- gaia.cu9.tools.parallax - package gaia.cu9.tools.parallax
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- gaia.cu9.tools.parallax.datamodel - package gaia.cu9.tools.parallax.datamodel
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- gaia.cu9.tools.parallax.PDF - package gaia.cu9.tools.parallax.PDF
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- gaia.cu9.tools.parallax.readers - package gaia.cu9.tools.parallax.readers
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- gaia.cu9.tools.parallax.util - package gaia.cu9.tools.parallax.util
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- gaia.cu9.tools.parallax.writers - package gaia.cu9.tools.parallax.writers
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- getAlpha() - Method in class gaia.cu9.tools.parallax.datamodel.StarVariables
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- getBdeg() - Method in class gaia.cu9.tools.parallax.datamodel.StarVariables
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- getBestDistance() - Method in class gaia.cu9.tools.parallax.datamodel.DistanceEstimation
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- getBestEstimation() - Method in interface gaia.cu9.tools.parallax.PDF.PDF
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Calculate the best estimation
- getBestEstimation() - Method in class uk.ac.starlink.dpac.math.Edsd
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Returns the position of the favoured mode of the PDF.
- getBestModulus() - Method in class gaia.cu9.tools.parallax.datamodel.DistanceEstimation
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- getBoolean(String, Map<String, String>, boolean) - Method in class gaia.cu9.tools.parallax.DistanceEstimator
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- getCdf(PDF, boolean, int, double, double, boolean, boolean) - Method in class gaia.cu9.tools.parallax.util.CdfIntegration
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Calculate the CDF by integrating the PDF in a finite interval.
- getCoefficients() - Method in class uk.ac.starlink.dpac.math.PolynomialFunction
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Returns a copy of the coefficients array.
- getColumnIndex(String) - Method in class gaia.cu9.tools.parallax.readers.CsvSchema
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- getCorrectedParallax(double, double) - Static method in class gaia.cu9.tools.parallax.PDF.HaywoodSmithTransformation
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- getCorrectedSigma(double, double) - Static method in class gaia.cu9.tools.parallax.PDF.HaywoodSmithTransformation
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- getCount() - Method in interface uk.ac.starlink.dpac.math.NumericFunction
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Returns the number of samples.
- getDelta() - Method in class gaia.cu9.tools.parallax.datamodel.StarVariables
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- getDeltaThreshold() - Method in class gaia.cu9.tools.parallax.util.CdfIntegration
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- getDistanceCdf(StarVariables) - Method in class gaia.cu9.tools.parallax.DistanceEstimator
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- getDistanceInterval() - Method in class gaia.cu9.tools.parallax.datamodel.DistanceEstimation
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- getDistanceModulusCdf(StarVariables) - Method in class gaia.cu9.tools.parallax.DistanceEstimator
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- getDistanceModulusPDF() - Method in class gaia.cu9.tools.parallax.PDF.DistanceEstimationMethod
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- getDistanceMultiplier() - Method in class gaia.cu9.tools.parallax.readers.CsvSchema
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- getDistancePDF() - Method in class gaia.cu9.tools.parallax.PDF.DistanceEstimationMethod
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- getDouble(String, Map<String, String>, double) - Method in class gaia.cu9.tools.parallax.DistanceEstimator
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- getDouble(String, List<String>, double) - Method in class gaia.cu9.tools.parallax.readers.CsvReader
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- getErrVarpi() - Method in class gaia.cu9.tools.parallax.datamodel.StarVariables
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- getEstimationMethod(StarVariables) - Method in class gaia.cu9.tools.parallax.DistanceEstimator
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- getInt(String, Map<String, String>, int) - Method in class gaia.cu9.tools.parallax.DistanceEstimator
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- getIterationLimit() - Method in class gaia.cu9.tools.parallax.util.CdfIntegration
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- getKnots() - Method in class uk.ac.starlink.dpac.math.PolynomialSplineFunction
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Get an array copy of the knot points.
- getLdeg() - Method in class gaia.cu9.tools.parallax.datamodel.StarVariables
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- getLong(String, List<String>, long) - Method in class gaia.cu9.tools.parallax.readers.CsvReader
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- getModulusInterval() - Method in class gaia.cu9.tools.parallax.datamodel.DistanceEstimation
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- getN() - Method in class uk.ac.starlink.dpac.math.PolynomialSplineFunction
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Get the number of spline segments.
