Uses of Class
cern.colt.list.tfloat.FloatArrayList

Packages that use FloatArrayList

cern.colt.buffer.tfloat	Fixed sized (non resizable) streaming buffers holding float elements connected to a target objects to which data is automatically flushed upon buffer overflow.
cern.colt.list.tfloat	Resizable list holding elements of float data type.
cern.colt.map.tfloat	Automatically growing and shrinking map holding elements of float data type.
cern.colt.matrix.tfloat	Matrix interfaces and factories holding elements of float data type.
cern.colt.matrix.tfloat.impl	Efficient and flexible dense and sparse 1, 2 and 3-dimensional matrices holding elements of float data type.
cern.jet.stat.tfloat	Tools for basic and advanced statistics: Estimators, Gamma functions, Beta functions, Probabilities, Special integrals, etc.
cern.jet.stat.tfloat.quantile	Scalable algorithms and data structures to compute approximate quantiles over very large data sequences.
hep.aida.tfloat.bin	Multisets (bags) with efficient statistics operations defined upon; This package requires the Colt distribution.

Uses of FloatArrayList in cern.colt.buffer.tfloat

Methods in cern.colt.buffer.tfloat with parameters of type FloatArrayList

void	FloatBufferConsumer.addAllOf(FloatArrayList list) Adds all elements of the specified list to the receiver.
void	FloatBuffer.addAllOf(FloatArrayList list) Adds all elements of the specified list to the receiver.
void	FloatBuffer2DConsumer.addAllOf(FloatArrayList x, FloatArrayList y) Adds all specified (x,y) points to the receiver.
void	FloatBuffer2D.addAllOf(FloatArrayList x, FloatArrayList y) Adds all specified points (x,y) to the receiver.
void	FloatBuffer3DConsumer.addAllOf(FloatArrayList x, FloatArrayList y, FloatArrayList z) Adds all specified (x,y,z) points to the receiver.
void	FloatBuffer3D.addAllOf(FloatArrayList xElements, FloatArrayList yElements, FloatArrayList zElements) Adds all specified (x,y,z) points to the receiver.

Uses of FloatArrayList in cern.colt.list.tfloat

Methods in cern.colt.list.tfloat that return FloatArrayList

FloatArrayList

FloatArrayList.copy() Returns a deep copy of the receiver; uses clone() and casts the result.

Methods in cern.colt.list.tfloat with parameters of type FloatArrayList

void	AbstractFloatList.addAllOf(FloatArrayList other) Appends all elements of the specified list to the receiver.

Uses of FloatArrayList in cern.colt.map.tfloat

Methods in cern.colt.map.tfloat that return FloatArrayList

FloatArrayList	AbstractFloatIntMap.keys() Returns a list filled with all keys contained in the receiver.
FloatArrayList	AbstractLongFloatMap.values() Returns a list filled with all values contained in the receiver.
FloatArrayList	AbstractIntFloatMap.values() Returns a list filled with all values contained in the receiver.

