus * fep_shutdown_32(); +extern errorstatus * fep_shutdown_32_svc(); +#define FEP_INITSYSTEM 40 +extern int * fep_initsystem_32(); +extern int * fep_initsystem_32_svc(); +#define FEP_INITREALIX 41 +extern int * fep_initrealix_32(); +extern int * fep_initrealix_32_svc(); +extern int fep_program_32_freeresult (); +#endif /* K&R C */ + +/* the xdr functions */ + +#if defined(__STDC__) || defined(__cplusplus) +extern bool_t xdr_errorstatus (XDR *, errorstatus*); +extern bool_t xdr_Polling_FSM_States (XDR *, Polling_FSM_States*); +extern bool_t xdr_fep_lineinfo (XDR *, fep_lineinfo*); +extern bool_t xdr_lineinfo_ret (XDR *, lineinfo_ret*); +extern bool_t xdr_fep_std_time (XDR *, fep_std_time*); +extern bool_t xdr_std_time_ret (XDR *, std_time_ret*); +extern bool_t xdr_protocoltype (XDR *, protocoltype*); +extern bool_t xdr_duplex (XDR *, duplex*); +extern bool_t xdr_fep_poll_info (XDR *, fep_poll_info*); +extern bool_t xdr_fep_poll_short_msg (XDR *, fep_poll_short_msg*); +extern bool_t xdr_fep_shortpoll (XDR *, fep_shortpoll*); +extern bool_t xdr_fep_shortpoll_list (XDR *, fep_shortpoll_list*); +extern bool_t xdr_fep_poll_long_msg (XDR *, fep_poll_long_msg*); +extern bool_t xdr_fep_longpoll (XDR *, fep_longpoll*); +extern bool_t xdr_fep_longpoll_list (XDR *, fep_longpoll_list*); +extern bool_t xdr_poll_length (XDR *, poll_length*); +extern bool_t xdr_fep_poll_list (XDR *, fep_poll_list*); +extern bool_t xdr_polltype (XDR *, polltype*); +extern bool_t xdr_commandtype (XDR *, commandtype*); +extern bool_t xdr_schedulestatus (XDR *, schedulestatus*); +extern bool_t xdr_fep_schedule (XDR *, fep_schedule*); +extern bool_t xdr_answererror (XDR *, answererror*); +extern bool_t xdr_fep_pollerror (XDR *, fep_pollerror*); +extern bool_t xdr_replystatus (XDR *, replystatus*); +extern bool_t xdr_fep_answer_info (XDR *, fep_answer_info*); +extern bool_t xdr_fep_answer_short_msg (XDR *, fep_answer_short_msg*); +extern bool_t xdr_fep_shortanswer (XDR *, fep_shortanswer*); +extern bool_t xdr_fep_shortanswer_list (XDR *, fep_shortanswer_list*); +extern bool_t xdr_fep_answer_long_msg (XDR *, fep_answer_long_msg*); +extern bool_t xdr_fep_longanswer (XDR *, fep_longanswer*); +extern bool_t xdr_fep_longanswer_list (XDR *, fep_longanswer_list*); +extern bool_t xdr_fep_answer_list (XDR *, fep_answer_list*); +extern bool_t xdr_replykind (XDR *, replykind*); +extern bool_t xdr_fep_reply (XDR *, fep_reply*); +extern bool_t xdr_schedule_ret (XDR *, schedule_ret*); +extern bool_t xdr_fep_reply_request (XDR *, fep_reply_request*); +extern bool_t xdr_reply_ret (XDR *, reply_ret*); +extern bool_t xdr_init_form (XDR *, init_form*); +extern bool_t xdr_fep_setschedule (XDR *, fep_setschedule*); +extern bool_t xdr_statusflags (XDR *, statusflags*); +extern bool_t xdr_fep_lineop (XDR *, fep_lineop*); +extern bool_t xdr_ipprotocol (XDR *, ipprotocol*); +extern bool_t xdr_action (XDR *, action*); +extern bool_t xdr_portstatus (XDR *, portstatus*); +extern bool_t xdr_fep_report (XDR *, fep_report*); +extern bool_t xdr_report_ret (XDR *, report_ret*); + +#else /* K&R C */ +extern bool_t xdr_errorstatus (); +extern bool_t xdr_Polling_FSM_States (); +extern bool_t xdr_fep_lineinfo (); +extern bool_t xdr_lineinfo_ret (); +extern bool_t xdr_fep_std_time (); +extern bool_t xdr_std_time_ret (); +extern bool_t xdr_protocoltype (); +extern bool_t xdr_duplex (); +extern bool_t xdr_fep_poll_info (); +extern bool_t xdr_fep_poll_short_msg (); +extern bool_t xdr_fep_shortpoll (); +extern bool_t xdr_fep_shortpoll_list (); +extern bool_t xdr_fep_poll_long_msg (); +extern bool_t xdr_fep_longpoll (); +extern bool_t xdr_fep_longpoll_list (); +extern bool_t xdr_poll_length (); +extern bool_t xdr_fep_poll_list (); +extern bool_t xdr_polltype (); +extern bool_t xdr_commandtype (); +extern bool_t xdr_schedulestatus (); +extern bool_t xdr_fep_schedule (); +extern bool_t xdr_answererror (); +extern bool_t xdr_fep_pollerror (); +extern bool_t xdr_replystatus (); +extern bool_t xdr_fep_answer_info (); +extern bool_t xdr_fep_answer_short_msg (); +extern bool_t xdr_fep_shortanswer (); +extern bool_t xdr_fep_shortanswer_list (); +extern bool_t xdr_fep_answer_long_msg (); +extern bool_t xdr_fep_longanswer (); +extern bool_t xdr_fep_longanswer_list (); +extern bool_t xdr_fep_answer_list (); +extern bool_t xdr_replykind (); +extern bool_t xdr_fep_reply (); +extern bool_t xdr_schedule_ret (); +extern bool_t xdr_fep_reply_request (); +extern bool_t xdr_reply_ret (); +extern bool_t xdr_init_form (); +extern bool_t xdr_fep_setschedule (); +extern bool_t xdr_statusflags (); +extern bool_t xdr_fep_lineop (); +extern bool_t xdr_ipprotocol (); +extern bool_t xdr_action (); +extern bool_t xdr_portstatus (); +extern bool_t xdr_fep_report (); +extern bool_t xdr_report_ret (); + +#endif /* K&R C */ + +#ifdef __cplusplus +} +#endif + +#endif /* !_FEP_H_RPCGEN */ Index: /branches/ATMSCommunicator/ATMSCommunicator.layout =================================================================== --- /branches/ATMSCommunicator/ATMSCommunicator.layout (revision 75) +++ /branches/ATMSCommunicator/ATMSCommunicator.layout (revision 75) @@ -0,0 +1,39 @@ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + Index: /branches/ATMSCommunicator/NetworkReader.h =================================================================== --- /branches/ATMSCommunicator/NetworkReader.h (revision 75) +++ /branches/ATMSCommunicator/NetworkReader.h (revision 75) @@ -0,0 +1,41 @@ +// Include guard +#ifndef __NETWORKREADER_H_INCLUDED__ +#define __NETWORKREADER_H_INCLUDED__ + +// Forward declared dependencies + +// Included dependencies +#include "network.h" +#include +#include + +/* A NetworkReader reads in traffic network data from an input file. + * + * A NetworkReader contains two public methods 'getLines' and 'getLoops', + * which are getters for the list of FEP_LINES, and LDS_LOOPS, respectively. + * + * Example of network input file: + * < INSERT EXAMPLE HERE > + * + * Author: John A Torres + * Version: 9/8/2017 + */ +class NetworkReader +{ + public: + // Constructor: + // networkFile: name of network input file + NetworkReader(string networkFile); + // Destructor + ~NetworkReader(); // Destructor + + vector getLines(); // Getter for FEP_LINE list + vector getLoops(); // Getter for LDS_LOOP list + private: + string networkFile; // File containing Line and Loop data + + bool DataAvail(char flag, int num); // Helper function for msgDataPack + unsigned char * msgDataPack(LDS_LOOP loop); // Packs the message sent to ATMS +}; + +#endif Index: /branches/ATMSCommunicator/fep_xdr.c =================================================================== --- /branches/ATMSCommunicator/fep_xdr.c (revision 75) +++ /branches/ATMSCommunicator/fep_xdr.c (revision 75) @@ -0,0 +1,1329 @@ +/* + * Please do not edit this file. + * It was generated using rpcgen. + */ + +#include "fep.h" +/* RPC XDR test */ +/* RPC XDR Modifications */ +#undef MAXSHORTMESSAGELEN +#undef MAXLONGMESSAGELEN +#undef MAXSHORTPOLLS +#undef MAXLONGPOLLS +#undef MAXPOLLRETRY +#undef MAXSHORTREPLYLEN +#undef MAXLONGREPLYLEN +#define MAXSHORTMESSAGELEN (objp->message_len?((objp->message_len>_MAXSHORTMESSAGELEN) ?_MAXSHORTMESSAGELEN:objp->message_len) :1) +#define MAXLONGMESSAGELEN (objp->message_len?((objp->message_len>_MAXLONGMESSAGELEN) ?_MAXLONGMESSAGELEN:objp->message_len) :1) +#define MAXSHORTPOLLS (objp->count? ((objp->count>_MAXSHORTPOLLS) ?_MAXSHORTPOLLS:objp->count) :1) +#define MAXLONGPOLLS (objp->count? ((objp->count>_MAXLONGPOLLS) ?_MAXLONGPOLLS:objp->count) :1) +#define MAXPOLLRETRY (objp->poll_error_count? ((objp->poll_error_count>_MAXPOLLRETRY) ?_MAXPOLLRETRY:objp->poll_error_count) :1) +#define MAXSHORTREPLYLEN (objp->message_len? ((objp->message_len>_MAXSHORTREPLYLEN)?_MAXSHORTREPLYLEN:objp->message_len) :1) +#define MAXLONGREPLYLEN (objp->message_len? ((objp->message_len>_MAXLONGREPLYLEN) ?