class Blue_collar(HumanType):
def __init__(self, _id):
HumanType.__init__(self, _id)
self._id = _id
self.out_time = TimeStructContstraintToDay(
6, 22, Statistic(RANDOM_SEED + _id, AVG_TIME, TIME_STDDEV))
#self.out_time = TimeStructContstraintToDayDeterministic(6,22)
self.trash = Statistic(RANDOM_SEED + _id, AVG_TRASH, TRASH_STDDEV)
pass
def get_type(self):
return "Blue_collar"
def get_wakeup(self):
return TimeStruct(6, 22, Statistic(RANDOM_SEED, AVG_TIME, TIME_STDDEV))
def get_sleep(self):
return TimeStruct(23, 35, Statistic(RANDOM_SEED, AVG_TIME,
TIME_STDDEV))
def get_out(self):
return self.out_time
def get_in(self):
return TimeStruct(17, 30, Statistic(RANDOM_SEED, 0, 1))
def get_trash(self):
return self.trash.get_delta()
def get_satisfaction_func(self, trash):
"""if trash >0:
return -10
else:
return 10"""
if trash >= 0.8:
return -10
elif trash <= 0:
return 20
elif trash < 0.8:
return 10
def is_vacation(self):
return False
def init_seed(self, h_id):
self.out_time = TimeStructContstraintToDay(
6, 22, Statistic(h_id, AVG_TIME, TIME_STDDEV))
self.trash = Statistic(h_id, AVG_TRASH, TRASH_STDDEV)
class Student(HumanType):
def __init__(self, _id):
HumanType.__init__(self, _id)
self._id = _id
self.out_time = TimeStructContstraintToDay(
7, 58, Statistic(RANDOM_SEED + _id, AVG_TIME, TIME_STDDEV))
self.trash = Statistic(RANDOM_SEED + _id, AVG_TRASH, TRASH_STDDEV)
pass
def get_type(self):
return "Student"
def get_wakeup(self):
return TimeStruct(7, 58, Statistic(RANDOM_SEED, AVG_TIME, TIME_STDDEV))
def get_sleep(self):
return TimeStruct(24, 51, Statistic(RANDOM_SEED, AVG_TIME,
TIME_STDDEV))
def get_out(self):
return self.out_time
def get_in(self):
return TimeStruct(21, 00, Statistic(RANDOM_SEED, 0, 1))
def get_trash(self):
return self.trash.get_delta()
def get_satisfaction_func(self, trash):
if trash >= 0.8:
return -10
elif trash <= 0:
return 20
elif trash < 0.8:
return 10
def is_vacation(self):
return False
def init_seed(self, h_id):
self.out_time = TimeStructContstraintToDay(
7, 58, Statistic(h_id, AVG_TIME, TIME_STDDEV))
self.trash = Statistic(h_id, AVG_TRASH, TRASH_STDDEV)
class Homemaker(HumanType):
def __init__(self, _id):
HumanType.__init__(self, _id)
self._id = _id
self.out_time = TimeStructContstraintToDay(
13, 00, Statistic(RANDOM_SEED + _id, AVG_TIME, TIME_STDDEV))
#self.out_time = TimeStructContstraintToDayDeterministic(13,00)
#self.out_time= TimeStructConstraintRandom(self.get_wakeup(), self.get_sleep(), Statistic(0, 10, 6))
self.trash = Statistic(RANDOM_SEED + _id, AVG_TRASH, TRASH_STDDEV)
pass
def get_type(self):
return "Homemaker"
def get_wakeup(self):
return TimeStruct(6, 17, Statistic(RANDOM_SEED, AVG_TIME, TIME_STDDEV))
def get_sleep(self):
return TimeStruct(23, 21, Statistic(RANDOM_SEED, AVG_TIME,
TIME_STDDEV))
def get_out(self):
return self.out_time
#return TimeStructConstraintRandom(self.get_wakeup(), self.get_sleep(), Statistic(0, 10, 6))
def get_in(self):
return TimeStruct(15, 0, Statistic(RANDOM_SEED, 0, 1))
"""
def get_trash(self):
ev_t=SystemSimulator().get_engine("sname").get_global_time()
ev_t= ev_t-int(ev_t /8762)*8762
if ev_t>=8280:
if ev_t <=8760:
return 2.4
else:
return 1.2
"""
def get_trash(self):
return self.trash.get_delta()
def get_satisfaction_func(self, trash):
if trash >= 0.8:
return -10
elif trash <= 0:
return 20
elif trash < 0.8:
return 10
"""
if trash >0:
return -10
else:
return 10
"""
def is_vacation(self):
return False
def init_seed(self, h_id):
self.out_time = TimeStructContstraintToDay(
13, 00, Statistic(h_id, AVG_TIME, TIME_STDDEV))
# self.out_time = TimeStructContstraintToDayDeterministic(13,00)
# self.out_time= TimeStructConstraintRandom(self.get_wakeup(), self.get_sleep(), Statistic(0, 10, 6))
self.trash = Statistic(h_id, AVG_TRASH, TRASH_STDDEV)
class Check(BehaviorModelExecutor):
def __init__(self, instance_time, destruct_time, name, engine_name, htype):
BehaviorModelExecutor.__init__(self, instance_time, destruct_time,
name, engine_name)
self.init_state("IDLE")
self.insert_state("IDLE", Infinite)
self.insert_state("CHECK", 0)
self.insert_state("REPORT", 0)
self.insert_input_port("request")
self.insert_input_port("checked") # from garbage can
self.insert_output_port("check") # to garbage can
self.insert_output_port("gov_report")
self.htype = htype
#print(self.htype.get_id()+RANDOM_SEED,file=sys.__stdout__)
from UI.config import RANDOM_SEED
self.stat = Statistic(RANDOM_SEED + self.htype.get_id(), 20,
4) # Satisfaction mean and stddev
# self.satis_func = satis_func
# self.satisfaction = 100
# self.hid = hid
def get_satis(self, trash):
if trash > 0.5:
return -10
else:
return 10
pass
def ext_trans(self, port, msg):
if self.htype.is_vacation():
self.htype.satisfaction = None
pass
else:
if port == "request":
self._cur_state = "CHECK"
if port == "checked":
if self.htype.satisfaction == None:
self.htype.satisfaction = 100
self.htype.satisfaction += self.htype.get_satisfaction_func(
msg.retrieve()[0])
else:
# self.htype.satisfaction += self.htype.get_satisfaction_func(msg.retrieve()[0])
self.htype.satisfaction += self.get_satis(
msg.retrieve()[0])
if self.htype.satisfaction >= 100:
self.htype.satisfaction = 100
if self.htype.satisfaction < 0:
self.htype.satisfaction += self.stat.get_delta()
self._cur_state = "REPORT"
#print(self.htype.)
#print(SystemSimulator().get_engine("sname").get_global_time(),"[check] "+self.get_name() + ":" + str(self.htype.satisfaction),file=sys.__stdout__)
def output(self):
if self._cur_state == "CHECK":
if self.htype.is_vacation():
self.htype.satisfaction = None
return None
else:
msg = SysMessage(self.get_name(), "check")
msg.insert(self.htype)
return msg
if self._cur_state == "REPORT":
#print('[check]#')
msg = SysMessage(self.get_name(), "gov_report")
msg.insert(self.htype)
return msg
return None
def int_trans(self):
if self._cur_state == "CHECK":
self._cur_state = "IDLE"
elif self._cur_state == "REPORT":
self._cur_state = "IDLE"