public void Check_60_Degree_Handling() { Coordinate c = new Coordinate(new EagerLoad(false)); var options = new CoordinateFormatOptions(); options.Format = CoordinateFormatType.Degree_Decimal_Minutes; var lat = new CoordinatePart(CoordinateType.Lat); lat.Degrees = 89; lat.Minutes = 59; lat.Seconds = 59.99999; var lng = new CoordinatePart(CoordinateType.Long); lng.Degrees = 179; lng.Minutes = 59; lng.Seconds = 59.99999; c.Latitude = lat; c.Longitude = lng; Assert.AreEqual("N 90º 0' 0\" E 180º 0' 0\"", c.ToString()); Assert.AreEqual("N 90º 0' E 180º 0'", c.ToString(options)); lat.Position = CoordinatesPosition.S; lng.Position = CoordinatesPosition.W; Assert.AreEqual("S 90º 0' 0\" W 180º 0' 0\"", c.ToString()); Assert.AreEqual("S 90º 0' W 180º 0'", c.ToString(options)); }
public double GetCoordinate(CoordinatePart part) { switch (part) { case CoordinatePart.None: return(double.NaN); case CoordinatePart.Left: return(this.Left); case CoordinatePart.Right: return(this.Right); case CoordinatePart.Top: return(this.Top); case CoordinatePart.Bottom: return(this.Bottom); case CoordinatePart.Width: return(this.Width); case CoordinatePart.Height: return(this.Height); default: throw new ArgumentOutOfRangeException("part"); } }
public void CoordinatePart_Constructor_Property_Checks() { Coordinate coord = new Coordinate(); double lat = coord.Latitude.DecimalDegree; double lng = coord.Longitude.DecimalDegree; string MGRS = coord.MGRS.ToString(); string UTM = coord.UTM.ToString(); string ECEF = coord.ECEF.ToString(); string Cartesian = coord.Cartesian.ToString(); DateTime?cel = coord.CelestialInfo.MoonSet; CoordinatePart cpLat = new CoordinatePart(25, CoordinateType.Lat); CoordinatePart cpLng = new CoordinatePart(25, CoordinateType.Long); //PROP CHANGE ERROR CHECK cpLat.DecimalDegree = 27; cpLng.Seconds = 24; coord.Latitude = cpLat; Assert.AreNotEqual(lat, coord.Latitude.ToDouble()); coord.Longitude = cpLng; Assert.AreNotEqual(lng, coord.Longitude.ToDouble()); Assert.AreNotEqual(MGRS, coord.MGRS.ToString()); Assert.AreNotEqual(UTM, coord.UTM.ToString()); Assert.AreNotEqual(ECEF, coord.ECEF.ToString()); Assert.AreNotEqual(Cartesian, coord.Cartesian.ToString()); Assert.AreNotEqual(cel, coord.CelestialInfo.MoonSet); }
public void SetCoordinate(CoordinatePart part, double value) { switch (part) { case CoordinatePart.None: break; case CoordinatePart.Left: this.Left = value; break; case CoordinatePart.Top: this.Top = value; break; case CoordinatePart.Width: this.Width = value; break; case CoordinatePart.Height: this.Height = value; break; case CoordinatePart.Bottom: case CoordinatePart.Right: throw new NotSupportedException(); default: throw new ArgumentOutOfRangeException("part"); } }
private void FindLocal() { try { if (string.IsNullOrEmpty(textBoxLocal.Text)) { return; } Cursor = Cursors.WaitCursor; Application.DoEvents(); LatLongNetResult res = LatLongNet.LatLongNetClient.Search(textBoxLocal.Text); CoordinatePart lat = new CoordinatePart(Convert.ToDouble(res.Latitude, CultureInfo.GetCultureInfo("en-Us").NumberFormat), CoordinateType.Lat); CoordinatePart longi = new CoordinatePart(Convert.ToDouble(res.Longitude, CultureInfo.GetCultureInfo("en-Us").NumberFormat), CoordinateType.Long); numericUpDownLatitude.Value = Convert.ToDecimal(lat.ToDouble()); numericUpDownLongitude.Value = Convert.ToDecimal(longi.ToDouble()); ucGoogleMapCoordenadas.SetPosition(lat.ToDouble(), longi.ToDouble()); Cursor = Cursors.Default; Program.objParametros.LastLocal = textBoxLocal.Text; Application.DoEvents(); } catch (Exception ex) { MessageBox.Show(ex.Message); } }
private static void CoordinatePart_Constructor_PropChange_Checks() { bool pass = true; try { Coordinate coord = new Coordinate(); double lat = coord.Latitude.DecimalDegree; double lng = coord.Longitude.DecimalDegree; string MGRS = coord.MGRS.ToString(); string UTM = coord.UTM.ToString(); string ECEF = coord.ECEF.ToString(); string Cartesian = coord.Cartesian.ToString(); DateTime?cel = coord.CelestialInfo.MoonSet; CoordinatePart cpLat = new CoordinatePart(25, CoordinateType.Lat); CoordinatePart cpLng = new CoordinatePart(25, CoordinateType.Long); //PROP CHANGE ERROR CHECK cpLat.DecimalDegree = 27; cpLng.Seconds = 24; coord.Latitude = cpLat; if (coord.Latitude.ToDouble() == lat) { pass = false; } coord.Longitude = cpLng; if (coord.Longitude.ToDouble() == lng) { pass = false; } if (MGRS == coord.MGRS.ToString()) { pass = false; } if (UTM == coord.UTM.ToString()) { pass = false; } if (ECEF == coord.ECEF.ToString()) { pass = false; } if (Cartesian == coord.Cartesian.ToString()) { pass = false; } if (cel == coord.CelestialInfo.MoonSet) { pass = false; } } catch { pass = false; } Pass.Write("CoordinatePart Constructor Property Change Checks: ", pass); }
private GeoAngle(GeoAnglePosition position, int degrees, int minutes, double seconds) { _part = new CoordinatePart(degrees, minutes, seconds, (CoordinatesPosition)position); Position = position; Degrees = degrees; Minutes = minutes; Seconds = seconds; Dms = $"{Degrees}°{Minutes}'{Math.Round(Seconds, 2)}\""; DecimalDegree = _part.DecimalDegree; }
public static double GetMinCoordinate(this IEnumerable <ICoordinate> items, CoordinatePart part) { if (!items.Any()) { return(Double.NaN); } var right = items.Min(item => item.GetCoordinate(part)); return(right); }
