def set_layout():
"""
Set the layout/split for the currently
focused window to either vertical or
horizontal, depending on its width/height
"""
current_win = i3.filter(nodes=[], focused=True)
for win in current_win:
parent = find_parent(win["id"])
if (
parent
and "rect" in parent
and parent["layout"] != "tabbed"
and parent["layout"] != "stacked"
):
height = parent["rect"]["height"]
width = parent["rect"]["width"]
if height > width:
new_layout = "vertical"
else:
new_layout = "horizontal"
i3.split(new_layout)
def doOrientation(layout):
if layout == "horizontal":
i3.split("h")
elif layout == "vertical":
i3.split("v")
else:
print "WARNING: Unsupported orientation option %s." % layout
def main():
i3.workspace(str(first_free()))
i3.layout('default')
i3.exec(browser)
time.sleep(1) # give browser window time to spawn
i3.exec(term)
time.sleep(0.5) # give terminal window time to spawn
i3.split('v')
i3.layout('stacking')
i3.focus('left')
i3.split('v')
i3.layout('stacking')
def fibonacci(num):
i3.exec(term)
time.sleep(0.5)
if num % 2 == 0:
if num % 4 == 0:
i3.focus('up')
i3.split('h')
else:
if num % 4 == 1:
i3.focus('left')
i3.split('v')
if num > 1:
fibonacci(num - 1)
def fibonacci(num):
i3.exec(term)
time.sleep(0.5)
if num % 2 == 0:
if num % 4 == 0:
i3.focus("up")
i3.split("h")
else:
if num % 4 == 1:
i3.focus("left")
i3.split("v")
if num > 1:
fibonacci(num - 1)
def set_layout():
"""
Set the layout/split for the currently
focused window to either vertical or
horizontal, depending on its width/height
"""
current_win = i3.filter(nodes=[], focused=True)
for win in current_win:
parent = find_parent(win['id'])
if (parent and "rect" in parent
and parent['layout'] != 'tabbed'
and parent['layout'] != 'stacked'):
height = win['rect']['height']
width = win['rect']['width']
if height > width and parent['orientation'] != 'vertical':
i3.split('vertical')
def fibonacci(num):
i3.exec(prog)
i3.border('1pixel')
time.sleep(0.5)
if num % 2 == 0:
i3.border('1pixel')
if num % 4 == 0:
i3.focus('up')
i3.border('1pixel')
i3.split('h')
i3.border('1pixel')
else:
i3.border('1pixel')
if num % 4 == 1:
i3.focus('left')
i3.split('v')
if num > 1:
fibonacci(num - 1)
def fibonacci(num):
i3.exec(prog)
i3.border('none')
i3.gaps('inner', 'all', 'set', '15')
time.sleep(0.5)
if num % 2 == 0:
i3.border('none')
if num % 4 == 0:
i3.focus('up')
i3.border('none')
i3.split('h')
i3.border('none')
else:
i3.border('none')
if num % 4 == 1:
i3.focus('left')
i3.split('v')
if num > 1:
fibonacci(num - 1)
def set_layout():
"""
Set the layout/split for the currently
focused window to either vertical or
horizontal, depending on its width/height
"""
current_win = i3.filter(nodes=[], focused=True)
for win in current_win:
parent = find_parent(win['id'])
if parent and "rect" in parent:
height = parent['rect']['height']
width = parent['rect']['width']
if height > width:
new_layout = 'vertical'
else:
new_layout = 'horizontal'
i3.split(new_layout)
def run(self, root=None):
if self.command:
command = self.command.format(container=self, root=root)
i3exec(command, root=root, sleep=self.delay)
elif self.run_in_term:
self.run_in_term = self.run_in_term.format(container=self, root=root)
command = 'i3-sensible-terminal -title {container.title} -e $SHELL -i -c "{container.run_in_term}"'.format(container=self, root=root)
i3exec(command, root=root, sleep=self.delay)
else:
raise Exception("no command")
self.layout and i3.layout(self.layout)
self.split and i3.split(self.split)
def create_tmp(current_id):
i3.focus(con_id=current_id)
i3.split('vertical')
i3.open()
for leaf in leaves:
i3.focus(con_id=leaf['id'])
i3.move('scratchpad')
i3.focus(con_id=workspace['id'])
i3.layout('splitv')
# base is the horizontal "ceiling" with N windows
# base descends as layers of windows are visualized
base = cssh[:column_count]
stack = cssh[column_count:]
revisualize(base[0], workspace['name'])
i3.split('v')
for leaf in base[1:]:
revisualize(leaf, workspace['name'])
i3.move('right')
i3.split('v')
for idx in range(0,len(stack)):
abscissa = idx % len(base)
i3.focus(con_id=base[abscissa]['id'])
revisualize(stack[idx], workspace['name'])
base[abscissa] = stack[idx]
for leaf in extra:
revisualize(leaf, workspace['name'])
i3.move('down')
def create_tmp(current_id):
i3.focus(con_id=current_id)
i3.split('vertical')
i3.open()
# start playing
while len(playing_videos)<max_play and len(to_play)>0:
video=to_play.pop()
print "Going to play %s" % (video)
cmd = list(video_commands)
cmd.append(video)
print "cmd=%s" % (cmd)
i3.workspace('videowall')
w = find_player_to_split(args.split)
if w:
print "Found: %s" % (w)
print "focusing: %s " % (i3.focus(con_id=w.id))
if w.container.is_wider():
i3.split("h")
else:
i3.split("v")
else:
print "No window to split"
player = Popen(cmd, stdout=dev_null, stderr=dev_null)
playing_videos.append(player)
print "playing_videos now: %d, %s" % (len(playing_videos), playing_videos)
sleep(0.5)
print "starting poll cycle"
for p in playing_videos:
x=p.poll()
print "poll of %s gave %s" % (p, x)
def create_tmp(current_id):
i3.focus(con_id=current_id)
i3.split('vertical')
tmp_id = check_output(['i3-msg', 'open']).decode('UTF-8')
tmp_id = json.loads(tmp_id)[0]['id']
