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| TODO: | Here is a list of tasks; please sign in to the task you would want to participate to. |
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| - Open trac accounts for everyone | Before December 13th: |
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| See also: | - Have Sage 4.7.2 installed on everyone's laptop, together with the usual developers tools. |
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| - `Using Sage's ticket server <http://www.sagemath.org/doc/developer/trac.html>`_ | Test: the following command (creating a new branch for blad's development within Sage) should work: |
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| - Create a ticket for the integration of BLAD in Sage | {{{sage -b blad}}} |
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| - Create other tickets as appropriate describing the related projects | - For those planning to do development: get acquainted with the version control system Mercurial. See: `Mercurial Tutorial <http://mercurial.selenic.com/wiki/Tutorial>`_ - For everyone: get acquainted with Sage's workflow, and in particular `Sage's ticket server <http://www.sagemath.org/doc/developer/trac.html>`_ - Build/choose a couple examples, from trivial to complex, showing how libBLAD is to be called from C, and the equivalent call from Maple - François? - Choose a sample of calculations involving BLAD of increasing complexity that would be of interest in applications, and in particular in control theory On December 13th: - Quick demo of BLAD, from C and Maple - François - Sketch of the would-be high level user interface - Everybody - For everyone: get a trac account. That will be easiest on December 13th, since Nicolas can create them. Otherwise you can request one right away as described above. Once you have such an account, you can edit this wiki. - Create a ticket for the integration of BLAD in Sage. - Create other tickets as appropriate describing the related projects of the participants. - Write down a tutorial on using BLAD from Sage, in ReST (Sage's and Python's documentation format), taking inspiration from Maple's documentation. Expand it with a section ``BLAD in control theory'' with the examples above. - ??? with help from Florent See also: |
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| This should be straightforward since BLAD uses the standard autotools. | This should be straightforward since BLAD uses the standard autotools (1/2 hour to get a prototype?). - François, Nicolas, ... |
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| - | - Translate (some of) the C examples to Cython, and call them from Sage (without input/output) - François, Nicolas, ... - Low level interface: work progressively on date conversions Sage<->C, so that the input and output for the C examples can be respectively specified and retrieved from Sage's command line (in whatever format) - François, Nicolas, ... - Write the high level interface (parents, categories, ...) - Bind together the high and low level interfaces |
BLAD integration in Sage
This wiki page is about the integration of the Bibliothèques Lilloises d'Algèbre Différentielle in Sage.
It will in particular help organize the coding sprint on December 13th.
Here is a list of tasks; please sign in to the task you would want to participate to.
Before December 13th:
Have Sage 4.7.2 installed on everyone's laptop, together with the usual developers tools.
Test: the following command (creating a new branch for blad's development within Sage) should work:
{{{sage -b blad
- For those planning to do development: get acquainted with the version control system Mercurial.
See: Mercurial Tutorial <http://mercurial.selenic.com/wiki/Tutorial>_
- For everyone: get acquainted with Sage's workflow, and in particular Sage's ticket server <http://www.sagemath.org/doc/developer/trac.html>_
- Build/choose a couple examples, from trivial to complex, showing how libBLAD is to be called from C, and the equivalent call from Maple
- - François?
- Choose a sample of calculations involving BLAD of increasing
- complexity that would be of interest in applications, and in particular in control theory
On December 13th:
- Quick demo of BLAD, from C and Maple
- - François
- Sketch of the would-be high level user interface
- - Everybody
- For everyone: get a trac account. That will be easiest on December 13th, since Nicolas can create them. Otherwise you can request one right away as described above. Once you have such an account, you can edit this wiki.
- Create a ticket for the integration of BLAD in Sage.
- Create other tickets as appropriate describing the related projects of the participants.
- Write down a tutorial on using BLAD from Sage, in ReST (Sage's and
- Python's documentation format), taking inspiration from Maple's documentation.
Expand it with a section BLAD in control theory with the examples above. - ??? with help from Florent See also:
- Build a Sage package (aka spkg) allowing for the installation of libBLAD in the Sage installation
- This should be straightforward since BLAD uses the standard autotools (1/2 hour to get a prototype?). - François, Nicolas, ... See also:
- The developers guide <http://www.sagemath.org/doc/developer/producing_spkgs.htm>_
- An example of spkg <trac.sagemath.org/sage_trac/raw-attachment/ticket/10333/lrcalc-1.1.5b.spkg>_ from #10333 <http://trac.sagemath.org/sage_trac/ticket/10333>_
- Translate (some of) the C examples to Cython, and call them from Sage (without input/output)
- - François, Nicolas, ...
- Low level interface: work progressively on date conversions
Sage<->C, so that the input and output for the C examples can be respectively specified and retrieved from Sage's command line (in whatever format) - François, Nicolas, ...
- Write the high level interface (parents, categories, ...)
- Bind together the high and low level interfaces
}}}