agi.foundation.propagators

(agi.foundation.models-2024r2.jar)

Class LambertResult

java.lang.Object

agi.foundation.propagators.LambertResult

public class LambertResult
extends Object

Contains the results produced by the LambertOrbitSolver.

Constructor Summary

Constructors

Constructor and Description
LambertResult()

Method Summary

Modifier and Type	Method and Description
Motion1<Cartesian>	getFinalPositionMotion() Gets the final motion as computed by the LambertOrbitSolver.
Motion1<Cartesian>	getInitialPositionMotion() Gets the initial motion as computed by the LambertOrbitSolver.
Duration	getTimeOfFlight() Gets the time of flight between the InitialPositionMotion (get / set) and FinalPositionMotion (get / set).
void	setFinalPositionMotion(Motion1<Cartesian> value) Sets the final motion as computed by the LambertOrbitSolver.
void	setInitialPositionMotion(Motion1<Cartesian> value) Sets the initial motion as computed by the LambertOrbitSolver.
void	setTimeOfFlight(Duration value) Sets the time of flight between the InitialPositionMotion (get / set) and FinalPositionMotion (get / set).

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

LambertResult

public LambertResult()

Method Detail

getInitialPositionMotion

@Nonnull
public final Motion1<Cartesian> getInitialPositionMotion()

Gets the initial motion as computed by the LambertOrbitSolver. In the case of the targeting problem, the velocity computed here is the transfer velocity to get the chase vehicle to the target vehicle.

setInitialPositionMotion

public final void setInitialPositionMotion(@Nonnull
                                           Motion1<Cartesian> value)

Sets the initial motion as computed by the LambertOrbitSolver. In the case of the targeting problem, the velocity computed here is the transfer velocity to get the chase vehicle to the target vehicle.

getFinalPositionMotion

@Nonnull
public final Motion1<Cartesian> getFinalPositionMotion()

Gets the final motion as computed by the LambertOrbitSolver. In the case of the targeting problem, the velocity computed here is the proximity velocity to get the chase vehicle to velocity match the target when it reaches the target.

setFinalPositionMotion

public final void setFinalPositionMotion(@Nonnull
                                         Motion1<Cartesian> value)

Sets the final motion as computed by the LambertOrbitSolver. In the case of the targeting problem, the velocity computed here is the proximity velocity to get the chase vehicle to velocity match the target when it reaches the target.

getTimeOfFlight

@Nonnull
public final Duration getTimeOfFlight()

Gets the time of flight between the InitialPositionMotion (get / set) and FinalPositionMotion (get / set).

setTimeOfFlight

public final void setTimeOfFlight(@Nonnull
                                  Duration value)

Sets the time of flight between the InitialPositionMotion (get / set) and FinalPositionMotion (get / set).