Index

A

add_output_stream() (noads.core.models.energy.energy.ProducedEnergy method) (noads.core.models.energy.energy.ProducedEnergyCarrier method) air_density() (in module noads.gam_jax.utils.physical_data) AircraftDesign (class in noads.core.models.fleet.aircraft_design) AircraftOperation (class in noads.core.models.fleet.aircraft_operation) AircraftTechParameter (class in noads.core.models.fleet.aircraft_tech_parameter) AirTraffic (class in noads.core.models.traffic) altg_from_altp() (in module noads.gam_jax.utils.physical_data) angle() (in module noads.gam_jax.utils.math)

antiderivative() (noads.core.models.interpolation.InterpolatedUnivariateSpline method) approx_jac() (in module noads.gam_jax.utils.math) ask_model() (noads.core.models.fleet.fleet.Fleet method) (noads.core.models.fleet.fleet.FleetAssembly method) atmosphere() (in module noads.gam_jax.utils.physical_data) atmosphere_g() (in module noads.gam_jax.utils.physical_data) atmosphere_geo() (in module noads.gam_jax.utils.physical_data) atmosphere_P_T() (in module noads.gam_jax.utils.physical_data) AutoModel (class in noads.core.model)

B

BACKSOLVE (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod attribute) bar_Pa() (in module noads.gam_jax.utils.unit)

barLpkg_Pam3pkg() (in module noads.gam_jax.utils.unit) budget (noads.core.models.energy.streams.Impact attribute)

C

capitalize() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method) casefold() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method) center() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method) climb_energy() (noads.gam_jax.models.generic_airplane_model.GAM method) climb_mode() (in module noads.gam_jax.utils.physical_data) constant_inputs (noads.core.scenarios.temporalscenario.TemporalScenario attribute) constrained_control_groups (noads.core.scenarios.temporalscenario.TemporalScenario attribute) constrained_inputs (noads.core.models.energy.energy_mix.EnergyMix attribute) constraint_model() (noads.core.models.energy.energy_mix.EnergyMix method) consumed_carriers (noads.core.models.fleet.fleet.Fleet attribute) (noads.core.models.fleet.fleet.FleetAssembly attribute) consumption_model() (noads.core.models.energy.energy.ProducedEnergy method) (noads.core.models.energy.energy.ProducedEnergyCarrier method) (noads.core.models.energy.production_pathway.ProductionPathway method) (noads.core.models.fleet.aircraft_design.AircraftDesign method) (noads.core.models.fleet.aircraft_operation.AircraftOperation method) (noads.core.models.fleet.fleet.Fleet method) (noads.core.models.fleet.fleet.FleetAssembly method)

control_delay_times (noads.core.scenarios.temporalscenario.TemporalScenario attribute) control_model() (noads.core.models.fleet.aircraft_design.AircraftDesign method) convert_from() (in module noads.gam_jax.utils.unit) convert_to() (in module noads.gam_jax.utils.unit) count() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method) cross_op() (in module noads.gam_jax.utils.math) cross_over_altp() (in module noads.gam_jax.utils.physical_data) cubic_interpolation (noads.core.scenarios.temporalscenario.TemporalScenario attribute) custom_controls (noads.core.scenarios.temporalscenario.TemporalScenario attribute)

D

daN_N() (in module noads.gam_jax.utils.unit) deg_rad() (in module noads.gam_jax.utils.unit) delay1_rhs() (in module noads.core.scenarios.temporalscenario) demand_avoidance_model() (noads.core.models.fleet.fleet.Fleet method) (noads.core.models.fleet.fleet.FleetAssembly method) density (noads.core.models.energy.energy.EnergyCarrier attribute) (noads.core.models.energy.energy.ProducedEnergyCarrier attribute) (noads.core.models.energy.streams.MaterialStream attribute) derivative() (noads.core.models.interpolation.InterpolatedUnivariateSpline method) design_airplane() (noads.gam_jax.models.generic_airplane_model.GAM method) design_dict() (noads.gam_jax.models.generic_airplane_model.GAM method) design_model() (noads.core.models.fleet.aircraft_design.AircraftDesign method)

DIRECT (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod attribute) discipline (noads.core.model.AutoModel attribute) (noads.core.model.JAXModel attribute) (noads.core.model.Model attribute) (noads.core.models.traffic.AirTraffic attribute) (noads.core.scenarios.multiscenario.MultiScenario attribute) (noads.core.scenarios.temporalscenario.TemporalScenario attribute) do_regression() (in module noads.gam_jax.utils.data_analysis) draw_colored_cloud_on_axis() (in module noads.gam_jax.utils.data_analysis) draw_grid() (in module noads.gam_jax.utils.data_analysis) draw_hist() (in module noads.gam_jax.utils.data_analysis) draw_markers_and_colormap_cloud_on_axis() (in module noads.gam_jax.utils.data_analysis) draw_reg() (in module noads.gam_jax.utils.data_analysis)

E

emission_index() (in module noads.gam_jax.utils.physical_data) encode() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method) endswith() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method) Energy (class in noads.core.models.energy.energy) energy_carrier_mix (noads.core.models.fleet.aircraft_operation.PropulsionSystem attribute) energy_per_ask (noads.core.models.fleet.aircraft_design.AircraftDesign attribute) (noads.core.models.fleet.aircraft_operation.AircraftOperation attribute) energy_storage() (noads.gam_jax.models.generic_airplane_model.GAM method)

energy_to_mass() (noads.core.models.energy.energy.EnergyCarrier method) (noads.core.models.energy.energy.ProducedEnergyCarrier method) energy_to_volume() (noads.core.models.energy.energy.EnergyCarrier method) (noads.core.models.energy.energy.ProducedEnergyCarrier method) EnergyCarrier (class in noads.core.models.energy.energy) EnergyMix (class in noads.core.models.energy.energy_mix) error_measure() (in module noads.demand_calibration.calibration_utils) expandtabs() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method)

F

filter_nans() (in module noads.demand_calibration.calibration_utils) final_energies (noads.core.models.energy.energy_mix.EnergyMix attribute) final_rates (noads.core.scenarios.temporalscenario.TemporalScenario attribute) find() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method) fixed_inputs (noads.core.scenarios.multiscenario.MultiScenario attribute) Fleet (class in noads.core.models.fleet.fleet) FleetAssembly (class in noads.core.models.fleet.fleet) fleets (noads.core.models.fleet.fleet.FleetAssembly attribute)

flight_altitude() (noads.gam_jax.models.generic_airplane_model.GAM method) format() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method) format_map() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method) ft_m() (in module noads.gam_jax.utils.unit) ftpmin_mps() (in module noads.gam_jax.utils.unit) fuel_density() (in module noads.gam_jax.utils.physical_data) fuel_heat() (in module noads.gam_jax.utils.physical_data) furnishing() (noads.gam_jax.models.generic_airplane_model.GAM method)

G

GAM (class in noads.gam_jax.models.generic_airplane_model) gas_data() (in module noads.gam_jax.utils.physical_data) gas_viscosity() (in module noads.gam_jax.utils.physical_data) generalised_logistic() (in module noads.core.models.traffic) get_ar6_input_data() (in module noads.application.background_scenario_data) get_ar6_output_data() (in module noads.application.background_scenario_data) get_departures_data() (in module noads.demand_calibration.calibration_utils) get_design_data() (noads.gam_jax.models.generic_airplane_model.GAM method) get_error() (in module noads.gam_jax.utils.data_analysis) get_jac_func() (in module noads.gam_jax.utils.math) get_lod() (noads.gam_jax.models.generic_airplane_model.GAM method) get_pax_allowance() (noads.gam_jax.models.generic_airplane_model.GAM method)

get_piston_sfc() (noads.gam_jax.models.generic_airplane_model.GAM method) get_pk_o_mass_max() (noads.gam_jax.models.generic_airplane_model.GAM method) get_pk_o_mass_min() (noads.gam_jax.models.generic_airplane_model.GAM method) get_rpk_data() (in module noads.demand_calibration.calibration_utils) get_scenario_color() (in module noads.application.background_scenario_data) get_tas() (noads.gam_jax.models.generic_airplane_model.GAM method) get_turbofan_sfc() (noads.gam_jax.models.generic_airplane_model.GAM method) get_turboprop_sfc() (noads.gam_jax.models.generic_airplane_model.GAM method) gravity() (in module noads.gam_jax.utils.physical_data) great_circle_distance() (in module noads.gam_jax.utils.math) GW_W() (in module noads.gam_jax.utils.unit) GWh_J() (in module noads.gam_jax.utils.unit)

H

h_s() (in module noads.gam_jax.utils.unit)

holding_fuel() (noads.gam_jax.models.generic_airplane_model.GAM method)

I

Impact (class in noads.core.models.energy.streams) impact_index_model() (noads.core.models.energy.energy.ProducedEnergy method) (noads.core.models.energy.energy.ProducedEnergyCarrier method) (noads.core.models.energy.production_pathway.ProductionPathway method) impacts (noads.core.models.energy.energy.ProducedEnergy attribute) (noads.core.models.energy.energy.ProducedEnergyCarrier attribute) (noads.core.models.energy.energy_mix.EnergyMix attribute) (noads.core.models.energy.production_pathway.ProductionPathway attribute) inch_m() (in module noads.gam_jax.utils.unit) index() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method) initialize_base_objects() (in module noads.application.base_objects) input_streams (noads.core.models.energy.energy.ProducedEnergy attribute) (noads.core.models.energy.energy.ProducedEnergyCarrier attribute) (noads.core.models.energy.energy_mix.EnergyMix attribute) (noads.core.models.energy.production_pathway.ProductionPathway attribute) input_streams_model() (noads.core.models.energy.energy_mix.EnergyMix method)

interpolate_data() (in module noads.core.models.interpolation) interpolated_inputs (noads.core.scenarios.temporalscenario.TemporalScenario attribute) InterpolatedUnivariateSpline (class in noads.core.models.interpolation) interpolation_prefix (noads.core.scenarios.temporalscenario.TemporalScenario property) isalnum() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method) isalpha() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method) isascii() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method) isdecimal() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method) isdigit() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method) isidentifier() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method) islower() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method) isnumeric() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method) isprintable() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method) isspace() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method) istitle() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method) isupper() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method)

J

J_GWh() (in module noads.gam_jax.utils.unit) J_kJ() (in module noads.gam_jax.utils.unit) J_kWh() (in module noads.gam_jax.utils.unit) J_MJ() (in module noads.gam_jax.utils.unit) J_MWh() (in module noads.gam_jax.utils.unit)

J_TWh() (in module noads.gam_jax.utils.unit) J_Wh() (in module noads.gam_jax.utils.unit) JAXModel (class in noads.core.model) join() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method) Jpm_kWhpkm() (in module noads.gam_jax.utils.unit)

K

kg_T() (in module noads.gam_jax.utils.unit) kg_t() (in module noads.gam_jax.utils.unit) kgpWps_lbpshpph() (in module noads.gam_jax.utils.unit) kJ_J() (in module noads.gam_jax.utils.unit) km2_m2() (in module noads.gam_jax.utils.unit) km_m() (in module noads.gam_jax.utils.unit)

kmph_mps() (in module noads.gam_jax.utils.unit) kN_N() (in module noads.gam_jax.utils.unit) kt_mps() (in module noads.gam_jax.utils.unit) kW_W() (in module noads.gam_jax.utils.unit) kWh_J() (in module noads.gam_jax.utils.unit) kWh_Wh() (in module noads.gam_jax.utils.unit) kWhpkm_Jpm() (in module noads.gam_jax.utils.unit)

L

last_share_model() (noads.core.models.fleet.fleet.Fleet method) (noads.core.models.fleet.fleet.FleetAssembly method) lbpshpph_kgpWps() (in module noads.gam_jax.utils.unit) leg_fuel() (noads.gam_jax.models.generic_airplane_model.GAM method) lifetime (noads.core.models.fleet.aircraft_design.AircraftDesign attribute) (noads.core.models.fleet.aircraft_operation.AircraftOperation attribute) lin_interp_1d() (in module noads.gam_jax.utils.math) lin_lst_reg() (in module noads.gam_jax.utils.data_analysis)

lines_gen() (in module noads.application.background_scenario_data) liter_usgal() (in module noads.gam_jax.utils.unit) ljust() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method) load_data_from_file() (in module noads.gam_jax.utils.data_analysis) lod_model() (noads.gam_jax.models.generic_airplane_model.GAM method) look_ahead_4_zero() (in module noads.gam_jax.utils.math) lower() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method) lstrip() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method)

