def test_group_transfer(self):
plate = Microplate()
plate.col('A').transfer(10, plate.col('B'))
self.assertEqual(
plate.col('A').get_volume(), [-10 for _ in range(12)]
)
self.assertEqual(
plate.col('B').get_volume(), [10 for _ in range(12)]
)
def test_grid_row_group(self):
""" Grid row acts as group. """
plate = Microplate()
plate.col('A').allocate(water=10)
vols = [plate.well((0, r)).get_volume('water') for r in range(12)]
self.assertEqual([10 for _ in range(12)], vols)
self.assertEqual(plate.col('A').get_volume('water'), vols)
vols = [plate.well((0, r)).get_volume('water') for r in range(12)]
expected_vols = [15 for _ in range(8)]
expected_vols[0] += 10 # Remember, we added to the column.
plate.row(0).allocate(water=15)
rvols = [plate.well((c, 0)).get_volume('water') for c in range(8)]
self.assertEqual(plate.row(0).get_volume('water'), expected_vols)
self.assertEqual(rvols, plate.row(0).get_volume('water'))
self.assertEqual(plate.row(0).get_volume('water'), rvols)
def test_grid_col_addresses(self):
""" Grid row groups contain the correct addresses. """
plate = Microplate()
rows = plate.col('A').human_address
self.assertEqual(rows, ['A{}'.format(i + 1) for i in range(12)])
