qpms/tests/gsl-intgamma/genvals-quadratures.py

16 lines
307 B
Python

import random
import math
nmu = 2
mu = 1e-5
ksigma = 1e7
for i in range(10000):
R = abs(random.expovariate(1/mu))
k = random.normalvariate(0,ksigma)
n = math.ceil(abs(random.expovariate(1/nmu)))
eta = abs(k/2/6**0.5)# abs(random.expovariate(8/k))
print(n, k, R, eta)