private void CloseCurrentApp()
{
richTextBox1.Text = Resources.MainWindow_CloseCurrentApp_Loading___;
if (_currentApp != null)
{
_currentApp.DeInit();
}
// Clean up
_currentApp = null;
if (_currentControl != null)
{
_currentControl.HandleCreated -= renderControl_HandleCreated;
_currentControl.Dispose();
splitContainer1.Panel2.Controls.Remove(_currentControl);
_currentControl = null;
}
if (_currentHost != null)
{
_currentHost.Dispose();
_currentHost = null;
}
// Just in case...
GC.Collect();
GC.WaitForPendingFinalizers();
}
public KinectTester()
{
InitializeComponent();
sensor = new SmartKinectSensor();
renderCanvas = new RenderCanvas(TimeSpan.FromSeconds(10));
sensor.EnableSkeletonRenderingSensor();
renderCanvas.ImageRendered += DisplayRenderedImage;
capturedLabel.Visible = false;
jointController = new JointController();
gestureController = new GestureController();
skeletonRender = new SkeletonRenderer(sensor.Sensor);
sensor.SkeletonController.AddFunction(jointController);
sensor.SkeletonController.AddFunction(gestureController);
sensor.SkeletonController.AddFunction(skeletonRender);
skeletonRender.SkeletonRendered += renderCanvas.SkeletonFrameCaptured;
gestureController.GestureCaptured += GestureCaptured;
jointController.JointTrackingCaptured += JointTrackingCaptured;
ArduinoSerialPort serialPort = new ArduinoSerialPort("COM5", 115200);
serialPort.Open();
bodyTracker = new KinectBodyTracker(sensor, serialPort);
GestureBuilderForm test = new GestureBuilderForm(sensor);
test.Show();
// InitializeArduino();
}
public KinectTester()
{
InitializeComponent();
sensor = new SmartKinectSensor();
renderCanvas = new RenderCanvas(TimeSpan.FromSeconds(10));
sensor.EnableSkeletonRenderingSensor();
renderCanvas.ImageRendered += DisplayRenderedImage;
capturedLabel.Visible = false;
jointController = new JointController();
gestureController = new GestureController();
skeletonRender = new SkeletonRenderer(sensor.Sensor);
sensor.SkeletonController.AddFunction(jointController);
sensor.SkeletonController.AddFunction(gestureController);
sensor.SkeletonController.AddFunction(skeletonRender);
skeletonRender.SkeletonRendered += renderCanvas.SkeletonFrameCaptured;
gestureController.GestureCaptured += GestureCaptured;
jointController.JointTrackingCaptured += JointTrackingCaptured;
ArduinoSerialPort serialPort = new ArduinoSerialPort("COM5", 115200);
serialPort.Open();
bodyTracker = new KinectBodyTracker(sensor, serialPort);
GestureBuilderForm test = new GestureBuilderForm(sensor);
test.Show();
// InitializeArduino();
}
public override bool Render(RenderParams parentRp, RenderCanvas canvas)
{
if (!Active)
{
return(false);
}
_rp = new RenderParams(parentRp);
AdaptRenderParams(_rp);
//Util.Log("Render HID=" + rp.HierarchyID + " ID=" + this.ID + "\n");
// make a new canvas - anything painted on here by children, will
// be used in this SOundEvent.
RenderCanvas myCanvas = new RenderCanvas();
// Render to rp/myCanvas, to retrieve adapted render-params based on possible
// effects attached to me as child nodes.
