[
  {
    "name": "Canonical EBIT sweep",
    "description": "Move EBIT through the canonical 3× value.",
    "canonical_step": 30,
    "summary": {
      "focus_step": 30,
      "focus_kind": "canonical-fixture",
      "canonical_output_match": true,
      "state_counts": {
        "covered": 61
      },
      "value_min": 1.0,
      "value_max": 5.0,
      "segments": [
        {
          "start_step": 0,
          "end_step": 60,
          "state": "covered",
          "decision": "ebit-divided-by-gross-interest-expense",
          "start_value_label": "1.00×",
          "end_value_label": "5.00×"
        }
      ]
    },
    "states": [
      {
        "step": 0,
        "value": 1.0,
        "value_label": "1.00×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 50.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 50.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.0,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 1,
        "value": 1.066666666667,
        "value_label": "1.07×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 53.333333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 53.333333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.066666666667,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 2,
        "value": 1.133333333333,
        "value_label": "1.13×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 56.666666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 56.666666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.133333333333,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 3,
        "value": 1.2,
        "value_label": "1.20×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 60.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 60.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.2,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 4,
        "value": 1.266666666667,
        "value_label": "1.27×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 63.333333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 63.333333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.266666666667,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 5,
        "value": 1.333333333333,
        "value_label": "1.33×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 66.666666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 66.666666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.333333333333,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 6,
        "value": 1.4,
        "value_label": "1.40×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 70.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 70.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.4,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 7,
        "value": 1.466666666667,
        "value_label": "1.47×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 73.333333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 73.333333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.466666666667,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 8,
        "value": 1.533333333333,
        "value_label": "1.53×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 76.666666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 76.666666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.533333333333,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 9,
        "value": 1.6,
        "value_label": "1.60×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 80.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 80.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.6,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 10,
        "value": 1.666666666667,
        "value_label": "1.67×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 83.333333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 83.333333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.666666666667,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 11,
        "value": 1.733333333333,
        "value_label": "1.73×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 86.666666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 86.666666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.733333333333,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 12,
        "value": 1.8,
        "value_label": "1.80×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 90.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 90.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.8,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 13,
        "value": 1.866666666667,
        "value_label": "1.87×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 93.333333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 93.333333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.866666666667,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 14,
        "value": 1.933333333333,
        "value_label": "1.93×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 96.666666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 96.666666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.933333333333,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 15,
        "value": 2.0,
        "value_label": "2.00×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 100.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 100.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 2.0,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 16,
        "value": 2.066666666667,
        "value_label": "2.07×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 103.333333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 103.333333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 2.066666666667,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 17,
        "value": 2.133333333333,
        "value_label": "2.13×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 106.666666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 106.666666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 2.133333333333,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 18,
        "value": 2.2,
        "value_label": "2.20×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 110.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 110.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 2.2,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 19,
        "value": 2.266666666667,
        "value_label": "2.27×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 113.333333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 113.333333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 2.266666666667,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 20,
        "value": 2.333333333333,
        "value_label": "2.33×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 116.666666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 116.666666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 2.333333333333,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 21,
        "value": 2.4,
        "value_label": "2.40×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 120.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 120.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 2.4,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 22,
        "value": 2.466666666667,
        "value_label": "2.47×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 123.333333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 123.333333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 2.466666666667,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 23,
        "value": 2.533333333333,
        "value_label": "2.53×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 126.666666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 126.666666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 2.533333333333,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 24,
        "value": 2.6,
        "value_label": "2.60×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 130.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 130.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 2.6,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 25,
        "value": 2.666666666667,
        "value_label": "2.67×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 133.333333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 133.333333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 2.666666666667,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 26,
        "value": 2.733333333333,
        "value_label": "2.73×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 136.666666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 136.666666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 2.733333333333,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 27,
        "value": 2.8,
        "value_label": "2.80×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 140.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 140.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 2.8,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 28,
        "value": 2.866666666667,
        "value_label": "2.87×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 143.333333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 143.333333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 2.866666666667,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 29,
        "value": 2.933333333333,
        "value_label": "2.93×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 146.666666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 146.666666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 2.933333333333,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 30,
        "value": 3.0,
        "value_label": "3.00×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 3.0,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 31,
        "value": 3.066666666667,
        "value_label": "3.07×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 153.333333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 153.333333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 3.066666666667,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 32,
        "value": 3.133333333333,
        "value_label": "3.13×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 156.666666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 156.666666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 3.133333333333,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 33,
        "value": 3.2,
        "value_label": "3.20×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 160.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 160.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 3.2,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 34,
        "value": 3.266666666667,
        "value_label": "3.27×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 163.333333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 163.333333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 3.266666666667,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 35,
        "value": 3.333333333333,
        "value_label": "3.33×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 166.666666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 166.666666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 3.333333333333,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 36,
        "value": 3.4,
        "value_label": "3.40×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 170.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 170.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 3.4,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 37,
        "value": 3.466666666667,
        "value_label": "3.47×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 173.333333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 173.333333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 3.466666666667,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 38,
        "value": 3.533333333333,
        "value_label": "3.53×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 176.666666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 176.666666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 3.533333333333,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 39,
        "value": 3.6,
        "value_label": "3.60×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 180.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 180.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 3.6,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 40,
        "value": 3.666666666667,
        "value_label": "3.67×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 183.333333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 183.333333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 3.666666666667,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 41,
        "value": 3.733333333333,
        "value_label": "3.73×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 186.666666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 186.666666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 3.733333333333,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 42,
        "value": 3.8,
        "value_label": "3.80×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 190.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 190.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 3.8,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 43,
        "value": 3.866666666667,
        "value_label": "3.87×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 193.333333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 193.333333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 3.866666666667,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 44,
        "value": 3.933333333333,
        "value_label": "3.93×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 196.666666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 196.666666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 3.933333333333,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 45,
        "value": 4.0,
        "value_label": "4.00×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 200.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 200.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 4.0,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 46,
        "value": 4.066666666667,
        "value_label": "4.07×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 203.333333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 203.333333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 4.066666666667,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 47,
        "value": 4.133333333333,
        "value_label": "4.13×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 206.666666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 206.666666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 4.133333333333,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 48,
        "value": 4.2,
        "value_label": "4.20×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 210.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 210.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 4.2,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 49,
        "value": 4.266666666667,
        "value_label": "4.27×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 213.333333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 213.333333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 4.266666666667,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 50,
        "value": 4.333333333333,
        "value_label": "4.33×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 216.666666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 216.666666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 4.333333333333,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 51,
        "value": 4.4,
        "value_label": "4.40×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 220.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 220.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 4.4,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 52,
        "value": 4.466666666667,
        "value_label": "4.47×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 223.333333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 223.333333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 4.466666666667,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 53,
        "value": 4.533333333333,
        "value_label": "4.53×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 226.666666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 226.666666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 4.533333333333,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 54,
        "value": 4.6,
        "value_label": "4.60×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 230.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 230.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 4.6,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 55,
        "value": 4.666666666667,
        "value_label": "4.67×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 233.333333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 233.333333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 4.666666666667,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 56,
        "value": 4.733333333333,
        "value_label": "4.73×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 236.666666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 236.666666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 4.733333333333,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 57,
        "value": 4.8,
        "value_label": "4.80×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 240.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 240.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 4.8,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 58,
        "value": 4.866666666667,
        "value_label": "4.87×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 243.333333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 243.333333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 4.866666666667,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 59,
        "value": 4.933333333333,
        "value_label": "4.93×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 246.666666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 246.666666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 4.933333333333,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 60,
        "value": 5.0,
        "value_label": "5.00×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 250.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 250.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 5.0,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      }
    ]
  },
  {
    "name": "Exact 1× boundary",
    "description": "Cross EBIT equal to interest.",
    "canonical_step": 30,
    "summary": {
      "focus_step": 30,
      "focus_kind": "comparison",
      "canonical_output_match": false,
      "state_counts": {
        "not-covered": 30,
        "covered": 31
      },
      "value_min": 0.5,
      "value_max": 1.5,
      "segments": [
        {
          "start_step": 0,
          "end_step": 29,
          "state": "not-covered",
          "decision": "ebit-divided-by-gross-interest-expense",
          "start_value_label": "0.50×",
          "end_value_label": "0.98×"
        },
        {
          "start_step": 30,
          "end_step": 60,
          "state": "covered",
          "decision": "ebit-divided-by-gross-interest-expense",
          "start_value_label": "1.00×",
          "end_value_label": "1.50×"
        }
      ]
    },
    "states": [
      {
        "step": 0,
        "value": 0.5,
        "value_label": "0.50×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 25.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 25.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.5,
          "coverage_shortfall": 25.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 1,
        "value": 0.516666666667,
        "value_label": "0.52×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 25.833333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 25.833333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.516666666667,
          "coverage_shortfall": 24.166666666667,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 2,
        "value": 0.533333333333,
        "value_label": "0.53×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 26.666666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 26.666666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.533333333333,
          "coverage_shortfall": 23.333333333333,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 3,
        "value": 0.55,
        "value_label": "0.55×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 27.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 27.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.55,
          "coverage_shortfall": 22.5,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 4,
        "value": 0.566666666667,
        "value_label": "0.57×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 28.333333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 28.333333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.566666666667,
          "coverage_shortfall": 21.666666666667,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 5,
        "value": 0.583333333333,
        "value_label": "0.58×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 29.166666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 29.166666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.583333333333,
          "coverage_shortfall": 20.833333333333,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 6,
        "value": 0.6,
        "value_label": "0.60×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 30.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 30.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.6,
          "coverage_shortfall": 20.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 7,
        "value": 0.616666666667,
        "value_label": "0.62×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 30.833333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 30.833333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.616666666667,
          "coverage_shortfall": 19.166666666667,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 8,
        "value": 0.633333333333,
        "value_label": "0.63×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 31.666666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 31.666666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.633333333333,
          "coverage_shortfall": 18.333333333333,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 9,
        "value": 0.65,
        "value_label": "0.65×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 32.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 32.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.65,
          "coverage_shortfall": 17.5,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 10,
        "value": 0.666666666667,
        "value_label": "0.67×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 33.333333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 33.333333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.666666666667,
          "coverage_shortfall": 16.666666666667,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 11,
        "value": 0.683333333333,
        "value_label": "0.68×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 34.166666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 34.166666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.683333333333,
          "coverage_shortfall": 15.833333333333,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 12,
        "value": 0.7,
        "value_label": "0.70×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 35.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 35.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.7,
          "coverage_shortfall": 15.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 13,
        "value": 0.716666666667,
        "value_label": "0.72×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 35.833333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 35.833333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.716666666667,
          "coverage_shortfall": 14.166666666667,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 14,
        "value": 0.733333333333,
        "value_label": "0.73×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 36.666666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 36.666666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.733333333333,
          "coverage_shortfall": 13.333333333333,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 15,
        "value": 0.75,
        "value_label": "0.75×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 37.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 37.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.75,
          "coverage_shortfall": 12.5,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 16,
        "value": 0.766666666667,
        "value_label": "0.77×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 38.333333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 38.333333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.766666666667,
          "coverage_shortfall": 11.666666666667,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 17,
        "value": 0.783333333333,
        "value_label": "0.78×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 39.166666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 39.166666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.783333333333,
          "coverage_shortfall": 10.833333333333,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 18,
        "value": 0.8,
        "value_label": "0.80×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 40.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 40.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.8,
          "coverage_shortfall": 10.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 19,
        "value": 0.816666666667,
        "value_label": "0.82×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 40.833333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 40.833333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.816666666667,
          "coverage_shortfall": 9.166666666667,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 20,
        "value": 0.833333333333,
        "value_label": "0.83×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 41.666666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 41.666666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.833333333333,
          "coverage_shortfall": 8.333333333333,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 21,
        "value": 0.85,
        "value_label": "0.85×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 42.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 42.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.85,
          "coverage_shortfall": 7.5,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 22,
        "value": 0.866666666667,
        "value_label": "0.87×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 43.333333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 43.333333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.866666666667,
          "coverage_shortfall": 6.666666666667,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 23,
        "value": 0.883333333333,
        "value_label": "0.88×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 44.166666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 44.166666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.883333333333,
          "coverage_shortfall": 5.833333333333,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 24,
        "value": 0.9,
        "value_label": "0.90×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 45.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 45.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.9,
          "coverage_shortfall": 5.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 25,
        "value": 0.916666666667,
        "value_label": "0.92×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 45.833333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 45.833333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.916666666667,
          "coverage_shortfall": 4.166666666667,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 26,
        "value": 0.933333333333,
        "value_label": "0.93×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 46.666666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 46.666666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.933333333333,
          "coverage_shortfall": 3.333333333333,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 27,
        "value": 0.95,
        "value_label": "0.95×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 47.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 47.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.95,
          "coverage_shortfall": 2.5,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 28,
        "value": 0.966666666667,
        "value_label": "0.97×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 48.333333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 48.333333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.966666666667,
          "coverage_shortfall": 1.666666666667,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 29,
        "value": 0.983333333333,
        "value_label": "0.98×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 49.166666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 49.166666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.983333333333,
          "coverage_shortfall": 0.833333333333,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 30,
        "value": 1.0,
        "value_label": "1.00×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 50.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 50.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.0,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 31,
        "value": 1.016666666667,
        "value_label": "1.02×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 50.833333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 50.833333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.016666666667,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 32,
        "value": 1.033333333333,
        "value_label": "1.03×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 51.666666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 51.666666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.033333333333,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 33,
        "value": 1.05,
        "value_label": "1.05×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 52.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 52.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.05,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 34,
        "value": 1.066666666667,
        "value_label": "1.07×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 53.333333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 53.333333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.066666666667,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 35,
        "value": 1.083333333333,
        "value_label": "1.08×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 54.166666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 54.166666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.083333333333,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 36,
        "value": 1.1,
        "value_label": "1.10×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 55.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 55.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.1,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 37,
        "value": 1.116666666667,
        "value_label": "1.12×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 55.833333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 55.833333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.116666666667,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 38,
        "value": 1.133333333333,
        "value_label": "1.13×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 56.666666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 56.666666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.133333333333,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 39,
        "value": 1.15,
        "value_label": "1.15×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 57.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 57.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.15,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 40,
        "value": 1.166666666667,
        "value_label": "1.17×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 58.333333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 58.333333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.166666666667,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 41,
        "value": 1.183333333333,
        "value_label": "1.18×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 59.166666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 59.166666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.183333333333,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 42,
        "value": 1.2,
        "value_label": "1.20×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 60.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 60.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.2,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 43,
        "value": 1.216666666667,
        "value_label": "1.22×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 60.833333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 60.833333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.216666666667,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 44,
        "value": 1.233333333333,
        "value_label": "1.23×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 61.666666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 61.666666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.233333333333,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 45,
        "value": 1.25,
        "value_label": "1.25×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 62.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 62.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.25,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 46,
        "value": 1.266666666667,
        "value_label": "1.27×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 63.333333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 63.333333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.266666666667,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 47,
        "value": 1.283333333333,
        "value_label": "1.28×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 64.166666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 64.166666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.283333333333,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 48,
        "value": 1.3,
        "value_label": "1.30×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 65.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 65.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.3,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 49,
        "value": 1.316666666667,
        "value_label": "1.32×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 65.833333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 65.833333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.316666666667,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 50,
        "value": 1.333333333333,
        "value_label": "1.33×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 66.666666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 66.666666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.333333333333,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 51,
        "value": 1.35,
        "value_label": "1.35×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 67.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 67.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.35,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 52,
        "value": 1.366666666667,
        "value_label": "1.37×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 68.333333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 68.333333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.366666666667,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 53,
        "value": 1.383333333333,
        "value_label": "1.38×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 69.166666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 69.166666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.383333333333,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 54,
        "value": 1.4,
        "value_label": "1.40×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 70.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 70.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.4,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 55,
        "value": 1.416666666667,
        "value_label": "1.42×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 70.833333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 70.833333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.416666666667,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 56,
        "value": 1.433333333333,
        "value_label": "1.43×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 71.666666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 71.666666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.433333333333,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 57,
        "value": 1.45,
        "value_label": "1.45×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 72.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 72.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.45,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 58,
        "value": 1.466666666667,
        "value_label": "1.47×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 73.333333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 73.333333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.466666666667,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 59,
        "value": 1.483333333333,
        "value_label": "1.48×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 74.166666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 74.166666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.483333333333,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 60,
        "value": 1.5,
        "value_label": "1.50×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 75.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 75.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.5,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      }
    ]
  },
  {
    "name": "Negative EBIT",
    "description": "Observe signed coverage and shortfall.",
    "canonical_step": 30,
    "summary": {
      "focus_step": 30,
      "focus_kind": "comparison",
      "canonical_output_match": false,
      "state_counts": {
        "not-covered": 61
      },
      "value_min": -2.0,
      "value_max": 0.4,
      "segments": [
        {
          "start_step": 0,
          "end_step": 60,
          "state": "not-covered",
          "decision": "ebit-divided-by-gross-interest-expense",
          "start_value_label": "-2.00×",
          "end_value_label": "0.40×"
        }
      ]
    },
    "states": [
      {
        "step": 0,
        "value": -2.0,
        "value_label": "-2.00×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -100.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -100.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -2.0,
          "coverage_shortfall": 150.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 1,
        "value": -1.96,
        "value_label": "-1.96×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -98.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -98.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -1.96,
          "coverage_shortfall": 148.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 2,
        "value": -1.92,
        "value_label": "-1.92×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -96.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -96.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -1.92,
          "coverage_shortfall": 146.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 3,
        "value": -1.88,
        "value_label": "-1.88×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -94.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -94.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -1.88,
          "coverage_shortfall": 144.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 4,
        "value": -1.84,
        "value_label": "-1.84×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -92.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -92.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -1.84,
          "coverage_shortfall": 142.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 5,
        "value": -1.8,
        "value_label": "-1.80×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -90.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -90.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -1.8,
          "coverage_shortfall": 140.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 6,
        "value": -1.76,
        "value_label": "-1.76×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -88.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -88.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -1.76,
          "coverage_shortfall": 138.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 7,
        "value": -1.72,
        "value_label": "-1.72×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -86.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -86.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -1.72,
          "coverage_shortfall": 136.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 8,
        "value": -1.68,
        "value_label": "-1.68×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -84.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -84.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -1.68,
          "coverage_shortfall": 134.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 9,
        "value": -1.64,
        "value_label": "-1.64×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -82.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -82.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -1.64,
          "coverage_shortfall": 132.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 10,
        "value": -1.6,
        "value_label": "-1.60×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -80.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -80.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -1.6,
          "coverage_shortfall": 130.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 11,
        "value": -1.56,
        "value_label": "-1.56×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -78.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -78.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -1.56,
          "coverage_shortfall": 128.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 12,
        "value": -1.52,
        "value_label": "-1.52×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -76.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -76.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -1.52,
          "coverage_shortfall": 126.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 13,
        "value": -1.48,
        "value_label": "-1.48×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -74.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -74.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -1.48,
          "coverage_shortfall": 124.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 14,
        "value": -1.44,
        "value_label": "-1.44×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -72.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -72.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -1.44,
          "coverage_shortfall": 122.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 15,
        "value": -1.4,
        "value_label": "-1.40×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -70.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -70.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -1.4,
          "coverage_shortfall": 120.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 16,
        "value": -1.36,
        "value_label": "-1.36×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -68.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -68.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -1.36,
          "coverage_shortfall": 118.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 17,
        "value": -1.32,
        "value_label": "-1.32×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -66.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -66.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -1.32,
          "coverage_shortfall": 116.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 18,
        "value": -1.28,
        "value_label": "-1.28×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -64.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -64.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -1.28,
          "coverage_shortfall": 114.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 19,
        "value": -1.24,
        "value_label": "-1.24×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -62.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -62.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -1.24,
          "coverage_shortfall": 112.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 20,
        "value": -1.2,
        "value_label": "-1.20×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -60.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -60.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -1.2,
          "coverage_shortfall": 110.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 21,
        "value": -1.16,
        "value_label": "-1.16×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -58.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -58.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -1.16,
          "coverage_shortfall": 108.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 22,
        "value": -1.12,
        "value_label": "-1.12×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -56.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -56.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -1.12,
          "coverage_shortfall": 106.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 23,
        "value": -1.08,
        "value_label": "-1.08×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -54.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -54.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -1.08,
          "coverage_shortfall": 104.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 24,
        "value": -1.04,
        "value_label": "-1.04×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -52.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -52.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -1.04,
          "coverage_shortfall": 102.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 25,
        "value": -1.0,
        "value_label": "-1.00×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -50.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -50.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -1.0,
          "coverage_shortfall": 100.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 26,
        "value": -0.96,
        "value_label": "-0.96×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -48.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -48.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -0.96,
          "coverage_shortfall": 98.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 27,
        "value": -0.92,
        "value_label": "-0.92×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -46.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -46.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -0.92,
          "coverage_shortfall": 96.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 28,
        "value": -0.88,
        "value_label": "-0.88×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -44.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -44.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -0.88,
          "coverage_shortfall": 94.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 29,
        "value": -0.84,
        "value_label": "-0.84×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -42.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -42.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -0.84,
          "coverage_shortfall": 92.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 30,
        "value": -0.8,
        "value_label": "-0.80×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -40.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -40.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -0.8,
          "coverage_shortfall": 90.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 31,
        "value": -0.76,
        "value_label": "-0.76×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -38.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -38.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -0.76,
          "coverage_shortfall": 88.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 32,
        "value": -0.72,
        "value_label": "-0.72×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -36.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -36.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -0.72,
          "coverage_shortfall": 86.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 33,
        "value": -0.68,
        "value_label": "-0.68×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -34.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -34.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -0.68,
          "coverage_shortfall": 84.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 34,
        "value": -0.64,
        "value_label": "-0.64×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -32.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -32.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -0.64,
          "coverage_shortfall": 82.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 35,
        "value": -0.6,
        "value_label": "-0.60×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -30.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -30.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -0.6,
          "coverage_shortfall": 80.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 36,
