def cmd_tile(self):
AutoTile.cmd_tile(self)
m_size = len(self.store.masters)
s_size = len(self.store.slaves)
if not m_size and not s_size:
return
rows = int(math.ceil(float(s_size) / float(self.columns)))
lastrow_columns = s_size % self.columns or self.columns
m_width = int(self.monitor.wa_width * self.hsplit)
m_height = int(self.monitor.wa_height * self.vsplit)
m_x = self.monitor.wa_x + int((self.monitor.wa_width - m_width) / 2)
m_y = self.monitor.wa_y + int((self.monitor.wa_height - m_height) / 2)
s_width = int(self.monitor.wa_width / self.columns)
if not rows:
s_height = 1
else:
s_height = int(self.monitor.wa_height / rows)
s_x = self.monitor.wa_x
s_y = self.monitor.wa_y
if (
m_width <= 0 or m_width > self.monitor.wa_width or
s_width <= 0 or s_width > self.monitor.wa_width or
m_height <= 0 or m_height > self.monitor.wa_height or
s_height <= 0 or s_height > self.monitor.wa_height
):
self.error_exec_callbacks()
return
for i, cont in enumerate(self.store.masters):
cont.moveresize(
m_x,
m_y,
m_width,
m_height
)
for i, cont in enumerate(self.store.slaves):
if i / self.columns == rows - 1:
s_width = self.monitor.wa_width / lastrow_columns
cont.moveresize(
s_x + (i % self.columns) * s_width,
s_y + (i / self.columns) * s_height,
s_width,
s_height
)
# If we've made it this far, then we've supposedly tiled correctly
self.error_clear()
def cmd_tile(self):
AutoTile.cmd_tile(self)
m_size = len(self.store.masters)
s_size = len(self.store.slaves)
if not m_size and not s_size:
return
m_width = int(self.monitor.wa_width * self.hsplit)
s_width = self.monitor.wa_width - m_width
m_x = self.monitor.wa_x
s_x = m_x + m_width
if (
m_width <= 0 or m_width > self.monitor.wa_width or
s_width <= 0 or s_width > self.monitor.wa_width
):
self.error_exec_callbacks()
return
if m_size:
m_height = self.monitor.wa_height / m_size
if not s_size:
m_width = self.monitor.wa_width
for i, cont in enumerate(self.store.masters):
cont.moveresize(
m_x,
self.monitor.wa_y + i * m_height,
m_width,
m_height
)
if s_size:
s_height = self.monitor.wa_height / s_size
if not m_size:
s_width = self.monitor.wa_width
s_x = self.monitor.wa_x
for i, cont in enumerate(self.store.slaves):
cont.moveresize(
s_x,
self.monitor.wa_y + i * s_height,
s_width,
s_height
)
# If we've made it this far, then we've supposedly tiled correctly
self.error_clear()
def cmd_tile(self):
AutoTile.cmd_tile(self)
m_size = len(self.store.masters)
s_size = len(self.store.slaves)
if not m_size and not s_size:
return
m_height = int(self.monitor.wa_height * self.vsplit)
s_height = self.monitor.wa_height - m_height
m_y = self.monitor.wa_y
s_y = m_y + m_height
if (
m_height <= 0 or m_height > self.monitor.wa_height or
s_height <= 0 or s_height > self.monitor.wa_height
):
self.error_exec_callbacks()
return
if m_size:
m_width = self.monitor.wa_width / m_size
if not s_size:
m_height = self.monitor.wa_height
for i, cont in enumerate(self.store.masters):
cont.moveresize(
self.monitor.wa_x + i * m_width,
m_y,
m_width,
m_height
)
if s_size:
s_width = self.monitor.wa_width / s_size
if not m_size:
s_height = self.monitor.wa_height
s_y = self.monitor.wa_y
for i, cont in enumerate(self.store.slaves):
cont.moveresize(
self.monitor.wa_x + i * s_width,
s_y,
s_width,
s_height
)
# If we've made it this far, then we've supposedly tiled correctly
self.error_clear()
def cmd_tile(self):
AutoTile.cmd_tile(self)
if not self.store.all():
