def render( self, t, aspect, alpha ):
camera = self.camera.eval_unfinished( t )
#print 'inter pre'
draw._pre_drawing( aspect, alpha, self.name )
try:
draw.set_camera( camera )
viewall = Rect( draw.visible() )
for i in self.working_set.eval( t ):
d, view = i.eval_unfinished( t )
if view is None:
view = viewall
i.render( d, view, t )
finally:
draw._post_drawing()
def render(self, t, aspect, alpha):
camera = self.camera.eval_unfinished(t)
#print 'inter pre'
draw._pre_drawing(aspect, alpha, self.name)
try:
draw.set_camera(camera)
viewall = Rect(draw.visible())
for i in self.working_set.eval(t):
d, view = i.eval_unfinished(t)
if view is None:
view = viewall
i.render(d, view, t)
finally:
draw._post_drawing()
def render( self, t, aspect, alpha ):
camera = self.camera.eval_finished( self.timelines[self.camera], t )
#print 'anim pre'
draw._pre_drawing( aspect, alpha, self.name )
keepalive = 0
try:
draw.set_camera( camera )
torender = self.working_set.eval( t )
for i in torender:
d, view = i.eval_finished( self.timelines[i], t )
if view is None: view = draw.visible()
if i.render( d, view, t ):
keepalive = 1
for i in self.cast:
if i not in torender:
i.no_render()
finally:
draw._post_drawing()
return keepalive
def render(self, t, aspect, alpha):
camera = self.camera.eval_finished(self.timelines[self.camera], t)
#print 'anim pre'
draw._pre_drawing(aspect, alpha, self.name)
keepalive = 0
try:
draw.set_camera(camera)
torender = self.working_set.eval(t)
for i in torender:
d, view = i.eval_finished(self.timelines[i], t)
if view is None: view = draw.visible()
if i.render(d, view, t):
keepalive = 1
for i in self.cast:
if i not in torender:
i.no_render()
finally:
draw._post_drawing()
return keepalive
def global_draw_object(obj, pdict, aspect, alpha):
#print 'GDO: %.2f %s' % (aspect, obj)
if isinstance(obj, anim.Animation):
return obj.render(pdict['t'], aspect, alpha)
elif isinstance(obj, controller.Controller):
obj._anim.render(pdict['t'], aspect, alpha)
elif isinstance(obj, tuple):
draw._do_gldrawing(obj[0], pdict, aspect, alpha)
elif callable(obj):
# object must be a parameterized diagram
try:
#print 'diagram pre'
draw._pre_drawing(aspect, alpha, obj.func_name)
obj(**pdict)
finally:
draw._post_drawing()
else:
raise ValueError, ('global_draw_object on object', obj)
def global_draw_object( obj, pdict, aspect, alpha ):
#print 'GDO: %.2f %s' % (aspect, obj)
if isinstance( obj, anim.Animation ):
return obj.render( pdict['t'], aspect, alpha )
elif isinstance( obj, controller.Controller ):
obj._anim.render( pdict['t'], aspect, alpha )
elif isinstance( obj, tuple ):
draw._do_gldrawing( obj[0], pdict, aspect, alpha )
elif callable( obj ):
# object must be a parameterized diagram
try:
#print 'diagram pre'
draw._pre_drawing( aspect, alpha, obj.func_name )
obj( **pdict )
finally:
draw._post_drawing()
else:
raise ValueError, ('global_draw_object on object', obj)