#6638: Implement a way to import default shortcuts, say from
SymmetricFunctions(QQ)
---------------------------+------------------------------------------------
 Reporter:  nthiery        |       Owner:  mhansen
     Type:  enhancement    |      Status:  new    
 Priority:  major          |   Milestone:         
Component:  combinatorics  |    Keywords:         
 Reviewer:                 |      Author:         
   Merged:                 |  
---------------------------+------------------------------------------------
Changes (by nthiery):

  * type:  defect => enhancement


Old description:

> Implement a way to import default shortcuts, say from
> SymmetricFunctions(QQ), WeylGroups(["A",3]), or RootSystem(["A",3])
>
> Option 1:
> {{{
>     sage: Sym = SymmetricFunctions(QQ)
>     sage: %from Sym.shortcuts() import *
>     sage: s[3] + h[2]
>     s[3] + s[2]
>
>     sage: %from Sym.shortcuts() import s, h, p
>
>     sage: Sym.shorcuts()
>     { s: SymmetricFunctions in the Schur basis,
>       h: SymmetricFunctions in the complete basis,
>       ...
>     }
> }}}
>
> Option 2:
> {{{
>     sage: Sym = SymmetricFunctions(QQ)
>     sage: Sym.import_shortcuts()
>     sage: s[3] + h[2]
>     s[3] + s[2]
>
>     sage: Sym.import_shortcuts("s", "h", "p")
> }}}

New description:

 Implement a way to import default shortcuts, say from
 SymmetricFunctions(QQ), WeylGroups(["A",3]), or RootSystem(["A",3])

 Option 1:
 {{{
     sage: Sym = SymmetricFunctions(QQ)
     sage: %from Sym.shortcuts() import *
     sage: s[3] + h[2]
     s[3] + s[2]

     sage: %from Sym.shortcuts() import s, h, p

     sage: Sym.shorcuts()
     { s: SymmetricFunctions in the Schur basis,
       h: SymmetricFunctions in the complete basis,
       ...
     }
 }}}

 Option 2:
 {{{
     sage: Sym = SymmetricFunctions(QQ)
     sage: Sym.import_shortcuts()
     sage: s[3] + h[2]
     s[3] + s[2]

     sage: Sym.import_shortcuts("s", "h", "p")
 }}}

--

-- 
Ticket URL: <http://trac.sagemath.org/sage_trac/ticket/6638#comment:1>
Sage <http://sagemath.org/>
Sage: Creating a Viable Open Source Alternative to Magma, Maple, Mathematica, 
and MATLAB

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