const bool VCNRenderNode::UpdateWorldTransform()
{
if ( VCNNode::UpdateWorldTransform() )
{
// Update mesh bounding sphere
const VCNResID meshID = GetMeshID();
if ( meshID != kInvalidResID )
{
VCNMesh* mesh = VCNResourceCore::GetInstance()->GetResource<VCNMesh>(meshID);
const VCNSphere boundingSphere = mesh->GetBoundingSphere();
// Transform the sphere relative to the render node
const Vector3 ascSacle = GetWorldScale();
const VCNFloat radius = boundingSphere.GetRadius() * std::max(ascSacle.x, std::max(ascSacle.y, ascSacle.z));
mBoundingSphere.Set( radius, boundingSphere.GetCenter() * mWorld );
mBoundingBox.vcMin = (mesh->GetBoundingBox().vcMin.MulComponents(ascSacle)) + GetWorldTranslation();
mBoundingBox.vcMax = (mesh->GetBoundingBox().vcMax.MulComponents(ascSacle)) + GetWorldTranslation();
}
return true;
}
return false;
}
void CPointLightComponent::UpdateComponent(float)
{
if (m_pointLight.m_isLightEnabled)
{
m_pointLight.m_gpuPointLight.m_lightPosition = GetWorldTranslation();
URenderer& targetRenderer = gEngine->GetRenderer();
targetRenderer.QueuePointLight(GetObjectID(), m_pointLight.m_gpuPointLight);
}
}
