protected override MoveTask CreateBypassMoveTask()
{
MoveTask moveTask;
// Если ещё не известна целевая точка патруля
if (_patrolPointIndex == null)
{
var currentPatrolPointIndex = CalcCurrentPatrolPointIndex();
IMapNode nextPatrolPoint;
if (currentPatrolPointIndex != null)
{
// Актёр уже стоит в одной из точек патруля.
nextPatrolPoint = GetNextPatrolPointFromPatrolPoint(currentPatrolPointIndex.Value);
}
else
{
// Актёр не на контрольной точке.
// Возвращаемся на маршрут патруля.
nextPatrolPoint = GetNextPatrolPointFromField();
}
moveTask = new MoveTask(Actor, nextPatrolPoint, Map);
}
else
{
var targetPatrolPoint = _patrolRoute.Points[_patrolPointIndex.Value];
moveTask = new MoveTask(Actor, targetPatrolPoint, Map);
}
return(moveTask);
}
public override IActorTask GetTask(IActor actor, ILogicStrategyData strategyData)
{
if (!strategyData.ExitNodes.Any())
{
Complete = true;
return(null);
}
if (_moveTask == null || _moveTask.IsComplete || !_moveTask.CanExecute())
{
var nearbyExitNode = strategyData.ExitNodes
.OrderBy(x => _map.DistanceBetween(actor.Node, x))
.First();
_moveTask = CreateMoveTask(actor, nearbyExitNode);
if (_moveTask == null)
{
Complete = true;
return(null);
}
return(_moveTask);
}
else
{
return(_moveTask);
}
}
private IActorTask HandleBypassMode()
{
if (_moveTask == null)
{
return(CreateBypassMoveTask());
}
else
{
if (!_moveTask.IsComplete)
{
// Если команда на перемещение к целевой точке патруля не закончена, тогда продолжаем её.
return(_moveTask);
}
// Команда на перемещение к целевой точке патруля закончена.
// Нужно выбрать следующую целевую точку и создать команду на простой.
_patrolPointIndex++;
if (_patrolPointIndex >= _patrolRoute.Points.Count())
{
_patrolPointIndex = 0;
}
_moveTask = null;
_idleTask = new IdleTask(_actor, _decisionSource);
_mode = PatrolMode.Idle;
return(_idleTask);
}
}
public async System.Threading.Tasks.Task ExecuteTest_MapWithWalls_ActorAvoidWallsAsync()
{
// ARRANGE
var map = await SquareMapFactory.CreateAsync(10);
map.RemoveEdge(3, 3, 3, 4);
map.RemoveEdge(3, 3, 2, 3);
var expectedPath = new IMapNode[] {
map.Nodes.Cast <HexNode>().SelectBy(4, 4),
map.Nodes.Cast <HexNode>().SelectBy(3, 4),
map.Nodes.Cast <HexNode>().SelectBy(2, 4),
map.Nodes.Cast <HexNode>().SelectBy(1, 5),
};
var startNode = expectedPath.First();
var finishNode = expectedPath.Last();
var actor = CreateActor(map, (HexNode)startNode);
var task = new MoveTask(actor, finishNode, map);
// ACT
for (var step = 1; step < expectedPath.Length; step++)
{
task.Execute();
// ASSERT
actor.Node.Should().Be(expectedPath[step]);
}
}
private IActorTask HandlePersuitMode()
{
var isAttackAllowed = CheckAttackAvailability(_targetIntruder);
if (isAttackAllowed)
{
var attackTask = new AttackTask(Actor, _targetIntruder, _actService);
return(attackTask);
}
else
{
// Маршрут до цели обновляем каждые 3 хода.
// Для оптимизации.
