No
vJ
CJ
PJ
DJ
kei2
kj2
indica1
indica2
indica3
tim
ma
tu
experts
7218
Co
PF
D%
fast
mid
slow
long
L2
L3
fa2
step
Max
sa2
meth
sa3
1
49
39
56
60
105
57
2GM_L
2GM_S
H
650
U
2GMLs
52
213
1.22
0.69
3
5
15
30
35
60
@
@
@
1
2
@
2
19
65
51
108
70
32
2GM_L
H
129
U
2GML
6362
82
1.30
43.40
30
35
40
45
50
60
@
@
@
1
1
@
3
43
23
57
32
100
51
2Gm_ls
H
651
U
2Gm_ls
60
356
1.21
0.40
3
5
15
30
35
60
@
@
@
4
1
@
4
39
31
49
29
88
42
2Gm_ls
H
652
U
2Gm_ls1
71
279
1.33
0.37
3
5
15
30
35
60
@
@
@
6
1
@
5
28
12
79
111
107
58
2GM_S
H
1
U
2GMS
172
495
1.00
45.37
3
5
8
10
12
15
@
@
@
2
1
@
6
101
3
84
76
185
88
2GMLs
H
101
U
2GMLs1
-117
942
0.85
1.38
3
5
8
10
12
15
30
35
40
2
1
@
7
86
81
104
25
190
89
2GMLs
H
102
U
2GMLs2
-26
62
0.52
0.32
3
5
8
10
12
15
30
35
40
2
1
@
8
96
8
84
69
180
84
2GMLs
H
103
U
2GMLs3
-66
525
0.85
0.96
3
5
8
10
12
15
30
35
40
2
1
@
9
84
101
112
21
196
102
2GMLs
H
104
U
2GMLs4
-25
29
0.22
0.27
3
5
8
10
12
15
30
35
40
2
1
@
10
96
8
84
69
180
84
2GMLs
H
105
U
2GMLs5
-66
525
0.85
0.96
3
5
8
10
12
15
30
35
40
2
1
@
11
84
101
112
21
196
102
2GMLs
H
106
U
2GMLs6
-25
29
0.22
0.27
3
5
8
10
12
15
30
35
40
2
1
@
12
72
34
73
41
145
75
2GMLs
H
107
U
2GMLs7
11
261
1.05
0.44
3
5
8
10
12
15
30
35
40
2
1
@
13
83
105
111
18
194
99
2GMLs
H
108
U
2GMLs8
-23
27
0.24
0.24
3
5
8
10
12
15
30
35
40
2
1
@
14
31
55
21
48
52
19
2M6
H
653
U
2M6_ls
120
111
2.06
0.47
8
20
80
480
@
@
5
8
@
4
2
@
15
41
70
20
18
61
25
2M6
H
654
U
2M6_ls2
69
71
2.07
0.24
8
20
80
480
@
@
4
7
@
1
2
@
16
64
72
47
31
111
65
2Ma4
2Gm_ls
H
655
U
2M4_ls
29
68
1.38
0.38
3
5
15
30
35
9
20
80
480
5
2
@
17
63
79
28
4
91
44
2Ma4
2Gm_ls
H
656
U
2M4_ls2
30
66
1.74
0.13
3
5
15
30
35
9
20
80
480
6
0
@
18
16
62
1
96
17
5
2Ma4
H
132
U
2Ma4_3
8162
85
4.53
27.95
6
20
80
480
@
@
@
@
@
2
2
7
19
21
79
35
110
56
24
2Ma4
H
47
U
2Ma47
4344
66
1.56
45.29
9
20
80
480
@
@
@
@
@
6
0
1
20
17
93
16
89
33
15
2Ma4
H
472
U
2Ma48
8154
39
2.14
18.58
9
20
80
480
@
@
@
@
@
1
2
3
21
11
108
9
92
20
7
2Ma4
H
472
U
2Ma49
10069
19
2.58
22.69
9
20
80
480
@
@
@
@
@
5
2
3
22
25
29
75
107
100
51
2Par1
H
120
U
2Para
1049
304
1.02
42.51
@
@
@
@
@
@
@
0.01
0.1
@
@
@
23
26
71
6
27
32
13
2Para
2GM_L
2Gm_ls
H
657
U
2P_GL_ls
191
69
2.93
0.36
3
5
15
30
35
60
@
0.01
0.1
5
1
@
24
56
26
66
53
122
69
2Para
2GM_L
2Gm_ls
H
658
U
2P_GL_ls2
38
344
1.13
0.54
3
5
15
30
35
60
@
0.02
0.2
4
1
@
25
5
82
26
101
31
11
2Para
2GM_L
H
116
U
2Pa_GML5
11443
59
1.89
32.13
30
35
40
45
50
60
@
0.02
0.2
5
1
@
26
3
84
24
97
27
8
2Para
2GM_L
H
117
U
2Pa_GML6
12071
57
1.97
29.95
30
35
40
45
50
60
@
0.02
0.2
5
1
@
27
44
28
58
49
102
54
2Para
2GML6
H
659
U
2P_GL6
56
309
1.20
0.50
8
20
80
480
@
3
7
0.02
0.2
3
1
@
28
75
69
67
25
142
74
2Para
2GML6
H
660
U
2P_GL6_2
7
78
1.10
0.32
8
20
80
480
@
4
6
0.02
0.2
2
1
@
29
20
49
54
106
74
35
2Para
2GMs
H
114
U
2Pa_GMs5
6021
124
1.25
39.36
3
5
8
10
12
15
@
0.02
0.2
6
2
@
30
27
46
25
47
52
19
2Para
2GMs
H
50
U
2Pa_GMs52
184
149
1.90
0.46
3
5
8
10
12
15
@
0.02
0.2
5
2
@
31
56
73
37
27
93
46
2Para
2Ma4
2Gm_ls
H
664
U
2P_M4_ls
38
67
1.50
0.36
3
5
15
30
35
60
@
0.02
0.1
5
2
@
32
58
99
17
8
75
36
2Para
2Ma4
2Gm_ls
H
665
U
2P_M4_ls2
34
32
2.12
0.17
3
5
15
30
35
60
@
0.01
0.1
1
2
@
33
58
99
12
8
70
32
2Para
2Ma4
2Gm_ls
H
666
U
2P_M4_ls3
34
32
2.17
0.17
3
5
15
30
35
8
20
0.01
0.1
1
2
@
34
46
95
15
16
61
25
2Para
2Ma4
H
63
U
2Pa_M4_10
54
36
2.15
0.22
8
20
80
480
@
@
@
0.01
0.1
6
0
@
35
2
87
13
93
15
3
2Para
2Ma4
H
118
U
2Pa_M4_6
12152
51
2.16
23.23
9
20
80
480
@
@
@
0.02
0.1
1
0
@
36
7
108
5
94
12
2
2Para
2Ma4
H
53
U
2Pa_M4_7
10911
19
3.33
23.44
9
20
80
480
@
@
@
0.01
0.1
6
2
@
37
8
106
7
95
15
3
2Para
2Ma4
H
532
U
2Pa_M4_8
10831
25
2.88
25.96
9
20
80
480
@
@
@
0.02
0.1
3
1
@
38
44
96
10
15
54
22
2Para
2Ma4
H
62
U
2Pa_M4_9
56
35
2.43
0.21
7
20
80
480
@
@
@
0.01
0.1
1
0
@
39
22
67
58
100
80
37
2Para
2Ma4
H
31
U
2Pa_Ma46
2444
79
1.20
32.09
6
20
80
480
@
@
@
0.01
0.1
2
2
@
40
112
13
102
86
214
113
2Para
2Ma6
H
673
U
2P_M6_1
-284
489
0.59
2.90
8
20
80
480
@
4
10
0.01
0.1
1
1
@
41
107
27
95
81
202
108
2Para
2Ma6
H
674
U
2P_M6_12
-164
335
0.69
1.65
8
20
80
480
@
4
10
0.01
0.1
1
1
@
42
105
32
93
75
198
104
2Para
2Ma6
H
675
U
2P_M6_13
-125
271
0.76
1.34
8
20
80
480
@
4
10
0.01
0.1
1
1
@
43
106
42
110
80
216
114
2Para
2Ma6
H
676
U
2P_M6_2
-144
182
0.44
1.55
8
20
80
480
@
4
10
0.01
0.1
1
1
@
44
100
42
98
73
198
104
2Para
2Ma6
H
677
U
2P_M6_22
-105
182
0.65
1.16
8
20
80
480
@
4
10
0.01
0.1
1
1
@
45
99
44
94
72
193
98
2Para
2Ma6
H
678
U
2P_M6_23
-89
161
0.70
1.03
8
20
80
480
@
4
10
0.01
0.1
1
1
@
46
110
14
101
84
211
112
2Para
2Ma6
H
679
U
2P_M6_3
-239
483
0.64
2.45
8
20
80
480
@
4
10
0.01
0.1
1
1
@
47
109
18
98
83
207
110
2Para
2Ma6
H
680
U
2P_M6_32
-227
429
0.65
2.28
8
20
80
480
@
4
10
0.01
0.1
1
1
@
48
108
38
98
82
206
109
2Para
2Ma6
H
681
U
2P_M6_33
-183
221
0.65
1.95
8
20
80
480
@
4
10
0.01
0.1
1
1
@
49
52
57
41
24
93
46
2Para
2Ma6
H
661
U
2P_M6_ls
43
103
1.45
0.28
8
20
80
480
@
4
7
0.02
0.2
3
1
@
50
54
85
27
10
81
38
2Para
2Ma6
H
662
U
2P_M6_ls2
41
55
1.88
0.18
8
20
80
480
@
4
7
0.02
0.1
1
1
@
51
48
85
19
10
67
29
2Para
2Ma6
H
663
U
2P_M6_ls3
53
55
2.09
0.18
8
20
80
480
@
4
10
0.02
0.1
1
1
@
52
12
91
23
90
35
16
8Mac_m
2GM_L
H
145
U
8Mac_mE6b
9222
47
2.03
20.72
30
35
40
45
50
60
12
26
9
6
1
@
53
9
97
18
99
27
8
8Mac_m
2GM_L
H
54
U
8Mac_mGM5
10380
33
2.10
31.33
30
35
40
45
50
60
11
27
9
5
2
@
54
6
63
30
98
36
17
8Mac_m
2GM_L
H
542
U
8Mac_mGM6
11279
83
1.68
30.42
30
35
40
45
50
60
12
26
9
6
1
@
55
78
61
79
74
157
80
8Mac_m
2GM_L
H
67
U
8Mac_mGM7
1
86
1.00
1.26
30
35
40
45
50
60
12
26
9
4
2
@
56
73
20
74
59
147
76
8Mac_m
2GM_L
2Gm_ls
H
668
U
8Mam_GL_ls
10
382
1.03
0.66
3
5
15
30
35
60
@
@
@
3
1
@
57
80
114
114
1
194
99
8Mac_m
2GML6
H
667
U
8Mam_GL6
0
0
0
0
8
20
80
480
@
3
6
@
@
4
1
@
58
23
45
70
112
93
46
8Mac_m
2GMs
H
55
U
8Mac_mGMs5
1932
151
1.06
50.71
3
5
8
10
12
15
12
26
9
5
0
@
59
37
15
60
41
97
50
8Mac_m
2M6
H
682
U
8Mam_M6_1
83
481
1.19
0.44
8
20
80
480
3
6
12
26
9
2
1
@
60
42
22
65
67
107
58
8Mac_m
2M6
H
683
U
8Mam_M6_12
61
370
1.16
0.89
8
20
80
480
3
6
12
26
9
2
1
@
61
38
15
64
46
102
54
8Mac_m
2M6
H
684
U
8Mam_M6_13
79
481
1.17
0.45
8
20
80
480
3
6
12
26
9
2
1
@
62
60
66
41
10
101
53
8Mac_m
2M6
H
685
U
8Mam_M6_2
32
80
1.45
0.18
8
20
80
480
3
6
12
26
9
1
2
@
63
67
63
41
14
108
62
8Mac_m
2M6
H
686
U
8Mam_M6_22
24
83
1.45
0.19
8
20
80
480
3
6
12
26
9
1
2
@
64
71
97
36
16
107
58
8Mac_m
2M6
H
687
U
8Mam_M6_23
12
33
1.52
0.22
8
20
80
480
4
6
12
26
9
1
2
@
65
34
10
55
50
89
43
8Mac_m
2M6
H
688
U
8Mam_M6_33
107
507
1.24
0.52
8
20
80
480
3
6
12
26
9
2
1
@
66
61
89
21
6
82
40
8Mac_m
2M6
H
670
U
8Mam_M6_ls
31
48
2.06
0.14
8
20
80
480
@
4
5
@
@
1
1
@
67
29
110
3
41
32
13
8Mac_m
2Ma4
H
66
U
8Mac_mM4_10
122
16
4.09
0.44
8
20
80
480
@
@
12
26
9
2
2
@
68
1
110
4
87
5
1
8Mac_m
2Ma4
H
572
U
8Mac_mM4_8
12165
16
4.01
17.77
8
20
80
480
@
@
12
26
9
3
2
@
69
29
110
2
41
31
11
8Mac_m
2Ma4
H
65
U
8Mac_mM4_9
122
16
4.14
0.44
8
20
80
480
@
@
12
26
9
2
2
@
70
61
101
11
3
72
34
8Mac_m
2Ma4
2Gm_ls
H
669
U
8Mam_M4_ls
31
29
2.37
0.11
3
5
15
30
35
9
20
80
480
1
2
@
71
80
41
39
1
119
68
8Mac1
H
144
U
8Mac_m
0
189
1.48
0.00
@
@
@
@
@
@
11
27
9
@
@
@
72
18
59
48
103
66
28
9RS2_V
2GMLs
H
171
U
9RS2_GM_V
6568
91
1.36
37.28
30
35
40
45
50
60
14
6
@
6
2
@
73
13
48
41
102
54
22
9RS2_V
2GMLs
H
110
U
9RS2_GMLs_V
9190
131
1.45
32.15
30
35
40
45
50
60
14
6
@
6
1
@
74
24
40
69
105
93
46
9RS2_V
2GMLs
H
111
U
9RS2_GMLs_V2
1537
193
1.07
38.44
30
35
40
45
50
60
14
6
@
6
2
@
75
113
21
82
109
195
101
9RS2_V
2GMLs
H
112
U
9RS2_GMLs_V3
-2493
371
0.91
43.44
30
35
40
45
50
60
14
6
@
6
2
@
76
70
51
70
69
140
73
9RS2_V
2GMLs
H
113
U
9RS2_GMLs_V4
13
120
1.06
0.96
30
35
40
45
50
60
14
6
@
6
2
@
77
78
110
52
10
130
70
9RS2_V
2GMLs
H
109
U
9RS2_GMLs_V5
1
16
1.27
0.18
30
35
40
45
50
60
14
6
@
6
2
@
78
4
50
33
113
37
18
9RS2_V
2GMs
H
115
U
9RS2_GMs6
11784
123
1.63
53.32
3
5
8
10
12
15
14
7
@
4
1
@
79
82
89
97
4
179
83
9RS2_V
2Ma4
H
172
U
9RS2_M4_10
-10
48
0.68
0.13
7
20
80
480
@
@
14
6
@
9
2
@
80
15
56
38
104
53
21
9RS2_V
2Ma4
H
119
U
9RS2_M4_6
8181
105
1.49
37.38
8
20
80
480
@
@
14
5
@
3
1
@
81
14
94
13
88
27
8
9RS2_V
2Ma4
H
61
U
9RS2_M4_7
8222
38
2.16
18.27
9
20
80
480
@
@
14
6
@
3
2
@
82
10
107
8
91
18
6
9RS2_V
2Ma4
H
612
U
9RS2_M4_8
10090
20
2.68
22.44
9
20
80
480
@
@
14
5
@
2
2
@
83
52
67
29
7
81
38
9RS2_V
2Ma4
H
68
U
9RS2_M4_9
43
79
1.70
0.15
8
20
80
480
@
@
14
6
@
3
3
@
84
68
92
41
21
109
64
9RS2_V
2Ma4
2Gm_ls
H
671
U
9RS2_M4_ls
23
43
1.45
0.27
3
5
15
30
35
9
20
80
480
1
2
@
85
94
4
81
62
175
81
9RS2_V
2Ma6
H
689
U
9RS2_M6_1
-41
893
0.93
0.74
8
20
80
480
4
6
14
6
@
2
1
@
86
66
19
70
65
136
72
9RS2_V
2Ma6
H
690
U
9RS2_M6_12
26
415
1.06
0.85
8
20
80
480
4
6
14
6
@
3
1
@
87
98
2
83
66
181
86
9RS2_V
2Ma6
H
691
U
9RS2_M6_13
-73
957
0.89
0.88
8
20
80
480
4
6
14
6
@
2
1
@
88
92
33
84
29
176
82
9RS2_V
2Ma6
H
692
U
9RS2_M6_2
-31
264
0.85
0.37
8
20
80
480
4
6
14
6
@
2
1
@
89
65
35
67
64
132
71
9RS2_V
2Ma6
H
693
U
9RS2_M6_22
28
251
1.10
0.82
8
20
80
480
4
6
14
6
@
3
1
@
90
93
36
88
32
181
86
9RS2_V
2Ma6
H
694
U
9RS2_M6_23
-35
250
0.82
0.40
8
20
80
480
4
6
14
6
@
2
1
@
91
111
1
89
85
200
107
9RS2_V
2Ma6
H
695
U
9RS2_M6_33
-257
2461
0.78
2.63
8
20
80
480
4
6
14
6
@
2
1
@
92
46
23
61
35
107
58
9RS2_V
2Para
2GM_ls
H
672
U
9RPa_Gmls
54
356
1.18
0.42
3
5
15
30
35
60
@
0.01
0.1
4
1
@
93
33
52
34
55
67
29
9RS2_V
2Para
2Gmls
H
155
U
9RPa_Gmls_PGML5
111
116
1.57
0.56
30
35
40
45
50
14
6
0.02
0.2
1
1
@
94
32
60
30
61
62
27
9RS2_V
2Para
2Gmls
H
156
U
9RPa_Gmls_PGML6
118
89
1.68
0.70
30
35
40
45
50
14
6
0.02
0.2
1
1
@
95
74
17
75
62
149
77
9RS2_V
2Para
2Gmls
H
157
U
9RPa_Gmls_PGMs5
9
459
1.02
0.74
30
35
40
45
50
14
6
0.02
0.2
1
1
@
96
55
83
49
58
104
56
9RS2_V
2Para
2Gmls
H
158
U
9RPa_Gmls_PM46
39
58
1.33
0.62
30
35
40
45
50
14
6
0.02
0.2
1
1
@
97
39
37
52
57
91
44
9RS2_V
2Para
2Gmls
H
159
U
9RPa_Gmls_RGMs6
71
234
1.27
0.61
30
35
40
45
50
14
6
0.02
0.2
1
1
@
98
50
53
61
51
111
65
9RS2_V
2Para
2Gmls
H
160
U
9RPa_Gmls1
48
114
1.18
0.53
30
35
40
45
50
14
6
0.02
0.2
1
1
@
99
75
25
75
34
150
78
9RS2_V
2Para
2Gmls
H
169
U
9RPa_Gmls10
7
355
1.02
0.41
30
35
40
45
50
14
6
0.02
0.2
1
1
@
100
87
73
105
36
192
90
9RS2_V
2Para
2Gmls
H
170
U
9RPa_Gmls11
-30
67
0.51
0.43
30
35
40
45
50
14
6
0.02
0.2
1
1
@
101
95
58
103
56
198
104
9RS2_V
2Para
2Gmls
H
161
U
9RPa_Gmls2
-45
102
0.54
0.57
30
35
40
45
50
14
6
0.02
0.2
1
1
@
102
102
5
90
77
192
90
9RS2_V
2Para
2Gmls
H
162
U
