Esempio n. 1
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    def test_proportion_of_energy_submetered(self):
        meters = []
        for i in [1,2,3]:
            meter_meta = self.datastore.load_metadata('building1')['elec_meters'][i]
            meter_id = ElecMeterID(i, 1, 'REDD')
            meter = ElecMeter(self.datastore, meter_meta, meter_id)
            meters.append(meter)

        mains = meters[0]
        mg = MeterGroup(meters)
        self.assertEqual(mg.proportion_of_energy_submetered(), 1.0) 
        # Check a second time to check cache works
        self.assertEqual(mg.proportion_of_energy_submetered(), 1.0) 
        mg.clear_cache()
Esempio n. 2
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    def test_proportion_of_energy_submetered(self):
        meters = []
        for i in [1,2,3]:
            meter_meta = self.datastore.load_metadata('building1')['elec_meters'][i]
            meter_id = ElecMeterID(i, 1, 'REDD')
            meter = ElecMeter(self.datastore, meter_meta, meter_id)
            meters.append(meter)

        mains = meters[0]
        mg = MeterGroup(meters)
        self.assertEqual(mg.proportion_of_energy_submetered(), 1.0) 
        # Check a second time to check cache works
        self.assertEqual(mg.proportion_of_energy_submetered(), 1.0) 
        mg.clear_cache()
Esempio n. 3
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    def test_dual_supply(self):
        elec_meters = {1: {'data_location': '/building1/elec/meter1',
                           'device_model': 'Energy Meter'},
                       2: {'data_location': '/building1/elec/meter1',
                           'device_model': 'Energy Meter'},
                       3: {'data_location': '/building1/elec/meter1',
                           'device_model': 'Energy Meter'}}

        appliances = [{'type': 'washer dryer', 'instance': 1, 'meters': [1,2]},
                      {'type': 'fridge', 'instance': 1, 'meters': [3]}]
        mg = MeterGroup()
        mg.import_metadata(self.datastore, elec_meters, appliances, BuildingID(1, 'REDD'))
        self.assertEqual(mg['washer dryer'].total_energy()['active'], 
                         mg['fridge'].total_energy()['active'] * 2)

        # Test total_energy a second time to check cache works
        self.assertEqual(mg['washer dryer'].total_energy()['active'], 
                         mg['fridge'].total_energy()['active'] * 2)

        self.assertIsInstance(mg['washer dryer'], MeterGroup)
        self.assertIsInstance(mg['fridge'], ElecMeter)
        mg.clear_cache()
Esempio n. 4
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    def test_dual_supply(self):
        elec_meters = {1: {'data_location': '/building1/elec/meter1',
                           'device_model': 'Energy Meter'},
                       2: {'data_location': '/building1/elec/meter1',
                           'device_model': 'Energy Meter'},
                       3: {'data_location': '/building1/elec/meter1',
                           'device_model': 'Energy Meter'}}

        appliances = [{'type': 'washer dryer', 'instance': 1, 'meters': [1,2]},
                      {'type': 'fridge', 'instance': 1, 'meters': [3]}]
        mg = MeterGroup()
        mg.import_metadata(self.datastore, elec_meters, appliances, BuildingID(1, 'REDD'))
        self.assertEqual(mg['washer dryer'].total_energy()['active'], 
                         mg['fridge'].total_energy()['active'] * 2)

        # Test total_energy a second time to check cache works
        self.assertEqual(mg['washer dryer'].total_energy()['active'], 
                         mg['fridge'].total_energy()['active'] * 2)

        self.assertIsInstance(mg['washer dryer'], MeterGroup)
        self.assertIsInstance(mg['fridge'], ElecMeter)
        mg.clear_cache()