protected byte[] GetGCNController(GameCubeController controller)
{
byte[] buf = new byte[9];
buf[1] |= (byte)(controller.A ? 0x01 : 0x00);
buf[1] |= (byte)(controller.B ? 0x02 : 0x00);
buf[1] |= (byte)(controller.X ? 0x04 : 0x00);
buf[1] |= (byte)(controller.Y ? 0x08 : 0x00);
buf[1] |= (byte)(controller.Left ? 0x10 : 0x00);
buf[1] |= (byte)(controller.Right ? 0x20 : 0x00);
buf[1] |= (byte)(controller.Down ? 0x40 : 0x00);
buf[1] |= (byte)(controller.Up ? 0x80 : 0x00);
buf[2] |= (byte)(controller.Start ? 0x01 : 0x00);
buf[2] |= (byte)(controller.Z ? 0x02 : 0x00);
buf[2] |= (byte)(controller.R.full ? 0x04 : 0x00);
buf[2] |= (byte)(controller.L.full ? 0x08 : 0x00);
buf[3] = (byte)controller.joystick.rawX;
buf[4] = (byte)controller.joystick.rawY;
buf[5] = (byte)controller.cStick.rawX;
buf[6] = (byte)controller.cStick.rawY;
buf[7] = (byte)controller.L.rawValue;
buf[8] = (byte)controller.R.rawValue;
return(buf);
}
private GameCubeAdapter ChangeGCNAnalog(string property, float value)
{
GameCubeAdapter gcn = (GameCubeAdapter)Device.State;
GameCubeController controller = GetFromSelectedPort(gcn);
switch (property)
{
case INPUT_NAMES.GCN_CONTROLLER.JOY_X:
controller.joystick.X = value;
controller.joystick.rawX = CalculateRaw(controller.joystick.minX, controller.joystick.maxX, value);
break;
case INPUT_NAMES.GCN_CONTROLLER.JOY_Y:
controller.joystick.Y = value;
controller.joystick.rawY = CalculateRaw(controller.joystick.minY, controller.joystick.maxY, value);
break;
case INPUT_NAMES.GCN_CONTROLLER.C_X:
controller.cStick.X = value;
controller.cStick.rawX = CalculateRaw(controller.cStick.minX, controller.joystick.maxX, value);
break;
case INPUT_NAMES.GCN_CONTROLLER.C_Y:
controller.cStick.Y = value;
controller.cStick.rawY = CalculateRaw(controller.cStick.minX, controller.cStick.maxX, value);
break;
case INPUT_NAMES.GCN_CONTROLLER.L:
case INPUT_NAMES.GCN_CONTROLLER.LT:
controller.L.full = value >= 0.9f;
controller.L.value = value;
controller.L.rawValue = (short)(value * 255);
break;
case INPUT_NAMES.GCN_CONTROLLER.R:
case INPUT_NAMES.GCN_CONTROLLER.RT:
controller.R.full = value >= 0.9f;
controller.R.value = value;
controller.R.rawValue = (short)(value * 255);
break;
}
switch (comboGPortSelect.SelectedIndex)
{
case 1: gcn.port2 = controller; break;
case 2: gcn.port3 = controller; break;
case 3: gcn.port4 = controller; break;
default: gcn.port1 = controller; break;
}
return(ApplyToSelectedPort(gcn, controller));
}
private void ChangeAnalog(object sender, RoutedPropertyChangedEventArgs <double> e)
{
float value = (float)Math.Round(e.NewValue, 2);
string analogInput = (sender as FrameworkElement).Tag.ToString();
if (isPro)
{
Device.State = ChangeProAnalog("pro" + analogInput, value);
}
else if (isNunchuk)
{
Device.State = ChangeNunAnalog("n" + analogInput, value);
}
else if (isClassic)
{
Device.State = ChangeCcAnalog("cc" + analogInput, value);
}
else if (isClassicPro)
{
Device.State = ChangeCcpAnalog("ccp" + analogInput, value);
}
else if (isGuitar)
{
Device.State = ChangeGuitarAnalog("gut" + analogInput, value);
}
else if (isGCN)
{
GameCubeAdapter gcn = (GameCubeAdapter)Device.State;
GameCubeController controller = GetFromSelectedPort(gcn);
if (analogInput == "LX")
{
analogInput = "JoyX";
}
if (analogInput == "LY")
{
analogInput = "JoyY";
}
if (analogInput == "RX")
{
analogInput = "CX";
}
if (analogInput == "RY")
{
analogInput = "CY";
}
Device.State = ChangeGCNAnalog("gcn" + analogInput, value);
}
}
private GameCubeAdapter ApplyToSelectedPort(GameCubeAdapter gcn, GameCubeController controller)
{
switch (comboGPortSelect.SelectedIndex)
{
case 1: gcn.port2 = controller; break;
case 2: gcn.port3 = controller; break;
case 3: gcn.port4 = controller; break;
default: gcn.port1 = controller; break;
}
return(gcn);
}
private GameCubeAdapter ChangeGCNBoolean(string property)
{
GameCubeAdapter gcn = (GameCubeAdapter)Device.State;
GameCubeController controller = GetFromSelectedPort(gcn);
switch (property)
{
case INPUT_NAMES.GCN_CONTROLLER.A: controller.A = !controller.A; break;
case INPUT_NAMES.GCN_CONTROLLER.B: controller.B = !controller.B; break;
case INPUT_NAMES.GCN_CONTROLLER.X: controller.X = !controller.X; break;
case INPUT_NAMES.GCN_CONTROLLER.Y: controller.Y = !controller.Y; break;
case INPUT_NAMES.GCN_CONTROLLER.Z: controller.Z = !controller.Z; break;
case INPUT_NAMES.GCN_CONTROLLER.UP: controller.Up = !controller.Up; break;
case INPUT_NAMES.GCN_CONTROLLER.DOWN: controller.Down = !controller.Down; break;
case INPUT_NAMES.GCN_CONTROLLER.LEFT: controller.Left = !controller.Left; break;
case INPUT_NAMES.GCN_CONTROLLER.RIGHT: controller.Right = !controller.Right; break;
case INPUT_NAMES.GCN_CONTROLLER.START: controller.Start = !controller.Start; break;
}
switch (comboGPortSelect.SelectedIndex)
{
case 1: gcn.port2 = controller; break;
case 2: gcn.port3 = controller; break;
case 3: gcn.port4 = controller; break;
default: gcn.port1 = controller; break;
}
return(ApplyToSelectedPort(gcn, controller));
}
private bool GetActivePort(out GameCubeController controller)
{
switch (_activePort)
{
default:
case GameCubePort.PORT1:
controller = _lastState.port1;
return(_lastState.port1Connected);
case GameCubePort.PORT2:
controller = _lastState.port2;
return(_lastState.port2Connected);
case GameCubePort.PORT3:
controller = _lastState.port3;
return(_lastState.port3Connected);
case GameCubePort.PORT4:
controller = _lastState.port4;
return(_lastState.port4Connected);
}
}
private static void Trigger()
{
GameCubeController.SelfRegister();
HORIPADSwitchController.SelfRegister();
PowerACorePlusController.SelfRegister();
}
