pids.py

PID_DICT = {
    "0100": {
        'name': 'PID support status for PIDs $01-$20',
        "bit_length": 32,
        "meta": {"freq": 1, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 4,
        "signals": {
            "PID_A": {
                "bit_index": 1,
                "bit_length": 8,
                "name": "PID support status for PIDs $01-$08",
                "path": "PID.Support",
                "unit": "",
            },
            "PID_B": {
                "bit_index": 8,
                "bit_length": 8,
                "name": "PID support status for PIDs $09-$10",
                "path": "PID.Support",
                "unit": "",
            },
            "PID_C": {
                "bit_index": 16,
                "bit_length": 8,
                "name": "PID support status for PIDs $11-$18",
                "path": "PID.Support",
                "unit": "",
            },
            "PID_D": {
                "bit_index": 24,
                "bit_length": 8,
                "name": "PID support status for PIDs $19-$20",
                "path": "PID.Support",
                "unit": "",
            },
        },
    },
"0101": {
    "bit_length": 31,
    "meta": {"freq": 10, "hdr": "7E0", "rax": "7E8"},
    "number_signals": 25,
    "name": "Monitor status since DTCs cleared",
    "signals": {
        "MIL": {
            "bit_length": 1,
            "description": "The MIL status is OFF during key-on, engine-off bulb check unless MIL has also been commanded ON for a detected malfunction. The status reflects whether there are confirmed DTC(s) stored that are illuminating the MIL. It should not reflect the status of the MIL, which could be on for a function check, flashing I/M readiness or flashing for misfire.",
            "max": 1,
            "name": "Malfunction indicator lamp",
            "path": "DTCs.Generic",
            "unit": "boolean",
        },
        "DTC_CNT": {
            "bit_index": 1,
            "bit_length": 7,
            "description": "Number of confirmed emission-related DTCs stored in the ECU available for display using Service $03.",
            "max": 127,
            "name": "Number of DTCs stored in this ECU",
            "path": "DTCs.Generic",
            "unit": "scalar",
        },
        "CCM_RDY": {
            "bit_index": 9,
            "bit_length": 1,
            "max": 1,
            "name": "Comprehensive component monitoring ready",
            "path": "DTCs.Generic.Status",
            "unit": "boolean",
        },
        "FUEL_RDY": {
            "bit_index": 10,
            "bit_length": 1,
            "max": 1,
            "name": "Fuel system monitoring ready",
            "path": "DTCs.Generic.Status",
            "unit": "boolean",
        },
        "MIS_RDY": {
            "bit_index": 11,
            "bit_length": 1,
            "max": 1,
            "name": "Misfire monitoring ready",
            "path": "DTCs.Generic.Status",
            "unit": "boolean",
        },
        "CIM_SUP": {
            "bit_index": 12,
            "bit_length": 1,
            "description": "Indicates support of spark ignition or compression ignition monitors.",
            "map": {0: "SPARK", 1: "COMPRESSION"},
            "name": "Compression ignition monitoring supported",
            "path": "DTCs.Generic.Support",
        },
        "CCM_SUP": {
            "bit_index": 13,
            "bit_length": 1,
            "max": 1,
            "name": "Comprehensive component monitoring supported",
            "path": "DTCs.Generic.Support",
            "unit": "boolean",
        },
        "FUEL_SUP": {
            "bit_index": 14,
            "bit_length": 1,
            "max": 1,
            "name": "Fuel system monitoring supported",
            "path": "DTCs.Generic.Support",
            "unit": "boolean",
        },
        "MIS_SUP": {
            "bit_index": 15,
            "bit_length": 1,
            "max": 1,
            "name": "Misfire monitoring supported",
            "path": "DTCs.Generic.Support",
            "unit": "boolean",
        },
        "EGR_SUP": {
            "bit_index": 16,
            "bit_length": 1,
            "max": 1,
            "name": "EGR system monitoring supported",
            "path": "DTCs.Generic.Support",
            "unit": "boolean",
        },
        "HTR_SUP": {
            "bit_index": 17,
            "bit_length": 1,
            "max": 1,
            "name": "Oxygen sensor heater monitoring supported",
            "path": "DTCs.Generic.Support",
            "unit": "boolean",
        },
        "O2S_SUP": {
            "bit_index": 18,
            "bit_length": 1,
            "max": 1,
            "name": "Oxygen sensor monitoring supported",
            "path": "DTCs.Generic.Support",
            "unit": "boolean",
        },
        "ACRF_SUP": {
            "bit_index": 19,
            "bit_length": 1,
            "max": 1,
            "name": "A/C system refrigerant monitoring supported",
            "path": "DTCs.Generic.Support",
            "unit": "boolean",
        },
        "AIR_SUP": {
            "bit_index": 20,
            "bit_length": 1,
            "max": 1,
            "name": "Secondary air system monitoring supported",
            "path": "DTCs.Generic.Support",
            "unit": "boolean",
        },
        "EVAP_SUP": {
            "bit_index": 21,
            "bit_length": 1,
            "max": 1,
            "name": "Evaporative system monitoring supported",
            "path": "DTCs.Generic.Support",
            "unit": "boolean",
        },
        "HCAT_SUP": {
            "bit_index": 22,
            "bit_length": 1,
            "max": 1,
            "name": "Heated catalyst monitoring supported",
            "path": "DTCs.Generic.Support",
            "unit": "boolean",
        },
        "CAT_SUP": {
            "bit_index": 23,
            "bit_length": 1,
            "max": 1,
            "name": "Catalyst monitoring supported",
            "path": "DTCs.Generic.Support",
            "unit": "boolean",
        },
        "EGR_RDY": {
            "bit_index": 24,
            "bit_length": 1,
            "max": 1,
            "name": "EGR system monitoring ready",
            "path": "DTCs.Generic.Status",
            "unit": "boolean",
        },
        "HTR_RDY": {
            "bit_index": 25,
            "bit_length": 1,
            "max": 1,
            "name": "Oxygen sensor heater monitoring ready",
            "path": "DTCs.Generic.Status",
            "unit": "boolean",
        },
        "O2S_RDY": {
            "bit_index": 26,
            "bit_length": 1,
            "max": 1,
            "name": "Oxygen sensor monitoring ready",
            "path": "DTCs.Generic.Status",
            "unit": "boolean",
        },
        "ACRF_RDY": {
            "bit_index": 27,
            "bit_length": 1,
            "max": 1,
            "name": "A/C system refrigerant monitoring ready",
            "path": "DTCs.Generic.Status",
            "unit": "boolean",
        },
        "AIR_RDY": {
            "bit_index": 28,
            "bit_length": 1,
            "max": 1,
            "name": "Secondary air system monitoring ready",
            "path": "DTCs.Generic.Status",
            "unit": "boolean",
        },
        "EVAP_RDY": {
            "bit_index": 29,
            "bit_length": 1,
            "max": 1,
            "name": "Evaporative system monitoring ready",
            "path": "DTCs.Generic.Status",
            "unit": "boolean",
        },
        "HCAT_RDY": {
            "bit_index": 30,
            "bit_length": 1,
            "max": 1,
            "name": "Heated catalyst monitoring ready",
            "path": "DTCs.Generic.Status",
            "unit": "boolean",
        },
        "CAT_RDY": {
            "bit_index": 31,
            "bit_length": 1,
            "max": 1,
            "name": "Catalyst monitoring ready",
            "path": "DTCs.Generic.Status",
            "unit": "boolean",
        },
    },
},

    "0102": {
        "bit_length": 16,
        "name": "DTC that caused required freeze frame data storage",
        "meta": {"freq": 60, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "DTCFRZF": {
                "bit_length": 16,
                "description": "0 indicates no freeze frame data.",
                "max": 65535,
                "name": "DTC that caused required freeze frame data storage",
                "path": "DTCs.Generic",
                "unit": "hex",
            }
        },
    },
    "0103": {
        "bit_length": 16,
        "name": "Fuel system status",
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 2,
        "signals": {
            "FUELSYS1": {
                "bit_length": 8,
                "map": {
                    0: "OFF",
                    1: "Open loop - has not yet satisfied conditions to go closed loop",
                    2: "Closed loop - using oxygen sensor(s) as feedback for fuel control",
                    4: "Open loop due to driving conditions (e.g. power enrichment, deceleration enleanment)",
                    8: "Open loop - due to detected system fault",
                    16: "Closed loop, but fault with at least one oxygen sensor - may be using single oxygen sensor for fuel control",
                    32: "OL B2",
                    64: "OL-Drive B2",
                    128: "OL-Fault B2",
                },
                "name": "Fuel system 1 status",
                "path": "Fuel.Generic",
            },
            "FUELSYS2": {
                "bit_index": 8,
                "bit_length": 8,
                "map": {
                    0: "OFF",
                    1: "Open loop - has not yet satisfied conditions to go closed loop",
                    2: "Closed loop - using oxygen sensor(s) as feedback for fuel control",
                    4: "Open loop due to driving conditions (e.g. power enrichment, deceleration enleanment)",
                    8: "Open loop - due to detected system fault",
                    16: "Closed loop, but fault with at least one oxygen sensor - may be using single oxygen sensor for fuel control",
                    32: "OL B2",
                    64: "OL-Drive B2",
                    128: "OL-Fault B2",
                },
                "name": "Fuel system 2 status",
                "path": "Fuel.Generic",
            },
        },
    },
    "0104": {
        "bit_length": 8,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "name": "Calculated load value",
        "signals": {
            "LOAD_PCT": {
                "bit_length": 8,
                "description": "Represents the amount of work the engine is doing. Expected to reach 100% at wide open throttle/wide open pedal at any altitude, temperature or rpm for both naturally aspirated and boosted engines. If engine load is limited for powertrain protection e.g. engine/turbocharger protection, this value may not reach 100%. For hybrid vehicles, indicates the torque produced only by the internal combustion engine, not the torque being delivered by the entire powertrain. For electric vehicles, the meaning of this parameter is undefined.",
                "formula":  lambda x: x * 100 / 255,
                "max": 100,
                "name": "Calculated engine load",
                "path": "Engine.Generic",
                "unit": "percent",
            }
        },
    },
    "0105": {
        "bit_length": 8,
        "name": "Engine coolant temperature",
        "meta": {"freq": 0.5, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "ECT": {
                "bit_length": 8,
                "description": "Your engine temperature must operate within a certain temperature range to operate efficiently and safely. If it runs too hot, then your engine could be permanently damaged. If it runs too cold, then your engine will use more fuel than necessary.",
                "formula":  lambda x: x + -40,
                "max": 215,
                "min": -40,
                "name": "Engine coolant temperature",
                "path": "Engine.Generic",
                "unit": "celsius",
            }
        },
    },
    "0106": {
        "bit_length": 8,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "name": "Short term fuel trim (banks 1 and 3)",
        "signals": {
            "SHRTFT1": {
                "bit_length": 8,
                "description": "Correction being used by the closed-loop fuel algorithm.",
                "formula":  lambda x: x * 100 / 128 + -100,
                "max": 99.2,
                "min": -100,
                "name": "Short term fuel trim (bank 1)",
                "path": "Engine.Generic",
                "unit": "percent",
            }
        },
    },
    "0107": {
        "bit_length": 8,
        "name": "Long term fuel trim (banks 1 and 3)",
        "meta": {"freq": 1, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "LONGFT1": {
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 128 + -100,
                "max": 99.2,
                "min": -100,
                "name": "Long term fuel trim (bank 1)",
                "path": "Engine.Generic",
                "unit": "percent",
            }
        },
    },
    "0108": {
        "bit_length": 16,
        "name": "Short term fuel trim (banks 2 and 4)",
        "meta": {"freq": 1, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 2,
        "signals": {
            "SHRTFT2": {
                "bit_length": 8,
                "description": "Correction being used by the closed-loop fuel algorithm.",
                "formula":  lambda x: x * 100 / 128 + -100,
                "max": 99.2,
                "min": -100,
                "name": "Short term fuel trim (bank 2)",
                "path": "Engine.Generic",
                "unit": "percent",
            },
            "SHRTFT4": {
                "bit_index": 8,
                "bit_length": 8,
                "description": "Correction being used by the closed-loop fuel algorithm.",
                "formula":  lambda x: x * 100 / 128 + -100,
                "max": 99.2,
                "min": -100,
                "name": "Short term fuel trim (bank 4)",
                "path": "Engine.Generic",
                "unit": "percent",
            },
        },
    },
    "0109": {
        "bit_length": 16,
        "name": "Long term fuel trim (banks 2 and 4)",
        "meta": {"freq": 1, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 2,
        "signals": {
            "LONGFT2": {
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 128 + -100,
                "max": 99.2,
                "min": -100,
                "name": "Long term fuel trim (bank 2)",
                "path": "Engine.Generic",
                "unit": "percent",
            },
            "LONGFT4": {
                "bit_index": 8,
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 128 + -100,
                "max": 99.2,
                "min": -100,
                "name": "Long term fuel trim (bank 4)",
                "path": "Engine.Generic",
                "unit": "percent",
            },
        },
    },
    "010A": {
        "bit_length": 8,
        "name": "Fuel rail pressure (gauge)",
        "meta": {"freq": 1, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "FP": {
                "bit_length": 8,
                "formula":  lambda x: x * 3,
                "max": 765,
                "name": "Fuel pressure",
                "path": "Engine.Generic",
                "unit": "kilopascal",
            }
        },
    },
    "010B": {
        "bit_length": 8,
        "name": "Intake manifold absolute pressure",
        "meta": {"freq": 1, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "MAP": {
                "bit_length": 8,
                "max": 255,
                "name": "Intake manifold absolute pressure",
                "path": "Engine.Generic",
                "unit": "kilopascal",
            }
        },
    },
    "010C": {
        "bit_length": 16,
        "name": "Engine RPM",
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "RPM": {
                "bit_length": 16,
                "formula":  lambda x: x / 4,
                "max": 16383.75,
                "name": "Engine RPM",
                "path": "Engine.Generic",
                "unit": "rpm",
            }
        },
    },
    "010D": {
        "bit_length": 8,
        "name": "Vehicle speed",
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "VSS": {
                "bit_length": 8,
                "max": 255,
                "name": "Vehicle speed",
                "path": "Movement.Generic",
                "unit": "kilometersPerHour",
            }
        },
    },
    "010E": {
        "bit_length": 8,
        "name": "Ignition timing advance for #1 cylinder",
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "SPARKADV": {
                "bit_length": 8,
                "description": "Ignition timing spark advance for the first cylinder. Measured in degrees before dead center. Minus is degrees before dead center, positive is degrees after.",
                "formula":  lambda x: x / 2 + -64,
                "max": 63.5,
                "min": -64,
                "name": "Timing advance",
                "path": "Engine.Generic",
                "unit": "degrees",
            }
        },
    },
    "010F": {
        "bit_length": 8,
        "name": "Intake air temperature",
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "IAT": {
                "bit_length": 8,
                "formula":  lambda x: x + -40,
                "max": 215,
                "min": -40,
                "name": "Intake air temperature",
                "path": "Engine.Generic",
                "unit": "celsius",
            }
        },
    },
    "0110": {
        "bit_length": 16,
        "name": "Air flow rate from mass air flow sensor",
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "MAF": {
                "bit_length": 16,
                "formula":  lambda x: x / 100,
                "max": 655.35,
                "name": "Air flow rate from mass air flow sensor",
                "path": "Engine.Generic",
                "unit": "gramsPerSecond",
            }
        },
    },
    "0111": {
        "bit_length": 8,
        "name": "Absolute throttle position",
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "TP": {
                "bit_length": 8,
                "description": "Throttle position at idle will usually be more than 0%, and throttle position at wide open throttle will usually be less than 100%.",
                "formula":  lambda x: x * 100 / 255,
                "max": 100,
                "name": "Absolute throttle position",
                "path": "Control.Generic",
                "unit": "percent",
            }
        },
    },
    "0112": {
        "bit_length": 3,
        "name": "Commanded secondary air status",
        "meta": {"freq": 60, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "AIR_STAT": {
                "bit_index": 5,
                "bit_length": 3,
                "map": {1: "UPS", 2: "DNS", 4: "OFF", 8: "DIAG"},
                "name": "Commanded secondary air status",
                "path": "Engine.Generic",
            }
        },
    },
    "0113": {
        "bit_length": 8,
        "meta": {"freq": 3600, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 8,
        "name": "Location of oxygen sensors (up to 2 banks)",
        "signals": {
            "O2S11_EXISTS": {
                "bit_index": 7,
                "bit_length": 1,
                "max": 1,
                "name": "02S Bank 1, Sensor 1 present",
                "path": "Engine.Generic.OxygenSensors",
                "unit": "boolean",
            },
            "O2S12_EXISTS": {
                "bit_index": 6,
                "bit_length": 1,
                "max": 1,
                "name": "02S Bank 1, Sensor 2 present",
                "path": "Engine.Generic.OxygenSensors",
                "unit": "boolean",
            },
            "O2S13_EXISTS": {
                "bit_index": 5,
                "bit_length": 1,
                "max": 1,
                "name": "02S Bank 1, Sensor 3 present",
                "path": "Engine.Generic.OxygenSensors",
                "unit": "boolean",
            },
            "O2S14_EXISTS": {
                "bit_index": 4,
                "bit_length": 1,
                "max": 1,
                "name": "02S Bank 1, Sensor 4 present",
                "path": "Engine.Generic.OxygenSensors",
                "unit": "boolean",
            },
            "O2S21_EXISTS": {
                "bit_index": 3,
                "bit_length": 1,
                "max": 1,
                "name": "02S Bank 2, Sensor 1 present",
                "path": "Engine.Generic.OxygenSensors",
                "unit": "boolean",
            },
            "O2S22_EXISTS": {
                "bit_index": 2,
                "bit_length": 1,
                "max": 1,
                "name": "02S Bank 2, Sensor 2 present",
                "path": "Engine.Generic.OxygenSensors",
                "unit": "boolean",
            },
            "O2S23_EXISTS": {
                "bit_index": 1,
                "bit_length": 1,
                "max": 1,
                "name": "02S Bank 2, Sensor 3 present",
                "path": "Engine.Generic.OxygenSensors",
                "unit": "boolean",
            },
            "O2S24_EXISTS": {
                "bit_length": 1,
                "max": 1,
                "name": "02S Bank 2, Sensor 4 present",
                "path": "Engine.Generic.OxygenSensors",
                "unit": "boolean",
            },
        },
    },
    "0114": {
        "bit_length": 16,
        "name": "Oxygen sensor (narrowband) bank 1 sensor 1",
        "meta": {"freq": 1, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 2,
        "signals": {
            "O2S11": {
                "bit_length": 8,
                "formula":  lambda x: x / 200,
                "max": 1.275,
                "name": "O2S Output Voltage Bank 1, Sensor 1",
                "path": "Engine.Generic.OxygenSensors",
                "unit": "volts",
            },
            "SHRTFT11": {
                "bit_index": 8,
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 128 + -100,
                "max": 99.22,
                "min": -100,
                "name": "Short Term Fuel Trim associated with O2S11",
                "path": "Engine.Generic.OxygenSensors",
                "unit": "percent",
            },
        },
    },
    "0115": {
        "bit_length": 16,
        "meta": {"freq": 1, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 2,
        "signals": {
            "O2S12": {
                "bit_length": 8,
                "formula":  lambda x: x / 200,
                "max": 1.275,
                "name": "O2S Output Voltage Bank 1, Sensor 2",
                "path": "Engine.Generic.OxygenSensors",
                "unit": "volts",
            },
            "SHRTFT11": {
                "bit_index": 8,
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 128 + -100,
                "max": 99.22,
                "min": -100,
                "name": "Short Term Fuel Trim associated with O2S12",
                "path": "Engine.Generic.OxygenSensors",
                "unit": "percent",
            },
        },
        "name": "Oxygen sensor (narrowband) bank 1 sensor 2",
    },
    "0116": {
        "bit_length": 16,
        "meta": {"freq": 1, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 2,
        "signals": {
            "O2S12": {
                "bit_length": 8,
                "formula":  lambda x: x / 200,
                "max": 1.275,
                "name": "O2S Output Voltage Bank 1, Sensor 3",
                "path": "Engine.Generic.OxygenSensors",
                "unit": "volts",
            },
            "SHRTFT11": {
                "bit_index": 8,
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 128 + -100,
                "max": 99.22,
                "min": -100,
                "name": "Short Term Fuel Trim associated with O2S13",
                "path": "Engine.Generic.OxygenSensors",
                "unit": "percent",
            },
        },
        "name": "Oxygen sensor (narrowband) bank 1 sensor 3",
    },
    "0117": {
        "bit_length": 16,
        "meta": {"freq": 1, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 2,
        "signals": {
            "O2S12": {
                "bit_length": 8,
                "formula":  lambda x: x / 200,
                "max": 1.275,
                "name": "O2S Output Voltage Bank 1, Sensor 4",
                "path": "Engine.Generic.OxygenSensors",
                "unit": "volts",
            },
            "SHRTFT11": {
                "bit_index": 8,
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 128 + -100,
                "max": 99.22,
                "min": -100,
                "name": "Short Term Fuel Trim associated with O2S14",
                "path": "Engine.Generic.OxygenSensors",
                "unit": "percent",
            },
        },
        "name": "Oxygen sensor (narrowband) bank 1 sensor 4",
    },
    "0118": {
        "bit_length": 16,
        "meta": {"freq": 1, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 2,
        "signals": {
            "O2S12": {
                "bit_length": 8,
                "formula":  lambda x: x / 200,
                "max": 1.275,
                "name": "O2S Output Voltage Bank 2, Sensor 1",
                "path": "Engine.Generic.OxygenSensors",
                "unit": "volts",
            },
            "SHRTFT11": {
                "bit_index": 8,
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 128 + -100,
                "max": 99.22,
                "min": -100,
                "name": "Short Term Fuel Trim associated with O2S21",
                "path": "Engine.Generic.OxygenSensors",
                "unit": "percent",
            },
        },
        "name": "Oxygen sensor (narrowband) bank 2 sensor 1",
    },
    "0119": {
        "bit_length": 16,
        "meta": {"freq": 1, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 2,
        "signals": {
            "O2S12": {
                "bit_length": 8,
                "formula":  lambda x: x / 200,
                "max": 1.275,
                "name": "O2S Output Voltage Bank 2, Sensor 2",
                "path": "Engine.Generic.OxygenSensors",
                "unit": "volts",
            },
            "SHRTFT11": {
                "bit_index": 8,
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 128 + -100,
                "max": 99.22,
                "min": -100,
                "name": "Short Term Fuel Trim associated with O2S22",
                "path": "Engine.Generic.OxygenSensors",
                "unit": "percent",
            },
        },
        "name": "Oxygen sensor (narrowband) bank 2 sensor 2",
    },
    "011A": {
        "bit_length": 16,
        "meta": {"freq": 1, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 2,
        "signals": {
            "O2S12": {
                "bit_length": 8,
                "formula":  lambda x: x / 200,
                "max": 1.275,
                "name": "O2S Output Voltage Bank 2, Sensor 3",
                "path": "Engine.Generic.OxygenSensors",
                "unit": "volts",
            },
            "SHRTFT11": {
                "bit_index": 8,
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 128 + -100,
                "max": 99.22,
                "min": -100,
                "name": "Short Term Fuel Trim associated with O2S23",
                "path": "Engine.Generic.OxygenSensors",
                "unit": "percent",
            },
        },
        "name": "Oxygen sensor (narrowband) bank 2 sensor 3",
    },
    "011B": {
        "bit_length": 16,
        "meta": {"freq": 1, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 2,
        "signals": {
            "O2S12": {
                "bit_length": 8,
                "formula":  lambda x: x / 200,
                "max": 1.275,
                "name": "O2S Output Voltage Bank 2, Sensor 4",
                "path": "Engine.Generic.OxygenSensors",
                "unit": "volts",
            },
            "SHRTFT11": {
                "bit_index": 8,
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 128 + -100,
                "max": 99.22,
                "min": -100,
                "name": "Short Term Fuel Trim associated with O2S24",
                "path": "Engine.Generic.OxygenSensors",
                "unit": "percent",
            },
        },
        "name": "Oxygen sensor (narrowband) bank 2 sensor 4",
    },
    "011C": {
        "bit_length": 8,
        "meta": {"freq": 3600, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "OBDSUP": {
                "bit_length": 8,
                "map": {
                    1: "OBD II",
                    2: "OBD",
                    3: "OBD & OBD II",
                    4: "OBD I",
                    5: "NO OBD",
                    6: "EOBD",
                    7: "EOBD & OBD II",
                    8: "EOBD & OBD",
                    9: "EOBD, OBD, OBD II",
                    10: "JOBD",
                    11: "JOBD & OBD II",
                    12: "JOBD & EOBD",
                    13: "JOBD, EOBD, OBD II",
                    14: "EURO IV B1",
                    15: "EURO V B2",
                    16: "EURO C",
                    17: "EMD",
                    18: "EMD+",
                    19: "HD OBD-C",
                    20: "HD OBD",
                    21: "WWH OBD",
                    23: "HD EOBD-I",
                    24: "HD EOBD-I N",
                    25: "HD EOBD-II",
                    26: "HD EOBD-II N",
                    27: "HD-ZEV",
                    28: "OBDBr-1",
                    29: "OBDBr-2",
                    30: "KOBD",
                    31: "IOBD-I-BS4",
                    32: "IOBD-II-BS4",
                    33: "HD EOBD-VI",
                    34: "OBD, OBD II and HD OBD",
                    35: "OBDBr-3",
                    36: "MC EOBD-I",
                    37: "MC EOBD-II",
                    38: "MC COBD-I",
                    39: "MC TOBD-I",
                    40: "MC JOBD-I",
                    41: "CN-OBD-6",
                    42: "OBDBr-P7",
                    43: "CN-HDOBD-VI",
                    44: "IOBD-I-BS6",
                    45: "IOBD-II-BS6",
                    46: "IHDOBD-BSVI",
                    47: "OBDBr-P8",
                    48: "HD-JOBD-II",
                    49: "HD-KOBD-II",
                    50: "CN-OROBD-IV",
                    51: "CARB ACC-II",
                    52: "MC JOBD-II",
                    53: "MC CARB OBD",
                    54: "MC EPA OBD",
                    55: "MC CARB & EPA OBD",
                    56: "HD ZEV CARB ZEP",
                    57: "CARB ACC-II & EPA TIER4",
                    58: "EPA TIER4",
                    59: "EPA HD",
                },
                "name": "OBD requirements to which vehicle is designed",
                "path": "OBD.Generic",
            }
        },
        "name": "OBD requirements to which vehicle or engine is certified",
    },
    "011D": {
        "bit_length": 8,
        "meta": {"freq": 3600, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 8,
        "signals": {
            "O2S11_EXISTS": {
                "bit_index": 7,
                "bit_length": 1,
                "max": 1,
                "name": "02S Bank 1, Sensor 1 present",
                "path": "Engine.Generic",
                "unit": "boolean",
            },
            "O2S12_EXISTS": {
                "bit_index": 6,
                "bit_length": 1,
                "max": 1,
                "name": "02S Bank 1, Sensor 2 present",
                "path": "Engine.Generic",
                "unit": "boolean",
            },
            "O2S21_EXISTS": {
                "bit_index": 5,
                "bit_length": 1,
                "max": 1,
                "name": "02S Bank 2, Sensor 1 present",
                "path": "Engine.Generic",
                "unit": "boolean",
            },
            "O2S22_EXISTS": {
                "bit_index": 4,
                "bit_length": 1,
                "max": 1,
                "name": "02S Bank 2, Sensor 2 present",
                "path": "Engine.Generic",
                "unit": "boolean",
            },
            "O2S31_EXISTS": {
                "bit_index": 3,
                "bit_length": 1,
                "max": 1,
                "name": "02S Bank 3, Sensor 1 present",
                "path": "Engine.Generic",
                "unit": "boolean",
            },
            "O2S32_EXISTS": {
                "bit_index": 2,
                "bit_length": 1,
                "max": 1,
                "name": "02S Bank 3, Sensor 2 present",
                "path": "Engine.Generic",
                "unit": "boolean",
            },
            "O2S41_EXISTS": {
                "bit_index": 1,
                "bit_length": 1,
                "max": 1,
                "name": "02S Bank 4, Sensor 1 present",
                "path": "Engine.Generic",
                "unit": "boolean",
            },
            "O2S42_EXISTS": {
                "bit_length": 1,
                "max": 1,
                "name": "02S Bank 4, Sensor 2 present",
                "path": "Engine.Generic",
                "unit": "boolean",
            },
        },
        "name": "Location of oxygen sensors (up to 4 banks)",
    },
    "011E": {
        "bit_length": 8,
        "meta": {"freq": 1, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "PTO_STAT": {
                "bit_index": 7,
                "bit_length": 1,
                "max": 1,
                "name": "Power take off (PTO) status",
                "path": "Engine.Generic",
                "unit": "boolean",
            }
        },
        "name": "Auxiliary input status",
    },
    "011F": {
        "bit_length": 16,
        "meta": {"freq": 1, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "RUNTM": {
                "bit_length": 16,
                "description": "Increments while the engine is running. Freezes if the engine stalls. Resets to zero during every control module power-up and when entering the key-on, engine off position. Limited to 65,535 seconds and will not wrap around to zero.",
                "max": 65535,
                "name": "Time since engine start",
                "path": "Clocks.Generic",
                "unit": "seconds",
            }
        },
        "name": "Time since engine start",
    },
    "0120": {
        "bit_length": 32,
        "meta": {"freq": 1, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "PID_A": {
                "bit_index": 1,
                "bit_length": 8,
                "name": "PID support status for PIDs $21-$28",
                "path": "PID.Support",
                "unit": "",
            },
            "PID_B": {
                "bit_index": 8,
                "bit_length": 8,
                "name": "PID support status for PIDs $29-$30",
                "path": "PID.Support",
                "unit": "",
            },
            "PID_C": {
                "bit_index": 16,
                "bit_length": 8,
                "name": "PID support status for PIDs $31-$38",
                "path": "PID.Support",
                "unit": "",
            },
            "PID_D": {
                "bit_index": 1,
                "bit_length": 24,
                "name": "PID support status for PIDs $39-$40",
                "path": "PID.Support",
                "unit": "",
            },
        },
        "name": "PID support status for PIDs $21-$40",
    },
    "0121": {
        "bit_length": 16,
        "meta": {"freq": 1, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "MIL_DIST": {
                "bit_length": 16,
                "description": "Resets to zero when MIL changes from deactivated to activated, if diagnostic information is cleared, or if at least 40 warm-up cycles occur without MIL being activated.",
                "max": 65535,
                "name": "Distance travelled while MIL was activated",
                "path": "DTCs.Generic",
                "unit": "kilometers",
            }
        },
        "name": "Distance traveled while MIL is activated",
    },
    "0122": {
        "bit_length": 16,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "FRP_REL": {
                "bit_length": 16,
                "description": "Fuel rail pressure at the engine when the reading is referenced to manifold vacuum (relative pressure).",
                "formula":  lambda x: x * 0.079,
                "max": 5177.27,
                "name": "Fuel pressure relative to manifold vacuum",
                "path": "Engine.Generic",
                "unit": "kilopascal",
            }
        },
        "name": "Fuel rail pressure relative to manifold vacuum",
    },
    "0123": {
        "bit_length": 16,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "FRP": {
                "bit_length": 16,
                "description": "Fuel rail pressure at the engine when the reading is referenced to atmosphere (gage pressure).",
                "formula":  lambda x: x * 10,
                "max": 655350,
                "name": "Fuel rail pressure",
                "path": "Engine.Generic",
                "unit": "kilopascal",
            }
        },
        "name": "Fuel rail pressure",
    },
    "0124": {
        "bit_length": 32,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 2,
        "signals": {
            "LAMBDA11_WIDE": {
                "bit_length": 16,
                "formula":  lambda x: x / 32768,
                "max": 1.99,
                "name": "Lambda value, Equivalence Ratio Bank 1, Sensor 1",
                "path": "Engine.Generic.OxygenSensors",
                "unit": "scalar",
            },
            "O2S11_WIDE": {
                "bit_index": 16,
                "bit_length": 16,
                "formula":  lambda x: x / 8196,
                "max": 7.999,
                "name": "Wide Range O2S Voltage, O2 Sensor Bank 1, Sensor 1",
                "path": "Engine.Generic.OxygenSensors",
                "unit": "volts",
            },
        },
        "name": "Oxygen sensor (wideband) bank 1 sensor 1",
    },
    "0125": {
        "bit_length": 32,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 2,
        "signals": {
            "LAMBDA11_WIDE": {
                "bit_length": 16,
                "formula":  lambda x: x / 32768,
                "max": 1.99,
                "name": "Lambda value, Equivalence Ratio Bank 1, Sensor 2",
                "path": "Engine.Generic.OxygenSensors",
                "unit": "scalar",
            },
            "O2S11_WIDE": {
                "bit_index": 16,
                "bit_length": 16,
                "formula":  lambda x: x / 8196,
                "max": 7.999,
                "name": "Wide Range O2S Voltage, O2 Sensor Bank 1, Sensor 2",
                "path": "Engine.Generic.OxygenSensors",
                "unit": "volts",
            },
        },
        "name": "Oxygen sensor (wideband) bank 1 sensor 2",
    },
    "0126": {
        "bit_length": 32,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 2,
        "signals": {
            "LAMBDA11_WIDE": {
                "bit_length": 16,
                "formula":  lambda x: x / 32768,
                "max": 1.99,
                "name": "Lambda value, Equivalence Ratio Bank 1, Sensor 3",
                "path": "Engine.Generic.OxygenSensors",
                "unit": "scalar",
            },
            "O2S11_WIDE": {
                "bit_index": 16,
                "bit_length": 16,
                "formula":  lambda x: x / 8196,
                "max": 7.999,
                "name": "Wide Range O2S Voltage, O2 Sensor Bank 1, Sensor 3",
                "path": "Engine.Generic.OxygenSensors",
                "unit": "volts",
            },
        },
        "name": "Oxygen sensor (wideband) bank 1 sensor 3",
    },
    "0127": {
        "bit_length": 32,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 2,
        "signals": {
            "LAMBDA11_WIDE": {
                "bit_length": 16,
                "formula":  lambda x: x / 32768,
                "max": 1.99,
                "name": "Lambda value, Equivalence Ratio Bank 1, Sensor 4",
                "path": "Engine.Generic.OxygenSensors",
                "unit": "scalar",
            },
            "O2S11_WIDE": {
                "bit_index": 16,
                "bit_length": 16,
                "formula":  lambda x: x / 8196,
                "max": 7.999,
                "name": "Wide Range O2S Voltage, O2 Sensor Bank 1, Sensor 4",
                "path": "Engine.Generic.OxygenSensors",
                "unit": "volts",
            },
        },
        "name": "Oxygen sensor (wideband) bank 1 sensor 4",
    },
    "0128": {
        "bit_length": 32,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 2,
        "signals": {
            "LAMBDA11_WIDE": {
                "bit_length": 16,
                "formula":  lambda x: x / 32768,
                "max": 1.99,
                "name": "Lambda value, Equivalence Ratio Bank 2, Sensor 1",
                "path": "Engine.Generic.OxygenSensors",
                "unit": "scalar",
            },
            "O2S11_WIDE": {
                "bit_index": 16,
                "bit_length": 16,
                "formula":  lambda x: x / 8196,
                "max": 7.999,
                "name": "Wide Range O2S Voltage, O2 Sensor Bank 2, Sensor 1",
                "path": "Engine.Generic.OxygenSensors",
                "unit": "volts",
            },
        },
        "name": "Oxygen sensor (wideband) bank 2 sensor 1",
    },
    "0129": {
        "bit_length": 32,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 2,
        "signals": {
            "LAMBDA11_WIDE": {
                "bit_length": 16,
                "formula":  lambda x: x / 32768,
                "max": 1.99,
                "name": "Lambda value, Equivalence Ratio Bank 2, Sensor 2",
                "path": "Engine.Generic.OxygenSensors",
                "unit": "scalar",
            },
            "O2S11_WIDE": {
                "bit_index": 16,
                "bit_length": 16,
                "formula":  lambda x: x / 8196,
                "max": 7.999,
                "name": "Wide Range O2S Voltage, O2 Sensor Bank 2, Sensor 2",
                "path": "Engine.Generic.OxygenSensors",
                "unit": "volts",
            },
        },
        "name": "Oxygen sensor (wideband) bank 2 sensor 2",
    },
    "012A": {
        "bit_length": 32,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 2,
        "signals": {
            "LAMBDA11_WIDE": {
                "bit_length": 16,
                "formula":  lambda x: x / 32768,
                "max": 1.99,
                "name": "Lambda value, Equivalence Ratio Bank 2, Sensor 3",
                "path": "Engine.Generic.OxygenSensors",
                "unit": "scalar",
            },
            "O2S11_WIDE": {
                "bit_index": 16,
                "bit_length": 16,
                "formula":  lambda x: x / 8196,
                "max": 7.999,
                "name": "Wide Range O2S Voltage, O2 Sensor Bank 2, Sensor 3",
                "path": "Engine.Generic.OxygenSensors",
                "unit": "volts",
            },
        },
        "name": "Oxygen sensor (wideband) bank 2 sensor 3",
    },
    "012B": {
        "bit_length": 32,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 2,
        "signals": {
            "LAMBDA11_WIDE": {
                "bit_length": 16,
                "formula":  lambda x: x / 32768,
                "max": 1.99,
                "name": "Lambda value, Equivalence Ratio Bank 2, Sensor 4",
                "path": "Engine.Generic.OxygenSensors",
                "unit": "scalar",
            },
            "O2S11_WIDE": {
                "bit_index": 16,
                "bit_length": 16,
                "formula":  lambda x: x / 8196,
                "max": 7.999,
                "name": "Wide Range O2S Voltage, O2 Sensor Bank 2, Sensor 4",
                "path": "Engine.Generic.OxygenSensors",
                "unit": "volts",
            },
        },
        "name": "Oxygen sensor (wideband) bank 2 sensor 4",
    },
    "012C": {
        "bit_length": 8,
        "meta": {"freq": 1, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "EGR_PCT": {
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 255,
                "max": 100,
                "name": "Commanded EGR",
                "path": "Engine.Generic",
                "unit": "percent",
            }
        },
        "name": "Commanded EGR",
    },
    "012D": {
        "bit_length": 8,
        "meta": {"freq": 1, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "EGR_ERR": {
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 128 + -100,
                "max": 99.22,
                "min": -100,
                "name": "EGR error",
                "path": "Engine.Generic",
                "unit": "percent",
            }
        },
        "name": "EGR Error",
    },
    "012E": {
        "bit_length": 8,
        "meta": {"freq": 1, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "EVAP_PCT": {
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 255,
                "max": 100,
                "name": "Commanded evaporative purge",
                "path": "Engine.Generic",
                "unit": "percent",
            }
        },
        "name": "Commanded Evaporative Purge",
    },
    "012F": {
        "bit_length": 8,
        "meta": {"freq": 1, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "FLI": {
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 255,
                "max": 100,
                "name": "Fuel tank level",
                "path": "Fuel.Generic",
                "unit": "percent",
            }
        },
        "name": "Fuel Level Input",
    },
    "0130": {
        "bit_length": 8,
        "meta": {"freq": 60, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "WARM_UPS": {
                "bit_length": 8,
                "description": "Number of OBD warm-up cycles since all DTCs were cleared (via an external test equipment or possibly, a battery disconnect). A warm-up is defined in the OBD regulations to be sufficient vehicle operation such that coolant temperature rises by at least 22�C (40�F) from engine starting and reaches a minimum temperature of 70�C (160�F) (60�C (140�F) for diesels). This PID is not associated with any particular DTC. It is simply an indication for inspection/maintenance, of the last time an external test equipment was used to clear DTCs. If greater than 255 warm-ups have occurred, this parameter will remain at 255 and not wrap to zero.",
                "max": 255,
                "name": "Number of warm-ups since diagnostic trouble codes cleared",
                "path": "DTCs.Generic",
                "unit": "scalar",
            }
        },
        "name": "Number of warm-ups since DTCs cleared",
    },
    "0131": {
        "bit_length": 16,
        "meta": {"freq": 15, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "CLR_DIST": {
                "bit_length": 16,
