A B C D E F G H I L M N O P R S T U V W X Y Z
All Classes All Packages
All Classes All Packages
All Classes All Packages
A
- add(double) - Method in class uk.ac.starlink.dpac.epoch.GVector3d
-
Adds a scalar
r
to all coordinates of the vector, i.e.,this = this + (r, r, r)
. - add(GVector3d) - Method in class uk.ac.starlink.dpac.epoch.GVector3d
-
Adds another vector
v
to this one, i.e. - add(GVector3d, GVector3d) - Static method in class uk.ac.starlink.dpac.epoch.GVector3d
-
Adds two vectors and return the result a new one.
- alpha - Variable in class gaia.cu9.tools.parallax.datamodel.StarVariables
- ALPHA - Static variable in class gaia.cu9.tools.parallax.readers.StarVariablesCsvSchema
B
- B - Static variable in class gaia.cu9.tools.parallax.readers.StarVariablesCsvSchema
- Bdeg - Variable in class gaia.cu9.tools.parallax.datamodel.StarVariables
- BETA - Static variable in class gaia.cu9.tools.parallax.PDF.HaywoodSmithTransformation
- buildObject(long, List<String>) - Method in class gaia.cu9.tools.parallax.readers.CsvReader
- buildObject(long, List<String>) - Method in class gaia.cu9.tools.parallax.readers.StarVariablesCsvReader
C
- calculateCdf(double) - Method in class uk.ac.starlink.dpac.math.Edsd
-
Integrates the PDF to provide a numerical approximation of the cumulative density function.
- CdfIntegration - Class in gaia.cu9.tools.parallax.util
- CdfIntegration() - Constructor for class gaia.cu9.tools.parallax.util.CdfIntegration
- close() - Method in class gaia.cu9.tools.parallax.readers.CsvReader
- close() - Method in class gaia.cu9.tools.parallax.writers.CsvWriter
- columnIndexes - Variable in class gaia.cu9.tools.parallax.readers.CsvSchema
- Constants - Class in gaia.cu9.tools.parallax.util
- Constants() - Constructor for class gaia.cu9.tools.parallax.util.Constants
- count() - Method in class uk.ac.starlink.dpac.math.Integral
-
Returns the number of nodes whose recursive data provides the output of this integral function.
- createDistancePdf() - Method in class gaia.cu9.tools.parallax.PDF.DistanceEstimationMethod
- createDistancePdf() - Method in class gaia.cu9.tools.parallax.PDF.ExpDecrVolumeDensityDEM
- createDistancePdf() - Method in class gaia.cu9.tools.parallax.PDF.UniformDistanceDEM
- createModulusPdf() - Method in class gaia.cu9.tools.parallax.PDF.DistanceEstimationMethod
- createModulusPdf() - Method in class gaia.cu9.tools.parallax.PDF.ExpDecrVolumeDensityDEM
- createModulusPdf() - Method in class gaia.cu9.tools.parallax.PDF.UniformDistanceDEM
- cross(GVector3d) - Method in class uk.ac.starlink.dpac.epoch.GVector3d
-
Sets this vector to the outer product of itself and a second vector
v
, i.e. - cross(GVector3d, GVector3d) - Static method in class uk.ac.starlink.dpac.epoch.GVector3d
-
Calculates the outer product of two given vectors
v
andw
and returns the result as a newGVector3d
. - CsvReader<T> - Class in gaia.cu9.tools.parallax.readers
- CsvReader(CsvSchema<T>) - Constructor for class gaia.cu9.tools.parallax.readers.CsvReader
- CsvSchema<T> - Class in gaia.cu9.tools.parallax.readers
- CsvSchema() - Constructor for class gaia.cu9.tools.parallax.readers.CsvSchema
-
Constructor
- CsvWriter - Class in gaia.cu9.tools.parallax.writers
- CsvWriter() - Constructor for class gaia.cu9.tools.parallax.writers.CsvWriter
- currentEntryNumber - Variable in class gaia.cu9.tools.parallax.readers.CsvReader
D
- degree() - Method in class uk.ac.starlink.dpac.math.PolynomialFunction
-
Returns the degree of the polynomial.
