def position(self, val):
x, y = val
lx, ly = self._position
winx = render.getWindowWidth()
winy = render.getWindowHeight()
if self.clipping or render.getFullScreen():
#Emulate new position
_position = (lx - winx / 2) + x * winx, (-y * winy +
winy) + (ly - winy / 2)
logic.mouse.position = 0.5, 0.5
x, y = _position
#Apply filter
tx, ty = self._last_position
if abs(tx - x) < 1 and abs(ty - y) < 1: return
#Do the actual clipping
if self.clipping: mx, my = self.clipping
else: mx, my = 0, 0
winx = render.getWindowWidth()
winy = render.getWindowHeight()
if mx > 1 or my > 1:
raise ValueError(
"clipping x and y values must be lower or equal than 1")
mx, my = mx * winx / 2, my * winy / 2
if x < mx: x = mx
if x > winx - mx: x = winx - mx
if y < my: y = my
if y > winy - my: y = winy - my
self._position = x, y
self._last_position = self._position
else:
self._position = x * winx, -y * winy + winy
def fullscreen_on_keypress(fs_key=events.F4KEY, *modifier_keys):
"""
Causes full-screen on keypress of fs_key. Also checks to see if modifier keys are being held down.
:param fs_key:Int - Keyboard key constant (e.g. events.F4KEY).
:param modifier_keys:Int - Other keys that might need to be held down while the fs_key is pushed.
:return: Bool or None - The new fullscreen state if triggered (i.e. True or False). Otherwise, None.
"""
if logic.keyboard.events[fs_key] == logic.KX_INPUT_JUST_ACTIVATED:
all_held = True
for m in modifier_keys:
if not logic.keyboard.events[m] == logic.KX_INPUT_ACTIVE:
all_held = False
if all_held:
new_fs = not render.getFullScreen()
render.setFullScreen(new_fs)
return new_fs
return None
def position(self, val):
x, y = val
lx, ly = self._position
winx = render.getWindowWidth()
winy = render.getWindowHeight()
if self.clipping or render.getFullScreen():
#Emulate new position
_position = (lx-winx/2)+x*winx, (-y*winy + winy)+(ly-winy/2)
logic.mouse.position = 0.5, 0.5
x, y = _position
#Apply filter
tx, ty = self._last_position
if abs(tx-x) < 1 and abs(ty-y) < 1: return
#Do the actual clipping
if self.clipping: mx, my = self.clipping
else: mx, my = 0, 0
winx = render.getWindowWidth()
winy = render.getWindowHeight()
if mx > 1 or my > 1: raise ValueError("clipping x and y values must be lower or equal than 1")
mx, my = mx*winx/2, my*winy/2
if x < mx: x = mx
if x > winx-mx: x = winx-mx
if y < my: y = my
if y > winy-my: y = winy-my
self._position = x, y
self._last_position = self._position
else:
self._position = x*winx, -y*winy + winy
def main():
cont = bge.logic.getCurrentController()
own = cont.owner
f12key = cont.sensors['F12K']
moaFullscreen = cont.sensors['MOAFullscreen']
mouseL = cont.sensors['MouseL']
if f12key.positive:
if render.getFullScreen() == False:
render.setFullScreen(True)
else:
render.setFullScreen(False)
if moaFullscreen.positive:
if mouseL.positive:
if render.getFullScreen() == False:
render.setFullScreen(True)
else:
render.setFullScreen(False)
def main():
cont = bge.logic.getCurrentController()
own = cont.owner
f12key = cont.sensors['F12K']
if f12key.positive:
if render.getFullScreen() == False:
render.setFullScreen(True)
else:
render.setFullScreen(False)
def fullScreen(self):
return render.getFullScreen()
def fullScreen(self):
return render.getFullScreen()