64057 str7

Tablica II

Tyczenie klotoidy metoda biegunową ze stanowiska / = o

l	tO^9	' "	1	-
1,800	°33,S6 21	30 12 21	1,830	34,62 84	3i 09 56
1,801	33,59 75	30 14 16	1,831	34.66 41	31 H 52
1,802	33,63 28	30 16 10	1,832	34,69 99	31 13 48
1,803	33,66 82	30 18 05	1,833	34,73 56	3i 15 43
1,804	33,70 36	30 20 00	1,834	34,7714	31 17 39
1,805	33,73 90	3° 21 55	1,835	34,80 72	3i 19 35
1,806	33,77 45	30 23 49	1,836	34,84 3°	31 21 31
1,807	33,8o 99	30 25 44	1,837	34,87 88	31 23 27
1,8o8	33,84 54	30 27 30	1,838	34,9i 46	31 25 23
1,809	33,88 08	30 29 34	1,839	34,95 04	31 27 19
1,810	33,91 62	30 31 28	1,840	34,98 62	3i 29 15
1,811	33,95 17	3° 33 24	1,841	35,02 21	31 3i 12
1,812	33.98 73	30 35 19	1,842	35,05 80	31 33 08
1,813	34,02 28	30 37 14	1,843	35,09 38	3i 35 04
I ,814	34,05 83	30 39 09	1,844	35,12 97	31 37 00
1,815	34,09 39	30 41 04	1,845	35,i6 56	31 38 57
I,8l6	34,12 94	3° 42 59	1,846	35,20 15	3i 40 53
1,817	34,i6 5°	30 44 55	>.,847	35,23 74	3i 42 49
I,8l8	34,20 06	3° 46 50	1,848	35,27 34	31 44 46
1,819	34,23 62	30 48 45	1,849	35,30 93	31 46 42
1,820	34,27 18	30 50 40	1,850	35,34 53	31 48 39
1,821	34,3° 74	30 52 36	1,851	35,3812	3i 50 35
1,822	34,34 3°	3° 54 31	1,852	35,4172	31 52 32
1,823	34,37 86	30 56 27	1,853	35,45 32	31 54 28
1,824	34,41 43	30 58 22	1,854	35,48 92	31 56 25
1,825	34,44 99	31 00 18	1,855	35,52 52	31 58 22
1,826	34,48 56	31 02 13	1,856	35,5612	32 00 18
1,827	34,5213	31 04 09	1,857	35,59 72	32 02 15
1,828	34,55 7°	31 06 05	1,858	35,63 33	32 04 12
1,829	34,59 27	31 08 00	1,859	35,66 93	32 06 09
1,830	34,62 84	31 09 56	I,86o	35,7° 54	32 08 06

Tyczenie klotoidy metodą biegunową ze stanowiska l = o

Tablica n

l	-	' "	1	€0	' "
1,860	35,70 54	32 08 06	1,890	36,79 25	33 06 48
i ,861	35,74 15	32 IO 02	1,891	36,82 89	33 08 46
i ,862	35,77 76	32 11 59	1,892	36,86 53	33 10 44
1,863	35,8137	32 13 56	1,893	36,90 17	33 12 42
1,864	35,84 98	32 15 53	1,894	36,93 81	33 14 40
1,865	35,88 59	32 17 50	1,895	36,97 46	^33 34
1,866	35,92 20	32 19 47	1,896	37,01 10	33 18 36
1,867	35,95 82	32 21 45	1,897	37,04 75	33 20 34
1,868	35,99 43	32 23 42	1,898	37,08 39	33 22 32
1,869	36,03 °5	32 25 39	1,899	37,12 04	33 24 3°
1,870	36,06 67	32 27 36	1,900	37,15 69	33 26 28
1,871	36,10 29	32 29 33	1,901	37,19 34	33 28 27
1,872	36,13 9i	32 31 3'	1,902	37,22 99	33 30 25
1,873	36,17 53	32 33 28	1,903	37,26 64	33 32 23
1,874	36,21 15	32 35 25	1,904	37,30 30	33 34 22
1,875	36,24 77	32 37 23	1,905	37,33 95	33 36 20
1,876	36,28 40	32 39 20	1,906	37,37 61	33 38 18
1,877	36 32 02	32 41 18	1,907	37,41 27	33 40 17
1,878	36,35 65	32 43 15	1,908	37,44 92	33 42 15
1,879	36,39 28	32 45 13	1,909	37,48 58	33 44 14
1,880	36,42 91	32 47 i®	1,910	37,52 24	33 46 12
1,881	36,46 54	32 49 08	1,91^1	37,55 9°	33 48 11
1,882	36,50 17	32 51 05	1,912	37,59 56	33 50 10
1,883	36,53 80	32 53 °3	1,913	37,63 22	33 52 08
1,884	36,57 43	32 55 01		37,66 88	33 54 07
1,885	36,6l 06	32 56 58	1,915	37,70 55	33 56 06
1,886	36,64 70	32 58 56	1,916	37,74 21	33 58 04
1,887	36,68 33	33 00 54	1,917	37,77 88	34 00 03
1,888	36,71 97	33 02 52	1,918	37,8i 54	34 02 02
1,889	36,75 61	33 04 50	1,919	37,85 21	34 04 01
1,890	36,79 25	33 °6 48	1,920	37,88 88	34 06 00

393