See: Description
Interface  Description 

CreateAdapterCallback.Function 
A functional interface for the containing delegate type.

IAdjustableState 
A state that can have elements added and removed.

ITimeBasedState 
A general state that stores raw values.

Class  Description 

AlignedConstrained 
Given alignment vector a1 and vector a2 and alignment vector b1 and vector b3, a rotation
is constructed that aligns a1 with b1 and also minimizes the angular separation between a2 and b3.

AngleAxisRotation 
Represents a rotation as a unit vector indicating the axis of rotation and an angle indicating
the amount of rotation about the axis.

AxesAdapter 
The
StateElementAdapterDefinition for the simple case when the element's definitional
object and its definedin object are just a Axes . 
AzimuthElevationRange 
A set of curvilinear 3dimensional coordinates.

AzimuthHorizontalVertical 
A set of curvilinear 3dimensional coordinates.

BasicState 
An
IAdjustableState that can hold any data type or motions . 
BoundingRectangle 
A bounding rectangle in a twodimensional plane given by two corner points.

Cartesian 
A set of rectilinear 3dimensional coordinates.

CartesianBounds 
Holds two
Cartesian values which form the bounds of a range of cartesian coordinates. 
Cartographic 
A set of curvilinear 3dimensional coordinates.

CartographicExtent 
A two dimensional region specified by longitude and latitude coordinate bounds.

Complex 
Structure which represents a complex value.

ComplexMatrix 
A twodimensional matrix of
Complex values. 
Covariance3By3Derivative 
Holds the derivatives of the positional variance and covariance information for an object.

Covariance3By3SizeAndOrientation 
Holds the positional variance and covariance information for an object.

CreateAdapterCallback 
Defines how to create a
StateElementAdapterDefinition . 
Cylindrical 
A set of curvilinear 3dimensional coordinates.

CylindricalBounds 
Holds two
Cylindrical values which form the bounds of a range of cylindrical coordinates. 
DelaunayElements 
A set of Delaunay elements.

DenseMatrix 
A general implementation of
Matrix with no restrictions on element values. 
DiagonalMatrix 
An implementation of a square
Matrix whose diagonal elements are
the only ones with a nonzero value. 
DoNothingStateElementAdapter 
A
StateElementAdapter that will not do anything to the state. 
DynamicState<T extends ITimeBasedState> 
Defines an
ITimeBasedState that can change over time. 
EigenDecomposition 
Holds results of the Eigen decomposition of a 3by3 matrix.

ElementaryRotation 
Represents a rotation about a principal axis.

EquinoctialElements 
A set of equinoctial orbital elements.

EulerSequence 
Represents a rotation as a sequence of three
ElementaryRotations
about consecutive axes. 
HelmertTransformation 
A Helmert transformation describing how to transform from one international terrestrial reference frame (ITRF) to another.

KeplerianElements 
A set of classical Keplerian elements representing an elliptical orbit.

KinematicTransformation 
A kinematic transformation describing how to transform from one reference frame to another.

KozaiIzsakMeanElements 
A set of KozaiIzsak mean elements representing an elliptical orbit.

LifetimeElements 
A set of elements produced by the
LifetimeOrbitPropagator to represent the
approximate mean classical elements associated with the periapsis of each successive
orbit over the course of a satellite's lifetime. 
LongitudeLatitudeRadius 
A set of curvilinear 3dimensional coordinates typically used to describe geocentric (or
planetocentric on nonEarth central bodies) positions.

Matrix 
A twodimensional tensor of doubles.

Matrix3By3 
A 3by3 matrix.

Matrix3By3Symmetric 
A 3by3 symmetric matrix.

Matrix6By6 
A 6by6 matrix.

Matrix6By6Symmetric 
A 6by6 symmetric matrix.

MilitaryGridReferenceSystem 
A set of coordinates for specifying locations on the Earth based on a grid of longitude and latitude zones
as outlined in Defense Mapping Agency Technical Manual (DMA TM) 8358.1,
"Datums, Ellipsoids, Grids, and Grid Reference Systems",
Edition 1, 20 September 1990.

