9781 – 10709

This page contains computed data for the graphs \(\Gamma_1(\cdot;9781)\) through \(\Gamma_1(\cdot;10709)\). You can read about the displayed information in the glossary.

9781 / 9787 / 9791 / 9803 / 9811 / 9817 / 9829 / 9833 / 9839 / 9851 / 9857 / 9859 / 9871 / 9883 / 9887 / 9901 / 9907 / 9923 / 9929 / 9931 / 9941 / 9949 / 9967 / 9973 / 10007 / 10009 / 10037 / 10039 / 10061 / 10067 / 10069 / 10079 / 10091 / 10093 / 10099 / 10103 / 10111 / 10133 / 10139 / 10141 / 10151 / 10159 / 10163 / 10169 / 10177 / 10181 / 10193 / 10211 / 10223 / 10243 / 10247 / 10253 / 10259 / 10267 / 10271 / 10273 / 10289 / 10301 / 10303 / 10313 / 10321 / 10331 / 10333 / 10337 / 10343 / 10357 / 10369 / 10391 / 10399 / 10427 / 10429 / 10433 / 10453 / 10457 / 10459 / 10463 / 10477 / 10487 / 10499 / 10501 / 10513 / 10529 / 10531 / 10559 / 10567 / 10589 / 10597 / 10601 / 10607 / 10613 / 10627 / 10631 / 10639 / 10651 / 10657 / 10663 / 10667 / 10687 / 10691 / 10709 /

p = 9781

815 nodes 25 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 22 2.8207 -2.8270
3 9 49 3.4445 -3.4522
5 6 72 4.4324 -4.4438
7 5 34 5.2747 -5.2026
11 4 181 6.5529 -6.6106
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p = 9787

816 nodes 22 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 30 2.8237 -2.8098
3 9 39 3.4287 -3.4615
5 6 145 4.4542 -4.4253
7 5 45 5.1468 -5.2559
11 4 66 6.5648 -6.5932
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p = 9791

817 nodes 119 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 22 2.8215 -2.8216
3 9 14 3.4408 -3.4304
5 7 25 4.4206 -4.4013
7 6 48 5.2734 -5.2682
11 5 53 6.5218 -6.5956
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p = 9803

818 nodes 74 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 17 2.8245 -2.8194
3 10 31 3.4504 -3.4474
5 7 50 4.4214 -4.3894
7 6 57 5.2873 -5.2513
11 5 36 6.5663 -6.6029
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p = 9811

818 nodes 42 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 23 2.8061 -2.8155
3 9 26 3.4556 -3.4104
5 6 114 4.4522 -4.4660
7 5 22 5.1933 -5.1979
11 4 67 6.3723 -6.5413
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p = 9817

818 nodes 24 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 61 2.8199 -2.8126
3 8 35 3.4260 -3.4118
5 6 46 4.4528 -4.4459
7 5 88 5.1999 -5.2492
11 4 80 6.5474 -6.4266
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p = 9829

819 nodes 21 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 22 2.8064 -2.8093
3 8 67 3.4461 -3.4362
5 6 62 4.4445 -4.4524
7 5 32 5.1196 -5.1976
11 4 163 6.5873 -6.5469
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p = 9833

820 nodes 52 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 18 2.8187 -2.8240
3 9 39 3.4458 -3.4346
5 6 29 4.4534 -4.4578
7 6 159 5.2538 -5.2637
11 5 62 6.5887 -6.6032
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p = 9839

821 nodes 91 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 17 2.8131 -2.8092
3 10 18 3.4509 -3.4601
5 7 36 4.4324 -4.4341
7 6 55 5.2625 -5.2768
11 5 40 6.5575 -6.5666
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p = 9851

822 nodes 90 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 10 2.8136 -2.8171
3 9 33 3.4176 -3.4272
5 6 49 4.4476 -4.4667
7 6 39 5.2607 -5.2550
11 5 32 6.5679 -6.5447
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p = 9857

822 nodes 30 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 19 2.8130 -2.8148
3 10 47 3.4236 -3.4519
5 6 30 4.4326 -4.3929
7 5 155 5.2490 -5.2558
11 5 39 6.5705 -6.5819
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p = 9859

822 nodes 42 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 42 2.8172 -2.8104
3 8 17 3.4481 -3.4608
5 6 72 4.4528 -4.4257
7 5 26 5.2388 -5.2303
11 4 99 6.4986 -6.5114
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p = 9871

