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wgv [2014/06/02 22:38] willcox |
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[[(June 1-2, 2014) Detailed Installation Steps for Parallel VH-1 and Required Libraries]] | [[(June 1-2, 2014) Detailed Installation Steps for Parallel VH-1 and Required Libraries]] | ||
- | * I successfully setup the parallel version of VH-1 using the mpich implementation of the message-passing interface and the netcdf libraries. The linked page provides details on installing the required netcdf libraries to get parallel VH-1 working and configuring the yt visualization package to open VH-1's netcdf files. -DW | + | * Successfully setup the parallel version of VH-1 using the mpich implementation of the message-passing interface and the netcdf libraries. The linked page provides details on installing the required netcdf libraries to get parallel VH-1 working. |
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+ | [[(June 1-2, 2014) Configuring python and yt to work with NetCDF files]] | ||
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+ | * yt is really useful for visualizing data from hydrodynamics codes in a python environment. However, I encountered errors with yt reading the netcdf files properly from VH-1. Here are steps for configuring a yt distribution for working with NetCDF and for extracting data from NetCDF in python even without yt! | ||
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+ | (June 3-4, 2014) We've successfully implemented the solar wind and supernova blast wave in VH-1 for parameter exploration. Meanwhile we're working on the 2D parallel implementation. | ||
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+ | (June 5, 2014) We have a 2D cylindrical solar wind + blast wave simulation. | ||
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+ | (June 6, 2014) Our Presentation! |