public double Magnitude()
{
double phaseAngle = AASIlluminatedFraction.PhaseAngle(
GetRadiusVector(jdeCorrected),
AASEarth.RadiusVector(jd),
vectorToEarthCorrected.Length());
return(AASIlluminatedFraction.MarsMagnitudeMuller(
AASMars.RadiusVector(jdeCorrected),
vectorToEarthCorrected.Length(),
phaseAngle
));
}
public void ComputeIlluminatedFractionTest(double r, double R, double Delta, double expectedK)
{
double k = AASIlluminatedFraction.IlluminatedFraction(r, R, Delta);
Assert.Equal(expectedK, k);
}
public void VenusMagnitudeAATest(double r, double Delta, double i, double expectedMagnitude)
{
double magnitude = AASIlluminatedFraction.VenusMagnitudeAA(r, Delta, i);
Assert.Equal(expectedMagnitude, magnitude);
}
public void PhaseAngleRectangularTest(double x, double y, double z, double B, double L, double Delta, double expectedPhaseAngle)
{
double phaseAngle = AASIlluminatedFraction.PhaseAngleRectangular(x, y, z, B, L, Delta);
Assert.Equal(expectedPhaseAngle, phaseAngle);
}
public void PhaseAngleTest2(double R, double R0, double B, double L, double L0, double Delta, double expectedPhaseAngle)
{
double phaseAngle = AASIlluminatedFraction.PhaseAngle(R, R0, B, L, L0, Delta);
Assert.Equal(expectedPhaseAngle, phaseAngle);
}
public void PhaseAngleTest(double r, double R, double Delta, double expectedPhaseAngle)
{
double phaseAngle = AASIlluminatedFraction.PhaseAngle(r, R, Delta);
Assert.Equal(expectedPhaseAngle, phaseAngle);
}
public void ComputeIlluminatedFractionTest2(double phaseAngle, double expectedK)
{
double k = AASIlluminatedFraction.IlluminatedFraction(phaseAngle);
Assert.Equal(expectedK, k);
}
