public NOT(LogicGate input)
{
previous_1 = input;
previous_2 = null;
previous_1.StatusChange += OutputChange;
Output = !previous_1.Output;
}
public NAND(LogicGate input1, LogicGate input2)
{
previous_1 = input1;
previous_2 = input2;
previous_1.StatusChange += OutputChange;
previous_2.StatusChange += OutputChange;
Output = !(previous_1.Output && previous_2.Output);
}
public OR(LogicGate input1, LogicGate input2)
{
previous_1 = input1;
previous_2 = input2;
previous_1.StatusChange += OutputChange;
previous_2.StatusChange += OutputChange;
Output = previous_1.Output || previous_2.Output;
}
public static LogicGate CreateGate(LogicGate input1, LogicGate input2, Type name)
{
switch (name)
{
case Type.OR:
return(new OR(input1, input2));
case Type.NOR:
return(new NOR(input1, input2));
case Type.AND:
return(new AND(input1, input2));
case Type.NAND:
return(new NAND(input1, input2));
default:
throw new ArgumentException();
}
}
public static LogicGate CreateGate(LogicGate input)
{
return(new NOT(input));
}
