public Basic1In1OutComponent(IComponentOutput component, Trit inputState = Trit.Neu)
{
if (component != null)
{
component.Output += Input;
}
InputState = inputState;
}
public OutIfPosCircuit(IComponentOutput evalComponent, IComponentOutput outComponent)
{
Muxer muxer = new Muxer();
outComponent.Output += muxer.CInput;
evalComponent.Output += muxer.InputSelect;
muxer.Output += (s, t) => Output?.Invoke(this, t);
}
public OutIfNotNeuCircuit(TritMatchCircuit3 matchGate, IComponentOutput componentOutput)
{
Muxer muxer = new Muxer();
componentOutput.Output += muxer.AInput;
componentOutput.Output += muxer.CInput;
matchGate.Output += muxer.InputSelect;
muxer.Output += (s, t) => Output?.Invoke(this, t);
}
public Basic2In1OutComponent(IComponentOutput componentA, IComponentOutput componentB, Trit inputStateA = Trit.Neu, Trit inputStateB = Trit.Neu)
{
if (componentA != null)
{
componentA.Output += AInput;
}
if (componentB != null)
{
componentB.Output += BInput;
}
AInputState = inputStateA;
BInputState = inputStateB;
}
public TryteRegisterCircuit(IBusComponentOutput <Tryte> dataIn, IComponentOutput rwState, IComponentOutput railX, IComponentOutput railY)
{
TritMatchCircuit addr = new TritMatchCircuit(Trit.Pos, Trit.Pos);
railX.Output += addr.InputA;
railY.Output += addr.InputB;
register = new TryteRegister();
outIfPosGate = new OutIfPosCircuit(addr, rwState);
outIfPosGate.Output += register.ReadWriteEnabled;
dataIn.BusOutput += register.BusInput;
register.BusOutput += (s, t) => BusOutput?.Invoke(this, t);
}
public CycleDownGate(IComponentOutput component, Trit inputState = Trit.Neu) :
base(component, inputState)
{
}
public ReverseDiode(IComponentOutput component, Trit inputState = Trit.Neu) :
base(component, inputState)
{
}
public InverterGate(IComponentOutput component, Trit inputState = Trit.Neu) :
base(component, inputState)
{
}
public EqualityGate(IComponentOutput componentA, IComponentOutput componentB, Trit inputStateA = Trit.Neu, Trit inputStateB = Trit.Neu) :
base(componentA, componentB, inputStateA, inputStateB)
{
}
public DyadicBaseGate(IComponentOutput componentA, IComponentOutput componentB, Trit inputStateA = Trit.Neu, Trit inputStateB = Trit.Neu) :
base(componentA, componentB, inputStateA, inputStateB)
{
}
public ImplicationGate(IComponentOutput componentA, IComponentOutput componentB, Trit inputStateA = Trit.Neu, Trit inputStateB = Trit.Neu) :
base(componentA, componentB, inputStateA, inputStateB)
{
}
public MonadicBaseGate(IComponentOutput component, Trit inputState = Trit.Neu) :
base(component, inputState)
{
}
public AntiMaxGate(IComponentOutput componentA, IComponentOutput componentB, Trit inputStateA = Trit.Neu, Trit inputStateB = Trit.Neu) :
base(componentA, componentB, inputStateA, inputStateB)
{
}
public ShiftUpGate(IComponentOutput component, Trit inputState = Trit.Neu) :
base(component, inputState)
{
}
public ConsensusGate(IComponentOutput componentA, IComponentOutput componentB, Trit inputStateA = Trit.Neu, Trit inputStateB = Trit.Neu) :
base(componentA, componentB, inputStateA, inputStateB)
{
}
public ForwardDiode(IComponentOutput component, Trit inputState = Trit.Neu) :
base(component, inputState)
{
}
