This page contains computed data for the graphs \(\Gamma_1(\cdot;2791)\) through \(\Gamma_1(\cdot;3613)\). You can read about the displayed information in the glossary .
2791 /
2797 /
2801 /
2803 /
2819 /
2833 /
2837 /
2843 /
2851 /
2857 /
2861 /
2879 /
2887 /
2897 /
2903 /
2909 /
2917 /
2927 /
2939 /
2953 /
2957 /
2963 /
2969 /
2971 /
2999 /
3001 /
3011 /
3019 /
3023 /
3037 /
3041 /
3049 /
3061 /
3067 /
3079 /
3083 /
3089 /
3109 /
3119 /
3121 /
3137 /
3163 /
3167 /
3169 /
3181 /
3187 /
3191 /
3203 /
3209 /
3217 /
3221 /
3229 /
3251 /
3253 /
3257 /
3259 /
3271 /
3299 /
3301 /
3307 /
3313 /
3319 /
3323 /
3329 /
3331 /
3343 /
3347 /
3359 /
3361 /
3371 /
3373 /
3389 /
3391 /
3407 /
3413 /
3433 /
3449 /
3457 /
3461 /
3463 /
3467 /
3469 /
3491 /
3499 /
3511 /
3517 /
3527 /
3529 /
3533 /
3539 /
3541 /
3547 /
3557 /
3559 /
3571 /
3581 /
3583 /
3593 /
3607 /
3613 /
p = 2791
233 nodes
39 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
9
2.7704
-2.7969
3
8
13
3.3774
-3.4288
5
5
29
4.4625
-4.4173
7
5
11
5.1219
-5.0960
11
4
44
6.5658
-6.4619
p = 2797
233 nodes
9 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
10
24
2.8032
-2.8029
3
7
34
3.4209
-3.3693
5
5
28
4.4253
-4.4587
7
4
22
5.1530
-5.2227
11
4
40
6.4767
-6.5078
p = 2801
234 nodes
30 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
7
2.7845
-2.8207
3
8
16
3.3791
-3.4248
5
5
17
4.3982
-4.3655
7
5
47
5.0222
-5.1608
11
4
34
6.2497
-6.4574
p = 2803
234 nodes
18 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
29
2.8270
-2.8218
3
7
13
3.4248
-3.3565
5
5
39
4.3015
-4.3804
7
4
24
5.2611
-5.2061
11
4
36
6.4604
-6.5626
p = 2819
236 nodes
42 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
13
8
2.8056
-2.8014
3
8
8
3.4376
-3.3624
5
6
24
4.2301
-4.3675
7
5
34
5.1845
-5.1320
11
4
28
6.5377
-6.3873
p = 2833
236 nodes
16 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
18
2.8124
-2.7896
3
7
22
3.4204
-3.4075
5
5
29
4.3902
-4.4552
7
4
40
5.1584
-5.1201
11
4
44
6.5660
-6.4640
p = 2837
237 nodes
23 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
7
2.7836
-2.8105
3
8
41
3.4207
-3.4493
5
5
15
4.2769
-4.4159
7
5
35
5.1663
-5.0680
11
4
27
6.5800
-6.4113
p = 2843
238 nodes
30 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
11
2.8213
-2.7861
3
8
17
3.4416
-3.4404
5
6
25
4.4426
-4.3907
7
5
39
5.2337
-5.1949
11
4
11
6.1917
-6.4865
p = 2851
238 nodes
22 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
12
2.7971
-2.8257
3
7
18
3.4504
-3.4061
5
5
57
4.3974
-4.3848
7
5
12
5.1652
-5.2324
11
4
28
6.2437
-6.5586
p = 2857
238 nodes
10 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
19
2.8231
-2.7911
3
7
33
3.4085
-3.4080
5
5
25
4.3480
-4.4685
7
4
22
4.9712
-5.1678
11
4
35
6.5327
-6.1943
p = 2861
239 nodes
33 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
8
2.8084
-2.8126
3
8
22
3.3907
-3.3835
5
6
10
4.3823
-4.3884
7
5
34
5.2774
-5.0935
11
4
50
6.4402
-6.3574
p = 2879
241 nodes
57 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
5
2.8153
-2.8240
3
8
13
3.4329
-3.4533
5
6
26
4.4363
-4.2383
7
5
27
5.1852
-5.1433
11
4
24
6.6288
-6.4400
p = 2887
241 nodes
25 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
20
2.7990
-2.8071
3
7
16
3.3525
-3.4511
5
5
29
4.3746
-4.3970
7
5
