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nasaLayers =
[{
 name: "Mapbox Satellite",
 url: "http://a.tiles.mapbox.com/v3/examples.map-zyt2v9k2.json",
 base: true
 },
 { name: "MODIS/Terra TrueColor",
 url: "http://map1.vis.earthdata.nasa.gov/wmts-webmerc/MODIS_Terra_CorrectedReflectance_TrueColor/default/{Time}/{TileMatrixSet}/{TileMatrix}/{TileRow}/{TileCol}.jpg",
 minzoom: 1,
 maxzoom: 9,

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NSMutableArray *markers = [NSMutableArray array];
UIImage *pinImage = [UIImage imageNamed:@"map_pin"];

// Work through the locations
for (unsigned int ii=0;ii<howMany;ii++)
{
  LocationInfo *location = &locations[ii];
            
  MaplyScreenMarker *marker = [[MaplyScreenMarker alloc] init];
  marker.image = pinImage;

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let proj4Str = "+proj=tmerc +lat_0=49 +lon_0=-2 +k=0.9996012717 +x_0=400000 +y_0=-100000 +ellps=airy +units=m +no_defs"
let coordSys = MaplyProj4CoordSystem(string: proj4Str)
var bbox = MaplyBoundingBox()
bbox.ll.x = 1393.0196
bbox.ll.y = 12494.9764
bbox.ur.x = 671196.3657
bbox.ur.y = 1230275.0454
coordSys.setBounds(bbox)

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/** @brief Interpolate a new state between the given states A and B.
    @details This does a simple interpolation (lat/lon, not great circle) between the two animation states.
  */
+ (nonnull WhirlyGlobeViewControllerAnimationState *)Interpolate:(double)t from:(WhirlyGlobeViewControllerAnimationState *__nonnull)stateA to:(WhirlyGlobeViewControllerAnimationState *__nonnull)stateB;

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func insertClusteredMarkers(compB : NSArray, theBaseView: MaplyBaseViewController) {
	let size = CGSizeMake(32, 32)
	let image = UIImage (named: "alcohol-shop-24@2x")
	var markers = [MaplyScreenMarker]()
	for object in compB {
		let marker = MaplyScreenMarker()
		marker.image = image
		marker.loc = (object as! MaplyVectorObject).center()
		marker.size = size
		marker.userObject = object.userObject

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func insertClusteredMarkers(compB : NSArray, theBaseView: MaplyBaseViewController) {
	let size = CGSizeMake(32, 32)
	let image = UIImage (named: "alcohol-shop-24@2x")
	var markers = [MaplyScreenMarker]()
	for object in compB {
		let marker = MaplyScreenMarker()
		marker.image = image
		marker.loc = (object as! MaplyVectorObject).center()
		marker.size = size
		marker.userObject = object.userObject

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func createLayer(baseView: MaplyBaseViewController) -> (MaplyQuadImageTilesLayer) {
	let precipTileSource = MaplyMultiplexTileSource(sources: tileSources)
	// Create a precipitation layer that animates
	let precipLayer = MaplyQuadImageTilesLayer(tileSource: precipTileSource!)
	precipLayer?.imageDepth = UInt32(tileSources.count)
	precipLayer?.animationPeriod = 1.0
	precipLayer?.imageFormat = MaplyQuadImageFormat.ImageUByteRed
	precipLayer?.numSimultaneousFetches = 4
	precipLayer?.handleEdges = false
	precipLayer?.coverPoles = false

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// A test case that displays an animated weather layer on top of
//  the standard Geography Class basemap.
// This is part of the AutoTester in the WhirlyGlobe-Maply repo.
class AnimatedBasemapTestCase: MaplyTestCase {

  	// Use Geography Class as the base layer
	let geographyClass = GeographyClassTestCase()
	let cacheDir = NSSearchPathForDirectoriesInDomains(.CachesDirectory, .UserDomainMask, true)[0]
	var tileSources = [MaplyRemoteTileInfo]()

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pod 'WhirlyGlobe', :http => 'https://s3-us-west-1.amazonaws.com/whirlyglobemaplydistribution/iOS_daily_builds/WhirlyGlobe-Maply_Nightly_latest.zip' 

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// Set up a cache directory
String cacheDirName = "stamen_watercolor";
File cacheDir = new File(getActivity().getCacheDir(), cacheDirName);
cacheDir.mkdir();

// Set up the a remote tile source and point it at Stamen Watercolor
RemoteTileSource remoteTileSource = new RemoteTileSource(new RemoteTileInfo("http://tile.stamen.com/watercolor/", "png", 0, 18));
remoteTileSource.setCacheDir(cacheDir);
QuadImageTileLayer baseLayer = new QuadImageTileLayer(baseController, new SphericalMercatorCoordSystem(), remoteTileSource);