public void OnPassRoom(Room room, Person person)
{
// Make sure the person has not called the elvator yet, and wants to call the elevator.
if (!person.CalledElevator && person.CurrentRoom is ElevatorShaft && person.Path != null && person.Path.Count > 1 && person.Path.ElementAt(0) is ElevatorShaft)
{
// Get the start shaft (the shaft to begin the elevator trip).
person.StartShaft = person.CurrentRoom as ElevatorShaft;
// Set the end shaft to the start shaft(the shaft to end the elvator trip).
person.TargetShaft = person.StartShaft;
// Find the real end shaft.
for (int i = 0; i < person.Path.Count; i++)
{
if (!(person.Path.ElementAt(i) is ElevatorShaft))
{
break;
}
person.TargetShaft = person.Path.ElementAt(i) as ElevatorShaft;
}
ElevatorDirection dir = person.TargetShaft.RoomPosition.Y < person.StartShaft.RoomPosition.Y ? ElevatorDirection.Down : ElevatorDirection.Up;
// If we have a target shaft that's not a start shaft, this person calls the elevator!
if (person.TargetShaft != null && person.TargetShaft != person.StartShaft)
{
// Call the elevator
person.CalledElevator = true;
(person.CurrentRoom as ElevatorShaft).CallElevator(dir);
(person.CurrentRoom as ElevatorShaft).ElevatorArrival += person.Person_ElevatorArrival;
person.CurrentTask = PersonTask.InQueue;
}
}
}
private void Stop(int floor, Dictionary <int, bool> _floorReady, ref int _currentLevel)
{
_status = ElevatorDirection.ELEVATOR_HOLD;
_currentLevel = floor;
_floorReady[floor] = false;
Console.WriteLine("Stopped at floor {0}", floor);
}
public void MoveActor(GameObject actor, ElevatorDirection dir)
{
//Where the actor is
var currentRoom = actor.GetComponent <RoomDetector> ().currentRoom;
int currentRoomIndex = currentRoom.GetComponent <RoomController> ().index;
int currentFloorIndex = currentRoom.transform.parent.GetComponent <FloorController> ().floorIndex;
//Where its going
int nextIndex = currentFloorIndex;
if (dir == ElevatorDirection.Up)
{
nextIndex += 1;
}
else if (dir == ElevatorDirection.Down)
{
nextIndex -= 1;
}
//Making sure its in bounds
if (nextIndex < 0 || nextIndex >= VaultController.instance.numberOfFloors)
{
return;
}
Debug.Log(string.Format("Moving: {0} {1} from {2} to {3} and position {4}",
actor.name, dir.ToString(), currentFloorIndex, nextIndex, currentRoomIndex));
//Then move the actor
GameObject targetRoom = VaultController.instance.getRoomOnFloor(currentRoomIndex, nextIndex);
Transform targetDestination = targetRoom.GetComponent <RoomController> ().getElevatorTransformTarget();
actor.transform.position = targetDestination.position;
}
public void OnStartMoving()
{
movingDirection = GetDirectionToRequestedFloor(currRequest.FloorNum);
DirectionChanged.Invoke(movingDirection);
nextFloorNum = movingDirection == ElevatorDirection.up ? currFloorNum + 1 : currFloorNum - 1;
nextFloorNum = Mathf.Clamp(nextFloorNum, 1, Floors.Count);
}
private void Update()
{
if (_currentPower == _maxPower)
{
if (_direction == ElevatorDirection.Up)
{
transform.position += (Vector3.up * _speed * Time.deltaTime);
if (transform.position.y > _highestStory.Y)
{
transform.position = _highestStory;
}
if (transform.position == _highestStory)
{
_direction = ElevatorDirection.Down;
}
}
else
{
transform.position += (Vector3.down * _speed * Time.deltaTime);
if (transform.position.y < _lowestStory.Y)
{
transform.position = _lowestStory;
}
if (transform.position == _lowestStory)
{
_direction = ElevatorDirection.Up;
}
}
}
}
public string AddRequestToPipeline(Button button)
{
if (!ValidateRequest())
{
//Todo : logic to validate user service request considering current floor
return("");
}
//var elevatorName = ElevatorController.Instance.elevatorRequestPipeline
// .AddRequestToPipeline(button.CurrentFloorNummber, button.DestinationFloorNumber);
