CASTRO
Compressible (radiation) hydrodynamics with full self gravity, generation equations of state, reaction networks, and a variety of integration methods.
AMReX Astrophysics
An astrophysical hydrodynamics code suite built on the AMReX adaptive mesh refinement library.
AMReX Astrophysics codes can model subsonic convection and compressible flows in stars, explosive burning in stellar environments, and large scale structure on cosmological scales. They share a common design and an open development model.
MAESTROeX
Low-Mach number hydrodynamics for stellar hydrostatic flows. MAESTROeX supports a general equation of state, arbitrary reaction networks, thermal diffusion, and more.
Projects supporting the AMReX Astrophysics Suite
These projects provide core capabilities or problem-specific simulation and workflow support to the core AMReX Astrophysics codes.
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AMReX
The core adaptive mesh refinement library.
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AMReX-Astro Microphysics
A set of equations of state, reaction networks and other microphysics for use in MAESTROeX and Castro.
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pynucastro
A python library for generating reaction networks (including in AMReX-Astro Microphysics format.
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Workflow Overview
Our documentation on running at various computing sites and managing jobs.
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Initial Models
Simple initial model generation routines for stellar initial models used in MAESTROeX and Castro.