import json import numpy as np import sys import os import itertools as it from string import maketrans from abp import clifford, qi, anders_cz, build_tables def test_cz_table(): """ Does our clifford code work with anders & briegel's table? """ state_table = build_tables.get_state_table(clifford.unitaries) ab_cz_table = anders_cz.cz_table rows = it.product([0, 1], it.combinations_with_replacement(range(24), 2)) for bond, (c1, c2) in rows: # Pick the input state input_state = state_table[bond, c1, c2] # Go and compute the output computed_output = np.dot(qi.cz, input_state) computed_output = qi.normalize_global_phase(computed_output) # Now look up the answer in the table bondp, c1p, c2p = ab_cz_table[bond, c1, c2] table_output = state_table[bondp, c1p, c2p] assert np.allclose(computed_output, table_output)