package principia.serialization

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Used in: FlightPlan, PileUp, Plugin, Plugin.ZombieAndProperties, Vessel

• required AdaptiveStepSizeIntegrator integrator = 1

• required int64 max_steps = 2

• required Quantity length_integration_tolerance = 3

• optional Quantity speed_integration_tolerance = 4

Used in: AdaptiveStepParameters, AdaptiveStepSizeIntegratorInstance

• required AdaptiveStepSizeIntegrator.Kind kind = 1

Used in: AdaptiveStepSizeIntegrator, NumericsBlueprint.Psychohistory

• DORMAND_ELMIKKAWY_PRINCE_1986_RKN_434FM = 1

• DORMAND_PRINCE_1986_RK_547FC = 3

• FINE_1987_RKNG_34 = 2

• FINE_1987_RKNG_45 = 4

• required AdaptiveStepSizeIntegratorInstance.Parameters parameters = 1

• required AdaptiveStepSizeIntegrator integrator = 2

• optional Quantity time_step = 3

  Added in Cartan, pre-Hesse.

• optional AdaptiveStepSizeIntegratorInstance.Step step = 5

  Added in Hesse.

• optional bool first_use = 4

Used in: AdaptiveStepSizeIntegratorInstance

• optional Quantity first_time_step = 1

  Pre-Hesse.

• optional Step first_step = 5

  Added in Hesse.

• required double safety_factor = 2

• required int64 max_steps = 3

• optional bool last_step_is_exact = 4

  Added in Cartan.

Used in: AdaptiveStepSizeIntegratorInstance, Parameters

• oneof step

  • double double = 1

  • Quantity quantity = 2

Used in: PileUp, RigidMotion

• required Frame from_frame = 4

• required Frame to_frame = 5

• required Point from_origin = 1

• required Point to_origin = 2

• required LinearMap linear_map = 3

• repeated int32 primary = 1

• repeated int32 secondary = 2

• oneof body

  • MassiveBody massive_body = 1

  • MasslessBody massless_body = 2

• required int32 primary = 1

• required int32 secondary = 2

• required int32 centre = 1

• required int32 centre = 1

• required int32 celestial_index = 1

• optional int32 parent_index = 2

• optional KeplerianElements keplerian_elements = 3

• required MassiveBody body = 4

We would like to use Cyrillic for the name of this message, but the protobuf language only supports ASCII in identifiers. Sigh. Blame Kenton. Removed in Канторович.

Used in: ContinuousTrajectory

• repeated ChebyshevSeries.Coefficient coefficient = 1

• required Point lower_bound = 2

  Renamed in Julia.

• required Point upper_bound = 3

  Renamed in Julia.

Used in: ChebyshevSeries

• oneof coefficient

  • double double = 1

  • Quantity quantity = 2

  • Multivector multivector = 3

• oneof scale

  • double double = 3

    Added in Lagrange.

  • Quantity quantity = 1

• required Quaternion quaternion = 2

Used in: Ephemeris

• required Quantity step = 1

• required Quantity tolerance = 2

• optional Quantity adjusted_tolerance = 3

  Pre-Grassmann.

• optional bool is_unstable = 4

  Pre-Grassmann.

• optional int32 degree = 5

  Pre-Grassmann.

• optional int32 degree_age = 6

  Pre-Grassmann.

• repeated ContinuousTrajectory.InstantaneousDegreesOfFreedom last_point = 9

  Pre-Grassmann.

• optional Point checkpoint_time = 11

  Added in Fatou, removed in Grassmann.

• repeated ChebyshevSeries series = 7

  Pre-Cohen.

• optional Point first_time = 8

• repeated ContinuousTrajectory.InstantPolynomialPair instant_polynomial_pair = 10

  Added in Cohen.

• repeated ContinuousTrajectory.Checkpoint checkpoint = 12

  Added in Grassmann.

• optional PolynomialInMonomialBasis.Policy policy = 13

  Added in کاشانی.

