private async Task <WildlifeReportGeometry> PerformSpatialValidationAndConversionAsync(WildlifeReportTyped typedRow)
{
var submissionRow = _submissionRows[(decimal)typedRow.RowNum];
var wildlifeReport = new WildlifeReportGeometry(typedRow, null);
if (typedRow.SpatialData == SpatialData.Gps)
{
await PerformSpatialGpsValidation(wildlifeReport, submissionRow);
SetVarianceWarningDetail(submissionRow, typedRow.HighwayUnique,
GetGpsString(typedRow.Latitude, typedRow.Longitude),
GetGpsString(typedRow.Latitude, typedRow.Longitude),
_thresholdSpLevel);
}
else if (typedRow.SpatialData == SpatialData.Lrs)
{
await PerformSpatialLrsValidation(wildlifeReport, submissionRow);
SetVarianceWarningDetail(submissionRow, typedRow.HighwayUnique,
GetOffsetString(typedRow.Offset),
GetOffsetString(typedRow.Offset),
_thresholdSpLevel);
}
return(wildlifeReport);
}
private async Task PerformSpatialLrsValidation(WildlifeReportGeometry wildlifeReport, HmrSubmissionRow submissionRow)
{
var errors = new Dictionary <string, List <string> >();
var typedRow = wildlifeReport.WildlifeReportTyped;
var result = await _spatialService.ValidateLrsPointAsync((decimal)typedRow.Offset, typedRow.HighwayUnique, Fields.HighwayUnique, _thresholdSpLevel, errors);
if (result.result == SpValidationResult.Fail)
{
SetErrorDetail(submissionRow, errors, _statusService.FileLocationError);
}
else if (result.result == SpValidationResult.Success)
{
typedRow.HighwayUniqueLength = result.rfiSegment.Length;
typedRow.HighwayUniqueName = result.rfiSegment.Descr;
typedRow.Longitude = result.point.Longitude;
typedRow.Latitude = result.point.Latitude;
wildlifeReport.Geometry = _geometryFactory.CreatePoint(result.point.ToTopologyCoordinate());
submissionRow.StartVariance = typedRow.Offset - result.snappedOffset;
}
}
