public void RiseSetTranTest()
{
int month = 7; // month
double day = 8.0; // day
int year = 2000; // year
double L = 95.0950; // longitude
double phi = 29.5070; // latitude
double JD; // Julian Day
double m0; // transit time
double m1; // rise time
double m2; // set time
double[] alpha = new double[3]; // right ascension
double[] delta = new double[3]; // declination
double A; // azimuth
double h; // altitude
AstroAlgo target = new AstroAlgo();
TimeSpan ts = TimeSpan.FromDays(day);
JD = AstroAlgo.Date2Julian(new DateTime(year, month, ts.Days, ts.Hours, ts.Minutes, ts.Seconds));
AstroAlgo.ApparentSolarCoordinates(JD, out alpha[1], out delta[1]);
AstroAlgo.ApparentSolarCoordinates(JD - 1, out alpha[0], out delta[0]);
AstroAlgo.ApparentSolarCoordinates(JD + 1, out alpha[2], out delta[2]);
double[] m = AstroAlgo.RiseTranSet(L, phi, -0.8333, JD, alpha, delta);
TimeSpan tsRise = AstroAlgo.Fraction2Time(m[1]);
//AstroAlgo.AzimuthAltitude(JD + m[1], alpha, delta, L, phi, out A, out h);
int x = 5;
//Assert.IsTrue(actual.Count > 0, "SOmething");
}
public void RiseSetTranTest()
{
int month = 7; // month
double day = 8.0; // day
int year = 2000; // year
double L = 95.0950; // longitude
double phi = 29.5070; // latitude
double JD; // Julian Day
double m0; // transit time
double m1; // rise time
double m2; // set time
double[] alpha = new double[3]; // right ascension
double[] delta = new double[3]; // declination
double A; // azimuth
double h; // altitude
AstroAlgo target = new AstroAlgo();
TimeSpan ts = TimeSpan.FromDays(day);
JD = AstroAlgo.Date2Julian(new DateTime(year, month, ts.Days, ts.Hours, ts.Minutes, ts.Seconds));
AstroAlgo.ApparentSolarCoordinates(JD, out alpha[1], out delta[1]);
AstroAlgo.ApparentSolarCoordinates(JD-1, out alpha[0], out delta[0]);
AstroAlgo.ApparentSolarCoordinates(JD+1, out alpha[2], out delta[2]);
double[] m = AstroAlgo.RiseTranSet(L, phi, -0.8333, JD, alpha, delta);
TimeSpan tsRise = AstroAlgo.Fraction2Time(m[1]);
//AstroAlgo.AzimuthAltitude(JD + m[1], alpha, delta, L, phi, out A, out h);
int x = 5;
//Assert.IsTrue(actual.Count > 0, "SOmething");
}
public void RiseSetTranTest()
{
int month = 1; // month
double day = 1.5; // day
int year = 2020; // year
double L = 95.0950; // longitude
double phi = 29.5070; // latitude
double JD; // Julian Day
double[] alpha = new double[3]; // right ascension
double[] delta = new double[3]; // declination
TimeSpan ts = TimeSpan.FromDays(day);
JD = new DateTime(year, month, ts.Days, ts.Hours, ts.Minutes, ts.Seconds).Date2Julian();
(double Alpha, double Delta)jd0 = AstroAlgo.ApparentSolarCoordinates(JD);
(double Alpha, double Delta)jdm1 = AstroAlgo.ApparentSolarCoordinates(JD - 1);
(double Alpha, double Delta)jd1 = AstroAlgo.ApparentSolarCoordinates(JD + 1);
double[] m = AstroAlgo.RiseTranSet(L, phi, -0.8333, JD,
new double[] { jdm1.Alpha, jd0.Alpha, jd1.Alpha }, new double[] { jdm1.Delta, jd0.Delta, jd1.Delta });
TimeSpan tsRise = AstroAlgo.Fraction2Time(m[1]);
TimeSpan tsSet = AstroAlgo.Fraction2Time(m[2]);
//AstroAlgo.AzimuthAltitude(JD + m[1], alpha, delta, L, phi, out A, out h);
int x = 5;
Assert.IsTrue(m[1] > 0);
}
public void MoonPhasesTest()
{
AstroAlgo target = new AstroAlgo();
AstroAlgo.MoonPhase phase = AstroAlgo.MoonPhase.FullMoon;
List<DateTime> actual;
actual = target.MoonPhases(phase);
Assert.IsTrue(actual.Count > 0, "SOmething");
}
public void MoonPhasesTest()
{
AstroAlgo target = new AstroAlgo();
AstroAlgo.MoonPhase phase = AstroAlgo.MoonPhase.FullMoon;
List <DateTime> actual;
actual = target.MoonPhases(phase);
Assert.IsTrue(actual.Count > 0, "SOmething");
}