Used in: ContinuousTrajectory

• required Point time = 1

• required Quantity adjusted_tolerance = 2

• required bool is_unstable = 3

• required int32 degree = 4

• required int32 degree_age = 5

• repeated InstantaneousDegreesOfFreedom last_point = 6

Used in: ContinuousTrajectory

• required Point t_max = 1

• required Polynomial polynomial = 2

Used in: ContinuousTrajectory, Checkpoint

• required Point instant = 1

• required Pair degrees_of_freedom = 2

Used in: DiscreteTrajectory.Brood, Part, PileUp, Vessel, Vessel.Checkpoint

• repeated DiscreteTrajectory.Brood children = 1

• repeated DiscreteTrajectorySegment.InstantaneousDegreesOfFreedom timeline = 2

• repeated int32 fork_position = 3

• optional DiscreteTrajectory.Downsampling downsampling = 4

  Added in 陈景润.

• optional DiscreteTrajectorySegment.Zfp zfp = 5

  Added in Frobenius.

• repeated DiscreteTrajectorySegment.InstantaneousDegreesOfFreedom exact = 6

  Added in Haar.

• repeated DiscreteTrajectorySegment segment = 7

• repeated DiscreteTrajectory.SegmentByLeftEndpoint segment_by_left_endpoint = 8

• repeated int32 tracked_position = 9

Used in: DiscreteTrajectory

• required Point fork_time = 1

• repeated DiscreteTrajectory trajectories = 2

Used in: DiscreteTrajectory

• required int64 max_dense_intervals = 2

• required Quantity tolerance = 3

• optional Point start_of_dense_timeline = 1

  The instant of the iterator; absent if it is the end of the timeline. Pre Haar.

• repeated Point dense_timeline = 4

  Added in Haar.

Used in: DiscreteTrajectory

• required Point left_endpoint = 1

• required int32 segment = 2

A marker to indicate that a segment doesn't have its position tracked.

• MISSING_TRACKED_POSITION = -1

Added in Hamilton. Note that some nested messages are shared with the pre-Hamilton DiscreteTrajectory and must therefore remain compatible.

Used in: DiscreteTrajectory

• optional DiscreteTrajectorySegment.DownsamplingParameters downsampling_parameters = 1

• optional int32 number_of_dense_points = 2

• optional bool was_downsampled = 5

  Added in Hesse.

• repeated DiscreteTrajectorySegment.InstantaneousDegreesOfFreedom exact = 3

• required DiscreteTrajectorySegment.Zfp zfp = 4

Used in: DiscreteTrajectorySegment, Vessel

• required int64 max_dense_intervals = 1

• required Quantity tolerance = 2

Used in: DiscreteTrajectory, DiscreteTrajectorySegment

• required Point instant = 1

• required Pair degrees_of_freedom = 2

Used in: DiscreteTrajectory, DiscreteTrajectorySegment

• required int32 codec_version = 1

• required int32 library_version = 2

• required bytes timeline = 3

• required int32 timeline_size = 4

Used in: State, SymmetricLinearMultistepIntegratorInstance.Step

• required DoublePrecision.Value value = 1

• required DoublePrecision.Error error = 2

Used in: DoublePrecision

• oneof error

  • double double = 3

  • Quantity quantity = 1

  • Multivector multivector = 2

Used in: DoublePrecision

• oneof value

  • double double = 3

  • Quantity quantity = 4

  • Point point = 1

  • Multivector multivector = 2

(message has no fields)

(message has no fields)

Used in: Plugin

• repeated MassiveBody body = 1

• repeated ContinuousTrajectory trajectory = 2

• optional Ephemeris.AccuracyParameters accuracy_parameters = 10

  Added in Ἐρατοσθένης.

• required FixedStepParameters fixed_step_parameters = 7

• optional IntegratorInstance instance = 9

  Pre-Grassmann.

• optional Point checkpoint_time = 12

  Added in Fatou, removed in Grassmann.

• repeated Ephemeris.Checkpoint checkpoint = 13

  Added in Grassmann.