                "description": "Distance accumulated since DTCs were cleared (via an external test equipment or possibly, a battery disconnect). This parameter is not associated with any particular DTC. It is simply an indication for inspection/maintenance, of the last time an external test equipment was used to clear DTCs. If greater than 65,535 km have occurred, will remain at 65,535 km and not wrap to zero.",
                "max": 65535,
                "name": "Distance traveled since diagnostic trouble codes cleared",
                "path": "DTCs.Generic",
                "unit": "kilometers",
            }
        },
        "name": "Distance traveled since DTCs cleared",
    },
    "0132": {
        "bit_length": 16,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "EVAP_VP": {
                "bit_length": 16,
                "description": "The pressure signal is normally obtained from a sensor located in the fuel tank or a sensor in an evaporative system vapor line.",
                "formula":  lambda x: x / 4000,
                "max": 8191.75,
                "min": -8192,
                "name": "Evap system vapor pressure",
                "path": "Engine.Generic",
                "unit": "kilopascal",
            }
        },
        "name": "Evap System Vapor Pressure",
    },
    "0133": {
        "bit_length": 8,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "BARO": {
                "bit_length": 8,
                "description": "Normally obtained from one of a dedicated barometric sensor, a MAP sensor at key-on and during certain modes of driving, or inferred from a MAF sensor and other inputs during certain modes of driving. The control module reports BARO from whatever source it is derived from.",
                "max": 255,
                "name": "Barometric pressure",
                "path": "Engine.Generic",
                "unit": "kilopascal",
            }
        },
        "name": "Barometric Pressure",
    },
    "013C": {
        "bit_length": 16,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "CATEMP11": {
                "bit_length": 16,
                "formula":  lambda x: x / 10 + -40,
                "max": 6513.5,
                "min": -40,
                "name": "Catalyst temperature bank 1, sensor 1",
                "path": "Engine.Generic",
                "unit": "celsius",
            }
        },
        "name": "Catalyst Temperature Bank 1, Sensor 1",
    },
    "013D": {
        "bit_length": 16,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "CATEMP21": {
                "bit_length": 16,
                "formula":  lambda x: x / 10 + -40,
                "max": 6513.5,
                "min": -40,
                "name": "Catalyst temperature bank 2, sensor 1",
                "path": "Engine.Generic",
                "unit": "celsius",
            }
        },
        "name": "Catalyst Temperature Bank 2, Sensor 1",
    },
    "013E": {
        "bit_length": 16,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "CATEMP12": {
                "bit_length": 16,
                "formula":  lambda x: x / 10 + -40,
                "max": 6513.5,
                "min": -40,
                "name": "Catalyst temperature bank 1, sensor 2",
                "path": "Engine.Generic",
                "unit": "celsius",
            }
        },
        "name": "Catalyst Temperature Bank 1, Sensor 2",
    },
    "013F": {
        "bit_length": 16,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "CATEMP22": {
                "bit_length": 16,
                "formula":  lambda x: x / 10 + -40,
                "max": 6513.5,
                "min": -40,
                "name": "Catalyst temperature bank 2, sensor 2",
                "path": "Engine.Generic",
                "unit": "celsius",
            }
        },
        "name": "Catalyst Temperature Bank 2, Sensor 2",
    },
    "0140": {
        "bit_length": 32,
        "meta": {"freq": 1, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "PID_A": {
                "bit_index": 1,
                "bit_length": 8,
                "name": "PID support status for PIDs $41-$48",
                "path": "PID.Support",
                "unit": "",
            },
            "PID_B": {
                "bit_index": 8,
                "bit_length": 8,
                "name": "PID support status for PIDs $49-$50",
                "path": "PID.Support",
                "unit": "",
            },
            "PID_C": {
                "bit_index": 16,
                "bit_length": 8,
                "name": "PID support status for PIDs $51-$58",
                "path": "PID.Support",
                "unit": "",
            },
            "PID_D": {
                "bit_index": 1,
                "bit_length": 24,
                "name": "PID support status for PIDs $59-$60",
                "path": "PID.Support",
                "unit": "",
            },
        },
        "name": "PID support status for PIDs $41-$60",
    },
    "0141": {
        "bit_length": 23,
        "meta": {"freq": 1, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 23,
        "signals": {
            "ACRFCMPL": {
                "bit_index": 27,
                "bit_length": 1,
                "max": 1,
                "name": "A/C system refrigerant monitoring completed",
                "path": "DTCs.Generic.Status",
                "unit": "boolean",
            },
            "ACRF_ENA": {
                "bit_index": 19,
                "bit_length": 1,
                "max": 1,
                "name": "A/C system refrigerant monitoring",
                "path": "DTCs.Generic.Status",
                "unit": "boolean",
            },
            "AIR_CMPL": {
                "bit_index": 28,
                "bit_length": 1,
                "max": 1,
                "name": "Secondary air system monitoring completed",
                "path": "DTCs.Generic.Status",
                "unit": "boolean",
            },
            "AIR_ENA": {
                "bit_index": 20,
                "bit_length": 1,
                "max": 1,
                "name": "Secondary air system monitoring",
                "path": "DTCs.Generic.Status",
                "unit": "boolean",
            },
            "CAT_CMPL": {
                "bit_index": 31,
                "bit_length": 1,
                "max": 1,
                "name": "Catalyst monitoring completed",
                "path": "DTCs.Generic.Status",
                "unit": "boolean",
            },
            "CAT_ENA": {
                "bit_index": 23,
                "bit_length": 1,
                "max": 1,
                "name": "Catalyst monitoring",
                "path": "DTCs.Generic.Status",
                "unit": "boolean",
            },
            "CCM_CMPL": {
                "bit_index": 9,
                "bit_length": 1,
                "max": 1,
                "name": "Comprehensive component monitoring completed",
                "path": "DTCs.Generic.Status",
                "unit": "boolean",
            },
            "CCM_ENA": {
                "bit_index": 13,
                "bit_length": 1,
                "max": 1,
                "name": "Comprehensive component monitoring enabled",
                "path": "DTCs.Generic.Support",
                "unit": "boolean",
            },
            "CIM_SUP_FLAG": {
                "bit_index": 12,
                "bit_length": 1,
                "map": {0: "SPARK", 1: "COMPRESSION"},
                "name": "Compression ignition monitoring supported",
                "path": "DTCs.Generic.Support",
            },
            "EGR_CMPL": {
                "bit_index": 24,
                "bit_length": 1,
                "max": 1,
                "name": "EGR system monitoring completed",
                "path": "DTCs.Generic.Status",
                "unit": "boolean",
            },
            "EGR_ENA": {
                "bit_index": 16,
                "bit_length": 1,
                "max": 1,
                "name": "EGR system monitoring",
                "path": "DTCs.Generic.Status",
                "unit": "boolean",
            },
            "EVAPCMPL": {
                "bit_index": 29,
                "bit_length": 1,
                "max": 1,
                "name": "Evaporative system monitoring completed",
                "path": "DTCs.Generic.Status",
                "unit": "boolean",
            },
            "EVAP_ENA": {
                "bit_index": 21,
                "bit_length": 1,
                "max": 1,
                "name": "Evaporative system monitoring",
                "path": "DTCs.Generic.Status",
                "unit": "boolean",
            },
            "FUEL_CMPL": {
                "bit_index": 10,
                "bit_length": 1,
                "max": 1,
                "name": "Fuel system monitoring completed",
                "path": "DTCs.Generic.Status",
                "unit": "boolean",
            },
            "FUEL_ENA": {
                "bit_index": 14,
                "bit_length": 1,
                "max": 1,
                "name": "Fuel system monitoring enabled",
                "path": "DTCs.Generic.Support",
                "unit": "boolean",
            },
            "HCATCMPL": {
                "bit_index": 30,
                "bit_length": 1,
                "max": 1,
                "name": "Heated catalyst monitoring completed",
                "path": "DTCs.Generic.Status",
                "unit": "boolean",
            },
            "HCAT_ENA": {
                "bit_index": 22,
                "bit_length": 1,
                "max": 1,
                "name": "Heated catalyst monitoring",
                "path": "DTCs.Generic.Status",
                "unit": "boolean",
            },
            "HTR_CMPL": {
                "bit_index": 25,
                "bit_length": 1,
                "max": 1,
                "name": "Oxygen sensor heater monitoring completed",
                "path": "DTCs.Generic.Status",
                "unit": "boolean",
            },
            "HTR_ENA": {
                "bit_index": 17,
                "bit_length": 1,
                "max": 1,
                "name": "Oxygen sensor heater monitoring",
                "path": "DTCs.Generic.Status",
                "unit": "boolean",
            },
            "MIS_CMPL": {
                "bit_index": 11,
                "bit_length": 1,
                "max": 1,
                "name": "Misfire monitoring completed",
                "path": "DTCs.Generic.Status",
                "unit": "boolean",
            },
            "MIS_ENA": {
                "bit_index": 15,
                "bit_length": 1,
                "max": 1,
                "name": "Misfire monitoring enabled",
                "path": "DTCs.Generic.Support",
                "unit": "boolean",
            },
            "O2S_CMPL": {
                "bit_index": 26,
                "bit_length": 1,
                "max": 1,
                "name": "Oxygen sensor monitoring completed",
                "path": "DTCs.Generic.Status",
                "unit": "boolean",
            },
            "O2S_ENA": {
                "bit_index": 18,
                "bit_length": 1,
                "max": 1,
                "name": "Oxygen sensor monitoring",
                "path": "DTCs.Generic.Status",
                "unit": "boolean",
            },
        },
        "name": "Monitor status this driving cycle",
    },
    "0142": {
        "bit_length": 16,
        "meta": {"freq": 10, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "VPWR": {
                "bit_length": 16,
                "description": "Power input to the OBD control module. VPWR is normally battery voltage, less any voltage drop in the circuit between the battery and the control module.",
                "formula":  lambda x: x / 1000,
                "max": 65535,
                "name": "Control module voltage",
                "path": "Battery.Generic",
                "unit": "volts",
            }
        },
        "name": "Control module voltage",
    },
    "0143": {
        "bit_length": 16,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "LOAD_ABS": {
                "bit_length": 16,
                "formula":  lambda x: x * 100 / 255,
                "max": 25700,
                "name": "Absolute load value",
                "path": "Engine.Generic",
                "unit": "percent",
            }
        },
        "name": "Absolute Load Value",
    },
    "0144": {
        "bit_length": 16,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "EQ_RAT": {
                "bit_length": 16,
                "description": "Fuel systems that utilize conventional oxygen sensor display the inverse of the commanded open loop equivalence ratio (also known as lambda) while the fuel control system is in open loop. Will indicate 1.000 while in closed-loop fuel.",
                "formula":  lambda x: x * 2 / 65535,
                "max": 1.99,
                "name": "Commanded equivalence ratio",
                "path": "Engine.Generic",
                "unit": "scalar",
            }
        },
        "name": "Fuel/Air Commanded Equivalence Ratio",
    },
    "0145": {
        "bit_length": 8,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "TP_R": {
                "bit_length": 8,
                "description": "Relative or 'learned' throttle position.",
                "formula":  lambda x: x * 100 / 255,
                "max": 100,
                "name": "Relative throttle position",
                "path": "Control.Generic",
                "unit": "percent",
            }
        },
        "name": "Relative Throttle Position",
    },
    "0146": {
        "bit_length": 8,
        "meta": {"freq": 15, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "AAT": {
                "bit_length": 8,
                "formula":  lambda x: x + -40,
                "max": 215,
                "min": -40,
                "name": "Ambient air temperature",
                "path": "Climate.Generic",
                "unit": "celsius",
            }
        },
        "name": "Ambient air temperature",
    },
    "0147": {
        "bit_length": 8,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "TP_B": {
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 255,
                "max": 100,
                "name": "Absolute throttle position B",
                "path": "Control.Generic",
                "unit": "percent",
            }
        },
        "name": "Absolute Throttle Position B",
    },
    "0148": {
        "bit_length": 8,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "TP_C": {
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 255,
                "max": 100,
                "name": "Absolute throttle position C",
                "path": "Control.Generic",
                "unit": "percent",
            }
        },
        "name": "Absolute Throttle Position C",
    },
    "0149": {
        "bit_length": 8,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "APP_D": {
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 255,
                "max": 100,
                "name": "Accelerator pedal position D",
                "path": "Control.Pedals.Generic",
                "unit": "percent",
            }
        },
        "name": "Absolute Throttle Position D",
    },
    "014A": {
        "bit_length": 8,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "APP_E": {
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 255,
                "max": 100,
                "name": "Accelerator pedal position E",
                "path": "Control.Pedals.Generic",
                "unit": "percent",
            }
        },
        "name": "Absolute Throttle Position E",
    },
    "014B": {