24
5.2303
-5.2368
11
4
34
6.5511
-6.6120
p = 2897
242 nodes
18 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
16
2.8006
-2.8161
3
7
24
3.3552
-3.3109
5
6
11
4.4168
-4.3762
7
5
73
5.2454
-5.2248
11
4
26
6.4423
-6.3957
p = 2903
243 nodes
59 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
11
2.7920
-2.7894
3
8
15
3.4468
-3.3696
5
6
14
4.4411
-4.4697
7
5
17
5.2215
-5.2678
11
4
14
6.4758
-6.4464
p = 2909
243 nodes
35 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
6
2.7911
-2.8207
3
8
22
3.3695
-3.3481
5
6
15
4.3466
-4.4274
7
5
28
5.2295
-5.2397
11
4
27
6.4928
-6.5316
p = 2917
243 nodes
11 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
25
2.8090
-2.8169
3
7
32
3.3689
-3.4106
5
5
29
4.2862
-4.3018
7
5
26
5.2182
-5.1431
11
4
71
6.4770
-6.4076
p = 2927
245 nodes
31 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
11
2.8039
-2.7856
3
8
17
3.4438
-3.3705
5
6
19
4.3976
-4.3102
7
5
44
5.2460
-5.1297
11
4
15
6.4141
-6.2968
p = 2939
246 nodes
58 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
5
2.8044
-2.8201
3
8
11
3.3756
-3.4436
5
6
18
4.4535
-4.4107
7
5
19
5.0750
-5.2302
11
4
27
6.5200
-6.5709
p = 2953
246 nodes
12 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
25
2.8057
-2.8030
3
7
15
3.3959
-3.4348
5
5
27
4.3744
-4.4060
7
4
48
5.2142
-5.1244
11
4
54
6.6130
-6.4933
p = 2957
247 nodes
27 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
15
2.8086
-2.8083
3
8
19
3.4180
-3.3739
5
5
11
4.3027
-4.2337
7
5
57
5.2221
-5.1113
11
4
37
6.5886
-6.3738
p = 2963
248 nodes
26 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
7
2.8063
-2.8112
3
8
23
3.4146
-3.3785
5
6
27
4.3444
-4.4295
7
5
42
5.2462
-5.2291
11
4
15
6.5792
-6.4862
p = 2969
248 nodes
26 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
6
2.8170
-2.8121
3
8
20
3.4447
-3.4470
5
5
18
4.3480
-4.4213
7
5
51
5.1602
-5.2741
11
4
37
6.3433
-6.4195
p = 2971
248 nodes
22 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
22
2.8190
-2.7904
3
7
9
3.4554
-3.4467
5
5
42
4.3326
-4.3706
7
5
18
5.2114
-5.0317
11
4
50
6.5383
-6.5012
p = 2999
251 nodes
73 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
7
2.7929
-2.8186
3
8
11
3.3785
-3.4503
5
6
12
4.3532
-4.3517
7
5
18
5.2285
-5.1307
11
4
21
6.4217
-6.4513
p = 3001
250 nodes
20 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
22
2.8127
-2.7945
3
7
12
3.3922
-3.4172
5
5
19
4.3828
-4.3333
7
4
26
5.1739
-5.1261
11
4
70
6.4045
-6.3522
p = 3011
252 nodes
42 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
7
2.8100
-2.8027
3
8
13
3.4488
-3.3415
5
6
32
4.4528
-4.3419
7
5
19
5.0879
-5.1740
11
4
17
6.3741
-6.3648
p = 3019
252 nodes
14 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
15
2.8197
-2.7637
3
8
17
3.3856
-3.4033
5
6
53
4.4389
-4.3452
7
5
17
5.0336
-5.1518
11
4
39
6.5133
-6.5216
p = 3023
253 nodes
47 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
12
2.8145
-2.8222
3
8
16
3.4268
-3.3697
5
5
15
4.3420
-4.2757
7
5
48
5.1380
-5.1765
11
4
19
6.4311
-6.5858
p = 3037
253 nodes
9 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
29
2.8159
-2.8187
3
7
29
3.4068
-3.4483
5
5
24
4.4123
-4.4547
7
4
33
4.9926
-5.1744
11
4
76
6.3256
-6.6139
p = 3041
254 nodes
42 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
