def test_spin():
assert operators_to_state(set([J2Op, JxOp])) == JxKet
assert operators_to_state(set([J2Op, JyOp])) == JyKet
assert operators_to_state(set([J2Op, JzOp])) == JzKet
#FIXME ajgpitch 22 Sept 2019:
# JxKet() etc seems to require positional arguments: 'j' and 'm'
# So these tests cannot work
# Probably easy to work out what 'j' and 'm' should be from the physics
assert operators_to_state(set([J2Op(), JxOp()])) == JxKet()
assert operators_to_state(set([J2Op(), JyOp()])) == JyKet()
assert operators_to_state(set([J2Op(), JzOp()])) == JzKet()
assert state_to_operators(JxKet) == set([J2Op, JxOp])
assert state_to_operators(JyKet) == set([J2Op, JyOp])
assert state_to_operators(JzKet) == set([J2Op, JzOp])
assert state_to_operators(JxBra) == set([J2Op, JxOp])
assert state_to_operators(JyBra) == set([J2Op, JyOp])
assert state_to_operators(JzBra) == set([J2Op, JzOp])
#FIXME ajgpitch 22 Sept 2019:
# JxKet() etc seems to require positional arguments: 'j' and 'm'
# So these tests cannot work
# Probably easy to work out what 'j' and 'm' should be from the physics
assert state_to_operators(JxKet()) == set([J2Op(), JxOp()])
assert state_to_operators(JyKet()) == set([J2Op(), JyOp()])
assert state_to_operators(JzKet()) == set([J2Op(), JzOp()])
assert state_to_operators(JxBra()) == set([J2Op(), JxOp()])
assert state_to_operators(JyBra()) == set([J2Op(), JyOp()])
assert state_to_operators(JzBra()) == set([J2Op(), JzOp()])
def test_state_to_op():
assert state_to_operators(XKet) == XOp()
assert state_to_operators(PxKet) == PxOp()
assert state_to_operators(XBra) == XOp()
assert state_to_operators(PxBra) == PxOp()
assert state_to_operators(Ket) == Operator()
assert state_to_operators(Bra) == Operator()
assert state_to_operators(JxKet) == set([J2Op(), JxOp()])
assert state_to_operators(JyKet) == set([J2Op(), JyOp()])
assert state_to_operators(JzKet) == set([J2Op(), JzOp()])
assert state_to_operators(JxBra) == set([J2Op(), JxOp()])
assert state_to_operators(JyBra) == set([J2Op(), JyOp()])
assert state_to_operators(JzBra) == set([J2Op(), JzOp()])
assert state_to_operators(JxKet()) == set([J2Op(), JxOp()])
assert state_to_operators(JyKet()) == set([J2Op(), JyOp()])
assert state_to_operators(JzKet()) == set([J2Op(), JzOp()])
assert state_to_operators(JxBra()) == set([J2Op(), JxOp()])
assert state_to_operators(JyBra()) == set([J2Op(), JyOp()])
assert state_to_operators(JzBra()) == set([J2Op(), JzOp()])
assert operators_to_state(state_to_operators(XKet("test"))) == XKet("test")
assert operators_to_state(state_to_operators(XBra("test"))) == XKet("test")
assert operators_to_state(state_to_operators(XKet())) == XKet()
assert operators_to_state(state_to_operators(XBra())) == XKet()
raises(NotImplementedError, 'state_to_operators(XOp)')
def test_spin():
assert operators_to_state({J2Op, JxOp}) == JxKet
assert operators_to_state({J2Op, JyOp}) == JyKet
assert operators_to_state({J2Op, JzOp}) == JzKet
assert operators_to_state({J2Op(), JxOp()}) == JxKet
assert operators_to_state({J2Op(), JyOp()}) == JyKet
assert operators_to_state({J2Op(), JzOp()}) == JzKet
assert state_to_operators(JxKet) == {J2Op, JxOp}
assert state_to_operators(JyKet) == {J2Op, JyOp}
assert state_to_operators(JzKet) == {J2Op, JzOp}
assert state_to_operators(JxBra) == {J2Op, JxOp}
assert state_to_operators(JyBra) == {J2Op, JyOp}
assert state_to_operators(JzBra) == {J2Op, JzOp}
assert state_to_operators(JxKet(S.Half, S.Half)) == {J2Op(), JxOp()}
assert state_to_operators(JyKet(S.Half, S.Half)) == {J2Op(), JyOp()}
assert state_to_operators(JzKet(S.Half, S.Half)) == {J2Op(), JzOp()}
assert state_to_operators(JxBra(S.Half, S.Half)) == {J2Op(), JxOp()}
assert state_to_operators(JyBra(S.Half, S.Half)) == {J2Op(), JyOp()}
assert state_to_operators(JzBra(S.Half, S.Half)) == {J2Op(), JzOp()}
def test_spin():
assert operators_to_state(set([J2Op, JxOp])) == JxKet()
assert operators_to_state(set([J2Op, JyOp])) == JyKet()
assert operators_to_state(set([J2Op, JzOp])) == JzKet()
assert operators_to_state(set([J2Op(), JxOp()])) == JxKet()
assert operators_to_state(set([J2Op(), JyOp()])) == JyKet()
assert operators_to_state(set([J2Op(), JzOp()])) == JzKet()
assert state_to_operators(JxKet) == set([J2Op(), JxOp()])
assert state_to_operators(JyKet) == set([J2Op(), JyOp()])
assert state_to_operators(JzKet) == set([J2Op(), JzOp()])
assert state_to_operators(JxBra) == set([J2Op(), JxOp()])
assert state_to_operators(JyBra) == set([J2Op(), JyOp()])
assert state_to_operators(JzBra) == set([J2Op(), JzOp()])
assert state_to_operators(JxKet()) == set([J2Op(), JxOp()])
assert state_to_operators(JyKet()) == set([J2Op(), JyOp()])
assert state_to_operators(JzKet()) == set([J2Op(), JzOp()])
assert state_to_operators(JxBra()) == set([J2Op(), JxOp()])
assert state_to_operators(JyBra()) == set([J2Op(), JyOp()])
assert state_to_operators(JzBra()) == set([J2Op(), JzOp()])
def test_op_to_state():
assert operators_to_state(XOp) == XKet()
assert operators_to_state(PxOp) == PxKet()
assert operators_to_state(Operator) == Ket()
assert operators_to_state(set([J2Op, JxOp])) == JxKet()
assert operators_to_state(set([J2Op, JyOp])) == JyKet()
assert operators_to_state(set([J2Op, JzOp])) == JzKet()
assert operators_to_state(set([J2Op(), JxOp()])) == JxKet()
assert operators_to_state(set([J2Op(), JyOp()])) == JyKet()
assert operators_to_state(set([J2Op(), JzOp()])) == JzKet()
assert state_to_operators(operators_to_state(XOp("Q"))) == XOp("Q")
assert state_to_operators(operators_to_state(XOp())) == XOp()
raises(NotImplementedError, 'operators_to_state(XKet)')
def test_sympy__physics__quantum__spin__JxOp():
from sympy.physics.quantum.spin import JxOp
assert _test_args(JxOp(0, 1))