Methods in cern.colt.map.tfloat with parameters of type FloatArrayList

void	OpenFloatIntHashMap.keys(FloatArrayList list) Fills all keys contained in the receiver into the specified list.
void	AbstractFloatIntMap.keys(FloatArrayList list) Fills all keys contained in the receiver into the specified list.
void	AbstractFloatIntMap.keysSortedByValue(FloatArrayList keyList) Fills all keys sorted ascending by their associated value into the specified list.
void	OpenFloatIntHashMap.pairsMatching(FloatIntProcedure condition, FloatArrayList keyList, IntArrayList valueList) Fills all pairs satisfying a given condition into the specified lists.
void	AbstractFloatIntMap.pairsMatching(FloatIntProcedure condition, FloatArrayList keyList, IntArrayList valueList) Fills all pairs satisfying a given condition into the specified lists.
void	OpenIntFloatHashMap.pairsMatching(IntFloatProcedure condition, IntArrayList keyList, FloatArrayList valueList) Fills all pairs satisfying a given condition into the specified lists.
void	AbstractIntFloatMap.pairsMatching(IntFloatProcedure condition, IntArrayList keyList, FloatArrayList valueList) Fills all pairs satisfying a given condition into the specified lists.
void	OpenLongFloatHashMap.pairsMatching(LongFloatProcedure condition, LongArrayList keyList, FloatArrayList valueList) Fills all pairs satisfying a given condition into the specified lists.
void	AbstractLongFloatMap.pairsMatching(LongFloatProcedure condition, LongArrayList keyList, FloatArrayList valueList) Fills all pairs satisfying a given condition into the specified lists.
void	AbstractFloatIntMap.pairsSortedByKey(FloatArrayList keyList, IntArrayList valueList) Fills all keys and values sorted ascending by key into the specified lists.
void	AbstractIntFloatMap.pairsSortedByKey(IntArrayList keyList, FloatArrayList valueList) Fills all keys and values sorted ascending by key into the specified lists.
void	AbstractLongFloatMap.pairsSortedByKey(LongArrayList keyList, FloatArrayList valueList) Fills all keys and values sorted ascending by key into the specified lists.
void	AbstractFloatIntMap.pairsSortedByValue(FloatArrayList keyList, IntArrayList valueList) Fills all keys and values sorted ascending by value into the specified lists.
void	AbstractIntFloatMap.pairsSortedByValue(IntArrayList keyList, FloatArrayList valueList) Fills all keys and values sorted ascending by value into the specified lists.
void	AbstractLongFloatMap.pairsSortedByValue(LongArrayList keyList, FloatArrayList valueList) Fills all keys and values sorted ascending by value into the specified lists.
void	OpenLongFloatHashMap.values(FloatArrayList list) Fills all values contained in the receiver into the specified list.
void	OpenIntFloatHashMap.values(FloatArrayList list) Fills all values contained in the receiver into the specified list.
void	AbstractLongFloatMap.values(FloatArrayList list) Fills all values contained in the receiver into the specified list.
void	AbstractIntFloatMap.values(FloatArrayList list) Fills all values contained in the receiver into the specified list.

Uses of FloatArrayList in cern.colt.matrix.tfloat

Methods in cern.colt.matrix.tfloat that return FloatArrayList

FloatArrayList

FloatFactory1D.toList(FloatMatrix1D values) Constructs a list from the given matrix.

Methods in cern.colt.matrix.tfloat with parameters of type FloatArrayList

void	FloatMatrix1D.getNegativeValues(IntArrayList indexList, FloatArrayList valueList) Fills the coordinates and values of cells having negative values into the specified lists.
void	FloatMatrix2D.getNegativeValues(IntArrayList rowList, IntArrayList columnList, FloatArrayList valueList) Fills the coordinates and values of cells having negative values into the specified lists.
void	FloatMatrix3D.getNegativeValues(IntArrayList sliceList, IntArrayList rowList, IntArrayList columnList, FloatArrayList valueList) Fills the coordinates and values of cells having negative values into the specified lists.
void	FloatMatrix1D.getNonZeros(IntArrayList indexList, FloatArrayList valueList) Fills the coordinates and values of cells having non-zero values into the specified lists.
void	FloatMatrix1D.getNonZeros(IntArrayList indexList, FloatArrayList valueList, int maxCardinality) Fills the coordinates and values of the first maxCardinality cells having non-zero values into the specified lists.
void	FloatMatrix2D.getNonZeros(IntArrayList rowList, IntArrayList columnList, FloatArrayList valueList) Fills the coordinates and values of cells having non-zero values into the specified lists.
void	FloatMatrix3D.getNonZeros(IntArrayList sliceList, IntArrayList rowList, IntArrayList columnList, FloatArrayList valueList) Fills the coordinates and values of cells having non-zero values into the specified lists.
void	FloatMatrix1D.getPositiveValues(IntArrayList indexList, FloatArrayList valueList) Fills the coordinates and values of cells having positive values into the specified lists.
void	FloatMatrix2D.getPositiveValues(IntArrayList rowList, IntArrayList columnList, FloatArrayList valueList) Fills the coordinates and values of cells having positive values into the specified lists.
void	FloatMatrix3D.getPositiveValues(IntArrayList sliceList, IntArrayList rowList, IntArrayList columnList, FloatArrayList valueList) Fills the coordinates and values of cells having positive values into the specified lists.