- getNLinesToDiscard() - Method in class gaia.cu9.tools.parallax.readers.CsvSchema
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- getPdf() - Method in class uk.ac.starlink.dpac.math.Edsd
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Returns the PDF corresponding to this prior.
- getPercentiles(double[][], double...) - Method in class gaia.cu9.tools.parallax.util.CdfIntegration
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- getPolynomials() - Method in class uk.ac.starlink.dpac.math.PolynomialSplineFunction
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Get a copy of the interpolating polynomials array.
- getRealR() - Method in class gaia.cu9.tools.parallax.datamodel.StarVariables
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- getSampledPdf(NumericFunction) - Method in class uk.ac.starlink.dpac.math.Edsd
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Returns a numerical reconstruction of the PDF based on the
samples used to perform the CDF integration.
- getScale(StarVariables) - Static method in class gaia.cu9.tools.parallax.PDF.LosExpDecrVolumeDensityDEM
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- getScale(double, double) - Static method in class gaia.cu9.tools.parallax.PDF.LosExpDecrVolumeDensityDEM
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- getSeparators() - Method in class gaia.cu9.tools.parallax.readers.CsvSchema
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- getSkipLineMarker() - Method in class gaia.cu9.tools.parallax.readers.CsvSchema
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- getSourceId() - Method in class gaia.cu9.tools.parallax.datamodel.DistanceEstimation
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- getSourceId() - Method in class gaia.cu9.tools.parallax.datamodel.StarVariables
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- getUnnormalizedProbabilityAt(double) - Method in interface gaia.cu9.tools.parallax.PDF.PDF
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Calculate the value of the PDF at point x
- getUnnormalizedProbabilityAt(double) - Method in class uk.ac.starlink.dpac.math.Edsd
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Returns the unnormalized PDF (posterior) for this prior
evaluated at a given distance.
- getVarpi() - Method in class gaia.cu9.tools.parallax.datamodel.StarVariables
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- getX() - Method in class uk.ac.starlink.dpac.epoch.GVector3d
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- getX(int) - Method in interface uk.ac.starlink.dpac.math.NumericFunction
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Returns the X value for a given sample.
- getY() - Method in class uk.ac.starlink.dpac.epoch.GVector3d
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- getY(int) - Method in interface uk.ac.starlink.dpac.math.NumericFunction
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Returns the Y value for a given sample.
- getZ() - Method in class uk.ac.starlink.dpac.epoch.GVector3d
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- GVector3d - Class in uk.ac.starlink.dpac.epoch
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Class representing a three-dimensional vector in Eucledian space.
- GVector3d() - Constructor for class uk.ac.starlink.dpac.epoch.GVector3d
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Constructs and initializes a GVector3d to
(0, 0, 0)
- GVector3d(double) - Constructor for class uk.ac.starlink.dpac.epoch.GVector3d
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Constructs and initializes a GVector3d to the tuple
(s, s, s).
- GVector3d(double[]) - Constructor for class uk.ac.starlink.dpac.epoch.GVector3d
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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
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Constructs and initializes a GVector3d from a specified
(x, y, z) tuple.
- GVector3d(GVector3d) - Constructor for class uk.ac.starlink.dpac.epoch.GVector3d
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The copy constructor - constructs a new GVector3d from a
given one by copying all elements.
- initPdfs() - Method in class gaia.cu9.tools.parallax.PDF.DistanceEstimationMethod
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- Integral - Class in uk.ac.starlink.dpac.math
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Performs indefinite numerical integration using an adaptive Simpson's rule.
- Integral(Function, double, double, double, double) - Constructor for class uk.ac.starlink.dpac.math.Integral
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Constructs an integral with given bounds and supplied function
evaluations.
- Integral(Function, double, double) - Constructor for class uk.ac.starlink.dpac.math.Integral
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Constructs an integral with given bounds.
- Integral(Function, Integral[]) - Constructor for class uk.ac.starlink.dpac.math.Integral
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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
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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
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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
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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
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- interpolate(double[], double[]) - Method in class uk.ac.starlink.dpac.math.SplineInterpolator
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Computes an interpolating function for the data set.
- interpolateLinear(NumericFunction) - Static method in class uk.ac.starlink.dpac.math.FuncUtils
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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
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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
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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
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Indicates whether a point is within the interpolation range.