Index of all Fields and Methods

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Index of all Fields and Methods

A

acos(double). Static method in class FITSWCS.TrigD
AIR. Static variable in interface FITSWCS.ProjectionType
AIR. Static variable in class FITSWCS.tests.TestCel
AIR. Static variable in class FITSWCS.tests.TestProj
AIRProjection(). Constructor for class FITSWCS.projections.AIRProjection: Create an empty Projection object; a call to setProjParm() must be made to avoid throwing UnsetProjectionParameterException
AIRProjection(double). Constructor for class FITSWCS.projections.AIRProjection: Create an AIRProjection object
AIRProjection(double, double). Constructor for class FITSWCS.projections.AIRProjection: Create an AIRProjection object
AIRProjection(double, double[]). Constructor for class FITSWCS.projections.AIRProjection: Create an AIRProjection object
AIRProjection(double[]). Constructor for class FITSWCS.projections.AIRProjection: Create an AIRProjection object
AIT. Static variable in interface FITSWCS.ProjectionType
AIT. Static variable in class FITSWCS.tests.TestCel
AIT. Static variable in class FITSWCS.tests.TestProj
AITProjection(). Constructor for class FITSWCS.projections.AITProjection: Create an AITProjection object
AITProjection(double). Constructor for class FITSWCS.projections.AITProjection: Create an AITProjection object
AITProjection(double, double[]). Constructor for class FITSWCS.projections.AITProjection: Create an AITProjection object
AITProjection(double[]). Constructor for class FITSWCS.projections.AITProjection: Create an AITProjection object
ARC. Static variable in interface FITSWCS.ProjectionType
ARC. Static variable in class FITSWCS.tests.TestCel
ARC. Static variable in class FITSWCS.tests.TestProj
ARCProjection(). Constructor for class FITSWCS.projections.ARCProjection: Create an ARCProjection object
ARCProjection(double). Constructor for class FITSWCS.projections.ARCProjection: Create an ARCProjection object
ARCProjection(double, double[]). Constructor for class FITSWCS.projections.ARCProjection: Create an ARCProjection object
ARCProjection(double[]). Constructor for class FITSWCS.projections.ARCProjection: Create an ARCProjection object
asin(double). Static method in class FITSWCS.TrigD
atan(double). Static method in class FITSWCS.TrigD
atan2(double, double). Static method in class FITSWCS.TrigD
AZP. Static variable in interface FITSWCS.ProjectionType
AZP. Static variable in class FITSWCS.tests.TestCel
AZP. Static variable in class FITSWCS.tests.TestProj
AZPProjection(). Constructor for class FITSWCS.projections.AZPProjection: Create an empty Projection object; a call to setProjParm() must be made to avoid throwing UnsetProjectionParameterException
AZPProjection(double). Constructor for class FITSWCS.projections.AZPProjection: Create an AZPProjection object
AZPProjection(double, double). Constructor for class FITSWCS.projections.AZPProjection: Create an AZPProjection object
AZPProjection(double, double[]). Constructor for class FITSWCS.projections.AZPProjection: Create an AZPProjection object
AZPProjection(double[]). Constructor for class FITSWCS.projections.AZPProjection: Create an AZPProjection object

B

BadProjectionParameterException(). Constructor for class FITSWCS.exceptions.BadProjectionParameterException
BadProjectionParameterException(String). Constructor for class FITSWCS.exceptions.BadProjectionParameterException
BadReferenceParameterException(). Constructor for class FITSWCS.exceptions.BadReferenceParameterException
BadReferenceParameterException(String). Constructor for class FITSWCS.exceptions.BadReferenceParameterException
BON. Static variable in interface FITSWCS.ProjectionType
BON. Static variable in class FITSWCS.tests.TestCel
BON. Static variable in class FITSWCS.tests.TestProj
BONProjection(). Constructor for class FITSWCS.projections.BONProjection: Create an empty Projection object; a call to setProjParm() must be made to avoid throwing UnsetProjectionParameterException
BONProjection(double). Constructor for class FITSWCS.projections.BONProjection: Create an BONProjection object
BONProjection(double, double). Constructor for class FITSWCS.projections.BONProjection: Create an BONProjection object
BONProjection(double, double[]). Constructor for class FITSWCS.projections.BONProjection: Create an BONProjection object
BONProjection(double[]). Constructor for class FITSWCS.projections.BONProjection: Create an BONProjection object