9RPa_Gmls3
-124
645
0.77
1.44
30
35
40
45
50
14
6
0.02
0.2
1
1
@
103
87
73
105
36
192
90
9RS2_V
2Para
2Gmls
H
163
U
9RPa_Gmls4
-30
67
0.51
0.43
30
35
40
45
50
14
6
0.02
0.2
1
1
@
104
102
5
90
77
192
90
9RS2_V
2Para
2Gmls
H
164
U
9RPa_Gmls5
-124
645
0.77
1.44
30
35
40
45
50
14
6
0.02
0.2
1
1
@
105
87
73
105
36
192
90
9RS2_V
2Para
2Gmls
H
165
U
9RPa_Gmls6
-30
67
0.51
0.43
30
35
40
45
50
14
6
0.02
0.2
1
1
@
106
77
30
75
41
152
79
9RS2_V
2Para
2Gmls
H
166
U
9RPa_Gmls7
4
299
1.02
0.44
30
35
40
45
50
14
6
0.02
0.2
1
1
@
107
87
73
105
36
192
90
9RS2_V
2Para
2Gmls
H
167
U
9RPa_Gmls8
-30
67
0.51
0.43
30
35
40
45
50
14
6
0.02
0.2
1
1
@
108
87
73
105
36
192
90
9RS2_V
2Para
2Gmls
H
168
U
9RPa_Gmls9
-30
67
0.51
0.43
30
35
40
45
50
14
6
0.02
0.2
1
1
@
109
69
104
39
18
108
62
9RS2_V
2Para
2GML
H
150
U
R2PaGMLs0
18
28
1.48
0.24
30
35
40
45
50
14
6
0.02
0.2
2
2
@
110
50
53
61
51
111
65
9RS2_V
2Para
2GML
H
151
U
R2PaGMLs1
48
114
1.18
0.53
30
35
40
45
50
14
6
0.02
0.2
2
2
@
111
36
47
46
54
82
40
9RS2_V
2Para
2GML
H
152
U
R2PaGMLs2
90
136
1.40
0.55
30
35
40
45
50
14
7
0.01
0.1
4
1
@
112
102
5
90
77
192
90
9RS2_V
2Para
2GML
H
153
U
R2PaGMLs3
-124
645
0.77
1.44
30
35
40
45
50
14
6
0.02
0.2
2
2
@
113
35
88
32
68
67
29
9RS2_V
2Para
2GML
H
154
U
R2PaGMLs4
91
50
1.66
0.93
30
35
40
45
50
14
6
0.02
0.2
2
2
@
114
114
11
95
114
209
111
9RS2_V
H
122
U
9RSI2_V
-6542
500
0.69
67.40
14
6
@
@
@
@
@
@
@
@
@
@
No
vJ
CJ
PJ
DJ
kei2
kj2
indica1
indica2
indica3
tim
ma
tu
experts
7218
Co
PF
D%
fast
mid
slow
long
L2
L3
fa2
step
Max
sa2
meth
sa3
68
1
110
4
87
5
1
8Mac_m
2Ma4
H
572
U
8Mac_mM4_8
12165
16
4.01
17.77
8
20
80
480
@
@
12
26
9
3
2
@
36
7
108
5
94
12
2
2Para
2Ma4
H
53
U
2Pa_M4_7
10911
19
3.33
23.44
9
20
80
480
@
@
@
0.01
0.1
6
2
@
35
2
87
13
93
15
3
2Para
2Ma4
H
118
U
2Pa_M4_6
12152
51
2.16
23.23
9
20
80
480
@
@
@
0.02
0.1
1
0
@
37
8
106
7
95
15
3
2Para
2Ma4
H
532
U
2Pa_M4_8
10831
25
2.88
25.96
9
20
80
480
@
@
@
0.02
0.1
3
1
@
18
16
62
1
96
17
5
2Ma4
H
132
U
2Ma4_3
8162
85
4.53
27.95
6
20
80
480
@
@
@
@
@
2
2
7
82
10
107
8
91
18
6
9RS2_V
2Ma4
H
612
U
9RS2_M4_8
10090
20
2.68
22.44
9
20
80
480
@
@
14
5
@
2
2
@
21
11
108
9
92
20
7
2Ma4
H
472
U
2Ma49
10069
19
2.58
22.69
9
20
80
480
@
@
@
@
@
5
2
3
81
14
94
13
88
27
8
9RS2_V
2Ma4
H
61
U
9RS2_M4_7
8222
38
2.16
18.27
9
20
80
480
@
@
14
6
@
3
2
@
26
3
84
24
97
27
8
2Para
2GM_L
H
117
U
2Pa_GML6
12071
57
1.97
29.95
30
35
40
45
50
60
@
0.02
0.2
5
1
@
53
9
97
18
99
27
8
8Mac_m
2GM_L
H
54
U
8Mac_mGM5
10380
33
2.10
31.33
30
35
40
45
50
60
11
27
9
5
2
@
69
29
110
2
41
31
11
8Mac_m
2Ma4
H
65
U
8Mac_mM4_9
122
16
4.14
0.44
8
20
80
480
@
@
12
26
9
2
2
@
25
5
82
26
101
31
11
2Para
2GM_L
H
116
U
2Pa_GML5
11443
59
1.89
32.13
30
35
40
45
50
60
@
0.02
0.2
5
1
@
23
26
71
6
27
32
13
2Para
2GM_L
2Gm_ls
H
657
U
2P_GL_ls
191
69
2.93
0.36
3
5
15
30
35
60
@
0.01
0.1
5
1
@
67
29
110
3
41
32
13
8Mac_m
2Ma4
H
66
U
8Mac_mM4_10
122
16
4.09
0.44
8
20
80
480
@
@
12
26
9
2
2
@
20
17
93
16
89
33
15
2Ma4
H
472
U
2Ma48
8154
39
2.14
18.58
9
20
80
480
@
@
@
@
@
1
2
3
52
12
91
23
90
35
16
8Mac_m
2GM_L
H
145
U
8Mac_mE6b
9222
47
2.03
20.72
30
35
40
45
50
60
12
26
9
6
1
@
54
6
63
30
98
36
17
8Mac_m
2GM_L
H
542
U
8Mac_mGM6
11279
83
1.68
30.42
30
35
40
45
50
60
12
26
9
6
1
@
78
4
50
33
113
37
18
9RS2_V
2GMs
H
115
U
9RS2_GMs6
11784
123
1.63
53.32
3
5
8
10
12
15
14
7
@
4
1
@
30
27
46
25
47
52
19
2Para
2GMs
H
50
U
2Pa_GMs52
184
149
1.90
0.46
3
5
8
10
12
15
@
0.02
0.2
5
2
@
14
31
55
21
48
52
19
2M6
