11717 – 12601

This page contains computed data for the graphs \(\Gamma_1(\cdot;11717)\) through \(\Gamma_1(\cdot;12601)\). You can read about the displayed information in the glossary.

11717 / 11719 / 11731 / 11743 / 11777 / 11779 / 11783 / 11789 / 11801 / 11807 / 11813 / 11821 / 11827 / 11831 / 11833 / 11839 / 11863 / 11867 / 11887 / 11897 / 11903 / 11909 / 11923 / 11927 / 11933 / 11939 / 11941 / 11953 / 11959 / 11969 / 11971 / 11981 / 11987 / 12007 / 12011 / 12037 / 12041 / 12043 / 12049 / 12071 / 12073 / 12097 / 12101 / 12107 / 12109 / 12113 / 12119 / 12143 / 12149 / 12157 / 12161 / 12163 / 12197 / 12203 / 12211 / 12227 / 12239 / 12241 / 12251 / 12253 / 12263 / 12269 / 12277 / 12281 / 12289 / 12301 / 12323 / 12329 / 12343 / 12347 / 12373 / 12377 / 12379 / 12391 / 12401 / 12409 / 12413 / 12421 / 12433 / 12437 / 12451 / 12457 / 12473 / 12479 / 12487 / 12491 / 12497 / 12503 / 12511 / 12517 / 12527 / 12539 / 12541 / 12547 / 12553 / 12569 / 12577 / 12583 / 12589 / 12601 /

p = 11717

977 nodes 73 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 21 2.8271 -2.8249
3 9 66 3.4465 -3.4585
5 6 22 4.4581 -4.4397
7 6 91 5.2624 -5.2871
11 5 59 6.5756 -6.5651
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p = 11719

977 nodes 41 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 24 2.8145 -2.8226
3 9 24 3.4466 -3.4546
5 7 87 4.4326 -4.4104
7 5 40 5.2172 -5.2752
11 4 121 6.5396 -6.5664
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p = 11731

978 nodes 42 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 46 2.8202 -2.8254
3 9 17 3.3993 -3.4456
5 6 109 4.4562 -4.4607
7 5 29 5.2681 -5.2832
11 5 128 6.4809 -6.5950
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p = 11743

979 nodes 39 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 38 2.8130 -2.8152
3 9 52 3.4347 -3.4518
5 7 75 4.4699 -4.4678
7 5 31 5.2796 -5.2427
11 4 52 6.5543 -6.5550
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p = 11777

982 nodes 60 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 23 2.8215 -2.8174
3 10 51 3.4104 -3.4554
5 7 22 4.4174 -4.4500
7 6 112 5.2806 -5.2576
11 5 45 6.6163 -6.5070
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p = 11779

982 nodes 54 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 33 2.8160 -2.8207
3 9 19 3.4537 -3.4486
5 6 87 4.4580 -4.4376
7 5 37 5.2279 -5.2369
11 4 99 6.5397 -6.5760
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p = 11783

983 nodes 95 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 22 2.8082 -2.8201
3 10 34 3.4400 -3.4310
5 7 53 4.4596 -4.4161
7 6 86 5.2666 -5.2126
11 5 27 6.6051 -6.6067
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p = 11789

983 nodes 49 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 15 2.8248 -2.8067
3 9 59 3.4554 -3.4261
5 7 30 4.4124 -4.4564
7 6 59 5.2842 -5.2512
11 5 89 6.5734 -6.5530
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p = 11801

984 nodes 70 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 17 2.8212 -2.8174
3 9 25 3.4378 -3.4429
5 7 23 4.4625 -4.3990
7 6 115 5.2481 -5.2056
11 5 90 6.5749 -6.5975
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p = 11807

985 nodes 113 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 28 2.8136 -2.8158
3 10 28 3.4337 -3.4349
5 7 31 4.4498 -4.4518
7 6 90 5.2395 -5.2685
11 5 28 6.6071 -6.6009
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p = 11813

985 nodes 49 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 16 2.8222 -2.8025
3 9 95 3.4525 -3.4545
5 7 30 4.4319 -4.4413
7 6 86 5.2236 -5.2100
11 5 59 6.5926 -6.5668
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p = 11821

985 nodes 43 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 25 2.8167 -2.8180
3 9 57 3.4505 -3.4452
5 6 49 4.4407 -4.4376
7 5 28 5.2608 -5.1810
11 5 223 6.6139 -6.5790
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p = 11827