        "bit_length": 8,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "APP_F": {
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 255,
                "max": 100,
                "name": "Accelerator pedal position F",
                "path": "Control.Pedals.Generic",
                "unit": "percent",
            }
        },
        "name": "Absolute Throttle Position F",
    },
    "014C": {
        "bit_length": 8,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "TAC_PCT": {
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 255,
                "max": 100,
                "name": "Commanded throttle actuator control",
                "path": "Engine.Generic",
                "unit": "percent",
            }
        },
        "name": "Commanded Throttle Actuator Control",
    },
    "014D": {
        "bit_length": 16,
        "meta": {"freq": 60, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "MIL_TIME": {
                "bit_length": 16,
                "description": "Resets to zero when MIL changes from deactivated to activated, if diagnostic information is cleared, or if at least 40 warm-up cycles occur without MIL being activated.",
                "max": 65535,
                "name": "Time run by the engine while MIL was activated",
                "path": "DTCs.Generic",
                "unit": "minutes",
            }
        },
        "name": "Engine run time while MIL is activated",
    },
    "014E": {
        "bit_length": 16,
        "meta": {"freq": 60, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "CLR_TIME": {
                "bit_length": 16,
                "description": "Time accumulated since DTCs were cleared (via an external test equipment or possibly, a battery disconnect). This parameter is not associated with any particular DTC. It is simply an indication for inspection/maintenance, of the last time an external test equipment was used to clear DTCs. If greater than 65,535 km have occurred, will remain at 65,535 minutes and not wrap to zero.",
                "max": 65535,
                "name": "Engine run time since diagnostic trouble codes cleared",
                "path": "DTCs.Generic",
                "unit": "minutes",
            }
        },
        "name": "Engine run time since DTCs cleared",
    },
    "014F": {
        "bit_length": 32,
        "meta": {"freq": 3600, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 4,
        "signals": {
            "MAX_EQ_RAT": {
                "bit_length": 8,
                "max": 255,
                "name": "Maximum value for equivalence ratio",
                "path": "Engine.Generic.Internal",
                "unit": "scalar",
            },
            "MAX_MAP": {
                "bit_index": 24,
                "bit_length": 8,
                "formula":  lambda x: x * 10,
                "max": 2550,
                "name": "Maximum value for intake manifold absolute pressure (MAP)",
                "path": "Engine.Generic.Internal",
                "unit": "kilopascal",
            },
            "MAX_O2_CURR": {
                "bit_index": 16,
                "bit_length": 8,
                "max": 255,
                "name": "Maximum value for oxygen sensor current",
                "path": "Engine.Generic.Internal",
                "unit": "milliamps",
            },
            "MAX_O2_VOLT": {
                "bit_index": 8,
                "bit_length": 8,
                "max": 255,
                "name": "Maximum value for oxygen sensor voltage",
                "path": "Engine.Generic.Internal",
                "unit": "volts",
            },
        },
        "name": "External Test Equipment Configuration Information #1",
    },
    "0150": {
        "bit_length": 8,
        "meta": {"freq": 3600, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "MAX_MAF": {
                "bit_length": 8,
                "formula":  lambda x: x * 10,
                "max": 2550,
                "name": "Maximum value for air flow rate from mass air flow sensor",
                "path": "Engine.Generic.Internal",
                "unit": "gramsPerSecond",
            }
        },
        "name": "External Test Equipment Configuration Information #2",
    },
    "0151": {
        "bit_length": 8,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "FUEL_TYP": {
                "bit_length": 8,
                "map": {
                    1: "GAS",
                    2: "METH",
                    3: "ETH",
                    4: "DSL",
                    5: "LPG",
                    6: "CNG",
                    7: "PROP",
                    8: "ELEC",
                    9: "BI_GAS",
                    10: "BI_METH",
                    11: "BI_ETH",
                    12: "BI_LPG",
                    13: "BI_CNG",
                    14: "BI_PROP",
                    15: "BI_ELEC",
                    16: "BI_MIX",
                    17: "HYB_GAS",
                    18: "HYB_ETH",
                    19: "HYB_DSL",
                    20: "HYB_ELEC",
                    21: "HYB_MIX",
                    22: "HYB_REG",
                    23: "BI_DSL",
                    24: "BI_NG",
                    25: "BI_DSL",
                    26: "NG",
                    27: "DSL_CNG",
                    28: "DSL_LNG",
                    29: "FC_H2",
                    30: "HICE_HHO",
                    31: "KERO",
                    32: "HFO",
                },
                "name": "Type of fuel currently being used by the vehicle",
                "path": "Engine.Generic",
            }
        },
        "name": "Type of fuel currently being utilized by the vehicle",
    },
    "0152": {
        "bit_length": 8,
        "meta": {"freq": 1, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "ALCH_PCT": {
                "bit_length": 8,
                "description": "Indicates the percentage of alcohol contained in ethanol or methanol fuels, if used. For example, ethanol fuel (E85) normally contains 85% ethanol, in which case this parameter will display 85%",
                "formula":  lambda x: x * 100 / 255,
                "max": 100,
                "name": "Alcohol fuel percentage",
                "path": "Fuel.Generic",
                "unit": "percent",
            }
        },
        "name": "Alcohol Fuel Percentage",
    },
    "0153": {
        "bit_length": 16,
        "meta": {"freq": 1, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "EVAP_VPA": {
                "bit_length": 16,
                "description": "Normally obtained from a sensor located in the fuel tank or a sensor in an evaporative system vapor line.",
                "formula":  lambda x: x / 200,
                "max": 327.675,
                "name": "Absolute evap system vapor pressure",
                "path": "Engine.Generic",
                "unit": "kilopascal",
            }
        },
        "name": "Absolute Evap System Vapor Pressure",
    },
    "0154": {
        "bit_length": 16,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "EVAP_VP_WIDE": {
                "bit_length": 16,
                "description": "The pressure signal is normally obtained from a sensor located in the fuel tank or a sensor in an evaporative system vapor line.",
                "formula":  lambda x: x / 1000,
                "max": 32768,
                "min": -32767,
                "name": "Evap system vapor pressure (wide)",
                "path": "Engine.Generic",
                "unit": "kilopascal",
            }
        },
        "name": "Evap System Vapor Pressure",
    },
    "0155": {
        "bit_length": 8,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "STSO2FT1": {
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 128 + -100,
                "max": 99.22,
                "min": -100,
                "name": "Short term secondary O2 sensor fuel trim (bank 1)",
                "path": "Engine.Generic",
                "unit": "percent",
            }
        },
        "name": "Short Term Secondary O2 Sensor Fuel Trim Banks 1 and 3",
    },
    "0156": {
        "bit_length": 8,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "LGSO2FT1": {
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 128 + -100,
                "max": 99.22,
                "min": -100,
                "name": "Long term secondary O2 sensor fuel trim (bank 1)",
                "path": "Engine.Generic",
                "unit": "percent",
            }
        },
        "name": "Long Term Secondary O2 Sensor Fuel Trim Banks 1 and 3",
    },
    "0157": {
        "bit_length": 8,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "STSO2FT2": {
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 128 + -100,
                "max": 99.22,
                "min": -100,
                "name": "Short term secondary O2 sensor fuel trim (bank 2)",
                "path": "Engine.Generic",
                "unit": "percent",
            }
        },
        "name": "Short Term Secondary O2 Sensor Fuel Trim Banks 2 and 4",
    },
    "0158": {
        "bit_length": 8,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "LGSO2FT2": {
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 128 + -100,
                "max": 99.22,
                "min": -100,
                "name": "Long term secondary O2 sensor fuel trim (bank 2)",
                "path": "Engine.Generic",
                "unit": "percent",
            }
        },
        "name": "Long Term Secondary O2 Sensor Fuel Trim Banks 2 and 4",
    },
    "0159": {
        "bit_length": 16,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "FRP_ABS": {
                "bit_length": 16,
                "description": "Fuel rail pressure at the engine when the reading is referenced to atmosphere (gage pressure).",
                "formula":  lambda x: x * 10,
                "max": 655350,
                "name": "Fuel rail pressure (absolute)",
                "path": "Engine.Generic",
                "unit": "kilopascal",
            }
        },
        "name": "Fuel Rail Pressure (absolute)",
    },
    "015A": {
        "bit_length": 8,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "APP_R": {
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 255,
                "max": 100,
                "name": "Accelerator pedal position\xa0(relative)",
                "path": "Control.Pedals.Generic",
                "unit": "percent",
            }
        },
        "name": "Relative Accelerator Pedal Position",
    },
    "015B": {
        "bit_length": 8,
        "meta": {"freq": 1, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "BAT_SOC": {
                "bit_length": 8,
                "description": "The percent remaining level of charge for a battery pack used for propulsion, expressed as a percentage of total useable battery energy, commonly referred to as State Of Charge (SOC).",
                "formula":  lambda x: x * 100 / 255,
                "max": 100,
                "name": "Hybrid battery pack remaining charge",
                "path": "Battery.Generic",
                "unit": "percent",
            }
        },
        "name": "Hybrid/EV Battery Pack Remaining Charge",
    },
    "015C": {
        "bit_length": 8,
        "meta": {"freq": 1, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "EOT": {
                "bit_length": 8,
                "formula":  lambda x: x + -40,
                "max": 210,
                "min": -40,
                "name": "Engine oil temperature",
                "path": "Engine.Generic",
                "unit": "celsius",
            }
        },
        "name": "Engine Oil Temperature",
    },
    "015D": {
        "bit_length": 16,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "FUEL_TIMING": {
                "bit_length": 16,
                "description": "Start of main fuel injection relative to Top Dead Center (TDC). Positive degrees indicate before TDC, negative degrees indicate after TDC.",
                "formula":  lambda x: x / 128 + -38665,
                "max": 301.992,
                "min": -210,
                "name": "Fuel injection timing",
                "path": "Engine.Generic",
                "unit": "degrees",
            }
        },
        "name": "Fuel Injection Timing",
    },
    "015E": {
        "bit_length": 16,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "FUEL_RATE": {
                "bit_length": 16,
                "description": "Measured in units per hour",
                "formula":  lambda x: x / 20,
                "max": 3212.75,
                "name": "Engine fuel rate",
                "path": "Fuel.Generic",
                "unit": "liters",
            }
        },
        "name": "Engine Fuel Rate",
    },
    "015F": {
        "bit_length": 8,
        "meta": {"freq": 60, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "EMIS_SUP": {
                "bit_length": 8,
                "map": {14: "EURO IV B1", 15: "EURO V B2", 16: "EURO C", 17: "EURO VI"},
                "name": "Emission requirements to which vehicle is designed",
                "path": "Emissions.Generic",
            }
        },
        "name": "Emission requirements to which vehicle is designed",
    },
    "0160": {
        "bit_length": 32,
        "meta": {"freq": 1, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "PID_A": {
                "bit_index": 1,
                "bit_length": 8,
                "name": "PID support status for PIDs $61-$68",
                "path": "PID.Support",
                "unit": "",
            },
            "PID_B": {
                "bit_index": 8,
                "bit_length": 8,
                "name": "PID support status for PIDs $69-$70",
                "path": "PID.Support",
                "unit": "",
            },
            "PID_C": {
                "bit_index": 16,
                "bit_length": 8,
                "name": "PID support status for PIDs $71-$78",
                "path": "PID.Support",
                "unit": "",
            },
            "PID_D": {
                "bit_index": 1,
                "bit_length": 24,
                "name": "PID support status for PIDs $79-$80",
                "path": "PID.Support",
                "unit": "",
            },
        },
        "name": "PID support status for PIDs $61-$80",
    },
    "0161": {
        "bit_length": 8,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "TQ_DD": {
                "bit_length": 8,
                "formula":  lambda x: x + -125,
                "max": 130,
                "min": -125,
                "name": "Driver's demand engine torque",
                "path": "Engine.Generic",
                "unit": "percent",
            }
        },
        "name": "Driver's Demand Engine - Percent Torque",
    },
    "0162": {
        "bit_length": 8,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "TQ_ACT": {
                "bit_length": 8,
                "formula":  lambda x: x + -125,
                "max": 130,
                "min": -125,
                "name": "Actual engine torque",
                "path": "Engine.Generic",
                "unit": "percent",
            }
        },
        "name": "Actual Engine - Percent Torque",
    },
    "0163": {
        "bit_length": 16,
        "meta": {"freq": 86400, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "TQ_REF": {
                "bit_length": 16,
                "max": 65535,
                "name": "Engine reference torque",
                "path": "Engine.Generic",
                "unit": "newtonMeters",
            }
        },
        "name": "Engine Reference Torque",
    },
    "0164": {
        "bit_length": 40,
        "meta": {"freq": 3600, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 5,
        "signals": {
            "TQ_MAX1": {
