A B C D E F G H I J L M N O P Q R S T U V W X Y Z _

A

A - Static variable in class cds.astro.FK4
Matrix 6x1 to compute the e-term
a - Variable in class cds.astro.Parsing
The text as an array of chars
AbstractRegion - Class in cds.astro
AbstractRegion is an abstract class which defines regions on the celestial sphere.
AbstractRegion() - Constructor for class cds.astro.AbstractRegion
 
acceptAsNaN(String) - Method in class cds.astro.Astroformat
Give alternative representation of nulls.
add(double[], double[]) - Static method in class cds.astro.Coo
Addition of a vector (addition, then normalisation)
add(double[]) - Method in class cds.astro.Coo
Addition of a vector (addition, then normalisation)
addSymbol(String, String, String) - Static method in class cds.astro.Unit
Introduce a new Symbol into the list of Symbols.
addSymbol(String, String) - Static method in class cds.astro.Unit
Introduce a new Symbol into the list of Symbols.
adjacent(int, int) - Static method in class cds.astro.QboxNumber
Find the adjacent qbox in the specified direction.
advance(int) - Method in class cds.astro.Parsing
Move (forward / backward) in the Parsing piece
agrees(Otype) - Method in class cds.astro.Otype
Check if the 2 Otypes are compatible
AITOFF - Static variable in class cds.astro.Proj3
 
angle(Coo, Coo) - Method in class cds.astro.Coo
Angle with 2 directions.
ARC - Static variable in class cds.astro.Proj3
 
ARCMIN - Static variable in class cds.astro.Astrocoo
Definitions of Precisions for the angles
ARCSEC - Static variable in class cds.astro.Astrocoo
Definitions of Precisions for the angles
ARCSEC - Static variable in class cds.astro.AstroMath
 
area() - Method in class cds.astro.AbstractRegion
Computation of the area of a region
area() - Method in class cds.astro.CircularRegion
Area of circular region.
area() - Method in class cds.astro.ConvexRegion
Area of a polygon
area() - Method in class cds.astro.EllipticalRegion
Area of an elliptical region.
area() - Method in class cds.astro.Qbox
Compute the area (in square degrees) of a Qbox.
area(int) - Static method in class cds.astro.QboxNumber
Compute the area (in square degrees) of a Qbox.
area() - Method in class cds.astro.Region
Compute area of a Region (see dedicated class)
area() - Method in class cds.astro.ZonalRegion
Area of a Zone
asinc(double) - Static method in class cds.astro.AstroMath
Function asinc(x), inverse function of sinc
asind(double) - Static method in class cds.astro.AstroMath
sin-1 (inverse function of sine), gives argument in degrees
Astrocoo - Class in cds.astro
This class defines the spherical coordinates used in Astronomy.
Astrocoo() - Constructor for class cds.astro.Astrocoo
Create the default ICRS Astrocoo
Astrocoo(Astroframe) - Constructor for class cds.astro.Astrocoo
Create an Astrocoo object: specify just frame, equinox, precision.
Astrocoo(Astroframe, double, double) - Constructor for class cds.astro.Astrocoo
Create an Astrocoo object with a known position.
Astrocoo(Astroframe, double, double, double) - Constructor for class cds.astro.Astrocoo
Create an Astrocoo object with a known position at given epoch.
Astrocoo(Astroframe, String) - Constructor for class cds.astro.Astrocoo
Create an Astrocoo object from a position (Epoch)
Astrocoo(String) - Constructor for class cds.astro.Astrocoo
Create an Astrocoo object from just a string.
Astroformat - Class in cds.astro
This class contains definitions used in Parsing and Editing of numbers, and the default representation of the NaN (null) value.
Astroformat() - Constructor for class cds.astro.Astroformat
Create an Astroformat with the defaut "---" edition for NULL values.
Astroformat(String) - Constructor for class cds.astro.Astroformat
Create an Astroformat with the defaut "---" edition for NULL values.
Astroframe - Class in cds.astro
This abstract class defines the required methods to instanciate the definition of a frame used for astronomical coordinates.
Astroframe() - Constructor for class cds.astro.Astroframe
 
AstroMath - Class in cds.astro
Trigonometric and a few other functions used in the astronomical context.
AstroMath() - Constructor for class cds.astro.AstroMath
 
Astropos - Class in cds.astro
The class Astropos adds to Astrocoo the notions of mouvement (proper motions, velocity) and error ellipses.
Astropos() - Constructor for class cds.astro.Astropos
Create the default (empty) Astropos (ICRS)
Astropos(Astroframe) - Constructor for class cds.astro.Astropos
Create an empty Astropos.
Astropos(Astroframe, double, double) - Constructor for class cds.astro.Astropos
Create a Astropos object with just longitude + latitude
Astropos(Astroframe, double, double, double, double, double) - Constructor for class cds.astro.Astropos
Create a Astropos object: coordinates + proper motion.
Astropos(Astrocoo) - Constructor for class cds.astro.Astropos
Create a Astropos object from an existing Astrocoo
Astropos(Astroframe, String) - Constructor for class cds.astro.Astropos
Create an Astropos object from a position (Epoch)
Astropos(String) - Constructor for class cds.astro.Astropos
Create an Astropos object from just a string.
Astropos(Astroframe, double, double, double, double[], double, double, double, double[], double[], double[]) - Constructor for class cds.astro.Astropos
Set a Astropos from position + proper motion.
Astrotime - Class in cds.astro
The astronomical time may be expressed in (Modified) Julian Days, Julian Years or Besselian years.
Astrotime() - Constructor for class cds.astro.Astrotime
Default contructor (undefined time)
Astrotime(String) - Constructor for class cds.astro.Astrotime
Constructor from a String.
atan2d(double, double) - Static method in class cds.astro.AstroMath
get the polar angle from 2-D cartesian coordinates
atand(double) - Static method in class cds.astro.AstroMath
tan-1 (inverse function of tangent), gives argument in degrees
atanh(double) - Static method in class cds.astro.AstroMath
tanh-1 (inverse function of tanh)

B

B2J(double) - Static method in class cds.astro.Astrotime
Conversion of a Besselian epoch to a Julian epoch
B2JD(double) - Static method in class cds.astro.Astrotime
Conversion of a Besselian epoch to a Julian Date
base_epoch - Variable in class cds.astro.Astroframe
The defaut epoch, a constant which cannot be changed for a frame.
box() - Method in class cds.astro.Qbox
Actual qbox value as an Integer
box(Astroframe, Coo, double, double) - Static method in class cds.astro.Region
Define a box from center + width + height
Byr - Static variable in class cds.astro.Astrotime
Value of Besselian Year in days

C

cds.astro - package cds.astro
 
center() - Method in class cds.astro.Qbox
Convert a Qbox into the Coocube position of its center.
center(int) - Static method in class cds.astro.QboxNumber
Get the central position of a Qbox
center(int, Coo) - Static method in class cds.astro.QboxNumber
Set the central position of a Qbox
centroid - Variable in class cds.astro.AbstractRegion
The region center is called 'centroid'
check1(Coo, double) - Method in class cds.astro.AbstractRegion
This method check1 is a broad approximation of intersections.
checkCircle(Coo, double) - Method in class cds.astro.AbstractRegion
The method checkCircle verifies the intersection of Region with Circle.
checkCircle(Coo, double) - Method in class cds.astro.CircularRegion
Verify intersection with another circle
checkCircle(Coo, double) - Method in class cds.astro.ConvexRegion
Verify a circle intersects a Convex polygon
checkCircle(Coo, double) - Method in class cds.astro.EllipticalRegion
Verify a circle intersects an Ellipse
checkCircle(Coo, double) - Method in class cds.astro.Region
The method checkCircle verifies the intersection of Region with Circle.
checkCircle(Coo, double) - Method in class cds.astro.ZonalRegion
Verify a circle intersects a Zone
checkCoo(Coo) - Method in class cds.astro.AbstractRegion
The method checkCoo verifies a point lies within a region.
checkCoo(Coo) - Method in class cds.astro.CircularRegion
Verify point within CircularRegion
checkCoo(Coo) - Method in class cds.astro.ConvexRegion
Verify point within Polygon
checkCoo(Coo) - Method in class cds.astro.EllipticalRegion
Verify point within Ellipse
checkCoo(Coo) - Method in class cds.astro.Region
The method checkCoo verifies a point lies within a region.
checkCoo(Coo) - Method in class cds.astro.ZonalRegion
Verify point within Zone
checkQbox(int) - Method in class cds.astro.AbstractRegion
The method checkQbox verifies the intersection of a Qbox with the region.
checkQbox(int) - Method in class cds.astro.CircularRegion
Intersection of a Qbox with the Circle
checkQbox(int) - Method in class cds.astro.ConvexRegion
Verify intersection Qbox + Convex (polygon)
checkQbox(int) - Method in class cds.astro.EllipticalRegion
Intersection of a Qbox with the Ellipse
checkQbox(int) - Method in class cds.astro.ZonalRegion
Verify intersection Qbox + Zone (polygon)
checkSymbol(String) - Static method in class cds.astro.Unit
Check whether a symbol exists.
circle(Coo, double) - Static method in class cds.astro.Qbox
 
circle(Coo, double) - Static method in class cds.astro.Region
Circular Region is defined from a center + region.
CircularRegion - Class in cds.astro
CircularRegion is a circular region on the sky, defined by its center and a radius.
class_name - Static variable in class cds.astro.Galactic
Name of this frame.
class_name - Static variable in class cds.astro.ICRS
Name of this firame.
class_name - Static variable in class cds.astro.Supergal
Name of this frame
clone() - Method in class cds.astro.Astrocoo
 