RenderChildren(_rp, myCanvas);
// render my audio ... if within the right time
if (_rp.Time >= 0 && _rp.Time < Duration)
{
_audio.Render(_rp, myCanvas, _dspList, _audioRepeats);
canvas.TimeMarker = myCanvas.TimeMarker;
return(true);
}
return(false);
}
FMOD.Channel PlayOsc(RenderParams rp, RenderCanvas canvas)
{
FMOD.Channel channel = null;
FMOD.RESULT r = MusicEngine.AudioEngine.playDSP(FMOD.CHANNELINDEX.FREE, _dsp, true, ref channel);
if (r == FMOD.RESULT.OK && channel != null)
{
// set regular play properties
AdaptChannelSettings(channel, rp, canvas);
// set optional DSP unit(s) on channel
if (r == FMOD.RESULT.OK)
{
FMOD.DSPConnection conn = null;
foreach (FMOD.DSP d in _dspList)
{
r = channel.addDSP(d, ref conn); // TODO errcheck
}
// go - start playing
if (r == FMOD.RESULT.OK)
{
r = channel.setPaused(false);
}
}
} // if
return(channel);
}
private void ParseData()
{
_data = InputData.Text;
_isParsing = true;
RenderCanvas.Invalidate();
_isParsing = false;
}
public override bool Render(RenderParams parentRp, RenderCanvas canvas)
{
if (!Active)
{
return(false);
}
RenderParams rp = new RenderParams(parentRp);
AdaptRenderParams(rp);
RenderChildren(rp, canvas);
// enable dsp effect only when in right time range
if (_dsp != null)
{
if (rp.Time >= 0 && rp.Time < Duration)
{
_dsp.setBypass(false);
return(true);
}
else
{
_dsp.setBypass(true);
}
}
return(false);
}
private void OnStrokeColorChanged(Object sender, SelectionChangedEventArgs e)
{
if (StrokeList.SelectedIndex > -1)
{
_strokeColor = _colors[StrokeList.SelectedIndex];
}
RenderCanvas.Invalidate();
}
private void OnFillColorChanged(Object sender, SelectionChangedEventArgs e)
{
if (FillList.SelectedIndex > -1)
{
_fillColor = _colors[FillList.SelectedIndex];
}
RenderCanvas.Invalidate();
}
/**
* adapt a running sample according to renderparams and canvas result
*/
internal void AdaptChannelSettings(FMOD.Channel channel, RenderParams rp, RenderCanvas canvas)
{
double a = rp.Ampl * canvas.AmplMultiply + canvas.AmplAdd;
double p = rp.Pan + canvas.Pan;
channel.setVolume((float)a);
channel.setPan((float)p);
}
/**
* Render() method entry point for any SoundEvent.
* returns the adapted canvas, upon which events may 'draw' their output. (e.g. modifiers)
* Child classes will typically override Render() and have their own implementation.
* Return true if effect was active and activated at this time, false if not active or activated at this time.
*/
public virtual bool Render(RenderParams parentRp, RenderCanvas canvas)
{
if (!_isActive)
{
return(false); // skip if not active
}
_rp = new RenderParams(parentRp);
AdaptRenderParams(_rp);
return(RenderChildren(_rp, canvas));
}
public DeviceVisualizer(RenderCanvas renderCanvas, Device device) : base()
{
this.DoubleBuffered = true;
this.renderCanvas = renderCanvas;
this.device = device;
this.Id = device.Id;
InitializeComponent();
setupWithDevice();
setupEvents();
}
public void SetRenderCanvas(RenderCanvas renderCanvas)
{
this.renderCanvas = renderCanvas;
renderCanvas.BackColor = this.BackColor; //!important -> without this setup, the opacity from SpectrumVisualizer can no work properly
renderedSpectrumVisualizer.Size = renderCanvas.Size;
renderedSpectrumVisualizer.Location = new Point(0, 0);
renderCanvas.Controls.Add(renderedSpectrumVisualizer);
renderedSpectrumVisualizer.SyncronizeTo = previewSpectrumVisualizer; //Syncronize the two ChromaVisualizer
}
private void RenderGL()
{
if (_renderer != null && _sceneData != null)
{
_renderer.Draw();
GL.Flush();
RenderCanvas.SwapBuffers();
}
}
private void Timer_Tick(object sender, EventArgs e)
{
lock (lockToken)
{
if (isExecute == true)
{
return;
}
}
isExecute = true;
RenderCanvas.Invalidate();
isExecute = false;
}
internal void RenderOsc(RenderParams rp, RenderCanvas canvas)
{
//Util.Log("RenOsc HID=" + rp.HierarchyID + " T=" + Math.Round(rp.Time, 3) + " AbsT=" + Math.Round(rp.AbsTime, 3) + " A=" + Math.Round(rp.Ampl, 3) + "\n");
bool wasPlaying = nowPlayingList.ContainsKey(rp.HierarchyID);
FMOD.Channel channel = null;
FMOD.RESULT r;
if (wasPlaying)
{
channel = nowPlayingList[rp.HierarchyID];
// check if still playing now
bool isPlayingNow = false;
r = channel.isPlaying(ref isPlayingNow);
if (isPlayingNow)
{
// check if should be stopped now
if (rp.Time >= Duration)
{
channel.stop();
nowPlayingList.Remove(rp.HierarchyID);
}
else
{
// if still validly playing, adapt channel properties only.