- delta - Variable in class gaia.cu9.tools.parallax.datamodel.StarVariables
- DELTA - Static variable in class gaia.cu9.tools.parallax.readers.StarVariablesCsvSchema
- DistanceEstimation - Class in gaia.cu9.tools.parallax.datamodel
- DistanceEstimation(long, double, double[], double, double[]) - Constructor for class gaia.cu9.tools.parallax.datamodel.DistanceEstimation
- DistanceEstimationMethod - Class in gaia.cu9.tools.parallax.PDF
- DistanceEstimationMethod() - Constructor for class gaia.cu9.tools.parallax.PDF.DistanceEstimationMethod
- DistanceEstimator - Class in gaia.cu9.tools.parallax
-
This class calculates the distance estimation for a given star.
- DistanceEstimator() - Constructor for class gaia.cu9.tools.parallax.DistanceEstimator
- DistanceEstimator(DistanceEstimator.EstimationType, Map<String, String>) - Constructor for class gaia.cu9.tools.parallax.DistanceEstimator
- DistanceEstimator.EstimationType - Enum in gaia.cu9.tools.parallax
- distanceMultiplier - Variable in class gaia.cu9.tools.parallax.readers.CsvSchema
- distanceToModulus(double) - Method in class gaia.cu9.tools.parallax.DistanceEstimator
- dot(GVector3d) - Method in class uk.ac.starlink.dpac.epoch.GVector3d
-
Calculates the dot product of this and another given vector.
- dump(DistanceEstimation) - Method in class gaia.cu9.tools.parallax.writers.CsvWriter
E
- Edsd - Class in uk.ac.starlink.dpac.math
-
Calculates quantities related to the Exponentially Decreasing Space Density prior for estimating distances from parallaxes.
- Edsd(double, double, double) - Constructor for class uk.ac.starlink.dpac.math.Edsd
-
Constructor.
- EpochTransformation - Class in uk.ac.starlink.dpac.epoch
-
Propagates the 6-dimensional vector of barycentric astrometric parameters and the associated covariance matrix from one epoch to another assuming uniform space motion
- equals(Object) - Method in class uk.ac.starlink.dpac.math.PolynomialFunction
- errVarpi - Variable in class gaia.cu9.tools.parallax.datamodel.StarVariables
- estimate(StarVariables) - Method in class gaia.cu9.tools.parallax.DistanceEstimator
- evaluate(double[], double) - Static method in class uk.ac.starlink.dpac.math.PolynomialFunction
-
Uses Horner's Method to evaluate the polynomial with the given coefficients at the argument.
- EXP_DEC_VOL_DENSITY - gaia.cu9.tools.parallax.DistanceEstimator.EstimationType
- ExpDecrVolumeDensityDEM - Class in gaia.cu9.tools.parallax.PDF
- ExpDecrVolumeDensityDEM(double, double, double) - Constructor for class gaia.cu9.tools.parallax.PDF.ExpDecrVolumeDensityDEM
- ExpDecrVolumeDensityDEM(StarVariables, double) - Constructor for class gaia.cu9.tools.parallax.PDF.ExpDecrVolumeDensityDEM
F
- f(double) - Method in interface uk.ac.starlink.dpac.math.Function
-
Evaluates the function at a given point.
- fill(double) - Method in class uk.ac.starlink.dpac.math.Integral
-
Recursively populates the child nodes of this integral so as to achieve a given tolerance in calculation accuracy.
- findValueMonotonic(Function, double, double, double, double) - Static method in class uk.ac.starlink.dpac.math.FuncUtils
-
Locates the X value where a supplied monotonically non-decreasing function is within a specified tolerance of a given Y value.
- Function - Interface in uk.ac.starlink.dpac.math
-
Defines a univariate function.
- FuncUtils - Class in uk.ac.starlink.dpac.math
-
Utility methods associated with functions.
