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| == Index == | | == Index == |
| A somewhat organised list of the pages that we have thus far,
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| * Fluids equations (see source for LaTeX form)
| | List of topics: |
| ** [[Euler equations]]
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| ** [[Navier-Stokes equations]]
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| ** [[Shallow water equations]]
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| ** [[Wave equations]]
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| ** [[KdV equation]]
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| ** [[DJL equations]]
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| * MATLAB related | | * [[Fluids equations and LaTeX examples]] |
| ** Guide to [[MATLAB figures]]
| | * [[Fluids Grad Talks]] |
| ** Guide to [[MATLAB profiler]] | | * Computing and Programming: |
| ** Guide to [[MATLAB animations]] | | ** [[LINUX/UNIX]] |
| ** [[Limiting MATLAB processor usage]] | | ** [[MAPLE Worksheets]] |
| | | ** [[MATLAB]] |
| * SPINS related
| | ** [[Python]] |
| ** [[SPINS User Guide]] | | ** [[Git]] (version control) |
| | | ** [[GPU/CUDA]] |
| * MITgcm related
| | * Models: |
| ** [http://www.math.uwaterloo.ca/~w13liu/Wentao_Liu/Miscellaneous.html Wentao Liu's MITgcm movie maker]
| | ** [[SPINS]] |
| | | ** [[MITgcm]] |
| * MAPLE related
| | ** [[GeoClaw]] |
| ** Sample [[MAPLE Worksheets]]
| |
| | |
| * LINUX/UNIX related
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| ** Source code comparison [[Mdiff]] | |
| ** [[Compiling on winisk/kazan]] | |
| | |
| * Python related
| |
| ** [[What is Python and Why Python?]]
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| ** Randy LeVeque's [http://depts.washington.edu/clawpack/g2s3/slides/python-intro.pdf Intro to Python Tutorial Slides] (with introduction to NumPy) | |
| ** Find and replace strings in text files [[replaceutil.py]]
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| | |
| * Git (version control software) related
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| ** Randy LeVeque's [http://depts.washington.edu/clawpack/g2s3/slides/git-intro.pdf Intro to Git Slides] | |
| ** [http://github.com GitHub]
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| | |
| * GPU/CUDA related
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| ** Slides by Michael Bader:
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| *** [[Media:bader_intro.pdf|Parallel & GPU computing - Why should I bother?]]
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| *** [[Media:bader_cuda.pdf|Parallel Computing on GPUs]] (with CUDA)
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| *** [[Media:bader_swe.pdf|SWE – An Education-Oriented Code to Solve the Shallow Water Equations]]
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| ** C & C++ Code: | |
| *** [[Media:Cuda_mmult.c|Matrix Multiply C code]], cf. book by [http://books.google.ca/books?id=qW1mncii_6EC&q= Kirk & Hwu]
| |
| *** [https://github.com/TUM-I5/SWE SWE C++ code] on GitHub.
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| *** [[Media:cuda_heat.c|Heat equation C code]]. Warning: incomplete and contains bugs. Intended as an exercise.
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| | |
| * GeoClaw (Conservation Law solvers for geophysical applications) related
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| ** Slides by Randy LeVeque:
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| *** [http://depts.washington.edu/clawpack/g2s3/slides/geoclaw-1.pdf How to compile & run GeoClaw]
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| *** [http://depts.washington.edu/clawpack/g2s3/slides/tsunami-source.pdf Including a tsunami source in GeoClaw's shallow water solver]
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| *** [http://depts.washington.edu/clawpack/g2s3/slides/geoclaw-amr-gauges.pdf Adaptive Mesh Refinement - Gauges & Benchmarks]
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| ** Fortran code:
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| *** [https://github.com/clawpack/geoclaw GeoClaw Fortran code] on GitHub
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| | |
| * Fluids Grad Talks
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| ** [[Media:FluidsTalk_Jason.pdf| Jason - September 21st, 2012]]
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| ** [[Media:FluidsTalk_Kris.pdf| Kris - September 28th, 2012]]
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| ** [[Media:FluidsTalk_Nancy.pdf| Nancy - October 5th, 2012]]
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| [[Condensed index]]
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| 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]] |