AdaptChannelSettings(channel, rp, canvas);
//Util.Log(" rp.A=" + Math.Round(rp.Ampl, 3) + " canv.A=" + canvas.AmplMultiply + "\n");
}
}
else
{ // if not anymore, remove from list
nowPlayingList.Remove(rp.HierarchyID);
}
}
else
{ // was not playing but should be rendered - hence, initiate playing now
if (rp.Time < Duration - 0.100) // extra safety margin - do not start if close to end.
{
channel = PlayOsc(rp, canvas);
if (channel != null)
{
// store playing sound in the table
nowPlayingList[rp.HierarchyID] = channel;
}
else
{
//
}
}
}
}
/// <summary>
/// 初始化图层
/// </summary>
protected override void init()
{
CreateTemplate(MarkerCanvas, null);
//CreateTemplate(AreaCanvas, Areas);
PreViewCanvas = new RenderCanvas(ShowList, ShowListExpand, this);
// this.Children.Add(AreaCanvas);
this.Children.Add(MarkerCanvas);
this.Children.Add(PreViewCanvas);
PreViewCanvas.Visibility = System.Windows.Visibility.Collapsed;
//mThread = new Thread(checkLife);
//mThread.IsBackground = true;
//mThread.Start();
}
private void ShowSample(int index)
{
InputData.Text = _samples.ElementAt(index);
if (!_selectionChanged)
{
StrokeThickness.Value = 4;
StrokeList.SelectedIndex = 1;
FillList.SelectedIndex = 5;
_selectionChanged = false;
}
_data = InputData.Text;
RenderCanvas.Invalidate();
}
private void renderCanvas_Paint(object sender, System.Windows.Forms.PaintEventArgs e)
{
Random r = new Random();
// for (var i = 0; i < sceneData.vertices.Length; i++)
// {
// sceneData.vertices[i].X += (float) r.NextDouble() * 2 - 1;
// sceneData.vertices[i].Y += (float) r.NextDouble() * 2 - 1;
// }
renderer.Draw();
GL.Flush();
RenderCanvas.SwapBuffers();
}
public override bool Render(RenderParams parentRp, RenderCanvas canvas)
{
if (!Active) return false;
RenderParams rp = new RenderParams(parentRp);
AdaptRenderParams(rp);
RenderCanvas myCanvas = new RenderCanvas();
RenderChildren(rp, myCanvas);
// render my audio or signal or ... if within the right time
if (rp.Time >= 0 && (rp.Time < (Duration + RENDER_SAFETY_MARGIN_SEC)) && _dsp != null)
{
RenderOsc(rp, myCanvas);
return true;
}
return false;
}
public override bool Render(RenderParams parentRp, RenderCanvas canvas)
{
if (!Active)
{
return(false); // skip if not active
}
RenderParams rp = new RenderParams(parentRp);
AdaptRenderParams(rp);
RenderChildren(rp, canvas);
if (rp.Time >= 0 && rp.Time < Duration && _sig != null)
{
double s = _sig.Render(rp.Time);
switch (_modif)
{
case Modifier.DSP_PARAM:
if (_parentsDSP != null)
{
_parentsDSP.SetParameter(_paramNumber, s);
}
if (_parentsOsc != null)
{
_parentsOsc.SetParameter(_paramNumber, s);
}
break;
case Modifier.NONE:
break;
case Modifier.AMPLITUDE:
canvas.AmplMultiply *= s;
break;
case Modifier.AMPLITUDE_ADDITIVE:
canvas.AmplMultiply += s;
break;
case Modifier.PAN:
canvas.Pan += s;
break;
}
return(true);
}
return(false);
} // end method
private void ChangeMyDataLabel(RoutedEventArgs e)
{
if (this.flexChart.SelectedIndex < 0)
{
this.MyDataLabel.Visibility = Visibility.Collapsed;
this.MyDataLabel.Text = "";
}
else
{
this.MyDataLabel.Visibility = Visibility.Visible;
this.MyDataLabel.Text = this.DataList[this.flexChart.SelectedIndex];
object selectedItem = e.OriginalSource;
double left = RenderCanvas.GetLeft(selectedItem as UIElement);
double top = RenderCanvas.GetTop(selectedItem as UIElement);