// Эффект потери цели.
if (_pursuitCounter > 0 && _moveTask != null && _moveTask.CanExecute())
{
_pursuitCounter--;
return(_moveTask);
}
else
{
RefreshPursuitCounter();
_moveTask = new MoveTask(Actor, _targetIntruder.Node, Map);
return(_moveTask);
}
}
}
public override IActorTask GetTask(IActor actor, ISectorTaskSourceContext context,
ILogicStrategyData strategyData)
{
var map = context.Sector.Map;
var staticObjectManager = context.Sector.StaticObjectManager;
var staticObject = FindContainer(actor, staticObjectManager, map);
if (staticObject == null || !staticObject.GetModule <IPropContainer>().Content.CalcActualItems().Any())
{
Complete = true;
return(null);
}
var distance = map.DistanceBetween(actor.Node, staticObject.Node);
if (distance <= 1)
{
return(TakeAllFromContainerTask(actor, staticObject, context.Sector));
}
var storedMoveTask = _moveTask;
var moveTask = MoveToContainerTask(actor, staticObject.Node, storedMoveTask, context.Sector);
_moveTask = moveTask;
return(moveTask);
}
public void ExecuteTest_MapWithWalls_ActorAvoidWalls()
{
// ARRANGE
var map = new TestGridGenWallMap();
var expectedPath = new IMapNode[] {
map.Nodes.Cast <HexNode>().SelectBy(4, 4),
map.Nodes.Cast <HexNode>().SelectBy(3, 4),
map.Nodes.Cast <HexNode>().SelectBy(2, 4),
map.Nodes.Cast <HexNode>().SelectBy(1, 5),
};
var startNode = expectedPath.First();
var finishNode = expectedPath.Last();
var actor = CreateActor(map, (HexNode)startNode);
var task = new MoveTask(actor, finishNode, map);
// ACT
for (var step = 1; step < expectedPath.Length; step++)
{
task.Execute();
// ASSERT
actor.Node.Should().Be(expectedPath[step]);
}
}
public void CreateActorTask_CurrentMoveTaskWithOtherTarget_ReturnsNewMoveTask()
{
// ARRANGE
var mapMock = new Mock <IMap>();
var map = mapMock.Object;
var nodeMock = new Mock <IMapNode>();
var node = nodeMock.Object;
var node2Mock = new Mock <IMapNode>();
var node2 = nodeMock.Object;
var actorMock = new Mock <IActor>();
var actor = actorMock.Object;
var currentTask = new MoveTask(actor, node, map);
var intention = new MoveIntention(node2, map);
// ACT
var factTask = intention.CreateActorTask(currentTask, actor);
// ASSERT
factTask.Should().BeOfType <MoveTask>()
.And.Subject.As <MoveTask>().TargetNode.Should().Be(node2);
}
public void CreateActorTask_CurrentMoveTaskWithSameTarget_ReturnsCurrentMoveTask()
{
// ARRANGE
var mapMock = new Mock <IMap>();
var map = mapMock.Object;
var nodeMock = new Mock <IMapNode>();
var node = nodeMock.Object;
var actorMock = new Mock <IActor>();
var actor = actorMock.Object;
var currentTask = new MoveTask(actor, node, map);
var intention = new MoveIntention(node, map);
// ACT
var factTask = intention.CreateActorTask(currentTask, actor);
// ASSERT
factTask.Should().Be(currentTask);
}
private IActorTask HandlePersiutMode()
{
var isAttackAllowed = CheckAttackAvailability(_targetIntruder);
if (isAttackAllowed)
{
var attackTask = new AttackTask(_actor, _targetIntruder, _actService);
return(attackTask);
}
else
{
// Маршрут до цели обновляем каждые 3 хода.
// Для оптимизации.
// Эффект потери цели.