Used in: Ephemeris

• required Quantity fitting_tolerance = 1

• required double geopotential_tolerance = 2

Used in: Ephemeris

• required Point time = 1

• required IntegratorInstance instance = 2

Used in: PileUp

• required R3Element moments_of_inertia = 1

• required Multivector initial_angular_momentum = 2

• required Rotation initial_attitude = 3

• required Point initial_time = 4

Used in: Ephemeris, PileUp, Plugin, Vessel.Checkpoint

• required FixedStepSizeIntegrator integrator = 1

• required Quantity step = 2

Used in: FixedStepParameters, FixedStepSizeIntegratorInstance

• required FixedStepSizeIntegrator.Kind kind = 1

• optional FixedStepSizeIntegrator.CompositionMethod composition_method = 2

  Only for SRKN.

Used in: FixedStepSizeIntegrator

• BA = 0

  Neither b₀ nor aᵣ vanishes.

• ABA = 1

  b₀ = 0.

• BAB = 2

  aᵣ = 0.

Used in: FixedStepSizeIntegrator, NumericsBlueprint.Ephemeris, NumericsBlueprint.History

• ADAMS_BASHFORTH_ORDER_2 = 39

• ADAMS_BASHFORTH_ORDER_3 = 40

• ADAMS_BASHFORTH_ORDER_4 = 41

• ADAMS_BASHFORTH_ORDER_5 = 42

• ADAMS_BASHFORTH_ORDER_6 = 43

• BLANES_MOAN_2002_S6 = 36

• BLANES_MOAN_2002_S10 = 37

• BLANES_MOAN_2002_SRKN_6B = 1

• BLANES_MOAN_2002_SRKN_11B = 2

• BLANES_MOAN_2002_SRKN_14A = 3

• CANDY_ROZMUS_1991_FOREST_RUTH_1990 = 26

• KUTTA_1901_V_SIGMA1 = 38

• MCLACHLAN_1995_S2 = 29

• MCLACHLAN_1995_S4 = 31

• MCLACHLAN_1995_S5 = 32

• MCLACHLAN_1995_SB3A_4 = 4

• MCLACHLAN_1995_SB3A_5 = 5

• MCLACHLAN_1995_SS5 = 30

• MCLACHLAN_1995_SS9 = 33

• MCLACHLAN_1995_SS15 = 34

• MCLACHLAN_1995_SS17 = 35

• MCLACHLAN_ATELA_1992_ORDER_2_OPTIMAL = 27

• MCLACHLAN_ATELA_1992_ORDER_3_OPTIMAL = 28

• MCLACHLAN_ATELA_1992_ORDER_4_OPTIMAL = 6

• MCLACHLAN_ATELA_1992_ORDER_5_OPTIMAL = 7

• NEWTON_DELAMBRE_STORMER_VERLET_LEAPFROG = 15

• OKUNBOR_SKEEL_1994_ORDER_6_METHOD_13 = 8

• QUINLAN_1999_ORDER_8A = 9

• QUINLAN_1999_ORDER_8B = 10

• QUINLAN_TREMAINE_1990_ORDER_8 = 11

• QUINLAN_TREMAINE_1990_ORDER_10 = 12

• QUINLAN_TREMAINE_1990_ORDER_12 = 13

• QUINLAN_TREMAINE_1990_ORDER_14 = 14

• RUTH_1983 = 16

• SUZUKI_1990 = 17

• YOSHIDA_1990_ORDER_6A = 18

• YOSHIDA_1990_ORDER_6B = 19

• YOSHIDA_1990_ORDER_6C = 20

• YOSHIDA_1990_ORDER_8A = 21

• YOSHIDA_1990_ORDER_8B = 22

• YOSHIDA_1990_ORDER_8C = 23

• YOSHIDA_1990_ORDER_8D = 24

• YOSHIDA_1990_ORDER_8E = 25

• required Quantity step = 1

• required FixedStepSizeIntegrator integrator = 2

Used in: Vessel

• required Quantity initial_mass = 1

• required Point initial_time = 2

• required Pair initial_degrees_of_freedom = 12

• required Point desired_final_time = 3

• repeated Manoeuvre manoeuvre = 8

• required AdaptiveStepParameters adaptive_step_parameters = 11

• optional AdaptiveStepParameters generalized_adaptive_step_parameters = 13

  Added in Erdős.