823 nodes 49 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 25 2.7988 -2.8174
3 9 20 3.4378 -3.4301
5 7 84 4.4348 -4.4500
7 5 32 5.2490 -5.2841
11 4 79 6.5553 -6.5372
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p = 9883

824 nodes 34 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 38 2.8091 -2.8270
3 8 31 3.4402 -3.4559
5 6 86 4.3951 -4.4253
7 5 46 5.2679 -5.2246
11 4 70 6.5251 -6.3968
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p = 9887

825 nodes 75 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 30 2.8041 -2.8064
3 9 26 3.4538 -3.4366
5 7 28 4.4414 -4.4515
7 6 82 5.2057 -5.2785
11 5 36 6.5451 -6.4739
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p = 9901

825 nodes 31 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 39 2.8111 -2.8061
3 9 32 3.4426 -3.4436
5 6 47 4.4620 -4.4647
7 5 42 5.2655 -5.1969
11 4 200 6.5394 -6.5316
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p = 9907

826 nodes 30 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 25 2.8020 -2.8058
3 9 49 3.4520 -3.4342
5 6 107 4.4498 -4.4522
7 5 30 5.2562 -5.2196
11 4 47 6.6106 -6.5213
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p = 9923

828 nodes 50 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 17 2.8158 -2.8197
3 9 41 3.4559 -3.4432
5 7 56 4.3618 -4.4255
7 6 76 5.2180 -5.2793
11 5 24 6.5119 -6.4334
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p = 9929

828 nodes 76 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 14 2.8213 -2.8070
3 9 28 3.4387 -3.4166
5 7 21 4.4612 -4.4550
7 6 54 5.2235 -5.2363
11 5 71 6.5337 -6.5507
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p = 9931

828 nodes 46 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 30 2.7899 -2.8192
3 9 19 3.4469 -3.4577
5 7 100 4.3945 -4.4400
7 5 30 5.2179 -5.2425
11 5 94 6.4802 -6.5499
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p = 9941

829 nodes 67 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 11 2.8084 -2.8253
3 9 59 3.4592 -3.4504
5 6 29 4.4149 -4.4327
7 6 52 5.2437 -5.2313
11 5 65 6.5744 -6.5520
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p = 9949

829 nodes 25 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 12 23 2.7976 -2.8193
3 9 46 3.4152 -3.3803
5 6 54 4.4252 -4.4626
7 5 43 5.2410 -5.2322
11 4 159 6.5825 -6.5354
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p = 9967

831 nodes 39 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 43 2.8256 -2.8261
3 9 28 3.4605 -3.4147
5 6 58 4.4306 -4.4091
7 5 37 5.2588 -5.2365
11 4 64 6.5864 -6.5712
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p = 9973

831 nodes 23 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 53 2.8168 -2.8020
3 8 66 3.4065 -3.4367
5 6 52 4.4415 -4.4641
7 5 47 5.2370 -5.2287
11 4 140 6.5538 -6.5654
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p = 10007

835 nodes 77 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 14 2.8150 -2.8242
3 9 48 3.4514 -3.4265
5 7 46 4.4665 -4.4091
7 6 67 5.2744 -5.2680
11 5 33 6.4725 -6.6005
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p = 10009

834 nodes 48 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 28 2.8251 -2.8001
3 9 27 3.4123 -3.4473
5 6 53 4.4481 -4.3834
7 5 43 5.1899 -5.2846
11 4 105 6.5738 -6.4964
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p = 10037

837 nodes 41 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 27 2.8154 -2.8229
3 9 63 3.4493 -3.4485
5 7 22 4.4447 -4.4262
7 6 101 5.2515 -5.1677
11 4 65 6.5044 -6.4887
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p = 10039

837 nodes 69 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 26 2.8238 -2.8178
3 9 31 3.4570 -3.4244
5 6 64 4.3921 -4.4102
7 5 20 5.2712 -5.1426
11 4 75 6.4806 -6.3207
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p = 10061

839 nodes 71 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 10 2.8130 -2.8086
3 9 61 3.4480 -3.4530
5 6 30 4.4256 -4.4153
7 6 58 5.2635 -5.2758
11 5 87 6.5973 -6.6107
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p = 10067

840 nodes 42 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 15 2.7985 -2.8262
3 9 40 3.4219 -3.4555
5 6 80 4.4426 -4.4176
7 6 82 5.2075 -5.2815
11 4 33 6.5336 -6.5686
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p = 10069

839 nodes 27 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 28 2.8069 -2.8217
3 9 28 3.4530 -3.4445
5 6 53 4.4366 -4.3907
7 5 50 5.2226 -5.2777
11 4 219 6.6210 -6.6080
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p = 10079

841 nodes 135 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 18 2.8191 -2.8231
3 9 18 3.4389 -3.4407
5 7 21 4.4497 -4.4421
7 6 38 5.2856 -5.1716
11 5 44 6.5520 -6.5938
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p = 10091

842 nodes 78 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 11 2.8117 -2.8214
3 9 26 3.4024 -3.4509
5 6 53 4.4620 -4.3907
7 6 48 5.2599 -5.2471
11 5 42 6.5913 -6.5461
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p = 10093

841 nodes 21 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 51 2.8271 -2.8182
3 9 70 3.4265 -3.4557
5 6 52 4.3949 -4.4474
7 5 51 5.2453 -5.2745
11 4 134 6.5360 -6.5577
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p = 10099

842 nodes 50 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 38 2.8274 -2.8125
3 9 15 3.4501 -3.4460
5 7 95 4.4103 -4.4635
7 5 33 5.2528 -5.2087
11 4 106 6.5727 -6.5624
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p = 10103

843 nodes 51 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 18 2.8218 -2.8115
3 9 37 3.4601 -3.4300
5 6 46 4.4293 -4.3969
7 6 98 5.1926 -5.2375
11 5 34 6.5356 -6.5564
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p = 10111

843 nodes 87 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 28 2.8194 -2.8088
3 9 23 3.4616 -3.4254
5 6 53 4.4544 -4.4257
7 5 18 5.2754 -5.2538
11 4 90 6.5849 -6.5712
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p = 10133

845 nodes 31 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 19 2.8099 -2.8183
3 10 73 3.4465 -3.4565
5 6 36 4.4364 -4.4314
7 5 92 5.2122 -5.2824
11 4 52 6.5756 -6.5136
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p = 10139

846 nodes 110 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 10 2.8083 -2.8131
3 9 25 3.4366 -3.4539
5 6 38 4.4466 -4.4456
7 6 47 5.2087 -5.2447
11 5 60 6.5737 -6.5018
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p = 10141

845 nodes 49 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 26 2.8210 -2.8158
3 9 49 3.4474 -3.4234
5 6 48 4.4694 -4.4053
7 5 28 5.2263 -5.2323
11 4 173 6.5655 -6.4983
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p = 10151

847 nodes 93 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 14 2.8256 -2.8175
3 9 18 3.4473 -3.4220
5 7 32 4.4165 -4.4264
7 6 47 5.2310 -5.2361
11 5 36 6.5375 -6.5350
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p = 10159

847 nodes 57 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 19 2.8165 -2.8227
3 9 21 3.4494 -3.4425
5 6 109 4.4669 -4.4208
7 5 35 5.2057 -5.2038
11 5 97 6.5703 -6.5622
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p = 10163

848 nodes 78 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 23 2.8090 -2.8139
3 9 37 3.4428 -3.4420
5 7 41 4.4277 -4.3993
7 5 71 5.2212 -5.2503
11 5 31 6.5442 -6.5660
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p = 10169

848 nodes 56 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 16 2.8179 -2.8226
3 10 25 3.4420 -3.4467
5 6 20 4.4537 -4.4313
7 6 95 5.2347 -5.1778
11 5 81 6.6042 -6.5918
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p = 10177

848 nodes 20 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 46 2.8193 -2.8019
3 8 38 3.4594 -3.4267
5 6 55 4.4237 -4.4348
7 5 72 5.1911 -5.2867
11 4 122 6.6108 -6.6055
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p = 10181

849 nodes 75 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 20 2.8202 -2.7988
3 9 41 3.4561 -3.4209
5 6 23 4.4307 -4.4421
7 6 56 5.2262 -5.2691
11 5 93 6.5756 -6.5175
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p = 10193

850 nodes 34 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 17 2.8020 -2.8139
3 9 66 3.4601 -3.4466
5 6 26 4.4152 -4.4568
7 5 118 5.2375 -5.2720
11 5 40 6.5463 -6.4858
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p = 10211