986 nodes 26 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 36 2.8207 -2.8222
3 9 59 3.4559 -3.4591
5 6 125 4.4423 -4.4292
7 5 33 5.2571 -5.1846
11 4 49 6.6090 -6.5347
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p = 11831

987 nodes 139 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 10 2.8167 -2.8155
3 9 27 3.4409 -3.4476
5 7 47 4.3889 -4.4127
7 6 43 5.2086 -5.2147
11 5 40 6.5761 -6.4672
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p = 11833

986 nodes 40 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 43 2.8162 -2.8227
3 9 46 3.4573 -3.4458
5 6 54 4.4589 -4.4629
7 5 63 5.2436 -5.2427
11 5 83 6.5932 -6.5682
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p = 11839

987 nodes 61 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 23 2.8223 -2.8268
3 9 30 3.4496 -3.4548
5 7 88 4.4366 -4.4173
7 5 28 5.2495 -5.2791
11 5 87 6.5061 -6.6315
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p = 11863

989 nodes 31 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 64 2.8215 -2.8142
3 9 30 3.4466 -3.4538
5 7 62 4.4660 -4.4043
7 5 57 5.2607 -5.2519
11 4 90 6.5298 -6.5774
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p = 11867

990 nodes 50 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 28 2.8207 -2.8164
3 10 37 3.4561 -3.4289
5 7 49 4.4304 -4.4197
7 6 81 5.2666 -5.2360
11 5 27 6.6211 -6.5771
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p = 11887

991 nodes 47 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 40 2.8122 -2.8201
3 9 40 3.4473 -3.4566
5 7 77 4.4442 -4.4577
7 5 43 5.2579 -5.2667
11 4 75 6.5714 -6.5542
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p = 11897

992 nodes 40 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 15 2.8128 -2.8104
3 10 46 3.4476 -3.4413
5 6 46 4.4121 -4.4608
7 6 179 5.2276 -5.2358
11 5 50 6.5889 -6.5979
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p = 11903

993 nodes 81 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 28 2.8259 -2.8157
3 10 30 3.4242 -3.4597
5 7 36 4.4599 -4.4610
7 6 109 5.2786 -5.2555
11 5 41 6.5531 -6.5987
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p = 11909

993 nodes 69 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 10 2.8203 -2.8266
3 9 61 3.4440 -3.4407
5 7 38 4.4199 -4.4534
7 5 54 5.2651 -5.1834
11 5 92 6.5131 -6.6155
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p = 11923

994 nodes 26 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 30 2.8138 -2.8173
3 9 43 3.4542 -3.4402
5 7 161 4.4584 -4.4646
7 5 45 5.2419 -5.2834
11 4 78 6.6107 -6.5941
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p = 11927

995 nodes 83 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 31 2.8147 -2.8229
3 9 22 3.4455 -3.4349
5 7 43 4.4671 -4.4639
7 6 101 5.2542 -5.1890
11 5 51 6.6024 -6.5667
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p = 11933

995 nodes 49 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 34 2.8261 -2.8245
3 9 59 3.4449 -3.4391
5 7 18 4.4512 -4.4318
7 6 79 5.2756 -5.2488
11 5 56 6.5663 -6.5115
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p = 11939

996 nodes 54 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 14 2.8275 -2.8162
3 9 24 3.4428 -3.4452
5 6 67 4.4390 -4.4264
7 6 68 5.2207 -5.2507
11 5 51 6.4655 -6.5908
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p = 11941

995 nodes 41 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 29 2.8255 -2.8128
3 9 41 3.4497 -3.4620
5 6 68 4.3955 -4.4581
7 5 40 5.2486 -5.2588
11 4 226 6.6071 -6.5817
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p = 11953

996 nodes 22 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 36 2.8207 -2.8262
3 9 45 3.4440 -3.4485
5 6 75 4.4608 -4.4054
7 5 83 5.2540 -5.2774
11 4 88 6.5546 -6.5402
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p = 11959

997 nodes 95 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 33 2.8011 -2.8187
3 9 23 3.4602 -3.4480
5 7 65 4.4560 -4.4001
7 6 20 5.2637 -5.2417
11 4 95 6.4338 -6.6305
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p = 11969

998 nodes 80 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 19 2.8270 -2.8118
3 10 25 3.4448 -3.4525
5 6 21 4.3898 -4.4303
7 6 114 5.2740 -5.2788
11 5 65 6.5872 -6.6076
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p = 11971