C

c00. Static variable in class FITSWCS.projections.CSCProjection
c01. Static variable in class FITSWCS.projections.CSCProjection
c02. Static variable in class FITSWCS.projections.CSCProjection
c10. Static variable in class FITSWCS.projections.CSCProjection
c11. Static variable in class FITSWCS.projections.CSCProjection
c20. Static variable in class FITSWCS.projections.CSCProjection
CAR. Static variable in interface FITSWCS.ProjectionType
CAR. Static variable in class FITSWCS.tests.TestCel
CAR. Static variable in class FITSWCS.tests.TestProj
CARProjection(). Constructor for class FITSWCS.projections.CARProjection: Create an CARProjection object
CARProjection(double). Constructor for class FITSWCS.projections.CARProjection: Create an CARProjection object
CARProjection(double, double[]). Constructor for class FITSWCS.projections.CARProjection: Create an CARProjection object
CARProjection(double[]). Constructor for class FITSWCS.projections.CARProjection: Create an CARProjection object
cdelt. Variable in class FITSWCS.LinearTransform
CEA. Static variable in interface FITSWCS.ProjectionType
CEA. Static variable in class FITSWCS.tests.TestCel
CEA. Static variable in class FITSWCS.tests.TestProj
CEAProjection(). Constructor for class FITSWCS.projections.CEAProjection: Create an empty Projection object; a call to setProjParm() must be made to avoid throwing UnsetProjectionParameterException
CEAProjection(double). Constructor for class FITSWCS.projections.CEAProjection: Create an CEAProjection object
CEAProjection(double, double). Constructor for class FITSWCS.projections.CEAProjection: Create an CEAProjection object
CEAProjection(double, double[]). Constructor for class FITSWCS.projections.CEAProjection: Create an CEAProjection object
CEAProjection(double[]). Constructor for class FITSWCS.projections.CEAProjection: Create an CEAProjection object
CelestialTransform(String, double, double, double, double, double[]). Constructor for class FITSWCS.CelestialTransform: Construct a CelestialTransform object taking the reference parameters as four seperate arguments (reflong, reflat, longpole, latpole).
CelestialTransform(String, double[], double, double[]). Constructor for class FITSWCS.CelestialTransform: Construct a CelestialTransform object
CelestialTransform(String, double[], double[]). Constructor for class FITSWCS.CelestialTransform: Construct a CelestialTransform object
COD. Static variable in interface FITSWCS.ProjectionType
COD. Static variable in class FITSWCS.tests.TestCel
COD. Static variable in class FITSWCS.tests.TestProj
code. Static variable in interface FITSWCS.ProjectionType
CODProjection(). Constructor for class FITSWCS.projections.CODProjection: Create an empty Projection object; a call to setProjParm() must be made to avoid throwing UnsetProjectionParameterException
CODProjection(double, double). Constructor for class FITSWCS.projections.CODProjection: Create an CODProjection object with a given oblateness
CODProjection(double, double, double). Constructor for class FITSWCS.projections.CODProjection: Create an CODProjection object
CODProjection(double, double[]). Constructor for class FITSWCS.projections.CODProjection: Create an CODProjection object
CODProjection(double[]). Constructor for class FITSWCS.projections.CODProjection: Create an CODProjection object
COE. Static variable in interface FITSWCS.ProjectionType
COE. Static variable in class FITSWCS.tests.TestCel
COE. Static variable in class FITSWCS.tests.TestProj
COEProjection(). Constructor for class FITSWCS.projections.COEProjection: Create an empty Projection object; a call to setProjParm() must be made to avoid throwing UnsetProjectionParameterException
COEProjection(double, double). Constructor for class FITSWCS.projections.COEProjection: Create an COEProjection object with a given oblateness
COEProjection(double, double, double). Constructor for class FITSWCS.projections.COEProjection: Create an COEProjection object
COEProjection(double, double[]). Constructor for class FITSWCS.projections.COEProjection: Create an COEProjection object
COEProjection(double[]). Constructor for class FITSWCS.projections.COEProjection: Create an COEProjection object
COO. Static variable in interface FITSWCS.ProjectionType
COO. Static variable in class FITSWCS.tests.TestCel
COO. Static variable in class FITSWCS.tests.TestProj
COOProjection(). Constructor for class FITSWCS.projections.COOProjection: Create an empty Projection object; a call to setProjParm() must be made to avoid throwing UnsetProjectionParameterException
COOProjection(double, double). Constructor for class FITSWCS.projections.COOProjection: Create an COOProjection object with a given oblateness
COOProjection(double, double, double). Constructor for class FITSWCS.projections.COOProjection: Create an COOProjection object
COOProjection(double, double[]). Constructor for class FITSWCS.projections.COOProjection: Create an COOProjection object
COOProjection(double[]). Constructor for class FITSWCS.projections.COOProjection: Create an COOProjection object
COP. Static variable in interface FITSWCS.ProjectionType
COP. Static variable in class FITSWCS.tests.TestCel
COP. Static variable in class FITSWCS.tests.TestProj
COPProjection(). Constructor for class FITSWCS.projections.COPProjection: Create an empty Projection object; a call to setProjParm() must be made to avoid throwing UnsetProjectionParameterException
COPProjection(double, double). Constructor for class FITSWCS.projections.COPProjection: Create an COPProjection object with a given oblateness
COPProjection(double, double, double). Constructor for class FITSWCS.projections.COPProjection: Create an COPProjection object
COPProjection(double, double[]). Constructor for class FITSWCS.projections.COPProjection: Create an COPProjection object
COPProjection(double[]). Constructor for class FITSWCS.projections.COPProjection: Create an COPProjection object
cos(double). Static method in class FITSWCS.TrigD
crpix. Variable in class FITSWCS.LinearTransform
CSC. Static variable in interface FITSWCS.ProjectionType
CSC. Static variable in class FITSWCS.tests.TestCel
CSC. Static variable in class FITSWCS.tests.TestProj
CSCProjection(). Constructor for class FITSWCS.projections.CSCProjection: Create an CSCProjection object
CSCProjection(double). Constructor for class FITSWCS.projections.CSCProjection: Create an CSCProjection object
CSCProjection(double, double[]). Constructor for class FITSWCS.projections.CSCProjection: Create an CSCProjection object
CSCProjection(double[]). Constructor for class FITSWCS.projections.CSCProjection: Create an CSCProjection object
CYP. Static variable in interface FITSWCS.ProjectionType
CYP. Static variable in class FITSWCS.tests.TestCel
CYP. Static variable in class FITSWCS.tests.TestProj
CYPProjection(). Constructor for class FITSWCS.projections.CYPProjection: Create an empty Projection object; a call to setProjParm() must be made to avoid throwing UnsetProjectionParameterException
CYPProjection(double, double). Constructor for class FITSWCS.projections.CYPProjection: Create an CYPProjection object with a given oblateness
CYPProjection(double, double, double). Constructor for class FITSWCS.projections.CYPProjection: Create an CYPProjection object
CYPProjection(double, double[]). Constructor for class FITSWCS.projections.CYPProjection: Create an CYPProjection object
CYPProjection(double[]). Constructor for class FITSWCS.projections.CYPProjection: Create an CYPProjection object

D

d0. Static variable in class FITSWCS.projections.CSCProjection
d1. Static variable in class FITSWCS.projections.CSCProjection
D2R. Static variable in class FITSWCS.Projection
d2r. Static variable in class FITSWCS.TrigD

E

euler. Variable in class FITSWCS.CelestialTransform: Euler angles and associated intermediaries derived from the coordinate reference values.
euler. Variable in class FITSWCS.SphericalTransform