M

m2_km2() (in module noads.gam_jax.utils.unit) m3_usgal() (in module noads.gam_jax.utils.unit) m_ft() (in module noads.gam_jax.utils.unit) m_inch() (in module noads.gam_jax.utils.unit) m_km() (in module noads.gam_jax.utils.unit) m_NM() (in module noads.gam_jax.utils.unit) mach_from_vcas() (in module noads.gam_jax.utils.physical_data) mach_from_vtas() (in module noads.gam_jax.utils.physical_data) maketrans() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod static method) mass_to_energy() (noads.core.models.energy.energy.EnergyCarrier method) (noads.core.models.energy.energy.ProducedEnergyCarrier method) mass_to_volume() (noads.core.models.energy.energy.EnergyCarrier method) (noads.core.models.energy.energy.ProducedEnergyCarrier method) (noads.core.models.energy.streams.MaterialStream method) MaterialStream (class in noads.core.models.energy.streams) maximize_1d() (in module noads.gam_jax.utils.math) mbar_Pa() (in module noads.gam_jax.utils.unit) mean_consumption_impacts_model() (noads.core.models.fleet.fleet.Fleet method) (noads.core.models.fleet.fleet.FleetAssembly method) mean_outputs (noads.core.scenarios.multiscenario.MultiScenario attribute) min_s() (in module noads.gam_jax.utils.unit) mission (noads.core.models.fleet.aircraft_design.AircraftDesign attribute) MJ_J() (in module noads.gam_jax.utils.unit) Model (class in noads.core.model) models (noads.core.models.energy.energy.ProducedEnergy property) (noads.core.models.energy.energy.ProducedEnergyCarrier property) (noads.core.models.energy.energy_mix.EnergyMix property) (noads.core.models.energy.production_pathway.ProductionPathway property) (noads.core.models.fleet.aircraft_design.AircraftDesign property) (noads.core.models.fleet.aircraft_operation.AircraftOperation property) (noads.core.models.fleet.fleet.Fleet property) (noads.core.models.fleet.fleet.FleetAssembly property) (noads.core.scenarios.temporalscenario.TemporalScenario attribute) module noads noads.application noads.application.background_scenario_data noads.application.base_objects noads.application.examples noads.application.scenario_setup noads.application.visualization noads.core noads.core.model noads.core.models noads.core.models.energy noads.core.models.energy.energy noads.core.models.energy.energy_mix noads.core.models.energy.production_pathway noads.core.models.energy.streams noads.core.models.fleet noads.core.models.fleet.aircraft_design noads.core.models.fleet.aircraft_operation noads.core.models.fleet.aircraft_tech_parameter noads.core.models.fleet.fleet noads.core.models.interpolation noads.core.models.traffic noads.core.scenarios noads.core.scenarios.multiscenario noads.core.scenarios.temporalscenario noads.demand_calibration noads.demand_calibration.calibration_utils noads.demand_calibration.global_rpk noads.demand_calibration.regional_departures noads.gam_jax noads.gam_jax.models noads.gam_jax.models.engine_model noads.gam_jax.models.generic_airplane_model noads.gam_jax.models.lod_model noads.gam_jax.models.usecase noads.gam_jax.utils noads.gam_jax.utils.data_analysis noads.gam_jax.utils.math noads.gam_jax.utils.physical_data noads.gam_jax.utils.unit

mps_ftpmin() (in module noads.gam_jax.utils.unit) mps_kmph() (in module noads.gam_jax.utils.unit) mps_kt() (in module noads.gam_jax.utils.unit) multi_scenario_setup() (in module noads.application.scenario_setup) MultiScenario (class in noads.core.scenarios.multiscenario) MW_W() (in module noads.gam_jax.utils.unit) MWh_J() (in module noads.gam_jax.utils.unit)

N

N_daN() (in module noads.gam_jax.utils.unit) N_kN() (in module noads.gam_jax.utils.unit) name (noads.core.models.energy.energy.Energy attribute) (noads.core.models.energy.energy.EnergyCarrier attribute) (noads.core.models.energy.energy.ProducedEnergy attribute) (noads.core.models.energy.energy.ProducedEnergyCarrier attribute) (noads.core.models.energy.production_pathway.ProductionPathway attribute) (noads.core.models.energy.streams.Impact attribute) (noads.core.models.energy.streams.MaterialStream attribute) (noads.core.models.energy.streams.Stream attribute) (noads.core.models.fleet.aircraft_design.AircraftDesign attribute) (noads.core.models.fleet.aircraft_operation.AircraftOperation attribute) (noads.core.models.fleet.aircraft_operation.PropulsionSystem attribute) (noads.core.models.fleet.aircraft_tech_parameter.AircraftTechParameter attribute) (noads.core.models.fleet.fleet.Fleet attribute) (noads.core.models.fleet.fleet.FleetAssembly attribute) newton_solve() (in module noads.gam_jax.utils.math) NM_m() (in module noads.gam_jax.utils.unit) no_dim_pc() (in module noads.gam_jax.utils.unit) noads module noads.application module noads.application.background_scenario_data module noads.application.base_objects module noads.application.examples module noads.application.scenario_setup module noads.application.visualization module noads.core module noads.core.model module noads.core.models module noads.core.models.energy module noads.core.models.energy.energy module noads.core.models.energy.energy_mix module noads.core.models.energy.production_pathway module noads.core.models.energy.streams module noads.core.models.fleet module

noads.core.models.fleet.aircraft_design module noads.core.models.fleet.aircraft_operation module noads.core.models.fleet.aircraft_tech_parameter module noads.core.models.fleet.fleet module noads.core.models.interpolation module noads.core.models.traffic module noads.core.scenarios module noads.core.scenarios.multiscenario module noads.core.scenarios.temporalscenario module noads.demand_calibration module noads.demand_calibration.calibration_utils module noads.demand_calibration.global_rpk module noads.demand_calibration.regional_departures module noads.gam_jax module noads.gam_jax.models module noads.gam_jax.models.engine_model module noads.gam_jax.models.generic_airplane_model module noads.gam_jax.models.lod_model module noads.gam_jax.models.usecase module noads.gam_jax.utils module noads.gam_jax.utils.data_analysis module noads.gam_jax.utils.math module noads.gam_jax.utils.physical_data module noads.gam_jax.utils.unit module non_modified_inputs (noads.core.scenarios.temporalscenario.TemporalScenario attribute) norm() (in module noads.gam_jax.utils.math)

O

op_item() (noads.gam_jax.models.generic_airplane_model.GAM method) operating_aircraft (noads.core.models.fleet.fleet.Fleet attribute) (noads.core.models.fleet.fleet.FleetAssembly attribute)

output_streams (noads.core.models.energy.energy.ProducedEnergy attribute) (noads.core.models.energy.energy.ProducedEnergyCarrier attribute) owe_performance() (noads.gam_jax.models.generic_airplane_model.GAM method) owe_structure() (noads.gam_jax.models.generic_airplane_model.GAM method)

P

Pa_bar() (in module noads.gam_jax.utils.unit) Pa_mbar() (in module noads.gam_jax.utils.unit) Pam3pkg_barLpkg() (in module noads.gam_jax.utils.unit) partition() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method) pathways (noads.core.models.energy.energy.ProducedEnergy attribute) (noads.core.models.energy.energy.ProducedEnergyCarrier attribute) pc_no_dim() (in module noads.gam_jax.utils.unit) plot_calibration_result() (in module noads.demand_calibration.global_rpk) (in module noads.demand_calibration.regional_departures) plot_multi_scenario_result() (in module noads.application.visualization) plot_multiple_multi_scenario_result() (in module noads.application.visualization) plot_pretty_couplings() (noads.core.models.energy.energy_mix.EnergyMix method) (noads.core.models.fleet.fleet.FleetAssembly method) plot_scenario_comparison() (in module noads.application.visualization) plot_single_scenario_result() (in module noads.application.visualization) plot_tech_scenario_fleet_carriers() (in module noads.application.visualization) plot_tech_scenario_jet_fuel() (in module noads.application.visualization)

