Index

A

A (spitfire.time.methods.KennedyCarpenterS4P3Q2 attribute) (spitfire.time.methods.KennedyCarpenterS6P4Q3 attribute) (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) (spitfire.time.methods.KvaernoS4P3Q2 attribute) a21 (spitfire.time.methods.KennedyCarpenterS4P3Q2 attribute) (spitfire.time.methods.KennedyCarpenterS6P4Q3 attribute) (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) (spitfire.time.methods.KvaernoS4P3Q2 attribute) a31 (spitfire.time.methods.KennedyCarpenterS4P3Q2 attribute) (spitfire.time.methods.KennedyCarpenterS6P4Q3 attribute) (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) (spitfire.time.methods.KvaernoS4P3Q2 attribute) a32 (spitfire.time.methods.KennedyCarpenterS4P3Q2 attribute) (spitfire.time.methods.KennedyCarpenterS6P4Q3 attribute) (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) (spitfire.time.methods.KvaernoS4P3Q2 attribute) a41 (spitfire.time.methods.KennedyCarpenterS4P3Q2 attribute) (spitfire.time.methods.KennedyCarpenterS6P4Q3 attribute) (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) (spitfire.time.methods.KvaernoS4P3Q2 attribute) a42 (spitfire.time.methods.KennedyCarpenterS4P3Q2 attribute) (spitfire.time.methods.KennedyCarpenterS6P4Q3 attribute) (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) (spitfire.time.methods.KvaernoS4P3Q2 attribute) a43 (spitfire.time.methods.KennedyCarpenterS4P3Q2 attribute) (spitfire.time.methods.KennedyCarpenterS6P4Q3 attribute) (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) (spitfire.time.methods.KvaernoS4P3Q2 attribute) a51 (spitfire.time.methods.KennedyCarpenterS6P4Q3 attribute) (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute)

a52 (spitfire.time.methods.KennedyCarpenterS6P4Q3 attribute) (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) a53 (spitfire.time.methods.KennedyCarpenterS6P4Q3 attribute) (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) a54 (spitfire.time.methods.KennedyCarpenterS6P4Q3 attribute) (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) a61 (spitfire.time.methods.KennedyCarpenterS6P4Q3 attribute) (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) a62 (spitfire.time.methods.KennedyCarpenterS6P4Q3 attribute) (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) a63 (spitfire.time.methods.KennedyCarpenterS6P4Q3 attribute) (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) a64 (spitfire.time.methods.KennedyCarpenterS6P4Q3 attribute) (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) a65 (spitfire.time.methods.KennedyCarpenterS6P4Q3 attribute) (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) a71 (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) a72 (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) a73 (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) a74 (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) a75 (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) a76 (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) a81 (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) a82 (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) a83 (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) a84 (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) a85 (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) a86 (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) a87 (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) add_empty_property() (spitfire.chemistry.library.Library method) apply_mixing_model() (in module spitfire.chemistry.tabulation)

B

b1 (spitfire.time.methods.KennedyCarpenterS4P3Q2 attribute) (spitfire.time.methods.KennedyCarpenterS6P4Q3 attribute) (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) (spitfire.time.methods.KvaernoS4P3Q2 attribute) b1h (spitfire.time.methods.KennedyCarpenterS4P3Q2 attribute) (spitfire.time.methods.KennedyCarpenterS6P4Q3 attribute) (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) (spitfire.time.methods.KvaernoS4P3Q2 attribute) b2 (spitfire.time.methods.KennedyCarpenterS4P3Q2 attribute) (spitfire.time.methods.KennedyCarpenterS6P4Q3 attribute) (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) (spitfire.time.methods.KvaernoS4P3Q2 attribute) b2h (spitfire.time.methods.KennedyCarpenterS4P3Q2 attribute) (spitfire.time.methods.KennedyCarpenterS6P4Q3 attribute) (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) (spitfire.time.methods.KvaernoS4P3Q2 attribute) b3 (spitfire.time.methods.KennedyCarpenterS4P3Q2 attribute) (spitfire.time.methods.KennedyCarpenterS6P4Q3 attribute) (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) (spitfire.time.methods.KvaernoS4P3Q2 attribute) b3h (spitfire.time.methods.KennedyCarpenterS4P3Q2 attribute) (spitfire.time.methods.KennedyCarpenterS6P4Q3 attribute) (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) (spitfire.time.methods.KvaernoS4P3Q2 attribute) b4 (spitfire.time.methods.KennedyCarpenterS4P3Q2 attribute) (spitfire.time.methods.KennedyCarpenterS6P4Q3 attribute) (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) (spitfire.time.methods.KvaernoS4P3Q2 attribute)

