public void LoadStairTests(LogicPart logic, RMRules rules)
{
var yellowUp = new RMCommand[] {
rules.Move(90),
rules.Rotate(Angle.HalfPi),
rules.Move(25),
rules.Stand(0.1),
rules.UpLadder(),
};
var greenUp = new RMCommand[yellowUp.Length];
yellowUp.CopyTo(greenUp, 0);
greenUp[0] = rules.Move(140);
AddTest(logic, "Stairs_YellowSuccess", PositionTest(-25, 80, 10, yellowUp));
AddTest(logic, "Stairs_GreenFailure", PositionTest(25, 30, 10, greenUp));
AddTest(logic, "Stairs_Scoring_Success", ScoreTest(15, yellowUp));
AddTest(logic, "Stairs_Scoring_Failure", ScoreTest(0, greenUp));
AddTest(logic, "Stairs_Scoring_UpWithoutCommand", ScoreTest(0,
rules.Move(90),
rules.Rotate(Angle.HalfPi),
rules.Move(80),
rules.Stand(0.1)
));
}
public sealed override LogicPart Create()
{
LogicPart logic = new LogicPart();
LoadTests(logic);
return Initialize(logic);
}
public Competitions(string competitionName, string levelName, LogicPartHelper logicPartHelper, Func <IKeyboard> keyboardFactory, Func <GameSettings, List <IEngine> > enginesFactory)
{
CompetitionsName = competitionName;
LevelName = levelName;
Logic = logicPartHelper.Create();
EnginesFactory = enginesFactory;
KeyboardFactory = keyboardFactory;
}
public sealed override LogicPart Create()
{
LogicPart logic = new LogicPart();
//LoadTests(logic);
return(Initialize(logic));
}
private void LoadTests(LogicPart logic)
{
GetType().Assembly.GetTypes()
.Where(type => IsGenericSubclass(type, typeof(CvarcTestCase<,,,,>)))
.Select(type => Activator.CreateInstance(type) as ICvarcTestCase)
.Where(instance => instance != null)
.SelectMany(instance => instance.GetDefinedTests()).ToList()
.ForEach(test => AddTest(logic, test.Item1, test.Item2));
}
private void LoadTests(LogicPart logic, RMRules rules)
{
var testMethods = GetType()
.GetMethods()
.Where(m => m.GetCustomAttributes(true).Where(a => a is TestLoaderMethod).Count() != 0)
.Select(m => m.Name);
foreach (var name in testMethods)
GetType().GetMethod(name).Invoke(this, new Object[] { logic, rules });
}
public static Tuple<DemoRules,LogicPart> CreateWorldFactory()
{
var rules = new DemoRules();
var logicPart = new LogicPart();
logicPart.CreateWorld = () => new DemoWorld();
logicPart.CreateDefaultSettings = () => new Settings { OperationalTimeLimit = 1, TimeLimit = 15 };
logicPart.CreateWorldState = stateName => new DemoWorldState();
logicPart.PredefinedWorldStates.Add("Empty");
logicPart.WorldStateType = typeof(DemoWorldState);
return new Tuple<DemoRules, LogicPart>(rules, logicPart);
}
void LoadGAXTests(LogicPart logic, DWMRules rules)
{
//1. сделать ступенчатое движение с ускорением и посчитать среднее ускорение
//2. Пустить робота по кругу и проверить, что ускорение смотрит в центр
//3. Аналогично с угловой скоростью
//На DWM-е
logic.Tests["GAX_CircleMoving"] = new DWMMovementTestBase(
GAXTest(new Point3D(0, -3, 0), Angle.Zero, Angle.Zero, Angle.Zero,
rules.DWMMoveArc(3, Angle.FromGrad(360), false),
rules.DWMStand(1.0)));
logic.Tests["GAX_Rotating"] = new DWMMovementTestBase(
GAXTest(new Point3D(0, 0, 0), Angle.Zero, Angle.Zero, Angle.HalfPi,
rules.DWMRotate(Angle.Pi), rules.DWMStand(1.0)));
}
void LoadInteractionTests(LogicPart logic, DemoRules rules)
{
//для AlignmentRect пришлось увеличить delta на проверке угла поворота до 0,005
logic.Tests["Interaction_Rect_Alignment"] = new RectangularInteractionTestBase(
LocationTest((frame,asserter)=>
{
asserter.IsEqual(Angle.HalfPi.Grad,frame.Angle.Grad,1);
asserter.IsEqual(22.36, frame.Y, 1);
},
rules.Move(-10),
rules.Rotate(Angle.HalfPi / 2),
rules.Move(50)));
logic.Tests["Interaction_Round_Alignment"] = new RoundInteractionTestBase(
LocationTest((frame, asserter) => asserter.IsEqual(Angle.HalfPi.Grad / 2, frame.Angle.Grad, 1),
rules.Rotate(Angle.HalfPi / 2),
rules.Move(30)));
logic.Tests["Interaction_Round_Alignment2"] = new RoundInteractionTestBase(
