import distarray as ipda a = ipda.random.rand((10, 100, 100), dist=(None, 'b', 'c')) b = ipda.random.rand((10, 100, 100), dist=(None, 'b', 'c')) c = 0.5 * ipda.sin(a) + 0.5 * ipda.cos(b) print c.sum(), c.mean(), c.std(), c.var()
def f(comm, size, reps):
a = da.random.rand((size,size),comm=comm)
b = da.random.rand((size,size),comm=comm)
for i in range(reps):
c = da.cos(10.0*a) + da.sin(b/20.0)
def f(comm, size, reps):
a = da.random.rand((size,size),comm=comm)
b = da.random.rand((size,size),comm=comm)
for i in range(reps):
c = da.cos(10.0*a) + da.sin(b/20.0)
from __future__ import print_function
import distarray as ipda
a = ipda.random.rand((10,100,100), dist=('n','b','c'))
b = ipda.random.rand((10,100,100), dist=('n','b','c'))
c = 0.5*ipda.sin(a) + 0.5*ipda.cos(b)
print(c.sum(), c.mean(), c.std(), c.var())