852 nodes 86 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 17 2.8148 -2.8238
3 9 18 3.4569 -3.4357
5 6 41 4.4164 -4.4219
7 6 60 5.2041 -5.2739
11 5 65 6.5779 -6.6312
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p = 10223

853 nodes 79 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 28 2.8198 -2.8171
3 9 30 3.4424 -3.4425
5 6 24 4.4049 -4.4410
7 6 82 5.2322 -5.2500
11 5 42 6.4551 -6.5287
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p = 10243

854 nodes 30 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 31 2.8074 -2.8154
3 9 41 3.4527 -3.4607
5 6 129 4.4703 -4.4395
7 5 35 5.1867 -5.2344
11 4 45 6.5367 -6.5427
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p = 10247

855 nodes 105 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 23 2.8224 -2.8145
3 9 37 3.4304 -3.4043
5 7 31 4.4311 -4.4695
7 6 48 5.2305 -5.2080
11 5 30 6.5607 -6.6100
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p = 10253

855 nodes 55 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 19 2.8246 -2.8090
3 9 43 3.4247 -3.4107
5 7 19 4.4049 -4.4542
7 6 108 5.2628 -5.2303
11 5 70 6.5964 -6.5153
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p = 10259

856 nodes 86 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 12 2.8221 -2.8232
3 9 19 3.4218 -3.4525
5 7 77 4.4276 -4.3787
7 6 57 5.2640 -5.1821
11 5 38 6.5998 -6.5830
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p = 10267

856 nodes 30 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 51 2.8072 -2.8228
3 9 23 3.4193 -3.4341
5 6 72 4.4123 -4.4425
7 5 42 5.2590 -5.2343
11 4 66 6.5313 -6.4870
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p = 10271

857 nodes 113 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 9 2.8268 -2.8263
3 9 27 3.4521 -3.4187
5 7 40 4.3960 -4.4639
7 6 35 5.2574 -5.2416
11 5 39 6.5716 -6.5543
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p = 10273

856 nodes 22 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 12 28 2.8124 -2.8229
3 9 57 3.4451 -3.4480
5 6 75 4.4284 -4.4306
7 5 69 5.2358 -5.2777
11 4 75 6.5122 -6.5967
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p = 10289

858 nodes 74 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 14 2.8206 -2.8258
3 9 21 3.4423 -3.4276
5 7 23 4.4154 -4.3968
7 6 119 5.2569 -5.1876
11 5 73 6.5817 -6.4916
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p = 10301

859 nodes 49 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 15 2.8262 -2.8206
3 9 36 3.4424 -3.4504
5 6 32 4.4080 -4.4572
7 5 67 5.1864 -5.2498
11 5 74 6.6046 -6.6170
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p = 10303

859 nodes 51 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 57 2.8250 -2.8200
3 9 27 3.4292 -3.4413
5 6 61 4.4689 -4.4179
7 5 33 5.2395 -5.1341
11 5 67 6.5562 -6.4961
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p = 10313

860 nodes 40 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 15 2.8229 -2.8128
3 9 66 3.4535 -3.4514
5 6 37 4.4475 -4.4597
7 6 150 5.2768 -5.2589
11 5 44 6.5883 -6.4580
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p = 10321

860 nodes 34 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 40 2.8200 -2.8084
3 8 32 3.4545 -3.4396
5 6 42 4.4464 -4.4058
7 5 44 5.2622 -5.1532
11 4 92 6.5483 -6.5088
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p = 10331

862 nodes 110 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 10 2.8233 -2.8062
3 9 23 3.4555 -3.4579
5 7 52 4.4544 -4.4269
7 6 45 5.2680 -5.2682
11 5 52 6.5448 -6.5749
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p = 10333

861 nodes 13 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 42 2.8089 -2.8241
3 8 74 3.4323 -3.4610
5 6 71 4.4367 -4.3780
7 5 68 5.2674 -5.2175
11 4 118 6.6059 -6.5604
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p = 10337

862 nodes 48 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 29 2.8171 -2.8174
3 9 43 3.4629 -3.4426
5 6 22 4.4042 -4.4448
7 6 122 5.2906 -5.2623
11 5 36 6.5647 -6.5646
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p = 10343

863 nodes 43 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 22 2.8064 -2.8109
3 10 41 3.4482 -3.4346
5 6 39 4.4095 -4.4358
7 6 86 5.2712 -5.2426
11 5 31 6.6093 -6.6033
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p = 10357

