|
Jeospace API | ||||||||||
| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES | ||||||||||
See:
Description
| Interface Summary | |
| CartesianConvention | Requirements for converting Cartesian data values between conventions. |
| MathConstants | Useful constants for floating point math operations |
| Class Summary | |
| Attitude | An object containing a set of measure objects that together represent an orientation, also commonly known as Euler Angles. |
| Axis | Constant object identifiers of the axis's of a cartesian coordinate system. |
| AxisAngle | An object that represents a normalized axis-angle representation of a rotation utilizing double precision floating point values. |
| Cartesian | An object that represents a 3 dimensional cartesian coordinate. |
| DefaultConvention | The default CartesianConvention. |
| ECEFConvention | CartesianConvention implementation of the ECEF
(Earth Centered Earth Fixed) convention. |
| Ellipsoidal | A concrete subclass of Polar, Ellipsoidal represents a
form of a polar coordinate that is referenced to an Ellipsoid. |
| OrientationUtil | An abstract class containing utility routines for generating VRML/X3D browser compatible axis angle representations of rotations/orientations for application specific conditions. |
| Polar | An abstract base class for representing forms of 3 dimensional spherical polar coordinates. |
| PositionUtils | Utility functions for calculating useful coordinate information. |
| Quaternion | A normalized quaternion implemented with double precision floating point values. |
| Spherical | A concrete subclass of Polar implementing a spherical coordinate system. |
| Vector | A 3 dimensional vector implemented with double precision floating point values. |
Contains classes that support 3 dimensional coordinate objects used to position and orient.
|
Jeospace API | ||||||||||
| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES | ||||||||||