private void InitializeInputs()
{
SourceValue = new FloatInput("Source Value", 0, float.MinValue, float.MaxValue, ValueOutOfRangeStrategy.Accept, (name, v0, v1) => HandleInputChanged());
Scale = new FloatInput("Scale", 1, float.MinValue, float.MaxValue, ValueOutOfRangeStrategy.Accept, (name, v0, v1) => HandleInputChanged());
Center = new FloatInput("Center", 0, float.MinValue, float.MaxValue, ValueOutOfRangeStrategy.Accept, (name, v0, v1) => HandleInputChanged());
Curvature = new FloatInput("Curvature", 1, float.MinValue, float.MaxValue, ValueOutOfRangeStrategy.Accept, (name, v0, v1) => HandleInputChanged());
}
private void InitializeInputs(float initialPitch)
{
Pitch = new FloatInput("Pitch", initialPitch, 0, 1, ValueOutOfRangeStrategy.Accept, (name, v0, v1) => _actualPitch.Target = CalculateCompositePitch());
PitchOffsetHalfSteps = new FloatInput("PitchOffsetHalfSteps", 0, -24, 24, ValueOutOfRangeStrategy.ForceIntoRange, (name, v0, v1) => _actualPitch.Target = CalculateCompositePitch());
Wave = new Input <Wave>("Wave", Synth.Core.Wave.Sine, (name, v0, v1) => _waveHost.Wave = v1);
Level = new FloatInput("Level", 1, 0, 1, ValueOutOfRangeStrategy.ForceIntoRange);
}
public override void BeginSetup()
{
in1 = new MultiDataInput(this, new List <Type>(new Type[] { typeof(Vector2), typeof(Vector3), typeof(float) }));
inMult = new FloatInput(this);
inputs.Add(in1);
inputs.Add(inMult);
}
public override void Setup(IInputControl <float> controlToUse)
{
base.Setup(controlToUse);
FloatInput controlAsFloatInput = controlToUse as FloatInput;
if (controlAsFloatInput == null)
{
return;
}
controlAsFloatInput.Setup(_minValue, _maxValue, _scale, _increment);
controlAsFloatInput.Value = _defaultValue;
}
public LowPassFilterCore(IAudioLink audioLink, float initialCutoffPitch = 0.5f, float initialResonance = 0.2f)
{
if (audioLink == null)
{
throw new ArgumentNullException("audioLink");
}
_audioLink = audioLink;
CutoffPitch = new FloatInput("Cutoff Pitch", initialCutoffPitch, 0, 0.85f, ValueOutOfRangeStrategy.ForceIntoRange, (name, v0, v1) => SetFilterCoefficients());
Resonance = new FloatInput("Resonance", initialResonance, 0, 0.85f, ValueOutOfRangeStrategy.ForceIntoRange, (name, v0, v1) => SetFilterCoefficients());
SetFilterCoefficients();
_audioLink.SampleRateChanged += HandleQualityChanged;
}
public override void BeginSetup()
{
//inputs : direction, speed
//output : cible touchée quand ca arrive
vecIn = new Vector2Input(this);
speedIn = new FloatInput(this);
objOut = new GameObjectOutput(this);
projOut = new GameObjectOutput(this);
inputs.Add(vecIn);
inputs.Add(speedIn);
outputs.Add(projOut);
outputs.Add(objOut);
}
private void button1_Click(object sender, EventArgs e)
{
FloatInput imput = new FloatInput((TextBoxImputable)this.textBoxTest1);
float strenght = imput.getValue();
if (imput.getConvertionStatus())
{
Figure figure = new Figure();
figure.Add(new Point2(0, 0));
figure.Add(new Point2(2000, 0));
RDMengine engine = new RDMengine(figure, 1, 1);
Figure results = engine.calculateDeformation(figure[0], figure[1], null, new Screw(new float[] { 0, strenght, 0, 0, 0, 0 }, figure[0].toVector()), false);
show(results);
}
}
public GlideCore(IAudioLink audioLink)
{
if (audioLink == null)
{
throw new ArgumentNullException("audioLink");
}
_audioLink = audioLink;
SourceValue = new FloatInput("Source Value", 0, float.MinValue, float.MaxValue, ValueOutOfRangeStrategy.Accept, (name, v0, v1) => HandleSourceValueChanged(v1));
