CL_mod_nutationArg — Fundamental arguments for nutation
[F[,FP[,FPP]]]=CL_mod_nutationArg(t[,flag])
F(1,:) -> l = Mean Anomaly of the Moon
F(2,:) -> l' = Mean Anomaly of the Sun
F(3,:) -> F = L - OMEGA (where L is the mean longitude of the moon)
F(4,:) -> D = Mean Elongation of the Moon from the Sun
F(5,:) -> OMEGA = Mean Longitude of the Ascending Node of the Moon
(TT - 2000 January 1d 12h TT) where TT is in days/36525, terrestrial time (1xN)
(optional) "n" -> F only; "p" -> F and Fp; "s" -> F, Fp and Fpp (default depends on number of output variables)
fundamental arguments for nutation (5xN) [rad]
(optional) first time derivative of F (5xN) [rad/s]
(optional) second time derivative of F (5xN) [rad/s^2]