public void TestSatellitePasses()
{
var passRequest = new SatelliteAccessPassData <IVerifiable>();
passRequest.SSCs.Add(25544); // the International Space Station
passRequest.Start = new DateTime(2019, 5, 27, 12, 0, 0, DateTimeKind.Utc);
passRequest.Stop = passRequest.Start.AddDays(7);
var sd = new SiteData();
sd.Location = new ServiceCartographic(40.0, -75.0, 0.0);
passRequest.FromObjectPath = sd;
passRequest.ToObjectLit = true;
passRequest.FromObjectDark = true;
passRequest.IncludePathCzml = true;
passRequest.Verify();
// call the service
var passResults = AccessServices.GetSatellitePasses <SatellitePassResults <ServiceCartographicWithTime> >
(passRequest).Result;
Assert.That(passResults.Passes.Count > 0);
Assert.That(!string.IsNullOrEmpty(passResults.CzmlForPasses));
// Head to cesiumjs.org, click the "Tap to Interact" button. Once the globe appears, Drag the file produced
// in the next line to the globe. Use the globe controls to move forward and backward in time, and move the
// camera to see the orbit, and highlighted visibility times.
File.WriteAllText("ISS.czml", passResults.CzmlForPasses);
}
//todo add SensorFOR service here
public static async Task <R> GetSatellitePasses <R>(SatelliteAccessPassData <IVerifiable> accessData)
{
string relativeUri = string.Empty;
accessData.Verify();
switch (accessData.FromObjectPath)
{
case PointToPointRouteData _:
relativeUri = ServiceUris.AccessSatellitePassesPointToPointUri;
break;
case SiteData _:
relativeUri = ServiceUris.AccessSatellitePassesSiteUri;
break;
case Sgp4RouteData _:
relativeUri = ServiceUris.AccessSatellitePassesSgp4Uri;
break;
case SimpleFlightRouteData _:
relativeUri = ServiceUris.AccessSatellitePassesSimpleFlightUri;
break;
case TolRouteData _:
relativeUri = ServiceUris.AccessSatellitePassesTolUri;
break;
case RasterRouteData _:
relativeUri = ServiceUris.AccessSatellitePassesRasterUri;
break;
case GreatArcRouteData _:
relativeUri = ServiceUris.AccessSatellitePassesGreatArcUri;
break;
case CatalogRouteData _:
relativeUri = ServiceUris.AccessSatellitePassesCatalogObjectUri;
break;
}
if (string.IsNullOrEmpty(relativeUri))
{
throw new ArgumentOutOfRangeException("accessData", accessData.FromObjectPath,
accessData.FromObjectPath + " is not a valid type for Satellite Passes");
}
var uri = Networking.GetFullUri(relativeUri);
return(await Networking.HttpPostCall <SatelliteAccessPassData <IVerifiable>, R>(uri, accessData));
}
public void SatellitePasses_IssAccessToSite()
{
var passRequest = new SatelliteAccessPassData <IVerifiable>
{
Start = new DateTime(2014, 8, 19, 0, 0, 0, DateTimeKind.Utc),
Stop = new DateTime(2014, 8, 19, 12, 0, 0, DateTimeKind.Utc)
};
var sd = new SiteData
{
Location = new ServiceCartographic(40.0012, -75.661, 19.0),
MeanSeaLevel = true,
OutputSettings =
{
Step = 30,
TimeFormat = TimeRepresentation.UTC,
CoordinateFormat = { Coord = CoordinateRepresentation.LLA }
}
};
passRequest.FromObjectPath = sd;
passRequest.SSCs.Add(25544); // the International Space Station
passRequest.FromObjectDark = true;
passRequest.ToObjectLit = true;
passRequest.UseMinElevation = true;
passRequest.FromObjectMinElevation = 10.0;
passRequest.LineOfSight = true;
passRequest.IncludePathData = true;
passRequest.IncludePathCzml = true;
passRequest.SatelliteOrbitColor = Color.Magenta.ToString();
passRequest.PassLinkColor = Color.Green.ToString();
passRequest.Verify();
// call the service
var passResults = AccessServices.GetSatellitePasses <SatellitePassResults <ServiceCartographicWithTime> >
(passRequest).Result;
Assert.That(passResults.Passes.Count == 2);
// First Pass
Assert.AreEqual(-2.893973737835, passResults.Passes[0].MaxMagnitude, 1e-12);
Assert.AreEqual(15.61516492386, passResults.Passes[0].MaximumElevationData.Elevation, 1e-11);
Assert.AreEqual("2014-08-19T00:22:13.1728536Z", passResults.Passes[0].AccessStart);
Assert.AreEqual("2014-08-19T00:26:28.4117640Z", passResults.Passes[0].AccessStop);
// Second Pass
Assert.AreEqual(-4.341255364434, passResults.Passes[1].MaxMagnitude, 1e-12);
Assert.AreEqual(55.23840734827, passResults.Passes[1].MaximumElevationData.Elevation, 1e-11);
Assert.AreEqual("2014-08-19T01:58:17.8074201Z", passResults.Passes[1].AccessStart);
Assert.AreEqual("2014-08-19T02:01:13.4157620Z", passResults.Passes[1].AccessStop);
}
public void GeoToLeo()
{
var passRequest = new SatelliteAccessPassData <IVerifiable>
{
Start = new DateTime(2014, 8, 19, 0, 0, 0, DateTimeKind.Utc),
Stop = new DateTime(2014, 8, 19, 12, 0, 0, DateTimeKind.Utc)
};
var fromObjectPath = new Sgp4RouteData
{
Start = new DateTime(2014, 8, 19, 0, 0, 0, DateTimeKind.Utc),
Stop = new DateTime(2014, 8, 19, 12, 0, 0, DateTimeKind.Utc),
SSC = 19548,
OutputSettings =
{
TimeFormat = TimeRepresentation.UTC
}
};
passRequest.FromObjectPath = fromObjectPath;
passRequest.SSCs.Add(25544); // the International Space Station
passRequest.FromObjectDark = false;
passRequest.ToObjectLit = true;
passRequest.UseMinElevation = false;
passRequest.LineOfSight = true;
passRequest.IncludePathCzml = true;
passRequest.Verify();
// call the service
var passResults = AccessServices.GetSatellitePasses <SatellitePassResults <ServiceCartographicWithTime> >
(passRequest).Result;
Assert.That(passResults.Passes.Count == 13);
// First Pass
Assert.AreEqual(7.285152814472, passResults.Passes[0].MaxMagnitude, 1e-12);
Assert.AreEqual(-80.727902792933861, passResults.Passes[0].MaximumElevationData.Elevation, 1e-15);
Assert.AreEqual("2014-08-19T00:10:47.7098365Z", passResults.Passes[0].AccessStart);
Assert.AreEqual("2014-08-19T00:28:20.1973285Z", passResults.Passes[0].AccessStop);
// Second Pass
Assert.AreEqual(4.137398061182, passResults.Passes[12].MaxMagnitude, 1e-12);
Assert.AreEqual(-80.7507306151, passResults.Passes[12].MaximumElevationData.Elevation, 1e-10);
Assert.AreEqual("2014-08-19T11:54:24.1844298Z", passResults.Passes[12].AccessStart);
Assert.AreEqual("2014-08-19T12:00:00.0000000Z", passResults.Passes[12].AccessStop);
}