998 nodes 30 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 32 2.8170 -2.8126
3 9 29 3.4422 -3.4556
5 7 122 4.4563 -4.3899
7 5 29 5.2863 -5.2513
11 4 89 6.4742 -6.5491
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p = 11981

999 nodes 71 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 16 2.8242 -2.8220
3 10 59 3.4487 -3.4453
5 6 36 4.3950 -4.4359
7 6 55 5.2461 -5.2639
11 5 70 6.5454 -6.5985
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p = 11987

1000 nodes 82 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 22 2.8270 -2.8204
3 10 35 3.4424 -3.4445
5 7 41 4.4102 -4.4540
7 6 74 5.2016 -5.2835
11 5 36 6.5314 -6.4936
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p = 12007

1001 nodes 35 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 31 2.8242 -2.8219
3 9 42 3.4240 -3.4387
5 7 116 4.4488 -4.3944
7 5 54 5.2250 -5.2752
11 5 76 6.5653 -6.5945
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p = 12011

1002 nodes 130 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 15 2.8059 -2.8155
3 10 21 3.4628 -3.4320
5 7 52 4.4494 -4.4324
7 6 41 5.2681 -5.2684
11 5 40 6.5909 -6.6044
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p = 12037

1003 nodes 21 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 39 2.8079 -2.8263
3 9 82 3.4405 -3.4614
5 6 46 4.4135 -4.4102
7 5 57 5.2369 -5.2885
11 4 128 6.5150 -6.4585
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p = 12041

1004 nodes 70 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 10 2.8194 -2.8252
3 10 40 3.4482 -3.4103
5 7 40 4.3832 -4.4618
7 6 120 5.2776 -5.2326
11 5 65 6.6107 -6.5012
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p = 12043

1004 nodes 26 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 68 2.8282 -2.8187
3 9 33 3.4420 -3.4374
5 7 87 4.4389 -4.4008
7 5 42 5.2083 -5.2872
11 5 80 6.5681 -6.6246
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p = 12049

1004 nodes 28 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 40 2.8111 -2.8181
3 9 28 3.4516 -3.4265
5 6 72 4.4361 -4.4121
7 5 62 5.2902 -5.2378
11 4 121 6.6183 -6.5828
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p = 12071

1007 nodes 141 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 23 2.8153 -2.8232
3 10 16 3.4319 -3.4550
5 7 25 4.3918 -4.4094
7 6 64 5.2615 -5.2711
11 5 51 6.6188 -6.5433
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p = 12073

1006 nodes 34 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 32 2.7985 -2.8172
3 9 54 3.4528 -3.4365
5 6 47 4.4200 -4.4533
7 5 85 5.2660 -5.2260
11 4 96 6.5870 -6.6248
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p = 12097

1008 nodes 18 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 32 2.8233 -2.8134
3 9 61 3.4420 -3.4524
5 6 90 4.4515 -4.4331
7 5 90 5.2339 -5.2566
11 4 80 6.4987 -6.5504
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p = 12101

1009 nodes 57 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 19 2.8247 -2.8218
3 9 36 3.4350 -3.4514
5 6 26 4.4682 -4.4446
7 6 89 5.2718 -5.2842
11 5 131 6.4883 -6.5719
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p = 12107

1010 nodes 42 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 18 2.8166 -2.8165
3 9 54 3.4473 -3.4355
5 6 73 4.4481 -4.4261
7 6 76 5.2286 -5.2358
11 5 30 6.6262 -6.5440
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p = 12109

1009 nodes 33 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 40 2.8170 -2.8208
3 9 48 3.4075 -3.4309
5 6 38 4.4201 -4.4229
7 5 47 5.2785 -5.2408
11 4 232 6.6173 -6.5396
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p = 12113

1010 nodes 74 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 24 2.8277 -2.8260
3 9 35 3.4151 -3.4561
5 7 23 4.4517 -4.4645
7 6 127 5.2136 -5.2549
11 5 44 6.5385 -6.5680
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p = 12119

1011 nodes 135 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 14 2.8048 -2.8075
3 11 39 3.4628 -3.4472
5 7 36 4.4486 -4.4433
7 6 41 5.2446 -5.2872
11 5 32 6.5418 -6.5753
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p = 12143

