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## Proposal
Add a new block for `fort.2` named `SEQUence`.
The `SEQU` block, if present, replaces the `STRUcture` block.
The `STRU` block simply contains a list of `SINGle` elements and `BLOC…
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Thanks for maintaining this site! Here is some updated info for this paper.
AuthorPDF: https://osf.io/2vpe4/
Data: https://osf.io/nb7m8/
SourceMaterials: https://osf.io/nb7m8/
Explanatio…
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Should fix also #5
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Length for a MULTIPOLE is ignored silently. Drifts are inserted instead, no warning issued. Encountered the issue when translating a lattice from SAD to MAD-X.
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I have tried to install openmc and the following tests have failed...
filter_energyfun #18
multipole #41
resonance_scattering #50
source #55
surface_tally #63
tally_aggregation #66
tal…
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In order to study magnet snapback, the TIME flag is used, which is big and ugly, as discussed in #70.
If we can add multipole support in DYNK, then we can also kill the TIME flag.
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Hello,
First I'd like to thanks all the people working on PyAt. It is really great for Matlab-allergic people (like me). I am a PyAt user since a month, and it's working great.
But one thing I c…
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Multipole effect are calculated using
B(n) = k(N) b(n)
A(n) = k(N) a(n)
where N is the order of main field k(N) set in fort.2, n is the order of the multipole kick set as relative strength a(n)…
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the [libint](https://github.com/evaleev/libint) seems a great library to compute the multipole integrals
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It appears that we have some splines which are stored globally but depend on cosmology in the correlation function module.
```
// Global variable to hold the redshift space correlation multipole f…