public async void TestAnimationCreateFrames() { //Set DebugMode to debug with Fiddler //Bootstrapper.DebugMode = true; var tests = new ChromaInstanceTests(); var instance = await tests.Instance_ReturnValidInstance(); var testAnimation = new TestAnimation(instance); testAnimation.AnimationState += (devices, frame, result) => { Console.WriteLine($"Devices: {string.Join(",", devices)}, Frame: {frame} of {testAnimation.Frames.Count}, Effects: {string.Join(",", devices.Select(x=>x.EffectId))} Result: {string.Join(",", result)}"); }; testAnimation.CreateFrames(); var playTask = testAnimation.Play(); await Task.Delay(20000); await testAnimation.Stop(); }
public bool PlayMec(Vector2 playindex) { TestAnimation t = GetAnimation((int)playindex.x); if (t != null) { t.isPositive = true; t.Play(this.time, this.step, this.distance); t.SetAction(this.actiontime * t.GetAlltime(), delegate { call1 = true; }); } else { return(false); } //can add animation before play inverse animation pauseStartTime = Time.time; pauseAction = delegate { pauseAction = null; TestAnimation tt = GetAnimation((int)playindex.y); if (tt != null) { tt.isPositive = false; Vector3 newTime = new Vector3(this.time.z, this.time.y, this.time.x); Vector3 newStep = new Vector3(this.step.z, this.step.y, this.step.x); Vector2 newDistance = new Vector2(this.distance.y, this.distance.x); tt.Play(newTime, -newStep, newDistance); tt.SetAction(this.actiontime * tt.GetAlltime(), delegate { call2 = true; }); } }; return(true); }