b4h (spitfire.time.methods.KennedyCarpenterS4P3Q2 attribute) (spitfire.time.methods.KennedyCarpenterS6P4Q3 attribute) (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) (spitfire.time.methods.KvaernoS4P3Q2 attribute) b5 (spitfire.time.methods.KennedyCarpenterS6P4Q3 attribute) (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) b5h (spitfire.time.methods.KennedyCarpenterS6P4Q3 attribute) (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) b6 (spitfire.time.methods.KennedyCarpenterS6P4Q3 attribute) (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) b6h (spitfire.time.methods.KennedyCarpenterS6P4Q3 attribute) (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) b7 (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) b7h (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) b8 (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) b8h (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) BackwardEulerS1P1Q1 (class in spitfire.time.methods) BogackiShampineS4P3Q2 (class in spitfire.time.methods) build_adiabatic_bs_library() (in module spitfire.chemistry.tabulation) build_adiabatic_eq_library() (in module spitfire.chemistry.tabulation) build_adiabatic_slfm_library() (in module spitfire.chemistry.tabulation) build_nonadiabatic_defect_bs_library() (in module spitfire.chemistry.tabulation) build_nonadiabatic_defect_eq_library() (in module spitfire.chemistry.tabulation) build_nonadiabatic_defect_steady_slfm_library() (in module spitfire.chemistry.tabulation) build_nonadiabatic_defect_transient_slfm_library() (in module spitfire.chemistry.tabulation) build_unreacted_library() (in module spitfire.chemistry.tabulation)

C

c (spitfire.time.methods.KennedyCarpenterS4P3Q2 attribute) (spitfire.time.methods.KennedyCarpenterS6P4Q3 attribute) (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) (spitfire.time.methods.KvaernoS4P3Q2 attribute) CanteraLoadError CascadeController (class in spitfire.time.stepcontrol) CashKarpS6P5Q4 (class in spitfire.time.methods) check() (in module spitfire.chemistry.ctversion) ChemicalMechanismSpec (class in spitfire.chemistry.mechanism) compute_density() (in module spitfire.chemistry.analysis) compute_dissipation_rate() (in module spitfire.chemistry.flamelet) compute_ignition_delay() (spitfire.chemistry.flamelet.Flamelet method) (spitfire.chemistry.reactors.HomogeneousReactor method) compute_isobaric_specific_heat() (in module spitfire.chemistry.analysis) compute_isochoric_specific_heat() (in module spitfire.chemistry.analysis) compute_pressure() (in module spitfire.chemistry.analysis) compute_specific_enthalpy() (in module spitfire.chemistry.analysis) compute_steady_state() (spitfire.chemistry.flamelet.Flamelet method)

compute_viscosity() (in module spitfire.chemistry.analysis) ConstantTimeStep (class in spitfire.time.stepcontrol) converged (spitfire.time.nonlinear.SolverOutput attribute) copy() (spitfire.chemistry.flamelet.FlameletSpec method) (spitfire.chemistry.library.Library class method) copy_stream() (spitfire.chemistry.mechanism.ChemicalMechanismSpec method) cp_mix() (spitfire.griffon.griffon.PyCombustionKernels method) CrankNicolsonS2P2 (class in spitfire.time.methods) current_interior_state (spitfire.chemistry.flamelet.Flamelet property) current_mass_fraction() (spitfire.chemistry.flamelet.Flamelet method) current_mass_fractions (spitfire.chemistry.reactors.HomogeneousReactor property) current_pressure (spitfire.chemistry.reactors.HomogeneousReactor property) current_state (spitfire.chemistry.flamelet.Flamelet property) (spitfire.chemistry.reactors.HomogeneousReactor property) current_temperature (spitfire.chemistry.flamelet.Flamelet property) (spitfire.chemistry.reactors.HomogeneousReactor property) current_time (spitfire.chemistry.reactors.HomogeneousReactor property) cv_mix() (spitfire.griffon.griffon.PyCombustionKernels method)

D

datafile() (in module spitfire.data.get) dcpdT_species() (spitfire.griffon.griffon.PyCombustionKernels method) deepcopy() (spitfire.chemistry.library.Library class method) defaults (spitfire.time.nonlinear.NonlinearSolver attribute)

dim() (spitfire.chemistry.library.Library method) dim_names (spitfire.chemistry.library.Library property) Dimension (class in spitfire.chemistry.library) dims (spitfire.chemistry.library.Library property) dissipation_rate (spitfire.chemistry.flamelet.Flamelet property)

