static void Main(string[] args) { dk.KinectWrapProperties kwp; dk.KinectWrap kw; kwp = new dk.KinectWrapProperties(); kwp.HasHandTracking = true; kwp.HasGestureRecognition = true; kwp.HandTrackHandler = HandTrack; kwp.GestureHandler = GestureHandle; kwp.Gestures = new dk.GestureType[1] { dk.GestureType.Wave }; kw = new dk.KinectWrap(kwp); }
static void Main(string[] args) { dk.KinectWrapProperties kwp; dk.KinectWrap kw; kwp = new dk.KinectWrapProperties(); kwp.HasHandTracking = true; kwp.HasGestureRecognition = true; kwp.HandTrackHandler = HandTrack; kwp.GestureHandler = GestureHandle; kwp.Gestures = new dk.GestureType[1] { dk.GestureType.Wave }; kw = new dk.KinectWrap(kwp); }
/// <summary> /// Constructor /// </summary> public KinectWrap(KinectWrapProperties properties) { string xml; if (properties == null) { throw new Exception("KinectWrapProperties not provided"); } if (properties.HasGestureRecognition && properties.Gestures == null) { throw new Exception("KinectWrapProperties Gestures must at least have 1 gesture"); } this._resources = new ResourceManager(typeof(XmlFiles)); xml = this._resources.GetString("openniconfig"); this._xmlFileName = Guid.NewGuid().ToString().Replace("{", "").Replace("}", "").Replace("-", "") + ".xml"; this._xmlFileName = System.Reflection.Assembly.GetExecutingAssembly().Location + this._xmlFileName; using (StreamWriter wr = new StreamWriter(this._xmlFileName)) { wr.Write(xml); } this._context = new OpenNI.Context(this._xmlFileName); if (properties.HasHandTracking) { this._hands = new OpenNI.HandsGenerator(this._context); this._hands.HandUpdate += new OpenNI.HandsGenerator.HandUpdateHandler( delegate(OpenNI.ProductionNode node, uint id, ref OpenNI.Point3D position, float fTime) { if (properties.HandTrackHandler != null) { properties.HandTrackHandler.Invoke(new Point3D() { X = position.X, Y = position.Y, Z = position.Z }); } }); if (!properties.HasGestureRecognition) { this._hands.HandCreate += new OpenNI.HandsGenerator.HandCreateHandler( delegate(OpenNI.ProductionNode node, uint id, ref OpenNI.Point3D position, float fTime) { this._hands.StartTracking(ref position); }); } } if (properties.HasGestureRecognition) { this._gesture = new OpenNI.GestureGenerator(this._context); foreach (GestureType g in properties.Gestures) { switch (g) { case GestureType.Wave: { this._gesture.AddGesture("Wave"); break; } default: { break; } } } this._gesture.GestureRecognized += new OpenNI.GestureGenerator.GestureRecognizedHandler( delegate(OpenNI.ProductionNode node, string strGesture, ref OpenNI.Point3D idPosition, ref OpenNI.Point3D endPosition) { if (properties.GestureHandler != null) { GestureType gt; switch (strGesture) { case "Wave": { gt = GestureType.Wave; break; } default: { gt = GestureType.Wave; break; } } properties.GestureHandler.Invoke(gt, new Point3D() { X = endPosition.X, Y = endPosition.Y, Z = endPosition.Z }); } if (properties.HasHandTracking) { this._hands.StartTracking(ref endPosition); } }); } if (properties.HasHandTracking) { this._hands.StartGenerating(); } if (properties.HasGestureRecognition) { this._gesture.StartGenerating(); } System.Threading.Thread th = new System.Threading.Thread(delegate() { try { while (true) { this._context.WaitAnyUpdateAll(); } } finally { this.Dispose(); } }); th.Start(); }
/// <summary> /// Constructor /// </summary> public KinectWrap(KinectWrapProperties properties) { string xml; if (properties == null) { throw new Exception("KinectWrapProperties not provided"); } if (properties.HasGestureRecognition && properties.Gestures == null) { throw new Exception("KinectWrapProperties Gestures must at least have 1 gesture"); } this._resources = new ResourceManager(typeof(XmlFiles)); xml = this._resources.GetString("openniconfig"); this._xmlFileName = Guid.NewGuid().ToString().Replace("{", "").Replace("}", "").Replace("-", "") + ".xml"; this._xmlFileName = System.Reflection.Assembly.GetExecutingAssembly().Location + this._xmlFileName; using (StreamWriter wr = new StreamWriter(this._xmlFileName)) { wr.Write(xml); } this._context = new OpenNI.Context(this._xmlFileName); if (properties.HasHandTracking) { this._hands = new OpenNI.HandsGenerator(this._context); this._hands.HandUpdate += new OpenNI.HandsGenerator.HandUpdateHandler( delegate(OpenNI.ProductionNode node, uint id, ref OpenNI.Point3D position, float fTime) { if (properties.HandTrackHandler != null) { properties.HandTrackHandler.Invoke(new Point3D() { X = position.X, Y = position.Y, Z = position.Z }); } }); if (!properties.HasGestureRecognition) { this._hands.HandCreate += new OpenNI.HandsGenerator.HandCreateHandler( delegate(OpenNI.ProductionNode node, uint id, ref OpenNI.Point3D position, float fTime) { this._hands.StartTracking(ref position); }); } } if (properties.HasGestureRecognition) { this._gesture = new OpenNI.GestureGenerator(this._context); foreach (GestureType g in properties.Gestures) { switch (g) { case GestureType.Wave: { this._gesture.AddGesture("Wave"); break; } default: { break; } } } this._gesture.GestureRecognized += new OpenNI.GestureGenerator.GestureRecognizedHandler( delegate(OpenNI.ProductionNode node, string strGesture, ref OpenNI.Point3D idPosition, ref OpenNI.Point3D endPosition) { if (properties.GestureHandler != null) { GestureType gt; switch (strGesture) { case "Wave": { gt = GestureType.Wave; break; } default: { gt = GestureType.Wave; break; } } properties.GestureHandler.Invoke(gt, new Point3D() { X = endPosition.X, Y = endPosition.Y, Z = endPosition.Z }); } if (properties.HasHandTracking) { this._hands.StartTracking(ref endPosition); } }); } if (properties.HasHandTracking) { this._hands.StartGenerating(); } if (properties.HasGestureRecognition) { this._gesture.StartGenerating(); } System.Threading.Thread th = new System.Threading.Thread(delegate() { try { while (true) { this._context.WaitAnyUpdateAll(); } } finally { this.Dispose(); } }); th.Start(); }