Uses of Interface
org.apache.sysds.runtime.compress.colgroup.indexes.IColIndex

Packages that use IColIndex

Package	Description
org.apache.sysds.runtime.compress.bitmap
org.apache.sysds.runtime.compress.cocode
org.apache.sysds.runtime.compress.colgroup
org.apache.sysds.runtime.compress.colgroup.dictionary
org.apache.sysds.runtime.compress.colgroup.functional
org.apache.sysds.runtime.compress.colgroup.indexes
org.apache.sysds.runtime.compress.colgroup.mapping
org.apache.sysds.runtime.compress.colgroup.scheme
org.apache.sysds.runtime.compress.estim
org.apache.sysds.runtime.compress.estim.encoding
org.apache.sysds.runtime.compress.lib
org.apache.sysds.runtime.compress.plan
org.apache.sysds.runtime.compress.readers
org.apache.sysds.runtime.compress.utils

Uses of IColIndex in org.apache.sysds.runtime.compress.bitmap

Methods in org.apache.sysds.runtime.compress.bitmap with parameters of type IColIndex

Modifier and Type	Method	Description
static ABitmap	BitmapEncoder.extractBitmap(IColIndex colIndices, MatrixBlock rawBlock, boolean transposed, int estimatedNumberOfUniques, boolean sortedEntries)	Generate uncompressed bitmaps for a set of columns in an uncompressed matrix block.
static ABitmap	BitmapEncoder.extractBitmap(IColIndex colIndices, MatrixBlock rawBlock, int estimatedNumberOfUniques, CompressionSettings cs)

Uses of IColIndex in org.apache.sysds.runtime.compress.cocode

Constructors in org.apache.sysds.runtime.compress.cocode with parameters of type IColIndex

Constructor	Description
ColIndexes(IColIndex indexes)

Uses of IColIndex in org.apache.sysds.runtime.compress.colgroup

Methods in org.apache.sysds.runtime.compress.colgroup that return IColIndex

Modifier and Type	Method	Description
IColIndex	AColGroup.getColIndices()	Obtain the offsets of the columns in the matrix block that make up the group

Methods in org.apache.sysds.runtime.compress.colgroup with parameters of type IColIndex

Modifier and Type	Method	Description
static void	ColGroupUtils.addMatrixToResult(MatrixBlock tmp, MatrixBlock result, IColIndex colIndexes, int rl, int ru)
static double[]	ColGroupUtils.binaryDefRowLeft(BinaryOperator op, double[] v, IColIndex colIndexes)	Calculate the result of performing the binary operation on an empty row to the left v op empty
static double[]	ColGroupUtils.binaryDefRowRight(BinaryOperator op, double[] v, IColIndex colIndexes)	Calculate the result of performing the binary operation on an empty row to the right empty op v
abstract AColGroup	AColGroup.copyAndSet(IColIndex colIndexes)	Copy the content of the column group with pointers to the previous content but with new column given Note this method does not verify if the colIndexes specified are valid and correct dimensions for the underlying column groups.
AColGroup	ADictBasedColGroup.copyAndSet(IColIndex colIndexes)
AColGroup	ColGroupEmpty.copyAndSet(IColIndex colIndexes)
AColGroup	ColGroupLinearFunctional.copyAndSet(IColIndex colIndexes)
AColGroup	ColGroupUncompressed.copyAndSet(IColIndex colIndexes)
static AColGroup	ColGroupConst.create(IColIndex cols, double value)	Generate a constant column group.
static AColGroup	ColGroupConst.create(IColIndex cols, double[] values)	Generate a constant column group.
static AColGroup	ColGroupConst.create(IColIndex colIndices, IDictionary dict)	Create constructor for a ColGroup Const this constructor ensures that if the dictionary input is empty an Empty column group is constructed.
static AColGroup	ColGroupDDC.create(IColIndex colIndexes, IDictionary dict, AMapToData data, int[] cachedCounts)
static AColGroup	ColGroupDDCFOR.create(IColIndex colIndexes, IDictionary dict, AMapToData data, int[] cachedCounts, double[] reference)
static AColGroup	ColGroupLinearFunctional.create(IColIndex colIndices, double[] coefficents, int numRows)	Generate a linear functional column group.
static AColGroup	ColGroupSDC.create(IColIndex colIndices, int numRows, IDictionary dict, double[] defaultTuple, AOffset offsets, AMapToData data, int[] cachedCounts)
static AColGroup	ColGroupSDCFOR.create(IColIndex colIndexes, int numRows, IDictionary dict, AOffset offsets, AMapToData data, int[] cachedCounts, double[] reference)
static AColGroup	ColGroupSDCSingle.create(IColIndex colIndexes, int numRows, IDictionary dict, double[] defaultTuple, AOffset offsets, int[] cachedCounts)
static AColGroup	ColGroupSDCSingleZeros.create(IColIndex colIndices, int numRows, IDictionary dict, AOffset offsets, int[] cachedCounts)
static AColGroup	ColGroupSDCZeros.create(IColIndex colIndices, int numRows, IDictionary dict, AOffset offsets, AMapToData data, int[] cachedCounts)
static AColGroup	ColGroupUncompressed.create(IColIndex colIndexes, MatrixBlock rawBlock, boolean transposed)	Main constructor for Uncompressed ColGroup.
static AColGroup	ColGroupUncompressed.create(MatrixBlock mb, IColIndex colIndexes)	Create an Uncompressed Matrix Block, where the columns are offset by col indexes.
static void	ColGroupUtils.outerProduct(double[] leftRowSum, double[] rightColumnSum, IColIndex colIdxRight, double[] result, int nColR, int rl, int ru)
static void	ColGroupUtils.outerProduct(double[] leftRowSum, SparseBlock rightColSum, IColIndex colIdxRight, double[] result, int nColR, int rl, int ru)
abstract AColGroup	AColGroup.rightMultByMatrix(MatrixBlock right, IColIndex allCols)	Right matrix multiplication with this column group.
AColGroup	ADictBasedColGroup.rightMultByMatrix(MatrixBlock right, IColIndex allCols)
AColGroup	ColGroupEmpty.rightMultByMatrix(MatrixBlock right, IColIndex allCols)
AColGroup	ColGroupLinearFunctional.rightMultByMatrix(MatrixBlock right, IColIndex allCols)
AColGroup	ColGroupUncompressed.rightMultByMatrix(MatrixBlock right, IColIndex allCols)

