def idle_time(self, time):
""" returns the time the elevator spends not moving and not being
called by anyone
the values returned are averages derived from data collection
"""
if self.type == TYPE_F:
if is_morning(time):
return 29
elif is_afternoon(time):
return 6
elif is_evening(time):
return 277
elif self.type == TYPE_L:
if is_morning(time):
return 20
elif is_afternoon(time):
return 6
elif is_evening(time):
return 294
elif self.type == TYPE_I:
if is_morning(time):
return 13
elif is_afternoon(time):
return 12
elif is_evening(time):
return 219
elif self.type == TYPE_E:
if is_morning(time):
return 51
elif is_afternoon(time):
return 1
elif is_evening(time):
return 189
def busy_time(self, time):
""" returns the time the elevator spends not moving and not being
called by anyone
the values returned are averages derived from data collection
"""
if self.type == TYPE_F:
if is_morning(time):
return 98
elif is_afternoon(time):
return 54
elif is_evening(time):
return 256
elif self.type == TYPE_L:
if is_morning(time):
return 86
elif is_afternoon(time):
return 71
elif is_evening(time):
return 107
elif self.type == TYPE_I:
if is_morning(time):
return 62
elif is_afternoon(time):
return 72
elif is_evening(time):
return 110
elif self.type == TYPE_E:
if is_morning(time):
return 135
elif is_afternoon(time):
return 156
elif is_evening(time):
return 169
def idle_time(self, time):
if self.type == TYPE_F:
if is_morning(time):
return 29
elif is_afternoon(time):
return 6
elif is_evening(time):
return 277
elif self.type == TYPE_L:
if is_morning(time): #11am
return 20
elif is_afternoon(time):
return 6
elif is_evening(time):
return 294
elif self.type == TYPE_I:
if is_morning(time): #11am
return 13
elif is_afternoon(time):
return 12
elif is_evening(time):
return 219
elif self.type == TYPE_E:
if is_morning(time): #11am
return 51
elif is_afternoon(time):
return 1
elif is_evening(time):
return 189
def busy_time(self, time):
if self.type == TYPE_F:
if is_morning(time):
return 98
elif is_afternoon(time):
return 54
elif is_evening(time):
return 256
elif self.type == TYPE_L:
if is_morning(time):
return 86
elif is_afternoon(time):
return 71
elif is_evening(time):
return 107
elif self.type == TYPE_I:
if is_morning(time):
return 62
elif is_afternoon(time):
return 72
elif is_evening(time):
return 110
elif self.type == TYPE_E:
if is_morning(time):
return 135
elif is_afternoon(time):
return 156
elif is_evening(time):
return 169
def busy_time(self, time):
""" returns the time the elevator spends not moving and not being
called by anyone
the values returned are averages derived from data collection
"""
if self.type == TYPE_F:
if is_morning(time):
return 98
elif is_afternoon(time):
return 54
elif is_evening(time):
return 256
elif self.type == TYPE_L:
if is_morning(time):
return 86
elif is_afternoon(time):
return 71
elif is_evening(time):
return 107
elif self.type == TYPE_I:
if is_morning(time):
return 62
elif is_afternoon(time):
return 72
elif is_evening(time):
return 110
elif self.type == TYPE_E:
if is_morning(time):
return 135
elif is_afternoon(time):
return 156
elif is_evening(time):
return 169
def idle_time(self, time):
""" returns the time the elevator spends not moving and not being
called by anyone
the values returned are averages derived from data collection
"""
if self.type == TYPE_F:
if is_morning(time):
return 29
elif is_afternoon(time):
return 6
elif is_evening(time):
return 277
elif self.type == TYPE_L:
if is_morning(time):
return 20
elif is_afternoon(time):
return 6
elif is_evening(time):
return 294
elif self.type == TYPE_I:
if is_morning(time):
return 13
elif is_afternoon(time):
return 12
elif is_evening(time):
return 219
elif self.type == TYPE_E:
if is_morning(time):
return 51
elif is_afternoon(time):
return 1
elif is_evening(time):
return 189
def create_passengers(self, time):
