private void GroundedState()
{
_jumpPoint = _body.position;
_vectorUpDelta = _character.Pivot.position - _body.position;
_maxDistance = _vectorUpDelta.magnitude;
_vectorUp = _vectorUpDelta.normalized;
_currentForce = _vectorUp * JumpForce;
_currentState = AbilityInternalState.Processing;
}
private void AiredState()
{
_body.position += _currentForce * Time.deltaTime;
_currentForce += (-_vectorUp * Gravity);
if (Vector3.Distance(_body.position, _character.Pivot.position) >= _maxDistance)
{
_body.position = _jumpPoint;
_currentState = AbilityInternalState.Deactivate;
}
}
private void ProcessingState()
{
_body.position += _currentForce * Time.deltaTime;
if (Vector3.Distance(_body.position, pivot) >= _maxDistance)
{
_character.CurrentAngle += 180;
_character.Pivot.localRotation = Quaternion.Euler(0, 0, _character.CurrentAngle);
_body.position = _targetPosition;
_currentState = AbilityInternalState.Deactivate;
}
}
public override void Initialize(Character character)
{
base.Initialize(character);
// Setting up the simple static state machine
_stateMachine = new StateMachineDelegate[(int)AbilityInternalState.Count];
_stateMachine[(int)AbilityInternalState.Starting] = StartingState;
_stateMachine[(int)AbilityInternalState.Processing] = ProcessingState;
_stateMachine[(int)AbilityInternalState.Deactivate] = DeactivateState;
_currentState = AbilityInternalState.Starting;
_body = character.Model;
}
private void StartingState()
{
// Calculates the vector from the model position to the
// pivot point, and calculates where should be the target
// position where the character is moving
pivot = _character.Pivot.position;
pivot.z = _body.position.z;
_vectorUpDelta = pivot - _body.position;
_targetPosition = _body.position + (2 * _vectorUpDelta);
_maxDistance = _vectorUpDelta.magnitude;
_vectorUp = _vectorUpDelta.normalized;
_currentForce = _vectorUp * ChangeSpeed;
_currentState = AbilityInternalState.Processing;
}
private void DeactivateState()
{
enabled = false;
_currentState = AbilityInternalState.Starting;
}