shared_ptr <GLTF::JSONObject> serializeMesh(GLTFMesh* mesh, void *context)
{
shared_ptr <GLTF::JSONObject> meshObject(new GLTF::JSONObject());
meshObject->setString("name", mesh->getName());
//primitives
shared_ptr <GLTF::JSONArray> primitivesArray(new GLTF::JSONArray());
meshObject->setValue("primitives", primitivesArray);
PrimitiveVector primitives = mesh->getPrimitives();
unsigned int primitivesCount = (unsigned int)primitives.size();
for (unsigned int i = 0 ; i < primitivesCount ; i++) {
shared_ptr<GLTF::GLTFPrimitive> primitive = primitives[i];
void *primitiveContext[2];
primitiveContext[0] = mesh;
primitiveContext[1] = context;
shared_ptr <GLTF::JSONObject> primitiveObject = serializePrimitive(primitive.get(), primitiveContext);
primitivesArray->appendValue(primitiveObject);
}
return meshObject;
}
QDomElement PListSerializer::serializeElement(QDomDocument &doc, const QVariant &variant) {
if (variant.type() == QVariant::Map) {
return serializeMap(doc, variant.toMap());
}
else if (variant.type() == QVariant::List) {
return serializeList(doc, variant.toList());
}
else {
return serializePrimitive(doc, variant);
}
}
shared_ptr <GLTF::JSONObject> serializeMesh(GLTFMesh* mesh, void *context)
{
shared_ptr <GLTF::JSONObject> meshObject(new GLTF::JSONObject());
meshObject->setString("name", mesh->getName());
//primitives
shared_ptr <GLTF::JSONArray> primitivesArray(new GLTF::JSONArray());
meshObject->setValue("primitives", primitivesArray);
//meshAttributes
shared_ptr <GLTF::JSONObject> meshAttributesObject(new GLTF::JSONObject());
meshObject->setValue("attributes", meshAttributesObject);
shared_ptr <MeshAttributeVector> allMeshAttributes = mesh->meshAttributes();
PrimitiveVector primitives = mesh->getPrimitives();
unsigned int primitivesCount = (unsigned int)primitives.size();
for (unsigned int i = 0 ; i < primitivesCount ; i++) {
shared_ptr<GLTF::GLTFPrimitive> primitive = primitives[i];
shared_ptr <GLTF::GLTFIndices> uniqueIndices = primitive->getUniqueIndices();
void *primitiveContext[2];
primitiveContext[0] = mesh;
primitiveContext[1] = context;
shared_ptr <GLTF::JSONObject> primitiveObject = serializePrimitive(primitive.get(), primitiveContext);
primitivesArray->appendValue(primitiveObject);
}
vector <GLTF::Semantic> allSemantics = mesh->allSemantics();
for (unsigned int i = 0 ; i < allSemantics.size() ; i++) {
GLTF::Semantic semantic = allSemantics[i];
GLTF::IndexSetToMeshAttributeHashmap::const_iterator meshAttributeIterator;
GLTF::IndexSetToMeshAttributeHashmap& indexSetToMeshAttribute = mesh->getMeshAttributesForSemantic(semantic);
//FIXME: consider turn this search into a method for mesh
for (meshAttributeIterator = indexSetToMeshAttribute.begin() ; meshAttributeIterator != indexSetToMeshAttribute.end() ; meshAttributeIterator++) {
//(*it).first; // the key value (of type Key)
//(*it).second; // the mapped value (of type T)
shared_ptr <GLTF::GLTFMeshAttribute> meshAttribute = (*meshAttributeIterator).second;
shared_ptr <GLTF::JSONObject> meshAttributeObject = serializeMeshAttribute(meshAttribute.get(), context);
meshAttributesObject->setValue(meshAttribute->getID(), meshAttributeObject);
}
}
return meshObject;
}
shared_ptr <GLTF::JSONObject> serializeMesh(GLTFMesh* mesh, void *context)
{
shared_ptr <GLTF::JSONObject> meshObject(new GLTF::JSONObject());
meshObject->setString("name", mesh->getName());
//primitives
shared_ptr <GLTF::JSONArray> primitivesArray(new GLTF::JSONArray());
meshObject->setValue("primitives", primitivesArray);
PrimitiveVector primitives = mesh->getPrimitives();
unsigned int primitivesCount = (unsigned int)primitives.size();
for (unsigned int i = 0 ; i < primitivesCount ; i++) {
shared_ptr<GLTF::GLTFPrimitive> primitive = primitives[i];
void *primitiveContext[2];
primitiveContext[0] = mesh;
primitiveContext[1] = context;
