///////////////////////////////////////////////////////
//
// Private Methods
//
///////////////////////////////////////////////////////
// Bypass to AbstractManager's BaseCreate()
// So that the new node is sorted in the active list
private TimedEvent NewBaseCreate(float seconds)
{
// Refill reserves if it ran out
if (this.ReservedSize <= 0)
{
this.FillReserve(this.AdditionalReserveSize);
Debug.Assert(this.ReservedSize > 0);
}
// Move a node from the reserves to the active list
TimedEvent newNode = this.reservedList.PopFront() as TimedEvent;
newNode.SetId(this.currentId++);
newNode.AddTime(seconds, this.currentUpdateTime);
this.activeList.PushSorted(newNode);
return(newNode as TimedEvent);
}
/// <summary>
/// Unpaused this timer by updating all internal events
/// given the correct current Azul time
/// </summary>
/// <param name="correctAzulTime"></param>
public void Unpause(float correctAzulTime)
{
this.isPaused = false;
// Calculate how much time elapsed since pausing
float timeElapsed = correctAzulTime - this.currentUpdateTime;
// Go through every TimedEvent and add this elapsed time
TimedEvent itr = this.activeList.Head as TimedEvent;
while (itr != null)
{
// Update the event
itr.AddTime(timeElapsed);
// Next event
itr = itr.next as TimedEvent;
}
}