public void CoordinatePart_Parse_Wrap_Check() { CoordinatePart cp = CoordinatePart.Parse("45"); Assert.AreEqual(45, cp.ToDouble()); Assert.AreEqual(CoordinatesPosition.N, cp.Position); cp = CoordinatePart.Parse("45", CoordinateType.Long); Assert.AreEqual(45, cp.ToDouble()); Assert.AreEqual(CoordinatesPosition.E, cp.Position); }
private GeoAngle(double value, CoordinateType type) { DecimalDegree = value; _part = new CoordinatePart(value, type); Degrees = _part.Degrees; Minutes = _part.Minutes; Seconds = _part.Seconds; Position = (GeoAnglePosition)_part.Position; Dms = $"{Degrees}°{Minutes}'{Math.Round(Seconds, 2)}\""; }
/// <summary> /// Splits Coordinate test string to get value to parse and expected output. /// Checks proper parsing and value /// </summary> /// <param name="val">Test string value</param> private void Parse_Check(string val) { var vals = val.Split('#'); //First part of string is value to parse, seconds is expected string value after parse string coordString = vals[0]; string expected = vals[1]; CoordinatePart c = CoordinatePart.Parse(coordString);//Will throw exception and fail if incorrect (intended behavior) //CHECK STRING COMPARISON, BUT REPLACE , and . with * to avoid cultural mismatch Assert.AreEqual(expected.Replace(",", "*").Replace(".", "*"), c.ToString().Replace(",", "*").Replace(".", "*"), $"{vals} parsed as {c.ToString().Replace(",", "*").Replace(".", "*")} but {expected.Replace(",", "*").Replace(".", "*")} was expected."); }
/// <summary> /// Splits Coordinate test string to get value to parse and expected output. /// Checks proper parsing and value /// </summary> /// <param name="val">Test string value</param> private void TryParse_Check(string val) { var vals = val.Split('#'); //First part of string is value to parse, seconds is expected string value after parse string coordString = vals[0]; string expected = vals[1]; CoordinatePart c; Assert.IsTrue(CoordinatePart.TryParse(coordString, out c), $"{coordString} cannot be parsed."); //CHECK STRING COMPARISON, BUT REPLACE , and . with * to avoid cultural mismatch Assert.AreEqual(expected.Replace(",", "*").Replace(".", "*"), c.ToString().Replace(",", "*").Replace(".", "*"), $"{vals} parsed as {c.ToString().Replace(",", "*").Replace(".", "*")} but {expected.Replace(",", "*").Replace(".", "*")} was expected."); }
public void Coordinate_Roundtrippable_Test() { CoordinatePart lat = new CoordinatePart(-0, -0, -0, CoordinatesPosition.N); Assert.AreEqual("N 0º 0' 0\"", lat.ToString(), "Latitude not expected"); CoordinatePart lng = new CoordinatePart(-0, -0, -0, CoordinatesPosition.E); Assert.AreEqual("E 0º 0' 0\"", lng.ToString(), "Longitude not expected"); Coordinate c = new Coordinate(); c.Latitude = lat; c.Longitude = lng; Assert.AreEqual("N 0º 0' 0\" E 0º 0' 0\"", c.ToString(), "Coordinate not expected"); }
public void Coordinate2DParser_WitUTMCoordinate_ShouldWork(string coordinateString, string latitudeValue, string longitudeValue) { // Arrange var latitude = new CoordinatePart(); var longitude = new CoordinatePart(); var coordinateType = string.Empty; var parser = this.Coordinate2DParserFactory.Invoke(); // Act parser.ParseCoordinateString(coordinateString, coordinateType, latitude, longitude); // Assert Assert.AreEqual(latitudeValue, latitude.Value, "Latitude should match"); Assert.AreEqual(longitudeValue, longitude.Value, "Longitude should match"); }
public void CoordinatePart_Initializes_Without_Exceptions() { Coordinate c = new Coordinate(); CoordinatePart cp = new CoordinatePart(CoordinateType.Lat); cp = new CoordinatePart(CoordinateType.Long); cp = new CoordinatePart(25, CoordinateType.Lat); cp = new CoordinatePart(25, CoordinateType.Long); cp = new CoordinatePart(25, 25, CoordinatesPosition.N); cp = new CoordinatePart(25, 25, CoordinatesPosition.E); cp = new CoordinatePart(25, 25, CoordinatesPosition.S); cp = new CoordinatePart(25, 25, CoordinatesPosition.W); cp = new CoordinatePart(25, 25, 25, CoordinatesPosition.N); cp = new CoordinatePart(25, 25, 25, CoordinatesPosition.E); cp = new CoordinatePart(25, 25, 25, CoordinatesPosition.S); cp = new CoordinatePart(25, 25, 25, CoordinatesPosition.W); }
public void CoordinatePart_Initialize_Within_Allowed_Ranges() { Coordinate c = new Coordinate(); CoordinatePart cp = new CoordinatePart(90, CoordinateType.Lat); cp = new CoordinatePart(-90, CoordinateType.Lat); cp = new CoordinatePart(89, 59, CoordinatesPosition.N); cp = new CoordinatePart(89, 59, CoordinatesPosition.S); cp = new CoordinatePart(89, 59, 59, CoordinatesPosition.N); cp = new CoordinatePart(89, 59, 59, CoordinatesPosition.S); cp = new CoordinatePart(180, CoordinateType.Long); cp = new CoordinatePart(-180, CoordinateType.Long); cp = new CoordinatePart(179, 59, CoordinatesPosition.E); cp = new CoordinatePart(179, 59, CoordinatesPosition.W); cp = new CoordinatePart(179, 59, 59, CoordinatesPosition.E); cp = new CoordinatePart(179, 59, 59, CoordinatesPosition.W); }
public double GetCoordinate(CoordinatePart part) { switch (part) { case CoordinatePart.None: return double.NaN; case CoordinatePart.Left: return this.Left; case CoordinatePart.Right: return this.Right; case CoordinatePart.Top: return this.Top; case CoordinatePart.Bottom: return this.Bottom; case CoordinatePart.Width: return this.Width; case CoordinatePart.Height: return this.Height; default: throw new ArgumentOutOfRangeException("part"); } }
