def __init__(self, win, position, gravity, size, width, height, cycle, xinerama):
self.win_id = win.id
self.args = (position, gravity, size, width, height) # TODO: remove me!?
self.gravity = gravity
workarea = get_current_workarea(win, xinerama)
self.position = absolute_position(workarea, position)
self.sizes = absolute_size(win, workarea, size, width, height)
dummy = DummyWindow(win, self.position, self.sizes, self.gravity)
expand = Expander(workarea=workarea, adjacent=False, vertical_first=cycle)
max_geo = expand(dummy, dummy.gravity)
widths = []
for width in self.sizes.width:
if (
max_geo.width - width >= 0
and self.position.x - width * position.x >= max_geo.x
and self.position.x + width * (1 - position.x) <= max_geo.x2
):
widths.append(width)
heights = []
for height in self.sizes.height:
if (
max_geo.height - height >= 0
and self.position.y - height * position.y >= max_geo.y
and self.position.y + height * (1 - position.y) <= max_geo.y2
):
heights.append(height)
width = max(widths)
height = max(heights)
self.sizes_iterator = Size(get_iterator(self.sizes.width, width), get_iterator(self.sizes.height, height))
[self.sizes_iterator.height, self.sizes_iterator.width][cycle].next()
self.previous = Geometry(self.position.x, self.position.y, width, height, self.gravity)
def __init__(self, win, position, gravity,
size, width, height, cycle, xinerama):
self.win_id = win.id
self.args = (position, gravity, size, width, height) # TODO: remove me!?
self.gravity = gravity
workarea = get_current_workarea(win, xinerama)
self.position = absolute_position(workarea, position)
self.sizes = absolute_size(win, workarea, size, width, height)
dummy = DummyWindow(win, self.position, self.sizes, self.gravity)
expand = Expander(workarea=workarea,
adjacent=False,
vertical_first=cycle)
max_geo = expand(dummy, dummy.gravity)
widths = []
for width in self.sizes.width:
if max_geo.width - width >= 0 and \
self.position.x - width * position.x >= max_geo.x and \
self.position.x + width * (1 - position.x) <= max_geo.x2:
widths.append(width)
heights = []
for height in self.sizes.height:
if max_geo.height - height >= 0 and \
self.position.y - height * position.y >= max_geo.y and \
self.position.y + height * (1 - position.y) <= max_geo.y2:
heights.append(height)
width = max(widths)
height = max(heights)
self.sizes_iterator = Size(get_iterator(self.sizes.width, width),
get_iterator(self.sizes.height, height))
[self.sizes_iterator.height, self.sizes_iterator.width][cycle].next()
self.previous = Geometry(self.position.x, self.position.y,
width, height, self.gravity)
def _put(win, position, gravity=None, xinerama=False):
"""Put window in given position (without resizing)."""
gravity = gravity or position
workarea = get_current_workarea(win, xinerama)
geometry = win.geometry
x = workarea.x + workarea.width * position.x
y = workarea.y + workarea.height * position.y
geometry.set_position(x, y, gravity)
log.debug('Setting %s' % (geometry,))
win.set_geometry(geometry)
def _expand(win, direction, vertical_first=True, xinerama=False):
"""Expand window in given direction."""
workarea = get_current_workarea(win, xinerama)
expand = Expander(workarea=workarea,
adjacent=not direction.is_middle,
both_sides=not direction.is_middle,
vertical_first=vertical_first)
geometry = expand(win, direction)
log.debug('Setting %s' % (geometry,))
win.set_geometry(geometry, direction)
def _shrink(win, direction, vertical_first=True, xinerama=False):
"""Shrink window in given direction."""
if direction.is_middle:
# NOTE: This is not working correctly with is_middle anyway
return
workarea = get_current_workarea(win, xinerama)
shrink = Shrinker(workarea=workarea,
vertical_first=vertical_first)
geometry = shrink(win, direction.invert())
log.debug('Setting %s' % (geometry,))
win.set_geometry(geometry, direction)
def _move(win, direction, vertical_first=True, xinerama=False):
"""Move window in given direction."""
workarea = get_current_workarea(win, xinerama)
expand = Floater(workarea=workarea,
adjacent=not direction.is_middle,
both_sides=not direction.is_middle,
vertical_first=vertical_first)
border = expand(win, direction)
geometry = win.geometry
geometry.width = min(border.width, geometry.width)
geometry.height = min(border.height, geometry.height)
x = border.x + border.width * direction.x
y = border.y + border.height * direction.y
geometry.set_position(x, y, direction)
log.debug('Setting %s' % (geometry,))
win.set_geometry(geometry)
