public async Task GetBoundingBoxDesignBoundaryFilter()
{
var design = new DesignDescriptor(-1, null, 0);
var filterResult = FilterResult.CreateFilterObsolete(designFile: design);
var raptorClient = new Mock <IASNodeClient>();
TDesignProfilerRequestResult designProfilerResult;
var ms = new MemoryStream();
using (var writer = new StreamWriter(ms))
{
writer.Write(DESIGN_GEO_JSON);
writer.Flush();
raptorClient
.Setup(x => x.GetDesignBoundary(It.IsAny <TDesignProfilerServiceRPCVerb_CalculateDesignBoundary_Args>(),
out ms, out designProfilerResult))
.Returns(true);
var service = new BoundingBoxService(serviceProvider.GetRequiredService <ILoggerFactory>()
#if RAPTOR
, raptorClient.Object
#endif
, new Mock <IConfigurationStore>().Object
, new Mock <ITRexCompactionDataProxy>().Object, new Mock <IFileImportProxy>().Object
);
var bbox = await service.GetBoundingBox(project, filterResult, new[] { TileOverlayType.BaseMap }, null, null, null, null, null);
//Values are from GeoJson below
Assert.AreEqual(-115.123.LonDegreesToRadians(), bbox.minLng);
Assert.AreEqual(36.175.LatDegreesToRadians(), bbox.minLat);
Assert.AreEqual(-115.018.LonDegreesToRadians(), bbox.maxLng);
Assert.AreEqual(36.214.LatDegreesToRadians(), bbox.maxLat);
}
}
public void MapFilterResultHasElevationRangeFilterToCombinedFilter()
{
//Offset from bench
var filterResult = FilterResult.CreateFilterObsolete(layerType: FilterLayerMethod.OffsetFromBench, benchElevation: 1.25, layerNumber: 3, layerThickness: 0.4);
filterResult.Validate();
var combinedFilter = AutoMapperUtility.Automapper.Map <CombinedFilter>(filterResult);
combinedFilter.AttributeFilter.HasLayerStateFilter.Should().Be(true);
combinedFilter.AttributeFilter.LayerState.Should().Be(LayerState.On);
combinedFilter.AttributeFilter.HasElevationRangeFilter.Should().Be(true);
combinedFilter.AttributeFilter.ElevationRangeLevel.Should().Be(filterResult.BenchElevation);
combinedFilter.AttributeFilter.ElevationRangeOffset.Should().Be(filterResult.LayerNumber * filterResult.LayerThickness);
combinedFilter.AttributeFilter.ElevationRangeThickness.Should().Be(filterResult.LayerThickness);
//Offset from design
var designFile = new DesignDescriptor(-1, null, 0, Guid.NewGuid());
filterResult = FilterResult.CreateFilterObsolete(layerType: FilterLayerMethod.OffsetFromDesign, layerDesignOrAlignmentFile: designFile, layerNumber: -2, layerThickness: 0.3);
filterResult.Validate();
combinedFilter = AutoMapperUtility.Automapper.Map <CombinedFilter>(filterResult);
combinedFilter.AttributeFilter.HasLayerStateFilter.Should().Be(true);
combinedFilter.AttributeFilter.LayerState.Should().Be(LayerState.On);
combinedFilter.AttributeFilter.HasElevationRangeFilter.Should().Be(true);
combinedFilter.AttributeFilter.ElevationRangeDesign.Should().NotBeNull();
combinedFilter.AttributeFilter.ElevationRangeDesign.DesignID.Should().Be(designFile.FileUid.Value);
combinedFilter.AttributeFilter.ElevationRangeDesign.Offset.Should().Be(designFile.Offset);
combinedFilter.AttributeFilter.ElevationRangeOffset.Should().Be((filterResult.LayerNumber + 1) * filterResult.LayerThickness);
combinedFilter.AttributeFilter.ElevationRangeThickness.Should().Be(filterResult.LayerThickness);
}
public async Task GetBoundingBoxPolygonFilter()
{
var polygonPoints = new List <WGSPoint>
{
new WGSPoint(10, 20),
new WGSPoint(15, 20),
new WGSPoint(13, 15),
