def link_x_to_y(view1, view2):
sync_xy0 = keep_in_sync(view1.state, 'x_min', view2.state, 'y_min')
sync_xy1 = keep_in_sync(view1.state, 'x_max', view2.state, 'y_max')
return sync_xy0, sync_xy1
def link_y_to_x(view1, view2):
ync_yx0 = keep_in_sync(view1.state, 'y_min', view2.state, 'x_min')
ync_yx1 = keep_in_sync(view1.state, 'y_max', view2.state, 'x_max')
return sync_yx0, sync_yx1
# To keep sync active, need to hold a reference to the link sync objects.
# Probably should move this into a _pyxlma_state dict so we only add one thing
# to the app.
app._x_sync = link_x(views['xy'], views['xz'])
app._y_sync = link_y(views['xy'], views['zy'])
app._zt_sync = link_y(views['xz'], views['tz'])
app._zy_sync = link_x_to_y(views['zy'], views['tz'])
# Because of sync this updates all axes. Doesn't work with interactive zoom!?
views['tz'].state.y_min = 0.0
views['tz'].state.y_max = 20000.0
# programmatically create a subset
# def subset_from_axes_limits(subset):
# selection = (data.id['time'] > 6) & (data.id['time'] < 18)
# all_points = (lma.id['time'] > 0)
