Set up a custom scene using the FSLeyes API via a custom Python script.
The scene consists of two Ortho views at the top, and one time series at the bottom. I used it to draw a mask to compute velocity encoding. The velocity image and the overlaid mask are shown on the left and the anatomical image on the right.
$ fsleyes -S -r custom_fsleyes_scene_timeseries.py <VELOCITY> <ANAT> <MASK>
# Show two OrthoPanels next to each other
ortho_left = frame.addViewPanel(OrthoPanel)
ortho_left.defaultLayout()
ortho_right = frame.addViewPanel(OrthoPanel)
ortho_right.defaultLayout()
# Show one TimeSeriesPanels at the bottom
timeseriespanel_bottom = frame.addViewPanel(TimeSeriesPanel)
timeseriespanel_bottom.defaultLayout()
# Keep only axial plane for the ortho_left
ortho_left.sceneOpts.showXCanvas = False
ortho_left.sceneOpts.showYCanvas = False
# Keep only axial plane for the ortho_right
ortho_right.sceneOpts.showXCanvas = False
ortho_right.sceneOpts.showYCanvas = False
# Get list of loaded overlays based on the files listed in the command line
velocity, anat, mask = overlayList
# Get Display objects for each image and for each view
velocity_leftdisplay = ortho_left.displayCtx.getDisplay(velocity)
velocity_rightdisplay = ortho_right.displayCtx.getDisplay(velocity)
velocity_timeseriespanel = timeseriespanel_bottom.displayCtx.getDisplay(velocity)
anat_leftdisplay = ortho_left.displayCtx.getDisplay(anat)
anat_rightdisplay = ortho_right.displayCtx.getDisplay(anat)
anat_timeseriespanel = timeseriespanel_bottom.displayCtx.getDisplay(anat)
mask_leftdisplay = ortho_left.displayCtx.getDisplay(mask)
mask_rightdisplay = ortho_right.displayCtx.getDisplay(mask)
mask_timeseriespanel = timeseriespanel_bottom.displayCtx.getDisplay(mask)
# Show anat to the left and velocity to the right and on the time series panel
velocity_leftdisplay.enabled = True
velocity_rightdisplay.enabled = False
velocity_timeseriespanel.enabled = True
anat_leftdisplay.enabled = False
anat_rightdisplay.enabled = True
anat_timeseriespanel.enabled = False
mask_leftdisplay.enabled = True
mask_rightdisplay.enabled = False
mask_timeseriespanel.enabled = False
# Change display space for the right OrthoPanel to t2ax
ortho_right.displayCtx.displaySpace = velocity