double width = (selectedItem as FrameworkElement).Width;
Canvas.SetLeft(this.MyDataLabel, left + width + 5);
Canvas.SetTop(this.MyDataLabel, top);
}
}
/**
* called internally from Render() method, by any event that needs/wants to render its child events
*/
internal override bool RenderChildren(RenderParams rp, RenderCanvas canvas)
{
if (_children.Count() == 0)
{
return(false);
}
// check if a child for rendering is already selected: if not, select one
if (_childSelected == null)
{
// select one child effect random or in sequence, and see if it has to be played now
double myRpTime = rp.Time;
Random rnd = new Random();
int idx = rnd.Next(_children.Count());
KeyValuePair <double, List <SoundEvent> > kvPair = _children.ElementAt(idx);
List <SoundEvent> evs = kvPair.Value;
idx = rnd.Next(evs.Count());
_childSelected = evs.ElementAt(idx);
}
SoundEvent ev = _childSelected;
// check if we are in the time range where the effect can work
double evEndTime = 0.0 + ev.Duration; ///_timeSpeedupFactor ;
if (evEndTime + RENDER_SAFETY_MARGIN_SEC > rp.Time) // if end time lies in the future...
{
// --render the child effect, shifted in time/pan/amplitude by use of rp.
RenderParams rpChild = new RenderParams(rp);
rpChild.Time = (rp.Time - 0.0); // only time is set for each child separately. Rest is same.
bool wasActive = ev.Render(rpChild, canvas);
if (!wasActive)
{
_childSelected = null; // reset back - next time, another event may be selected into _childSelected
}
return(wasActive);
}
else
{
_childSelected = null; // reset back - next time, another event may be selected into _childSelected
}
return(false);
} // end method
public GestureBuilderForm(SmartKinectSensor sensor)
{
InitializeComponent();
this.sensor = sensor;
this.skeletonRenderer = new SkeletonRenderer(this.sensor.Sensor);
this.timeSpan = TimeSpan.FromSeconds(10);
this.renderCanvas = new RenderCanvas(timeSpan);
this.skeletonRenderer.SkeletonRendered += renderCanvas.SkeletonFrameCaptured;
this.renderCanvas.ImageRendered += new ImagingUtilities.ImageRenderedEventHandler(renderCanvas_ImageRendered);
this.renderCanvas.ReplayCanvasComplete += new ImagingUtilities.ImageRenderingCompleteEventHandler(renderCanvas_ReplayCanvasComplete);
this.sensor.SkeletonController.AddFunction(this.skeletonRenderer);
this.recording = true;
this.replaying = false;
InitializeFormControls();
}
/**
* called internally from Render() method, by any event that needs/wants to render its child events
*/
internal virtual bool RenderChildren(RenderParams rp, RenderCanvas canvas)
{
if (_children.Count() == 0)
{
return(false);
}
// loop all child effects and see if they have to be played now
bool wasActive = false;
foreach (KeyValuePair <double, List <SoundEvent> > pair in _children)
{
double evStartTime = pair.Key;
// check if effect lies in the future. In this case, we can break now. All further child effects
// will be even later in time so we do not need to iterate these further
if (evStartTime > rp.Time + rp.RenderAheadTime)
{
break;
}
// loop all events at that specific time 't'
foreach (SoundEvent ev in pair.Value)
{
// check if we are in the time range where the effect can work
double evEndTime = evStartTime + ev.Duration; ///_timeSpeedupFactor ;
if (evEndTime + RENDER_SAFETY_MARGIN_SEC > rp.Time) // if end time lies in the future...