private static void CoordinatePart_Init_Error_Checks() { bool pass = true; try { Coordinate c = new Coordinate(); CoordinatePart cp = new CoordinatePart(CoordinateType.Lat); cp = new CoordinatePart(CoordinateType.Long); cp = new CoordinatePart(25, CoordinateType.Lat); cp = new CoordinatePart(25, CoordinateType.Long); cp = new CoordinatePart(25, 25, CoordinatesPosition.N); cp = new CoordinatePart(25, 25, CoordinatesPosition.E); cp = new CoordinatePart(25, 25, CoordinatesPosition.S); cp = new CoordinatePart(25, 25, CoordinatesPosition.W); cp = new CoordinatePart(25, 25, 25, CoordinatesPosition.N); cp = new CoordinatePart(25, 25, 25, CoordinatesPosition.E); cp = new CoordinatePart(25, 25, 25, CoordinatesPosition.S); cp = new CoordinatePart(25, 25, 25, CoordinatesPosition.W); } catch { pass = false; } Pass.Write("CoordinatePart Initialization Error Checks", pass); }
/// <summary> /// Gets a longitude coordinate part from a provided string /// </summary> /// <param name="v">The longitude value to attempt to populate from</param> /// <param name="c">The coordinate which contains this longitude coordinate part</param> /// <returns>A coordinate containing the parsed longitude</returns> protected CoordinatePart GetLongitude(string v, Coordinate c) { CoordinatePart cp; string longitudeCoordinatesPosition = v.Substring(v.Length - 1, 1); string degreeString = v.FindStringWithinAnchorText(String.Empty, "°", true, true); Int32.TryParse(degreeString, out int degree); string minuteString = v.FindStringWithinAnchorText("°", "'", true, true); Int32.TryParse(minuteString, out int minute); string secondString = v.FindStringWithinAnchorText("'", "\"", true, true); Double.TryParse(secondString, out double second); if (longitudeCoordinatesPosition == "W") { cp = new CoordinatePart(degree, minute, second, CoordinatesPosition.W); } else { cp = new CoordinatePart(degree, minute, second, CoordinatesPosition.E); } return(cp); }
public void SetCoordinate(CoordinatePart part, double value) { throw new NotImplementedException(); }
public double GetCoordinate(CoordinatePart part) { throw new NotImplementedException(); }
public GpsCoordinates(CoordinatePart latitude, CoordinatePart longitude) { Longitude = longitude; Latitude = latitude; }
//Verifies that Parse is wrapping Try_Parse correctly private static void Parse_Wrap_Tests() { bool pass = true; string coord = "45.6, 22.4"; EagerLoad el = new EagerLoad(EagerLoadType.Celestial | EagerLoadType.Cartesian | EagerLoadType.ECEF); CartesianType cType = CartesianType.ECEF; DateTime geoDate = new DateTime(2020, 3, 10, 10, 10, 12); Coordinate parseCoord; Coordinate tryParseCoord; parseCoord = Coordinate.Parse(coord); Coordinate.TryParse(coord, out tryParseCoord); if (!Parse_Wrap_Check(parseCoord, tryParseCoord, false)) { pass = false; } parseCoord = Coordinate.Parse(coord, geoDate); Coordinate.TryParse(coord, geoDate, out tryParseCoord); if (!Parse_Wrap_Check(parseCoord, tryParseCoord, false)) { pass = false; } parseCoord = Coordinate.Parse(coord, cType); Coordinate.TryParse(coord, cType, out tryParseCoord); if (!Parse_Wrap_Check(parseCoord, tryParseCoord, false)) { pass = false; } parseCoord = Coordinate.Parse(coord, geoDate, cType); Coordinate.TryParse(coord, geoDate, cType, out tryParseCoord); if (!Parse_Wrap_Check(parseCoord, tryParseCoord, false)) { pass = false; } parseCoord = Coordinate.Parse(coord, el); Coordinate.TryParse(coord, el, out tryParseCoord); if (!Parse_Wrap_Check(parseCoord, tryParseCoord, false)) { pass = false; } parseCoord = Coordinate.Parse(coord, geoDate, el); Coordinate.TryParse(coord, geoDate, el, out tryParseCoord); if (!Parse_Wrap_Check(parseCoord, tryParseCoord, false)) { pass = false; } parseCoord = Coordinate.Parse(coord, cType, el); Coordinate.TryParse(coord, cType, el, out tryParseCoord); if (!Parse_Wrap_Check(parseCoord, tryParseCoord, false)) { pass = false; } parseCoord = Coordinate.Parse(coord, geoDate, cType, el); Coordinate.TryParse(coord, geoDate, cType, el, out tryParseCoord); if (!Parse_Wrap_Check(parseCoord, tryParseCoord, false)) { pass = false; } //CoordinatePart Check CoordinatePart cp = CoordinatePart.Parse("45"); if (cp.ToDouble() != 45 || cp.Position != CoordinatesPosition.N) { pass = false; } cp = CoordinatePart.Parse("45", CoordinateType.Long); if (cp.ToDouble() != 45 || cp.Position != CoordinatesPosition.E) { pass = false; } Pass.Write("Parse Wrapper Test", pass); }
private static void CoordinatePart_Parses_Test() { //Parse CoordinatePart Formats Console.WriteLine("CoordinatePart Parses..."); string[] coordStrings = File.ReadAllLines("CoordinateData\\CoordinateParts.txt"); CoordinatePart cp; bool pass = true; string lastType = ""; foreach (string c in coordStrings) { c.Trim(); if (c.Contains("\\")) { if (lastType != "") { Pass.Write(lastType.Split('#')[0], pass); } lastType = ""; pass = true; lastType = c; } else { string[] cc = c.Split('#'); if (!CoordinatePart.TryParse(cc[0], out cp)) { pass = false; } else { if (cp.ToString().Replace(",", "*").Replace(".", "*") != cc[1].Replace(",", "*").Replace(".", "*")) { Debug.WriteLine("...MISMATCH: " + cp.ToString() + " - " + cc[1]); pass = false; } } } } if (lastType != "") { Pass.Write(lastType.Split(',')[0], pass); } //Attempt Forces Param pass = true; try { if (CoordinatePart.TryParse("95", CoordinateType.Lat, out cp)) { pass = false; } //Intentional Fail if (CoordinatePart.TryParse("E181", CoordinateType.Lat, out cp)) { pass = false; } //Intentional Fail if (CoordinatePart.TryParse("N 95 45", CoordinateType.Lat, out cp)) { pass = false; } //Intentional Fail if (CoordinatePart.TryParse("95", CoordinateType.Lat, out cp)) { pass = false; } //Intentional Fail if (CoordinatePart.TryParse("WD24 45", CoordinateType.Lat, out cp)) { pass = false; } //Intentional Fail } catch { pass = false; } Console.WriteLine(); Pass.Write("\\\\Intentional Fails", pass); }
