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Dynamics for multis #947
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Dynamics for multis #947
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Note: Remeshing does not work. :-(
Elements in Jacobi coordinates -> barycentric frame. A 1:1 correspondence to nbody.py (rebound). As of now, no ltte, Euler angles, dpdt, dperdt, ...
Euler angles. Roche parameters. Hierarchical systems. Twopairs systems.
If import reboundx doesn't work, use workaround export LD_LIBRARY_PATH=~/.local/lib/python3.9/site-packages/
phoebe/dynamics/coord_b2j.py
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#!/usr/bin/env python3 |
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Can you please consolidate all source files related to transformations into a single python file, say transformations.py, so that we have everything in one place? Also, could you move executable parts to a test suite so that it's run alongside other tests? Finally, could you write up a high level documentation for the new implementation? It would be good to put our heads together and discuss naming -- for example, 'xyz' vs. 'cartesian' and similar.
Using user-defined force 'j2' instead of 'gravitational harmonics', where the z-axis was assumed to be fixed, not perpendicular to the respective orbit(s). For the moment, 'j2' must be added as follows: https://sirrah.troja.mff.cuni.cz/~mira/tmp/phoebe2/reboundx/
Each component has its own rotation axis, with respect to which the acceleration must be computed (and transformed back to the inertial frame). For the moment, src/gravitational_harmonics.c must be modified: https://sirrah.troja.mff.cuni.cz/~mira/tmp/phoebe2/reboundx_j2_/
Re-implementation of Keperian dynamics for N bodies, so that it is compatible with Rebound numerical integrator.