return
# Do master last, in case decorations are disabled
# and we need to draw the "active" border (so it
# over laps the "inactive" borders).
for cont in sorted(self.store.all(), reverse=True):
cont.moveresize(
self.monitor.wa_x,
self.monitor.wa_y,
self.monitor.wa_width,
self.monitor.wa_height
)
# If we've made it this far, then we've supposedly tiled correctly
self.error_clear()
def cmd_tile(self):
AutoTile.cmd_tile(self)
m_size = len(self.store.masters)
s_size = len(self.store.slaves)
if not m_size and not s_size:
return
push_down = self.get_option('push_down')
push_over = self.get_option('push_over')
if self.get_option('horz_align') == 'right':
push_over = -push_over
m_width = int(
self.monitor.wa_width * self.hsplit - push_over * s_size
)
m_height = int(
self.monitor.wa_height * self.vsplit - push_down * s_size
)
m_y = self.monitor.wa_y + push_down * s_size
s_width = int(self.monitor.wa_width * self.hsplit)
s_height = int(self.monitor.wa_height * self.vsplit)
s_y = self.monitor.wa_y
if (
m_width <= 0 or m_width > self.monitor.wa_width or
s_width <= 0 or s_width > self.monitor.wa_width or
m_height <= 0 or m_height > self.monitor.wa_height or
s_height <= 0 or s_height > self.monitor.wa_height
):
self.error_exec_callbacks()
return
if self.get_option('horz_align') == 'right':
m_x = (
self.monitor.wa_x +
(self.monitor.wa_width - m_width) +
(push_over * s_size)
)
s_x = self.monitor.wa_x + (self.monitor.wa_width - s_width)
else:
m_x = self.monitor.wa_x + (push_over * s_size)
s_x = self.monitor.wa_x
for i, cont in enumerate(self.store.slaves):
cont.moveresize(
s_x + (i * push_over),
s_y + (i * push_down),
s_width - (i * push_over),
s_height - (i * push_down)
)
cont.window_raise()
for i, cont in enumerate(self.store.masters):
cont.moveresize(
m_x,
m_y,
m_width,
m_height
)
cont.window_raise()
self.raise_active()
# If we've made it this far, then we've supposedly tiled correctly
self.error_clear()
def cmd_switch_previous(self):
AutoTile.cmd_switch_previous(self)
self.restack()
self.raise_active()
def cmd_switch_next(self):
AutoTile.cmd_switch_next(self)
self.restack()
self.raise_active()
def cmd_previous(self):
self.restack()
AutoTile.cmd_previous(self)
def __init__(self, monitor):
AutoTile.__init__(self, monitor)
self.vsplit = self.get_option('height_factor')
def cmd_focus_master(self):
self.restack()
AutoTile.cmd_focus_master(self)
def cmd_cycle(self):
AutoTile.cmd_cycle(self)
self.restack()
def __init__(self, monitor):
AutoTile.__init__(self, monitor)
self.hsplit = self.get_option('width_factor')
self.vsplit = self.get_option('height_factor')
self.columns = self.get_option('columns')
def cmd_previous(self):
self.lower_master()
AutoTile.cmd_previous(self)
def cmd_next(self):
self.lower_master()
AutoTile.cmd_next(self)
def __init__(self, monitor):
AutoTile.__init__(self, monitor)
def cmd_tile(self):
AutoTile.cmd_tile(self)
m_size = len(self.store.masters)
s_size = len(self.store.slaves)
if not m_size and not s_size:
return
columns = int(math.ceil(float(s_size) / float(self.rows)))
lastcolumn_rows = s_size % self.rows or self.rows
m_width = int(self.monitor.wa_width * self.hsplit)
if not columns:
s_width = 1
else:
s_width = (self.monitor.wa_width - m_width) / columns
m_x = self.monitor.wa_x
s_x = m_x + m_width
if (
m_width <= 0 or m_width > self.monitor.wa_width or
s_width <= 0 or s_width > self.monitor.wa_width
):
self.error_exec_callbacks()
return
if m_size:
m_height = self.monitor.wa_height / m_size
if not s_size:
m_width = self.monitor.wa_width
for i, cont in enumerate(self.store.masters):
cont.moveresize(
m_x,
self.monitor.wa_y + i * m_height,
m_width,
m_height
)
if s_size:
s_height = self.monitor.wa_height / self.rows
if not m_size:
s_width = self.monitor.wa_width / columns
s_x = self.monitor.wa_x
column = 0
for i, cont in enumerate(self.store.slaves):
if column == columns - 1:
s_height = self.monitor.wa_height / lastcolumn_rows
cont.moveresize(
s_x + column * s_width,
self.monitor.wa_y + (i % self.rows) * s_height,
s_width,
s_height
)
if not (i + 1) % self.rows:
column += 1
# If we've made it this far, then we've supposedly tiled correctly
self.error_clear()
def cmd_make_active_master(self):
AutoTile.cmd_make_active_master(self)
self.restack()
self.raise_active()
def __init__(self, monitor):
AutoTile.__init__(self, monitor)
self.hsplit = self.get_option('width_factor')
def cmd_next(self):
self.restack()
AutoTile.cmd_next(self)
