protected override void SetUpPorts()
{
InPortList.Add(new InPort("condition", this));
InPortList.Add(new InPort("first", this));
InPortList.Add(new InPort("second", this));
OutPortList.Add(new OutPort("result", this));
}
public override InPort Expose(int inPortNO)
{
if (inPortNO == InPortCount())
{
InPort inPort = new InPort($"in{inPortNO}", this);
InPortList.Add(inPort);
return(inPort);
}
else
{
return(base.Expose(inPortNO));
}
}
public override void Initialize()
{
base.Initialize();
Signal inputSignal = new Signal();
if (isMatrix)
{
MatrixBuilder <double> m = Matrix <double> .Build;
Matrix <double> matrix = m.Dense(rowNo, colNo, 0);
inputSignal.Pack(matrix);
}
else
{
inputSignal.Pack(0);
}
InPortList.FindAll(inPort => !inPort.Visited).ForEach(inPort => inPort.Input(inputSignal));
stack.RemoveAt(0);
}
public override void Check()
{
int rowNo = InPortList[0].RowNo;
int colNo = InPortList[0].ColNo;
rowNo = rowNo == 0? 1 : rowNo;
colNo = colNo == 0? 1 : colNo;
foreach (InPort inPort in InPortList.Skip(1))
{
int nextRowNo = inPort.RowNo;
int nextColNo = inPort.ColNo;
nextRowNo = nextRowNo == 0? 1 : nextRowNo;
nextColNo = nextColNo == 0? 1 : nextColNo;
if (rowNo != nextRowNo)
{
int index = InPortList.IndexOf(inPort);
throw logger.Error(new ModelException(this, $"The in port {index} has inconsistent row number."));
}
colNo += nextColNo;
}
OutPortList[0].SetShape(rowNo, colNo);
}
protected override void SetUpPorts()
{
InPortList.Add(new InPort("x", this));
OutPortList.Add(new OutPort("y", this));
}
protected override void SetUpPorts()
{
InPortList.Add(new InPort("input", this));
}
protected override void SetUpPorts()
{
InPortList.Add(new InPort("matrix", this));
base.SetUpPorts();
}
protected override void SetUpPorts()
{
InPortList.Add(new InPort("left", this));
InPortList.Add(new InPort("right", this));
OutPortList.Add(new OutPort("result", this));
}
