def test_symmetric_hamiltonian(symmetry_operations, expr_basis, repr_basis,
result):
"""
Test the method for calculating the symmetric Hamiltonian.
"""
assert sorted(kp.symmetric_hamiltonian(*symmetry_operations,
expr_basis=expr_basis,
repr_basis=repr_basis),
key=str) == sorted(result, key=str)
def print_result(order):
"""prints the basis for a given order of k"""
print('Order:', order)
for m in kp.symmetric_hamiltonian(
*symmetry_generators,
expr_basis=kp.monomial_basis(order),
repr_basis=kp.hermitian_basis(len(orbitals))
):
print(m)
print()
def print_result(order):
"""prints the basis for a given order of k"""
print('Order:', order)
for m in kp.symmetric_hamiltonian(c2y,
parity,
time_reversal,
expr_basis=kp.monomial_basis(order),
repr_basis=basis):
print(m)
print()
def test_symmetric_hamiltonian(symmetry_operations, expr_basis, repr_basis,
result):
assert kp.symmetric_hamiltonian(*symmetry_operations,
expr_basis=expr_basis,
repr_basis=repr_basis) == result