str1

Tablica II

Tyczenie klotoidy metodą biegunową ze stanowiska l = o

l	0)0	co° ' "	1	0)9	(0° ' "
1,080	12,34 00	11 06 21	1,110	13,03 06	II 43 39
1,081	12,36 27	n 07 35	1,111	13,05 39	11 44 55
1,082	12,38 54	11 08 49	1,112	13,07 73	II 46 IO
1,083	12,40 82	11 10 03	1.113	13,10 07	11 47 26
1,084	12,43 10	11 11 16	1,114	I3,>2 41	11 48 42
1,083	,2,45 38	11 12 30	1,115	I3,i4 75	11 49 58
1,086	12,47 66	11 13 44	1,116	I3,i7 °9	11 51 14
1,087	12,49 95	11 14 58	1,117	I3,i9 44	II 52 30
I,088	12,52 23	11 16 12	1,118	13,21 78	11 53 46
1,089	12,54 52	11 17 27	1,119	'3,24 13	11 55 02
1,090	12,56 81	11 18 41	1,120	13,26 48	11 56 18
1,091	12,59 11	11 19 55	1,121	13,28 84	11 57 34
1,092	12,6140	11 21 09	1,122	I3,3i 19	11 58 51
1,093	12,63 70	11 22 24	1,123	13,33 55	12 00 07
1,094	12,66 00	11 23 38	1,124	13,35 91	12 01 24
1,095	12,68 30	u 24 53	1,125	13,38 27	12 02 40
1,096	12,70 60	11 26 08	1,126	13,40 64	12 03 57
1,097	12,72 91	11 27 22	1,127	13,43 O^0	12 05 13
1,098	12,75 22	11 28 37	1,128	13,45 37	12 06 30
1,099	12,77 53	u 29 52	1,129	13,47 74	12 07 47
1,100	12,79 84	11 31 °7	1,130	13,50 II	12 09 04
1,101	12,8215	11 32 22	1,13*	13,52 48	12 10 21
1,102	12,84 46	11 33 37	1,132	13,54 86	12 11 38
1,103	12,86 78	11 34 52	1,133	13,57 24	12 12 55
1,104	12,89 10	11 36 07	1,134	13,59 62	12 14 12
1,105	12,91 42	u 37 22	1,135	13,62 OO	12 15 29
1,106	12,93 75	11 38 37	1,136	13,64 38	12 16 46
1,107	12,96 07	11 39 53	1,-137	13,66 77	12 18 03
1,108	12,98 40	11 41 08	1,138	I1.60 l6	12 19 21
1,109	i3»oo 73	11 42 24	1,139	I3,7i 55	12 20 38
1,1 IO	13,03 06	11 43 39	1,140	13,73 94	12 21 56

l	OJO	' "	/	0)0	' "
1,140	13,73 94	12 21 56	1,170	14,46 62	13 Ol II
1,141	13,76 33	12 23 13	1,171	14,49 07	13 02 30
1,142	13,78 73	12 24 31	1,172	14,51 53	13 03 50
i,i43	13,81 13	12 25 49	1,173	14,53 99	13 05 10
1,144	13,83 53	12 27 06	1,174	14,56 45	13 06 29
i,i4S	13,85 93	12 28 24	1,175	14,58 91	13 07 49
1,146	13,88 33	12 29 42	1,176	14,61 37	13 09 09
1,147	13,90 74	12 31 OO	1,177	14,63 84	13 10 28
1,148	13,93 15	12 32 18	1,178	14,66 31	13 11 48
i,i49	13,95 56	12 33 36	1,179	14,68 78	13 13 08
1,150	13,97 97	12 34 54	1,180	I4,7i 25	13 14 28
1,151	14,00 38	12 36 12	1,181	14,73 72	13 15 49
I.I52	14,02 8O	12 37 31	1,182	14,76 20	13 17 09
1,153	14,05 21	12 38 49	I,l83	14,78 67	13 18 29
1,154	14,07 63	12 40 07	1,184	14,81 15	13 19 49
1,155	14,10 05	12 41 26	1,185	14,83 64	13 21 IO
1,156	14,12 48	12 42 44	1,186	14,86 12	13 22 30
I,i57	14,14 91	12 44 °3	!,i87	14,88 60	13 23 51
1,158	14,17 33	12 45 22	1,188	14,91 09	13 25 II
i,i59	14,19 76	12 46 40	1,189	14,93 58	13 26 32
1,160	14,22 19	12 47, 59	1,190	14,96 07	13 27 53
1,161	•4,24 63	12 49 18	1.101	14,98 57	13 29 14
1,162	14,27 07	12 5° 37	1,192	15,01 06	13 30 34
1,163	14,29 50	12 51 56	1,193	15,03 56	13 31 55
1,164	14,31 94	12 53 15	1,194	15,06 06	13 33 16
1,165	14,3438	12 54 34	1,195	15,08 56	13 34 37
1,166	14,36 82	12 55 53	1,196	15,11 06	13 35 58
1,167	14,39 27	12 57 12	1,197	15,13 57	13 37 20
1,168	14,41 72	12 58 32	1,198	15,16 08	13 38 41
1,169	14,44 17	12 59 51	1,199	15,18 59	13 40 02
1,170	14,46 62	13 Ol II	1,200	15,21 IO	13 41 24

381