                "bit_length": 8,
                "formula":  lambda x: x + -125,
                "max": 130,
                "min": -125,
                "name": "Engine Percent Torque At Idle, Point 1",
                "path": "Engine.Generic.Internal",
                "unit": "percent",
            },
            "TQ_MAX2": {
                "bit_index": 8,
                "bit_length": 8,
                "formula":  lambda x: x + -125,
                "max": 130,
                "min": -125,
                "name": "Engine Percent Torque At Point 2",
                "path": "Engine.Generic.Internal",
                "unit": "percent",
            },
            "TQ_MAX3": {
                "bit_index": 16,
                "bit_length": 8,
                "formula":  lambda x: x + -125,
                "max": 130,
                "min": -125,
                "name": "Engine Percent Torque At Point 3",
                "path": "Engine.Generic.Internal",
                "unit": "percent",
            },
            "TQ_MAX4": {
                "bit_index": 24,
                "bit_length": 8,
                "formula":  lambda x: x + -125,
                "max": 130,
                "min": -125,
                "name": "Engine Percent Torque At Point 4",
                "path": "Engine.Generic.Internal",
                "unit": "percent",
            },
            "TQ_MAX5": {
                "bit_index": 32,
                "bit_length": 8,
                "formula":  lambda x: x + -125,
                "max": 130,
                "min": -125,
                "name": "Engine Percent Torque At Point 5",
                "path": "Engine.Generic.Internal",
                "unit": "percent",
            },
        },
        "name": "Engine Percent Torque Data",
    },
    "0165": {
        "bit_length": 13,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 10,
        "signals": {
            "GEAR_RCMD": {
                "bit_index": 8,
                "bit_length": 4,
                "max": 15,
                "name": "Recommended gear",
                "path": "Engine.Generic.AuxInputs",
                "unit": "boolean",
            },
            "GEAR_SUP": {
                "bit_index": 3,
                "bit_length": 1,
                "max": 1,
                "name": "Recommended gear supported",
                "path": "Engine.Generic.AuxInputs.Internal",
                "unit": "boolean",
            },
            "GPL_STAT": {
                "bit_index": 12,
                "bit_length": 1,
                "max": 1,
                "name": "Glow plug lamp status",
                "path": "Engine.Generic.AuxInputs",
                "unit": "boolean",
            },
            "GPL_SUP": {
                "bit_index": 4,
                "bit_length": 1,
                "max": 1,
                "name": "Glow plug lamp status supported",
                "path": "Engine.Generic.AuxInputs.Internal",
                "unit": "boolean",
            },
            "N/D_STAT": {
                "bit_index": 14,
                "bit_length": 1,
                "max": 1,
                "name": "Auto Trans Neutral Drive Status",
                "path": "Engine.Generic.AuxInputs",
                "unit": "boolean",
            },
            "N/D_SUP": {
                "bit_index": 6,
                "bit_length": 1,
                "max": 1,
                "name": "Auto trans neutral drive status supported",
                "path": "Engine.Generic.AuxInputs.Internal",
                "unit": "boolean",
            },
            "N/G_STAT": {
                "bit_index": 13,
                "bit_length": 1,
                "max": 1,
                "name": "Manual Trans Neutral Gear Status",
                "path": "Engine.Generic.AuxInputs",
                "unit": "boolean",
            },
            "N/G_SUP": {
                "bit_index": 5,
                "bit_length": 1,
                "max": 1,
                "name": "Manual trans neutral gear status supported",
                "path": "Engine.Generic.AuxInputs.Internal",
                "unit": "boolean",
            },
            "PTO_STAT_AUX": {
                "bit_index": 15,
                "bit_length": 1,
                "max": 1,
                "name": "Power Take Off (PTO) Output Status",
                "path": "Engine.Generic.AuxInputs",
                "unit": "boolean",
            },
            "PTO_SUP": {
                "bit_index": 7,
                "bit_length": 1,
                "max": 1,
                "name": "Power Take Off (PTO) output status supported",
                "path": "Engine.Generic.AuxInputs.Internal",
                "unit": "boolean",
            },
        },
        "name": "Auxiliary Inputs / Outputs",
    },
    "0166": {
        "bit_length": 34,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 4,
        "signals": {
            "MAFA": {
                "bit_index": 8,
                "bit_length": 16,
                "formula":  lambda x: x / 32,
                "max": 2047.96875,
                "name": "Mass Air Flow Sensor A",
                "path": "Engine.Generic",
                "unit": "gramsPerSecond",
            },
            "MAFA_SUP": {
                "bit_index": 7,
                "bit_length": 1,
                "max": 1,
                "name": "MAF Sensor A supported",
                "path": "Engine.Generic.Internal",
                "unit": "boolean",
            },
            "MAFB": {
                "bit_index": 24,
                "bit_length": 16,
                "formula":  lambda x: x / 32,
                "max": 2047.96875,
                "name": "Mass Air Flow Sensor B",
                "path": "Engine.Generic",
                "unit": "gramsPerSecond",
            },
            "MAFB_SUP": {
                "bit_index": 6,
                "bit_length": 1,
                "max": 1,
                "name": "MAF Sensor B supported",
                "path": "Engine.Generic.Internal",
                "unit": "boolean",
            },
        },
        "name": "Mass Air Flow Sensor",
    },
    "0167": {
        "bit_length": 18,
        "meta": {"freq": 0.5, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 4,
        "signals": {
            "ECT_1": {
                "bit_index": 8,
                "bit_length": 8,
                "formula":  lambda x: x + -40,
                "max": 215,
                "min": -40,
                "name": "Engine coolant temperature 1",
                "path": "Engine.Generic",
                "unit": "celsius",
            },
            "ECT_1_SUP": {
                "bit_index": 7,
                "bit_length": 1,
                "max": 1,
                "name": "Is ECT sensor 1 supported?",
                "path": "Engine.Generic.Internal",
                "unit": "scalar",
            },
            "ECT_2": {
                "bit_index": 16,
                "bit_length": 8,
                "formula":  lambda x: x + -40,
                "max": 215,
                "min": -40,
                "name": "Engine coolant temperature 2",
                "path": "Engine.Generic",
                "unit": "celsius",
            },
            "ECT_2_SUP": {
                "bit_index": 6,
                "bit_length": 1,
                "max": 1,
                "name": "Is ECT sensor 2 supported?",
                "path": "Engine.Generic.Internal",
                "unit": "scalar",
            },
        },
        "name": "Engine Coolant Temperature",
    },
    "0168": {
        "bit_length": 54,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 12,
        "signals": {
            "IAT_11": {
                "bit_index": 8,
                "bit_length": 8,
                "formula":  lambda x: x + -40,
                "max": 215,
                "min": -40,
                "name": "Intake air temperature, bank 1, sensor 1",
                "path": "Engine.Generic",
                "unit": "celsius",
            },
            "IAT_11_SUP": {
                "bit_index": 7,
                "bit_length": 1,
                "max": 1,
                "name": "IAT Bank 1, Sensor 1 supported",
                "path": "Engine.Generic.Internal",
                "unit": "boolean",
            },
            "IAT_12": {
                "bit_index": 16,
                "bit_length": 8,
                "formula":  lambda x: x + -40,
                "max": 215,
                "min": -40,
                "name": "Intake air temperature, bank 1, sensor 2",
                "path": "Engine.Generic",
                "unit": "celsius",
            },
            "IAT_12_SUP": {
                "bit_index": 6,
                "bit_length": 1,
                "max": 1,
                "name": "IAT Bank 1, Sensor 2 supported",
                "path": "Engine.Generic.Internal",
                "unit": "boolean",
            },
            "IAT_13": {
                "bit_index": 24,
                "bit_length": 8,
                "formula":  lambda x: x + -40,
                "max": 215,
                "min": -40,
                "name": "Intake air temperature, bank 1, sensor 3",
                "path": "Engine.Generic",
                "unit": "celsius",
            },
            "IAT_13_SUP": {
                "bit_index": 5,
                "bit_length": 1,
                "max": 1,
                "name": "IAT Bank 1, Sensor 3 supported",
                "path": "Engine.Generic.Internal",
                "unit": "boolean",
            },
            "IAT_21": {
                "bit_index": 32,
                "bit_length": 8,
                "formula":  lambda x: x + -40,
                "max": 215,
                "min": -40,
                "name": "Intake air temperature, bank 2, sensor 1",
                "path": "Engine.Generic",
                "unit": "celsius",
            },
            "IAT_21_SUP": {
                "bit_index": 4,
                "bit_length": 1,
                "max": 1,
                "name": "IAT Bank 1, Sensor 1 supported",
                "path": "Engine.Generic.Internal",
                "unit": "boolean",
            },
            "IAT_22": {
                "bit_index": 40,
                "bit_length": 8,
                "formula":  lambda x: x + -40,
                "max": 215,
                "min": -40,
                "name": "Intake air temperature, bank 2, sensor 2",
                "path": "Engine.Generic",
                "unit": "celsius",
            },
            "IAT_22_SUP": {
                "bit_index": 3,
                "bit_length": 1,
                "max": 1,
                "name": "IAT Bank 2, Sensor 2 supported",
                "path": "Engine.Generic.Internal",
                "unit": "boolean",
            },
            "IAT_23": {
                "bit_index": 48,
                "bit_length": 8,
                "formula":  lambda x: x + -40,
                "max": 215,
                "min": -40,
                "name": "Intake air temperature, bank 2, sensor 3",
                "path": "Engine.Generic",
                "unit": "celsius",
            },
            "IAT_23_SUP": {
                "bit_index": 2,
                "bit_length": 1,
                "max": 1,
                "name": "IAT Bank 2, Sensor 3 supported",
                "path": "Engine.Generic.Internal",
                "unit": "boolean",
            },
        },
        "name": "Intake Air Temperature Sensor",
    },
    "0169": {
        "bit_length": 54,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 12,
        "signals": {
            "EGR_A_ACT": {
                "bit_index": 16,
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 255,
                "max": 100,
                "name": "Actual EGR A duty cycle/position",
                "path": "Engine.Generic",
                "unit": "percent",
            },
            "EGR_A_ACT_SUP": {
                "bit_index": 6,
                "bit_length": 1,
                "max": 1,
                "name": "Actual EGR A supported",
                "path": "Engine.Generic.Internal",
                "unit": "boolean",
            },
            "EGR_A_CMD": {
                "bit_index": 8,
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 255,
                "max": 100,
                "name": "Commanded EGR A duty cycle/position",
                "path": "Engine.Generic",
                "unit": "percent",
            },
            "EGR_A_CMD_SUP": {
                "bit_index": 7,
                "bit_length": 1,
                "max": 1,
                "name": "Commanded EGR A supported",
                "path": "Engine.Generic.Internal",
                "unit": "boolean",
            },
            "EGR_A_ERR": {
                "bit_index": 24,
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 128 + -100,
                "max": 99.22,
                "min": -100,
                "name": "EGR A error",
                "path": "Engine.Generic",
                "unit": "percent",
            },
            "EGR_A_ERR_SUP": {
                "bit_index": 5,
                "bit_length": 1,
                "max": 1,
                "name": "EGR A error supported",
                "path": "Engine.Generic.Internal",
                "unit": "boolean",
            },
            "EGR_B_ACT": {
                "bit_index": 40,
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 255,
                "max": 100,
                "name": "Actual EGR B duty cycle/position",
                "path": "Engine.Generic",
                "unit": "percent",
            },
            "EGR_B_ACT_SUP": {
                "bit_index": 3,
                "bit_length": 1,
                "max": 1,
                "name": "Actual EGR A supported",
                "path": "Engine.Generic.Internal",
                "unit": "boolean",
            },
            "EGR_B_CMD": {
                "bit_index": 32,
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 255,
                "max": 100,
                "name": "Commanded EGR B duty cycle/position",
                "path": "Engine.Generic",
                "unit": "percent",
            },
            "EGR_B_CMD_SUP": {
                "bit_index": 4,
                "bit_length": 1,
                "max": 1,
                "name": "Commanded EGR A supported",
                "path": "Engine.Generic.Internal",
                "unit": "boolean",
            },
            "EGR_B_ERR": {
                "bit_index": 48,
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 128 + -100,
                "max": 99.22,
                "min": -100,
                "name": "EGR B error",
                "path": "Engine.Generic",
                "unit": "percent",
            },
            "EGR_B_ERR_SUP": {
                "bit_index": 2,
                "bit_length": 1,
                "max": 1,
                "name": "EGR A error supported",
                "path": "Engine.Generic.Internal",
                "unit": "boolean",
            },
        },
        "name": "Commanded EGR and EGR Error",
    },
    "016C": {
        "bit_length": 36,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 8,
        "signals": {
            "CTAC_A_SUP": {
                "bit_index": 7,
                "bit_length": 1,
                "max": 1,
                "name": "Commanded Throttle Actuator A Control supported?",
                "path": "Engine.Generic.Internal",
                "unit": "boolean",
            },
            "CTAC_B_SUP": {
                "bit_index": 5,
                "bit_length": 1,
                "max": 1,
                "name": "Commanded Throttle Actuator B Control supported?",
                "path": "Engine.Generic.Internal",
                "unit": "boolean",
            },
