void DRInterface::releaseMem(DRInterface* data, const char* dllname)
{
if(!data) LOG_ERROR_VOID("data, ZERO-POINTER");
if(!mDLL)
{
if(!loadDll(dllname))
{
LOG_WARNING("keine dll");
DR_SAVE_DELETE(data);
}
}
if(!releaseInstance) loadDll(dllname);
if(releaseInstance)
{
releaseInstance(data);
}
else
{
LOG_WARNING("function didn't exist in dll");
DR_SAVE_DELETE(data);
}
}
IniTest::IniTest(const char* filename)
: mIni(NULL)
{
mIni = new DRIni(filename);
if(!mIni->isValid())
{
DR_SAVE_DELETE(mIni);
}
}
DRReturn PlanetSektor::move(float fTime, Camera* cam)
{
RenderPlanet* render = dynamic_cast<RenderPlanet*>(mRenderer);
//mLastRelativeCameraPosition = cam->getSektorPositionAtSektor(this);
if(mParent) mLastRelativeCameraPosition = mParent->getCameraPosition() - getPosition();
else mLastRelativeCameraPosition = cam->getSektorPositionAtSektor(this);
mTheta = acos(mRadius/mLastRelativeCameraPosition.length())*RADTOGRAD;
Unit distance = mLastRelativeCameraPosition.length()-mRadius;
distance = distance.convertTo(KM);
// mLastRelativeCameraPosition.print("cameraPos");
//printf("\rdistance: %.3f KM, theta: %f", static_cast<double>(distance), mTheta);
std::vector<int>* ebene = GlobalRenderer::Instance().getEbenenCount();
char buffer[256]; memset(buffer, 0, 256);
for(uint i = 1; i < ebene->size(); i++)
sprintf(buffer, "%s %d ", buffer, (*ebene)[i]);
printf("\r%s", buffer);
if(EnIsButtonPressed(SDLK_k))
cam->setAxis(DRVector3(-1.0f, 0.0f, 0.0f), DRVector3(0.0f, 1.0f, 0.0f), DRVector3(0.0f, 0.0f, -1.0f));
if(isObjectInSektor(mLastRelativeCameraPosition))
{
for(u32 i = 0; i < 6; i++)
{
//horizont culling
DRVector3 camPos = mLastRelativeCameraPosition.getVector3().normalize();
double angle = acos(camPos.dot(DRVector3(mSubPlanets[i].x, mSubPlanets[i].y, mSubPlanets[i].z)))*RADTOGRAD-45.0;
//printf("\r %d, angle: %f (%f Grad) ", i, angle, angle*RADTOGRAD);
if(angle < mTheta)
{
getChild(mSubPlanets[i]*static_cast<short>(1000));
}
//else
//printf("\r %d, angle: %f, horizontAngle: %f", i, angle*RADTOGRAD, horizontAngle*RADTOGRAD);
}
}
else
{
//removeInactiveChilds(1.0f);
}
removeInactiveChilds(GlobalRenderer::Instance().getTimeForInactiveChilds());
if(mRenderer)
{
// set player distance to renderer for sort
if(render->getRenderNoisePlanetToTexture())
render->getRenderNoisePlanetToTexture()->setCurrentDistance(static_cast<DRReal>(mLastRelativeCameraPosition.length().convertTo(M)));
// remove renderer, if we didn't need him
if(mNotRenderSeconds >= GlobalRenderer::Instance().getTimeForInactiveChilds())
DR_SAVE_DELETE(mRenderer);
}
return DR_OK;
}
void ende()
{
g_Player.exit();
g_tex.release();
DR_SAVE_DELETE(g_Font);
g_terrain.release();
GlobalRenderer::getSingleton().exit();
ShaderManager::getSingleton().exit();
DRGeometrieManager::getSingleton().exit();
g_RenderBlockLoader.exit();
Server::freeAllServer();
EnExit();
}
IniTest::~IniTest()
{
DR_SAVE_DELETE(mIni);
}
PlanetSektor::~PlanetSektor()
{
ShaderManager::Instance().releaseShader("sphere.vert", "sphere.frag");
mSphericalShaderForSubPlanet = NULL;
DR_SAVE_DELETE(mRenderer);
}
void Player::exit()
{
saveIntoFile();
//DR_SAVE_DELETE(mCurrentSektor);
DR_SAVE_DELETE(mCamera);
}
