80044 str4

Tablica II

Tyczenie klotoidy metodą biegunową ze stanowiska l — o

/	-		* ' "			1	a>P		“° ' "
1,440	21,79	60	19	36	59	1,470	22,69	47	20	25	31
1,441	21,82	57	19	.38	35	1,471	22,72	49	20	27	09
1,442	21,85	54	<9	40	12	i,472	22,75	52	20	28	47
<.443	21,88	51	19	41	48	1,473	22,78	54	20	3°	25
^1,444	21,91	49	<9	43	24	1,474	22,81	57	20	32	03
1.445	21,94	47	19	45	01	1,475	22,84	60	20	33	41
1,446	21,97	45	<9	46	37	>,476	22,87	64	20	35	IQ
<.447	22,00	43	19	48	14	1,477	22,90	67	20	36	58
1,448	22,03	41	19	49	50	',478	22,93	71	20	38	3t)
1,449	22,06	39	19	51	27	1,479	22.96	74	20	40	14
1,450	22,09	38	<9	53	04	1,480	22,99	78	20	41	53
1,451	22,12	36	19	54	40	1.481	23,02	82	20	43	31
1,452	22,15	35	19	56	*7	1,482	23,05	87	20	45	ro
i,453	22,18	35	19	57	55	1,483	23,08	9i	20	46	49
i,454	22,21	34	19	59	3<	1,484	23,”	96	20	48	27
1,455	22,24	33	20	Ol	08	1,485	23J5	01	20	5°	06
<,456	22,27	33	20	02	45	1,486	23,18	06	20	5*	4S
1,457	22,30	33	20	04	23	1,487	23,21	11	20	53	24
1,458	22,33	33	20	06	00	1,488	23,24	16	20	55	°3
i,459	22,36	33	20	07	37	1,489	23,27	22	20	5<>	42
1,460	22,39	33	20	09	14	1,490	23,30	27	20	58	21
1,461	22,42	34	20	IO	52	i,49i	23,33	33	21	00	OO
1,462	22,45	35	20	12	29	1,492	23,36	39	21	01	39
1,463	22,48	36	20	14	07	i,493	23,39	45	21	03	18
1,464	22,51	37	20	<5	44	1,494	23,42	52	21	04	58
1,465	22,54	38	20	17	22	1,495	23,45	58	21	06	37
1,466	22,57	39	20	19	00	1,496	23,48	<>5	21	08	16
1,467	22,60	4i	20	20	37	1,497	23,51	72	21	09	56
1,468	22,63	43	20	22	<5	1,498	23,54	79	21	11	35
1,469	22,66	45	20	23	53	i,499	23,57	86	21	13	15
1,470	22,69	47	20	25	3<	1,500	23,60	94	21	H	54

l	0)0		' "			1	0)0		' "
1,500	23,60	94	21	14	54	*,530	24,53	98	22	05	09
1,501	23,64	01	21	l6	34	i,53*	24,57		22	ob	50
^1 ł5<>2	23,67	ot;	21	l8	*4	1,532	24,60	24	22	08	32
>,503	23,70	>7	21	*9	54	*,533	24,63	37	22	10	*3
i,5°4	23,73	25	21	21	33	i,S34	24,66	5°	22	11	55
1,505	23,76	34	21	*3	*3	1,535	24,69	64	22	*3	36
1,506	23,79	42	21	24	53	1,536	24,72	77	22	15	18
I,5«>7	23,82	5*	21	26	33	*,537	24,75	9*	22	17	00
I ,50Ś	23,85	60	21	28	*3	1,538	24,79	05	22	18	4*
1,509	23,88	69	21	29	53	1,539	24,82	*9	22	20	23
i,5io	23,9*	78	21	31	34	1,54°	24,85	34	22	22	05
I.5II	23 94	87	21	33	*4	i,54i	24,88	48	22	23	47
■,5I2	23,97	97	21	34	54	1,542	24,91	63	22	25	29
>,5>3	24,01	06	21	36	35	1,543	24,94	78	22	27	11
‘,5 >4	24,04	l6	21	38	*5	1,544	24,97	93	22	28	53
1,5*5	24,07	26	21	39	55	1,545	25,0*	08	22	30	35
1,516	24,10	37	21	4*	36	1,546	25,04	23	22	32	17
i,5>7	24,13	47	21	43	16	1,547	25,07	39	22	33	59
i,5>8	24,16	57	21	44	57	1,548	25,10	55	22	35	42
*,5*9	24,*9	bś	21	46	38	1,549	25, *3	70	22	37	24
I ,520	24,22	79	21	48	18	1,550	25,16	86	22	39	06
*,521	24,25	90	21	49	59	i,55i	25,20	°3	22	40	49
I ,522	24,29	02	21	5*	40	1,552	25,23	19	22	42	31
*,523	24,32	*3	21	53	21	*,553	25,26	36	22	44	*4
1,524	24,35	25	21	55	02	1,554	25,29	52	22	45	57
i,525	24,38	37	21	56	43	1,555	25,32	69	22	47	39
1,526	24,41	49	21	58	24	1,556	25,35	86	22	49	22
*,527	24,44	6l	22	00	05	1,557	25,39	04	22	51	05
1,528	24,47	73	22	01	46	1,558	25,42	21	22	52	48
*,529	24,50	85	22	03	28	1,559	25,45	38	22	54	31
i,530	24,53	98	22	05	09	1,560	25,48	56	22	56	13

25*

387