plot_tech_scenarios_trends() (in module noads.application.visualization) plot_without_reg() (in module noads.gam_jax.utils.data_analysis) power_system (noads.core.models.fleet.aircraft_design.AircraftDesign attribute) pressure() (in module noads.gam_jax.utils.physical_data) pressure_altitude() (in module noads.gam_jax.utils.physical_data) print_design() (noads.gam_jax.models.generic_airplane_model.GAM method) print_model_data() (noads.gam_jax.models.generic_airplane_model.GAM method) produced_energies (noads.core.models.energy.energy_mix.EnergyMix attribute) ProducedEnergy (class in noads.core.models.energy.energy) ProducedEnergyCarrier (class in noads.core.models.energy.energy) production_model() (noads.core.models.energy.energy.ProducedEnergy method) (noads.core.models.energy.energy.ProducedEnergyCarrier method) ProductionPathway (class in noads.core.models.energy.production_pathway) propulsion (noads.core.models.fleet.aircraft_design.AircraftDesign attribute) (noads.core.models.fleet.aircraft_operation.AircraftOperation attribute) propulsion_mass() (noads.gam_jax.models.generic_airplane_model.GAM method) PropulsionSystem (class in noads.core.models.fleet.aircraft_operation) psfc_thierry() (in module noads.gam_jax.models.engine_model)

R

rad_deg() (in module noads.gam_jax.utils.unit) read_db() (in module noads.gam_jax.utils.data_analysis) recent (noads.core.models.fleet.aircraft_design.AircraftDesign attribute) (noads.core.models.fleet.aircraft_operation.AircraftOperation attribute) RECURSIVE (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod attribute) ref_power() (noads.gam_jax.models.generic_airplane_model.GAM method) reference_aircraft (noads.core.models.fleet.aircraft_design.AircraftDesign attribute) removeprefix() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method) removesuffix() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method) renorm() (in module noads.gam_jax.utils.math) replace() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method)

reserve_data() (noads.gam_jax.models.generic_airplane_model.GAM method) reynolds_number() (in module noads.gam_jax.utils.physical_data) rfind() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method) rindex() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method) rjust() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method) rotate_point() (in module noads.gam_jax.utils.math) rotate_vector() (in module noads.gam_jax.utils.math) rpartition() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method) rsplit() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method) rstrip() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method) run_global_rpk_calibration() (in module noads.demand_calibration.global_rpk) run_region_calibration() (in module noads.demand_calibration.regional_departures)

S

s_h() (in module noads.gam_jax.utils.unit) s_min() (in module noads.gam_jax.utils.unit) s_year() (in module noads.gam_jax.utils.unit) scenario_inputs (noads.core.scenarios.multiscenario.MultiScenario attribute) scenario_names (noads.core.scenarios.multiscenario.MultiScenario attribute) scenario_outputs (noads.core.scenarios.multiscenario.MultiScenario attribute) sea_level_density() (in module noads.gam_jax.utils.physical_data) sea_level_pressure() (in module noads.gam_jax.utils.physical_data) sea_level_sound_speed() (in module noads.gam_jax.utils.physical_data) sea_level_temperature() (in module noads.gam_jax.utils.physical_data) secondary_energies (noads.core.models.energy.energy_mix.EnergyMix attribute) set_output_streams() (noads.core.models.energy.energy.ProducedEnergy method) (noads.core.models.energy.energy.ProducedEnergyCarrier method) share_model() (noads.core.models.fleet.aircraft_design.AircraftDesign method) (noads.core.models.fleet.aircraft_operation.AircraftOperation method) single_policy_robust_scenario_optimization() (in module noads.application.examples)

single_policy_scenario_optimization() (in module noads.application.examples) single_scenario_setup() (in module noads.application.scenario_setup) smart_round() (in module noads.gam_jax.utils.unit) sound_speed() (in module noads.gam_jax.utils.physical_data) specific_energy (noads.core.models.energy.energy.EnergyCarrier attribute) (noads.core.models.energy.energy.ProducedEnergyCarrier attribute) split() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method) splitlines() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method) standard_mass() (noads.gam_jax.models.generic_airplane_model.GAM method) startswith() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method) stoichiometry() (in module noads.gam_jax.utils.physical_data) store_data_to_file() (in module noads.gam_jax.utils.data_analysis) Stream (class in noads.core.models.energy.streams) strip() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method) subplots_by_varname() (in module noads.gam_jax.utils.data_analysis) swapcase() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method)

