File list

• File Castro.H
  • StateType
    • State_Type
    • Rad_Type
    • PhiGrav_Type
    • Gravity_Type
    • Source_Type
    • Reactions_Type
    • Mag_Type_x
    • Mag_Type_y
    • Mag_Type_z
    • Simplified_SDC_React_Type
  • sources
    • thermo_src
    • diff_src
    • hybrid_src
    • grav_src
    • rot_src
    • sponge_src
    • ext_src
    • geom_src
    • num_src
  • int_method
    • CornerTransportUpwind
    • UnusedTimeIntegration
    • SpectralDeferredCorrections
    • SimplifiedSpectralDeferredCorrections
  • advance_status
    • advance_status()
    • success
    • suggested_dt
    • reason
  • Castro
    • Castro()
    • Castro()
    • ~Castro()
    • Castro()
    • Castro()
    • operator=()
    • operator=()
    • restart()
    • set_state_in_checkpoint()
    • checkPoint()
    • thePlotFileType()
    • setPlotVariables()
    • writePlotFile()
    • writeSmallPlotFile()
    • plotFileOutput()
    • writeJobInfo()
    • initData()
    • init_particles()
    • ParticleCheckPoint()
    • ParticlePlotFile()
    • ParticlePostRestart()
    • ParticleDerive()
    • TimestampParticles()
    • advance_particles()
    • MAESTRO_init()
    • Area()
    • Area()
    • Volume()
    • Fluxes()
    • setTimeLevel()
    • init()
    • init()
    • okToContinue()
    • advance()
    • do_advance_ctu()
    • do_advance_sdc()
    • save_data_for_retry()
    • retry_advance_ctu()
    • subcycle_advance_ctu()
    • initialize_advance()
    • finalize_advance()
    • initialize_do_advance()
    • finalize_do_advance()
    • estTimeStep()
    • initialTimeStep()
    • computeInitialDt()
    • computeNewDt()
    • allocOldData()
    • removeOldData()
    • do_energy_diagnostics()
    • post_timestep()
    • postCoarseTimeStep()
    • post_regrid()
    • post_restart()
    • post_init()
    • scf_relaxation()
    • do_hscf_solve()
    • post_grown_restart()
    • errorEst()
    • apply_problem_tags()
    • apply_tagging_restrictions()
    • derive()
    • derive()
    • final_radiation_call()
    • reset_internal_energy()
    • check_div_B()
    • computeTemp()
    • create_source_corrector()
    • swap_state_time_levels()
    • volWgtSum()
    • volWgtSum()
    • locWgtSum()
    • locWgtSum()
    • volProductSum()
    • volProductSum()
    • locSquaredSum()
    • gwstrain()
    • expand_state()
    • getLevel()
    • FluxRegCrseInit()
    • FluxRegFineAdd()
    • reflux()
    • writeBuildInfo()
    • variableSetUp()
    • ErrorSetUp()
    • variableCleanUp()
    • read_particle_params()
    • check_for_nan()
    • problem_post_simulation()
    • reset_internal_energy()
    • add_magnetic_e()
    • using_point_mass()
    • get_point_mass()
    • extern_init()
    • read_params()
    • normalize_species()
  • castro
• File Castro_bc_fill_nd.H
  • ca_statefill()
  • hse_fill()
  • ambient_fill()
  • ambient_denfill()
• File Castro_diffusion.H
  • construct_old_diff_source()
  • construct_new_diff_source()
  • getTempDiffusionTerm()
  • add_temp_diffusion_to_source()
• File Castro_generic_fill.H
  • ca_generic_fill()
  • CastroGenericFill
• File Castro_gravity.H
  • construct_old_gravity()
  • construct_new_gravity()
  • construct_old_gravity_source()
  • construct_new_gravity_source()
• File Castro_hydro.H
  • cons_to_prim()
  • cons_to_prim_fourth()
  • check_for_cfl_violation()
  • construct_ctu_hydro_source()
  • construct_mol_hydro_source()
  • add_sdc_source_to_states()
  • src_to_prim()
  • ctoprim()
  • shock()
  • divu()
  • apply_av()
  • apply_av_rad()
  • ctu_rad_consup()
  • ctu_ppm_states()
  • ctu_plm_states()
  • ctu_ppm_rad_states()
  • mol_plm_reconstruct()
  • mol_ppm_reconstruct()
  • mol_consup()
  • mol_diffusive_flux()
  • trans_single()
  • actual_trans_single()
  • trans_final()
  • actual_trans_final()
  • trace_ppm()
  • trace_plm()
  • trace_ppm_rad()
  • consup_hydro()
  • cmpflx_plus_godunov()
  • compute_flux_from_q()
  • store_godunov_state()
  • normalize_species_fluxes()
  • limit_hydro_fluxes_on_small_dens()
  • enforce_reflect_states()
  • scale_flux()
  • scale_rad_flux()
  • reset_edge_state_thermo()
  • edge_state_temp_to_pres()
  • do_enforce_minimum_density()
  • construct_old_hybrid_source()
  • construct_new_hybrid_source()
  • fill_hybrid_hydro_source()
  • hybrid_to_linear_momentum()
  • linear_to_hybrid_momentum()
  • fourth_interfaces()
  • states()
  • fourth_avisc()
  • fourth_add_diffusive_flux()
  • make_cell_center()
  • make_cell_center_in_place()
  • compute_lap_term()
  • make_fourth_average()
  • make_fourth_in_place()
  • make_fourth_in_place_n()
• File Castro_io.H
  • inputs_name
  • CoutRedirection
    • CoutRedirection()
    • ~CoutRedirection()
    • CoutRedirection()
    • CoutRedirection()
    • operator=()
    • operator=()
    • getCapturedOutput()
    • captured_output
    • original_output
• File Castro_math.H
  • amrex::literals
• File Castro_mhd.H
  • construct_ctu_mhd_source()
  • plm()
  • ppm_mhd()
  • consup_mhd()
  • PrimToCons()
  • prim_half()
  • electric_edge_x()
  • electric_edge_y()
  • electric_edge_z()
  • corner_couple()
  • half_step()
  • hlld()
• File Castro_react.H
  • do_old_reactions()
  • do_new_reactions()
  • react_state()
  • react_state()
  • valid_zones_to_burn()
• File Castro_react_util.H
• File Castro_rotation.H
  • construct_old_rotation_source()
  • construct_new_rotation_source()
  • fill_rotation_field()
  • rsrc()
  • corrrsrc()
  • fill_rotational_potential()
  • fill_rotational_psi()
• File Castro_sdc.H
  • do_sdc_update()
  • construct_old_react_source()
  • ca_sdc_update_advection_o2_lobatto()
  • ca_sdc_update_advection_o2_radau()
  • ca_sdc_update_advection_o4_lobatto()
  • ca_sdc_update_advection_o4_radau()
  • ca_sdc_compute_C2_lobatto()
  • ca_sdc_compute_C2_radau()
  • ca_sdc_compute_C4_lobatto()
  • ca_sdc_compute_C4_radau()
  • ca_sdc_conservative_update()
  • ca_sdc_compute_initial_guess()
  • ca_store_reaction_state()
• File Castro_sdc_util.H
  • NEWTON_SOLVE
  • VODE_SOLVE
  • HYBRID_SOLVE
• File Castro_sources.H
  • source_flag()
  • apply_sources()
  • get_output_at_completion()
  • apply_source_to_state()
  • do_old_sources()
  • do_old_sources()
  • construct_old_source()
  • do_new_sources()
  • do_new_sources()
  • construct_new_source()
  • evaluate_source_change()
  • print_source_change()
  • print_all_source_changes()
  • evaluate_and_print_source_change()
  • time_center_source_terms()
  • construct_old_sponge_source()
  • construct_new_sponge_source()
  • apply_sponge()
  • construct_old_ext_source()
  • construct_new_ext_source()
  • fill_ext_source()
  • construct_old_thermo_source()
  • construct_new_thermo_source()
  • fill_thermo_source()
  • construct_old_geom_source()
  • construct_new_geom_source()
  • fill_RZ_geom_source()
  • fill_RTheta_geom_source()
  • pre_advance_operators()
  • pre_hydro_operators()
  • post_hydro_operators()
  • post_advance_operators()
• File Castro_util.H
  • dg0
  • dg1
  • dg2
  • geometry_util
  • amrex
• File Derive.H
  • ca_derpres()
  • ca_dereint1()
  • ca_dereint2()
  • ca_derlogden()
  • ca_deruplusc()
  • ca_deruminusc()
  • ca_dersoundspeed()
  • ca_dergamma1()
  • ca_dermachnumber()
  • ca_derentropy()
  • ca_dercond()
  • ca_derdiffcoeff()
  • ca_derdiffterm()
  • ca_derenuc()
  • ca_derenuctimescale()
  • ca_dervel()
  • ca_dermagvel()
  • ca_dermaggrav()
  • ca_derradialvel()
  • ca_dercircvel()
  • ca_dermagmom()
  • ca_derangmomx()
  • ca_derangmomy()
  • ca_derangmomz()
  • ca_derkineng()
  • ca_dernull()
  • ca_derspec()
  • ca_derabar()
  • ca_derye()
  • ca_dermagvort()
  • ca_derdivu()
  • ca_derstate()
  • ca_dermagcenx()
  • ca_dermagceny()
  • ca_dermagcenz()
  • ca_derdivb()
• File Diffusion.H
  • Diffusion
    • Diffusion()
    • ~Diffusion()
    • Diffusion()
    • Diffusion()
    • operator=()
    • operator=()
    • read_params()
    • install_level()
    • applyop()
    • make_mg_bc()
    • output_job_info_params()
    • applyop_mlmg()
    • parent
    • LevelData
    • grids
    • volume
    • area
    • phys_bc
    • mlmg_lobc
    • mlmg_hibc
• File Gravity.H
  • RealVector
  • GradPhiPhysBCFunct
  • Gravity
    • Gravity()
    • ~Gravity()
    • Gravity()
    • Gravity()
    • operator=()
    • operator=()
    • read_params()
    • set_numpts_in_gravity()
    • install_level()
    • set_mass_offset()
    • get_grad_phi_prev()
    • get_grad_phi_curr()
    • get_grad_phi_prev_comp()
    • plus_grad_phi_curr()
    • swapTimeLevels()
    • update_max_rhs()
    • solve_for_phi()
    • solve_for_delta_phi()
    • gravity_sync()
    • multilevel_solve_for_new_phi()
    • actual_multilevel_solve()
    • create_comp_minus_level_grad_phi()
    • GetCrsePhi()
    • get_old_grav_vector()
    • get_new_grav_vector()
    • test_level_grad_phi_prev()
    • test_level_grad_phi_curr()
    • test_composite_phi()
    • average_fine_ec_onto_crse_ec()
    • make_radial_gravity()
    • interpolate_monopole_grav()
    • compute_radial_mass()
    • fill_multipole_BCs()
    • init_multipole_grav()
    • fill_direct_sum_BCs()
    • make_mg_bc()
    • applyMetricTerms()
    • add_pointmass_to_gravity()
    • get_rhs()
    • sanity_check()
    • actual_solve_with_mlmg()
    • solve_phi_with_mlmg()
    • parent
    • LevelData
    • grad_phi_curr
    • grad_phi_prev
    • grids
    • dmap
    • abs_tol
    • rel_tol
    • level_solver_resnorm
    • max_rhs
    • volume
    • area
    • Density
    • finest_level_allocated
    • phys_bc
    • mlmg_lobc
    • mlmg_hibc
    • numpts_at_level
    • radial_grav_old
    • radial_grav_new
    • radial_mass
    • radial_vol
    • radial_pres
    • output_job_info_params()
    • get_gravity_type()
    • get_max_solve_level()
    • NoSync()
    • DoCompositeCorrection()
    • test_results_of_solves()
    • test_residual()
    • test_solves
    • mass_offset
    • stencil_type
    • max_radius_all_in_domain
  • multipole
    • lnum_max
• File Gravity_util.H
• File HABEC.H
  • HABEC
• File HLL_solvers.H
  • HLL
• File HypreABec.H
  • HypreABec
    • HypreABec()
    • ~HypreABec()
    • HypreABec()
    • HypreABec()
    • operator=()
    • operator=()
    • setVerbose()
    • setScalars()
    • aCoefficients()
    • bCoefficients()
    • SPalpha()
    • aCoefficients()
    • bCoefficients()
    • setBndry()
    • getBndry()
    • boundaryFlux()
    • hacoef()
    • hbcoef()
    • hbmat()
    • hbmat3()
    • setupSolver()
    • solve()
    • getAbsoluteResidual()
    • clearSolver()
    • fluxFactor()
    • getFaceMetric()
    • hbvec()
    • hbvec3()
    • geom
    • acoefs
    • alpha
    • beta
    • reltol
    • abstol
    • SPa
    • bdp
    • bdcomp
    • solver_flag
    • verbose
    • verbose_threshold
    • pfmg_relax_type
    • bho
    • hgrid
    • A
    • A0
    • b
    • x
    • solver
    • precond
    • flux_factor
• File HypreExtMultiABec.H
  • HypreExtMultiABec
    • HypreExtMultiABec()
    • ~HypreExtMultiABec()
    • HypreExtMultiABec()
    • HypreExtMultiABec()
    • operator=()
    • operator=()
    • a2Multiplier()
    • cMultiplier()
    • d1Multiplier()
    • d2Multiplier()
    • a2Coefficients()
    • cCoefficients()
    • d1Coefficients()
    • d2Coefficients()
    • a2Coefficients()
    • cCoefficients()
    • d1Coefficients()
    • d2Coefficients()
    • loadLevelVectors()
    • loadLevelVectorB()
    • loadMatrix()
    • boundaryDterm()
    • a2coefs
    • ccoefs
    • d1coefs
    • d2coefs
    • alpha2
    • gamma
    • delta1
    • delta2
• File MGRadBndry.H
  • MGRadBndry
    • MGRadBndry()
    • setBndryConds()
    • setBndryFluxConds()
    • mixedBndry()
    • setHomogValues()
    • setTime()
    • setCorrection()
    • unsetCorrection()
    • init()
    • ngroups
    • first
    • bcflag
    • bcval
    • time
    • correction
  • MGRadBndryBld
    • operator()()
• File MGutils.H
  • apply_metric()
• File NGBndry.H
  • BC_Mode
    • Homogeneous_BC
    • Inhomogeneous_BC
  • NGBndry
    • NGBndry()
    • setBndryFluxConds()
    • bndryTypes()
    • mixedBndry()
  • NGBndryBld
    • operator()()
• File Problem.H
  • problem_post_timestep()
  • problem_post_restart()
  • problem_post_init()
• File Problem_Derive.H
• File Problem_Derives.H
• File RadBndry.H
  • RadBndry
    • RadBndry()
    • RadBndry()
    • setBndryConds()
    • setBndryFluxConds()
    • mixedBndry()
    • setHomogValues()
    • setTime()
    • setCorrection()
    • unsetCorrection()
    • init()
    • init()
    • first
    • bcflag
    • bcval
    • time
    • correction
  • RadBndryBld
    • operator()()
• File RadDerive.H
  • ca_derertot()
• File RadHydro.H
  • rk_order
  • use_WENO
  • cfl_fspace
  • onethird
  • twothirds
  • onesixth
  • B1
  • B2
  • B3
  • B4
  • B5
  • B6
  • C20
  • C21
  • C40
  • C41
  • C42
  • C43
  • C50
  • C51
  • C52
  • C53
  • C54
  • C60
  • C61
  • C62
  • C63
  • C64
  • C65
• File RadSolve.H
  • RadSolve
    • RadSolve()
    • levelInit()
    • levelBndry()
    • levelBndry()
    • cellCenteredApplyMetrics()
    • setLevelACoeffs()
    • setLevelBCoeffs()
    • setLevelCCoeffs()
    • levelACoeffs()
    • levelBCoeffs()
    • levelRhs()
    • levelSolve()
    • levelFlux()
    • levelFluxReg()
    • levelFluxFaceToCenter()
    • levelDterm()
    • levelClear()
    • computeBCoeffs()
    • levelACoeffs()
    • levelRhs()
    • levelDCoeffs()
    • setHypreMulti()
    • restoreHypreMulti()
    • cMulti
    • d1Multi
    • d2Multi
    • read_params()
    • getEdgeMetric()
    • parent
    • hd
    • hm
    • hem
• File RadTypes.H
  • RadNames
    • Rad
• File Radiation.H
  • Radiation
    • Solver_Type
      • InvalidSolver
      • SingleGroupSolver
      • SGFLDSolver
      • MGFLDSolver
    • Radiation()
    • regrid()
    • close()
    • restart()
    • checkPoint()
    • set_current_group()
    • group_center()
    • group_weight()
    • deltaEnergyRatMax()
    • deltaTRatMax()
    • consRegister()
    • post_init()
    • pre_timestep()
    • init_flux()
    • deferred_sync_setup()
    • deferred_sync()
    • single_group_update()
    • MGFLD_implicit_update()
    • write_groups()
    • reflux()
    • compute_limiter()
    • estimate_gamrPr()
    • filter_prim()
    • compute_exchange()
    • compute_eta()
    • internal_energy_update()
    • internal_energy_update()
    • nonconservative_energy_update()
    • state_update()
    • getBndryData()
    • getBndryDataMG()
    • getBndryDataMG_ga()
    • filBndry()
    • scaledGradient()
    • fluxLimiter()
    • get_c_v()
    • get_frhoe()
    • get_planck_and_temp()
    • get_rosseland()
    • update_rosseland_from_temp()
    • get_rosseland_v_dcf()
    • get_groups()
    • extrapolateBorders()
    • SGFLD_compute_rosseland()
    • SGFLD_compute_rosseland()
    • update_dcf()
    • check_convergence_er()
    • check_convergence_matt()
    • compute_coupling()
    • compute_etat()
    • eos_opacity_emissivity()
    • gray_accel()
    • local_accel()
    • state_energy_update()
    • update_matter()
    • bisect_matter()
    • MGFLD_compute_rosseland()
    • MGFLD_compute_rosseland()
    • MGFLD_compute_scattering()
    • rhstoEr()
    • save_lambda_in_plotvar()
    • save_lab_Er_in_plotvar()
    • save_flux_in_plotvar()
    • save_com_flux_in_plotvar()
    • verbose
    • maxiter
    • miniter
    • convergence_check_type
    • relInTol
    • absInTol
    • maxInIter
    • minInIter
    • skipAccelAllowed
    • matter_update_type
    • n_bisect
    • dedT_fac
    • inner_convergence_check
    • delta_e_rat_dt_tol
    • delta_T_rat_dt_tol
    • update_planck
    • update_rosseland
    • update_opacity
    • update_limiter
    • inner_update_limiter
    • dT
    • underfac
    • do_sync
    • do_kappa_stm_emission
    • plotvar
    • use_dkdT
