def test_set_all_3(self):
"""test 'set_all' (gene_num > qubit_num, 'X')
"""
sb = Stabilizer(gene_num=3, qubit_num=2)
sb.set_all('X')
actual = sb.get_str()
expect = " XI\n IX\n II\n"
self.assertEqual(actual, expect)
def test_set_pauli_fac_2(self):
"""test 'set_pauli_fac'
"""
sb = Stabilizer(gene_num=3, qubit_num=4)
sb.set_all('Z').set_pauli_op(1, 0, 'Y').set_pauli_op(1, 2, 'Y')
actual = sb.set_pauli_fac(1, '-i').get_str()
expect = " ZIII\n-iYZYI\n IIZI\n"
self.assertEqual(actual, expect)
def test_reset_1(self):
"""test 'reset'
"""
sb = Stabilizer(gene_num=4, qubit_num=3)
sb.set_all('Y').reset()
actual = sb.get_str()
expect = " III\n III\n III\n III\n"
self.assertEqual(actual, expect)
def test_set_all_6(self):
"""test 'set_all' (gene_num = qubit_num, 'I')
"""
sb = Stabilizer(qubit_num=3)
sb.set_all('I')
actual = sb.get_str()
expect = " III\n III\n III\n"
self.assertEqual(actual, expect)
def test_get_pauli_fac_2(self):
"""test 'get_pauli_fac'
"""
sb = Stabilizer(gene_num=3, qubit_num=4)
sb.set_all('Y').set_pauli_op(1, 2, 'Y')
sb.set_pauli_fac(1, '-i')
actual = sb.get_pauli_fac(1)
expect = -1j
self.assertEqual(actual, expect)
def test_reset_1(self):
"""test 'clone'
"""
sb = Stabilizer(gene_num=4, qubit_num=3)
sb.set_all('Y')
sb_clone = sb.clone()
actual = sb_clone.get_str()
expect = sb.get_str()
self.assertEqual(actual, expect)
def test_my_1(self):
"""test 'my'
"""
sb = Stabilizer(gene_num=2, qubit_num=2)
sb.set_all('Z')
sb.h(0).cx(0, 1)
md = sb.my(qid=[0, 1], shots=10)
frq = md.frequency
lst = md.last
ans = ((lst == '01' or lst == '10') and (frq['01'] + frq['10'] == 10))
self.assertEqual(ans, True)
def test_mx_2(self):
"""test 'mx'
"""
sb = Stabilizer(gene_num=3, qubit_num=3)
sb.set_all('Z')
sb.h(0).cx(0, 1).cx(0, 2)
md = sb.mx(qid=[0, 1, 2], shots=10)
frq = md.frequency
lst = md.last
ans = ((lst == '000' or lst == '011' or lst == '101' or lst == '110')
and (frq['000'] + frq['011'] + frq['101'] + frq['110'] == 10))
self.assertEqual(ans, True)