            "RTP_A_SUP": {
                "bit_index": 6,
                "bit_length": 1,
                "max": 1,
                "name": "Relative Throttle A Position data supported?",
                "path": "Engine.Generic.Internal",
                "unit": "boolean",
            },
            "RTP_B_SUP": {
                "bit_index": 4,
                "bit_length": 1,
                "max": 1,
                "name": "Relative Throttle B Position data supported?",
                "path": "Engine.Generic.Internal",
                "unit": "boolean",
            },
            "TAC_A_CMD": {
                "bit_index": 8,
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 255,
                "max": 100,
                "name": "Commanded Throttle Actuator A Control",
                "path": "Engine.Generic",
                "unit": "percent",
            },
            "TAC_B_CMD": {
                "bit_index": 24,
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 255,
                "max": 100,
                "name": "Commanded Throttle Actuator B Control",
                "path": "Engine.Generic",
                "unit": "percent",
            },
            "TP_A_REL": {
                "bit_index": 16,
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 255,
                "max": 100,
                "name": "Relative Throttle A Position",
                "path": "Engine.Generic",
                "unit": "percent",
            },
            "TP_B_REL": {
                "bit_index": 32,
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 255,
                "max": 100,
                "name": "Relative Throttle B Position",
                "path": "Engine.Generic",
                "unit": "percent",
            },
        },
        "name": "Commanded Throttle Actuator Control and Relative Throttle Position",
    },
    "016D": {
        "bit_length": 86,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 12,
        "signals": {
            "FRP_A": {
                "bit_index": 24,
                "bit_length": 16,
                "description": "Displays fuel rail pressure when the reading is referenced to atmosphere (gage pressure).",
                "formula":  lambda x: x * 10,
                "max": 655350,
                "name": "Fuel Rail Pressure A",
                "path": "Fuel.Generic",
                "unit": "kilopascal",
            },
            "FRP_A_CMD": {
                "bit_index": 8,
                "bit_length": 16,
                "description": "Displays commanded fuel rail pressure when the reading is referenced to atmosphere (gage pressure)",
                "formula":  lambda x: x * 10,
                "max": 655350,
                "name": "Commanded Fuel Rail Pressure A",
                "path": "Fuel.Generic",
                "unit": "kilopascal",
            },
            "FRP_A_CMD_SUP": {
                "bit_index": 7,
                "bit_length": 1,
                "max": 1,
                "name": "Commanded Fuel Rail Pressure A data supported?",
                "path": "Fuel.Generic.Internal",
                "unit": "boolean",
            },
            "FRP_A_SUP": {
                "bit_index": 6,
                "bit_length": 1,
                "max": 1,
                "name": "Fuel Rail Pressure A data supported?",
                "path": "Fuel.Generic.Internal",
                "unit": "boolean",
            },
            "FRP_B": {
                "bit_index": 64,
                "bit_length": 16,
                "description": "Displays fuel rail pressure when the reading is referenced to atmosphere (gage pressure).",
                "formula":  lambda x: x * 10,
                "max": 655350,
                "name": "Fuel Rail Pressure B",
                "path": "Fuel.Generic",
                "unit": "kilopascal",
            },
            "FRP_B_CMD": {
                "bit_index": 48,
                "bit_length": 16,
                "description": "Displays commanded fuel rail pressure when the reading is referenced to atmosphere (gage pressure)",
                "formula":  lambda x: x * 10,
                "max": 655350,
                "name": "Commanded Fuel Rail Pressure B",
                "path": "Fuel.Generic",
                "unit": "kilopascal",
            },
            "FRP_B_CMD_SUP": {
                "bit_index": 4,
                "bit_length": 1,
                "max": 1,
                "name": "Commanded Fuel Rail Pressure B data supported?",
                "path": "Fuel.Generic.Internal",
                "unit": "boolean",
            },
            "FRP_B_SUP": {
                "bit_index": 3,
                "bit_length": 1,
                "max": 1,
                "name": "Fuel Rail Pressure B data supported?",
                "path": "Fuel.Generic.Internal",
                "unit": "boolean",
            },
            "FRT_A": {
                "bit_index": 40,
                "bit_length": 8,
                "formula":  lambda x: x + -40,
                "max": 215,
                "min": -40,
                "name": "Fuel Rail Temperature A",
                "path": "Fuel.Generic",
                "unit": "celsius",
            },
            "FRT_A_SUP": {
                "bit_index": 5,
                "bit_length": 1,
                "max": 1,
                "name": "Fuel Temperature A data supported?",
                "path": "Fuel.Generic.Internal",
                "unit": "boolean",
            },
            "FRT_B": {
                "bit_index": 80,
                "bit_length": 8,
                "formula":  lambda x: x + -40,
                "max": 215,
                "min": -40,
                "name": "Fuel Rail Temperature B",
                "path": "Fuel.Generic",
                "unit": "celsius",
            },
            "FRT_B_SUP": {
                "bit_index": 2,
                "bit_length": 1,
                "max": 1,
                "name": "Fuel Temperature B data supported?",
                "path": "Fuel.Generic.Internal",
                "unit": "boolean",
            },
        },
        "name": "Fuel Pressure Control System",
    },
    "0170": {
        "bit_length": 74,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 12,
        "signals": {
            "BP_A": {
                "bit_index": 78,
                "bit_length": 2,
                "map": {1: "BP_A_OL", 2: "BP_A_CL", 3: "BP_A_FAULT"},
                "name": "Boost bressure A control status",
                "path": "Engine.Generic.Internal",
            },
            "BP_A_ACT": {
                "bit_index": 24,
                "bit_length": 16,
                "description": "Actual turbocharger/supercharger A boost pressure.",
                "formula":  lambda x: x / 32,
                "max": 2047.96875,
                "name": "Boost pressure sensor A",
                "path": "Engine.Generic",
                "unit": "kilopascal",
            },
            "BP_A_ACT_SUP": {
                "bit_index": 6,
                "bit_length": 1,
                "max": 1,
                "name": "Boost pressure A supported",
                "path": "Engine.Generic.Internal",
                "unit": "boolean",
            },
            "BP_A_CMD": {
                "bit_index": 8,
                "bit_length": 16,
                "description": "Turbocharger/supercharger A commanded boost pressure.",
                "formula":  lambda x: x / 32,
                "max": 2047.96875,
                "name": "Commanded boost pressure A",
                "path": "Engine.Generic",
                "unit": "kilopascal",
            },
            "BP_A_CMD_SUP": {
                "bit_index": 7,
                "bit_length": 1,
                "max": 1,
                "name": "Commanded boost pressure A supported",
                "path": "Engine.Generic.Internal",
                "unit": "boolean",
            },
            "BP_A_SUP": {
                "bit_index": 5,
                "bit_length": 1,
                "max": 1,
                "name": "Boost pressure A control status supported",
                "path": "Engine.Generic.Internal",
                "unit": "boolean",
            },
            "BP_B": {
                "bit_index": 76,
                "bit_length": 2,
                "map": {1: "BP_B_OL", 2: "BP_B_CL", 3: "BP_B_FAULT"},
                "name": "Boost bressure A control status",
                "path": "Engine.Generic.Internal",
            },
            "BP_B_ACT": {
                "bit_index": 56,
                "bit_length": 16,
                "description": "Actual turbocharger/supercharger B boost pressure.",
                "formula":  lambda x: x / 32,
                "max": 2047.96875,
                "name": "Boost pressure sensor B",
                "path": "Engine.Generic",
                "unit": "kilopascal",
            },
            "BP_B_ACT_SUP": {
                "bit_index": 3,
                "bit_length": 1,
                "max": 1,
                "name": "Boost pressure B supported",
                "path": "Engine.Generic.Internal",
                "unit": "boolean",
            },
            "BP_B_CMD": {
                "bit_index": 40,
                "bit_length": 16,
                "description": "Turbocharger/supercharger B commanded boost pressure.",
                "formula":  lambda x: x / 32,
                "max": 2047.96875,
                "name": "Commanded boost pressure B",
                "path": "Engine.Generic",
                "unit": "kilopascal",
            },
            "BP_B_CMD_SUP": {
                "bit_index": 4,
                "bit_length": 1,
                "max": 1,
                "name": "Commanded boost pressure B supported",
                "path": "Engine.Generic.Internal",
                "unit": "boolean",
            },
            "BP_B_SUP": {
                "bit_index": 2,
                "bit_length": 1,
                "max": 1,
                "name": "Boost pressure B control status supported",
                "path": "Engine.Generic.Internal",
                "unit": "boolean",
            },
        },
        "name": "Boost Pressure Control",
    },
    "0172": {
        "bit_length": 36,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 8,
        "signals": {
            "WG_A_ACT": {
                "bit_index": 16,
                "bit_length": 8,
                "description": "If an on/off solenoid is used, is 0% when the wastegate is commanded off (allow full boost), 100% when commanded on (dump boost). If a vacuum solenoid is duty cycled, the duty cycle from 0 to 100% is displayed. If a linear or stepper motor valve is used, the fully closed position (full boost) is displayed as 0%, the fully open position (dump boost) is displayed as 100%. Intermediate positions are displayed as a percent of the full-open position. Any other actuation method is normalized to display 0% when the WG is commanded off and 100% when the WG is commanded on.",
                "formula":  lambda x: x * 100 / 255,
                "max": 100,
                "name": "Wastegate A position",
                "path": "Engine.Generic",
                "unit": "percent",
            },
            "WG_A_ACT_SUP": {
                "bit_index": 6,
                "bit_length": 1,
                "max": 1,
                "name": "Wastegate A position supported",
                "path": "Engine.Generic.Internal",
                "unit": "boolean",
            },
            "WG_A_CMD": {
                "bit_index": 8,
                "bit_length": 8,
                "description": "If an on/off solenoid is used, is 0% when the wastegate is commanded off (allow full boost), 100% when commanded on (dump boost). If a vacuum solenoid is duty cycled, the duty cycle from 0 to 100% is displayed. If a linear or stepper motor valve is used, the fully closed position (full boost) is displayed as 0%, the fully open position (dump boost) is displayed as 100%. Intermediate positions are displayed as a percent of the full-open position. Any other actuation method is normalized to display 0% when the WG is commanded off and 100% when the WG is commanded on.",
                "formula":  lambda x: x * 100 / 255,
                "max": 100,
                "name": "Commanded wastegate A position",
                "path": "Engine.Generic",
                "unit": "percent",
            },
            "WG_A_CMD_SUP": {
                "bit_index": 7,
                "bit_length": 1,
                "max": 1,
                "name": "Commanded wastegate A position supported",
                "path": "Engine.Generic.Internal",
                "unit": "boolean",
            },
            "WG_B_ACT": {
                "bit_index": 32,
                "bit_length": 8,
                "description": "If an on/off solenoid is used, is 0% when the wastegate is commanded off (allow full boost), 100% when commanded on (dump boost). If a vacuum solenoid is duty cycled, the duty cycle from 0 to 100% is displayed. If a linear or stepper motor valve is used, the fully closed position (full boost) is displayed as 0%, the fully open position (dump boost) is displayed as 100%. Intermediate positions are displayed as a percent of the full-open position. Any other actuation method is normalized to display 0% when the WG is commanded off and 100% when the WG is commanded on.",
                "formula":  lambda x: x * 100 / 255,
                "max": 100,
                "name": "Wastegate B position",
                "path": "Engine.Generic",
                "unit": "percent",
            },
            "WG_B_ACT_SUP": {
                "bit_index": 4,
                "bit_length": 1,
                "max": 1,
                "name": "Wastegate B position supported",
                "path": "Engine.Generic.Internal",
                "unit": "boolean",
            },
            "WG_B_CMD": {
                "bit_index": 24,
                "bit_length": 8,
                "description": "If an on/off solenoid is used, is 0% when the wastegate is commanded off (allow full boost), 100% when commanded on (dump boost). If a vacuum solenoid is duty cycled, the duty cycle from 0 to 100% is displayed. If a linear or stepper motor valve is used, the fully closed position (full boost) is displayed as 0%, the fully open position (dump boost) is displayed as 100%. Intermediate positions are displayed as a percent of the full-open position. Any other actuation method is normalized to display 0% when the WG is commanded off and 100% when the WG is commanded on.",
                "formula":  lambda x: x * 100 / 255,
                "max": 100,
                "name": "Commanded wastegate B position",
                "path": "Engine.Generic",
                "unit": "percent",
            },
            "WG_B_CMD_SUP": {
                "bit_index": 5,
                "bit_length": 1,
                "max": 1,
                "name": "Commanded wastegate B position supported",
                "path": "Engine.Generic.Internal",
                "unit": "boolean",
            },
        },
        "name": "Wastegate Control",
    },
    "017F": {
        "bit_length": 99,
        "meta": {"freq": 1, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 6,
        "signals": {
            "IDLE_TIME": {
                "bit_index": 40,
                "bit_length": 32,
                "max": 4294967295,
                "name": "Total Idle Run Time",
                "path": "Engine.Generic",
                "unit": "seconds",
            },
            "IDLE_TIME_SUP": {
                "bit_index": 6,
                "bit_length": 1,
                "max": 1,
                "name": "Total Idle Run Time supported?",
                "path": "Engine.Generic.Internal",
