protected override void HandleInput(HashSet <KeyPress> input)
{
if ((timeLeft -= Time.deltaTime) > 0f)
{
return;
}
if (input.Contains(KeyPress.MoveRight))
{
ChangeState(PlayerStateEnum.TestMove);
AnimatorCommon.FaceRight(_animator);
timeLeft = Constants.ROLL_TIME;
}
else if (input.Contains(KeyPress.MoveLeft))
{
ChangeState(PlayerStateEnum.TestMove);
AnimatorCommon.FaceLeft(_animator);
timeLeft = Constants.ROLL_TIME;
}
else
{
ChangeState(PlayerStateEnum.TestIdle);
timeLeft = Constants.ROLL_TIME;
}
}
protected override void HandleInput(HashSet <KeyPress> input)
{
if (input.Contains(KeyPress.Roll))
{
ChangeState(PlayerStateEnum.TestRoll);
}
else if (input.Contains(KeyPress.Jump) && IsGrounded())
{
ChangeState(PlayerStateEnum.TestJump);
}
else if (input.Contains(KeyPress.MoveLeft))
{
// unflipped = facing right
ChangeState(PlayerStateEnum.TestMove);
AnimatorCommon.FaceLeft(_animator);
}
else if (input.Contains(KeyPress.MoveRight))
{
// unflipped = facing right
ChangeState(PlayerStateEnum.TestMove);
AnimatorCommon.FaceRight(_animator);
}
else if (input.Contains(KeyPress.MidAttack))
{
ChangeState(PlayerStateEnum.TestMidAttack);
}
}
public void Update()
{
// ignore input until playing correct animation
if (!PlayingNextAnimation() && !FinishedCurrentAnimation())
{
return;
}
if (_playerInput != null && _playerInput.Count > 0 && !FinishedCurrentAnimation())
{
HandleInput(_playerInput);
}
else if (_playerInputHandling && !FinishedCurrentAnimation())
{
_playerInput = PlayerInput.GetInput();
}
else if (_selfTransition)
{
AnimatorCommon.RestartCurrentAnimation(_animator);
_selfTransition = false;
}
else
{
ChangeState(PlayerStateEnum.TestIdle);
}
}
protected override void HandleInput(HashSet <KeyPress> input)
{
if (!CollisionCommon.IsGrounded(_player))
{
ChangeState(PlayerStateEnum.TestAirborneMove);
}
else if (input.Contains(KeyPress.Jump))
{
ChangeState(PlayerStateEnum.TestJump);
}
else if (input.Contains(KeyPress.Roll))
{
ChangeState(PlayerStateEnum.TestRoll);
}
else if (input.Contains(KeyPress.MidAttack))
{
ChangeState(PlayerStateEnum.TestMidAttack);
}
else if (input.Contains(KeyPress.MoveRight))
{
ChangeState(PlayerStateEnum.TestMove);
AnimatorCommon.FaceRight(_animator);
}
else if (input.Contains(KeyPress.MoveLeft))
{
ChangeState(PlayerStateEnum.TestMove);
AnimatorCommon.FaceLeft(_animator);
}
}
protected bool PlayingNextAnimation()
{
// after _animator.SetInteger("state"), takes a few frames before actually changing animation
// however, the int itself is changed
// is _animator.GetInteger("state") the same as the one that's playing?
return(GetStateHash(AnimatorCommon.GetState(_animator)) == GetCurrentStateHash());
}
void Start()
{
_animator = GetComponent <Animator>();
_spriteRenderer = GetComponent <SpriteRenderer>();
_states = new Dictionary <PlayerStateEnum, PlayerState>();
AnimatorCommon.FaceRight(_animator);
AnimatorCommon.SetState(_animator, (int)(PlayerStateEnum.TestIdle));
InitStates();
}
protected float NormalizedTime()
{
return(AnimatorCommon.NormalizedTime(_animator));
}
protected void ChangeState(PlayerStateEnum newState)
{
_playerInput = null;
_selfTransition = ((int)newState == AnimatorCommon.GetState(_animator));
AnimatorCommon.SetState(_animator, (int)newState);
}
public PlayerStateEnum GetState()
{
return((PlayerStateEnum)AnimatorCommon.GetState(_animator));
}
private void FlipSpriteCorrectDirection()
{
AnimatorCommon.FlipSpriteCorrectDirection(_animator, _spriteRenderer);
}
public bool FacingRight()
{
return(AnimatorCommon.FacingRight(_animator));
}