        "value": -0.56,
        "value_label": "-0.56×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -28.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -28.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -0.56,
          "coverage_shortfall": 78.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 37,
        "value": -0.52,
        "value_label": "-0.52×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -26.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -26.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -0.52,
          "coverage_shortfall": 76.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 38,
        "value": -0.48,
        "value_label": "-0.48×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -24.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -24.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -0.48,
          "coverage_shortfall": 74.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 39,
        "value": -0.44,
        "value_label": "-0.44×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -22.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -22.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -0.44,
          "coverage_shortfall": 72.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 40,
        "value": -0.4,
        "value_label": "-0.40×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -20.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -20.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -0.4,
          "coverage_shortfall": 70.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 41,
        "value": -0.36,
        "value_label": "-0.36×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -18.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -18.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -0.36,
          "coverage_shortfall": 68.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 42,
        "value": -0.32,
        "value_label": "-0.32×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -16.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -16.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -0.32,
          "coverage_shortfall": 66.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 43,
        "value": -0.28,
        "value_label": "-0.28×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -14.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -14.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -0.28,
          "coverage_shortfall": 64.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 44,
        "value": -0.24,
        "value_label": "-0.24×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -12.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -12.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -0.24,
          "coverage_shortfall": 62.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 45,
        "value": -0.2,
        "value_label": "-0.20×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -10.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -10.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -0.2,
          "coverage_shortfall": 60.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 46,
        "value": -0.16,
        "value_label": "-0.16×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -8.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -8.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -0.16,
          "coverage_shortfall": 58.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 47,
        "value": -0.12,
        "value_label": "-0.12×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -6.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -6.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -0.12,
          "coverage_shortfall": 56.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 48,
        "value": -0.08,
        "value_label": "-0.08×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -4.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -4.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -0.08,
          "coverage_shortfall": 54.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 49,
        "value": -0.04,
        "value_label": "-0.04×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": -2.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": -2.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": -0.04,
          "coverage_shortfall": 52.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 50,
        "value": 0.0,
        "value_label": "0.00×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 0.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 0.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.0,
          "coverage_shortfall": 50.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 51,
        "value": 0.04,
        "value_label": "0.04×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 2.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 2.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.04,
          "coverage_shortfall": 48.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 52,
        "value": 0.08,
        "value_label": "0.08×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 4.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 4.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.08,
          "coverage_shortfall": 46.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 53,
        "value": 0.12,
        "value_label": "0.12×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 6.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 6.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.12,
          "coverage_shortfall": 44.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 54,
        "value": 0.16,
        "value_label": "0.16×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 8.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 8.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.16,
          "coverage_shortfall": 42.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 55,
        "value": 0.2,
        "value_label": "0.20×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 10.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 10.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.2,
          "coverage_shortfall": 40.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 56,
        "value": 0.24,
        "value_label": "0.24×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 12.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 12.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.24,
          "coverage_shortfall": 38.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 57,
        "value": 0.28,
        "value_label": "0.28×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 14.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 14.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.28,
          "coverage_shortfall": 36.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 58,
        "value": 0.32,
        "value_label": "0.32×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 16.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 16.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.32,
          "coverage_shortfall": 34.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 59,
        "value": 0.36,
        "value_label": "0.36×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 18.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 18.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.36,
          "coverage_shortfall": 32.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 60,
        "value": 0.4,
        "value_label": "0.40×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 20.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 20.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.4,
          "coverage_shortfall": 30.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      }
    ]
  },
  {
    "name": "Interest-cost sensitivity",
    "description": "Increase gross interest while EBIT stays fixed.",
    "canonical_step": 30,
    "summary": {
      "focus_step": 30,
      "focus_kind": "comparison",
      "canonical_output_match": false,
      "state_counts": {
        "covered": 61
      },
      "value_min": 1.25,
      "value_max": 7.5,
      "segments": [
        {
          "start_step": 0,
          "end_step": 60,
          "state": "covered",
          "decision": "ebit-divided-by-gross-interest-expense",
          "start_value_label": "7.50×",
          "end_value_label": "1.25×"
        }
      ]
    },
    "states": [
      {
        "step": 0,
        "value": 7.5,
        "value_label": "7.50×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 20.0
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 20.0,
          "interest_coverage_ratio": 7.5,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 1,
        "value": 6.923076923077,
        "value_label": "6.92×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 21.666666666667
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 21.666666666667,
          "interest_coverage_ratio": 6.923076923077,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 2,
        "value": 6.428571428571,
        "value_label": "6.43×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 23.333333333333
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 23.333333333333,
          "interest_coverage_ratio": 6.428571428571,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 3,
        "value": 6.0,
        "value_label": "6.00×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 25.0
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 25.0,
          "interest_coverage_ratio": 6.0,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 4,
        "value": 5.625,
        "value_label": "5.62×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 26.666666666667
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 26.666666666667,
          "interest_coverage_ratio": 5.625,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 5,
        "value": 5.294117647059,
        "value_label": "5.29×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 28.333333333333
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 28.333333333333,
          "interest_coverage_ratio": 5.294117647059,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 6,
        "value": 5.0,
        "value_label": "5.00×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 30.0
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 30.0,
          "interest_coverage_ratio": 5.0,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 7,
        "value": 4.736842105263,
        "value_label": "4.74×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 31.666666666667
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 31.666666666667,
          "interest_coverage_ratio": 4.736842105263,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 8,
        "value": 4.5,
        "value_label": "4.50×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 33.333333333333
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 33.333333333333,
          "interest_coverage_ratio": 4.5,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 9,
        "value": 4.285714285714,
        "value_label": "4.29×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 35.0
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 35.0,
          "interest_coverage_ratio": 4.285714285714,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 10,
        "value": 4.090909090909,
        "value_label": "4.09×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 36.666666666667
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 36.666666666667,
          "interest_coverage_ratio": 4.090909090909,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 11,
        "value": 3.913043478261,
        "value_label": "3.91×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 38.333333333333
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 38.333333333333,
          "interest_coverage_ratio": 3.913043478261,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 12,
        "value": 3.75,
        "value_label": "3.75×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 40.0
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 40.0,
          "interest_coverage_ratio": 3.75,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 13,
        "value": 3.6,
        "value_label": "3.60×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 41.666666666667
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 41.666666666667,
          "interest_coverage_ratio": 3.6,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 14,
        "value": 3.461538461538,
        "value_label": "3.46×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 43.333333333333
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 43.333333333333,
          "interest_coverage_ratio": 3.461538461538,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 15,
        "value": 3.333333333333,
        "value_label": "3.33×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 45.0
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 45.0,
          "interest_coverage_ratio": 3.333333333333,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 16,
        "value": 3.214285714286,
        "value_label": "3.21×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 46.666666666667
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 46.666666666667,
          "interest_coverage_ratio": 3.214285714286,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 17,
        "value": 3.103448275862,
        "value_label": "3.10×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 48.333333333333
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 48.333333333333,
          "interest_coverage_ratio": 3.103448275862,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 18,
        "value": 3.0,
        "value_label": "3.00×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 50.0
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 3.0,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 19,
        "value": 2.903225806452,
        "value_label": "2.90×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 51.666666666667
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 51.666666666667,
          "interest_coverage_ratio": 2.903225806452,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 20,
        "value": 2.8125,
        "value_label": "2.81×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 53.333333333333
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 53.333333333333,
          "interest_coverage_ratio": 2.8125,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 21,
        "value": 2.727272727273,
        "value_label": "2.73×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 55.0
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 55.0,
          "interest_coverage_ratio": 2.727272727273,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 22,
        "value": 2.647058823529,
        "value_label": "2.65×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 56.666666666667
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 56.666666666667,
          "interest_coverage_ratio": 2.647058823529,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 23,
        "value": 2.571428571429,
        "value_label": "2.57×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 58.333333333333
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 58.333333333333,
          "interest_coverage_ratio": 2.571428571429,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 24,
        "value": 2.5,
        "value_label": "2.50×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 60.0
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 60.0,
          "interest_coverage_ratio": 2.5,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 25,
        "value": 2.432432432432,
        "value_label": "2.43×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 61.666666666667
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 61.666666666667,
          "interest_coverage_ratio": 2.432432432432,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 26,
        "value": 2.368421052632,
        "value_label": "2.37×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 63.333333333333
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 63.333333333333,
          "interest_coverage_ratio": 2.368421052632,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 27,
        "value": 2.307692307692,
        "value_label": "2.31×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 65.0
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 65.0,
          "interest_coverage_ratio": 2.307692307692,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 28,
        "value": 2.25,
        "value_label": "2.25×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 66.666666666667
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 66.666666666667,
          "interest_coverage_ratio": 2.25,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 29,
        "value": 2.19512195122,
        "value_label": "2.20×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 68.333333333333
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 68.333333333333,
          "interest_coverage_ratio": 2.19512195122,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 30,
        "value": 2.142857142857,
        "value_label": "2.14×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 70.0
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 70.0,
          "interest_coverage_ratio": 2.142857142857,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 31,
        "value": 2.093023255814,
        "value_label": "2.09×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 71.666666666667
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 71.666666666667,
          "interest_coverage_ratio": 2.093023255814,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 32,
        "value": 2.045454545455,
        "value_label": "2.05×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 73.333333333333
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 73.333333333333,
          "interest_coverage_ratio": 2.045454545455,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 33,
        "value": 2.0,
        "value_label": "2.00×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 75.0
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 75.0,
          "interest_coverage_ratio": 2.0,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 34,
        "value": 1.95652173913,
        "value_label": "1.96×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 76.666666666667
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 76.666666666667,
          "interest_coverage_ratio": 1.95652173913,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 35,
        "value": 1.914893617021,
        "value_label": "1.91×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 78.333333333333
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 78.333333333333,
          "interest_coverage_ratio": 1.914893617021,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 36,
        "value": 1.875,
        "value_label": "1.88×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 80.0
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 80.0,
          "interest_coverage_ratio": 1.875,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 37,
        "value": 1.836734693878,
        "value_label": "1.84×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 81.666666666667
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 81.666666666667,
          "interest_coverage_ratio": 1.836734693878,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 38,
        "value": 1.8,
        "value_label": "1.80×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 83.333333333333
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 83.333333333333,
          "interest_coverage_ratio": 1.8,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 39,
        "value": 1.764705882353,
        "value_label": "1.76×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 85.0
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 85.0,
          "interest_coverage_ratio": 1.764705882353,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 40,
        "value": 1.730769230769,
        "value_label": "1.73×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 86.666666666667
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 86.666666666667,
          "interest_coverage_ratio": 1.730769230769,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 41,
        "value": 1.698113207547,
        "value_label": "1.70×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 88.333333333333
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 88.333333333333,
          "interest_coverage_ratio": 1.698113207547,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 42,
        "value": 1.666666666667,
        "value_label": "1.67×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 90.0
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 90.0,
          "interest_coverage_ratio": 1.666666666667,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 43,
        "value": 1.636363636364,
        "value_label": "1.64×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 91.666666666667
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 91.666666666667,
          "interest_coverage_ratio": 1.636363636364,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 44,
        "value": 1.607142857143,
        "value_label": "1.61×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 93.333333333333
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 93.333333333333,
          "interest_coverage_ratio": 1.607142857143,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 45,
        "value": 1.578947368421,
        "value_label": "1.58×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 95.0
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 95.0,
          "interest_coverage_ratio": 1.578947368421,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 46,
        "value": 1.551724137931,
        "value_label": "1.55×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 96.666666666667
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 96.666666666667,
          "interest_coverage_ratio": 1.551724137931,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 47,
        "value": 1.525423728814,
        "value_label": "1.53×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 98.333333333333
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 98.333333333333,
          "interest_coverage_ratio": 1.525423728814,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 48,
        "value": 1.5,
        "value_label": "1.50×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 100.0
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 100.0,
          "interest_coverage_ratio": 1.5,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 49,
        "value": 1.475409836066,
        "value_label": "1.48×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 101.666666666667
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 101.666666666667,
          "interest_coverage_ratio": 1.475409836066,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 50,
        "value": 1.451612903226,
        "value_label": "1.45×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 103.333333333333
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 103.333333333333,
          "interest_coverage_ratio": 1.451612903226,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 51,
        "value": 1.428571428571,
        "value_label": "1.43×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 105.0
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 105.0,
          "interest_coverage_ratio": 1.428571428571,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 52,
        "value": 1.40625,
        "value_label": "1.41×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 106.666666666667
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 106.666666666667,
          "interest_coverage_ratio": 1.40625,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 53,
        "value": 1.384615384615,
        "value_label": "1.38×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 108.333333333333
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 108.333333333333,
          "interest_coverage_ratio": 1.384615384615,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 54,
        "value": 1.363636363636,
        "value_label": "1.36×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 110.0
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 110.0,
          "interest_coverage_ratio": 1.363636363636,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 55,
        "value": 1.34328358209,
        "value_label": "1.34×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 111.666666666667
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 111.666666666667,
          "interest_coverage_ratio": 1.34328358209,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 56,
        "value": 1.323529411765,
        "value_label": "1.32×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 113.333333333333
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 113.333333333333,
          "interest_coverage_ratio": 1.323529411765,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 57,
        "value": 1.304347826087,
        "value_label": "1.30×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 115.0
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 115.0,
          "interest_coverage_ratio": 1.304347826087,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 58,
        "value": 1.285714285714,
        "value_label": "1.29×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 116.666666666667
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 116.666666666667,
          "interest_coverage_ratio": 1.285714285714,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 59,
        "value": 1.267605633803,
        "value_label": "1.27×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 118.333333333333
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 118.333333333333,
          "interest_coverage_ratio": 1.267605633803,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 60,
        "value": 1.25,
        "value_label": "1.25×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 120.0
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 120.0,
          "interest_coverage_ratio": 1.25,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      }
    ]
  },
  {
    "name": "Zero-interest boundary",
    "description": "Approach the not-meaningful denominator state.",
    "canonical_step": 30,
    "summary": {
      "focus_step": 30,
      "focus_kind": "comparison",
      "canonical_output_match": false,
      "state_counts": {
        "not-meaningful": 1,
        "covered": 60
      },
      "value_min": 0.0,
      "value_max": 180.0,
      "segments": [
        {
          "start_step": 0,
          "end_step": 0,
          "state": "not-meaningful",
          "decision": "nonpositive-gross-interest-expense",
          "start_value_label": "not meaningful",
          "end_value_label": "not meaningful"
        },
        {
          "start_step": 1,
          "end_step": 60,
          "state": "covered",
          "decision": "ebit-divided-by-gross-interest-expense",
          "start_value_label": "180.00×",
          "end_value_label": "3.00×"
        }
      ]
    },
    "states": [
      {
        "step": 0,
        "value": 0.0,
        "value_label": "not meaningful",
        "state": "not-meaningful",
        "diagnostic": "not-meaningful · nonpositive-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 0.0
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 0.0,
          "interest_coverage_ratio": null,
          "coverage_shortfall": null,
          "state": "not-meaningful",
          "reason": "nonpositive-gross-interest-expense"
        }
      },
      {
        "step": 1,
        "value": 180.0,
        "value_label": "180.00×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 0.833333333333
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 0.833333333333,
          "interest_coverage_ratio": 180.0,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 2,
        "value": 90.0,
        "value_label": "90.00×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 1.666666666667
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 1.666666666667,
          "interest_coverage_ratio": 90.0,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 3,
        "value": 60.0,
        "value_label": "60.00×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 2.5
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 2.5,
          "interest_coverage_ratio": 60.0,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 4,
        "value": 45.0,
        "value_label": "45.00×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 3.333333333333
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 3.333333333333,
          "interest_coverage_ratio": 45.0,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 5,
        "value": 36.0,
        "value_label": "36.00×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 4.166666666667
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 4.166666666667,
          "interest_coverage_ratio": 36.0,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 6,
        "value": 30.0,
        "value_label": "30.00×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 5.0
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 5.0,
          "interest_coverage_ratio": 30.0,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 7,
        "value": 25.714285714286,
        "value_label": "25.71×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 5.833333333333
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 5.833333333333,
          "interest_coverage_ratio": 25.714285714286,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 8,
        "value": 22.5,
        "value_label": "22.50×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 6.666666666667
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 6.666666666667,
          "interest_coverage_ratio": 22.5,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 9,
        "value": 20.0,
        "value_label": "20.00×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 7.5
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 7.5,
          "interest_coverage_ratio": 20.0,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 10,
        "value": 18.0,
        "value_label": "18.00×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 8.333333333333
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 8.333333333333,
          "interest_coverage_ratio": 18.0,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 11,
        "value": 16.363636363636,
        "value_label": "16.36×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 9.166666666667
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 9.166666666667,
          "interest_coverage_ratio": 16.363636363636,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 12,
        "value": 15.0,
        "value_label": "15.00×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 10.0
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 10.0,
          "interest_coverage_ratio": 15.0,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 13,
        "value": 13.846153846154,
        "value_label": "13.85×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 10.833333333333
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 10.833333333333,
          "interest_coverage_ratio": 13.846153846154,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 14,
        "value": 12.857142857143,
        "value_label": "12.86×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 11.666666666667
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 11.666666666667,
          "interest_coverage_ratio": 12.857142857143,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 15,
        "value": 12.0,
        "value_label": "12.00×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 12.5
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 12.5,
          "interest_coverage_ratio": 12.0,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 16,
        "value": 11.25,
        "value_label": "11.25×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 13.333333333333
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 13.333333333333,
          "interest_coverage_ratio": 11.25,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 17,
        "value": 10.588235294118,
        "value_label": "10.59×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 14.166666666667
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 14.166666666667,
          "interest_coverage_ratio": 10.588235294118,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 18,
        "value": 10.0,
        "value_label": "10.00×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 15.0
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 15.0,
          "interest_coverage_ratio": 10.0,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 19,
        "value": 9.473684210526,
        "value_label": "9.47×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 15.833333333333
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 15.833333333333,
          "interest_coverage_ratio": 9.473684210526,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 20,
        "value": 9.0,
        "value_label": "9.00×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 16.666666666667
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 16.666666666667,
          "interest_coverage_ratio": 9.0,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 21,
        "value": 8.571428571429,
        "value_label": "8.57×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 17.5
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 17.5,
          "interest_coverage_ratio": 8.571428571429,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 22,
        "value": 8.181818181818,
        "value_label": "8.18×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 18.333333333333
