Database - hgcwa_complete ((description not yet updated on this server))

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Query: /api/hgcwa_complete/?_offset=0

Column	Type
g0_gt0_compute	boolean
genus	smallint
num_families	integer[]
num_gen_vectors	integer[]
num_refined_pp	integer[]
num_unique_groups	integer
top_braid_compute	boolean
top_braid_g0_gt0	boolean

0. genus: 2
   {'g0_gt0_compute': True, 'genus': 2, 'num_families': [20, 19, 1], 'num_gen_vectors': [39, 38, 1], 'num_refined_pp': [38, 37, 1], 'num_unique_groups': 18, 'top_braid_compute': True, 'top_braid_g0_gt0': False}
1. genus: 3
   {'g0_gt0_compute': True, 'genus': 3, 'num_families': [48, 40, 7, 1], 'num_gen_vectors': [255, 191, 63, 1], 'num_refined_pp': [186, 176, 9, 1], 'num_unique_groups': 36, 'top_braid_compute': True, 'top_braid_g0_gt0': False}
2. genus: 4
   {'g0_gt0_compute': True, 'genus': 4, 'num_families': [63, 54, 7, 2], 'num_gen_vectors': [352, 289, 61, 2], 'num_refined_pp': [225, 215, 8, 2], 'num_unique_groups': 43, 'top_braid_compute': True, 'top_braid_g0_gt0': False}
3. genus: 5
   {'g0_gt0_compute': False, 'genus': 5, 'num_families': [70, 70], 'num_gen_vectors': [792, 792], 'num_refined_pp': [627, 627], 'num_unique_groups': 61, 'top_braid_compute': True, 'top_braid_g0_gt0': False}
4. genus: 6
   {'g0_gt0_compute': False, 'genus': 6, 'num_families': [74, 74], 'num_gen_vectors': [901, 901], 'num_refined_pp': [409, 409], 'num_unique_groups': 58, 'top_braid_compute': True, 'top_braid_g0_gt0': False}
5. genus: 7
   {'g0_gt0_compute': False, 'genus': 7, 'num_families': [103, 103], 'num_gen_vectors': [2219, 2219], 'num_refined_pp': [969, 969], 'num_unique_groups': 80, 'top_braid_compute': True, 'top_braid_g0_gt0': False}
6. genus: 8
   {'g0_gt0_compute': False, 'genus': 8, 'num_families': [88, 88], 'num_gen_vectors': [2080, 2080], 'num_refined_pp': [436, 436], 'num_unique_groups': 62, 'top_braid_compute': False, 'top_braid_g0_gt0': False}
7. genus: 9
   {'g0_gt0_compute': False, 'genus': 9, 'num_families': [194, 194], 'num_gen_vectors': [6186, 6186], 'num_refined_pp': [3461, 3461], 'num_unique_groups': 148, 'top_braid_compute': False, 'top_braid_g0_gt0': False}
8. genus: 10
   {'g0_gt0_compute': False, 'genus': 10, 'num_families': [174, 174], 'num_gen_vectors': [14422, 14422], 'num_refined_pp': [2039, 2039], 'num_unique_groups': 116, 'top_braid_compute': False, 'top_braid_g0_gt0': False}
9. genus: 11
   {'g0_gt0_compute': False, 'genus': 11, 'num_families': [163, 163], 'num_gen_vectors': [14611, 14611], 'num_refined_pp': [2079, 2079], 'num_unique_groups': 110, 'top_braid_compute': False, 'top_braid_g0_gt0': False}
10. genus: 12
    {'g0_gt0_compute': False, 'genus': 12, 'num_families': [160, 160], 'num_gen_vectors': [17507, 17507], 'num_refined_pp': [1506, 1506], 'num_unique_groups': 95, 'top_braid_compute': False, 'top_braid_g0_gt0': False}
11. genus: 13
    {'g0_gt0_compute': False, 'genus': 13, 'num_families': [302, 302], 'num_gen_vectors': [58047, 58047], 'num_refined_pp': [11728, 11728], 'num_unique_groups': 196, 'top_braid_compute': False, 'top_braid_g0_gt0': False}
12. genus: 14
    {'g0_gt0_compute': False, 'genus': 14, 'num_families': [176, 176], 'num_gen_vectors': [43480, 43480], 'num_refined_pp': [1421, 1421], 'num_unique_groups': 95, 'top_braid_compute': False, 'top_braid_g0_gt0': False}
13. genus: 15
    {'g0_gt0_compute': False, 'genus': 15, 'num_families': [280, 280], 'num_gen_vectors': [174121, 174121], 'num_refined_pp': [6665, 6665], 'num_unique_groups': 167, 'top_braid_compute': False, 'top_braid_g0_gt0': False}