#19661: the srgs from Cossidente and Penttila construction of hemisystems in
H(3,q^2)
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Reporter: | Owner:
dimpase | Status: needs_review
Type: | Milestone: sage-7.0
enhancement | Resolution:
Priority: major | Merged in:
Component: graph | Reviewers:
theory | Work issues:
Keywords: | Commit:
Authors: | ea9cdab1a268c70b5f89006cfd9635b554637a18
Report Upstream: N/A | Stopgaps:
Branch: |
public/19661 |
Dependencies: |
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Comment (by ncohen):
> I hope you don't want me to replace what I have with a sequence of
`libgap.eval...`.
Ideally, you should only call Sage/libgap function and give them Sage/gap
objects as parameters. Not strings.
> (Hint: `libgap.function_factory` was created for a reason...)
Consequently you must use it right now, in this patch, for whatever you
want to do with it? Fuzzy logic.
What I mean is that there are apparently some mathematical computations
tht you do not know how to perform with Sage only. If there is no way to
do it in Sage directly, do you think there could be a way to add those
features to Sage (calling gap in the background)?
> If you really want I can move computations of e and nu over to Python.
e and nu are no variables of your gap script, so I do not understand.
Nathann
--
Ticket URL: <http://trac.sagemath.org/ticket/19661#comment:26>
Sage <http://www.sagemath.org>
Sage: Creating a Viable Open Source Alternative to Magma, Maple, Mathematica,
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