Uses of FloatArrayList in cern.colt.matrix.tfloat.impl

Methods in cern.colt.matrix.tfloat.impl that return FloatArrayList

FloatArrayList	RCFloatMatrix2D.getValues()
FloatArrayList	CCFloatMatrix2D.getValues()

Methods in cern.colt.matrix.tfloat.impl with parameters of type FloatArrayList

void	DenseFloatMatrix1D.getNegativeValues(IntArrayList indexList, FloatArrayList valueList)
void	DenseFloatMatrix2D.getNegativeValues(IntArrayList rowList, IntArrayList columnList, FloatArrayList valueList)
void	DenseColFloatMatrix2D.getNegativeValues(IntArrayList rowList, IntArrayList columnList, FloatArrayList valueList)
void	DenseFloatMatrix3D.getNegativeValues(IntArrayList sliceList, IntArrayList rowList, IntArrayList columnList, FloatArrayList valueList)
void	DenseFloatMatrix1D.getNonZeros(IntArrayList indexList, FloatArrayList valueList)
void	DenseFloatMatrix2D.getNonZeros(IntArrayList rowList, IntArrayList columnList, FloatArrayList valueList)
void	DenseColFloatMatrix2D.getNonZeros(IntArrayList rowList, IntArrayList columnList, FloatArrayList valueList)
void	DenseFloatMatrix3D.getNonZeros(IntArrayList sliceList, IntArrayList rowList, IntArrayList columnList, FloatArrayList valueList)
void	DenseFloatMatrix1D.getPositiveValues(IntArrayList indexList, FloatArrayList valueList)
void	DenseFloatMatrix2D.getPositiveValues(IntArrayList rowList, IntArrayList columnList, FloatArrayList valueList)
void	DenseColFloatMatrix2D.getPositiveValues(IntArrayList rowList, IntArrayList columnList, FloatArrayList valueList)
void	DenseFloatMatrix3D.getPositiveValues(IntArrayList sliceList, IntArrayList rowList, IntArrayList columnList, FloatArrayList valueList)

Constructors in cern.colt.matrix.tfloat.impl with parameters of type FloatArrayList

CCFloatMatrix2D(int rows, int columns, int[] columnPointers, IntArrayList rowIndexes, FloatArrayList values)
Constructs a matrix with indexes and values given in compressed-column format.

CCFloatMatrix2D(int rows, int columns, IntArrayList rowIndexes, IntArrayList columnIndexes, FloatArrayList values)
Constructs a matrix with indexes and values given in coordinate format.

RCFloatMatrix2D(int rows, int columns, int[] rowPointers, IntArrayList columnIndexes, FloatArrayList values)
Constructs a matrix with indexes and values given in compressed-row format.

RCFloatMatrix2D(int rows, int columns, IntArrayList rowIndexes, IntArrayList columnIndexes, FloatArrayList values)
Constructs a matrix with indexes and values given in coordinate format.

Uses of FloatArrayList in cern.jet.stat.tfloat

Methods in cern.jet.stat.tfloat that return FloatArrayList

static FloatArrayList	FloatDescriptive.quantiles(FloatArrayList sortedData, FloatArrayList percentages) Returns the quantiles of the specified percentages.
static FloatArrayList[]	FloatDescriptive.split(FloatArrayList sortedList, FloatArrayList splitters) Splits (partitions) a list into sublists such that each sublist contains the elements with a given range.

