CObject* CEntitySerializer::LoadObject(const std::vector<unsigned char>& data, long mark)
{
if (!data.size() )
{
return NULL;
}
assert(data.size() ) ;
// load magic
long magic;
assert_input(data, mark, sizeof(long));
memcpy(&magic , (char*)&data[mark], sizeof(long));
if (magic == 2 )
{
return LoadObjectTree(data, mark);
}
else
{
CMatrix m_Pos;
std::string name;
float globalScale;
long m =mark + sizeof(long);
assert_input(data, m, sizeof(CMatrix));
memcpy(&m_Pos, (char*) &data[m] , sizeof(CMatrix));
m+= sizeof(CMatrix);
pop_string(data, name, m);
m+= name.size() + sizeof(long);
assert_input(data, m,sizeof(float));
memcpy(&globalScale , (char*)&data[m], sizeof(float));
m+=sizeof(float);
CEntity * ent = LoadEntity(data, m, magic ==1);
std::vector<CObject*> children;
CMatrix mat;
mat = mat.ConstructScaling(CVector(globalScale,globalScale,globalScale));
CObject* pObject = new CObject("", true, mat,children, ent);
return pObject;
}
return NULL;
}
