public void AddUlfEntity(double station, double ulf) { double x = StationToXConverter.ToX(station); _points.Add(new Point3d(x, _yTopOfBand, ulf)); _points.Add(new Point3d(x, _yBottomOfBand, ulf)); }
/// <summary> /// Takes 2 stations and cases and returns a list of appropraite endpoints for a /// line connection those stations, respecting jumps between databands. /// </summary> /// <param name="csFrom">Station and case of starting point.</param> /// <param name="csTo">Station and case of ending point.</param> /// <returns></returns> public static List <(SimplePoint2d, SimplePoint2d)> TranslateLine(CaseStation csFrom, CaseStation csTo) { double stationFrom = csFrom.Station; double stationTo = csTo.Station; List <(double, double)> modelXJumps = StationToXConverter.FindModelXsOfJumps(stationFrom, stationTo); double xFrom = csFrom.X; double xTo = csTo.X; List <(double, double)> modelXOfLineEndPoints = GetModelXOfLineEndPoints(xFrom, modelXJumps, xTo); double yFrom = csFrom.Y; double yTo = csTo.Y; List <(double, double)> modelYOfLineEndPoints = GetModelYOfLineEndPoints(yFrom, modelXOfLineEndPoints, yTo); var linePoints = new List <(SimplePoint2d, SimplePoint2d)>(); int linecount = modelXOfLineEndPoints.Count; for (int i = 0; i < linecount; i++) { double point1X = modelXOfLineEndPoints[i].Item1; double point1Y = modelYOfLineEndPoints[i].Item1; SimplePoint2d point1 = new SimplePoint2d(point1X, point1Y); double point2X = modelXOfLineEndPoints[i].Item2; double point2Y = modelYOfLineEndPoints[i].Item2; SimplePoint2d point2 = new SimplePoint2d(point2X, point2Y); linePoints.Add((point1, point2)); } return(linePoints); }
public void FindStationsOfJumps_From1stToLastDB_FindsAllJumps(double fromStation, double toStation, List <double> expectedJumps) { List <double> actualJumps = StationToXConverter.FindStationsOfJumps(fromStation, toStation); Assert.Equal(expectedJumps, actualJumps); }
public void ToX_GivenRandomValidStations_CalculatesCorrectXValue(double station, double expectedX, string message) { output.WriteLine(message); double actualX = StationToXConverter.ToX(station); Assert.Equal(expectedX, actualX); }
public void ToX_Station58760_Returns3560020() { double expected = 3560020; double station = 58760; double actual = StationToXConverter.ToX(station); Assert.Equal(expected, actual); }
public void ToX_Station70790_Returns3584030() { double expected = 3584030; double station = 70790; double actual = StationToXConverter.ToX(station); Assert.Equal(expected, actual); }
public void ToX_ValueBeyondScope_ThrowsArgumentException(double station, string message) { output.WriteLine(message); Assert.Throws <ArgumentException>(() => StationToXConverter.ToX(station)); }