def test_bkz():
for d in dimensions:
# Primal
A = make_integer_matrix(d)
g6k = Siever(A)
bkz(g6k, dummy_tracer, 20)
bkz(g6k, dummy_tracer, 20)
bkz(g6k, dummy_tracer, 20)
# Dual
A = make_integer_matrix(d)
g6k = Siever(A)
with g6k.temp_params(dual_mode=True):
bkz(g6k, dummy_tracer, 20)
bkz(g6k, dummy_tracer, 20)
bkz(g6k, dummy_tracer, 20)
# Primal then Dual
A = make_integer_matrix(d)
g6k = Siever(A)
bkz(g6k, dummy_tracer, 20)
bkz(g6k, dummy_tracer, 20)
bkz(g6k, dummy_tracer, 20)
with g6k.temp_params(dual_mode=True):
bkz(g6k, dummy_tracer, 20)
bkz(g6k, dummy_tracer, 20)
bkz(g6k, dummy_tracer, 20)
# Slide
A = make_integer_matrix(d)
g6k = Siever(A)
block_size = 25 if d == 50 else 20
slide(g6k, dummy_tracer, block_size, overlap=10)
slide(g6k, dummy_tracer, block_size, overlap=10)
slide(g6k, dummy_tracer, block_size, overlap=10)
def test_bkz():
for d in dimensions:
# Primal
A = make_integer_matrix(d)
g6k = Siever(A)
bkz(g6k, dummy_tracer, 20)
bkz(g6k, dummy_tracer, 20)
bkz(g6k, dummy_tracer, 20)
# Dual
A = make_integer_matrix(d)
g6k = Siever(A)
with g6k.temp_params(dual_mode=True):
bkz(g6k, dummy_tracer, 20)
bkz(g6k, dummy_tracer, 20)
bkz(g6k, dummy_tracer, 20)
# Primal then Dual
A = make_integer_matrix(d)
g6k = Siever(A)
bkz(g6k, dummy_tracer, 20)
bkz(g6k, dummy_tracer, 20)
bkz(g6k, dummy_tracer, 20)
with g6k.temp_params(dual_mode=True):
bkz(g6k, dummy_tracer, 20)
bkz(g6k, dummy_tracer, 20)
bkz(g6k, dummy_tracer, 20)
