#20820: Conjugating sets of rational functions
-------------------------------------+-------------------------------------
Reporter: rlmiller | Owner:
Type: enhancement | Status: needs_work
Priority: minor | Milestone: sage-7.3
Component: algebraic | Resolution:
geometry | Merged in:
Keywords: gsoc2016 | Reviewers: Ben Hutz
Authors: Rebecca Lauren | Work issues:
Miller | Commit:
Report Upstream: N/A | cbb715327ae11748e470193c69c6f371c2d63d6b
Branch: u/rlmiller/google | Stopgaps:
Dependencies: |
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Changes (by bhutz):
* status: needs_review => needs_work
Old description:
> Implimenting invariant set algorithim from the paper [FMV]. Given that
> the set of `n` th preimages of fixed points is
> invariant under conjugation find all elements of PGL that take
> one set to another.
New description:
Implementing invariant set algorithm from the paper [FMV]. Given that the
set of `n` th preimages of fixed points is invariant under conjugation
find all elements of PGL that take one set to another.
--
Comment:
Functionality checkouts.
A few more minor things:
- Implement has an 'e' not an 'i'
- automorphism group example calls conjugating_set
{{{
sage: f = H([x**2 + x*z, y**2, z**2])
sage: f.conjugating_set(f) # long test
}}}
- needs a space before it, or the link doesn't format
{{{
[FMV]_
}}}
- is_conjugate()
2nd example does not format correctly, need blank line after ::
--
Ticket URL: <http://trac.sagemath.org/ticket/20820#comment:12>
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