public GpsCoordinates(int id, CoordinatePart latitude, CoordinatePart longitude) : this(latitude, longitude) { Id = id; }
public void CoordinatePart_Throws_ArguementOutOfRangeException_When_Ranges_Exceed() { CoordinatePart cp; string failMsg = "CoordinatePart initialized with exceeded limitations."; //Should fail as arguments are out of range. Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(91, CoordinateType.Lat), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(-91, CoordinateType.Lat), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(181, CoordinateType.Long), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(-181, CoordinateType.Long), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(91, 0, CoordinatesPosition.N), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(90, 1, CoordinatesPosition.N), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(89, 60, CoordinatesPosition.N), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(91, 0, CoordinatesPosition.N), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(90, 1, CoordinatesPosition.N), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(89, 60, CoordinatesPosition.N), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(-90, 1, CoordinatesPosition.N), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(89, -1, CoordinatesPosition.N), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(91, 0, CoordinatesPosition.S), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(90, 1, CoordinatesPosition.S), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(89, 60, CoordinatesPosition.S), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(91, 0, CoordinatesPosition.S), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(90, 1, CoordinatesPosition.S), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(89, 60, CoordinatesPosition.S), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(-90, 1, CoordinatesPosition.S), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(89, -1, CoordinatesPosition.S), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(91, 0, 0, CoordinatesPosition.N), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(90, 0, 1, CoordinatesPosition.N), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(89, 59, 60, CoordinatesPosition.N), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(90, 0, 1, CoordinatesPosition.N), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(89, 59, 60, CoordinatesPosition.N), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(-90, 0, 0, CoordinatesPosition.N), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(89, -1, 0, CoordinatesPosition.N), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(89, 1, -1, CoordinatesPosition.N), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(91, 0, 0, CoordinatesPosition.S), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(90, 0, 1, CoordinatesPosition.S), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(89, 59, 60, CoordinatesPosition.S), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(90, 0, 1, CoordinatesPosition.S), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(89, 59, 60, CoordinatesPosition.S), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(-90, 0, 0, CoordinatesPosition.S), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(89, -1, 0, CoordinatesPosition.S), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(89, 1, -1, CoordinatesPosition.S), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(181, 0, CoordinatesPosition.E), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(180, 1, CoordinatesPosition.E), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(179, 60, CoordinatesPosition.E), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(181, 0, CoordinatesPosition.E), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(180, 1, CoordinatesPosition.E), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(179, 60, CoordinatesPosition.E), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(-180, 1, CoordinatesPosition.E), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(179, -1, CoordinatesPosition.E), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(181, 0, CoordinatesPosition.W), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(180, 1, CoordinatesPosition.W), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(179, 60, CoordinatesPosition.W), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(181, 0, CoordinatesPosition.W), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(180, 1, CoordinatesPosition.W), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(179, 60, CoordinatesPosition.W), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(-180, 1, CoordinatesPosition.W), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(179, -1, CoordinatesPosition.W), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(181, 0, 0, CoordinatesPosition.E), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(180, 0, 1, CoordinatesPosition.E), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(179, 59, 60, CoordinatesPosition.E), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(180, 0, 1, CoordinatesPosition.E), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(179, 59, 60, CoordinatesPosition.E), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(-180, 0, 