public void CoordinateService_SimpleXYZNEEToLLH(double lat, double lon, double height, ReturnAs returnAs)
{
var xyz = _convertCoordinates.NEEToLLH(_csib, new XYZ(2313, 1204, 609), returnAs);
xyz.Should().NotBeNull();
xyz.X.Should().BeApproximately(lon, LL_CM_TOLERANCE);
xyz.Y.Should().BeApproximately(lat, LL_CM_TOLERANCE);
xyz.Z.Should().BeApproximately(height, LL_CM_TOLERANCE);
}
public void Should_see_Height_values_differ_when_comparing_CS_files_with_VERT_ADJUST(double lat, double lon, double height, ReturnAs returnAs, string dcFilename)
{
var csib = GetCSIBFromDC(dcFilename);
var xyz = _convertCoordinates.NEEToLLH(csib, new XYZ(2313, 1204, 609), returnAs);
xyz.Should().NotBeNull();
xyz.X.Should().BeApproximately(lon, LL_CM_TOLERANCE);
xyz.Y.Should().BeApproximately(lat, LL_CM_TOLERANCE);
xyz.Z.Should().BeApproximately(height, LL_CM_TOLERANCE);
}
// creates an array of NEE for a sub grid
// which is sent to Coordinate service
// to resolve into a list of LHH (in same order)
// Note: only adds entry where cellPassCount exists, so may not be 1024 entries
private XYZ[] SetupLLPositions(string csibName, IClientLeafSubGrid subGrid)
{
var indexIntoNEECoords = 0;
var NEECoords = new XYZ[1024];
var subGridProfile = subGrid as ClientCellProfileLeafSubgrid;
subGrid.CalculateWorldOrigin(out double subGridWorldOriginX, out double subGridWorldOriginY);
SubGridUtilities.SubGridDimensionalIterator((x, y) =>
{
var cell = subGridProfile.Cells[x, y];
if (cell.PassCount == 0) // Nothing for us to do, as cell is empty
{
return;
}
var easting = subGridWorldOriginX + (x + 0.5) * subGridProfile.CellSize;
var northing = subGridWorldOriginY + (y + 0.5) * subGridProfile.CellSize;
NEECoords[indexIntoNEECoords] = new XYZ(easting, northing, cell.Height);
indexIntoNEECoords++;
});
return(_convertCoordinates.NEEToLLH(csibName, NEECoords.ToCoreX_XYZ()).ToTRex_XYZ());
}
public void NEEToLLH_should_handle_many_concurrent_threads()
{
var inputs = new List <NEE[]>
{
new [] {
new NEE {
North = 0000, East = 0000, Elevation = 0000
},
new NEE {
North = 0000, East = 0000, Elevation = 0000
},
new NEE {
North = 0000, East = 0000, Elevation = 0000
},
new NEE {
North = 0000, East = 0000, Elevation = 0000
}
},
new [] {
new NEE {
North = 0000, East = 0000, Elevation = 0000
},
new NEE {
North = 0000, East = 0000, Elevation = 0000
},
new NEE {
North = 0000, East = 0000, Elevation = 0000
},
new NEE {
North = 0000, East = 0000, Elevation = 0000
}
},
new [] {
new NEE {
North = 0000, East = 0000, Elevation = 0000
},
new NEE {
North = 0000, East = 0000, Elevation = 0000
},
new NEE {
North = 0000, East = 0000, Elevation = 0000
},
new NEE {
North = 0000, East = 0000, Elevation = 0000
}
},
new [] {
new NEE {
North = 0000, East = 0000, Elevation = 0000
},
new NEE {
North = 0000, East = 0000, Elevation = 0000
},
new NEE {
North = 0000, East = 0000, Elevation = 0000
},
new NEE {
North = 0000, East = 0000, Elevation = 0000
}
},
new [] {
new NEE {
North = 0000, East = 0000, Elevation = 0000
},
new NEE {
North = 0000, East = 0000, Elevation = 0000
},
new NEE {
North = 0000, East = 0000, Elevation = 0000
},
new NEE {
North = 0000, East = 0000, Elevation = 0000
}
},
new [] {
new NEE {
North = 0000, East = 0000, Elevation = 0000
},
new NEE {
North = 0000, East = 0000, Elevation = 0000
},
new NEE {
North = 0000, East = 0000, Elevation = 0000
},
new NEE {
North = 0000, East = 0000, Elevation = 0000
}
}
};
Parallel.ForEach(inputs, (nee) =>
{
_ = _convertCoordinates.NEEToLLH(CSIB.DIMENSIONS_2012_WITHOUT_VERT_ADJUST, nee);
});
}