10
2.8055
-2.8200
3
7
17
3.4302
-3.4110
5
5
10
4.4273
-4.3796
7
5
46
5.1933
-5.1799
11
4
22
6.5977
-6.4751
p = 3049
254 nodes
14 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
12
2.8074
-2.7871
3
7
19
3.4115
-3.3769
5
5
42
4.3927
-4.3973
7
4
33
5.0139
-5.2537
11
4
55
6.4795
-6.3161
p = 3061
255 nodes
15 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
10
13
2.7769
-2.7883
3
7
18
3.4344
-3.4194
5
5
33
4.4100
-4.4275
7
4
26
5.1711
-5.2138
11
4
80
6.4297
-6.3558
p = 3067
256 nodes
14 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
16
2.8078
-2.8013
3
7
20
3.4143
-3.3622
5
6
60
4.4259
-4.4305
7
4
26
5.1970
-5.0954
11
4
25
6.3651
-6.5243
p = 3079
257 nodes
41 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
19
2.8057
-2.7849
3
8
9
3.4161
-3.4042
5
6
34
4.3873
-4.4426
7
5
11
5.1513
-5.2415
11
4
47
6.4992
-6.4983
p = 3083
258 nodes
26 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
13
2.8060
-2.7853
3
8
12
3.3688
-3.3533
5
6
24
4.4407
-4.4046
7
5
47
4.9734
-5.2537
11
4
22
6.5466
-6.3649
p = 3089
258 nodes
20 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
8
2.8032
-2.8186
3
8
21
3.3848
-3.4331
5
6
13
4.3275
-4.4386
7
5
52
5.1920
-5.1695
11
4
32
6.4460
-6.5359
p = 3109
259 nodes
15 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
10
11
2.8065
-2.8107
3
7
25
3.3852
-3.4563
5
5
39
4.4372
-4.4703
7
4
18
5.2227
-5.1206
11
4
81
6.3196
-6.5231
p = 3119
261 nodes
69 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
5
2.8042
-2.7940
3
8
15
3.4235
-3.4360
5
6
19
4.4403
-4.4231
7
5
19
5.1192
-5.1853
11
4
18
6.5793
-6.5152
p = 3121
260 nodes
20 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
17
2.8079
-2.7764
3
7
19
3.4491
-3.3684
5
5
25
4.4283
-4.3710
7
5
26
5.1433
-5.2390
11
4
61
6.4320
-6.4536
p = 3137
262 nodes
28 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
10
2.8063
-2.8209
3
8
26
3.4469
-3.3989
5
5
19
4.3540
-4.2189
7
5
64
5.2419
-5.1878
11
4
16
6.5679
-6.5121
p = 3163
264 nodes
18 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
24
2.8163
-2.8200
3
7
20
3.4109
-3.3511
5
5
42
4.3383
-4.4203
7
4
12
5.2317
-5.2441
11
4
34
6.1208
-6.4813
p = 3167
265 nodes
53 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
8
2.7934
-2.8058
3
9
11
3.3728
-3.4166
5
6
22
4.3927
-4.3159
7
5
38
5.2386
-5.2748
11
4
21
6.4510
-6.3898
p = 3169
264 nodes
18 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
14
2.8188
-2.8108
3
7
16
3.4121
-3.4030
5
5
20
4.2349
-4.4656
7
5
32
5.2639
-5.1427
11
4
74
6.5678
-6.4767
p = 3181
265 nodes
27 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
11
2.8106
-2.8077
3
8
23
3.3892
-3.4166
5
5
20
4.4358
-4.4106
7
4
16
5.1808
-5.2316
11
4
82
6.3390
-6.5389
p = 3187
266 nodes
14 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
19
2.7878
-2.8233
3
7
19
3.3991
-3.3713
5
5
66
4.3859
-4.4188
7
5
15
5.2051
-5.2177
11
4
33
6.5084
-6.5448
p = 3191
267 nodes
69 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
7
2.8009
-2.7838
3
8
8
3.4512
-3.4321
5
6
16
4.4110
-4.4354
7
5
33
5.2328
-5.2514
11
4
27
6.3710
-6.4620
p = 3203
268 nodes
22 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
10
2.7835
-2.8187
3
8
22
3.4164
-3.4056
5
6
40
4.4117
-4.3198
7
5
38
5.1588