new WGSPoint(25, 30),
new WGSPoint(27, 27)
};
var filterResult = FilterResult.CreateFilterObsolete(polygonLL: polygonPoints);
var raptorClient = new Mock <IASNodeClient>();
var service = new BoundingBoxService(serviceProvider.GetRequiredService <ILoggerFactory>()
#if RAPTOR
, raptorClient.Object
#endif
, new Mock <IConfigurationStore>().Object
, new Mock <ITRexCompactionDataProxy>().Object, new Mock <IFileImportProxy>().Object
);
var bbox = await service.GetBoundingBox(project, filterResult, new[] { TileOverlayType.BaseMap }, null, null, null, null, null);
Assert.AreEqual(polygonPoints.Min(p => p.Lat), bbox.minLat);
Assert.AreEqual(polygonPoints.Min(p => p.Lon), bbox.minLng);
Assert.AreEqual(polygonPoints.Max(p => p.Lat), bbox.maxLat);
Assert.AreEqual(polygonPoints.Max(p => p.Lon), bbox.maxLng);
}
public static void ClassInit(TestContext context)
{
filterResult = FilterResult.CreateFilterObsolete(
0, null, "name", "desc", DateTime.Now, DateTime.Now, 1, "designName", null, false, false, ElevationType.Highest,
new List <WGSPoint>(), new List <Point>(), false, null, 0, 0, 0, 0,
FilterLayerMethod.None, null, 0, 0, 0, new List <MachineDetails>(), new List <long>(),
true, GPSAccuracyType.Coarse, false, false, false, false);
}
public void MapFilterResultHasAlignmentFilterToCombinedFilter()
{
var alignment = new DesignDescriptor(42l, FileDescriptor.CreateFileDescriptor("x", "y", "z"), 0, Guid.NewGuid());
var filter = FilterResult.CreateFilterObsolete(alignmentFile: alignment);
var combinedFilter = AutoMapperUtility.Automapper.Map <FilterResult, CombinedFilter>(filter);
combinedFilter.Should().NotBeNull();
combinedFilter.SpatialFilter.IsDesignMask.Should().BeFalse();
combinedFilter.SpatialFilter.SurfaceDesignMaskDesignUid.Should().Be(Guid.Empty);
combinedFilter.SpatialFilter.IsAlignmentMask.Should().BeTrue();
combinedFilter.SpatialFilter.AlignmentDesignMaskDesignUID.Should().Be(alignment.FileUid.Value);
}
public async Task GetBoundingBoxAlignmentFilter()
{
var alignment = new DesignDescriptor(-1, null, 0);
var filterResult = FilterResult.CreateFilterObsolete(alignmentFile: alignment, startStation: 0, endStation: 3, leftOffset: 0.5, rightOffset: 0.5);
var raptorClient = new Mock <IASNodeClient>();
TWGS84Point[] fence =
{
new TWGS84Point {
Lat = 36.1.LatDegreesToRadians(), Lon = -115.1.LonDegreesToRadians()
},
new TWGS84Point {
Lat = 36.2.LatDegreesToRadians(), Lon = -115.1.LonDegreesToRadians()
},
new TWGS84Point {
Lat = 36.3.LatDegreesToRadians(), Lon = -115.2.LonDegreesToRadians()
},
new TWGS84Point {
Lat = 36.3.LatDegreesToRadians(), Lon = -115.3.LonDegreesToRadians()
},
new TWGS84Point {
Lat = 36.2.LatDegreesToRadians(), Lon = -115.3.LonDegreesToRadians()
},
new TWGS84Point {
Lat = 36.2.LatDegreesToRadians(), Lon = -115.2.LonDegreesToRadians()
},
new TWGS84Point {
Lat = 36.1.LatDegreesToRadians(), Lon = -115.1.LonDegreesToRadians()
}
};
raptorClient
.Setup(x => x.GetDesignFilterBoundaryAsPolygon(It.IsAny <TDesignProfilerServiceRPCVerb_ComputeDesignFilterBoundary_Args>(),
out fence))
.Returns(true);
var service = new BoundingBoxService(serviceProvider.GetRequiredService <ILoggerFactory>()
#if RAPTOR
, raptorClient.Object
#endif
, new Mock <IConfigurationStore>().Object
, new Mock <ITRexCompactionDataProxy>().Object, new Mock <IFileImportProxy>().Object
);
