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| - `Programming in Python and Sage`_ (`html version`__ of this worksheet) |
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| Tutorial: New functionalities in symmetric functions and k-Schur functions in Sage ---------------------------------------------------------------------------------- Leaders: Mike Zabrocki and Anne Schilling Worksheet: - `Symmetric function tutorial`_ |
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| .. _`Using the Sage Notebook and navigating the help system`: attachment:tutorial1.sws .. _`Calculus and Linear Algebra in Sage`: attachment:tutorial2.sws .. _`Programming in Python and Sage`: attachment:tutorial3.sws .. _`Collatz conjecture`: attachment:CollatzConjecture.sws .. _`Dictionaries and Graph Theory`: attachment:Dictionaries-GraphTheory.sws .. _`Strings and the Burrows-Wheeler Transform`: attachment:Strings-BWT.sws |
.. _`Using the Sage Notebook and navigating the help system`: attachment:days38_tutorials/tutorial1.sws .. _`Calculus and Linear Algebra in Sage`: attachment:days38_tutorials/tutorial2.sws .. _`Programming in Python and Sage`: attachment:days38_tutorials/tutorial3.sws .. _`Collatz conjecture`: attachment:days38_tutorials/CollatzConjecture.sws .. _`Dictionaries and Graph Theory`: attachment:days38_tutorials/Dictionaries-GraphTheory.sws .. _`Strings and the Burrows-Wheeler Transform`: attachment:days38_tutorials/Strings-BWT.sws .. _`Symmetric function tutorial`: attachment:days40_tutorials/Symmetric_Functions.sws |
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== SageTeX and the Sage cell server == Check out [[attachment:sagetex-examples.tar.bz2]]. The main cell server is [[http://aleph.sagemath.org|aleph.sagemath.org]]; here are some more cell server links: * [[https://www.math.duke.edu/education/calculustext-rev11/|a calculus textbook with embedded Sage cells (a preliminary, and non-permanent version)]] * [[http://mathsci.kaist.ac.kr/~drake/2012-spring-kms-meeting/|a presentation I gave the uses the cell server to show some Sage @interacts]] * [[https://github.com/sagemath/sagecell/blob/master/doc/embedding.rst|documentation for embedding a cell into a web page]] |
Sage Days 40 Tutorials
This page is based on the corresponding page for Sage Days 38, which you can find here.
Tutorial II: Programming in Python and Sage
Leader: Nicolas Borie and Nicolas Thiéry
Worksheet:
- Programming in Python and Sage
- Additional Exercises (Sage worksheets):
- days38_tutorials/CollatzConjecture.sws: practice writing functions, plotting and interact while exploring the 3n+1-conjecture.
- days38_tutorials/Dictionaries-GraphTheory.sws: learn about dictionaries through graph theory exercises. (The Graph Theory Quick Reference Card might come in handy.)
- days38_tutorials/Strings-BWT.sws: learn about strings while exploring the Burrows-Wheeler Transform.
Related thematic tutorials:
- Loops and Iterators
- Objects and Classes in Python and Sage
- Functional Programming for Mathematicians
- Testing a conjecture in parallel
- Implementing Algebraic Structures
Learn-to-program resources:
- Project Euler: Project Euler is a series of challenging mathematical/computer programming problems that will require more than just mathematical insights to solve. This is a great source of problems to attempt while learning Sage/Python. (Projet Euler en Français; Проект Эйлера (Russian).)
- Learn to Code: The Full Beginner's Guide from lifehacker.com: 5 lessons on the basics of programming (PDF version)
- Google's Exploring Computational Thinking
- Python challenge
Python resources:
- Learn Python in 10 minutes (disponible en français)
- Instant Python: a minimal crash-course in Python.
- Dive into Python is a Python book for experienced programmers. Also available in French, Plongez au coeur de Python, and other languages.
- Code Like a Pythonista: Idiomatic Python is an interactive tutorial that covers many essential Python idioms and techniques in depth.
- Python tutorial: the "official" Python tutorial from the Python Software Foundation
- Learn Python the Hard Way is a very beginner book for people who want to learn to code.
- Google's Python class for people with a little bit of programming experience; includes videos of lecture, written materials and exercises.
- Discover Python is a series of articles published in IBM's developerWorks technical resource center.
- Python Programming Wikibook
- Python Standard Library
- High Performance Python
Tutorial III: Contributing to Sage
Leader: Franco Saliola and Anne Schilling
Guides:
- How to Referee Sage Trac Tickets by William Stein
- How to contribute to Sage by Sébastien Labbé
- Introduction to Sage Development by Mike Hansen
- Short step-by-step checklist for reviewing a patch by Franco Saliola
- Sage Developer's Guide:
Videos:
- Contributing to Sage : Who, What and How: video of a talk by William Stein
Related thematic tutorials:
ReStructuredText resources:
- Quick reStructuredText: quick reference for reStructuredText
- reStructuredText: more detailed reference
- reStructuredText (saifoo.net)
Mercurial resources:
- Hg Init: a Mercurial Tutorial. In this user-friendly, six-part tutorial, Joel Spolsky teaches you the key concepts of Mercurial.
- Learning Mercurial in Workflows. This page illustrates the use of Mercurial in various workflows.
- Mq Tutorial. A tutorial on Mercurial queues.
- A Git User’s Guide to Mercurial Queues
Tutorial: New functionalities in symmetric functions and k-Schur functions in Sage
Leaders: Mike Zabrocki and Anne Schilling
Worksheet:
SageTeX and the Sage cell server
Check out sagetex-examples.tar.bz2. The main cell server is aleph.sagemath.org; here are some more cell server links: