def test_pickle(self):
test = residential.Household('Example')
test.simulate()
test.pickle()
bistest = cPickle.load(open('Example.p', 'rb'))
self.assertTrue(len(bistest.occ) != 0)
print '\n'
def test_creation_2(self):
test = residential.Household(self.name, members=['FTE', 'PTE'])
self.assertEqual(test.name, self.name)
self.assertTrue(len(test.apps) != 0)
self.assertTrue(len(test.members) != 0)
self.assertTrue(len(test.clustersList) != 0)
print '\n'
def simulate(self, path):
'''
Simulate all households in the depicted feeder
'''
#######################################################################
# we loop through all households for creation, simulation and pickling.
# whereas the output is done later-on.
cwd = os.getcwd()
for i in range(self.nBui):
hou = residential.Household(str(self.name) + '_' + str(i))
hou.simulate()
os.chdir(path)
hou.pickle()
os.chdir(cwd)
for app in appliances:
n.update({app: 0}) # total cycles
n.update({app + '_n':
0}) # amount of household that have the appliance
for flow in flows:
n.update({flow: 0})
n.update({flow + '_n': 0})
n.update({'Eload': 0}) # annual electricity load in kWh
n.update({'QCon': 0}) # annual convective internal heat gains in kWh
for i in range(N):
print('##############################################Test house ' +
str(i) + ' created, repetition ' + str(j))
test = residential.Household('Test_' + str(i))
test.simulate()
########### to save time & space, don't save individual simulation results
# os.chdir(cwd + '\\Calibration')
# test.pickle()
# os.chdir(cwd)
# fill dictionary with data from calibration simulations
# for i in range(N):
# if i in range(0,N,10) : print('Test house '+str(i) + ' being processed')
# test = cPickle.load(open('Calibration\\Test_'+str(i)+'.p','rb'))
n.update({'Eload': n['Eload'] + int(np.sum(test.P) / 60 / 1000)
}) # annual electricity load in kWh
n.update({'QCon': n['QCon'] + int(np.sum(test.QCon) / 60 / 1000)
}) # annual convective internal heat gains in kWh
for app in appliances:
def test_simulation(self):
test = residential.Household('Example')
test.simulate()
self.assertTrue(len(test.occ) != 0)
print '\n'
