private List <MountainPoint> GetData(HeightRequestDbData requestData)
{
var elevationService = new ElevationService();
var request = new ElevationRequest();
request.Samples = requestData.ResolutionX;
var latStep = (requestData.NeLat - requestData.SwLat) / requestData.ResolutionY;
var lat = requestData.SwLat + latStep * requestData.RequestNumber;
request.Path.Add(new LatLng(lat, requestData.SwLng));
request.Path.Add(new LatLng(lat, requestData.NeLng));
var response = elevationService.GetResponse(request);
if (response.Status == ServiceResponseStatus.Ok)
{
return(response.Results.Select(i => new MountainPoint
{
height = i.Elevation,
lat = (decimal)i.Location.Latitude,
lng = (decimal)i.Location.Longitude
}).ToList());
}
throw new Exception("Not supported status: " + response.Status + ". " + response.ErrorMessage);
}
public VisualTopoService(MeshService meshService, ElevationService elevationService, ILogger <VisualTopoService> logger)
{
_meshService = meshService;
_elevationService = elevationService;
convers3Reprojection = new Convers3Reprojection();
_logger = logger;
}
public void GetElevationForTwoLocations()
{
// expectations
var expectedStatus = ServiceResponseStatus.Ok;
var expectedResultCount = 2;
var expectedElevation1 = 1608.8402100m;
var expectedLocationLatitude1 = 39.7391536m;
var expectedLocationLongitude1 = -104.9847034m;
var expectedElevation2 = -50.7890358m;
var expectedLocationLatitude2 = 36.4555560m;
var expectedLocationLongitude2 = -116.8666670m;
// test
var request = new ElevationRequest();
request.Locations = "39.7391536,-104.9847034|36.455556,-116.866667";
request.Sensor = "false";
var response = ElevationService.GetResponse(request);
// asserts
Assert.AreEqual(expectedStatus, response.Status);
Assert.AreEqual(expectedResultCount, response.Results.Length);
Assert.AreEqual(expectedElevation1, response.Results.First().Elevation);
Assert.AreEqual(expectedLocationLatitude1, response.Results.First().Location.Latitude);
Assert.AreEqual(expectedLocationLongitude1, response.Results.First().Location.Longitude);
Assert.AreEqual(expectedElevation2, response.Results.Last().Elevation);
Assert.AreEqual(expectedLocationLatitude2, response.Results.Last().Location.Latitude);
Assert.AreEqual(expectedLocationLongitude2, response.Results.Last().Location.Longitude);
}
public glTFTests(DemNetFixture fixture)
{
_rasterService = fixture.ServiceProvider.GetService <RasterService>();
_elevationService = fixture.ServiceProvider.GetService <ElevationService>();
_sharpGltfService = fixture.ServiceProvider.GetService <SharpGltfService>();
_meshService = fixture.ServiceProvider.GetService <MeshService>();
}
static void Main(string[] args)
{
SqlServerTypes.Utilities.LoadNativeAssemblies(AppDomain.CurrentDomain.BaseDirectory);
_DataDirectory = ConfigurationManager.AppSettings["DataDir"];
IGeoTiffService geoTiffService = new GeoTiffService(_DataDirectory);
ElevationService elevationService = new ElevationService(geoTiffService);
//geoTiffService.GenerateDirectoryMetadata(DEMDataSet.AW3D30, false, true);
// geoTiffService.GenerateFileMetadata(@"C:\Users\xfischer\AppData\Roaming\DEM.Net\ETOPO1\ETOPO1_Ice_g_geotiff.tif", false, false);
//SpatialTrace_GeometryWithDEMGrid(elevationService, geoTiffService, WKT_EXAMPLE_GOOGLE, DEMDataSet.AW3D30);
//LineDEMBenchmark(elevationService, DEMDataSet.AW3D30, 512);
PointDEMTest(elevationService, DEMDataSet.AW3D30, 39.713092, -77.725708);