Methods in cern.jet.stat.tfloat with parameters of type FloatArrayList

static float	FloatDescriptive.autoCorrelation(FloatArrayList data, int lag, float mean, float variance) Returns the auto-correlation of a data sequence.
static float	FloatDescriptive.correlation(FloatArrayList data1, float standardDev1, FloatArrayList data2, float standardDev2) Returns the correlation of two data sequences.
static float	FloatDescriptive.covariance(FloatArrayList data1, FloatArrayList data2) Returns the covariance of two data sequences, which is cov(x,y) = (1/(size()-1)) * Sum((x[i]-mean(x)) * (y[i]-mean(y))) .
static float	FloatDescriptive.durbinWatson(FloatArrayList data) Durbin-Watson computation.
static void	FloatDescriptive.frequencies(FloatArrayList sortedData, FloatArrayList distinctValues, IntArrayList frequencies) Computes the frequency (number of occurances, count) of each distinct value in the given sorted data.
static float	FloatDescriptive.geometricMean(FloatArrayList data) Returns the geometric mean of a data sequence.
static void	FloatDescriptive.incrementalUpdate(FloatArrayList data, int from, int to, float[] inOut) Incrementally maintains and updates minimum, maximum, sum and sum of squares of a data sequence.
static void	FloatDescriptive.incrementalUpdateSumsOfPowers(FloatArrayList data, int from, int to, int fromSumIndex, int toSumIndex, float[] sumOfPowers) Incrementally maintains and updates various sums of powers of the form Sum(data[i]k).
static void	FloatDescriptive.incrementalWeightedUpdate(FloatArrayList data, FloatArrayList weights, int from, int to, float[] inOut) Incrementally maintains and updates sum and sum of squares of a weighted data sequence.
static float	FloatDescriptive.kurtosis(FloatArrayList data, float mean, float standardDeviation) Returns the kurtosis (aka excess) of a data sequence, which is -3 + moment(data,4,mean) / standardDeviation4.
static float	FloatDescriptive.lag1(FloatArrayList data, float mean) Returns the lag-1 autocorrelation of a dataset; Note that this method has semantics different from autoCorrelation(..., 1);
static float	FloatDescriptive.max(FloatArrayList data) Returns the largest member of a data sequence.
static float	FloatDescriptive.mean(FloatArrayList data) Returns the arithmetic mean of a data sequence; That is Sum( data[i] ) / data.size().
static float	FloatDescriptive.meanDeviation(FloatArrayList data, float mean) Returns the mean deviation of a dataset.
static float	FloatDescriptive.median(FloatArrayList sortedData) Returns the median of a sorted data sequence.
static float	FloatDescriptive.min(FloatArrayList data) Returns the smallest member of a data sequence.
static float	FloatDescriptive.moment(FloatArrayList data, int k, float c) Returns the moment of k-th order with constant c of a data sequence, which is Sum( (data[i]-c)k ) / data.size().
static float	FloatDescriptive.product(FloatArrayList data) Returns the product of a data sequence, which is Prod( data[i] ) .
static float	FloatDescriptive.quantile(FloatArrayList sortedData, float phi) Returns the phi-quantile; that is, an element elem for which holds that phi percent of data elements are less than elem.
static float	FloatDescriptive.quantileInverse(FloatArrayList sortedList, float element) Returns how many percent of the elements contained in the receiver are <= element.
static FloatArrayList	FloatDescriptive.quantiles(FloatArrayList sortedData, FloatArrayList percentages) Returns the quantiles of the specified percentages.
static float	FloatDescriptive.rankInterpolated(FloatArrayList sortedList, float element) Returns the linearly interpolated number of elements in a list less or equal to a given element.
static float	FloatDescriptive.sampleKurtosis(FloatArrayList data, float mean, float sampleVariance) Returns the sample kurtosis (aka excess) of a data sequence.
static float	FloatDescriptive.sampleSkew(FloatArrayList data, float mean, float sampleVariance) Returns the sample skew of a data sequence.
static float	FloatDescriptive.sampleVariance(FloatArrayList data, float mean) Returns the sample variance of a data sequence.
static float	FloatDescriptive.skew(FloatArrayList data, float mean, float standardDeviation) Returns the skew of a data sequence, which is moment(data,3,mean) / standardDeviation3.
static FloatArrayList[]	FloatDescriptive.split(FloatArrayList sortedList, FloatArrayList splitters) Splits (partitions) a list into sublists such that each sublist contains the elements with a given range.
static void	FloatDescriptive.standardize(FloatArrayList data, float mean, float standardDeviation) Modifies a data sequence to be standardized.
static float	FloatDescriptive.sum(FloatArrayList data) Returns the sum of a data sequence.
static float	FloatDescriptive.sumOfInversions(FloatArrayList data, int from, int to) Returns the sum of inversions of a data sequence, which is Sum( 1.0 / data[i]).
static float	FloatDescriptive.sumOfLogarithms(FloatArrayList data, int from, int to) Returns the sum of logarithms of a data sequence, which is Sum( Log(data[i]).
static float	FloatDescriptive.sumOfPowerDeviations(FloatArrayList data, int k, float c) Returns Sum( (data[i]-c)k ); optimized for common parameters like c == 0.0 and/or k == -2 ..
static float	FloatDescriptive.sumOfPowerDeviations(FloatArrayList data, int k, float c, int from, int to) Returns Sum( (data[i]-c)k ) for all i = from ..
static float	FloatDescriptive.sumOfPowers(FloatArrayList data, int k) Returns the sum of powers of a data sequence, which is Sum ( data[i]k ).
static float	FloatDescriptive.sumOfSquares(FloatArrayList data) Returns the sum of squares of a data sequence.
static float	FloatDescriptive.trimmedMean(FloatArrayList sortedData, float mean, int left, int right) Returns the trimmed mean of a sorted data sequence.
static float	FloatDescriptive.weightedMean(FloatArrayList data, FloatArrayList weights) Returns the weighted mean of a data sequence.
static float	FloatDescriptive.winsorizedMean(FloatArrayList sortedData, float mean, int left, int right) Returns the winsorized mean of a sorted data sequence.

