/************************************************************************************************************************/
protected override void PlayMove()
{
// 我们将播放Walk或Run动画.
// 我们需要知道哪些动画我们正在尝试播放,哪些是其它的.
AnimationClip playAnimation, otherAnimation;
if (Input.GetButton("Fire3"))// Left Shift 默认按键
{
playAnimation = _Run;
otherAnimation = Walk;
}
else
{
playAnimation = Walk;
otherAnimation = _Run;
}
// 播放我们想要的那个.
var playState = Animancer.Play(playAnimation, 0.25f);
// 如果另一个动画仍在淡出，调整它们的归一化时间，以确保它们在播放周期中保持相同的相对进展.
var otherState = Animancer.States[otherAnimation];
if (otherState != null && otherState.IsPlaying)
{
playState.NormalizedTime = otherState.NormalizedTime;
}
}
/************************************************************************************************************************/
protected override void PlayMove()
{
// We will play either the Walk or Run animation.
// We need to know which animation we are trying to play and which is the other one.
AnimationClip playAnimation, otherAnimation;
if (Input.GetButton("Fire3"))// Left Shift by default.
{
playAnimation = _Run;
otherAnimation = Walk;
}
else
{
playAnimation = Walk;
otherAnimation = _Run;
}
// Play the one we want.
var playState = Animancer.CrossFade(playAnimation);
// If the other one is still fading out, align their NormalizedTime to ensure they stay at the same
// relative progress through their walk cycle.
var otherState = Animancer.GetState(otherAnimation);
if (otherState != null && otherState.IsPlaying)
{
playState.NormalizedTime = otherState.NormalizedTime;
}
}
/************************************************************************************************************************/
/// <summary>
/// This method is similar to the "PlayMove" method in <see cref="Locomotion.IdleAndWalkAndRun"/>, but instead
/// of checking <see cref="Input"/> to determine whether or not to run we are checking if the
/// <see cref="Creature.Brain"/> says it wants to run.
/// </summary>
private void UpdateAnimation()
{
float targetBlend;
if (Creature.Brain.MovementDirection == Vector3.zero)
{
targetBlend = 0;
}
else if (Creature.Brain.IsRunning)
{
targetBlend = 1;
}
else
{
targetBlend = 0.5f;
}
_MoveBlend = Mathf.MoveTowards(_MoveBlend, targetBlend, _Acceleration * Time.deltaTime);
Animancer.SetFloat("MoveBlend", _MoveBlend);
}
/************************************************************************************************************************/
private void UpdateAnimation()
{
// We will play either the Walk or Run animation.
// We need to know which animation we are trying to play and which is the other one.
AnimationClip playAnimation, otherAnimation;
if (Creature.Brain.IsRunning)
{
playAnimation = _Run;
otherAnimation = _Walk;
}
else
{
playAnimation = _Walk;
otherAnimation = _Run;
}
// Play the one we want.
var playState = Animancer.CrossFade(playAnimation);
// If the brain wants to move slowly, slow down the animation.
var speed = Mathf.Min(Creature.Brain.MovementDirection.magnitude, 1);
playState.Speed = speed;
// If the other one is still fading out, align their NormalizedTime to ensure they stay at the same
// relative progress through their walk cycle.
var otherState = Animancer.GetState(otherAnimation);
if (otherState != null && otherState.IsPlaying)
{
playState.NormalizedTime = otherState.NormalizedTime;
otherState.Speed = speed;
}
}
/************************************************************************************************************************/
private void OnEnable()
{
Animancer.PlayController();
_MoveBlend = 0;
}