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 18.333333333333,
          "interest_coverage_ratio": 8.181818181818,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 23,
        "value": 7.826086956522,
        "value_label": "7.83×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 19.166666666667
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 19.166666666667,
          "interest_coverage_ratio": 7.826086956522,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 24,
        "value": 7.5,
        "value_label": "7.50×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 20.0
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 20.0,
          "interest_coverage_ratio": 7.5,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 25,
        "value": 7.2,
        "value_label": "7.20×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 20.833333333333
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 20.833333333333,
          "interest_coverage_ratio": 7.2,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 26,
        "value": 6.923076923077,
        "value_label": "6.92×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 21.666666666667
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 21.666666666667,
          "interest_coverage_ratio": 6.923076923077,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 27,
        "value": 6.666666666667,
        "value_label": "6.67×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 22.5
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 22.5,
          "interest_coverage_ratio": 6.666666666667,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 28,
        "value": 6.428571428571,
        "value_label": "6.43×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 23.333333333333
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 23.333333333333,
          "interest_coverage_ratio": 6.428571428571,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 29,
        "value": 6.206896551724,
        "value_label": "6.21×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 24.166666666667
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 24.166666666667,
          "interest_coverage_ratio": 6.206896551724,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 30,
        "value": 6.0,
        "value_label": "6.00×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 25.0
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 25.0,
          "interest_coverage_ratio": 6.0,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 31,
        "value": 5.806451612903,
        "value_label": "5.81×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 25.833333333333
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 25.833333333333,
          "interest_coverage_ratio": 5.806451612903,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 32,
        "value": 5.625,
        "value_label": "5.62×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 26.666666666667
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 26.666666666667,
          "interest_coverage_ratio": 5.625,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 33,
        "value": 5.454545454545,
        "value_label": "5.45×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 27.5
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 27.5,
          "interest_coverage_ratio": 5.454545454545,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 34,
        "value": 5.294117647059,
        "value_label": "5.29×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 28.333333333333
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 28.333333333333,
          "interest_coverage_ratio": 5.294117647059,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 35,
        "value": 5.142857142857,
        "value_label": "5.14×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 29.166666666667
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 29.166666666667,
          "interest_coverage_ratio": 5.142857142857,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 36,
        "value": 5.0,
        "value_label": "5.00×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 30.0
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 30.0,
          "interest_coverage_ratio": 5.0,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 37,
        "value": 4.864864864865,
        "value_label": "4.86×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 30.833333333333
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 30.833333333333,
          "interest_coverage_ratio": 4.864864864865,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 38,
        "value": 4.736842105263,
        "value_label": "4.74×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 31.666666666667
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 31.666666666667,
          "interest_coverage_ratio": 4.736842105263,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 39,
        "value": 4.615384615385,
        "value_label": "4.62×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 32.5
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 32.5,
          "interest_coverage_ratio": 4.615384615385,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 40,
        "value": 4.5,
        "value_label": "4.50×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 33.333333333333
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 33.333333333333,
          "interest_coverage_ratio": 4.5,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 41,
        "value": 4.390243902439,
        "value_label": "4.39×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 34.166666666667
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 34.166666666667,
          "interest_coverage_ratio": 4.390243902439,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 42,
        "value": 4.285714285714,
        "value_label": "4.29×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 35.0
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 35.0,
          "interest_coverage_ratio": 4.285714285714,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 43,
        "value": 4.186046511628,
        "value_label": "4.19×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 35.833333333333
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 35.833333333333,
          "interest_coverage_ratio": 4.186046511628,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 44,
        "value": 4.090909090909,
        "value_label": "4.09×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 36.666666666667
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 36.666666666667,
          "interest_coverage_ratio": 4.090909090909,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 45,
        "value": 4.0,
        "value_label": "4.00×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 37.5
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 37.5,
          "interest_coverage_ratio": 4.0,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 46,
        "value": 3.913043478261,
        "value_label": "3.91×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 38.333333333333
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 38.333333333333,
          "interest_coverage_ratio": 3.913043478261,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 47,
        "value": 3.829787234043,
        "value_label": "3.83×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 39.166666666667
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 39.166666666667,
          "interest_coverage_ratio": 3.829787234043,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 48,
        "value": 3.75,
        "value_label": "3.75×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 40.0
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 40.0,
          "interest_coverage_ratio": 3.75,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 49,
        "value": 3.673469387755,
        "value_label": "3.67×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 40.833333333333
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 40.833333333333,
          "interest_coverage_ratio": 3.673469387755,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 50,
        "value": 3.6,
        "value_label": "3.60×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 41.666666666667
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 41.666666666667,
          "interest_coverage_ratio": 3.6,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 51,
        "value": 3.529411764706,
        "value_label": "3.53×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 42.5
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 42.5,
          "interest_coverage_ratio": 3.529411764706,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 52,
        "value": 3.461538461538,
        "value_label": "3.46×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 43.333333333333
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 43.333333333333,
          "interest_coverage_ratio": 3.461538461538,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 53,
        "value": 3.396226415094,
        "value_label": "3.40×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 44.166666666667
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 44.166666666667,
          "interest_coverage_ratio": 3.396226415094,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 54,
        "value": 3.333333333333,
        "value_label": "3.33×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 45.0
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 45.0,
          "interest_coverage_ratio": 3.333333333333,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 55,
        "value": 3.272727272727,
        "value_label": "3.27×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 45.833333333333
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 45.833333333333,
          "interest_coverage_ratio": 3.272727272727,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 56,
        "value": 3.214285714286,
        "value_label": "3.21×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 46.666666666667
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 46.666666666667,
          "interest_coverage_ratio": 3.214285714286,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 57,
        "value": 3.157894736842,
        "value_label": "3.16×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 47.5
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 47.5,
          "interest_coverage_ratio": 3.157894736842,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 58,
        "value": 3.103448275862,
        "value_label": "3.10×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 48.333333333333
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 48.333333333333,
          "interest_coverage_ratio": 3.103448275862,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 59,
        "value": 3.050847457627,
        "value_label": "3.05×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 49.166666666667
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 49.166666666667,
          "interest_coverage_ratio": 3.050847457627,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 60,
        "value": 3.0,
        "value_label": "3.00×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150,
          "gross_interest_expense": 50.0
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 3.0,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      }
    ]
  },
  {
    "name": "Low coverage range",
    "description": "Inspect states below 1× without a universal rating label.",
    "canonical_step": 30,
    "summary": {
      "focus_step": 30,
      "focus_kind": "comparison",
      "canonical_output_match": false,
      "state_counts": {
        "not-covered": 54,
        "covered": 7
      },
      "value_min": 0.1,
      "value_max": 1.1,
      "segments": [
        {
          "start_step": 0,
          "end_step": 53,
          "state": "not-covered",
          "decision": "ebit-divided-by-gross-interest-expense",
          "start_value_label": "0.10×",
          "end_value_label": "0.98×"
        },
        {
          "start_step": 54,
          "end_step": 60,
          "state": "covered",
          "decision": "ebit-divided-by-gross-interest-expense",
          "start_value_label": "1.00×",
          "end_value_label": "1.10×"
        }
      ]
    },
    "states": [
      {
        "step": 0,
        "value": 0.1,
        "value_label": "0.10×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 5.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 5.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.1,
          "coverage_shortfall": 45.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 1,
        "value": 0.116666666667,
        "value_label": "0.12×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 5.833333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 5.833333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.116666666667,
          "coverage_shortfall": 44.166666666667,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 2,
        "value": 0.133333333333,
        "value_label": "0.13×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 6.666666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 6.666666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.133333333333,
          "coverage_shortfall": 43.333333333333,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 3,
        "value": 0.15,
        "value_label": "0.15×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 7.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 7.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.15,
          "coverage_shortfall": 42.5,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 4,
        "value": 0.166666666667,
        "value_label": "0.17×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 8.333333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 8.333333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.166666666667,
          "coverage_shortfall": 41.666666666667,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 5,
        "value": 0.183333333333,
        "value_label": "0.18×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 9.166666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 9.166666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.183333333333,
          "coverage_shortfall": 40.833333333333,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 6,
        "value": 0.2,
        "value_label": "0.20×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 10.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 10.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.2,
          "coverage_shortfall": 40.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 7,
        "value": 0.216666666667,
        "value_label": "0.22×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 10.833333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 10.833333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.216666666667,
          "coverage_shortfall": 39.166666666667,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 8,
        "value": 0.233333333333,
        "value_label": "0.23×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 11.666666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 11.666666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.233333333333,
          "coverage_shortfall": 38.333333333333,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 9,
        "value": 0.25,
        "value_label": "0.25×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 12.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 12.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.25,
          "coverage_shortfall": 37.5,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 10,
        "value": 0.266666666667,
        "value_label": "0.27×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 13.333333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 13.333333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.266666666667,
          "coverage_shortfall": 36.666666666667,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 11,
        "value": 0.283333333333,
        "value_label": "0.28×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 14.166666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 14.166666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.283333333333,
          "coverage_shortfall": 35.833333333333,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 12,
        "value": 0.3,
        "value_label": "0.30×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 15.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 15.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.3,
          "coverage_shortfall": 35.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 13,
        "value": 0.316666666667,
        "value_label": "0.32×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 15.833333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 15.833333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.316666666667,