LocationTest((frame, asserter) =>
{
asserter.IsEqual(Angle.HalfPi.Grad, frame.Angle.Grad % 360, 1);
asserter.IsEqual(22.45, frame.Y, 1e-3);
},
rules.Rotate(Angle.HalfPi / 2),
rules.Move(30),
rules.Rotate(Angle.HalfPi / 2),
rules.Rotate(Angle.Pi * 2),
rules.Move(10)));
logic.Tests["Interaction_Rect_Collision"] = new RectangularInteractionTestBase(LocationTest(
(frame, asserter) => asserter.True(frame.X < 100 && frame.X > 70),
rules.Move(100)));
logic.Tests["Interaction_Rect_BrickCollision"] = new RectangularInteractionTestBase(
LocationTest((frame, asserter) =>
{
asserter.IsEqual(0, frame.Angle.Grad % 360, 1);
asserter.IsEqual(-10, frame.Y, 1e-3);
asserter.IsEqual(100, frame.X, 1e-3);
},
rules.Rotate(-Angle.HalfPi),
rules.Move(10),
rules.Rotate(Angle.HalfPi),
rules.Move(100)));
}
public override LogicPart Initialize(LogicPart logicPart)
{
var rules = TBBRules.Current;
logicPart.CreateWorld = () => new TBBWorld();
logicPart.CreateDefaultSettings = () => new Settings { OperationalTimeLimit = 5, TimeLimit = 90 };
logicPart.CreateWorldState = name => new TBBWorldState(UInt16.Parse(name));
logicPart.PredefinedWorldStates.AddRange(Enumerable.Range(0, 5).Select(z => z.ToString()));
logicPart.WorldStateType = typeof(TBBWorldState);
var actorFactory = ActorFactory.FromRobot(new TBBRobot(), rules);
logicPart.Actors[TwoPlayersId.Left] = actorFactory;
logicPart.Actors[TwoPlayersId.Right] = actorFactory;
logicPart.Bots["Standing"] = () => rules.CreateStandingBot();
return logicPart;
}
void LoadDWMTests(LogicPart logic, DWMRules rules)
{
logic.Tests["DWM_Movement_LongForward"] = new DWMMovementTestBase(
LocationTest(100, 0, 0, 10, rules.DWMMoveForward(100.0),
rules.DWMStand(1.0)));
//basic DWM tests
logic.Tests["DWM_Movement_Forward"] = new DWMMovementTestBase(
LocationTest(10, 0, 0, 10, rules.DWMMoveForward(10.0),
rules.DWMStand(1.0)));
logic.Tests["DWM_Movement_Backward"] = new DWMMovementTestBase(
LocationTest(-10, 0, 0, 10, rules.DWMMoveForward(-10.0),
rules.DWMStand(1.0)));
logic.Tests["DWM_Movement_RightRotate"] = new DWMMovementTestBase(
LocationTest(0, 0, -45, 10, rules.DWMRotate(AIRLab.Mathematics.Angle.FromGrad(45.0)),rules.DWMStand(1.0)));
logic.Tests["DWM_Movement_LeftRotate"] = new DWMMovementTestBase(
LocationTest(0, 0, 45, 10, rules.DWMRotate(-1 * AIRLab.Mathematics.Angle.FromGrad(45.0)),rules.DWMStand(1.0)));
logic.Tests["DWM_Movement_ArcRight"] = new DWMMovementTestBase(
LocationTest(3, 3, 0, 10, rules.DWMMoveArc(3.0, AIRLab.Mathematics.Angle.FromGrad(90.0), true),
rules.DWMStand(1.0)));
logic.Tests["DWM_Movement_ArcLeft"] = new DWMMovementTestBase(
LocationTest(3, -3, 0, 10, rules.DWMMoveArc(3.0, AIRLab.Mathematics.Angle.FromGrad(90.0), false),
rules.DWMStand(1.0)));
//advanced DWM tests
logic.Tests["DWM_Movement_Turning"] = new DWMMovementTestBase(
LocationTest(6, 6, 90, 10, rules.DWMMoveForward(3.0),
rules.DWMRotate(AIRLab.Mathematics.Angle.FromGrad(90.0)),
rules.DWMMoveForward(3.0),
rules.DWMRotate(AIRLab.Mathematics.Angle.FromGrad(-90.0)),
rules.DWMMoveForward(3.0),
rules.DWMRotate(AIRLab.Mathematics.Angle.FromGrad(90.0)),
rules.DWMMoveForward(3.0), rules.DWMStand(1.0)));
logic.Tests["DWM_Movement_ArcMoving"] = new DWMMovementTestBase(
LocationTest(6, 6, 90, 10, rules.DWMMoveArc(3.0, AIRLab.Mathematics.Angle.FromGrad(90.0), true),
rules.DWMStand(1.0),
rules.DWMMoveArc(3.0, AIRLab.Mathematics.Angle.FromGrad(90.0), false)));
}
public override LogicPart Create()
{
var rules = RMRules.Current;
var logicPart = new LogicPart();
logicPart.CreateWorld = () => new RMWorld();
logicPart.CreateDefaultSettings = () => new Settings { OperationalTimeLimit = 5, TimeLimit = 90 };
logicPart.CreateWorldState = stateName => new RMWorldState();
logicPart.PredefinedWorldStates.AddRange(Enumerable.Range(0, 10).Select(z => z.ToString()));
