This paper introduces Python bindings for the experimental egg-smol library, which aims to bring the benefits of e-graphs to the Python ecosystem. The bindings offer a high-level, Pythonic API providing an accessible and familiar interface for Python users, enabling collaboration and innovation across various domains in the scientific computing and machine learning communities.
GenML introduces a Python library to generate Mittag-Leffler correlated noise, addressing the lack of tools for its direct generation. The software enables precise simulation of M-L noise, validating its effectiveness through quantitative analyses.