21433 – 22381

This page contains computed data for the graphs \(\Gamma_1(\cdot;21433)\) through \(\Gamma_1(\cdot;22381)\). You can read about the displayed information in the glossary.

21433 / 21467 / 21481 / 21487 / 21491 / 21493 / 21499 / 21503 / 21517 / 21521 / 21523 / 21529 / 21557 / 21559 / 21563 / 21569 / 21577 / 21587 / 21589 / 21599 / 21601 / 21611 / 21613 / 21617 / 21647 / 21649 / 21661 / 21673 / 21683 / 21701 / 21713 / 21727 / 21737 / 21739 / 21751 / 21757 / 21767 / 21773 / 21787 / 21799 / 21803 / 21817 / 21821 / 21839 / 21841 / 21851 / 21859 / 21863 / 21871 / 21881 / 21893 / 21911 / 21929 / 21937 / 21943 / 21961 / 21977 / 21991 / 21997 / 22003 / 22013 / 22027 / 22031 / 22037 / 22039 / 22051 / 22063 / 22067 / 22073 / 22079 / 22091 / 22093 / 22109 / 22111 / 22123 / 22129 / 22133 / 22147 / 22153 / 22157 / 22159 / 22171 / 22189 / 22193 / 22229 / 22247 / 22259 / 22271 / 22273 / 22277 / 22279 / 22283 / 22291 / 22303 / 22307 / 22343 / 22349 / 22367 / 22369 / 22381 /

p = 21433

1786 nodes 38 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 88 2.8238 -2.8251
3 9 59 3.4338 -3.4468
5 7 57 4.4543 -4.4289
7 6 80 5.2794 -5.2613
11 5 129 6.5948 -6.6198
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p = 21467

1790 nodes 114 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 29 2.8217 -2.8127
3 10 49 3.4515 -3.4611
5 7 65 4.4571 -4.4110
7 6 102 5.2327 -5.2572
11 5 41 6.5557 -6.6014
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p = 21481

1790 nodes 42 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 61 2.8227 -2.8179
3 9 44 3.4516 -3.4622
5 7 59 4.4508 -4.4373
7 6 92 5.2847 -5.2780
11 5 226 6.6098 -6.6004
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p = 21487

1791 nodes 41 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 70 2.8178 -2.8096
3 9 61 3.4551 -3.4506
5 7 84 4.4504 -4.4624
7 6 56 5.2278 -5.2662
11 5 82 6.6058 -6.5892
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p = 21491

1792 nodes 90 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 15 2.8206 -2.8172
3 10 33 3.4590 -3.4429
5 7 115 4.4471 -4.4625
7 6 65 5.2803 -5.2636
11 5 86 6.6164 -6.5724
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p = 21493

1791 nodes 41 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 56 2.8184 -2.8178
3 10 114 3.4575 -3.4576
5 7 66 4.4416 -4.4506
7 6 64 5.2539 -5.2420
11 5 190 6.5945 -6.5053
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p = 21499

1792 nodes 50 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 34 2.8201 -2.8248
3 10 47 3.4628 -3.4450
5 7 148 4.4630 -4.4319
7 6 36 5.2656 -5.2518
11 5 120 6.6241 -6.5198
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p = 21503

1793 nodes 147 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 36 2.8173 -2.8073
3 10 40 3.4613 -3.4520
5 7 31 4.4472 -4.4636
7 6 85 5.2716 -5.2614
11 5 56 6.5949 -6.5373
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p = 21517

1793 nodes 27 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 86 2.8125 -2.8226
3 9 69 3.4452 -3.4561
5 7 84 4.4348 -4.4615
7 6 97 5.2529 -5.2590
11 5 216 6.5606 -6.6048
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p = 21521

1794 nodes 84 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 29 2.8205 -2.8234
3 10 29 3.4625 -3.4411
5 7 37 4.4465 -4.4481
7 6 159 5.2481 -5.2333
11 5 131 6.5903 -6.5602
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p = 21523

1794 nodes 50 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 71 2.8279 -2.8257
3 10 42 3.4595 -3.4505
5 7 161 4.4287 -4.4702
7 6 59 5.2763 -5.2682
11 5 112 6.5373 -6.5772
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p = 21529

1794 nodes 46 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 28 2.8186 -2.8276
3 10 51 3.4593 -3.4469
5 7 112 4.4379 -4.4585
7 6 61 5.2444 -5.2599
11 5 190 6.6021 -6.5804
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p = 21557

1797 nodes 57 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 30 2.8097 -2.8173
3 10 129 3.4511 -3.4497
5 7 47 4.4235 -4.4703
7 6 111 5.2458 -5.2497
11 5 68 6.5951 -6.6138
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p = 21559

1797 nodes 99 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 43 2.8142 -2.8258
3 10 33 3.4504 -3.4505
5 7 112 4.4488 -4.4308
7 6 42 5.2251 -5.2081
11 5 202 6.5704 -6.5899
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p = 21563

1798 nodes 66 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 31 2.8263 -2.8160
3 11 42 3.4427 -3.4357
5 7 64 4.4576 -4.4534
7 6 119 5.2716 -5.2754
11 5 62 6.5735 -6.6111
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p = 21569

1798 nodes 68 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 24 2.8225 -2.8161
3 10 41 3.4444 -3.4557
5 7 45 4.4517 -4.4257
7 6 179 5.2325 -5.2662
11 5 70 6.5282 -6.6092
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p = 21577

1798 nodes 46 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 46 2.8257 -2.8216
3 9 54 3.4544 -3.4493
5 7 72 4.4289 -4.4535
7 6 98 5.2526 -5.2542
11 5 153 6.5388 -6.5905
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p = 21587

1800 nodes 74 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 36 2.8254 -2.8229
3 10 34 3.4450 -3.4562
5 7 77 4.4684 -4.4574
7 6 157 5.2866 -5.2686
11 5 73 6.5892 -6.6238
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p = 21589

1799 nodes 51 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 35 2.8277 -2.8162
3 10 87 3.4581 -3.4355
5 7 91 4.4643 -4.4066
7 6 36 5.2721 -5.2418
11 5 141 6.6253 -6.6065
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p = 21599

1801 nodes 179 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 17 2.8176 -2.8273
3 10 33 3.4555 -3.4479
5 7 74 4.4471 -4.4529
7 6 83 5.2555 -5.2764
11 5 64 6.5951 -6.5442
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p = 21601

1800 nodes 40 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 41 2.8164 -2.8244
3 10 39 3.4456 -3.4473
5 7 87 4.4641 -4.4587
7 6 81 5.2748 -5.2250
11 5 238 6.5988 -6.5846
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p = 21611

1802 nodes 126 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 19 2.8195 -2.8269
3 10 37 3.4572 -3.4409
5 7 95 4.4333 -4.4121
7 6 79 5.2317 -5.2677
11 5 61 6.5365 -6.6107
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p = 21613

1801 nodes 21 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 58 2.8210 -2.8200
3 9 94 3.4372 -3.4605
5 7 96 4.4239 -4.4181
7 6 107 5.2499 -5.2671
11 5 204 6.5824 -6.5454
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p = 21617

1802 nodes 58 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 27 2.8171 -2.8192
3 10 90 3.4363 -3.4332
5 7 50 4.4549 -4.4435
7 6 228 5.2701 -5.2508
11 5 62 6.6112 -6.5666
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p = 21647

1805 nodes 123 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 32 2.8207 -2.8225
3 11 41 3.4387 -3.4387
5 7 59 4.4298 -4.4582
7 6 102 5.2520 -5.2580
11 5 64 6.6216 -6.5676
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p = 21649

1804 nodes 62 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 54 2.8131 -2.8208
3 9 32 3.4610 -3.4429
5 7 57 4.3908 -4.4578
7 6 73 5.2322 -5.2517
11 5 209 6.5998 -6.5840
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p = 21661

1805 nodes 55 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 37 2.8151 -2.8204
3 9 71 3.4425 -3.4623
5 7 62 4.4696 -4.4232
7 6 49 5.2368 -5.2292
11 5 304 6.6152 -6.6314
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p = 21673

1806 nodes 22 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 69 2.8156 -2.8223
3 9 58 3.4580 -3.4576
5 7 75 4.4388 -4.4619
7 6 122 5.2506 -5.2390
11 5 117 6.6084 -6.6205
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p = 21683

1808 nodes 90 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 25 2.8182 -2.8195
3 10 74 3.4509 -3.4486
5 7 71 4.4649 -4.4531
7 6 95 5.2829 -5.2597
11 5 36 6.6080 -6.6123
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p = 21701

