agregator.py
def __internal_production(self,
                              internal_temperature,
                              power_on,
                              subject_efficiency,
                              subject_energy,
                              thermal_capacity):
        """
        Compute the temperature according to the heater/cooler decision
        :param internal_temperature: Room temperature
        :param power_on: Switch on/off the heater/cooler
        :param subject_efficiency: Efficiency of the heat pomp
        :param subject_energy: Energy of the heat pomp
        :param thermal_capacity: Thermal capacity of the room

        :return: Temperature according to the switch on/off decision
        """

        return internal_temperature + power_on * subject_efficiency \
            * ((subject_energy / thermal_capacity) * self.delta_time)

        Compute the temperature according to the heater/cooler decision
        :param internal_temperature: Room temperature
        :param power_on: Switch on/off the heater/cooler
        :param subject_efficiency: Efficiency of the heat pomp
        :param subject_energy: Energy of the heat pomp
        :param thermal_capacity: Thermal capacity of the room

        :return: Temperature according to the switch on/off decision
        
Compute the temperature according to the heater/cooler decision
Compute the temperature according to the heater / cooler decision
def __internal_production(self,
                              internal_temperature,
                              power_on,
                              subject_efficiency,
                              subject_energy,
                              thermal_capacity):
        return internal_temperature + power_on * subject_efficiency \
            * ((subject_energy / thermal_capacity) * self.delta_time)
def __internal_production ( self , internal_temperature , power_on , subject_efficiency , subject_energy , thermal_capacity ) : return internal_temperature + power_on * subject_efficiency * ( ( subject_energy / thermal_capacity ) * self . delta_time )
Compute the temperature according to the heater/cooler decision
Compute the temperature according to the heater / cooler decision
"""
        Compute the temperature according to the heater/cooler decision
        :param internal_temperature: Room temperature
        :param power_on: Switch on/off the heater/cooler
        :param subject_efficiency: Efficiency of the heat pomp
        :param subject_energy: Energy of the heat pomp
        :param thermal_capacity: Thermal capacity of the room

        :return: Temperature according to the switch on/off decision
        """
Temperature according to the switch on/off decision
Temperature according to the switch on / off decision
self
internal_temperature
None
power_on
Switch on/off the heater/cooler
Switch on / off the heater / cooler
subject_efficiency
Efficiency of the heat pomp
Efficiency of the heat pomp
subject_energy
Energy of the heat pomp
Energy of the heat pomp
thermal_capacity
Thermal capacity of the room
Thermal capacity of the room