def _process(self):
printf("_flush_delay\n")
_flush_delay()
printf("about to call process_event\n")
pgeif.process_event()
printf("find out which event\n")
if self._type == frame_event:
cData = pgeif.get_cbuf()
printf("cData len = %d\n", len(cData))
self._set_colour_contents(cData, len(cData))
fData = pgeif.get_fbuf()
printf("fData len = %d\n", len(fData))
self._set_frame_contents(fData, len(fData))
draw_frame(self._cData, self._clength, self._fData, self._flength)
pgeif.empty_fbuffer()
pgeif.empty_cbuffer()
elif self._type == collision_event:
printf("collision event seen, in %f seconds\n", self.__etime)
# pgeif.skip_until (self.__etime)
collision(self._between())
def runbatch (t):
if t < 0.0:
t = 30.0
debugf ("runbatch (%f)\n", t)
pgeif.check_objects ()
cData = pgeif.get_cbuf ()
fData = pgeif.get_fbuf ()
draw_frame (cData, len (cData), fData, len (fData))
pgeif.empty_fbuffer ()
pgeif.empty_cbuffer ()
nev = _get_next_event ()
acc = 0.0
while acc+nev._get_time () < t:
old = acc
acc = acc + nev._get_time ()
delay (nev._get_time ())
if int(acc) != int(old):
printf ("%d/%d seconds completed %d%%\n", int (acc), int (t), int (acc*100.0/t))
# printf ("time %f out of %f seconds\n", acc, t)
_process (nev)
nev = _get_next_event ()
def _process (self):
printf ("_flush_delay\n")
_flush_delay ()
printf ("about to call process_event\n")
pgeif.process_event ();
printf ("find out which event\n")
if self._type == frame_event:
cData = pgeif.get_cbuf ()
printf ("cData len = %d\n", len (cData))
self._set_colour_contents (cData, len (cData))
fData = pgeif.get_fbuf ()
printf ("fData len = %d\n", len (fData))
self._set_frame_contents (fData, len (fData))
draw_frame (self._cData, self._clength,
self._fData, self._flength)
pgeif.empty_fbuffer ()
pgeif.empty_cbuffer ()
elif self._type == collision_event:
printf ("collision event seen, in %f seconds\n", self.__etime)
# pgeif.skip_until (self.__etime)
collision (self._between ())
def runbatch(t):
if t < 0.0:
t = 30.0
debugf("runbatch (%f)\n", t)
cData = pgeif.get_cbuf()
fData = pgeif.get_fbuf()
draw_frame(cData, len(cData), fData, len(fData))
pgeif.empty_fbuffer()
pgeif.empty_cbuffer()
nev = _get_next_event()
acc = 0.0
while acc + nev._get_time() < t:
old = acc
acc = acc + nev._get_time()
delay(nev._get_time())
if int(acc) != int(old):
printf("%d/%d seconds completed %d%%\n", int(acc), int(t),
int(acc * 100.0 / t))
# printf ("time %f out of %f seconds\n", acc, t)
_process(nev)
nev = _get_next_event()
def runpy(t=-1, ep=None):
pgeif.use_time_delay(False)
cData = pgeif.get_cbuf()
fData = pgeif.get_fbuf()
draw_frame(cData, len(cData), fData, len(fData))
pgeif.empty_fbuffer()
pgeif.empty_cbuffer()
nev = _post_event(_get_next_event())
fin = _post_event(_finish_event(t))
while True:
for e in pygame.event.get():
if e.type == USEREVENT:
if e.pge_event == fin:
return
else:
_process(e.pge_event)
nev = _post_event(_get_next_event())
else:
if ep != None:
if nev._get_time() >= cur_time():
pgeif.advance_time(cur_time())
ep(e)
def runpy (t=-1, ep=None):
pgeif.use_time_delay (False)
cData = pgeif.get_cbuf ()
fData = pgeif.get_fbuf ()
draw_frame (cData, len (cData), fData, len (fData))
pgeif.empty_fbuffer ()
pgeif.empty_cbuffer ()
ev = _get_next_event ()
nev = _post_event (ev, ev._get_time ())
fin = _post_event (_finish_event (t), t)
while True:
for e in pygame.event.get():
if e.type == USEREVENT:
if e.pge_event == fin:
return
else:
_process (e.pge_event)
ev = _get_next_event ()
nev = _post_event (ev, ev._get_time ())
else:
if ep != None:
if nev._get_time () >= cur_time ():
pgeif.advance_time (cur_time ())
ep (e)