{
  "break_even_p_repro": {
    "display": "0.556",
    "estimand": "break-even probability, 1 minus delay cost over misrouting cost",
    "note": "",
    "period": "assumed inputs, October 2026",
    "population": "one illustrative bug report (assumed)",
    "source": "authored-examples",
    "unit": "probability that the report can be reproduced",
    "value": 0.555556,
    "weights": "not applicable; assumed inputs"
  },
  "cost_delay": {
    "display": "$40",
    "estimand": "assumed cost",
    "note": "Assumed: one day of delay, charged whether or not the report was reproducible.",
    "period": "assumed inputs, October 2026",
    "population": "one illustrative bug report (assumed)",
    "source": "authored-examples",
    "unit": "US dollars per report sent back to the reporter",
    "value": 40,
    "weights": "not applicable; assumed inputs"
  },
  "cost_misroute": {
    "display": "$90",
    "estimand": "assumed cost",
    "note": "Assumed: one engineer hour.",
    "period": "assumed inputs, October 2026",
    "population": "one illustrative bug report (assumed)",
    "source": "authored-examples",
    "unit": "US dollars of engineer time per report routed that cannot be reproduced",
    "value": 90,
    "weights": "not applicable; assumed inputs"
  },
  "expected_cost_route": {
    "display": "$36",
    "estimand": "(1 - p) times the misrouting cost",
    "note": "",
    "period": "assumed inputs, October 2026",
    "population": "one illustrative bug report (assumed)",
    "source": "authored-examples",
    "unit": "expected US dollars per report routed now",
    "value": 36,
    "weights": "not applicable; assumed inputs"
  },
  "p_repro_example": {
    "display": "0.6",
    "estimand": "assumed probability",
    "note": "",
    "period": "assumed inputs, October 2026",
    "population": "one illustrative bug report (assumed)",
    "source": "authored-examples",
    "unit": "probability that the report can be reproduced",
    "value": 0.6,
    "weights": "not applicable; assumed inputs"
  }
}