/**
* @brief Allows the ALU's circuitry to be set.
* @param newCircuitry - This is the new circuitry for the ALU.
*/
public void SetCircuitry(CIRCUITRY newCircuitry)
{
//Update the circuitry.
switch (newCircuitry)
{
case CIRCUITRY.ADDITION:
SetAdditionCircuitry();
break;
case CIRCUITRY.DIVISION:
SetDivisionCircuitry();
break;
case CIRCUITRY.MULTIPLICATION:
SetMultiplicationCircuitry();
break;
case CIRCUITRY.SUBTRACTION:
SetSubtractionCircuitry();
break;
}
}
/**
* @Sets the ALU's circuitry to subtraction.
*/
public void SetSubtractionCircuitry()
{
Debug.Log("Setting ALU to Subtraction mode.");
currentCircuitry = CIRCUITRY.SUBTRACTION;
circuitryGraphic.text = "-";
}
/**
* @Sets the ALU's circuitry to multiplication.
*/
public void SetMultiplicationCircuitry()
{
Debug.Log("Setting ALU to Multiplication mode.");
currentCircuitry = CIRCUITRY.MULTIPLICATION;
circuitryGraphic.text = "×";
}
/**
* @Sets the ALU's circuitry to division.
*/
public void SetDivisionCircuitry()
{
Debug.Log("Setting ALU to Division mode.");
currentCircuitry = CIRCUITRY.DIVISION;
circuitryGraphic.text = "÷";
}
/**
* @Sets the ALU's circuitry to addition.
*/
public void SetAdditionCircuitry()
{
Debug.Log("Setting ALU to Addition mode.");
currentCircuitry = CIRCUITRY.ADDITION;
circuitryGraphic.text = "+";
}
