override protected bool IsPressed()
{
GamePadInput pad = GamePadInput.GetGamePad(this.playerIndex);
return(pad.DPadRight.ButtonState == ButtonState.Pressed &&
pad.DPadUp.ButtonState == ButtonState.Released &&
pad.DPadDown.ButtonState == ButtonState.Released);
}
/// <summary>
/// Is the key currently being pressed down
/// </summary>
public bool this[Keys key]
{
get
{
bool pressed = false;
if (GamePadInput.GetGamePad(this.playerIndex).IsConnected)
{
pressed = (chatpadStates[(int)this.playerIndex][key] == KeyState.Down);
}
return(pressed);
}
}
override public void Update()
{
if (GamePadInput.GetGamePad(this.playerIndex).IsConnected)
{
Pressed = chatpadStates[(int)this.playerIndex].IsKeyDown(this.key);
if (timerAutoRepeat.Running)
{
timerAutoRepeat.Update();
}
}
else
{
Reset();
}
}
override public void Update()
{
if (GamePadInput.GetGamePad(this.playerIndex).IsConnected)
{
Position = StickValue();
if (timerAutoRepeat.Running)
{
timerAutoRepeat.Update();
}
}
else
{
Reset();
}
}
override public void Update()
{
if (GamePadInput.GetGamePad(this.playerIndex).IsConnected)
{
// specifically call property
this.Pressed = IsPressed();
if (timerAutoRepeat.Running)
{
timerAutoRepeat.Update();
}
}
else
{
Reset();
}
}
public override bool MatchAction(Reflex reflex, out object param)
{
GamePadSensor.PlayerId playerIdSensor = (GamePadSensor.PlayerId)reflex.targetSet.Param;
if (this.playerId != playerIdSensor)
{
this.playerId = playerIdSensor;
UpdateCommands();
}
bool isPitch = (reflex.Selector is MoveDownSelector) ||
(reflex.Selector is MoveUpDownSelector) ||
(reflex.Selector is MoveUpSelector);
bool isYaw = !isPitch && reflex.Data.IsMovement();
bool match = false;
param = null;
if (this.stickCommands.Count != 0)
{
this.stickPosition = Vector2.Zero;
for (int indexCommand = 0; indexCommand < this.stickCommands.Count; indexCommand++)
{
StickCommand command = this.stickCommands[indexCommand] as StickCommand;
command.Update();
// Bias stick input toward center if pushing forward.
Vector2 stick = command.Position;
if (isPitch)
{
bool invert = GamePadInput.InvertYAxis(command.playerIndex);
if (invert)
{
stick.Y = -stick.Y;
}
}
if (isYaw)
{
bool invert = GamePadInput.InvertXAxis(command.playerIndex);
if (invert)
{
stick.X = -stick.X;
}
}
// 5% flat deadzone.
Vector2 s;
s.X = stick.X > 0 ? Math.Max(stick.X * 1.05f - 0.05f, 0) : Math.Min(stick.X * 1.05f + 0.05f, 0);
s.Y = stick.Y > 0 ? Math.Max(stick.Y * 1.05f - 0.05f, 0) : Math.Min(stick.Y * 1.05f + 0.05f, 0);
stickPosition += s;
// If a stick is being used for input in a bot program, don't blend it into gamepad0.
if (command is Input.GamePadRightThumbStick)
{
GamePadInput.GetGamePad(GamePadInput.LogicalToGamePad(command.playerIndex)).RightStickIgnoreForGamePad0();
}
else if (command is Input.GamePadLeftThumbStick)
{
GamePadInput.GetGamePad(GamePadInput.LogicalToGamePad(command.playerIndex)).LeftStickIgnoreForGamePad0();
}
}
param = this.stickPosition;
match = (this.stickPosition != Vector2.Zero); // only if not centered
}
return(match);
}
protected void UpdateCommands()
{
this.stickCommands.Clear();
// Note that we're getting the pads via logical mapping.
GamePadInput pad1 = GamePadInput.GetGamePad(GamePadInput.LogicalToGamePad(PlayerIndex.One));
GamePadInput pad2 = GamePadInput.GetGamePad(GamePadInput.LogicalToGamePad(PlayerIndex.Two));
GamePadInput pad3 = GamePadInput.GetGamePad(GamePadInput.LogicalToGamePad(PlayerIndex.Three));
GamePadInput pad4 = GamePadInput.GetGamePad(GamePadInput.LogicalToGamePad(PlayerIndex.Four));
switch (this.stick)
{
case GamePadStick.Left:
if (this.playerId == GamePadSensor.PlayerId.All)
{
//add pad 1 if it was touched, we're using virtual controller, or the other pads aren't present
if (pad1.EverTouched || InGame.ShowVirtualController || (!pad2.EverTouched && !pad3.EverTouched && !pad4.EverTouched))
{
this.stickCommands.Add(new GamePadLeftThumbStick(PlayerIndex.One));
}
if (pad2.EverTouched)
{
this.stickCommands.Add(new GamePadLeftThumbStick(PlayerIndex.Two));
}
if (pad3.EverTouched)
{
this.stickCommands.Add(new GamePadLeftThumbStick(PlayerIndex.Three));
}
if (pad4.EverTouched)
{
this.stickCommands.Add(new GamePadLeftThumbStick(PlayerIndex.Four));
}
}
else
{
this.stickCommands.Add(new GamePadLeftThumbStick((PlayerIndex)this.playerId));
}
break;
case GamePadStick.Right:
if (this.playerId == GamePadSensor.PlayerId.All)
{
//add pad 1 if it was touched, we're using virtual controller, or the other pads aren't present
if (pad1.EverTouched || InGame.ShowVirtualController || (!pad2.EverTouched && !pad3.EverTouched && !pad4.EverTouched))
{
this.stickCommands.Add(new GamePadRightThumbStick(PlayerIndex.One));
}
if (pad2.EverTouched)
{
this.stickCommands.Add(new GamePadRightThumbStick(PlayerIndex.Two));
}
if (pad3.EverTouched)
{
this.stickCommands.Add(new GamePadRightThumbStick(PlayerIndex.Three));
}
if (pad4.EverTouched)
{
this.stickCommands.Add(new GamePadRightThumbStick(PlayerIndex.Four));
}
}
else
{
this.stickCommands.Add(new GamePadRightThumbStick((PlayerIndex)this.playerId));
}
break;
}
}
override protected Vector2 StickValue()
{
return(GamePadInput.GetGamePad(this.playerIndex).RightStick);
}
override public void Update()
{
if (GamePadInput.GetGamePad(this.playerIndex).IsConnected)
{
bool keyIsPressed = false;
Keys[] currentPressedKeys = chatpadStates[(int)this.playerIndex].GetPressedKeys();
// walk both sets of keys; the prev and current
// which are in order and
// trigger repeat, press, and release events
int indexPrev = 0;
int indexCurr = 0;
Keys keyPrev;
Keys keyCurr;
// while either set still has keys
while (indexPrev < this.pressedKeys.Length || indexCurr < currentPressedKeys.Length)
{
if (indexPrev < this.pressedKeys.Length)
{
keyPrev = this.pressedKeys[indexPrev];
}
else
{
keyPrev = (Keys)255;// not valid, reached end of this set
}
if (indexCurr < currentPressedKeys.Length)
{
keyCurr = currentPressedKeys[indexCurr];
}
else
{
keyCurr = (Keys)255; // not valid, reached end of this set
}
if (keyPrev == keyCurr)
{
indexPrev++;
indexCurr++;
// key still pressed
if (!IsModifierKey(keyCurr))
{
keyIsPressed = true;
}
}
else if (keyPrev < keyCurr)
{
indexPrev++;
// key was released
if (ReleasePress != null)
{
ReleasePress(this, new KeyboardKeyEventArgs(keyPrev));
}
}
else
{
indexCurr++;
// new key pressed
if (Press != null)
{
Press(this, new KeyboardKeyEventArgs(keyCurr));
}
if (CharInput != null)
{
OnChar(keyCurr);
}
if (!IsModifierKey(keyCurr))
{
keyIsPressed = true;
}
}
}
// update generalized state
if (keyIsPressed)
{
if (state == KeyCommandState.ReleasePress)
{
// NOTE: do not call Start on this timer, it is being used in a caller update model
timerAutoRepeat.Reset(timeFirstAutoRepeat);
state = KeyCommandState.Press;
}
}
else
{
if (state != KeyCommandState.ReleasePress)
{
timerAutoRepeat.Clear();
state = KeyCommandState.ReleasePress;
}
}
this.pressedKeys = currentPressedKeys;
if (timerAutoRepeat.Running)
{
timerAutoRepeat.Update();
}
}
else
{
Reset();
}
}
override protected bool IsPressed()
{
return(GamePadInput.GetGamePad(this.playerIndex).ButtonA.ButtonState == ButtonState.Pressed);
}
protected override bool IsPressed()
{
return(GamePadInput.GetGamePad(this.playerIndex).RightTriggerButton.ButtonState == ButtonState.Pressed);
}
protected override float TriggerValue()
{
return(GamePadInput.GetGamePad(this.playerIndex).RightTrigger);
}