Gregory V. Bard

Associate Professor of Mathematics
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Sage-Related Stuff

What is Sage? Sage is the free, open-source competitor to Maple, Mathematica, Magma, and Matlab. It is a computer-algebra system ideally suited to students of mathematics.

This page is woefully incomplete. The Sage community involves hundreds of developers and thousands of contributors world wide.

  • Here are some links for my book Sage for Undergraduates, scheduled to be published by The American Mathematical Society in the Summer of 2014.
    • Graciously, the AMS has permitted me to place a pdf file of the book on my webpage.
    • Here is a link to the black-and-white version.
    • Here is a link to the color version.
    • The online electronic appendix will cover plotting in color, animations, and 3D graphics. Those subjects are not suited to a black-and-white book, and therefore cannot be printed inside the book itself. [Coming Soon!]
    • Chapter 6 of the book teaches the reader how to make their own interactive webpages or applets. To save readers from having to retype my code into their computers, I promised a zip-file with some source code of the examples used.

  • Here are some videos that I've made to introduce you to the basics of using Sage with its most simple interface, the Sage Cell Server. Both are less than five minutes.
    • Part One covers functions, derivatives, integrals, and 2D plotting.
    • Part Two covers factoring, 3D plotting, gradients, and symbolic solving.
    • After watching both videos (or even without them) you'd find it very easy to just dive on into Chapter 1 of my book, linked above.
    • At the bottom of this page, I have some other videos about matrices and about linear programming.

  • Want to give Sage a try?

    • For short and medium-sized problems (especially in 100-level and 200-level courses, but even in higher-level courses too), the best way to use Sage is the single-cell server. Here is a link to The Sage Single-Cell Server. (That's the competitor to WolframAlpha, and until recently it was called Sage-Aleph.)

    • Here's a link to several interactive web pages and applets that have been written mostly using Sage, by myself and others. (For using these, NO KNOWLEDGE of Sage whatsoever is required!)

    • For longer problems (especially those that will require collaboration, writing your own programs, or using data sets) the Sage Cloud server is the way to go.

    • The beauty of Sage is that it works through the internet. There is almost never any reason to do a local install of Sage on your laptop or home computer. This is good news, because it saves a lot of headaches and hassles (especially for students), that you would have to suffer if you were using Mathematica, Maple, Matlab, or Magma.

  • This is an excellent tutorial for faculty, PhD-students in mathematics, and senior math majors about using Sage for all sorts of problems.

  • Here is a large collection of quick-reference cards for Sage, by various people, for various branches of mathematics, in many languages. Personally, I think having a printed quick-reference card out next to the laptop while using Sage is really handy. :-)

  • Here is a series of videos/screencasts introducing Sage. They are made by William Stein, the founder of Sage.

  • Here is a link to the official Sage website.

  • Last but not least, I've made some videos for introducing students to Sage.
    Last updated July 21st, 2014.