int requestorCurrentFloor = button.CurrentFloorNummber;
int requestedDestinationFloor = button.DestinationFloorNumber;
ElevatorDirection direction = (requestorCurrentFloor - requestedDestinationFloor) > 0 ? ElevatorDirection.Downwards : ElevatorDirection.Upwards;
var serviceRequest = new ElevatorServiceRequest()
{
ServiceRequestId = Guid.NewGuid(),
DeistinationFloor = requestedDestinationFloor,
SourceFloor = requestorCurrentFloor,
ServiceRequestDirection = direction
};
Console.WriteLine($"Request : {serviceRequest.SourceFloor} to : {serviceRequest.DeistinationFloor}, direction : {serviceRequest.ServiceRequestDirection}");
this.ServiceRequestPipeLine.Add(serviceRequest.ServiceRequestId.ToString(), serviceRequest);
//Update ElevatorController to process
this.AllocateElevatorAndProcessRequest(direction);
return("");
}
public void ClearReservations(int floorIndex, ElevatorDirection direction)
{
var reservationsToRemove = _reservations.Where(r => r.FloorIndex == floorIndex && (r.Direction == direction || r.Direction == ElevatorDirection.None)).ToList();
foreach (var reservationToRemove in reservationsToRemove)
{
_reservations.RemoveAll(r => r.Equals(reservationToRemove));
OnReservationRemoved(new ItemEventArgs<IReservation>(reservationToRemove));
}
}
public ElevatorTileBehaviour(Tile tile, KeyValuePairs kvp) : base(tile, kvp)
{
Distance = kvp.GetInteger("distance", 1);
Speed = 1.0f / Robot.Robot.STEP_TIME;
Direction = kvp.GetEnum("direction", ElevatorDirection.Up);
Trigger = kvp.GetEnum("trigger", ElevatorTrigger.Powered);
RiseSoundPath = kvp.GetString("rise_sound", null);
FallSoundPath = kvp.GetString("fall_sound", null);
}
private void SetDirection(ElevatorDirection direction)
{
var isGoingUp = direction == ElevatorDirection.Up;
var targetPos = isGoingUp ? _endLocalPos : _startLocalPos;
_elevator.SetValue("_goingToTheEnd", isGoingUp);
_elevator.SetValue("_targetLocalPos", targetPos);
_interactVolume.transform.Rotate(0f, 180f, 0f);
}
public void PlaceReservation(int floorIndex, ElevatorDirection direction)
{
bool reservationExists = _reservations.Exists(r => r.Direction == direction && r.FloorIndex == floorIndex);
if (!reservationExists)
{
var newReservation = new Reservation { Direction = direction, FloorIndex = floorIndex };
_reservations.Add(newReservation);
OnReservationPlaced(new ItemEventArgs<IReservation>(newReservation));
}
}
public ButtonPanel BuildButtonPanel(ElevatorDirection direction, IButtonCreator buttonCreator, IElevatorController elevatorController, IReservationSystem reservationSystem)
{
var newButtonPanel = new ButtonPanel
{
Direction = direction
};
newButtonPanel.CreateButtons(buttonCreator, elevatorController.Floors);
newButtonPanel.SetButtonEvents(reservationSystem, elevatorController);
return newButtonPanel;
}
/// <summary>
/// Constructs an elevator centered on the given x and y with the
/// given velocity
/// </summary>
/// <param name="contentManager">the content manager for loading content</param>
/// <param name="spriteName">the name of the sprite for the teddy bear</param>
/// <param name="x">the x location of the center of the teddy bear</param>
/// <param name="y">the y location of the center of the teddy bear</param>
/// <param name="id">the identifing number or the elevator</param>
public Elevator(ContentManager contentManager,
int id,
int x, int y)
{
this.elevatorDirection = ElevatorDirection.Stop;
this.id = id;
LoadContent(contentManager,
@"Graphics\Elevator",
@"Graphics\State\Stop",
(@"Graphics\Number\" + (char)('0' + floorNum / 10)) + (char)('0' + floorNum % 10),
x, y);
}
public void AddRequest(int desiredFloorNum, ElevatorDirection desiredDirection, ElevatorController elevator)
