Package org.orekit.propagation.semianalytical.dsst.utilities
This package provides utilities for Draper Semianalytical Satellite Theory (DSST).

Interface Summary Interface Description FieldInterpolationGrid<T extends CalculusFieldElement<T>> Interface for interpolation grids.InterpolationGrid Interface for interpolation grids. 
Class Summary Class Description AuxiliaryElements Container class for common parameters used by all DSST forces.CjSjCoefficient Compute the S_{j}(k, h) and the C_{j}(k, h) series and their partial derivatives with respect to k and h.CoefficientsFactory This class is designed to provide coefficient from the DSST theory.CoefficientsFactory.NSKey Key formed by two integer values.FieldAuxiliaryElements<T extends CalculusFieldElement<T>> Container class for common parameters used by all DSST forces.FieldCjSjCoefficient<T extends CalculusFieldElement<T>> Compute the S_{j}(k, h) and the C_{j}(k, h) series and their partial derivatives with respect to k and h.FieldFixedNumberInterpolationGrid<T extends CalculusFieldElement<T>> Interpolation grid where a fixed number of points are evenly spaced between the start and the end of the integration step.FieldGammaMnsFunction<T extends CalculusFieldElement<T>> Compute the Γ^{m}_{n,s}(γ) function from equation 2.7.1(13).FieldGHIJjsPolynomials<T extends CalculusFieldElement<T>> Compute the G_{js}, H_{js}, I_{js} and J_{js} polynomials in the equinoctial elements h, k and the direction cosines α and β and their partial derivatives with respect to k, h, α and β.FieldGHmsjPolynomials<T extends CalculusFieldElement<T>> Compute the G_{ms}^{j} and the H_{ms}^{j} polynomials in the equinoctial elements h, k and the direction cosines α and β and their partial derivatives with respect to k, h, α and β.FieldLnsCoefficients<T extends CalculusFieldElement<T>> Compute the L_{n}^{s}(γ).FieldMaxGapInterpolationGrid<T extends CalculusFieldElement<T>> Interpolation grid where points obey a maximum time gap.FieldShortPeriodicsInterpolatedCoefficient<T extends CalculusFieldElement<T>> Interpolated short periodics coefficients.FixedNumberInterpolationGrid Interpolation grid where a fixed number of points are evenly spaced between the start and the end of the integration step.GammaMnsFunction Compute the Γ^{m}_{n,s}(γ) function from equation 2.7.1(13).GHIJjsPolynomials Compute the G_{js}, H_{js}, I_{js} and J_{js} polynomials in the equinoctial elements h, k and the direction cosines α and β and their partial derivatives with respect to k, h, α and β.GHmsjPolynomials Compute the G_{ms}^{j} and the H_{ms}^{j} polynomials in the equinoctial elements h, k and the direction cosines α and β and their partial derivatives with respect to k, h, α and β.JacobiPolynomials Provider of the Jacobi polynomials P_{l}^{v,w}.LnsCoefficients Compute the L_{n}^{s}(γ).MaxGapInterpolationGrid Interpolation grid where points obey a maximum time gap.NewcombOperators Implementation of the Modified Newcomb Operators.ShortPeriodicsInterpolatedCoefficient Interpolated short periodics coefficients.UpperBounds Utility class to compute upper bounds for truncation algorithms.