public class LNAVGNSSParameters extends GNSSParameters
This class is a simple container for a broadcast model LNAV ephemeris description parameters of GNSS satellites (GPS, Galileo or BeiDou)
Constructor and Description |
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LNAVGNSSParameters(GNSSType gnssType,
double refTime,
double m0,
double e,
double sqrtA,
double omega0,
double i0,
double w0,
double rateRa,
double af0,
double af1,
double af2,
double deltaN,
double iRate,
double cuc,
double cus,
double crc,
double crs,
double cic,
double cis)
Creates an instance of GNSS Parameter for the LNAV broadcast model (for GPS, Galileo or
BeiDou)
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getAf0, getAf1, getAf2, getaRate, getCic, getCis, getCrc, getCrs, getCuc, getCus, getDeltaN, getDeltaNRate, getEccentricity, getGnssType, getI, getiRate, getMeanAnomalyInit, getOmegaInit, getOmegaRate, getSqrtA, gettRef, getW
public LNAVGNSSParameters(GNSSType gnssType, double refTime, double m0, double e, double sqrtA, double omega0, double i0, double w0, double rateRa, double af0, double af1, double af2, double deltaN, double iRate, double cuc, double cus, double crc, double crs, double cic, double cis)
gnssType
- the type of satellite (GPS, Galileo or BeiDou)refTime
- time applicability of the modelm0
- Initial Mean anomalye
- EccentricitysqrtA
- Semi major axis square rootomega0
- Initial Right ascencioni0
- Orbital inclinationw0
- Argument of perigeerateRa
- Rate of right ascensionaf0
- Clock correcting parameter af0 (s)af1
- Clock correcting parameter af1 (s/s)af2
- Clock correcting parameter af2 (s/s2)deltaN
- Mean motion difference from computed value (rad/s)iRate
- Rate of inclination angle (rad/s)cuc
- Amplitude of the cosine harmonic correction term to the argument of latitude (rad)cus
- Amplitude of the sine harmonic correction term to the argument of latitude (rad)crc
- Amplitude of the cosine harmonic correction term to the orbit radius (m)crs
- Amplitude of the sine harmonic correction term to the orbit radius (m)cic
- Amplitude of the cosine harmonic correction term to the angle of inclination (rad)cis
- Amplitude of the sine harmonic correction term to the angle of inclination (rad)Copyright © 2023 CNES. All rights reserved.