LineDEMTest(elevationService, DEMDataSet.AW3D30, WKT_LEAFLET_ELEVATION, 100);
//GeoTiffBenchmark();
//Test_GetMetadataFromVRT(elevationService, DEMDataSet.AW3D30);
//elevationService.DownloadMissingFiles(DEMDataSet.AW3D30, GetBoundingBox(WKT_AIX_BAYONNE_EST_OUEST));
////elevationService.DownloadMissingFiles(DEMDataSet.SRTM_GL3_srtm, GetBoundingBox(WKT_GRAND_TRAJET_MARSEILLE_ALPES_MULTIPLE_TILES));
////GenerateDownloadReports(geoTiffService);
//geoTiffService.GenerateDirectoryMetadata(DEMDataSet.AW3D30, false, false);
//Spatial trace of line +segments + interpolated point + dem grid
//SpatialTrace_GeometryWithDEMGrid(elevationService, geoTiffService, WKT_TEST, DEMDataSet.AW3D30);
Console.Write("Press any key to exit...");
Console.ReadLine();
}
public double GetElevation(double _latitude, double _longitude, double _altitude = 0)
{
ElevationRequest elevationRequest = new ElevationRequest();
elevationRequest.AddLocations(new LatLng(_latitude, _longitude));
elevationRequest.Sensor = false;
try
{
ElevationResponse elevation = new ElevationService().GetResponse(elevationRequest);
if (elevation.Status == ServiceResponseStatus.Ok)
{
return((double)elevation.Results[0].Elevation);
}
else
{
return(_altitude);
}
}
catch (Exception ex)
{
Logger.ColoredConsoleWrite(ConsoleColor.Red, "Error: LocationHelper.cs - GetElevation");
Logger.ColoredConsoleWrite(ConsoleColor.Red, ex.Message);
return(_altitude);
}
}
private static void GeoTiffBenchmark()
{
DEMDataSet dataSet = DEMDataSet.AW3D30;
ElevationService elevationServiceLibTiff = new ElevationService(new GeoTiffService(_DataDirectory));
string wkt = WKT_BREST_NICE;
elevationServiceLibTiff.DownloadMissingFiles(dataSet, GetBoundingBox(wkt));
const int NUM_ITERATIONS = 10;
Stopwatch swCoreTiff = new Stopwatch();
Stopwatch swGeoTiff = new Stopwatch();
for (int j = 0; j < 5; j++)
{
for (int i = 0; i < NUM_ITERATIONS; i++)
{
swGeoTiff.Start();
var lineElevationData = elevationServiceLibTiff.GetLineGeometryElevation(wkt, dataSet, InterpolationMode.Hyperbolic);
swGeoTiff.Stop();
}
}
long geoTiffMs = swGeoTiff.ElapsedMilliseconds;
long codeTiffMs = swCoreTiff.ElapsedMilliseconds;
Console.WriteLine($"GeoTiff : {geoTiffMs} ms, Native : {codeTiffMs}");
}
public DemNetVisualTopoService()
{
var config = new ConfigurationBuilder()
.SetBasePath(AppContext.BaseDirectory)
.AddJsonFile("appsettings.json", optional: true)
.AddJsonFile("secrets.json", optional: true, reloadOnChange: false)
.Build();
this.services = new ServiceCollection()
.AddOptions()
.AddLogging(loggingBuilder => loggingBuilder
.AddDebug()
.SetMinimumLevel(LogLevel.Debug))
.Configure <AppSecrets>(config.GetSection(nameof(AppSecrets)))
.Configure <DEMNetOptions>(config.GetSection(nameof(DEMNetOptions)))
.AddDemNetCore()
.AddDemNetglTF()
.AddDemNetVisualTopoExtension()
.BuildServiceProvider();
this.visualTopoService = services.GetService <VisualTopoService>();
this.elevationService = services.GetService <ElevationService>();
this.meshService = services.GetService <MeshService>();
this.sharpGltfService = services.GetService <SharpGltfService>();
this.imageryService = services.GetService <ImageryService>();
}
public void GetElevationForTwoLocations()
{
// expectations
var expectedStatus = ServiceResponseStatus.Ok;
var expectedResultCount = 2;
var expectedElevation1 = 1608.6m;
var expectedLocation1 = new LatLng(39.739153, -104.984703);