clone() - Method in class cds.astro.Astropos
 
clone() - Method in class cds.astro.Coo
Clone the Coo object
clone() - Method in class cds.astro.Otype
Copy values parameters
clone() - Method in class cds.astro.Sptype
Copy values parameters
convert(Astrocoo, Astrocoo) - Static method in class cds.astro.Astrocoo
Transform the celestial position.
convert(double) - Method in class cds.astro.Converter
Convert a number.
convert(String) - Method in class cds.astro.Converter
Convert a value.
convert(Unit, Unit) - Static method in class cds.astro.Unit
Convert a unit+value into another unit+value.
Converter - Class in cds.astro
This class, tightly connected to the Unit class, gathers non-standard unit conversions.
Converter(String, String) - Constructor for class cds.astro.Converter
Creation of a standard converter.
Converter(String, String, double) - Constructor for class cds.astro.Converter
Creation (and registration) of a unit converter.
convertFrom(Unit) - Method in class cds.astro.Unit
Convert the value in argument to the target Unit.
convertTo(Astroframe) - Method in class cds.astro.Astrocoo
Transform the position into another frame.
convertTo(Astroframe) - Method in class cds.astro.Astropos
Transform the position into another frame.
convertTo(Unit) - Method in class cds.astro.Unit
Convert the value into another unit.
convertUnit(Unit, Unit) - Static method in class cds.astro.Unit
Convert a unit+value into another unit+value.
ConvexRegion - Class in cds.astro
Convex Target (e.g.
Coo - Class in cds.astro
Class that manipulates the coordinates defining a point on the celestial sphere.
Coo() - Constructor for class cds.astro.Coo
The basic contructor: undefined position
Coo(Coo) - Constructor for class cds.astro.Coo
Define a coordinate from another one (clone).
Coo(double, double) - Constructor for class cds.astro.Coo
Define a coordinate from its angles
Coo(double, double, double) - Constructor for class cds.astro.Coo
Define a coordinate from its direction cosines.
Coo(String) - Constructor for class cds.astro.Coo
Define a coordinate from a string
Coocube - Class in cds.astro
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.
Coocube() - Constructor for class cds.astro.Coocube
Define the default undefined Coocube
Coocube(Coo) - Constructor for class cds.astro.Coocube
Define the Coocube from a Coordinate
Coocube(int, double, double) - Constructor for class cds.astro.Coocube
Define the Coocube from its components
copyAngles(double[]) - Method in class cds.astro.Coo
Get the spherical angles (lon, lat) as a 2-vector
copyErrorEllipse(double[]) - Method in class cds.astro.Astropos
Get the Error Ellipse of the position
copyParallax(double[]) - Method in class cds.astro.Astropos
Get the Parallax
copyProperMotion(double[]) - Method in class cds.astro.Astropos
Get the proper motions (2 components)
copyProperMotionErrorEllipse(double[]) - Method in class cds.astro.Astropos
Get the Error Ellipse of the Proper Motion
copyUvector(double[]) - Method in class cds.astro.Coo
Get the unit vector (x, y, z) as a 3-vector
copyVelocity(double[]) - Method in class cds.astro.Astropos
Get the Velocity
corners(int, double[]) - Static method in class cds.astro.Qbox
Compute the Corners of a Qbox from qbox number
corners() - Method in class cds.astro.Qbox
Get the 4 corners of a Qbox.
cosd(double) - Static method in class cds.astro.AstroMath
Cosine when argument in degrees
cosh(double) - Static method in class cds.astro.AstroMath
Hyperbolic cosine cosh = (exp(x) + exp(-x))/2
cov - Variable in class cds.astro.Astropos
Covariance matrix between all components (angles in mas, time in Jyr).
create(String) - Static method in class cds.astro.Astroframe
Creation of an astroframe from the interpretation of a text
create(char) - Static method in class cds.astro.Astroframe
Creation of an astroframe from a single char (J, B, G, etc)
currentChar() - Method in class cds.astro.Parsing
Get the current char

D

DATE - Static variable in class cds.astro.Astroformat
The number represents a date; variants follow
DATE_alpha - Static variable in class cds.astro.Astroformat
Format of date contains alphabetical month
DATE_COMP - Static variable in class cds.astro.Astroformat
Number represents a date (returned as MJD)
DATE_DIFF - Static variable in class cds.astro.Astroformat
Time expressed as days (elapsed time)
DATE_DMY - Static variable in class cds.astro.Astroformat
Format of date is Day Month Year
DATE_DY - Static variable in class cds.astro.Astroformat
Format of date is Day and Year, day in range [1..366]
DATE_MDY - Static variable in class cds.astro.Astroformat
Format of date is Month Day Year
DATE_MY - Static variable in class cds.astro.Astroformat
Format of date is Year and Month
DATE_MYD - Static variable in class cds.astro.Astroformat
Format of date is Month Year Day
DATE_YD - Static variable in class cds.astro.Astroformat
Format of date is Year and Day, day in range [1..366]
DATE_YM - Static variable in class cds.astro.Astroformat
Format of date is Year and Month
DATE_YMD - Static variable in class cds.astro.Astroformat
Format of date is Year Month Day
DEBUG - Static variable in class cds.astro.Astrocoo
 
DEBUG - Static variable in class cds.astro.Editing
Debugging option
DEBUG - Static variable in class cds.astro.Otype
 
DEBUG - Static variable in class cds.astro.Parsing
Debugging level
DEBUG - Static variable in class cds.astro.test_astropos0
 
DECIMAL - Static variable in class cds.astro.Astroformat
Format of number is decimal
decimals - Static variable in class cds.astro.Coo
Number of decimals edited in the default toString method.
decimals() - Method in class cds.astro.Parsing
Retrieves the number of decimals of the last parsed number.
default_level - Static variable in class cds.astro.QboxNumber
Default level used in QboxNumber.QboxNumber(), (default 9 or size about 10')
DEG - Static variable in class cds.astro.Astrocoo
Definitions of Precisions for the angles
DEG - Static variable in class cds.astro.AstroMath
 
DEG2 - Static variable in class cds.astro.AstroMath
 
dexp(int) - Static method in class cds.astro.AstroMath
Compute just 10n
dexp(double) - Static method in class cds.astro.AstroMath
Compute just 10x
dexp() - Method in class cds.astro.Unit
Convert a value to its linear scale
digits() - Method in class cds.astro.Parsing
Retrieves the number of significant digits of the last parsed number.
dimension() - Method in class cds.astro.Unit
Physical dimension of a unit.
DISJOINT - Static variable in class cds.astro.AbstractRegion
DISJOINT is the status for non-overlapping regions.
dist2(Coo) - Method in class cds.astro.Coo
Squared distance between 2 points (= 4.sin2(r/2))
dist2(double[]) - Method in class cds.astro.Coo
Squared distance between point and a vector
dist2(double[], double[]) - Static method in class cds.astro.Coo
Squared distance between 2 vectors
distance(double, double, double, double) - Static method in class cds.astro.Coo
Distance between 2 points on the sphere.
distance(Coo) - Method in class cds.astro.Coo
Distance between 2 points on the sphere.
distc(Coo, Coo) - Method in class cds.astro.Coo
Distance between a point and a circle (defined by 2 coordinates).
div(Unit) - Method in class cds.astro.Unit
Division of 2 quantities.
dlat - Variable in class cds.astro.Astrocoo
The precision (number of decimals+1) of the latitude
dlon - Variable in class cds.astro.Astrocoo
The precision (number of decimals+1) of the longitude
dotprod(double[], double[]) - Static method in class cds.astro.Coo
Compute the dot-product (scalar product)
dotprod(double[]) - Method in class cds.astro.Coo
Compute the dot-product (scalar product)
dotprod(Coo) - Method in class cds.astro.Coo
Compute the dot-product (scalar product)
dump(String) - Method in class cds.astro.Astrocoo
Dump the contents of an Astrocoo.
dump(String) - Method in class cds.astro.Astropos
Dump the contents of an Astropos
dump(String) - Method in class cds.astro.Astrotime
Dump the time contents.
dump(String) - Method in class cds.astro.Converter
Dump the object
dump(String) - Method in class cds.astro.Coo
Dump the contents of a Coordinate
dump() - Method in class cds.astro.Otype
Dump contents to stdout
dump(String) - Method in class cds.astro.Unit
Dump the details.

