def p_simpletypedeclar(p):
'''
simpletypedeclar : TYPENAME LPAREN listattr RPAREN
'''
if p[1] != 'Behaviour':
raise Exception('Invalid entity for outer entity')
if not checkAttributes('Behaviour', p[3]):
raise Exception('Invalid attributes for type Behaviour')
x = p[3][3]
reflect = False
repeat = False
if x == 'LOOP':
reflect = True
if x == 'CONTINUOUS':
repeat = True
p[0] = behaviour.Behaviour(p[3][0], p[3][1], p[3][2], repeat, reflect,
p[3][4])
def __init__(self,
ID,
market,
resource,
minAmount,
maxAmount,
underSell,
overSell,
currency=False):
self.currency = currency
self.ID = ID
self.market = market
self.resource = resource
self.behaviour = Behaviour.Behaviour(self.market, self.resource)
self.minAmount = minAmount
self.maxAmount = maxAmount
self.underSell = underSell
self.overSell = overSell
self.amountOfUniqueResources = resource.amountOfUniqueResources
self.RandomizeBehavior()
state = -1
idle_time = 4
idle_gap = 5
active_gap = 1
idle_event_start_time = time.time()
active_event_start_time = time.time()
state_start_time = time.time()
trigger_ls = []
active_ls = []
trigger_index = 0
behaviour = Behaviour()
print('Simulation starts')
print('*************')
while True:
#########################################
# Get triggered locations and numbers #
#########################################
# for sma_id in sma_patches:
# ir_out = sma_patches[sma_id].get_block_output('IRSensor_1', 'ir')
# print str(sma_id) + ':' + str(ir_out.value)
# if ir_out.value == 1:
# trigger_key.append(sma_id)
# coordinate = find_location(location_map)
if len(trigger_ls