def _rotation_ints(self):
"""
Returns a nested list with the interger representation for each object
returned from _rotations()
"""
return [[utils.setint(pcs) for pcs in rotation] \
for rotation in self._rotations()]
def testEach_set(self):
self.pcset.mod(12)
each_set = list(self.pcset.each_set())
self.assertEqual(each_set[0:6], [[], [0], [1], [0, 1], [2], [0, 2]])
self.assertEqual(each_set[-1],
[0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11])
self.assertEqual(each_set, list(PCSet.each_set_in_mod(12)))
for index, each in enumerate(each_set):
self.assertEqual(utils.setint(each), index)
self.pcset.mod(4)
each_set = list(self.pcset.each_set())
self.assertEqual(each_set[0:3], [[], [0], [1]])
self.assertEqual(each_set[-1], [0, 1, 2, 3])
def setint(self):
"""
Returns the integer representation for the unique PC's in a given
object
"""
return utils.setint(self._unique_pcs)
def pcint(self):
"""
Returns the integer representation of a given object in prime form.
"""
return utils.setint(self.prime)
def make_rotation_ints(self):
"""Helper for making setints from rotations"""
result = []
for rotation in self.pcset._rotations():
result.append([utils.setint(pcs) for pcs in rotation])
return result
def testForteInt(self):
for each in self.sets:
self.assertEqual(each.pcint,
utils.setint(utils.from_forte(each.forte)))
def testPCInt(self):
for each in self.sets:
self.assertEqual(utils.setint(each.prime), each.pcint)