1809 nodes 79 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 17 2.8185 -2.8173
3 10 60 3.4496 -3.4360
5 7 39 4.4520 -4.4350
7 6 100 5.2521 -5.2263
11 5 125 6.6111 -6.5922
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p = 21713

1810 nodes 84 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 29 2.8166 -2.8163
3 10 63 3.4361 -3.4536
5 7 33 4.4583 -4.4562
7 6 196 5.2461 -5.2117
11 5 65 6.5866 -6.6020
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p = 21727

1811 nodes 95 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 69 2.8225 -2.8226
3 10 43 3.4618 -3.4483
5 7 80 4.4487 -4.4299
7 6 50 5.2739 -5.2488
11 5 100 6.5114 -6.5650
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p = 21737

1812 nodes 48 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 27 2.8219 -2.8217
3 10 75 3.4499 -3.4435
5 7 45 4.4316 -4.4500
7 6 247 5.2735 -5.2592
11 5 59 6.5448 -6.6109
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p = 21739

1812 nodes 50 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 38 2.8144 -2.8210
3 9 33 3.4539 -3.4568
5 7 153 4.4638 -4.4699
7 6 39 5.2643 -5.2874
11 5 128 6.5677 -6.6262
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p = 21751

1813 nodes 67 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 38 2.8158 -2.8258
3 9 26 3.4591 -3.4551
5 7 132 4.4042 -4.4245
7 6 45 5.2819 -5.2796
11 5 114 6.6166 -6.5974
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p = 21757

1813 nodes 29 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 50 2.8191 -2.8177
3 10 125 3.4595 -3.4477
5 7 114 4.4591 -4.4677
7 6 85 5.2750 -5.2703
11 5 162 6.5906 -6.5835
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p = 21767

1815 nodes 75 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 26 2.8253 -2.8223
3 10 51 3.4587 -3.4534
5 7 66 4.4689 -4.4450
7 6 148 5.2742 -5.2508
11 5 54 6.5865 -6.6142
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p = 21773

1815 nodes 77 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 48 2.8269 -2.8245
3 10 55 3.4541 -3.4582
5 7 41 4.4592 -4.4223
7 6 166 5.2301 -5.1984
11 5 81 6.5641 -6.5958
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p = 21787

1816 nodes 50 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 54 2.8188 -2.8277
3 10 46 3.4568 -3.4600
5 7 142 4.4676 -4.4407
7 6 47 5.2476 -5.2803
11 5 123 6.6306 -6.5602
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p = 21799

1817 nodes 69 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 30 2.8217 -2.8267
3 9 39 3.4483 -3.4631
5 7 158 4.4534 -4.4612
7 6 48 5.2673 -5.2544
11 5 124 6.5419 -6.4843
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p = 21803

1818 nodes 102 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 40 2.8160 -2.8185
3 10 32 3.4411 -3.4465
5 7 61 4.4472 -4.4520
7 6 117 5.2230 -5.2514
11 5 55 6.5667 -6.5841
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p = 21817

1818 nodes 28 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 73 2.8246 -2.8243
3 9 51 3.4291 -3.4469
5 7 66 4.4275 -4.4679
7 6 128 5.2304 -5.2388
11 5 127 6.5800 -6.5847
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p = 21821

1819 nodes 87 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 18 2.8185 -2.8193
3 10 87 3.4625 -3.4632
5 7 48 4.4413 -4.4529
7 6 95 5.2794 -5.2600
11 5 117 6.5980 -6.6228
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p = 21839

1821 nodes 195 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 24 2.8267 -2.8228
3 10 28 3.4535 -3.4616
5 7 44 4.4630 -4.4547
7 6 91 5.2717 -5.2709
11 5 81 6.6048 -6.6172
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p = 21841

1820 nodes 60 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 34 2.8196 -2.8215
3 9 59 3.4592 -3.4630
5 7 99 4.4382 -4.4589
7 6 71 5.2473 -5.2331
11 5 124 6.5990 -6.5571
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p = 21851

1822 nodes 78 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 23 2.8241 -2.8220
3 10 34 3.4540 -3.4436
5 7 85 4.4474 -4.4598
7 6 96 5.2547 -5.2776
11 5 78 6.5578 -6.5889
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p = 21859

1822 nodes 50 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 46 2.8276 -2.8224
3 10 34 3.4522 -3.4516
5 7 169 4.4267 -4.4525
7 6 38 5.2558 -5.2448
11 5 177 6.5977 -6.5842
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p = 21863

