Class Summary |
AbstractRegion |
AbstractRegion is an abstract class which defines regions
on the celestial sphere. |
Astrocoo |
This class defines the spherical coordinates used in Astronomy. |
Astroformat |
This class contains definitions used in Parsing and Editing of numbers,
and the default representation of the NaN (null) value. |
Astroframe |
This abstract class defines the required methods to instanciate the
definition of a frame used for astronomical coordinates. |
AstroMath |
Trigonometric and a few other functions used in the astronomical context. |
Astropos |
The class Astropos adds to Astrocoo the notions
of mouvement (proper motions, velocity) and error ellipses. |
Astrotime |
The astronomical time may be expressed in (Modified) Julian Days,
Julian Years or Besselian years. |
CircularRegion |
CircularRegion is a circular region on the sky, defined by its center
and a radius. |
Converter |
This class, tightly connected to the Unit class,
gathers non-standard unit conversions. |
ConvexRegion |
Convex Target (e.g. |
Coo |
Class that manipulates the coordinates defining a point on the
celestial sphere. |
Coocube |
The routines provided in this module define a "coordinate" as
a face number (between 1 and 6), and two (X,Y) values
in the range [-1,1[ representing the projection of a direction onto
a cube. |
Ecliptic |
The ecliptic frame is defined such that the Sun has a latitude = 0. |
Editing |
Class for 'nice' edition of numbers. |
EllipticalRegion |
Elliptical region on the sky, defined by its center + semi-major
axes. |
Equatorial |
This abstract class introduces the specificities of the equatorial
coordinates. |
FK4 |
The FK4 is an equatorial coordinate system (coordinate system linked to
the Earth) based on its B1950 position. |
FK5 |
The FK5 is an equatorial coordinate system (coordinate system linked to
the Earth) based on its J2000 position. |
Galactic |
The Galactic frame is defined such that the plane of our Galaxy
(the Milky Way) has a latitude close to zero. |
ICRS |
The ICRS frame (International Celestial Reference System) is defined
by the Hipparcos mission. |
Mtype |
|
Otype |
The Otype is a classification of the astronomical objects
in a hierarchical structure. |
Parsing |
This class interprets text and is able to convert to numbers,
or find a symbol in a list of symbols. |
PourFrancois |
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Proj3 |
Class defining the Mathematical Projections of the Celestial Sphere. |
Qbox |
The Qbox divides the celestial sphere into "cells" of approximative
constant size. |
QboxNumber |
The QboxNumber is just a number representing a cell
of the celestial sphere. |
Region |
Region is a Factory which implements the AbstractRegion and the
constructors of the various regions. |
Sptype |
Spectral type |
Supergal |
The Supergalactic frame is defined such (0,0) represents the direction
toward the center of the Local Group of galaxies. |
tAstrocoo |
Testing the Astrocoo class |
tAstroCoo |
Testing the AstroCoo class |
tAstroMath |
Testing the AstroMath class |
tAstropos |
Testing the Astropos class |
tConverter |
Testing the Unit+Conveter classes. |
tCoo |
Testing the Coo class |
test_astropos0 |
test the Astropos class |
tFK4 |
Testing the FK4 |
tOtype |
Testing the Otype class |
tParsing |
Testing the Parsing/Editing classes |
tPierre |
Testing the Astrocoo class |
tProj3 |
Testing the Proj3 class |
tQbox |
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tQbox1 |
|
tQbox2 |
|
tQboxNumber |
|
tRegion |
|
tUnit |
Testing the Unit class. |
Unit |
Class able to deal with scientific units and make the appropriate
conversions. |
ZonalRegion |
Zone Target (e.g. |