protected virtual void OnControllerButtonReleased(InputControlType pButton)
{
Debug.LogFormat("Controller button {0} was released", pButton);
InputAction action = _taskActions.Peek();
if (pButton == action.controlType)
{
if (action.GetType() == typeof(JoystickAction))
{
JoystickAction joystickAction = action as JoystickAction;
Debug.Log("Joystick Task Detected - Released");
}
else if (action.GetType() == typeof(ButtonAction))
{
ButtonAction btnAction = action as ButtonAction;
if (btnAction.isHold)
{
_isHoldTimerActive = false;
_holdTime = 0f;
_holdTimer = 0f;
// Add a check for holdTimer buffer to see if withing range then deque task
}
}
}
if (_taskActions.Count == 0)
{
Messenger.Broadcast(Messages.MINI_GAME_COMPLETE, true);
}
}
/* PRIVATE FUNCTIONS */
/* EVENT HANDLERS */
protected virtual void OnControllerButtonPressed(InputControlType pButton)
{
Debug.LogFormat("Controller button {0} was pressed", pButton);
InputAction action = _taskActions.Peek();
if (pButton == action.controlType)
{
if (action.GetType() == typeof(JoystickAction))
{
JoystickAction joystickAction = action as JoystickAction;
Debug.Log("Joystick Task Detected - Pressed");
}
else if (action.GetType() == typeof(ButtonAction))
{
ButtonAction btnAction = action as ButtonAction;
if (btnAction.isHold)
{
_isHoldTimerActive = true;
_holdTime = btnAction.holdTime;
}
}
}
if (_taskActions.Count == 0)
{
Messenger.Broadcast(Messages.MINI_GAME_COMPLETE, true);
}
}
public void EnrollJoystick(JoystickAction joystickAction)
{
if (joystickActions == null)
{
joystickActions = new List <JoystickAction>();
}
joystickActions.Add(joystickAction);
}
private bool Next()
{
if (_actionsToConfigure.Count == 0 || _oppositeActions.Count == 0)
return false;
CurrentAction = _actionsToConfigure.Dequeue();
CurrentOppositeAction = _oppositeActions.Dequeue();
return true;
}
void SetDirection(JoystickAction joystickAction)
{
// velocity always forced to 1f
// input = new Vector2(
// joystickAction.direction.x == 0 ? 0 : Mathf.Sign(joystickAction.direction.x),
// joystickAction.direction.y == 0 ? 0 : Mathf.Sign(joystickAction.direction.y)
// );
// velocity smoothed to joystick distance
input = joystickAction.direction;
}
private bool Next()
{
if (_actionsToConfigure.Count == 0 || _oppositeActions.Count == 0)
{
return(false);
}
CurrentAction = _actionsToConfigure.Dequeue();
CurrentOppositeAction = _oppositeActions.Dequeue();
return(true);
}
void SetButtonCDown(JoystickAction joystickAction)
{
//Debug.Log("C");
}
void SetButtonBDown(JoystickAction joystickAction)
{
//Debug.Log("B");
StartCoroutine(Fire());
}
// Buttons Down
void SetButtonADown(JoystickAction joystickAction)
{
//Debug.Log("A");
moving = true;
}
protected void OnJoystickAction(JoystickActionEventArgs e)
{
JoystickAction?.Invoke(this, e);
}
void WizardStepCompleted(JoystickAction action, JoystickAction oppositeAction)
{
Console.WriteLine("Completed step: " + action + " and " + oppositeAction);
UpdateLabel(_wizard.CurrentAction);
}
public JoystickEvent(JoystickAction action, JoystickDirection direction)
{
Action = action;
Direction = direction;
}
void WizardStepCompleted(JoystickAction action, JoystickAction oppositeAction)
{
Console.WriteLine("Completed step: " + action + " and " + oppositeAction);
UpdateLabel(_wizard.CurrentAction);
}
private void UpdateLabel(JoystickAction currentAction)
{
Dispatcher.Invoke(new Action(() => WizardInfo.Content = currentAction));
}
// Buttons Up
void SetButtonAUp(JoystickAction joystickAction)
{
//Debug.Log("A UP");
moving = false;
}
void SetButtonCUp(JoystickAction joystickAction)
{
//Debug.Log("C UP");
}
private void UpdateLabel(JoystickAction currentAction)
{
Dispatcher.Invoke(new Action(() => WizardInfo.Content = currentAction));
}