void XMLModelDefinitionSerializer::exportParticleSystems(ModelDefinitionPtr modelDef, TiXmlElement& modelElem)
{
if (modelDef->mParticleSystems.size()) {
TiXmlElement particleSystemsElem("particlesystems");
for (ModelDefinition::ParticleSystemSet::const_iterator I = modelDef->mParticleSystems.begin(); I != modelDef->mParticleSystems.end(); ++I) {
TiXmlElement particleSystemElem("particlesystem");
particleSystemElem.SetAttribute("script", I->Script.c_str());
if (!I->Direction.isNaN()) {
TiXmlElement directionElem("direction");
XMLHelper::fillElementFromVector3(directionElem, I->Direction);
particleSystemElem.InsertEndChild(directionElem);
}
if (I->Bindings.size()) {
TiXmlElement bindingsElem("bindings");
for (ModelDefinition::BindingSet::const_iterator J = I->Bindings.begin(); J != I->Bindings.end(); ++J) {
TiXmlElement bindingElem("binding");
bindingsElem.SetAttribute("emittervar", J->EmitterVar);
bindingsElem.SetAttribute("atlasattribute", J->AtlasAttribute);
particleSystemElem.InsertEndChild(bindingsElem);
}
}
particleSystemsElem.InsertEndChild(particleSystemElem);
}
modelElem.InsertEndChild(particleSystemsElem);
}
}
void XMLJesusSerializer::saveBlueprintToFile(Carpenter::BluePrint* blueprint, const std::string& filename, const std::string& name)
{
if (filename == "" || filename == "." || filename == "..") {
return;
}
TiXmlDocument _XMLDoc;
try
{
//make sure the directory exists
std::string dir = EmberServices::getSingleton().getConfigService().getHomeDirectory() + "/carpenter/blueprints";
oslink::directory osdir(dir);
if (!osdir) {
#ifdef __WIN32__
mkdir((EmberServices::getSingleton().getConfigService().getHomeDirectory() + "carpenter").c_str());
mkdir(dir.c_str());
#else
mkdir((EmberServices::getSingleton().getConfigService().getHomeDirectory() + "carpenter").c_str(), S_IRWXU);
mkdir(dir.c_str(), S_IRWXU);
#endif
}
TiXmlElement elem("blueprint");
elem.SetAttribute("startingblock", blueprint->getStartingBlock()->getName().c_str());
elem.SetAttribute("name", name.c_str());
TiXmlElement buildingBlocksElem("buildingblocks");
//now iterate over all building blocks
const std::vector< Carpenter::BuildingBlock*> bblocks = blueprint->getAttachedBlocks();
std::vector< Carpenter::BuildingBlock*>::const_iterator I = bblocks.begin();
std::vector< Carpenter::BuildingBlock*>::const_iterator I_end = bblocks.end();
for (;I != I_end; ++I) {
TiXmlElement buildingBlockElem("buildingblock");
buildingBlockElem.SetAttribute("blocktype", (*I)->getBuildingBlockSpec()->getName().c_str() );
buildingBlockElem.SetAttribute("name", (*I)->getName().c_str());
buildingBlocksElem.InsertEndChild(buildingBlockElem);
}
//iterate over the bindings
TiXmlElement bindingsElem("bindings");
const std::list< Carpenter::BuildingBlockBinding>* bindings = blueprint->getBindings();
std::list< Carpenter::BuildingBlockBinding>::const_iterator J = bindings->begin();
std::list< Carpenter::BuildingBlockBinding>::const_iterator J_end = bindings->end();
for (;J != J_end; ++J) {
TiXmlElement bindingElem("binding");
bindingElem.SetAttribute("block1", (*J).getBlock1()->getName().c_str());
bindingElem.SetAttribute("block2", (*J).getBlock2()->getName().c_str());
const Carpenter::AttachPoint* point1 = (*J).getAttachPoint1();
std::string point1Name = point1->getAttachPair()->getName() + "/" + point1->getName();
const Carpenter::AttachPoint* point2 = (*J).getAttachPoint2();
std::string point2Name = point2->getAttachPair()->getName() + "/" + point2->getName();
bindingElem.SetAttribute("point1", point1Name.c_str());
bindingElem.SetAttribute("point2", point2Name.c_str());
bindingsElem.InsertEndChild(bindingElem);
}
elem.InsertEndChild(bindingsElem);
elem.InsertEndChild(buildingBlocksElem);
_XMLDoc.InsertEndChild(elem);
_XMLDoc.SaveFile(filename.c_str());
}
catch (...)
{
S_LOG_FAILURE("An error occurred creating the document." );
}
}
