pyro.compressible_react package

The pyro compressible hydrodynamics solver with reactions. This implements the second-order (piecewise-linear), unsplit method of Colella 1990, and incorporates reactions via Strang splitting.

Subpackages

• pyro.compressible_react.problems package
  • Submodules
  • pyro.compressible_react.problems.flame module
    • finalize()
    • init_data()
  • pyro.compressible_react.problems.rt module
    • finalize()
    • init_data()

Submodules

pyro.compressible_react.simulation module

class pyro.compressible_react.simulation.Simulation(solver_name, problem_name, problem_func, rp, *, problem_finalize_func=None, problem_source_func=None, timers=None, data_class=<class 'pyro.mesh.patch.CellCenterData2d'>)

Bases: Simulation

burn(dt)

react fuel to ash

diffuse(dt)

diffuse for dt

dovis()

Do runtime visualization.

evolve()

Evolve the equations of compressible hydrodynamics through a timestep dt.

initialize(*, extra_vars=None, ng=4)

For the reacting compressible solver, our initialization of the data is the same as the compressible solver, but we supply additional variables.