{
// --render the child effect, shifted in time/pan/amplitude by use of rp.
RenderParams rpChild = new RenderParams(rp);
rpChild.Time = (rp.Time - evStartTime); // only time is set for each child separately. Rest is same.
bool wasChildActive = ev.Render(rpChild, canvas);
if (wasChildActive)
{
wasActive = true;
}
}
}
} // foreach over children
return(wasActive);
} // end method
public override bool Render(RenderParams parentRp, RenderCanvas canvas)
{
if (!Active)
{
return(false);
}
RenderParams rp = new RenderParams(parentRp);
AdaptRenderParams(rp);
RenderCanvas myCanvas = new RenderCanvas();
RenderChildren(rp, myCanvas);
// render my audio or signal or ... if within the right time
if (rp.Time >= 0 && (rp.Time < (Duration + RENDER_SAFETY_MARGIN_SEC)) && _dsp != null)
{
RenderOsc(rp, myCanvas);
return(true);
}
return(false);
}
/**
* called internally from Render() method, by any event that needs/wants to render its child events
*/
internal override bool RenderChildren(RenderParams rp, RenderCanvas canvas)
{
if (_children.Count() == 0)
return false;
// check if a child for rendering is already selected: if not, select one
if (_childSelected == null)
{
// select one child effect random or in sequence, and see if it has to be played now
double myRpTime = rp.Time;
Random rnd = new Random();
int idx = rnd.Next(_children.Count());
KeyValuePair<double, List<SoundEvent>> kvPair = _children.ElementAt(idx);
List<SoundEvent> evs = kvPair.Value;
idx = rnd.Next(evs.Count());
_childSelected = evs.ElementAt(idx);
}
SoundEvent ev = _childSelected;
// check if we are in the time range where the effect can work
double evEndTime = 0.0 + ev.Duration; ///_timeSpeedupFactor ;
if (evEndTime + RENDER_SAFETY_MARGIN_SEC > rp.Time) // if end time lies in the future...
{
// --render the child effect, shifted in time/pan/amplitude by use of rp.
RenderParams rpChild = new RenderParams(rp);
rpChild.Time = (rp.Time - 0.0); // only time is set for each child separately. Rest is same.
bool wasActive= ev.Render(rpChild, canvas);
if (!wasActive)
{
_childSelected = null; // reset back - next time, another event may be selected into _childSelected
}
return wasActive;
}
else
{
_childSelected = null; // reset back - next time, another event may be selected into _childSelected
}
return false;
}
public override bool Render(RenderParams parentRp, RenderCanvas canvas)
{
if (!Active) return false;
RenderParams rp = new RenderParams(parentRp);
AdaptRenderParams(rp);
RenderChildren(rp, canvas);
// enable dsp effect only when in right time range
if (_dsp != null)
{
if (rp.Time >= 0 && rp.Time < Duration)
{
_dsp.setBypass(false);
return true;
}
else
{
_dsp.setBypass(true);
}
}
return false;
}
public override bool Render(RenderParams parentRp, RenderCanvas canvas)
{
if (!Active) return false; // skip if not active
RenderParams rp = new RenderParams(parentRp);
AdaptRenderParams(rp);
RenderChildren(rp, canvas);
if (rp.Time >= 0 && rp.Time < Duration && _sig != null)
{
double s = _sig.Render(rp.Time);
switch (_modif)
{
case Modifier.DSP_PARAM:
if (_parentsDSP != null)
{
_parentsDSP.SetParameter(_paramNumber, s);
}
if (_parentsOsc != null)
{
_parentsOsc.SetParameter(_paramNumber, s);
}
break;
case Modifier.NONE:
break;
case Modifier.AMPLITUDE:
canvas.AmplMultiply *= s;
break;
case Modifier.AMPLITUDE_ADDITIVE:
canvas.AmplMultiply += s;
break;
case Modifier.PAN:
canvas.Pan += s;
break;
}
return true;
}
return false;
}
FMOD.Channel PlaySample(RenderParams rp, RenderCanvas canvas, List <FMOD.DSP> dspList)
{
FMOD.Channel channel = null;
FMOD.RESULT r = MusicEngine.AudioEngine.playSound(FMOD.CHANNELINDEX.FREE, _sound, true, ref channel);
if (r == FMOD.RESULT.OK && channel != null)
{
// set regular play properties
AdaptChannelSettings(channel, rp, canvas);
// set play position
uint tMs = (uint)Math.Round(rp.Time * 1000.0);
if (tMs > 0)
{ // only set position if there is a need
r = channel.setPosition(tMs, FMOD.TIMEUNIT.MS);
#if DEBUG
Util.Log(" setPos(" + tMs + ")");
#endif
}
// set optional DSP unit(s) on channel
if (r == FMOD.RESULT.OK)
{
FMOD.DSPConnection conn = null;
foreach (FMOD.DSP d in dspList)
{
r = channel.addDSP(d, ref conn); // TODO errcheck
}
// go - start playing
if (r == FMOD.RESULT.OK)
{
r = channel.setPaused(false);
}
}
} // if
Util.ERRCHECK(r);
return(channel);
}
private void renderControl_HandleCreated(object sender, EventArgs e)
{
//
// STEP TWO - Now the underlying Windows Window was created - we can hook OpenGL on it.
//
// Take this as an example how to hook up any FUSEE application on a given Winforms form:
// First create a WinformsHost around the control
_currentHost = new WinformsHost(_currentControl, this);
// Then instantiate your app (could be as well _currentApp = new MyOwnRenderCanvasDerivedClass(); )
_currentApp = _appFinder.Instantiate(_currentInx);
// Now use the host as the canvas AND the input implementation of your App
_currentApp.CanvasImplementor = _currentHost;
_currentApp.InputImplementor = _currentHost;
// Then you can run the app
_currentApp.Run();
// If not already done, show the window.
_currentControl.Show();
}
FMOD.Channel PlayOsc(RenderParams rp, RenderCanvas canvas)
{
FMOD.Channel channel = null;
FMOD.RESULT r = MusicEngine.AudioEngine.playDSP(FMOD.CHANNELINDEX.FREE, _dsp, true, ref channel);
if (r == FMOD.RESULT.OK && channel != null)
{
// set regular play properties
AdaptChannelSettings(channel, rp, canvas);
// set optional DSP unit(s) on channel
if (r == FMOD.RESULT.OK)
{
FMOD.DSPConnection conn = null;
foreach (FMOD.DSP d in _dspList)
{
r = channel.addDSP(d, ref conn); // TODO errcheck
}
// go - start playing
if (r == FMOD.RESULT.OK)
{
r = channel.setPaused(false);
}
}
} // if
return channel;
}
private void OnStrokeThicknessChanged(Object sender, RangeBaseValueChangedEventArgs e)
{
_strokeThickness = StrokeThickness.Value.ToSingle();
RenderCanvas.Invalidate();
}
/**
* Render() method entry point for any SoundEvent.
* returns the adapted canvas, upon which events may 'draw' their output. (e.g. modifiers)
* Child classes will typically override Render() and have their own implementation.
* Return true if effect was active and activated at this time, false if not active or activated at this time.
*/
public virtual bool Render(RenderParams parentRp, RenderCanvas canvas)
{
if (!_isActive) return false; // skip if not active
_rp = new RenderParams(parentRp);
AdaptRenderParams(_rp);
return RenderChildren(_rp, canvas);
}
/**
* called internally from Render() method, by any event that needs/wants to render its child events
*/
internal virtual bool RenderChildren(RenderParams rp, RenderCanvas canvas)
{
if (_children.Count() == 0)
return false;
// loop all child effects and see if they have to be played now
bool wasActive = false;
foreach (KeyValuePair<double, List<SoundEvent>> pair in _children)
{
double evStartTime = pair.Key ;
// check if effect lies in the future. In this case, we can break now. All further child effects
// will be even later in time so we do not need to iterate these further
if (evStartTime > rp.Time + rp.RenderAheadTime ) break;
// loop all events at that specific time 't'
foreach (SoundEvent ev in pair.Value)
{
// check if we are in the time range where the effect can work
double evEndTime = evStartTime + ev.Duration; ///_timeSpeedupFactor ;
if (evEndTime + RENDER_SAFETY_MARGIN_SEC > rp.Time ) // if end time lies in the future...