E

e_plx - Variable in class cds.astro.Astropos
Mean error on parallax in mas
e_rv - Variable in class cds.astro.Astropos
Mean error on radial Velocity in km/s
Ecliptic - Class in cds.astro
The ecliptic frame is defined such that the Sun has a latitude = 0.
Ecliptic(double) - Constructor for class cds.astro.Ecliptic
Instanciate an Ecliptic frame.
Ecliptic() - Constructor for class cds.astro.Ecliptic
Instanciate an Ecliptic frame (at default J2000 equinox)
ed - Static variable in class cds.astro.Astrotime
The default choices of the edition for this class
ed - Static variable in class cds.astro.Coo
The edition of Coordinates
ed_lat - Variable in class cds.astro.Astroframe
Default edition of Latitude/Declination.
ed_lon - Variable in class cds.astro.Astroframe
Default edition of Longitude/Right Ascension.
edit(StringBuffer, int) - Method in class cds.astro.Astrocoo
Method to edit the Coordinates in a StringBuffer
edit(StringBuffer, int) - Method in class cds.astro.Coo
Default Edition of the Coordinates, as 2 numbers expressing the angles in degrees.
edit(StringBuffer, int) - Method in class cds.astro.Coocube
Edit the Coocube value as f:±X±Y
edit(StringBuffer, int, int) - Method in class cds.astro.Editing
Edition of an integer number, right-aligned, with default options.
edit(StringBuffer, int) - Static method in class cds.astro.Otype
Edit the otype as xx.xx.xx.xx
edit(StringBuffer) - Method in class cds.astro.Unit
Edition of the quantity.
EDIT_2NUMBERS - Static variable in class cds.astro.Astrocoo
Editing option to separate the 2 components by a blank
EDIT_DEFAULT - Static variable in class cds.astro.Astrocoo
The default edition options
EDIT_EPOCH - Static variable in class cds.astro.Astrocoo
Editing option to write the Epoch
EDIT_FRAME - Static variable in class cds.astro.Astrocoo
Editing option to insert the name of the frame
EDIT_FULL - Static variable in class cds.astro.Astrocoo
Editing option to show all decimals
EDIT_MEAN_EPOCH - Static variable in class cds.astro.Astrocoo
Editing option to write the MeanEpoch
editComplex(StringBuffer, double, String) - Method in class cds.astro.Editing
Edit a complex number (date, time, angle).
editCoo(StringBuffer, int) - Method in class cds.astro.Coo
Edition of the Coordinates with specified number of decimals.
editDate(StringBuffer, int) - Method in class cds.astro.Editing
Edition of a MJD date into an ISO-8601 date YYYY-MM-DD
editDate(StringBuffer, int, int) - Method in class cds.astro.Editing
Edition of a MJD date into an ISO-8601 date YYYY-MM-DD
editDate(StringBuffer, double, int, int) - Method in class cds.astro.Editing
Edition of a MJD date into an ISO-8601 date YYYY-MM-DDThh:mm:ss[...]
editDecimal(StringBuffer, double, int, int, int) - Method in class cds.astro.Editing
Edition of a single floating-point number (%f).
editDimension(StringBuffer) - Method in class cds.astro.Unit
Edit the physical dimension of a unit.
editDouble(StringBuffer, double, int, int, int) - Method in class cds.astro.Editing
Edition of a single floating-point number (%g or %e).
editDouble(StringBuffer, double, int) - Method in class cds.astro.Editing
Edition of a single floating-point number (%g or %e).
editedValue() - Method in class cds.astro.Unit
String represntation of the value.
editEpoch(StringBuffer, double) - Method in class cds.astro.Astrocoo
Function to edit one number representing an apoch in Jyr
editFlags(StringBuffer, int, String[]) - Method in class cds.astro.Editing
Edit a number considered as a set of bits.
editInfinite(StringBuffer, int, int) - Method in class cds.astro.Editing
Assignment to Infinity represention, right-aligned.
editing - Variable in class cds.astro.Astrocoo
The editing option includes basic options described in Astroformat, plus the EDIT_FRAME, EDIT_FULL and EDIT_2 options.
Editing - Class in cds.astro
Class for 'nice' edition of numbers.
Editing() - Constructor for class cds.astro.Editing
The basic constructor: default NaN edition is "-".
Editing(String) - Constructor for class cds.astro.Editing
Constructor specifying the NaN representation, and default options.
editingOptions(String) - Static method in class cds.astro.Astrocoo
Convert the String of editing options into an integer
editInt(StringBuffer, int, int, int) - Method in class cds.astro.Editing
Edition of an integer number, right-aligned, with user-specified options.
editLong(StringBuffer, long, int, int) - Method in class cds.astro.Editing
Edition of a long integer number, right-aligned, with user-specified options.
editNaN(StringBuffer, int) - Method in class cds.astro.Editing
Assignment to NaN represention.
editSexa(StringBuffer, double, int, int, int) - Method in class cds.astro.Editing
Edition of a single floating-point number in Sexagesimal.
editValue(StringBuffer) - Method in class cds.astro.Unit
Edit the value in a StringBuffer
EFORMAT - Static variable in class cds.astro.Astroformat
Format of number contains the E notation
ell1(double, double) - Static method in class cds.astro.AstroMath
Computation of complete elliptic integral of first kind.
ellipse(Astroframe, Coo, double, double) - Static method in class cds.astro.Region
Define an Elliptical region.
ellipse(Coo, double, double, double) - Static method in class cds.astro.Region
Tilted elliptical region.
EllipticalRegion - Class in cds.astro
Elliptical region on the sky, defined by its center + semi-major axes.
EM - Static variable in class cds.astro.FK4
Table 2 of Standish (1982A&A...115...20S), rediscussed by Soma and Aoki (1990A&A...240..150S), and apparently slightly modified by the starlink group.
EM1 - Static variable in class cds.astro.FK4
The 6x6 matrix to move from FK5 to FK4
EOS - Static variable in class cds.astro.Sptype
 
epoch - Variable in class cds.astro.Astrocoo
Epoch (Jyr) of the position
epoch - Variable in class cds.astro.Astroframe
The epoch, expressed in Julian Year.
epocho - Variable in class cds.astro.Astropos
The epoch of the position with minimal uncertainty (mean epoch).
equals(Object) - Method in class cds.astro.Astrocoo
Compare 2 coordinates.
equals(char) - Method in class cds.astro.Astroframe
Creation of an astroframe from a single char (J, B, G, etc)
equals(Object) - Method in class cds.astro.Astroframe
Equality of frames -- name + epoch are assumed fully represent any frame.
equals(Object) - Method in class cds.astro.Astropos
Compare 2 coordinates.
equals(Object) - Method in class cds.astro.Coo
Test equality of Coo.
equals(Object) - Method in class cds.astro.Mtype
MOD-BB 21-01-04 Ajout de cette methode.
equals(Object) - Method in class cds.astro.Otype
MOD-BB 21-01-04 Ajout de cette methode.
equals(Object) - Method in class cds.astro.Qbox
MOD-BB 21-01-04 Ajout de cette methode.
equals(Object) - Method in class cds.astro.Sptype
Spectral type object comparison
equals(Object) - Method in class cds.astro.Unit
Check whether 2 quantities are equal.
Equatorial - Class in cds.astro
This abstract class introduces the specificities of the equatorial coordinates.
equinox - Variable in class cds.astro.Ecliptic
The ecliptic frame is tightly connected to the Equatorial frame.
equinox - Variable in class cds.astro.Equatorial
Any equatorial frame must have its equinox defined.
ERROR - Static variable in class cds.astro.Parsing
The last (sexagesimal) parsing has a component greater than 60
error_message - Variable in class cds.astro.Parsing
Error message, if any (only in parseComplex)
errorEllipseToVariance(double[], double[]) - Static method in class cds.astro.Astropos
Convert an error ellipse (a, b, posAngle) into a variance matrix (var(x), var(y), cov(x,y)).
estimateFK4motion(double[]) - Static method in class cds.astro.FK4
Estimate the proper motions in the FK4 system, assuming a zero proper motion in the FK5.
eterm(double) - Static method in class cds.astro.FK4
Compute the e-term (change due to the ellipticity of Earth orbit).
eulerMatrix(double, double, double) - Static method in class cds.astro.Coo
Generate the rotation matrix from the Euler angles
ev_eq - Variable in class cds.astro.FK4
 
explain(int) - Static method in class cds.astro.Astrocoo
Explain the editing option of the coordinate
explain(int) - Static method in class cds.astro.Astroformat
Explain the 'form' of the last parsed number
explainComplex(String) - Static method in class cds.astro.Astroformat
Explain the conventions of "complex" templates.
explainUnit(String) - Static method in class cds.astro.Unit
Explain the unit given in argument.
explainUnit() - Method in class cds.astro.Unit
Give a full explanation of the unit.

F

face - Variable in class cds.astro.Coocube
The face number in range 1 to 6 -- zero for undefined.
face(double[]) - Static method in class cds.astro.Coocube
Compute the face number from the unit vector
face() - Method in class cds.astro.Qbox
On which face is located the qbox ?
face(int) - Static method in class cds.astro.QboxNumber
Face number on which the qbox is located.
FACTOR - Static variable in class cds.astro.Astroformat
Format of number is of the form mantissax10±exp
factor - Variable in class cds.astro.Converter
The conversion factor, if used (target = factor * source)
FK4 - Class in cds.astro
The FK4 is an equatorial coordinate system (coordinate system linked to the Earth) based on its B1950 position.
FK4(double, double) - Constructor for class cds.astro.FK4
Instanciate an FK4 frame
FK4(double) - Constructor for class cds.astro.FK4
Instanciate an FK4 frame
FK4() - Constructor for class cds.astro.FK4
Instanciate an FK4 frame (at default B1950 equinox)
FK5 - Class in cds.astro
The FK5 is an equatorial coordinate system (coordinate system linked to the Earth) based on its J2000 position.
FK5(double) - Constructor for class cds.astro.FK5
Instanciate an FK5 frame
FK5() - Constructor for class cds.astro.FK5
Instanciate an FK5 frame (at default J2000 equinox)
form() - Method in class cds.astro.Parsing
Retrieves the 'format' of the last parsed number as a string.
format() - Method in class cds.astro.Parsing
Retrieves the 'format' of the last parsed number.
formRA - Variable in class cds.astro.Astrocoo
How RA was entered, see Astroformat
frame - Variable in class cds.astro.Astrocoo
The associated frame
fromFK5(Coo) - Static method in class cds.astro.FK4
Compute FK4 position from FK5, assuming no proper motion in FK5 and an observation in B1950.
fromFK5(double[]) - Static method in class cds.astro.FK4
Convert the position from standard J2000 FK5 to standard B1950 FK4 system with Standish's algorithm.
fromICRS(Coo) - Method in class cds.astro.Astroframe
Conversion from ICRS.
fromICRS(double[]) - Method in class cds.astro.Astroframe
Conversion from ICRS with derivatives.
fromICRS(double[]) - Method in class cds.astro.FK4
Convert the position from the ICRS frame to FK4.
fromICRS(Coo) - Method in class cds.astro.FK4
Convert the position from the ICRS frame.
fromICRS(Coo) - Method in class cds.astro.ICRS
Convert the position from the ICRS frame.
fromICRS(double[]) - Method in class cds.astro.ICRS
Convert the position from the ICRS frame.
fromJ2000 - Variable in class cds.astro.Ecliptic
 