logicPart.WorldStateType = typeof(RMWorldState);
var actorFactory = ActorFactory.FromRobot(new RMRobot<FullMapSensorData>(), rules);
logicPart.Actors[TwoPlayersId.Left] = actorFactory;
logicPart.Actors[TwoPlayersId.Right] = actorFactory;
logicPart.Bots["Stand"] = () => rules.CreateStandingBot();
LoadTests(logicPart, rules);
return logicPart;
}
void LoadEncodersTests(LogicPart logic, DWMRules rules)
{
logic.Tests["Encoder_MoveForward"] = new DWMMovementTestBase(
EncodersTest(
new EncodersData {
Timestamp = 0,
TotalLeftRotation = Angle.FromGrad(114.3),
TotalRightRotation = Angle.FromGrad(114.3) },
rules.DWMMoveForward(10.0), rules.DWMStand(1.0)));
logic.Tests["Encoder_ArcMoving"] = new DWMMovementTestBase(
EncodersTest(
new EncodersData
{
Timestamp = 0,
TotalLeftRotation = Angle.FromGrad(234.0),
TotalRightRotation = Angle.FromGrad(52.0)
},
rules.DWMMoveArc(3.0, Angle.HalfPi, true)));
//езда назад, поворот на месте, одна склейка двух-трех движений
}
void LoadMovementTests(LogicPart logic, DemoRules rules)
{
logic.Tests["Movement_Round_Forward"] = new RoundMovementTestBase(LocationTest(10,0, 0, 1, rules.Move(10)));
logic.Tests["Movement_Round_Backward"] = new RoundMovementTestBase(LocationTest(-10, 0, 0, 1, rules.Move(-10)));
logic.Tests["Movement_Rect_Forward"] = new RectangularMovementTestBase(LocationTest(10, 0, 0, 1, rules.Move(10)));
logic.Tests["Movement_Rect_Backward"] = new RectangularMovementTestBase(LocationTest(-10, 0, 0, 1, rules.Move(-10)));
logic.Tests["Movement_Rect_Square"] = new RectangularMovementTestBase(LocationTest(0, 0, 0, 50,
rules.Move(10),
rules.Rotate(Angle.HalfPi),
rules.Move(10),
rules.Rotate(Angle.HalfPi),
rules.Move(10),
rules.Rotate(Angle.HalfPi),
rules.Move(10),
rules.Rotate(Angle.HalfPi)));
logic.Tests["Movement_Round_Square"] = new RoundMovementTestBase(LocationTest(0, 0, 0, 10,
rules.Move(10),
rules.Rotate(Angle.HalfPi),
rules.Move(10),
rules.Rotate(Angle.HalfPi),
rules.Move(10),
rules.Rotate(Angle.HalfPi),
rules.Move(10),
rules.Rotate(Angle.HalfPi)));
logic.Tests["Movement_Rect_Rotate"] = new RectangularMovementTestBase(LocationTest(0, 0, 90, 10, rules.Rotate(Angle.HalfPi)));
logic.Tests["Movement_Round_Rotate"] = new RoundMovementTestBase(LocationTest(0, 0, 90, 10, rules.Rotate(Angle.HalfPi)));
logic.Tests["Movement_Limit_Linear"] = new RoundMovementTestBase(LocationTest(50, 0, 0, 1,
rules.MoveWithVelocityForTime(100000, 1)));
logic.Tests["Movement_Limit_Round"] = new RoundMovementTestBase(LocationTest(0, 0, 0, 1,
rules.MoveWithVelocityForTime(-100000, 1)));
logic.Tests["Movement_Limit_Round"] = new RoundMovementTestBase(LocationTest(0, 0, 0, 1,
rules.RotateWithVelocityForTime(Angle.Pi * 10, 4)));
logic.Tests["Movement_Limit_Round2"] = new RoundMovementTestBase(LocationTest(0, 0, 0, 1,
rules.RotateWithVelocityForTime(-Angle.Pi * 19 / 10, 4)));
}
void AddTest(LogicPart logic, string name, RMTestEntry test)
{
logic.Tests[name] = new RMTestBase(test, new RMWorldState());
}
public abstract LogicPart Initialize(LogicPart logic);
public void LoadTowerBuilderTests(LogicPart logic, RMRules rules)
{
AddTest(logic, "Tower_Grip_SingleDetail", TowerBuilderTest(
1,
rules.Move(65),
rules.Rotate(-Angle.HalfPi),
rules.Move(25),
rules.Stand(0.1),
rules.Collect()
));
AddTest(logic, "Tower_Grip_MultipleDetails", TowerBuilderTest(
2,
rules.Move(65),
rules.Rotate(-Angle.HalfPi),
rules.Move(25),
rules.Stand(0.1),
rules.Collect(),
rules.Move(15),
rules.Rotate(Angle.HalfPi),
rules.Move(10),
rules.Stand(1),
rules.Collect()
));
AddTest(logic, "Tower_Grip_LightBeforeStand", TowerBuilderTest(
1,
rules.Rotate(Angle.Pi),
rules.Move(10),
rules.Stand(0.1),
rules.Collect()
));
AddTest(logic, "Tower_Grip_LightAfterStand", TowerBuilderTest(
1,
rules.Move(65),
rules.Rotate(-Angle.HalfPi),
rules.Move(25),
rules.Stand(0.1),