                "unit": "boolean",
            },
            "PTO_TIME": {
                "bit_index": 72,
                "bit_length": 32,
                "max": 4294967295,
                "name": "Total Run Time With PTO Active",
                "path": "Engine.Generic",
                "unit": "seconds",
            },
            "PTO_TIME_SUP": {
                "bit_index": 5,
                "bit_length": 1,
                "max": 1,
                "name": "Total Run Time With PTO Active supported?",
                "path": "Engine.Generic.Internal",
                "unit": "boolean",
            },
            "RUN_TIME": {
                "bit_index": 8,
                "bit_length": 32,
                "max": 4294967295,
                "name": "Total Engine Run Time",
                "path": "Engine.Generic",
                "unit": "seconds",
            },
            "RUN_TIME_SUP": {
                "bit_index": 7,
                "bit_length": 1,
                "max": 1,
                "name": "Total Engine Run Time supported?",
                "path": "Engine.Generic.Internal",
                "unit": "boolean",
            },
        },
        "name": "Engine Run Time",
    },
    "0180": {
        "bit_length": 32,
        "meta": {"freq": 1, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "PID_A": {
                "bit_index": 1,
                "bit_length": 8,
                "name": "PID support status for PIDs $81-$88",
                "path": "PID.Support",
                "unit": "",
            },
            "PID_B": {
                "bit_index": 8,
                "bit_length": 8,
                "name": "PID support status for PIDs $89-$90",
                "path": "PID.Support",
                "unit": "",
            },
            "PID_C": {
                "bit_index": 16,
                "bit_length": 8,
                "name": "PID support status for PIDs $91-$98",
                "path": "PID.Support",
                "unit": "",
            },
            "PID_D": {
                "bit_index": 1,
                "bit_length": 24,
                "name": "PID support status for PIDs $99-$A0",
                "path": "PID.Support",
                "unit": "",
            },
        },
        "name": "PID support status for PIDs $81-$A0",
    },
    "0184": {
        "bit_length": 8,
        "meta": {"freq": 1, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "MST": {
                "bit_length": 8,
                "formula":  lambda x: x + -40,
                "max": 215,
                "min": -40,
                "name": "Manifold surface temperature",
                "path": "Engine.Generic",
                "unit": "celsius",
            }
        },
        "name": "Intake Manifold Surface Temperature",
    },
    "018D": {
        "bit_length": 8,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "TP_G": {
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 255,
                "max": 100,
                "name": "Absolute Throttle Position G",
                "path": "Engine.Generic",
                "unit": "percent",
            }
        },
        "name": "Absolute Throttle Position G",
    },
    "018E": {
        "bit_length": 8,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "TQ_FR": {
                "bit_length": 8,
                "formula":  lambda x: x + -125,
                "max": 130,
                "min": -125,
                "name": "Engine Friction - Percent Torque",
                "path": "Engine.Generic",
                "unit": "percent",
            }
        },
        "name": "Engine Friction - Percent Torque",
    },
    "019A": {
        "bit_length": 39,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 8,
        "signals": {
            "EHEV_MODE": {
                "bit_index": 1,
                "bit_length": 2,
                "map": {0: "CSM", 1: "CDM", 2: "CIM"},
                "name": "Enhanced Hybrid/EV Vehicle Charging State",
                "path": "Battery.Generic",
            },
            "EHEV_MODE_SUP": {
                "bit_index": 4,
                "bit_length": 1,
                "max": 1,
                "name": "Enhanced Hybrid/EV Vehicle Charging State supported?",
                "path": "Battery.Generic.Internal",
                "unit": "boolean",
            },
            "HEV_BATT_A": {
                "bit_index": 32,
                "bit_length": 16,
                "formula":  lambda x: x / 10,
                "max": 3276.7,
                "min": -3276.8,
                "name": "Hybrid/EV Battery System Current",
                "path": "Battery.Generic",
                "unit": "amps",
            },
            "HEV_BATT_A_SUP": {
                "bit_index": 5,
                "bit_length": 1,
                "max": 1,
                "name": "Hybrid/EV Battery Current supported?",
                "path": "Battery.Generic.Internal",
                "unit": "boolean",
            },
            "HEV_BATT_V": {
                "bit_index": 16,
                "bit_length": 16,
                "formula":  lambda x: x / 64,
                "max": 1023.98,
                "name": "Hybrid/EV Battery System Voltage",
                "path": "Battery.Generic",
                "unit": "volts",
            },
            "HEV_BATT_V_SUP": {
                "bit_index": 6,
                "bit_length": 1,
                "max": 1,
                "name": "Hybrid/EV Battery Voltage supported?",
                "path": "Battery.Generic.Internal",
                "unit": "boolean",
            },
            "HEV_MODE": {
                "bit_length": 1,
                "map": {0: "CSM", 1: "CDM"},
                "name": "Hybrid/EV Vehicle Charging State",
                "path": "Battery.Generic",
            },
            "HEV_MODE_SUP": {
                "bit_index": 7,
                "bit_length": 1,
                "max": 1,
                "name": "Hybrid/EV Vehicle Charging State supported?",
                "path": "Battery.Generic.Internal",
                "unit": "boolean",
            },
        },
        "name": "Reserved",
    },
    "019D": {
        "bit_length": 32,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 2,
        "signals": {
            "FUEL_RATE_ALT": {
                "bit_length": 16,
                "formula":  lambda x: x / 50,
                "max": 1310.7,
                "name": "Engine fuel rate (alternate)",
                "path": "Fuel.Generic",
                "unit": "gramsPerSecond",
            },
            "VFUEL_RATE": {
                "bit_index": 16,
                "bit_length": 16,
                "formula":  lambda x: x / 50,
                "max": 1310.7,
                "name": "Vehicle fuel rate",
                "path": "Fuel.Generic",
                "unit": "gramsPerSecond",
            },
        },
        "name": "Reserved",
    },
    "019E": {
        "bit_length": 16,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "EXH_RATE": {
                "bit_length": 16,
                "formula":  lambda x: x / 5,
                "max": 13107,
                "name": "Engine exhaust flow rate",
                "path": "Fuel.Generic",
                "unit": "kilogramsPerHour",
            }
        },
        "name": "Reserved",
    },
    "019F": {
        "bit_length": 72,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 16,
        "signals": {
            "FUELSYSA_B1": {
                "bit_index": 8,
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 255,
                "max": 100,
                "name": "Fuel system A use percentage bank 1",
                "path": "Fuel.Generic",
                "unit": "percent",
            },
            "FUELSYSA_B1_SUP": {
                "bit_index": 7,
                "bit_length": 1,
                "max": 1,
                "name": "Fuel system A use percentage bank 1 supported",
                "path": "Fuel.Generic.Internal",
                "unit": "boolean",
            },
            "FUELSYSA_B2": {
                "bit_index": 24,
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 255,
                "max": 100,
                "name": "Fuel system A use percentage bank 2",
                "path": "Fuel.Generic",
                "unit": "percent",
            },
            "FUELSYSA_B2_SUP": {
                "bit_index": 5,
                "bit_length": 1,
                "max": 1,
                "name": "Fuel system A use percentage bank 2 supported",
                "path": "Fuel.Generic.Internal",
                "unit": "boolean",
            },
            "FUELSYSA_B3": {
                "bit_index": 40,
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 255,
                "max": 100,
                "name": "Fuel system A use percentage bank 3",
                "path": "Fuel.Generic",
                "unit": "percent",
            },
            "FUELSYSA_B3_SUP": {
                "bit_index": 3,
                "bit_length": 1,
                "max": 1,
                "name": "Fuel system A use percentage bank 3 supported",
                "path": "Fuel.Generic.Internal",
                "unit": "boolean",
            },
            "FUELSYSA_B4": {
                "bit_index": 56,
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 255,
                "max": 100,
                "name": "Fuel system A use percentage bank 4",
                "path": "Fuel.Generic",
                "unit": "percent",
            },
            "FUELSYSA_B4_SUP": {
                "bit_index": 1,
                "bit_length": 1,
                "max": 1,
                "name": "Fuel system A use percentage bank 4 supported",
                "path": "Fuel.Generic.Internal",
                "unit": "boolean",
            },
            "FUELSYSB_B1": {
                "bit_index": 16,
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 255,
                "max": 100,
                "name": "Fuel system B use percentage bank 1",
                "path": "Fuel.Generic",
                "unit": "percent",
            },
            "FUELSYSB_B1_SUP": {
                "bit_index": 6,
                "bit_length": 1,
                "max": 1,
                "name": "Fuel system B use percentage bank 1 supported",
                "path": "Fuel.Generic.Internal",
                "unit": "boolean",
            },
            "FUELSYSB_B2": {
                "bit_index": 32,
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 255,
                "max": 100,
                "name": "Fuel system B use percentage bank 2",
                "path": "Fuel.Generic",
                "unit": "percent",
            },
            "FUELSYSB_B2_SUP": {
                "bit_index": 4,
                "bit_length": 1,
                "max": 1,
                "name": "Fuel system B use percentage bank 2 supported",
                "path": "Fuel.Generic.Internal",
                "unit": "boolean",
            },
            "FUELSYSB_B3": {
                "bit_index": 48,
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 255,
                "max": 100,
                "name": "Fuel system B use percentage bank 3",
                "path": "Fuel.Generic",
                "unit": "percent",
            },
            "FUELSYSB_B3_SUP": {
                "bit_index": 2,
                "bit_length": 1,
                "max": 1,
                "name": "Fuel system B use percentage bank 3 supported",
                "path": "Fuel.Generic.Internal",
                "unit": "boolean",
            },
            "FUELSYSB_B4": {
                "bit_index": 64,
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 255,
                "max": 100,
                "name": "Fuel system B use percentage bank 4",
                "path": "Fuel.Generic",
                "unit": "percent",
            },
            "FUELSYSB_B4_SUP": {
                "bit_length": 1,
                "max": 1,
                "name": "Fuel system B use percentage bank 4 supported",
                "path": "Fuel.Generic.Internal",
                "unit": "boolean",
            },
        },
        "name": "Reserved",
    },
    "01A2": {
        "bit_length": 16,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "CYL_RATE": {
                "bit_length": 16,
                "formula":  lambda x: x / 32,
                "max": 2047.96875,
                "name": "Cylinder fuel rate",
                "path": "Engine.Generic",
                "unit": "milligramsPerStroke",
            }
        },
    },
    "01A6": {
        "bit_length": 32,
        "meta": {"freq": 1, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "ODO": {
                "bit_length": 32,
                "formula":  lambda x: x / 10,
                "max": 429496729.5,
                "name": "Odometer",
                "path": "Trips.Generic",
                "unit": "kilometers",
            }
        },
    },
    "01AA": {
        "bit_length": 8,
        "meta": {"freq": 0.25, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "V_SET": {
                "bit_length": 8,
                "max": 255,
                "name": "Maximum current vehicle speed limit",
                "path": "Movement.Generic",
                "unit": "kilometersPerHour",
            }
        },
    },
    "01B2": {
        "bit_length": 8,
        "meta": {"freq": 60, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "BAT_SOH": {
                "bit_length": 8,
                "formula":  lambda x: x * 100 / 255,
                "max": 100,
                "name": "Traction battery pack State of Health",
                "path": "Battery.Generic",
                "unit": "percent",
            }
        },
    },
    "01D2": {
        "bit_length": 18,
        "meta": {"freq": 300, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 4,
        "signals": {
            "SOCE": {
                "bit_index": 8,
                "bit_length": 8,
                "description": "Estimation of the battery's certified usable energy.",
                "formula":  lambda x: x * 100 / 255,
                "max": 100,
                "name": "State of certified energy",
                "path": "Battery.Generic",
                "unit": "percent",
            },
            "SOCE_SUP": {
                "bit_index": 7,
                "bit_length": 1,
                "max": 1,
                "name": "State of certified energy supported",
                "path": "Battery.Generic",
                "unit": "boolean",
            },
            "SOCR": {
                "bit_index": 16,
                "bit_length": 8,
                "description": "Estimation of the battery's certified usable range. This is a best-effort representation of the degradation of components that contribute to the range of the vehicle.",
                "formula":  lambda x: x * 100 / 255,
                "max": 100,
                "name": "State of certified range",
                "path": "Battery.Generic",
                "unit": "percent",
            },
            "SOCR_SUP": {
                "bit_index": 6,
                "bit_length": 1,
                "max": 1,
                "name": "State of certified range supported",
                "path": "Battery.Generic",
                "unit": "boolean",
            },
        },
    },
    "01D3": {
        "bit_length": 32,
        "meta": {"freq": 1, "hdr": "7E0", "rax": "7E8"},
        "number_signals": 1,
        "signals": {
            "ODO_ENG": {
                "bit_length": 32,
                "formula":  lambda x: x / 10,
                "max": 429496729.5,
                "name": "Engine odometer",
                "path": "Trips.Generic",
                "unit": "kilometers",
            }
        },
    },
}