1013 nodes 121 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 22 2.8163 -2.8195
3 10 39 3.4601 -3.4488
5 7 34 4.4596 -4.4494
7 6 69 5.2765 -5.1926
11 4 44 6.5401 -6.6227
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p = 12149

1013 nodes 41 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 16 2.8111 -2.8135
3 9 58 3.4435 -3.4420
5 6 34 4.4374 -4.4371
7 6 94 5.2733 -5.2175
11 5 108 6.5308 -6.5928
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p = 12157

1013 nodes 27 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 56 2.8281 -2.8224
3 9 62 3.4401 -3.4376
5 6 53 4.4125 -4.4236
7 5 46 5.2738 -5.2653
11 4 152 6.5635 -6.5880
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p = 12161

1014 nodes 56 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 14 2.8260 -2.8121
3 9 48 3.4376 -3.4391
5 7 32 4.4144 -4.4538
7 6 97 5.2186 -5.2032
11 5 73 6.6186 -6.5968
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p = 12163

1014 nodes 30 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 41 2.8116 -2.8105
3 9 43 3.4263 -3.4409
5 7 140 4.4280 -4.4446
7 5 42 5.2295 -5.2772
11 4 72 6.6240 -6.5584
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p = 12197

1017 nodes 63 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 28 2.8208 -2.8141
3 9 59 3.4374 -3.4401
5 6 19 4.4398 -4.4076
7 5 81 5.2425 -5.2459
11 5 73 6.6016 -6.5973
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p = 12203

1018 nodes 46 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 17 2.8166 -2.8014
3 9 49 3.4478 -3.4497
5 7 54 4.4457 -4.4216
7 6 91 5.2180 -5.1665
11 5 34 6.6021 -6.5288
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p = 12211

1018 nodes 50 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 36 2.8262 -2.8155
3 9 27 3.4361 -3.4588
5 7 72 4.4597 -4.4516
7 5 30 5.2332 -5.2860
11 5 127 6.5561 -6.5580
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p = 12227

1020 nodes 82 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 30 2.8091 -2.8150
3 10 25 3.4557 -3.4425
5 7 64 4.4476 -4.4514
7 6 69 5.2596 -5.2051
11 5 35 6.5267 -6.5266
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p = 12239

1021 nodes 161 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 14 2.8196 -2.8059
3 9 15 3.4381 -3.4295
5 7 35 4.4404 -4.4586
7 6 54 5.2572 -5.2753
11 5 52 6.5926 -6.5262
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p = 12241

1020 nodes 32 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 53 2.8073 -2.8233
3 9 24 3.4395 -3.4383
5 6 50 4.3992 -4.4486
7 5 45 5.2757 -5.2262
11 4 135 6.5528 -6.5937
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p = 12251

1022 nodes 94 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 11 2.8253 -2.8174
3 10 29 3.4374 -3.4538
5 7 87 4.4666 -4.4354
7 6 67 5.1991 -5.2152
11 5 43 6.5721 -6.4963
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p = 12253

1021 nodes 25 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 61 2.8228 -2.8253
3 9 76 3.4547 -3.4453
5 6 45 4.4252 -4.4433
7 5 55 5.1652 -5.1806
11 4 148 6.5806 -6.5371
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p = 12263

1023 nodes 105 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 19 2.8149 -2.8185
3 9 34 3.4439 -3.4155
5 7 27 4.4699 -4.4666
7 6 95 5.2350 -5.1992
11 5 37 6.6129 -6.5445
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p = 12269

1023 nodes 77 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 18 2.8270 -2.8207
3 10 42 3.4592 -3.4443
5 6 23 4.4637 -4.4342
7 6 72 5.2364 -5.2541
11 5 107 6.5619 -6.4892
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p = 12277

1023 nodes 21 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 56 2.8217 -2.8278
3 9 57 3.4337 -3.4573
5 6 53 4.4192 -4.4390
7 5 68 5.1919 -5.2161
11 4 190 6.6196 -6.5204
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p = 12281

1024 nodes 72 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 16 2.8267 -2.8213
3 10 37 3.4427 -3.4477
5 7 20 4.4137 -4.4653
7 6 99 5.2221 -5.2525
11 5 83 6.5824 -6.6062
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p = 12289

1024 nodes 42 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 23 2.8036 -2.8192
3 9 39 3.4444 -3.4368
5 6 59 4.3770 -4.4534
7 5 53 5.2739 -5.2610
11 5 99 6.5868 -6.5498
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p = 12301

1025 nodes 29 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 27 2.8222 -2.8173
3 9 56 3.4438 -3.4394
5 6 63 4.4270 -4.4282
7 5 34 5.2402 -5.2867
11 4 169 6.4525 -6.6167
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p = 12323

1028 nodes 58 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 30 2.8133 -2.8162
3 9 32 3.4257 -3.4405
5 7 40 4.4041 -4.4351
7 6 60 5.2687 -5.1144
11 5 39 6.6194 -6.5773
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p = 12329

1028 nodes 46 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 20 2.8113 -2.8174
3 9 33 3.4227 -3.4474
5 7 35 4.4438 -4.4152
7 6 131 5.2712 -5.2372
11 5 59 6.6164 -6.4880
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p = 12343

1029 nodes 37 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 53 2.8274 -2.8212
3 9 33 3.4605 -3.4479
5 7 71 4.4580 -4.4493
7 5 45 5.2665 -5.2388
11 5 64 6.5462 -6.5972
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p = 12347

1030 nodes 62 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 26 2.8094 -2.8102
3 10 40 3.4576 -3.4525
5 7 36 4.4557 -4.4056
7 6 90 5.2629 -5.2387
11 5 36 6.6263 -6.5828
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p = 12373

1031 nodes 19 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 42 2.8266 -2.8152
3 9 96 3.4339 -3.4496
5 6 46 4.4550 -4.4572
7 5 46 5.2772 -5.2576
11 4 119 6.5775 -6.6270
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p = 12377

1032 nodes 46 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 18 2.8243 -2.8231
3 9 54 3.4360 -3.4324
5 7 39 4.4401 -4.4276
7 6 136 5.2580 -5.2199
11 5 40 6.5281 -6.5183
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p = 12379

1032 nodes 50 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 29 2.8268 -2.8186
3 9 23 3.4420 -3.4349
5 7 86 4.4531 -4.4507
7 5 30 5.2545 -5.2614
11 4 118 6.5735 -6.5734
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p = 12391

1033 nodes 63 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 36 2.8273 -2.8279
3 9 22 3.4427 -3.4591
5 7 68 4.4335 -4.4462
7 5 33 5.2245 -5.2088
11 5 92 6.5649 -6.4680
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p = 12401

1034 nodes 58 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 13 2.8083 -2.8249
3 9 41 3.4490 -3.4044
5 6 27 4.4429 -4.4271
7 6 114 5.2459 -5.2734
11 5 58 6.5986 -6.6123
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p = 12409

1034 nodes 30 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 43 2.8206 -2.8141
3 9 24 3.4611 -3.4435
5 6 53 4.4150 -4.4184
7 5 64 5.2794 -5.1871
11 5 184 6.5443 -6.5873
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p = 12413

1035 nodes 33 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 25 2.8196 -2.7990
3 9 72 3.4549 -3.4483
5 7 37 4.4395 -4.4212
7 6 137 5.2648 -5.2786
11 5 56 6.5582 -6.6046
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p = 12421

1035 nodes 43 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 30 2.7928 -2.8247
3 9 39 3.4440 -3.4606
5 6 73 4.4647 -4.4319
7 5 51 5.2332 -5.2668
11 5 244 6.6211 -6.5823
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p = 12433

1036 nodes 14 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 46 2.8074 -2.8246
3 9 58 3.4487 -3.4464
5 6 67 4.3942 -4.4620
7 5 101 5.2590 -5.2488
11 4 98 6.6081 -6.5615
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p = 12437

1037 nodes 59 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 26 2.8167 -2.8054
3 10 84 3.4503 -3.4457
5 7 25 4.4471 -4.4467
7 6 101 5.2496 -5.2793
11 5 53 6.6134 -6.5716
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p = 12451

1038 nodes 50 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 32 2.8150 -2.8128
3 9 32 3.4599 -3.4550
5 6 99 4.3590 -4.4620
7 5 24 5.1797 -5.2439
11 4 118 6.5224 -6.4674
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p = 12457

1038 nodes 22 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 39 2.8155 -2.8205
3 9 54 3.4539 -3.4428
5 6 64 4.3862 -4.4435
7 5 89 5.2851 -5.2384
11 5 71 6.5417 -6.5603
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p = 12473