Used in: AffineMap, KeplerianElements, LinearMap, Multivector, RotatingBody, SymmetricBilinearForm

• required fixed32 tag_type_fingerprint = 1

• required int32 tag = 2

• required bool is_inertial = 3

The frame tags used in the physics library.

• FRENET = 1

• PRINCIPAL_AXES = 2

The frame tags used in the plugin.

Used in: GravityModel, InitialState

• ALICE_SUN = 1

• ALICE_WORLD = 2

• APPARENT = 12

• APPARENT_WORLD = 19

• BARYCENTRIC = 7

• BODY_WORLD = 9

• CAMERA = 14

  BUBBLE = 13;

• CAMERA_COMPENSATED_REFERENCE = 21

• CAMERA_REFERENCE = 17

• CELESTIAL_SPHERE = 8

• ECCENTRIC_PART = 20

• MAIN_BODY_CENTRED = 15

• NAVBALL = 10

• NAVIGATION = 4

• NON_ROTATING_PILE_UP = 11

• PILE_UP_PRINCIPAL_AXES = 18

• RIGID_PART = 16

  PRE_BOREL_BARYCENTRIC = 3;

• WORLD = 5

• WORLD_SUN = 6

The frame tags used in the astronomical simulations.

Used in: GravityModel, InitialState

• GCRS = 5

• ICRS = 2

• ITRS = 4

• SKY = 3

The frame tags used in tests.

• TEST = 1

• TEST1 = 2

• TEST2 = 3

• TEST3 = 7

• FROM = 4

• THROUGH = 5

• TO = 6

Used in: SolarSystemFile

• oneof frame

  • Frame.SolarSystemTag solar_system_frame = 1

  • Frame.PluginTag plugin_frame = 3

• repeated GravityModel.Body body = 2

Used in: GravityModel

• required string name = 1

• oneof massive

  Massive body.

  • string gravitational_parameter = 2

  • string mass = 13

• optional string reference_instant = 12

  Rotating body.

  Terrestrial time.

• optional string min_radius = 15

• optional string mean_radius = 7

• optional string max_radius = 16

• optional string axis_right_ascension = 3

• optional string axis_declination = 4

• optional string reference_angle = 8

• optional string angular_frequency = 9

• optional string reference_radius = 6

  Oblate body.

• oneof oblateness

  • double j2 = 11

    Unnormalized.

  • OblateBody.Geopotential geopotential = 14

• required HierarchicalSystem.Subsystem system = 1

Used in: HierarchicalSystem

• required MassiveBody primary = 1

• repeated Subsystem satellites = 2

  For stability, the satellites are sorted by name.

• optional KeplerianElements jacobi_osculating_elements = 3

• required Quantity scale = 1

(message has no fields)

Used in: SolarSystemFile

• oneof frame

  • Frame.SolarSystemTag solar_system_frame = 1

  • Frame.PluginTag plugin_frame = 6

• required string epoch = 7

  Terrestrial time.

• oneof coordinates

  • InitialState.Cartesian cartesian = 4

  • InitialState.Keplerian keplerian = 5

Used in: InitialState

• repeated Cartesian.Body body = 1

Used in: Cartesian

• required string name = 1

• required string x = 2

• required string y = 3

• required string z = 4

• required string vx = 5

• required string vy = 6

• required string vz = 7

Used in: InitialState

• repeated Keplerian.Body body = 1

Used in: Keplerian

• required string name = 1

• optional string parent = 2

• optional Body.Elements elements = 3

Used in: Body

• required double eccentricity = 1

• oneof category2

  See kepler_orbit.hpp.

  • string semimajor_axis = 2

  • string mean_motion = 3

  • string period = 8

• required string inclination = 4

• required string longitude_of_ascending_node = 5

• required string argument_of_periapsis = 6

• required string mean_anomaly = 7

(message has no fields)

Used in: Ephemeris, Ephemeris.Checkpoint

• required State current_state = 1

Used in: CelestialJacobiKeplerian, HierarchicalSystem.Subsystem

• required Frame frame = 1

• optional double eccentricity = 2

• optional Quantity asymptotic_true_anomaly = 9

• optional Quantity turning_angle = 10

• optional Quantity semimajor_axis = 3

• optional Quantity specific_energy = 11

• optional Quantity characteristic_energy = 12

• optional Quantity mean_motion = 4

• optional Quantity period = 13

• optional Quantity hyperbolic_mean_motion = 14

• optional Quantity hyperbolic_excess_velocity = 15

• optional Quantity semiminor_axis = 16

• optional Quantity impact_parameter = 17

• optional Quantity semilatus_rectum = 18

• optional Quantity specific_angular_momentum = 19

• optional Quantity periapsis_distance = 20

• optional Quantity apoapsis_distance = 21

• required Quantity inclination = 5

• required Quantity longitude_of_ascending_node = 6

• optional Quantity argument_of_periapsis = 7

• optional Quantity longitude_of_periapsis = 22

• optional Quantity true_anomaly = 23

• optional Quantity mean_anomaly = 8

• optional Quantity hyperbolic_mean_anomaly = 24

Used in: AffineMap

• required Frame from_frame = 1

• required Frame to_frame = 2

Used in: FlightPlan

• required Quantity thrust = 1

• required Quantity initial_mass = 2

• required Quantity specific_impulse = 3

• required Multivector direction = 4

• required Quantity duration = 5

• required Point initial_time = 6

• required ReferenceFrame frame = 7

• optional bool is_inertially_fixed = 8

  Required, addded in Чебышёв.

Used in: Body, CelestialJacobiKeplerian, Ephemeris, HierarchicalSystem.Subsystem

• required Quantity gravitational_parameter = 1

• required string name = 2

Used in: Body, Vessel

(message has no fields)

Used in: ChebyshevSeries.Coefficient, DoublePrecision.Error, DoublePrecision.Value, EulerSolver, Manoeuvre, Pair.Element, Part, PileUp, Point, PolynomialInChebyshevBasis.Argument, PolynomialInChebyshevBasis.Coefficient, PolynomialInMonomialBasis, PolynomialInMonomialBasis.Coefficient, RigidMotion, SymmetricLinearMultistepIntegratorInstance.Step.Acceleration

• required Frame frame = 4

• oneof rank

  • R3Element vector = 1

  • R3Element bivector = 2

  • Quantity trivector = 3

Used in: SolarSystemFile

• optional NumericsBlueprint.Downsampling downsampling = 4

• required NumericsBlueprint.Ephemeris ephemeris = 1

• required NumericsBlueprint.History history = 2

• required NumericsBlueprint.Psychohistory psychohistory = 3

Used in: NumericsBlueprint

• required int64 max_dense_intervals = 1

• required string tolerance = 2

Used in: NumericsBlueprint

• required FixedStepSizeIntegrator.Kind integrator = 1

• required string step = 2

• required string fitting_tolerance = 3

• required string geopotential_tolerance = 4

Used in: NumericsBlueprint

• required FixedStepSizeIntegrator.Kind integrator = 1

• required string step = 2

Used in: NumericsBlueprint

• required AdaptiveStepSizeIntegrator.Kind integrator = 1

• required string length_integration_tolerance = 2

• required string speed_integration_tolerance = 3

• optional Quantity reference_radius = 4

• oneof oblateness

  • Quantity pre_diophantos_j2 = 1

    Unnormalized Degree2SphericalHarmonicCoefficient.

  • OblateBody.Geopotential geopotential = 2

    Normalized.

Used in: GravityModel.Body, OblateBody

• repeated Geopotential.GeopotentialRow row = 1

  For stability, the serialization produces rows by increasing degree.

Used in: Geopotential

• required int32 degree = 1

  For a given `degree`, the `column` array must contain at most `degree + 1` entries.

• repeated GeopotentialRow.GeopotentialColumn column = 2

  For stability, the serialization produces columns by increasing order.

Used in: GeopotentialRow

• required int32 order = 1

• oneof cos_j

  j can only be set if order is 0.

  • double cos = 2

  • double j = 4

• required double sin = 3

• optional Rotation rotation = 2

• optional Quaternion quaternion = 3

  Added in Frege.

