def __init__(self, window, outtrans, runit, dict, cb):
self.windows = [window,]
self.outtrans = outtrans
self.__duration = dict.get('dur', 1)
self.__multiElement = dict.get('coordinated')
self.__childrenClip = dict.get('clipBoundary', 'children') == 'children'
self.__callback = cb
trtype = dict.get('trtype', 'fade')
subtype = dict.get('subtype')
klass = Transitions.TransitionFactory(trtype, subtype)
self.__transitiontype = klass(self, dict)
self.__fiber_id = None
self.__running = 0
self.__startprogress = dict.get('startProgress', 0)
self.__endprogress = dict.get('endProgress', 1)
if self.__endprogress <= self.__startprogress:
self.__transperiod = 0
elif self.__duration <= 0:
self.__transperiod = 0
self.__startprogress = self.__endprogress
else:
self.__transperiod = float(self.__endprogress - self.__startprogress) / self.__duration
# shortcut flag for static (not video) transitions
self._surf_updated = 0
# rect for use with wnd._paintOnSurf
# offset windowpos with respect to VisibleWindowPos
self._paint_rect = None
def __init__(self, window, outtrans, runit, dict, cb):
self.windows = [
window,
]
self.outtrans = outtrans
self.__duration = dict.get('dur', 1)
self.__multiElement = dict.get('coordinated')
self.__childrenClip = dict.get('clipBoundary',
'children') == 'children'
self.__callback = cb
trtype = dict.get('trtype', 'fade')
subtype = dict.get('subtype')
klass = Transitions.TransitionFactory(trtype, subtype)
self.__transitiontype = klass(self, dict)
self.__fiber_id = None
self.__running = 0
self.__startprogress = dict.get('startProgress', 0)
self.__endprogress = dict.get('endProgress', 1)
if self.__endprogress <= self.__startprogress:
self.__transperiod = 0
#raise AssertionError
elif self.__duration <= 0:
self.__transperiod = 0
self.__startprogress = self.__endprogress
else:
self.__transperiod = float(self.__endprogress -
self.__startprogress) / self.__duration
def __init__(self, window, outtrans, runit, dict, cb):
self.window = window
self.outtrans = outtrans
self.dict = dict
self.cb = cb
trtype = dict.get('trtype')
subtype = dict.get('subtype')
klass = Transitions.TransitionFactory(trtype, subtype)
self.__transitiontype = klass(self, self.dict)
self.__running = 0
self._lastvalue = None
def __init__(self, window, inout, runit, dict, cb):
dur = dict.get('dur', 1)
self.exclude_first_window = 0
# if this is a coordinated transition with clipBoundary==children we should not
# include the parent in the clip.
if dict.get('coordinated') and dict.get('clipBoundary',
'children') == 'children':
self.exclude_first_window = 1
self.windows = [window]
self.outtransition = inout
self.starttime = time.time() # Correct?
self.duration = dur
self.running = runit
self.value = 0
trtype = dict.get('trtype', 'fade')
subtype = dict.get('subtype')
self.__callback = cb
klass = Transitions.TransitionFactory(trtype, subtype)
self.transitiontype = klass(self, dict)
self.dstrgn = None
self.verbatimrgn = None
self.move_resize()
self.currentparameters = None
## self.reverse = (dict['direction'] == 'reverse')
self.reverse = 0
if not self.reverse:
self.startprogress = dict.get('startProgress', 0)
self.endprogress = dict.get('endProgress', 1)
else:
self.startprogress = 1.0 - dict.get('endProgress', 1)
self.endprogress = 1.0 - dict.get('startProgress', 0)
# Now recompute starttime and "duration" based on these values
if self.endprogress != self.startprogress:
self.duration = self.duration / (self.endprogress -
self.startprogress)
self.starttime = self.starttime - (self.startprogress * self.duration)
self.__idleid = mw_globals.toplevel.setidleproc(self._idleproc)