G
- gaia.cu9.tools.parallax - package gaia.cu9.tools.parallax
- gaia.cu9.tools.parallax.datamodel - package gaia.cu9.tools.parallax.datamodel
- gaia.cu9.tools.parallax.PDF - package gaia.cu9.tools.parallax.PDF
- gaia.cu9.tools.parallax.readers - package gaia.cu9.tools.parallax.readers
- gaia.cu9.tools.parallax.util - package gaia.cu9.tools.parallax.util
- gaia.cu9.tools.parallax.writers - package gaia.cu9.tools.parallax.writers
- getAlpha() - Method in class gaia.cu9.tools.parallax.datamodel.StarVariables
- getBdeg() - Method in class gaia.cu9.tools.parallax.datamodel.StarVariables
- getBestDistance() - Method in class gaia.cu9.tools.parallax.datamodel.DistanceEstimation
- getBestEstimation() - Method in interface gaia.cu9.tools.parallax.PDF.PDF
-
Calculate the best estimation
- getBestEstimation() - Method in class uk.ac.starlink.dpac.math.Edsd
-
Returns the position of the favoured mode of the PDF.
- getBestModulus() - Method in class gaia.cu9.tools.parallax.datamodel.DistanceEstimation
- getBoolean(String, Map<String, String>, boolean) - Method in class gaia.cu9.tools.parallax.DistanceEstimator
- getCdf(PDF, boolean, int, double, double, boolean, boolean) - Method in class gaia.cu9.tools.parallax.util.CdfIntegration
-
Calculate the CDF by integrating the PDF in a finite interval.
- getCoefficients() - Method in class uk.ac.starlink.dpac.math.PolynomialFunction
-
Returns a copy of the coefficients array.
- getColumnIndex(String) - Method in class gaia.cu9.tools.parallax.readers.CsvSchema
- getCorrectedParallax(double, double) - Static method in class gaia.cu9.tools.parallax.PDF.HaywoodSmithTransformation
- getCorrectedSigma(double, double) - Static method in class gaia.cu9.tools.parallax.PDF.HaywoodSmithTransformation
- getCount() - Method in interface uk.ac.starlink.dpac.math.NumericFunction
-
Returns the number of samples.
- getDelta() - Method in class gaia.cu9.tools.parallax.datamodel.StarVariables
- getDeltaThreshold() - Method in class gaia.cu9.tools.parallax.util.CdfIntegration
- getDistanceCdf(StarVariables) - Method in class gaia.cu9.tools.parallax.DistanceEstimator
- getDistanceInterval() - Method in class gaia.cu9.tools.parallax.datamodel.DistanceEstimation
- getDistanceModulusCdf(StarVariables) - Method in class gaia.cu9.tools.parallax.DistanceEstimator
- getDistanceModulusPDF() - Method in class gaia.cu9.tools.parallax.PDF.DistanceEstimationMethod
- getDistanceMultiplier() - Method in class gaia.cu9.tools.parallax.readers.CsvSchema
- getDistancePDF() - Method in class gaia.cu9.tools.parallax.PDF.DistanceEstimationMethod
- getDouble(String, List<String>, double) - Method in class gaia.cu9.tools.parallax.readers.CsvReader
- getDouble(String, Map<String, String>, double) - Method in class gaia.cu9.tools.parallax.DistanceEstimator
- getErrVarpi() - Method in class gaia.cu9.tools.parallax.datamodel.StarVariables
- getEstimationMethod(StarVariables) - Method in class gaia.cu9.tools.parallax.DistanceEstimator
- getInt(String, Map<String, String>, int) - Method in class gaia.cu9.tools.parallax.DistanceEstimator
- getIterationLimit() - Method in class gaia.cu9.tools.parallax.util.CdfIntegration
- getKnots() - Method in class uk.ac.starlink.dpac.math.PolynomialSplineFunction
-
Get an array copy of the knot points.
- getLdeg() - Method in class gaia.cu9.tools.parallax.datamodel.StarVariables
- getLong(String, List<String>, long) - Method in class gaia.cu9.tools.parallax.readers.CsvReader
- getModulusInterval() - Method in class gaia.cu9.tools.parallax.datamodel.DistanceEstimation
- getN() - Method in class uk.ac.starlink.dpac.math.PolynomialSplineFunction
-
Get the number of spline segments.