H
653
U
2M6_ls
120
111
2.06
0.47
8
20
80
480
@
@
5
8
@
4
2
@
80
15
56
38
104
53
21
9RS2_V
2Ma4
H
119
U
9RS2_M4_6
8181
105
1.49
37.38
8
20
80
480
@
@
14
5
@
3
1
@
38
44
96
10
15
54
22
2Para
2Ma4
H
62
U
2Pa_M4_9
56
35
2.43
0.21
7
20
80
480
@
@
@
0.01
0.1
1
0
@
73
13
48
41
102
54
22
9RS2_V
2GMLs
H
110
U
9RS2_GMLs_V
9190
131
1.45
32.15
30
35
40
45
50
60
14
6
@
6
1
@
19
21
79
35
110
56
24
2Ma4
H
47
U
2Ma47
4344
66
1.56
45.29
9
20
80
480
@
@
@
@
@
6
0
1
34
46
95
15
16
61
25
2Para
2Ma4
H
63
U
2Pa_M4_10
54
36
2.15
0.22
8
20
80
480
@
@
@
0.01
0.1
6
0
@
15
41
70
20
18
61
25
2M6
H
654
U
2M6_ls2
69
71
2.07
0.24
8
20
80
480
@
@
4
7
@
1
2
@
94
32
60
30
61
62
27
9RS2_V
2Para
2Gmls
H
156
U
9RPa_Gmls_PGML6
118
89
1.68
0.70
30
35
40
45
50
14
6
0.02
0.2
1
1
@
72
18
59
48
103
66
28
9RS2_V
2GMLs
H
171
U
9RS2_GM_V
6568
91
1.36
37.28
30
35
40
45
50
60
14
6
@
6
2
@
51
48
85
19
10
67
29
2Para
2Ma6
H
663
U
2P_M6_ls3
53
55
2.09
0.18
8
20
80
480
@
4
10
0.02
0.1
1
1
@
93
33
52
34
55
67
29
9RS2_V
2Para
2Gmls
H
155
U
9RPa_Gmls_PGML5
111
116
1.57
0.56
30
35
40
45
50
14
6
0.02
0.2
1
1
@
113
35
88
32
68
67
29
9RS2_V
2Para
2GML
H
154
U
R2PaGMLs4
91
50
1.66
0.93
30
35
40
45
50
14
6
0.02
0.2
2
2
@
33
58
99
12
8
70
32
2Para
2Ma4
2Gm_ls
H
666
U
2P_M4_ls3
34
32
2.17
0.17
3
5
15
30
35
8
20
0.01
0.1
1
2
@
2
19
65
51
108
70
32
2GM_L
H
129
U
2GML
6362
82
1.30
43.40
30
35
40
45
50
60
@
@
@
1
1
@
70
61
101
11
3
72
34
8Mac_m
2Ma4
2Gm_ls
H
669
U
8Mam_M4_ls
31
29
2.37
0.11
3
5
15
30
35
9
20
80
480
1
2
@
29
20
49
54
106
74
35
2Para
2GMs
H
114
U
2Pa_GMs5
6021
124
1.25
39.36
3
5
8
10
12
15
@
0.02
0.2
6
2
@
32
58
99
17
8
75
36
2Para
2Ma4
2Gm_ls
H
665
U
2P_M4_ls2
34
32
2.12
0.17
3
5
15
30
35
60
@
0.01
0.1
1
2
@
39
22
67
58
100
80
37
2Para
2Ma4
H
31
U
2Pa_Ma46
2444
79
1.20
32.09
6
20
80
480
@
@
@
0.01
0.1
2
2
@
83
52
67
29
7
81
38
9RS2_V
2Ma4
H
68
U
9RS2_M4_9
43
79
1.70
0.15
8
20
80
480
@
@
14
6
@
3
3
@
50
54
85
27
10
81
38
2Para
2Ma6
H
662
U
2P_M6_ls2
41
55
1.88
0.18
8
20
80
480
@
4
7
0.02
0.1
1
1
@
66
61
89
21
6
82
40
8Mac_m
2M6
H
670
U
8Mam_M6_ls
31
48
2.06
0.14
8
20
80
480
@
4
5
@
@
1
1
@
111
36
47
46
54
82
40
9RS2_V
2Para
2GML
H
152
U
R2PaGMLs2
90
136
1.40
0.55
30
35
40
45
50
14
7
0.01
0.1
4
1
@
4
39
31
49
29
88
42
2Gm_ls
H
652
U
2Gm_ls1
71
279
1.33
0.37
3
5
15
30
35
60
@
@
@
6
1
@
65
34
10
55
50
89
43
8Mac_m
2M6
H
688
U
8Mam_M6_33
107
507
1.24
0.52
8
20
80
480
3
6
12
26
9
2
1
@
17
63
79
28
4
91
44
2Ma4
2Gm_ls
H
656
U
2M4_ls2
30
66
1.74
0.13
3
5
15
30
35
9
20
80
480
6
0
@
97
39
37
52
57
91
44
9RS2_V
2Para
2Gmls
H
159
U
9RPa_Gmls_RGMs6
71
234
1.27
0.61
30
35
40
45
50
14
6
0.02
0.2
1
1
@
49
52
57
41
24
93
46
2Para
2Ma6
H
661
U
2P_M6_ls
43
103
1.45
0.28
8
20
80
480
@
4
7
0.02
0.2
3
1
@
31
56
73
37
27
93
46
2Para
2Ma4
2Gm_ls
H
664
U
2P_M4_ls
38
67
1.50
0.36
3
5
15
30
35
60
@
0.02
0.1
5
2
@
74
24
40
69
105
93
46
9RS2_V
2GMLs
H
111
U
9RS2_GMLs_V2
1537
193
1.07
38.44
30
35
40
45
50
60
14
6
@
6
2
@
58
23
45
70
112
93
46
8Mac_m
2GMs
H
55
U
8Mac_mGMs5
1932
151
1.06
50.71
3
5
8
10
12
15
12
26
9
5
0
@
59
37
15
60
41
97
50
8Mac_m
2M6
H
682
U
8Mam_M6_1
83
481
1.19
0.44
8
20
80
480
3
6
12
26
9
2
1
@
3
43
23
57
32
100
51
2Gm_ls
H
651
U
2Gm_ls
60
356
1.21
0.40
3
5
15
30
35
60
@
@
@
4
1
@
22
25
29
75
107
100
51
2Par1
H
120
U
2Para
1049
304
1.02
42.51
@
@
@
@
@
@
@
0.01
0.1
@
@
@
62
60
66
41
10
101
53
8Mac_m
2M6
H
685
U
8Mam_M6_2
32
80
1.45
0.18
8
20
80
480
3
6
12
26
9
1
2
@
61
38
15
64
46
102
54
8Mac_m
2M6
H
684
U
8Mam_M6_13
