public class ApsisAltitudeParameters extends AbstractOrbitalParameters
The parameters used internally are the apsis elements which can be related to keplerian elements as follows:
Constructor and Description |
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ApsisAltitudeParameters(double periapsisAltitudeIn,
double apoapsisAltitudeIn,
double i,
double pa,
double raan,
double anomaly,
PositionAngle type,
double mu,
double aeIn)
Creates a new instance.
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Modifier and Type | Method and Description |
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double |
getAe()
Getter for equatorial radius.
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double |
getAnomaly(PositionAngle type)
Get the anomaly.
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double |
getApoapsisAltitude()
Get the apoapsis altitude.
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ApsisAltitudeParameters |
getApsisAltitudeParameters(double req)
Convert current orbital parameters into apsis (using altitude) parameters.
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ApsisRadiusParameters |
getApsisRadiusParameters()
Convert current orbital parameters into apsis (using radius) parameters.
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CartesianParameters |
getCartesianParameters()
Convert current orbital parameters into cartesian parameters.
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CircularParameters |
getCircularParameters()
Convert current orbital parameters into circular parameters.
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EquatorialParameters |
getEquatorialParameters()
Convert current orbital parameters into equatorial parameters.
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EquinoctialParameters |
getEquinoctialParameters()
Convert current orbital parameters into equinoctial parameters.
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double |
getI()
Get the inclination.
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KeplerianParameters |
getKeplerianParameters()
Convert current orbital parameters into Keplerian parameters.
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double |
getPeriapsisAltitude()
Get the periapsis altitude.
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double |
getPerigeeArgument()
Get the perigee argument.
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ReentryParameters |
getReentryParameters(double req,
double f)
Convert current orbital parameters into reentry parameters.
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double |
getRightAscensionOfAscendingNode()
Get the right ascension of the ascending node.
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StelaEquinoctialParameters |
getStelaEquinoctialParameters()
Convert current orbital parameters into Stela equinoctial parameters.
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String |
toString()
Returns a string representation of this Orbit object.
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getMu
public ApsisAltitudeParameters(double periapsisAltitudeIn, double apoapsisAltitudeIn, double i, double pa, double raan, double anomaly, PositionAngle type, double mu, double aeIn)
periapsisAltitudeIn
- periapsis altitude (m)apoapsisAltitudeIn
- apoapsis altitude (m)i
- inclination (rad)pa
- perigee argument (ω, rad)raan
- right ascension of ascending node (Ω, rad)anomaly
- mean, eccentric or true anomaly (rad).type
- type of anomalymu
- central attraction coefficient (m3/s2)aeIn
- central body equatorial radius (m)public double getPeriapsisAltitude()
public double getApoapsisAltitude()
public double getI()
public double getPerigeeArgument()
public double getRightAscensionOfAscendingNode()
public double getAnomaly(PositionAngle type)
type
- type of the anglepublic double getAe()
public CartesianParameters getCartesianParameters()
CartesianParameters
public KeplerianParameters getKeplerianParameters()
KeplerianParameters
public CircularParameters getCircularParameters()
CircularParameters
public EquatorialParameters getEquatorialParameters()
EquatorialParameters
public EquinoctialParameters getEquinoctialParameters()
EquinoctialParameters
public ApsisAltitudeParameters getApsisAltitudeParameters(double req)
req
- equatorial radius (m)ApsisAltitudeParameters
public ApsisRadiusParameters getApsisRadiusParameters()
ApsisRadiusParameters
public ReentryParameters getReentryParameters(double req, double f)
req
- equatorial radius (m)f
- flattening (f = (a-b)/a)ReentryParameters
public StelaEquinoctialParameters getStelaEquinoctialParameters()
StelaEquinoctialParameters
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