{
// --render the child effect, shifted in time/pan/amplitude by use of rp.
RenderParams rpChild = new RenderParams(rp);
rpChild.Time = (rp.Time - evStartTime); // only time is set for each child separately. Rest is same.
bool wasChildActive = ev.Render(rpChild, canvas);
if (wasChildActive)
wasActive = true;
}
}
}// foreach over children
return wasActive;
}
private void WindowsFormsHost_Initialized(object sender, EventArgs e)
{
RenderCanvas.MakeCurrent();
}
public static void Main(string[] args)
{
// Inject Fusee.Engine.Base InjectMe dependencies
IO.IOImp = new Fusee.Base.Imp.Desktop.IOImp();
Type tApp = null;
string modelFile = null;
List <string> assetDirs = new List <string>();
TryAddDir(assetDirs, "Assets");
string ExeDir = Path.GetDirectoryName(Assembly.GetExecutingAssembly().Location);
string Cwd = Directory.GetCurrentDirectory();
if (Cwd != ExeDir)
{
TryAddDir(assetDirs, Path.Combine(ExeDir, "Assets"));
}
if (args.Length >= 1)
{
if (File.Exists(args[0]))
{
TryAddDir(assetDirs, Path.GetDirectoryName(args[0]));
if (Path.GetExtension(args[0]).ToLower().Contains("fus"))
{
// A .fus file - open it.
modelFile = Path.GetFileName(args[0]);
}
else
{
// See if the passed argument is an entire Fusee App DLL
try
{
Assembly asm = Assembly.LoadFrom(args[0]);
tApp = asm.GetTypes().FirstOrDefault(t => typeof(RenderCanvas).IsAssignableFrom(t));
TryAddDir(assetDirs, Path.Combine(Path.GetDirectoryName(args[0]), "Assets"));
}
catch (Exception e)
{
Diagnostics.Log(e.ToString());
}
}
}
else
{
Diagnostics.Log($"Cannot open {args[0]}.");
}
}
if (tApp == null)
{
// See if we are in "Deployed mode". That is: A Fusee.App.dll is lying next to us.
try
{
Assembly asm = Assembly.LoadFrom(Path.Combine(ExeDir, "Fusee.App.dll"));
tApp = asm.GetTypes().FirstOrDefault(t => typeof(RenderCanvas).IsAssignableFrom(t));
}
catch (Exception e)
{
Diagnostics.Log(e.ToString());
}
// No App was specified and we're not in Deplyed mode. Simply use the default App (== Viewer)
if (tApp == null)
{
tApp = typeof(Fusee.Engine.Player.Core.Player);
}
}
var fap = new Fusee.Base.Imp.Desktop.FileAssetProvider(assetDirs);
fap.RegisterTypeHandler(
new AssetHandler
{
ReturnedType = typeof(Font),
Decoder = delegate(string id, object storage)
{
if (!Path.GetExtension(id).ToLower().Contains("ttf"))
{
return(null);
}
return(new Font {
_fontImp = new FontImp((Stream)storage)
});
},
Checker = id => Path.GetExtension(id).ToLower().Contains("ttf")
});
fap.RegisterTypeHandler(
new AssetHandler
{
ReturnedType = typeof(SceneContainer),
Decoder = delegate(string id, object storage)
{
if (!Path.GetExtension(id).ToLower().Contains("fus"))
{
return(null);
}
var ser = new Serializer();
var scene = ser.Deserialize((Stream)storage, null, typeof(SceneContainer));
var container = scene as SceneContainer;
return(new ConvertSceneGraph().Convert(container));
},
Checker = id => Path.GetExtension(id).ToLower().Contains("fus")
});
AssetStorage.RegisterProvider(fap);
// Dynamically instantiate the app because it might live in some external (.NET core) DLL.
var ctor = tApp.GetConstructor(Type.EmptyTypes);
if (ctor == null)
{
Diagnostics.Log($"Cannot instantiate FUSEE App. {tApp.Name} contains no default constructor");
}
else
{
// invoke the first public constructor with no parameters.