G

gal_1950 - Static variable in class cds.astro.Galactic
Rotation matrix to move from FK4 to Galactic.
gal_2000 - Static variable in class cds.astro.Galactic
Rotation matrix to move from FK5 to Galactic.
Galactic - Class in cds.astro
The Galactic frame is defined such that the plane of our Galaxy (the Milky Way) has a latitude close to zero.
Galactic() - Constructor for class cds.astro.Galactic
Instanciate an Galactic frame
get() - Method in class cds.astro.Mtype
 
get() - Method in class cds.astro.Otype
 
get() - Method in class cds.astro.Sptype
Get the spectral type string
getBinType() - Method in class cds.astro.Otype
Get the binary type
getByr() - Method in class cds.astro.Astrotime
Get the time expressed in Besselian yr
getCompatibleTypes() - Method in class cds.astro.Otype
For the current type, get all compatible types in other branches
getConverter(String, String) - Static method in class cds.astro.Unit
Retrieve a special converter.
getCoo() - Method in class cds.astro.Proj3
Get the coordinate
getEditing() - Method in class cds.astro.Astrocoo
Get the defaut editing option.
getEpoch(Parsing) - Static method in class cds.astro.Astrocoo
Interpret an epoch, eventually within ( ).
getFrame() - Method in class cds.astro.Astrocoo
Get an explicit designation of the frame
getJD() - Method in class cds.astro.Astrotime
Get the time expressed in JD
getJyr() - Method in class cds.astro.Astrotime
Get the time expressed in Julian yr
getLat() - Method in class cds.astro.Coo
Get the Latitude (Dec) in degrees.
getLat() - Method in class cds.astro.Proj3
Get the latitude of the point on the projection.
getLatPrec() - Method in class cds.astro.Astrocoo
Get the precision on the longitude
getList() - Method in class cds.astro.Otype
Gives all explanation string of otypes
getLon() - Method in class cds.astro.Coo
Get the Longitude (RA) in degrees.
getLon() - Method in class cds.astro.Proj3
Get the longitude of the point on the projection.
getLonPrec() - Method in class cds.astro.Astrocoo
Get the precision on the latitude
getMessage() - Method in class cds.astro.Parsing
About the last parsed number: get the error message
getMJD() - Method in class cds.astro.Astrotime
Get the time expressed in MJD (JD-2400000.5)
getName() - Method in class cds.astro.Otype
 
getPrecision() - Method in class cds.astro.Astrocoo
Get the precision of the current value
getProperMotionLat() - Method in class cds.astro.Astropos
Get the Latitude proper motion (mas/yr)
getProperMotionLon() - Method in class cds.astro.Astropos
Get the Longitude proper motion (mas/yr)
getQueryMask() - Method in class cds.astro.Otype
 
getQueryMask(int) - Method in class cds.astro.Otype
 
getQueryValue() - Method in class cds.astro.Otype
 
getRaDecAtEpoch(double) - Method in class cds.astro.PourFrancois
 
getShortList() - Method in class cds.astro.Otype
 
getSIdim() - Method in class cds.astro.Unit
Get a representation of the unit dimension.
getSIunit() - Method in class cds.astro.Unit
Get the unit expressed in terms of SI units.
getSIvalue() - Method in class cds.astro.Unit
Get the value converted to SI system
getSpBin() - Method in class cds.astro.Sptype
Get the binary spectral type value
getSpMask() - Method in class cds.astro.Sptype
Get the spectral type binary mask (used for sql queries)
getTime() - Method in class cds.astro.Astrotime
Get the time expressed in milliseconds since 1 Jan 1970
getUnit() - Method in class cds.astro.Unit
Get the unit symbol (identical to unit.symbol)
getValue(int) - Method in class cds.astro.Otype
Get the value of a particular level (0-3)
getValue() - Method in class cds.astro.Unit
Get the value of a unit (identical to unit.value)
getX() - Method in class cds.astro.Proj3
Get only the X value of the projection.
getY() - Method in class cds.astro.Proj3
Get the Y value of the projection
gobbleSpaces() - Method in class cds.astro.Parsing
Skip the spaces in the Parsing unit

H

hashCode() - Method in class cds.astro.Otype
Compute the hashcode (overrides the Object method).
hasValue() - Method in class cds.astro.Otype
Check if this type has a value.
hasValue() - Method in class cds.astro.Sptype
Checks wether the SpectralType has a value
hexaToNumeric(String) - Static method in class cds.astro.Otype
Methode qui transforme une chaine de caractere hexadecimale en otype sous forme numerique
hms - Variable in class cds.astro.Astroframe
The sexagesimal representation of the longitude may be expressed in time unit.

I

IAUframes - Static variable in class cds.astro.Astroframe
List of valid 1-letter frames used in IAU designations
ICRS - Class in cds.astro
The ICRS frame (International Celestial Reference System) is defined by the Hipparcos mission.
ICRS(double) - Constructor for class cds.astro.ICRS
Instanciate an ICRS frame
ICRS() - Constructor for class cds.astro.ICRS
Instanciate an ICRS frame
ICRS(String) - Constructor for class cds.astro.ICRS
Instanciate an ICRS frame
ICRSmatrix - Variable in class cds.astro.Astroframe
The conversion to ICRS, if it is a simple rotation.
implies(Otype) - Method in class cds.astro.Otype
Check if is a subtype (in same branch)
INCLUDES - Static variable in class cds.astro.AbstractRegion
INCLUDES indicates the region fully includes its argument.
index() - Method in class cds.astro.Qbox
Actual qbox index
index(int) - Static method in class cds.astro.QboxNumber
Interpret the qbox as an index (offset) number.
inError() - Method in class cds.astro.Parsing
About the last parsed number: was it in error ?
inf_string - Variable in class cds.astro.Editing
How the Infinite is represented -- default is Inf
init() - Static method in class cds.astro.Otype
Initialisation
init(String) - Static method in class cds.astro.Otype
Initialisation
inside(Coo) - Method in class cds.astro.Qbox
Tests whether a point is inside a Qbox
INTERSECTS - Static variable in class cds.astro.AbstractRegion
INTERSECTS is the status for overlapping regions.
IS_PARTOF - Static variable in class cds.astro.AbstractRegion
IS_PARTOF indicates the region is fully included in its argument.
isAngle(int) - Static method in class cds.astro.Astroformat
Test whether a format indicates Angle (dms or °'").
isAngle() - Method in class cds.astro.Parsing
About the last parsed number: was it expressed as angle (° or d)
isAny() - Method in class cds.astro.Qbox
Status of a Qbox: check whether it's completely included in the Selection (no need to make further tests on Position)
isCompatibleWith(Unit) - Method in class cds.astro.Unit
Checks whether 2 units are compatible.
isDate(int) - Static method in class cds.astro.Astroformat
Test whether a format indicates a Date (YMD).
isDate() - Method in class cds.astro.Parsing
About the last parsed number: was it expressed as a date ?
isDays(int) - Static method in class cds.astro.Astroformat
Test whether a format indicates a number of days.
isDays() - Method in class cds.astro.Parsing
About the last parsed number: does it represent days (date_diff) ?
isIAU(char) - Static method in class cds.astro.Astroframe
Verify letter is a valid frame.
isMinus(char) - Static method in class cds.astro.Parsing
Verify a '-' sign.
isSexa(int) - Static method in class cds.astro.Astroformat
Test whether a format indicates a Sexagesimal coding.
isSexa() - Method in class cds.astro.Parsing
About the last parsed number: was it sexagesimal ?
isSign(char) - Static method in class cds.astro.Parsing
Verify a sign.
isTime(int) - Static method in class cds.astro.Astroformat
Test whether a format indicates Time (hms).
isTime() - Method in class cds.astro.Parsing
About the last parsed number: was it expressed as time (hms) ?
isUnitless() - Method in class cds.astro.Unit
Checks whether a number has no unit (is unitless)
isUnknown() - Method in class cds.astro.Otype
Check if the object type is unknown

J

J2B(double) - Static method in class cds.astro.Astrotime
Conversion of a Julian epoch to a Besselian epoch
J2JD(double) - Static method in class cds.astro.Astrotime
Conversion of a Julian epoch to a Julian Date
JD2B(double) - Static method in class cds.astro.Astrotime
Conversion of a Julian Date to a Besselian epoch
JD2J(double) - Static method in class cds.astro.Astrotime
Conversion of a Julian Date to a Julian epoch
JD2MJD(double) - Static method in class cds.astro.Astrotime
Conversion of a JD to MJD
JD2ms(double) - Static method in class cds.astro.Astrotime
Conversion of a Julian Date to a Milliseconds since 1 January 1970
JD2YMD(double, int[]) - Static method in class cds.astro.Astrotime
Conversion of a Julian Date into a calendar year/month/day.
JD_1970 - Static variable in class cds.astro.Astrotime
Julian date of 1 Jan 1970
JD_B1900 - Static variable in class cds.astro.Astrotime
Julian date of B1900 epoch
JD_J2000 - Static variable in class cds.astro.Astrotime
Julian date of J2000 epoch
JD_MJD0 - Static variable in class cds.astro.Astrotime
Modified Julian date
Jyr - Static variable in class cds.astro.Astrotime
Value of the Julian Year in days

L

LAMBERT - Static variable in class cds.astro.Proj3
 
lat - Variable in class cds.astro.Coo
Latitude in degrees, range [-90, +90]
length - Variable in class cds.astro.Parsing
The length of the array, can be shorter than the actual size
level(int) - Static method in class cds.astro.Otype
Compute the level in the hierarchy
level - Static variable in class cds.astro.Qbox
 
level(int) - Static method in class cds.astro.Qbox
Compute the level of any integer considered as a qbox
level() - Method in class cds.astro.Qbox
Actual qbox level
level - Variable in class cds.astro.QboxNumber
Level of the chosen Qboxes (for creation), between 0 and 12
level(int) - Static method in class cds.astro.QboxNumber
Derive the level of a Qbox number.
list() - Method in class cds.astro.Otype
List in an enumeration all Otypes belonging to a class.
list() - Method in class cds.astro.Qbox
List in an enumeration all Qboxes corresponding to a qbox To get all qboxes, just do the following: cq = new Qbox(); e=cq.list();
list(ArrayList) - Static method in class cds.astro.Qbox
List in an enumeration all Qboxes selected in a ArrayList
list(Region) - Static method in class cds.astro.Qbox
Return all Qboxes concerned by a Region (circle, box, zone, etc...)
localMatrix(double, double) - Static method in class cds.astro.Coo
Compute the rotation matrix that transforms a direction into the local frame.
localMatrix(double[][]) - Method in class cds.astro.Coo
Compute the rotation matrix associated to current position.
localMatrix() - Method in class cds.astro.Coo
Compute the rotation matrix associated to current position.
log(double) - Static method in class cds.astro.AstroMath
Compute the log base 10
log() - Method in class cds.astro.Unit
Convert a value to a decimal log scale
lon - Variable in class cds.astro.Coo
Longitude in degrees, range [0, 360[
lookup(char[]) - Method in class cds.astro.Parsing
Try to match a Character from a list.
lookup(String[], int) - Method in class cds.astro.Parsing
Try to match a Symbol in a defined piece of the text.
lookup(String[]) - Method in class cds.astro.Parsing
Try to match a Symbol in the current text.
lookupIgnoreCase(String[]) - Method in class cds.astro.Parsing
Try to match a Symbol in the current text, case insensitive.

