Update 2024-01-zfp-sse.md

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betterscientificsoftware · Apr 24, 2024 · 486a871 · 486a871 · bernhold · Apr 24, 2024
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 Welcome to a conversation about software sustainability engineering in the zfp project as part of the Exascale Computing Project.
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-Teams within the Exascale Computing Project ([ECP](https://exascaleproject.org)) worked during 2017-2023 to develop a wide range of advanced software technologies within the Extreme-scale Scientific Software Stack ([E4S](https://bssw.io/blog_posts/software-deployment-bringing-e4s-resources-into-effective-action)), which in turn support a diverse suite of scientific applications.   To address the many challenges of advancing new functionality while adapting to emerging exascale architectures, the teams also advanced their software development practices.  
+Teams within the Exascale Computing Project ([ECP](https://exascaleproject.org)) worked during 2017-2023 to develop a wide range of advanced software technologies within the Extreme-scale Scientific Software Stack ([E4S](https://bssw.io/blog_posts/software-deployment-bringing-e4s-resources-into-effective-action)), which in turn support a diverse suite of scientific applications.   To address the many challenges of advancing new functionality while adapting to emerging exascale architectures, the teams also advanced their software development practices.
+In this article, the PI for [zfp](https://computing.llnl.gov/projects/zfp), Peter Lindstrom, reflects on efforts advancing those practices.
 
-At its core, [zfp](https://computing.llnl.gov/projects/zfp) is a C library for lossy compression of multi-dimensional arrays of floating point data.
+At its core, zfp is a C library for lossy compression of multi-dimensional arrays of floating point data.
 Over the course of the ECP, the zfp project was pushed not only to add a number of operational features, including C/C++ language-friendly array types, C/C++/Fortran/Python language bindings, OpenMP and CUDA parallelism and HDF5 integration, but also to harden various *software sustainability engineering* (SSE) practices used in zfp's development.
 BSSw.io editor Mark Miller spoke with Peter Lindstrom, who led the ECP zfp project, about his effort to harden the SSE practices of zfp.