Recent changes
From SymPy
Track the most recent changes to the wiki on this page.
7 August 2008
- (diff) (hist) . . Playing with SymPy design in C; 10:55 . . (+125) . . Ondrej (Talk | contribs)
- (diff) (hist) . . N Playing with SymPy design in C; 10:53 . . (+804) . . Ondrej (Talk | contribs) (New page: <source lang="c"> #include "stdlib.h" #include "stdio.h" typedef struct { void (*print)(); } basic; void basic_print(basic *b) { b = b; printf("basic_print\n"); } void basi...)
- (diff) (hist) . . Cookbook; 10:51 . . (+37) . . Ondrej (Talk | contribs)
3 August 2008
- (diff) (hist) . . N Talk:Plan for SymPy 1.0; 21:58 . . (+91) . . Kirr (Talk | contribs) (Talk(plan) -- let's keep done entries?)
- (diff) (hist) . . SciPy2008 examples; 21:29 . . (+2,313) . . Ondrej (Talk | contribs)
2 August 2008
- (diff) (hist) . . N Talk:Finding roots of polynomials; 23:24 . . (+1,353) . . Ab (Talk | contribs) (The example for ''latex(roots(...))'' doesn't work as written on the page.)
- (diff) (hist) . . Plan for SymPy 1.0; 14:46 . . (-264) . . Ondrej (Talk | contribs) (we are in 0.6.x now)
- (diff) (hist) . . SciPy2008 examples; 14:25 . . (+1) . . Ondrej (Talk | contribs)
- (diff) (hist) . . SciPy2008 examples; 14:25 . . (0) . . Ondrej (Talk | contribs)
- (diff) (hist) . . SciPy2008 examples; 14:25 . . (+160) . . Ondrej (Talk | contribs) (→Numerical Integration: )
- (diff) (hist) . . SciPy2008 examples; 14:19 . . (+1) . . Ondrej (Talk | contribs)
- (diff) (hist) . . SciPy2008 examples; 14:18 . . (-5) . . Ondrej (Talk | contribs)
- (diff) (hist) . . SciPy2008 examples; 14:17 . . (-4) . . Ondrej (Talk | contribs)
- (diff) (hist) . . SciPy2008 examples; 14:11 . . (+18) . . Ondrej (Talk | contribs)
- (diff) (hist) . . SciPy2008 examples; 14:10 . . (-2) . . Ondrej (Talk | contribs)
- (diff) (hist) . . SciPy2008 examples; 14:09 . . (-9) . . Ondrej (Talk | contribs)
- (diff) (hist) . . N SciPy2008 examples; 14:07 . . (+641) . . Ondrej (Talk | contribs) (New page: Besides EuroSciPy2008_examples we can also add the following. == Integrals numerical evaluation == <source lang="python"> In [1]: e = Integral(sin(1/x), (x, 0, 1)) In [2]: e Out[2]:...)
- (diff) (hist) . . Cookbook; 14:05 . . (+25) . . Ondrej (Talk | contribs)
