17443 – 18371

This page contains computed data for the graphs \(\Gamma_1(\cdot;17443)\) through \(\Gamma_1(\cdot;18371)\). You can read about the displayed information in the glossary.

17443 / 17449 / 17467 / 17471 / 17477 / 17483 / 17489 / 17491 / 17497 / 17509 / 17519 / 17539 / 17551 / 17569 / 17573 / 17579 / 17581 / 17597 / 17599 / 17609 / 17623 / 17627 / 17657 / 17659 / 17669 / 17681 / 17683 / 17707 / 17713 / 17729 / 17737 / 17747 / 17749 / 17761 / 17783 / 17789 / 17791 / 17807 / 17827 / 17837 / 17839 / 17851 / 17863 / 17881 / 17891 / 17903 / 17909 / 17911 / 17921 / 17923 / 17929 / 17939 / 17957 / 17959 / 17971 / 17977 / 17981 / 17987 / 17989 / 18013 / 18041 / 18043 / 18047 / 18049 / 18059 / 18061 / 18077 / 18089 / 18097 / 18119 / 18121 / 18127 / 18131 / 18133 / 18143 / 18149 / 18169 / 18181 / 18191 / 18199 / 18211 / 18217 / 18223 / 18229 / 18233 / 18251 / 18253 / 18257 / 18269 / 18287 / 18289 / 18301 / 18307 / 18311 / 18313 / 18329 / 18341 / 18353 / 18367 / 18371 /

p = 17443

1454 nodes 54 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 56 2.8233 -2.8187
3 9 44 3.4354 -3.4452
5 7 112 4.4630 -4.4512
7 6 36 5.2618 -5.2747
11 5 93 6.5829 -6.6188
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p = 17449

1454 nodes 48 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 42 2.8247 -2.8186
3 9 40 3.4557 -3.4251
5 6 61 4.4182 -4.4610
7 5 67 5.1729 -5.2820
11 5 157 6.5372 -6.5930
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p = 17467

1456 nodes 30 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 54 2.8224 -2.8235
3 9 57 3.4502 -3.4396
5 7 163 4.4147 -4.4227
7 6 49 5.2314 -5.2511
11 5 62 6.5918 -6.6090
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p = 17471

1457 nodes 183 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 20 2.8109 -2.8272
3 10 26 3.4605 -3.4211
5 7 32 4.4467 -4.4178
7 6 65 5.2692 -5.2879
11 5 65 6.5273 -6.5494
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p = 17477

1457 nodes 57 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 45 2.8139 -2.8243
3 9 65 3.4465 -3.4581
5 7 26 4.4490 -4.4334
7 6 140 5.2686 -5.2614
11 5 85 6.5570 -6.5707
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p = 17483

1458 nodes 50 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 26 2.8104 -2.8183
3 10 37 3.4312 -3.4279
5 7 94 4.4637 -4.4381
7 6 145 5.2780 -5.2815
11 5 44 6.5291 -6.6278
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p = 17489

1458 nodes 106 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 20 2.8188 -2.8150
3 10 36 3.4528 -3.4323
5 7 29 4.4660 -4.4622
7 6 94 5.2223 -5.2833
11 5 91 6.5623 -6.5703
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p = 17491

1458 nodes 58 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 54 2.8195 -2.8141
3 9 23 3.4537 -3.4401
5 7 94 4.4650 -4.4293
7 6 32 5.2522 -5.2757
11 5 145 6.5816 -6.5813
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p = 17497

1458 nodes 34 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 53 2.8266 -2.8155
3 9 85 3.4442 -3.4572
5 6 65 4.4517 -4.4282
7 5 76 5.2573 -5.2763
11 5 76 6.5617 -6.5658
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p = 17509

1459 nodes 35 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 27 2.8165 -2.8231
3 9 53 3.4558 -3.4603
5 6 99 4.4718 -4.4541
7 5 42 5.2768 -5.2889
11 5 235 6.6207 -6.5754
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p = 17519

1461 nodes 179 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 20 2.8248 -2.8234
3 10 27 3.4346 -3.4264
5 7 36 4.4325 -4.4152
7 6 54 5.2908 -5.2801
11 5 74 6.6270 -6.6260
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p = 17539

1462 nodes 38 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 32 2.8178 -2.8113
3 9 27 3.4336 -3.4292
5 7 179 4.4541 -4.4458
7 5 50 5.2503 -5.2663
11 5 130 6.5867 -6.6249
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p = 17551

