void DetirmineStance()
{
CharacterStance bestStance = currentStance;
foreach (CharacterStance stance in stances)
{
if ((currentStance == null || stance.Priority > bestStance.Priority) && stance.CanEnterStance(this))
{
bestStance = stance;
}
}
if (bestStance != currentStance)
{
currentStance = bestStance;
bestStance.OnEnterStance(this);
}
}
private void OnEnable()
{
InputManager.manager.inputs.FindAction("Movement").performed += ctx => movement = (Vector2)ctx.ReadValue <Vector2>();
InputManager.manager.inputs.FindAction("Movement").canceled += ctx => movement = (Vector2)ctx.ReadValue <Vector2>();
InputManager.manager.inputs.FindAction("Rotation").performed += ctx => rotation = (Vector2)ctx.ReadValue <Vector2>();
InputManager.manager.inputs.FindAction("Rotation").canceled += ctx => rotation = (Vector2)ctx.ReadValue <Vector2>();
InputManager.manager.AddEvent("Jump", Jump);
for (int i = 0; i < stances.Length; i++)
{
CharacterStance original = stances[i];
stances[i] = Instantiate(stances[i]);
stances[i].name = original.name;
stances[i].OnEnableStance(this);
}
}
private void Update()
{
onGround = OnGround();
DetirmineStance();
if (currentStance == null)
{
return;
}
currentStance.OnUpdateStance();
if (!currentStance.OnValidateStance(this))
{
currentStance.OnExitStance();
currentStance = null;
DetirmineStance();
}
facing.rotation = Quaternion.Euler(0, cam.rotation.eulerAngles.y, 0);
Rotate();
movementDirection = Vector3.Dot(character.forward, rb.velocity.normalized);
}
