{
    "name": "ABCP",

    "x_label": "Time",

    "unit_x": "ms",
    "y_label": "Compression",
    "unit_y": "mm",
    "scoring": {
        "category": "low_high",
        "low": 0.0,
        "high": 4.0,
        "capping_limit": true
    },

    "datums": [
        {
            "rating": "HIGH",
            "value": 47.0,
            "line_colour": "GREEN",
            "colour_above": "YELLOW",
            "colour_below": "GREEN"
        },
        {
            "rating": "LOW",
            "value": 65.0,
            "line_colour": "YELLOW",
            "colour_above": "RED"
        }
    ],

    "operations": [
        {
            "operation": "C180",
            "input": ["ABRILE01WSDC00"],
            "output": "ABRILE01WSDC0C",
            "iso": true
        },
        {
            "operation": "C180",
            "input": ["ABRILE01WSANZ0"],
            "output": "ABRILE01WSANZC",
            "iso": true
        },
        {
            "operation": "sin",
            "input": ["ABRILE01WSANZC"],
            "output": "SinPhi_ABRILE01",
            "iso": false
        },
        {
            "operation": "mul",
            "input": ["ABRILE01WSDC0C", "SinPhi_ABRILE01"],
            "output": "RSinPhi_ABRILE01",
            "iso": false
        },
        {
            "comment": "Take ABS to ensure that sign of DC0 and ANZ have no effect.",
            "operation": "abs",
            "input": ["RSinPhi_ABRILE01"],
            "output": "ABS_RSinPhi_ABRILE01",
            "iso": false
        },
        {
            "comment": "Flip sign to ensure that compression is positive",
            "operation": "mul",
            "input": ["ABS_RSinPhi_ABRILE01", -1],
            "output": "NEG_ABS_RSinPhi_ABRILE01",
            "iso": false
        },
        {
            "comment": "Final rib displacement output. Note that filter class 'C' at the end but euroncap has it '0'",
            "operation": "zero_y",
            "input": ["NEG_ABS_RSinPhi_ABRILE01"],
            "output": "ABRILE01WSDS0C",
            "iso": true,
            "graph": true
        },
        {
            "operation": "C180",
            "input": ["ABRILE02WSDC00"],
            "output": "ABRILE02WSDC0C",
            "iso": true
        },
        {
            "operation": "C180",
            "input": ["ABRILE02WSANZ0"],
            "output": "ABRILE02WSANZC",
            "iso": true
        },
        {
            "operation": "sin",
            "input": ["ABRILE02WSANZC"],
            "output": "SinPhi_ABRILE02",
            "iso": false
        },
        {
            "operation": "mul",
            "input": ["ABRILE02WSDC0C", "SinPhi_ABRILE02"],
            "output": "RSinPhi_ABRILE02",
            "iso": false
        },
        {
            "comment": "Take ABS to ensure that sign of DC0 and ANZ have no effect.",
            "operation": "abs",
            "input": ["RSinPhi_ABRILE02"],
            "output": "ABS_RSinPhi_ABRILE02",
            "iso": false
        },
        {
            "comment": "Flip sign to ensure that compression is positive",
            "operation": "mul",
            "input": ["ABS_RSinPhi_ABRILE02", -1],
            "output": "NEG_ABS_RSinPhi_ABRILE02",
            "iso": false
        },
        {
            "comment": "Final rib displacement output. Note that filter class 'C' at the end but euroncap has it '0'",
            "operation": "zero_y",
            "input": ["NEG_ABS_RSinPhi_ABRILE02"],
            "output": "ABRILE02WSDS0C",
            "iso": true,
            "graph": true
        },
        {
            "operation": "C180",
            "input": ["ABRIRI01WSDC00"],
            "output": "ABRIRI01WSDC0C",
            "iso": true
        },
        {
            "operation": "C180",
            "input": ["ABRIRI01WSANZ0"],
            "output": "ABRIRI01WSANZC",
            "iso": true
        },
        {
            "operation": "sin",
            "input": ["ABRIRI01WSANZC"],
            "output": "SinPhi_ABRIRI01",
            "iso": false
        },
        {
            "operation": "mul",
            "input": ["ABRIRI01WSDC0C", "SinPhi_ABRIRI01"],
            "output": "RSinPhi_ABRIRI01",
            "iso": false
        },
        {
            "comment": "Take ABS to ensure that sign of DC0 and ANZ have no effect.",
            "operation": "abs",
            "input": ["RSinPhi_ABRIRI01"],
            "output": "ABS_RSinPhi_ABRIRI01",
            "iso": false
        },
        {
            "comment": "Flip sign to ensure that compression is positive",
            "operation": "mul",
            "input": ["ABS_RSinPhi_ABRIRI01", -1],
            "output": "NEG_ABS_RSinPhi_ABRIRI01",
            "iso": false
        },
        {
            "comment": "Final rib displacement output. Note that filter class 'C' at the end but euroncap has it '0'",
            "operation": "zero_y",
            "input": ["NEG_ABS_RSinPhi_ABRIRI01"],
            "output": "ABRIRI01WSDS0C",
            "iso": true,
            "graph": true
        },
        {
            "operation": "C180",
            "input": ["ABRIRI02WSDC00"],
            "output": "ABRIRI02WSDC0C",
            "iso": true
        },
        {
            "operation": "C180",
            "input": ["ABRIRI02WSANZ0"],
            "output": "ABRIRI02WSANZC",
            "iso": true
        },
        {
            "operation": "sin",
            "input": ["ABRIRI02WSANZC"],
            "output": "SinPhi_ABRIRI02",
            "iso": false
        },
        {
            "operation": "mul",
            "input": ["ABRIRI02WSDC0C", "SinPhi_ABRIRI02"],
            "output": "RSinPhi_ABRIRI02",
            "iso": false
        },
        {
            "comment": "Take ABS to ensure that sign of DC0 and ANZ have no effect.",
            "operation": "abs",
            "input": ["RSinPhi_ABRIRI02"],
            "output": "ABS_RSinPhi_ABRIRI02",
            "iso": false
        },
        {
            "comment": "Flip sign to ensure that compression is positive",
            "operation": "mul",
            "input": ["ABS_RSinPhi_ABRIRI02", -1],
            "output": "NEG_ABS_RSinPhi_ABRIRI02",
            "iso": false
        },
        {
            "comment": "Final rib displacement output. Note that filter class 'C' at the end but euroncap has it '0'",
            "operation": "zero_y",
            "input": ["NEG_ABS_RSinPhi_ABRIRI02"],
            "output": "ABRIRI02WSDS0C",
            "iso": true,
            "graph": true
        }
    ]
}
