I created another example in the Sandbox to show how to compute a limit in SymPy, as this is probably the only feature of SymPy that can be interesting, from the algorithms point of view.
Another easy way to play with SymPy is just to download it and start bin/isympy. No installation is needed, just a standard python interpreter. If anyone of you plays with it, I am very interested in your opinions (interface, features, etc.). Ondrej On 3/31/07, Bill Page <[EMAIL PROTECTED]> wrote:
Axiom Developers; The Axiom wiki provides an online interface to Sage. Since Sage is really "just Python" is a customized IPython front-end, it is also possible to run most Python programs and to display the output on the wiki. I have installed SymPy on the axiom-developer.org server, so now it is also possible to display wiki pages containing SymPy code and output. For example see: http://wiki.axiom-developer.org/SandBoxSymPy If you would like to experiment with SymPy and contribute to the online documentation about the relationship betweeen SymPy, Python, Axiom and other computer algebra systems please feel free to create some new SandBox pages and expand on the examples. Creating a SandBox page on the Axiom wiki is easy. Just enter a new page name in the 'Add Comments' box at the bottom of a page, or after you click 'edit' to modify a page. For example: [SandBox SymPy Test 2] After you click 'Save' a link will be displayed to the new page will be displayed with a blue ? beside it. Clicking the ? will let you enter text of the new page. If you use 'SandBox' as the prefix of the name, your changes and experiments will not be sent out as email to the wiki subscribers. Be Bold. Regards, Bill Page.
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