} // end of CreateQueue
#endregion
#region CreateServer
/// <summary>
/// Create server drawing object as a rectangle with caption
/// </summary>
/// <param name="entity">Server entity</param>
/// <returns>DrawingRectangleObject visualization object</returns>
public DrawingObject CreateServer(Entity entity)
{
DrawDynamicHoldingEntity newServer = new DrawDynamicHoldingEntity(entity, new Point(300, 0), new Size(40, 40), 30, Colors.LightGray);
newServer.SetCaption(string.Format("Server: {0}", entity.Identifier), CustomStringAlignment.Left);
return(newServer);
} // end of CreateServer
} // end of CreateClient
#endregion
#region CreateQueue
/// <summary>
/// Create queue drawing object as a rectangle with caption
/// </summary>
/// <param name="entity">Queue entity</param>
/// <returns>DrawingRectangleObject visualization object</returns>
public DrawingObject CreateQueue(Entity entity)
{
DrawDynamicHoldingEntity queue = new DrawDynamicHoldingEntity(entity, new Point(20, 0), new Size(200, 40), 30, Colors.LightGray);
queue.SetCaption(string.Format("Queue: {0}", entity.Identifier), CustomStringAlignment.Left);
return(queue);
} // end of CreateQueue
} // end of CreatePatient
#endregion
#region CreateMultiplePatientTreatmentFacility
/// <summary>
/// Creates a multiple patient treatment facility drawing object
/// </summary>
/// <param name="entity">Treatment facility entity</param>
/// <returns>A drawing object visualizing a multiple patient treatment facility</returns>
public DrawingObject CreateMultiplePatientTreatmentFacility(Entity entity)
{
EntityTreatmentFacility treatFac = (EntityTreatmentFacility)entity;
DrawDynamicHoldingEntity drawTreatFac = new DrawDynamicHoldingEntity(treatFac, treatFac.Position, treatFac.Size, PersonSize, Colors.Gray);
drawTreatFac.CaptionSize = 24;
drawTreatFac.SetCaption(treatFac.ToString(), CustomStringAlignment.Left);
return(drawTreatFac);
} // end of CreatePatient
} // 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
