private void ReadInput()
{
moveLeftRightValue = 0;
moveForwardBackwardValue = 0;
_finishHitting = false;
BallLogic ball = BallLogic.Instance;
if (ActionMapper.GetMoveLeft(leftButton, horizontalAxis))
{
moveLeftRightValue += -1;
}
if (ActionMapper.GetMoveRight(rightButton, horizontalAxis))
{
moveLeftRightValue += 1;
}
if (ActionMapper.GetMoveForward(forwardButton, verticalAxis))
{
moveForwardBackwardValue += 1;
}
if (ActionMapper.GetMoveBackward(backwardButton, verticalAxis))
{
moveForwardBackwardValue += -1;
}
if (ActionMapper.GetHitPressed(hitButton, hitJoystickButton) && ball.GetHittingPlayer() != _id)
{
if (!_isCharging && _isServing)
{
_currentHitForce = minHitForce;
_isCharging = true;
}
else if (!_isCharging && ball.GetHittingPlayer() != 0)
{
_currentHitForce = minHitForce;
if (!_isServing)
{
aimTarget.position = _aimStartPosition;
_ballSide = BallLogic.Instance.GetSide(transform.position);
_playerAnimation.StartHittingAnimation(_ballSide);
}
_isCharging = true;
}
else if (_isCharging)
{
_currentHitForce += deltaHitForce * Time.deltaTime;
_currentHitForce = Math.Min(_currentHitForce, maxHitForce);
}
}
if (ActionMapper.GetHitReleased(hitButton, hitJoystickButton))
{
if (_isServing && ball.GetHittingPlayer() == 0)
{
_isCharging = false;
_playerAnimation.StartServeAnimation();
_animatedServingBall = Instantiate(animatableServeBallPrefab, transform.position + Vector3.up * animatableServeBallPrefab.GetComponent <BallServeAnimation>().verticalAppearOffset, Quaternion.identity);
}
}
}