M

m3p(double[][], double[][]) - Static method in class cds.astro.AstroMath
3-Matrices Products
m3t(double[][]) - Static method in class cds.astro.AstroMath
Transposed of a Matrix
mag() - Method in class cds.astro.Unit
Convert a value to a mag scale
main(String[]) - Static method in class cds.astro.Mtype
 
main(String[]) - Static method in class cds.astro.PourFrancois
 
main(String[]) - Static method in class cds.astro.tAstroCoo
 
main(String[]) - Static method in class cds.astro.tAstrocoo
 
main(String[]) - Static method in class cds.astro.tAstroMath
 
main(String[]) - Static method in class cds.astro.tAstropos
 
main(String[]) - Static method in class cds.astro.tConverter
 
main(String[]) - Static method in class cds.astro.tCoo
 
main(String[]) - Static method in class cds.astro.test_astropos0
 
main(String[]) - Static method in class cds.astro.tFK4
 
main(String[]) - Static method in class cds.astro.tOtype
 
main(String[]) - Static method in class cds.astro.tParsing
 
main(String[]) - Static method in class cds.astro.tPierre
 
main(String[]) - Static method in class cds.astro.tQbox
 
main(String[]) - Static method in class cds.astro.tQbox2
Testing the Qbox class
main(String[]) - Static method in class cds.astro.tQboxNumber
Testing the QboxNumber class
main(String[]) - Static method in class cds.astro.tRegion
 
main(String[]) - Static method in class cds.astro.tUnit
 
MAS - Static variable in class cds.astro.Astrocoo
Definitions of Precisions for the angles
match(char) - Method in class cds.astro.Parsing
Verify we're starting by a specific character
match(String) - Method in class cds.astro.Parsing
Verify we're starting by a specific string.
matchingBracket() - Method in class cds.astro.Parsing
From current position assumed to contain a parenthesis or bracket, return the location of the corresponding parenthesis.
matchingQuote() - Method in class cds.astro.Parsing
From current position assumed to contain a Quote (' " or `) return location of the matching quote.
maxrad - Variable in class cds.astro.AbstractRegion
radius (degrees) of Circle centered in centroid which fully includes the region.
maxRadius() - Static method in class cds.astro.Qbox
Return the maximal radius (in degrees) of any Qbox at the default level
maxRadius(int) - Static method in class cds.astro.Qbox
Return the maximal radius (in degrees) of a Qbox
maxRadius() - Method in class cds.astro.QboxNumber
Radius of circle containing any Qbox.
MERCATOR - Static variable in class cds.astro.Proj3
 
merge(Otype) - Method in class cds.astro.Otype
Choose the most accurate Otype: the deepest one ine the hierarchy.
mergepl(Otype) - Method in class cds.astro.Otype
 
minrad - Variable in class cds.astro.AbstractRegion
radius (degrees) of Circle centered in centroid fully included in region.
minRadius() - Static method in class cds.astro.Qbox
Return the minimal radius (in degrees) of a Qbox.
minRadius(int) - Static method in class cds.astro.Qbox
Return the minimal radius (in degrees) of any Qbox at the default level
minRadius() - Method in class cds.astro.QboxNumber
Radius of circle included in any Qbox.
minus(Unit) - Method in class cds.astro.Unit
Subtraction of 2 quantities.
mjd - Variable in class cds.astro.Astrotime
The actual date/epoch is stored as MJD value (JD-2400000.5)
MJD2JD(double) - Static method in class cds.astro.Astrotime
Conversion of a MJD to JD
month_list - Static variable in class cds.astro.Astroformat
The standard edition of month names
moveMatrix(Coo) - Method in class cds.astro.Coo
Compute the rotation matrix to move between 2 directions.
ms2JD(long) - Static method in class cds.astro.Astrotime
Conversion of a calendar time expressed in Milliseconds to a Julian Date
Mtype - Class in cds.astro
 
Mtype() - Constructor for class cds.astro.Mtype
 
Mtype(String) - Constructor for class cds.astro.Mtype
 
mult(double) - Method in class cds.astro.Unit
Multiplication by a Scalar.
mult(Unit) - Method in class cds.astro.Unit
Multiplication of 2 quantities.

N

name - Variable in class cds.astro.Astroframe
The name of the frame (normally assigned at instanciation)
name - Static variable in class cds.astro.Proj3
 
nearby(int, int[]) - Static method in class cds.astro.QboxNumber
Identifies the 8 qboxes contiguous to one qbox.
nearby(Coo, int[], double[]) - Method in class cds.astro.QboxNumber
Identifies the 9 qboxes close to a target position.
Nlev - Static variable in class cds.astro.Otype
 
NONE - Static variable in class cds.astro.Astrocoo
Definitions of Precisions for the angles
NONE - Static variable in class cds.astro.Proj3
 
norm2(double[]) - Static method in class cds.astro.Coo
Compute the square norm of a vector
normalize() - Method in class cds.astro.Astropos
Renormalize the vectors
normalize(double[]) - Static method in class cds.astro.Coo
Normalisation of a vector (set its norm to 1)
normalize() - Method in class cds.astro.Coo
Normalisation of coordinates (set its norm to 1)
NOSUBTYPE_VALUE - Static variable in class cds.astro.Sptype
 
nulls - Variable in class cds.astro.Astroformat
The default way of representing the NULL (unknown) numbers .
numericToHexa() - Method in class cds.astro.Otype
Methode qui permet de transformer un otype decimal en hexadecimal

O

offset - Static variable in class cds.astro.Astrotime
Origin of the different time scales from MJD0 (1858-11-17T00:00:00)
OK - Static variable in class cds.astro.Parsing
The status of the last parsing operation is OK
otrees - Static variable in class cds.astro.Otype
 
Otype - Class in cds.astro
The Otype is a classification of the astronomical objects in a hierarchical structure.
Otype() - Constructor for class cds.astro.Otype
Define the default Otype (object of unknown nature)
Otype(String) - Constructor for class cds.astro.Otype
Define the Otype from a String
Otype(int) - Constructor for class cds.astro.Otype
Define the Otype from an otype code (integer)
Otype(Otype) - Constructor for class cds.astro.Otype
Copy constructor
otype - Variable in class cds.astro.Otype
 
otypes - Static variable in class cds.astro.Otype
 

P

parse(String, int) - Method in class cds.astro.Astrocoo
Parsing method: interpret a String.
parse(Parsing) - Static method in class cds.astro.Astroframe
Interpret a text representing a frame
parse(String, int) - Method in class cds.astro.Astropos
Parsing method: interpret a String.
parse(String, int) - Method in class cds.astro.Astrotime
Interpret a string for a time.
parse(String, int) - Method in class cds.astro.Coo
Interpret the string and convert to Coo.
parse(String) - Method in class cds.astro.Otype
Parse a string containing otype sting name
parse(String, int) - Method in class cds.astro.Otype
Parse a string containing otype sting name
parse(String) - Method in class cds.astro.Sptype
Parse a spectral type string
parse(String, int) - Method in class cds.astro.Sptype
Parse a spectral type string
parse(String, int) - Method in class cds.astro.Unit
Examine a String for a Unit + Value
parseArray(double[]) - Method in class cds.astro.Parsing
Interpret an array (several numbers).
parseComplex(String) - Method in class cds.astro.Parsing
Interpret some Complex number (date, sexagesimal).
parseDate() - Method in class cds.astro.Parsing
Interpret a Date.
parseDecimal() - Method in class cds.astro.Parsing
Interpret a real number as (+/-)num.decimals.
parseDouble() - Method in class cds.astro.Parsing
Interpret a real number as (+/-)numE+/-pow.
parseErrorEllipse(Parsing, double[]) - Static method in class cds.astro.Astropos
Interpret an error ellipse written [ a b theta ].
parseFactor() - Method in class cds.astro.Parsing
Interpret a real number as (+/-)numx10+pow OR (+/-)numE+pow.
parseIAU(Parsing) - Method in class cds.astro.Astrocoo
Interpret the string representing a position in IAU-style.
parseIAU() - Method in class cds.astro.Parsing
Interpret a Sexagesimal written in IAU-style (no space).
parseInt() - Method in class cds.astro.Parsing
Try to match an Integer Number.
parseLong() - Method in class cds.astro.Parsing
Try to match a Long Integer Number.
parseNaN() - Method in class cds.astro.Parsing
Try to match one of the possible NaN representations.
parsePositiveInt() - Method in class cds.astro.Parsing
Try to match a Positive Integer Number.
parseSexa() - Method in class cds.astro.Parsing
Interpret a sexagesimal number.
parseSexa2() - Method in class cds.astro.Parsing
Interpret the first of 2 sexagesimal numbers.
parseSign() - Method in class cds.astro.Parsing
Try to match a Sign.
parseUnit(String, int) - Method in class cds.astro.Unit
Look in the input string for a Unit
parseValue(String, int) - Method in class cds.astro.Unit
Look in the input string for a value
parseWithError(double[]) - Method in class cds.astro.Parsing
Interpret a number + Error.
parsing(Parsing) - Method in class cds.astro.Astrocoo
Interpret the string and convert to Coo + Epoch.
parsing(Parsing) - Method in class cds.astro.Astropos
Interpret the string and convert to Coo + Epoch.
parsing(Parsing) - Method in class cds.astro.Astrotime
Interpret a string for a time.
parsing(Parsing) - Method in class cds.astro.Coo
Interpret the string and convert to Coo.
Parsing - Class in cds.astro
This class interprets text and is able to convert to numbers, or find a symbol in a list of symbols.
Parsing(String) - Constructor for class cds.astro.Parsing
Create a Parsing unit from a string
Parsing(String, int) - Constructor for class cds.astro.Parsing
Create a Parsing unit from a string + offset
parsing(Parsing) - Method in class cds.astro.Unit
Interpret a string for a value + Unit.
perpendicular(Coo, Coo) - Static method in class cds.astro.Coo
Define a coordinate as the direct perpendicular to 2 positions.
pic1 - Static variable in class cds.astro.Astroformat
The interesting pictures for Complex numbers
pic1_explain - Static variable in class cds.astro.Astroformat
Explanation of the meaning
plus(Unit) - Method in class cds.astro.Unit
Addition of 2 quantities.
plx - Variable in class cds.astro.Astropos
Parallax in mas
point - Variable in class cds.astro.Proj3
The corresponding polar angles
polygon(Coo[]) - Static method in class cds.astro.Region
Define a polygonal region (convex).
pos - Variable in class cds.astro.Parsing
The current position in the array
posAngle(Coo) - Method in class cds.astro.Coo
Position angle (wrt North) of point (range 0-180).
PourFrancois - Class in cds.astro
 
