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Merge pull request #36 from ByteOps-swe/Barutta02-patch-2

Barutta02 patch 2

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75.86
/PythonSensorsSimulator/Model/Simulators/sensor_factory.py
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from .temperature_simulator import temperature_simulator
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from .humidity_simulator import humidity_simulator
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from .charging_station_simulator import charging_station_simulator
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from .ecological_island_simulator import ecological_island_simulator
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from .water_presence_sensor import water_presence_sensor
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from .electrical_fault_simulator import electrical_fault_simulator
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from .dust_PM10_simulator import dust_PM10_simulator
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class sensor_factory:




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    @staticmethod




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    def create_temperature_sensor(latitude: float, longitude: float, cella: str = "Centro", initial_value=20):




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        return temperature_simulator(latitude, longitude, cella, initial_value)




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    @staticmethod




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    def create_humidity_sensor(latitude: float, longitude: float, cella: str = "Centro", initial_value=50):




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        return humidity_simulator(latitude, longitude, cella, initial_value)




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    @staticmethod




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    def create_charging_station_sensor(latitude: float, longitude: float, cella: str = "Centro", probabilita_occupazione=0.5):




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        return charging_station_simulator(latitude, longitude, cella, probabilita_occupazione)




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    @staticmethod




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    def create_ecological_island_sensor(latitude: float, longitude: float, cella: str = "Centro", initial_value=50):




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        return ecological_island_simulator(latitude, longitude, cella, initial_value)




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    @staticmethod




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    def create_water_presence_sensor(latitude: float, longitude: float, cella: str = "Centro", soglia_rilevamento=0.5):




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        return water_presence_sensor(latitude, longitude, cella, soglia_rilevamento)




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    @staticmethod




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    def create_dust_PM10_sensor(latitude: float, longitude: float, cella: str = "Centro", initial_value=20):




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        return dust_PM10_simulator(latitude, longitude, cella, initial_value)




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    @staticmethod




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    def create_eletrical_fault_sensor(latitude: float, longitude: float, cella: str = "Centro", fault_probability=0.5):




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        return electrical_fault_simulator(latitude, longitude, cella, fault_probability)




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