1823 nodes 133 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 20 2.8235 -2.8261
3 10 66 3.4288 -3.4444
5 7 66 4.4691 -4.4507
7 6 81 5.2488 -5.2567
11 5 40 6.6283 -6.5081
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p = 21871

1823 nodes 103 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 54 2.8229 -2.8222
3 10 22 3.4506 -3.4613
5 7 71 4.4489 -4.4681
7 6 46 5.2572 -5.2118
11 5 178 6.5624 -6.5705
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p = 21881

1824 nodes 112 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 26 2.8175 -2.8269
3 10 32 3.4515 -3.4576
5 7 42 4.4171 -4.4080
7 6 151 5.2487 -5.2635
11 5 116 6.5761 -6.5808
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p = 21893

1825 nodes 45 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 28 2.8174 -2.8185
3 11 134 3.4511 -3.4619
5 7 36 4.4426 -4.4471
7 6 145 5.2560 -5.2737
11 5 72 6.6185 -6.6100
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p = 21911

1827 nodes 165 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 20 2.8201 -2.8213
3 10 37 3.4455 -3.4572
5 7 55 4.4702 -4.4624
7 6 63 5.2665 -5.2747
11 5 59 6.6051 -6.5912
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p = 21929

1828 nodes 128 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 22 2.8162 -2.8256
3 10 32 3.4564 -3.4472
5 7 36 4.4430 -4.4516
7 6 159 5.2910 -5.2546
11 5 107 6.6141 -6.6064
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p = 21937

1828 nodes 30 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 81 2.8229 -2.8238
3 9 51 3.4476 -3.4519
5 7 64 4.4669 -4.4689
7 6 135 5.2523 -5.2702
11 5 157 6.6025 -6.5755
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p = 21943

1829 nodes 67 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 84 2.8236 -2.8270
3 10 40 3.4417 -3.4544
5 7 79 4.4602 -4.4494
7 6 52 5.2132 -5.2546
11 5 93 6.5947 -6.5973
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p = 21961

1830 nodes 34 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 44 2.8269 -2.8226
3 9 64 3.4451 -3.4388
5 7 89 4.4285 -4.4459
7 6 63 5.2648 -5.2670
11 5 129 6.5871 -6.5817
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p = 21977

1832 nodes 54 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 30 2.8258 -2.8123
3 10 58 3.4472 -3.4329
5 7 62 4.4225 -4.4487
7 6 231 5.2492 -5.2872
11 5 63 6.6073 -6.6205
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p = 21991

1833 nodes 81 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 30 2.8261 -2.8228
3 9 31 3.4579 -3.4521
5 7 169 4.4447 -4.4545
7 6 49 5.2867 -5.2744
11 5 149 6.5353 -6.5234
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p = 21997

1833 nodes 37 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 65 2.8243 -2.8282
3 10 94 3.4530 -3.4405
5 7 74 4.4691 -4.4389
7 6 58 5.2461 -5.2808
11 5 214 6.6121 -6.5915
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p = 22003

1834 nodes 30 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 65 2.8248 -2.8271
3 9 62 3.4450 -3.4274
5 7 166 4.4581 -4.4360
7 6 70 5.2675 -5.2681
11 5 96 6.6071 -6.6045
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p = 22013

1835 nodes 75 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 16 35 2.8236 -2.8237
3 10 98 3.4557 -3.4568
5 7 31 4.3871 -4.4502
7 6 120 5.2583 -5.2729
11 5 83 6.5901 -6.5553
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p = 22027

1836 nodes 42 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 88 2.8253 -2.8271
3 9 41 3.4429 -3.4565
5 7 145 4.4596 -4.4653
7 6 77 5.2604 -5.2403
11 5 105 6.6158 -6.6312
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p = 22031

1837 nodes 183 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 19 2.8259 -2.8218
3 10 38 3.4272 -3.4513
5 7 48 4.4389 -4.4518
7 6 83 5.2379 -5.2833
11 5 50 6.6147 -6.5580
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p = 22037

1837 nodes 41 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 34 2.8261 -2.8257
3 10 106 3.4527 -3.4548
5 7 51 4.4309 -4.4249
7 6 181 5.2395 -5.2756
11 5 91 6.5987 -6.5921
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p = 22039

1837 nodes 127 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 35 2.8266 -2.8236
3 10 33 3.4437 -3.4627
5 7 104 4.4596 -4.4508
7 6 42 5.2050 -5.2578
11 5 138 6.5190 -6.6095
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p = 22051

