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** Randy LeVeque's [http://depts.washington.edu/clawpack/g2s3/slides/git-intro.pdf Intro to Git Slides] | ** Randy LeVeque's [http://depts.washington.edu/clawpack/g2s3/slides/git-intro.pdf Intro to Git Slides] | ||
** [http://github.com GitHub] | ** [http://github.com GitHub] | ||
* GPU/CUDA related | |||
** Slides by Michael Bader: | |||
*** Parallel & GPU computing - Why should I bother? | |||
*** Parallel Computing on GPUs (with CUDA) | |||
*** SWE – An Education-Oriented Code to Solve the Shallow Water Equations | |||
** C & C++ Code: | |||
*** a | |||
You can also see an automatically generated list of all existing pages here: [[Special:AllPages]] | You can also see an automatically generated list of all existing pages here: [[Special:AllPages]] | ||
Revision as of 07:51, 17 September 2012
Welcome to the Fluids Wiki. Anything is possible at the Fluids Wiki. Anything at all.
Index
A somewhat organised list of the pages that we have thus far,
- Fluids equations (see source for LaTeX form)
- MATLAB related
- Guide to MATLAB figures
- Guide to MATLAB profiler
- Guide to MATLAB animations
- SPINS related
- MITgcm related
- MAPLE related
- Sample MAPLE Worksheets
- LINUX/UNIX related
- Source code comparison Mdiff
- Compiling on winisk/kazan
- Python related
- What is Python and Why Python?
- Randy LeVeque's Intro to Python Tutorial Slides (with introduction to NumPy)
- Git (version control software) related
- Randy LeVeque's Intro to Git Slides
- GitHub
- GPU/CUDA related
- Slides by Michael Bader:
- Parallel & GPU computing - Why should I bother?
- Parallel Computing on GPUs (with CUDA)
- SWE – An Education-Oriented Code to Solve the Shallow Water Equations
- C & C++ Code:
- a
- Slides by Michael Bader:
You can also see an automatically generated list of all existing pages here: Special:AllPages