6 posts
Research Software Engineer specializing in Julia, high-performance computing, and optimization.
If you love this article and can’t wait to read more about The Utopic Git History, please see this follow-up article(/achieving-utopic-git-history-4cc2a1fd3107?sk=88f3dac86d55ac1833f66165bc6634c2) by...
AKA being UGHly In a previous blog post, we defined The Utopic Git History (UGH). To refresh our memory, a simple definition of a UGH is - Atomic git commits (smallest commit that completes the task)...
The trapezoid function has 4 arguments, therefore we have to use the general jlcall that we mentioned before. The arguments of jlcall are the function, an array of jlvaluet arguments, and the number o...
Part 3 of the series on achieving high performance with high-level code Here comes a new challenger: It is Julia. Photo by Joran Quinten on Unsplash ( https://unsplash.com/photos/MR9xsNWVKvo ), modifi...
Part two of the series on achieving high performance with high-level code Python holds the steering wheel, but we can make it faster with other languages. Photo by Spencer Davis on Unsplash , modified...
A three-part series on achieving high performance with high-level code Caption: Astronaut carrying Python and Julia. Photo by Brian McGowan on Unsplash ( https://unsplash.com/photos/MR9xsNWVKvo ), mod...
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