    • use_WiensLaw
    • Tf_Wien
    • xnu
    • nugroup
    • dnugroup
    • lognugroup
    • dlognugroup
    • read_static_params()
    • SolverType
    • radtoE
    • Etorad
    • radfluxtoF
    • do_multigroup
    • nGroups
    • rad_hydro_combined
    • Er_Lorentz_term
    • icomp_lambda
    • icomp_kp
    • icomp_kr
    • icomp_lab_Er
    • icomp_lab_Fr
    • icomp_com_Fr
    • nplotvar
    • plotvar_names
    • filter_lambda_T
    • filter_lambda_S
    • filter_prim_int
    • filter_prim_T
    • filter_prim_S
    • accelerate
    • convert_MeV_erg
    • clight
    • hPlanck
    • kBoltz
    • Avogadro
    • c
    • sigma
    • aRad
    • current_group_number
    • current_group_name
    • pure_hydro
    • parent
    • rad_bc
    • reltol
    • abstol
    • delta_e_rat_level
    • delta_T_rat_level
    • flux_cons
    • flux_cons_old
    • flux_trial
    • delta_t_old
    • dflux
    • group_units
    • group_print_factor
    • spot
• File Rotation.H
• File advection_util.H
  • hydro
• File ambient.H
  • ambient
• File binary.H
• File blackbody.H
  • blackbody
    • pi
    • bk_const
    • magic_const
    • tol
    • xmagic
    • xsmall
    • xlarge
• File castro_limits.H
  • MAX_LEV
  • NUM_GROW
  • NUM_GROW_SRC
• File diffusion_util.H
  • fill_temp_cond()
  • fill_temp_diff_coeff()
• File ext_bc_types.H
  • EXT_UNDEFINED
  • EXT_HSE
  • hse
    • MAX_ITER
    • TOL
• File filt_prim.H
• File filter.H
  • filter
• File flatten.H
  • hydro
• File fluxlimiter.H
• File fourth_center_average.H
• File global.H
  • global
• File hybrid.H
• File mhd_eigen.H
• File mhd_sizes.H
  • UMAGX
  • UMAGY
  • UMAGZ
  • NEIGN
  • IEIGN_RHO
  • IEIGN_U
  • IEIGN_V
  • IEIGN_W
  • IEIGN_P
  • IEIGN_BT
  • IEIGN_BTT
• File mhd_util.H
• File ppm.H
• File problem_bc_fill.H
• File problem_checkpoint.H
• File problem_diagnostics.H
• File problem_emissivity.H
• File problem_initialize.H
• File problem_initialize_mhd_data.H
• File problem_initialize_rad_data.H
• File problem_initialize_state_data.H
• File problem_rad_source.H
• File problem_restart.H
• File problem_source.H
• File problem_tagging.H
• File rad_util.H
• File reconstruction.H
  • reconstruction
    • slope_indices
      • im2
      • im1
      • i0
      • ip1
      • ip2
      • nslp
• File riemann_2shock_solvers.H
  • TwoShock
• File riemann_constants.H
  • riemann_constants
    • smlp1
    • small
    • smallu
    • riemann_integral_tol
    • riemann_u_tol
    • riemann_p_tol
    • HISTORY_SIZE
    • PSTAR_BISECT_FACTOR
• File riemann_solvers.H
• File riemann_type.H
  • RiemannState
    • rho
    • p
    • rhoe
    • gamc
    • un
    • ut
    • utt
    • p_g
    • rhoe_g
    • gamcg
  • RiemannAux
    • csmall
    • cavg
    • bnd_fac
• File runtime_parameters.H
• File sdc_cons_to_burn.H
• File sdc_newton_solve.H
  • newton
    • NEWTON_SUCCESS
    • SINGULAR_MATRIX
    • CONVERGENCE_FAILURE
    • BAD_MASS_FRACTIONS
    • species_failure_tolerance
• File sdc_react_util.H
• File slope.H
• File timestep.H
  • timestep
    • estdt_type
      • hydro
      • mhd
      • burning
      • radiation
      • diffusion
    • estdt_rad()
• File vode_rhs_true_sdc.H