-5.2182
11
4
17
6.6126
-6.5924
p = 3209
268 nodes
40 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
8
2.8098
-2.8170
3
8
16
3.4213
-3.3935
5
6
11
4.3250
-4.4317
7
5
45
5.0696
-5.0580
11
4
40
6.6077
-6.4847
p = 3217
268 nodes
8 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
10
29
2.8120
-2.8093
3
7
26
3.3281
-3.3602
5
5
32
4.3242
-4.3322
7
4
43
5.1883
-5.1266
11
4
36
6.6231
-6.5417
p = 3221
269 nodes
31 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
7
2.8210
-2.8192
3
8
24
3.4147
-3.4528
5
6
15
4.3470
-4.4431
7
5
24
5.2690
-5.2382
11
4
41
6.5364
-6.4277
p = 3229
269 nodes
17 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
10
13
2.7791
-2.8093
3
8
27
3.3998
-3.4473
5
5
39
4.4104
-4.3281
7
5
18
5.2861
-5.1750
11
4
81
6.5021
-6.5454
p = 3251
272 nodes
62 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
7
2.8272
-2.8141
3
8
9
3.4410
-3.4420
5
6
24
4.2981
-4.4008
7
5
19
5.2152
-5.0825
11
4
27
6.5613
-6.5017
p = 3253
271 nodes
17 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
22
2.8098
-2.7762
3
8
42
3.4276
-3.4037
5
5
24
4.4358
-4.3188
7
5
24
5.1625
-5.0582
11
4
57
6.5108
-6.3228
p = 3257
272 nodes
18 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
10
2.7993
-2.8198
3
8
23
3.4334
-3.4401
5
5
17
4.4473
-4.3252
7
5
83
5.1884
-5.2208
11
4
24
6.2457
-6.4811
p = 3259
272 nodes
18 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
10
2.8139
-2.8176
3
7
15
3.3900
-3.3855
5
6
56
4.3752
-4.4313
7
4
16
5.1972
-5.2736
11
4
51
6.4647
-6.5010
p = 3271
273 nodes
27 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
14
2.7970
-2.8043
3
8
10
3.4207
-3.3687
5
6
43
4.3949
-4.4538
7
5
18
5.1853
-5.1300
11
4
51
6.5276
-6.3431
p = 3299
276 nodes
54 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
6
2.8018
-2.8209
3
8
15
3.4433
-3.3197
5
6
34
4.2945
-4.3208
7
5
25
5.1657
-5.0604
11
4
18
6.4392
-6.2446
p = 3301
275 nodes
17 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
10
12
2.7843
-2.7940
3
7
26
3.4088
-3.4251
5
5
35
4.2854
-4.4170
7
4
22
5.2081
-5.0465
11
4
72
6.3660
-6.4812
p = 3307
276 nodes
18 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
28
2.8187
-2.7840
3
7
14
3.4150
-3.4223
5
6
56
4.3311
-4.3711
7
5
18
5.2220
-5.1128
11
4
39
6.4666
-6.2534
p = 3313
276 nodes
12 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
10
23
2.7915
-2.8104
3
7
25
3.4539
-3.4451
5
5
42
4.3672
-4.2929
7
5
36
5.1506
-5.2760
11
4
33
6.5662
-6.3771
p = 3319
277 nodes
41 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
10
2.7980
-2.8070
3
8
17
3.4494
-3.4346
5
6
39
4.4057
-4.4095
7
5
11
5.2649
-5.1857
11
4
34
6.3695
-6.4157
p = 3323
278 nodes
34 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
19
2.8066
-2.7920
3
8
14
3.3754
-3.4260
5
6
16
4.4531
-4.3502
7
5
41
5.1262
-5.0963
11
4
17
6.5643
-6.5689
p = 3329
278 nodes
38 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
7
2.8222
-2.8019
3
8
24
3.4050
-3.4088
5
5
17
4.3613
-4.3505
7
5
44
5.2393
-5.0494
11
4
26
6.4143
-6.3079
p = 3331
278 nodes
30 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
21
2.8183
-2.7878
3
8
13
3.4446
-3.4176
5
5
30
4.3748
-4.3443
7
5
12
5.1234
-5.1549
11
4
40
6.6274
-6.3080
p = 3343
279 nodes
19 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
