#9111: modular decomposition
-----------------------------------------------------+----------------------
   Reporter:  ncohen                                 |       Owner:  jason, 
ncohen, rlm
       Type:  enhancement                            |      Status:  
needs_review      
   Priority:  major                                  |   Milestone:  sage-4.4.4 
       
  Component:  graph theory                           |    Keywords:             
       
     Author:  Nathann Cohen, Thierry de Montgolfier  |    Upstream:  N/A        
       
   Reviewer:  Robert Miller, ?                       |      Merged:             
       
Work_issues:                                         |  
-----------------------------------------------------+----------------------
Changes (by newvalueoldvalue):

  * reviewer:  => Robert Miller, ?
  * author:  => Nathann Cohen, Thierry de Montgolfier


Comment:

 Replying to [comment:5 ncohen]:
 > 2. I mean by this that the lines of the code building the graph
 according to the format used in the .c file, along with the ones reading
 the decomposition once it is computed, can be found in the .c files too. I
 copied those and Cythonized them, but the "real" code is still contained
 in the .c file.

 Can you make this a bit more clear in the documentation? (Please, in a new
 patch on top of attachment:trac_9111-doc-edits.patch to avoid conflict
 with the other patch.)

 It seems like there should be more thorough documentation of the idea of
 modular decomposition. Perhaps a chapter, or at least a chunk, for the
 reference manual, or a guided tour or something? I don't want to block
 this from getting merged because of this, but maybe in a future ticket?

 I'm happy with this patch in that it passes its tests and the docs look
 good, but I'd be much more comfortable with a second reviewer, since I'm
 not very familiar with modular decompositions. I can certainly offer half
 of a positive review, though.

-- 
Ticket URL: <http://trac.sagemath.org/sage_trac/ticket/9111#comment:7>
Sage <http://www.sagemath.org>
Sage: Creating a Viable Open Source Alternative to Magma, Maple, Mathematica, 
and MATLAB

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