var expectedElevation2 = -50.789m;
var expectedLocation2 = new LatLng(36.4555560, -116.8666670);
// test
var request = new ElevationRequest();
request.AddLocations(expectedLocation1, expectedLocation2);
request.Sensor = false;
var response = new ElevationService().GetResponse(request);
// asserts
Assert.AreEqual(expectedStatus, response.Status);
Assert.AreEqual(expectedResultCount, response.Results.Length);
Assert.That(expectedElevation1, Is.EqualTo(response.Results[0].Elevation).Within(0.1));
Assert.That(expectedLocation1, Is.EqualTo(response.Results[0].Location));
Assert.That(expectedElevation2, Is.EqualTo(response.Results[1].Elevation).Within(0.1));
Assert.That(expectedLocation2, Is.EqualTo(response.Results[1].Location));
}
public CustomSamples(ILogger <CustomSamples> logger
, ElevationService elevationService
, RasterService rasterService)
{
_logger = logger;
_elevationService = elevationService;
_rasterService = rasterService;
}
public DownloaderSample(ILogger <DownloaderSample> logger
, RasterService rasterService
, ElevationService elevationService)
{
_logger = logger;
_rasterService = rasterService;
_elevationService = elevationService;
}
public GpxSamples(ILogger <GpxSamples> logger
, RasterService rasterService
, ElevationService elevationService)
{
_logger = logger;
_rasterService = rasterService;
_elevationService = elevationService;
}
public OsmTests(DemNetFixture fixture)
{
_osmProcessor = fixture.ServiceProvider.GetService <DefaultOsmProcessor>();
_elevationService = fixture.ServiceProvider.GetService <ElevationService>();
_imageryService = fixture.ServiceProvider.GetService <ImageryService>();
_gltfService = fixture.ServiceProvider.GetService <SharpGltfService>();
}
private static void Test_GetMetadataFromVRT(ElevationService elevationService, DEMDataSet dataSet)
{
GDALVRTFileService gdalService = new GDALVRTFileService(elevationService.GetDEMLocalPath(dataSet), dataSet);
gdalService.Setup(false);
GDALSource source = gdalService.Sources().FirstOrDefault(s => s.SourceFileName.EndsWith("N043E006_AVE_DSM.tif"));
}
public STLSamples(ILogger <STLSamples> logger
, ElevationService elevationService
, SharpGltfService sharpGltfService
, ISTLExportService stlService)
{
_logger = logger;
_elevationService = elevationService;
_sharpGltfService = sharpGltfService;
_stlService = stlService;
}
public TINSamples(ILogger <TINSamples> logger
, RasterService rasterService
, ElevationService elevationService
, SharpGltfService glTFService)
{
_logger = logger;
_rasterService = rasterService;
_elevationService = elevationService;
_glTFService = glTFService;
}
public glTF3DSamples(ILogger <glTF3DSamples> logger
, ElevationService elevationService
, SharpGltfService sharpGltfService
, ImageryService imageryService)
{
_logger = logger;
_elevationService = elevationService;
_sharpGltfService = sharpGltfService;
_imageryService = imageryService;
}
public HighestPointFinder(ILogger <HighestPointFinder> logger
, ElevationService elevationService
, OverpassAPIDataService osmService
, DefaultOsmProcessor osmProcessor)
{
_logger = logger;
_elevationService = elevationService;
_osmProcessor = osmProcessor;
_osmService = osmService;
}
public ImagerySample(ILogger <ImagerySample> logger
, ElevationService elevationService
, SharpGltfService sharpGltfService
, ImageryService imageryService)
{
_logger = logger;
_elevationService = elevationService;
_sharpGltfService = sharpGltfService;
_imageryService = imageryService;
}
public ElevationController()
{
string dataDirectory = ConfigurationManager.AppSettings["DataDir"];
if (!Path.IsPathRooted(dataDirectory))
{
dataDirectory = Path.Combine(HostingEnvironment.MapPath("~"), dataDirectory);
}
_elevationService = new ElevationService(new GeoTiffService(dataDirectory));
}
public Gpx3DSamples(ILogger <Gpx3DSamples> logger
, RasterService rasterService
, ElevationService elevationService
, SharpGltfService sharpGltfService
, ImageryService imageryService)
{
_logger = logger;
_rasterService = rasterService;
_elevationService = elevationService;
_sharpGltfService = sharpGltfService;
_imageryService = imageryService;
}
public AerialGpxSample(ILogger <AerialGpxSample> logger
, RasterService rasterService
, ElevationService elevationService
, ImageryService imageryService
, SharpGltfService sharpGltfService)
{
_logger = logger;
_rasterService = rasterService;
_elevationService = elevationService;
_imageryService = imageryService;
_sharpGltfService = sharpGltfService;
}
public void Init(ElevationService elevationService
, SharpGltfService gltfService
, MeshService meshService
, IOsmDataService osmDataService
, ILogger logger)
{
this._elevationService = elevationService;
this._gltfService = gltfService;
this._meshService = meshService;
this._osmDataService = osmDataService;
this._logger = logger;
}
static void PointDEMTest(ElevationService elevationService, DEMDataSet dataSet, double lat, double lon)
{
elevationService.DownloadMissingFiles(dataSet, lat, lon);
var geoPoint_Bilinear = elevationService.GetPointElevation(lat, lon, dataSet, InterpolationMode.Bilinear);
Console.WriteLine($"Elevation with Bilinear model : {geoPoint_Bilinear.Elevation}");
var geoPoint_Hyperbolic = elevationService.GetPointElevation(lat, lon, dataSet, InterpolationMode.Hyperbolic);
Console.WriteLine($"Elevation with Hyperbolic model : {geoPoint_Hyperbolic.Elevation}");
}
static void LineDEMBenchmark(ElevationService elevationService, DEMDataSet dataSet, int numSamples)
{
Dictionary <string, string> dicWktByName = new Dictionary <string, string>();
//dicWktByName.Add(nameof(WKT_EXAMPLE_GOOGLE), WKT_EXAMPLE_GOOGLE);
// Before GeoTiff window optim : 90s
// After GeoTiff optim : 77s / release : 60s;
dicWktByName.Add(nameof(WKT_BREST_NICE), WKT_BREST_NICE);
dicWktByName.Add(nameof(WKT_HORIZONTAL_DEM_EDGE), WKT_HORIZONTAL_DEM_EDGE);
dicWktByName.Add(nameof(WKT_VERTICAL_DEM_EDGE), WKT_VERTICAL_DEM_EDGE);
dicWktByName.Add(nameof(WKT_MONACO), WKT_MONACO);
dicWktByName.Add(nameof(WKT_TEST), WKT_TEST);
dicWktByName.Add(nameof(WKT_NO_DEM), WKT_NO_DEM);
dicWktByName.Add(nameof(WKT_ZERO), WKT_ZERO);
dicWktByName.Add(nameof(WKT_NEG100), WKT_NEG100);
dicWktByName.Add(nameof(WKT_BREST_SPAIN_OCEAN), WKT_BREST_SPAIN_OCEAN);
dicWktByName.Add(nameof(WKT_EXAMPLE_GOOGLE), WKT_EXAMPLE_GOOGLE);
dicWktByName.Add(nameof(WKT_PARIS_AIX), WKT_PARIS_AIX);
dicWktByName.Add(nameof(WKT_PETITE_BOUCLE), WKT_PETITE_BOUCLE);
dicWktByName.Add(nameof(WKT_GRAND_TRAJET), WKT_GRAND_TRAJET);
dicWktByName.Add(nameof(WKT_GRAND_TRAJET_MARSEILLE_ALPES_MULTIPLE_TILES), WKT_GRAND_TRAJET_MARSEILLE_ALPES_MULTIPLE_TILES);
dicWktByName.Add(nameof(WKT_BAYONNE_AIX_OUEST_EST), WKT_BAYONNE_AIX_OUEST_EST);
dicWktByName.Add(nameof(WKT_AIX_BAYONNE_EST_OUEST), WKT_AIX_BAYONNE_EST_OUEST);
