C# Coords类代码示例

        public static Node GetNode(Coords coords)
        {
            int x = Mathf.Clamp(coords.x, 0, gridSize.x - 1);
            int y = Mathf.Clamp(coords.y, 0, gridSize.y - 1);

            return grid[x, y];
        }

 public Satellite(Satellite s)
     : this(s.Pos.Lat, s.Pos.Lon, s.Speed, s.RotSpeed, s.MaxRot, s.Id)
 {
     CurrentRot = new Coords(s.CurrentRot);
     CurrentTurn = s.CurrentTurn;
     Range = new Range(s.Range);
 }

 public bool CaptureAll(GameState state, Coords start, Coords end, Direction dir, out IEnumerable<Coords> capture)
 {
     if (pattern.Count() == 0)
     {
         capture = new List<Coords>();
         return true;
     }
     if (end != null && !OnSameLine(start, end))
     {
         capture = new List<Coords>();
         return false;
     }
     if (!pattern.ElementAt(0).IsTarget)
     {
         throw new NotImplementedException("Target other than the beginning is not supported yet.");
     }
     List<Coords> cAll = new List<Coords>();
     bool retVal = false;
     foreach (var incrementer in ToIncrementers(dir))
     {
         // Try every direction
         List<Coords> c = new List<Coords>();
         if (FindMatch(state, start, end, incrementer, pattern, out c))
         {
             cAll.AddRange(c);
             retVal = true;
         }
     }
     capture = cAll;
     return retVal;
 }

 /// <summary>
 /// Constructor for Exit class
 /// </summary>
 /// <param name="from">Coordinates of teleporter in entrance room</param>
 /// <param name="fromRoom">Filename of entrance room</param>
 /// <param name="to">Coordinates of teleporter in exit room</param>
 /// <param name="toRoom">Filename of exit room</param>
 public Exit(Coords from, string fromRoom, Backend.Coords to = null, string toRoom = "")
 {
     _from = from;
     _fromRoom = fromRoom;
     _toRoom = toRoom;
     _to = to;
 }

            //Greedy BFS starting at "from" Coords
            //Returns null or a Coords that satisfies the test
            public static Coords greedyCoordsSearch(GameState gs, Coords from, Func<Coords, Coords, bool> test, bool isBombPassable, List<Coords> visited)
            {
                List<Coords> allCoords = new List<Coords>();

                List<Coords> adjCoords = gs.GetAdjacentAccessibleTiles(from.getTileNum(), isBombPassable, false);

                if (adjCoords.Count == 0) { return null; }

                allCoords.AddRange(adjCoords);

                while (allCoords.Count > 0) {
                    Coords coord = allCoords[0];
                    //Console.WriteLine("removing " + coord);
                    allCoords.Remove(coord);
                    visited.Add(coord);
                    if (test(coord, from)) {
                        return coord;
                    } else {
                        List<Coords> newCoords = gs.GetAdjacentAccessibleTiles(coord.getTileNum(), isBombPassable, false);
                        //Console.WriteLine("adding " + newCoords);
                        foreach(Coords potentialCoord in newCoords) {
                            if (!visited.Contains(potentialCoord) && !allCoords.Contains(potentialCoord)) {
                                allCoords.Add(potentialCoord);
                            }
                        }
                    }
                }

                return null;
            }

 public bool Match(GameState state, Coords start, Coords end, Direction dir)
 {
     if (pattern.Count() == 0)
     {
         return true;
     }
     if (end != null && !OnSameLine(start, end))
     {
         return false;
     }
     if (!pattern.ElementAt(0).IsTarget)
     {
         throw new NotImplementedException("Target other than the beginning is not supported yet.");
     }
     foreach (var incrementer in ToIncrementers(dir))
     {
         // Try every direction
         List<Coords> c;
         if (FindMatch(state, start, end, incrementer, pattern, out c))
         {
             return true;
         }
     }
     return false;
 }

        public static bool CanTakePicture(this Satellite s, Coords c, TimeRange t, out int pictureTurn, int maxTurn)
        {
            pictureTurn = 0;

