Random sampling (cunumeric.random)

Random Generator

default_rng

cuNumeric has not implemented this function, and will fall back to NumPy.

Bit Generators

Seeding and State

seed([init])

Simple random data

default_rng	cuNumeric has not implemented this function, and will fall back to NumPy.
rand(d0, d1, ..., dn)	Random values in a given shape.
randn(d0, d1, ..., dn)	Return a sample (or samples) from the "standard normal" distribution.
randint(low[, high, size, dtype])	Return random integers from low (inclusive) to high (exclusive).
random([size])	Return random floats in the half-open interval [0.0, 1.0).
random_integers	cuNumeric has not implemented this function, and will fall back to NumPy.
random_sample	cuNumeric has not implemented this function, and will fall back to NumPy.
bytes	cuNumeric has not implemented this function, and will fall back to NumPy.

Distributions

beta	cuNumeric has not implemented this function, and will fall back to NumPy.
binomial	cuNumeric has not implemented this function, and will fall back to NumPy.
chisquare	cuNumeric has not implemented this function, and will fall back to NumPy.
exponential	cuNumeric has not implemented this function, and will fall back to NumPy.
f	cuNumeric has not implemented this function, and will fall back to NumPy.
gamma	cuNumeric has not implemented this function, and will fall back to NumPy.
geometric	cuNumeric has not implemented this function, and will fall back to NumPy.
gumbel	cuNumeric has not implemented this function, and will fall back to NumPy.
hypergeometric	cuNumeric has not implemented this function, and will fall back to NumPy.
laplace	cuNumeric has not implemented this function, and will fall back to NumPy.
logistic	cuNumeric has not implemented this function, and will fall back to NumPy.
lognormal	cuNumeric has not implemented this function, and will fall back to NumPy.
logseries	cuNumeric has not implemented this function, and will fall back to NumPy.
negative_binomial	cuNumeric has not implemented this function, and will fall back to NumPy.
noncentral_chisquare	cuNumeric has not implemented this function, and will fall back to NumPy.
noncentral_f	cuNumeric has not implemented this function, and will fall back to NumPy.
normal	cuNumeric has not implemented this function, and will fall back to NumPy.
pareto	cuNumeric has not implemented this function, and will fall back to NumPy.
poisson	cuNumeric has not implemented this function, and will fall back to NumPy.
power	cuNumeric has not implemented this function, and will fall back to NumPy.
ranf	cuNumeric has not implemented this function, and will fall back to NumPy.
rayleigh	cuNumeric has not implemented this function, and will fall back to NumPy.
sample	cuNumeric has not implemented this function, and will fall back to NumPy.
standard_cauchy	cuNumeric has not implemented this function, and will fall back to NumPy.
standard_exponential	cuNumeric has not implemented this function, and will fall back to NumPy.
standard_gamma	cuNumeric has not implemented this function, and will fall back to NumPy.
standard_t	cuNumeric has not implemented this function, and will fall back to NumPy.
triangular	cuNumeric has not implemented this function, and will fall back to NumPy.
uniform	cuNumeric has not implemented this function, and will fall back to NumPy.
vonmises	cuNumeric has not implemented this function, and will fall back to NumPy.
wald	cuNumeric has not implemented this function, and will fall back to NumPy.
weibull	cuNumeric has not implemented this function, and will fall back to NumPy.
zipf	cuNumeric has not implemented this function, and will fall back to NumPy.