The simulation code GIZMO is a flexible, massively-parallel, multi-method multi-physics code, with a wide range of different physics modules described in the “Feature Set” below. Can I use this Module? What should I cite?.Are there Public ICs? Analysis Tools? Image/Movie-Makers?.My Large Simulation Hangs, but Smaller Runs Work?.My Run Won’t Start, What Did I Do Wrong?.Are There ‘Best’ (More Accurate) Physics Modules or Solvers?.What Are ‘Optimal’ Code Settings? (aka ‘My Run is Slow’).Halo/Group-Finding and Structure Identification.Visualization, Radiative Transfer, and Plotting.uniform dust-gas acceleration, damped two-fluid waves) waves, shocktubes, field-loops, current sheets, Orszag-Tang vortex, rotors, MRI, jets, MHD-mixing/gravity) Evrard collapse, Zeldovich pancakes, ‘Santa Barbara Cluster’, galactic disks) Self-Gravity & Cosmological Tests (e.g.Kelvin-Helmholtz, Rayleigh-Taylor, ‘blob test’) shock tubes, interacting blastwaves, Sedov explosions, Noh implosions) soundwaves, ‘square test’, Gresho vortex, Keplerian disks) Equilibrium and Steady-State Tests (e.g.Initial Conditions (Making & Reading Them).Driven Turbulence (Large-Eddy Simulations).Parameters of Optional Physics Modules (Examples). ![]()
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