def test_sympification(self):
symbolic = Broadcast(a, (3, ))
as_str = str(symbolic)
re_sympified = qc_sympify(as_str)
self.assertEqual(re_sympified, symbolic)
sympification = qc_sympify('Broadcast(a, (3,))')
self.assertEqual(sympification, symbolic)
def test_get_most_simple_representation(self):
cpl = get_most_simple_representation(qc_sympify('1 + 1j'))
self.assertIsInstance(cpl, str)
self.assertTrue(bool(sympy.Eq(sympy.sympify(cpl), 1 + 1j)))
integer = get_most_simple_representation(qc_sympify('3'))
self.assertIsInstance(integer, int)
self.assertEqual(integer, 3)
flt = get_most_simple_representation(qc_sympify('3.1'))
self.assertIsInstance(flt, float)
self.assertEqual(flt, 3.1)
st = get_most_simple_representation(qc_sympify('a + b'))
self.assertIsInstance(st, str)
self.assertEqual(st, 'a + b')
def sympify(self, expression):
return qc_sympify(expression)