files / problems / kissing-5d / compute / q4 / quadratic_orbits.json

1.2 KB · on GitHub

{
  "hunts": [
    {
      "field": "Q(sqrt2)",
      "seed": "(1,1,sqrt2,0,0)/sqrt2",
      "n_orbit": 240,
      "n": 280,
      "n_edges": 34260,
      "best": 40,
      "nodes": 35473,
      "found_41": false,
      "complete": true
    },
    {
      "field": "Q(sqrt2)",
      "seed": "(sqrt2,1,1,0,0)/sqrt2",
      "n_orbit": 240,
      "n": 240,
      "n_edges": 24600,
      "best": 32,
      "nodes": 102409,
      "found_41": false,
      "complete": true
    },
    {
      "field": "Q(sqrt5)",
      "seed": "(sqrt5,1,1,1,0)/2",
      "n_orbit": 320,
      "n": 360,
      "n_edges": 54380,
      "best": 40,
      "nodes": 495,
      "found_41": false,
      "complete": true
    },
    {
      "field": "Q(sqrt5)",
      "seed": "(2,sqrt5,1,0,0)/sqrt5",
      "n_orbit": 480,
      "n": 480,
      "n_edges": 100800,
      "best": 32,
      "nodes": 2000001,
      "found_41": false,
      "complete": false
    }
  ],
  "found_41": false,
  "best": 40,
  "complete": false,
  "comment": "Q(sqrt2) orbit of (1,1,sqrt2,0,0)/sqrt2 and (sqrt2,1,1,0,0)/sqrt2; Q(sqrt5) orbits of (sqrt5,1,1,1,0)/2 and (2,sqrt5,1,0,0)/sqrt5. Not the q3 golden (phi,1,1/phi,0,0) pool."
}