dicWktByName.Add(nameof(WKT_BAYONNE_NICE_DIRECT), WKT_BAYONNE_NICE_DIRECT);
dicWktByName.Add(nameof(WKT_DEM_INTERPOLATION_BUG), WKT_DEM_INTERPOLATION_BUG);
Stopwatch sw = Stopwatch.StartNew();
InterpolationMode[] modes = { InterpolationMode.Bilinear, InterpolationMode.Hyperbolic };
for (int i = 0; i < 5; i++)
{
foreach (var wkt in dicWktByName)
{
elevationService.DownloadMissingFiles(dataSet, GetBoundingBox(wkt.Value));
foreach (InterpolationMode mode in modes)
{
var lineElevationData = elevationService.GetLineGeometryElevation(wkt.Value, dataSet, mode);
ElevationMetrics metrics = GeometryService.ComputeMetrics(ref lineElevationData);
//var sampledLineElevationData = ReduceList(lineElevationData, numSamples).ToList();
//File.WriteAllText($"ElevationData_{wkt.Key}_{mode}.txt", elevationService.ExportElevationTable(lineElevationData));
//File.WriteAllText($"ElevationData_{wkt.Key}_{mode}_{numSamples}samples.txt", elevationService.ExportElevationTable(sampledLineElevationData));
}
}
}
sw.Stop();
Console.WriteLine($"LineDEMTests performed in {sw.Elapsed:g}.");
}
public VisualTopoSample(ILogger <VisualTopoSample> logger
, SharpGltfService gltfService
, MeshService meshService
, ElevationService elevationService
, ImageryService imageryService
, VisualTopoService visualTopoService)
{
_logger = logger;
_meshService = meshService;
_gltfService = gltfService;
_elevationService = elevationService;
_imageryService = imageryService;
_visualTopoService = visualTopoService;
}
public CustomRasterElevationSample(ILogger <CustomRasterElevationSample> logger
, RasterService rasterService
, ElevationService elevationService
, MeshService meshService
, SharpGltfService sharpGltfService
, ImageryService imageryService)
{
_logger = logger;
_rasterService = rasterService;
_elevationService = elevationService;
_sharpGltfService = sharpGltfService;
_imageryService = imageryService;
_meshService = meshService;
}
public OsmExtensionSample(DefaultOsmProcessor osmProcessor
, OverpassAPIDataService osmService
, ImageryService imageryService
, ElevationService elevationService
, SharpGltfService gltfService
, ILogger <OsmExtensionSample> logger)
{
this._osmProcessor = osmProcessor;
this._imageryService = imageryService;
this._elevationService = elevationService;
this._gltfService = gltfService;
this._logger = logger;
this._osmService = osmService;
}
public async Task B11_YumaPointElevationServiceTest()
{
var httpClient = new HttpClient();
var elevation = await ElevationService.OpenTopoNedElevation(httpClient,
GrandCanyonPointInfo.YumaPointContent02.Latitude, GrandCanyonPointInfo.YumaPointContent02.Longitude,
DebugTrackers.DebugProgressTracker());
Assert.NotNull(elevation, "Elevation returned null");
var concreteElevation = Math.Round(elevation.Value.MetersToFeet(), 0);
Assert.AreEqual(GrandCanyonPointInfo.YumaPointContent02.Elevation, concreteElevation,
"Service Elevation does not match");
}
public async Task ElevationService_SinglePointNedTest()
{
var client = new HttpClient();
var testData = GrandCanyonPointsWithNed10Elevations();
foreach (var loopTests in testData)
{
var result = await ElevationService.OpenTopoNedElevation(client, loopTests.Latitude,
loopTests.Longitude, DebugTrackers.DebugProgressTracker());
Assert.NotNull(result, $"Null result from {loopTests.Name}");
Assert.AreEqual(loopTests.RoundedElevationInMeters, Math.Round(result.Value, 2), $"{loopTests.Name}");
}
}
