// Read data from CSV file
private void readData()
{
records = csvFile.text.Split(lineSeperater);
indexArray = new indexData[records.Length - 1];
int x = 0;
foreach (string record in records)
{
string[] fields = record.Split(fieldSeperator);
indexData key = new indexData();
key.index = x;
key.name = fields[0];
indexArray[x] = key;
if (x != record.Length - 1)
{
x++;
}
}
double q = AASElementsPlanetaryOrbit.EarthEccentricity(1);
}
public void MercuryLongitudeAscendingNodeJ2000Test(double jd, double expectedLongitudeAscendingNode)
{
double longitudeAscendingNode = AASElementsPlanetaryOrbit.MercuryLongitudeAscendingNodeJ2000(jd);
Assert.Equal(expectedLongitudeAscendingNode, longitudeAscendingNode);
}
public void MercuryLongitudePerihelionJ2000Test(double jd, double expectedLongitudePerihelion)
{
double longitudePerihelion = AASElementsPlanetaryOrbit.MercuryLongitudePerihelionJ2000(jd);
Assert.Equal(expectedLongitudePerihelion, longitudePerihelion);
}
public void NeptuneMeanLongitudeJ2000Test(double jd, double expectedMeanLongitude)
{
double meanLongitude = AASElementsPlanetaryOrbit.NeptuneMeanLongitudeJ2000(jd);
Assert.Equal(expectedMeanLongitude, meanLongitude);
}
public void MercuryInclinationJ2000Test(double jd, double expectedInclination)
{
double inclination = AASElementsPlanetaryOrbit.MercuryInclinationJ2000(jd);
Assert.Equal(expectedInclination, inclination);
}
public void NeptuneLongitudeAscendingNodeTest(double jd, double expectedLongitudeAscendingNode)
{
double longitudeAscendingNode = AASElementsPlanetaryOrbit.NeptuneLongitudeAscendingNode(jd);
Assert.Equal(expectedLongitudeAscendingNode, longitudeAscendingNode);
}
public void NeptuneLongitudePerihelionTest(double jd, double expectedLongitudePerihelion)
{
double longitudePerihelion = AASElementsPlanetaryOrbit.NeptuneLongitudePerihelion(jd);
Assert.Equal(expectedLongitudePerihelion, longitudePerihelion);
}
public void NeptuneEccentricityTest(double jd, double expectedEccentricity)
{
double eccentricity = AASElementsPlanetaryOrbit.NeptuneEccentricity(jd);
Assert.Equal(expectedEccentricity, eccentricity);
}
public void NeptuneInclinationTest(double jd, double expectedInclination)
{
double inclination = AASElementsPlanetaryOrbit.NeptuneInclination(jd);
Assert.Equal(expectedInclination, inclination);
}
public void UranusMeanLongitudeTest(double jd, double expectedMeanLongitude)
{
double meanLongitude = AASElementsPlanetaryOrbit.UranusMeanLongitude(jd);
Assert.Equal(expectedMeanLongitude, meanLongitude);
}
public void NeptuneSemimajorAxisTest(double jd, double expectedSemimajorAxis)
{
double semimajorAxis = AASElementsPlanetaryOrbit.NeptuneSemimajorAxis(jd);
Assert.Equal(expectedSemimajorAxis, semimajorAxis);
}
public void MarsSemimajorAxisTest()
{
double semimajorAxis = AASElementsPlanetaryOrbit.MarsSemimajorAxis();
Assert.Equal(1.523679342, semimajorAxis);
}
public void EarthInclinationTest()
{
double inclination = AASElementsPlanetaryOrbit.EarthInclination();
Assert.Equal(0, inclination);
}
public void EarthSemimajorAxisTest()
{
double semimajorAxis = AASElementsPlanetaryOrbit.EarthSemimajorAxis();
Assert.Equal(1.000001018, semimajorAxis);
}
public void MercurySemimajorAxisTest()
{
double semimajorAxis = AASElementsPlanetaryOrbit.MercurySemimajorAxis();
Assert.Equal(0.387098310, semimajorAxis);
}
public void VenusSemimajorAxisTest()
{
double semimajorAxis = AASElementsPlanetaryOrbit.VenusSemimajorAxis();
Assert.Equal(0.723329820, semimajorAxis);
}
