public BVHContent(string filecontent, Skeleton skl, RootMovement rootMovement) : this(new BVHContentString(filecontent, skl == null), skl, new List <RootMovement>() { rootMovement }) { }
/// <summary> /// Initialize BVH Content. /// </summary> /// <param name="bvh">A semi-processed BVHContent</param> public BVHContent(BVHContentString bvh, Skeleton skeleton, List <RootMovement> rootMovement) { #region Initialize skeleton. if (skeleton == null) { Skeleton = new Skeleton(); Skeleton.Root = new BVHNode(bvh.Root, this, -1); } else { this.Skeleton = skeleton; } #endregion #region Clean and set FrameTime this.FrameTime = float.Parse(StringProccesing.CleanUp(bvh.FrameTime)); #endregion #region Organize bones ID by level organize_bones_id_by_level(); #endregion #region Clean frames and insert to list of float arrays List <float[]> fFrames = string_to_fFloat(bvh.Frames); #endregion #region Delete root movement for (int i = 0; i < rootMovement.Count; i++) { RootMovement rm = rootMovement[i]; if (rm == RootMovement.Delete) { delete_root_movement(fFrames, false); } else if (rm == RootMovement.KeepOnlyY) { delete_root_movement(fFrames, true); } else if (rm == RootMovement.ZeroRootXZ) { center_by_root_xyz(fFrames); } else if (rm == RootMovement.SetYOfRootAsFirstFrame) { set_y_of_root_as_first_frame(fFrames); } } #endregion #region Calculate matrices and their indices. MXI = new MatrixIndexer(fFrames, this); #endregion }