RenderCanvas app = (RenderCanvas)ctor.Invoke(new object[] { });
if (!string.IsNullOrEmpty(modelFile) && app is Fusee.Engine.Player.Core.Player)
{
((Fusee.Engine.Player.Core.Player)app).ModelFile = modelFile;
}
// Inject Fusee.Engine InjectMe dependencies (hard coded)
System.Drawing.Icon appIcon = System.Drawing.Icon.ExtractAssociatedIcon(Assembly.GetExecutingAssembly().Location);
app.CanvasImplementor = new Fusee.Engine.Imp.Graphics.Desktop.RenderCanvasImp(appIcon);
app.ContextImplementor = new Fusee.Engine.Imp.Graphics.Desktop.RenderContextImp(app.CanvasImplementor);
Input.AddDriverImp(new Fusee.Engine.Imp.Graphics.Desktop.RenderCanvasInputDriverImp(app.CanvasImplementor));
Input.AddDriverImp(new Fusee.Engine.Imp.Graphics.Desktop.WindowsSpaceMouseDriverImp(app.CanvasImplementor));
Input.AddDriverImp(new Fusee.Engine.Imp.Graphics.Desktop.WindowsTouchInputDriverImp(app.CanvasImplementor));
// app.InputImplementor = new Fusee.Engine.Imp.Graphics.Desktop.InputImp(app.CanvasImplementor);
// app.AudioImplementor = new Fusee.Engine.Imp.Sound.Desktop.AudioImp();
// app.NetworkImplementor = new Fusee.Engine.Imp.Network.Desktop.NetworkImp();
// app.InputDriverImplementor = new Fusee.Engine.Imp.Input.Desktop.InputDriverImp();
// app.VideoManagerImplementor = ImpFactory.CreateIVideoManagerImp();
// Start the app
app.Run();
}
}
private void ParseData()
{
_data = InputData.Text;
RenderCanvas.Invalidate();
}
internal void RenderOsc(RenderParams rp, RenderCanvas canvas)
{
//Util.Log("RenOsc HID=" + rp.HierarchyID + " T=" + Math.Round(rp.Time, 3) + " AbsT=" + Math.Round(rp.AbsTime, 3) + " A=" + Math.Round(rp.Ampl, 3) + "\n");
bool wasPlaying = nowPlayingList.ContainsKey(rp.HierarchyID);
FMOD.Channel channel = null;
FMOD.RESULT r;
if (wasPlaying)
{
channel = nowPlayingList[rp.HierarchyID];
// check if still playing now
bool isPlayingNow = false;
r = channel.isPlaying(ref isPlayingNow);
if (isPlayingNow)
{
// check if should be stopped now
if (rp.Time >= Duration)
{
channel.stop();
nowPlayingList.Remove(rp.HierarchyID);
}
else
{
// if still validly playing, adapt channel properties only.
AdaptChannelSettings(channel, rp, canvas);
//Util.Log(" rp.A=" + Math.Round(rp.Ampl, 3) + " canv.A=" + canvas.AmplMultiply + "\n");
}
}
else
{ // if not anymore, remove from list
nowPlayingList.Remove(rp.HierarchyID);
}
}
else
{ // was not playing but should be rendered - hence, initiate playing now
if (rp.Time < Duration - 0.100) // extra safety margin - do not start if close to end.
{
channel = PlayOsc(rp, canvas);
if (channel != null)
{
// store playing sound in the table
nowPlayingList[rp.HierarchyID] = channel;
}
else
{
//
}
}
}
}
private void OnStrokeThicknessChanged(object sender, RangeBaseValueChangedEventArgs e)
{
_strokeThickness = (float)StrokeThickness.Value;
_selectionChanged = true;
RenderCanvas.Invalidate();
}
/**
* adapt a running sample according to renderparams and canvas result
*/
internal void AdaptChannelSettings(FMOD.Channel channel, RenderParams rp, RenderCanvas canvas)
{
double a = rp.Ampl * canvas.AmplMultiply + canvas.AmplAdd;
double p = rp.Pan + canvas.Pan;
channel.setVolume((float)a);
channel.setPan((float)p);
}