Uses of FloatArrayList in cern.jet.stat.tfloat.quantile

Methods in cern.jet.stat.tfloat.quantile that return FloatArrayList

static FloatArrayList	FloatQuantileFinderFactory.newEquiDepthPhis(int quantiles) Convenience method that computes phi's for equi-depth histograms.
FloatArrayList	FloatQuantileFinder.quantileElements(FloatArrayList phis) Computes the specified quantile elements over the values previously added.

Methods in cern.jet.stat.tfloat.quantile with parameters of type FloatArrayList

void	FloatQuantileFinder.addAllOf(FloatArrayList values) Adds all values of the specified list to the receiver.
void	FloatQuantileFinder.addAllOfFromTo(FloatArrayList values, int from, int to) Adds the part of the specified list between indexes from (inclusive) and to (inclusive) to the receiver.
FloatArrayList	FloatQuantileFinder.quantileElements(FloatArrayList phis) Computes the specified quantile elements over the values previously added.

Uses of FloatArrayList in hep.aida.tfloat.bin

Methods in hep.aida.tfloat.bin that return FloatArrayList

FloatArrayList	DynamicFloatBin1D.elements() Returns a copy of the currently stored elements.
FloatArrayList	QuantileFloatBin1D.quantiles(FloatArrayList phis) Returns the quantiles of the specified percentages.
FloatArrayList	DynamicFloatBin1D.quantiles(FloatArrayList percentages) Returns the exact quantiles of the specified percentages.
FloatArrayList	DynamicFloatBin1D.sortedElements() Returns a copy of the currently stored elements, sorted ascending.

Methods in hep.aida.tfloat.bin with parameters of type FloatArrayList

void	AbstractFloatBin1D.addAllOf(FloatArrayList list) Adds all values of the specified list to the receiver.
void	StaticFloatBin1D.addAllOfFromTo(FloatArrayList list, int from, int to) Adds the part of the specified list between indexes from (inclusive) and to (inclusive) to the receiver.
void	QuantileFloatBin1D.addAllOfFromTo(FloatArrayList list, int from, int to) Adds the part of the specified list between indexes from (inclusive) and to (inclusive) to the receiver.
void	MightyStaticFloatBin1D.addAllOfFromTo(FloatArrayList list, int from, int to) Adds the part of the specified list between indexes from (inclusive) and to (inclusive) to the receiver.
void	DynamicFloatBin1D.addAllOfFromTo(FloatArrayList list, int from, int to) Adds the part of the specified list between indexes from (inclusive) and to (inclusive) to the receiver.
void	AbstractFloatBin1D.addAllOfFromTo(FloatArrayList list, int from, int to) Adds the part of the specified list between indexes from (inclusive) and to (inclusive) to the receiver.
void	DynamicFloatBin1D.frequencies(FloatArrayList distinctElements, IntArrayList frequencies) Computes the frequency (number of occurances, count) of each distinct element.
FloatArrayList	QuantileFloatBin1D.quantiles(FloatArrayList phis) Returns the quantiles of the specified percentages.
FloatArrayList	DynamicFloatBin1D.quantiles(FloatArrayList percentages) Returns the exact quantiles of the specified percentages.
boolean	DynamicFloatBin1D.removeAllOf(FloatArrayList list) Removes from the receiver all elements that are contained in the specified list.
MightyStaticFloatBin1D[]	QuantileFloatBin1D.splitApproximately(FloatArrayList percentages, int k) Divides (rebins) a copy of the receiver at the given percentage boundaries into bins and returns these bins, such that each bin approximately reflects the data elements of its range.