1463 nodes 77 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 23 2.8136 -2.8117
3 9 37 3.4448 -3.4590
5 7 122 4.4641 -4.4371
7 6 33 5.2357 -5.2870
11 5 121 6.6228 -6.5382
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p = 17569

1464 nodes 58 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 50 2.8271 -2.8214
3 9 35 3.4558 -3.4563
5 7 77 4.4575 -4.4681
7 6 60 5.2422 -5.2612
11 5 159 6.5312 -6.5759
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p = 17573

1465 nodes 69 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 23 2.8263 -2.8148
3 9 88 3.4567 -3.4590
5 7 41 4.4471 -4.4501
7 6 112 5.2805 -5.2830
11 5 92 6.5784 -6.5562
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p = 17579

1466 nodes 102 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 19 2.8262 -2.8241
3 10 34 3.4373 -3.4368
5 7 56 4.4432 -4.4253
7 6 61 5.2809 -5.2806
11 5 45 6.5519 -6.5755
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p = 17581

1465 nodes 27 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 36 2.8182 -2.8114
3 9 58 3.4567 -3.4596
5 6 89 4.4504 -4.4596
7 5 50 5.2572 -5.2140
11 5 221 6.4918 -6.5678
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p = 17597

1467 nodes 69 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 32 2.8264 -2.8133
3 10 58 3.4547 -3.4566
5 7 36 4.4419 -4.4332
7 6 131 5.2853 -5.2767
11 5 94 6.6193 -6.6058
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p = 17599

1467 nodes 85 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 33 2.8177 -2.8236
3 9 29 3.4410 -3.4564
5 7 112 4.4493 -4.4092
7 6 26 5.2601 -5.2271
11 5 78 6.5311 -6.6052
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p = 17609

1468 nodes 70 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 18 2.8067 -2.8198
3 10 41 3.4291 -3.4530
5 7 36 4.4528 -4.4423
7 6 168 5.2775 -5.2507
11 5 85 6.5894 -6.5742
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p = 17623

1469 nodes 43 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 55 2.8181 -2.8194
3 9 41 3.4621 -3.4388
5 7 114 4.3898 -4.4461
7 6 74 5.2402 -5.2335
11 5 79 6.6294 -6.5961
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p = 17627

1470 nodes 54 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 25 2.8243 -2.8190
3 10 43 3.4460 -3.4519
5 7 75 4.4418 -4.4267
7 6 110 5.2180 -5.2639
11 5 38 6.5580 -6.4673
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p = 17657

1472 nodes 56 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 24 2.8275 -2.8170
3 10 67 3.4420 -3.4418
5 7 32 4.4481 -4.4422
7 6 168 5.2513 -5.2243
11 5 65 6.5684 -6.5687
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p = 17659

1472 nodes 54 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 44 2.8245 -2.8195
3 9 21 3.4436 -3.4593
5 7 107 4.4366 -4.4527
7 6 39 5.2655 -5.2601
11 5 174 6.5843 -6.6294
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p = 17669

1473 nodes 63 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 21 2.8249 -2.8245
3 10 58 3.4588 -3.4407
5 7 42 4.4073 -4.3918
7 6 102 5.2757 -5.2464
11 5 116 6.5896 -6.5762
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p = 17681

1474 nodes 102 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 24 2.8117 -2.8203
3 10 33 3.4564 -3.4603
5 7 26 4.4406 -4.4668
7 6 110 5.2651 -5.2704
11 5 74 6.5887 -6.6143
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p = 17683

1474 nodes 38 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 37 2.8238 -2.8222
3 9 69 3.4490 -3.4635
5 7 176 4.4559 -4.4374
7 6 56 5.2499 -5.2409
11 5 61 6.5578 -6.6160
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p = 17707

1476 nodes 42 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 47 2.8154 -2.8251
3 9 67 3.4512 -3.4515
5 7 164 4.4211 -4.4302
7 6 50 5.2509 -5.2766
11 5 63 6.5802 -6.5766
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p = 17713

1476 nodes 30 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 83 2.8210 -2.8251
3 9 39 3.4386 -3.4531
5 7 67 4.4309 -4.4485
7 5 128 5.2582 -5.2266
11 5 125 6.6169 -6.5667
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p = 17729

