Closed
Description
Description
This is different than numpy
import numpy as np
import pytensor.tensor as pt
pt.random.normal([0], size=None).eval() # array([-0.57354733])
pt.random.normal([0], size=()).eval() # array([-2.39088062])
np.random.normal([0], size=None) # array([0.10438181])
np.random.normal([0], size=()).eval() # ValueError: Output size () is not compatible with broadcast dimensions of inputs (1,).
And also JAX (and probably Numba?)
import jax
jax.random.lognormal(jax.random.PRNGKey(0), sigma=jax.numpy.ones((1,)), shape=())
# parameter shapes must be broadcast-compatible with shape argument,
# and the result of broadcasting the shapes must equal the shape argument,
# but got result (1,) for shape argument ().