def __init__(self, name=None):
self.name = name
self.ag = ActorGraph()
self.cl = CameraList()
# attached window
self.wins = []
# create a simple camera
simple_camera = DefaultCamera()
self.cl.cameras.append(simple_camera)
self._render_lock = RLock()
def __init__(self, name = None):
self.name = name
self.ag = ActorGraph()
self.cl = CameraList()
# attached window
self.wins = []
# create a simple camera
simple_camera = DefaultCamera()
self.cl.cameras.append(simple_camera)
self._render_lock = RLock()
class World():
def __init__(self, name=None):
self.name = name
self.ag = ActorGraph()
self.cl = CameraList()
# attached window
self.wins = []
# create a simple camera
simple_camera = DefaultCamera()
self.cl.cameras.append(simple_camera)
self._render_lock = RLock()
def add(self, obj, update_camera=True):
if isinstance(obj, Actor):
# if update_camera:
# print "TODO: update the camera view"
#print "added actor", obj
self.ag.add(obj)
elif isinstance(obj, Camera):
#print "added camera", obj
self.cl.add(obj)
else:
print "Not valid actor or camera!"
def propagate_pickray(self, near, far):
# propagate the pickray to all the actors
# XXX: implement intersection with the bounding boxes first
for a in self.ag.actors:
# aabb intersection
if not a.aabb is None:
if test_segment_aabb(near, far, a.aabb.coord[0],
a.aabb.coord[1]):
print "found aabb"
try:
a.process_pickray(near, far)
except:
pass
else:
print "no aabb"
def find_selected_actor(self, near, far):
""" Finds the first actor """
for a in self.ag.actors:
# aabb intersection
if not a.aabb is None:
if test_segment_aabb(near, far, a.aabb.coord[0],
a.aabb.coord[1]):
print "found aabb"
return a
else:
print "no aabb"
return None
def update_cameraview(self):
pass
# loop over all windows and update the camera
def remove(self, obj):
if obj in self.ag.actors:
print "remove actors"
del self.ag.actors[self.ag.actors.index(obj)]
def get_cameras(self):
""" Returns the cameras existing in this world """
return self.cl.cameras
class World:
def __init__(self, name=None):
self.name = name
self.ag = ActorGraph()
self.cl = CameraList()
# attached window
self.wins = []
# create a simple camera
simple_camera = DefaultCamera()
self.cl.cameras.append(simple_camera)
self._render_lock = RLock()
def add(self, obj, update_camera=True):
if isinstance(obj, Actor):
# if update_camera:
# print "TODO: update the camera view"
# print "added actor", obj
self.ag.add(obj)
elif isinstance(obj, Camera):
# print "added camera", obj
self.cl.add(obj)
else:
print "Not valid actor or camera!"
def propagate_pickray(self, near, far):
# propagate the pickray to all the actors
# XXX: implement intersection with the bounding boxes first
for a in self.ag.actors:
# aabb intersection
if not a.aabb is None:
ab1, ab2 = a.get_aabb_coords()
print "pick", ab1, ab2
if test_segment_aabb(near, far, ab1, ab2):
print "found aabb"
try:
a.process_pickray(near, far)
except:
pass
else:
print "no aabb"
def find_selected_actor(self, near, far):
""" Finds the first actor """
for a in self.ag.actors:
# aabb intersection
if not a.aabb is None:
ab1, ab2 = a.get_aabb_coords()
if test_segment_aabb(near, far, ab1, ab2):
print "found aabb"
return a
else:
print "no aabb"
return None
def update_cameraview(self):
pass
# loop over all windows and update the camera
def remove(self, obj):
if obj in self.ag.actors:
print "remove actors"
del self.ag.actors[self.ag.actors.index(obj)]
def get_cameras(self):
""" Returns the cameras existing in this world """
return self.cl.cameras
