int LDExporter::runInternal(void)
{
char *outputType = stringForKey("OutputType", NULL, false);
int retValue;
LDExporter *pExporter = NULL;
if (outputType == NULL)
{
outputType = stringForKey("OT", "POV", false);
}
if (strcasecmp(outputType, "POV") == 0)
{
pExporter = new LDPovExporter;
}
retValue = runInternal(pExporter);
delete[] outputType;
TCObject::release(pExporter);
return retValue;
}
int LDExporter::runInternal(LDExporter *pExporter)
{
int retValue;
if (pExporter != NULL)
{
std::string filename = getFilename();
if (filename.size() > 0)
{
LDLMainModel *pMainModel = new LDLMainModel;
if (pMainModel->load(filename.c_str()))
{
char *cameraGlobe = stringForKey("CameraGlobe", NULL, false);
LDLCamera camera;
LDLAutoCamera *pAutoCamera = new LDLAutoCamera;
pMainModel->getBoundingBox(pExporter->m_boundingMin,
pExporter->m_boundingMax);
pExporter->m_center = (pExporter->m_boundingMin +
pExporter->m_boundingMax) / 2.0f;
pExporter->m_radius =
pMainModel->getMaxRadius(pExporter->m_center, true);
pAutoCamera->setModel(pMainModel);
pAutoCamera->setModelCenter(pExporter->m_center);
pAutoCamera->setRotationMatrix(m_rotationMatrix);
pAutoCamera->setCamera(camera);
pAutoCamera->setCameraGlobe(cameraGlobe);
//pAutoCamera->setDistanceMultiplier(distanceMultiplier);
// Width and height are only needed for aspect ratio, not
// absolute size.
pAutoCamera->setWidth(m_width);
pAutoCamera->setHeight(m_height);
pAutoCamera->setFov(m_fov);
pAutoCamera->setScanConditionalControlPoints(false);
pAutoCamera->zoomToFit();
pExporter->m_camera = pAutoCamera->getCamera();
pAutoCamera->release();
retValue = pExporter->doExport(pMainModel);
}
else
{
#ifdef TC_NO_UNICODE
consolePrintf(ls(_UC("ErrorLoadingModel")), filename.c_str());
#else // TC_NO_UNICODE
std::wstring wfilename;
stringtowstring(wfilename, filename);
consolePrintf(ls(_UC("LDXErrorLoadingModel")), wfilename.c_str());
#endif // TC_NO_UNICODE
retValue = 1;
}
TCObject::release(pMainModel);
}
else
{
consolePrintf(ls(_UC("LDXNoFilename")));
retValue = 1;
}
}
else
{
consolePrintf(ls(_UC("LDXUnknownOutputType")));
retValue = 1;
}
return retValue;
}
NS_DOROTHY_BEGIN
oParticleDef* oParticleCache::load( const char* filename )
{
auto it = _parDict.find(filename);
if (it != _parDict.end())
{
return it->second;
}
else
{
unsigned long size;
auto data = oSharedContent.loadFile(filename, size);
auto dict = CCDictionary::createWithContents(data, (unsigned int)size);
oParticleDef* type = new oParticleDef();
type->autorelease();
type->maxParticles = (int)dict->numberForKey("maxParticles");
type->angle = (float)dict->numberForKey("angle");
type->angleVariance = (float)dict->numberForKey("angleVariance");
type->duration = (float)dict->numberForKey("duration");
type->blendFuncSource = (float)dict->numberForKey("blendFuncSource");
type->blendFuncDestination = (float)dict->numberForKey("blendFuncDestination");
type->startColorRed = (float)dict->numberForKey("startColorRed");
type->startColorGreen = (float)dict->numberForKey("startColorGreen");
type->startColorBlue = (float)dict->numberForKey("startColorBlue");
type->startColorAlpha = (float)dict->numberForKey("startColorAlpha");
type->startColorVarianceRed = (float)dict->numberForKey("startColorVarianceRed");
type->startColorVarianceGreen = (float)dict->numberForKey("startColorVarianceGreen");
type->startColorVarianceBlue = (float)dict->numberForKey("startColorVarianceBlue");
type->startColorVarianceAlpha = (float)dict->numberForKey("startColorVarianceAlpha");
type->finishColorRed = (float)dict->numberForKey("finishColorRed");