rules.Collect(),
rules.Rotate(Angle.Pi),
rules.Move(25),
rules.Rotate(Angle.HalfPi),
rules.Move(75),
rules.Stand(0.1),
rules.Collect()
));
AddTest(logic, "Tower_Release_SingleDetail", TowerBuilderTest(
0,
rules.Move(65),
rules.Rotate(-Angle.HalfPi),
rules.Move(25),
rules.Stand(0.1),
rules.Collect(),
rules.BuildTower()
));
AddTest(logic, "Tower_Release_MultipleDetail", TowerBuilderTest(
0,
rules.Move(65),
rules.Rotate(-Angle.HalfPi),
rules.Move(25),
rules.Stand(0.1),
rules.Collect(),
rules.Move(15),
rules.Rotate(Angle.HalfPi),
rules.Move(10),
rules.Stand(0.1),
rules.Collect(),
rules.BuildTower()
));
AddTest(logic, "Tower_Grip_AlreadyConnected", TowerBuilderTest(
2,
rules.Move(65),
rules.Rotate(-Angle.HalfPi),
rules.Move(25),
rules.Stand(0.1),
rules.Collect(),
rules.Move(15),
rules.Rotate(Angle.HalfPi),
rules.Move(10),
rules.Stand(0.1),
rules.Collect(),
rules.BuildTower(),
rules.Collect()
));
}
public Competitions(LogicPartHelper logicPartHelper, EnginePart engine, ManagerPart manager)
{
Logic = logicPartHelper.Create();
Engine = engine;
Manager = manager;
}
private void LoadCollisionTests(LogicPart logic, DemoRules rules)
{
logic.Tests["Collision_Rect_NoCollision"] = new RectangularCollisionTestBase(CollisionTest(0, 0, 0,
rules.Grip(),
rules.MoveWithVelocityForTime(-50, 0.2),
rules.MoveWithVelocityForTime(50, 0.2)));
logic.Tests["Collision_Rect_CollisionCount"] = new RectangularCollisionTestBase(CollisionTest(3, 3, 0,
rules.MoveWithVelocityForTime(50, 1),
rules.MoveWithVelocityForTime(50, 0.8),
rules.MoveWithVelocityForTime(50, 0.3),
rules.MoveWithVelocityForTime(-50, 0.2),
rules.MoveWithVelocityForTime(50, 0.3),
rules.MoveWithVelocityForTime(-50, 0.2),
rules.MoveWithVelocityForTime(50, 0.3),
rules.MoveWithVelocityForTime(-50, 0.2)));
logic.Tests["Collision_Rect_CollisionBox"] = new RectangularCollisionTestBase(CollisionTest(1, 1, 0,
rules.Grip(),
rules.MoveWithVelocityForTime(50, 1.5),
rules.RotateWithVelocityForTime(Angle.HalfPi, 1),
rules.MoveWithVelocityForTime(50, 0.45)));
logic.Tests["Collision_Rect_NoBox"] = new RectangularCollisionTestBase(CollisionTest(3, 3, 0,
rules.MoveWithVelocityForTime(50, 1.05),
rules.RotateWithVelocityForTime(Angle.HalfPi, 1),
rules.MoveWithVelocityForTime(50, 0.8),
rules.MoveWithVelocityForTime(50, 0.3),
rules.MoveWithVelocityForTime(-50, 0.2),
rules.MoveWithVelocityForTime(50, 0.3),
rules.MoveWithVelocityForTime(-50, 0.2),
rules.MoveWithVelocityForTime(50, 0.3),
rules.MoveWithVelocityForTime(-50, 0.2)));
logic.Tests["Collision_Rect_RotateNoBox"] = new RectangularCollisionTestBase(CollisionTest(1, 1, 0,
rules.MoveWithVelocityForTime(50, 1.7),
rules.RotateWithVelocityForTime(Angle.HalfPi, 1),
rules.MoveWithVelocityForTime(50, 1.45),
rules.RotateWithVelocityForTime(Angle.HalfPi, 1),
rules.MoveWithVelocityForTime(50, 0.7),
rules.RotateWithVelocityForTime(Angle.HalfPi, 1)));
logic.Tests["Collision_Rect_RotateBox"] = new RectangularCollisionTestBase(CollisionTest(1, 1, 0,
rules.Grip(),
rules.MoveWithVelocityForTime(50, 1.7),
rules.RotateWithVelocityForTime(Angle.HalfPi, 1),
rules.MoveWithVelocityForTime(50, 1.6),
rules.RotateWithVelocityForTime(Angle.HalfPi, 1),
rules.MoveWithVelocityForTime(50, 0.7),
rules.RotateWithVelocityForTime(Angle.HalfPi, 1)));
logic.Tests["Collision_Rect_WallCollisionTime"] = new RectangularCollisionTestBase(ComplexCollisionTest(
2,
2.26,//вероятно после изменения размера робота эта велечина должна была измениться до 2,5-2,6
false,
false,
rules.Rotate(Angle.HalfPi),
rules.Move(50),
rules.Move(50)
));
logic.Tests["Collision_Rect_PushingWithBrick"] = new RectangularCollisionTestBase(ComplexCollisionTest(
2,
8.5,
true,
false,
rules.Rotate(Angle.Pi),
rules.Move(30),
rules.Stand(0.00001),
rules.Grip(),
rules.Move(-30),
rules.Rotate(Angle.HalfPi),
rules.Move(25),
rules.Rotate(Angle.HalfPi),
