48133 str!9

Tablica IV

Tyczenie klotoidy metodą biegunową ze stanowiska l = i ,000

l	a®	| - ' "	l | a•		i
I,820	! 33,15 36	1 29 50 18	1,850	j 34,62 50	1 1 31 09 45
1,821	33,20 24	| 29 52 56	1,851	i 34.6744	31 12 25
1,822	33.25 12	^1 29 55 34	1,852	34.72 38	31 15 05
>,823	33.3° °°	1 29 58 12	1,853	34.77 32	3* 17 45
I,S24	33,34 88	30 00 50	',854	34,82 25	31 20 25
1,825	33,39 76	30 03 28	1,855	34,87 19	31 23 05
I ,826	33,44 «>5	30 06 07	i,S56	34,92 14	31 25 45
1,827	33,49 55	30 08 45	1,857	34,97 08	31 28 25
I ,828	33,54 44	30 u 24	I ,858	35,02 03	31 31 °6
1,829	33,59 33	30 14 02	1,859	35,06 98	3i 33 46
1,830	33,<>4 22	30 16 41	i,86o	35.li 93	3* 36 2Ó
1,831	33,69 12	3° 19 19	1,861	35,i6 88	3i 39 °7
1,832	33,74 02	30 21 58	1,862	35,21 84	3i 4' 48
*,*33	33,7S 92	3° 24 37	1,863	35,26 So	31 44 28
',834	33,83 82	30 27 16	1,864	35.31 75	31 47 09
>,835	33,88 72	3° 29 54	1,865	35,36 71	3i 49 49
.,s3(.	33,93 63	3° 32 34	1,866	35,4i 68	3^1 52 3°
1,837	33,98 54	30 35 13	1,867	35,46 64	31 55 11
1,838	34,03 45	30 37 52	1,868	35,51 60	3* 57 52
1,839	34,08 36	30 40 31	1,869	35,56 57	32 00 33
1,840	34,13 27	30 43 10	1,870	35,6i 54	32 03 14
1,841	34.18 18	30 45 49	1,871	35,66 51	32 05 55
1,842	34,23 10	3° 48 29	1,872	35,71 49	32 oS 36
1,843	34,28 02	30 51 08	1,873	35,76 46	32 II 17
1,844	34,32 94	30 53 47	1,874	35,8i 44	32 13 59
1,845	34,37 86	3° 56 27	1,875	35,86 42	32 16 40
1,846	34,42 79	30 59 06	1,876	35,9' 40	32 19 21
1,847	34,47 72	31 01 46	1,877 :	35,96 39	32 22 03
1,848	34,52 65	31 04 26	1,878 i	36,01 37	32 24 44
1,849	34,57 58	31 07 05	1,879 I	36,06 36 1	32 27 26
1,850	34,62 501	31 °9 45	1,880 j	36,11 34	32 30 07

Tyczenie klotoidy metodą biegunową ze stanowiska l— 1,000

/	a<>		„■> ' "			l	aa		-*	•	"
1 ,S8o	36,11	34	32	30	07	1,910	37,61	84	33	51	24
1,881	36,16	33	32	32	49	1,911 -	37,66	89	33	54	07
1,882	36,21	33	32	35	3^1	1,912	37,71	94	33	56	51
I ,883	36,26	32	32	38	'3	i,9i3	37,76	99	33	59	34
1,884	36,31	32	32	40	55	1,914	37,82	04	34	02	18
1,885	36,36	31	32	43	36	',915	37,87	09	34	05	02
i,S86	36,41	31	32	4<j	19	1,916	37,92	15	34	07	46
1,887	36,46	31	32	49	Ol	1,917	37,97	20	34	10	29
1,888	36,5 <	32	32	5i	43	1,918	38,02	26	34	■3	13
I ,889	36,56	32	32	54	25	i,9*9	38,07	32	34	15	57
1,890	36,61	32	32	57	07	1,920	38,12	38	34	18	41
I ,891	36,66	33	32	59	49	1,921	38,17	44	34	21	25
1,892	36,71	34	33	02	32	1,922	38,22	5*	34	24	09
1,893	36,76	35	33	05	14	1,923	38,27	57	34	26	54
1,894	36,81	37	33	07	56	1,924	38,32	64	34	29	38
1,895	36,86	39	33	10	39	1,925	38,37	71	34	32	22
1,896	36,91	40	33	17	22	1,926	38,42	79	34	35	06
1,897	36,96	4-'.	33	l6	04	1,927	38,47	86	34	37	51
1,898	37,oi	44	33	18	47	1,928	38,52	93	34	40	35
1,899	37,06	47	33	21	30	1,929	38,58	01	34	43	20
1,900	37,11	49	33	24	12	*,93°	38,63	09	34	46	04
I ,901	37,16	52	33	26	55	1,931	38,68	18	34	48	49
I ,902	37,21	55	33	29	3«	1,932	38,73	26	34	51	34
1,903	37,26	58	33	32	21	1,933	38.78	34	34	54	18
1,904	37,31	b 1	33	35	04	*,934	38,83	43	34	57	03
1,905	37,36	64	33	37	47	1,935	38,88	52	34	59	47
1,906	37,4i	68	33	40	31	1,936	38,93	bi	35	02	33
1,907	37,46	72	33	43	14	1,937	38,98	70	35	05	18
I ,908	37,51	76	33	45	57	1,938	39,03	79	35	08	°1
1,909	37.56	80	33	48	40	*,939	39,08	88	35	10	48
1,910	37,61	84	33	51	24	1,940	39,'3	99	35	*3	33

437