{"push_id":848850062,"size":2,"distinct_size":2,"ref":"refs/heads/inertia","head":"69bc3be2f4ed4717722317894e127298e2d9832f","before":"3b1709819facaf58140c82410f2120f8a6ecc27a","commits":[{"sha":"689f2d1917f4014916177f04c5a4aee5e076d4a8","author":{"email":"cf38dfd1111bfe77fa3a46b1c9c3a8b9f0559635@gmail.com","name":"Brian Skinn"},"message":"utils.decorate: Added @wraps to @arraysqueeze\n\nDiscovered the functools.wraps decorator, to translate the docstring\n  &c from the wrapped function to the wrapper. Still masks/munges the\n  signature of the wrapped function, but much better than the completely\n  blank docstring without @wraps.","distinct":true,"url":"https://api.github.com/repos/bskinn/opan/commits/689f2d1917f4014916177f04c5a4aee5e076d4a8"},{"sha":"69bc3be2f4ed4717722317894e127298e2d9832f","author":{"email":"cf38dfd1111bfe77fa3a46b1c9c3a8b9f0559635@gmail.com","name":"Brian Skinn"},"message":"inertia: SymmOb principals done; now _fadnov\n\nRealized that I don't care about non-parallel vectors for this, I care\n  about NON-ORTHOGONAL vectors. So, changed _fadnpv to _fadnov and\n  back-implemented into the Asymm testing case.\n\nImplemented the SymmOblate case, catching planar molecules. Planar Asymm\n  systems are also feasible, but the order of axis determination in Asymm\n  systems makes it moot, since the third principal axis (that with the\n  largest inertial moment) will always be the one normal to the plane of\n  the molecule.  Seems pretty good, though benzene is reporting as\n  ASYMM, rather than SymmOblate--will need to be addressed.","distinct":true,"url":"https://api.github.com/repos/bskinn/opan/commits/69bc3be2f4ed4717722317894e127298e2d9832f"}]}