F

FITSWCSException(). Constructor for class FITSWCS.exceptions.FITSWCSException
FITSWCSException(String). Constructor for class FITSWCS.exceptions.FITSWCSException
fwd(double, double). Method in class FITSWCS.projections.AIRProjection: Compute (x,y) coordinates in the plane of projection from native spherical coordinates (phi,theta).
fwd(double, double). Method in class FITSWCS.projections.AITProjection: Compute (x,y) coordinates in the plane of projection from native spherical coordinates (phi,theta).
fwd(double, double). Method in class FITSWCS.projections.ARCProjection: Compute (x,y) coordinates in the plane of projection from native spherical coordinates (phi,theta).
fwd(double, double). Method in class FITSWCS.projections.AZPProjection: Compute (x,y) coordinates in the plane of projection from native spherical coordinates (phi,theta).
fwd(double, double). Method in class FITSWCS.projections.BONProjection: Compute (x,y) coordinates in the plane of projection from native spherical coordinates (phi,theta).
fwd(double, double). Method in class FITSWCS.projections.CARProjection: Compute (x,y) coordinates in the plane of projection from native spherical coordinates (phi,theta).
fwd(double, double). Method in class FITSWCS.projections.CEAProjection: Compute (x,y) coordinates in the plane of projection from native spherical coordinates (phi,theta).
fwd(double, double). Method in class FITSWCS.CelestialTransform: Compute (x,y) coordinates in the plane of projection from celestial coordinates (lng,lat).
fwd(double, double). Method in class FITSWCS.projections.CODProjection: Compute (x,y) coordinates in the plane of projection from native spherical coordinates (phi,theta).
fwd(double, double). Method in class FITSWCS.projections.COEProjection: Compute (x,y) coordinates in the plane of projection from native spherical coordinates (phi,theta).
fwd(double, double). Method in class FITSWCS.projections.COOProjection: Compute (x,y) coordinates in the plane of projection from native spherical coordinates (phi,theta).
fwd(double, double). Method in class FITSWCS.projections.COPProjection: Compute (x,y) coordinates in the plane of projection from native spherical coordinates (phi,theta).
fwd(double, double). Method in class FITSWCS.projections.CSCProjection: Compute (x,y) coordinates in the plane of projection from native spherical coordinates (phi,theta).
fwd(double, double). Method in class FITSWCS.projections.CYPProjection: Compute (x,y) coordinates in the plane of projection from native spherical coordinates (phi,theta).
fwd(double, double). Method in class FITSWCS.projections.GLSProjection: Compute (x,y) coordinates in the plane of projection from native spherical coordinates (phi,theta).
fwd(double, double). Method in class FITSWCS.projections.MERProjection: Compute (x,y) coordinates in the plane of projection from native spherical coordinates (phi,theta).
fwd(double, double). Method in class FITSWCS.projections.MOLProjection: Compute (x,y) coordinates in the plane of projection from native spherical coordinates (phi,theta).
fwd(double, double). Method in class FITSWCS.projections.PARProjection: Compute (x,y) coordinates in the plane of projection from native spherical coordinates (phi,theta).
fwd(double, double). Method in class FITSWCS.projections.PCOProjection: Compute (x,y) coordinates in the plane of projection from native spherical coordinates (phi,theta).
fwd(double, double). Method in class FITSWCS.Projection: Compute (x,y) coordinates in the plane of projection from native spherical coordinates (phi,theta).
fwd(double, double). Method in class FITSWCS.projections.QSCProjection: Compute (x,y) coordinates in the plane of projection from native spherical coordinates (phi,theta).
fwd(double, double). Method in class FITSWCS.projections.SINProjection: Compute (x,y) coordinates in the plane of projection from native spherical coordinates (phi,theta).
fwd(double, double). Method in class FITSWCS.SphericalTransform: Do a forward transformation, returning the result, phi and theta, as a double
fwd(double, double). Method in class FITSWCS.projections.STGProjection: Compute (x,y) coordinates in the plane of projection from native spherical coordinates (phi,theta).
fwd(double, double). Method in class FITSWCS.projections.TANProjection: Compute (x,y) coordinates in the plane of projection from native spherical coordinates (phi,theta).
fwd(double, double). Method in class FITSWCS.projections.TSCProjection: Compute (x,y) coordinates in the plane of projection from native spherical coordinates (phi,theta).
fwd(double, double). Method in class FITSWCS.projections.ZEAProjection: Compute (x,y) coordinates in the plane of projection from native spherical coordinates (phi,theta).
fwd(double, double). Method in class FITSWCS.projections.ZPNProjection: Compute (x,y) coordinates in the plane of projection from native spherical coordinates (phi,theta).
fwd(double, double, double[]). Static method in class FITSWCS.SphericalTransform: Do a forward transformation, returning the result, phi and theta, as a double
fwd(double[]). Method in class FITSWCS.projections.AITProjection: same as fwd(phitheta[0], phitheta[1])
fwd(double[]). Method in class FITSWCS.projections.ARCProjection: same as fwd(phitheta[0], phitheta[1])
fwd(double[]). Method in class FITSWCS.projections.BONProjection: same as fwd(phitheta[0], phitheta[1])
fwd(double[]). Method in class FITSWCS.projections.CARProjection: same as fwd(phitheta[0], phitheta[1])
fwd(double[]). Method in class FITSWCS.projections.CEAProjection: same as fwd(phitheta[0], phitheta[1])
fwd(double[]). Method in class FITSWCS.projections.CODProjection: same as fwd(phitheta[0], phitheta[1])
fwd(double[]). Method in class FITSWCS.projections.COEProjection: same as fwd(phitheta[0], phitheta[1])
fwd(double[]). Method in class FITSWCS.projections.COPProjection: same as fwd(phitheta[0], phitheta[1])
fwd(double[]). Method in class FITSWCS.projections.GLSProjection: same as fwd(phitheta[0], phitheta[1])
fwd(double[]). Method in class FITSWCS.LinearTransform: Compute pixel coordinates from image coordinates.
fwd(double[]). Method in class FITSWCS.projections.MOLProjection: same as fwd(phitheta[0], phitheta[1])
fwd(double[]). Method in class FITSWCS.projections.PARProjection: same as fwd(phitheta[0], phitheta[1])
fwd(double[]). Method in class FITSWCS.projections.PCOProjection: same as fwd(phitheta[0], phitheta[1])
fwd(double[]). Method in class FITSWCS.Projection: same as fwd(phitheta[0], phitheta[1])
fwd(double[]). Method in class FITSWCS.projections.SINProjection: same as fwd(phitheta[0], phitheta[1])
fwd(double[]). Method in class FITSWCS.SphericalTransform: same as fwd(lnglat[0], lnglat[1])
fwd(double[]). Method in class FITSWCS.projections.ZEAProjection: same as fwd(phitheta[0], phitheta[1])
fwd(double[]). Method in class FITSWCS.projections.ZPNProjection: same as fwd(phitheta[0], phitheta[1])

G

gamma. Static variable in class FITSWCS.projections.CSCProjection
getEuler(). Method in class FITSWCS.CelestialTransform: return a copy of the Euler angles currently in use
getEuler(). Method in class FITSWCS.SphericalTransform: return a copy of the euler angles in use by this object
getEuler(double, double). Static method in class FITSWCS.SphericalTransform: Compute the euler angles for a given set of reference angles, assuming the reference point is at the native pole and taking defaults for the longitude & latitude of the pole of the reference system.
getEuler(double, double, double). Static method in class FITSWCS.SphericalTransform: Compute the euler angles for a given set of reference angles, taking defaults for the longitude & latitude of the pole of the reference system.
getEuler(double, double, double, boolean, double). Static method in class FITSWCS.SphericalTransform: Compute the euler angles for a given set of reference angles
getEuler(double, double, double, boolean, String). Static method in class FITSWCS.SphericalTransform: Compute the euler angles for a given set of reference angles
getEuler(double, double, String). Static method in class FITSWCS.SphericalTransform: Compute the euler angles for a given set of reference angles, taking defaults for the longitude & latitude of the pole of the reference system.
getProjection(). Method in class FITSWCS.CelestialTransform: return the projection object currently in use
getProjection(String, double[]). Static method in class FITSWCS.Projection
getProjectionCode(). Method in class FITSWCS.CelestialTransform: return a copy of the projection code
getProjParm(). Method in class FITSWCS.Projection: return a copy of the projection parameters
getR0(). Method in class FITSWCS.Projection: return the value of r0
getRefParm(). Method in class FITSWCS.CelestialTransform: return a copy of the reference system parameters
getTheta0(String). Static method in class FITSWCS.SphericalTransform: determine the proper value of theta0 (used by getEuler() and the SphericalTransform constructor) for a given projection code.
gls. Variable in class FITSWCS.projections.BONProjection
GLS. Static variable in interface FITSWCS.ProjectionType
GLS. Static variable in class FITSWCS.tests.TestCel
GLS. Static variable in class FITSWCS.tests.TestProj
GLSProjection(). Constructor for class FITSWCS.projections.GLSProjection: Create an GLSProjection object
GLSProjection(double). Constructor for class FITSWCS.projections.GLSProjection: Create an GLSProjection object
GLSProjection(double, double[]). Constructor for class FITSWCS.projections.GLSProjection: Create an GLSProjection object
GLSProjection(double[]). Constructor for class FITSWCS.projections.GLSProjection: Create an GLSProjection object
gstar. Static variable in class FITSWCS.projections.CSCProjection

I

imgpix. Variable in class FITSWCS.LinearTransform
InvalidCelestialCoordException(). Constructor for class FITSWCS.exceptions.InvalidCelestialCoordException
InvalidCelestialCoordException(String). Constructor for class FITSWCS.exceptions.InvalidCelestialCoordException
InvalidCelestialCoordException(String, double, double). Constructor for class FITSWCS.exceptions.InvalidCelestialCoordException
InvalidCelestialTransformException(). Constructor for class FITSWCS.exceptions.InvalidCelestialTransformException
InvalidCelestialTransformException(String). Constructor for class FITSWCS.exceptions.InvalidCelestialTransformException
InvalidCelestialTransformException(String, double, double). Constructor for class FITSWCS.exceptions.InvalidCelestialTransformException
InvalidMapCoordException(). Constructor for class FITSWCS.exceptions.InvalidMapCoordException
InvalidMapCoordException(String). Constructor for class FITSWCS.exceptions.InvalidMapCoordException
InvalidMapCoordException(String, double, double). Constructor for class FITSWCS.exceptions.InvalidMapCoordException

L

LinearTransform(int, double[], double[]). Constructor for class FITSWCS.LinearTransform: create a LinearTransform object given the matrices describing the coordinate system.
LinearTransform(int, double[], double[], double[]). Constructor for class FITSWCS.LinearTransform: create a LinearTransform object given the matrices describing the coordinate system.
LinearTransform(int, double[], double[][], double[]). Constructor for class FITSWCS.LinearTransform: create a LinearTransform object given the matrices describing the coordinate system.

M

main(String[]). Static method in class FITSWCS.tests.TestCel
main(String[]). Static method in class FITSWCS.tests.TestLin
main(String[]). Static method in class FITSWCS.tests.TestProj
main(String[]). Static method in class FITSWCS.tests.TestSph
matinv(int, double[]). Static method in class FITSWCS.LinearTransform: An auxiliary matrix inversion routine, matinv().
MER. Static variable in interface FITSWCS.ProjectionType
MER. Static variable in class FITSWCS.tests.TestCel
MER. Static variable in class FITSWCS.tests.TestProj
MERProjection(). Constructor for class FITSWCS.projections.MERProjection: Create an MERProjection object
MERProjection(double). Constructor for class FITSWCS.projections.MERProjection: Create an MERProjection object
MERProjection(double, double[]). Constructor for class FITSWCS.projections.MERProjection: Create an MERProjection object
MERProjection(double[]). Constructor for class FITSWCS.projections.MERProjection: Create an MERProjection object
mm. Static variable in class FITSWCS.projections.CSCProjection
MOL. Static variable in interface FITSWCS.ProjectionType
MOL. Static variable in class FITSWCS.tests.TestCel
MOL. Static variable in class FITSWCS.tests.TestProj
MOLProjection(). Constructor for class FITSWCS.projections.MOLProjection: Create an MOLProjection object
MOLProjection(double). Constructor for class FITSWCS.projections.MOLProjection: Create an MOLProjection object
MOLProjection(double, double[]). Constructor for class FITSWCS.projections.MOLProjection: Create an MOLProjection object
MOLProjection(double[]). Constructor for class FITSWCS.projections.MOLProjection: Create an MOLProjection object

