1{
  2  "seed": 7,
  3  "n": 18,
  4  "dt_bound": 0.00022875341400494816,
  5  "initial_energy": 0.20544088611863684,
  6  "stability_prediction": "nonnegative for dt <= bound; sufficiently larger dt can fail",
  7  "stability": [
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 55    },
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 61    },
 62    {
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 65      "mass_error": 4.440892098500626e-16,
 66      "energy_change": null
 67    }
 68  ],
 69  "first_negative_factor_tested": 100.0,
 70  "dissipation_prediction": "-dF/dt equals edge dissipation with O(dt) Euler error",
 71  "dissipation": [
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 74      "measured": 27.840039893861633,
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 76      "relative_error": 0.000525444621812531
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100      "relative_error": 0.05143255938639102
101    }
102  ],
103  "conductance_prediction": "dissipation scales linearly with global conductance",
104  "conductance": [
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107      "dissipation": 6.96366899588738,
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109      "relative_error": 0.0
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119      "dissipation": 27.85467598354952,
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121      "relative_error": 0.0
122    },
123    {
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125      "dissipation": 55.70935196709904,
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127      "relative_error": 0.0
128    },
129    {
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131      "dissipation": 111.41870393419808,
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133      "relative_error": 0.0
134    }
135  ],
136  "classification": {
137    "baseline_accuracy": 1.0,
138    "transport_accuracy": 1.0,
139    "baseline_min_activation": 0.04009804491960407,
140    "transport_min_mass": 0.0037538145855758845,
141    "transport_dt_over_bound": 0.9
142  },
143  "max_mass_error": 4.440892098500626e-16,
144  "max_conductance_relative_error": 0.0,
145  "smallest_dt_dissipation_relative_error": 0.000525444621812531
146}