private AlignmentLineworkResult ProcessWithRaptor(AlignmentLineworkRequest request)
{
const double ImperialFeetToMetres = 0.3048;
const double USFeetToMetres = 0.304800609601;
//NOTE: For alignment files only (not surfaces), there are labels generated as part of the DXF file.
//They need to be in the user units.
double interval;
TVLPDDistanceUnits raptorUnits;
switch (request.UserUnits)
{
case DxfUnitsType.ImperialFeet:
raptorUnits = TVLPDDistanceUnits.vduImperialFeet;
interval = 300 * ImperialFeetToMetres;
break;
case DxfUnitsType.Meters:
raptorUnits = TVLPDDistanceUnits.vduMeters;
interval = 100;
break;
case DxfUnitsType.UsSurveyFeet:
default:
raptorUnits = TVLPDDistanceUnits.vduUSSurveyFeet;
interval = 300 * USFeetToMetres;
break;
}
log.LogDebug($"Getting DXF design boundary from Raptor for {request.FileDescriptor.FileName} for project {request.ProjectUid}");
raptorClient.GetDesignBoundary(
DesignProfiler.ComputeDesignBoundary.RPC.__Global.Construct_CalculateDesignBoundary_Args
(request.ProjectId.Value,
request.FileDescriptor.DesignDescriptor(configStore, log, 0, 0),
DesignProfiler.ComputeDesignBoundary.RPC.TDesignBoundaryReturnType.dbrtDXF,
interval, raptorUnits, 0), out var memoryStream, out var designProfilerResult);
if (memoryStream == null || designProfilerResult != TDesignProfilerRequestResult.dppiOK)
{
log.LogWarning($"Failed to generate DXF boundary for file {request.FileDescriptor.FileName} for project {request.ProjectUid}. Raptor error {designProfilerResult}");
throw CreateServiceException <AlignmentLineworkExecutor>((int)designProfilerResult);
}
return(new AlignmentLineworkResult(memoryStream));
}
private Task <AlignmentLineworkResult> ProcessWithTRex(AlignmentLineworkRequest request)
{
throw new NotImplementedException("TRex Gateway not yet implemented for AlignmentLineworkExecutor");
}
