SPINS: Difference between revisions
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* [[SPINS User Guide]] | * [[SPINS User Guide]] | ||
* [[SPINS Tutorial]] | |||
* [[SPINS Cases]] | |||
** [[SPINS derivatives]] | |||
* [[SPINS Science Files]] | |||
* Postprocessing and SPINS | |||
** [[General Purpose Code]] | |||
** [[SPINS MATLAB tools]] | |||
** [https://git.uwaterloo.ca/bastorer/SPINSpy Python (SPINSpy)] | |||
* [[spins2netcdf]] | |||
* [[Matlab-to-SPINS grid ordering]] | |||
* [[SPINS Development Plans]] | * [[SPINS Development Plans]] | ||
<!-- * Tools for processing SPINS outputs are available for [https://git.uwaterloo.ca/bastorer/SPINSpy Python (SPINSpy)] and [https://git.uwaterloo.ca/ddeepwel/SPINSmatlab Matlab (SPINSmatlab)] (see also [[SPINS MATLAB tools]]) --> | |||
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* Tools for processing SPINS outputs are available for [https://git.uwaterloo.ca/bastorer/SPINSpy Python (SPINSpy)] and [https://git.uwaterloo.ca/ddeepwel/SPINSmatlab Matlab (SPINSmatlab)] | |||
Latest revision as of 10:01, 18 October 2021
SPINS is a model written in C++ that was developed by Christopher Subich (fluids group alumnus). It uses memory-efficient pseudospectral spatial discretization methods to achieve high-order accuracy. It has 2D and 3D capabilities and is readily deployed on multi-processor computers & clusters for large jobs.