Rate = new FloatInput("Rate", 1, 0, 1, ValueOutOfRangeStrategy.ForceIntoRange, (name, v0, v1) => HandleRateChanged());
HandleQualityChanged(null, null);
_audioLink.SampleRateChanged += HandleQualityChanged;
_clockSource = new AudioClockDivider(_audioLink, 100, id => HandleControlClockTick());
}
public void OnnxSequenceTypeWithColumnNameAttributeTest()
{
var modelFile = Path.Combine(Directory.GetCurrentDirectory(), "zipmap", "TestZipMapString.onnx");
var predictor = LoadModel(modelFile);
FloatInput input = new FloatInput()
{
Input = new float[] { 1.0f, 2.0f, 3.0f }
};
var output = predictor.Predict(input);
var onnx_out = output.Output.FirstOrDefault();
Assert.True(onnx_out.Count == 3, "Output missing data.");
var keys = new List <string>(onnx_out.Keys);
for (var i = 0; i < onnx_out.Count; ++i)
{
Assert.Equal(onnx_out[keys[i]], input.Input[i]);
}
}
private void button2_Click(object sender, EventArgs e)
{
FloatInput imput = new FloatInput((TextBoxImputable)this.textBoxTest2);
float strenght = imput.getValue();
if (imput.getConvertionStatus())
{
Figure figure = new Figure();
figure.Add(new Point2(0, 0));
figure.Add(new Point2(2000, 0));
figure.Add(new Point2(2000, 2000));
figure.Add(new Point2(0, 2000));
RDMengine engine = new RDMengine(figure, 1, 1);
Screw screw = new Screw(new float[] { 0, strenght, 0, 0, 0, 0 }, new Point2(0, 1000).toVector());
/*Assert.AreEqual(
* engine.getDeformationFunctionY(2000, 1000, 0, (float)(-5.0 * Math.Pow(10, -8)), true, 2).calcY(1000),
* engine.getDeformationFunctionY(2000, 1000, 0, (float)(-5.0 * Math.Pow(10, -8)), false, 2).calcY(1000)
* );*/
Figure results1 = engine.calculateDeformation(figure[0], figure[1], screw, null, true);
show(results1);
}
}
private void InitializeInputs()
{
TimeScale = new FloatInput("Time Scale", 1, 0.125f, 10, ValueOutOfRangeStrategy.ForceIntoRange, (next, v0, v1) => ApplyTimeScale());
LevelScale = new FloatInput("Level Scale", 1, 0, 1, ValueOutOfRangeStrategy.ForceIntoRange);
IsTriggered = new Input <bool>("Triggered", false, (name, v0, v1) => HandleIsTriggeredChanged());
}
private void InitializeInputs(float initialFrequency, float initialAmount)
{
Frequency = new FloatInput("Frequency", initialFrequency, 0.1f, 10, ValueOutOfRangeStrategy.ForceIntoRange);
Wave = new Input <Wave>("Wave", Synth.Core.Wave.Sine, (name, v0, v1) => this._waveHost.Wave = v1);
Amount = new FloatInput("Amount", initialAmount, 0, 1, ValueOutOfRangeStrategy.ForceIntoRange);
}
public MixerCore()
{
MasterLevel = new FloatInput("Master Level", 1, 0, 1, ValueOutOfRangeStrategy.ForceIntoRange, (name, oldVal, newVal) => MasterLevelChanged(newVal));
}
public NoiseCore()
{
Level = new FloatInput("Level", 1, 0, 1, ValueOutOfRangeStrategy.ForceIntoRange);
}
private void InitializeInputs(float initialSeconds)
{
Level = new FloatInput("Level", 1, 0, 1, ValueOutOfRangeStrategy.ForceIntoRange);
Seconds = new FloatInput("Seconds", initialSeconds, 0.1f, 5f, ValueOutOfRangeStrategy.ForceIntoRange, (name, v0, v1) => UpdateDelaySamples());
Feedback = new FloatInput("Feedback", 0, 0, 1, ValueOutOfRangeStrategy.ForceIntoRange);
}
public PanCore()
{
Position = new FloatInput("Position", 0, -1, 1, ValueOutOfRangeStrategy.ForceIntoRange);
Spread = new FloatInput("Spread", 1, -1, 1, ValueOutOfRangeStrategy.ForceIntoRange);
}
public override Empty UpdateFloatState(FloatInput input)
{
State.Float.Value = input.FloatValue;
return(new Empty());
}
public ClipCore(float initialAmount = 0)
{
Amount = new FloatInput("Amount", initialAmount, 0, 1, ValueOutOfRangeStrategy.ForceIntoRange);
}
