#19969: asymptotic expansion generator: singularity analysis (log-type)
-------------------------------------+-------------------------------------
       Reporter:  behackl            |        Owner:
           Type:  enhancement        |       Status:  needs_review
       Priority:  major              |    Milestone:  sage-7.1
      Component:  asymptotic         |   Resolution:
  expansions                         |    Merged in:
       Keywords:                     |    Reviewers:  Clemens Heuberger,
        Authors:  Benjamin Hackl,    |  Daniel Krenn
  Clemens Heuberger                  |  Work issues:
Report Upstream:  N/A                |       Commit:
         Branch:  u/dkrenn/asy/SA-   |  456d8c383b55ab6ebbbd473370278180177326be
  generator-log                      |     Stopgaps:
   Dependencies:  #19532, #19993,    |
  #20043                             |
-------------------------------------+-------------------------------------
Changes (by {'newvalue': u'Benjamin Hackl, Clemens Heuberger', 'oldvalue': 
u'Benjamin Hackl'}):

 * author:  Benjamin Hackl => Benjamin Hackl, Clemens Heuberger


Comment:

 Replying to [comment:15 dkrenn]:
 > Code looks good. I didn't review the extension of
 `_sa_coefficients_lambda_` directly (only indirectly, since the overall
 results are correct). Git blame says Benjamin has done these changes;
 Clemens, did you have a look at these changes?

 Yes. The only difference is that `(1+1/v) * (1+v*t).log()` representing
 the logarithm of the denominator `z^(n+1)` has been changed to
 `(1+1/v+beta) * (1+v*t).log()` representing the logarithm of the
 denominator `z^(n+1+beta)` where the additional factor `z^beta` comes from
 the renormalization of the logarithmic factor.

 > @Clemens: You should add yourself as author as well.

 Done, thanks for the reminder.

--
Ticket URL: <http://trac.sagemath.org/ticket/19969#comment:17>
Sage <http://www.sagemath.org>
Sage: Creating a Viable Open Source Alternative to Magma, Maple, Mathematica, 
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