ModifiedKeplerianElements 
Modified Keplerian orbital elements.

NumericalPropagatorAdapterHelper 
Contains various helper methods and properties will make using
NumericalPropagatorDefinition
and StateElementAdapters easier. 
OrbitalElements 
Provides functions which can be used to perform calculations and conversions relating orbital elements.

OrthonormalBasis 
Represents an orthonormal basis spanning Cartesian space.

Polar 
A set of curvilinear 2dimensional coordinates.

Pyramidal 
A set of curvilinear 3dimensional coordinates.

PyramidalBounds 
Holds two
Pyramidal values which form the bounds of a range of pyramidal coordinates. 
Quaternion 
A set of 4dimensional coordinates used to represent rotation in 3dimensional space.

Rectangular 
A set of rectilinear 2dimensional coordinates.

ReferenceFrameAdapter 
The
StateElementAdapter definition for the simple case when the element's definitional
object and its defined in object are just a ReferenceFrame . 
RotationalTransformation 
Holds static methods for manipulating a
Motion2 representing
a rotation and its derivatives. 
RotationVectorAngularVelocity  
SimpleAdapter<T>  
SimpleMotionAdapter<T> 
The factory for a
StateElementAdapter that has no defined in, nor an element
definition object. 
Spherical 
A set of curvilinear 3dimensional coordinates.

SphericalBounds 
Holds two
Spherical values which form the bounds of a range of spherical coordinates. 
StateElementAdapter 
The base class for all
StateElementAdapters . 
StateElementAdapterDefinition 
Adapters are the objects that link up an element from one form of propagation to another.

StateEvaluator<T extends ITimeBasedState> 
Computes
states at points in time. 
TextureCoordinate4DF 
A Texture Coordinate with four parameters of type float.

TransformationalStateElementAdapterDefinition 
The base type for adapters that do some kind of geometric transformation to an element in the state.

UnitCartesian 
A set of rectilinear 3dimensional coordinates with unit magnitude.

UnitQuaternion 
A set of 4dimensional coordinates used to represent rotation in 3dimensional space.

UnitRectangular 
A set of rectilinear 2dimensional coordinates with unit magnitude.

UnitSpherical 
A set of curvilinear 3dimensional coordinates with unit magnitude.

UniversalPolarStereographic 
A set of coordinates for specifying locations near the poles of the Earth based on a grid
as outlined in Defense Mapping Agency Technical Manual (DMA TM) 8358.2,
"The Universal Grids: Universal Transverse Mercator (UTM) and Universal Polar Stereographic (UPS)",
Edition 1, 18 September 1989.

UniversalTransverseMercator 
A set of coordinates for specifying locations on the Earth based on a grid of longitude zones
as outlined in Defense Mapping Agency Technical Manual (DMA TM) 8358.2,
"The Universal Grids: Universal Transverse Mercator (UTM) and Universal Polar Stereographic (UPS)",
Edition 1, 18 September 1989.

YawPitchRoll 
Represents a rotation as a sequence of three
ElementaryRotations
about a reference set of axes. 
Enum  Description 

AxisIndicator 
Specifies one of the three Cartesian axes.

CartesianElement 
An enumeration indicating a part of a
Cartesian . 
CartographicElement 
The elements in a
Cartographic type. 
DelaunayElement 
An enumeration indicating a specific element in Delaunay elements.

EquinoctialElement 
An enumeration indicating a specific element in equinoctial elements.

EulerSequenceIndicator 
Indicates the order of the axes rotations in an Euler sequence.

KeplerianElement 
An enumeration indicating a specific element in Keplerian elements.

KozaiIzsakMeanElement 
An enumeration indicating a specific element in KozaiIzsak mean elements.

OrbitDirectionType 
Defines the direction of orbital motion of an object with respect to the rotation of its primary body.

OrbitType 
An enumeration of the possible types and special cases of orbits.

PoleIndicator 
Specifies one of the two geographical poles, or neither.

SphericalElement 
The elements in a
Spherical coordinates. 
YawPitchRollIndicator 
Indicates the order of the axes rotations in a yawpitchroll sequence.