N

n. Variable in class FITSWCS.Projection: an intermedate datum
naxis. Variable in class FITSWCS.LinearTransform
NON. Static variable in interface FITSWCS.ProjectionType
NON. Static variable in class FITSWCS.tests.TestCel
NON. Static variable in class FITSWCS.tests.TestProj
nprojs. Static variable in class FITSWCS.tests.TestCel
nprojs. Static variable in class FITSWCS.tests.TestProj
NTYPES. Static variable in interface FITSWCS.ProjectionType

O

omega1. Static variable in class FITSWCS.projections.CSCProjection

P

p. Variable in class FITSWCS.Projection: the ten projection parameters corresponding to the PROJPn keywords in FITS, so p[0] is PROJP0, and p[9] is PROJP9.
p00. Static variable in class FITSWCS.projections.CSCProjection
p01. Static variable in class FITSWCS.projections.CSCProjection
p02. Static variable in class FITSWCS.projections.CSCProjection
p03. Static variable in class FITSWCS.projections.CSCProjection
p04. Static variable in class FITSWCS.projections.CSCProjection
p05. Static variable in class FITSWCS.projections.CSCProjection
p06. Static variable in class FITSWCS.projections.CSCProjection
p10. Static variable in class FITSWCS.projections.CSCProjection
p11. Static variable in class FITSWCS.projections.CSCProjection
p12. Static variable in class FITSWCS.projections.CSCProjection
p13. Static variable in class FITSWCS.projections.CSCProjection
p14. Static variable in class FITSWCS.projections.CSCProjection
p15. Static variable in class FITSWCS.projections.CSCProjection
p20. Static variable in class FITSWCS.projections.CSCProjection
p21. Static variable in class FITSWCS.projections.CSCProjection
p22. Static variable in class FITSWCS.projections.CSCProjection
p23. Static variable in class FITSWCS.projections.CSCProjection
p24. Static variable in class FITSWCS.projections.CSCProjection
p30. Static variable in class FITSWCS.projections.CSCProjection
p31. Static variable in class FITSWCS.projections.CSCProjection
p32. Static variable in class FITSWCS.projections.CSCProjection
p33. Static variable in class FITSWCS.projections.CSCProjection
p40. Static variable in class FITSWCS.projections.CSCProjection
p41. Static variable in class FITSWCS.projections.CSCProjection
p42. Static variable in class FITSWCS.projections.CSCProjection
p50. Static variable in class FITSWCS.projections.CSCProjection
p51. Static variable in class FITSWCS.projections.CSCProjection
p60. Static variable in class FITSWCS.projections.CSCProjection
PAR. Static variable in interface FITSWCS.ProjectionType
PAR. Static variable in class FITSWCS.tests.TestCel
PAR. Static variable in class FITSWCS.tests.TestProj
PARProjection(). Constructor for class FITSWCS.projections.PARProjection: Create an PARProjection object
PARProjection(double). Constructor for class FITSWCS.projections.PARProjection: Create an PARProjection object
PARProjection(double, double[]). Constructor for class FITSWCS.projections.PARProjection: Create an PARProjection object
PARProjection(double[]). Constructor for class FITSWCS.projections.PARProjection: Create an PARProjection object
pc. Variable in class FITSWCS.LinearTransform
PCO. Static variable in interface FITSWCS.ProjectionType
PCO. Static variable in class FITSWCS.tests.TestCel
PCO. Static variable in class FITSWCS.tests.TestProj
pcode. Variable in class FITSWCS.CelestialTransform: The projection type code (used only for error messages)
PCOProjection(). Constructor for class FITSWCS.projections.PCOProjection: Create an PCOProjection object
PCOProjection(double). Constructor for class FITSWCS.projections.PCOProjection: Create an PCOProjection object
PCOProjection(double, double[]). Constructor for class FITSWCS.projections.PCOProjection: Create an PCOProjection object
PCOProjection(double[]). Constructor for class FITSWCS.projections.PCOProjection: Create an PCOProjection object
PI. Static variable in class FITSWCS.Projection
PI. Static variable in class FITSWCS.TrigD
PixelBeyondProjectionException(). Constructor for class FITSWCS.exceptions.PixelBeyondProjectionException
PixelBeyondProjectionException(String). Constructor for class FITSWCS.exceptions.PixelBeyondProjectionException
piximg. Variable in class FITSWCS.LinearTransform
prj. Variable in class FITSWCS.CelestialTransform: The Projection transform object to use
Projection(). Constructor for class FITSWCS.Projection
ProjectionException(). Constructor for class FITSWCS.exceptions.ProjectionException
ProjectionException(String). Constructor for class FITSWCS.exceptions.ProjectionException
projectionType(String). Static method in class FITSWCS.Projection: return an integer representing the projection type which can be compared with this.ARC, SIN, TAN, etc.

Q

QSC. Static variable in interface FITSWCS.ProjectionType
QSC. Static variable in class FITSWCS.tests.TestCel
QSC. Static variable in class FITSWCS.tests.TestProj
QSCProjection(). Constructor for class FITSWCS.projections.QSCProjection: Create an QSCProjection object
QSCProjection(double). Constructor for class FITSWCS.projections.QSCProjection: Create an QSCProjection object
QSCProjection(double, double[]). Constructor for class FITSWCS.projections.QSCProjection: Create an QSCProjection object
QSCProjection(double[]). Constructor for class FITSWCS.projections.QSCProjection: Create an QSCProjection object

