def testMultiNodeBusTranslator(self):
'''
Example using a MultiNodeBus with Translator object.
'''
FILENAME = 'multi_bus_translator.json'
with open_bus(FILENAME) as bus:
while not bus.finished:
__out = bus.transaction(inputs=translator_multinode_input())
print translator_out_to_string(__out)
print 'bus finished'
def testFileBusTranslator(self):
'''
Example using a FileBus with an AggregatorBusTranslator.
'''
FILENAME = 'file_bus_translator.json'
with open_bus(FILENAME) as bus:
while not bus.finished:
__out = bus.transaction(inputs=None)
print translator_out_to_string(__out)
print 'bus finished'
def testFileBusTranslator(self):
'''
Example using a FileBus with an AggregatorBusTranslator.
'''
FILENAME = 'file_bus_translator.json'
with open_bus(FILENAME) as bus:
while not bus.finished:
__out = bus.transaction(inputs=None)
print translator_out_to_string(__out)
print 'bus finished'
def testFileBus(self):
'''
Example using a FileBus.
'''
FILENAME = 'file_bus.json'
with open_bus(FILENAME) as bus:
while not bus.finished:
__out = bus.transaction(inputs=None)
print out_to_string(__out)
print 'bus finished'
def testFileBus(self):
'''
Example using a FileBus.
'''
FILENAME = 'file_bus.json'
with open_bus(FILENAME) as bus:
while not bus.finished:
__out = bus.transaction(inputs=None)
print out_to_string(__out)
print 'bus finished'
def remote(self):
'''
Example using a GridlabBus with a remote GLD. Will change the base_power for the load
at each timestep. Will then query the network_node power.
'''
FILENAME = 'remote_params.json'
with open_bus(FILENAME) as bus:
while not bus.finished:
__out = bus.transaction(inputs=message_gld_input())
print out_to_string(__out)
print 'bus finished'
def testGridlabBus(self):
'''
Example using a GridlabBus. Will change the base_power for the load
house0_agg_R4-25-00-1_tm_1_R4-25-00-1_tn_141 at each timestep. Will
then query the network_node power.
'''
FILENAME = 'gridlabd_bus.json'
with open_bus(FILENAME) as bus:
while not bus.finished:
__out = bus.transaction(inputs=message_gld_input())
print out_to_string(__out)
print 'bus finished'
def testGridlabBus(self):
'''
Example using a GridlabBus. Will change the base_power for the load
house0_agg_R4-25-00-1_tm_1_R4-25-00-1_tn_141 at each timestep. Will
then query the network_node power.
'''
FILENAME = 'gridlabd_bus.json'
with open_bus(FILENAME) as bus:
while not bus.finished:
__out = bus.transaction(inputs=message_gld_input())
print out_to_string(__out)
print 'bus finished'
def testMultiNodeBusTranslator(self):
'''
Example using a MultiNodeBus with Translator object.
'''
FILENAME = 'multi_bus_translator.json'
with open_bus(FILENAME) as bus:
while not bus.finished:
__out = bus.transaction(inputs=translator_multinode_input())
print translator_out_to_string(__out)
print 'bus finished'
def testContextManager(self):
self._load_time()
os.chdir(os.path.join(dir_name,fld_name))
print '-------------------------'
print 'RUNNING BUS: ' + os.path.join(dir_name, bus_name)
print '-------------------------'
print
with open_bus(bus_name) as bus:
while(not (bus.finished or self._check_time())):
self._time.advance_time()
__out = bus.transaction(self._aggregator_dict())
print str(self._time) + ':' + str(__out[AggregatorBusTranslator.OUT_P_RE_KEY]) + '+ ' + str(__out[AggregatorBusTranslator.OUT_P_IM_KEY]) + 'j'
assert True
def testContextManager(self):
self._load_time()
os.chdir(os.path.join(dir_name, fld_name))
print '-------------------------'
print 'RUNNING BUS: ' + os.path.join(dir_name, bus_name)
print '-------------------------'
print
with open_bus(bus_name) as bus:
while (not (bus.finished or self._check_time())):
self._time.advance_time()
__out = bus.transaction(self._aggregator_dict())
print str(self._time) + ':' + str(
__out[AggregatorBusTranslator.OUT_P_RE_KEY]) + '+ ' + str(
__out[AggregatorBusTranslator.OUT_P_IM_KEY]) + 'j'
assert True
ermax_list12 = []
ermax_list11 = []
ermax_list10 = []
ermax_list9 = []
ermax_list8 = []
ermax_list7 = []
voltage_prev_12 = 240
voltage_prev_11 = 240
voltage_prev_10 = 240
voltage_prev_9 = 240
voltage_prev_8 = 240
voltage_prev_7 = 240
with open_bus(BUS_FILE_MAIN) as bus_MAIN:
with open_bus(BUS_FILE_ITER) as bus_ITER:
while not bus_MAIN.finished:
Display = Display + 1
print Display
PMPPT = (0 - DATA_FRAME[0][current_time])
LOAD_current_time = []
for i in range(1, 13):
LOAD_current_time.append((DATA_FRAME[i][current_time]))
er12 = []
er11 = []