- getNLinesToDiscard() - Method in class gaia.cu9.tools.parallax.readers.CsvSchema
- getPdf() - Method in class uk.ac.starlink.dpac.math.Edsd
-
Returns the PDF corresponding to this prior.
- getPercentiles(double[][], double...) - Method in class gaia.cu9.tools.parallax.util.CdfIntegration
- getPolynomials() - Method in class uk.ac.starlink.dpac.math.PolynomialSplineFunction
-
Get a copy of the interpolating polynomials array.
- getRealR() - Method in class gaia.cu9.tools.parallax.datamodel.StarVariables
- getSampledPdf(NumericFunction) - Method in class uk.ac.starlink.dpac.math.Edsd
-
Returns a numerical reconstruction of the PDF based on the samples used to perform the CDF integration.
- getScale(double, double) - Static method in class gaia.cu9.tools.parallax.PDF.LosExpDecrVolumeDensityDEM
- getScale(StarVariables) - Static method in class gaia.cu9.tools.parallax.PDF.LosExpDecrVolumeDensityDEM
- getSeparators() - Method in class gaia.cu9.tools.parallax.readers.CsvSchema
- getSkipLineMarker() - Method in class gaia.cu9.tools.parallax.readers.CsvSchema
- getSourceId() - Method in class gaia.cu9.tools.parallax.datamodel.DistanceEstimation
- getSourceId() - Method in class gaia.cu9.tools.parallax.datamodel.StarVariables
- getUnnormalizedProbabilityAt(double) - Method in interface gaia.cu9.tools.parallax.PDF.PDF
-
Calculate the value of the PDF at point x
- getUnnormalizedProbabilityAt(double) - Method in class uk.ac.starlink.dpac.math.Edsd
-
Returns the unnormalized PDF (posterior) for this prior evaluated at a given distance.
- getVarpi() - Method in class gaia.cu9.tools.parallax.datamodel.StarVariables
- getX() - Method in class uk.ac.starlink.dpac.epoch.GVector3d
- getX(int) - Method in interface uk.ac.starlink.dpac.math.NumericFunction
-
Returns the X value for a given sample.
- getY() - Method in class uk.ac.starlink.dpac.epoch.GVector3d
- getY(int) - Method in interface uk.ac.starlink.dpac.math.NumericFunction
-
Returns the Y value for a given sample.
- getZ() - Method in class uk.ac.starlink.dpac.epoch.GVector3d
- GVector3d - Class in uk.ac.starlink.dpac.epoch
-
Class representing a three-dimensional vector in Eucledian space.
- GVector3d() - Constructor for class uk.ac.starlink.dpac.epoch.GVector3d
-
Constructs and initializes a
GVector3d
to(0, 0, 0)
- GVector3d(double) - Constructor for class uk.ac.starlink.dpac.epoch.GVector3d
-
Constructs and initializes a
GVector3d
to the tuple(s, s, s)
. - GVector3d(double[]) - Constructor for class uk.ac.starlink.dpac.epoch.GVector3d
-
Constructs and initializes a
GVector3d
from the first 3 elements of a given double array. - GVector3d(double, double, double) - Constructor for class uk.ac.starlink.dpac.epoch.GVector3d
-
Constructs and initializes a
GVector3d
from a specified(x, y, z)
tuple. - GVector3d(GVector3d) - Constructor for class uk.ac.starlink.dpac.epoch.GVector3d
-
The copy constructor - constructs a new
GVector3d
from a given one by copying all elements.
