Method rrCreateMapLight

source/render/RenderManager.cpp:902–932

}

void RenderManager::rrCreateMapLight(MapLight* curMapLight, bool displayVisual)
{
    // Create the light and attach it to the lightSceneNode.
    std::string mapLightName = curMapLight->getOgreNamePrefix() + curMapLight->getName();
    Ogre::Light* light = mSceneManager->createLight(mapLightName + "_light");
    light->setDiffuseColour(curMapLight->getDiffuseColor());
    light->setSpecularColour(curMapLight->getSpecularColor());
    light->setAttenuation(curMapLight->getAttenuationRange(),
                          curMapLight->getAttenuationConstant(),
                          curMapLight->getAttenuationLinear(),
                          curMapLight->getAttenuationQuadratic());

    // Create the base node that the "flicker_node" and the mesh attach to.
    Ogre::SceneNode* mapLightNode = mLightSceneNode->createChildSceneNode(mapLightName + "_node");
    curMapLight->setEntityNode(mapLightNode);
    curMapLight->setParentSceneNode(mapLightNode->getParentSceneNode());
    mapLightNode->setPosition(curMapLight->getPosition());

    if (displayVisual)
    {
        // Create the MapLightIndicator mesh so the light can be drug around in the map editor.
        Ogre::Entity* lightEntity = mSceneManager->createEntity(mapLightName, "Lamp.mesh");
        mapLightNode->attachObject(lightEntity);
    }

    // Create the "flicker_node" which moves around randomly relative to
    // the base node.  This node carries the light itself.
    Ogre::SceneNode* flickerNode = mapLightNode->createChildSceneNode(mapLightName + "_flicker_node");
    flickerNode->attachObject(light);
    curMapLight->setFlickerNode(flickerNode);
}

void RenderManager::rrDestroyMapLight(MapLight* curMapLight)
{