def test_plot_signal_dim0():
s = hs.signals.BaseSignal(np.arange(100)).T
s.plot()
assert s._plot.signal_plot is None
assert s._plot.navigator_plot is not None
s._plot.close()
check_closing_plot(s)
def test_close_figure(navigator, nav_dim, sig_dim):
total_dim = nav_dim*sig_dim
if sig_dim == 1:
Signal = Signal1D
elif sig_dim == 2:
Signal = Signal2D
s = Signal(np.arange(pow(10, total_dim)).reshape([10]*total_dim))
s.plot(navigator=navigator)
s._plot.close()
check_closing_plot(s)
if sig_dim == 1:
m = s.create_model()
m.plot()
# Close with matplotlib event
m._plot.signal_plot.figure.canvas.close_event()
m.extend([Polynomial(1)])
def test_plot_navigator_plot_signal(ndim):
test_plot_nav1d = _TestPlot(ndim=ndim, sdim=1, data_type="real")
s = test_plot_nav1d.signal
navigator = -s.sum(-1).T
s.plot(navigator=navigator)
if ndim == 1:
navigator_data = s._plot.navigator_plot.ax_lines[0]._get_data()
else:
navigator_data = s._plot.navigator_plot._current_data
np.testing.assert_allclose(navigator_data, navigator.data)
s._plot.close()
check_closing_plot(s)
s.plot(navigator=None)
assert s._plot.signal_plot is not None
assert s._plot.navigator_plot is None
s._plot.close()
check_closing_plot(s)
def test_plot_slider(ndim, sdim):
test_plot_nav1d = _TestPlot(ndim=ndim, sdim=sdim, data_type="real")
s = test_plot_nav1d.signal
# Plot twice to check that the args of the second call are used.
s.plot()
s.plot(navigator='slider')
assert s._plot.signal_plot is not None
assert s._plot.navigator_plot is None
s._plot.close()
check_closing_plot(s)
if ndim > 1:
s.plot(navigator='spectrum')
assert s._plot.signal_plot is not None
assert s._plot.navigator_plot is not None
assert isinstance(s._plot.navigator_plot, Signal1DFigure)
s._plot.close()
check_closing_plot(s)
if ndim > 2:
s.plot()
assert s._plot.signal_plot is not None
assert s._plot.navigator_plot is not None
assert len(s.axes_manager.events.indices_changed.connected) >= 2
s._plot.close()
check_closing_plot(s)
def test_close_figure_with_plotted_marker():
s = EDS_TEM_Spectrum()
s.plot(True)
s._plot.close()
check_closing_plot(s)