            if (s.CurrentTurn > t.End)
                return false;

            s = new Satellite(s); //clone
            if(s.CurrentTurn < t.Start)
            {
                s.Move(t.Start - s.CurrentTurn);
            }

            for (int turn = Math.Max(t.Start, s.CurrentTurn); turn < Math.Min(t.End, maxTurn); turn++)
            {
                if(c.IsInRange(s.Range, s.Pos))
                {
                    pictureTurn = turn;
                    return true;
                }
                s.Move(1);
            }

            return false;
        }

        //modified pathfinding... assume that agent can path through destructible walls
        //and simply calc path
        public Coords calcWallToDestroy(Coords from, Coords destination)
        {
            //path to destination, counting destructible walls as pathable
            PathPlan pathPlan = new PathPlan (this.gs);
            Graph g = pathPlan.mapQuantization (this.isBombPassable, true);
            List<Coords> path = pathPlan.calculateMovementPlan (g, from, destination);

            if ((path.Count == 0) && isBombPassable) {
                Console.WriteLine("MAP FAIL!"); //TODO JDP ????
                this.cannotExecuteStrategy = true;
            }

            for (int i = 0; i < path.Count; i++) {
            //foreach (Coords coord in path) {
                Coords coord = path[i];
                //first destructible wall encountered on path is the target
                LocationData datum = this.gs.GetLocationData (coord);
                if (datum.HasDestructibleWall ()) {
                    Console.WriteLine("BlowUpWall found wall to blow up: " + coord);
                    //find previous coord
                    if (i-1 < 0) { //case where we can't move anywhere but we can blow up ourselves and a wall!
                        return from;
                    } else {
                        Coords bombDropCoord = path[i-1];
                        return bombDropCoord;
                    }
                }

            }

            return null;
        }

 public ChunkCoords(ref Coords coords)
 {
     X = coords.Xblock / Chunk.CHUNK_SIZE;
     Z = coords.Zblock / Chunk.CHUNK_SIZE;
     WorldCoordsX = X * Chunk.CHUNK_SIZE;
     WorldCoordsZ = Z * Chunk.CHUNK_SIZE;
 }

	public NeighbourCoordsResult(bool sameTree, Coords coordsResult, IOctree tree)
	{
		Assert.IsNotNull(tree, "Cannot have a null tree for a neighbour Coords result, return null instead");
		this.sameTree = sameTree;
		this.coordsResult = coordsResult;
		this.tree = tree;
	}

 public MousePositionCondition(string name, Coords coordType, Operator inputOperator,
     int compareValue)
 {
     Name = name;
     CoordType = coordType;
     Operator = inputOperator;
     CompareValue = compareValue;
 }

 public static Coords coordsXY(int x, int y, int width, int height)
 {
     Coords coords = new Coords (x, y, width, height);
     if (!(coords.isValid ())) {
         String msg = coords.ToString () + " invalid due to max width of " + width + " and max height of " + height;
         throw new ArgumentException (msg);
     }
     return coords;
 }

 /// <summary>
 /// creates a range of size zero on the delta between coords and orig
 /// </summary>
 public Range(Coords origin, Coords coords)
 {
     var lat = coords.Lat - origin.Lat;
     var lon = coords.Lon - origin.Lon;
     DeltaLatMin = lat;
     DeltaLatMax = lat;
     DeltaLonMin = lon;
     DeltaLonMax = lon;
 }

    private void DisplaceEvent(GameToken origin, Coords toLoc)
    {
        if (origin.id != ID)
        {
            return;
        }

        animationQueue.Enqueue (toLoc);
    }

 public Rectangle GetClip(Coords coords)
 {
     if(_labyrinth == null || !IsHandleCreated) return Rectangle.Empty;
     var xFactor = Width / (double)_labyrinth.ColsCount;
     var yFactor = (Height - MESSAGE_HEIGHT) / (double)_labyrinth.RowsCount;
     var x = (int)(xFactor * (coords.Col - 1));
     var y = (int)(yFactor * (coords.Row - 1));
     return new Rectangle(x, y, (int)xFactor, (int)yFactor);
 }