var bbox = await service.GetBoundingBox(project, filterResult, new[] { TileOverlayType.BaseMap }, null, null, null, null, null);
Assert.AreEqual(-115.3.LonDegreesToRadians(), bbox.minLng);
Assert.AreEqual(36.1.LatDegreesToRadians(), bbox.minLat);
Assert.AreEqual(-115.1.LonDegreesToRadians(), bbox.maxLng);
Assert.AreEqual(36.3.LatDegreesToRadians(), bbox.maxLat);
}
public async Task GetBoundingBoxSummaryVolumesFilter()
{
var polygonPoints1 = new List <WGSPoint>
{
new WGSPoint(10, 20),
new WGSPoint(15, 20),
new WGSPoint(13, 15),
new WGSPoint(25, 30),
new WGSPoint(27, 27)
};
var baseFilterResult = FilterResult.CreateFilterObsolete(polygonLL: polygonPoints1);
var polygonPoints2 = new List <WGSPoint>
{
new WGSPoint(30, 20),
new WGSPoint(25, 25),
new WGSPoint(50, 35),
new WGSPoint(25, 15),
new WGSPoint(32, 16)
};
var topFilterResult = FilterResult.CreateFilterObsolete(polygonLL: polygonPoints2);
var raptorClient = new Mock <IASNodeClient>();
var service = new BoundingBoxService(serviceProvider.GetRequiredService <ILoggerFactory>()
#if RAPTOR
, raptorClient.Object
#endif
, new Mock <IConfigurationStore>().Object
, new Mock <ITRexCompactionDataProxy>().Object, new Mock <IFileImportProxy>().Object
);
var bbox = await service.GetBoundingBox(project, null, new[] { TileOverlayType.BaseMap }, baseFilterResult, topFilterResult, null, null, null);
var expectedMinLat = Math.Min(polygonPoints1.Min(p => p.Lat), polygonPoints2.Min(p => p.Lat));
var expectedMinLng = Math.Min(polygonPoints1.Min(p => p.Lon), polygonPoints2.Min(p => p.Lon));
var expectedMaxLat = Math.Max(polygonPoints1.Max(p => p.Lat), polygonPoints2.Max(p => p.Lat));
var expectedMaxLng = Math.Max(polygonPoints1.Max(p => p.Lon), polygonPoints2.Max(p => p.Lon));
Assert.AreEqual(expectedMinLat, bbox.minLat);
Assert.AreEqual(expectedMinLng, bbox.minLng);
Assert.AreEqual(expectedMaxLat, bbox.maxLat);
Assert.AreEqual(expectedMaxLng, bbox.maxLng);
}
public void CPR_CanCreateCellPassesRequestTest()
{
var liftThicknessTarget = new LiftThicknessTarget {
AboveToleranceLiftThickness = (float)0.001,
BelowToleranceLiftThickness = (float)0.002,
TargetLiftThickness = (float)0.05
};
var validator = new DataAnnotationsValidator();
CellPassesRequest cpRequest = CellPassesRequest.CreateCellPassRequest(544, null, null, null, null, 0, 0,
null);
Assert.IsTrue(validator.TryValidate(cpRequest, out ICollection <ValidationResult> results));
// invalid projectid
cpRequest = CellPassesRequest.CreateCellPassRequest(-1, null, null, null, null, 0, 0, null);
Assert.IsFalse(validator.TryValidate(cpRequest, out results));
// full data
CellAddress cellAddress = CellAddress.CreateCellAddress(1, 2);
Point point = Point.CreatePoint(1.0, 2.0);
WGSPoint wgsPoint = new WGSPoint(1.0, 2.0);
LiftBuildSettings settings = new LiftBuildSettings(
new CCVRangePercentage(30.0, 70.0), false, 0.0, 0.0, 0.2f, LiftDetectionType.Automatic,
LiftThicknessType.Compacted, new MDPRangePercentage(35.0, 75.0),
false, 0.0f, 0, 0, null, null, null, liftThicknessTarget, null);
var filterResult = FilterResult.CreateFilterObsolete(null, null, null, null, null, null, 1, "", new List <long>(), true, false, null,
new List <WGSPoint>(),
new List <Point>(),
false,
new DesignDescriptor(1, FileDescriptor.EmptyFileDescriptor, 0),
0, 0, 0, 0,
null, new DesignDescriptor(1, FileDescriptor.EmptyFileDescriptor, 0),
0, 0, 0,
new List <MachineDetails>(),
new List <long>(),
false, GPSAccuracyType.Medium, false, null, null, null,
new DesignDescriptor(1, FileDescriptor.EmptyFileDescriptor, 0));
cpRequest = CellPassesRequest.CreateCellPassRequest(544, cellAddress, point, wgsPoint, settings, 0, 0, filterResult);
Assert.IsTrue(validator.TryValidate(cpRequest, out results));
}
public async Task GetBoundingBoxPolygonAndDesignBoundaryFilter()
{
//design boundary points: -115.018,36.208 -115.025,36.214 -115.123,36.17 -115.018,36.208
var design = new DesignDescriptor(-1, null, 0);
var polygonPoints = new List <WGSPoint>
{
new WGSPoint(35.98.LatDegreesToRadians(), -115.11.LonDegreesToRadians()),
new WGSPoint(36.15.LatDegreesToRadians(), -115.74.LonDegreesToRadians()),
new WGSPoint(36.10.LatDegreesToRadians(), -115.39.LonDegreesToRadians())
};
var filterResult = FilterResult.CreateFilterObsolete(polygonLL: polygonPoints, designFile: design);
var raptorClient = new Mock <IASNodeClient>();
TDesignProfilerRequestResult designProfilerResult;
var ms = new MemoryStream();
using (var writer = new StreamWriter(ms))
{
writer.Write(DESIGN_GEO_JSON);
writer.Flush();
raptorClient
.Setup(x => x.GetDesignBoundary(It.IsAny <TDesignProfilerServiceRPCVerb_CalculateDesignBoundary_Args>(),
out ms, out designProfilerResult))
.Returns(true);
var service = new BoundingBoxService(serviceProvider.GetRequiredService <ILoggerFactory>()
#if RAPTOR
, raptorClient.Object
#endif
, new Mock <IConfigurationStore>().Object
, new Mock <ITRexCompactionDataProxy>().Object, new Mock <IFileImportProxy>().Object
);
var bbox = await service.GetBoundingBox(project, filterResult, new[] { TileOverlayType.BaseMap }, null, null, null, null, null);
//bbox is a mixture of polgon and design boundary (see GeoJson)
Assert.AreEqual(-115.74.LonDegreesToRadians(), bbox.minLng);
Assert.AreEqual(35.98.LatDegreesToRadians(), bbox.minLat);
Assert.AreEqual(-115.018.LonDegreesToRadians(), bbox.maxLng);
Assert.AreEqual(36.214.LatDegreesToRadians(), bbox.maxLat);
}
}
public async Task GetBoundingBoxPolygonFilterAndCutFillDesign()
{
var polygonPoints = new List <WGSPoint>
{
new WGSPoint(10, 20),
new WGSPoint(15, 20),
new WGSPoint(13, 15),
new WGSPoint(25, 30),
new WGSPoint(27, 27)
};
var filterResult = FilterResult.CreateFilterObsolete(polygonLL: polygonPoints);
var design = new DesignDescriptor(-1, null, 0);
var raptorClient = new Mock <IASNodeClient>();
TDesignProfilerRequestResult designProfilerResult;
var ms = new MemoryStream();
using (var writer = new StreamWriter(ms))
{
writer.Write(DESIGN_GEO_JSON);
writer.Flush();
raptorClient
.Setup(x => x.GetDesignBoundary(It.IsAny <TDesignProfilerServiceRPCVerb_CalculateDesignBoundary_Args>(),
out ms, out designProfilerResult))
.Returns(true);
var service = new BoundingBoxService(serviceProvider.GetRequiredService <ILoggerFactory>()
#if RAPTOR
, raptorClient.Object
#endif
, new Mock <IConfigurationStore>().Object
, new Mock <ITRexCompactionDataProxy>().Object, new Mock <IFileImportProxy>().Object
);
var bbox = await service.GetBoundingBox(project, filterResult, new[] { TileOverlayType.BaseMap }, null, null, design, null, null);
Assert.AreEqual(polygonPoints.Min(p => p.Lat), bbox.minLat);
Assert.AreEqual(polygonPoints.Min(p => p.Lon), bbox.minLng);
Assert.AreEqual(polygonPoints.Max(p => p.Lat), bbox.maxLat);
Assert.AreEqual(polygonPoints.Max(p => p.Lon), bbox.maxLng);
}
}