//TODO Сделать тест аналогичный GetActorTasks_PatrolsTryToAttackEnemy_ReturnsMoveTask
if (_persuitCounter > 0 && _moveTask != null)
{
_persuitCounter--;
return(_moveTask);
}
else
{
RefreshPersuiteCounter();
_moveTask = new MoveTask(_actor, _targetIntruder.Node, _map);
return(_moveTask);
}
}
}
public async System.Threading.Tasks.Task ExecuteTest_FindingPathAndMove_IsCompleteTrueAsync()
{
// ARRANGE
var map = await SquareMapFactory.CreateAsync(10);
var expectedPath = new IMapNode[] {
map.Nodes.Cast <HexNode>().SelectBy(4, 4),
map.Nodes.Cast <HexNode>().SelectBy(3, 4),
map.Nodes.Cast <HexNode>().SelectBy(2, 4),
map.Nodes.Cast <HexNode>().SelectBy(1, 5),
};
var startNode = expectedPath.First();
var finishNode = expectedPath.Last();
var actor = CreateActor(map, (HexNode)startNode);
var task = new MoveTask(actor, finishNode, map);
// ACT
for (var step = 1; step < expectedPath.Length; step++)
{
task.Execute();
}
// ASSERT
task.IsComplete.Should().BeTrue();
}
private MoveTask CreateBypassMoveTask(IActor actor, ILogicStrategyData strategyData)
{
IEnumerable <IGraphNode> availableNodes;
var frontNodes = WriteObservedNodes(actor, strategyData).ToArray();
if (frontNodes.Any())
{
availableNodes = frontNodes;
}
else
{
availableNodes = strategyData.ObserverdNodes;
}
var availableNodesArray = availableNodes as HexNode[] ?? availableNodes.ToArray();
for (var i = 0; i < 3; i++)
{
var targetNode = DecisionSource.SelectTargetRoamingNode(availableNodesArray);
if (Map.IsPositionAvailableFor(targetNode, actor))
{
var moveTask = new MoveTask(actor, targetNode, Map);
return(moveTask);
}
}
return(null);
}
private void AnimateMoveTask(MoveTask moveTask, bool isUndo)
{
MoveAnimationsFactory moveAnimationsFactory = new MoveAnimationsFactory();
foreach (var pieceMove in moveTask.MovedPiecesCoordinates)
{
Coordinate fromCoordinate = isUndo ? pieceMove.Item2 : pieceMove.Item1;
Coordinate toCoordinate = isUndo ? pieceMove.Item1 : pieceMove.Item2;
Point animationStartPoint = GetCoordinatePositionOnBoard(fromCoordinate);
Point animationEndPoint = GetCoordinatePositionOnBoard(toCoordinate);
ContentPresenter pieceItemView = (ContentPresenter)piecesItemsControl.ContainerFromItem(ViewModel.GetPiece(toCoordinate));
moveAnimationsFactory.AddMoveAnimation(pieceItemView, animationStartPoint, animationEndPoint);
}
if (moveTask.CapturedPieceCoordinate != null)
{
// if is not undo the removed piece is marked to be removed and only removed after the animation
ChessPieceViewModel removedPiece = isUndo ? ViewModel.GetPiece(moveTask.CapturedPieceCoordinate) : ViewModel.GetRemovedPiece(moveTask.CapturedPieceCoordinate);
ContentPresenter pieceItemView = (ContentPresenter)piecesItemsControl.ContainerFromItem(removedPiece);
moveAnimationsFactory.AddRemoveAnimation(pieceItemView);
}
moveAnimationsFactory.StoryBoard.Completed += (o, e) =>
{
moveTask.CompleteTask();
IsHitTestVisible = true;
};
moveAnimationsFactory.StoryBoard.Begin();
// dont allow user interactions with the board for the duration of the animation
IsHitTestVisible = false;
}
public async Task ExecuteTest_MapWithWalls_ActorAvoidWallsAsync()
{
// ARRANGE
var map = await SquareMapFactory.CreateAsync(10).ConfigureAwait(false);
map.RemoveEdge(3, 3, 3, 4);
map.RemoveEdge(3, 3, 2, 3);
var expectedPath = CreateExpectedPath(map);
var startNode = expectedPath.First();
var finishNode = expectedPath.Last();
var actor = CreateActor(map, (HexNode)startNode);
var contextMock = new Mock <IActorTaskContext>();
var context = contextMock.Object;
var task = new MoveTask(actor, context, finishNode, map);
// ACT
for (var step = 1; step < expectedPath.Length; step++)
{
task.Execute();
// ASSERT
actor.Node.Should().Be(expectedPath[step]);
}
}
public async Task ExecuteTest_FindingPathAndMove_IsCompleteTrueAsync()
{
// ARRANGE
var map = await SquareMapFactory.CreateAsync(10).ConfigureAwait(false);