863 nodes 27 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 32 2.8255 -2.8252
3 9 85 3.4486 -3.4453
5 6 66 4.3572 -4.3411
7 5 42 5.2889 -5.2450
11 4 74 6.5687 -6.5380
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p = 10369

864 nodes 36 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 28 2.8101 -2.8111
3 8 35 3.4463 -3.4294
5 6 76 4.4099 -4.4242
7 5 54 5.2481 -5.2827
11 4 88 6.5802 -6.5494
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p = 10391

867 nodes 153 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 15 2.8186 -2.8122
3 9 17 3.4630 -3.4400
5 7 32 4.4691 -4.4529
7 6 36 5.2700 -5.1336
11 5 41 6.5811 -6.5243
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p = 10399

867 nodes 39 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 23 2.8091 -2.8202
3 9 30 3.4605 -3.4466
5 7 65 4.4495 -4.4676
7 5 27 5.2157 -5.2692
11 4 90 6.5505 -6.5818
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p = 10427

870 nodes 62 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 13 2.8193 -2.8065
3 9 48 3.4236 -3.4328
5 7 74 4.4457 -4.4018
7 6 84 5.2834 -5.2562
11 5 27 6.5878 -6.6024
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p = 10429

869 nodes 33 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 42 2.8166 -2.8094
3 8 42 3.4384 -3.4028
5 6 33 4.4287 -4.4524
7 5 29 5.2517 -5.2712
11 4 158 6.5254 -6.6213
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p = 10433

870 nodes 48 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 27 2.8202 -2.8076
3 9 36 3.4461 -3.4391
5 7 24 4.4663 -4.4652
7 6 181 5.2657 -5.2675
11 5 57 6.6107 -6.5527
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p = 10453

871 nodes 21 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 43 2.8022 -2.8227
3 9 72 3.4344 -3.4470
5 6 62 4.4564 -4.3789
7 5 54 5.2188 -5.2863
11 4 69 6.6163 -6.5527
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p = 10457

872 nodes 54 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 29 2.8097 -2.8196
3 9 39 3.3953 -3.4184
5 6 20 4.4584 -4.4625
7 6 112 5.2425 -5.1954
11 5 43 6.5812 -6.6224
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p = 10459

872 nodes 30 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 37 2.8244 -2.8035
3 8 25 3.4580 -3.4615
5 6 105 4.4564 -4.4148
7 5 28 5.2626 -5.1710
11 4 72 6.5612 -6.5950
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p = 10463

873 nodes 109 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 26 2.8269 -2.8137
3 9 27 3.4332 -3.4335
5 6 34 4.4697 -4.4713
7 6 61 5.2744 -5.2224
11 5 28 6.5844 -6.5795
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p = 10477

873 nodes 25 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 45 2.8113 -2.8123
3 9 59 3.4416 -3.4592
5 6 37 4.4447 -4.4585
7 5 65 5.2196 -5.2695
11 4 152 6.5065 -6.5783
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p = 10487

875 nodes 81 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 20 2.8193 -2.8083
3 9 39 3.4351 -3.4605
5 7 31 4.4471 -4.4571
7 6 68 5.2278 -5.1890
11 5 25 6.4413 -6.5935
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p = 10499

876 nodes 82 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 18 2.8231 -2.8257
3 9 18 3.4218 -3.4204
5 7 48 4.4421 -4.4316
7 6 66 5.2531 -5.2225
11 5 55 6.5900 -6.5249
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p = 10501

875 nodes 33 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 12 18 2.8185 -2.8225
3 9 65 3.4587 -3.4497
5 6 73 4.4521 -4.4386
7 5 39 5.2220 -5.1711
11 4 166 6.5962 -6.5958
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p = 10513

876 nodes 20 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 40 2.8174 -2.8188
3 9 54 3.4479 -3.4451
5 6 50 4.4542 -4.4522
7 5 63 5.2317 -5.2576
11 4 99 6.6089 -6.5183
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p = 10529

878 nodes 58 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 9 2.8114 -2.8194
3 9 44 3.4498 -3.4268
5 7 34 4.4236 -4.4029
7 6 86 5.2795 -5.2401
11 5 68 6.6057 -6.5541
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p = 10531