{
var request = new ElevatorController.Request(desiredDirection, desiredFloorNum);
var closestElevator = GetClosestElevator(request, elevator);
if (closestElevator == null)
{
return;
}
closestElevator.AddRequest(desiredFloorNum, desiredDirection);
}
internal void AddNewServiceRequest(int floorNumber, ElevatorDirection elevatorDirection)
{
switch (elevatorDirection)
{
case ElevatorDirection.Upwards:
AddServiceRequestInUpwardList(floorNumber);
break;
case ElevatorDirection.Downwards:
AddServiceRequestInDownwardList(floorNumber);
break;
}
}
private async Task Move(Elevator elevator, ElevatorDirection elevatorDirection, int numberOfFloorsToMove)
{
var floor = elevator.CurrentFloor;
for (var i = 0; i < numberOfFloorsToMove; i++)
{
Thread.Sleep(ElevatorOperationTimeInMiSec);
floor = elevatorDirection == ElevatorDirection.Up ? floor + 1 : floor - 1;
elevator.CurrentFloor = floor;
await SaveLog(elevator, ElevatorAction.Move);
}
}
public bool ReservationExistsBeyond(int floorIndex, ElevatorDirection direction)
{
switch (direction)
{
case ElevatorDirection.Up:
return _reservations.Exists(r => r.FloorIndex > floorIndex);
case ElevatorDirection.Down:
return _reservations.Exists(r => r.FloorIndex < floorIndex);
default:
throw new ArgumentException("Direction must be ElevatorDirection.Up or ElevatorDirection.Down", nameof(direction));
}
}
private int GetNextAim()
{
if (!HasCalls)
{
if (PeoplesInside == 0)
{
__elevatorDirection = ElevatorDirection.Down;
return(0);
}
else
{
return(CurrentFloor);
}
}
List <int> avaliableFloors = new List <int>();
for (int i = 0; i < Floors; i++)
{
bool stopedfromOutside = (_floorStates[i].DownPressed && __elevatorDirection == ElevatorDirection.Down) || (_floorStates[i].UpPresed && __elevatorDirection == ElevatorDirection.Up);
bool stopedFromInside = _floorStates[i].ChoosedInElevator && ((i < _currentPosition && __elevatorDirection == ElevatorDirection.Down) || (i > _currentPosition && __elevatorDirection == ElevatorDirection.Up));
if (stopedFromInside || stopedfromOutside)
{
avaliableFloors.Add(i);
}
}
if (avaliableFloors.Count == 0)
{
if (HasCalls)
{
if (__elevatorDirection == ElevatorDirection.Down)
{
__elevatorDirection = ElevatorDirection.Up;
return(GetNextAim());
}
if (__elevatorDirection == ElevatorDirection.Up)
{
__elevatorDirection = ElevatorDirection.Down;
return(GetNextAim());
}
}
}
else
{
return(avaliableFloors.OrderBy(f => Mathf.Abs(f - CurrentFloor)).First());
}
return(0);
}
private async void AllocateElevatorAndProcessRequest(ElevatorDirection direction)
{
string elevatorName = string.Empty;
elevatorName = ElevatorController.Instance.AllocateElevator(direction);
//ToDo - can we run async without waiting
//button.DisplayDetails()
//Call this async without waiting for elevatormovement
Task.Run(() => ElevatorController.Instance.ProcessRequest(direction));
//return elevatorName;
}
public string AllocateElevator(ElevatorDirection elevatorDirection)
{
var unAllottedServiceRequest = ElevatorController.Instance.ElevatorRequestPipeline
.ServiceRequestPipeLine
.Where(sr => string.IsNullOrEmpty(sr.Value.ElevatorName) == true);
string elevatorName = string.Empty;
foreach (var srequest in unAllottedServiceRequest)
{
elevatorName = AssignElevatorCar(elevatorDirection, srequest);
}
return(elevatorName);
}
public void MoveFloorByOne(ElevatorDirection direction)
{
switch (direction)
{
case ElevatorDirection.Up:
CurrentFloorIndex++;
break;
case ElevatorDirection.Down:
CurrentFloorIndex--;
break;
default:
throw new ArgumentException("Direction must be ElevatorDirection.Up or ElevatorDirection.Down", nameof(direction));
}
Thread.Sleep(1000); //Simulate going up one floor
}
/// <summary>
/// Call the elevator to do something.
