def _inner(qtile: Qtile) -> None:
if len(qtile.screens) == 1:
qtile.groups_map[name].cmd_toscreen()
return
if name in '12345':
qtile.focus_screen(LEFT_SCREEN_IDX)
qtile.groups_map[name].cmd_toscreen()
else:
qtile.focus_screen(RIGHT_SCREEN_IDX)
qtile.groups_map[name].cmd_toscreen()
def focus_smart(qtile: Qtile, key):
if key is None or qtile.current_screen is None:
return
win = qtile.current_window
if win is None:
x, y = qtile.current_screen.x, qtile.current_screen.y
else:
x, y = win.info()["x"], win.info()["y"]
screens = qtile.screens
candidates = []
candidates_screens = get_candidates_screens(qtile, x, y, key)
screens_helper = []
for screen in screens:
group = screen.group
if group is None or screen.x is None or screen.y is None:
continue
layout = group.layout
clients = list(layout.clients)
if group.floating_layout is not None:
for client in group.floating_layout.clients:
if client.info()["name"] == "Kodi":
continue
if client.fullscreen and int(
client.info()["group"][-1]) == screen.index:
clients = [client]
break
else:
clients.extend([
c for c in list(group.floating_layout.clients)
if int(c.info()["group"][-1]) == screen.index
])
for c in clients:
if c.info()["name"] == "Kodi":
continue
if key == "h":
if c.info()["x"] < x:
candidates.append(c)
screens_helper.append(screen)
elif key == "j":
if c.info()["y"] > y:
candidates.append(c)
screens_helper.append(screen)
elif key == "k":
if c.info()["y"] < y:
candidates.append(c)
screens_helper.append(screen)
elif key == "l":
if c.info()["x"] > x:
candidates.append(c)
screens_helper.append(screen)
selected_idx, selected = get_closest(x, y, candidates)
if selected is None or selected_idx is None:
screen = closest_screen(x, y, candidates_screens)
if screen is not None:
qtile.focus_screen(screen.index, warp=False)
return
selected_screen = screens_helper[selected_idx]
qtile.focus_screen(selected_screen.index)
selected_screen.group.focus(selected)