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### Current behavior
The link to the custom procedure used in the "Building a scalable data storage for scientific computing" (i.e. the link under [on GitLab](https://jugit.fz-juelich.de/inm7/infr…
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### Description
Hello CuPy team,
I’d like to request integration support for `mpmath `types (such as `mpmath.mpf`) in CuPy arrays. Currently, attempting to create a `cupy.array` with mpmath elements…
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Until recent, `pyrealm` has used 64bit precision by default as is typical in scientific computing.
The new demography feature uses 32 bit precision, but the remainder of the code has not precision sp…
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* **Title**: Good enough practices in scientific computing
* **Authors**: Greg Wilson , Jennifer Bryan, Karen Cranston, Justin Kitzes, Lex Nederbragt, Tracy K. Teal
* **Topic**: Research Process, B…
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Based on the article by Wilson et al. "Good Enough Practices in Scientific Computing" (2017) I would like to develop a lesson that could be taught Carpentries-style. It's not so much about computing b…
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Here are two [very particular] examples of contributing a tool to a major oss project, `scipy`. They are both examples of tools that have a scientific computing flavour — tools that have some deeper m…
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### Description
Allow users to limit CPU usage for the Extension Host process, particularly during its initialization phase.
### Background
In high-performance computing (HPC) environments, res…
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**Project Name and Description**:
The [SIMD Everywhere (`simde`) project](https://github.com/simd-everywhere/simde#simd-everywhere) provides implementations of 2,930 x86 intrinsics ([SSE, SSE2, SSE4…
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I apologize if this is misguided. Something that might be useful is to have a crate that functions as an ndimensional equivalent to `num_traits` completely divorced from assumptions about the implemen…
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