def _test(self, v_offset, subgrid, bzy, bdy):
grid = ArakawaC(None, None, [None, 4.0, 45.0, None, None, None], None)
grid._v_offset = v_offset
result_bzy, result_bdy = grid.regular_y(subgrid)
self.assertEqual(result_bzy, bzy)
self.assertEqual(result_bdy, bdy)
def _test(self, subgrid, bzx, bdx):
grid = ArakawaC(None, None, [4.0, None, None, -5.0, None, None], None)
result_bzx, result_bdx = grid.regular_x(subgrid)
self.assertEqual(result_bzx, bzx)
self.assertEqual(result_bdx, bdx)
def _test(self, column, horiz_grid_type, xp, xu):
reals = np.arange(6) + 100
grid = ArakawaC(column, None, reals, horiz_grid_type)
result_xp, result_xu = grid._x_vectors()
self.assertArrayEqual(result_xp, xp)
self.assertArrayEqual(result_xu, xu)
def _test(self, v_offset, subgrid, bzy, bdy):
grid = ArakawaC(None, None, [None, 4.0, 45.0, None, None, None], None)
grid._v_offset = v_offset
result_bzy, result_bdy = grid.regular_y(subgrid)
self.assertEqual(result_bzy, bzy)
self.assertEqual(result_bdy, bdy)
def _test(self, subgrid, bzx, bdx):
grid = ArakawaC(None, None, [4.0, None, None, -5.0, None, None], None)
result_bzx, result_bdx = grid.regular_x(subgrid)
self.assertEqual(result_bzx, bzx)
self.assertEqual(result_bdx, bdx)
def _test(self, column, horiz_grid_type, xp, xu):
reals = np.arange(6) + 100
grid = ArakawaC(column, None, reals, horiz_grid_type)
result_xp, result_xu = grid._x_vectors()
self.assertArrayEqual(result_xp, xp)
self.assertArrayEqual(result_xu, xu)
