def test_1D_single(self): session = None ary = np.array([3.0, 2.1, 1.3, 1.8, 5.7]) sources = make_data_sources(session, "none", ary) assert_almost_equal(sources[0][0].get_data(), np.arange(len(ary))) assert_almost_equal(sources[0][1].get_data(), ary) return
def test_1d_multiple(self): session = None index = np.arange(-np.pi, np.pi, np.pi/30.0) s = np.sin(index) c = np.cos(index) t = np.tan(index) sources = make_data_sources(session, "ascending", index, s, c, t) assert_almost_equal(sources[0][0].get_data(), index) self.assertTrue(sources[0][0] == sources[1][0]) self.assertTrue(sources[0][0] == sources[2][0]) assert_almost_equal(sources[0][1].get_data(), s) assert_almost_equal(sources[1][1].get_data(), c) assert_almost_equal(sources[2][1].get_data(), t)
def test_1d_multiple(self): session = None index = np.arange(-np.pi, np.pi, np.pi/30.0) s = np.sin(index) c = np.cos(index) t = np.tan(index) sources = make_data_sources(session, "ascending", index, s, c, t) assert_almost_equal(sources[0][0].get_data(), index) self.assertTrue(sources[0][0] == sources[1][0]) self.assertTrue(sources[0][0] == sources[2][0]) assert_almost_equal(sources[0][1].get_data(), s) assert_almost_equal(sources[1][1].get_data(), c) assert_almost_equal(sources[2][1].get_data(), t) return