var expectedPath = CreateExpectedPath(map);
var startNode = expectedPath.First();
var finishNode = expectedPath.Last();
var actor = CreateActor(map, (HexNode)startNode);
var contextMock = new Mock <IActorTaskContext>();
var context = contextMock.Object;
var task = new MoveTask(actor, context, finishNode, map);
// ACT
for (var step = 1; step < expectedPath.Length; step++)
{
task.Execute();
}
// ASSERT
task.IsComplete.Should().BeTrue();
}
public List <TaskBase> GetTaskTypes(int taskCount)
{
var tasks = new List <TaskBase>();
var r = new Random();
for (var i = 0; i < taskCount; i++)
{
if (i == 0)
{
tasks.Add(new MoveTask());
}
else if (i == 1 && taskCount > 2)
{
tasks.Add(new MoveTask());
}
else
{
tasks.Add(new BombTask());
}
}
// Make sure there is at least one move-action if more than 1 task
var noMove = tasks.Any(t => t.GetType() != typeof(MoveTask)) && tasks.Count > 1;
if (noMove)
{
tasks[0] = new MoveTask();
}
return(tasks);
}
private MoveTask CreateBypassMoveTask(IActor actor, ILogicStrategyData strategyData, ISector sector)
{
var map = sector.Map;
var frontNodes = WriteObservedNodesOrGetFromFow(actor, strategyData, sector).ToArray();
if (!frontNodes.Any())
{
return(null);
}
var availableNodesArray = frontNodes as HexNode[] ?? frontNodes.ToArray();
if (availableNodesArray.Length == 0)
{
// There is no nodes available to roaming.
// We can do nothing.
return(null);
}
for (var i = 0; i < 3; i++)
{
var targetNode = DecisionSource.SelectTargetRoamingNode(availableNodesArray);
if (map.IsPositionAvailableFor(targetNode, actor))
{
var context = new ActorTaskContext(sector);
var moveTask = new MoveTask(actor, context, targetNode, map);
return(moveTask);
}
}
return(null);
}
public override IActorTask GetTask(IActor actor, ISectorTaskSourceContext context,
ILogicStrategyData strategyData)
{
var triggerTarget = strategyData.TriggerIntuder;
if (triggerTarget == null)
{
throw new InvalidOperationException(
$"Assign {nameof(strategyData.TriggerIntuder)} with not null valie in related trigger.");
}
var targetCanBeDamaged = triggerTarget.CanBeDamaged();
if (!targetCanBeDamaged)
{
Complete = true;
return(null);
}
var attackParams = CheckAttackAvailability(actor, triggerTarget, context.Sector.Map);
if (attackParams.IsAvailable)
{
var act = attackParams.CombatAct;
var taskContext = new ActorTaskContext(context.Sector);
var attackTask = new AttackTask(actor, taskContext, triggerTarget, act, _actService);
return(attackTask);
}
// Маршрут до цели обновляем каждые 3 хода.
// Для оптимизации.
// Эффект потери цели.
if (_refreshCounter > 0 && _moveTask?.CanExecute() == true)
{
_refreshCounter--;
return(_moveTask);
}
var map = context.Sector.Map;
_refreshCounter = REFRESH_COUNTER_VALUE;
var targetIsOnLine = map.TargetIsOnLine(actor.Node, triggerTarget.Node);
if (targetIsOnLine)
{
var taskContext = new ActorTaskContext(context.Sector);
var moveModule = actor.Person.GetModule <IMovingModule>();
var moveCost = moveModule.CalculateCost();
_moveTask = new MoveTask(actor, taskContext, triggerTarget.Node, map, moveCost);
return(_moveTask);
}
// Цел за пределами видимости. Считается потерянной.
return(null);
}
public void Move(Vector2 position, float time)
{
if (moveTask != null)
{
moveTask.Stop();
}
moveTask = new MoveTask(rectTransform, position, time, tickableManager);
moveTask.Complete += MoveTaskComplete;
}
public override IActorTask GetTask(IActor actor, ILogicStrategyData strategyData)
{
if (_target == null)
{
_target = GetTarget(actor);
}
var targetCanBeDamaged = _target.CanBeDamaged();
if (!targetCanBeDamaged)
{
Complete = true;
return(null);
}
var attackParams = CheckAttackAvailability(actor, _target);
if (attackParams.IsAvailable)
{
var act = attackParams.TacticalAct;
var attackTask = new AttackTask(actor, _target, act, _actService);
return(attackTask);
}
else
{
// Маршрут до цели обновляем каждые 3 хода.