1478 nodes 116 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 17 2.8135 -2.8220
3 10 44 3.4565 -3.4626
5 7 26 4.4635 -4.4379
7 6 86 5.2508 -5.2739
11 5 86 6.5866 -6.6264
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p = 17737

1478 nodes 22 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 70 2.8230 -2.8220
3 9 47 3.4455 -3.4609
5 6 73 4.4437 -4.4286
7 5 128 5.2516 -5.2073
11 5 164 6.5795 -6.6218
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p = 17747

1480 nodes 54 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 36 2.8259 -2.8266
3 10 49 3.4513 -3.4555
5 7 83 4.4628 -4.4204
7 6 109 5.2078 -5.2857
11 5 31 6.5427 -6.6174
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p = 17749

1479 nodes 51 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 29 2.8233 -2.8162
3 9 63 3.4451 -3.4575
5 6 82 4.4656 -4.4400
7 5 39 5.2771 -5.2497
11 5 201 6.6105 -6.5792
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p = 17761

1480 nodes 54 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 27 2.8102 -2.8274
3 9 47 3.4441 -3.4484
5 7 85 4.4517 -4.4675
7 5 67 5.2542 -5.2374
11 5 136 6.4668 -6.5914
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p = 17783

1483 nodes 149 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 21 2.8251 -2.8246
3 10 39 3.4528 -3.4250
5 7 42 4.4602 -4.4484
7 6 86 5.2485 -5.2327
11 5 43 6.5555 -6.5851
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p = 17789

1483 nodes 71 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 20 2.8023 -2.8232
3 10 79 3.4473 -3.4522
5 7 50 4.4529 -4.4677
7 6 75 5.2478 -5.2625
11 5 94 6.5752 -6.5646
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p = 17791

1483 nodes 49 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 41 2.8250 -2.8229
3 9 26 3.4409 -3.4520
5 7 93 4.4265 -4.4385
7 6 40 5.2322 -5.2538
11 5 128 6.6141 -6.6126
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p = 17807

1485 nodes 139 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 32 2.8203 -2.8155
3 10 38 3.4513 -3.4621
5 7 28 4.4247 -4.4190
7 6 99 5.2862 -5.2352
11 5 36 6.6238 -6.5558
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p = 17827

1486 nodes 34 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 49 2.8221 -2.8243
3 10 56 3.4586 -3.4577
5 7 123 4.4592 -4.4325
7 6 42 5.2281 -5.2379
11 5 96 6.6128 -6.5937
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p = 17837

1487 nodes 57 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 23 2.8237 -2.8274
3 10 109 3.4623 -3.4577
5 7 40 4.4494 -4.4554
7 6 113 5.2284 -5.2707
11 5 73 6.6122 -6.6019
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p = 17839

1487 nodes 105 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 40 2.8213 -2.8223
3 9 35 3.4551 -3.4457
5 7 73 4.4387 -4.4447
7 6 25 5.2167 -5.2541
11 5 118 6.5822 -6.6114
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p = 17851

1488 nodes 46 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 37 2.8209 -2.8270
3 9 27 3.4470 -3.4370
5 7 178 4.4287 -4.4488
7 6 51 5.2421 -5.2174
11 5 108 6.5687 -6.5629
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p = 17863

1489 nodes 81 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 52 2.8127 -2.8231
3 10 41 3.4590 -3.4557
5 7 72 4.4375 -4.4508
7 6 42 5.2584 -5.2264
11 5 82 6.5820 -6.5806
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p = 17881

1490 nodes 46 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 45 2.8209 -2.8257
3 9 39 3.4441 -3.4452
5 7 80 4.4373 -4.4428
7 5 60 5.2888 -5.2386
11 5 227 6.5615 -6.6112
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p = 17891

1492 nodes 126 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 21 2.8225 -2.8244
3 10 30 3.4544 -3.4408
5 7 45 4.3981 -4.4640
7 6 56 5.2576 -5.1960
11 5 72 6.5425 -6.5871
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p = 17903

1493 nodes 85 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 29 2.8204 -2.8213
3 10 56 3.4481 -3.4352
5 7 50 4.4463 -4.4393
7 6 101 5.2551 -5.2193
11 5 35 6.6266 -6.4479
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p = 17909

1493 nodes 93 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 31 2.8220 -2.8256
3 10 44 3.4258 -3.4610
5 7 30 4.3924 -4.4196
7 6 90 5.2558 -5.2459
11 5 107 6.5636 -6.5956
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p = 17911

