#16354: Let Sage use Pari implementation of Allombert algorithm to compute
embeddings of finite fields
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Reporter: jpflori | Owner:
Type: enhancement | Status: new
Priority: major | Milestone: sage-6.3
Component: finite rings | Resolution:
Keywords: | Merged in:
Authors: Jean-Pierre Flori | Reviewers:
Report Upstream: N/A | Work issues:
Branch: | Commit:
u/jpflori/ticket/16354 | 9169f8ed1da13c57244eb7c1aa94db4b40165d49
Dependencies: | Stopgaps:
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Changes (by {'newvalue': u'Jean-Pierre Flori', 'oldvalue': ''}):
* commit: => 9169f8ed1da13c57244eb7c1aa94db4b40165d49
* branch: => u/jpflori/ticket/16354
* author: => Jean-Pierre Flori
Comment:
Just a first draftish commit which let at least access the functionality
from sage (but you have to create the `Hom` (without printing it), and
then ask the `Hom` for the morphism (passing the `algorithm` keyword).
Still needs:
* documentation,
* tests,
* a better interface,
* do we want an `algorithm` and/or an `implementation` keyword?
* thoughts about what should be done in `Hom` to compute all embeddings
(currently uses `factor` IIRC).
It might also be nice to fix #16162 (and enhance it to properly refactor
factorization over ffs).
----
New commits:
||[http://git.sagemath.org/sage.git/commit/?id=9169f8ed1da13c57244eb7c1aa94db4b40165d49
9169f8e]||{{{Draft interface to use Pari implementation of Allombert
ffisom algo.}}}||
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Ticket URL: <http://trac.sagemath.org/ticket/16354#comment:1>
Sage <http://www.sagemath.org>
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