public Resampler(Graph g) : base("Resampler", g)
{
_input = new InputPortData1D(this, "In");
_output = new OutputPortData1D(this, "Out");
_attrSamplerateOut = new AttributeValueInt(this, "Output Samplerate", "Hz");
_attrSamplerateOut.Changed += (s, e) => _output.Samplerate = _attrSamplerateOut.TypedGet();
}
public MetricMultiplyValue(Graph graph) : base("Multiply", graph)
{
_portInp = new InputPortData1D(this, "In");
_portInpVal = new InputPortValueDouble(this, "f");
_portOut = new OutputPortData1D(this, "out");
_portInp.SamplerateChanged += (s, e) => _portOut.Samplerate = _portInp.Samplerate;
}
public MetricBuffer(Graph graph) : base(graph)
{
_portOut = new OutputPortData1D(this, "out");
_portInp = new InputPortData1D(this, "inp");
_attrMillis = new AttributeValueDouble(this, "Milliseconds", "ms", 1000);
_attrMillis.SetRuntimeReadonly();
_portInp.SamplerateChanged += (sender, ev) => _portOut.Samplerate = _portInp.Samplerate;
}
public Adder(Graph g) : base(nameof(Adder), g)
{
PortIn1 = new InputPortData1D(this, "In1");
PortIn2 = new InputPortData1D(this, "In2");
PortOut = new OutputPortData1D(this, "Out");
PortIn1.SamplerateChanged += PortIn_SamplerateChanged;
PortIn2.SamplerateChanged += PortIn_SamplerateChanged;
}
public MetricRms(Graph g) : base("RMS", g)
{
_portIn = new InputPortData1D(this, "In");
_portOut = new OutputPortData1D(this, "Out");
_portIn.SamplerateChanged += (s, e) => UpdateSamplerate();
_attrMilliseconds = new AttributeValueDouble(this, "Window Length", "ms");
_attrMilliseconds.Changed += (s, e) => UpdateSamplerate();
_attrMilliseconds.SetRuntimeReadonly();
}
public MetricFile(Graph g) : base("File Node", g)
{
_portOut = new OutputPortData1D(this, "Out");
_portTrigger = new InputPortValueDouble(this, "Trig");
_attrFilePath = new AttributeValueFile(this, "Path", true);
_attrSamplerate = new AttributeValueInt(this, "Samplerate", 1000);
_attrDataType = new AttributeValueEnum <DataType>(this, "DataType");
_attrSamplerate.Changed += (o, e) => _portOut.Samplerate = _attrSamplerate.TypedGet();
_attrSamplerate.SetRuntimeReadonly();
_attrDataType.SetRuntimeReadonly();
_attrFilePath.SetRuntimeReadonly();
}
public MetricFilter(Graph graph) : base("Filter", graph)
{
_portInp = new InputPortData1D(this, "In");
_portOut = new OutputPortData1D(this, "Out");
_portInp.SamplerateChanged += portInp_SamplerateChanged;
_attrCenterFrequency = new AttributeValueDouble(this, "Center", "Hz");
_attrPeakGainDb = new AttributeValueDouble(this, "Gain", "dB");
_attrQFactor = new AttributeValueDouble(this, "Q");
_attrType = new AttributeValueEnum <Biquad.BiquadType>(this, "Type");
_attrCenterFrequency.Changed += (s, e) => _bpf.Fc = _portOut.Samplerate > 0 ? _attrCenterFrequency.TypedGet() / _portOut.Samplerate : 0;
_attrPeakGainDb.Changed += (s, e) => _bpf.PeakGainDb = _attrPeakGainDb.TypedGet();
_attrQFactor.Changed += (s, e) => _bpf.Q = _attrQFactor.TypedGet();
_attrType.Changed += (s, e) => _bpf.Type = _attrType.TypedGet();
}
public DeviceSimulatorPort(Graph g, int portId) : base("Simulator Port", g, UniquenessBy(portId))
{
Id = portId;
_portOut = new OutputPortData1D(this, "Out");
_attrFrequency = new NodeSystemLib2.Generic.NodeAttributes.AttributeValueDouble(this, "Frequency", "Hz");
_attrAmplitude = new NodeSystemLib2.Generic.NodeAttributes.AttributeValueDouble(this, "Amplitude");
_attrSamplerate = new NodeSystemLib2.Generic.NodeAttributes.AttributeValueInt(this, "Samplerate", "Hz");
_attrSignalType = new NodeSystemLib2.Generic.NodeAttributes.AttributeValueEnum <SignalType>(this, "Type");
_attrPeriod = new NodeSystemLib2.Generic.NodeAttributes.AttributeValueInt(this, "Period", "ms");
_attrPhase = new NodeSystemLib2.Generic.NodeAttributes.AttributeValueDouble(this, "Phase", "°");
_attrFrequency.Changed += (s, e) => CalculatePhaseStep();
_attrSamplerate.Changed += (s, e) => _portOut.Samplerate = _attrSamplerate.TypedGet();
_attrSamplerate.SetRuntimeReadonly();
_attrPeriod.SetRuntimeReadonly();
_attrFrequency.Set(100000);
_attrAmplitude.Set(1);
_attrPeriod.Set(100);
_attrSamplerate.Set(1000000);
}