_MAXLONGREPLYLEN:objp->message_len) :1) + +bool_t +xdr_errorstatus (XDR *xdrs, errorstatus *objp) +{ + register int32_t *buf; + + if (!xdr_enum (xdrs, (enum_t *) objp)) + return FALSE; + return TRUE; +} + +bool_t +xdr_Polling_FSM_States (XDR *xdrs, Polling_FSM_States *objp) +{ + register int32_t *buf; + + if (!xdr_enum (xdrs, (enum_t *) objp)) + return FALSE; + return TRUE; +} + +bool_t +xdr_fep_lineinfo (XDR *xdrs, fep_lineinfo *objp) +{ + register int32_t *buf; + + int i; + + if (xdrs->x_op == XDR_ENCODE) { + if (!xdr_int (xdrs, &objp->lineinfo)) + return FALSE; + if (!xdr_opaque (xdrs, objp->device, MAXDEVLEN)) + return FALSE; + buf = XDR_INLINE (xdrs, 7 * BYTES_PER_XDR_UNIT); + if (buf == NULL) { + if (!xdr_int (xdrs, &objp->poll)) + return FALSE; + if (!xdr_int (xdrs, &objp->command)) + return FALSE; + if (!xdr_int (xdrs, &objp->sync)) + return FALSE; + if (!xdr_int (xdrs, &objp->line_error_count)) + return FALSE; + if (!xdr_int (xdrs, &objp->pid)) + return FALSE; + if (!xdr_int (xdrs, &objp->semaphore)) + return FALSE; + if (!xdr_int (xdrs, &objp->debug)) + return FALSE; + } else { + IXDR_PUT_LONG(buf, objp->poll); + IXDR_PUT_LONG(buf, objp->command); + IXDR_PUT_LONG(buf, objp->sync); + IXDR_PUT_LONG(buf, objp->line_error_count); + IXDR_PUT_LONG(buf, objp->pid); + IXDR_PUT_LONG(buf, objp->semaphore); + IXDR_PUT_LONG(buf, objp->debug); + } + return TRUE; + } else if (xdrs->x_op == XDR_DECODE) { + if (!xdr_int (xdrs, &objp->lineinfo)) + return FALSE; + if (!xdr_opaque (xdrs, objp->device, MAXDEVLEN)) + return FALSE; + buf = XDR_INLINE (xdrs, 7 * BYTES_PER_XDR_UNIT); + if (buf == NULL) { + if (!xdr_int (xdrs, &objp->poll)) + return FALSE; + if (!xdr_int (xdrs, &objp->command)) + return FALSE; + if (!xdr_int (xdrs, &objp->sync)) + return FALSE; + if (!xdr_int (xdrs, &objp->line_error_count)) + return FALSE; + if (!xdr_int (xdrs, &objp->pid)) + return FALSE; + if (!xdr_int (xdrs, &objp->semaphore)) + return FALSE; + if (!xdr_int (xdrs, &objp->debug)) + return FALSE; + } else { + objp->poll = IXDR_GET_LONG(buf); + objp->command = IXDR_GET_LONG(buf); + objp->sync = IXDR_GET_LONG(buf); + objp->line_error_count = IXDR_GET_LONG(buf); + objp->pid = IXDR_GET_LONG(buf); + objp->semaphore = IXDR_GET_LONG(buf); + objp->debug = IXDR_GET_LONG(buf); + } + return TRUE; + } + + if (!xdr_int (xdrs, &objp->lineinfo)) + return FALSE; + if (!xdr_opaque (xdrs, objp->device, MAXDEVLEN)) + return FALSE; + if (!xdr_int (xdrs, &objp->poll)) + return FALSE; + if (!xdr_int (xdrs, &objp->command)) + return FALSE; + if (!xdr_int (xdrs, &objp->sync)) + return FALSE; + if (!xdr_int (xdrs, &objp->line_error_count)) + return FALSE; + if (!xdr_int (xdrs, &objp->pid)) + return FALSE; + if (!xdr_int (xdrs, &objp->semaphore)) + return FALSE; + if (!xdr_int (xdrs, &objp->debug)) + return FALSE; + return TRUE; +} + +bool_t +xdr_lineinfo_ret (XDR *xdrs, lineinfo_ret *objp) +{ + register int32_t *buf; + + if (!xdr_errorstatus (xdrs, &objp->status)) + return FALSE; + switch (objp->status) { + case FEP_OK: + if (!xdr_fep_lineinfo (xdrs, &objp->lineinfo_ret_u.info)) + return FALSE; + break; + default: + break; + } + return TRUE; +} + +bool_t +xdr_fep_std_time (XDR *xdrs, fep_std_time *objp) +{ + register int32_t *buf; + + + if (xdrs->x_op == XDR_ENCODE) { + buf = XDR_INLINE (xdrs, 7 * BYTES_PER_XDR_UNIT); + if (buf == NULL) { + if (!xdr_int (xdrs, &objp->year)) + return FALSE; + if (!xdr_int (xdrs, &objp->month)) + return FALSE; + if (!xdr_int (xdrs, &objp->day)) + return FALSE; + if (!xdr_int (xdrs, &objp->hour)) + return FALSE; + if (!xdr_int (xdrs, &objp->minute)) + return FALSE; + if (!xdr_int (xdrs, &objp->second)) + return FALSE; + if (!xdr_long (xdrs, &objp->time_t)) + return FALSE; + } else { + IXDR_PUT_LONG(buf, objp->year); + IXDR_PUT_LONG(buf, objp->month); + IXDR_PUT_LONG(buf, objp->day); + IXDR_PUT_LONG(buf, objp->hour); + IXDR_PUT_LONG(buf, objp->minute); + IXDR_PUT_LONG(buf, objp->second); + IXDR_PUT_LONG(buf, objp->time_t); + } + return TRUE; + } else if (xdrs->x_op == XDR_DECODE) { + buf = XDR_INLINE (xdrs, 7 * BYTES_PER_XDR_UNIT); + if (buf == NULL) { + if (!xdr_int (xdrs, &objp->year)) + return FALSE; + if (!xdr_int (xdrs, &objp->month)) + return FALSE; + if (!xdr_int (xdrs, &objp->day)) + return FALSE; + if (!xdr_int (xdrs, &objp->hour)) + return FALSE; + if (!xdr_int (xdrs, &objp->minute)) + return FALSE; + if (!xdr_int (xdrs, &objp->second)) + return FALSE; + if (!xdr_long (xdrs, &objp->time_t)) + return FALSE; + } else { + objp->year = IXDR_GET_LONG(buf); + objp->month = IXDR_GET_LONG(buf); + objp->day = IXDR_GET_LONG(buf); + objp->hour = IXDR_GET_LONG(buf); + objp->minute = IXDR_GET_LONG(buf); + objp->second = IXDR_GET_LONG(buf); + objp->time_t = IXDR_GET_LONG(buf); + } + return TRUE; + } + + if (!xdr_int (xdrs, &objp->year)) + return FALSE; + if (!xdr_int (xdrs, &objp->month)) + return FALSE; + if (!xdr_int (xdrs, &objp->day)) + return FALSE; + if (!xdr_int (xdrs, &objp->hour)) + return FALSE; + if (!xdr_int (xdrs, &objp->minute)) + return FALSE; + if (!xdr_int (xdrs, &objp->second)) + return FALSE; + if (!xdr_long (xdrs, &objp->time_t)) + return FALSE; + return TRUE; +} + +bool_t +xdr_std_time_ret (XDR *xdrs, std_time_ret *objp) +{ + register int32_t *buf; + + if (!xdr_errorstatus (xdrs, &objp->status)) + return FALSE; + switch (objp->status) { + case FEP_OK: + if (!xdr_fep_std_time (xdrs, &objp->std_time_ret_u.info)) + return FALSE; + break; + default: + break; + } + return TRUE; +} + +bool_t +xdr_protocoltype (XDR *xdrs, protocoltype *objp) +{ + register int32_t *buf; + + if (!xdr_enum (xdrs, (enum_t *) objp)) + return FALSE; + return TRUE; +} + +bool_t +xdr_duplex (XDR *xdrs, duplex *objp) +{ + register int32_t *buf; + + if (!xdr_enum (xdrs, (enum_t *) objp)) + return FALSE; + return TRUE; +} + +bool_t +xdr_fep_poll_info (XDR *xdrs, fep_poll_info *objp) +{ + register int32_t *buf; + + + if (xdrs->x_op == XDR_ENCODE) { + if (!xdr_int (xdrs, &objp->D7_update)) + return FALSE; + if (!xdr_protocoltype (xdrs, &objp->protocol)) + return FALSE; + buf = XDR_INLINE (xdrs, 14 * BYTES_PER_XDR_UNIT); + if (buf == NULL) { + if (!xdr_int (xdrs, &objp->poll_user_info1)) + return FALSE; + if (!xdr_int (xdrs, &objp->poll_user_info2)) + return FALSE; + if (!xdr_int (xdrs, &objp->format)) + return FALSE; + if (!xdr_int (xdrs, &objp->speed)) + return FALSE; + if (!xdr_int (xdrs, &objp->mode)) + return FALSE; + if (!xdr_int (xdrs, &objp->min_separation)) + return FALSE; + if (!xdr_int (xdrs, &objp->delay_rts_on)) + return FALSE; + if (!xdr_int (xdrs, &objp->max_send)) + return FALSE; + if (!xdr_int (xdrs, &objp->delay_rts_off)) + return FALSE; + if (!xdr_int (xdrs, &objp->max_reply)) + return FALSE; + if (!xdr_int (xdrs, &objp->min_error)) + return FALSE; + if (!xdr_int (xdrs, &objp->max_retry)) + return FALSE; + if (!xdr_int (xdrs, &objp->reply_len)) + return FALSE; + if (!xdr_int (xdrs, &objp->poll_error_count)) + return FALSE; + } else { + IXDR_PUT_LONG(buf, objp->poll_user_info1); + IXDR_PUT_LONG(buf, objp->poll_user_info2); + IXDR_PUT_LONG(buf, objp->format); + IXDR_PUT_LONG(buf, objp->speed); + IXDR_PUT_LONG(buf, objp->mode); + IXDR_PUT_LONG(buf, objp->min_separation); + IXDR_PUT_LONG(buf, objp->delay_rts_on); + IXDR_PUT_LONG(buf, objp->max_send); + IXDR_PUT_LONG(buf, objp->delay_rts_off); + IXDR_PUT_LONG(buf, objp->max_reply); + IXDR_PUT_LONG(buf, objp->min_error); + IXDR_PUT_LONG(buf, objp->max_retry); + IXDR_PUT_LONG(buf, objp->reply_len); + IXDR_PUT_LONG(buf, objp->poll_error_count); + } + return TRUE; + } else if (xdrs->x_op == XDR_DECODE) { + if (!xdr_int (xdrs, &objp->D7_update)) + return FALSE; + if (!xdr_protocoltype (xdrs, &objp->protocol)) + return FALSE; + buf = XDR_INLINE (xdrs, 14 * BYTES_PER_XDR_UNIT); + if (buf == NULL) { + if (!xdr_int (xdrs, &objp->poll_user_info1)) + return FALSE; + if (!xdr_int (xdrs, &objp->poll_user_info2)) + return FALSE; + if (!xdr_int (xdrs, &objp->format)) + return FALSE; + if (!xdr_int (xdrs, &objp->speed)) + return FALSE; + if (!xdr_int (xdrs, &objp->mode)) + return FALSE; + if (!xdr_int (xdrs, &objp->min_separation)) + return FALSE; + if (!xdr_int (xdrs, &objp->delay_rts_on)) + return FALSE; + if (!xdr_int (xdrs, &objp->max_send)) + return FALSE; + if (!xdr_int (xdrs, &objp->delay_rts_off)) + return FALSE; + if (!xdr_int (xdrs, &objp->max_reply)) + return FALSE; + if (!xdr_int (xdrs, &objp->min_error)) + return FALSE; + if (!xdr_int (xdrs, &objp->max_retry)) + return FALSE; + if (!xdr_int (xdrs, &objp->reply_len)) + return FALSE; + if (!xdr_int (xdrs, &objp->poll_error_count)) + return FALSE; + } else { + objp->poll_user_info1 = IXDR_GET_LONG(buf); + objp->poll_user_info2 = IXDR_GET_LONG(buf); + objp->format = IXDR_GET_LONG(buf); + objp->speed = IXDR_GET_LONG(buf); + objp->mode = IXDR_GET_LONG(buf); + objp->min_separation = IXDR_GET_LONG(buf); + objp->delay_rts_on = IXDR_GET_LONG(buf); + objp->max_send = IXDR_GET_LONG(buf); + objp->delay_rts_off = IXDR_GET_LONG(buf); + objp->max_reply = IXDR_GET_LONG(buf); + objp->min_error = IXDR_GET_LONG(buf); + objp->max_retry = IXDR_GET_LONG(buf); + objp->reply_len = IXDR_GET_LONG(buf); + objp->poll_error_count = IXDR_GET_LONG(buf); + } + return TRUE; + } + + if (!xdr_int (xdrs, &objp->D7_update)) + return FALSE; + if (!xdr_protocoltype (xdrs, &objp->protocol)) + return FALSE; + if (!xdr_int (xdrs, &objp->poll_user_info1)) + return FALSE; + if (!xdr_int (xdrs, &objp->poll_user_info2)) + return FALSE; + if (!xdr_int (xdrs, &objp->format)) + return FALSE; + if (!xdr_int (xdrs, &objp->speed)) + return FALSE; + if (!xdr_int (xdrs, &objp->mode)) + return FALSE; + if (!xdr_int (xdrs, &objp->min_separation)) + return FALSE; + if (!xdr_int (xdrs, &objp->delay_rts_on)) + return FALSE; + if (!xdr_int (xdrs, &objp->max_send)) + return FALSE; + if (!xdr_int (xdrs, &objp->delay_rts_off)) + return FALSE; + if (!xdr_int (xdrs, &objp->max_reply)) + return FALSE; + if (!xdr_int (xdrs, &objp->min_error)) + return FALSE; + if (!xdr_int (xdrs, &objp->max_retry)) + return FALSE; + if (!xdr_int (xdrs, &objp->reply_len)) + return FALSE; + if (!xdr_int (xdrs, &objp->poll_error_count)) + return FALSE; + return TRUE; +} + +bool_t +xdr_fep_poll_short_msg (XDR *xdrs, fep_poll_short_msg *objp) +{ + register int32_t *buf; + + int i; + if (!xdr_int (xdrs, &objp->message_len)) + return FALSE; + if (!xdr_opaque (xdrs, objp->message, MAXSHORTMESSAGELEN)) + return FALSE; + return TRUE; +} + +bool_t +xdr_fep_shortpoll (XDR *xdrs, fep_shortpoll *objp) +{ + register int32_t *buf; + + if (!xdr_fep_poll_info (xdrs, &objp->info)) + return FALSE; + if (!xdr_fep_poll_short_msg (xdrs, &objp->msg)) + return FALSE; + return TRUE; +} + +bool_t +xdr_fep_shortpoll_list (XDR *xdrs, fep_shortpoll_list *objp) +{ + register int32_t *buf; + + int i; + if (!xdr_int (xdrs, &objp->count)) + return FALSE; + if (!xdr_vector (xdrs, (char *)objp->polls, MAXSHORTPOLLS, + sizeof (fep_shortpoll), (xdrproc_t) xdr_fep_shortpoll)) + return FALSE; + return TRUE; +} + +bool_t +xdr_fep_poll_long_msg (XDR *xdrs, fep_poll_long_msg *objp) +{ + register int32_t *buf; + + int i; + if (!xdr_int (xdrs, &objp->message_len)) + return FALSE; + if (!xdr_opaque (xdrs, objp->message, MAXLONGMESSAGELEN)) + return FALSE; + return TRUE; +} + +bool_t +xdr_fep_longpoll (XDR *xdrs, fep_longpoll *objp) +{ + register int32_t *buf; + + if (!xdr_fep_poll_info (xdrs, &objp->info)) + return FALSE; + if (!xdr_fep_poll_long_msg (xdrs, &objp->msg)) + return FALSE; + return TRUE; +} + +bool_t +xdr_fep_longpoll_list (XDR *xdrs, fep_longpoll_list *objp) +{ + register int32_t *buf; + + int i; + if (!xdr_int (xdrs, &objp->count)) + return FALSE; + if (!xdr_vector (xdrs, (char *)objp->polls, MAXLONGPOLLS, + sizeof (fep_longpoll), (xdrproc_t) xdr_fep_longpoll)) + return FALSE; + return TRUE; +} + +bool_t +xdr_poll_length (XDR *xdrs, poll_length *objp) +{ + register int32_t *buf; + + if (!xdr_enum (xdrs, (enum_t *) objp)) + return FALSE; + return TRUE; +} + +bool_t +xdr_fep_poll_list (XDR *xdrs, fep_poll_list *objp) +{ + register int32_t *buf; + + if (!xdr_int (xdrs, &objp->size)) + return FALSE; + switch (objp->size) { + case SHORTPOLL: + if (!xdr_fep_shortpoll_list (xdrs, &objp->fep_poll_list_u.shortp)) + return FALSE; + break; + case LONGPOLL: + if (!xdr_fep_longpoll_list (xdrs, &objp->fep_poll_list_u.longp)) + return FALSE; + break; + default: + return FALSE; + } + return TRUE; +} + +bool_t +xdr_polltype (XDR *xdrs, polltype *objp) +{ + register int32_t *buf; + + if (!xdr_enum (xdrs, (enum_t *) objp)) + return FALSE; + return TRUE; +} + +bool_t +xdr_commandtype (XDR *xdrs, commandtype *objp) +{ + register int32_t *buf; + + if (!xdr_enum (xdrs, (enum_t *) objp)) + return FALSE; + return TRUE; +} + +bool_t +xdr_schedulestatus (XDR *xdrs, schedulestatus *objp) +{ + register int32_t *buf; + + if (!xdr_enum (xdrs, (enum_t *) objp)) + return FALSE; + return TRUE; +} + +bool_t +xdr_fep_schedule (XDR *xdrs, fep_schedule *objp) +{ + register int32_t *buf; + + + if (xdrs->x_op == XDR_ENCODE) { + if (!xdr_int (xdrs, &objp->schedule)) + return FALSE; + if (!xdr_int (xdrs, &objp->lineinfo)) + return FALSE; + if (!xdr_polltype (xdrs, &objp->kind)) + return FALSE; + if (!xdr_commandtype (xdrs, &objp->priority)) + return FALSE; + if (!xdr_protocoltype (xdrs, &objp->protocol)) + return FALSE; + if (!xdr_fep_std_time (xdrs, &objp->time)) + return FALSE; + buf = XDR_INLINE (xdrs, 11 * BYTES_PER_XDR_UNIT); + if (buf == NULL) { + if (!xdr_int (xdrs, &objp->interval)) + return FALSE; + if (!xdr_long (xdrs, &objp->at_time)) + return FALSE; + if (!xdr_int (xdrs, &objp->user_info1)) + return FALSE; + if (!xdr_int (xdrs, &objp->user_info2)) + return FALSE; + if (!xdr_int (xdrs, &objp->system_key)) + return FALSE; + if (!xdr_int (xdrs, &objp->next)) + return FALSE; + if (!xdr_int (xdrs, &objp->previous)) + return FALSE; + if (!xdr_int (xdrs, &objp->report)) + return FALSE; + if (!xdr_int (xdrs, &objp->sequence)) + return FALSE; + if (!xdr_int (xdrs, &objp->status)) + return FALSE; + if (!xdr_int (xdrs, &objp->retry)) + return FALSE; + + } else { + IXDR_PUT_LONG(buf, objp->interval); + IXDR_PUT_LONG(buf, objp->at_time); + IXDR_PUT_LONG(buf, objp->user_info1); + IXDR_PUT_LONG(buf, objp->user_info2); + IXDR_PUT_LONG(buf, objp->system_key); + IXDR_PUT_LONG(buf, objp->next); + IXDR_PUT_LONG(buf, objp->previous); + IXDR_PUT_LONG(buf, objp->report); + IXDR_PUT_LONG(buf, objp->sequence); + IXDR_PUT_LONG(buf, objp->status); + IXDR_PUT_LONG(buf, objp->retry); + } + if (!xdr_fep_poll_list (xdrs, &objp->fep_polls)) + return FALSE; + return TRUE; + } else if (xdrs->x_op == XDR_DECODE) { + if (!xdr_int (xdrs, &objp->schedule)) + return FALSE; + if (!xdr_int (xdrs, &objp->lineinfo)) + return FALSE; + if (!xdr_polltype (xdrs, &objp->kind)) + return FALSE; + if (!xdr_commandtype (xdrs, &objp->priority)) + return FALSE; + if (!xdr_protocoltype (xdrs, &objp->protocol)) + return FALSE; + if (!xdr_fep_std_time (xdrs, &objp->time)) + return FALSE; + buf = XDR_INLINE (xdrs, 11 * BYTES_PER_XDR_UNIT); + if (buf == NULL) { + if (!xdr_int (xdrs, &objp->interval)) + return FALSE; + if (!xdr_long (xdrs, &objp->at_time)) + return FALSE; + if (!xdr_int (xdrs, &objp->user_info1)) + return FALSE; + if (!xdr_int (xdrs, &objp->user_info2)) + return FALSE; + if (!xdr_int (xdrs, &objp->system_key)) + return FALSE; + if (!xdr_int (xdrs, &objp->next)) + return FALSE; + if (!xdr_int (xdrs, &objp->previous)) + return FALSE; + if (!xdr_int (xdrs, &objp->report)) + return FALSE; + if (!xdr_int (xdrs, &objp->sequence)) + return FALSE; + if (!xdr_int (xdrs, &objp->status)) + return FALSE; + if (!xdr_int (xdrs, &objp->retry)) + return FALSE; + + } else { + objp->interval = IXDR_GET_LONG(buf); + objp->at_time = IXDR_GET_LONG(buf); + objp->user_info1 = IXDR_GET_LONG(buf); + objp->user_info2 = IXDR_GET_LONG(buf); + objp->system_key = IXDR_GET_LONG(buf); + objp->next = IXDR_GET_LONG(buf); + objp->previous = IXDR_GET_LONG(buf); + objp->report = IXDR_GET_LONG(buf); + objp->sequence = IXDR_GET_LONG(buf); + objp->status = IXDR_GET_LONG(buf); + objp->retry = IXDR_GET_LONG(buf); + } + if (!xdr_fep_poll_list (xdrs, &objp->fep_polls)) + return FALSE; + return TRUE; + } + + if (!xdr_int (xdrs, &objp->schedule)) + return FALSE; + if (!xdr_int (xdrs, &objp->lineinfo)) + return FALSE; + if (!xdr_polltype (xdrs, &objp->kind)) + return FALSE; + if (!xdr_commandtype (xdrs, &objp->priority)) + return FALSE; + if (!xdr_protocoltype (xdrs, &objp->protocol)) + return FALSE; + if (!xdr_fep_std_time (xdrs, &objp->time)) + return FALSE; + if (!xdr_int (xdrs, &objp->interval)) + return FALSE; + if (!xdr_long (xdrs, &objp->at_time)) + return FALSE; + if (!xdr_int (xdrs, &objp->user_info1)) + return FALSE; + if (!xdr_int (xdrs, &objp->user_info2)) + return FALSE; + if (!xdr_int (xdrs, &objp->system_key)) + return FALSE; + if (!xdr_int (xdrs, &objp->next)) + return FALSE; + if (!xdr_int (xdrs, &objp->previous)) + return FALSE; + if (!xdr_int (xdrs, &objp->report)) + return FALSE; + if (!xdr_int (xdrs, &objp->sequence)) + return FALSE; + if (!xdr_int (xdrs, &objp->status)) + return FALSE; + if (!xdr_int (xdrs, &objp->retry)) + return FALSE; + if (!xdr_fep_poll_list (xdrs, &objp->fep_polls)) + return FALSE; + return TRUE; +} + +bool_t +xdr_answererror (XDR *xdrs, answererror *objp) +{ + register int32_t *buf; + + if (!xdr_enum (xdrs, (enum_t *) objp)) + return FALSE; + return TRUE; +} + +bool_t +xdr_fep_pollerror (XDR *xdrs, fep_pollerror *objp) +{ + register int32_t *buf; + + if (!xdr_answererror (xdrs, &objp->msgerror)) + return FALSE; + if (!xdr_Polling_FSM_States (xdrs, &objp->state)) + return FALSE; + if (!xdr_int (xdrs, &objp->perrno)) + return FALSE; + if (!xdr_int (xdrs, &objp->termination)) + return FALSE; + if (!xdr_int (xdrs, &objp->count)) + return FALSE; + return TRUE; +} + +bool_t +xdr_replystatus (XDR *xdrs, replystatus *objp) +{ + register int32_t *buf; + + if (!xdr_enum (xdrs, (enum_t *) objp)) + return FALSE; + return TRUE; +} + +bool_t +xdr_fep_answer_info (XDR *xdrs, fep_answer_info *objp) +{ + register int32_t *buf; + + int i; + + if (xdrs->x_op == XDR_ENCODE) { + if (!xdr_long (xdrs, &objp->poll_time)) + return FALSE; + if (!xdr_replystatus (xdrs, &objp->status)) + return FALSE; + buf = XDR_INLINE (xdrs, 4 * BYTES_PER_XDR_UNIT); + if (buf == NULL) { + if (!xdr_int (xdrs, &objp->poll_user_info1)) + return FALSE; + if (!xdr_int (xdrs, &objp->poll_user_info2)) + return FALSE; + if (!xdr_int (xdrs, &objp->retries)) + return FALSE; + if (!xdr_int (xdrs, &objp->poll_error_count)) + return FALSE; + + } else { + IXDR_PUT_LONG(buf, objp->poll_user_info1); + IXDR_PUT_LONG(buf, objp->poll_user_info2); + IXDR_PUT_LONG(buf, objp->retries); + IXDR_PUT_LONG(buf, objp->poll_error_count); + } + if (!xdr_vector (xdrs, (char *)objp->pollerror, MAXPOLLRETRY, + sizeof (fep_pollerror), (xdrproc_t) xdr_fep_pollerror)) + return FALSE; + return TRUE; + } else if (xdrs->x_op == XDR_DECODE) { + if (!xdr_long (xdrs, &objp->poll_time)) + return FALSE; + if (!xdr_replystatus (xdrs, &objp->status)) + return FALSE; + buf = XDR_INLINE (xdrs, 4 * BYTES_PER_XDR_UNIT); + if (buf == NULL) { + if (!xdr_int (xdrs, &objp->poll_user_info1)) + return FALSE; + if (!xdr_int (xdrs, &objp->poll_user_info2)) + return FALSE; + if (!xdr_int (xdrs, &objp->retries)) + return FALSE; + if (!xdr_int (xdrs, &objp->poll_error_count)) + return FALSE; + + } else { + objp->poll_user_info1 = IXDR_GET_LONG(buf); + objp->poll_user_info2 = IXDR_GET_LONG(buf); + objp->retries = IXDR_GET_LONG(buf); + objp->poll_error_count = IXDR_GET_LONG(buf); + } + if (!xdr_vector (xdrs, (char *)objp->pollerror, MAXPOLLRETRY, + sizeof (fep_pollerror), (xdrproc_t) xdr_fep_pollerror)) + return FALSE; + return TRUE; + } + + if (!xdr_long (xdrs, &objp->poll_time)) + return FALSE; + if (!xdr_replystatus (xdrs, &objp->status)) + return FALSE; + if (!xdr_int (xdrs, &objp->poll_user_info1)) + return FALSE; + if (!xdr_int (xdrs, &objp->poll_user_info2)) + return FALSE; + if (!xdr_int (xdrs, &objp->retries)) + return FALSE; + if (!xdr_int (xdrs, &objp->poll_error_count)) + return FALSE; + if (!xdr_vector (xdrs, (char *)objp->pollerror, MAXPOLLRETRY, + sizeof (fep_pollerror), (xdrproc_t) xdr_fep_pollerror)) + return FALSE; + return TRUE; +} + +bool_t +xdr_fep_answer_short_msg (XDR *xdrs, fep_answer_short_msg *objp) +{ + register int32_t *buf; + + int i; + if (!xdr_int (xdrs, &objp->message_len)) + return FALSE; + if (!xdr_opaque (xdrs, objp->message, MAXSHORTREPLYLEN)) + return FALSE; + return TRUE; +} + +bool_t +xdr_fep_shortanswer (XDR *xdrs, fep_shortanswer *objp) +{ + register int32_t *buf; + + if (!xdr_fep_answer_info (xdrs, &objp->info)) + return FALSE; + if (!xdr_fep_answer_short_msg (xdrs, &objp->msg)) + return FALSE; + return TRUE; +} + +bool_t +xdr_fep_shortanswer_list (XDR *xdrs, fep_shortanswer_list *objp) +{ + register int32_t *buf; + + int i; + if (!xdr_int (xdrs, &objp->count)) + return FALSE; + if (!xdr_vector (xdrs, (char *)objp->answers, MAXSHORTPOLLS, + sizeof (fep_shortanswer), (xdrproc_t) xdr_fep_shortanswer)) + return FALSE; + return TRUE; +} + +bool_t +xdr_fep_answer_long_msg (XDR *xdrs, fep_answer_long_msg *objp) +{ + register int32_t *buf; + + int i; + if (!xdr_int (xdrs, &objp->message_len)) + return FALSE; + if (!xdr_opaque (xdrs, objp->message, MAXLONGREPLYLEN)) + return FALSE; + return TRUE; +} + +bool_t +xdr_fep_longanswer (XDR *xdrs, fep_longanswer *objp) +{ + register int32_t *buf; + + if (!xdr_fep_answer_info (xdrs, &objp->info)) + return FALSE; + if (!xdr_fep_answer_long_msg (xdrs, &objp->msg)) + return FALSE; + return TRUE; +} + +bool_t +xdr_fep_longanswer_list (XDR *xdrs, fep_longanswer_list *objp) +{ + register int32_t *buf; + + int i; + if (!xdr_int (xdrs, &objp->count)) + return FALSE; + if (!xdr_vector (xdrs, (char *)objp->answers, MAXLONGPOLLS, + sizeof (fep_longanswer), (xdrproc_t) xdr_fep_longanswer)) + return FALSE; + return TRUE; +} + +bool_t +xdr_fep_answer_list (XDR *xdrs, fep_answer_list *objp) +{ + register int32_t *buf; + + if (!xdr_int (xdrs, &objp->size)) + return FALSE; + switch (objp->size) { + case SHORTPOLL: + if (!xdr_fep_shortanswer_list (xdrs, &objp->fep_answer_list_u.shortp)) + return FALSE; + break; + case LONGPOLL: + if (!xdr_fep_longanswer_list (xdrs, &objp->fep_answer_list_u.longp)) + return FALSE; + break; + default: + return FALSE; + } + return TRUE; +} + +bool_t +xdr_replykind (XDR *xdrs, replykind *objp) +{ + register int32_t *buf; + + if (!xdr_enum (xdrs, (enum_t *) objp)) + return FALSE; + return TRUE; +} + +bool_t +xdr_fep_reply (XDR *xdrs, fep_reply *objp) +{ + register int32_t *buf; + + + if (xdrs->x_op == XDR_ENCODE) { + buf = XDR_INLINE (xdrs, 3 * BYTES_PER_XDR_UNIT); + if (buf == NULL) { + if (!xdr_int (xdrs, &objp->reply)) + return FALSE; + if (!xdr_int (xdrs, &objp->schedule)) + return FALSE; + if (!xdr_int (xdrs, &objp->lineinfo)) + return FALSE; + + } else { + IXDR_PUT_LONG(buf, objp->reply); + IXDR_PUT_LONG(buf, objp->schedule); + IXDR_PUT_LONG(buf, objp->lineinfo); + } + if (!xdr_polltype (xdrs, &objp->kind)) + return FALSE; + if (!xdr_replykind (xdrs, &objp->flag)) + return FALSE; + buf = XDR_INLINE (xdrs, 6 * BYTES_PER_XDR_UNIT); + if (buf == NULL) { + if (!xdr_int (xdrs, &objp->schedule_sequence)) + return FALSE; + if (!xdr_int (xdrs, &objp->global_sequence)) + return FALSE; + if (!xdr_long (xdrs, &objp->schedule_time)) + return FALSE; + if (!xdr_int (xdrs, &objp->user_info1)) + return FALSE; + if (!xdr_int (xdrs, &objp->user_info2)) + return FALSE; + if (!xdr_int (xdrs, &objp->system_key)) + return FALSE; + + } else { + IXDR_PUT_LONG(buf, objp->schedule_sequence); + IXDR_PUT_LONG(buf, objp->global_sequence); + IXDR_PUT_LONG(buf, objp->schedule_time); + IXDR_PUT_LONG(buf, objp->user_info1); + IXDR_PUT_LONG(buf, objp->user_info2); + IXDR_PUT_LONG(buf, objp->system_key); + } + if (!xdr_fep_answer_list (xdrs, &objp->answers)) + return FALSE; + return TRUE; + } else if (xdrs->x_op == XDR_DECODE) { + buf = XDR_INLINE (xdrs, 3 * BYTES_PER_XDR_UNIT); + if (buf == NULL) { + if (!xdr_int (xdrs, &objp->reply)) + return FALSE; + if (!xdr_int (xdrs, &objp->schedule)) + return FALSE; + if (!xdr_int (xdrs, &objp->lineinfo)) + return FALSE; + + } else { + objp->reply = IXDR_GET_LONG(buf); + objp->schedule = IXDR_GET_LONG(buf); + objp->lineinfo = IXDR_GET_LONG(buf); + } + if (!xdr_polltype (xdrs, &objp->kind)) + return FALSE; + if (!xdr_replykind (xdrs, &objp->flag)) + return FALSE; + buf = XDR_INLINE (xdrs, 6 * BYTES_PER_XDR_UNIT); + if (buf == NULL) { + if (!xdr_int (xdrs, &objp->schedule_sequence)) + return FALSE; + if (!xdr_int (xdrs, &objp->global_sequence)) + return FALSE; + if (!xdr_long (xdrs, &objp->schedule_time)) + return FALSE; + if (!xdr_int (xdrs, &objp->user_info1)) + return FALSE; + if (!xdr_int (xdrs, &objp->user_info2)) + return FALSE; + if (!xdr_int (xdrs, &objp->system_key)) + return FALSE; + + } else { + objp->schedule_sequence = IXDR_GET_LONG(buf); + objp->global_sequence = IXDR_GET_LONG(buf); + objp->schedule_time = IXDR_GET_LONG(buf); + objp->user_info1 = IXDR_GET_LONG(buf); + objp->user_info2 = IXDR_GET_LONG(buf); + objp->system_key = IXDR_GET_LONG(buf); + } + if (!xdr_fep_answer_list (xdrs, &objp->answers)) + return FALSE; + return TRUE; + } + + if (!xdr_int (xdrs, &objp->reply)) + return FALSE; + if (!xdr_int (xdrs, &objp->schedule)) + return FALSE; + if (!xdr_int (xdrs, &objp->lineinfo)) + return FALSE; + if (!xdr_polltype (xdrs, &objp->kind)) + return FALSE; + if (!xdr_replykind (xdrs, &objp->flag)) + return FALSE; + if (!xdr_int (xdrs, &objp->schedule_sequence)) + return FALSE; + if (!xdr_int (xdrs, &objp->global_sequence)) + return FALSE; + if (!xdr_long (xdrs, &objp->schedule_time)) + return FALSE; + if (!xdr_int (xdrs, &objp->user_info1)) + return FALSE; + if (!xdr_int (xdrs, &objp->user_info2)) + return FALSE; + if (!xdr_int (xdrs, &objp->system_key)) + return FALSE; + if (!xdr_fep_answer_list (xdrs, &objp->answers)) + return FALSE; + return TRUE; +} + +bool_t +xdr_schedule_ret (XDR *xdrs, schedule_ret *objp) +{ + register int32_t *buf; + + if (!xdr_errorstatus (xdrs, &objp->status)) + return FALSE; + switch (objp->status) { + case FEP_OK: + if (!xdr_fep_schedule (xdrs, &objp->schedule_ret_u.info)) + return FALSE; + break; + default: + break; + } + return TRUE; +} + +bool_t +xdr_fep_reply_request (XDR *xdrs, fep_reply_request *objp) +{ + register int32_t *buf; + + if (!xdr_int (xdrs, &objp->schedule)) + return FALSE; + if (!xdr_int (xdrs, &objp->sequence)) + return FALSE; + if (!xdr_int (xdrs, &objp->block)) + return FALSE; + return TRUE; +} + +bool_t +xdr_reply_ret (XDR *xdrs, reply_ret *objp) +{ + register int32_t *buf; + + if (!xdr_errorstatus (xdrs, &objp->status)) + return FALSE; + switch (objp->status) { + case FEP_OK: + if (!xdr_fep_reply (xdrs, &objp->reply_ret_u.info)) + return FALSE; + break; + default: + break; + } + return TRUE; +} + +bool_t +xdr_init_form (XDR *xdrs, init_form *objp) +{ + register int32_t *buf; + + int i; + if (!xdr_vector (xdrs, (char *)objp->host, 10, + sizeof (char), (xdrproc_t) xdr_char)) + return FALSE; + if (!xdr_int (xdrs, &objp->config)) + return FALSE; + return TRUE; +} + +bool_t +xdr_fep_setschedule (XDR *xdrs, fep_setschedule *objp) +{ + register int32_t *buf; + + if (!xdr_int (xdrs, &objp->lineinfo)) + return FALSE; + if (!xdr_int (xdrs, &objp->schedule)) + return FALSE; + if (!xdr_int (xdrs, &objp->debug)) + return FALSE; + return TRUE; +} + +bool_t +xdr_statusflags (XDR *xdrs, statusflags *objp) +{ + register int32_t *buf; + + if (!xdr_enum (xdrs, (enum_t *) objp)) + return FALSE; + return TRUE; +} + +bool_t +xdr_fep_lineop (XDR *xdrs, fep_lineop *objp) +{ + register int32_t *buf; + + if (!xdr_int (xdrs, &objp->lineinfo)) + return FALSE; + if (!xdr_int (xdrs, &objp->flags)) + return FALSE; + if (!xdr_int (xdrs, &objp->modem_signals)) + return FALSE; + return TRUE; +} + +bool_t +xdr_ipprotocol (XDR *xdrs, ipprotocol *objp) +{ + register int32_t *buf; + + if (!xdr_enum (xdrs, (enum_t *) objp)) + return FALSE; + return TRUE; +} + +bool_t +xdr_action (XDR *xdrs, action *objp) +{ + register int32_t *buf; + + if (!xdr_enum (xdrs, (enum_t *) objp)) + return FALSE; + return TRUE; +} + +bool_t +xdr_portstatus (XDR *xdrs, portstatus *objp) +{ + register int32_t *buf; + + if (!xdr_enum (xdrs, (enum_t *) objp)) + return FALSE; + return TRUE; +} + +bool_t +xdr_fep_report (XDR *xdrs, fep_report *objp) +{ + register int32_t *buf; + + int i; + + if (xdrs->x_op == XDR_ENCODE) { + if (!xdr_int (xdrs, &objp->report)) + return FALSE; + if (!xdr_opaque (xdrs, objp->dest, MAXADDRLEN)) + return FALSE; + if (!xdr_opaque (xdrs, objp->logfile, MAXADDRLEN)) + return FALSE; + if (!xdr_opaque (xdrs, objp->monitor, MAXADDRLEN)) + return FALSE; + if (!xdr_int (xdrs, &objp->port)) + return FALSE; + if (!xdr_ipprotocol (xdrs, &objp->protocol)) + return FALSE; + if (!xdr_int (xdrs, &objp->update)) + return FALSE; + if (!xdr_action (xdrs, &objp->action)) + return FALSE; + if (!xdr_int (xdrs, &objp->reconnect)) + return FALSE; + if (!xdr_portstatus (xdrs, &objp->status)) + return FALSE; + buf = XDR_INLINE (xdrs, 4 * BYTES_PER_XDR_UNIT); + if (buf == NULL) { + if (!xdr_int (xdrs, &objp->perrno)) + return FALSE; + if (!xdr_int (xdrs, &objp->debug)) + return FALSE; + if (!xdr_int (xdrs, &objp->pid)) + return FALSE; + if (!xdr_int (xdrs, &objp->semaphore)) + return FALSE; + } else { + IXDR_PUT_LONG(buf, objp->perrno); + IXDR_PUT_LONG(buf, objp->debug); + IXDR_PUT_LONG(buf, objp->pid); + IXDR_PUT_LONG(buf, objp->semaphore); + } + return TRUE; + } else if (xdrs->x_op == XDR_DECODE) { + if (!xdr_int (xdrs, &objp->report)) + return FALSE; + if (!xdr_opaque (xdrs, objp->dest, MAXADDRLEN)) + return FALSE; + if (!xdr_opaque (xdrs, objp->logfile, MAXADDRLEN)) + return FALSE; + if (!xdr_opaque (xdrs, objp->monitor, MAXADDRLEN)) + return FALSE; + if (!xdr_int (xdrs, &objp->port)) + return FALSE; + if (!xdr_ipprotocol (xdrs, &objp->protocol)) + return FALSE; + if (!xdr_int (xdrs, &objp->update)) + return FALSE; + if (!xdr_action (xdrs, &objp->action)) + return FALSE; + if (!xdr_int (xdrs, &objp->reconnect)) + return FALSE; + if (!xdr_portstatus (xdrs, &objp->status)) + return FALSE; + buf = XDR_INLINE (xdrs, 4 * BYTES_PER_XDR_UNIT); + if (buf == NULL) { + if (!xdr_int (xdrs, &objp->perrno)) + return FALSE; + if (!xdr_int (xdrs, &objp->debug)) + return FALSE; + if (!xdr_int (xdrs, &objp->pid)) + return FALSE; + if (!xdr_int (xdrs, &objp->semaphore)) + return FALSE; + } else { + objp->perrno = IXDR_GET_LONG(buf); + objp->debug = IXDR_GET_LONG(buf); + objp->pid = IXDR_GET_LONG(buf); + objp->semaphore = IXDR_GET_LONG(buf); + } + return TRUE; + } + + if (!xdr_int (xdrs, &objp->report)) + return FALSE; + if (!xdr_opaque (xdrs, objp->dest, MAXADDRLEN)) + return FALSE; + if (!xdr_opaque (xdrs, objp->logfile, MAXADDRLEN)) + return FALSE; + if (!xdr_opaque (xdrs, objp->monitor, MAXADDRLEN)) + return FALSE; + if (!xdr_int (xdrs, &objp->port)) + return FALSE; + if (!xdr_ipprotocol (xdrs, &objp->protocol)) + return FALSE; + if (!xdr_int (xdrs, &objp->update)) + return FALSE; + if (!xdr_action (xdrs, &objp->action)) + return FALSE; + if (!xdr_int (xdrs, &objp->reconnect)) + return FALSE; + if (!xdr_portstatus (xdrs, &objp->status)) + return FALSE; + if (!xdr_int (xdrs, &objp->perrno)) + return FALSE; + if (!xdr_int (xdrs, &objp->debug)) + return FALSE; + if (!xdr_int (xdrs, &objp->pid)) + return FALSE; + if (!xdr_int (xdrs, &objp->semaphore)) + return FALSE; + return TRUE; +} + +bool_t +xdr_report_ret (XDR *xdrs, report_ret *objp) +{ + register int32_t *buf; + + if (!xdr_errorstatus (xdrs, &objp->status)) + return FALSE; + switch (objp->status) { + case FEP_OK: + if (!xdr_fep_report (xdrs, &objp->report_ret_u.info)) + return FALSE; + break; + default: + break; + } + return TRUE; +} Index: /branches/ATMSCommunicator/fep_clnt.c =================================================================== --- /branches/ATMSCommunicator/fep_clnt.c (revision 75) +++ /branches/ATMSCommunicator/fep_clnt.c (revision 75) @@ -0,0 +1,446 @@ +/* + * Please do not edit this file. + * It was generated using rpcgen. + */ + +#include /* for memset */ +#include "fep.h" +/* RPC CLNT test */ + +/* Default timeout can be changed using clnt_control() */ +static struct timeval TIMEOUT = { 25, 0 }; + +int * +fep_getlineinfocount_32(void *argp, CLIENT *clnt) +{ + static int clnt_res; + + memset((char *)&clnt_res, 0, sizeof(clnt_res)); + if (clnt_call (clnt, FEP_GETLINEINFOCOUNT, + (xdrproc_t) xdr_void, (caddr_t) argp, + (xdrproc_t) xdr_int, (caddr_t) &clnt_res, + TIMEOUT) != RPC_SUCCESS) { + return (NULL); + } + return (&clnt_res); +} + +lineinfo_ret * +fep_getlineinfo_32(int *argp, CLIENT *clnt) +{ + static lineinfo_ret clnt_res; + + memset((char *)&clnt_res, 0, sizeof(clnt_res)); + if (clnt_call (clnt, FEP_GETLINEINFO, + (xdrproc_t) xdr_int, (caddr_t) argp, + (xdrproc_t) xdr_lineinfo_ret, (caddr_t) &clnt_res, + TIMEOUT) != RPC_SUCCESS) { + return (NULL); + } + return (&clnt_res); +} + +lineinfo_ret * +fep_getlineinfovalue_32(int *argp, CLIENT *clnt) +{ + static lineinfo_ret clnt_res; + + memset((char *)&clnt_res, 0, sizeof(clnt_res)); + if (clnt_call (clnt, FEP_GETLINEINFOVALUE, + (xdrproc_t) xdr_int, (caddr_t) argp, + (xdrproc_t) xdr_lineinfo_ret, (caddr_t) &clnt_res, + TIMEOUT) != RPC_SUCCESS) { + return (NULL); + } + return (&clnt_res); +} + +lineinfo_ret * +fep_sendlineinfo_32(fep_lineinfo *argp, CLIENT *clnt) +{ + static lineinfo_ret clnt_res; + + memset((char *)&clnt_res, 0, sizeof(clnt_res)); + if (clnt_call (clnt, FEP_SENDLINEINFO, + (xdrproc_t) xdr_fep_lineinfo, (caddr_t) argp, + (xdrproc_t) xdr_lineinfo_ret, (caddr_t) &clnt_res, + TIMEOUT) != RPC_SUCCESS) { + return (NULL); + } + return (&clnt_res); +} + +std_time_ret * +fep_gettime_32(void *argp, CLIENT *clnt) +{ + static std_time_ret clnt_res; + + memset((char *)&clnt_res, 0, sizeof(clnt_res)); + if (clnt_call (clnt, FEP_GETTIME, + (xdrproc_t) xdr_void, (caddr_t) argp, + (xdrproc_t) xdr_std_time_ret, (caddr_t) &clnt_res, + TIMEOUT) != RPC_SUCCESS) { + return (NULL); + } + return (&clnt_res); +} + +std_time_ret * +fep_settime_32(fep_std_time *argp, CLIENT *clnt) +{ + static std_time_ret clnt_res; + + memset((char *)&clnt_res, 0, sizeof(clnt_res)); + if (clnt_call (clnt, FEP_SETTIME, + (xdrproc_t) xdr_fep_std_time, (caddr_t) argp, + (xdrproc_t) xdr_std_time_ret, (caddr_t) &clnt_res, + TIMEOUT) != RPC_SUCCESS) { + return (NULL); + } + return (&clnt_res); +} + +std_time_ret * +fep_advancetime_32(int *argp, CLIENT *clnt) +{ + static std_time_ret clnt_res; + + memset((char *)&clnt_res, 0, sizeof(clnt_res)); + if (clnt_call (clnt, FEP_ADVANCETIME, + (xdrproc_t) xdr_int, (caddr_t) argp, + (xdrproc_t) xdr_std_time_ret, (caddr_t) &clnt_res, + TIMEOUT) != RPC_SUCCESS) { + return (NULL); + } + return (&clnt_res); +} + +int * +fep_getschedulecount_32(void *argp, CLIENT *clnt) +{ + static int clnt_res; + + memset((char *)&clnt_res, 0, sizeof(clnt_res)); + if (clnt_call (clnt, FEP_GETSCHEDULECOUNT, + (xdrproc_t) xdr_void, (caddr_t) argp, + (xdrproc_t) xdr_int, (caddr_t) &clnt_res, + TIMEOUT) != RPC_SUCCESS) { + return (NULL); + } + return (&clnt_res); +} + +schedule_ret * +fep_getschedule_32(int *argp, CLIENT *clnt) +{ + static schedule_ret clnt_res; + + memset((char *)&clnt_res, 0, sizeof(clnt_res)); + if (clnt_call (clnt, FEP_GETSCHEDULE, + (xdrproc_t) xdr_int, (caddr_t) argp, + (xdrproc_t) xdr_schedule_ret, (caddr_t) &clnt_res, + TIMEOUT) != RPC_SUCCESS) { + return (NULL); + } + return (&clnt_res); +} + +schedule_ret * +fep_getschedulevalue_32(int *argp, CLIENT *clnt) +{ + static schedule_ret clnt_res; + + memset((char *)&clnt_res, 0, sizeof(clnt_res)); + if (clnt_call (clnt, FEP_GETSCHEDULEVALUE, + (xdrproc_t) xdr_int, (caddr_t) argp, + (xdrproc_t) xdr_schedule_ret, (caddr_t) &clnt_res, + TIMEOUT) != RPC_SUCCESS) { + return (NULL); + } + return (&clnt_res); +} + +schedule_ret * +fep_sendschedule_32(fep_schedule *argp, CLIENT *clnt) +{ + static schedule_ret clnt_res; + + memset((char *)&clnt_res, 0, sizeof(clnt_res)); + if (clnt_call (clnt, FEP_SENDSCHEDULE, + (xdrproc_t) xdr_fep_schedule, (caddr_t) argp, + (xdrproc_t) xdr_schedule_ret, (caddr_t) &clnt_res, + TIMEOUT) != RPC_SUCCESS) { + return (NULL); + } + return (&clnt_res); +} + +errorstatus * +fep_setlinemgr_schedule_32(fep_setschedule *argp, CLIENT *clnt) +{ + static errorstatus clnt_res; + + memset((char *)&clnt_res, 0, sizeof(clnt_res)); + if (clnt_call (clnt, FEP_SETLINEMGR_SCHEDULE, + (xdrproc_t) xdr_fep_setschedule, (caddr_t) argp, + (xdrproc_t) xdr_errorstatus, (caddr_t) &clnt_res, + TIMEOUT) != RPC_SUCCESS) { + return (NULL); + } + return (&clnt_res); +} + +errorstatus * +fep_free_schedule_32(int *argp, CLIENT *clnt) +{ + static errorstatus clnt_res; + + memset((char *)&clnt_res, 0, sizeof(clnt_res)); + if (clnt_call (clnt, FEP_FREE_SCHEDULE, + (xdrproc_t) xdr_int, (caddr_t) argp, + (xdrproc_t) xdr_errorstatus, (caddr_t) &clnt_res, + TIMEOUT) != RPC_SUCCESS) { + return (NULL); + } + return (&clnt_res); +} + +errorstatus * +fep_idleline_32(fep_lineop *argp, CLIENT *clnt) +{ + static errorstatus clnt_res; + + memset((char *)&clnt_res, 0, sizeof(clnt_res)); + if (clnt_call (clnt, FEP_IDLELINE, + (xdrproc_t) xdr_fep_lineop, (caddr_t) argp, + (xdrproc_t) xdr_errorstatus, (caddr_t) &clnt_res, + TIMEOUT) != RPC_SUCCESS) { + return (NULL); + } + return (&clnt_res); +} + +errorstatus * +fep_modemsignals_32(fep_lineop *argp, CLIENT *clnt) +{ + static errorstatus clnt_res; + + memset((char *)&clnt_res, 0, sizeof(clnt_res)); + if (clnt_call (clnt, FEP_MODEMSIGNALS, + (xdrproc_t) xdr_fep_lineop, (caddr_t) argp, + (xdrproc_t) xdr_errorstatus, (caddr_t) &clnt_res, + TIMEOUT) != RPC_SUCCESS) { + return (NULL); + } + return (&clnt_res); +} + +reply_ret * +fep_getreply_32(fep_reply_request *argp, CLIENT *clnt) +{ + static reply_ret clnt_res; + + memset((char *)&clnt_res, 0, sizeof(clnt_res)); + if (clnt_call (clnt, FEP_GETREPLY, + (xdrproc_t) xdr_fep_reply_request, (caddr_t) argp, + (xdrproc_t) xdr_reply_ret, (caddr_t) &clnt_res, + TIMEOUT) != RPC_SUCCESS) { + return (NULL); + } + return (&clnt_res); +} + +errorstatus * +fep_clearreply_32(void *argp, CLIENT *clnt) +{ + static errorstatus clnt_res; + + memset((char *)&clnt_res, 0, sizeof(clnt_res)); + if (clnt_call (clnt, FEP_CLEARREPLY, + (xdrproc_t) xdr_void, (caddr_t) argp, + (xdrproc_t) xdr_errorstatus, (caddr_t) &clnt_res, + TIMEOUT) != RPC_SUCCESS) { + return (NULL); + } + return (&clnt_res); +} + +schedule_ret * +fep_updateschedule_32(fep_schedule *argp, CLIENT *clnt) +{ + static schedule_ret clnt_res; + + memset((char *)&clnt_res, 0, sizeof(clnt_res)); + if (clnt_call (clnt, FEP_UPDATESCHEDULE, + (xdrproc_t) xdr_fep_schedule, (caddr_t) argp, + (xdrproc_t) xdr_schedule_ret, (caddr_t) &clnt_res, + TIMEOUT) != RPC_SUCCESS) { + return (NULL); + } + return (&clnt_res); +} + +int * +fep_getreportcount_32(void *argp, CLIENT *clnt) +{ + static int clnt_res; + + memset((char *)&clnt_res, 0, sizeof(clnt_res)); + if (clnt_call (clnt, FEP_GETREPORTCOUNT, + (xdrproc_t) xdr_void, (caddr_t) argp, + (xdrproc_t) xdr_int, (caddr_t) &clnt_res, + TIMEOUT) != RPC_SUCCESS) { + return (NULL); + } + return (&clnt_res); +} + +report_ret * +fep_getreport_32(int *argp, CLIENT *clnt) +{ + static report_ret clnt_res; + + memset((char *)&clnt_res, 0, sizeof(clnt_res)); + if (clnt_call (clnt, FEP_GETREPORT, + (xdrproc_t) xdr_int, (caddr_t) argp, + (xdrproc_t) xdr_report_ret, (caddr_t) &clnt_res, + TIMEOUT) != RPC_SUCCESS) { + return (NULL); + } + return (&clnt_res); +} + +report_ret * +fep_getreportvalue_32(int *argp, CLIENT *clnt) +{ + static report_ret clnt_res; + + memset((char *)&clnt_res, 0, sizeof(clnt_res)); + if (clnt_call (clnt, FEP_GETREPORTVALUE, + (xdrproc_t) xdr_int, (caddr_t) argp, + (xdrproc_t) xdr_report_ret, (caddr_t) &clnt_res, + TIMEOUT) != RPC_SUCCESS) { + return (NULL); + } + return (&clnt_res); +} + +report_ret * +fep_sendreport_32(fep_report *argp, CLIENT *clnt) +{ + static report_ret clnt_res; + + memset((char *)&clnt_res, 0, sizeof(clnt_res)); + if (clnt_call (clnt, FEP_SENDREPORT, + (xdrproc_t) xdr_fep_report, (caddr_t) argp, + (xdrproc_t) xdr_report_ret, (caddr_t) &clnt_res, + TIMEOUT) != RPC_SUCCESS) { + return (NULL); + } + return (&clnt_res); +} + +void * +fep_reply_xfer_32(fep_reply *argp, CLIENT *clnt) +{ + static char clnt_res; + + memset((char *)&clnt_res, 0, sizeof(clnt_res)); + if (clnt_call (clnt, FEP_REPLY_XFER, + (xdrproc_t) xdr_fep_reply, (caddr_t) argp, + (xdrproc_t) xdr_void, (caddr_t) &clnt_res, + TIMEOUT) != RPC_SUCCESS) { + return (NULL); + } + return ((void *)&clnt_res); +} + +errorstatus * +fep_set_debug_32(int *argp, CLIENT *clnt) +{ + static errorstatus clnt_res; + + memset((char *)&clnt_res, 0, sizeof(clnt_res)); + if (clnt_call (clnt, FEP_SET_DEBUG, + (xdrproc_t) xdr_int, (caddr_t) argp, + (xdrproc_t) xdr_errorstatus, (caddr_t) &clnt_res, + TIMEOUT) != RPC_SUCCESS) { + return (NULL); + } + return (&clnt_res); +} + +int * +fep_get_stack_left_32(void *argp, CLIENT *clnt) +{ + static int clnt_res; + + memset((char *)&clnt_res, 0, sizeof(clnt_res)); + if (clnt_call (clnt, FEP_GET_STACK_LEFT, + (xdrproc_t) xdr_void, (caddr_t) argp, + (xdrproc_t) xdr_int, (caddr_t) &clnt_res, + TIMEOUT) != RPC_SUCCESS) { + return (NULL); + } + return (&clnt_res); +} + +errorstatus * +fep_setlmdebug_32(fep_setschedule *argp, CLIENT *clnt) +{ + static errorstatus clnt_res; + + memset((char *)&clnt_res, 0, sizeof(clnt_res)); + if (clnt_call (clnt, FEP_SETLMDEBUG, + (xdrproc_t) xdr_fep_setschedule, (caddr_t) argp, + (xdrproc_t) xdr_errorstatus, (caddr_t) &clnt_res, + TIMEOUT) != RPC_SUCCESS) { + return (NULL); + } + return (&clnt_res); +} + +errorstatus * +fep_shutdown_32(void *argp, CLIENT *clnt) +{ + static errorstatus clnt_res; + + memset((char *)&clnt_res, 0, sizeof(clnt_res)); + if (clnt_call (clnt, FEP_SHUTDOWN, + (xdrproc_t) xdr_void, (caddr_t) argp, + (xdrproc_t) xdr_errorstatus, (caddr_t) &clnt_res, + TIMEOUT) != RPC_SUCCESS) { + return (NULL); + } + return (&clnt_res); +} + +int * +fep_initsystem_32(int *argp, CLIENT *clnt) +{ + static int clnt_res; + + memset((char *)&clnt_res, 0, sizeof(clnt_res)); + if (clnt_call (clnt, FEP_INITSYSTEM, + (xdrproc_t) xdr_int, (caddr_t) argp, + (xdrproc_t) xdr_int, (caddr_t) &clnt_res, + TIMEOUT) != RPC_SUCCESS) { + return (NULL); + } + return (&clnt_res); +} + +int * +fep_initrealix_32(init_form *argp, CLIENT *clnt) +{ + static int clnt_res; + + memset((char *)&clnt_res, 0, sizeof(clnt_res)); + if (clnt_call (clnt, FEP_INITREALIX, + (xdrproc_t) xdr_init_form, (caddr_t) argp, + (xdrproc_t) xdr_int, (caddr_t) &clnt_res, + TIMEOUT) != RPC_SUCCESS) { + return (NULL); + } + return (&clnt_res); +} Index: /branches/ATMSCommunicator/network.h =================================================================== --- /branches/ATMSCommunicator/network.h (revision 75) +++ /branches/ATMSCommunicator/network.h (revision 75) @@ -0,0 +1,76 @@ +#ifndef __NETWORK_H_INCLUDED__ +#define __NETWORK_H_INCLUDED__ + +#include +#include +#include + +using namespace std; + +/*** CONSTANTS ***/ +const int Fixed_Byte_To_Checksum = 25; // the first byte is not considered in the calculation of "BYTE 2" +const int CONTROL_DATA_LEN = 27; +char * const dp5[8] = { "ML_1", "ML_2", "ML_3", "ML_4", "ML_5", + "ML_6", "HOV_Lane", "FYW_Conn"}; +char * const dp6[8] = { "OS_1", "OS_2", "OS_3", "OS_4", "OS_5", + "OS_6", "COLL_DIST_2", "COLL_DIST_OFF"}; +char * const dp7[8] = { "DEMAND", "PASSAGE", "QUEUE", "RAMP_ON", + "RAMP_OFF", "RAMP_HOV", "COLL_DIST_1", "COLL_DIST_ON"}; +char * const dp8[8] = { "SD_1", "SD_2", "SD_3", "SD_4", "SD_5", + "SD_6", "Pass_Vol_Count", "X"}; + +/*** NETWORK STRUCTS ***/ +typedef struct loopagg LOOPAGG; +struct loopagg +{ + int index; + char lane; // how namy lanes at the detector station + long time; + int interval; + int g_vol; + float g_occ; + double g_spd; + int *vol; + float *occ; + double *spd; +}; + +// FEP line: has several lds +typedef struct fep_line FEP_LINE; +struct fep_line +{ + int lineNum; + vector lds; + vector ldsIndex; // location in ldsMap + short ldsNum; // actual number of lds on the line + + short count; // actual count from caltrans + int schedule; + int lineInfo; + long systemKey; + long globalSeq; + long schedleSeq; +}; + +// Loop detector station: has several loops +typedef struct Lds_loop LDS_LOOP; +struct Lds_loop +{ + // Each lds has its own line_num and drop (Caltrans use) + long lds; + short line_num; + short drop; + + int num; // number of loops + long *loopID; + char **loop_loc; + + // LDS data + unsigned char *dataPack; + int length; // total length of data (max: 87) + int pos; // pointer for data preparation + int MlTotVol; // each 30 sec, the following will be updated + int OppTotVol; // each 30 sec, the following will be updated +}; + +#endif Index: /branches/ATMSCommunicator/ATMSCommunicator.depend =================================================================== --- /branches/ATMSCommunicator/ATMSCommunicator.depend (revision 75) +++ /branches/ATMSCommunicator/ATMSCommunicator.depend (revision 75) @@ -0,0 +1,36 @@ +# depslib dependency file v1.0 +1504297240 source:/home/andrew/ATMSCommunicator/fep_clnt.c + + "fep.h" + +1504807436 /home/andrew/ATMSCommunicator/fep.h + + +1504331734 source:/home/andrew/ATMSCommunicator/fep_xdr.c + "fep.h" + +1505026400 source:/home/andrew/ATMSCommunicator/FEPClient.cpp + "FEPClient.h" + +1505026475 /home/andrew/ATMSCommunicator/network.h + + + + +1504940234 /home/andrew/ATMSCommunicator/NetworkReader.cpp + +1504947329 source:/home/andrew/ATMSCommunicator/NetworkReader.cpp + "NetworkReader.h" + +1505025344 /home/andrew/ATMSCommunicator/FEPClient.h + "fep.h" + + + "time.h" + "NetworkReader.h" + +1505026396 /home/andrew/ATMSCommunicator/NetworkReader.h + "network.h" + + + Index: /branches/ATMSCommunicator/ATMSCommunicator.cbp =================================================================== --- /branches/ATMSCommunicator/ATMSCommunicator.cbp (revision 75) +++ /branches/ATMSCommunicator/ATMSCommunicator.cbp (revision 75) @@ -0,0 +1,52 @@ + + + + + + Index: /branches/ATMSCommunicator/FEPClient.cpp =================================================================== --- /branches/ATMSCommunicator/FEPClient.cpp (revision 75) +++ /branches/ATMSCommunicator/FEPClient.cpp (revision 75) @@ -0,0 +1,155 @@ +#include "FEPClient.h" + +/* Constructor: Creates client, reads in network data, + * then transfers replys to ATMS. Script-like. + */ +FEPClient::FEPClient(char * host, char * networkFile) +{ + createClient(host); + networkReader = new NetworkReader(networkFile); + updateATMS(); +} + +/* Destructor: Destroys client */ +FEPClient::~FEPClient() +{ + cout << "Destroying client..." << endl; + clnt_destroy(clnt); +} + +/* Handles the ATMS's response to Client's RPC Call */ +void FEPClient::handleCallResponse(void *response) +{ + /* If ATMS reply call fails */ + if (response == NULL) + { + clnt_perror(clnt, "RPC call failed"); + } + /* If ATMS reply is successful */ + else + { + cout << "Successful RPC call to ATMS..." << endl; + } +} + +/* Transfer replys to ATMS */ +void FEPClient::updateATMS() +{ + int i, j; // i == line_index, j == lds_index + void *rv; + + vector lines = networkReader->getLines(); + vector ldsMap = networkReader->getLoops(); + + // Send one reply for every "line" in the FEP + for (i = 0; i < lines.size(); i++) + { + fep_reply fepReply; + + // populate reply + fepReply.reply = SHORTPOLL; + fepReply.schedule = lines.at(i).schedule; + fepReply.lineinfo = lines.at(i).lineInfo; + fepReply.kind = (enum polltype) 0; + fepReply.flag = (enum replykind) 0; + + /*********************************** + This is an update to an extern, this should happen on the Java driver side?? + lines.at(i).schedleSeq += 1; + lines.at(i).globalSeq += 51; + */ + + fepReply.schedule_sequence = lines.at(i).schedleSeq; + fepReply.global_sequence = lines.at(i).globalSeq; + /************************************ + Need to find out what appropriate schedule time is: look at uci_unix_simulation_time src code + fepReply.schedule_time = + uci_unix_simulation_time(uci_simulation_time()); // GMT time + */ + fepReply.schedule_time = time(NULL); + + fepReply.user_info1 = lines.at(i).lineNum; + fepReply.user_info2 = lines.at(i).lineNum; + fepReply.system_key = lines.at(i).systemKey; + + fepReply.answers.size = 1; + fepReply.answers.fep_answer_list_u.shortp.count = 1; + + /* for each LDS in the Line.... (constructs the short_answer message) */ + for (j = 0; j < lines.at(i).ldsNum; j++) + { + fep_shortanswer fsa; + int index = lines.at(i).ldsIndex[j]; + + // msg: oa, od, ldsMap.at(index).dataPack, od, ff + fsa.msg.message_len = ldsMap.at(index).length + 2; + fsa.msg.message[0] = 0x0d; + fsa.msg.message[1] = 0x0a; + for (int k = 0; k < ldsMap.at(index).length; k++) + fsa.msg.message[2 + k] = ldsMap.at(index).dataPack[k]; + int aa = ldsMap.at(index).length; + fsa.msg.message[2 + aa] = 0x0d; + fsa.msg.message[3 + aa] = 0xff; //????????????? warning ????? + + // info + fsa.info.poll_error_count = 0; + /*************************************** + Need to find out polltime uci time function src code + fsa.info.poll_time = uci_unix_simulation_time(uci_simulation_time()); + */ + fsa.info.poll_user_info1 = ldsMap.at(index).drop; // drop number + fsa.info.poll_user_info2 = 1; //always 1 + fsa.info.retries = 0; + fsa.info.status = (enum replystatus) 1; + + //fepReply.answers.fep_answer_list_u.shortp.answers[j] = fsa; + fepReply.answers.fep_answer_list_u.shortp.answers[0] = fsa; + + // send out data + printf("Transferring line=%d, lds_drop_no=%d...\n", lines.at(i).lineNum, ldsMap.at(index).drop); + rv = fep_reply_xfer_32(&fepReply, clnt); + + /* Handle ATMS response to RPC Call */ + printf("Handling ATMS response...\n"); + handleCallResponse(rv); + } + } +} + +/* Creates an RPC Client which communicates with the ATMS through RPC Calls */ +void FEPClient::createClient(char * host) +{ + /* Create RPC Client to communicate with ATMS */ + cout << "Creating RPC Client" << endl; + clnt = clnt_create(host, 100090,/* 103121,*/ 32, "tcp"); + + /* Check if client creation failed */ + if (clnt == (CLIENT *) NULL) + { + cerr << "Can't create client to " << host << endl; + exit(1); + } +} + +/* Main driver function to create an RPC Client, make a single RPC Call to the + ATMS Server */ +int main(int argc, char *argv[]) { + + char *host; + char *networkFile; + + if (argc < 3) + { + cout << "usage: " << argv[0] << " server_host networkFile" << endl; + exit(1); + } + + /* Create RPC Client to send an fep_reply to ATMS */ + host = argv[1]; + networkFile = argv[2]; + + FEPClient *client = new FEPClient(host, networkFile); + delete client; + + return 0; +} Index: /branches/ATMSCommunicator/NetworkReader.cpp =================================================================== --- /branches/ATMSCommunicator/NetworkReader.cpp (revision 75) +++ /branches/ATMSCommunicator/NetworkReader.cpp (revision 75) @@ -0,0 +1,229 @@ +#include "NetworkReader.h" + +// Constructor +NetworkReader::NetworkReader(string networkFile) +{ + this->networkFile = networkFile; +} + +// determine if a loop has data based on lane config data +bool NetworkReader::DataAvail(char flag, int num) +{ + int mag, fel; + + // find mask value + if (num == 1) + mag = 0x01; + else if (num == 2) + mag = 0x02; + else if (num == 3) + mag = 0x04; + else if (num == 4) + mag = 0x08; + else if (num == 5) + mag = 0x10; + else if (num == 6) + mag = 0x20; + else if (num == 7) + mag = 0x40; + else if (num == 8) + mag = 0x80; + + fel = flag & mag; + fel = fel >> (num - 1); + + if (fel == 1) + return true; + else + return false; +} + +// Initializes the LDS_LOOP dataPack with all necessary static data and default dynamic data +unsigned char * NetworkReader::msgDataPack(LDS_LOOP loop) +{ + int j; + // Allocate memory for dataPack + unsigned char *dataPack = (unsigned char *) malloc(sizeof(unsigned char) * loop.length); + + // dataPack 5-8: lane config + char d5 = 0, d6 = 0, d7 = 0, d8 = 0; + for (j = 0; j < loop.num; j++) + { + for (int k = 0; k < 8; k++) + { + if (strcmp(loop.loop_loc[j], dp5[k]) == 0) + d5 += pow(2, k); + if (strcmp(loop.loop_loc[j], dp6[k]) == 0) + d6 += pow(2, k); + if (strcmp(loop.loop_loc[j], dp7[k]) == 0) + d7 += pow(2, k); + if (strcmp(loop.loop_loc[j], dp8[k]) == 0) + d8 += pow(2, k); + } + } + dataPack[5-1] = d5; + dataPack[6-1] = d6; + dataPack[7-1] = d7; + dataPack[8-1] = d8; + + // dataPack 1: Drop number, i.e. station address + dataPack[1-1] = loop.drop; + + // dataPack2 (2 bytes per loop) + dataPack[2-1] = loop.num * 2 + Fixed_Byte_To_Checksum; + + // dataPacket 3 (lowbyte: # of mainline loops, highbyte: # of opposite loops) + int low = 0, high = 0; + for (j = 1; j <= 6; j++) + { + low += DataAvail(dataPack[5-1], j); + high += DataAvail(dataPack[6-1], j); + } + high = high << 4; + dataPack[3-1] = high | low; + + // dataPack4 (Miscl. flags: samples are: 80, A0, E0, 00) + dataPack[4-1] = 0xA0; + + // dataPack 9: initialized as 00 (meaning no metering); need to be updated every 30 sec + dataPack[9-1] = 0; + + // datadataPack 10-13: lane malfunction? Assuming all functional + dataPack[10-1] = 0; + dataPack[11-1] = 0; + dataPack[12-1] = 0; + dataPack[13-1] = 0; + + // dataPack 14-22: ramp metering data + // BYTE 16 and 22 need to be updated every 30 sec + bool found = false; + for (j = 0; j < loop.num; j++) + { + if (strcmp(loop.loop_loc[j], "DEMAND") == 0) + { + found = true; + break; + } + } + if (found) + { + // BYTE 14: mostly 07, some are 05, 03, 00 + dataPack[14-1] = 0x07; + // mostly 06(TOD table 1); some are 0B (No metering) or 05(traffic responsive) + dataPack[15-1] = 0x06; + // most 00, some are 01 (queue override) or 80(Meter ON sign) + dataPack[16-1] = 0x00; + // Field Manual Rate + dataPack[17-1] = 0xFF; + // TOC Manual Rate + dataPack[18-1] = 0xFF; + // PSO Manual Rate + dataPack[19-1] = 0xFF; + // CORM Rate + dataPack[20-1] = 0xFF; + // Local Responsive Rate. DON'T UNDERSTAND YET + dataPack[21-1] = 0x00; + // TOD Rate: need to query RAMP plugin! + dataPack[22-1] = 0x00; + } + // LDS: NO Metering + else + { + dataPack[14-1] = 0x00; + dataPack[15-1] = 0x0B; + dataPack[16-1] = 0x00; + dataPack[17-1] = 0xFF; + dataPack[18-1] = 0xFF; + dataPack[19-1] = 0xFF; + dataPack[20-1] = 0xFF; + dataPack[21-1] = 0x00; + dataPack[22-1] = 0x00; + } + + // dataPack 23-24: sum of mainline/Oppsite traffic data; need to be updated every 30 sec + loop.MlTotVol = 0; + loop.OppTotVol = 0; + dataPack[23-1] = loop.MlTotVol; + dataPack[24-1] = loop.OppTotVol; + + // dataPack 25-26: BYTE 25 is fixed, i.e. 03; BYTE 26 is either 0xA2 or 0x84 + dataPack[25-1] = 0x03; + dataPack[26-1] = 0x84; + + /* printf("lds=%d (%d), p1=%2X, p2=%2X, p3=%2X, p5=%2X, p6=%X, p7=%X, p8=%2X\n", + loop.lds, loop.length, dataPack[1-1], dataPack[2-1], + dataPack[3-1], dataPack[5-1], + dataPack[6-1], dataPack[7-1], dataPack[8-1]); + */ + return dataPack; +} + +// TEST DATA +// lds_id line drop sch lineinfo system_key sch_seq glo_seq count freeway Dir ca_pm lds_name +// 1208926 29 4 28 28 1123006080 26480 1357609 13 73 S 23.7 MACARTHUR 1 +vector NetworkReader::getLines() +{ + vector lines; + FEP_LINE line; + line.lineNum = 29; + line.lds.push_back(1208926); + line.ldsIndex.push_back(0); + line.ldsNum = 1; + line.count = 13; + line.schedule = 28; + line.globalSeq = 1357609; + line.schedleSeq = 26480; + + lines.push_back(line); + return lines; +} + +// TEST DATA +//FWY Dir POSTMI LDS_ID VDS_ID LOOP_ID LOC LANE LOOP_LOC PARAMICS_NAME PARAMICS_LANE +//73 S 23.7 1208926 1210494 1210490 ML 1 ML_1 ? 0 +//73 S 23.7 1208926 1210494 1210492 ML 2 ML_2 ? 0 +//73 S 23.7 1208926 1210494 1210493 ML 3 ML_3 ? 0 +//73 S 23.7 1208926 1210770 1210769 OR 1 RAMP_ON ? 0 +vector NetworkReader::getLoops() +{ + /* Read loop meta data */ + vector lds_map; + LDS_LOOP loop; + + loop.lds = 1208926; + loop.line_num = 29; + loop.drop = 4; + loop.num = 4; + + // Loop ids + long *loopIDs = (long *) calloc(sizeof(long), loop.num); + loopIDs[0] = 1210490; + loopIDs[1] = 1210492; + loopIDs[2] = 1210493; + loopIDs[3] = 1210769; + loop.loopID = loopIDs; + + // Loop locations + char *one = "ML_1"; + char *two = "ML_2"; + char *three = "ML_3"; + char *four = "RAMP_ON"; + char **loc = (char **) calloc(sizeof(char *), loop.num); + loc[0] = one; + loc[1] = two; + loc[2] = three; + loc[3] = four; + loop.loop_loc = loc; + + // Data pack ATMS message + loop.length = loop.num * 2 + CONTROL_DATA_LEN; + loop.dataPack = msgDataPack(loop); + + loop.pos = 0; + + loop.MlTotVol = 0; + loop.OppTotVol = 0; + + lds_map.push_back(loop); + return lds_map; +} Index: /branches/ATMSCommunicator/FEPClient.h =================================================================== --- /branches/ATMSCommunicator/FEPClient.h (revision 75) +++ /branches/ATMSCommunicator/FEPClient.h (revision 75) @@ -0,0 +1,49 @@ +// Include guard +#ifndef __FEPCLIENT_H_INCLUDED__ +#define __FEPCLIENT_H_INCLUDED__ + +// Forward declared dependencies +class NetworkReader; + +// Included dependencies +#include "fep.h" +#include +#include +#include "time.h" +#include "NetworkReader.h" + +/* The FEPClient is an RPC Client which transfers network data to the + * ATMS Server. + * + * An FEPClient is created every 30 seconds, and an fep_reply structure + * for every FEP_LINE_LDS is transferred to the ATMS through an RPC Call. + * After the FEPClient has transferred all fep_replys, it is destroyed. + * + * To construct an FEPClient, an input file (containing network data) and + * a host server_ip (for the ATMS) need to be specified. + * + * Author: John A. Torres + * Version: 9/8/2017 + */ +class FEPClient +{ + public: + /* members */ + CLIENT *clnt; // RPC Client + + /* methods */ + FEPClient(char * host, char * networkFile); // Constructor + ~FEPClient(); // Destructor + + private: + /* members */ + NetworkReader *networkReader; + + /* methods */ + void handleCallResponse(void *response); // + void createClient(char *host); + void updateATMS(); // updates ATMS + +}; + +#endif // __FEPCLIENT_H_INCLUDED__