public TritMatchCircuit4(Trit t0, Trit t1, Trit t2, Trit t3)
{
egatea = new EqualityGate(inputStateB: t0)
{
ComponentName = nameof(egatea)
};
egateb = new EqualityGate(inputStateB: t1)
{
ComponentName = nameof(egateb)
};
egatec = new EqualityGate(inputStateB: t2)
{
ComponentName = nameof(egatec)
};
egated = new EqualityGate(inputStateB: t3)
{
ComponentName = nameof(egated)
};
cgate1 = new ConsensusGate(egatea, egateb)
{
ComponentName = nameof(cgate1)
};
cgate2 = new ConsensusGate(egatec, egated)
{
ComponentName = nameof(cgate2)
};
cgate3 = new ConsensusGate(cgate1, cgate2)
{
ComponentName = nameof(cgate3)
};
deMuxer = new DeMuxer(inputState: Trit.Pos);
cgate3.Output += deMuxer.InputSelect;
shiftDownGate = new ShiftDownGate();
deMuxer.AOutput += shiftDownGate.Input;
deMuxer.BOutput += shiftDownGate.Input;
shiftDownGate.Output += (s, t) => Output?.Invoke(this, t);
deMuxer.COutput += (s, t) => Output?.Invoke(this, t);
}
public TritMatchCircuit(Trit i0, Trit i1)
{
egatea = new EqualityGate(inputStateB: i0);
egateb = new EqualityGate(inputStateB: i1);
cgate1 = new ConsensusGate(egatea, egateb);
deMuxer = new DeMuxer(inputState: Trit.Pos);
cgate1.Output += deMuxer.InputSelect;
shiftDownGate = new ShiftDownGate();
deMuxer.AOutput += shiftDownGate.Input;
deMuxer.BOutput += shiftDownGate.Input;
shiftDownGate.Output += (s, t) => Output?.Invoke(this, t);
deMuxer.COutput += (s, t) => Output?.Invoke(this, t);
}
public MatchGate(Trit i0, Trit i1, Trit t2)
{
egatea = new EqualityGate(inputStateB: i0);
egateb = new EqualityGate(inputStateB: i1);
egatec = new EqualityGate(inputStateB: t2);
ecomp1 = new EqualityGate(egatec, null, inputStateB: Trit.Pos);
cgate1 = new ConsensusGate(egatea, egateb);
cgate2 = new ConsensusGate(cgate1, ecomp1);
deMuxer = new DeMuxer(inputState: Trit.Pos);
cgate2.Output += deMuxer.InputSelect;
shiftDownGate = new ShiftDownGate();
deMuxer.AOutput += shiftDownGate.Input;
deMuxer.BOutput += shiftDownGate.Input;
shiftDownGate.Output += (s, t) => Output?.Invoke(this, t);
deMuxer.COutput += (s, t) => Output?.Invoke(this, t);
}
public TrortALUExp()
{
#region old
inverterBusA.BusOutput += muxerBusA.BInput;
inverterBusB.BusOutput += muxerBusB.BInput;
maxGateA.Output += muxerBusA.InputSelect;
maxGateB.Output += muxerBusB.InputSelect;
shiftDownGateA.Output += maxGateA.BInput;
shiftDownGateB.Output += maxGateA.BInput;
muxerBusA.BusOutput += adder.ABusInput;
muxerBusA.BusOutput += maxBus.ABusInput;
muxerBusA.BusOutput += minBus.ABusInput;
muxerBusB.BusOutput += adder.BBusInput;
muxerBusB.BusOutput += maxBus.BBusInput;
muxerBusB.BusOutput += minBus.BBusInput;
adder.CarryOut += InvokeOverflowOutput;
minBus.BusOutput += muxerBus2.AInput;
adder.BusOutput += muxerBus2.BInput;
maxBus.BusOutput += muxerBus2.CInput;
muxerBus2.BusOutput += muxerBusF.AInput;
muxerBus2.BusOutput += muxerBusF.BInput;
muxerBus2.BusOutput += inverterBusOutput.BusInput;
inverterBusOutput.BusOutput += muxerBusF.CInput;
for (int i = 0; i < muxers.Length - 1; i++)
{
muxers[i].Output += muxers[i + 1].BInput;
}
muxers[4].Output += InvokeSignedOutput;
muxerBusF.BusOutput += (s, trort) =>
{
for (int i = 0; i < muxers.Length; i++)
{
muxers[i].InputSelect(s, trort[i + 1]);
}
muxers[0].BInput(s, trort[0]);
InvokeOutput(s, trort);
};
#endregion
dmA = new DeMuxer(Trit.Neu, Trit.Pos);
dmB = new DeMuxer(Trit.Neu, Trit.Pos);
dmOp = new DeMuxer(Trit.Neu, Trit.Pos);
dm3 = new DeMuxer(Trit.Neu, Trit.Pos);
dm4 = new DeMuxer(Trit.Neu, Trit.Pos);
dm5 = new DeMuxer(Trit.Neu, Trit.Pos);
#if DEBUG
ComponentTools.SetComponentNames(this);
#endif
}
