def simulate():
xml_files = os.listdir('Data\\')
corrupts = [
'WHITBYCGS', 'STONE MILLS SF', 'DPNTMTLND', 'HARMON', 'KIPLING',
'LITTLELONG', 'SILVERFALLS'
]
gens_dict = {}
sim_grid = Grid()
for file in xml_files:
addr = os.path.join('Data', file)
#print(addr)
tree = ET.parse(addr)
root = tree.getroot()
generators = root[1][1]
for generator in generators:
name = generator[0].text
# Generator Name
#print(generator[0].tag, generator[0].text)
if name in corrupts:
continue #corrupted generator
if name not in gens_dict:
agen = Agent(name, generator[1].text)
gens_dict[name] = agen
sim_grid.add_vpp(agen)
# Generator Fuel Type
#print(generator[1].tag, generator[1].text)
'''
if len(generator[2][0]) < 2:
# N/A generator
#pass
continue
'''
outputs = generator[2]
outs = []
# print("outputs")
for sample in outputs:
# Hour
# print(sample[0].text)
if len(sample) > 1:
# EnergyMW
# print(sample[1].text)
outs.append(sample[1].text)
gens_dict[name].add_out(sample[1].text)
else:
print("HHHHHHHHHHHHHHHHHHHHHHHHHHHHHHH")
print(generator[1].text, generator[0].text)
capabilities = generator[3]
forec = []
# print("capabilities")
for sample in capabilities:
# Hour
# print(sample[0].text)
# EnergyMW
# print(sample[1].text)
forec.append(sample[1].text)
gens_dict[name].add_forec(sample[1].text)
capacities = generator[4]
caps = []
# print("capacities")
for sample in capacities:
# Hour
# print(sample[0].text)
# EnergyMW
# print(sample[1].text)
caps.append(sample[1].text)
gens_dict[name].add_capac(sample[1].text)
'''
for i in range(24):
if forec[i] != caps[i]:
print("!!!FFFFFFF!!!!")
break
'''
# print(len(root[1][1]))
# print(len(gens_dict))
# gen = gens_dict['ADELAIDE']
# gen2 = gens_dict['AMARANTH']
# gen3 = gens_dict['ARMOW']
# print(gen.output(34))
# print(gen2.output(34))
# print(gen3.output(34))
# gen2.merge_holon(gen3)
# gen.merge_holon(gen2)
# print(gen.output_sum(34))
#
#
# grid = Grid()
# grid.add_vpp(gen)
# grid.pay_for_time(34)
# print(gen.incomes[0] + gen2.incomes[0] + gen3.incomes[0])
#
# gen.remove_child(gen2)
# gen.remove_child(gen3)
# grid.add_vpp(gen2)
# grid.add_vpp(gen3)
# grid.pay_for_time(34)
# print(gen.incomes[1] + gen2.incomes[1] + gen3.incomes[1])
# ss = 0
# for time in range(744):
# for vpp in sim_grid.vpps:
# ss += abs(vpp.output(time) - vpp.forecast(time))
# if time < 24:
# #print(vpp.name, time, vpp.output(time), vpp.forecast(time))
# pass
# if (time + 1) % 24 == 0:
# print(ss)
# ss = 0
return sim_grid.run()