1838 nodes 58 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 35 2.8280 -2.8258
3 9 56 3.4609 -3.4536
5 7 146 4.4497 -4.4459
7 6 28 5.2830 -5.2753
11 5 108 6.6151 -6.5934
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p = 22063

1839 nodes 73 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 67 2.8244 -2.8193
3 9 43 3.4359 -3.4401
5 7 120 4.4682 -4.4611
7 6 70 5.2409 -5.2641
11 5 96 6.5694 -6.5588
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p = 22067

1840 nodes 90 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 16 48 2.8108 -2.8129
3 10 32 3.4437 -3.4357
5 7 69 4.4342 -4.4601
7 6 111 5.2854 -5.2579
11 5 61 6.6127 -6.6162
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p = 22073

1840 nodes 64 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 19 2.8248 -2.8247
3 10 94 3.4426 -3.4573
5 7 47 4.4524 -4.4367
7 6 222 5.2616 -5.2788
11 5 60 6.5698 -6.5624
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p = 22079

1841 nodes 165 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 19 2.8239 -2.8150
3 10 45 3.4564 -3.4456
5 7 59 4.4390 -4.4243
7 6 57 5.2789 -5.2486
11 5 62 6.5808 -6.6283
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p = 22091

1842 nodes 158 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 20 2.8113 -2.8269
3 10 26 3.4349 -3.4488
5 7 49 4.4334 -4.4574
7 6 65 5.2531 -5.2463
11 5 76 6.6207 -6.6284
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p = 22093

1841 nodes 21 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 48 2.8182 -2.8230
3 9 90 3.4411 -3.4393
5 7 102 4.4709 -4.4034
7 6 115 5.2842 -5.2608
11 5 212 6.5864 -6.5816
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p = 22109

1843 nodes 133 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 20 2.8266 -2.8179
3 10 55 3.4550 -3.4486
5 7 40 4.4668 -4.4583
7 6 71 5.2601 -5.2190
11 5 134 6.5650 -6.6203
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p = 22111

1843 nodes 79 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 48 2.8252 -2.8187
3 10 22 3.4487 -3.4536
5 7 110 4.4416 -4.4502
7 6 53 5.2253 -5.2527
11 5 205 6.5953 -6.5979
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p = 22123

1844 nodes 54 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 59 2.8201 -2.8264
3 10 68 3.4470 -3.4369
5 7 127 4.4555 -4.4494
7 6 49 5.2081 -5.2247
11 5 89 6.5952 -6.5867
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p = 22129

1844 nodes 42 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 27 2.8235 -2.8266
3 9 59 3.4497 -3.4399
5 7 98 4.4526 -4.4357
7 6 85 5.2740 -5.2818
11 5 185 6.5911 -6.5840
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p = 22133

1845 nodes 65 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 49 2.8222 -2.8218
3 10 81 3.4565 -3.4541
5 7 30 4.4651 -4.4011
7 6 184 5.2360 -5.2455
11 5 91 6.5487 -6.6272
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p = 22147

1846 nodes 54 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 86 2.8257 -2.8220
3 9 39 3.4369 -3.4308
5 7 127 4.4625 -4.4545
7 6 72 5.2675 -5.2788
11 5 114 6.6132 -6.6200
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p = 22153

1846 nodes 40 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 53 2.8189 -2.8225
3 10 58 3.4336 -3.4488
5 7 60 4.4498 -4.4424
7 6 90 5.2765 -5.2356
11 5 172 6.6139 -6.5922
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p = 22157

1847 nodes 49 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 29 2.8161 -2.8208
3 10 92 3.4548 -3.4517
5 7 56 4.4277 -4.4595
7 6 211 5.2747 -5.2768
11 5 105 6.6018 -6.6150
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p = 22159

1847 nodes 65 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 53 2.8245 -2.8217
3 10 42 3.4525 -3.4553
5 7 97 4.4455 -4.4513
7 6 40 5.2435 -5.2150
11 5 119 6.5923 -6.5015
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p = 22171

1848 nodes 46 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 37 2.8206 -2.8211
3 10 38 3.4467 -3.4635
5 7 204 4.4712 -4.4629
7 6 36 5.2714 -5.2753
11 5 126 6.6016 -6.6169
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p = 22189

