public void Update(Vector2 newPosition)
{
mLastDPadDown[(int)Xbox360GamePad.DPadDirection.Up] = AsDPadDown(Xbox360GamePad.DPadDirection.Up);
mLastDPadDown[(int)Xbox360GamePad.DPadDirection.Down] = AsDPadDown(Xbox360GamePad.DPadDirection.Down);
mLastDPadDown[(int)Xbox360GamePad.DPadDirection.Left] = AsDPadDown(Xbox360GamePad.DPadDirection.Left);
mLastDPadDown[(int)Xbox360GamePad.DPadDirection.Right] = AsDPadDown(Xbox360GamePad.DPadDirection.Right);
mVelocity = Vector2.Multiply((newPosition - mPosition), 1 / TimeManager.SecondDifference);
mPosition = newPosition;
UpdateAccordingToPosition();
for (int i = 0; i < 4; i++)
{
if (AsDPadPushed((Xbox360GamePad.DPadDirection)i))
{
mLastDPadPush[i] = TimeManager.CurrentTime;
}
}
leftAsButton.Update(-System.Math.Min(0, mPosition.X));
rightAsButton.Update(System.Math.Max(0, mPosition.X));
downAsButton.Update(-System.Math.Min(0, mPosition.Y));
upAsButton.Update(System.Math.Max(0, mPosition.Y));
}
private void UpdateAnalogStickAndTriggerValues()
{
if (mButtonMap == null)
{
mLeftStick.Update(mGamePadState.ThumbSticks.Left);
mRightStick.Update(mGamePadState.ThumbSticks.Right);
mLeftTrigger.Update(mGamePadState.Triggers.Left);
mRightTrigger.Update(mGamePadState.Triggers.Right);
}
else
{
Vector2 newPosition = new Vector2();
#region Set the left analog stick position
if (mButtonMap.LeftAnalogLeft != Keys.None && InputManager.Keyboard.KeyDown(mButtonMap.LeftAnalogLeft))
{
newPosition.X = -1;
}
else if (mButtonMap.LeftAnalogRight != Keys.None && InputManager.Keyboard.KeyDown(mButtonMap.LeftAnalogRight))
{
newPosition.X = 1;
}
if (mButtonMap.LeftAnalogUp != Keys.None && InputManager.Keyboard.KeyDown(mButtonMap.LeftAnalogUp))
{
newPosition.Y = 1;
}
else if (mButtonMap.LeftAnalogDown != Keys.None && InputManager.Keyboard.KeyDown(mButtonMap.LeftAnalogDown))
{
newPosition.Y = -1;
}
//cap for diagonal presses
if (System.Math.Abs(newPosition.X) > 0.7071068f &&
System.Math.Abs(newPosition.Y) > 0.7071068f)
{
newPosition.X = System.Math.Sign(newPosition.X) * 0.7071068f;
newPosition.Y = System.Math.Sign(newPosition.Y) * 0.7071068f;
}
mLeftStick.Update(newPosition);
#endregion
#region Set the right analog stick position
newPosition = new Vector2();
if (mButtonMap.RightAnalogLeft != Keys.None && InputManager.Keyboard.KeyDown(mButtonMap.RightAnalogLeft))
{
newPosition.X = -1;
}
else if (mButtonMap.RightAnalogRight != Keys.None && InputManager.Keyboard.KeyDown(mButtonMap.RightAnalogRight))
{
newPosition.X = 1;
}
if (mButtonMap.RightAnalogUp != Keys.None && InputManager.Keyboard.KeyDown(mButtonMap.RightAnalogUp))
{
newPosition.Y = 1;
}
else if (mButtonMap.RightAnalogDown != Keys.None && InputManager.Keyboard.KeyDown(mButtonMap.RightAnalogDown))
{
newPosition.Y = -1;
}
//cap for diagonal presses
if (System.Math.Abs(newPosition.X) > 0.7071068f &&
System.Math.Abs(newPosition.Y) > 0.7071068f)
{
newPosition.X = System.Math.Sign(newPosition.X) * 0.7071068f;
newPosition.Y = System.Math.Sign(newPosition.Y) * 0.7071068f;
}
mRightStick.Update(newPosition);
#endregion
#region Set the trigger positions
float newAnalogPosition = 0;
if (mButtonMap.LeftTrigger != Keys.None && InputManager.Keyboard.KeyDown(mButtonMap.LeftTrigger))
{
newAnalogPosition = 1;
}
else
{
newAnalogPosition = 0;
}
mLeftTrigger.Update(newAnalogPosition);
if (mButtonMap.RightTrigger != Keys.None && InputManager.Keyboard.KeyDown(mButtonMap.RightTrigger))
{
newAnalogPosition = 1;
}
else
{
newAnalogPosition = 0;
}
mRightTrigger.Update(newAnalogPosition);
#endregion
// Button remapping is used when the methods for push, release, and down are called.
// Nothing to do here.
}
}