Used in: ContinuousTrajectory.InstantaneousDegreesOfFreedom, DiscreteTrajectorySegment.InstantaneousDegreesOfFreedom, FlightPlan, Part, PileUp

• required Pair.Element t1 = 1

• required Pair.Element t2 = 2

Used in: Pair

• oneof element

  • Multivector multivector = 1

  • Point point = 2

Used in: Vessel

• required fixed32 part_id = 4

• required string name = 9

• optional bool truthful = 14

  Added in Frobenius.

• optional Quantity mass = 2

  Pre-Fréchet, re-added in Frenet.

• optional Point centre_of_mass = 15

  Added in Galileo.

• optional Part.PreFrenetInertiaTensor pre_frenet_inertia_tensor = 10

  Added in Fréchet.

• optional SymmetricBilinearForm inertia_tensor = 12

  Added in Frenet.

• required Multivector intrinsic_force = 5

• optional Multivector intrinsic_torque = 13

  Added in Frenet.

• optional int32 containing_pile_up = 6

• optional Pair degrees_of_freedom = 1

  Pre-Fréchet.

• optional RigidMotion rigid_motion = 11

  Added in Fréchet.

• required DiscreteTrajectory prehistory = 7

• optional bool tail_is_authoritative = 8

  Pre-Cesàro.

Used in: Part

• required Quantity mass = 1

• required SymmetricBilinearForm form = 2

• required Point centre_of_mass = 3

• required int32 coordinate_permutation = 1

  See permutation.hpp for the structure of this field. We make it signed because the enums above are signed.

Three two-bit fields which indicate how each coordinate get mapped by the permutation.

• X = 0

• Y = 1

• Z = 2

A three bit field used when using `coordinate_permutation` to index arrays.

• INDEX = 6

The sign bit gives the sign of the permutation.

• EVEN = 0

• ODD = -2147483648

  0x80000000

• repeated Point bounds = 1

• repeated PoissonSeries series = 2

• optional PoissonSeries addend = 3

Used in: Plugin

• repeated fixed32 part_id = 1

• required DiscreteTrajectory history = 4

• map<fixed32, Pair> actual_part_degrees_of_freedom = 5

  Pre-Frege.

• map<fixed32, Pair> apparent_part_degrees_of_freedom = 6

• map<fixed32, RigidMotion> actual_part_rigid_motion = 9

  Added in Frege.

• map<fixed32, RigidMotion> apparent_part_rigid_motion = 10

• map<fixed32, AffineMap> rigid_pile_up = 11

  Added in Frobenius.

• optional EulerSolver euler_solver = 12

• optional Multivector angular_momentum = 13

  Required.

• optional AdaptiveStepParameters adaptive_step_parameters = 7

  Added in Cartan.

• optional FixedStepParameters fixed_step_parameters = 8

• optional fixed64 system_fingerprint = 20

  Added in Grassmann.

• repeated Plugin.VesselAndProperties vessel = 1

• map<fixed32, string> part_id_to_vessel = 16

• repeated Plugin.CelestialParenthood celestial = 10

• required Ephemeris ephemeris = 7

• required FixedStepParameters history_parameters = 12

• required AdaptiveStepParameters psychohistory_parameters = 13

• required Quantity planetarium_rotation = 4

• required Point game_epoch = 15

• required Point current_time = 5

• required int32 sun_index = 6

• optional ReferenceFrame pre_cauchy_plotting_frame = 11

• repeated PileUp pile_up = 17

• optional Renderer renderer = 18

  Added in Cauchy.

• repeated Plugin.ZombieAndProperties zombie = 19

  Added in Frege.

Used in: Plugin

• required int32 index = 1

• optional int32 parent_index = 2

• optional int32 ephemeris_index = 3

  Added in Catalan.

