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Python interface to peform asteroseismic modelling with the asamba grid

Project description

ASAMBA (AsteroSeismic Approach towards understanding Massive Blue stArs) is a Marie Curie project that tries to infer deep physical understanding of the internal structure and evolution of massive stars in the light of recent very high precision space observations of pulsating massive stars.

Under this umbrella, a large grid of stellar models (using MESA) are computed, and the theoretical pulsation frequencies of each model (after iterating over various rotation rates) are also computed using the (GYRE) code. From this rich dataset (~3.8 million stellar models, and 42 million frequency lists), a PostgreSQL database is built, and is made openly accessible.

The present Python package provides a convenient user interface that offers all available functionalities to the users, and allows them to interact with the database, and conduct their own research of interest. Needless to say that the user must have a full understanding of the meaning of the parameters he/she uses which steer the analysis. We strongly recommend reading the source code, the documentation around most of the code blocks, and the compiled documentation pages that ships in with this package.

Project details

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asamba-1.0.8.tar.gz (114.5 kB) Copy SHA256 hash SHA256 Source None

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