E

element_stoichiometry (spitfire.chemistry.mechanism.ChemicalMechanismSpec property) energy_mix() (spitfire.griffon.griffon.PyCombustionKernels method) enthalpy_mix() (spitfire.griffon.griffon.PyCombustionKernels method) evaluate_jacobian_every_iter (spitfire.time.nonlinear.SimpleNewtonSolver property) ExpKennedyCarpetnerS6P4Q3 (class in spitfire.time.methods)

explosive_mode_analysis() (in module spitfire.chemistry.analysis) ExpMidpointS2P2 (class in spitfire.time.methods) ExpRalstonS2P2 (class in spitfire.time.methods) ExpTrapezoidalS2P2Q1 (class in spitfire.time.methods) extra_attributes (spitfire.chemistry.library.Library property) extra_errors (spitfire.time.methods.StepOutput attribute)

F

FailedODESolveException finite_difference_jacobian() (in module spitfire.time.nonlinear) first_step_size() (spitfire.time.stepcontrol.CascadeController method) (spitfire.time.stepcontrol.ConstantTimeStep method) (spitfire.time.stepcontrol.PIController method) (spitfire.time.stepcontrol.RatioController method) Flamelet (class in spitfire.chemistry.flamelet) flamelet2d_block_diag_solve() (spitfire.griffon.griffon.PyCombustionKernels method) flamelet2d_factored_block_diag_jacobian() (spitfire.griffon.griffon.PyCombustionKernels method) flamelet2d_matvec() (spitfire.griffon.griffon.PyCombustionKernels method)

flamelet2d_offdiag_matvec() (spitfire.griffon.griffon.PyCombustionKernels method) flamelet2d_rhs() (spitfire.griffon.griffon.PyCombustionKernels method) flamelet_jac_indices() (spitfire.griffon.griffon.PyCombustionKernels method) flamelet_jacobian() (spitfire.griffon.griffon.PyCombustionKernels method) flamelet_rhs() (spitfire.griffon.griffon.PyCombustionKernels method) flamelet_stencils() (spitfire.griffon.griffon.PyCombustionKernels method) FlameletSpec (class in spitfire.chemistry.flamelet) ForwardEulerS1P1 (class in spitfire.time.methods) from_solution() (spitfire.chemistry.mechanism.ChemicalMechanismSpec class method) fuel_stream (spitfire.chemistry.flamelet.Flamelet property)

G

gamma (spitfire.time.methods.KennedyCarpenterS4P3Q2 attribute) (spitfire.time.methods.KennedyCarpenterS6P4Q3 attribute) (spitfire.time.methods.KennedyCarpenterS8P5Q4 attribute) (spitfire.time.methods.KvaernoS4P3Q2 attribute) gas (spitfire.chemistry.mechanism.ChemicalMechanismSpec property) GeneralAdaptiveERK (class in spitfire.time.methods) GeneralAdaptiveERKMultipleEmbedded (class in spitfire.time.methods)

get_ct_solution_array() (in module spitfire.chemistry.analysis) get_empty_dataset() (spitfire.chemistry.library.Library method) get_soot_source_term_evaluator() (in module spitfire.chemistry.soot) get_soot_source_term_jacobian_evaluator() (in module spitfire.chemistry.soot) get_supported_reactor_shapes() (spitfire.chemistry.reactors.HomogeneousReactor class method) griffon (spitfire.chemistry.mechanism.ChemicalMechanismSpec property) group_name (spitfire.chemistry.mechanism.ChemicalMechanismSpec property)

H

HomogeneousReactor (class in spitfire.chemistry.reactors)

I

ideal_gas_density() (spitfire.griffon.griffon.PyCombustionKernels method) ideal_gas_pressure() (spitfire.griffon.griffon.PyCombustionKernels method) implicit_coefficient (spitfire.time.methods.BackwardEulerS1P1Q1 attribute) (spitfire.time.methods.BogackiShampineS4P3Q2 attribute) (spitfire.time.methods.CashKarpS6P5Q4 attribute) (spitfire.time.methods.CrankNicolsonS2P2 attribute) (spitfire.time.methods.ExpKennedyCarpetnerS6P4Q3 attribute) (spitfire.time.methods.ExpMidpointS2P2 attribute) (spitfire.time.methods.ExpRalstonS2P2 attribute) (spitfire.time.methods.ExpTrapezoidalS2P2Q1 attribute) (spitfire.time.methods.ForwardEulerS1P1 attribute) (spitfire.time.methods.GeneralAdaptiveERK attribute) (spitfire.time.methods.GeneralAdaptiveERKMultipleEmbedded attribute) (spitfire.time.methods.RK3KuttaS3P3 attribute) (spitfire.time.methods.RK4ClassicalS4P4 attribute) (spitfire.time.methods.TimeStepperBase attribute) (spitfire.time.methods.ZonneveldS5P4Q3 attribute) initial_interior_state (spitfire.chemistry.flamelet.Flamelet property) initial_mass_fraction() (spitfire.chemistry.flamelet.Flamelet method) initial_mass_fractions (spitfire.chemistry.reactors.HomogeneousReactor property) initial_pressure (spitfire.chemistry.reactors.HomogeneousReactor property) initial_state (spitfire.chemistry.flamelet.Flamelet property) (spitfire.chemistry.reactors.HomogeneousReactor property) initial_temperature (spitfire.chemistry.flamelet.Flamelet property) (spitfire.chemistry.reactors.HomogeneousReactor property) initial_time (spitfire.chemistry.reactors.HomogeneousReactor property) integrate() (spitfire.chemistry.flamelet.Flamelet method) (spitfire.chemistry.reactors.HomogeneousReactor method) integrate_for_heat_loss() (spitfire.chemistry.flamelet.Flamelet method) integrate_to_steady() (spitfire.chemistry.flamelet.Flamelet method) (spitfire.chemistry.reactors.HomogeneousReactor method) integrate_to_steady_after_ignition() (spitfire.chemistry.flamelet.Flamelet method) (spitfire.chemistry.reactors.HomogeneousReactor method)

