File List

Here is a list of all files with brief descriptions:

• dir astrea
  • dir astro
    • dir astro
      • dir frames
        • file CartesianVector.hpp This file defines the CartesianVector class, which represents a 3D vector in Cartesian coordinates.
        • file Frame.hpp Definition for a Frame in astrea.
        • file FrameReference.cpp
        • file FrameReference.hpp Header file for the FrameReference class in the astro namespace.
        • dir instances
          • file EastNorthUp.hpp Header file for the EastNorthUp class in the astro namespace.
          • file LocalHorizontalLocalVertical.hpp Header file for the LocalHorizontalLocalVertical class in the astro namespace.
          • file RadialInTrackCrossTrack.hpp Header file for the RadialInTrackCrossTrack class in the astro namespace.
          • file VelocityNormalBinormal.hpp Header file for the VelocityNormalBinormal class in the astro namespace.
          • file body_centered_inertial_frames.hpp Header file for all (most? common?) body-centered inertial frames.
          • file body_fixed_frames.hpp Header file for body-fixed frames. Just ECEF right now.
          • file defined_rotations.hpp Header file for defined rotations between common frames.
        • dir types
          • file BodyFixedFrame.hpp Header file for the BodyFixedFrame class in the astro namespace.
          • file DirectionCosineMatrix.hpp Header file for the DirectionCosineMatrix class in the astro namespace.
          • file DynamicFrame.hpp Header file for the DynamicFrame class in the astro namespace.
          • file InertialFrame.hpp Header file for the InertialFrame class in the astro namespace.
        • file dynamic_frames.hpp Header file for dynamic frames.
        • file frame_concepts.hpp Definitions for frame concepts and other compile-time utilities.
        • file frames.hpp
        • file transformations.hpp Definitions for frame transformations and other utilities.
      • dir platforms
        • file Payload.hpp Payload class definition for astrea access platform.
        • file PayloadPlatform.hpp This file defines the PayloadPlatform class, which represents a platform that can have payloads attached to it.
        • file Vehicle.cpp
        • file Vehicle.hpp A class representing a vehicle in the astrea astro platform.
        • dir space
          • file Constellation.hpp
          • file Plane.hpp
          • file Shell.hpp
        • dir thrusters
          • file Thruster.cpp
          • file Thruster.hpp Thruster class definition for astrea access platform.
        • dir vehicles
          • file NullVehicle.cpp
          • file NullVehicle.hpp A class representing a null vehicle in the astrea astro platform.
          • file Spacecraft.cpp
          • file Spacecraft.hpp A class representing a spacecraft in the astrea astro platform.
      • dir propagation
        • dir analytic
          • file LambertSolver.cpp
          • file LambertSolver.hpp This file defines the LambertSolver class, which provides methods for solving Lambert's problem.
        • dir equations_of_motion
          • file CowellsMethod.cpp
          • file CowellsMethod.hpp Header file for the Cowell's Method equations of motion class.
          • file EquationsOfMotion.hpp Header file for the base class of equations of motion.
          • file EquinoctialVop.cpp
          • file EquinoctialVop.hpp Header file for the Equinoctial VOP equations of motion class.
          • file J2MeanVop.cpp
          • file J2MeanVop.hpp Header file for the J2 Mean VOP equations of motion class.
          • file KeplerianVop.cpp
          • file KeplerianVop.hpp Header file for the Keplerian VOP equations of motion class.
          • file TwoBody.cpp
          • file TwoBody.hpp Header file for the Two Body equations of motion class.
          • dir state_transition_matrix
            • file StateTransitionMatrix.cpp
            • file StateTransitionMatrix.hpp Header file for the StateTransitionMatrix class.
        • dir event_detection
          • file Event.cpp
          • file Event.hpp A class representing an Event in the astrea astro library.
          • file EventDetector.cpp
          • file EventDetector.hpp A class for detecting events in the astrea astro platform.
          • dir events
            • file ImpulsiveBurn.cpp
            • file ImpulsiveBurn.hpp A class representing a null Event in the astrea astro platform.
            • file NullEvent.hpp A class representing a null Event in the astrea astro platform.
        • dir force_models
          • file AtmosphericForce.cpp
          • file AtmosphericForce.hpp Header file for the AtmosphericForce class, which computes the atmospheric force on a vehicle.
          • file Force.hpp Header file for the Force class, which defines the interface for force models in astrodynamics.
          • file ForceModel.cpp
          • file ForceModel.hpp Header file for the ForceModel class, which manages multiple force models and computes the total force on a vehicle.
          • file NBodyForce.cpp
          • file NBodyForce.hpp
          • file OblatenessForce.cpp
          • file OblatenessForce.hpp Header file for the NBodyForce class, which computes the gravitational force due to multiple celestial bodies.
          • file SolarRadiationPressure.cpp
          • file SolarRadiationPressure.hpp
        • dir numerical
          • file Integrator.cpp
          • file Integrator.hpp Numerical integrator for orbital mechanics propagation.
          • file butcher_tableau.hpp Constants for Runge-Kutta methods used in numerical integration.
      • dir state
        • file State.cpp
        • file State.hpp Class representing the state of an astronomical object.