H
- hashCode() - Method in class uk.ac.starlink.dpac.math.PolynomialFunction
- HaywoodExpDecrVolumeDEM - Class in gaia.cu9.tools.parallax.PDF
- HaywoodExpDecrVolumeDEM(double, double, double) - Constructor for class gaia.cu9.tools.parallax.PDF.HaywoodExpDecrVolumeDEM
- HaywoodExpDecrVolumeDEM(StarVariables, double) - Constructor for class gaia.cu9.tools.parallax.PDF.HaywoodExpDecrVolumeDEM
- HaywoodSmithTransformation - Class in gaia.cu9.tools.parallax.PDF
- HaywoodSmithTransformation() - Constructor for class gaia.cu9.tools.parallax.PDF.HaywoodSmithTransformation
- HaywoodUniformDistanceDEM - Class in gaia.cu9.tools.parallax.PDF
- HaywoodUniformDistanceDEM(double, double, double) - Constructor for class gaia.cu9.tools.parallax.PDF.HaywoodUniformDistanceDEM
- HaywoodUniformDistanceDEM(StarVariables, double) - Constructor for class gaia.cu9.tools.parallax.PDF.HaywoodUniformDistanceDEM
- HS_EXP_DECR - gaia.cu9.tools.parallax.DistanceEstimator.EstimationType
- HS_UNIFORM - gaia.cu9.tools.parallax.DistanceEstimator.EstimationType
I
- initPdfs() - Method in class gaia.cu9.tools.parallax.PDF.DistanceEstimationMethod
- Integral - Class in uk.ac.starlink.dpac.math
-
Performs indefinite numerical integration using an adaptive Simpson's rule.
- Integral(Function, double, double) - Constructor for class uk.ac.starlink.dpac.math.Integral
-
Constructs an integral with given bounds.
- Integral(Function, double, double, double, double) - Constructor for class uk.ac.starlink.dpac.math.Integral
-
Constructs an integral with given bounds and supplied function evaluations.
- Integral(Function, Integral[]) - Constructor for class uk.ac.starlink.dpac.math.Integral
-
Constructs an integral with a number of sub-integrals covering the interval of interest.
- integrate(Function, double[], double) - Static method in class uk.ac.starlink.dpac.math.Integral
-
Adaptively integrates a given function with the calculation broken up into sub-intervals at supplied points.
- integrateBooleRule(PDF, double, double) - Method in class gaia.cu9.tools.parallax.util.CdfIntegration
-
Integrate the PDF over a finite interval using Boole's rule
- integrateBooleRule(PDF, double, double, double, double) - Method in class gaia.cu9.tools.parallax.util.CdfIntegration
-
Integrate the PDF over a finite interval using Boole's rule This implementation uses the value of the PDF at the boundaries that has already been calculated externally, thus avoiding unnecesary calls to
PDF.getUnnormalizedProbabilityAt(double)
- integrateToInfinitum(PDF, boolean, double, double) - Method in class gaia.cu9.tools.parallax.util.CdfIntegration
- interpolate(double[], double[]) - Method in class uk.ac.starlink.dpac.math.SplineInterpolator
-
Computes an interpolating function for the data set.
- interpolateLinear(NumericFunction) - Static method in class uk.ac.starlink.dpac.math.FuncUtils
-
Returns a function which represents an interpolated representation of the given sample set, using linear interpolation.
- interpolateQuadratic(NumericFunction) - Static method in class uk.ac.starlink.dpac.math.FuncUtils
-
Returns a function which represents an interpolated representation of the given sample set, using quadratic interpolation with Legendre polynomials.
- interpolateSpline(NumericFunction) - Static method in class uk.ac.starlink.dpac.math.FuncUtils
-
Returns a function which represents an interpolated representation of the given sample set, using splines.
- isValidPoint(double) - Method in class uk.ac.starlink.dpac.math.PolynomialSplineFunction
-
Indicates whether a point is within the interpolation range.
