Octo-TIGER FLD results

Conservation CSV

FLD with derived flux; moving cases include first-order gas/radiation evolution and lab-frame enthalpy transport. Available analytic references solve qualified linear diffusion-limit problems; their discrepancy norms cover the projected slice, not the full volume. Thin positive-opacity streaming cases have no supplied analytic spatial FLD reference and instead check exact periodic energy integrals.

supercritical_shock

Coupled radiation hydrodynamics. These numerical profiles have no supplied analytic reference or accuracy norms.

32³ cells; t=7500 s

First-order mixed-frame gas/radiation evolution with physical light speed. Derived lab-frame flux includes radiation enthalpy advection. No independent analytic or digitized reference profile is supplied; M1 differences are model discrepancies.

Mixed-frame FLD with first-order gas transport and backward-Euler diffusion/material exchange; physical c = 29979245800 cm/s. Radiation flux is the derived lab-frame diffusion plus enthalpy-advection flux; it is not an independently evolved momentum variable. No independent analytic or digitized FLD reference profile is supplied. M1 versus FLD differences compare distinct radiation models and are not analytic-reference errors.

Central cell layer at z=dx/2; ray at y=z=dx/2.

Gas and radiation temperature and densityNumerical gas and radiation profiles

Profile data CSV