#16466: Add gambit as an optional package
-------------------------------------+-------------------------------------
Reporter: jcampbell | Owner:
Type: enhancement | Status: needs_work
Priority: major | Milestone: sage-6.4
Component: packages: | Resolution:
optional | Merged in:
Keywords: | Reviewers: Thierry Monteil,
Authors: James Campbell, | Karl-Dieter Crisman, Travis
Vince Knight | Scrimshaw
Report Upstream: N/A | Work issues:
Branch: | Commit:
u/vinceknight/gambit | 2227a00a447fdc320970ed5a7824340dacd54ec1
Dependencies: | Stopgaps:
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Comment (by vinceknight):
Replying to [comment:53 kcrisman]:
> Okay, I think this is fine, except for a few minor issues.
> * Add to reference manual?
I tried doing this but conscious to not actually want to import
`gambit.py` as a Sage module, I only wanted to add it to the relevant
`index.rst`. When trying to build the docs though I got an error:
{{{
[game_theo]
/Users/vince/sage/src/doc/en/reference/game_theory/sage/game_theory/gambit.rst:11:
WARNING: autodoc can't import/find module 'sage.game_theory.gambit', it
reported error: "No module named gambit", please check your spelling and
sys.path
}}}
This makes me think that I also need to link gambit.py as a library _which
I don't want to do_ (especially named as it is). Am I missing something:
is there a best way to do this or should we just leave it as it is? So
that it is in essence 'for developers'?
> * Please recheck for duplication like
> {{{
> + In [1]: g = gambit.Game.new_table([2,2])
> + In [2]: g = gambit.Game.new_table([2,2])
> }}}
Have checked through.
> * I have a feeling that if this is added to reference, there will be a
hiccup here.
> {{{
> +Here is a list of various other solvers that can be used:
> +
> +- ExternalEnumPureSolver
> +- ExternalEnumMixedSolver
> +- ExternalLPSolver
> +- ExternalLCPSolver
> +- ExternalSimpdivSolver
> +- ExternalGlobalNewtonSolver
> +- ExternalEnumPolySolver
> +- ExternalLyapunovSolver
> +- ExternalIteratedPolymatrixSolver
> +- ExternalLogitSolver
> +
> + In [22]: solver = gambit.nash.ExternalEnumPureSolver()
> + In [23]: solver.solve(g)
> + Out[23]: [<NashProfile for '': [Fraction(0, 1), Fraction(1, 1),
Fraction(0, 1), Fraction(1, 1)]>]
> +
> }}}
> Because there is what is intended to be a literal block after a list.
You should have another sentence explaining it and then the usual double
colon.
Yup: have fixed.
> * You will need to add `import gambit` before each of your Ipython
examples, otherwise they don't work.
Woops: yup have added those in.
--
Ticket URL: <http://trac.sagemath.org/ticket/16466#comment:58>
Sage <http://www.sagemath.org>
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