void IData <Circuit> .Save(DataSaver <Circuit> saver, object parameter)
{
MeshFaceParameters parameters = (MeshFaceParameters)parameter;
saver.WriteInt32(Positions.Count);
saver.WriteMany(Positions, x => saver.WriteVector3U(x));
saver.WriteInt32(Faces.Count);
saver.WriteInt32(Faces.Where(x => x.FaceVertexCount == 3).Count());
saver.WriteInt32(Faces.Where(x => x.FaceVertexCount == 4).Count());
saver.SaveMany(Faces, parameters);
saver.WriteMany(Normals, x => saver.WriteVector3F16x16(x));
saver.WriteSingle16x16(Volume);
}
// ---- METHODS ------------------------------------------------------------------------------------------------
void IData <Circuit> .Load(DataLoader <Circuit> loader, object parameter)
{
MeshFaceParameters parameters = (MeshFaceParameters)parameter;
int vertexCount = loader.ReadInt32();
Positions = loader.ReadMany(vertexCount, () => loader.ReadVector3U());
int faceCount = loader.ReadInt32();
int triCount = loader.ReadInt32();
int quadCount = loader.ReadInt32();
Faces = loader.LoadMany <MeshFace>(faceCount, parameters).ToList();
Normals = loader.ReadMany(vertexCount, () => loader.ReadVector3F16x16());
Volume = loader.ReadSingle16x16();
}
// ---- METHODS ------------------------------------------------------------------------------------------------
void IData <Circuit> .Load(DataLoader <Circuit> loader, object parameter)
{
MeshFaceParameters parameters = (MeshFaceParameters)parameter;
if (parameters.HasNamedFaces)
{
Name = loader.ReadPodString();
}
if (loader.Instance.Key == 0x00005CA8)
{
Indices[3] = loader.ReadInt32();
Indices[0] = loader.ReadInt32();
FaceVertexCount = loader.ReadInt32();
Indices[2] = loader.ReadInt32();
Indices[1] = loader.ReadInt32();
}
else
{
FaceVertexCount = loader.ReadInt32();
Indices = loader.ReadInt32s(4);
}
Normal = loader.ReadVector3F16x16();
MaterialType = loader.ReadPodString();
ColorOrTexIndex = loader.ReadUInt32();
TexCoords = loader.ReadMany(4, () => loader.ReadVector2U());
Reserved1 = loader.ReadUInt32();
if (FaceVertexCount == 4)
{
QuadReserved = loader.ReadVector3F16x16();
}
if (Normal == Vector3U.Zero)
{
Reserved2 = loader.ReadUInt32();
}
else
{
if (parameters.HasUnkProperty)
{
Unknown = loader.ReadUInt32();
}
Properties = loader.ReadUInt32();
}
}
void IData <Circuit> .Save(DataSaver <Circuit> saver, object parameter)
{
MeshFaceParameters parameters = (MeshFaceParameters)parameter;
if (parameters.HasNamedFaces)
{
saver.WritePodString(Name);
}
if (saver.Instance.Key == 0x00005CA8)
{
saver.WriteInt32(Indices[3]);
saver.WriteInt32(Indices[0]);
saver.WriteInt32(FaceVertexCount);
saver.WriteInt32(Indices[2]);
saver.WriteInt32(Indices[1]);
}
else
{
saver.WriteInt32(FaceVertexCount);
saver.WriteInt32s(Indices);
}
saver.WriteVector3F16x16(Normal);
saver.WritePodString(MaterialType);
saver.WriteUInt32(ColorOrTexIndex);
saver.WriteMany(TexCoords, x => saver.WriteVector2U(x));
saver.Write(Reserved1);
if (FaceVertexCount == 4)
{
saver.WriteVector3F16x16(QuadReserved);
}
if (Normal == Vector3U.Zero)
{
saver.WriteUInt32(Reserved2);
}
else
{
if (parameters.HasUnkProperty)
{
saver.WriteUInt32(Unknown);
}
saver.WriteUInt32(Properties);
}
}