// Для оптимизации.
// Эффект потери цели.
if (_refreshCounter > 0 && _moveTask?.CanExecute() == true)
{
_refreshCounter--;
return(_moveTask);
}
else
{
_refreshCounter = REFRESH_COUNTER_VALUE;
var targetIsOnLine = _map.TargetIsOnLine(actor.Node, _target.Node);
if (targetIsOnLine)
{
_moveTask = new MoveTask(actor, _target.Node, _map);
return(_moveTask);
}
else
{
// Цел за пределами видимости. Считается потерянной.
return(null);
}
}
}
}
private IActorTask HandleBypassMode()
{
if (_moveTask == null)
{
_moveTask = CreateBypassMoveTask();
if (_moveTask != null)
{
return(_moveTask);
}
else
{
// Это может произойти, если актёр не выбрал следующий узел.
// Тогда переводим актёра в режим ожидания.
_idleTask = new IdleTask(Actor, DecisionSource);
_mode = Mode.Idle;
return(_idleTask);
}
}
else
{
if (!_moveTask.IsComplete)
{
// Если команда на перемещение к целевой точке патруля не закончена,
// тогда продолжаем её.
// Предварительно проверяем, не мешает ли что-либо её продолжить выполнять.
if (!_moveTask.CanExecute())
{
_moveTask = CreateBypassMoveTask();
}
if (_moveTask != null)
{
return(_moveTask);
}
_idleTask = new IdleTask(Actor, DecisionSource);
_mode = Mode.Idle;
return(_idleTask);
}
// Команда на перемещение к целевому узлу закончена.
// Нужно выбрать следующую целевую точку и создать команду на простой.
ProcessMovementComplete();
_moveTask = null;
_idleTask = new IdleTask(Actor, DecisionSource);
_mode = Mode.Idle;
return(_idleTask);
}
}
public override void PerformTask(Task task)
{
MoveTask moveTask = (task as MoveTask);
Vector3 targetPos = moveTask.GetTaskPosition();
if (Vector2.Distance(unit.transform.position, targetPos) <= moveTask.GetTaskRange())
{
unit.tasks.FinishTask();
return;
}
unit.transform.position = Vector2.MoveTowards(unit.transform.position, targetPos, speed * Time.deltaTime);
unit.transform.position = Utils.CorrectPosition(unit.transform.position);
}
private MoveTask CreateMoveTask(IActor actor, IMapNode targetExitNode)
{
Debug.Assert((targetExitNode as HexNode)?.IsObstacle != true,
"Узел с выходом не должен быть препятствием.");
if (!_map.IsPositionAvailableFor(targetExitNode, actor))
{
return(null);
}
var moveTask = new MoveTask(actor, targetExitNode, _map);
return(moveTask);
}
public void Update(GameTime gt)
{
if (_tasks.Count > 0)
{
Task temp = _tasks.First;
if (temp.IsFinished)
{
_tasks.Dequeue();
if (_tasks.Count == 0)
{
return;
}
temp = _tasks.First;
}
//Ewwwww.... But I dunno what else to do
if (!temp.HasStarted)
{
temp.HasStarted = true;
switch (temp.TaskName)
{
case "MoveTask":
MoveTask t = (MoveTask)temp;
t.StartTask(Position);
break;
case "GatherResourceTask":
GatherResourceTask grt = (GatherResourceTask)temp;
grt.StartTask(this);
break;
}
}
switch (temp.TaskName)
{
case "MoveTask":
MoveTask t = (MoveTask)temp;
Vector2 p = Position;
t.DoTask(Speed, ref p);
Position = p;
break;
case "GatherResourceTask":
GatherResourceTask grt = (GatherResourceTask)temp;
int food = FoodCount;
grt.DoTask(ref food, gt);
FoodCount = food;
break;
}
}
}
private MoveTask CreateMoveTask(IActor actor, IGraphNode targetExitNode)
