def create_integrator():
return RusanovMCMC(Settings.Simulation.flux,
Settings.Simulation.flux_prime,
Settings.Simulation.domain,
Settings.Simulation.N_gridpoints,
Settings.Simulation.T_end)
def get_xvals():
return RusanovMCMC(None, None, Settings.Simulation.domain,
Settings.Simulation.N_gridpoints, 0).FVM.x[1:-1]