internal static void ConvertKeplerianToCartesian(KeplerianCoordinates keplerianCoordinates, CartesianCoordinates cartesianCoordinates)
{
try
{
if (keplerianCoordinates.Depth < KeplerianDepth.Exact)
{
throw new ArgumentException();
}
keplerianCoordinates.CheckCoordinates();
}
catch
{
throw new InvalidOperationException();
}
//FIXME
cartesianCoordinates.IsValid = true;
cartesianCoordinates.Origin = keplerianCoordinates.Origin;
cartesianCoordinates.CoordinateFrame = keplerianCoordinates.CoordinateFrame;
cartesianCoordinates.Position = Vector <double> .Build.Random(3);
if (cartesianCoordinates.Depth >= CartesianDepth.Velocity)
{
cartesianCoordinates.Velocity = Vector <double> .Build.Random(3);
}
}
internal static void ConvertKeplerianFrame(KeplerianCoordinates keplerianCoordinates1, KeplerianCoordinates keplerianCoordinates2)
{
try
{
keplerianCoordinates1.CheckCoordinates();
keplerianCoordinates2.CheckSkeleton(ValidityDepth.CoordinateFrame);
if (keplerianCoordinates2.Depth > keplerianCoordinates1.Depth)
{
throw new ArgumentOutOfRangeException();
}
}
catch
{
throw new InvalidOperationException();
}
keplerianCoordinates2.IsValid = true;
keplerianCoordinates2.Origin = keplerianCoordinates1.Origin;
//FIXME
if (keplerianCoordinates1.CoordinateFrame != keplerianCoordinates2.CoordinateFrame)
{
throw new NotImplementedException();
}
else
{
keplerianCoordinates2.SMA = keplerianCoordinates1.SMA * 10;
keplerianCoordinates2.Ecc = keplerianCoordinates1.Ecc * 10;
keplerianCoordinates2.Inc = keplerianCoordinates1.Inc * 10;
keplerianCoordinates2.RAAN = keplerianCoordinates1.RAAN * 10;
if (keplerianCoordinates2.Depth > KeplerianDepth.PlaneOnly)
{
keplerianCoordinates2.ArgPer = keplerianCoordinates1.ArgPer * 10;
keplerianCoordinates2.TrueAnom = keplerianCoordinates1.TrueAnom * 10;
}
}
}