46175 str5

Tablica II

Tyczenie klotoidy metodą biegunową ze stanowiska l — o

l	(0°	j '			1
1,560	25,48 56	| 22	56	13	1,59°	26,44 66	2 3	48	07
1,561	25,51 74	22	57	56	1,591	26,47 89	23	49	5i
1,562	25,54 92	22	5<	4°	i,592	26,51 12	23	51
1,563	25,58 11	2:	Ol	23	1,593	26,54 35	23	53	21
1,564	25,61 29	23	°3	ob	1,594	26,57 58	23	55	06
1,565	25,64 48	23	04	49	1,595	26,60 82	23	56	50
1,566	25,67 66	23	06	32	1,596	26,64 °5	23	58	35
1,567	25,70 85	23	08	16	1,597	26,67 29	24	00	20
1,568	25,74 04	23	09	59	1,598	26,70 53	24	02	05
1,569	25,77 23	23	I I	42	i,599	26,73 77	24	03	50
1,57°	25,80 43	23	13	26	1,600	26,77 02	24	05	35
i,57i	25,83 62	23	15	09	1,601	26,80 26	24	07	20
1,572	25,86 82	23	ib	53	1,602	26,83 51	24	09	06
1,573	25,90 02	23	18	37	1,603	26,86 76	24	10	Si
1,574	25.93 22	23	20	20	1,604	26,90 01	24	12	36
1,575	25,96 42	23	22	04	1,605	26,93 26	24	H	22
1,576	25,99 63	23	23	4$	1,606	26,96 51	24	16	07
i,577	26,02 84	23	25	32	1,607	26,99 77	24	17	S2
1,578	26,06 04	23	27	ib	1,608	27,03 02	24	19	38
1,579	26,09 25	23	29	00	1,609	27,06 28	24	21	23
1,580	26,12 46	23	30	44	I,6lO	27,09 54	24	23	09
1,581	26,15 67	23	32	28	I,6l I	27,12 80
1,582	26,18 89	23	34	12	1,612	27,16 06	24	26	40
1,583	26,22 10	23	35	56	1,613	27,19 33	24	28	26
1,584	26,25 32	23	37	40	I,6l4	27,22 59	24	30	12
1,585	26,28 54	23	39	25	1,615	27,25 86	24	3i	58
1,586	26,3176	23	41	09	I ,6l6	27,29 13	24	33	44
1,587	26,34 98	23	42	53	1,617	27,32 40	H	35	30
1,588	26,38 20	23	44	38	1,618	27,35 67	24	37	16
1,589	26,4143	23	46	22	1,619	27,38 95	24	39	02
1,590	26,44 66 J	23	48	=>7	1,620	27,42 22	24	4.0	48

Tyczenie klotoidy metodą biegunową ze stanowiska / = o

Tablica II

/	W*		' "			1	-		(0° ' "
1,620	27,42	22	24	40	48	1,650	28,41	22	25	34	l6
1,621	27,45	50	24	42	34	1,651	28,44	55	25	36	03
1,622	27,48	78	24	44	20	1,652	28,47	87	25	37	51
1,623	27,52	OÓ	24	46	07	1,653	28,51	20	25	39	39
1,624	27,55	34	24	47	53	1,654	28,54	53	25	41	27
1,625	27,58	62	24	49	39	1,655	28,57	86	25	43	15
1,626	27,61	9^1	24	5i	2b	1,656	28,61	19	25	45	03
1,627	27,65	20	24	53	12	1,657	28,64	53	25	46	51
1,028	27,68	48	24	54	59	1,658	28,67	86	25	48	39
1,629	27,71	78	24	56	46	1,659	28,71	20	25	50	27
1,630	27,75	07	24	58	32	1,660	28,74	54	25	52	15
1,631	27,78	36	25	OO	19	1,661	28,77	88	25	54	03
1,632	27,81	65	25	02	06	1,662	28,81	22	25	55	Si
1,633	27,84	95	25	03	52	1,663	28,84	56	25	57	4°
1,634	27,88	25	25	05	39	1,664	28,87	91	25	59	28
1,635	27,91	55	25	07	26	1,665	28,91	25	26	01	17
1,636	27,94	k5	25	09	13	1,666	28,94	bo	26	03	05
1,637	27,98	15	25	11	OO	1,667	28,97	95	26	04	54
1,638	28,01	45	25	12	47	1,668	29,01	3°	26	06	42
1,639	28,04	76	25	H	34	1,669	29,04	65	26	08	31
1,640	28,08	07	25	16	21	1,670	29,08	OO	26	10	19
1,641	28,11	38	25	18	09	1,671	29,11	35	26	12	OŚ
1,642	28,14	69	25	19	56	I ,672	29,14	7i	26	13	5J
1,643	28,18	00	25	21	43	1,673	29,18	07	26	15	46
1,644	28,21	31	25	23	31	1,674	29,21	43	26	17	34
1,645	28,24	63	25	25	18	1,675	29,24	79	26	19	23
1,646	28,27	94	25	27	05	I ,676	29,28	ib	26	21	12
1,647	28,31	2(>	25	28	53	1,677	29,31	52	26	23	Ol
1,648	2S.34	58	25	30	40	1,678	29,34	89	26	24	5°
1,649	28,37	90	25	32	28	1,679	29,38	25	26	26	39
1,650	28,41	22	25	34	l6	I ,680	29,41	62	26	28	29

389