        • file StateHistory.cpp
        • file StateHistory.hpp Header file for StateHistory class.
        • dir angular_elements
          • file AngularElements.hpp
          • file angular_elements.hpp Utility header to include all angular element headers.
          • dir instances
            • file Cylindrical.cpp
            • file Cylindrical.hpp This file defines the Cylindrical class and its associated methods.
            • file Geocentric.cpp
            • file Geocentric.hpp This file defines the Geocentric class and its associated methods.
            • file Geodetic.cpp
            • file Geodetic.hpp This file defines the Geodetic class and its associated methods.
            • file Spherical.cpp
            • file Spherical.hpp This file defines the Spherical class and its associated methods.
        • dir orbital_data_formats
          • dir instances
            • file GeneralPerturbations.cpp
            • file GeneralPerturbations.hpp GeneralPerturbations data structure for the astro module.
            • file TwoLineElements.cpp
            • file TwoLineElements.hpp Header file for the TwoLineElements class.
          • file orbital_data_formats.hpp Utility header to include all orbital data format headers.
        • dir orbital_elements
          • file OrbitalElements.cpp
          • file OrbitalElements.hpp This file defines the OrbitalElements class and its associated methods.
          • dir instances
            • file Cartesian.cpp
            • file Cartesian.hpp This file defines the Cartesian class and its associated methods.
            • file Equinoctial.cpp
            • file Equinoctial.hpp This file defines the Equinoctial class and its associated methods.
            • file Keplerian.cpp
            • file Keplerian.hpp This file defines the Keplerian class and its associated methods.
          • file orbital_elements.hpp Utility header to include all orbital element headers.
      • dir systems
        • file AstrodynamicsSystem.cpp
        • file AstrodynamicsSystem.hpp Header file for the AstrodynamicsSystem class, which manages celestial bodies and their interactions.
        • file CelestialBody.cpp
        • file CelestialBody.hpp Header file for the CelestialBody class, which represents a celestial body in an astrodynamics system.
        • file CelestialBodyParameters.hpp Header file for the CelestialBodyParameters class, which represents planetary data in an astrodynamics system.
        • dir planetary_bodies
          • file JplEphemerisTable.cpp
          • file JplEphemerisTable.hpp
          • dir Earth
            • file Earth.cpp
            • file Earth.hpp Header file for the Earth class.
            • file Moon.cpp
            • file Moon.hpp Header file for the Moon class.
          • dir Jupiter
            • file Callisto.hpp Header file for the Callisto class.
            • file Europa.hpp Header file for the Europa class.
            • file Ganymede.hpp Header file for the Ganymede class.
            • file Io.hpp Header file for the Io class.
            • file Jupiter.cpp
            • file Jupiter.hpp Header file for the Jupiter class.
          • dir Mars
            • file Deimos.hpp Header file for the Deimos class.
            • file Mars.cpp
            • file Mars.hpp Header file for the Mars class.
            • file Phobos.hpp Header file for the Phobos class.
          • dir Mercury
            • file Mercury.cpp
            • file Mercury.hpp Header file for the Mercury class.
          • dir Neptune
            • file Neptune.cpp
            • file Neptune.hpp Header file for the Neptune class.
            • file Triton.hpp Header file for the Triton class.
          • dir Saturn
            • file Iapetus.hpp Header file for the Iapetus class.
            • file Rhea.hpp Header file for the Rhea class.
            • file Saturn.cpp
            • file Saturn.hpp Header file for the Saturn class.
            • file Titan.cpp
            • file Titan.hpp Header file for the Titan class.
          • dir Sun
            • file Sun.cpp
            • file Sun.hpp Header file for the Sun class.
          • dir Uranus
            • file Oberon.hpp Header file for the Oberon class.
            • file Titania.hpp Header file for the Titania class.
            • file Uranus.cpp
            • file Uranus.hpp Header file for the Uranus class.
          • dir Venus
            • file Venus.cpp
            • file Venus.hpp Header file for the Venus class.
          • file planetary_bodies.hpp Header file that includes all planetary bodies.
      • dir time
        • file Date.cpp
        • file Date.hpp Date class for handling time in the astrea astro library.
        • file Interval.hpp This file defines the Interval class, which represents a time interval with a start and end time.
        • file JulianDateClock.hpp A clock implementation for Julian Dates. Adapted from https://stackoverflow.com/questions/33964461/handling-julian-days-in-c11-14 .
      • dir types
        • file enums.hpp Enumeration types for astrodynamics.
        • file tuple_hash.hpp This file provides a hash function for tuples.
        • file type_traits.hpp Type traits for astrea astro library.
        • file typedefs.hpp Contains type definitions for the astrea astro library.
        • file variant_util.hpp Utility functions for working with std::variant.
      • dir utilities
        • file conversions.cpp
        • file conversions.hpp This file contains functions for converting between different coordinate systems and formats in astrodynamics.
        • file plotting.cpp
        • file plotting.hpp
      • file astro.fwd.hpp Forward declarations for the astro module.
      • file astro.hpp Header file for the astro module.
      • file astro.macros.hpp Macros for the astro module.