/// </summary>
/// <param name="floor">The floor from which the call comes.</param>
/// <param name="direction">The direction the elevator needs to travel.</param>
public void CallElevator(int floor, ElevatorDirection direction)
{
// if the floor is already added to the queue, add the new direction to it.
if (_queue.ContainsKey(floor))
{
_queue[floor] |= direction;
}
// else add the floor.
else
{
_queue.Add(floor, direction);
}
_targetFloor = GetTargetFloor();
}
public void Ascend(int floor, int _upperLevel, Dictionary <int, bool> _floorReady, ref int _currentLevel)
{
for (int i = _currentLevel + 1; i <= _upperLevel; i++)
{
if (_floorReady[i])
{
Stop(floor, _floorReady, ref _currentLevel);
break;
}
Console.WriteLine("Going Up - Floor {0}",
i);
}
_status = ElevatorDirection.ELEVATOR_HOLD;
Console.WriteLine("Waiting..");
}
public void ResetElevatorCar()
{
if (ElevatorDirection == ElevatorDirection.Upwards)
{
ServiceRequestListUpwards = null;
}
if (ElevatorDirection == ElevatorDirection.Downwards)
{
ServiceRequestListDownwards = null;
}
this.CurrentFloor = 0;
this.Status = ElevatorCarStatus.Idle;
this.ElevatorDirection = ElevatorDirection.None;
Console.WriteLine($"All service request of Elevator : {this.Name} completed, status : {this.Status}!");
}
public void CallElevatorRequest(ElevatorDirection direction, int floor)
{
switch (direction)
{
case ElevatorDirection.Down:
_downOperations.Add(floor);
_downOperations.Sort();
_downOperations.Reverse();
break;
case ElevatorDirection.Up:
_upOperations.Add(floor);
_upOperations.Sort();
break;
}
}
/// <summary>
///
///
///
/// Alogrithm => To Set Elevator car movement
/// Check if Car is already moving
/// If No
/// Then read the next immediate destination floor
/// Begin Move
/// Else If Yes (car busy)
/// Then verify if next immediate destination is to be updated??
/// </summary>
public void ProcessRequestWorker()
{
//setup elevator direction
if (ElevatorController.Instance.ElevatorRequestPipeline.ServiceRequestPipeLine.Any(sr => sr.Value.ElevatorName.Equals(this.Name)))
{
var direction = ElevatorController.Instance.ElevatorRequestPipeline
.ServiceRequestPipeLine
.Values
.FirstOrDefault(sr => sr.ElevatorName.Equals(this.Name))
.ServiceRequestDirection;
this.ElevatorDirection = direction;
ProcessWorkerByDirection(direction);
this.ElevatorDirection = direction == ElevatorDirection.Upwards ? ElevatorDirection.Downwards : ElevatorDirection.Upwards;
ProcessWorkerByDirection(direction);
}
}
public Elevator(int line)
{
State = ElevatorState.CloseWaiting;
Direction = ElevatorDirection.None;
elevator = new Rectangle()
{
HorizontalAlignment = HorizontalAlignment.Left,
VerticalAlignment = VerticalAlignment.Top,
Margin = new Thickness(10 + line * 50, 10 + (20 - 1) * 40, 0, 0),
Width = 24,
Height = 36,
Fill = new SolidColorBrush(Color.FromRgb(200, 200, 0)),
Opacity = 0.5
};
Line = line;
Floor = 1;
Thread thread = new Thread(Scheduling);
thread.Start();
}
public async Task <string> ProcessRequest(ElevatorDirection elevatorDirection)
{
//Todo -- Re-think on the algorithm to process the requests??
//ToDo -- why did we added this line multiple time
//this.elevatorAllocationStrategy.AllocateElevator(elevatorDirection);
Task <int> result = Task.Run(() => ProcessTriggerElevatorAction());
//do
//{
// string x = await ProcessTriggerElevatorAction();
//} while (Instance.ElevatorRequestPipeline.ServiceRequestPipeLine.Any()
// && Instance.ElevatorRequestPipeline.ServiceRequestPipeLine.Count > 0);
//do
//{
// ProcessTriggerElevatorAction();
//} while (Instance.ElevatorRequestPipeline.ServiceRequestPipeLine.Any());
//ProcessTriggerElevatorAction();
return(string.Empty);
}
private void ProcessWorkerByDirection(ElevatorDirection direction)
{
bool IsPendingServiceRequest = false;
int _destinationFloor;
IsPendingServiceRequest = GetNextDestinationFloorToService(out _destinationFloor) ? true : false;
//Step #1.1.3 => Begin working
//Step #1.2.3 => Begin working
while ((this.Status == ElevatorCarStatus.Idle || this.ServiceRequestList.Any()) && IsPendingServiceRequest)
{
this.DestinationFloor = _destinationFloor;
ProcessRequestCurrent();
IsPendingServiceRequest = GetNextDestinationFloorToService(out _destinationFloor) ? true : false;
}
if (!this.ServiceRequestList.Any() || this.ServiceRequestList.Count == 0)
{
ResetElevatorCar();
}
}
private string AssignElevatorCar(ElevatorDirection elevatorDirection, KeyValuePair <string, ElevatorServiceRequest> srequest)
{
var serviceRequest = srequest.Value;
bool IsUpwards = elevatorDirection == ElevatorDirection.Upwards ? true : false;
var elevatorCar = ElevatorController.Instance
.ElevatorCarList
.Where(e => e.ElevatorDirection.Equals(serviceRequest.ServiceRequestDirection))
.OrderBy(e => e.ServiceRequestList.Count)
.Take(1)
.FirstOrDefault() as ElevatorCar;
if (elevatorCar == null)
{
elevatorCar = ElevatorController.Instance
.ElevatorCarList
.Where(e => e.Status.Equals(ElevatorCarStatus.Idle) ||
e.ElevatorDirection.Equals(serviceRequest.ServiceRequestDirection))
.OrderBy(e => e.ServiceRequestList.Count)
.Take(1)
.FirstOrDefault() as ElevatorCar;
}
ElevatorController.Instance.ElevatorRequestPipeline
.ServiceRequestPipeLine[srequest.Key.ToString()].ElevatorName = elevatorCar.Name;
//Updating Elevator Direction as per ServiceRequest direction
if (ElevatorController.Instance.ElevatorCarList.Any(e => e.Name.Equals(elevatorCar.Name)))
{
ElevatorController.Instance.ElevatorCarList.First(e => e.Name.Equals(elevatorCar.Name)).ElevatorDirection = srequest.Value.ServiceRequestDirection;
ElevatorController.Instance.ElevatorCarList.First(e => e.Name.Equals(elevatorCar.Name)).AddNewServiceRequest(srequest.Value.SourceFloor, srequest.Value.ServiceRequestDirection);
ElevatorController.Instance.ElevatorCarList.First(e => e.Name.Equals(elevatorCar.Name)).AddNewServiceRequest(srequest.Value.DeistinationFloor, srequest.Value.ServiceRequestDirection);
}
return(elevatorCar.Name);
}
public bool ReservationExistsAt(int floorIndex, ElevatorDirection direction)
{
return _reservations.Exists(r => r.FloorIndex == floorIndex && (r.Direction == direction || r.Direction == ElevatorDirection.None));
}
//todo: make it not that scary
public void AddRequest(int desiredFloorNum, ElevatorDirection desiredDirection)
{
if (desiredFloorNum < 1 || !Floors.ContainsKey(desiredFloorNum))
{
return;
}
if (desiredDirection == ElevatorDirection.none) // from cabin btn
{
if (desiredFloorNum == currFloorNum)
{
return;
}
desiredDirection = GetDirectionToRequestedFloor(desiredFloorNum);
CabinFloorRequested.Invoke(desiredFloorNum);
}
var request = new Request(desiredDirection, desiredFloorNum);
if (IsIdle)
{
if (request.Direction == ElevatorDirection.up)
{
currRequests = upRequests;
currOppositeRequests = downRequests;
currDelayedRequests = upDelayedRequests;
}
else
{
currRequests = downRequests;
currOppositeRequests = upRequests;
currDelayedRequests = downDelayedRequests;
}
currRequests.Enqueue(request);
currRequest = request;
SetState(movingState);
PrintElevatorState();
return;
}
if (request.Equals(currRequest))
{
RequestNoLongerActual.Invoke(currRequest, this);
}
else if (request.Direction != currRequest.Direction)
