public ExportResult Export(GroupDisplayData datas)
{
ExportStats stats = new ExportStats();
BabylonOutputs outputs = new BabylonOutputs();
string tempPath = Path.GetTempPath();
var prims = new List <object>();
Tuple <string, object, List <object> > rootPrim = SerializeCombinedFaces(null, datas.RootPrim, "png", tempPath, outputs, stats);
prims.Add(rootPrim.Item2);
foreach (var data in datas.Prims.Where(p => p != datas.RootPrim))
{
prims.Add(SerializeCombinedFaces(rootPrim.Item1, data, "png", tempPath, outputs, stats).Item2);
}
var res = PackageResult(datas.ObjectName, datas.CreatorName, outputs, prims);
stats.ConcreteCount = 1;
stats.TextureCount = res.TextureFiles.Count;
res.Stats = stats;
return(res);
}
private ulong GetGroupHash(GroupDisplayData group)
{
ulong groupHash = 5381;
foreach (var prim in group.Prims)
{
groupHash = Murmur2.Hash(prim.ShapeHash, groupHash);
groupHash = Murmur2.Hash(prim.MaterialHash, groupHash);
}
return(groupHash);
}
public ExportResult Export(GroupDisplayData datas)
{
ExportResult result = new ExportResult();
Dictionary <UUID, TrackedTexture> materialTracker = new Dictionary <UUID, TrackedTexture>();
string tempPath = Path.GetTempPath();
foreach (var data in datas.Prims)
{
result.Combine(ExportSingle(data, materialTracker, UUID.Random(), "png", result.TextureFiles, tempPath));
}
result.ObjectName = datas.ObjectName;
result.CreatorName = datas.CreatorName;
return(result);
}
public void TestSerializeDeserialize()
{
var sops = new[]
{
Util.RandomSOP("sop1", 1),
Util.RandomSOP("sop2", 2),
Util.RandomSOP("sop3", 3)
};
var group = new SceneObjectGroup(sops[0]);
group.AddPart(sops[1]);
group.AddPart(sops[2]);
var loaderParams = new GroupLoader.LoaderParams();
GroupDisplayData gdd = GroupLoader.Instance.GroupDisplayDataFromSOG(UUID.Zero, loaderParams, group, null, null, null);
var formatter = new BabylonFlatbufferFormatter();
var rawResult = formatter.Export(gdd);
var result = rawResult.FaceBlob;
CompareLogic comp = new CompareLogic
{
Config =
{
CompareStaticFields = false,
CompareStaticProperties = false,
MembersToIgnore = PrimCompareIgnoreList
}
};
var fbGroup =
BabylonFileFlatbuffer.GetRootAsBabylonFileFlatbuffer(new ByteBuffer(result.Item1, result.Item2));
Assert.NotNull(fbGroup);
}
static int Main(string[] args)
{
try
{
var extra = _options.Parse(args);
if (extra.Count != 0)
{
Console.Error.WriteLine($"Invalid option: {extra[0]}");
PrintUsage();
return(1);
}
}
catch (OptionException)
{
PrintUsage();
return(2);
}
int errcode;
if (!CheckBasicOptions(args, out errcode))
{
return(errcode);
}
GroupLoader.LoaderParams parms = new GroupLoader.LoaderParams
{
PrimLimit = Convert.ToInt32(_primLimit),
Checks = (GroupLoader.LoaderChecks)Convert.ToInt16(_checks)
};
ExpLib.Init();
GroupDisplayData data = null;
List <GroupDisplayData> multiGroups = null;
if (_stream)
{
string input = Console.In.ReadToEnd();
data = GroupLoader.Instance.LoadFromXML(input, parms);
}
else if (_xmlFile != null)
{
string input = File.ReadAllText(_xmlFile);
data = GroupLoader.Instance.LoadFromXML(input, parms);
}
else if (_aggrDir != null)
{
multiGroups = new List <GroupDisplayData>();
var dirList = Directory.EnumerateFiles(_aggrDir, "*.xml");
foreach (var file in dirList)
{
string input = File.ReadAllText(file);
multiGroups.Add(GroupLoader.Instance.LoadFromXML(input, parms));
}
}
else if (_userId != UUID.Zero && _invItemId != UUID.Zero)
{
data = GroupLoader.Instance.Load(_userId, _invItemId, parms);
}
else
{
Console.Error.WriteLine("Either stream, file, aggregation, or userid and invitemid are required parameters");
PrintUsage();
return(5);
}
IExportFormatter formatter = ExportFormatterFactory.Instance.Get(_formatter);
ExportResult res = multiGroups != null?formatter.Export(multiGroups) : formatter.Export(data);
Console.Out.WriteLine($"Scene Statistics:\n\n" +
$"Concrete objects: {res.Stats.ConcreteCount}\n" +
$"Instanced objects: {res.Stats.InstanceCount}\n" +
$"Unique submeshes: {res.Stats.SubmeshCount}\n" +
$"Concrete primitives: {res.Stats.PrimCount}\n" +
$"Unique textures: {res.Stats.TextureCount}\n");
//sort the prim and face stats
var sortedGroupsByPrimCount = res.Stats.GroupsByPrimCount.OrderByDescending(o => o.Item2);
var sortedGroupsBySubmeshCount = res.Stats.GroupsBySubmeshCount.OrderByDescending(o => o.Item2);
//top 10
Console.Out.WriteLine("Top 10 groups by prim count");
foreach (var grp in sortedGroupsByPrimCount.Take(10))
{
Console.Out.WriteLine($"{grp.Item2} {grp.Item1}");
}
Console.Out.WriteLine();
Console.Out.WriteLine("Top 10 groups by submesh count");
foreach (var grp in sortedGroupsBySubmeshCount.Take(10))
{
Console.Out.WriteLine($"{grp.Item2} {grp.Item1}");
}
Console.Out.WriteLine();
PackagerParams pp = new PackagerParams {
Direct = _direct
};
IPackager packager = PackagerFactory.Instance.Get(_packager);
packager.CreatePackage(res, _outputDir, pp);
ExpLib.ShutDown();
return(0);
}
