Closed pavanvyn closed 3 years ago
Version 816bfbf151389ae330ba9315f2e796d1c0c88e97
configuration = "[2,2]" N_bodies = 4 masses = [62.159704663171716, 59.774910076680904, 31.417961828319992, 2.03289118796106] metallicities = [0.02493711162848645, 0.02493711162848645, 0.02493711162848645, 0.02493711162848645] semimajor_axes = [5.0602172728575505, 8.333273949324111, 1225.6916909975089] eccentricities = [0.4623847217492819, 0.732755835950576, 0.7914329440080197] inclinations = [2.324101373467737, 0.9582927328595943, 1.3051385381800236] arguments_of_pericentre = [3.895245648188573, 4.459100942021893, 0.1100232142371] longitudes_of_ascending_node = [1.985013688142783, 1.000873058513418, 4.103131684156803] tend = 1.000000E+08 N_steps = 1000 stellar_types = [1, 1, 1, 1] object_types = [1, 1, 1, 1]
This system gives an error - stellar_evolution.cpp -- compute_spin_angular_momentum_from_spin_frequency -- ERROR: quantity S is NaN
The changes that were made to resolve Issue #10 should have also resolved this issue (new version baa6d17c57b9cef377a911e58f6d93312e864423).
Version 816bfbf151389ae330ba9315f2e796d1c0c88e97
This system gives an error - stellar_evolution.cpp -- compute_spin_angular_momentum_from_spin_frequency -- ERROR: quantity S is NaN