1849 nodes 63 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 61 2.8277 -2.8254
3 9 59 3.4586 -3.4473
5 7 71 4.4692 -4.4375
7 6 44 5.2711 -5.2427
11 5 257 6.6277 -6.5429
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p = 22193

1850 nodes 70 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 42 2.8197 -2.8242
3 10 71 3.4358 -3.4589
5 7 30 4.4476 -4.4414
7 6 174 5.2592 -5.2610
11 5 82 6.6093 -6.5997
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p = 22229

1853 nodes 75 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 17 2.8185 -2.8210
3 10 90 3.4377 -3.4592
5 7 43 4.4486 -4.4498
7 6 91 5.2681 -5.2616
11 5 118 6.5875 -6.5886
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p = 22247

1855 nodes 89 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 24 2.8179 -2.8204
3 10 57 3.4450 -3.4575
5 7 48 4.4506 -4.4599
7 6 120 5.2545 -5.2721
11 5 40 6.6035 -6.6019
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p = 22259

1856 nodes 158 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 17 2.8248 -2.8246
3 10 27 3.4488 -3.4407
5 7 78 4.4353 -4.4626
7 6 73 5.2576 -5.2722
11 5 97 6.5365 -6.6089
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p = 22271

1857 nodes 191 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 19 2.8229 -2.8197
3 10 31 3.4526 -3.4528
5 7 62 4.4587 -4.4462
7 6 77 5.2639 -5.2681
11 5 58 6.6262 -6.5705
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p = 22273

1856 nodes 30 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 67 2.8216 -2.8247
3 9 55 3.4538 -3.4451
5 7 66 4.4664 -4.4316
7 6 128 5.2396 -5.2884
11 5 149 6.5701 -6.6010
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p = 22277

1857 nodes 65 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 27 2.8235 -2.8220
3 10 102 3.4531 -3.4475
5 7 35 4.4626 -4.4339
7 6 161 5.2497 -5.2770
11 5 129 6.5812 -6.6164
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p = 22279

1857 nodes 113 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 61 2.8270 -2.8213
3 10 28 3.4612 -3.4470
5 7 76 4.4624 -4.4689
7 6 35 5.2653 -5.2531
11 5 112 6.6007 -6.5710
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p = 22283

1858 nodes 94 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 27 2.8179 -2.8265
3 10 74 3.4511 -3.4617
5 7 76 4.4480 -4.4553
7 6 95 5.2562 -5.2872
11 5 37 6.5700 -6.5545
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p = 22291

1858 nodes 54 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 59 2.8274 -2.8246
3 10 33 3.4583 -3.4548
5 7 90 4.4395 -4.4485
7 6 38 5.2474 -5.2567
11 5 139 6.5871 -6.6233
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p = 22303

1859 nodes 43 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 62 2.8213 -2.8192
3 9 50 3.4313 -3.4610
5 7 122 4.4247 -4.4488
7 6 47 5.2703 -5.2517
11 5 93 6.5257 -6.5771
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p = 22307

1860 nodes 114 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 24 2.8118 -2.8237
3 10 65 3.4595 -3.4534
5 7 61 4.4614 -4.4401
7 6 79 5.2704 -5.2211
11 5 50 6.5648 -6.6250
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p = 22343

1863 nodes 171 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 29 2.8258 -2.8264
3 10 39 3.4538 -3.4577
5 7 54 4.4424 -4.4615
7 6 91 5.2589 -5.2579
11 5 50 6.6065 -6.5943
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p = 22349

1863 nodes 103 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 21 2.8202 -2.8258
3 10 57 3.4456 -3.4444
5 7 41 4.4353 -4.4557
7 6 116 5.2186 -5.2612
11 5 192 6.5988 -6.5817
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p = 22367

1865 nodes 69 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 31 2.8173 -2.8125
3 10 61 3.4429 -3.4612
5 7 55 4.4617 -4.4496
7 6 133 5.2673 -5.2762
11 5 48 6.6098 -6.5667
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p = 22369

1864 nodes 34 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 27 2.8205 -2.8195
3 9 79 3.4598 -3.4629
5 7 85 4.4359 -4.4543
7 6 78 5.2425 -5.2617
11 5 182 6.5631 -6.5959
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p = 22381

1865 nodes 49 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 33 2.8116 -2.8172
3 9 55 3.4411 -3.4495
5 7 121 4.4541 -4.4514
7 6 58 5.2864 -5.2908
11 5 273 6.5224 -6.5751
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