public void World() #endif { var map = new Map <VectorTile>(_fs); map.Vector2dBounds = Vector2dBounds.World(); map.Zoom = 3; var mapObserver = new Utils.VectorMapObserver(); map.Subscribe(mapObserver); map.Update(); #if UNITY_5_6_OR_NEWER IEnumerator enumerator = _fs.WaitForAllRequests(); while (enumerator.MoveNext()) { yield return(null); } #else _fs.WaitForAllRequests(); #endif Assert.AreEqual(64, mapObserver.Tiles.Count); map.Unsubscribe(mapObserver); }
public void SeveralTiles() { var map = new Map <VectorTile>(_fs); var mapObserver = new Utils.VectorMapObserver(); map.Subscribe(mapObserver); map.Vector2dBounds = Vector2dBounds.World(); map.Zoom = 3; // 64 tiles. map.Update(); _fs.WaitForAllRequests(); Assert.AreEqual(64, mapObserver.Tiles.Count); foreach (var tile in mapObserver.Tiles) { if (!tile.HasError) { Assert.Greater(tile.GeoJson.Length, 41); } else { Assert.GreaterOrEqual(tile.Exceptions.Count, 1, "not set enough exceptions set on 'Tile'"); } } map.Unsubscribe(mapObserver); }
void Start() { map = new Map <RasterTile>(MapboxAccess.Instance); map.Zoom = 2; map.Vector2dBounds = Vector2dBounds.World(); map.MapId = "mapbox://styles/mapbox/streets-v10"; map.Subscribe(this); map.Update(); }
public void World() { var bounds = Vector2dBounds.World(); Assert.AreEqual(bounds.South, -90); Assert.AreEqual(bounds.West, -180); Assert.AreEqual(bounds.North, 90); Assert.AreEqual(bounds.East, 180); }
void Start() { var map = new Map <RasterTile>(MapboxAccess.Instance); map.Zoom = 2; map.Vector2dBounds = Vector2dBounds.World(); map.MapId = "mapbox://styles/miker256/cj5w36k7r72ev2sr1c1mpnyii"; map.Subscribe(this); map.Update(); }
public void World() { // Zoom > 8 will generate so many tiles that we // might run out of memory. for (int zoom = 0; zoom < 8; ++zoom) { var tiles = TileCover.Get(Vector2dBounds.World(), zoom); Assert.AreEqual(Math.Pow(4, zoom), tiles.Count); } }
public void initializeRasterMap(Vector2 latLong, int zFactor) { var map = new Map <RasterTile>(MapboxAccess.Instance); map.Zoom = zFactor; map.Vector2dBounds = Vector2dBounds.World(); map.Center = new Mapbox.Utils.Vector2d((double)latLong.x, (double)latLong.y); map.Subscribe(this); map.Update(); }
public void SetVector2dBoundsZoom() { var map1 = new Map <RasterTile>(this.fs); var map2 = new Map <RasterTile>(this.fs); map1.Zoom = 3; map1.Vector2dBounds = Vector2dBounds.World(); map2.SetVector2dBoundsZoom(Vector2dBounds.World(), 3); Assert.AreEqual(map1.Tiles.Count, map2.Tiles.Count); }
void Start() { var map = new Map <RasterTile>(MapboxAccess.Instance); map.Zoom = 16; map.Vector2dBounds = Vector2dBounds.World(); //map.Center = new Mapbox.Utils.Vector2d((double)latLong.x, (double)latLong.y); //map.MapId = "mapbox://styles/mapbox/outdoors-v4"; map.MapId = "mapbox://styles/mapbox/streets-v10"; map.Subscribe(this); map.Update(); }
public void ToVector2d() { var set = TileCover.Get(Vector2dBounds.World(), 5); foreach (var tile in set) { var reverse = TileCover.CoordinateToTileId(tile.ToVector2d(), 5); Assert.AreEqual(tile.Z, reverse.Z); Assert.AreEqual(tile.X, reverse.X); Assert.AreEqual(tile.Y, reverse.Y); } }
public void TileMax() { var map = new Map <RasterTile>(this.fs); map.SetVector2dBoundsZoom(Vector2dBounds.World(), 2); map.Update(); Assert.Less(map.Tiles.Count, Map <RasterTile> .TileMax); // 16 // Should stay the same, ignore requests. map.SetVector2dBoundsZoom(Vector2dBounds.World(), 5); map.Update(); Assert.AreEqual(16, map.Tiles.Count); }
private void Update() { if (_map.AbsoluteZoom > 5) { throw new System.Exception("Too many tiles! Use a lower zoom level!"); } var tileCover = TileCover.Get(Vector2dBounds.World(), _map.AbsoluteZoom); foreach (var tile in tileCover) { AddTile(new UnwrappedTileId(tile.Z, tile.X, tile.Y)); } }
public override void OnInitialized() { // HACK: don't allow too many tiles to be requested. if (_map.Zoom > 5) { throw new System.Exception("Too many tiles! Use a lower zoom level!"); } var tileCover = TileCover.Get(Vector2dBounds.World(), _map.Zoom); foreach (var tile in tileCover) { AddTile(new UnwrappedTileId(tile.Z, tile.X, tile.Y)); } }
public override void UpdateTileExtent() { // HACK: don't allow too many tiles to be requested. if (_map.AbsoluteZoom > 5) { throw new System.Exception("Too many tiles! Use a lower zoom level!"); } var tileCover = TileCover.Get(Vector2dBounds.World(), _map.AbsoluteZoom); foreach (var tile in tileCover) { _currentExtent.activeTiles.Add(new UnwrappedTileId(tile.Z, tile.X, tile.Y)); } OnExtentChanged(); }
public void World() { var map = new Map <VectorTile>(this.fs); map.Vector2dBounds = Vector2dBounds.World(); map.Zoom = 3; var mapObserver = new Utils.VectorMapObserver(); map.Subscribe(mapObserver); map.Update(); this.fs.WaitForAllRequests(); Assert.AreEqual(64, mapObserver.Tiles.Count); map.Unsubscribe(mapObserver); }
internal override void OnInitialized() { // HACK: don't allow too many tiles to be requested. if (_map.Zoom > 5 || fullZoom > 8) { throw new System.Exception("Too many tiles! Use a lower zoom level!"); } if (showHighResArea) { string cacheFilename = ((int)(highResN * highResE * highResS * highResW * fullZoom)).ToString() + ".cache"; if (File.Exists(cacheFilename)) { using (BinaryReader reader = new BinaryReader(File.Open(cacheFilename, FileMode.Open))) { int count = reader.ReadInt32(); for (int i = 0; i < count; ++i) { int z = reader.ReadInt32(); int x = reader.ReadInt32(); int y = reader.ReadInt32(); AddTile(new UnwrappedTileId(z, x, y)); } } return; } var sw = new Vector2d(highResS, highResW); var ne = new Vector2d(highResN, highResE); var b = new Vector2dBounds(sw, ne); for (int i = _map.Zoom; i < fullZoom; ++i) { overlappingTileCoverCache.Add(TileCover.Get(b, i)); } AddTiles(Vector2dBounds.World(), _map.Zoom); using (BinaryWriter writer = new BinaryWriter(File.Open(cacheFilename, FileMode.Create))) { writer.Write(finalTiles.Count); foreach (var t in finalTiles) { writer.Write(t.Z); writer.Write(t.X); writer.Write(t.Y); AddTile(t); } } } else { foreach (var tile in TileCover.Get(Vector2dBounds.World(), _map.Zoom)) { AddTile(new UnwrappedTileId(tile.Z, tile.X, tile.Y)); } } }