type->finishColorGreen = (float)dict->numberForKey("finishColorGreen");
type->finishColorBlue = (float)dict->numberForKey("finishColorBlue");
type->finishColorAlpha = (float)dict->numberForKey("finishColorAlpha");
type->finishColorVarianceRed = (float)dict->numberForKey("finishColorVarianceRed");
type->finishColorVarianceGreen = (float)dict->numberForKey("finishColorVarianceGreen");
type->finishColorVarianceBlue = (float)dict->numberForKey("finishColorVarianceBlue");
type->finishColorVarianceAlpha = (float)dict->numberForKey("finishColorVarianceAlpha");
type->startParticleSize = (float)dict->numberForKey("startParticleSize");
type->startParticleSizeVariance = (float)dict->numberForKey("startParticleSizeVariance");
type->finishParticleSize = (float)dict->numberForKey("finishParticleSize");
type->finishParticleSizeVariance = (float)dict->numberForKey("finishParticleSizeVariance");
type->sourcePositionx = (float)dict->numberForKey("sourcePositionx");
type->sourcePositiony = (float)dict->numberForKey("sourcePositiony");
type->sourcePositionVariancex = (float)dict->numberForKey("sourcePositionVariancex");
type->sourcePositionVariancey = (float)dict->numberForKey("sourcePositionVariancey");
type->rotationStart = (float)dict->numberForKey("rotationStart");
type->rotationStartVariance = (float)dict->numberForKey("rotationStartVariance");
type->rotationEnd = (float)dict->numberForKey("rotationEnd");
type->rotationEndVariance = (float)dict->numberForKey("rotationEndVariance");
type->emissionRate = (float)dict->numberForKey("emissionRate");
type->emitterType = (int)dict->numberForKey("emitterType");
type->gravityx = (float)dict->numberForKey("gravityx");
type->gravityy = (float)dict->numberForKey("gravityy");
type->speed = (float)dict->numberForKey("speed");
type->speedVariance = (float)dict->numberForKey("speedVariance");
type->radialAcceleration = (float)dict->numberForKey("radialAcceleration");
type->radialAccelVariance = (float)dict->numberForKey("radialAccelVariance");
type->tangentialAcceleration = (float)dict->numberForKey("tangentialAcceleration");
type->tangentialAccelVariance = (float)dict->numberForKey("tangentialAccelVariance");
type->rotationIsDir = dict->numberForKey("rotationIsDir") != 0;
type->maxRadius = (float)dict->numberForKey("maxRadius");
type->maxRadiusVariance = (float)dict->numberForKey("maxRadiusVariance");
type->minRadius = (float)dict->numberForKey("minRadius");
type->minRadiusVariance = (float)dict->numberForKey("minRadiusVariance");
type->rotatePerSecond = (float)dict->numberForKey("rotatePerSecond");
type->rotatePerSecondVariance = (float)dict->numberForKey("rotatePerSecondVariance");
type->particleLifespan = (float)dict->numberForKey("particleLifespan");
type->particleLifespanVariance = (float)dict->numberForKey("particleLifespanVariance");
type->emissionRate = (float)(type->maxParticles) / type->particleLifespan;
type->textureFileName = dict->stringForKey("textureFileName");
const char* textureData = dict->stringForKey("textureImageData");
if (textureData[0])
{
CCParticleSystem::dataToTexture(type->textureFileName.c_str(), textureData);
}
float textureRectx = (float)dict->numberForKey("textureRectx");
float textureRecty = (float)dict->numberForKey("textureRecty");
float textureRectw = (float)dict->numberForKey("textureRectw");
float textureRecth = (float)dict->numberForKey("textureRecth");
CCRect textureRect(textureRectx, textureRecty, textureRectw, textureRecth);
type->textureRect = textureRect;
_parDict[filename] = type;
return type;
}
}