rules.Move(40),
rules.Rotate(Angle.HalfPi)
));
logic.Tests["Collision_Rect_RotateWallCollision"] = new RectangularCollisionTestBase2(ComplexCollisionTest(
2,
8.5, //при удалении костыля время надо тоже уменьшать на 2 сек
false,
false,
rules.Rotate(Angle.Pi),
rules.Move(30),
rules.Stand(0.00001),
rules.Grip(),
rules.Rotate(-Angle.HalfPi),
//rules.Stand(2), //костыль, чтоб тест прошел
rules.Move(70),
rules.Rotate(-Angle.Pi)
));
logic.Tests["Collision_Rect_BrickCollision"] = new RectangularCollisionTestBase2(
CollisionTest(
4,
true,
false,
rules.Rotate(Angle.HalfPi),
rules.Move(50),
rules.Rotate(-Angle.HalfPi),
rules.Move(45),
rules.Rotate(-Angle.HalfPi),
rules.Move(70)
));
logic.Tests["Collision_Rect_WallAndBrickCollision"] = new RectangularCollisionTestBase2(
CollisionTest(
4,
false,
false,
rules.Rotate(Angle.HalfPi),
rules.Move(15),
rules.Rotate(-Angle.HalfPi),
rules.Move(45),
rules.Rotate(Angle.HalfPi),
rules.Move(70)
));
}
public void LoadClapperboardDeployingTests(LogicPart logic, RMRules rules)
{
AddTest(logic, "Clapper_Scores_RightDeployer", ScoreTest(5,
rules.Move(55),
rules.Rotate(-Angle.HalfPi),
rules.Move(85),
rules.Rotate(Angle.HalfPi),
rules.Stand(0.1),
rules.UseRightDeployer()
));
AddTest(logic, "Clapper_Scores_LeftDeployer", ScoreTest(5,
rules.Move(55),
rules.Rotate(-Angle.HalfPi),
rules.Move(85),
rules.Rotate(-Angle.HalfPi),
rules.Stand(0.1),
rules.UseLeftDeployer()
));
AddTest(logic, "Clapper_Scores_RemoteDeployingShouldBeFailure", ScoreTest(0,
rules.Move(55),
rules.Rotate(-Angle.HalfPi),
rules.Move(65),
rules.Rotate(-Angle.HalfPi),
rules.Stand(0.1),
rules.UseLeftDeployer()
));
AddTest(logic, "Clapper_Scores_BackDeployingNotEnough", ScoreTest(0,
rules.Move(50),
rules.Rotate(Angle.HalfPi),
rules.Move(-85),
rules.Stand(0.1),
rules.UseLeftDeployer(),
rules.UseRightDeployer()
));
AddTest(logic, "Clapper_Scores_WrongDeployingObjects", ScoreTest(0,
rules.Move(200),
rules.Rotate(Angle.HalfPi),
rules.Stand(0.1),
rules.UseRightDeployer(),
rules.Stand(0.1),
rules.Rotate(Angle.HalfPi),
rules.Move(125),
rules.Rotate(-Angle.HalfPi),
rules.Move(25),
rules.Rotate(Angle.HalfPi),
rules.Stand(0.1),
rules.UseRightDeployer()
));
AddTest(logic, "Clapper_Scores_WrongClapperboardColor", ScoreTest(-10,
rules.Move(25),
rules.Rotate(-Angle.HalfPi),
rules.Move(85),
rules.Rotate(Angle.HalfPi),
rules.Stand(0.1),
rules.UseRightDeployer()
));
/* не работает, нужно поменять константы
*
* AddTest(logic, "Clapper_Scores_AllClapperboardsClose", ScoreTest(30,
* rules.Move(50),
* rules.Rotate(Angle.HalfPi),
* rules.Move(-90),
* rules.Rotate(Angle.HalfPi),
* rules.Move(45),
* rules.Stand(0.1),
* rules.UseLeftDeployer(),
* rules.Stand(0.1),
* rules.Move(-25),
* rules.Stand(0.1),
* rules.UseLeftDeployer(),
* rules.Stand(0.1),
* rules.Move(-25),
* rules.Stand(0.1),
* rules.UseLeftDeployer(),
* rules.Stand(0.1),
* rules.Rotate(-Angle.HalfPi),
* rules.Move(40),
* rules.Rotate(-Angle.HalfPi),
* rules.Move(150),
* rules.Rotate(-Angle.HalfPi),
* rules.Move(40),
* rules.Rotate(Angle.HalfPi),
* rules.Stand(0.1),
* rules.UseRightDeployer(),
* rules.Move(-25),
* rules.Stand(0.1),
* rules.UseRightDeployer(),
* rules.Move(-25),
* rules.Stand(0.1),
* rules.UseRightDeployer()
* ));
*/
}
public void LoadTowerScoringTests(LogicPart logic, RMRules rules)
{
AddTest(logic, "Tower_Scores_Zero", ScoreTest(
0,
rules.Move(65),
rules.Rotate(-Angle.HalfPi),
rules.Move(25),
rules.Stand(0.1),
rules.Collect(),
rules.BuildTower()
));
AddTest(logic, "Tower_Scores_BottomBuildingArea", ScoreTest(
2,
rules.Move(100),
rules.Rotate(-Angle.HalfPi),
rules.Move(25),
rules.Stand(0.1),
rules.Collect(),
rules.Move(50),
rules.Stand(0.1),
rules.BuildTower()
));
AddTest(logic, "Tower_Scores_StartingAreaSquare", ScoreTest(
2,
rules.Move(65),
rules.Rotate(-Angle.HalfPi),
rules.Move(25),
rules.Stand(0.1),