79
481
1.17
0.45
8
20
80
480
3
6
12
26
9
2
1
@
27
44
28
58
49
102
54
2Para
2GML6
H
659
U
2P_GL6
56
309
1.20
0.50
8
20
80
480
@
3
7
0.02
0.2
3
1
@
96
55
83
49
58
104
56
9RS2_V
2Para
2Gmls
H
158
U
9RPa_Gmls_PM46
39
58
1.33
0.62
30
35
40
45
50
14
6
0.02
0.2
1
1
@
1
49
39
56
60
105
57
2GM_L
2GM_S
H
650
U
2GMLs
52
213
1.22
0.69
3
5
15
30
35
60
@
@
@
1
2
@
64
71
97
36
16
107
58
8Mac_m
2M6
H
687
U
8Mam_M6_23
12
33
1.52
0.22
8
20
80
480
4
6
12
26
9
1
2
@
92
46
23
61
35
107
58
9RS2_V
2Para
2GM_ls
H
672
U
9RPa_Gmls
54
356
1.18
0.42
3
5
15
30
35
60
@
0.01
0.1
4
1
@
60
42
22
65
67
107
58
8Mac_m
2M6
H
683
U
8Mam_M6_12
61
370
1.16
0.89
8
20
80
480
3
6
12
26
9
2
1
@
5
28
12
79
111
107
58
2GM_S
H
1
U
2GMS
172
495
1.00
45.37
3
5
8
10
12
15
@
@
@
2
1
@
63
67
63
41
14
108
62
8Mac_m
2M6
H
686
U
8Mam_M6_22
24
83
1.45
0.19
8
20
80
480
3
6
12
26
9
1
2
@
109
69
104
39
18
108
62
9RS2_V
2Para
2GML
H
150
U
R2PaGMLs0
18
28
1.48
0.24
30
35
40
45
50
14
6
0.02
0.2
2
2
@
84
68
92
41
21
109
64
9RS2_V
2Ma4
2Gm_ls
H
671
U
9RS2_M4_ls
23
43
1.45
0.27
3
5
15
30
35
9
20
80
480
1
2
@
16
64
72
47
31
111
65
2Ma4
2Gm_ls
H
655
U
2M4_ls
29
68
1.38
0.38
3
5
15
30
35
9
20
80
480
5
2
@
98
50
53
61
51
111
65
9RS2_V
2Para
2Gmls
H
160
U
9RPa_Gmls1
48
114
1.18
0.53
30
35
40
45
50
14
6
0.02
0.2
1
1
@
110
50
53
61
51
111
65
9RS2_V
2Para
2GML
H
151
U
R2PaGMLs1
48
114
1.18
0.53
30
35
40
45
50
14
6
0.02
0.2
2
2
@
71
80
41
39
1
119
68
8Mac1
H
144
U
8Mac_m
0
189
1.48
0.00
@
@
@
@
@
@
11
27
9
@
@
@
24
56
26
66
53
122
69
2Para
2GM_L
2Gm_ls
H
658
U
2P_GL_ls2
38
344
1.13
0.54
3
5
15
30
35
60
@
0.02
0.2
4
1
@
77
78
110
52
10
130
70
9RS2_V
2GMLs
H
109
U
9RS2_GMLs_V5
1
16
1.27
0.18
30
35
40
45
50
60
14
6
@
6
2
@
89
65
35
67
64
132
71
9RS2_V
2Ma6
H
693
U
9RS2_M6_22
28
251
1.10
0.82
8
20
80
480
4
6
14
6
@
3
1
@
86
66
19
70
65
136
72
9RS2_V
2Ma6
H
690
U
9RS2_M6_12
26
415
1.06
0.85
8
20
80
480
4
6
14
6
@
3
1
@
76
70
51
70
69
140
73
9RS2_V
2GMLs
H
113
U
9RS2_GMLs_V4
13
120
1.06
0.96
30
35
40
45
50
60
14
6
@
6
2
@
28
75
69
67
25
142
74
2Para
2GML6
H
660
U
2P_GL6_2
7
78
1.10
0.32
8
20
80
480
@
4
6
0.02
0.2
2
1
@
12
72
34
73
41
145
75
2GMLs
H
107
U
2GMLs7
11
261
1.05
0.44
3
5
8
10
12
15
30
35
40
2
1
@
56
73
20
74
59
147
76
8Mac_m
2GM_L
2Gm_ls
H
668
U
8Mam_GL_ls
10
382
1.03
0.66
3
5
15
30
35
60
@
@
@
3
1
@
95
74
17
75
62
149
77
9RS2_V
2Para
2Gmls
H
157
U
9RPa_Gmls_PGMs5
9
459
1.02
0.74
30
35
40
45
50
14
6
0.02
0.2
1
1
@
99
75
25
75
34
150
78
9RS2_V
2Para
2Gmls
H
169
U
9RPa_Gmls10
7
355
1.02
0.41
30
35
40
45
50
14
6
0.02
0.2
1
1
@
106
77
30
75
41
152
79
9RS2_V
2Para
2Gmls
H
166
U
9RPa_Gmls7
4
299
1.02
0.44
30
35
40
45
50
14
6
0.02
0.2
1
1
@
55
78
61
79
74
157
80
8Mac_m
2GM_L
H
67
U
8Mac_mGM7
1
86
1.00
1.26
30
35
40
45
50
60
12
26
9
4
2
@
85
94
4
81
62
175
81
9RS2_V
2Ma6
H
689
U
9RS2_M6_1
-41
893
0.93
0.74
8
20
80
480
4
6
14
6
@
2
1
@
88
92
33
84
29
176
82
9RS2_V
2Ma6
H
692
U
9RS2_M6_2
-31
264
0.85
0.37
8
20
80
480
4
6
14
6
@
2
1
@
79
82
89
97
4
179
83
9RS2_V
2Ma4
H
172
U
9RS2_M4_10
-10
48
0.68
0.13
7
20
80
480
@
@
14
6
@
9
2
@
8
96
8
84
69
180
84
2GMLs
H
103
U
2GMLs3
-66
525
0.85
0.96
3
5
8
10
12
15
30
35
40
2
1
@
10
96
8
84
69
180
84
2GMLs
H
105
U
2GMLs5
-66
525
0.85
0.96
3
5
8
10
12
15
30
35
40
2
1
@
90
93
36
88
32
181
86
9RS2_V
2Ma6
H
694
U
9RS2_M6_23
-35
250
0.82
0.40
8
20
80
480
4
6
14
6
@
2
1
@
87
98
2
83
66
181
86
9RS2_V
2Ma6
H
691
U
9RS2_M6_13
-73
957
0.89
0.88
8
20
80
480
4
6
14
6
@
2
1
@
6
101
3
84
76
185
88
2GMLs
H
101
U
2GMLs1
-117
942
0.85
1.38
3
5
8
10
12
15
30
35
40
2
1
@
7
86
81
104
25
190
89
2GMLs
H
102
U
2GMLs2
-26
62
0.52
0.32
3
5
8
10
12
15
30
35
40
2
1
@
100
87
73
105
36
192
90
9RS2_V
2Para
2Gmls
H
170
U
9RPa_Gmls11
-30
67
0.51
0.43
30
35
40
45
50
14
6
0.02
0.2
1
1
@
103
87
73
105
36
192
90
9RS2_V
2Para
2Gmls
H
163
U
9RPa_Gmls4
-30
67
0.51
0.43
30
35
40
45
50
14
6
0.02
0.2
1
1
@
105
87
73
105
36
192
90
9RS2_V
2Para
2Gmls
H
165
U
9RPa_Gmls6
-30
67
0.51
0.43
30
35
40
45
50
14
6
0.02
0.2
1
1
@
107
87
73
105
36
192
90
9RS2_V
2Para
2Gmls
H
167
U
9RPa_Gmls8
-30
67
0.51
0.43
30
35
40
45
50
14
6
0.02
0.2
1
1
@
108
87
73
105
36
192
90
9RS2_V
2Para
2Gmls
H
168
U
9RPa_Gmls9
-30
67
0.51
0.43
30
35
40
45
50
14
6
0.02
0.2
1
1
@
102
102
5
90
77
192
90
9RS2_V
2Para
2Gmls
H
162
U
9RPa_Gmls3
-124
645
0.77
1.44
30
35
40
45
50
14
6
0.02
0.2
1
1
@
104
102
5
90
77
192
90
9RS2_V
2Para
2Gmls
H
164
U
9RPa_Gmls5
-124
645
0.77
1.44
30
35
40
45
50
14
6
0.02
0.2
1
1
@
112
102
5
90
77
192
90
9RS2_V
2Para
2GML
H
153
U
R2PaGMLs3
-124
645
0.77
1.44
30
35
40
45
50
14
6
0.02
0.2
2
2
@
45
99
44
94
72
193
98
2Para
2Ma6
H
678
U
2P_M6_23
-89
161
0.70
1.03
8
20
80
480
@
4
10
0.01
0.1
1
1
@
57
80
114
114
1
194
99
8Mac_m
2GML6
H
667
U
8Mam_GL6
0
0
0
0
8
20
80
480
@
3
6
@
@
4
1
@
13
83
105
111
18
194
99
2GMLs
H
108
U
2GMLs8
-23
27
0.24
0.24
3
5
8
10
12
15
30
35
40
2
1
@
75
113
21
82
109
195
101
9RS2_V
2GMLs
H
112
U
9RS2_GMLs_V3
-2493
371
0.91
43.44
30
35
40
45
50
60
14
6
@
6
2
@
9
84
101
112
21
196
102
2GMLs
H
104
U
2GMLs4
-25
29
0.22
0.27
3
5
8
10
12
15
30
35
40
2
1
@
11
84
101
112
21
196
102
2GMLs
H
106
U
2GMLs6
-25
29
0.22
0.27
3
5
8
10
12
15
30
35
40
2
1
@
101
95
58
103
56
198
104
9RS2_V
2Para
2Gmls
H
161
U
9RPa_Gmls2
-45
102
0.54
0.57
30
35
40
45
50
14
6
0.02
0.2
1
1
@
44
100
42
98
73
198
104
2Para
2Ma6
H
677
U
2P_M6_22
-105
182
0.65
1.16
8
20
80
480
@
4
10
0.01
0.1
1
1
@
42
105
32
93
75
198
104
2Para
2Ma6
H
675
U
2P_M6_13
-125
271
0.76
1.34
8
20
80
480
@
4
10
0.01
0.1
1
1
@
91
111
1
89
85
200
107
9RS2_V
2Ma6
H
695
U
9RS2_M6_33
-257
2461
0.78
2.63
8
20
80
480
4
6
14
6
@
2
1
@
41
107
27
95
81
202
108
2Para
2Ma6
H
674
U
2P_M6_12
-164
335
0.69
1.65
8
20
80
480
@
4
10
0.01
0.1
1
1
@
48
108
38
98
82
206
109
2Para
2Ma6
H
681
U
2P_M6_33
-183
221
0.65
1.95
8
20
80
480
@
4
10
0.01
0.1
1
1
@
47
109
18
98
83
207
110
2Para
2Ma6
H
680
U
2P_M6_32
-227
429
0.65
2.28
8
20
80
480
@
4
10
0.01
0.1
1
1
@
114
114
11
95
114
209
111
9RS2_V
H
122
U
9RSI2_V
-6542
500
0.69
67.40
14
6
@
@
@
@
@
@
@
@
@
@
46
110
14
101
84
211
112
2Para
2Ma6
H
679
U
2P_M6_3
-239
483
0.64
2.45
8
20
80
480
@
4
10
0.01
0.1
1
1
@
40
112
13
102
86
214
113
2Para
2Ma6
H
673
U
2P_M6_1
-284
489
0.59
2.90
8
20
80
480
@
4
10
0.01
0.1
1
1
@
43
106
42
110
80
216
114
2Para
2Ma6
H
676
U
2P_M6_2
-144
182
0.44
1.55
8
20
80
480
@
4
10
0.01
0.1
1
1
@
No
vJ
CJ
PJ
DJ
kei2
kj2
indica1
indica2
indica3
tim
ma
tu
experts
7218
Co
PF
D%
fast
mid
slow
long
L2
L3
fa2
step
Max
sa2
meth
sa3
54
1
87
4
64
5
1
8Macm
2Ma4
1
H
572
U
8Mac_mM4_8
12165
16
4.01
17.77
8
20
80
480
@
@
12
26
9
3
2
@
54
1
87
4
64
5
1
8Macm
2Ma4
2
H
572
N
8Mac_mM4_8
0
0
0.00
0.00
8
20
80
480
@
@
12
26
9
3
1
@
54
1
87
4
64
5
1
8Macm
2Ma4
3
H
572
G
8Mac_mM4_8
0
0
0.00
0.00
8
20
80
480
@
@
12
26
9
3
1
@
54
1
87
4
64
5
1
8Macm
2Ma4
4
H
572
$
8Mac_mM4_8
93
16
3.73
0.26
9
20
80
480
@
@
12
26
9
1
1
@
54
1
87
4
64
5
1
8Macm
2Ma4
5
H
572
E
8Mac_mM4_8
26
25
1.32
0.34
8
20
80
480
@
@
12
26
9
3
1
@
54
1
87
4
64
5
1
8Macm
