public void InputSelect(object sender, Trit select)
{
SelectState = select;
OnSelectInvoked(sender, select);
}
public MinGate(IComponentOutput componentA, IComponentOutput componentB, Trit inputStateA = Trit.Neu, Trit inputStateB = Trit.Neu) :
base(componentA, componentB, inputStateA, inputStateB)
{
}
protected virtual void OnInputInvoked(object sender, Trit trit, int pin)
{
}
protected void InvokeSignedOutput(object sender, Trit sign)
{
SignedState = sign;
SignedOutput?.Invoke(this, SignedState);
}
public MinGate(ComponentTriggeredEvent input1 = null, ComponentTriggeredEvent input2 = null, Trit inputStateA = Trit.Neu, Trit inputStateB = Trit.Neu) :
base(input1, input2, inputStateA, inputStateB)
{
}
public DeMuxer(Trit selectState = Trit.Neu, Trit inputState = Trit.Neu) : base(selectState)
{
InputState = inputState;
}
public void FowleanControlInput(object sender, Trit trit)
{
FowleanControlState = trit;
muxerBus2.InputSelect(this, trit);
}
public static Trit Reverse(Trit trit)
{
return(trit == Trit.Neg ? Trit.Neg : Trit.Neu);
}
public Trit this[int index]
{
get
{
switch (index)
{
case 0: return(T0);
case 1: return(T1);
case 2: return(T2);
case 3: return(T3);
case 4: return(T4);
case 5: return(T5);
case 6: return(T6);
case 7: return(T7);
case 8: return(T8);
case 9: return(T9);
case 10: return(T10);
case 11: return(T11);
}
throw new IndexOutOfRangeException();
}
set
{
switch (index)
{
case 0: T0 = value; break;
case 1: T1 = value; break;
case 2: T2 = value; break;
case 3: T3 = value; break;
case 4: T4 = value; break;
case 5: T5 = value; break;
case 6: T6 = value; break;
case 7: T7 = value; break;
case 8: T8 = value; break;
case 9: T9 = value; break;
case 10: T10 = value; break;
case 11: T11 = value; break;
default: throw new IndexOutOfRangeException();
}
}
}
/// <summary>
/// Represents Ternary XOR Gate
/// </summary>
/// <param name="inputA">The first input <see cref="Trit"/></param>
/// <param name="inputB">The second input <see cref="Trit"/></param>
/// <returns>Ternary XOR <see cref="Trit"/> output</returns>
public static Trit Output(Trit inputA, Trit inputB)
{
return(TAND.Output(TNAND.Output(inputA, inputB), TOR.Output(inputA, inputB)));
}
public static Trit Forward(Trit trit)
{
return(trit == Trit.Pos ? Trit.Pos : Trit.Neu);
}
protected abstract Trit Execute(Trit inputStateA, Trit inputStateB);
public bool Equal(Trit other)
{
return(this.Value == other.Value);
}
protected abstract void OnSelectInvoked(object sender, Trit select);
public void Input(object sender, Trit trit)
{
InputState = trit;
OnInputInvoked(sender, trit);
}
protected override Trit Execute(object sender, Trit trit)
{
return(TritLogic.Forward(trit));
}
protected void InvokeOutput(object sender, Trit trit)
{
OutputState = trit;
Output?.Invoke(sender, trit);
}
protected override void OnInputInvoked(object sender, Trit trit, int pin)
{
InvokeOutput(pin, Execute(sender, InputStates[pin]), this);
}
protected override void OnSelectInvoked(object sender, Trit select)
{
Input(this, InputState);
}
protected abstract Trit Execute(object sender, Trit inputState);
protected void InvokeOverflowOutput(object sender, Trit overflow)
{
OverflowState = overflow;
OverflowOutput?.Invoke(this, OverflowState);
}
public ConverseImplicationGate(ComponentTriggeredEvent input1 = null, ComponentTriggeredEvent input2 = null, Trit inputStateA = Trit.Neu, Trit inputStateB = Trit.Neu) :
base(input1, input2, inputStateA, inputStateB)
{
}
public void InputD(object sender, Trit trit)
{
egated.AInput(this, trit);
}
protected override Trit Execute(Trit inputStateA, Trit inputStateB)
{
return(TritLogic.ConverseImplication(inputStateA, inputStateB));
}
protected override Trit Execute(Trit inputStateA, Trit inputStateB)
{
return(TritLogic.Min(inputStateA, inputStateB));
}
public ConverseImplicationGate(IComponentOutput componentA, IComponentOutput componentB, Trit inputStateA = Trit.Neu, Trit inputStateB = Trit.Neu) :
base(componentA, componentB, inputStateA, inputStateB)
{
}
protected override Trit Execute(object sender, Trit trit)
{
return(TritLogic.ShiftUp(trit));
}
public Basic1In1OutComponent(ComponentTriggeredEvent input = null, Trit inputState = Trit.Neu)
{
input += Input;
InputState = inputState;
}
public ShiftUpGate(ComponentTriggeredEvent input = null, Trit inputState = Trit.Neu) :
base(input, inputState)
{
}
public MuxerBusBase(Trit selectState = Trit.Neu)
{
SelectState = selectState;
}
