public void UTMConverterTest()
{
Helper.UTMConverter converter = new Helper.UTMConverter();
var result = converter.ToLatLong(35, 'T', 632353.875m, 4919262.500m);
Assert.IsNotNull(result);
}
private Point generatePoint(IDictionary <string, decimal> lineInfo, decimal[] lineDisplacements, HeaderData[] headerData, CoordinateSystem coordinateSystem)
{
Point point = new Point()
{
Displacements = new List <Point.Displacement>(),
Number = Convert.ToInt32(lineInfo["PointNumber"]),
DeformationRate = lineInfo["DeformationRate"],
EstimatedDeformationRate = lineInfo["EstimatedDeformation"],
EstimatedHeight = lineInfo["EstimatedHeight"],
Height = lineInfo["Height"],
ReferenceImageX = lineInfo["ReferenceImageX"],
ReferenceImageY = lineInfo["ReferenceImageY"],
StandardDeviation = lineInfo["StandardDeviation"],
Observations = "Generated from file" // TODO:add information to observations
};
//todo: create switch if there will be more
if (coordinateSystem == CoordinateSystem.UTM)
{
Tuple <decimal, decimal> coordinatesPair = utmConverter.ToLatLong(this.Zone, this.LatitudeZone,
lineInfo["ProjectionX"],
lineInfo["ProjectionY"]);
point.Latitude = coordinatesPair.Item1;
point.Longitude = coordinatesPair.Item2;
}
else
{
point.Longitude = lineInfo["ProjectionX"];
point.Latitude = lineInfo["ProjectionY"];
}
//todo: check why here is a difference
int length = Math.Min(headerData.Length, lineDisplacements.Length);
for (int index = 0; index < length; index++)
{
point.Displacements.Add(new Point.Displacement()
{
Date = headerData[index].Item1,
JD = headerData[index].Item2,
DaysFromReference = headerData[index].Item3,
Value = lineDisplacements[index]
});
}
return(point);
}
public void ConvertPoints()
{
Helper.UTMConverter converter = new Helper.UTMConverter();
Tuple <decimal, decimal>[] validResult = new Tuple <decimal, decimal>[]
{
new Tuple <decimal, decimal>(44.143143m, 28.652490m), //invalid
new Tuple <decimal, decimal>(43.531231m, 31.4124m), //0
new Tuple <decimal, decimal>(-3.531231m, 12.412414m), //1
new Tuple <decimal, decimal>(61.35918m, 34.312415m), //2
new Tuple <decimal, decimal>(0.0m, 0.0m), //3
new Tuple <decimal, decimal>(-10.31231m, -50.313213m), //4
new Tuple <decimal, decimal>(180.0m, 180.0m), //5
new Tuple <decimal, decimal>(90.0m, 90.0m), //6
new Tuple <decimal, decimal>(-41.3828m, 101.28485m), //7
new Tuple <decimal, decimal>(77.3828m, -100.28485m), //8
new Tuple <decimal, decimal>(-88.3828m, -160.28485m), //9
};
Tuple <decimal, decimal>[] converterResult = new Tuple <decimal, decimal> [validResult.Length];
converterResult[0] = converter.ToLatLong(35, 'T', 632308.875m, 4895179.500m);
converterResult[1] = converter.ToLatLong(36, 'T', 371717.98m, 4821034.09m);
converterResult[2] = converter.ToLatLong(33, 'M', 212511.84m, 9609287.87m);
converterResult[3] = converter.ToLatLong(36, 'V', 570176.83m, 6803500.96m);
converterResult[4] = converter.ToLatLong(31, 'N', 166021.44m, 0.00m);
converterResult[5] = converter.ToLatLong(22, 'L', 575197.48m, 8859976.41m);
converterResult[6] = converter.ToLatLong(1, 'Z', 833978.56m, 19995929.89m);
converterResult[7] = converter.ToLatLong(46, 'Z', 500000.00m, 9997964.94m);
converterResult[8] = converter.ToLatLong(47, 'G', 691049.80m, 5416228.06m);
converterResult[9] = converter.ToLatLong(14, 'X', 468672.17m, 8589834.08m);
converterResult[10] = converter.ToLatLong(4, 'Z', 495951.87m, 182548.45m);
bool validAssert = true;
for (int index = 0; index < validResult.Length; index++)
{
validAssert = validAssert & (validResult[index] == converterResult[index]);
}
Assert.IsTrue(validAssert);
}