private void HandleInput(MovementInstruction instruction)
{
if (_playerMovementManager.GetState() == this && _playerMovementManager.IsValidMove(instruction))
{
_playerMovementManager.SetState(new EntityMovingState(_playerMovementManager, instruction));
}
}
public void ReadMoveInstruction(string input)
{
var parts = input.Split(SPLITTER);
var direction = Direction.None;
switch (parts[0])
{
case "N":
direction = Direction.North;
break;
case "S":
direction = Direction.South;
break;
case "W":
direction = Direction.West;
break;
case "E":
direction = Direction.East;
break;
}
var steps = Int32.Parse(parts[1]);
var instruction = new MovementInstruction(direction, steps);
_instructions.Add(instruction);
}
public void Robot_Movement_With_Zero_Step()
{
RobotInstructions robotInstructions = new RobotInstructions();
robotInstructions.GetInputInstructions("1");
robotInstructions.GetInputInstructions("10 2");
robotInstructions.GetInputInstructions("E 1");
MovementInstruction moveCommand = robotInstructions._movementInstruction[0];
Assert.AreEqual(1, moveCommand.StepstoMove);
}
public void Robot_Movement_With_Morethan99999_Steps()
{
RobotInstructions robotInstructions = new RobotInstructions();
robotInstructions.GetInputInstructions("1");
robotInstructions.GetInputInstructions("10 2");
robotInstructions.GetInputInstructions("E 1500000");
MovementInstruction moveCommand = robotInstructions._movementInstruction[0];
Assert.AreEqual(99999, moveCommand.StepstoMove);
}
public EntityMovingState(
AbstractStateManager stateManager,
MovementInstruction movementInstruction
)
{
Instruction = movementInstruction;
_targetPosition = new Vector3(
movementInstruction.Direction.x,
0,
movementInstruction.Direction.y
) + stateManager.transform.position;
}
private AbstractMovementManager GetEntityToPush(MovementInstruction instruction)
{
Vector3 instructionDirection = new Vector3(instruction.Direction.x, GetOffset().y, instruction.Direction.y);
RaycastHit entity;
Physics.Raycast(transform.position, instructionDirection, out entity, 1f, interactionMask);
if (entity.collider == null)
{
return(null);
}
AbstractMovementManager entityMovementManager = entity.collider.GetComponent <AbstractMovementManager>();
return(entityMovementManager);
}
public virtual bool IsValidMove(MovementInstruction instruction, int?entityLayer = null)
{
Vector2Int target = GetCartesianPosition() + instruction.Direction;
AbstractTile tile = grid.GetTile(target);
int layer = entityLayer ?? gameObject.layer;
if (tile == null)
{
return(false);
}
Debug.Log(tile.transform.position);
return(LayerUtils.IsLayer(layer, tile.entityWhiteList));
}
public override bool IsValidMove(MovementInstruction instruction, int?playerLayer = null)
{
if (!base.IsValidMove(instruction))
{
return(false);
}
AbstractMovementManager entityToPush = GetEntityToPush(instruction);
if (entityToPush == null)
{
return(true);
}
// Determine where the pushed entity will land
MovementInstruction pushedEntityDirection = new MovementInstruction(instruction.Direction * 2);
// Validate the position the pushed entity will land
return(base.IsValidMove(pushedEntityDirection, entityToPush.gameObject.layer));
}
private void HandleCollision(GameObject hit)
{
PlayerMovementManager playerMovementManager = hit.GetComponent <PlayerMovementManager>();
if (playerMovementManager == null)
{
return;
}
IState state = playerMovementManager.GetState();
EntityMovingState entityMovingState = state as EntityMovingState;
if (entityMovingState == null)
{
return;
}
MovementInstruction instruction = new MovementInstruction(entityMovingState.Instruction.Direction);
_movementManager.SetState(new EntityMovingState(_movementManager, instruction));
}
private void Update()
{
if (OnRepel == null)
{
return;
}
AbstractMovementManager other = Detect();
if (other != null)
{
MovementInstruction instruction = new MovementInstruction(GetOtherDirection(other));
// TODO: This is broken
if (movementManager.IsValidMove(instruction))
{
OnRepel?.Invoke(instruction.Direction);
}
}
}
public void Reset()
{
nodesWorld = new List <Vector3>();
movementInstructions = new List <MovementInstruction>();
currentNodeIndex = 0;