integrate_to_time() (spitfire.chemistry.flamelet.Flamelet method) (spitfire.chemistry.reactors.HomogeneousReactor method) is_adaptive (spitfire.time.methods.BackwardEulerS1P1Q1 attribute) (spitfire.time.methods.BogackiShampineS4P3Q2 attribute) (spitfire.time.methods.CashKarpS6P5Q4 attribute) (spitfire.time.methods.CrankNicolsonS2P2 attribute) (spitfire.time.methods.ExpKennedyCarpetnerS6P4Q3 attribute) (spitfire.time.methods.ExpMidpointS2P2 attribute) (spitfire.time.methods.ExpRalstonS2P2 attribute) (spitfire.time.methods.ExpTrapezoidalS2P2Q1 attribute) (spitfire.time.methods.ForwardEulerS1P1 attribute) (spitfire.time.methods.GeneralAdaptiveERK attribute) (spitfire.time.methods.GeneralAdaptiveERKMultipleEmbedded attribute) (spitfire.time.methods.RK3KuttaS3P3 attribute) (spitfire.time.methods.RK4ClassicalS4P4 attribute) (spitfire.time.methods.TimeStepperBase attribute) (spitfire.time.methods.ZonneveldS5P4Q3 attribute) is_implicit (spitfire.time.methods.BackwardEulerS1P1Q1 attribute) (spitfire.time.methods.BogackiShampineS4P3Q2 attribute) (spitfire.time.methods.CashKarpS6P5Q4 attribute) (spitfire.time.methods.CrankNicolsonS2P2 attribute) (spitfire.time.methods.ExpKennedyCarpetnerS6P4Q3 attribute) (spitfire.time.methods.ExpMidpointS2P2 attribute) (spitfire.time.methods.ExpRalstonS2P2 attribute) (spitfire.time.methods.ExpTrapezoidalS2P2Q1 attribute) (spitfire.time.methods.ForwardEulerS1P1 attribute) (spitfire.time.methods.GeneralAdaptiveERK attribute) (spitfire.time.methods.GeneralAdaptiveERKMultipleEmbedded attribute) (spitfire.time.methods.RK3KuttaS3P3 attribute) (spitfire.time.methods.RK4ClassicalS4P4 attribute) (spitfire.time.methods.TimeStepperBase attribute) (spitfire.time.methods.ZonneveldS5P4Q3 attribute) iter (spitfire.time.nonlinear.SolverOutput attribute) iteration_count (spitfire.chemistry.flamelet.Flamelet property)

J

jac() (spitfire.chemistry.flamelet.Flamelet method) jac_and_eig() (spitfire.chemistry.flamelet.Flamelet method) jac_csc() (spitfire.chemistry.flamelet.Flamelet method)

jac_soot_src_aksit_moss() (in module spitfire.chemistry.soot) jac_soot_src_aksit_moss_benzene() (in module spitfire.chemistry.soot) jac_soot_src_pah_alpha() (in module spitfire.chemistry.soot)

K

KennedyCarpenterS4P3Q2 (class in spitfire.time.methods) KennedyCarpenterS6P4Q3 (class in spitfire.time.methods)

KennedyCarpenterS8P5Q4 (class in spitfire.time.methods) KvaernoS4P3Q2 (class in spitfire.time.methods)

L

last_step_size() (spitfire.time.stepcontrol.CascadeController method) (spitfire.time.stepcontrol.ConstantTimeStep method) (spitfire.time.stepcontrol.PIController method) (spitfire.time.stepcontrol.RatioController method) Library (class in spitfire.chemistry.library)

LibraryIndexError linear_iter (spitfire.time.methods.StepOutput attribute) linear_temperature (spitfire.chemistry.flamelet.Flamelet property) liter (spitfire.time.nonlinear.SolverOutput attribute) load_from_file() (spitfire.chemistry.library.Library class method) log_scaled (spitfire.chemistry.library.Dimension property)

