SuperNOVAS v1.5
The NOVAS C library, made better
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File List
Here is a list of all documented files with brief descriptions:
[detail level 12]
  include
 novas-calceph.hSuperNOVAS functions interfacing with the CALCEPH C library
 novas-cspice.hSuperNOVAS functions interfacing with the NAIF CSPICE Toolkit
 novas.hSuperNOVAS types, definitions, and function prototypes
 solarsystem.hSuperNOVAS Solar-system related types, definitions, and functions (included in novas.h)
  src
 calendar.cVarious functions to convert between calendar dates and Julian days
 cio.cFunctions to calculate or access the Celestial Intermediate Origin (CIO) location
 earth.cVarious functions relating to Earth position and rotation
 ephemeris.cFunctions that allow to define or access Solar-system ephemeris data
 equator.cVarious functions for calculating the equator and equinox of date, and related quatities
 frames.cHigh-level and efficient astrometric calculations using observing frames
 grav.cVarious functions to deal with gravitational effects of the major Solar-system bodies on the astrometry
 itrf.cTransformations of station coordinates, velocities, and Earth orinetation parameters (EOP) between various ITRF realizations, and conversion between Cartesian (x, y, z) and geodetic (longitude, latitude, altitude) coordinates w.r.t
 naif.cSolar system ID mappings between NOVAS and NASA's Navigation and Ancillary Information Facility (NAIF), which is used by the JPL ephemeris systems
 nutation.cSuperNOVAS implementations for the IAU2000 nutation series calculations, with varying trade-offs between computational cost and precision
 observer.cThis module provides a set of functions that define an astronomical observer location, or ones that relate to observer location
 orbital.cFunction relating to the use of Keplerian orbital elements
 parse.cVarious functions to parse string values for SuperNOVAS
 place.cVarious convenience variants of the NOVAS C place() function
 planets.cCalculate approximate positions and velocities for the major planets, Sun, Moon, Earth-Moon Barycenter (EMB), and the Solar-system Barycenter (SSB), mainly by using Keplerian orbital elements
 refract.cA collection of refraction models and utilities to use with novas_app_to_hor() or novas_hor_to_app()
 solsys-calceph.cSolar-system ephemeris lookup via the CALCEPH C library
 solsys-cspice.cSolar-system ephemeris lookup via the NAIF CSPICE library
 solsys-ephem.cMajor planet ephemeris lookup via the function, which was configured by set_ephem_provider()
 solsys3.cPlanet calculator functions for the Earth and Sun only, with an orbital model fitted to the DE405 ephemerides by JPL
 spectral.cVarious spectral / velocity related functions
 system.cVarious transformations between different coordinate systems used in astronomy, such as equatorial, ecliptic, Galactic, or local horizontal coordinate systems
 target.cThis module contains functions that define an observing target, or which are target related
 timescale.cFunctions to define and use different astronomical timescales and to convert among them
 transform.cVarious functions to transform rectangular equatorial vectors (positions or velocities) between different equatorial coordinate systems
 util.cVarious commonly used routines used throughout the SuperNOVAS library