/// <summary>
/// When the user interface input signal.
/// </summary>
/// <param name="aUIInputType">A user interface input type.</param>
private void _onUIInputChangedSignal (UIInputVO aUIInputVO)
{
//WE CARE ONLY ABOUT INPUT 'ENTER' (NOT 'EXIT' OR 'STAY')
if (aUIInputVO.uiInputEventType == UIInputEventType.DownEnter) {
//Debug.Log("MED.uichanged: " + aUIInputVO.keyCode + " , " + UIInputEventType.DownEnter);
//1. SOUND ONLY
if (aUIInputVO.keyCode == KeyCode.KeypadEnter) {
soundPlaySignal.Dispatch (new SoundPlayVO (SoundType.GAME_OVER_WIN));
} else {
soundPlaySignal.Dispatch (new SoundPlayVO (SoundType.BUTTON_CLICK));
}
//2. ACTIONS ONLY
switch (aUIInputVO.keyCode){
//************************************
//
// OPERANDS
//
//************************************
case KeyCode.Alpha0:
case KeyCode.Alpha1:
case KeyCode.Alpha2:
case KeyCode.Alpha3:
case KeyCode.Alpha4:
case KeyCode.Alpha5:
case KeyCode.Alpha6:
case KeyCode.Alpha7:
case KeyCode.Alpha8:
case KeyCode.Alpha9:
enterInstructionSignal.Dispatch ( new OperandInstruction(aUIInputVO.keyCode));
break;
//************************************
//
// OPERATOR
//
//************************************
case KeyCode.KeypadMultiply:
case KeyCode.KeypadDivide:
case KeyCode.KeypadPlus:
case KeyCode.KeypadMinus:
case KeyCode.KeypadPeriod:
enterInstructionSignal.Dispatch ( new DecimalOperatorInstruction (aUIInputVO.keyCode));
break;
case KeyCode.KeypadEnter:
enterInstructionSignal.Dispatch ( new EnterOperatorInstruction (aUIInputVO.keyCode));
break;
case KeyCode.L:
enterInstructionSignal.Dispatch ( new LogOperatorInstruction (aUIInputVO.keyCode));
break;
case KeyCode.Delete:
enterInstructionSignal.Dispatch ( new ClearOperatorInstruction (aUIInputVO.keyCode));
break;
//************************************
//
// SPECIAL
//
//************************************
case KeyCode.R:
gameResetSignal.Dispatch ();
break;
case KeyCode.M:
//TOOGLE BASED ON CURRENT VALUE
if (iScientificCalculatorModel.calculatorMode == CalculatorMode.LinearEquations) {
calculatorModelChangeSignal.Dispatch (CalculatorMode.Scientific);
} else {
calculatorModelChangeSignal.Dispatch (CalculatorMode.LinearEquations);
}
break;
default:
//NOTHING
break;
}
}
}
// PUBLIC STATIC
// PRIVATE
/// <summary>
/// Do update user interface input.
///
/// NOTE: We get DownEnter and DownExit
///
/// NOTE: We interpolate and SOMETIMES send DownStay using _doProcessDownStayEvents
///
///
/// </summary>
/// <param name="aKeyCode">A key code.</param>
/// <param name="aUIInputEventType">A user interface input event type.</param>
protected void _doUpdateUIInput (KeyCode aKeyCode, UIInputEventType aUIInputEventType )
{
//CHECK OLD DATA
UIInputVO newToSendUIInputVO = new UIInputVO (aKeyCode, aUIInputEventType);
//STORE *ONLY* MOST RECENT PER KEYCODE
_lastInputVOByKeycode_dictionary[newToSendUIInputVO.keyCode] = (newToSendUIInputVO);
//ALWAYS SEND
uiInputChangedSignal.Dispatch (newToSendUIInputVO);
}