R

r0. Variable in class FITSWCS.Projection: The radius of the generating sphere for the projection, a linear scaling parameter.
R2D. Static variable in class FITSWCS.Projection
r2d. Static variable in class FITSWCS.TrigD
ref. Variable in class FITSWCS.CelestialTransform: a double array containing the coordinate system reference parameters.
rev(double, double). Method in class FITSWCS.projections.AIRProjection: Compute native spherical coordinates (phi,theta) from the (x,y) coordinates in the plane of projection.
rev(double, double). Method in class FITSWCS.projections.AITProjection: Compute native spherical coordinates (phi,theta) from the (x,y) coordinates in the plane of projection.
rev(double, double). Method in class FITSWCS.projections.ARCProjection: Compute native spherical coordinates (phi,theta) from the (x,y) coordinates in the plane of projection.
rev(double, double). Method in class FITSWCS.projections.AZPProjection: Compute native spherical coordinates (phi,theta) from the (x,y) coordinates in the plane of projection.
rev(double, double). Method in class FITSWCS.projections.BONProjection: Compute native spherical coordinates (phi,theta) from the (x,y) coordinates in the plane of projection.
rev(double, double). Method in class FITSWCS.projections.CARProjection: Compute native spherical coordinates (phi,theta) from the (x,y) coordinates in the plane of projection.
rev(double, double). Method in class FITSWCS.projections.CEAProjection: Compute native spherical coordinates (phi,theta) from the (x,y) coordinates in the plane of projection.
rev(double, double). Method in class FITSWCS.CelestialTransform
rev(double, double). Method in class FITSWCS.projections.CODProjection: Compute native spherical coordinates (phi,theta) from the (x,y) coordinates in the plane of projection.
rev(double, double). Method in class FITSWCS.projections.COEProjection: Compute native spherical coordinates (phi,theta) from the (x,y) coordinates in the plane of projection.
rev(double, double). Method in class FITSWCS.projections.COOProjection: Compute native spherical coordinates (phi,theta) from the (x,y) coordinates in the plane of projection.
rev(double, double). Method in class FITSWCS.projections.COPProjection: Compute native spherical coordinates (phi,theta) from the (x,y) coordinates in the plane of projection.
rev(double, double). Method in class FITSWCS.projections.CSCProjection: Compute native spherical coordinates (phi,theta) from the (x,y) coordinates in the plane of projection.
rev(double, double). Method in class FITSWCS.projections.CYPProjection: Compute native spherical coordinates (phi,theta) from the (x,y) coordinates in the plane of projection.
rev(double, double). Method in class FITSWCS.projections.GLSProjection: Compute native spherical coordinates (phi,theta) from the (x,y) coordinates in the plane of projection.
rev(double, double). Method in class FITSWCS.projections.MERProjection: Compute native spherical coordinates (phi,theta) from the (x,y) coordinates in the plane of projection.
rev(double, double). Method in class FITSWCS.projections.MOLProjection: Compute native spherical coordinates (phi,theta) from the (x,y) coordinates in the plane of projection.
rev(double, double). Method in class FITSWCS.projections.PARProjection: Compute native spherical coordinates (phi,theta) from the (x,y) coordinates in the plane of projection.
rev(double, double). Method in class FITSWCS.projections.PCOProjection: Compute native spherical coordinates (phi,theta) from the (x,y) coordinates in the plane of projection.
rev(double, double). Method in class FITSWCS.Projection: Compute native spherical coordinates (phi,theta) from the (x,y) coordinates in the plane of projection.
rev(double, double). Method in class FITSWCS.projections.QSCProjection: Compute native spherical coordinates (phi,theta) from the (x,y) coordinates in the plane of projection.
rev(double, double). Method in class FITSWCS.projections.SINProjection: Compute native spherical coordinates (phi,theta) from the (x,y) coordinates in the plane of projection.
rev(double, double). Method in class FITSWCS.SphericalTransform: Do a reverse transformation
rev(double, double). Method in class FITSWCS.projections.STGProjection: Compute native spherical coordinates (phi,theta) from the (x,y) coordinates in the plane of projection.
rev(double, double). Method in class FITSWCS.projections.TANProjection: Compute native spherical coordinates (phi,theta) from the (x,y) coordinates in the plane of projection.
rev(double, double). Method in class FITSWCS.projections.TSCProjection: Compute native spherical coordinates (phi,theta) from the (x,y) coordinates in the plane of projection.
rev(double, double). Method in class FITSWCS.projections.ZEAProjection: Compute native spherical coordinates (phi,theta) from the (x,y) coordinates in the plane of projection.
rev(double, double). Method in class FITSWCS.projections.ZPNProjection: Compute native spherical coordinates (phi,theta) from the (x,y) coordinates in the plane of projection.
rev(double, double, double[]). Static method in class FITSWCS.SphericalTransform: Do a reverse transformation
rev(double[]). Method in class FITSWCS.projections.ARCProjection: same as rev(xy[0], xy[1]);
rev(double[]). Method in class FITSWCS.projections.BONProjection: same as rev(xy[0], xy[1]);
rev(double[]). Method in class FITSWCS.projections.CARProjection: same as rev(xy[0], xy[1]);
rev(double[]). Method in class FITSWCS.projections.GLSProjection: same as rev(xy[0], xy[1]);
rev(double[]). Method in class FITSWCS.LinearTransform: Compute image coordinates from pixel coordinates.
rev(double[]). Method in class FITSWCS.projections.MERProjection: same as rev(xy[0], xy[1]);
rev(double[]). Method in class FITSWCS.projections.PCOProjection: same as rev(xy[0], xy[1]);
rev(double[]). Method in class FITSWCS.Projection: same as rev(xy[0], xy[1])
rev(double[]). Method in class FITSWCS.SphericalTransform: same as rev(phitheta[0], phitheta[1])
rev(double[]). Method in class FITSWCS.projections.STGProjection: same as rev(xy[0], xy[1]);
rev(double[]). Method in class FITSWCS.projections.TANProjection: same as rev(xy[0], xy[1])
rev(double[]). Method in class FITSWCS.projections.ZEAProjection: same as rev(xy[0], xy[1]);
runTest(CelestialTransform, int, int, double). Static method in class FITSWCS.tests.TestCel
runTest(String, Projection, int, int, double). Static method in class FITSWCS.tests.TestProj

