def wrap_mandelbrot(ij_slice, iterations=1024):
mandelbrot.mandelbrot(in_coords[ij_slice], out_counts[ij_slice], iterations)
def wrap_mandelbrot(sl, iterations=1024):
mandelbrot.mandelbrot(in_coords[sl, :], out_counts[sl, :], iterations)
def wrap_mandelbrot(coords, iterations=1024):
tmp_counts = np.zeros_like(coords, dtype=np.uint32)
mandelbrot.mandelbrot(coords, tmp_counts, iterations)
return tmp_counts
def wrap_mandelbrot(coords, iterations=1024):
tmp_counts = np.zeros_like(coords, dtype=np.uint32)
mandelbrot.mandelbrot(coords, tmp_counts, iterations)
return tmp_counts
import numpy as np
import pylab as plt
from common import mandelbrot, Timer, \
by_block_slices, by_blocks, by_rows, \
make_coords, make_shared
in_coords, out_counts = make_coords()
with Timer() as t:
mandelbrot.mandelbrot(in_coords, out_counts, 1024)
seconds = t.interval
print("{} seconds, {} million Complex FMAs / second".format(seconds, (out_counts.sum() / seconds) / 1e6))
print("{} Million Complex FMAs".format(out_counts.sum() / 1e6))
plt.imshow(np.log(out_counts))
plt.show()