rules.Collect(),
rules.Move(-25),
rules.Rotate(-Angle.HalfPi),
rules.Move(65),
rules.Stand(0.1),
rules.BuildTower()
));
AddTest(logic, "Tower_Scores_StartingAreaCircle", ScoreTest(
2,
rules.Move(65),
rules.Rotate(-Angle.HalfPi),
rules.Move(25),
rules.Stand(0.1),
rules.Collect(),
rules.Move(-25),
rules.Rotate(-Angle.HalfPi),
rules.Move(35),
rules.Stand(0.1),
rules.BuildTower()
));
AddTest(logic, "Tower_Scores_BuildingInYellowSquare", ScoreTest(
0,
rules.Move(65),
rules.Rotate(-Angle.HalfPi),
rules.Move(25),
rules.Stand(0.1),
rules.Collect(),
rules.Move(20),
rules.Rotate(Angle.HalfPi),
rules.Move(170),
rules.Stand(0.1),
rules.BuildTower()
));
AddTest(logic, "Tower_Scores_BigTower", ScoreTest(
2 * 2,
rules.Move(65),
rules.Rotate(-Angle.HalfPi),
rules.Move(25),
rules.Stand(0.1),
rules.Collect(),
rules.Move(15),
rules.Rotate(Angle.HalfPi),
rules.Move(10),
rules.Stand(1),
rules.Collect(),
rules.Move(20),
rules.Rotate(-Angle.HalfPi),
rules.Move(30),
rules.Stand(0.1),
rules.BuildTower()
));
AddTest(logic, "Tower_Scores_TowerWithLight", ScoreTest(
2 + 3,
rules.Rotate(Angle.Pi),
rules.Move(10),
rules.Stand(0.1),
rules.Collect(),
rules.Rotate(Angle.Pi),
rules.Move(105),
rules.Rotate(-Angle.HalfPi),
rules.Move(25),
rules.Stand(0.1),
rules.Collect(),
rules.Move(50),
rules.Stand(0.1),
rules.BuildTower()
));
AddTest(logic, "Tower_Scores_BigTowerWithLight", ScoreTest(
(2 + 3) * 2,
rules.Rotate(Angle.Pi),
rules.Move(10),
rules.Stand(0.1),
rules.Collect(),
rules.Rotate(Angle.Pi),
rules.Move(75),
rules.Rotate(-Angle.HalfPi),
rules.Move(25),
rules.Stand(0.1),
rules.Collect(),
rules.Move(15),
rules.Rotate(Angle.HalfPi),
rules.Move(10),
rules.Stand(1),
rules.Collect(),
rules.Move(20),
rules.Rotate(-Angle.HalfPi),
rules.Move(30),
rules.Stand(0.1),
rules.BuildTower()
));
AddTest(logic, "Tower_Scores_LightWithoutStands", ScoreTest(
0,
rules.Rotate(Angle.Pi),
rules.Move(10),
rules.Stand(0.1),
rules.Collect(),
rules.Move(-10),
rules.Stand(0.1),
rules.BuildTower()
));
AddTest(logic, "Tower_Scores_ScamTest", ScoreTest(
2,
rules.Move(100),
rules.Rotate(-Angle.HalfPi),
rules.Move(25),
rules.Stand(0.1),
rules.Collect(),
rules.Move(-25),
rules.Rotate(-Angle.HalfPi),
rules.Move(90),
rules.Stand(0.1),
rules.BuildTower(),
rules.Collect(),
rules.BuildTower(),
rules.Collect(),
rules.BuildTower(),
rules.Collect(),
rules.BuildTower()
));
AddTest(logic, "Tower_Scores_InvalidStandPenalty", ScoreTest(
-10,
rules.Move(135),
rules.Rotate(-Angle.HalfPi),
rules.Move(25),
rules.Stand(0.1),
rules.Collect()
));
AddTest(logic, "Tower_Scores_TwoTowersOneLocation", ScoreTest(
(2 + 3) * 2 /* 2-level spotlight with bonus */ + (2 + 0) * 1 /* one level spotlight, no bonus */,
rules.Rotate(Angle.Pi),
rules.Move(10),
rules.Stand(0.1),
rules.Collect(),
rules.Move(-74),
rules.Rotate(Angle.HalfPi),
rules.Move(25),
rules.Stand(0.1),
rules.Collect(),
rules.Move(-25),
rules.Rotate(-Angle.HalfPi),
rules.Move(44),
rules.Stand(0.1),
rules.BuildTower(),
rules.Move(-10),
rules.Rotate(Angle.HalfPi),
rules.Move(85),
rules.Rotate(Angle.HalfPi),
rules.Move(50),
rules.Stand(0.1),
rules.Collect(),
rules.Rotate(Angle.HalfPi),
rules.Move(10),
rules.Stand(0.1),
rules.Collect(),
rules.Move(30),
rules.Rotate(-Angle.HalfPi),
rules.Stand(0.1),
rules.Collect(),
rules.Rotate(Angle.HalfPi),
rules.Move(35),
rules.Rotate(Angle.HalfPi),
rules.Move(50),
rules.Stand(0.1),
rules.BuildTower()
));
AddTest(logic, "Tower_Scores_TwoTowersTwoLocations", ScoreTest(
(2 + 3) * 2 + (2 + 3) * 1,
rules.Rotate(Angle.Pi),
rules.Move(10),
rules.Stand(0.1),
rules.Collect(),
rules.Move(-74),
rules.Rotate(Angle.HalfPi),
rules.Move(25),
rules.Stand(0.1),
rules.Collect(),
rules.Move(-25),
rules.Rotate(-Angle.HalfPi),
rules.Move(44),
rules.Stand(0.1),
rules.BuildTower(),
rules.Move(-10),
rules.Rotate(Angle.HalfPi),
rules.Move(85),
