def test_waveform_values():
wf = np.ones(30)
w_display = WaveformDisplay(wf)
assert (w_display.cdsource.data['samples'] == wf).all()
assert (w_display.cdsource.data['t'] == np.arange(wf.size)).all()
wf[5] = 5
w_display.waveform = wf
assert (w_display.cdsource.data['samples'] == wf).all()
assert (w_display.cdsource.data['t'] == np.arange(wf.size)).all()
def test_waveform_values():
from ctapipe.visualization.bokeh import WaveformDisplay
wf = np.ones(30)
w_display = WaveformDisplay(wf)
assert (w_display.cdsource.data["samples"] == wf).all()
assert (w_display.cdsource.data["t"] == np.arange(wf.size)).all()
wf[5] = 5
w_display.waveform = wf
assert (w_display.cdsource.data["samples"] == wf).all()
assert (w_display.cdsource.data["t"] == np.arange(wf.size)).all()
def test_waveform_values():
from ctapipe.visualization.bokeh import WaveformDisplay
wf = np.ones(30)
w_display = WaveformDisplay(wf)
assert (w_display.cdsource.data['samples'] == wf).all()
assert (w_display.cdsource.data['t'] == np.arange(wf.size)).all()
wf[5] = 5
w_display.waveform = wf
assert (w_display.cdsource.data['samples'] == wf).all()
assert (w_display.cdsource.data['t'] == np.arange(wf.size)).all()
def test_span():
wf = np.ones(30)
w_display = WaveformDisplay(wf)
w_display.enable_time_picker()
w_display.active_time = 4
assert w_display.span.location == 4
w_display.active_time = -3
assert w_display.active_time == 0
assert w_display.span.location == 0
w_display.active_time = wf.size + 10
assert w_display.active_time == wf.size - 1
assert w_display.span.location == wf.size - 1
def test_span():
from ctapipe.visualization.bokeh import WaveformDisplay
wf = np.ones(30)
w_display = WaveformDisplay(wf)
w_display.enable_time_picker()
w_display.active_time = 4
assert w_display.span.location == 4
w_display.active_time = -3
assert w_display.active_time == 0
assert w_display.span.location == 0
w_display.active_time = wf.size + 10
assert w_display.active_time == wf.size - 1
assert w_display.span.location == wf.size - 1
def test_span():
from ctapipe.visualization.bokeh import WaveformDisplay
wf = np.ones(30)
w_display = WaveformDisplay(wf)
w_display.enable_time_picker()
w_display.active_time = 4
assert w_display.span.location == 4
w_display.active_time = -3
assert w_display.active_time == 0
assert w_display.span.location == 0
w_display.active_time = wf.size + 10
assert w_display.active_time == wf.size - 1
assert w_display.span.location == wf.size - 1
def test_waveform_display_create():
from ctapipe.visualization.bokeh import WaveformDisplay
WaveformDisplay()
def test_waveform_display_create():
WaveformDisplay()