S

setProjParm(double[]). Method in class FITSWCS.projections.AIRProjection: set the projection parameters
setProjParm(double[]). Method in class FITSWCS.projections.AITProjection: set the projection parameters (which are not used);
setProjParm(double[]). Method in class FITSWCS.projections.ARCProjection: set the projection parameters (which are not used);
setProjParm(double[]). Method in class FITSWCS.projections.AZPProjection: set the projection parameters
setProjParm(double[]). Method in class FITSWCS.projections.BONProjection: set the projection parameters
setProjParm(double[]). Method in class FITSWCS.projections.CARProjection: set the projection parameters (which are not used);
setProjParm(double[]). Method in class FITSWCS.projections.CEAProjection: set the projection parameters
setProjParm(double[]). Method in class FITSWCS.projections.CODProjection: set the projection parameters
setProjParm(double[]). Method in class FITSWCS.projections.COEProjection: set the projection parameters
setProjParm(double[]). Method in class FITSWCS.projections.COOProjection: set the projection parameters
setProjParm(double[]). Method in class FITSWCS.projections.COPProjection: set the projection parameters
setProjParm(double[]). Method in class FITSWCS.projections.CSCProjection: set the projection parameters (which are not used);
setProjParm(double[]). Method in class FITSWCS.projections.CYPProjection: set the projection parameters
setProjParm(double[]). Method in class FITSWCS.projections.GLSProjection: set the projection parameters (which are not used);
setProjParm(double[]). Method in class FITSWCS.projections.MERProjection: set the projection parameters (which are not used);
setProjParm(double[]). Method in class FITSWCS.projections.MOLProjection: set the projection parameters (which are not used);
setProjParm(double[]). Method in class FITSWCS.projections.PARProjection: set the projection parameters (which are not used);
setProjParm(double[]). Method in class FITSWCS.projections.PCOProjection: set the projection parameters (which are not used);
setProjParm(double[]). Method in class FITSWCS.Projection: set with new projection parameters.
setProjParm(double[]). Method in class FITSWCS.projections.QSCProjection: set the projection parameters (which are not used);
setProjParm(double[]). Method in class FITSWCS.projections.SINProjection: set the projection parameters
setProjParm(double[]). Method in class FITSWCS.projections.STGProjection: set the projection parameters (which are not used);
setProjParm(double[]). Method in class FITSWCS.projections.TANProjection: set the projection parameters (which are not used);
setProjParm(double[]). Method in class FITSWCS.projections.TSCProjection: set the projection parameters (which are not used);
setProjParm(double[]). Method in class FITSWCS.projections.ZEAProjection: set the projection parameters (which are not used);
setProjParm(double[]). Method in class FITSWCS.projections.ZPNProjection: set the projection parameters
setR0(double). Method in class FITSWCS.projections.AIRProjection: set the sphere radius
setR0(double). Method in class FITSWCS.projections.AITProjection: set the sphere radius
setR0(double). Method in class FITSWCS.projections.ARCProjection: set the sphere radius
setR0(double). Method in class FITSWCS.projections.AZPProjection: set the sphere radius
setR0(double). Method in class FITSWCS.projections.BONProjection: set the sphere radius
setR0(double). Method in class FITSWCS.projections.CARProjection: set the sphere radius
setR0(double). Method in class FITSWCS.projections.CEAProjection: set the sphere radius
setR0(double). Method in class FITSWCS.projections.CODProjection: set the sphere radius
setR0(double). Method in class FITSWCS.projections.COEProjection: set the sphere radius
setR0(double). Method in class FITSWCS.projections.COOProjection: set the sphere radius
setR0(double). Method in class FITSWCS.projections.COPProjection: set the sphere radius
setR0(double). Method in class FITSWCS.projections.CSCProjection: set the sphere radius
setR0(double). Method in class FITSWCS.projections.CYPProjection: set the sphere radius
setR0(double). Method in class FITSWCS.projections.GLSProjection: set the sphere radius
setR0(double). Method in class FITSWCS.projections.MERProjection: set the sphere radius
setR0(double). Method in class FITSWCS.projections.MOLProjection: set the sphere radius
setR0(double). Method in class FITSWCS.projections.PARProjection: set the sphere radius
setR0(double). Method in class FITSWCS.projections.PCOProjection: set the sphere radius
setR0(double). Method in class FITSWCS.Projection: set the value of r0
setR0(double). Method in class FITSWCS.projections.QSCProjection: set the sphere radius
setR0(double). Method in class FITSWCS.projections.SINProjection: set the sphere radius
setR0(double). Method in class FITSWCS.projections.STGProjection: set the sphere radius
setR0(double). Method in class FITSWCS.projections.TANProjection: set the sphere radius
setR0(double). Method in class FITSWCS.projections.TSCProjection: set the sphere radius
setR0(double). Method in class FITSWCS.projections.ZEAProjection: set the sphere radius
setR0(double). Method in class FITSWCS.projections.ZPNProjection: set the sphere radius
SIN. Static variable in interface FITSWCS.ProjectionType
SIN. Static variable in class FITSWCS.tests.TestCel
SIN. Static variable in class FITSWCS.tests.TestProj
sin(double). Static method in class FITSWCS.TrigD
SingularMatrixException(). Constructor for class FITSWCS.exceptions.SingularMatrixException
SingularMatrixException(String). Constructor for class FITSWCS.exceptions.SingularMatrixException
SINProjection(). Constructor for class FITSWCS.projections.SINProjection: Create an SINProjection object (with no obliqueness)
SINProjection(double, double). Constructor for class FITSWCS.projections.SINProjection: Create an SINProjection object with a given obliqueness
SINProjection(double, double, double). Constructor for class FITSWCS.projections.SINProjection: Create an SINProjection object
SINProjection(double, double[]). Constructor for class FITSWCS.projections.SINProjection: Create an SINProjection object
SINProjection(double[]). Constructor for class FITSWCS.projections.SINProjection: Create an SINProjection object
SphericalTransform(double, double). Constructor for class FITSWCS.SphericalTransform: Create a SphericalTransform object (storing euler angles internally) assuming the reference point is at the native pole and taking defaults for the longitude & latitude of the pole of the reference system.
SphericalTransform(double, double, double). Constructor for class FITSWCS.SphericalTransform: Create a SphericalTransform object (storing euler angles internally) taking defaults for the longitude & latitude of the pole of the reference system.
SphericalTransform(double, double, double, boolean, double). Constructor for class FITSWCS.SphericalTransform: Create a SphericalTransform object (storing euler angles internally)
SphericalTransform(double, double, String). Constructor for class FITSWCS.SphericalTransform: Create a SphericalTransform object (storing euler angles internally) taking defaults for the longitude & latitude of the pole of the reference system.
SphericalTransform(double[]). Constructor for class FITSWCS.SphericalTransform: Create a SphericalTransform object, using the given (5) euler angles
SphericalTransform(double[], String). Constructor for class FITSWCS.SphericalTransform: Create a SphericalTransform object (storing euler angles internally)
SQRT2. Static variable in class FITSWCS.Projection
SQRT2INV. Static variable in class FITSWCS.Projection
STG. Static variable in interface FITSWCS.ProjectionType
STG. Static variable in class FITSWCS.tests.TestCel
STG. Static variable in class FITSWCS.tests.TestProj
STGProjection(). Constructor for class FITSWCS.projections.STGProjection: Create an STGProjection object
STGProjection(double). Constructor for class FITSWCS.projections.STGProjection: Create an STGProjection object
STGProjection(double, double[]). Constructor for class FITSWCS.projections.STGProjection: Create an STGProjection object
STGProjection(double[]). Constructor for class FITSWCS.projections.STGProjection: Create an STGProjection object