PourFrancois(double, double, double, double, double, double, double, double, double, double) - Constructor for class cds.astro.PourFrancois
 
power(int) - Method in class cds.astro.Unit
Compute the Power of a number/unit
powers - Static variable in class cds.astro.AstroMath
 
precessionMatrix(double, double) - Static method in class cds.astro.FK4
Precession matrix from equinox t0 to t1 (Besselian Years)
precision - Variable in class cds.astro.Astrocoo
The precision is 0=unknown, 1=DEG, 3=ARCMIN, 5=ARCSEC, 8=MAS, etc .
precision - Variable in class cds.astro.Astroframe
The defaut precision (0=unknown, 3=1', 5=1").
precision - Variable in class cds.astro.Astrotime
The original precision = number of decimals + 1 (in specified unit); it's 0 when only month is known.
prefix - Static variable in class cds.astro.Astrotime
Conversion of time: time in unit = mjd*factor + offset
prod(Unit) - Method in class cds.astro.Unit
Product of 2 quantities.
Proj3 - Class in cds.astro
Class defining the Mathematical Projections of the Celestial Sphere.
Proj3(Coo) - Constructor for class cds.astro.Proj3
Standard (TAN) projection.
Proj3(int, Coo) - Constructor for class cds.astro.Proj3
Projection of a point on the sphere.
Proj3(int, double, double) - Constructor for class cds.astro.Proj3
Creation of object used for Projections.
Proj3(int, String) - Constructor for class cds.astro.Proj3
Creation of object used for Projections from a String.
Proj3(int) - Constructor for class cds.astro.Proj3
Projection at the Origin.
Proj3(double, double) - Constructor for class cds.astro.Proj3
Standard projection.

Q

Qbox - Class in cds.astro
The Qbox divides the celestial sphere into "cells" of approximative constant size.
Qbox() - Constructor for class cds.astro.Qbox
Define the default Qbox which represents the whole sphere
Qbox(Qbox) - Constructor for class cds.astro.Qbox
Copy constructor.
Qbox(Coo) - Constructor for class cds.astro.Qbox
Define the Qbox containing a given position, at the current level.
Qbox(String) - Constructor for class cds.astro.Qbox
Define the Qbox from a text similar to the Edited qbox (see toString)
qbox(String) - Static method in class cds.astro.QboxNumber
Interpret an edited Qbox number (see QboxNumber.toString(int))
qbox(double, double) - Method in class cds.astro.QboxNumber
Identifies the Qbox containing a position given by RA and Dec.
qbox(Coocube) - Method in class cds.astro.QboxNumber
Identifies the Qbox containing a position given by a Coocube.
qbox(Coo) - Method in class cds.astro.QboxNumber
Identifies the Qbox containing a given position.
QboxNumber - Class in cds.astro
The QboxNumber is just a number representing a cell of the celestial sphere.
QboxNumber() - Constructor for class cds.astro.QboxNumber
Class of Qbox numbers with default level.
QboxNumber(int) - Constructor for class cds.astro.QboxNumber
Class of Qbox numbers with a specified level
QboxNumber(double) - Constructor for class cds.astro.QboxNumber
Class of Qbox numbers with a specified resolution.

R

radius() - Method in class cds.astro.Qbox
Compute the radius (in degrees) of the Circle containing the Qbox.
radius(int) - Static method in class cds.astro.QboxNumber
Compute radius (degrees) of the Circle including a Qbox.
Region - Class in cds.astro
Region is a Factory which implements the AbstractRegion and the constructors of the various regions.
registerConverter(String, String, Converter) - Static method in class cds.astro.Unit
Introduce a special converter.
reset() - Method in class cds.astro.Otype
Reset this object type to its NODATA value.
reset() - Method in class cds.astro.Sptype
Resets a SpectralType object to nodata
rotate(double[][]) - Method in class cds.astro.Astropos
Rotate an Astropos.
rotate(double[][]) - Method in class cds.astro.Coo
Rotate a coordinate (apply a rotation to the position).
rotate_1(double[][]) - Method in class cds.astro.Coo
Rotate a coordinate (apply a rotation to the position) in reverse direction.
rotatedBox(Coo, double, double, double) - Static method in class cds.astro.Region
Define a rotated box from center + sides.
rotateVector(double[][], double[]) - Static method in class cds.astro.Coo
Rotate a vector.
rotateVector_1(double[][], double[]) - Static method in class cds.astro.Coo
Reversely rotate a vector.
roundSubsubtype1 - Static variable in class cds.astro.Sptype
 
