// ***************************************************************************
UScene *CDriverUser::createScene(bool bSmallScene)
{
CSceneUser *pSU = new CSceneUser(this, bSmallScene);
// set the shape bank
pSU->getScene().setShapeBank( &_ShapeBank._ShapeBank );
// set the MeshSkin Vertex Streams
pSU->getScene().getRenderTrav().setMeshSkinManager(&_MeshSkinManager);
pSU->getScene().getRenderTrav().setShadowMeshSkinManager(&_ShadowMeshSkinManager);
// set the AsyncTextureManager
pSU->getScene().setAsyncTextureManager(&_AsyncTextureManager);
// set the lodManager
pSU->getScene().setLodCharacterManager(&_LodCharacterManager);
return _Scenes.insert(pSU);
}
void CWaterTask::release()
{
CSceneUser *su = dynamic_cast<CSceneUser *>(&C3DTask::getInstance().scene());
// CSceneUser *su = dynamic_cast<CSceneUser *>(nelWaterScene);
CScene &scene = su->getScene ();
if(WaterInstance)
{
scene.deleteInstance(WaterInstance);
WaterInstance = 0;
//delete WaterShape;
}
if(nelWaterScene)
{
C3DTask::getInstance().driver().deleteScene(nelWaterScene);
nelWaterScene = 0;
}
}
void CWaterTask::init()
{
nelWaterScene = C3DTask::getInstance().driver().createScene(false);
nelWaterScene->getCam().setPerspective(degToRad(CConfigFileTask::getInstance().configFile().getVar("Fov").asFloat()), 1.33f, 1.0f*GScale, 30000.0f*GScale);
nelWaterScene->getCam().setTransformMode (UTransformable::DirectMatrix);
////
if(CConfigFileTask::getInstance().configFile().getVar("DisplayWater").asInt() == 2)
{
string res;
static std::string shapeName("water_quad.shape");
CSceneUser *su = dynamic_cast<CSceneUser *>(&C3DTask::getInstance().scene());
// CSceneUser *su = dynamic_cast<CSceneUser *>(nelWaterScene);
CScene &scene = su->getScene ();
// load textures
res = CResourceManager::getInstance().get(envMap0Name());
ITexture *envMap1 = new CTextureFile(res);
res = CResourceManager::getInstance().get(envMap1Name());
ITexture *envMap2 = new CTextureFile(res);
res = CResourceManager::getInstance().get(heightMap0Name());
ITexture *heightMap = new CTextureFile(res);
res = CResourceManager::getInstance().get(heightMap1Name());
ITexture *heightMap2 = new CTextureFile(res);
res = CResourceManager::getInstance().get("colormap.tga");
ITexture *colorMap = new CTextureFile(res);
WaterShape = new CWaterShape;
WaterShape->setEnvMap(0, envMap1);
WaterShape->setEnvMap(1, envMap2);
WaterShape->setHeightMap(0, heightMap);
WaterShape->setHeightMap(1, heightMap2);
//WaterShape->setColorMap(colorMap);
WaterShape->setWaterPoolID(0);
CWaterHeightMap &whm = GetWaterPoolManager().getPoolByID(0);
// float res = whm.getUnitSize();
// res /= 10.0f;
// whm.setUnitSize(res);
whm.enableWaves ();
float res2 = whm.getPropagationTime ();
CConfigFileTask::getInstance().configFile().setCallback("Map1Scale", cbVar);
cbVar (CConfigFileTask::getInstance().configFile().getVar("Map1Scale"));
CConfigFileTask::getInstance().configFile().setCallback("Map2Scale", cbVar);
cbVar (CConfigFileTask::getInstance().configFile().getVar("Map2Scale"));
CConfigFileTask::getInstance().configFile().setCallback("Map1Speed", cbVar);
cbVar (CConfigFileTask::getInstance().configFile().getVar("Map1Speed"));
CConfigFileTask::getInstance().configFile().setCallback("Map2Speed", cbVar);
cbVar (CConfigFileTask::getInstance().configFile().getVar("Map2Speed"));
CConfigFileTask::getInstance().configFile().setCallback("WaveHeightFactor", cbVar);
cbVar (CConfigFileTask::getInstance().configFile().getVar("WaveHeightFactor"));
CConfigFileTask::getInstance().configFile().setCallback("WavesParams", cbVar);
cbVar (CConfigFileTask::getInstance().configFile().getVar("WavesParams"));
CConfigFileTask::getInstance().configFile().setCallback("WavesPropagation", cbVar);
cbVar (CConfigFileTask::getInstance().configFile().getVar("WavesPropagation"));
// WaterShape->setHeightMapScale(0, NLMISC::CVector2f(0.08f/2, 0.072f/2));
// WaterShape->setHeightMapScale(1, NLMISC::CVector2f(0.1f/2, 0.091f/2));
// WaterShape->setHeightMapSpeed(0, NLMISC::CVector2f(0.06f, 0.051f));
// WaterShape->setHeightMapSpeed(1, NLMISC::CVector2f(-0.0623f, 0.085f));
// WaterShape->setWaveHeightFactor(3);
const float wqSize = 10000.0f;
CVector2f corners[] = { CVector2f(-wqSize, wqSize), CVector2f(wqSize, wqSize),
CVector2f(wqSize, -wqSize), CVector2f(-wqSize, -wqSize)
};
CPolygon2D waterPoly;
waterPoly.Vertices.resize(4);
std::copy(corners, corners + 4, waterPoly.Vertices.begin());
WaterShape->setShape(waterPoly);
scene.getShapeBank()->add(shapeName, WaterShape);
WaterInstance = scene.createInstance(shapeName);
WaterModel = NLMISC::safe_cast<CWaterModel *>(WaterInstance);
WaterModel->setPos(0.0f,0.0f,1.0f*GScale);
// CWaterHeightMap &whm = GetWaterPoolManager().getPoolByID(0);
// whm.enableWaves ();
// whm.setWaves (3.0f, 1.0f, 2.0f, false);
}
else if(CConfigFileTask::getInstance().configFile().getVar("DisplayWater").asInt() == 1)
{
string res;
res = CResourceManager::getInstance().get("water_light.shape");
WaterMesh = C3DTask::getInstance().scene().createInstance(res);
WaterMesh.setPos(0.0f,0.0f,1.0f*GScale);
}
}