0, CoordinatesPosition.E), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(179, -1, 0, CoordinatesPosition.E), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(179, 1, -1, CoordinatesPosition.E), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(181, 0, 0, CoordinatesPosition.W), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(180, 0, 1, CoordinatesPosition.W), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(179, 59, 60, CoordinatesPosition.W), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(180, 0, 1, CoordinatesPosition.W), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(179, 59, 60, CoordinatesPosition.W), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(-180, 0, 0, CoordinatesPosition.W), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(179, -1, 0, CoordinatesPosition.W), failMsg); Assert.ThrowsException <ArgumentOutOfRangeException>(() => cp = new CoordinatePart(179, 1, -1, CoordinatesPosition.W), failMsg); }
private static void CoordinatePart_Init_Range_Checks() { bool pass = true; try { Coordinate c = new Coordinate(); CoordinatePart cp = new CoordinatePart(90, CoordinateType.Lat); cp = new CoordinatePart(-90, CoordinateType.Lat); cp = new CoordinatePart(89, 59, CoordinatesPosition.N); cp = new CoordinatePart(89, 59, CoordinatesPosition.S); cp = new CoordinatePart(89, 59, 59, CoordinatesPosition.N); cp = new CoordinatePart(89, 59, 59, CoordinatesPosition.S); cp = new CoordinatePart(180, CoordinateType.Long); cp = new CoordinatePart(-180, CoordinateType.Long); cp = new CoordinatePart(179, 59, CoordinatesPosition.E); cp = new CoordinatePart(179, 59, CoordinatesPosition.W); cp = new CoordinatePart(179, 59, 59, CoordinatesPosition.E); cp = new CoordinatePart(179, 59, 59, CoordinatesPosition.W); //Should fail try { cp = new CoordinatePart(91, CoordinateType.Lat); pass = false; } catch { } try { cp = new CoordinatePart(-91, CoordinateType.Lat); pass = false; } catch { } try { cp = new CoordinatePart(181, CoordinateType.Long); pass = false; } catch { } try { cp = new CoordinatePart(-181, CoordinateType.Long); pass = false; } catch { } try { cp = new CoordinatePart(91, 0, CoordinatesPosition.N); pass = false; } catch { } try { cp = new CoordinatePart(90, 1, CoordinatesPosition.N); pass = false; } catch { } try { cp = new CoordinatePart(89, 60, CoordinatesPosition.N); pass = false; } catch { } try { cp = new CoordinatePart(91, 0, CoordinatesPosition.N); pass = false; } catch { } try { cp = new CoordinatePart(90, 1, CoordinatesPosition.N); pass = false; } catch { } try { cp = new CoordinatePart(89, 60, CoordinatesPosition.N); pass = false; } catch { } try { cp = new CoordinatePart(-90, 1, CoordinatesPosition.N); pass = false; } catch { } try { cp = new CoordinatePart(89, -1, CoordinatesPosition.N); pass = false; } catch { } try { cp = new CoordinatePart(91, 0, CoordinatesPosition.S); pass = false; } catch { } try { cp = new CoordinatePart(90, 1, CoordinatesPosition.S); pass = false; } catch { } try { cp = new CoordinatePart(89, 60, CoordinatesPosition.S); pass = false; } catch { } try { cp = new CoordinatePart(91, 0, CoordinatesPosition.S); pass = false; } catch { } try { cp = new CoordinatePart(90, 1, CoordinatesPosition.S); pass = false; } catch { } try { cp = new CoordinatePart(89, 60, CoordinatesPosition.S); pass = false; } catch { } try { cp = new CoordinatePart(-90, 1, CoordinatesPosition.S); pass = false; } catch { } try { cp = new CoordinatePart(89, -1, CoordinatesPosition.S); pass = false; } catch { } try { cp = new CoordinatePart(91, 0, 0, CoordinatesPosition.N); pass = false; } catch { } try { cp = new CoordinatePart(90, 0, 1, CoordinatesPosition.N); pass = false; } catch { } try { cp = new CoordinatePart(89, 59, 60, CoordinatesPosition.N); pass = false; } catch { } try { cp = new CoordinatePart(90, 0, 1, CoordinatesPosition.N); pass = false; } catch { } try { cp = new CoordinatePart(89, 59, 60, CoordinatesPosition.N); pass = false; } catch { } try { cp = new CoordinatePart(-90, 0, 0, CoordinatesPosition.N); pass = false; } catch { } try { cp = new CoordinatePart(89, -1, 0, CoordinatesPosition.N); pass = false; } catch { } try { cp = new CoordinatePart(89, 1, -1, CoordinatesPosition.N); pass = false; } catch { } try { cp = new CoordinatePart(91, 0, 0, CoordinatesPosition.S); pass = false; } catch { } try { cp = new CoordinatePart(90, 0, 1, CoordinatesPosition.S); pass = false; } catch { } try { cp = new CoordinatePart(89, 59, 60, CoordinatesPosition.S); pass = false; } catch { } try { cp = new CoordinatePart(90, 0, 1, CoordinatesPosition.S); pass = false; } catch { } try { cp = new CoordinatePart(89, 59, 60, CoordinatesPosition.S); pass = false; } catch { } try { cp = new CoordinatePart(-90, 0, 0, CoordinatesPosition.S); pass = false; } catch { } try { cp = new CoordinatePart(89, -1, 0, CoordinatesPosition.S); pass = false; } catch { } try { cp = new CoordinatePart(89, 1, -1, CoordinatesPosition.S); pass = false; } catch { } try { cp = new CoordinatePart(181, 0, CoordinatesPosition.E); pass = false; } catch { } try { cp = new CoordinatePart(180, 1, CoordinatesPosition.E); pass = false; } catch { } try { cp = new CoordinatePart(179, 60, CoordinatesPosition.E); pass = false; } catch { } try { cp = new CoordinatePart(181, 0, CoordinatesPosition.E); pass = false; } catch { } try { cp = new CoordinatePart(180, 1, CoordinatesPosition.E); pass = false; } catch { } try { cp = new CoordinatePart(179, 60, CoordinatesPosition.E); pass = false; } catch { } try { cp = new