16
2.8085
-2.8004
3
8
20
3.4195
-3.4412
5
6
56
4.4376
-4.4069
7
5
26
5.2700
-5.1037
11
4
36
6.5982
-6.6070
p = 3347
280 nodes
22 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
14
2.7730
-2.8061
3
8
15
3.4194
-3.4325
5
6
34
4.3723
-4.4645
7
5
50
5.0647
-5.2454
11
4
16
6.6125
-6.3483
p = 3359
281 nodes
69 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
8
2.8206
-2.7940
3
8
8
3.4517
-3.4393
5
6
20
4.4359
-4.4438
7
5
35
5.2779
-5.2463
11
4
29
6.4983
-6.4603
p = 3361
280 nodes
12 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
16
2.8083
-2.8081
3
7
19
3.4174
-3.4302
5
5
42
4.3577
-4.3957
7
4
27
5.1486
-5.1739
11
4
66
6.5658
-6.4738
p = 3371
282 nodes
42 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
6
2.8065
-2.8202
3
8
14
3.4100
-3.3689
5
6
37
4.3775
-4.3996
7
5
32
5.1769
-5.2371
11
4
23
6.3434
-6.5279
p = 3373
281 nodes
13 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
23
2.8252
-2.8024
3
7
34
3.3598
-3.4287
5
5
31
4.3508
-4.4407
7
5
30
5.1218
-5.2044
11
4
78
6.5870
-6.5657
p = 3389
283 nodes
25 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
7
2.8024
-2.8097
3
8
32
3.4202
-3.4480
5
5
18
4.4104
-4.3745
7
5
37
5.1292
-5.1403
11
4
40
6.5314
-6.3893
p = 3391
283 nodes
37 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
24
2.8220
-2.8190
3
8
8
3.4168
-3.4019
5
5
24
4.4587
-4.3849
7
5
15
5.1558
-5.1978
11
4
53
6.4307
-6.5363
p = 3407
285 nodes
57 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
10
2.8057
-2.7896
3
8
23
3.4488
-3.4404
5
6
15
4.4159
-4.4660
7
5
32
5.2069
-5.1870
11
4
15
6.4778
-6.5814
p = 3413
285 nodes
21 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
12
2.7982
-2.7938
3
8
32
3.4272
-3.4177
5
6
18
4.4420
-4.4049
7
5
64
5.2030
-5.2240
11
4
26
6.4797
-6.4465
p = 3433
286 nodes
12 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
29
2.8138
-2.8257
3
7
19
3.4281
-3.4532
5
5
26
4.4030
-4.4215
7
5
44
5.2572
-5.1154
11
4
45
6.6302
-6.4817
p = 3449
288 nodes
50 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
9
2.7957
-2.8134
3
8
16
3.3930
-3.4284
5
6
10
4.4378
-4.3936
7
5
32
5.0684
-5.1673
11
4
34
6.5670
-6.2223
p = 3457
288 nodes
14 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
25
2.8271
-2.8201
3
7
27
3.4385
-3.4273
5
6
23
4.3709
-4.4709
7
4
48
5.2691
-5.1216
11
4
52
6.4452
-6.4619
p = 3461
289 nodes
47 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
6
2.8264
-2.7926
3
8
29
3.4287
-3.4293
5
6
12
4.3397
-4.3769
7
5
31
5.2694
-5.2676
11
4
52
6.4366
-6.5773
p = 3463
289 nodes
19 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
32
2.8263
-2.8237
3
8
16
3.4089
-3.3962
5
6
38
4.4035
-4.3005
7
5
25
5.0623
-5.1797
11
4
42
6.2676
-6.4476
p = 3467
290 nodes
38 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
11
2.7951
-2.8189
3
8
24
3.4051
-3.4608
5
6
31
4.4361
-4.4270
7
5
25
5.1516
-5.0722
11
4
11
6.2778
-6.4805
p = 3469
289 nodes
15 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
20
2.8185
-2.7849
3
7
28
3.4459
-3.4153
5
5
24
4.3437
-4.4596
7
5
19
5.2627
-5.1770
11
4
76
6.2946
-6.5843
p = 3491
292 nodes
46 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
7
2.7839
-2.8060
3
8
10
3.4374
-3.4051
5
6
25
4.4471
-4.4373
7
5
34
5.1186
-5.1847
11
4