# we want to find what minute period we're in, ie
# if we're in 5, 10, 15, 20, ...
minute_period = (time / 60) % 60
minute_period -= minute_period % 5
# then we take that minute period and find the index in the arrival
# distribution arrays, which will give us an arrival rate for that
# 5-minute period
index = minute_period / 5
arrivals = 0
# based on the time of day, we select the rate from the proper array
# and pass it to a poisson distribution for a 5-minute period
if is_morning(time):
arrivals = rand.poisson(5, arrival_distrs[self.type]['morning'][index])
elif is_afternoon(time):
arrivals = rand.poisson(5, arrival_distrs[self.type]['afternoon'][index])
elif is_evening(time):
arrivals = rand.poisson(5, arrival_distrs[self.type]['evening'][index])
# finally, as the arrivals are in terms of one elevator and our data
# was based on a default amount of elevators, we multiply it by
# that amount of elevators to create a pool of people for the group
self.pool = arrivals * self.default_count
def create_passengers(self, time):
# we want to find what minute period we're in, ie
# if we're in 5, 10, 15, 20, ...
minute_period = (time / 60) % 60
minute_period -= minute_period % 5
# then we take that minute period and find the index in the arrival
# distribution arrays, which will give us an arrival rate for that
# 5-minute period
index = minute_period / 5
arrivals = 0
# based on the time of day, we select the rate from the proper array
# and pass it to a poisson distribution for a 5-minute period
if is_morning(time):
arrivals = rand.poisson(
5, arrival_distrs[self.type]['morning'][index])
elif is_afternoon(time):
arrivals = rand.poisson(
5, arrival_distrs[self.type]['afternoon'][index])
elif is_evening(time):
arrivals = rand.poisson(
5, arrival_distrs[self.type]['evening'][index])
# finally, as the arrivals are in terms of one elevator and our data
# was based on a default amount of elevators, we multiply it by
# that amount of elevators to create a pool of people for the group
self.pool = arrivals * self.default_count
def create_passengers(self, time):
minute_period = (time / 60) % 60
minute_period -= minute_period % 5
index = minute_period / 5
arrivals = 0
if is_morning(time):
arrivals = rand.poisson(5, arrival_distrs[self.type]['morning'][index])
elif is_afternoon(time):
arrivals = rand.poisson(5, arrival_distrs[self.type]['afternoon'][index])
elif is_evening(time):
arrivals = rand.poisson(5, arrival_distrs[self.type]['evening'][index])
self.pool = arrivals
def pick_floor(self, time):
""" picks a floor as a passenger would based on the time of day
and type of elevator.
time must be in seconds.
"""
if is_morning(time):
f = floor_distrs[self.type]['morning']
return f()
elif is_afternoon(time):
f = floor_distrs[self.type]['afternoon']
return f()
elif is_evening(time):
f = floor_distrs[self.type]['evening']
return f()
def pick_floor(self, time):
""" picks a floor as a passenger would based on the time of day
and type of elevator.
time must be in seconds.
"""
if is_morning(time):
f = floor_distrs[self.type]['morning']
return f()
elif is_afternoon(time):
f = floor_distrs[self.type]['afternoon']
return f()
elif is_evening(time):
f = floor_distrs[self.type]['evening']
return f()
def pick_floor(self, time):
""" picks a floor it is going to based on the time of day and type
time must be in seconds where 0 is 5am
"""
if is_morning(time):
f = floor_distrs[self.type]['morning']()
print "morning: " + str(f)
return f
elif is_afternoon(time):
f = floor_distrs[self.type]['afternoon']()
print "afternoon: " + str(f)
return f
elif is_evening(time):
f = floor_distrs[self.type]['evening']()
print "evening: " + str(f)
return f
def create_passengers(self, time):
minute_period = (time / 60) % 60
minute_period -= minute_period % 5
index = minute_period / 5
arrivals = 0
if is_morning(time):
arrivals = rand.poisson(
5, arrival_distrs[self.type]['morning'][index])
elif is_afternoon(time):
arrivals = rand.poisson(
5, arrival_distrs[self.type]['afternoon'][index])
elif is_evening(time):
arrivals = rand.poisson(
5, arrival_distrs[self.type]['evening'][index])
self.pool = arrivals