1493 nodes 93 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 41 2.8098 -2.8256
3 10 28 3.4541 -3.4512
5 7 78 4.4690 -4.4315
7 6 41 5.2676 -5.2622
11 5 153 6.6133 -6.6216
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p = 17921

1494 nodes 70 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 15 2.8113 -2.8262
3 10 44 3.4396 -3.4551
5 7 54 4.4410 -4.4255
7 6 139 5.2651 -5.2298
11 5 69 6.5979 -6.5565
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p = 17923

1494 nodes 30 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 62 2.8244 -2.8233
3 9 43 3.4415 -3.4516
5 7 105 4.4665 -4.4688
7 5 47 5.2646 -5.2864
11 5 103 6.6063 -6.5682
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p = 17929

1494 nodes 38 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 26 2.8189 -2.8246
3 9 47 3.4232 -3.4614
5 6 117 4.4369 -4.4678
7 5 92 5.2861 -5.2612
11 5 183 6.5760 -6.6286
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p = 17939

1496 nodes 142 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 25 2.8239 -2.8254
3 10 24 3.4571 -3.4579
5 7 43 4.4642 -4.4502
7 6 53 5.2504 -5.2692
11 5 70 6.5639 -6.6173
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p = 17957

1497 nodes 55 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 21 2.8283 -2.8203
3 10 104 3.4472 -3.4480
5 7 37 4.4649 -4.4180
7 6 135 5.2443 -5.2675
11 5 82 6.5986 -6.5548
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p = 17959

1497 nodes 67 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 36 2.8256 -2.8189
3 9 43 3.4425 -3.4567
5 7 118 4.4536 -4.4618
7 6 30 5.2575 -5.2556
11 5 89 6.5304 -6.5759
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p = 17971

1498 nodes 42 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 31 2.8226 -2.8193
3 9 34 3.4584 -3.4472
5 7 177 4.4240 -4.4364
7 6 42 5.2278 -5.2498
11 5 126 6.5477 -6.5705
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p = 17977

1498 nodes 20 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 66 2.8178 -2.8239
3 9 58 3.4512 -3.4373
5 7 67 4.4606 -4.4450
7 6 108 5.2643 -5.2766
11 5 107 6.5244 -6.5981
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p = 17981

1499 nodes 87 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 19 2.8217 -2.8239
3 10 57 3.4506 -3.4627
5 7 39 4.4642 -4.4684
7 6 88 5.2695 -5.2307
11 5 171 6.6048 -6.5855
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p = 17987

1500 nodes 62 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 24 2.8251 -2.8240
3 10 40 3.4560 -3.4625
5 7 101 4.4620 -4.4634
7 6 106 5.2408 -5.2619
11 5 40 6.5894 -6.5566
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p = 17989

1499 nodes 45 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 41 2.8282 -2.8248
3 9 52 3.4608 -3.4475
5 6 65 4.4639 -4.4044
7 5 59 5.2652 -5.2854
11 5 284 6.5998 -6.6061
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p = 18013

1501 nodes 19 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 35 2.8264 -2.8192
3 10 111 3.4617 -3.4266
5 6 97 4.4140 -4.4301
7 6 77 5.2646 -5.2680
11 5 166 6.6037 -6.5400
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p = 18041

1504 nodes 74 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 20 2.8242 -2.8154
3 9 41 3.4578 -3.4612
5 7 37 4.4534 -4.4266
7 6 124 5.1981 -5.2010
11 5 66 6.5407 -6.6213
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p = 18043

1504 nodes 30 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 38 2.8255 -2.8277
3 9 58 3.4458 -3.4592
5 7 142 4.4517 -4.3915
7 6 45 5.2502 -5.2899
11 5 71 6.6018 -6.6273
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p = 18047

1505 nodes 111 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 21 2.8211 -2.8167
3 10 76 3.4593 -3.4423
5 7 51 4.4245 -4.4611
7 6 80 5.2701 -5.2452
11 5 33 6.5476 -6.6050
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p = 18049

1504 nodes 42 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 48 2.8268 -2.8178
3 9 32 3.4582 -3.4534
5 7 60 4.4164 -4.4591
7 6 83 5.2767 -5.2733
11 5 233 6.6105 -6.5677
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p = 18059

1506 nodes 114 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 19 2.8190 -2.8212
3 10 27 3.4600 -3.4485
5 7 75 4.4294 -4.4303
7 6 73 5.2536 -5.2789
11 5 86 6.4999 -6.5918
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p = 18061

