/// <summary>
/// Method that returns turned floor for the elevator which are moving to the up side.
/// </summary>
/// <returns></returns>
public Floor MaxTurnedPoint()
{
var maxQueue = QueueOfRequests.FirstOrDefault();
var maxInside = QueueFromInside.FirstOrDefault();
switch (maxQueue)
{
case null when maxInside != null:
{
var maxFromInsideTemp = int.Parse(QueueFromInside.First().Id[5].ToString());
foreach (var item in QueueFromInside)
{
var tempItem = int.Parse(item.Id[5].ToString());
if (maxFromInsideTemp >= tempItem)
{
continue;
}
maxFromInsideTemp = tempItem;
maxInside = item;
}
return(maxInside);
}
case null when QueueFromInside.Count == 0:
return(null);
}
var maxFromQueue = int.Parse(QueueOfRequests.First().Id[5].ToString());
foreach (var item in QueueOfRequests)
{
var tempItem = int.Parse(item.Id[5].ToString());
if (maxFromQueue >= tempItem)
{
continue;
}
maxFromQueue = tempItem;
maxQueue = item;
}
if (QueueFromInside.Count == 0)
{
return(maxQueue);
}
var maxFromInside = int.Parse(QueueFromInside.First().Id[5].ToString());
foreach (var item in QueueFromInside)
{
var tempItem = int.Parse(item.Id[5].ToString());
if (maxFromInside >= tempItem)
{
continue;
}
maxFromInside = tempItem;
maxInside = item;
}
if (QueueOfRequests.Count == 0)
{
return(maxInside);
}
if (maxInside != null && maxQueue != null && maxQueue.Id[5] > maxInside.Id[5])
{
return(maxQueue);
}
return(maxInside);
}
/// <summary>
/// Method that returns turned floor for the elevator which are moving to the down side.
/// </summary>
/// <returns></returns>
public Floor MinTurnedPoint()
{
var minQueue = QueueOfRequests.FirstOrDefault();
var minInside = QueueFromInside.FirstOrDefault();
switch (minQueue)
{
case null when minInside != null:
{
var minFromInsideTemp = int.Parse(QueueFromInside.First().Id[5].ToString());
foreach (var item in QueueFromInside)
{
var tempItem = int.Parse(item.Id[5].ToString());
if (minFromInsideTemp <= tempItem)
{
continue;
}
minFromInsideTemp = tempItem;
minInside = item;
}
return(minInside);
}
case null when QueueFromInside.Count == 0:
return(null);
}
var minFromQueue = int.Parse(QueueOfRequests.First().Id[5].ToString());
foreach (var item in QueueOfRequests)
{
var tempItem = int.Parse(item.Id[5].ToString());
if (minFromQueue <= tempItem)
{
continue;
}
minFromQueue = tempItem;
minQueue = item;
}
if (QueueFromInside.Count == 0)
{
return(minQueue);
}
var minFromInside = int.Parse(QueueFromInside.First().Id[5].ToString());
foreach (var item in QueueFromInside)
{
var tempItem = int.Parse(item.Id[5].ToString());
if (minFromInside <= tempItem)
{
continue;
}
minFromInside = tempItem;
minInside = item;
}
if (QueueOfRequests.Count == 0)
{
return(minInside);
}
return(minInside != null && minQueue != null && (int)minQueue.Id[5] > (int)minInside.Id[5] ? minInside : minQueue);
}