| Lie Algebras |
Mary Clark |
meclark256 |
David Joyner |
GSOC 2013 Application Mary Clark: Lie Algebras |
http://meclark256.wordpress.com/ |
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| Diophantine Equations Module |
Thilina Rathnayake |
thilinarmtb |
Ondřej Čertík |
GSoC 2013 Application Thilina Rathnayake: Diophantine Equations Module |
http://thilinaatsympy.wordpress.com |
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| Faster Algorithms for Polynomials over Algebraic Number Fields |
Katja Sophie Hotz |
katjasophie |
Mateusz Paprocki |
GSoC 2013 Application Katja Sophie Hotz: Faster Algorithms for Polynomials over Algebraic Number Fields |
http://sophiessympyblog.wordpress.com/ |
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| Addition of electromagnetism features to sympy.physics |
Sachin Joglekar |
srjoglekar246 |
Stefan Krastanov and Gilbert Gede |
GSOC 2013 Application Sachin Joglekar: Electromagnetism module |
http://codesachin.blogspot.in/ |
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| Improved ODE Solver in SymPy |
Manoj Kumar |
Manoj-Kumar-S |
Sean Vig |
GSoC 2013 Application Manoj Kumar: Improved ODE Solver |
http://manojbits.wordpress.com/ |
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| Risch algorithm for symbolic integration |
Chetna Gupta |
cheatiiit |
Aaron Meurer |
GSOC 2013 Application Chetna Gupta: Risch algorithm for symbolic integration |
http://geekiology.wordpress.com/ |
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| Vector calculus module |
Prasoon Shukla |
prasoon2211 |
Stefan Krastanov and Gilbert Gede |
GSoC 2013 Application Prasoon Shukla: Vector Calculus Module |
http://musingsofafriend.wordpress.com/ |
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