public void Deserialize(uint tick, ref DataStreamReader reader)
{
this.Tick = tick;
this.fillType = reader.ReadByte() == 1;
this.centerX = reader.ReadFloat();
this.centerY = reader.ReadFloat();
this.radius = reader.ReadFloat();
this.shape = (VoxelShape)reader.ReadInt();
}
protected override void OnInit(Parameters parameters)
{
shape = parameters.GetParameter <VoxelShape>(PARAMETER_SHAPE, VoxelShape.Sphere);
radius = parameters.GetParameter <fint>(PARAMETER_RADIUS, fint.half);
height = parameters.GetParameter <fint>(PARAMETER_HEIGHT, fint.two);
position = parameters.GetParameter <FVector3>(PARAMETER_POSITION, FVector3.zero);
useGravity = parameters.GetParameter <bool>(PARAMETER_USE_GRAVITY, true);
color = parameters.GetParameter <FVector3>(PARAMETER_COLOR, FVector3.one);
}
public void Deserialize(uint tick, ref DataStreamReader reader, VoxelStencilInput baseline, NetworkCompressionModel compressionModel)
{
this.Tick = tick;
this.fillType = reader.ReadByte() == 1;
this.centerX = reader.ReadPackedFloat(compressionModel);
this.centerY = reader.ReadPackedFloat(compressionModel);
this.radius = reader.ReadPackedFloat(compressionModel);
this.shape = (VoxelShape)reader.ReadPackedInt(compressionModel);
Deserialize(tick, ref reader);
}
private RenderQueue getQueue(short id, VoxelShape shape)
{
Predicate <RenderQueue> idFinder = (RenderQueue q) => { return(q.id == id); };
bool exists = queues.Exists(idFinder);
if (exists)
{
return(queues.Find(idFinder));
}
else
{
RenderQueue q = new RenderQueue();
q.id = id;
q.shape = shape;
q.voxels = new BitArray(parent.chunkSize * parent.chunkSize * parent.chunkSize);
queues.Add(q);
return(q);
}
}
internal VoxelBlobShape( VoxelShape[] cells, float cellWidth )
{
Cells = cells;
CellWidth = cellWidth;
}