CoordinatePart(-180, 1, CoordinatesPosition.E); pass = false; } catch { } try { cp = new CoordinatePart(179, -1, CoordinatesPosition.E); pass = false; } catch { } try { cp = new CoordinatePart(181, 0, CoordinatesPosition.W); pass = false; } catch { } try { cp = new CoordinatePart(180, 1, CoordinatesPosition.W); pass = false; } catch { } try { cp = new CoordinatePart(179, 60, CoordinatesPosition.W); pass = false; } catch { } try { cp = new CoordinatePart(181, 0, CoordinatesPosition.W); pass = false; } catch { } try { cp = new CoordinatePart(180, 1, CoordinatesPosition.W); pass = false; } catch { } try { cp = new CoordinatePart(179, 60, CoordinatesPosition.W); pass = false; } catch { } try { cp = new CoordinatePart(-180, 1, CoordinatesPosition.W); pass = false; } catch { } try { cp = new CoordinatePart(179, -1, CoordinatesPosition.W); pass = false; } catch { } try { cp = new CoordinatePart(181, 0, 0, CoordinatesPosition.E); pass = false; } catch { } try { cp = new CoordinatePart(180, 0, 1, CoordinatesPosition.E); pass = false; } catch { } try { cp = new CoordinatePart(179, 59, 60, CoordinatesPosition.E); pass = false; } catch { } try { cp = new CoordinatePart(180, 0, 1, CoordinatesPosition.E); pass = false; } catch { } try { cp = new CoordinatePart(179, 59, 60, CoordinatesPosition.E); pass = false; } catch { } try { cp = new CoordinatePart(-180, 0, 0, CoordinatesPosition.E); pass = false; } catch { } try { cp = new CoordinatePart(179, -1, 0, CoordinatesPosition.E); pass = false; } catch { } try { cp = new CoordinatePart(179, 1, -1, CoordinatesPosition.E); pass = false; } catch { } try { cp = new CoordinatePart(181, 0, 0, CoordinatesPosition.W); pass = false; } catch { } try { cp = new CoordinatePart(180, 0, 1, CoordinatesPosition.W); pass = false; } catch { } try { cp = new CoordinatePart(179, 59, 60, CoordinatesPosition.W); pass = false; } catch { } try { cp = new CoordinatePart(180, 0, 1, CoordinatesPosition.W); pass = false; } catch { } try { cp = new CoordinatePart(179, 59, 60, CoordinatesPosition.W); pass = false; } catch { } try { cp = new CoordinatePart(-180, 0, 0, CoordinatesPosition.W); pass = false; } catch { } try { cp = new CoordinatePart(179, -1, 0, CoordinatesPosition.W); pass = false; } catch { } try { cp = new CoordinatePart(179, 1, -1, CoordinatesPosition.W); pass = false; } catch { } } catch { pass = false; } Pass.Write("CoordinatePart Initialization Range Checks", pass); }
static void Coordinate_Parsers_Tests() { CoordinatePart cp; Coordinate coordinate; //Parse Coordinate Formats string[] coordStrings = File.ReadAllLines("Coordinates.txt"); bool pass = true; string lastType = ""; Console.WriteLine("Coordinate Parses..."); foreach (string c in coordStrings) { if (c.Contains("\\")) { if (lastType != "") { Write_Pass(lastType.Split('#')[0], pass); } lastType = ""; pass = true; lastType = c; } else { string[] cc = c.Split('#'); if (!Coordinate.TryParse(cc[0], out coordinate)) { pass = false; } else { if (coordinate.ToString() != cc[1]) { Debug.WriteLine("...MISMATCH: " + coordinate.ToString() + " - " + cc[1]); pass = false; } } } } if (lastType != "") { Write_Pass(lastType.Split(',')[0], pass); } //Attempt Forces Param pass = true; try { if (Coordinate.TryParse("95F, 54", out coordinate)) { pass = false; } //Intentional Fail if (Coordinate.TryParse("E 181 30, 56 76", out coordinate)) { pass = false; } //Intentional Fail if (Coordinate.TryParse("N 95 45, E 45", out coordinate)) { pass = false; } //Intentional Fail if (Coordinate.TryParse("95 87 46 78 D", out coordinate)) { pass = false; } //Intentional Fail if (Coordinate.TryParse("W24 45, W45", out coordinate)) { pass = false; } //Intentional Fail } catch { pass = false; } Console.WriteLine(); Write_Pass("\\\\Intentional Fails", pass); Console.WriteLine(); //Parse CoordinatePart Formats Console.WriteLine("CoordinatePart Parses..."); coordStrings = File.ReadAllLines("CoordinateParts.txt"); pass = true; lastType = ""; foreach (string c in coordStrings) { c.Trim(); if (c.Contains("\\")) { if (lastType != "") { Write_Pass(lastType.Split('#')[0], pass); } lastType = ""; pass = true; lastType = c; } else { string[] cc = c.Split('#'); if (!CoordinatePart.TryParse(cc[0], out cp)) { pass = false; } else { if (cp.ToString() != cc[1]) { Debug.WriteLine("...MISMATCH: " + cp.ToString() + " - " + cc[1]); pass = false; } } } } if (lastType != "") { Write_Pass(lastType.Split(',')[0], pass); } //Attempt Forces Param pass = true; try { if (CoordinatePart.TryParse("95", CoordinateType.Lat, out cp)) { pass = false; } //Intentional Fail if (CoordinatePart.TryParse("E181", CoordinateType.Lat, out cp)) { pass = false; } //Intentional Fail if (CoordinatePart.TryParse("N 95 45", CoordinateType.Lat, out cp)) { pass = false; } //Intentional Fail if (CoordinatePart.TryParse("95", CoordinateType.Lat, out cp)) { pass = false; } //Intentional Fail if (CoordinatePart.TryParse("WD24 45", CoordinateType.Lat, out cp)) { pass = false; } //Intentional Fail } catch { pass = false; } Console.WriteLine(); Write_Pass("\\\\Intentional Fails", pass); }