L
- L - Static variable in class gaia.cu9.tools.parallax.readers.StarVariablesCsvSchema
- Ldeg - Variable in class gaia.cu9.tools.parallax.datamodel.StarVariables
- load(String) - Method in class gaia.cu9.tools.parallax.readers.CsvReader
- loadScaleMatrix(String) - Static method in class gaia.cu9.tools.parallax.PDF.LosExpDecrVolumeDensityDEM
- localTriad(double, double) - Static method in class uk.ac.starlink.dpac.epoch.GVector3d
-
Computes the normal triad [p q r] at spherical coordinates
(alpha, delta)
- logger - Variable in class gaia.cu9.tools.parallax.readers.CsvReader
- LOS_EXP_DEC_VOL_DENSITY - gaia.cu9.tools.parallax.DistanceEstimator.EstimationType
- LosExpDecrVolumeDensityDEM - Class in gaia.cu9.tools.parallax.PDF
- LosExpDecrVolumeDensityDEM(StarVariables) - Constructor for class gaia.cu9.tools.parallax.PDF.LosExpDecrVolumeDensityDEM
M
- main(String[]) - Static method in class gaia.cu9.tools.parallax.ParallaxProcessor
- max(double[]) - Static method in class gaia.cu9.tools.parallax.util.Statistics
- mean(double[]) - Static method in class gaia.cu9.tools.parallax.util.Statistics
N
- next() - Method in class gaia.cu9.tools.parallax.readers.CsvReader
- nLinesToDiscard - Variable in class gaia.cu9.tools.parallax.readers.CsvSchema
- NumericFunction - Interface in uk.ac.starlink.dpac.math
-
Provides an ordered set of (x,y) samples from a function.
O
- open(String) - Method in class gaia.cu9.tools.parallax.writers.CsvWriter
P
- ParallaxProcessor - Class in gaia.cu9.tools.parallax
-
This class processes all the entries in an input file and stores the results in an output file.
- ParallaxProcessor() - Constructor for class gaia.cu9.tools.parallax.ParallaxProcessor
- path - Variable in class gaia.cu9.tools.parallax.readers.CsvReader
- path - Variable in class gaia.cu9.tools.parallax.writers.CsvWriter
- PDF - Interface in gaia.cu9.tools.parallax.PDF
- PolinomialSolver - Class in gaia.cu9.tools.parallax.util
- PolinomialSolver() - Constructor for class gaia.cu9.tools.parallax.util.PolinomialSolver
- PolynomialFunction - Class in uk.ac.starlink.dpac.math
-
Immutable representation of a real polynomial function with real coefficients.
- PolynomialFunction(double[]) - Constructor for class uk.ac.starlink.dpac.math.PolynomialFunction
-
Construct a polynomial with the given coefficients.
- PolynomialSplineFunction - Class in uk.ac.starlink.dpac.math
-
Represents a polynomial spline function.
- PolynomialSplineFunction(double[], PolynomialFunction[]) - Constructor for class uk.ac.starlink.dpac.math.PolynomialSplineFunction
-
Construct a polynomial spline function with the given segment delimiters and interpolating polynomials.
- processLine(String) - Method in class gaia.cu9.tools.parallax.readers.CsvReader
- propagate(double, double[], double[]) - Static method in class uk.ac.starlink.dpac.epoch.EpochTransformation
-
Propagates the 6-dimensional vector of barycentric astrometric parameters WITHOUT the associated covariance matrix from epoch t0 to epoch t assuming uniform space motion.
- propagate(double, double[], double[][], double[], double[][]) - Static method in class uk.ac.starlink.dpac.epoch.EpochTransformation
-
Propagates the 6-dimensional vector of barycentric astrometric parameters and the associated covariance matrix from epoch t0 to epoch t assuming uniform space motion.
- propagate(double, double[], double[][], double[], double[][], boolean) - Static method in class uk.ac.starlink.dpac.epoch.EpochTransformation
-
Propagates the 6-dimensional vector of barycentric astrometric parameters and the associated covariance or normal matrix from epoch t0 to epoch t assuming uniform space motion.
R
- readAll(String) - Method in class gaia.cu9.tools.parallax.readers.CsvReader
- reader - Variable in class gaia.cu9.tools.parallax.readers.CsvReader
- REAL_R - Static variable in class gaia.cu9.tools.parallax.readers.StarVariablesCsvSchema
- REAL_VARPI - Static variable in class gaia.cu9.tools.parallax.readers.StarVariablesCsvSchema
- realR - Variable in class gaia.cu9.tools.parallax.datamodel.StarVariables
- rootMean(double[]) - Static method in class gaia.cu9.tools.parallax.util.Statistics
- run() - Method in class gaia.cu9.tools.parallax.ParallaxProcessor
S
- scale(double) - Method in class uk.ac.starlink.dpac.epoch.GVector3d
-
Scales the vector by a scalar
s
, i.e. - scale(double, GVector3d) - Static method in class uk.ac.starlink.dpac.epoch.GVector3d
-
Constructs new vector from scaling a given one.
