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Solve the following problem using Python, implementing the functions described below, one line at a time
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Description:
 def from_design_day_properties(cls, name, day_type, location, analysis_period, dry_bulb_max, dry_bulb_range, humidity_type, humidity_value, barometric_p, wind_speed, wind_dir, sky_model, sky_properties):
 """Create a design day object from various key properties. Args: name: A text string to set the name of the design day day_type: Choose from 'SummerDesignDay', 'WinterDesignDay' or other EnergyPlus days location: Location for the design day analysis_period: Analysis period for the design day dry_bulb_max: Maximum dry bulb temperature over the design day (in C). dry_bulb_range: Dry bulb range over the design day (in C). humidity_type: Type of humidity to use. Choose from Wetbulb, Dewpoint, HumidityRatio, Enthalpy humidity_value: The value of the condition above. barometric_p: Barometric pressure in Pa. wind_speed: Wind speed over the design day in m/s. wind_dir: Wind direction over the design day in degrees. sky_model: Type of solar model to use. Choose from ASHRAEClearSky, ASHRAETau sky_properties: A list of properties describing the sky above. For ASHRAEClearSky this is a single value for clearness For ASHRAETau, this is the tau_beam and tau_diffuse """

        dry_bulb_condition = DryBulbCondition(
            dry_bulb_max, dry_bulb_range)
        humidity_condition = HumidityCondition(
            humidity_type, humidity_value, barometric_p)
        wind_condition = WindCondition(
            wind_speed, wind_dir)
        if sky_model == 'ASHRAEClearSky':
            sky_condition = OriginalClearSkyCondition.from_analysis_period(
                analysis_period, sky_properties[0])
        elif sky_model == 'ASHRAETau':
            sky_condition = RevisedClearSkyCondition.from_analysis_period(
                analysis_period, sky_properties[0], sky_properties[-1])
        return cls(name, day_type, location, dry_bulb_condition,
                   humidity_condition, wind_condition, sky_condition)