shared_ptr <GLTF::JSONObject> primitiveObject = serializePrimitive(primitive.get(), primitiveContext);
primitivesArray->appendValue(primitiveObject);
}
if (mesh->getExtensions()->getKeysCount() > 0) {
meshObject->setValue("extensions", mesh->getExtensions());
if (mesh->getExtensions()->contains("won-compression")) {
shared_ptr<JSONObject> compressionObject = static_pointer_cast<JSONObject>(mesh->getExtensions()->getValue("won-compression"));
if (compressionObject->contains("compressedData")) {
shared_ptr<JSONObject> compressionData = compressionObject->getObject("compressedData");
GLTFBufferView *bufferView = (GLTFBufferView*)((void**)context)[0];
compressionData->setString("bufferView", bufferView->getID());
}
}
if (mesh->getExtensions()->contains("Open3DGC-compression")) {
shared_ptr<JSONObject> compressionObject = static_pointer_cast<JSONObject>(mesh->getExtensions()->getValue("Open3DGC-compression"));
if (compressionObject->contains("compressedData")) {
shared_ptr<JSONObject> compressionData = compressionObject->getObject("compressedData");
GLTFBufferView *bufferView = (GLTFBufferView*)((void**)context)[0];
compressionData->setString("bufferView", bufferView->getID());
}
}
}
return meshObject;
}
shared_ptr <JSONExport::JSONObject> serializeMesh(JSONMesh* mesh, void *context)
{
typedef map<std::string , shared_ptr<JSONExport::JSONBuffer> > IDToBufferDef;
IDToBufferDef IDToBuffer;
shared_ptr <JSONExport::JSONObject> meshObject(new JSONExport::JSONObject());
meshObject->setString("name", mesh->getName());
//primitives
shared_ptr <JSONExport::JSONArray> primitivesArray(new JSONExport::JSONArray());
meshObject->setValue("primitives", primitivesArray);
//accessors
shared_ptr <JSONExport::JSONObject> accessorsObject(new JSONExport::JSONObject());
meshObject->setValue("accessors", accessorsObject);
vector <shared_ptr< JSONExport::JSONAccessor> > allAccessors = mesh->remappedAccessors();
std::vector< shared_ptr<JSONExport::JSONPrimitive> > primitives = mesh->getPrimitives();
unsigned int primitivesCount = (unsigned int)primitives.size();
for (unsigned int i = 0 ; i < primitivesCount ; i++) {
shared_ptr<JSONExport::JSONPrimitive> primitive = primitives[i];
shared_ptr <JSONExport::JSONIndices> uniqueIndices = primitive->getUniqueIndices();
void *primitiveContext[2];
primitiveContext[0] = mesh;
primitiveContext[1] = context;
shared_ptr <JSONExport::JSONObject> primitiveObject = serializePrimitive(primitive.get(), primitiveContext);
primitivesArray->appendValue(primitiveObject);
//FIXME: check to remove that code
unsigned int indicesCount = (unsigned int)primitive->getUniqueIndices()->getCount();
if (indicesCount <= 0) {
// FIXME: report error
} else {
size_t indicesLength = sizeof(unsigned short) * indicesCount;
shared_ptr <JSONExport::JSONBuffer> indiceBuffer(new JSONExport::JSONBuffer(uniqueIndices->getBuffer()->getID(), indicesLength));
IDToBuffer[indiceBuffer->getID()] = indiceBuffer;
}
}
vector <JSONExport::Semantic> allSemantics = mesh->allSemantics();
for (unsigned int i = 0 ; i < allSemantics.size() ; i++) {
JSONExport::Semantic semantic = allSemantics[i];
JSONExport::IndexSetToAccessorHashmap::const_iterator accessorIterator;
JSONExport::IndexSetToAccessorHashmap& indexSetToAccessor = mesh->getAccessorsForSemantic(semantic);
//FIXME: consider turn this search into a method for mesh
for (accessorIterator = indexSetToAccessor.begin() ; accessorIterator != indexSetToAccessor.end() ; accessorIterator++) {
//(*it).first; // the key value (of type Key)
//(*it).second; // the mapped value (of type T)
shared_ptr <JSONExport::JSONAccessor> accessor = (*accessorIterator).second;
shared_ptr <JSONExport::JSONObject> accessorObject = serializeAccessor(accessor.get(), context);
accessorsObject->setValue(accessor->getID(), accessorObject);
}
}
return meshObject;
}
