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| * 1pm: Tutorial: `Using the Sage notebook and navigating the help system <http://combinat.sagemath.org/doc/thematic_tutorials/tutorial-notebook-and-help-long.html>`_ (Jason) * 2pm: Tutorial: TODO: choose |
* 1pm: Tutorial: `Using the Sage notebook and navigating the help system <http://combinat.sagemath.org/doc/thematic_tutorials/tutorial-notebook-and-help-long.html>`_ (Jason) 2pm: Tutorial: TODO: choose |
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| * Tutorial: `Combinatorics <http://combinat.sagemath.org/doc/reference/sage/combinat/tutorial_enumerated_sets.htm>`_ (Jason) * Tutorial: `Words <http://combinat.sagemath.org/doc/reference/sage/combinat/words/demo.htm>`_ |
* Tutorial: `Combinatorics <http://combinat.sagemath.org/doc/reference/sage/combinat/tutorial_enumerated_sets.html>`_ (Jason) * Tutorial: `Words <http://combinat.sagemath.org/doc/reference/sage/combinat/words/demo.html>`_ |
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| * 9:20am-12pm: Tutorial: `Programming in Python and Sage <http://combinat.sagemath.org/doc/thematic_tutorials/tutorial-programming-python.htm>`_ (Franco/Jason) | * 9:20am-12pm: Tutorial: `Programming in Python and Sage <http://combinat.sagemath.org/doc/thematic_tutorials/tutorial-programming-python.html>`_ (Franco/Jason) |
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| * 10:15am-11:15am: Tutorial: `Contributing to Sage <http://combinat.sagemath.org/doc/thematic_tutorials/demo-how-to-contribute.htm>`_ | * 10:15am-11:15am: Tutorial: `Contributing to Sage <http://combinat.sagemath.org/doc/thematic_tutorials/demo-how-to-contribute.html>`_ |
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| * Tutorial:: `Implementing your own algebraic structures <http://combinat.sagemath.org/doc/thematic_tutorials/tutorial-implementing-algebraic-structures.htm>`_ (JasonBandlow, FlorentHivert, NicolasThiéry) | * Tutorial:: `Implementing your own algebraic structures <http://combinat.sagemath.org/doc/thematic_tutorials/tutorial-implementing-algebraic-structures.html>`_ (JasonBandlow, FlorentHivert, NicolasThiéry) |
Tentative Programme
Monday
- 9 am: Welcome, and Sage installation help
- 10am-11am Sage overview (presentation, demo, Sage-Combinat) (Franco + Nicolas)
- 11am-12pm: coffee break at University Club (next door), Introductions, more Sage installations
Lunch Break
- 1pm: Tutorial: Using the Sage notebook and navigating the help system (Jason) 2pm: Tutorial: TODO: choose
- 3pm: coffee break
- 3:15pm: Open tutorials (Anne, Jason, Florent, Franco, Nicolas):
- Tutorial: Linear algebra (TODO Franco: add link)
- Tutorial: Combinatorics (Jason)
- Tutorial: Words
- Other ressources:
- The Sage tutorial
- Sage thematic tutorials and demos
- Introductory book in French: Introduction à Sage
Tuesday
- 9am: Editing Sage's Sources (20 minutes) (TODO: make a notebook describing how to lookup and edit the source, sage -br, / hg_sage.revert() hg_sage.diff())
- 9:20am-12pm: Tutorial: Programming in Python and Sage (Franco/Jason)
- 10am: coffee break
Lunch break
- 2pm: Anders: "Strategies for computing Schubert structure constants"
- 3pm: coffee break
- 3:15pm: Tutorial: how to kindly report a bug or suggest an improvement (20 minutes)
- 3:35pm: Open tutorials / coding sprints
- 5pm: Coding spring status report
Wednesday
- 9am: Tutorial: Object oriented programming (FlorentHivert)
- 10am: coffee break
- 11am-11:20am: Tutorial: programming iterators (FlorentHivert)
Lunch break
- 2pm: Coding sprint status report
- 2:20pm Demo: Rewiewing a patch
- 3pm: coffee break
Thursday
- 10am: coffee break
- 10:15am-11:15am: Tutorial: Contributing to Sage
- 2pm: Coding sprint status report
- 3pm: coffee break
Friday
- 10am: coffee break
- 10:15am-11:15am: Tutorial: Contributing to Sage-combinat [[http://wiki.sagemath.org/combinat/Mercurial?action=AttachFile&do=get&target=patch-server.png]] [[combinat/MercurialStepByStep]]
Lunch break
- 2pm: Coding sprint status report
- 3pm: coffee break
Potential material
- Tutorial: Using algebraic structures: vector spaces, ... (JasonBandlow, FlorentHivert, NicolasThiéry)
- Tutorial:: Implementing your own algebraic structures (JasonBandlow, FlorentHivert, NicolasThiéry)
- Lexicographic generation of lists of integers (FlorentHivert, NicolasThiéry) Algorithmic & design
- Canonical forms, normal forms, and computer representation (Robert Smith)
- Schubert calculus: challenges, solutions, projects
- Tutorial: cluster algebras (Christian)
- Crystal bases (Anne)
- Posets (Franco)
Discussions
- Thematic tutorials setup
- Categories
- The Sage-Combinat roadmap
- The Sage-Combinat workflow: writing the specs
- Modeling set containment: "x in S"