def flat_main(pool, SEQ, mask, num_procs):
"""Using multiproccessing to see if it is faster
:returns: The sum over SEQ
"""
arrays = parutils.partition(SEQ, num_procs)
masks = parutils.partition(mask, num_procs)
result = parutils.inner_product(pool, arrays, masks, num_procs)
return result
def flat_main(pool, SEQ, num_procs):
"""Using multiproccessing to see if it is faster
:returns: The sum over SEQ
"""
arrays = parutils.partition(SEQ, num_procs)
count = parutils.packed_scan(pool, parutils.serial_scan, arrays, num_procs)
return count
def flat_main(pool, num_procs):
"""Using multiproccessing to see if it is faster
:returns: The sum over SEQ
"""
timer.tic("map_flat")
bools = pool.map(is_prime, SEQ, scale)
timer.toc("map_flat")
timer.tic("list_flat")
answers = list(bools)
timer.toc("list_flat")
timer.tic("partition")
arrays = parutils.partition(answers, num_procs)
timer.toc("partition")
timer.tic("reduce_flat")
count = parutils.packed_reduction(pool, sum, arrays, num_procs)
timer.toc("reduce_flat")
return count