          "coverage_shortfall": 34.166666666667,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 14,
        "value": 0.333333333333,
        "value_label": "0.33×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 16.666666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 16.666666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.333333333333,
          "coverage_shortfall": 33.333333333333,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 15,
        "value": 0.35,
        "value_label": "0.35×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 17.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 17.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.35,
          "coverage_shortfall": 32.5,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 16,
        "value": 0.366666666667,
        "value_label": "0.37×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 18.333333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 18.333333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.366666666667,
          "coverage_shortfall": 31.666666666667,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 17,
        "value": 0.383333333333,
        "value_label": "0.38×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 19.166666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 19.166666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.383333333333,
          "coverage_shortfall": 30.833333333333,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 18,
        "value": 0.4,
        "value_label": "0.40×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 20.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 20.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.4,
          "coverage_shortfall": 30.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 19,
        "value": 0.416666666667,
        "value_label": "0.42×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 20.833333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 20.833333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.416666666667,
          "coverage_shortfall": 29.166666666667,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 20,
        "value": 0.433333333333,
        "value_label": "0.43×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 21.666666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 21.666666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.433333333333,
          "coverage_shortfall": 28.333333333333,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 21,
        "value": 0.45,
        "value_label": "0.45×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 22.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 22.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.45,
          "coverage_shortfall": 27.5,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 22,
        "value": 0.466666666667,
        "value_label": "0.47×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 23.333333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 23.333333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.466666666667,
          "coverage_shortfall": 26.666666666667,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 23,
        "value": 0.483333333333,
        "value_label": "0.48×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 24.166666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 24.166666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.483333333333,
          "coverage_shortfall": 25.833333333333,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 24,
        "value": 0.5,
        "value_label": "0.50×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 25.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 25.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.5,
          "coverage_shortfall": 25.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 25,
        "value": 0.516666666667,
        "value_label": "0.52×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 25.833333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 25.833333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.516666666667,
          "coverage_shortfall": 24.166666666667,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 26,
        "value": 0.533333333333,
        "value_label": "0.53×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 26.666666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 26.666666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.533333333333,
          "coverage_shortfall": 23.333333333333,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 27,
        "value": 0.55,
        "value_label": "0.55×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 27.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 27.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.55,
          "coverage_shortfall": 22.5,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 28,
        "value": 0.566666666667,
        "value_label": "0.57×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 28.333333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 28.333333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.566666666667,
          "coverage_shortfall": 21.666666666667,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 29,
        "value": 0.583333333333,
        "value_label": "0.58×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 29.166666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 29.166666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.583333333333,
          "coverage_shortfall": 20.833333333333,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 30,
        "value": 0.6,
        "value_label": "0.60×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 30.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 30.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.6,
          "coverage_shortfall": 20.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 31,
        "value": 0.616666666667,
        "value_label": "0.62×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 30.833333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 30.833333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.616666666667,
          "coverage_shortfall": 19.166666666667,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 32,
        "value": 0.633333333333,
        "value_label": "0.63×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 31.666666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 31.666666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.633333333333,
          "coverage_shortfall": 18.333333333333,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 33,
        "value": 0.65,
        "value_label": "0.65×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 32.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 32.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.65,
          "coverage_shortfall": 17.5,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 34,
        "value": 0.666666666667,
        "value_label": "0.67×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 33.333333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 33.333333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.666666666667,
          "coverage_shortfall": 16.666666666667,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 35,
        "value": 0.683333333333,
        "value_label": "0.68×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 34.166666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 34.166666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.683333333333,
          "coverage_shortfall": 15.833333333333,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 36,
        "value": 0.7,
        "value_label": "0.70×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 35.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 35.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.7,
          "coverage_shortfall": 15.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 37,
        "value": 0.716666666667,
        "value_label": "0.72×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 35.833333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 35.833333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.716666666667,
          "coverage_shortfall": 14.166666666667,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 38,
        "value": 0.733333333333,
        "value_label": "0.73×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 36.666666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 36.666666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.733333333333,
          "coverage_shortfall": 13.333333333333,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 39,
        "value": 0.75,
        "value_label": "0.75×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 37.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 37.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.75,
          "coverage_shortfall": 12.5,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 40,
        "value": 0.766666666667,
        "value_label": "0.77×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 38.333333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 38.333333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.766666666667,
          "coverage_shortfall": 11.666666666667,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 41,
        "value": 0.783333333333,
        "value_label": "0.78×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 39.166666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 39.166666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.783333333333,
          "coverage_shortfall": 10.833333333333,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 42,
        "value": 0.8,
        "value_label": "0.80×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 40.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 40.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.8,
          "coverage_shortfall": 10.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 43,
        "value": 0.816666666667,
        "value_label": "0.82×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 40.833333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 40.833333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.816666666667,
          "coverage_shortfall": 9.166666666667,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 44,
        "value": 0.833333333333,
        "value_label": "0.83×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 41.666666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 41.666666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.833333333333,
          "coverage_shortfall": 8.333333333333,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 45,
        "value": 0.85,
        "value_label": "0.85×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 42.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 42.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.85,
          "coverage_shortfall": 7.5,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 46,
        "value": 0.866666666667,
        "value_label": "0.87×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 43.333333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 43.333333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.866666666667,
          "coverage_shortfall": 6.666666666667,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 47,
        "value": 0.883333333333,
        "value_label": "0.88×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 44.166666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 44.166666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.883333333333,
          "coverage_shortfall": 5.833333333333,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 48,
        "value": 0.9,
        "value_label": "0.90×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 45.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 45.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.9,
          "coverage_shortfall": 5.0,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 49,
        "value": 0.916666666667,
        "value_label": "0.92×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 45.833333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 45.833333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.916666666667,
          "coverage_shortfall": 4.166666666667,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 50,
        "value": 0.933333333333,
        "value_label": "0.93×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 46.666666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 46.666666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.933333333333,
          "coverage_shortfall": 3.333333333333,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 51,
        "value": 0.95,
        "value_label": "0.95×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 47.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 47.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.95,
          "coverage_shortfall": 2.5,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 52,
        "value": 0.966666666667,
        "value_label": "0.97×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 48.333333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 48.333333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.966666666667,
          "coverage_shortfall": 1.666666666667,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 53,
        "value": 0.983333333333,
        "value_label": "0.98×",
        "state": "not-covered",
        "diagnostic": "not-covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 49.166666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 49.166666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 0.983333333333,
          "coverage_shortfall": 0.833333333333,
          "state": "not-covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 54,
        "value": 1.0,
        "value_label": "1.00×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 50.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 50.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.0,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 55,
        "value": 1.016666666667,
        "value_label": "1.02×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 50.833333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 50.833333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.016666666667,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 56,
        "value": 1.033333333333,
        "value_label": "1.03×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 51.666666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 51.666666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.033333333333,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 57,
        "value": 1.05,
        "value_label": "1.05×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 52.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 52.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.05,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 58,
        "value": 1.066666666667,
        "value_label": "1.07×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 53.333333333333,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 53.333333333333,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.066666666667,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 59,
        "value": 1.083333333333,
        "value_label": "1.08×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 54.166666666667,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 54.166666666667,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.083333333333,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 60,
        "value": 1.1,
        "value_label": "1.10×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 55.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 55.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 1.1,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      }
    ]
  },
  {
    "name": "High coverage range",
    "description": "Inspect large ratios without calling them infinite safety.",
    "canonical_step": 30,
    "summary": {
      "focus_step": 30,
      "focus_kind": "comparison",
      "canonical_output_match": false,
      "state_counts": {
        "covered": 61
      },
      "value_min": 3.0,
      "value_max": 12.0,
      "segments": [
        {
          "start_step": 0,
          "end_step": 60,
          "state": "covered",
          "decision": "ebit-divided-by-gross-interest-expense",
          "start_value_label": "3.00×",
          "end_value_label": "12.00×"
        }
      ]
    },
    "states": [
      {
        "step": 0,
        "value": 3.0,
        "value_label": "3.00×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 150.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 150.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 3.0,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 1,
        "value": 3.15,
        "value_label": "3.15×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 157.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 157.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 3.15,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 2,
