* This class encapsulates the representation of time consisting of * year, month, day (of month), hour (of day), minute (of hour), and *

This class handles GPS Week and Seconds-of-week. It inherits WeekSecond The GPS week is specified by 10-bit ModWeek, rollover at 1024, bitmask 0x3FF a

This class handles the week and seconds-of-week of the BDS * TimeTag classes. The BDS week is specified by * 13-bit ModWeek, rollover a

Class for identifying the transmitting satellite of a * navigation message, as well as the "subject" satellite, in * the case of almanac

forward declarations

class RinexObsID is the set of ObsID's which are valid in * RINEX 3.03. This class simply limits possible values of * ObsID, plus a littl

* This class encapsulates the "year, day-of-year, and seconds-of-day" * time format. */

* The Exception class is the base class from which all * exception objects thrown in the library are derived. None of * the functions in

Class used to identify/categorize navigation message data.

Definition of various time systems.

This class handles the week and seconds-of-week of the GAL * TimeTag classes. The GAL week is specified by * 12-bit ModWeek, rollover a

* Three-dimensional vectors. This class provides mathematical * functions for 3D vectors, including some functions specific * to orbita

Class for keeping track of specific reference frame system * and realization pairs. */

Class used to identify navigation data signal types.

This class specializes FormattedDouble to cover the data * that is present in RINEX NAV data files. The formatting of * individual data

Supported satellite systems

* This class encapsulates the "Full GPS Week and GPS Z-count" time * representation. */

* This is the common time format that all time formats convert to when * converting between themselves. This allows the decoupling of *

forward declarations

There are numerous file formats used in GPS and probably * other systems that print floating point numbers that don't * conform to stand

* This class reads the current system time and stores it in * a UnixTime. */

* This class encapsulates the "Modified Julian Date" time * representation. */

This class handles the peculiar representation used in * GLONASS nav messages. * @note The methods for printing (getPrintChars, *

Class for the format used in this code.

Wrap data for an angle, including the angle in degrees, * radians, and the sine and cosine of the angle. This is done * for convenience

* This class represents the ellipsoidal model defined in * ICD-GPS-200. This ellipsoid model was based on the WGS 84 * model, which has

* This class encapsulates the "Unix Timeval" time representation. */

* This class encapsulates the "ANSITime (seconds since Unix epoch)" time * representation. */

Helmert transformations, which are 7-parameter * transformations between reference frames (i.e. ECEF position * coordinates). A Helmert

ECEF reference systems or frames. * @deprecated This enum is deprecated as of Dec 2022 and should * not be used. Use RefFrame instead

* This class provides access to Sinex files. * * @sa gnsstk::SinexHeader and gnsstk::SinexData for more information. * @

* This is a special "command option" which is really a * meta-option to make sure that a required option is set where * the requirement

Class for gathering matches in findUser(). It's only * used in findUser so it is declared and implemented here * alone. */

Wrap data for just the sine and cosine of an angle. * Intended to be used in geometry where the actual angle isn't * used as a term itse

Class for configuring the appearance of hexDumpData() output

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* This class encapsulates the struct timespec time * representation defined by POSIX as a replacement (?) for * timeval. *

Converts Doxygen generated XML files into a file containing docstrings that can be used by SWIG-1.3.x that have support for feature("docstring

* @todo Fix these comments. * * A time representation class for all common time formats, including * GPS. There is a seamless con

* A representation class for GPS Time consisting of * a short GPS week, and a long GPS Z-count. * A valid GPS week is in the following r

class LabeledMatrix. Pretty print a Matrix using the labels in a Namelist. * For example, the following code produces the following output: *

class LabeledVector. Pretty print a Vector using the labels in a Namelist. For example, the following code produces the following output:

* This class stores, reads, and writes SEM records. * @warning The SEM header information and data information don't * correctly talk to

--------------------------------------------------------------------------------- class SRI encapsulates all the information associated with the solut

A Single Weather Observation.

Encapsulation of almanac SV orbital parameters (page 5, * subframes 1-24). */

* This class models the header for an ANTEX antenna file * @sa gnsstk::AntexData and gnsstk::AntexStream. */

Class Combinations will compute C(n,k), all the combinations of n things taken k at a time (where k <= n). Let n 'things' be indexed by i (i=0...n-1),

* This class encapsulates all data in a SINEX file. The data * in this class is organized into a list of Sinex::Block objects * w

* Ephemeris information for a single satellite. This class * encapsulates the ephemeris navigation message (subframes 1-3) * and provid

A class for recording locations (in the source code) of exceptions being thrown.

This class handles the week and seconds-of-week of the IRN * TimeTag classes. The IRN week is specified by * 10-bit ModWeek, rollover a

* This class models the header for a IONEX file * * @sa gnsstk::IonexData and IonexStream * @sa main_ionex_test.cpp for an exampl

Simple model of the ionosphere ("Klobuchar"), specified in the GPS IS. * It is used to compute the satellite signal ionospheric delay seen at

This class handles the week and seconds-of-week of the QZS * TimeTag classes. The QZS week is specified by (GPS without * the rollover)

This class models the RINEX 3 Nav header for a RINEX 3 Nav file. \sa Rinex3NavData and Rinex3NavStream classes.

This class models a RINEX Observation Data Record. * @sa gnsstk::Rinex3ObsStream and gnsstk::Rinex3ObsHeader. * @sa rinex_obs_test.cpp a

* This class models the header for a RINEX 3 Observation File. * @sa gnsstk::Rinex3ObsData and gnsstk::Rinex3ObsStream. * @sa rinex_obs_

@ingroup FileHandling @{

This compares all elements of the RinexMetData with less than (only for those fields which the two obs data share).

* This class models the RINEX MET header for a RINEX MET file. * When writing data, this class determines what data gets written from *

* This class models a RINEX NAV record. * * \sa rinex_nav_test.cpp and rinex_nav_read_write.cpp for examples. * \sa gnsstk::Rinex

* This class models the RINEX NAV header for a RINEX NAV file. * * \sa rinex_nav_test.cpp and rinex_nav_read_write.cpp for examples.

This compares all elements of the RinexObsData with less than (only for those fields which the two obs data share).

* This class models the header for a RINEX Observation File. * @sa gnsstk::RinexObsData and gnsstk::RinexObsStream. * @sa rinex_obs_test

This class models the header for a SP3 file. * * @note A valid header MUST be read before data can be read * from an SP3 file bec

class SRIFilter inherits SRI and implements a square root information * filter, which is the square root formulation of the Kalman filter * al

class SatPass holds all range and phase data for a full satellite pass. Constructed and filled by the calling program, it is used to pass data

gain access to order method

* This class does not really do anything. It is here to conform to the * other file types, even though the Yuma file type * does not have any