protected override Vector3 KinematicProcess(float delta, Vector3 velocity, Vector3 rotationalVelocity)
{
var speed = velocity.Length();
var direction = velocity.Normalized();
if (speed > 0)
{
// if (Mathf.Abs(direction.z) > 0)
// {
var forward = direction.z <= 0;
TreePlayer.TransitionNodeSetCurrent(DirectionTransition,
forward ? TransitionForward : TransitionBackward);
TreePlayer.Blend3NodeSetAmount(forward ? ForwardBlend : BackwardBlend, direction.x);
// }
// else
// {
// TreePlayer.TransitionNodeSetCurrent(DirectionTransition, TransitionStrafe);
// TreePlayer.TransitionNodeSetCurrent(StrafeTransition,
// direction.x < 0 ? TransitionLeft : TransitionRight);
// }
TreePlayer.TransitionNodeSetCurrent(MoveTransition, TransitionMove);
TreePlayer.TimescaleNodeSetScale(ScaleSpeed, speed);
}
else
{
TreePlayer.TransitionNodeSetCurrent(MoveTransition, TransitionIdle);
}
return(_offset.origin / delta);
}
// This also called when tree asset is changed
// because BTWindow will set new dependencies to "PlaymodeWatcher"
public void PlaymodeChanged(bool isPlaymode)
{
if (isPlaymode)
{
var lastPlayer = _currentPlayer;
_currentPlayer = TreeSelector.CurrentPlayer;
if (_currentPlayer != null)
{
if (_currentPlayer != lastPlayer)
{
Clear();
RegenerateNodeAccessor();
BindToTasks(lastPlayer, false);
BindToTasks(_currentPlayer, true);
foreach (var data in _currentPlayer.Tree.NodeData.TaskData)
{
if (data.TaskImplementation.IsRunning)
{
TaskStarted(data.TaskImplementation);
}
}
}
}
}
else
{
Clear();
}
}
// ShouldBind == false means unbind
private void BindToTasks(TreePlayer player, bool shouldBind)
{
if (player != null)
{
foreach (var data in player.Tree.NodeData.TaskData)
{
if (shouldBind)
{
data.TaskImplementation.OnStarted += TaskStarted;
data.TaskImplementation.OnFinished += TaskFinished;
}
else
{
data.TaskImplementation.OnStarted -= TaskStarted;
data.TaskImplementation.OnFinished -= TaskFinished;
}
}
}
}
protected virtual void ResetAnimations()
{
TreePlayer.TransitionNodeSetCurrent(MoveTransition, TransitionIdle);
}