1505 nodes 31 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 26 2.8182 -2.8188
3 10 89 3.4307 -3.4530
5 7 90 4.4148 -4.4440
7 5 44 5.2437 -5.2899
11 5 186 6.5195 -6.5386
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p = 18077

1507 nodes 55 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 39 2.8274 -2.8234
3 10 79 3.4587 -3.4412
5 7 29 4.4439 -4.4553
7 6 169 5.1905 -5.2910
11 5 123 6.6290 -6.5494
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p = 18089

1508 nodes 72 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 23 2.8146 -2.8200
3 10 37 3.4426 -3.4528
5 7 31 4.4256 -4.4558
7 6 131 5.2857 -5.2632
11 5 81 6.6192 -6.5496
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p = 18097

1508 nodes 34 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 42 2.8209 -2.8087
3 9 81 3.4526 -3.4562
5 6 85 4.4581 -4.4671
7 6 74 5.2011 -5.2686
11 5 76 6.5772 -6.6267
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p = 18119

1511 nodes 205 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 15 2.8252 -2.8170
3 10 29 3.4554 -3.4580
5 7 51 4.4463 -4.4017
7 6 76 5.2629 -5.2879
11 5 73 6.5747 -6.5743
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p = 18121

1510 nodes 62 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 47 2.8243 -2.8162
3 10 32 3.4557 -3.4526
5 6 51 4.4588 -4.4329
7 5 73 5.2595 -5.2361
11 5 145 6.6261 -6.5963
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p = 18127

1511 nodes 39 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 52 2.8196 -2.8196
3 10 60 3.4557 -3.4578
5 7 133 4.4577 -4.4111
7 6 55 5.2151 -5.2477
11 5 85 6.5920 -6.6310
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p = 18131

1512 nodes 114 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 19 2.8154 -2.8258
3 10 32 3.4456 -3.4399
5 7 62 4.4527 -4.4548
7 6 55 5.1908 -5.2900
11 5 40 6.5087 -6.6201
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p = 18133

1511 nodes 27 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 73 2.8233 -2.8220
3 9 75 3.4577 -3.4609
5 7 54 4.4643 -4.4228
7 5 89 5.2141 -5.2500
11 5 221 6.6248 -6.6001
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p = 18143

1513 nodes 107 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 44 2.8231 -2.8254
3 10 30 3.4484 -3.4453
5 7 32 4.4293 -4.4418
7 6 95 5.2870 -5.1919
11 5 43 6.5715 -6.6225
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p = 18149

1513 nodes 93 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 15 2.8206 -2.8201
3 10 63 3.4567 -3.4417
5 7 33 4.4622 -4.4197
7 6 81 5.2725 -5.2863
11 5 148 6.5544 -6.6258
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p = 18169

1514 nodes 34 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 38 2.8140 -2.8216
3 9 51 3.4538 -3.4620
5 6 91 4.4642 -4.4630
7 5 59 5.2782 -5.2589
11 5 117 6.6188 -6.6031
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p = 18181

1515 nodes 31 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 53 2.8195 -2.8256
3 9 64 3.4324 -3.4611
5 6 78 4.4037 -4.4279
7 6 43 5.2842 -5.2533
11 5 173 6.6110 -6.5261
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p = 18191

1517 nodes 213 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 16 2.8115 -2.8263
3 10 29 3.4284 -3.4559
5 7 31 4.4615 -4.4674
7 6 46 5.2795 -5.2127
11 5 63 6.5919 -6.5797
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p = 18199

1517 nodes 91 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 49 2.8236 -2.8241
3 9 24 3.4373 -3.4484
5 7 68 4.4452 -4.4207
7 6 31 5.2867 -5.2452
11 5 105 6.6203 -6.6260
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p = 18211

1518 nodes 50 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 31 2.8253 -2.8251
3 9 40 3.4511 -3.4437
5 7 173 4.4220 -4.4374
7 6 36 5.2585 -5.2811
11 5 128 6.6113 -6.5761
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p = 18217

1518 nodes 28 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 51 2.8178 -2.8253
3 9 43 3.4459 -3.4507
5 7 67 4.4502 -4.4626
7 5 117 5.2707 -5.2831
11 5 142 6.5757 -6.6201
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p = 18223

