class CalibrationObjectTestCase(unittest.TestCase):
def setUp(self):
self._cal_obj = CalibrationObject(cx=0, cy=0)
def test_calc_rotation_east_counter_clockwise(self):
rot = self._cal_obj.calculate_rotation(1, 1)
self.assertEqual(rot, 45.0)
def test_calc_rotation_west_counter_clockwise(self):
rot = self._cal_obj.calculate_rotation(-1, -1, 'west')
self.assertEqual(rot, 45.0)
def test_calc_rotation_south_counter_clockwise(self):
rot = self._cal_obj.calculate_rotation(1, -1, 'south')
self.assertEqual(rot, 45.0)
def test_calc_rotation_north_counter_clockwise(self):
rot = self._cal_obj.calculate_rotation(-1, 1, 'north')
self.assertEqual(rot, 45.0)
def test_calc_rotation_east_clockwise(self):
rot = self._cal_obj.calculate_rotation(1, -1)
self.assertEqual(rot, -45.0)
def test_calc_rotation_west_clockwise(self):
rot = self._cal_obj.calculate_rotation(-1, 1, 'west')
self.assertEqual(rot, -45.0)
def test_calc_rotation_south_clockwise(self):
rot = self._cal_obj.calculate_rotation(-1, -1, 'south')
self.assertEqual(rot, -45.0)
def test_calc_rotation_north_clockwise(self):
rot = self._cal_obj.calculate_rotation(1, 1, 'north')
self.assertEqual(rot, -45.0)
def new_calibration_item(self):
# if kind in ['MassSpec', 'pychron-auto']:
# ci = CalibrationObject()
# else:
# ci = CalibrationItem(x, y, rotation, canvas=self)
ci = CalibrationObject()
self.calibration_item = ci
return ci
def new_calibration_item(self):
ci = CalibrationObject()
self.calibration_item = ci
return ci
def setUp(self):
self._cal_obj = CalibrationObject(cx=0, cy=0)
