{
    "Names": {
        "Value": {
            "0": "Cobble_stone_2014a",
            "1": "Dark_asphalt",
            "2": "Roofs(buildings)",
            "5": "Grass_unmanaged",
            "6": "Bare_soil",
            "7": "Water",
            "99": "Walls",
            "100": "Brick_wall",
            "101": "Concrete_wall",
            "102": "Wood_wall"
        },
        "Comment": "Name of each respective land cover class in land cover data."
        },
    "Code": {
        "Value": {
            "Cobble_stone_2014a": 0,
            "Dark_asphalt": 1,
            "Roofs(buildings)": 2,
            "Grass_unmanaged": 5,
            "Bare_soil": 6,
            "Water": 7,
            "Walls": 99,
            "Brick_wall": 100,
            "Concrete_wall": 101,
            "Wood_wall": 102
        },
        "Comment": "Code for each land cover class name."
        },    
    "Albedo": {
        "Effective": {
            "Value": {
                "Cobble_stone_2014a": 0.2,
                "Dark_asphalt": 0.18,
                "Roofs(buildings)": 0.18,
                "Grass_unmanaged": 0.16,
                "Bare_soil": 0.25,
                "Water": 0.05,
                "Walls": 0.2
            },
            "Comment": "Effective albedos according to Lindberg et al., 2008; 2016."
        },
        "Material": {
            "Value": {
                "Brick_wall": 0.2,
                "Concrete_wall": 0.2,
                "Wood_wall": 0.2
            },
            "Comment": "Material albedos according to Wallenberg et al., 2025."
        }
    },
    "Emissivity": {
        "Value": {
            "Cobble_stone_2014a": 0.95,
            "Dark_asphalt": 0.95,
            "Roofs(buildings)": 0.95,
            "Grass_unmanaged": 0.94,
            "Bare_soil": 0.94,
            "Water": 0.98,
            "Walls": 0.9,
            "Brick_wall": 0.9,
            "Concrete_wall": 0.9,
            "Wood_wall": 0.9
        },
        "Comment": "Emissivity of each land cover class."
        },
    "Specific_heat": {
        "Value": {
            "Cobble_stone_2014a": -9999.0,
            "Dark_asphalt": -9999.0,
            "Roofs(buildings)": -9999.0,
            "Grass_unmanaged": -9999.0,
            "Bare_soil": -9999.0,
            "Water": -9999.0,
            "Walls": -9999.0,
            "Brick_wall": 800,
            "Concrete_wall": 840,
            "Wood_wall": 1880
        },
        "Comment": "Specific heat capacity, in units J kg-1 K-1, used for wall surface temperatures according to Wallenberg et al. 2025."
        },
    "Thermal_conductivity": {
        "Value": {
            "Cobble_stone_2014a": -9999.0,
            "Dark_asphalt": -9999.0,
            "Roofs(buildings)": -9999.0,
            "Grass_unmanaged": -9999.0,
            "Bare_soil": -9999.0,
            "Water": -9999.0,
            "Walls": -9999.0,
            "Brick_wall": 0.84,
            "Concrete_wall": 1.7,
            "Wood_wall": 0.17
        },
        "Comment": "Thermal conductivity of each land cover class, in units W m-1 K-1, used for wall surface temperatures according to Wallenberg et al. 2025."
        },
    "Density": {
        "Value": {
            "Cobble_stone_2014a": -9999.0,
            "Dark_asphalt": -9999.0,
            "Roofs(buildings)": -9999.0,
            "Grass_unmanaged": -9999.0,
            "Bare_soil": -9999.0,
            "Water": -9999.0,
            "Walls": -9999.0,
            "Brick_wall": 1700,
            "Concrete_wall": 2200,
            "Wood_wall": 700
        },
        "Comment": "Density of the material in units kg m-3, used for wall surface temperatures according to Wallenberg et al. 2025."
    },    
    "Wall_thickness": {
        "Value": {
            "Brick_wall": 0.1,
            "Concrete_wall": 0.2,
            "Wood_wall": 0.03
        },
        "Comment": "Wall thickness in units meters, used to calculate characteristic time for wall surface temperatures (Wallenberg et al., 2025)."
    },
    "TmaxLST": {
        "Value": {
            "Cobble_stone_2014a": 15.0,
            "Dark_asphalt": 15.0,
            "Roofs(buildings)": 15.0,
            "Grass_unmanaged": 14.0,
            "Bare_soil": 14.0,
            "Water": 12.0,
            "Walls": 15.0,
            "Brick_wall": -999.0,
            "Concrete_wall": -999.0,
            "Wood_wall": -999.0
        },
        "Comment": "TmaxLST used for ground surface temperatures and wall surface temperatures according to Lindberg et al. 2008; 2016."
        },
    "Ts_deg": {
        "Value": {
            "Cobble_stone_2014a": 0.37,
            "Dark_asphalt": 0.58,
            "Roofs(buildings)": 0.58,
            "Grass_unmanaged": 0.21,
            "Bare_soil": 0.33,
            "Water": 0.0,
            "Walls": 0.37,
            "Brick_wall": -999.0,
            "Concrete_wall": -999.0,
            "Wood_wall": -999.0
        },
        "Comment": "Ts_deg used for ground surface temperatures and wall surface temperatures according to Lindberg et al. 2008; 2016."
        },
    "Tstart": {
        "Value": {
            "Cobble_stone_2014a": -3.41,
            "Dark_asphalt": -9.78,
            "Roofs(buildings)": -9.78,
            "Grass_unmanaged": -3.38,
            "Bare_soil": -3.01,
            "Water": 0.0,
            "Walls": -3.41,
            "Brick_wall": -999.0,
            "Concrete_wall": -999.0,
            "Wood_wall": -999.0
        },
        "Comment": "Tstart used for ground surface temperatures and wall surface temperatures according to Lindberg et al. 2008; 2016."
        },
    "Tmrt_params": {
        "Value": {
            "absK": 0.70,
            "absL": 0.95,
            "posture": "Standing"
        },
        "Comment": "Absorption coefficients for mean radiant temperature (Tmrt) and posture. Posture is either standing or sitting." 
    },
    "PET_settings": {
        "Value": {
            "Age": 35,
            "Weight": 75.0,
            "Height": 180,
            "Sex": "Male",
            "Activity": 80.0,
            "clo": 0.90
        },
        "Comment": "Settings to calculate Physiological Equivalent Temperature (PET). Sex is either Male or Female."
    },        
    "Wind_Height": {
        "Value": {
            "magl": 10.0
        },
        "Comment": "Height of wind sensor for PET and UTCI calcualtions."
    },
    "Tree_settings":{
        "Value":{
            "Transmissivity": 0.03,
            "Trunk_ratio": 0.25,
            "First_day_leaf": 97,
            "Last_day_leaf": 300
        },
        "Comment": "Settings for trees. Shortwave trasmissivity in %. Trunkratio as a fraction of total height"
    },
    "Posture": {
        "Standing" : {
            "Value": {
                "Fside" : 0.22,
                "Fup" : 0.06,
                "height" : 1.1,
                "Fcyl" : 0.28
            },
            "Comment": "Standing posture of human body. Used in Tmrt calulations"
        },
        "Sitting" : {
            "Value":{
                "Fside" : 0.166666,
                "Fup" : 0.166666,
                "height" : 0.75,
                "Fcyl" : 0.2
            },
            "Comment": "Sitting posture of human body. Used in Tmrt calulations"
        }
    }        
}