public GOTileObj(Vector2 tileCoordinates, int zoomLevel, GoMap.GOMap.GOMapType mapType, bool useElevation, float elevationMultiplier, Vector2 resolution,
bool useCache, bool addGofeatureComponents, float worldScale, bool useSatelliteBackground, bool satellite4X, bool combineFeatures, GONavMeshSettings navmeshSettings)
{
this.tileCoordinates = tileCoordinates;
this.zoomLevel = zoomLevel;
this.useElevation = useElevation;
this.elevationMultiplier = elevationMultiplier;
this.resolution = resolution;
this.useCache = useCache;
this.mapType = mapType;
this.elevationType = MapTypeToElevationType(mapType);
this.addGoFeatureComponents = addGofeatureComponents;
this.worldScale = worldScale;
this.useSatelliteBackground = useSatelliteBackground;
this.satellite4X = satellite4X;
this.combineFeatures = combineFeatures;
this.navmeshSettings = navmeshSettings;
tileCenter = new Coordinates(tileCoordinates, zoomLevel);
tileOrigin = tileCenter.tileOrigin(zoomLevel).convertCoordinateToVector();
diagonalLenght = tileCenter.diagonalLenght(zoomLevel);
name = tileCoordinates.x + "-" + tileCoordinates.y + "-" + zoomLevel;
Vector3[] vs = tileCenter.tileVertices(zoomLevel).ToArray();
vertices = vs.ToList();
float tileHeight = Vector3.Distance(vertices [0], vertices [1]);
float tileWidth = Vector3.Distance(vertices [1], vertices [2]);
this.tileSize = new Vector2(tileWidth, tileHeight);
}
public static GOElevationAPI MapTypeToElevationType(GoMap.GOMap.GOMapType mapType)
{
switch (mapType)
{
case GOMap.GOMapType.Mapzen_Legacy:
return(GOElevationAPI.Mapzen);
case GOMap.GOMapType.Mapbox:
return(GOElevationAPI.Mapbox);
}
return(GOElevationAPI.Mapzen);
}
