def test_angle_to_cycles_shortest_distance(self):
qty = 24
# quarter turn forwards
self.assertEqual(angle_to_cycles(180, 6, qty), 0.25)
# quarter turn backwards
self.assertEqual(angle_to_cycles(180, 18, qty), -0.25)
# quarter turn over rollover backwards
self.assertEqual(angle_to_cycles(300, 2, qty), -0.25)
def test_angle_to_cycles_shortest_distance(self):
qty = 24
# quarter turn forwards
self.assertEqual(angle_to_cycles(180, 6, qty), 0.25)
# quarter turn backwards
self.assertEqual(angle_to_cycles(180, 18, qty), -0.25)
# quarter turn over rollover backwards
self.assertEqual(angle_to_cycles(300, 2, qty), -0.25)
def test_angle_to_cycles(self):
qty = 24 # states
self.assertEqual(angle_to_cycles(0, 0, qty), 0)
self.assertEqual(angle_to_cycles(360, 0, qty), 0)
self.assertEqual(angle_to_cycles(720, 0, qty), 0)
self.assertEqual(angle_to_cycles(180, 12, qty), 0)
self.assertEqual(angle_to_cycles(180, 0, qty), 0.5)
# forwards quarter a turn
self.assertEqual(angle_to_cycles(270, 12, qty), 0.25)
# backwards quarter a turn
self.assertEqual(angle_to_cycles(180, 18, qty), -0.25)
def test_angle_to_cycles(self):
qty = 24 # states
self.assertEqual(angle_to_cycles(0, 0, qty), 0)
self.assertEqual(angle_to_cycles(360, 0, qty), 0)
self.assertEqual(angle_to_cycles(720, 0, qty), 0)
self.assertEqual(angle_to_cycles(180, 12, qty), 0)
self.assertEqual(angle_to_cycles(180, 0, qty), 0.5)
# forwards quarter a turn
self.assertEqual(angle_to_cycles(270, 12, qty), 0.25)
# backwards quarter a turn
self.assertEqual(angle_to_cycles(180, 18, qty), -0.25)