- scaleAdd(double, GVector3d) - Method in class uk.ac.starlink.dpac.epoch.GVector3d
-
Scales a given vector with a scalar and add the result to this one, i.e.
- scaleAdd(GVector3d, double, GVector3d) - Static method in class uk.ac.starlink.dpac.epoch.GVector3d
-
Constructs new vector as sum of a given vector
v1
and a scaled vectors*v2
. - scaleMatrix - Static variable in class gaia.cu9.tools.parallax.PDF.LosExpDecrVolumeDensityDEM
- schema - Variable in class gaia.cu9.tools.parallax.readers.CsvReader
- separators - Variable in class gaia.cu9.tools.parallax.readers.CsvSchema
- set(double, double, double) - Method in class uk.ac.starlink.dpac.epoch.GVector3d
-
Sets the elements of this vector to given 3-tuple.
- setAlpha(double) - Method in class gaia.cu9.tools.parallax.datamodel.StarVariables
- setBdeg(double) - Method in class gaia.cu9.tools.parallax.datamodel.StarVariables
- setDelta(double) - Method in class gaia.cu9.tools.parallax.datamodel.StarVariables
- setDeltaThreshold(double) - Method in class gaia.cu9.tools.parallax.util.CdfIntegration
- setErrVarpi(double) - Method in class gaia.cu9.tools.parallax.datamodel.StarVariables
- setIterationLimit(int) - Method in class gaia.cu9.tools.parallax.util.CdfIntegration
- setLdeg(double) - Method in class gaia.cu9.tools.parallax.datamodel.StarVariables
- setRealR(double) - Method in class gaia.cu9.tools.parallax.datamodel.StarVariables
- setSourceId(long) - Method in class gaia.cu9.tools.parallax.datamodel.StarVariables
- setupColumnIndexes() - Method in class gaia.cu9.tools.parallax.readers.CsvSchema
- setupColumnIndexes() - Method in class gaia.cu9.tools.parallax.readers.Test2CsvSchema
- setupColumnIndexes() - Method in class gaia.cu9.tools.parallax.readers.TestCsvSchema
- setupDistanceMultiplier() - Method in class gaia.cu9.tools.parallax.readers.CsvSchema
- setupDistanceMultiplier() - Method in class gaia.cu9.tools.parallax.readers.TestCsvSchema
- setupNLinesToDiscard() - Method in class gaia.cu9.tools.parallax.readers.CsvSchema
- setupSeparators() - Method in class gaia.cu9.tools.parallax.readers.CsvSchema
- setupSkipLineMarker() - Method in class gaia.cu9.tools.parallax.readers.CsvSchema
- setVarpi(double) - Method in class gaia.cu9.tools.parallax.datamodel.StarVariables
- SIGMA_ALPHA - Static variable in class gaia.cu9.tools.parallax.readers.StarVariablesCsvSchema
- SIGMA_DELTA - Static variable in class gaia.cu9.tools.parallax.readers.StarVariablesCsvSchema
- SIGMA_VARPI - Static variable in class gaia.cu9.tools.parallax.readers.StarVariablesCsvSchema
- skipLineMarker - Variable in class gaia.cu9.tools.parallax.readers.CsvSchema
- solveSecondDegree(double, double) - Static method in class gaia.cu9.tools.parallax.util.PolinomialSolver
- solveThirdDegree(double, double, double) - Static method in class gaia.cu9.tools.parallax.util.PolinomialSolver
- SOURCE_ID - Static variable in class gaia.cu9.tools.parallax.readers.StarVariablesCsvSchema
- sourceId - Variable in class gaia.cu9.tools.parallax.datamodel.StarVariables
- SplineInterpolator - Class in uk.ac.starlink.dpac.math
-
Computes a natural (also known as "free", "unclamped") cubic spline interpolation for the data set.
