public void Persist(StatePersister reader)
{
reader.PersistVersion(1);
reader.BeginObject("Base");
reader.PersistVersion(1);
reader.EndObject();
var objectId = _gameObject?.ID ?? 0u;
reader.PersistObjectID(ref objectId);
if (reader.Mode == StatePersistMode.Read)
{
_gameObject = reader.Game.GameLogic.GetObjectById(objectId);
}
reader.PersistEnum(ref _geometryType);
// Sometimes there's a 0xC, which is probably uninitialized data.
byte geometryIsSmall = _geometryIsSmall ? (byte)1 : (byte)0;
reader.PersistByte(ref geometryIsSmall);
_geometryIsSmall = geometryIsSmall == 1;
reader.PersistSingle(ref _geometryMajorRadius);
reader.PersistSingle(ref _geometryMinorRadius);
reader.PersistSingle(ref _angle);
reader.PersistVector3(ref _position);
reader.SkipUnknownBytes(12);
reader.BeginArray("ModelsPerPlayer");
for (var i = 0; i < Player.MaxPlayers; i++)
{
reader.BeginObject();
byte numModels = (byte)_modelsPerPlayer[i].Count;
reader.PersistByte(ref numModels);
reader.BeginArray("Models");
for (var j = 0; j < numModels; j++)
{
reader.BeginObject();
var modelName = reader.Mode == StatePersistMode.Write
? _modelsPerPlayer[i][j].Model.Name
: "";
reader.PersistAsciiString(ref modelName);
Model model;
ModelInstance modelInstance;
if (reader.Mode == StatePersistMode.Read)
{
model = reader.AssetStore.Models.GetByName(modelName);
modelInstance = model.CreateInstance(reader.AssetStore.LoadContext);
_modelsPerPlayer[i].Add(modelInstance);
}
else
{
modelInstance = _modelsPerPlayer[i][j];
model = modelInstance.Model;
}
var scale = 1.0f;
reader.PersistSingle(ref scale);
if (scale != 1.0f)
{
throw new InvalidStateException();
}
reader.PersistColorRgba(ref modelInstance.HouseColor, "HouseColor");
reader.PersistVersion(1);
var modelTransform = reader.Mode == StatePersistMode.Write
? Matrix4x3.FromMatrix4x4(modelInstance.GetWorldMatrix())
: Matrix4x3.Identity;
reader.PersistMatrix4x3(ref modelTransform, readVersion: false);
if (reader.Mode == StatePersistMode.Read)
{
modelInstance.SetWorldMatrix(modelTransform.ToMatrix4x4());
}
var numMeshes = (uint)model.SubObjects.Length;
reader.PersistUInt32(ref numMeshes);
if (numMeshes > 0 && numMeshes != model.SubObjects.Length)
{
throw new InvalidStateException();
}
reader.BeginArray("Meshes");
for (var k = 0; k < numMeshes; k++)
{
reader.BeginObject();
var meshName = model.SubObjects[k].FullName;
reader.PersistAsciiString(ref meshName);
if (meshName != model.SubObjects[k].FullName)
{
throw new InvalidStateException();
}
reader.PersistBoolean(ref modelInstance.UnknownBools[k], "UnknownBool");
var meshTransform = reader.Mode == StatePersistMode.Write
? Matrix4x3.FromMatrix4x4(modelInstance.RelativeBoneTransforms[model.SubObjects[k].Bone.Index])
: Matrix4x3.Identity;
reader.PersistMatrix4x3(ref meshTransform, readVersion: false);
if (reader.Mode == StatePersistMode.Read)
{
// TODO: meshTransform is actually absolute, not relative.
modelInstance.RelativeBoneTransforms[model.SubObjects[k].Bone.Index] = meshTransform.ToMatrix4x4();
}
reader.EndObject();
}
reader.EndArray();
reader.EndObject();
}
reader.EndArray();
reader.EndObject();
}
reader.EndArray();
reader.PersistBoolean(ref _hasUnknownThing);
if (_hasUnknownThing)
{
reader.PersistByte(ref _unknownByte);
reader.PersistUInt32(ref _unknownInt);
}
}
