void FamilyManager::addEntityToFamilies(Entity* entity) {
//Entity zu RenderNode-Family hinzufuegen
if(RenderNode().isEntityMember(entity)) {
addMemberToFamily(Family::RENDER_SYSTEM, new RenderNode(entity));
}
//Entity zu MotionControlNode-Family hinzufuegen
if(MotionControlNode().isEntityMember(entity)) {
addMemberToFamily(Family::MOTION_CONTROL_SYSTEM, new MotionControlNode(entity));
}
//Entity zu GunControlNode-Family hinzufuegen
if(GunControlNode().isEntityMember(entity)) {
addMemberToFamily(Family::GUN_CONTROL_SYSTEM, new GunControlNode(entity));
}
//Entity zu MovementNode-Family hinzufuegen
if(MovementNode().isEntityMember(entity)) {
addMemberToFamily(Family::MOVEMENT_SYSTEM, new MovementNode(entity));
}
}
// render the objects in the scene (and optionally the tree)
void BSPTree::RenderGL()
{
ObjectList::iterator oit = m_kObjects.begin();
while (oit != m_kObjects.end())
{
Object* pObj = *oit;
pObj->RenderGL();
oit++;
}
const LightList* lights = g_pScene->GetLights();
LightList::const_iterator l;
for (l=lights->begin();l!=lights->end();l++)
{
(*l)->RenderGL();
}
if (render_tree){
float boxTimes = 0;
box.RenderGL();
RenderNode(root,box,boxTimes,0);
}
}
bool JObjectTree::DrawNodeCallback( const Frame& ext, JObject* pObject,
bool bExpanded, void* pContext ) const
{
RenderNode( pObject, ext, bExpanded );
return true;
} // JObjectTree::DrawNodeCallback
/** Add new render node
*
**/
void TileLoadBalancer::addRenderNode(const RenderNode &rn,UInt32 id)
{
while(_renderNode.size()<=id)
_renderNode.push_back(RenderNode());
_renderNode[id]=rn;
}
void VideoManager::render()
{
for_each(m_videoListener.begin(), m_videoListener.end(), RenderNode());
}