        "value": 3.3,
        "value_label": "3.30×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 165.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 165.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 3.3,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 3,
        "value": 3.45,
        "value_label": "3.45×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 172.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 172.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 3.45,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 4,
        "value": 3.6,
        "value_label": "3.60×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 180.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 180.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 3.6,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 5,
        "value": 3.75,
        "value_label": "3.75×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 187.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 187.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 3.75,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 6,
        "value": 3.9,
        "value_label": "3.90×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 195.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 195.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 3.9,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 7,
        "value": 4.05,
        "value_label": "4.05×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 202.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 202.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 4.05,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 8,
        "value": 4.2,
        "value_label": "4.20×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 210.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 210.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 4.2,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 9,
        "value": 4.35,
        "value_label": "4.35×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 217.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 217.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 4.35,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 10,
        "value": 4.5,
        "value_label": "4.50×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 225.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 225.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 4.5,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 11,
        "value": 4.65,
        "value_label": "4.65×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 232.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 232.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 4.65,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 12,
        "value": 4.8,
        "value_label": "4.80×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 240.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 240.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 4.8,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 13,
        "value": 4.95,
        "value_label": "4.95×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 247.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 247.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 4.95,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 14,
        "value": 5.1,
        "value_label": "5.10×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 255.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 255.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 5.1,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 15,
        "value": 5.25,
        "value_label": "5.25×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 262.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 262.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 5.25,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 16,
        "value": 5.4,
        "value_label": "5.40×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 270.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 270.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 5.4,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 17,
        "value": 5.55,
        "value_label": "5.55×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 277.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 277.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 5.55,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 18,
        "value": 5.7,
        "value_label": "5.70×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 285.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 285.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 5.7,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 19,
        "value": 5.85,
        "value_label": "5.85×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 292.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 292.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 5.85,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 20,
        "value": 6.0,
        "value_label": "6.00×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 300.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 300.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 6.0,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 21,
        "value": 6.15,
        "value_label": "6.15×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 307.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 307.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 6.15,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 22,
        "value": 6.3,
        "value_label": "6.30×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 315.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 315.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 6.3,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 23,
        "value": 6.45,
        "value_label": "6.45×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 322.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 322.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 6.45,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 24,
        "value": 6.6,
        "value_label": "6.60×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 330.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 330.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 6.6,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 25,
        "value": 6.75,
        "value_label": "6.75×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 337.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 337.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 6.75,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 26,
        "value": 6.9,
        "value_label": "6.90×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 345.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 345.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 6.9,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 27,
        "value": 7.05,
        "value_label": "7.05×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 352.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 352.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 7.05,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 28,
        "value": 7.2,
        "value_label": "7.20×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 360.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 360.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 7.2,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 29,
        "value": 7.35,
        "value_label": "7.35×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 367.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 367.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 7.35,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 30,
        "value": 7.5,
        "value_label": "7.50×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 375.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 375.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 7.5,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 31,
        "value": 7.65,
        "value_label": "7.65×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 382.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 382.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 7.65,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 32,
        "value": 7.8,
        "value_label": "7.80×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 390.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 390.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 7.8,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 33,
        "value": 7.95,
        "value_label": "7.95×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 397.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 397.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 7.95,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 34,
        "value": 8.1,
        "value_label": "8.10×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 405.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 405.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 8.1,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 35,
        "value": 8.25,
        "value_label": "8.25×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 412.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 412.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 8.25,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 36,
        "value": 8.4,
        "value_label": "8.40×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 420.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 420.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 8.4,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 37,
        "value": 8.55,
        "value_label": "8.55×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 427.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 427.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 8.55,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 38,
        "value": 8.7,
        "value_label": "8.70×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 435.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 435.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 8.7,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 39,
        "value": 8.85,
        "value_label": "8.85×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 442.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 442.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 8.85,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 40,
        "value": 9.0,
        "value_label": "9.00×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 450.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 450.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 9.0,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 41,
        "value": 9.15,
        "value_label": "9.15×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 457.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 457.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 9.15,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 42,
        "value": 9.3,
        "value_label": "9.30×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 465.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 465.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 9.3,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 43,
        "value": 9.45,
        "value_label": "9.45×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 472.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 472.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 9.45,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 44,
        "value": 9.6,
        "value_label": "9.60×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 480.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 480.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 9.6,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 45,
        "value": 9.75,
        "value_label": "9.75×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 487.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 487.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 9.75,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 46,
        "value": 9.9,
        "value_label": "9.90×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 495.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 495.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 9.9,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 47,
        "value": 10.05,
        "value_label": "10.05×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 502.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 502.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 10.05,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 48,
        "value": 10.2,
        "value_label": "10.20×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 510.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 510.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 10.2,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 49,
        "value": 10.35,
        "value_label": "10.35×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 517.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 517.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 10.35,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 50,
        "value": 10.5,
        "value_label": "10.50×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 525.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 525.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 10.5,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 51,
        "value": 10.65,
        "value_label": "10.65×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 532.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 532.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 10.65,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 52,
        "value": 10.8,
        "value_label": "10.80×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 540.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 540.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 10.8,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 53,
        "value": 10.95,
        "value_label": "10.95×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 547.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 547.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 10.95,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 54,
        "value": 11.1,
        "value_label": "11.10×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 555.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 555.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 11.1,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 55,
        "value": 11.25,
        "value_label": "11.25×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 562.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 562.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 11.25,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 56,
        "value": 11.4,
        "value_label": "11.40×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 570.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 570.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 11.4,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 57,
        "value": 11.55,
        "value_label": "11.55×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 577.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 577.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 11.55,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 58,
        "value": 11.7,
        "value_label": "11.70×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 585.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 585.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 11.7,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 59,
        "value": 11.85,
        "value_label": "11.85×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 592.5,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 592.5,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 11.85,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      },
      {
        "step": 60,
        "value": 12.0,
        "value_label": "12.00×",
        "state": "covered",
        "diagnostic": "covered · ebit-divided-by-gross-interest-expense",
        "guidance": "Observe EBIT, gross interest, ratio, shortfall, state, and reason. The decision boundary is EBIT equals gross interest at exactly 1×.",
        "input": {
          "ebit": 600.0,
          "gross_interest_expense": 50
        },
        "output": {
          "ebit": 600.0,
          "gross_interest_expense": 50.0,
          "interest_coverage_ratio": 12.0,
          "coverage_shortfall": 0.0,
          "state": "covered",
          "reason": "ebit-divided-by-gross-interest-expense"
        }
      }
    ]
  }
]