M

make_clustered_grid() (spitfire.chemistry.flamelet.Flamelet class method) make_library_from_interior_state() (spitfire.chemistry.flamelet.Flamelet method) max (spitfire.chemistry.library.Dimension property) mech_data (spitfire.chemistry.mechanism.ChemicalMechanismSpec property) mech_file_path (spitfire.chemistry.mechanism.ChemicalMechanismSpec property) mech_xml_path (spitfire.chemistry.mechanism.ChemicalMechanismSpec property) mechanism (spitfire.chemistry.flamelet.Flamelet property) mechanism_add_const_cp() (spitfire.griffon.griffon.PyCombustionKernels method) mechanism_add_element() (spitfire.griffon.griffon.PyCombustionKernels method) mechanism_add_nasa7_cp() (spitfire.griffon.griffon.PyCombustionKernels method) mechanism_add_nasa9_cp() (spitfire.griffon.griffon.PyCombustionKernels method) mechanism_add_reaction_Lindemann() (spitfire.griffon.griffon.PyCombustionKernels method) mechanism_add_reaction_Lindemann_with_special_orders() (spitfire.griffon.griffon.PyCombustionKernels method) mechanism_add_reaction_simple() (spitfire.griffon.griffon.PyCombustionKernels method) mechanism_add_reaction_simple_with_special_orders() (spitfire.griffon.griffon.PyCombustionKernels method) mechanism_add_reaction_three_body() (spitfire.griffon.griffon.PyCombustionKernels method) mechanism_add_reaction_three_body_with_special_orders() (spitfire.griffon.griffon.PyCombustionKernels method) mechanism_add_reaction_Troe() (spitfire.griffon.griffon.PyCombustionKernels method) mechanism_add_reaction_Troe_with_special_orders() (spitfire.griffon.griffon.PyCombustionKernels method) mechanism_add_species() (spitfire.griffon.griffon.PyCombustionKernels method) mechanism_resize_heat_capacity_data() (spitfire.griffon.griffon.PyCombustionKernels method) mechanism_set_element_mw_map() (spitfire.griffon.griffon.PyCombustionKernels method) mechanism_set_gas_constant() (spitfire.griffon.griffon.PyCombustionKernels method) mechanism_set_ref_pressure() (spitfire.griffon.griffon.PyCombustionKernels method) mechanism_set_ref_temperature() (spitfire.griffon.griffon.PyCombustionKernels method) min (spitfire.chemistry.library.Dimension property) mix_for_equivalence_ratio() (spitfire.chemistry.mechanism.ChemicalMechanismSpec method) mix_for_normalized_equivalence_ratio() (spitfire.chemistry.mechanism.ChemicalMechanismSpec method)

mix_fuels_for_stoich_mixture_fraction() (spitfire.chemistry.mechanism.ChemicalMechanismSpec method) mix_streams() (spitfire.chemistry.mechanism.ChemicalMechanismSpec static method) mixfrac_grid (spitfire.chemistry.flamelet.Flamelet property) mixture_molecular_weight() (spitfire.griffon.griffon.PyCombustionKernels method) module spitfire spitfire.chemistry spitfire.chemistry.analysis spitfire.chemistry.ctversion spitfire.chemistry.flamelet spitfire.chemistry.flamelet2d spitfire.chemistry.gas_radiation spitfire.chemistry.library spitfire.chemistry.mechanism spitfire.chemistry.reactors spitfire.chemistry.soot spitfire.chemistry.tabulation spitfire.data spitfire.data.get spitfire.griffon spitfire.griffon.griffon spitfire.time spitfire.time.integrator spitfire.time.methods spitfire.time.nonlinear spitfire.time.stepcontrol mole_fractions() (spitfire.griffon.griffon.PyCombustionKernels method) molecular_weight() (spitfire.chemistry.mechanism.ChemicalMechanismSpec method) molecular_weights (spitfire.chemistry.mechanism.ChemicalMechanismSpec property)

N

n_reactions (spitfire.chemistry.mechanism.ChemicalMechanismSpec property) (spitfire.chemistry.reactors.HomogeneousReactor property) n_species (spitfire.chemistry.mechanism.ChemicalMechanismSpec property) (spitfire.chemistry.reactors.HomogeneousReactor property) n_stages (spitfire.time.methods.BackwardEulerS1P1Q1 attribute) (spitfire.time.methods.BogackiShampineS4P3Q2 attribute) (spitfire.time.methods.CashKarpS6P5Q4 attribute) (spitfire.time.methods.CrankNicolsonS2P2 attribute) (spitfire.time.methods.ExpKennedyCarpetnerS6P4Q3 attribute) (spitfire.time.methods.ExpMidpointS2P2 attribute) (spitfire.time.methods.ExpRalstonS2P2 attribute) (spitfire.time.methods.ExpTrapezoidalS2P2Q1 attribute) (spitfire.time.methods.ForwardEulerS1P1 attribute) (spitfire.time.methods.GeneralAdaptiveERK attribute) (spitfire.time.methods.GeneralAdaptiveERKMultipleEmbedded attribute) (spitfire.time.methods.RK3KuttaS3P3 attribute) (spitfire.time.methods.RK4ClassicalS4P4 attribute) (spitfire.time.methods.TimeStepperBase attribute) (spitfire.time.methods.ZonneveldS5P4Q3 attribute) name (spitfire.chemistry.library.Dimension property) (spitfire.time.methods.BackwardEulerS1P1Q1 attribute) (spitfire.time.methods.BogackiShampineS4P3Q2 attribute) (spitfire.time.methods.CashKarpS6P5Q4 attribute) (spitfire.time.methods.CrankNicolsonS2P2 attribute) (spitfire.time.methods.ExpKennedyCarpetnerS6P4Q3 attribute) (spitfire.time.methods.ExpMidpointS2P2 attribute) (spitfire.time.methods.ExpRalstonS2P2 attribute) (spitfire.time.methods.ExpTrapezoidalS2P2Q1 attribute) (spitfire.time.methods.ForwardEulerS1P1 attribute) (spitfire.time.methods.GeneralAdaptiveERK attribute) (spitfire.time.methods.GeneralAdaptiveERKMultipleEmbedded attribute) (spitfire.time.methods.RK3KuttaS3P3 attribute) (spitfire.time.methods.RK4ClassicalS4P4 attribute) (spitfire.time.methods.TimeStepperBase attribute) (spitfire.time.methods.ZonneveldS5P4Q3 attribute) nonlinear_converged (spitfire.time.methods.StepOutput attribute) nonlinear_iter (spitfire.time.methods.StepOutput attribute) nonlinear_solver (spitfire.time.methods.BackwardEulerS1P1Q1 attribute) (spitfire.time.methods.BogackiShampineS4P3Q2 attribute) (spitfire.time.methods.CashKarpS6P5Q4 attribute) (spitfire.time.methods.CrankNicolsonS2P2 attribute) (spitfire.time.methods.ExpKennedyCarpetnerS6P4Q3 attribute) (spitfire.time.methods.ExpMidpointS2P2 attribute) (spitfire.time.methods.ExpRalstonS2P2 attribute) (spitfire.time.methods.ExpTrapezoidalS2P2Q1 attribute) (spitfire.time.methods.ForwardEulerS1P1 attribute) (spitfire.time.methods.GeneralAdaptiveERK attribute) (spitfire.time.methods.GeneralAdaptiveERKMultipleEmbedded attribute) (spitfire.time.methods.RK3KuttaS3P3 attribute) (spitfire.time.methods.RK4ClassicalS4P4 attribute) (spitfire.time.methods.TimeStepperBase attribute) (spitfire.time.methods.ZonneveldS5P4Q3 attribute)

NonlinearSolver (class in spitfire.time.nonlinear) norm() (spitfire.time.methods.TimeStepperBase method) norm_order (spitfire.time.methods.BackwardEulerS1P1Q1 attribute) (spitfire.time.methods.BogackiShampineS4P3Q2 attribute) (spitfire.time.methods.CashKarpS6P5Q4 attribute) (spitfire.time.methods.CrankNicolsonS2P2 attribute) (spitfire.time.methods.ExpKennedyCarpetnerS6P4Q3 attribute) (spitfire.time.methods.ExpMidpointS2P2 attribute) (spitfire.time.methods.ExpRalstonS2P2 attribute) (spitfire.time.methods.ExpTrapezoidalS2P2Q1 attribute) (spitfire.time.methods.ForwardEulerS1P1 attribute) (spitfire.time.methods.GeneralAdaptiveERK attribute) (spitfire.time.methods.GeneralAdaptiveERKMultipleEmbedded attribute) (spitfire.time.methods.RK3KuttaS3P3 attribute) (spitfire.time.methods.RK4ClassicalS4P4 attribute) (spitfire.time.methods.TimeStepperBase attribute) (spitfire.time.methods.ZonneveldS5P4Q3 attribute) norm_weighting (spitfire.time.methods.BackwardEulerS1P1Q1 attribute) (spitfire.time.methods.BogackiShampineS4P3Q2 attribute) (spitfire.time.methods.CashKarpS6P5Q4 attribute) (spitfire.time.methods.CrankNicolsonS2P2 attribute) (spitfire.time.methods.ExpKennedyCarpetnerS6P4Q3 attribute) (spitfire.time.methods.ExpMidpointS2P2 attribute) (spitfire.time.methods.ExpRalstonS2P2 attribute) (spitfire.time.methods.ExpTrapezoidalS2P2Q1 attribute) (spitfire.time.methods.ForwardEulerS1P1 attribute) (spitfire.time.methods.GeneralAdaptiveERK attribute) (spitfire.time.methods.GeneralAdaptiveERKMultipleEmbedded attribute) (spitfire.time.methods.RK3KuttaS3P3 attribute) (spitfire.time.methods.RK4ClassicalS4P4 attribute) (spitfire.time.methods.TimeStepperBase attribute) (spitfire.time.methods.ZonneveldS5P4Q3 attribute) npts (spitfire.chemistry.library.Dimension property)

O

odesolve() (in module spitfire.time.integrator) offset_time() (spitfire.chemistry.flamelet.Flamelet method) order (spitfire.time.methods.BackwardEulerS1P1Q1 attribute) (spitfire.time.methods.BogackiShampineS4P3Q2 attribute) (spitfire.time.methods.CashKarpS6P5Q4 attribute) (spitfire.time.methods.CrankNicolsonS2P2 attribute) (spitfire.time.methods.ExpKennedyCarpetnerS6P4Q3 attribute) (spitfire.time.methods.ExpMidpointS2P2 attribute) (spitfire.time.methods.ExpRalstonS2P2 attribute) (spitfire.time.methods.ExpTrapezoidalS2P2Q1 attribute) (spitfire.time.methods.ForwardEulerS1P1 attribute) (spitfire.time.methods.GeneralAdaptiveERK attribute) (spitfire.time.methods.GeneralAdaptiveERKMultipleEmbedded attribute) (spitfire.time.methods.RK3KuttaS3P3 attribute) (spitfire.time.methods.RK4ClassicalS4P4 attribute) (spitfire.time.methods.TimeStepperBase attribute) (spitfire.time.methods.ZonneveldS5P4Q3 attribute)

oxy_stream (spitfire.chemistry.flamelet.Flamelet property)

P

PDFSpec (class in spitfire.chemistry.tabulation) PIController (class in spitfire.time.stepcontrol) pressure (spitfire.chemistry.flamelet.Flamelet property) prod_rates_primitive_sensitivities() (spitfire.griffon.griffon.PyCombustionKernels method) production_rates() (spitfire.griffon.griffon.PyCombustionKernels method) projector_setups (spitfire.time.methods.StepOutput attribute) (spitfire.time.nonlinear.SolverOutput attribute) props (spitfire.chemistry.library.Library property) py_btddod_blockdiag_factorize() (in module spitfire.griffon.griffon)

py_btddod_blockdiag_matvec() (in module spitfire.griffon.griffon) py_btddod_blockdiag_solve() (in module spitfire.griffon.griffon) py_btddod_full_factorize() (in module spitfire.griffon.griffon) py_btddod_full_matvec() (in module spitfire.griffon.griffon) py_btddod_full_solve() (in module spitfire.griffon.griffon) py_btddod_lowerfulltriangle_solve() (in module spitfire.griffon.griffon) py_btddod_scale_and_add_diagonal() (in module spitfire.griffon.griffon) py_btddod_scale_and_add_scaled_block_diagonal() (in module spitfire.griffon.griffon) py_btddod_upperfulltriangle_solve() (in module spitfire.griffon.griffon) PyCombustionKernels (class in spitfire.griffon.griffon)

R

RatioController (class in spitfire.time.stepcontrol) reactor_jac_isobaric() (spitfire.griffon.griffon.PyCombustionKernels method) reactor_jac_isochoric() (spitfire.griffon.griffon.PyCombustionKernels method) reactor_rhs_isobaric() (spitfire.griffon.griffon.PyCombustionKernels method) reactor_rhs_isochoric() (spitfire.griffon.griffon.PyCombustionKernels method) remap_dimension() (spitfire.chemistry.library.Library method)

remove() (spitfire.chemistry.library.Library method) require_pytabprops() (in module spitfire.chemistry.tabulation) rhs() (spitfire.chemistry.flamelet.Flamelet method) rhs_at_converged (spitfire.time.nonlinear.SolverOutput attribute) RK3KuttaS3P3 (class in spitfire.time.methods) RK4ClassicalS4P4 (class in spitfire.time.methods)

S

save_to_file() (spitfire.chemistry.library.Library method) save_to_text_directory() (spitfire.chemistry.library.Library method) scale_dimension() (spitfire.chemistry.library.Library method) shape (spitfire.chemistry.library.Library property) SimpleNewtonSolver (class in spitfire.time.nonlinear) single_step() (spitfire.time.methods.BackwardEulerS1P1Q1 method) (spitfire.time.methods.BogackiShampineS4P3Q2 method) (spitfire.time.methods.CashKarpS6P5Q4 method) (spitfire.time.methods.CrankNicolsonS2P2 method) (spitfire.time.methods.ExpKennedyCarpetnerS6P4Q3 method) (spitfire.time.methods.ExpMidpointS2P2 method) (spitfire.time.methods.ExpRalstonS2P2 method) (spitfire.time.methods.ExpTrapezoidalS2P2Q1 method) (spitfire.time.methods.ForwardEulerS1P1 method) (spitfire.time.methods.GeneralAdaptiveERK method) (spitfire.time.methods.GeneralAdaptiveERKMultipleEmbedded method) (spitfire.time.methods.KennedyCarpenterS4P3Q2 method) (spitfire.time.methods.KennedyCarpenterS6P4Q3 method) (spitfire.time.methods.KennedyCarpenterS8P5Q4 method) (spitfire.time.methods.KvaernoS4P3Q2 method) (spitfire.time.methods.RK3KuttaS3P3 method) (spitfire.time.methods.RK4ClassicalS4P4 method) (spitfire.time.methods.ZonneveldS5P4Q3 method) size (spitfire.chemistry.library.Library property) slow_convergence (spitfire.time.nonlinear.SolverOutput attribute) slow_nonlinear_convergence (spitfire.time.methods.StepOutput attribute) solution (spitfire.time.nonlinear.SolverOutput attribute) solution_times (spitfire.chemistry.flamelet.Flamelet property) solution_update (spitfire.time.methods.StepOutput attribute) SolverOutput (class in spitfire.time.nonlinear) soot_src_aksit_moss() (in module spitfire.chemistry.soot) soot_src_aksit_moss_benzene() (in module spitfire.chemistry.soot) soot_src_pah_alpha() (in module spitfire.chemistry.soot) species_cp() (spitfire.griffon.griffon.PyCombustionKernels method) species_cv() (spitfire.griffon.griffon.PyCombustionKernels method) species_energies() (spitfire.griffon.griffon.PyCombustionKernels method) species_enthalpies() (spitfire.griffon.griffon.PyCombustionKernels method) species_index() (spitfire.chemistry.mechanism.ChemicalMechanismSpec method) species_names (spitfire.chemistry.mechanism.ChemicalMechanismSpec property) spitfire module spitfire.chemistry module spitfire.chemistry.analysis module spitfire.chemistry.ctversion module

spitfire.chemistry.flamelet module spitfire.chemistry.flamelet2d module spitfire.chemistry.gas_radiation module spitfire.chemistry.library module spitfire.chemistry.mechanism module spitfire.chemistry.reactors module spitfire.chemistry.soot module spitfire.chemistry.tabulation module spitfire.data module spitfire.data.get module spitfire.griffon module spitfire.griffon.griffon module spitfire.time module spitfire.time.integrator module spitfire.time.methods module spitfire.time.nonlinear module spitfire.time.stepcontrol module squeeze() (spitfire.chemistry.library.Library class method) states (spitfire.time.integrator.FailedODESolveException property) steady_solve_newton() (spitfire.chemistry.flamelet.Flamelet method) steady_solve_psitc() (spitfire.chemistry.flamelet.Flamelet method) step_size_is_constant() (spitfire.time.stepcontrol.CascadeController method) (spitfire.time.stepcontrol.ConstantTimeStep method) (spitfire.time.stepcontrol.PIController method) (spitfire.time.stepcontrol.RatioController method) StepOutput (class in spitfire.time.methods) stoich_mass_fuel_to_oxy_ratio() (spitfire.chemistry.mechanism.ChemicalMechanismSpec method) stoich_mixture_fraction() (spitfire.chemistry.mechanism.ChemicalMechanismSpec method) stoich_molar_fuel_to_oxy_ratio() (spitfire.chemistry.mechanism.ChemicalMechanismSpec method) stream() (spitfire.chemistry.mechanism.ChemicalMechanismSpec method) swapaxes() (spitfire.chemistry.library.Library class method)

T

tabulate_gas_radiation_model() (in module spitfire.chemistry.gas_radiation) tabulate_soot_radiation_model() (in module spitfire.chemistry.soot) tabulate_soot_source_coefficients() (in module spitfire.chemistry.soot) target_error() (spitfire.time.stepcontrol.CascadeController method) (spitfire.time.stepcontrol.ConstantTimeStep method) (spitfire.time.stepcontrol.PIController method) (spitfire.time.stepcontrol.RatioController method)

temporal_error (spitfire.time.methods.StepOutput attribute) times (spitfire.time.integrator.FailedODESolveException property) TimeStepperBase (class in spitfire.time.methods)

V

values (spitfire.chemistry.library.Dimension property)

Z

ZonneveldS5P4Q3 (class in spitfire.time.methods)