Used in: Plugin

• required string guid = 1

• required Vessel vessel = 2

• required int32 parent_index = 3

• required bool loaded = 5

• required bool kept = 7

Used in: Plugin

• required string guid = 1

• required AdaptiveStepParameters prediction_parameters = 2

Used in: AffineMap, ChebyshevSeries, ContinuousTrajectory, ContinuousTrajectory.Checkpoint, ContinuousTrajectory.InstantPolynomialPair, ContinuousTrajectory.InstantaneousDegreesOfFreedom, DiscreteTrajectory.Brood, DiscreteTrajectory.Downsampling, DiscreteTrajectory.SegmentByLeftEndpoint, DiscreteTrajectorySegment.InstantaneousDegreesOfFreedom, DoublePrecision.Value, Ephemeris, Ephemeris.Checkpoint, EulerSolver, FlightPlan, Manoeuvre, Pair.Element, Part, Part.PreFrenetInertiaTensor, PiecewisePoissonSeries, Plugin, PolynomialInChebyshevBasis.Argument, PolynomialInMonomialBasis, PolynomialInMonomialBasis.Coefficient, RotatingBody, Vessel.Checkpoint

• oneof vector

  • Multivector multivector = 1

  • Quantity scalar = 2

Used in: PiecewisePoissonSeries

• required Polynomial aperiodic = 1

  The origin is not serialized since it's part of the polynomials.

• repeated PoissonSeries.PolynomialsAndAngularFrequency periodic = 2

Used in: PoissonSeries

• required Quantity angular_frequency = 1

• required Polynomial sin = 2

• required Polynomial cos = 3

Used in: ContinuousTrajectory.InstantPolynomialPair, PoissonSeries, PoissonSeries.PolynomialsAndAngularFrequency

• required int32 degree = 1

• repeated PolynomialInChebyshevBasis.Coefficient coefficient = 1

• required PolynomialInChebyshevBasis.Argument lower_bound = 2

• required PolynomialInChebyshevBasis.Argument upper_bound = 3

Used in: PolynomialInChebyshevBasis

• oneof message

  • double double = 1

  • Quantity quantity = 2

  • Multivector multivector = 3

  • Point point = 4

Used in: PolynomialInChebyshevBasis

• oneof message

  • double double = 1

  • Quantity quantity = 2

  • Multivector multivector = 3

• repeated PolynomialInMonomialBasis.Coefficient coefficient = 1

• oneof origin

  Added in Gröbner.

  • double double = 3

  • Quantity quantity = 4

  • Multivector multivector = 5

  • Point point = 2

    Was optional Point origin = 2;

• optional PolynomialInMonomialBasis.Evaluator evaluator = 6

  Added in Καραθεοδωρή.

Used in: PolynomialInMonomialBasis

• oneof message

  • double double = 1

  • Quantity quantity = 2

  • Multivector multivector = 3

  • Point point = 4

Used in: PolynomialInMonomialBasis

• required Evaluator.Kind kind = 1

Used in: Evaluator

• ESTRIN = 0

• HORNER = 1

• ESTRIN_WITHOUT_FMA = 2

• HORNER_WITHOUT_FMA = 3

Added in کاشانی. Not used in the representation of polynomials, but in code that constructs them.

Used in: ContinuousTrajectory

• required Policy.Kind kind = 1

Used in: Policy

• ALWAYS_ESTRIN_WITHOUT_FMA = 0

• ALWAYS_ESTRIN = 1

Used in: AdaptiveStepParameters, AdaptiveStepSizeIntegratorInstance, AdaptiveStepSizeIntegratorInstance.Parameters, AdaptiveStepSizeIntegratorInstance.Step, ChebyshevSeries.Coefficient, ConformalMap, ContinuousTrajectory, ContinuousTrajectory.Checkpoint, DiscreteTrajectory.Downsampling, DiscreteTrajectorySegment.DownsamplingParameters, DoublePrecision.Error, DoublePrecision.Value, Ephemeris.AccuracyParameters, FixedStepParameters, FixedStepSizeIntegratorInstance, FlightPlan, Homothecy, KeplerianElements, Manoeuvre, MassiveBody, Multivector, OblateBody, Part, Part.PreFrenetInertiaTensor, Plugin, Point, PoissonSeries.PolynomialsAndAngularFrequency, PolynomialInChebyshevBasis.Argument, PolynomialInChebyshevBasis.Coefficient, PolynomialInMonomialBasis, PolynomialInMonomialBasis.Coefficient, R3Element.Coordinate, RotatingBody, SymmetricLinearMultistepIntegratorInstance.Step.Acceleration

• required uint64 dimensions = 1

  The following is encoded as a varint 128 because the exponents that are generally non-zero occupy the low bits.