1040 nodes 50 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 29 2.8206 -2.8180
3 9 47 3.4421 -3.4614
5 7 30 4.4171 -4.4641
7 6 150 5.2685 -5.2352
11 5 51 6.5737 -6.5630
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p = 12479

1041 nodes 159 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 14 2.8275 -2.8226
3 10 16 3.4615 -3.4218
5 7 28 4.4458 -4.4023
7 6 66 5.2020 -5.2825
11 5 53 6.5664 -6.5648
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p = 12487

1041 nodes 51 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 64 2.8158 -2.8138
3 9 37 3.4288 -3.4617
5 7 73 4.4320 -4.4003
7 5 35 5.2457 -5.2334
11 4 62 6.4644 -6.5628
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p = 12491

1042 nodes 110 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 18 2.8172 -2.8255
3 9 19 3.4332 -3.4599
5 7 64 4.4279 -4.4388
7 6 51 5.2412 -5.2849
11 5 62 6.5972 -6.5994
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p = 12497

1042 nodes 40 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 20 2.8166 -2.8030
3 9 47 3.4351 -3.4316
5 6 26 4.4467 -4.4557
7 6 160 5.2859 -5.1801
11 5 50 6.4978 -6.5984
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p = 12503

1043 nodes 101 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 16 2.8176 -2.8099
3 10 52 3.4601 -3.4489
5 7 35 4.4602 -4.3905
7 6 54 5.2835 -5.2029
11 5 23 6.5490 -6.5065
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p = 12511

1043 nodes 43 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 41 2.8114 -2.8190
3 9 24 3.4349 -3.4409
5 7 69 4.4583 -4.4651
7 5 30 5.2231 -5.2684
11 5 91 6.6174 -6.5860
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p = 12517

1043 nodes 23 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 42 2.8123 -2.8119
3 9 97 3.4475 -3.4550
5 6 82 4.4171 -4.4103
7 5 69 5.2625 -5.2243
11 4 145 6.6194 -6.5990
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p = 12527

1045 nodes 71 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 27 2.8007 -2.8245
3 10 39 3.4262 -3.4419
5 7 43 4.4338 -4.4400
7 6 94 5.2679 -5.2487
11 5 28 6.5659 -6.6278
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p = 12539

1046 nodes 78 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 11 2.8276 -2.8270
3 9 29 3.4456 -3.4353
5 7 89 4.4466 -4.4524
7 6 65 5.2316 -5.1419
11 5 67 6.6024 -6.6278
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p = 12541

1045 nodes 31 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 26 2.8260 -2.8135
3 9 56 3.4465 -3.4475
5 6 68 4.4424 -4.4544
7 5 39 5.2786 -5.2467
11 4 147 6.6154 -6.6033
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p = 12547

1046 nodes 42 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 59 2.8211 -2.8209
3 9 34 3.4414 -3.4367
5 6 108 4.4544 -4.4297
7 5 34 5.2655 -5.2365
11 5 69 6.5781 -6.5959
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p = 12553

1046 nodes 18 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 33 2.8216 -2.8009
3 9 57 3.4520 -3.4254
5 6 98 4.4216 -4.3945
7 5 105 5.1951 -5.2003
11 4 96 6.5946 -6.4729
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p = 12569

1048 nodes 62 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 12 2.8209 -2.8207
3 9 48 3.4609 -3.4608
5 7 43 4.3701 -4.4686
7 6 115 5.2642 -5.2498
11 5 67 6.4498 -6.5601
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p = 12577

1048 nodes 24 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 58 2.8107 -2.8217
3 9 35 3.4281 -3.4456
5 6 55 4.4414 -4.4232
7 5 117 5.2470 -5.2322
11 4 114 6.5233 -6.6021
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p = 12583

1049 nodes 37 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 31 2.8261 -2.8196
3 9 58 3.4559 -3.4514
5 7 86 4.4597 -4.4596
7 5 35 5.2182 -5.2772
11 4 66 6.6245 -6.5001
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p = 12589

1049 nodes 35 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 49 2.8245 -2.8260
3 9 30 3.4445 -3.4490
5 6 47 4.4626 -4.4718
7 5 40 5.2119 -5.2355
11 4 232 6.6122 -6.5608
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p = 12601

1050 nodes 40 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 13 27 2.8143 -2.8165
3 9 51 3.4462 -3.4544
5 6 50 4.3917 -4.4447
7 5 46 5.2593 -5.2865
11 4 93 6.5045 -6.5561
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