1519 nodes 69 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 44 2.8242 -2.8066
3 9 54 3.4502 -3.4588
5 7 102 4.4296 -4.4404
7 6 41 5.2410 -5.2749
11 5 64 6.5773 -6.6150
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p = 18229

1519 nodes 41 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 28 2.8186 -2.8186
3 9 87 3.4285 -3.4548
5 7 93 4.4107 -4.4297
7 5 43 5.2831 -5.2169
11 5 232 6.5156 -6.6014
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p = 18233

1520 nodes 66 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 35 2.8226 -2.8232
3 10 59 3.4566 -3.4403
5 7 33 4.4261 -4.4437
7 6 188 5.2378 -5.2442
11 5 75 6.5667 -6.6164
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p = 18251

1522 nodes 102 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 13 2.8197 -2.8242
3 10 47 3.4525 -3.4564
5 7 77 4.4689 -4.4276
7 6 67 5.2889 -5.2725
11 5 55 6.6167 -6.6111
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p = 18253

1521 nodes 21 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 50 2.8129 -2.8175
3 9 118 3.4587 -3.4519
5 6 67 4.4621 -4.4623
7 5 69 5.2112 -5.2512
11 5 159 6.6217 -6.5597
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p = 18257

1522 nodes 44 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 24 2.8254 -2.8215
3 10 62 3.4526 -3.4537
5 7 45 4.4424 -4.4681
7 6 211 5.2702 -5.2767
11 5 52 6.5857 -6.6107
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p = 18269

1523 nodes 103 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 17 2.8200 -2.8256
3 10 60 3.4305 -3.4624
5 7 27 4.4363 -4.4427
7 6 96 5.2548 -5.2647
11 5 141 6.5755 -6.5899
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p = 18287

1525 nodes 111 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 26 2.8225 -2.8264
3 10 46 3.4512 -3.4451
5 7 36 4.4647 -4.4397
7 6 87 5.1995 -5.2785
11 5 48 6.6231 -6.6114
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p = 18289

1524 nodes 36 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 45 2.8189 -2.8260
3 9 43 3.4436 -3.4586
5 6 75 4.4078 -4.4106
7 5 83 5.2889 -5.2698
11 5 225 6.6164 -6.6224
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p = 18301

1525 nodes 53 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 36 2.8227 -2.8260
3 9 57 3.4489 -3.4498
5 7 63 4.4532 -4.4373
7 6 37 5.2646 -5.2064
11 5 243 6.5808 -6.5898
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p = 18307

1526 nodes 34 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 60 2.8234 -2.8254
3 9 46 3.4470 -3.4579
5 7 135 4.4240 -4.4515
7 5 52 5.2724 -5.2669
11 5 68 6.5786 -6.6037
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p = 18311

1527 nodes 195 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 21 2.8221 -2.8096
3 10 21 3.4473 -3.4538
5 7 47 4.4482 -4.4559
7 6 64 5.2283 -5.2497
11 5 71 6.6047 -6.5802
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p = 18313

1526 nodes 24 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 62 2.8273 -2.8229
3 9 82 3.4356 -3.4635
5 6 67 4.4501 -4.4572
7 5 102 5.2706 -5.2614
11 5 79 6.5722 -6.5661
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p = 18329

1528 nodes 100 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 20 2.8205 -2.8242
3 10 41 3.4579 -3.4357
5 7 29 4.4518 -4.4642
7 6 139 5.1855 -5.2585
11 5 83 6.5801 -6.5680
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p = 18341

1529 nodes 63 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 23 2.8261 -2.8189
3 9 72 3.4461 -3.4492
5 7 33 4.4430 -4.4574
7 6 93 5.2461 -5.2393
11 5 96 6.5846 -6.5721
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p = 18353

1530 nodes 60 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 29 2.8220 -2.8275
3 10 60 3.4596 -3.4582
5 7 26 4.4475 -4.4634
7 6 232 5.2675 -5.2385
11 5 67 6.5386 -6.6021
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p = 18367

1531 nodes 59 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 61 2.8244 -2.8255
3 9 35 3.4381 -3.4598
5 7 119 4.4387 -4.4504
7 6 63 5.2280 -5.1759
11 5 130 6.5871 -6.6078
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p = 18371

1532 nodes 90 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 30 2.8092 -2.8159
3 10 30 3.4542 -3.4516
5 7 50 4.4063 -4.4503
7 6 70 5.2440 -5.2774
11 5 76 6.5293 -6.5831
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