public void Add <T>(DataPin pinA, DataPin pinB) where T : struct
{
if (pinA.IsInputPin == pinB.IsInputPin)
{
return;
}
OutputPin <T> pOut = (pinA.IsInputPin ? pinB : pinA) as OutputPin <T>;
InputPin <T> pIn = (pinA.IsInputPin ? pinA : pinB) as InputPin <T>;
foreach (object conn in ConnectionsArray)
{
ConnectionEntry <T> ce = conn as ConnectionEntry <T>;
if ((ce != null) && (ce.AssociatedOutputPin == pOut))
{
ce.AddInput(pIn);
return;
}
}
// No output pins were found - create a new queue
ConnectionEntry <T> newce = new ConnectionEntry <T>(pOut);
newce.AddInput(pIn);
ConnectionsArray.Add(newce);
}
public override void SetModuleParameters()
{
EncodeIn = new InputPin <byte>("EncIn", this.ProcessEncode);
DecodeIn = new InputPin <byte>("DecIn", this.ProcessDecode);
EncodeOut = new OutputPin <byte>("EncOut");
DecodeOut = new OutputPin <byte>("DecOut");
base.SetIOParameters("Interleaver EncoderDecoder", new DataPin[] { EncodeIn, DecodeIn, EncodeOut, DecodeOut });
}
public void AddInput(InputPin <T> inputPin)
{
ProcessFunction <T> pf = inputPin.ProcessFunc;
if (!InputProcessFunctions.Contains(pf))
{
InputProcessFunctions.Add(pf);
}
}
public void Add <T>(OutputPin <T> pinA, InputPin <T> pinB) where T : struct
{
foreach (object conn in ConnectionsArray)
{
ConnectionEntry <T> ce = conn as ConnectionEntry <T>;
if ((ce != null) && (ce.AssociatedOutputPin == pinA))
{
ce.AddInput(pinB);
return;
}
}
// No output pins were found - create a new queue
ConnectionEntry <T> newce = new ConnectionEntry <T>(pinA);
newce.AddInput(pinB);
ConnectionsArray.Add(newce);
}
public override void SetModuleParameters()
{
DataIn = new InputPin <byte>("DataIn", this.Process);
DataOut = new OutputPin <byte>("DataOut");
base.SetIOParameters("Viterbi Soft Decoder", new DataPin[] { DataIn, DataOut });
}
public override void SetModuleParameters()
{
DataIn = new InputPin <IQ>("DataIn", this.Process);
DataOut = new OutputPin <float>("DataOut");
base.SetIOParameters("OFDMFFTModulator", new DataPin[] { DataIn, DataOut });
}
public override void SetModuleParameters()
{
DataIn = new InputPin <byte>("DataIn", this.Process);
DataOut = new OutputPin <byte>("DataOut");
base.SetIOParameters("BitPatternDetector", new DataPin[] { DataIn, DataOut });
}
public override void SetModuleParameters()
{
DataIn = new InputPin <byte>("DataIn", this.Process);
DataOut = new OutputPin <byte>("DataOut");
base.SetIOParameters("FEC Convolutional Encoder", new DataPin[] { DataIn, DataOut });
}
public override void SetModuleParameters()
{
DataIn = new InputPin <T>("DataIn", this.Process);
DataOut = new OutputPin <T>("DataOut");
base.SetIOParameters("DataSpreader", new DataPin[] { DataIn, DataOut });
}
public override void SetModuleParameters()
{
DataIn = new InputPin <IQ>("DataIn", this.Process);
DataOut = new OutputPin <IQ>("DataOut");
base.SetIOParameters("OFDM Timing Offset Estimator", new DataPin[] { DataIn, DataOut });
}
public override void SetModuleParameters()
{
DataIn = new InputPin <IQ>("DataIn", this.Process);
DataOut = new OutputPin <IQ>("DataOut");
base.SetIOParameters("Integrate and Dump Symbol slicer", new DataPin[] { DataIn, DataOut });
}
public override void SetModuleParameters()
{
DataIn = new InputPin <float>("DataIn", this.Process);
DataOut = new OutputPin <int>("DataOut");
base.SetIOParameters("Frequency Detector", new DataPin[] { DataIn, DataOut });
}