878 nodes 54 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 37 2.8099 -2.8100
3 8 19 3.4397 -3.4268
5 6 62 4.4192 -4.4470
7 5 22 5.2692 -5.2172
11 4 84 6.5671 -6.5830
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p = 10559

881 nodes 153 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 14 2.8252 -2.8180
3 10 21 3.4448 -3.4375
5 7 27 4.4271 -4.4169
7 6 42 5.1945 -5.2532
11 5 52 6.5239 -6.6134
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p = 10567

881 nodes 39 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 37 2.8172 -2.8183
3 9 46 3.4281 -3.4436
5 7 100 4.4041 -4.4569
7 5 39 5.2599 -5.1797
11 5 58 6.6077 -6.6065
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p = 10589

883 nodes 73 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 14 2.8027 -2.8213
3 9 37 3.4603 -3.4267
5 7 25 4.4166 -4.4642
7 6 56 5.2768 -5.2777
11 5 110 6.5754 -6.5636
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p = 10597

883 nodes 19 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 59 2.8241 -2.8091
3 8 53 3.4536 -3.4280
5 6 39 4.4307 -4.4557
7 5 65 5.2460 -5.2477
11 4 161 6.5471 -6.5548
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p = 10601

884 nodes 84 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 16 2.8084 -2.8280
3 9 28 3.4610 -3.4440
5 7 34 4.4383 -4.4524
7 6 111 5.2900 -5.2737
11 5 63 6.5538 -6.5901
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p = 10607

885 nodes 71 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 17 2.8142 -2.8246
3 9 35 3.4206 -3.4393
5 7 28 4.4090 -4.4399
7 6 81 5.2755 -5.1844
11 5 27 6.6123 -6.5730
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p = 10613

885 nodes 31 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 23 2.8239 -2.8079
3 9 76 3.4278 -3.4400
5 7 31 4.4520 -4.4086
7 5 126 5.2691 -5.2177
11 5 53 6.5316 -6.5923
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p = 10627

886 nodes 18 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 50 2.8240 -2.8091
3 9 30 3.4588 -3.4265
5 6 119 4.4118 -4.4578
7 5 36 5.2024 -5.2573
11 4 57 6.5448 -6.5719
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p = 10631

887 nodes 139 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 17 2.8163 -2.8184
3 9 22 3.4333 -3.4515
5 7 24 4.4497 -4.4594
7 6 51 5.2370 -5.2693
11 5 49 6.6003 -6.4722
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p = 10639

887 nodes 75 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 26 2.8238 -2.8166
3 9 17 3.4476 -3.4574
5 7 88 4.4605 -4.4529
7 5 26 5.2383 -5.2904
11 4 120 6.5257 -6.5939
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p = 10651

888 nodes 30 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 29 2.8123 -2.8142
3 9 29 3.4607 -3.4432
5 6 92 4.4320 -4.4353
7 5 26 5.2244 -5.1588
11 5 71 6.6005 -6.6262
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p = 10657

888 nodes 24 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 58 2.8199 -2.8165
3 8 43 3.4565 -3.4617
5 6 37 4.4512 -4.4182
7 5 83 5.2671 -5.2475
11 4 79 6.5005 -6.5590
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p = 10663

889 nodes 45 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 41 2.8205 -2.8179
3 9 41 3.4362 -3.4538
5 7 57 4.4516 -4.4707
7 5 40 5.2338 -5.2399
11 4 45 6.6216 -6.5945
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p = 10667

890 nodes 78 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 22 2.8175 -2.8086
3 10 29 3.4109 -3.4359
5 6 54 4.4204 -4.4394
7 6 88 5.2639 -5.2061
11 5 39 6.5235 -6.5238
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p = 10687

891 nodes 51 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 43 2.8105 -2.8187
3 9 43 3.4261 -3.4323
5 6 64 4.4487 -4.3827
7 5 35 5.2279 -5.1979
11 4 56 6.5561 -6.5828
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p = 10691

892 nodes 90 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 13 2.8174 -2.8113
3 9 23 3.4349 -3.4384
5 7 67 4.4396 -4.4140
7 6 41 5.2040 -5.2087
11 5 41 6.6027 -6.6111
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p = 10709

893 nodes 95 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 12 2.8182 -2.8282
3 9 51 3.4366 -3.4350
5 6 22 4.4338 -4.4522
7 6 51 5.1973 -5.2594
11 5 91 6.6286 -6.5946
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