• required double magnitude = 2

Used in: ConformalMap, OrthogonalMap, Rotation

• required double real_part = 1

• required R3Element imaginary_part = 2

Used in: EulerSolver, Multivector, Quaternion, R3x3Matrix

• required R3Element.Coordinate x = 1

• required R3Element.Coordinate y = 2

• required R3Element.Coordinate z = 3

Used in: R3Element

• oneof coordinate

  • double double = 1

  • Quantity quantity = 2

Used in: SymmetricBilinearForm

• required R3Element row_x = 1

• required R3Element row_y = 2

• required R3Element row_z = 3

Used in: Manoeuvre, Plugin, Renderer

(message has no fields)

Added in Cauchy.

Used in: Plugin

• required ReferenceFrame plotting_frame = 1

Used in: Part, PileUp

• required AffineMap rigid_transformation = 1

• required Multivector angular_velocity_of_to_frame = 2

• required Multivector velocity_of_to_frame_origin = 3

• required Frame frame = 1

• optional Quantity min_radius = 9

  Added in Del Ferro.

• required Quantity mean_radius = 5

• optional Quantity max_radius = 10

  Added in Del Ferro.

• required Quantity reference_angle = 2

• required Point reference_instant = 3

• required Quantity angular_frequency = 6

• required Quantity right_ascension_of_pole = 7

• required Quantity declination_of_pole = 8

Added in Ὑπατία.

• repeated int32 primary = 1

• repeated int32 secondary = 2

Used in: EulerSolver, OrthogonalMap

• required Quaternion quaternion = 1

Used in: Signature

• required bool negative = 1

• required Sign x = 1

• required Sign y = 2

• required Sign z = 3

• oneof file

  • GravityModel gravity_model = 1

  • InitialState initial_state = 2

  • NumericsBlueprint numerics_blueprint = 3

Used in: IntegratorInstance

• repeated DoublePrecision position = 1

• repeated DoublePrecision velocity = 2

• required DoublePrecision time = 3

Used in: Part, Part.PreFrenetInertiaTensor

• required Frame frame = 1

• required R3x3Matrix matrix = 2

• repeated SymmetricLinearMultistepIntegratorInstance.Step previous_steps = 1

• optional int32 startup_step_index = 2

  Added in Cartan.

Used in: SymmetricLinearMultistepIntegratorInstance

• repeated DoublePrecision displacements = 1

• repeated Step.Acceleration accelerations = 2

• required DoublePrecision time = 3

Used in: Step

• oneof acceleration

  • Quantity quantity = 1

  • Multivector multivector = 2

(message has no fields)

An auxiliary message used to represent tabulated data. Useful for tests that verify precomputed results. The arguments and values are to be interpreted by the test.

• repeated TabulatedData.Entry entry = 1

Used in: TabulatedData

• repeated double argument = 1

• repeated double value = 2

Used in: Plugin.VesselAndProperties

• required string guid = 13

• required string name = 19

• required MasslessBody body = 1

• required AdaptiveStepParameters prediction_adaptive_step_parameters = 10

• repeated Part parts = 14

• repeated fixed32 kept_parts = 15

• required DiscreteTrajectory history = 16

• optional bool psychohistory_is_authoritative = 17

  Pre-Cesàro.

• optional DiscreteTrajectory prediction = 18

  Pre-Chasles.

• repeated FlightPlan flight_plans = 4

  Optional before Hilbert.

• optional int32 selected_flight_plan_index = 24

  Added in Hilbert.

• optional bool is_collapsible = 22

  Added in हरीश चंद्र.

• repeated Vessel.Checkpoint checkpoint = 21

  Added in हरीश चंद्र.

• optional DiscreteTrajectorySegment.DownsamplingParameters downsampling_parameters = 23

  Added in हरीश चंद्र.

Used in: Vessel

• required Point time = 1

• required DiscreteTrajectory non_collapsible_segment = 2

• required FixedStepParameters collapsible_fixed_step_parameters = 3