Table 3 The calculation results.

m	i	\({TI}_{m}\)	\({TA}_{m}\)	\({TD}_{m}\)	\({TLAgc}_{i,n}\)	\({TRBgc}_{i,n}\)	\(j\)
1	A	7:39	8:10	0	8:20	8:35	1
2	A	7:39	8:10	10	8:30	8:45	2
3	A	7:44	8:15	15	8:40	8:55	3
4	A	7:44	8:15	25	8:50	9:05	4
5	A	7:49	8:20	30	9:0	9:15	5
6	B	8:44	9:10	0	9:20	9:38	6
7	B	8:44	9:10	10	9:30	9:48	7
8	A	8:49	9:20	− 20	9:30	9:45	8
9	A	8:49	9:20	10	9:40	9:55	9
10	A	8:54	9:25	15	9:50	10:05	10
11	B	8:54	9:20	10	9:40	9:58	1
12	A	8:59	9:30	20	10:0	10:15	2
13	A	8:59	9:30	30	10:10	10:25	3
14	B	9:04	9:30	10	9:50	10:08	4
15	A	9:15	9:46	24	10:20	10:35	5
16	A	9:38	10:09	11	10:30	10:45	6
17	A (4)	9:45	10:16	14	10:40	10:55	8
18	B	9:48	10:14	− 24	10:24	10:42	7
19	B	9:55	10:21	3	10:34	10:52	9
20	B	9:58	10:24	10	10:44	11:02	1
21	B	10:05	10:31	13	10:54	11:12	10
22	B	10:08	10:34	20	11:4	11:22	4
23	B	10:15	10:41	23	11:14	11:32	2
24	B	10:25	10:51	23	11:24	11:42	3
25	C	10:35	11:12	− 2	11:22	11:45	5
26	C	10:42	11:19	3	11:32	11:55	7
27	C	10:45	11:22	10	11:42	12:05	6
28	C	10:52	11:29	13	11:52	12:15	9
29	B	10:55	11:21	3	11:34	11:52	8
30	B	11:02	11:28	6	11:44	12:02	1
31	C	11:12	11:49	3	12:2	12:25	10
32	C	11:22	11:59	3	12:12	12:35	4
33	B	11:32	11:58	− 14	12:8	12:26	2
34	B	11:42	12:08	0	12:18	12:36	3
35	C	11:45	12:22	− 10	12:32	12:55	5
36	C	11:52	12:29	3	12:42	13:05	8
37	B	11:55	12:21	− 3	12:31	12:49	7
38	B (6)	12:02	12:28	3	12:41	12:59	1
39	C	12:05	12:42	0	12:52	13:15	6
40	C	12:15	12:52	0	13:2	13:25	9
41	C	12:25	13:02	0	13:12	13:35	10
42	C	12:26	13:03	9	13:22	13:45	2
43	C	12:35	13:12	10	13:32	13:55	4
44	C	12:36	13:13	19	13:42	14:05	3
45	C	12:49	13:26	16	13:52	14:15	7
46	C	12:55	13:32	20	14:2	14:25	5
47	C (6)	12:59	13:36	26	14:12	14:35	1

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