private async Task PerformSpatialGpsValidation(WildlifeReportGeometry wildlifeReport, HmrSubmissionRow submissionRow)
{
var errors = new Dictionary <string, List <string> >();
var typedRow = wildlifeReport.WildlifeReportTyped;
var start = new Chris.Models.Point((decimal)typedRow.Longitude, (decimal)typedRow.Latitude);
var result = await _spatialService.ValidateGpsPointAsync(start, 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.Offset = result.lrsResult.Offset;
wildlifeReport.Geometry = _geometryFactory.CreatePoint(result.lrsResult.SnappedPoint.ToTopologyCoordinate());
submissionRow.StartVariance = result.lrsResult.Variance;
}
}
private async Task PerformSpatialGpsValidation(RockfallReportGeometry rockfallReport, HmrSubmissionRow submissionRow)
{
var errors = new Dictionary <string, List <string> >();
var typedRow = rockfallReport.RockfallReportTyped;
var start = new Chris.Models.Point((decimal)typedRow.StartLongitude, (decimal)typedRow.StartLatitude);
if (IsPoint(typedRow))
{
var result = await _spatialService.ValidateGpsPointAsync(start, 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.StartOffset = result.lrsResult.Offset;
typedRow.EndOffset = typedRow.EndOffset;
rockfallReport.Geometry = _geometryFactory.CreatePoint(result.lrsResult.SnappedPoint.ToTopologyCoordinate());
submissionRow.StartVariance = result.lrsResult.Variance;
}
}
else
{
var end = new Chris.Models.Point((decimal)typedRow.EndLongitude, (decimal)typedRow.EndLatitude);
var result = await _spatialService.ValidateGpsLineAsync(start, end, 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.StartOffset = result.startPointResult.Offset;
submissionRow.StartVariance = result.startPointResult.Variance;
typedRow.EndOffset = result.endPointResult.Offset;
submissionRow.EndVariance = result.endPointResult.Variance;
typedRow.WorkLength = typedRow.EndOffset - typedRow.StartOffset;
if (result.lines.Count == 1)
{
if (result.lines[0].ToTopologyCoordinates().Length >= 2)
{
rockfallReport.Geometry = _geometryFactory.CreateLineString(result.lines[0].ToTopologyCoordinates());
}
else if (result.lines[0].ToTopologyCoordinates().Length == 1)
{
_logger.LogInformation($"[Hangfire] Row [{typedRow.RowNum}] [Original: Start[{typedRow.StartLongitude}/{typedRow.StartLatitude}]"
+ $" End[{typedRow.EndLongitude}/{typedRow.EndLatitude}] were converted to a point [{result.lines[0].Points[0].Longitude}/{result.lines[0].Points[0].Latitude}]");
rockfallReport.Geometry = _geometryFactory.CreatePoint(result.lines[0].ToTopologyCoordinates()[0]);
}
}
else if (result.lines.Count > 1)
{
var lineStrings = new List <LineString>();
foreach (var line in result.lines)
{
lineStrings.Add(_geometryFactory.CreateLineString(line.ToTopologyCoordinates()));
}
rockfallReport.Geometry = _geometryFactory.CreateMultiLineString(lineStrings.ToArray());
}
}
}
}
