const MCE::FBX::SceneNode* Scene::GetBoneNode( int id ) const
{
const MCE::FBX::SceneNode* bone_node = NULL;
int bone_index = -1;
int num_objects = NumObjects();
for( int i = 0; i < num_objects; ++i )
{
MCE::FBX::SceneObject* object = m_objects[ i ];
if( object )
{
MCE::FBX::SceneObjectType::SceneObjectTypes object_type = object->Type();
if( object_type == MCE::FBX::SceneObjectType::BONE )
{
++bone_index;
if( bone_index == id )
{
bone_node = object->GetNode();
break;
}
}
}
}
return bone_node;
}
void AnimTable::CalculateDefinineAnims() {
std::vector<const RigAnim*> anims(MaxAnimIndex());
for (int object = 0; object < NumObjects(); ++object) {
const size_t num_anims = GatherObjectAnims(object, &anims[0]);
CreateDefiningAnim(&anims[0], num_anims, &defining_anims_[object]);
}
}
int Scene::AddObject( MCE::FBX::SceneObject* object )
{
FBX_ASSERT( object, "Null object" );
object->SetScene( this );
int id = NumObjects();
m_objects.push_back( object );
return id;
}
Scene::~Scene()
{
int num_objects = NumObjects();
for( int i = 0; i < num_objects; ++i )
{
MCE::FBX::SceneObject* object = m_objects[ i ];
delete object;
object = NULL;
}
int num_collision_meshes = NumCollisionMeshes();
for( int i = 0; i < num_collision_meshes; ++i )
{
MCE::FBX::Mesh* collision_mesh = m_collision_meshes[ i ];
delete collision_mesh;
collision_mesh = NULL;
}
}
int Scene::GetUniqueObjectId() const
{
int id = NumObjects();
return id;
}
const MCE::FBX::SceneObject* Scene::GetSceneObject( int id ) const
{
FBX_ASSERT( ( id >= 0 ) && ( id < NumObjects() ), "Index out of bounds" );
const MCE::FBX::SceneObject* object = m_objects[ id ];
return object;
}
