matthewholman
commented
1 year ago Yes, Apophis has non-gravitational forces. The Apophis notebook in the jupyter_examples directory is a good place to start. The A1, A2, A3 constants are passed in in an array.
Related to that, there is a part of the non-gravs that still needs work but not urgently. The radial function g(r) has a parameterization internally, but current the parameters are not adjustable from the outside. That is g(r) ~ 1/r^2, which is the typical case.
On Fri, Feb 3, 2023 at 11:59 AM Hanno Rein @.***> wrote:
Do you have an example (from the paper) that we can use as a unit test for the non-gravitational forces?
Note that I haven't put much thought into how to handle the parameters for the non-gravitational forces (A1 A2 A3). I think just letting the user setup an array an passing that to assist would be the easiest. So basically what's already there - with a few modifications for using it with the plain interface.
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hannorein
Do you have an example (from the paper) that we can use as a unit test for the non-gravitational forces?
Note that I haven't put much thought into how to handle the parameters for the non-gravitational forces (A1 A2 A3). I think just letting the user setup an array an passing that to assist would be the easiest. So basically what's already there - with a few modifications for using it with the plain interface.