rules.Rotate(Angle.HalfPi),
rules.Move(50),
rules.Stand(0.1),
rules.Collect(),
rules.Rotate(Angle.HalfPi),
rules.Move(10),
rules.Stand(0.1),
rules.Collect(),
rules.Move(30),
rules.Rotate(-Angle.HalfPi),
rules.Stand(0.1),
rules.Collect(),
rules.Move(10),
rules.Rotate(-Angle.HalfPi),
rules.Move(25),
rules.Stand(0.1),
rules.BuildTower()
));
}
void LoadGrippingTests(LogicPart logic, DemoRules rules)
{
logic.Tests["Gripping_Rect_Grip"] = new RectangularGrippingTestBase(GrippingTest(
true,
rules.Move(50),
rules.Stand(1),
rules.Grip(),
rules.Move(-10),
rules.Stand(5)
));
logic.Tests["Gripping_Round_Grip"] = new RoundGrippingTestBase(GrippingTest(
true,
rules.Move(50),
rules.Stand(1),
rules.Grip(),
rules.Move(-10),
rules.Stand(5)
));
logic.Tests["Gripping_Round_GripAndMove"] = new RoundGrippingTestBase(LocationTest(
0, 0, 0, 1,
rules.Move(50),
rules.Stand(1),
rules.Grip(),
rules.Move(-50),
rules.Rotate(-Angle.HalfPi),
rules.Move(50),
rules.Rotate(-Angle.HalfPi),
rules.Move(50),
rules.Rotate(-Angle.HalfPi),
rules.Move(50),
rules.Rotate(-Angle.HalfPi)
));
logic.Tests["Gripping_Rect_GripAndMove"] = new RectangularGrippingTestBase(LocationTest(
0, 0, 0, 1,
rules.Move(50),
rules.Stand(1),
rules.Grip(),
rules.Move(-50),
rules.Rotate(-Angle.HalfPi),
rules.Move(50),
rules.Rotate(-Angle.HalfPi),
rules.Move(50),
rules.Rotate(-Angle.HalfPi),
rules.Move(50),
rules.Rotate(-Angle.HalfPi)
));
logic.Tests["Gripping_Rect_GripAndMove2"] = new RectangularGrippingTestBase(LocationTest(
46.1, 0, 0, 1,
rules.Move(50),
rules.Stand(1),
rules.Grip(),
rules.Rotate(-Angle.HalfPi),
rules.Rotate(-Angle.HalfPi),
rules.Rotate(-Angle.HalfPi),
rules.Rotate(-Angle.HalfPi)
));
logic.Tests["Gripping_Rect_GripThroughWall"] = new RectangularGrippingTestBase(GrippingTest(
false,
rules.Rotate(Angle.HalfPi),
rules.Move(50),
rules.Grip(),
rules.Move(-50)));
logic.Tests["Gripping_Rect_Release"] = new RectangularGrippingTestBase(GrippingTest(
false,
rules.Move(50),
rules.Stand(0.1d),
rules.Grip(),
rules.Move(-15),
rules.Release()));
logic.Tests["Gripping_Rect_GripUnGripable"] = new RectangularGrippingTestBase(GrippingTest(
false,
rules.Move(25),
rules.Rotate(Angle.HalfPi),
rules.Move(25),
rules.Grip(),
rules.Move(-25)));
logic.Tests["Gripping_Rect_GripFromBack"] = new RectangularGrippingTestBase(
GrippingTest(
false,
rules.Move(-40),
rules.Stand(1),
rules.Grip()));
}
private void AddTest(LogicPart logic, string name, ICvarcTest test)
{
logic.Tests[name] = test;
}
public abstract LogicPart Initialize(LogicPart logic);
public void LoadPopCornScoringTests(LogicPart logic, RMRules rules)
{
AddTest(logic, "PopCorn_Scores_StartingArea", ScoreTest(
4,
rules.Move(64),
rules.Rotate(-Angle.HalfPi),
rules.Stand(0.1),
rules.Grip(),
rules.Rotate(Angle.HalfPi),
rules.Move(-54),
rules.Stand(0.1),
rules.Release()
));
AddTest(logic, "PopCorn_Scores_UpperCinema", ScoreTest(
4,
rules.Move(64),
rules.Rotate(-Angle.HalfPi),
rules.Stand(0.1),
rules.Grip(),
rules.Rotate(Angle.HalfPi),
rules.Move(130),
rules.Rotate(Angle.HalfPi),
rules.Move(40),
rules.Rotate(-Angle.HalfPi),
rules.Move(60),
rules.Stand(0.1),
rules.Release()
));
AddTest(logic, "PopCorn_Scores_BottomCinema", ScoreTest(
4,
rules.Move(64),
rules.Rotate(-Angle.HalfPi),
rules.Stand(0.1),
rules.Grip(),
rules.Rotate(Angle.HalfPi),
rules.Move(130),
rules.Rotate(-Angle.HalfPi),
rules.Move(40),
rules.Rotate(Angle.HalfPi),
rules.Move(60),
rules.Stand(0.1),
rules.Release()
));
AddTest(logic, "PopCorn_Scores_BuildingArea", ScoreTest(
0,
rules.Move(115),
rules.Rotate(Angle.HalfPi),
rules.Move(-60),
rules.Stand(0.1),
rules.Grip(),
rules.Move(-15),
rules.Stand(0.1),
rules.Release(),
rules.Move(40),
rules.Stand(0.1)
));
AddTest(logic, "PopCorn_Scores_TwoCupsSameLocation", ScoreTest(
4,
rules.Move(115),
rules.Rotate(Angle.HalfPi),
rules.Move(-60),
rules.Stand(0.1),
rules.Grip(),
