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It is written in Python, but has surprisingly good performance. It also has interesting features, such as proper support for complex numbers, and support for exotic cones (mostly variations of quantum relative entropy).
I think it would be nice to add support for it in JuMP. I'm definitely not doing it myself, I'm just putting this issue up in case someone is looking for work to do.
The text was updated successfully, but these errors were encountered:
The best place to ask for help is the developer chatroom (the #jump-dev channel on slack), and we'll be happy to provide advice or review code etc.
The best place to develop a wrapper is in a new repository under your personal account. It does not need to be part of jump-dev.
I'm going to close this issue because the JuMP developers have no plans to develop a wrapper, and this is not a bug report or a feature request for JuMP.jl.
@araujoms you might want to post this on the slack channel or on discourse. A few people there might be interested. Most people do not read issues in the JuMP GitHub repository.
Yesterday a new conic solver was released, QICS, by @kerry-he: https://github.com/kerry-he/qics https://arxiv.org/abs/2410.17803
It is written in Python, but has surprisingly good performance. It also has interesting features, such as proper support for complex numbers, and support for exotic cones (mostly variations of quantum relative entropy).
I think it would be nice to add support for it in JuMP. I'm definitely not doing it myself, I'm just putting this issue up in case someone is looking for work to do.
The text was updated successfully, but these errors were encountered: