/// <summary>
/// Primary worker for the event factory, pulled into it's own method here so all the trigger event types can call it.
/// This will attach the random event game Windows and then fire an event to trigger the event execution in that
/// Windows
/// then it will be able to display any relevant data about what happened.
/// </summary>
/// <param name="sourceEntity">Entities which will be affected by event if triggered.</param>
/// <param name="directorEvent">Created instance of event that will be executed on simulation in random game Windows.</param>
private void ExecuteEvent(IEntity sourceEntity, EventProduct directorEvent)
{
// Attach random event game Windows before triggering event since it will listen for it using event delegate.
GameSimulationApp.Instance.WindowManager.Add(typeof(RandomEvent));
// Fire off event so primary game simulation knows we executed an event with an event.
OnEventTriggered?.Invoke(sourceEntity, directorEvent);
}
/// <summary>
/// Primary worker for the event factory, pulled into it's own method here so all the trigger event types can call it.
/// This will attach the random event game Windows and then fire an event to trigger the event execution in that
/// Windows
/// then it will be able to display any relevant data about what happened.
/// </summary>
/// <param name="sourceEntity">Entities which will be affected by event if triggered.</param>
/// <param name="directorEvent">Created instance of event that will be executed on simulation in random game Windows.</param>
private void ExecuteEvent(IEntity sourceEntity, EventProduct directorEvent)
{
// Attach random event game Windows before triggering event since it will listen for it using event delegate.
GameSimulationApp.Instance.WindowManager.Add(typeof(RandomEvent));
// Fire off event so primary game simulation knows we executed an event with an event.
OnEventTriggered?.Invoke(sourceEntity, directorEvent);
}
