def test_neuron3d(): with get_fig_3d() as (fig, ax): view.plot_neuron3d(ax, fst_neuron) nt.ok_(ax.get_title() == fst_neuron.name) np.testing.assert_allclose(ax.xy_dataLim.get_points(), [[-40.32853516, -57.600172], [64.74726272, 48.51626225], ]) np.testing.assert_allclose(ax.zz_dataLim.get_points().T[0], (-00.09999862, 54.20408797))
def test_neuron3d(): with get_fig_3d() as (fig, ax): view.plot_neuron3d(ax, fst_neuron) ok_(ax.get_title() == fst_neuron.name) assert_allclose(ax.xy_dataLim.get_points(), [[-40.32853516, -57.600172], [64.74726272, 48.51626225], ]) assert_allclose(ax.zz_dataLim.get_points().T[0], (-00.09999862, 54.20408797))
def test_neuron3d_no_neurites(): filename = os.path.join(SWC_PATH, 'point_soma.swc') with get_fig_3d() as (fig, ax): view.plot_neuron3d(ax, load_neuron(filename))
def test_neuron3d_no_neurites(): filename = Path(SWC_PATH, 'point_soma.swc') with get_fig_3d() as (fig, ax): view.plot_neuron3d(ax, load_neuron(filename))
def test_neuron3d_no_neurites(get_fig_3d): filename = Path(SWC_PATH, 'point_soma.swc') fig, ax = get_fig_3d view.plot_neuron3d(ax, load_neuron(filename))