/// <summary>
/// Constructor that sets corresponding members of class
/// </summary>
/// <param name="parentControlUnit"> Parent control of waiting activity</param>
/// <param name="affectedEntity">Entity that is waiting</param>
/// <param name="waitingArea">Optional parameter for a holding entity such as waiting rooms, or storage rooms</param>
public ActivityWait(ControlUnit parentControlUnit,
Entity affectedEntity,
IDynamicHoldingEntity waitingArea = null)
: base(parentControlUnit, "ActivityWait", true)
{
_waitingEntity = affectedEntity;
_waitingArea = waitingArea;
} // end of Activity
} // end of GetServedStart
#endregion
#region DrawHoldingEntity
/// <summary>
/// Visualized a dynamic holding entity (in this example a queue) by adding clients in the rectangle,
/// no overflow handling (will draw infinitely)
/// </summary>
/// <param name="holdingEntity"></param>
public void DrawHoldingEntity(IDynamicHoldingEntity holdingEntity)
{
DrawDynamicHoldingEntity drawFoHold = (DrawDynamicHoldingEntity)DrawingObjectPerEntity((Entity)holdingEntity);
if (drawFoHold.MaxNumberPerson < holdingEntity.HoldedEntities.Count)
{
drawFoHold.DrawPersonCount.StringToDraw = holdingEntity.HoldedEntities.Count.ToString();
if (!DrawingSystem.DrawingObjects.Contains(drawFoHold.DrawPersonCount))
{
DrawingSystem.AddObject(drawFoHold.DrawPersonCount);
}
foreach (DrawingObject drawObject in holdingEntity.HoldedEntities.Select(p => DrawingObjectPerEntity(p)))
{
drawObject.SetPosition(drawFoHold.DrawPersonCount.CurrentPosition - new Vector(-30, 0));
} // end foreach
}
else
{
if (DrawingSystem.DrawingObjects.Contains(drawFoHold.DrawPersonCount))
{
DrawingSystem.RemoveObject(drawFoHold.DrawPersonCount);
}
int entitiesDrawn = 0;
double entityW = drawFoHold.SlotWidth;
double entityH = drawFoHold.SlotHeight;
for (int i = 0; i < drawFoHold.NumberPersonVertical; i++)
{
for (int j = 0; j < drawFoHold.NumberPersonHorizontal; j++)
{
if (entitiesDrawn == holdingEntity.HoldedEntities.Count)
{
return;
}
DrawingObject drawEntity = DrawingObjectPerEntity(holdingEntity.HoldedEntities[entitiesDrawn]);
drawEntity.SetPosition(drawFoHold.CurrentPosition + new Vector(j * entityW + drawFoHold.SlotWidth / 2, i * entityH));
entitiesDrawn++;
} // end for
} // end for
} // end if
} // end of DrawHoldingEntity
} // end of StopCurrentActivites
#endregion
#region StartWaitingActivity
public Event StartWaitingActivity(IDynamicHoldingEntity waitingArea = null)
{
ActivityWait wait = new ActivityWait(this.ParentControlUnit, this, waitingArea);
return(wait.StartEvent);
} // end of
