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A simple two-dimensional hydrodynamics code written primarily in python with the goal of providing a simple tutorial for students new to computational hydrodynamics. Solvers for linear advection, compressible hydrodynamics, multigrid, implicit diffusion, incompressible hydrodynamics, and low Mach number hydrodynamics are implemented. The design emphasizes clarity over performance, to make the details of the algorithms more apparent to new students.
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Pyro: hydro by example
A simple two-dimensional hydrodynamics code written primarily in python with the goal of providing a simple tutorial for students new to computational hydrodynamics. Solvers for linear advection, compressible hydrodynamics, multigrid, implicit diffusion, incompressible hydrodynamics, and low Mach number hydrodynamics are implemented. The design emphasizes clarity over performance, to make the details of the algorithms more apparent to new students.
IACS RESEARCHERS
Michael Zingale (project lead)
LICENSE
BSD-3
WEBSITE
JOURNAL REFERENCE
pyro: A teaching code for computational astrophysical hydrodynamics, Zingale, M. 2014,
Astronomy & Computing, 6, 52
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Institute for Advanced Computational ScienceStony Brook UniversityStony Brook, NY 11794-5250
Phone: (631) 632-4629Fax: (631) 632-4125