if (Nodes.Count > 0)
{
nodesWorld.Add(transform.position);
}
foreach (Vector3 node in Nodes)
{
nodesWorld.Add(UseWorldSpace ? node : transform.TransformPoint(node));
}
if (Nodes.Count > 0)
{
foreach (Vector3 node in nodesWorld)
{
UnityEvent instructionOnEnd = new UnityEvent();
instructionOnEnd.AddListener(OnEndPath);
MovementInstruction currentInstruction = gameObject.AddComponent <MovementInstruction>();
currentInstruction.Destination = node;
currentInstruction.UseWorldSpace = true;
currentInstruction.Speed = Speed;
currentInstruction.OnEnd = instructionOnEnd;
currentInstruction.enabled = false;
movementInstructions.Add(currentInstruction);
}
OnEndPath();
}
else
{
Debug.Log("There must be at least one Node in the MovementPath");
}
}
private void ExecuteInstruction(MovementInstruction instruction)
{
var newPositionX = CurrentPosition.X;
var newPositionY = CurrentPosition.Y;
switch (instruction.Direction)
{
case Direction.North:
newPositionY = CurrentPosition.Y + 1;
break;
case Direction.South:
newPositionY = CurrentPosition.Y - 1;
break;
case Direction.West:
newPositionX = CurrentPosition.X - 1;
break;
case Direction.East:
newPositionX = CurrentPosition.X + 1;
break;
}
CleanCell(new Location(newPositionX, newPositionY));
}
private MovementInstruction SplitMovementInstruction(string movementInstruction)
{
MovementInstruction _movementInstruction = new MovementInstruction();
string[] movementTokens = movementInstruction.Split(' ');
switch (movementTokens[0].ToUpper())
{
case "N":
_movementInstruction.RobotDirection = Direction.North;
break;
case "S":
_movementInstruction.RobotDirection = Direction.South;
break;
case "E":
_movementInstruction.RobotDirection = Direction.East;
break;
case "W":
_movementInstruction.RobotDirection = Direction.West;
break;
}
_movementInstruction.StepstoMove = int.Parse(movementTokens[1]);
if (_movementInstruction.StepstoMove > MaxSteps)
{
_movementInstruction.StepstoMove = MaxSteps;
}
if (_movementInstruction.StepstoMove < MinSteps)
{
_movementInstruction.StepstoMove = MinSteps;
}
return(_movementInstruction);
}
private void HandleRepel(Vector2Int direction)
{
MovementInstruction instruction = new MovementInstruction(direction);
_movementManager.SetState(new EntityMovingState(_movementManager, instruction));
}
public async Task <ActionResult <RoverCurrentPositionResponse> > UpdateCurrentPositionAsync(string id, [FromBody] MovementInstruction movement)
{
var positionResponse = await _roverService.UpdateAsync(new AlphaNumericIdString(id), movement);
if (!positionResponse.Success)
{
return(StatusCode(positionResponse.ErrorCode.Value, positionResponse.Message));
}
return(positionResponse);
}
public async Task <RoverCurrentPositionResponse> UpdateAsync(AlphaNumericIdString id, MovementInstruction movement)
{
var rover = await _roverRepository.GetAsync(id);
_compassTurnKey.CurrentIndex = _compassTurnKey.FindIndex(i => i.Direction == rover.FacingDirection);
foreach (var individualInstruction in movement.Instruction.ToCharArray())
{
if (individualInstruction == 'M')
{
rover.XPosition += _compassTurnKey.CurrentItem.XAxisMovement;
rover.YPosition += _compassTurnKey.CurrentItem.YAxisMovement;
}
if (individualInstruction == 'L')
{
_compassTurnKey.PreviousItem();
}
if (individualInstruction == 'R')
{
_compassTurnKey.NextItem();
}
}
rover.FacingDirection = _compassTurnKey.CurrentItem.Direction;
// Use concatenation to invoke the implicit conversion for AlphanumericIdString
string convertedId = id;
try
{
rover = await _roverRepository.UpdateAsync(rover);
}
catch (Exception exception)
{
var errorMessage = $"Error occurred saving position for rover with {convertedId}";
_logger.LogError(exception, errorMessage);
return(new RoverCurrentPositionResponse(errorMessage, string.Empty, false, StatusCodes.Status500InternalServerError));
}
if (rover == null)
{
return(new RoverCurrentPositionResponse($"Rover with id {convertedId} not found.", null, false, StatusCodes.Status404NotFound));
}
return(new RoverCurrentPositionResponse($"Updated position for rover with id {convertedId}.", FormatRelativePosition(rover.XPosition, rover.YPosition), true, null));
}