- SplineInterpolator() - Constructor for class uk.ac.starlink.dpac.math.SplineInterpolator
- SQRT_2PI - Static variable in class gaia.cu9.tools.parallax.util.Constants
- SQRT2 - Static variable in class gaia.cu9.tools.parallax.util.Constants
- StarVariables - Class in gaia.cu9.tools.parallax.datamodel
- StarVariables(long, double, double, double, double, double, double) - Constructor for class gaia.cu9.tools.parallax.datamodel.StarVariables
- StarVariablesCsvReader - Class in gaia.cu9.tools.parallax.readers
- StarVariablesCsvReader(StarVariablesCsvSchema) - Constructor for class gaia.cu9.tools.parallax.readers.StarVariablesCsvReader
- StarVariablesCsvSchema - Class in gaia.cu9.tools.parallax.readers
- StarVariablesCsvSchema() - Constructor for class gaia.cu9.tools.parallax.readers.StarVariablesCsvSchema
- Statistics - Class in gaia.cu9.tools.parallax.util
- Statistics() - Constructor for class gaia.cu9.tools.parallax.util.Statistics
- stdDev(double[]) - Static method in class gaia.cu9.tools.parallax.util.Statistics
- stdDev(double[], double) - Static method in class gaia.cu9.tools.parallax.util.Statistics
- store(double[], double[], int) - Method in class uk.ac.starlink.dpac.math.Integral
-
Flattens the recursive information contained by this integral into a pair of arrays represting (x,y) samples giving the antiderivative function.
T
- Test2CsvSchema - Class in gaia.cu9.tools.parallax.readers
- Test2CsvSchema() - Constructor for class gaia.cu9.tools.parallax.readers.Test2CsvSchema
- TestCsvSchema - Class in gaia.cu9.tools.parallax.readers
- TestCsvSchema() - Constructor for class gaia.cu9.tools.parallax.readers.TestCsvSchema
- toString() - Method in class uk.ac.starlink.dpac.math.PolynomialFunction
-
Returns a string representation of the polynomial.
U
- uk.ac.starlink.dpac.epoch - package uk.ac.starlink.dpac.epoch
- uk.ac.starlink.dpac.math - package uk.ac.starlink.dpac.math
- UNIFORM_DISTANCE - gaia.cu9.tools.parallax.DistanceEstimator.EstimationType
- UniformDistanceDEM - Class in gaia.cu9.tools.parallax.PDF
- UniformDistanceDEM(double, double, double) - Constructor for class gaia.cu9.tools.parallax.PDF.UniformDistanceDEM
-
Initialize the uniform distance prior PDF.
- UniformDistanceDEM(StarVariables, double) - Constructor for class gaia.cu9.tools.parallax.PDF.UniformDistanceDEM
V
- value(double) - Method in class uk.ac.starlink.dpac.math.PolynomialFunction
-
Compute the value of the function for the given argument.
- value(double) - Method in class uk.ac.starlink.dpac.math.PolynomialSplineFunction
-
Compute the value for the function.
- valueOf(String) - Static method in enum gaia.cu9.tools.parallax.DistanceEstimator.EstimationType
-
Returns the enum constant of this type with the specified name.
- values() - Static method in enum gaia.cu9.tools.parallax.DistanceEstimator.EstimationType
-
Returns an array containing the constants of this enum type, in the order they are declared.
- varpi - Variable in class gaia.cu9.tools.parallax.datamodel.StarVariables
- VARPI - Static variable in class gaia.cu9.tools.parallax.readers.StarVariablesCsvSchema
W
X
- x() - Method in class uk.ac.starlink.dpac.epoch.GVector3d
-
Identical to
GVector3d.getX()
Y
- y() - Method in class uk.ac.starlink.dpac.epoch.GVector3d
-
Identical to
GVector3d.getY()
Z
- z() - Method in class uk.ac.starlink.dpac.epoch.GVector3d
-
Identical to
GVector3d.getZ()
All Classes All Packages