T

TAN. Static variable in interface FITSWCS.ProjectionType
TAN. Static variable in class FITSWCS.tests.TestCel
TAN. Static variable in class FITSWCS.tests.TestProj
tan(double). Static method in class FITSWCS.TrigD
TANProjection(). Constructor for class FITSWCS.projections.TANProjection: Create an TANProjection object
TANProjection(double). Constructor for class FITSWCS.projections.TANProjection: Create an TANProjection object
TANProjection(double, double[]). Constructor for class FITSWCS.projections.TANProjection: Create an TANProjection object
TANProjection(double[]). Constructor for class FITSWCS.projections.TANProjection: Create an TANProjection object
TestCel(). Constructor for class FITSWCS.tests.TestCel
TestLin(). Constructor for class FITSWCS.tests.TestLin
TestProj(). Constructor for class FITSWCS.tests.TestProj
TestSph(). Constructor for class FITSWCS.tests.TestSph
tol. Static variable in class FITSWCS.projections.AIRProjection
tol. Variable in class FITSWCS.projections.AITProjection
tol. Static variable in class FITSWCS.projections.ARCProjection
tol. Static variable in class FITSWCS.projections.AZPProjection
tol. Static variable in class FITSWCS.projections.CARProjection
tol. Static variable in class FITSWCS.projections.CEAProjection
tol. Variable in class FITSWCS.projections.COEProjection
tol. Variable in class FITSWCS.projections.COOProjection
tol. Variable in class FITSWCS.projections.CSCProjection
tol. Static variable in class FITSWCS.projections.MERProjection
tol. Variable in class FITSWCS.projections.MOLProjection
tol. Variable in class FITSWCS.projections.PARProjection
tol. Variable in class FITSWCS.projections.PCOProjection
tol. Variable in class FITSWCS.projections.QSCProjection
tol. Static variable in class FITSWCS.projections.SINProjection
tol. Static variable in class FITSWCS.projections.TANProjection
tol. Variable in class FITSWCS.projections.TSCProjection
tol. Static variable in class FITSWCS.projections.ZEAProjection
tol. Static variable in class FITSWCS.projections.ZPNProjection
TrigD(). Constructor for class FITSWCS.TrigD
TSC. Static variable in interface FITSWCS.ProjectionType
TSC. Static variable in class FITSWCS.tests.TestCel
TSC. Static variable in class FITSWCS.tests.TestProj
TSCProjection(). Constructor for class FITSWCS.projections.TSCProjection: Create an TSCProjection object
TSCProjection(double). Constructor for class FITSWCS.projections.TSCProjection: Create an TSCProjection object
TSCProjection(double, double[]). Constructor for class FITSWCS.projections.TSCProjection: Create an TSCProjection object
TSCProjection(double[]). Constructor for class FITSWCS.projections.TSCProjection: Create an TSCProjection object

U

UnsetProjectionParameterException(). Constructor for class FITSWCS.exceptions.UnsetProjectionParameterException
UnsetProjectionParameterException(String). Constructor for class FITSWCS.exceptions.UnsetProjectionParameterException
UnsupportedProjectionException(). Constructor for class FITSWCS.exceptions.UnsupportedProjectionException
UnsupportedProjectionException(String). Constructor for class FITSWCS.exceptions.UnsupportedProjectionException

W

w. Variable in class FITSWCS.Projection: intermediate values derived from the projection parameters

Z

ZEA. Static variable in interface FITSWCS.ProjectionType
ZEA. Static variable in class FITSWCS.tests.TestCel
ZEA. Static variable in class FITSWCS.tests.TestProj
ZEAProjection(). Constructor for class FITSWCS.projections.ZEAProjection: Create an ZEAProjection object
ZEAProjection(double). Constructor for class FITSWCS.projections.ZEAProjection: Create an ZEAProjection object
ZEAProjection(double, double[]). Constructor for class FITSWCS.projections.ZEAProjection: Create an ZEAProjection object
ZEAProjection(double[]). Constructor for class FITSWCS.projections.ZEAProjection: Create an ZEAProjection object
ZPN. Static variable in interface FITSWCS.ProjectionType
ZPN. Static variable in class FITSWCS.tests.TestCel
ZPN. Static variable in class FITSWCS.tests.TestProj
ZPNProjection(). Constructor for class FITSWCS.projections.ZPNProjection: Create an empty Projection object; a call to setProjParm() must be made to avoid throwing UnsetProjectionParameterException
ZPNProjection(double, double[]). Constructor for class FITSWCS.projections.ZPNProjection: Create an ZPNProjection object
ZPNProjection(double[]). Constructor for class FITSWCS.projections.ZPNProjection: Create an ZPNProjection object