roundSubsubtype2 - Static variable in class cds.astro.Sptype
 
roundSubsubtype4 - Static variable in class cds.astro.Sptype
 
rv - Variable in class cds.astro.Astropos
Radial velocity in km/s

S

SANSON - Static variable in class cds.astro.Proj3
 
set(Astrocoo) - Method in class cds.astro.Astrocoo
Set a position from an existing one (copy).
set(String) - Method in class cds.astro.Astrocoo
Set a position from a text which may contain position and Epoch.
set(Coo, double) - Method in class cds.astro.Astrocoo
Set position + epoch.
set() - Method in class cds.astro.Astropos
Reset position to unknown.
set(Coo) - Method in class cds.astro.Astropos
New position from a Coo
set(Astrocoo) - Method in class cds.astro.Astropos
Set position from another Astrocoo
set(Coo, double) - Method in class cds.astro.Astropos
Set position from Coordinate and Epoch.
set(double, double) - Method in class cds.astro.Astropos
Set position from RA + Dec.
set(double, double, double) - Method in class cds.astro.Astropos
Set position from RA + Dec and epoch
set(double, double, double, double, double) - Method in class cds.astro.Astropos
Set position from RA + Dec.
set(double, double, double, double[], double, double, double, double[], double[], double[]) - Method in class cds.astro.Astropos
Set a Astropos from position + proper motion.
set(String) - Method in class cds.astro.Astropos
Set a particuliar set of positions in the Astropos.
set(String, boolean) - Method in class cds.astro.Astropos
Overload Coo method (see set(String text) )
set(double) - Method in class cds.astro.Astrotime
Set the time from MJD.
set(long) - Method in class cds.astro.Astrotime
Set the time from milliseconds.
set(String) - Method in class cds.astro.Astrotime
Set the time from a String.
set() - Method in class cds.astro.Coo
Sets the position to its default (unknown)
set(Coo) - Method in class cds.astro.Coo
Set the position from an existing one.
set(double, double) - Method in class cds.astro.Coo
Set a position from its longitude and latitude (RA/Dec).
set(double, double, double) - Method in class cds.astro.Coo
Set a position from its unit vectors.
set(String) - Method in class cds.astro.Coo
Define a non-equatorial coordinate from its text (RA is in degrees)
set(double[]) - Method in class cds.astro.Coocube
Compute the Coocube coordinates from the Direction Cosines
set(Coo) - Method in class cds.astro.Coocube
Compute the Coocube coordinates
set(int, double, double) - Method in class cds.astro.Coocube
Compute the Coocube from its (XY) components
set(String) - Method in class cds.astro.Mtype
Sets the coded value of a string representing a morphological type
set(int) - Method in class cds.astro.Otype
Convert an integer into an Otype
set(String) - Method in class cds.astro.Otype
Convert a text into an object type
set(int) - Method in class cds.astro.Parsing
Force the position within the Parsing piece
set(String) - Method in class cds.astro.Parsing
Install a new text in the Parsing
set(Coo) - Method in class cds.astro.Proj3
Compute a projection from initial coordinates.
set(double, double) - Method in class cds.astro.Proj3
Reverse projection: compute the polar angle corresponding to (x,y)
Rem: Method was called computeAngles in a previous version.
set(Coocube) - Method in class cds.astro.Qbox
Convert a Coocube into a Qbox at the default level
set(Qbox) - Method in class cds.astro.Qbox
Sets the Qbox value from another Qbox object
set(Coo) - Method in class cds.astro.Qbox
Convert a Position into its Qbox at the default level
set(String) - Method in class cds.astro.Sptype
Sets a spectral type value to this object
set(Sptype) - Method in class cds.astro.Sptype
Sets the SpectralType from another SpectralType object
set() - Method in class cds.astro.Unit
Reset a unit to unitless.
set(Unit) - Method in class cds.astro.Unit
Copy a quantity.
set(String) - Method in class cds.astro.Unit
Interpret a String to a Unit + Value
setDecimals(int) - Static method in class cds.astro.Coo
Set (and get) the number of decimals for the default edition of the cordinates.
setDefaultMeanEpoch(double) - Method in class cds.astro.Astropos
Set a Default Mean Epoch.
setEditing(int) - Method in class cds.astro.Astrocoo
Change the default way of edition
setEditing(String) - Method in class cds.astro.Astrocoo
Change the default way of edition
setEpoch(double) - Method in class cds.astro.Astrocoo
Change the Epoch of the data
setEpoch(double) - Method in class cds.astro.Astropos
Set the Epoch of the position.
setErrorEllipse(double, double, double) - Method in class cds.astro.Astropos
Set the Error Ellipse.
setErrorEllipse(double, double, double, double) - Method in class cds.astro.Astropos
Set the Error Ellipse, with the epoch of this error (epocho, mean epoch)
setErrorProperMotion(double, double) - Method in class cds.astro.Astropos
Set the Error on Proper Motion
setErrorProperMotion(double, double, double) - Method in class cds.astro.Astropos
Set the Error on Proper Motions
setFrameEpoch(double) - Method in class cds.astro.Astroframe
The setFrameEpoch method just set the default epoch.
setFrameEpoch() - Method in class cds.astro.Astropos
Set the default epoch of the frame to current epoch
setIAU(String) - Method in class cds.astro.Astrocoo
Set a position from a text -- accept IAU-format (HHMM...+DDMM...).
setICRSmatrix() - Method in class cds.astro.Astroframe
Make the required verifications to install the ICRS matrix.
setInfinite(String) - Method in class cds.astro.Editing
Define the Infinite representation
setLevel(int) - Static method in class cds.astro.Qbox
Change the default Level which is 9.
setLevel(int) - Static method in class cds.astro.QboxNumber
Change the default level.
setNaN(String) - Method in class cds.astro.Astroformat
Change the default edition of NULL.
setParallax(double, double) - Method in class cds.astro.Astropos
Set the Parallax
setPrecision(int) - Method in class cds.astro.Astrocoo
Change the precision of the data
setPrecision(int, int) - Method in class cds.astro.Astrocoo
Change the precision of the data
setProperMotion(double, double) - Method in class cds.astro.Astropos
Set the Proper Motion
setRadialVelocity(double, double) - Method in class cds.astro.Astropos
Set the Radial Velocity
setUnit() - Method in class cds.astro.Unit
Convert the current number+Unit into a Unit.
setUnit(String) - Method in class cds.astro.Unit
Assigns the Unit.
setUvec(double, double, double[]) - Static method in class cds.astro.Coo
Compute the unit vector from angles in degrees.
setUvec(int, double, double, double[]) - Static method in class cds.astro.Coocube
Transformation (face + Projections) --> unit vector
setValue(String) - Method in class cds.astro.Unit
Assign the value.
setValue(double) - Method in class cds.astro.Unit
Assign the value.
setXY(double[], double[]) - Static method in class cds.astro.Coocube
Compute the (face, X, Y)
SEXA1d - Static variable in class cds.astro.Astroformat
Format of number is sexagesimal 1 component (with : or d)
SEXA1h - Static variable in class cds.astro.Astroformat
Format of number is sexagesimal 1 component (with h)
SEXA1o - Static variable in class cds.astro.Astroformat
Format of number is sexagesimal 1 component (with °)
SEXA2 - Static variable in class cds.astro.Astroformat
Format of number is sexagesimal (2 components h m)
SEXA2c - Static variable in class cds.astro.Astroformat
Format of number is sexagesimal (2 components h:m)
SEXA2d - Static variable in class cds.astro.Astroformat
Format of number is sexagesimal angle (2 components dm)
SEXA2h - Static variable in class cds.astro.Astroformat
Format of number is sexagesimal time (2 components hm)
SEXA2o - Static variable in class cds.astro.Astroformat
Format of number is sexagesimal 2 component (with ° ')
SEXA3 - Static variable in class cds.astro.Astroformat
Format of number is sexagesimal (3 components h m s)
SEXA3c - Static variable in class cds.astro.Astroformat
Format of number is sexagesimal (3 components h:m:s)
SEXA3d - Static variable in class cds.astro.Astroformat
Format of number is sexagesimal angle (3 components dms)
SEXA3h - Static variable in class cds.astro.Astroformat
Format of number is sexagesimal time (3 components hms)
SEXA3o - Static variable in class cds.astro.Astroformat
Format of number is sexagesimal 3 component (with ° ' ")
sigmaLat() - Method in class cds.astro.Astropos
Get the mean error on Latitude ({sigma}(Dec))
sigmaLon() - Method in class cds.astro.Astropos
Get the mean error on Longitude ({sigma}RA*cos(Dec))
sigmaProperMotionLat() - Method in class cds.astro.Astropos
Get the mean error on Latitude proper motion ({sigma}(Dec))
sigmaProperMotionLon() - Method in class cds.astro.Astropos
Get the mean error on Longitude proper motion ({sigma}pmRA*cos(Dec))
SIGN_EDIT - Static variable in class cds.astro.Astroformat
Number must be signed (contains a '+' sign if positive)
SIN - Static variable in class cds.astro.Proj3
 
SIN2 - Static variable in class cds.astro.Proj3
 
sinc(double) - Static method in class cds.astro.AstroMath
Function sinc(x) = sin(x)/x
sind(double) - Static method in class cds.astro.AstroMath
Sine when argument in degrees
source - Variable in class cds.astro.Converter
The source unit
Sptype - Class in cds.astro
Spectral type
Sptype() - Constructor for class cds.astro.Sptype
Empty constructor
Sptype(String) - Constructor for class cds.astro.Sptype
Constructor with initialisation by a spectral type string
Sptype(Sptype) - Constructor for class cds.astro.Sptype
Copy constructor.
sqrt() - Method in class cds.astro.Unit
Take Square Root of a Value/Unit
status() - Method in class cds.astro.Parsing
Retrieves the status (OK, WARNING, ERROR) of last (sexagesimal) parsing.
sub(double[], double[]) - Static method in class cds.astro.Coo
Subtraction of a vector (subtravtion, then normalisation)
sub(double[]) - Method in class cds.astro.Coo
Subtraction of a vector (subtravtion, then normalisation)
sum(Unit) - Method in class cds.astro.Unit
Sum of 2 quantities.
Supergal - Class in cds.astro
The Supergalactic frame is defined such (0,0) represents the direction toward the center of the Local Group of galaxies.
Supergal() - Constructor for class cds.astro.Supergal
Instanciate an Supergal frame.
supergal - Static variable in class cds.astro.Supergal
Rotation matrix to move from Galactic to Supergalactic.
symbol - Variable in class cds.astro.Unit
The symbolic unit, like km/s
symbols() - Static method in class cds.astro.Unit
List all symbols.

T

TAN - Static variable in class cds.astro.Proj3
 
TAN2 - Static variable in class cds.astro.Proj3
 
tand(double) - Static method in class cds.astro.AstroMath
Tangent when argument in degrees
tanh(double) - Static method in class cds.astro.AstroMath
Hyperbolic tangent = (exp(x)-exp(-x))/(exp(x)+exp(-x))
target - Variable in class cds.astro.Converter
The target unit
tAstroCoo - Class in cds.astro
Testing the AstroCoo class
tAstrocoo - Class in cds.astro
Testing the Astrocoo class
tAstroCoo() - Constructor for class cds.astro.tAstroCoo
 
tAstrocoo() - Constructor for class cds.astro.tAstrocoo
 
tAstroMath - Class in cds.astro
Testing the AstroMath class
tAstroMath() - Constructor for class cds.astro.tAstroMath
 
tAstropos - Class in cds.astro
Testing the Astropos class
tAstropos() - Constructor for class cds.astro.tAstropos
 
tConverter - Class in cds.astro
Testing the Unit+Conveter classes.
tConverter() - Constructor for class cds.astro.tConverter
 
tCoo - Class in cds.astro
Testing the Coo class
tCoo() - Constructor for class cds.astro.tCoo
 
tempCodes - Static variable in class cds.astro.Sptype
 
tempLetters - Static variable in class cds.astro.Sptype
 
test_astropos0 - Class in cds.astro
test the Astropos class
test_astropos0() - Constructor for class cds.astro.test_astropos0
 
test_circle(Coo, double) - Static method in class cds.astro.tRegion
 
test_polygon(Coo[]) - Static method in class cds.astro.tRegion
 
test_zone(Coo, double, double) - Static method in class cds.astro.tRegion
 
tFK4 - Class in cds.astro
Testing the FK4
tFK4() - Constructor for class cds.astro.tFK4
 
toAny() - Method in class cds.astro.Qbox
Set the Qbox to the 'Any' status.
toBaseEquinox - Variable in class cds.astro.Equatorial
 