2Ma4
6
H
572
A
8Mac_mM4_8
0
0
0.00
0.00
8
20
80
480
@
@
12
26
9
3
1
@
33
7
85
5
71
12
2
2Para
2M4
1
H
53
U
2Pa_M4_7
10911
19
3.33
23.44
9
20
80
480
@
@
@
0.01
0.1
6
2
@
33
7
85
5
71
12
2
2Para
2M4
2
H
53
N
2Pa_M4_7
0
0
0.00
0.00
9
20
80
480
@
@
@
0.01
0.1
6
1
@
33
7
85
5
71
12
2
2Para
2M4
3
H
53
G
2Pa_M4_7
0
0
0.00
0.00
9
20
80
480
@
@
@
0.01
0.1
6
1
@
33
7
85
5
71
12
2
2Para
2M4
4
H
53
$
2Pa_M4_7
124
21
4.01
0.23
7
20
80
480
@
@
@
0.02
0.2
3
1
@
33
7
85
5
71
12
2
2Para
2M4
5
H
53
E
2Pa_M4_7
151
24
3.78
0.33
8
20
80
480
@
@
@
0.02
0.1
3
1
@
33
7
85
5
71
12
2
2Para
2M4
6
H
53
A
2Pa_M4_7
0
0
0.00
0.00
9
20
80
480
@
@
@
0.01
0.1
6
1
@
32
2
65
13
70
15
3
2Para
2M4
1
H
118
U
2Pa_M4_6
12152
51
2.16
23.23
9
20
80
480
@
@
@
0.02
0.1
1
0
@
32
2
65
13
70
15
3
2Para
2M4
2
H
118
N
2Pa_M4_6
6026
14
3.72
18.15
9
20
80
480
@
@
@
0.01
0.2
1
1
@
32
2
65
13
70
15
3
2Para
2M4
3
H
118
G
2Pa_M4_6
7082
18
2.29
22.70
7
20
80
480
@
@
@
0.01
0.1
1
1
@
32
2
65
13
70
15
3
2Para
2M4
4
H
118
$
2Pa_M4_6
195
29
3.75
0.36
9
20
80
480
@
@
@
0.02
0.2
2
1
@
32
2
65
13
70
15
3
2Para
2M4
5
H
118
E
2Pa_M4_6
189
45
2.90
0.41
8
20
80
480
@
@
@
0.02
0.2
2
1
@
32
2
65
13
70
15
3
2Para
2M4
6
H
118
A
2Pa_M4_6
0
0
0.00
0.00
9
20
80
480
@
@
@
0.02
0.1
1
1
@
18
16
42
1
73
17
4
2Ma4
1
H
132
U
2Ma4_3
8162
85
4.53
27.95
6
20
80
480
@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
2
2
7
18
16
42
1
73
17
4
2Ma4
2
H
132
N
2Ma4_3
3399
52
1.48
22.08
9
20
80
480
1
1
3
18
16
42
1
73
17
4
2Ma4
3
H
132
G
2Ma4_3
4127
68
1.34
24.79
7
20
80
480
1
1
2
18
16
42
1
73
17
4
2Ma4
4
H
132
$
2Ma4_3
136
102
1.98
0.34
9
20
80
480
2
1
3
18
16
42
1
73
17
4
2Ma4
5
H
132
E
2Ma4_3
106
67
1.87
0.68
7
20
80
480
1
2
5
18
16
42
1
73
17
4
2Ma4
6
H
132
A
2Ma4_3
0
0
0.00
0.00
6
20
80
480
2
1
7
66
10
84
8
68
18
5
9RS2_V
2M4
1
H
612
U
9RS2_M4_8
10090
20
2.68
22.44
9
20
80
480
@
@
14
5
@
2
2
@
66
10
84
8
68
18
5
9RS2_V
2M4
2
H
612
N
9RS2_M4_8
151
20
1.04
23.21
9
20
80
480
@
@
14
5
@
1
1
@
66
10
84
8
68
18
5
9RS2_V
2M4
3
H
612
G
9RS2_M4_8
0
0
0.00
0.00
9
20
80
480
@
@
14
5
@
2
1
@
66
10
84
8
68
18
5
9RS2_V
2M4
4
H
612
$
9RS2_M4_8
103
25
3.06
0.31
9
20
80
480
@
@
14
6
@
3
1
@
66
10
84
8
68
18
5
9RS2_V
2M4
5
H
612
E
9RS2_M4_8
99
33
2.06
0.51
7
20
80
480
@
@
14
6
@
1
1
@
66
10
84
8
68
18
5
9RS2_V
2M4
6
H
612
A
9RS2_M4_8
0
0
0.00
0.00
9
20
80
480
@
@
14
5
@
2
1
@
21
11
85
9
69
20
6
2Ma4
1
H
472
U
2Ma49
10069
19
2.58
22.69
9
20
80
480
@@@
@
5
2
3
21
11
85
9
69
20
6
2Ma4
4
H
472
$
2Ma49
103
25
3.06
0.31
9
20
80
480
@
3
1
1
21
11
85
9
69
20
6
2Ma4
5
H
472
E
2Ma49
101
34
2.09
0.51
7
20
80
480
@
1
1
4
26
3
62
24
74
27
7
2Para
2GML
1
H
117
U
2Pa_GML6
12071
57
1.97
29.95
30
35
40
45
0.2
5
1
@
26
3
62
24
74
27
7
2Para
2GML
4
H
117
$
2Pa_GML6
71
66
1.37
0.82
30
35
40
45
50
60
@
0.02
0.1
1
1
@
26
3
62
24
74
27
7
2Para
2GML
5
H
117
E
2Pa_GML6
192
45
2.70
0.48
30
35
40
45
50
60
@
0.02
0.1
1
2
@
54
1
87
4
64
5
8
8Macm
2Ma4
1
q
572
U
8Mac_mM4_8
20
60
1.32
0.40
9
20
80
480
@
@
12
26
9
2
1
@
54
1
87
4
64
5
8
8Macm
2Ma4
4
q
572
$
8Mac_mM4_8
62
56
1.89
0.35
7
20
80
480
@
@
12
26
9
2
1
@
54
1
87
4
64
5
8
8Macm
2Ma4
5
q
572
E
8Mac_mM4_8
83
57
1.92
0.34
7
20
80
480
@
@
12
26
9
1
1
@
33
7
85
5
71
12
9
2Para
2M4
1
q
53
U
2Pa_M4_7
2838
82
1.27
22.08
9
20
80
480
@
@
@
0.02
0.2
2
1
@
33
7
85
5
71
12
9
2Para
2M4
4
q
53
$
2Pa_M4_7
34
78
1.33
0.47
9
20
80
480
@
@
@
0.02
0.2
2
1
@
33
7
85
5
71
12
9
2Para
2M4
5
q
53
E
2Pa_M4_7
84
63
1.89
0.56
7
20
80
480
@
@
@
0.02
0.1
3
1
@