def test1(self):
grid1 = datamodel.new_cartesian_grid((4, 5), 1.0 | units.m)
grid2 = datamodel.new_regular_grid((4, 5), [4.0, 5.0] | units.m)
grid3 = datamodel.new_rectilinear_grid((4, 5), [numpy.arange(5.0) | units.m, numpy.arange(6.0) | units.m])
self.assertEqual(grid1.position, grid2.position)
self.assertEqual(grid2.position, grid3.position)
def test1(self):
grid1 = datamodel.new_cartesian_grid((4, 5), 1.0 | units.m)
grid2 = datamodel.new_regular_grid((4, 5), [4.0, 5.0] | units.m)
grid3 = datamodel.new_rectilinear_grid(
(4, 5), [numpy.arange(5.) | units.m,
numpy.arange(6.) | units.m])
self.assertEqual(grid1.position, grid2.position)
self.assertEqual(grid2.position, grid3.position)
def test2(self):
grid = datamodel.new_rectilinear_grid((10,), (1.0 * numpy.arange(11),))
self.assertEqual(grid._axes_cell_boundaries, 1.0 * numpy.arange(11))
grid = datamodel.new_regular_grid((10,), [10.0])
self.assertEqual(grid._lengths, [10.0])
grid = datamodel.new_cartesian_grid((10,), 1.0)
self.assertEqual(grid._cellsize, 1.0)
grid = datamodel.new_regular_grid((10, 20), [10.0, 15.0])
self.assertEquals(grid._lengths, [10.0, 15.0])
def test2(self):
grid = datamodel.new_rectilinear_grid((10, ),
(1. * numpy.arange(11), ))
self.assertEqual(grid._axes_cell_boundaries, 1. * numpy.arange(11))
grid = datamodel.new_regular_grid((10, ), [10.])
self.assertEqual(grid._lengths, [10.])
grid = datamodel.new_cartesian_grid((10, ), 1.)
self.assertEqual(grid._cellsize, 1.)
grid = datamodel.new_regular_grid((
10,
20,
), [10., 15.])
self.assertEquals(grid._lengths, [10., 15.])