{
currOppositeRequests.Enqueue(request);
}
else if (movingDirection != request.Direction)
{
currRequests.Enqueue(request);
}
else if ((movingDirection == ElevatorDirection.up ? 1 : -1) * (request.FloorNum - currFloorNum) > 0)
{
currRequests.Enqueue(request);
}
else
{
currDelayedRequests.Enqueue(request);
}
if (IsIdle)
{
return;
}
if (currentState != doorsCycleState)
{
currRequest = currRequests.Peek;
}
PrintElevatorState();
}
public string AllocateElevator(ElevatorDirection direction)
{
return(this.elevatorAllocationStrategy.AllocateElevator(direction));
}
void Scheduling()
{
while (true)
{
if (Job.JobNum() == 0 || (Job.JobNum() == 1 && (Job.Up[Floor] != 0 || Job.Down[Floor] != 0 || Job.Inside[Floor] != 0)))
{
Direction = ElevatorDirection.None;
}
switch (State)
{
case ElevatorState.CloseWaiting:
{
if (Job.JobNum() != 0 && Timeout >= 10)
{
if (Direction == ElevatorDirection.None)
{
if (JobDirection() == 1000)
{
State = ElevatorState.OpenWaiting;
Job.Up[Floor] = 0;
continue;
}
if (JobDirection() == -1000)
{
State = ElevatorState.OpenWaiting;
Job.Down[Floor] = 0;
continue;
}
if (JobDirection() > 0)
{
Direction = ElevatorDirection.Up;
}
if (JobDirection() < 0)
{
Direction = ElevatorDirection.Down;
}
}
if (Direction == ElevatorDirection.Up)
{
Job.Up[Floor] = 0;
}
if (Direction == ElevatorDirection.Down)
{
Job.Down[Floor] = 0;
}
State = ElevatorState.Moving;
Timeout = 0;
}
else
{
Thread.Sleep(100);
Timeout++;
}
break;
}
case ElevatorState.OpenWaiting:
{
if (Timeout >= 20)
{
State = ElevatorState.CloseWaiting;
Timeout = 0;
}
else
{
Thread.Sleep(100);
Timeout++;
}
break;
}
case ElevatorState.Moving:
{
if (Direction == ElevatorDirection.Up)
{
if (Floor == 20)
{
State = ElevatorState.Stopping;
Direction = ElevatorDirection.Down;
continue;
}
if (Floor != 19)
{
if (Job.JobNum(Floor + 1) != 0)
{
State = ElevatorState.Stopping;
}
}
MoveUp();
}
if (Direction == ElevatorDirection.Down)
{
if (Floor == 1)
{
State = ElevatorState.Stopping;
Direction = ElevatorDirection.Up;
continue;
}
if (Floor != 2)
{
if (Job.JobNum(Floor - 1) != 0)
{
State = ElevatorState.Stopping;
}
}
MoveDown();
}
break;
}
case ElevatorState.Stopping:
{
State = ElevatorState.OpenWaiting;
break;
}
case ElevatorState.SOS:
{
Thread.Sleep(10000);
break;
}
}
}
}
public Request(ElevatorDirection direction, int floorNum)
{
Direction = direction;
FloorNum = floorNum;
}
/// <summary>
/// Moves the Elevator based on it's own data.
/// </summary>
public void Move()
{
#region IDLE
//If the Direction is IDLE, and there is data inside the UP and DOWN List
//Then the Elevator needs to change it's Direction depending on what List is bigger (more requests = more important).
if (Direction == ElevatorDirection.IDLE)
{
if (Up.Count > Down.Count)
{
Direction = ElevatorDirection.UP;
}
else
{
Direction = ElevatorDirection.DOWN;
}
}
#endregion
if (Up.Count != 0 || Down.Count != 0)
{
#region UP
if (Direction == ElevatorDirection.UP)
{
//Changes Direction if the UP List is empty, but the DOWN List isn't
if (Up.Count == 0 && Down.Count != 0)
{
Direction = ElevatorDirection.DOWN;
Move();
}
else
{
//Goes one Y position up
PositionY++;
for (int i = 0; i < Up.Count; i++)
{
if (Up[i] == PositionY)
{
Up.RemoveAt(i);
break;
}
}
}
}
#endregion
#region DOWN
else if (Direction == ElevatorDirection.DOWN)
{
//Changes Direction if the DOWN List is empty, but the UP List isn't
if (Up.Count != 0 && Down.Count == 0)
{
Direction = ElevatorDirection.UP;
Move();
}
else
{
//Goes one Y position down
PositionY--;
for (int i = 0; i < Down.Count; i++)
{
if (Down[i] == PositionY)
{
Down.RemoveAt(i);
break;
}
}
}
}
#endregion
//Moves all the IHuman's that are in the Elevator and updates all their position to the Elevator's
foreach (IHuman human in InElevator)
{
human.PositionX = PositionX;
human.PositionY = PositionY;
}
}
//Sets itself to IDLE if the the UP- and DOWN.Count are 0 (meaning the Elevator has nothing to do)
if (Up.Count == 0 && Down.Count == 0)
{
Direction = ElevatorDirection.IDLE;
}
}
public void Click(ElevatorDirection direction, int floor)
{
}