C# AcademyPopcorn.MatrixCoords类代码示例

 // The new constructor
 public TrailObject(MatrixCoords matrixCoord, uint turns)
     : base(matrixCoord, new char[,] { {Symbol} })
 {
     if (turns == 0)
         throw new ArgumentException("Turns of the trailing object must be a positive integer number.");
     this.turns = turns;
 }

 public GiftBlock(MatrixCoords topLeft, Gift gift)
     : base(topLeft)
 {
     this.CurrentGift = gift;
     this.CurrentGift.SetTopLeft(topLeft);
     this.body = new char[,] { { GiftBlock.Symbol } };
 }

 public void Print(List<dynamic> infoBar, MatrixCoords topLeft)
 {
     for (int line = 0; line < infoBar.Count; line++)
     {
         Console.SetCursorPosition(topLeft.Col, topLeft.Row + line);
         Console.WriteLine(infoBar[line]);
     }
 }

        private int shotsLeft; // Bullet Racket has limmited number of shots

        #endregion Fields

        #region Constructors

        public BulletRacket(MatrixCoords topLeft, int width)
            : base(topLeft, width)
        {
            this.body[0, 0] = '!'; // draw left gun
            this.body[0, this.body.GetLength(1)-1] = '!'; // draw right gun
            this.shotsLeft = 10; // Bullet Racket has only 10 shots loaded
            hasShooted = false;
        }

 public TrailObject(MatrixCoords topLeft, char[,] body, int lifeTime)
     : base(topLeft, body, new MatrixCoords(0,0))
 {
     if (lifeTime <= 0)
     {
         throw new IndexOutOfRangeException("The life time can not be negative");
     }
     this.lifeTime = lifeTime;
 }

 public void Update(MatrixCoords coords)
 {
     this.Lifetime--;
     if (this.Lifetime <= 0)
     {
         this.IsDestroyed = true;
     }
     this.topLeft = coords;
 }

 public override IEnumerable<GameObject> ProduceObjects()
 {
     List<GameObject> produced = new List<GameObject>();
     if (this.IsDestroyed)
     {
         MatrixCoords newRacketCoords = new MatrixCoords(this.TopLeft.Row + 1, this.TopLeft.Col);
         produced.Add(new ShootingRacket(newRacketCoords, 6));
     }
     return produced;
 }

 public TrailObject(MatrixCoords topLeft, char[,] body, int lifeTime)
     : base(topLeft, body)
 {
     this.TopLeft = topLeft;
     int imageRows = body.GetLength(0);
     int imageCols = body.GetLength(1);
     this.body = body;
     this.IsDestroyed = false;
     this.LifeTime = lifeTime;
 }

        public TrailObject(MatrixCoords topLeft, char[,] body, int lifetime)
            : base(topLeft, body)
        {
            if (lifetime < 1)
            {
                throw new ArgumentOutOfRangeException("Life time can not be less then 1.");
            }

            this.lifetime = lifetime;
        }

        public CollisionData(MatrixCoords collisionForceDirection, List<string> hitObjectsCollisionGroupStrings)
        {
            this.CollisionForceDirection = collisionForceDirection;

            this.hitObjectsCollisionGroupStrings = new List<string>();

            foreach (var str in hitObjectsCollisionGroupStrings)
            {
                this.hitObjectsCollisionGroupStrings.Add(str);
            }
        }

        protected GameObject(MatrixCoords topLeft, char[,] body)
        {
            this.TopLeft = topLeft;

            int imageRows = body.GetLength(0);
            int imageCols = body.GetLength(1);

            this.body = this.CopyBodyMatrix(body);

            this.IsDestroyed = false;
        }

        public override IEnumerable<GameObject> ProduceObjects()
        {
            if (this.IsDestroyedByRacket)
            {
                // TODO create fire racket
                var racketTopLeft = new MatrixCoords(this.topLeft.Row + 1, this.topLeft.Col);
                var racket = new ShootingRacket(racketTopLeft, 6);

                return new GameObject[] { racket };
            }

            return base.ProduceObjects();
        }

        public virtual void Run(List<dynamic> list, MatrixCoords topLeft)
        {
            while (true)
            {
                // Print every object over the screen
                this.renderer.RenderAll();

                // Set game speed
                System.Threading.Thread.Sleep(520 - 5 * Speed);

                // Check for user input
                this.userInterface.ProcessInput();

                // Clear all objects from the screen
                this.renderer.ClearQueue();

                // For each objects the new position is updated
                foreach (var obj in this.allObjects)
                {
                    obj.Update();
                    this.renderer.EnqueueForRendering(obj);
                }

                // Check for collisions
                CollisionDispatcher.HandleCollisions(this.movingObjects, this.staticObjects);

                // Check for produced objects
                List<GameObject> producedObjects = new List<GameObject>();
                foreach (var obj in this.allObjects)
                {
                    producedObjects.AddRange(obj.ProduceObjects(playerRacket.TopLeft.Col));
                }

                // Delete all dead objects
                this.allObjects.RemoveAll(obj => obj.IsDestroyed);
                this.movingObjects.RemoveAll(obj => obj.IsDestroyed);
                this.staticObjects.RemoveAll(obj => obj.IsDestroyed);

                // Add all produced objects in the list
                foreach (var obj in producedObjects)
                {
                    this.AddObject(obj);
                }

                // Print the information field
                Infofield infoField = new Infofield();
                infoField.Print(list, topLeft);
            }
        }

        public override IEnumerable<GameObject> ProduceObjects()
        {
            if (this.CanShoot)
            {
                this.CanShoot = false;

                int col = this.topLeft.Col + (this.Width / 2);
                var bulletTopLeft = new MatrixCoords(this.topLeft.Row, col);
                var bullet = new Bullet(bulletTopLeft);

                return new GameObject[] { bullet };
            }

            return base.ProduceObjects();
        }

 public static Block GetBlock(int type, MatrixCoords coords)
 {
     switch (type)
     {
         case 1:
         case 2:
         case 3:
         case 4:
         case 5:
         case 6:
             return new Block(coords);
         case 7:
             return new UnpassableBlock(coords);
         case 8:
             return new GiftBlock(coords);
         case 9:
             return new ExplodingBlock(coords);
         default:
             return new Block(coords);
     }
 }