rules.Move(60),
rules.Rotate(-Angle.HalfPi),
rules.Move(-115),
rules.Stand(0.1),
rules.Release(),
rules.Move(64),
rules.Rotate(-Angle.HalfPi),
rules.Stand(0.1),
rules.Grip(),
rules.Rotate(Angle.HalfPi),
rules.Move(-40),
rules.Stand(0.1),
rules.Release()
));
AddTest(logic, "PopCorn_Scores_TwoCupsDiffLocations", ScoreTest(
4 + 4,
rules.Move(115),
rules.Rotate(Angle.HalfPi),
rules.Move(-60),
rules.Stand(0.1),
rules.Grip(),
rules.Move(60),
rules.Rotate(-Angle.HalfPi),
rules.Move(-115),
rules.Stand(0.1),
rules.Release(),
rules.Move(64),
rules.Rotate(-Angle.HalfPi),
rules.Stand(0.1),
rules.Grip(),
rules.Rotate(Angle.HalfPi),
rules.Move(130),
rules.Rotate(-Angle.HalfPi),
rules.Move(40),
rules.Rotate(Angle.HalfPi),
rules.Move(60),
rules.Stand(0.1),
rules.Release()
));
AddTest(logic, "PopCorn_Scores_GrippedShouldBeZero", ScoreTest(
0,
rules.Move(64),
rules.Rotate(-Angle.HalfPi),
rules.Stand(0.1),
rules.Grip(),
rules.Rotate(Angle.HalfPi),
rules.Move(-64),
rules.Stand(0.1)
));
AddTest(logic, "PopCorn_Scores_FilledCup", ScoreTest(
5,
rules.Move(64),
rules.Rotate(-Angle.HalfPi),
rules.Stand(0.1),
rules.Grip(),
rules.Rotate(Angle.HalfPi),
rules.Move(-30),
rules.Rotate(-Angle.HalfPi),
rules.Move(-70),
rules.Stand(0.1),
rules.GetPopCorn(),
rules.Move(70),
rules.Rotate(Angle.HalfPi),
rules.Move(-10),
rules.Stand(0.1),
rules.Release()
));
AddTest(logic, "PopCorn_Scores_TwoCupsFilled", ScoreTest(
5,
rules.Move(115),
rules.Rotate(Angle.HalfPi),
rules.Move(-60),
rules.Stand(0.1),
rules.Grip(),
rules.Move(60),
rules.Rotate(-Angle.HalfPi),
rules.Move(-115),
rules.Stand(0.1),
rules.Release(),
rules.Move(64),
rules.Rotate(-Angle.HalfPi),
rules.Stand(0.1),
rules.Grip(),
rules.Rotate(Angle.HalfPi),
rules.Move(-30),
rules.Rotate(-Angle.HalfPi),
rules.Move(-70),
rules.Stand(0.1),
rules.GetPopCorn(),
rules.Move(70),
rules.Rotate(Angle.HalfPi),
rules.Move(-10),
rules.Stand(0.1),
rules.Release()
));
}
public void LoadPopCornFillingTests(LogicPart logic, RMRules rules)
{
AddTest(logic, "PopCorn_Scores_SensorWorking", PopCornTest(
4,
rules.Move(64),
rules.Rotate(-Angle.HalfPi),
rules.Stand(0.1),
rules.Grip()
));
AddTest(logic, "PopCorn_Filling_CheckWorking", PopCornTest(
4 + 1,
rules.Move(64),
rules.Rotate(-Angle.HalfPi),
rules.Stand(0.1),
rules.Grip(),
rules.Rotate(Angle.HalfPi),
rules.Move(-30),
rules.Rotate(-Angle.HalfPi),
rules.Move(-70),
rules.Stand(0.1),
rules.GetPopCorn()
));
AddTest(logic, "PopCorn_Filling_Backward", PopCornTest(
4,
rules.Move(64),
rules.Rotate(-Angle.HalfPi),
rules.Stand(0.1),
rules.Grip(),
rules.Rotate(Angle.HalfPi),
rules.Move(-30),
rules.Rotate(Angle.HalfPi),
rules.Move(70),
rules.Stand(0.1),
rules.GetPopCorn()
));
AddTest(logic, "PopCorn_Filling_DispenserLimit", PopCornTest(
4 + 5, // not 4 + 6 !
rules.Move(64),
rules.Rotate(-Angle.HalfPi),
rules.Stand(0.1),
rules.Grip(),
rules.Rotate(Angle.HalfPi),
rules.Move(-30),
rules.Rotate(-Angle.HalfPi),
rules.Move(-70),
rules.Stand(0.1),
rules.GetPopCorn(),
rules.GetPopCorn(),
rules.GetPopCorn(),
rules.GetPopCorn(),
rules.GetPopCorn(),
rules.GetPopCorn()
));
AddTest(logic, "PopCorn_Filling_CupLimit", PopCornTest(
10,
rules.Move(64),
rules.Rotate(-Angle.HalfPi),
rules.Stand(0.1),
rules.Grip(),
rules.Rotate(Angle.HalfPi),
rules.Move(-30),
rules.Rotate(-Angle.HalfPi),
rules.Move(-70),
rules.Stand(0.1),
rules.GetPopCorn(),
rules.GetPopCorn(),
rules.GetPopCorn(),
rules.GetPopCorn(),
rules.GetPopCorn(),
rules.Rotate(Angle.HalfPi),
rules.Move(-30),
rules.Rotate(-Angle.HalfPi),
rules.Stand(0.1),
rules.GetPopCorn(),
rules.GetPopCorn(),
rules.GetPopCorn(),
rules.GetPopCorn(),
rules.GetPopCorn()
));
AddTest(logic, "PopCorn_Filling_EmptyGripper", PopCornTest(
0,
rules.Move(34),
rules.Rotate(-Angle.HalfPi),
rules.Move(-75),
rules.Stand(0.1),
rules.GetPopCorn(),
rules.GetPopCorn(),
rules.GetPopCorn()
));
}