{
var targetNodeIsBlockedByObstacles = GetObstableInNode(_sector, targetExitNode);
Debug.Assert(!targetNodeIsBlockedByObstacles,
"Узел с выходом не должен быть препятствием.");
if (!_map.IsPositionAvailableFor(targetExitNode, actor))
{
return(null);
}
var moveTask = new MoveTask(actor, targetExitNode, _map);
return(moveTask);
}
private MoveTask MoveToContainerTask(IActor actor, IGraphNode containerMapNode, MoveTask storedMoveTask)
{
var moveTask = storedMoveTask;
if (storedMoveTask == null)
{
moveTask = new MoveTask(actor, containerMapNode, _map);
}
if (moveTask.IsComplete || !moveTask.CanExecute())
{
Complete = true;
return(null);
}
return(moveTask);
}
public override IActorTask GetTask(IActor actor, ILogicStrategyData strategyData)
{
if (MoveTask == null)
{
MoveTask = CreateBypassMoveTask(actor, strategyData);
if (MoveTask != null)
{
return(MoveTask);
}
else
{
// Это может произойти, если актёр не выбрал следующий узел.
// Тогда переводим актёра в режим ожидания.
IdleTask = new IdleTask(actor, DecisionSource);
return(IdleTask);
}
}
else
{
if (!MoveTask.IsComplete)
{
// Если команда на перемещение к целевой точке патруля не закончена,
// тогда продолжаем её.
// Предварительно проверяем, не мешает ли что-либо её продолжить выполнять.
if (!MoveTask.CanExecute())
{
MoveTask = CreateBypassMoveTask(actor, strategyData);
}
if (MoveTask != null)
{
return(MoveTask);
}
IdleTask = new IdleTask(actor, DecisionSource);
return(IdleTask);
}
else
{
Complete = true;
return(null);
}
}
}
public IEnumerator move_task()
{
Human human = CreateHuman();
Vector2Int targetPosition = human.MotionComponent.GridPosition + new Vector2Int(-10, 10);
var moveTask = new MoveTask(human.MotionComponent, targetPosition);
yield return(AddTaskAndWaitUntilFinished(moveTask, human.CommandProcessor));
//test position
if (human.MotionComponent.GridPosition != targetPosition)
{
Assert.Fail();
}
human.Die();
Assert.Pass();
}
public async Task Run_ReturnsNoContentOnSuccess()
{
var handler = new Mock <ICommandHander <MoveTaskCommand> >();
var container = new Container();
var parent = new ParentDTO();
var listId = Guid.NewGuid().ToString();
var taskId = Guid.NewGuid().ToString();
handler.Setup(h => h.Execute(It.IsAny <MoveTaskCommand>())).Returns(Task.CompletedTask);
container.RegisterInstance(handler.Object);
container.RegisterInstance(_telemetryClient);
MoveTask.Container = container;
var result = await MoveTask.Run(parent, listId, taskId) as NoContentResult;
Assert.IsNotNull(result);
}
public async Task Run_ReturnsServerErrorOnServerError()
{
var handler = new Mock <ICommandHander <MoveTaskCommand> >();
var container = new Container();
var parent = new ParentDTO();
var listId = Guid.NewGuid().ToString();
var taskId = Guid.NewGuid().ToString();
handler.Setup(h => h.Execute(It.IsAny <MoveTaskCommand>()))
.ThrowsAsync(new Exception());
container.RegisterInstance(handler.Object);
container.RegisterInstance(_telemetryClient);
MoveTask.Container = container;
var result = await MoveTask.Run(parent, listId, taskId) as InternalServerErrorResult;
Assert.IsNotNull(result);
}