static void Coordinate_Initialization_Tests() { //Check for errors with initialization as most calculations occur on load bool pass = true; try { Coordinate c = new Coordinate(); c = new Coordinate(25, 25); c = new Coordinate(25, 25, new DateTime(2018, 8, 5, 10, 10, 0)); EagerLoad eg = new EagerLoad(); eg.Cartesian = false; eg.Celestial = false; eg.UTM_MGRS = false; c = new Coordinate(eg); c = new Coordinate(25, 25, eg); c = new Coordinate(25, 25, new DateTime(2018, 8, 5, 10, 10, 0), eg); } catch { pass = false; } Write_Pass("Coordinate Initialization Error Checks", pass); try { pass = true; Coordinate c = new Coordinate(); CoordinatePart cp = new CoordinatePart(CoordinateType.Lat, c); cp = new CoordinatePart(CoordinateType.Long, c); cp = new CoordinatePart(25, CoordinateType.Lat, c); cp = new CoordinatePart(25, CoordinateType.Long, c); cp = new CoordinatePart(25, 25, CoordinatesPosition.N, c); cp = new CoordinatePart(25, 25, CoordinatesPosition.E, c); cp = new CoordinatePart(25, 25, CoordinatesPosition.S, c); cp = new CoordinatePart(25, 25, CoordinatesPosition.W, c); cp = new CoordinatePart(25, 25, 25, CoordinatesPosition.N, c); cp = new CoordinatePart(25, 25, 25, CoordinatesPosition.E, c); cp = new CoordinatePart(25, 25, 25, CoordinatesPosition.S, c); cp = new CoordinatePart(25, 25, 25, CoordinatesPosition.W, c); } catch { pass = false; } Write_Pass("CoordinatePart Initialization Error Checks", pass); try { pass = true; UniversalTransverseMercator utm = new UniversalTransverseMercator("Q", 14, 581943.5, 2111989.8); utm = new UniversalTransverseMercator("Q", 14, 581943.5, 2111989.8, 6378160.000, 298.25); } catch { pass = false; } Write_Pass("UniversalTransverseMercator Initialization Error Checks", pass); try { pass = true; //Outputs 19T CE 51307 93264 MilitaryGridReferenceSystem mgrs = new MilitaryGridReferenceSystem("T", 19, "CE", 51307, 93264); mgrs = new MilitaryGridReferenceSystem("T", 19, "CE", 51307, 93264, 6378160.000, 298.25); } catch { pass = false; } Write_Pass("UniversalTransverseMercator Initialization Error Checks", pass); try { pass = true; Coordinate c = new Coordinate(); Cartesian cart = new Cartesian(c); cart = new Cartesian(345, -123, 2839); } catch { pass = false; } Write_Pass("Cartesian Initialization Error Checks", pass); Console.WriteLine(); //Init Range Checks try { pass = true; EagerLoad eg = new EagerLoad(); Coordinate c = new Coordinate(90, 180); c = new Coordinate(-90, -180); c = new Coordinate(90, 180, new DateTime()); c = new Coordinate(-90, -180, new DateTime()); c = new Coordinate(90, 180, eg); c = new Coordinate(-90, -180, eg); c = new Coordinate(90, 180, new DateTime(), eg); c = new Coordinate(-90, -180, new DateTime(), eg); //Should fail as arguments are out of range. try { c = new Coordinate(91, 180); pass = false; } catch { } //Should fail as arguments are out of range. try { c = new Coordinate(90, 181); pass = false; } catch { } //Should fail as arguments are out of range. try { c = new Coordinate(-91, -180); pass = false; } catch { } //Should fail as arguments are out of range. try { c = new Coordinate(-90, -181); pass = false; } catch { } //Should fail as arguments are out of range. try { c = new Coordinate(91, 180, new DateTime()); pass = false; } catch { } //Should fail as arguments are out of range. try { c = new Coordinate(90, 181, new DateTime()); pass = false; } catch { } //Should fail as arguments are out of range. try { c = new Coordinate(-91, -180, new DateTime()); pass = false; } catch { } //Should fail as arguments are out of range. try { c = new Coordinate(-90, -181, new DateTime()); pass = false; } catch { } //Should fail as arguments are out of range. try { c = new Coordinate(91, 180, new DateTime(), eg); pass = false; } catch { } //Should fail as arguments are out of range. try { c = new Coordinate(90, 181, new DateTime(), eg); pass = false; } catch { } //Should fail as arguments are out of range. try { c = new Coordinate(-91, -180, new DateTime(), eg); pass = false; } catch { } //Should fail as arguments are out of range. try { c = new Coordinate(-90, -181, new DateTime(), eg); pass = false; } catch { } } catch { pass = false; } Write_Pass("Cordinate Initialization Range Checks", pass); pass = true; try { Coordinate c = new Coordinate(); CoordinatePart cp = new CoordinatePart(90, CoordinateType.Lat, c); cp = new CoordinatePart(-90, CoordinateType.Lat, c); cp = new CoordinatePart(89, 59, CoordinatesPosition.N, c); cp = new CoordinatePart(89, 59, CoordinatesPosition.S, c); cp = new CoordinatePart(89, 59, 59, CoordinatesPosition.N, c); cp = new CoordinatePart(89, 59, 59, CoordinatesPosition.S, c); cp = new CoordinatePart(180, CoordinateType.Long, c); cp = new CoordinatePart(-180, CoordinateType.Long, c); cp = new CoordinatePart(179, 59, CoordinatesPosition.E, c); cp = new CoordinatePart(179, 59, CoordinatesPosition.W, c); cp = new CoordinatePart(179, 59, 59, CoordinatesPosition.E, c); cp = new CoordinatePart(179, 59, 59, CoordinatesPosition.W, c); //Should fail try { cp = new CoordinatePart(91, CoordinateType.Lat, c); pass = false; } catch { } try { cp = new CoordinatePart(-91, CoordinateType.Lat, c); pass = false; } catch { } try { cp = new CoordinatePart(181, CoordinateType.Long, c); pass = false; } catch { } try { cp = new CoordinatePart(-181, CoordinateType.Long, c); pass = false; } catch { } try { cp = new CoordinatePart(91, 0, CoordinatesPosition.N, c); pass = false; } catch { } try { cp = new CoordinatePart(90, 1, CoordinatesPosition.N, c); pass = false; } catch { } try { cp = new CoordinatePart(89, 60, CoordinatesPosition.N, c); pass = false; } catch { } try { cp = new CoordinatePart(91, 0, CoordinatesPosition.N, c); pass = false; } catch { } try { cp = new CoordinatePart(90, 1, CoordinatesPosition.N, c); pass = false; } catch { } try { cp = new CoordinatePart(89, 60, CoordinatesPosition.N, c); pass = false; } catch { } try { cp = new CoordinatePart(-90, 1, CoordinatesPosition.N, c); pass = false; } catch { } try { cp = new CoordinatePart(89, -1, CoordinatesPosition.N, c); pass = false; } catch { } try { cp = new CoordinatePart(91, 0, CoordinatesPosition.S, c); pass = false; } catch { } try { cp = new CoordinatePart(90, 1, CoordinatesPosition.S, c); pass = false; } catch { } try { cp = new CoordinatePart(89, 60, CoordinatesPosition.S, c); pass = false; } catch { } try { cp = new CoordinatePart(91, 0, CoordinatesPosition.S, c); pass = false; } catch { } try { cp = new CoordinatePart(90, 1, CoordinatesPosition.S, c); pass = false; } catch { } try { cp = new CoordinatePart(89, 60, CoordinatesPosition.S, c); pass = false; } catch { } try { cp = new CoordinatePart(-90, 1, CoordinatesPosition.S, c); pass = false; } catch { } try { cp = new CoordinatePart(89, -1, CoordinatesPosition.S, c); pass = false; } catch { } try { cp = new CoordinatePart(91, 0, 0, CoordinatesPosition.N, c); pass = false; } catch { } try { cp = new CoordinatePart(90, 0, 1, CoordinatesPosition.N, c); pass = false; } catch { } try { cp = new CoordinatePart(89, 59, 60, CoordinatesPosition.N, c); pass = false; } catch { } try { cp = new CoordinatePart(90, 0, 1, CoordinatesPosition.N, c); pass = false; } catch { } try { cp = new CoordinatePart(89, 59, 60, CoordinatesPosition.N, c); pass = false; } catch { } try { cp = new CoordinatePart(-90, 0, 0, CoordinatesPosition.N, c); pass = false; } catch { } try { cp = new CoordinatePart(89, -1, 0, CoordinatesPosition.N, c); pass = false; } catch { } try { cp = new CoordinatePart(89, 1, -1, CoordinatesPosition.N, c); pass = false; } catch { } try { cp = new CoordinatePart(91, 0, 0, CoordinatesPosition.S, c); pass = false; } catch { } try { cp = new CoordinatePart(90, 0, 1, CoordinatesPosition.S, c); pass = false; } catch { } try { cp = new CoordinatePart(89, 59, 60, CoordinatesPosition.S, c); pass = false; } catch { } try { cp = new CoordinatePart(90, 0, 1, CoordinatesPosition.S, c); pass = false; } catch { } try { cp = new CoordinatePart(89, 59, 60, CoordinatesPosition.S, c); pass = false; } catch { } try { cp = new CoordinatePart(-90, 0, 0, CoordinatesPosition.S, c); pass = false; } catch { } try { cp = new CoordinatePart(89, -1, 0, CoordinatesPosition.S, c); pass = false; } catch { } try { cp = new CoordinatePart(89, 1, -1, CoordinatesPosition.S, c); pass = false; } catch { } try { cp = new CoordinatePart(181, 0, CoordinatesPosition.E, c); pass = false; } catch { } try { cp = new CoordinatePart(180, 1, CoordinatesPosition.E, c); pass = false; } catch { } try { cp = new CoordinatePart(179, 60, CoordinatesPosition.E, c); pass = false; } catch { } try { cp = new CoordinatePart(181, 0, CoordinatesPosition.E, c); pass = false; } catch { } try { cp = new CoordinatePart(180, 1, CoordinatesPosition.E, c); pass = false; } catch { } try { cp = new CoordinatePart(179, 60, CoordinatesPosition.E, c); pass = false; } catch { } try { cp = new CoordinatePart(-180, 1, CoordinatesPosition.E, c); pass = false; } catch { } try { cp = new CoordinatePart(179, -1, CoordinatesPosition.E, c); pass = false; } catch { } try { cp = new CoordinatePart(181, 0, CoordinatesPosition.W, c); pass = false; } catch { } try { cp = new CoordinatePart(180, 1, CoordinatesPosition.W, c); pass = false; } catch { } try { cp = new CoordinatePart(179, 60, CoordinatesPosition.W, c); pass = false; } catch { } try { cp = new CoordinatePart(181, 0, CoordinatesPosition.W, c); pass = false; } catch { } try { cp = new CoordinatePart(180, 1, CoordinatesPosition.W, c); pass = false; } catch { } try { cp = new CoordinatePart(179, 60, CoordinatesPosition.W, c); pass = false; } catch { } try { cp = new CoordinatePart(-180, 1, CoordinatesPosition.W, c); pass = false; } catch { } try { cp = new CoordinatePart(179, -1, CoordinatesPosition.W, c); pass = false; } catch { } try { cp = new CoordinatePart(181, 0, 0, CoordinatesPosition.E, c); pass = false; } catch { } try { cp = new CoordinatePart(180, 0, 1, CoordinatesPosition.E, c); pass = false; } catch { } try { cp = new CoordinatePart(179, 59, 60, CoordinatesPosition.E, c); pass = false; } catch { } try { cp = new CoordinatePart(180, 0, 1, CoordinatesPosition.E, c); pass = false; } catch { } try { cp = new CoordinatePart(179, 59, 60, CoordinatesPosition.E, c); pass = false; } catch { } try { cp = new CoordinatePart(-180, 0, 0, CoordinatesPosition.E, c); pass = false; } catch { } try { cp = new CoordinatePart(179, -1, 0, CoordinatesPosition.E, c); pass = false; } catch { } try { cp = new CoordinatePart(179, 1, -1, CoordinatesPosition.E, c); pass = false; } catch { } try { cp = new CoordinatePart(181, 0, 0, CoordinatesPosition.W, c); pass = false; } catch { } try { cp = new CoordinatePart(180, 0, 1, CoordinatesPosition.W, c); pass = false; } catch { } try { cp = new CoordinatePart(179, 59, 60, CoordinatesPosition.W, c); pass = false; } catch { } try { cp = new CoordinatePart(180, 0, 1, CoordinatesPosition.W, c); pass = false; } catch { } try { cp = new CoordinatePart(179, 59, 60, CoordinatesPosition.W, c); pass = false; } catch { } try { cp = new CoordinatePart(-180, 0, 0, CoordinatesPosition.W, c); pass = false; } catch { } try { cp = new CoordinatePart(179, -1, 0, CoordinatesPosition.W, c); pass = false; } catch { } try { cp = new CoordinatePart(179, 1, -1, CoordinatesPosition.W, c); pass = false; } catch { } } catch { pass = false; } Write_Pass("CordinatePart Initialization Range Checks", pass); }