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# Complete all the things you have written in the readme
- [x] solving linear equations
- [x] Numerical diffrentiation
- [x] Root finding
- [ ] Numerical integration
- [ ] Tropezoidal
…
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Euler physics is okay, but perhaps would should consider Runge-Kutta or Verlet.
Of course, we can implement this on a script-by-script basis. For example, some enemies might require more accurate p…
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I have used the macro `@showprogress` for displaying the progress of a long computation, which looks like the following:
````
@showprogress for i_S in 1:TB.N_S
IMPACT_Ang = S_GRID…
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The inertialess traces consist of two parts, an Euler integrator for the position and the LB coupling. Neither one is a virtual site mechanism. The two parts should be separated, and
can be used inde…
fweik updated
1 month ago
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Currently, the bounds are handled by forcing any particles outside of the bounds to be inside the bounds. However, since we're using verlet integration, this will result in an effective tangential acc…
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Hi Jacob,
I was going through your code on the velocity verlet:
https://github.com/jacobaustin123/Titan/blob/951733fc6caa1c40989664fbe7802a8c10bf9215/src/sim.cu#L1152-L1155
It was implemented dif…
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machine-PIPL01
windows version- TEST_V2_3
Out of 3 combinations, both complexes excluding the APO complex threw errors in MD. Both of the jobs also could not be completed and stayed stuck at 95% a…
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When this module was broken out for D3 3.x, we switched from position to velocity Verlet. I believe the idea was to avoid certain ordering effects and instabilities as a result of forces incrementally…
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### Description
This issue is meant to be an overview on which chapters need their input or output to be standardized.
### Why
Why this needs to be done is outlined in #824, but other relevant is…
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https://github.com/pablo-mayrgundter/celestiary/blob/5c8e5f2b32272cf07a95f450987bb16596acbba8/js/Galaxy.js#L116-L124
What are lines 118 and 119 for?
On the plus side, lines 120-122 seem to be do…
won3d updated
2 years ago