def Llegar(self) :
with open("n_comunes/g_tiempo_hasta_otro_paciente.txt","a") as document:
while True :
hora, dia = INDEX.hora(now()), INDEX.dia(now())
t_llegada = tasas[hora][dia]
tiempo = exponential((t_llegada/60))
document.write("{}\n".format(tiempo))
yield hold, self, tiempo
def get_interval(self):
""" generate interval between two consequent transitions accoding to
expontial distribution
"""
val = exponential(self.v[self.cs])
return val
def __init__(self, service_time_rate):
self.service_rate = service_time_rate
t = random.exponential(scale=service_time_rate, size=1)[0]
self.service_time = t
def create_exponential_interarrival(arrival_rate, n, max_times=1000):
inter_arrivals = random.exponential(scale=arrival_rate, size=n)
arrival_times = np.cumsum(inter_arrivals)
while arrival_times[-1] > max_times:
arrival_times = arrival_times[:-1]
return arrival_times
def get_interval(self):
""" generate interval between two consequent transitions accoding to
expontial distribution
"""
val = exponential(self.v[self.cs])
return val
def scheduleERV(self, event, propensity):
self.events.put(
(self.time + random.exponential(1.0 / propensity), event))
import random
import math
from numpy import random
from queue import Queue
SEED = 1
i = 0
random.seed(SEED)
while i < 20:
i += 1
print(random.exponential(1 / 5))
def tiempo_hasta_otro_paciente(t_llegada): #if not NUMEROS_ALEATORIOS_COMUNES: return exponential((t_llegada/60))