toBaseEquinox - Variable in class cds.astro.FK4
 
toEpoch(double) - Method in class cds.astro.Astropos
Change the epoch of the position (in the same frame)
toFK5(Coo) - Static method in class cds.astro.FK4
Convert the position to FK5 system -- assumed to be ICRS.
toFK5(double[]) - Static method in class cds.astro.FK4
Convert the position from standard B1950 FK4 to standard J2000 FK5 system with Standish's algorithm.
toIAU(String) - Method in class cds.astro.Astrocoo
Edition with IAU-style.
toICRS(Coo) - Method in class cds.astro.Astroframe
Conversion to ICRS.
toICRS(double[]) - Method in class cds.astro.Astroframe
Conversion to ICRS with derivatives.
toICRS(double[]) - Method in class cds.astro.FK4
Convert the position to its ICRS equivalent.
toICRS(Coo) - Method in class cds.astro.FK4
Convert the position to its ICRS equivalent.
toICRS(Coo) - Method in class cds.astro.ICRS
Convert the position to its ICRS equivalent.
toICRS(double[]) - Method in class cds.astro.ICRS
Convert the position to its ICRS equivalent.
toICRSmatrix() - Method in class cds.astro.Astroframe
Getting the matrix to rotate to ICRS system.
toICRSmatrix() - Method in class cds.astro.Ecliptic
Defines the rotation matrix to rotate to ICRS
toICRSmatrix() - Method in class cds.astro.FK4
Get the conversion to ICRS matrix
toICRSmatrix() - Method in class cds.astro.FK5
Defines the rotation matrix to rotate to ICRS
toICRSmatrix() - Method in class cds.astro.Galactic
Defines the rotation matrix to rotate to ICRS
toICRSmatrix() - Method in class cds.astro.ICRS
Get the conversion to ICRS matrix
toICRSmatrix() - Method in class cds.astro.Supergal
Defines the rotation matrix to rotate to ICRS
toString() - Method in class cds.astro.AbstractRegion
Edition of a Region
toString(int) - Method in class cds.astro.Astrocoo
Customized edition of Coordinates to a String
toString(String) - Method in class cds.astro.Astrocoo
Customized edition of Coordinates to a String
toString() - Method in class cds.astro.Astrocoo
Default edition: use what's stored
toString() - Method in class cds.astro.Astroframe
Edition of an Astroframe.
toString(double) - Method in class cds.astro.Astroframe
Edition of an Astroframe with specification of the epoch.
toString() - Method in class cds.astro.Astropos
Default edition: use what's stored
toString(int) - Method in class cds.astro.Astropos
Default edition: use what's stored
toString(String) - Method in class cds.astro.Astrotime
Edit the time in the specified choice.
toString() - Method in class cds.astro.Astrotime
Get the time expressed in milliseconds since 1 Jan 1970
toString() - Method in class cds.astro.CircularRegion
Edition of a Circular region
toString() - Method in class cds.astro.Converter
Standard edition of the unit converter
toString() - Method in class cds.astro.ConvexRegion
Edition of a Region
toString() - Method in class cds.astro.Coo
Default Edition of the Coordinates, as 2 numbers expressing the angles in degrees.
toString(double[]) - Static method in class cds.astro.Coo
Edition of the 3 components of a vector.
toString(String, double[]) - Static method in class cds.astro.Coo
Edition of the 3 components of a vector.
toString(String, double[][]) - Static method in class cds.astro.Coo
Edition of a 3x3 matrix
toString() - Method in class cds.astro.Coocube
Default Edition of the Coocube values
toString() - Method in class cds.astro.Editing
The conversion to string
toString() - Method in class cds.astro.EllipticalRegion
Edition of an Ellipse region
toString() - Method in class cds.astro.Equatorial
Edition of Equatorial frame.
toString() - Method in class cds.astro.Mtype
Edits a coded morphological type
toString(int) - Method in class cds.astro.Otype
Default Edition of the Otype value
toString() - Method in class cds.astro.Otype
Default Edition of the Otype value
toString(String) - Method in class cds.astro.Otype
Edition with options
toString(char) - Method in class cds.astro.Otype
Edition with options
toString() - Method in class cds.astro.Parsing
View the Parsing as a String
toString(int) - Method in class cds.astro.Parsing
View a part of the Parsing as a String.
toString() - Method in class cds.astro.Proj3
Returns a definition of this projection
toString() - Method in class cds.astro.Qbox
Default Edition of the Qbox value
toString(int) - Static method in class cds.astro.QboxNumber
Edition of a Qbox value
toString() - Method in class cds.astro.QboxNumber
Edition of Qbox level
toString() - Method in class cds.astro.Region
Edition of a Region (see dedicated class)
toString() - Method in class cds.astro.Sptype
returns the spectral type string
toString() - Method in class cds.astro.Unit
Standard Edition of the Unit.
toString() - Method in class cds.astro.ZonalRegion
Edition of a Zone
toStringInSI() - Method in class cds.astro.Unit
Explain the Unit+Value in terms of SI units (Convert to non-log)
tOtype - Class in cds.astro
Testing the Otype class
tOtype() - Constructor for class cds.astro.tOtype
 
tParsing - Class in cds.astro
Testing the Parsing/Editing classes
tParsing() - Constructor for class cds.astro.tParsing
 
tPierre - Class in cds.astro
Testing the Astrocoo class
tPierre() - Constructor for class cds.astro.tPierre
 
tQbox - Class in cds.astro
 
tQbox() - Constructor for class cds.astro.tQbox
 
tQbox2 - Class in cds.astro
 
tQbox2() - Constructor for class cds.astro.tQbox2
 
tQboxNumber - Class in cds.astro
 
tQboxNumber() - Constructor for class cds.astro.tQboxNumber
 
transform(String) - Method in class cds.astro.Converter
Convert a value, return its edited form.
transform(double) - Method in class cds.astro.Converter
Convert a value, return its edited form.
tRegion - Class in cds.astro
 
tRegion() - Constructor for class cds.astro.tRegion
 
TRUNCATE - Static variable in class cds.astro.Astroformat
Numbers are truncated in their edition
truncate(int) - Method in class cds.astro.Otype
Truncate the otype to some upper level (e.g.
tUnit - Class in cds.astro
Testing the Unit class.
tUnit() - Constructor for class cds.astro.tUnit
 
type - Variable in class cds.astro.Proj3
 

U

ucenter(int, double[]) - Static method in class cds.astro.Qbox
Compute the unit vector of the center of a Qbox.
ucorners(int, double[][]) - Static method in class cds.astro.Qbox
Compute the 4 vectors representing the corners of a Qbox.
Umatrix3 - Static variable in class cds.astro.Coo
The unit 3-D unit matrix .
unit - Variable in class cds.astro.Astrotime
The original choice of the date (index in 'prefix' table)
Unit - Class in cds.astro
Class able to deal with scientific units and make the appropriate conversions.
Unit() - Constructor for class cds.astro.Unit
Define the default unit: unitless undefined value
Unit(Unit) - Constructor for class cds.astro.Unit
Define a Unit and Value from an existing one (clone)
Unit(String) - Constructor for class cds.astro.Unit
Define a Value+Unit by interpreting a String
unitless() - Static method in class cds.astro.Unit
Get a representation of the unitless dimension
UNKNOWN - Static variable in class cds.astro.Otype
 
UNKNOWN_CODE - Static variable in class cds.astro.Sptype
 

V

value - Variable in class cds.astro.Unit
The value, expressed in unit symbol
varianceToErrorEllipse(double[], double[]) - Static method in class cds.astro.Astropos
Convert a variance matrix (var(x), var(y), cov(x,y)) into an error ellipse (a, b, posAngle).
vecprod(double[], double[], double[]) - Static method in class cds.astro.Coo
Compute the vectorial product (result in vector r)
vecprod(double[], double[]) - Method in class cds.astro.Coo
Compute the vectorial product (result in vector r)
vecprod(Coo, double[]) - Method in class cds.astro.Coo
Compute the vectorial product (result in vector r)

W

WARNING - Static variable in class cds.astro.Parsing
The last (sexagesimal) parsing has minutes or seconds equal to 60.

X

x - Variable in class cds.astro.Coo
Components of unit vector (direction cosines)
X - Variable in class cds.astro.Coocube
The position on the face, a number between -1 and 1.
X - Variable in class cds.astro.Proj3
The values of the projections
xd - Variable in class cds.astro.Astropos
Derivative of x cartesian component (in Jyr-1)

Y

y - Variable in class cds.astro.Coo
Components of unit vector (direction cosines)
Y - Variable in class cds.astro.Coocube
The position on the face, a number between -1 and 1.
Y - Variable in class cds.astro.Proj3
The values of the projections
yd - Variable in class cds.astro.Astropos
Derivative of y cartesian component (in Jyr-1)
YMD2JD(int, int, int) - Static method in class cds.astro.Astrotime
Conversion of a calendar date into a Julian Date.

Z

z - Variable in class cds.astro.Coo
Components of unit vector (direction cosines)
zd - Variable in class cds.astro.Astropos
Derivative of z cartesian component (in Jyr-1)
ZERO_FILL - Static variable in class cds.astro.Astroformat
Number must be left-filled with zeroes
ZonalRegion - Class in cds.astro
Zone Target (e.g.
zone(Astroframe, double, double, double, double) - Static method in class cds.astro.Region
Define a zonal region.
zone(Astroframe, Coo, double, double) - Static method in class cds.astro.Region
Zonal region defined from a center and extensions.

_

_CN - Static variable in class cds.astro.Sptype
 
_comp - Static variable in class cds.astro.Sptype
 
_em - Static variable in class cds.astro.Sptype
 
_HOUK - Static variable in class cds.astro.Sptype
 
_INCOMPLETE - Static variable in class cds.astro.Sptype
 
_m - Static variable in class cds.astro.Sptype
 
_MK - Static variable in class cds.astro.Sptype
 
_n - Static variable in class cds.astro.Sptype
 
_neb - Static variable in class cds.astro.Sptype
 
_nn - Static variable in class cds.astro.Sptype
 
_NONE - Static variable in class cds.astro.Sptype
 
_NOSUBTYPE - Static variable in class cds.astro.Sptype
 
_pec - Static variable in class cds.astro.Sptype
 
_s - Static variable in class cds.astro.Sptype
 
_sh - Static variable in class cds.astro.Sptype
 
_UNCERTAINTY - Static variable in class cds.astro.Sptype
 
_var - Static variable in class cds.astro.Sptype
 
_W - Static variable in class cds.astro.Sptype
 
_WD_DA10 - Static variable in class cds.astro.Sptype
 
_WD_H_FLAG - Static variable in class cds.astro.Sptype
 
_WD_P_FLAG - Static variable in class cds.astro.Sptype
 
_WD_WD_FLAG - Static variable in class cds.astro.Sptype
 
_WD_X_FLAG - Static variable in class cds.astro.Sptype
 

A B C D E F G H I J L M N O P Q R S T U V W X Y Z _