Package org.orekit.tutorials.propagation

Class DSSTPropagation.TutorialDSSTPropagation

  • Enclosing class:
    DSSTPropagation
    public static class DSSTPropagation.TutorialDSSTPropagation
extends Object
    Input data for the DSST propagation tutorial.

    Data are read from a YAML file.

    Author:
    Bryan Cazabonne

    • Constructor Detail

      • TutorialDSSTPropagation

        public TutorialDSSTPropagation()

    • Method Detail

      • getOrbit

        public TutorialOrbit getOrbit()
        Get the orbit data.
        Returns:
        the orbit data

      • setOrbit

        public void setOrbit​(TutorialOrbit orbit)
        Set the orbit data.
        Parameters:
        orbit - orbit data

      • getBody

        public TutorialBody getBody()
        Get the body data.
        Returns:
        the body data

      • setBody

        public void setBody​(TutorialBody body)
        Set the body data.
        Parameters:
        body - body data

      • getPropagator

        public TutorialPropagator getPropagator()
        Get the orbit propagator data.
        Returns:
        the orbit propagator data

      • setPropagator

        public void setPropagator​(TutorialPropagator propagator)
        Set the orbit propagator data.
        Parameters:
        propagator - orbit propagator data

      • getSpacecraft

        public TutorialSpacecraft getSpacecraft()
        Get the spacecraft data.
        Returns:
        the spacecraft data

      • setSpacecraft

        public void setSpacecraft​(TutorialSpacecraft spacecraft)
        Set the spacecraft data.
        Parameters:
        spacecraft - spacecraft data

      • isInitialOrbitIsOsculating

        public boolean isInitialOrbitIsOsculating()
        Get the flag for initial orbit type.
        Returns:
        true if initial orbit is defined with osculating elements

      • setInitialOrbitIsOsculating

        public void setInitialOrbitIsOsculating​(boolean initialOrbitIsOsculating)
        Set the flag for initial orbit type.
        Parameters:
        initialOrbitIsOsculating - true if initial orbit is defined with osculating elements

      • isOutputOrbitIsOsculating

        public boolean isOutputOrbitIsOsculating()
        Get the flag for output orbit type.
        Returns:
        true if output orbit is defined with osculating elements

      • setOutputOrbitIsOsculating

        public void setOutputOrbitIsOsculating​(boolean outputOrbitIsOsculating)
        Set the flag for output orbit type.
        Parameters:
        outputOrbitIsOsculating - true if output orbit is defined with osculating elements

      • getDurationInDays

        public double getDurationInDays()
        Get the simulation duration.
        Returns:
        the simulation duration (days)

      • setDurationInDays

        public void setDurationInDays​(double durationInDays)
        Set the simulation duration.
        Parameters:
        durationInDays - simulation duration (days)

      • getOutputStep

        public double getOutputStep()
        Get the time step between printed elements.
        Returns:
        the time step between printed elements (s)

      • setOutputStep

        public void setOutputStep​(double outputStep)
        Set the time step between printed elements.
        Parameters:
        outputStep - time step between printed elements (s)

      • getOutputShortPeriodCoefficients

        public List<String> getOutputShortPeriodCoefficients()
        Get the list of short period coefficients to output.
        Returns:
        the list of short period coefficients to output.

      • setOutputShortPeriodCoefficients

        public void setOutputShortPeriodCoefficients​(List<String> outputShortPeriodCoefficients)
        Set the list of short period coefficients to output.
        Parameters:
        outputShortPeriodCoefficients - list of short period coefficients to output

      • getMaxTimeGapBetweenInterpolationPoints

        public double getMaxTimeGapBetweenInterpolationPoints()
        Get the interpolation grid specification.
        Returns:
        the interpolation grid specification

      • setMaxTimeGapBetweenInterpolationPoints

        public void setMaxTimeGapBetweenInterpolationPoints​(double maxTimeGapBetweenInterpolationPoints)
        Set the interpolation grid specification.
        Parameters:
        maxTimeGapBetweenInterpolationPoints - interpolation grid specification

      • getFixedNumberOfInterpolationPoints

        public int getFixedNumberOfInterpolationPoints()
        Get the interpolation grid specification.
        Returns:
        the interpolation grid specification

      • setFixedNumberOfInterpolationPoints

        public void setFixedNumberOfInterpolationPoints​(int fixedNumberOfInterpolationPoints)
        Set the interpolation grid specification.
        Parameters:
        fixedNumberOfInterpolationPoints - interpolation grid specification

      • isNumericalComparison

        public boolean isNumericalComparison()
        Get the flag for the comparison with the numerical orbit propagator.
        Returns:
        if true, DSST results are compared with the numerical orbit propagator

      • setNumericalComparison

        public void setNumericalComparison​(boolean numericalComparison)
        Set the flag for the comparison with the numerical orbit propagator.
        Parameters:
        numericalComparison - if true, DSST results are compared with the numerical orbit propagator