39
6.4222
-6.5775
p = 3499
292 nodes
22 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
18
2.7911
-2.8222
3
8
11
3.4442
-3.4097
5
6
54
4.4490
-4.3555
7
5
22
5.1109
-5.1733
11
4
68
6.5967
-6.5768
p = 3511
293 nodes
41 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
10
2.8091
-2.8156
3
8
17
3.4100
-3.4196
5
6
35
4.4637
-4.4046
7
5
11
5.1445
-5.1123
11
4
41
6.4222
-6.5847
p = 3517
293 nodes
15 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
30
2.8158
-2.8013
3
8
32
3.4410
-3.4029
5
5
26
4.4689
-4.3156
7
4
22
5.1030
-5.2754
11
4
76
6.5408
-6.1681
p = 3527
295 nodes
65 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
11
2.7971
-2.7924
3
8
15
3.3586
-3.4552
5
6
14
4.3915
-4.3626
7
5
32
5.0436
-5.2599
11
4
16
6.2303
-6.5255
p = 3529
294 nodes
14 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
10
16
2.7899
-2.7978
3
7
16
3.4367
-3.4362
5
5
39
4.4606
-4.4602
7
4
37
5.1975
-5.1694
11
4
62
6.6298
-6.5829
p = 3533
295 nodes
35 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
9
2.8101
-2.8193
3
8
38
3.4320
-3.3778
5
5
16
4.4003
-4.3587
7
5
51
5.2518
-5.2459
11
4
35
6.5128
-6.4835
p = 3539
296 nodes
46 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
6
2.7996
-2.8012
3
8
21
3.4303
-3.4519
5
6
35
4.4023
-4.3926
7
5
21
5.1797
-5.2210
11
4
22
6.1953
-6.5962
p = 3541
295 nodes
19 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
18
2.8048
-2.8204
3
7
29
3.3809
-3.4388
5
5
24
4.4081
-4.4608
7
5
16
5.2325
-5.1856
11
4
102
6.5020
-6.5203
p = 3547
296 nodes
18 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
32
2.8106
-2.7927
3
7
13
3.3563
-3.4276
5
6
56
4.4048
-4.4274
7
5
29
5.0018
-5.2353
11
4
41
6.5003
-6.5846
p = 3557
297 nodes
17 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
16
2.8016
-2.8133
3
8
38
3.4575
-3.3746
5
5
17
4.3998
-4.4615
7
5
51
5.2095
-5.1914
11
4
27
6.4165
-6.4776
p = 3559
297 nodes
45 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
13
15
2.8041
-2.7973
3
8
15
3.4526
-3.4358
5
6
25
4.4113
-4.4191
7
5
11
5.2570
-5.2336
11
4
53
6.5163
-6.4742
p = 3571
298 nodes
30 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
12
2.7825
-2.8246
3
8
14
3.3936
-3.4096
5
5
69
4.3580
-4.4036
7
5
13
5.0390
-5.2359
11
4
32
6.3292
-6.5080
p = 3581
299 nodes
25 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
7
2.8147
-2.8134
3
9
33
3.4010
-3.3771
5
5
20
4.3283
-4.4309
7
5
31
5.2421
-5.2699
11
4
53
6.5084
-6.5536
p = 3583
299 nodes
29 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
29
2.8215
-2.8003
3
8
17
3.3927
-3.3982
5
6
41
4.4449
-4.3500
7
5
18
5.1597
-5.0902
11
4
32
6.5354
-6.2803
p = 3593
300 nodes
20 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
9
2.7952
-2.8144
3
8
34
3.4251
-3.4316
5
6
18
4.4569
-4.4230
7
5
78
5.1451
-5.2260
11
4
26
6.4705
-6.5153
p = 3607
301 nodes
19 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
25
2.8152
-2.8154
3
8
26
3.4166
-3.4404
5
6
53
4.3842
-4.4672
7
5
24
5.1777
-5.0828
11
4
31
6.5697
-6.5613
p = 3613
301 nodes
13 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
24
2.8066
-2.8025
3
7
40
3.4546
-3.4234
5
5
36
4.4117
-4.4001
7
4
29
5.1334
-5.2373
11
4
49
6.5581
-6.3791
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The Isogeny Database.