def test_innermorphic(self, p, q):
layout, blades = Cl(p, q)
A = Frame(layout.randomV(p + q))
R = layout.randomRotor()
B = Frame([R * a * ~R for a in A])
assert A.is_innermorphic_to(B)
def test_innermorphic(self):
for p, q in [(2, 0), (3, 0), (4, 0)]:
layout, blades = Cl(p, q)
A = Frame(layout.randomV(p+q))
R = layout.randomRotor()
B = Frame([R*a*~R for a in A])
self.assertTrue(A.is_innermorphic_to(B))
def test_innermorphic(self):
for p, q in [(2, 0), (3, 0), (4, 0)]:
layout, blades = Cl(p, q)
A = Frame(layout.randomV(p + q))
R = layout.randomRotor()
B = Frame([R * a * ~R for a in A])
self.assertTrue(A.is_innermorphic_to(B))
def test_frame_inv(self, p, q):
layout, blades = Cl(p, q)
A = Frame(layout.randomV(p + q))
self.check_inv(A)
def test_frame_inv(self):
for p, q in [(2, 0), (3, 0), (4, 0)]:
layout, blades = Cl(p, q)
A = Frame(layout.randomV(p + q))
self.check_inv(A)
def test_innermorphic(self, p, q, rng): # noqa: F811
layout, blades = Cl(p, q)
A = Frame(layout.randomV(p + q, rng=rng))
R = layout.randomRotor(rng=rng)
B = Frame([R * a * ~R for a in A])
assert A.is_innermorphic_to(B)
def test_frame_inv(self, p, q, rng): # noqa: F811
layout, blades = Cl(p, q)
A = Frame(layout.randomV(p + q, rng=rng))
self.check_inv(A)