T

T_kg() (in module noads.gam_jax.utils.unit) t_kg() (in module noads.gam_jax.utils.unit) take_off_energy() (noads.gam_jax.models.generic_airplane_model.GAM method) technology_evolution (noads.core.models.fleet.aircraft_design.AircraftDesign attribute) temporal_scenario (noads.core.scenarios.multiscenario.MultiScenario attribute) TemporalScenario (class in noads.core.scenarios.temporalscenario) TemporalScenario.AdjointMethod (class in noads.core.scenarios.temporalscenario) time_integrated_outputs (noads.core.scenarios.temporalscenario.TemporalScenario attribute) time_interpolation (noads.core.scenarios.temporalscenario.TemporalScenario attribute) time_vector (noads.core.scenarios.temporalscenario.TemporalScenario attribute) title() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method) total_fuel() (noads.gam_jax.models.generic_airplane_model.GAM method)

total_impacts_model() (noads.core.models.energy.energy_mix.EnergyMix method) total_pressure() (in module noads.gam_jax.utils.physical_data) total_temperature() (in module noads.gam_jax.utils.physical_data) translate() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method) tree_flatten() (noads.core.models.interpolation.InterpolatedUnivariateSpline method) tree_unflatten() (noads.core.models.interpolation.InterpolatedUnivariateSpline class method) trinome() (in module noads.gam_jax.utils.math) tsfc_mattingly() (in module noads.gam_jax.models.engine_model) tsfc_mattingly_hbpr() (in module noads.gam_jax.models.engine_model) tsfc_mattingly_lbpr() (in module noads.gam_jax.models.engine_model) tsfc_thierry() (in module noads.gam_jax.models.engine_model) TWh_J() (in module noads.gam_jax.utils.unit)

U

unit (noads.core.models.energy.energy.Energy attribute) (noads.core.models.energy.energy.EnergyCarrier attribute) (noads.core.models.energy.energy.ProducedEnergy attribute) (noads.core.models.energy.energy.ProducedEnergyCarrier attribute) (noads.core.models.energy.streams.Impact attribute) (noads.core.models.energy.streams.MaterialStream attribute) (noads.core.models.energy.streams.Stream attribute)

unvectorized_chain (noads.core.scenarios.temporalscenario.TemporalScenario attribute) upper() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method) usgal_liter() (in module noads.gam_jax.utils.unit) usgal_m3() (in module noads.gam_jax.utils.unit)

V

value_2020 (noads.core.models.fleet.aircraft_tech_parameter.AircraftTechParameter attribute) value_2040 (noads.core.models.fleet.aircraft_tech_parameter.AircraftTechParameter attribute) value_2060 (noads.core.models.fleet.aircraft_tech_parameter.AircraftTechParameter attribute) value_at_entry_into_service() (noads.core.models.fleet.aircraft_tech_parameter.AircraftTechParameter method) vander3() (in module noads.gam_jax.utils.math) vcas_from_mach() (in module noads.gam_jax.utils.physical_data) vectorized_chain (noads.core.scenarios.temporalscenario.TemporalScenario attribute)

volume_to_energy() (noads.core.models.energy.energy.EnergyCarrier method) (noads.core.models.energy.energy.ProducedEnergyCarrier method) volume_to_mass() (noads.core.models.energy.energy.EnergyCarrier method) (noads.core.models.energy.energy.ProducedEnergyCarrier method) (noads.core.models.energy.streams.MaterialStream method) vtas_from_mach() (in module noads.gam_jax.utils.physical_data) vtas_from_vcas() (in module noads.gam_jax.utils.physical_data)

W

W_GW() (in module noads.gam_jax.utils.unit) W_kW() (in module noads.gam_jax.utils.unit)

W_MW() (in module noads.gam_jax.utils.unit) Wh_J() (in module noads.gam_jax.utils.unit) Wh_kWh() (in module noads.gam_jax.utils.unit)

Y

year_s() (in module noads.gam_jax.utils.unit)

yearly_utilization() (noads.gam_jax.models.generic_airplane_model.GAM method)

Z

zfill() (noads.core.scenarios.temporalscenario.TemporalScenario.AdjointMethod method)