def test12(self):
A, B, c = humphries_generators(2)
assert A[1] * B[1] * A[1] == B[1] * A[1] * B[1]
def test14(self):
A, B, c = humphries_generators(2)
assert B[1] * c * B[1] == c * B[1] * c
def test9(self):
A, B, c = humphries_generators(2)
assert B[0] * A[1] * B[0] == A[1] * B[0] * A[1]
def test10(self):
A, B, c = humphries_generators(2)
assert A[1] * c == c * A[1]
def test7(self):
A, B, c = humphries_generators(2)
assert B[0] * B[1] == B[1] * B[0]
def test6(self):
A, B, c = humphries_generators(2)
assert B[0] * c == c * B[0]
def test5(self):
A, B, c = humphries_generators(2)
assert A[0] * B[0] * A[0] == B[0] * A[0] * B[0]
def test1(self):
A, B, c = humphries_generators(2)
assert A[0] * A[1] == A[1] * A[0]
A, B, c = humphries_generators(2)
assert A[1] * B[1] * A[1] == B[1] * A[1] * B[1]
def test13(self):
A, B, c = humphries_generators(2)
assert B[1] * c != c * B[1]
def test14(self):
A, B, c = humphries_generators(2)
assert B[1] * c * B[1] == c * B[1] * c
from macaw.examples import hyperelliptic_involution
from macaw.examples import finite_order_primitives
A, B, c = humphries_generators(2)
class TestOrders(object):
@pytest.mark.parametrize("genus", [2, 3, 4])
@pytest.mark.slow
def test_hyperelliptic(self, genus):
g = hyperelliptic_involution(genus)
assert g.order() == 2
@pytest.mark.parametrize("twist", A + B + [c])
def test_dehn_twists(self, twist):
assert twist.order() == 0
@pytest.mark.parametrize("order_and_map",
finite_order_primitives(2) +