Constructors in org.apache.sysds.runtime.compress.colgroup with parameters of type IColIndex

Constructor	Description
ColGroupEmpty(IColIndex colIndices)	Constructs an Constant Colum Group, that contains only one tuple, with the given value.

Uses of IColIndex in org.apache.sysds.runtime.compress.colgroup.dictionary

Methods in org.apache.sysds.runtime.compress.colgroup.dictionary with parameters of type IColIndex

Modifier and Type	Method	Description
void	Dictionary.aggregateCols(double[] c, Builtin fn, IColIndex colIndexes)
void	IdentityDictionary.aggregateCols(double[] c, Builtin fn, IColIndex colIndexes)
void	IdentityDictionarySlice.aggregateCols(double[] c, Builtin fn, IColIndex colIndexes)
void	IDictionary.aggregateCols(double[] c, Builtin fn, IColIndex colIndexes)	Aggregates the columns into the target double array provided.
void	MatrixBlockDictionary.aggregateCols(double[] c, Builtin fn, IColIndex colIndexes)
void	PlaceHolderDict.aggregateCols(double[] c, Builtin fn, IColIndex colIndexes)
void	QDictionary.aggregateCols(double[] c, Builtin fn, IColIndex colIndexes)
void	Dictionary.aggregateColsWithReference(double[] c, Builtin fn, IColIndex colIndexes, double[] reference, boolean def)
void	IdentityDictionary.aggregateColsWithReference(double[] c, Builtin fn, IColIndex colIndexes, double[] reference, boolean def)
void	IDictionary.aggregateColsWithReference(double[] c, Builtin fn, IColIndex colIndexes, double[] reference, boolean def)	Aggregates the columns into the target double array provided.
void	MatrixBlockDictionary.aggregateColsWithReference(double[] c, Builtin fn, IColIndex colIndexes, double[] reference, boolean def)
void	PlaceHolderDict.aggregateColsWithReference(double[] c, Builtin fn, IColIndex colIndexes, double[] reference, boolean def)
void	QDictionary.aggregateColsWithReference(double[] c, Builtin fn, IColIndex colIndexes, double[] reference, boolean def)
Dictionary	Dictionary.binOpLeft(BinaryOperator op, double[] v, IColIndex colIndexes)
IDictionary	IdentityDictionary.binOpLeft(BinaryOperator op, double[] v, IColIndex colIndexes)
IDictionary	IDictionary.binOpLeft(BinaryOperator op, double[] v, IColIndex colIndexes)	Apply binary row operation on the left side
IDictionary	MatrixBlockDictionary.binOpLeft(BinaryOperator op, double[] v, IColIndex colIndexes)
IDictionary	PlaceHolderDict.binOpLeft(BinaryOperator op, double[] v, IColIndex colIndexes)
IDictionary	QDictionary.binOpLeft(BinaryOperator op, double[] v, IColIndex colIndexes)
IDictionary	Dictionary.binOpLeftAndAppend(BinaryOperator op, double[] v, IColIndex colIndexes)
IDictionary	IdentityDictionary.binOpLeftAndAppend(BinaryOperator op, double[] v, IColIndex colIndexes)
IDictionary	IDictionary.binOpLeftAndAppend(BinaryOperator op, double[] v, IColIndex colIndexes)	Apply binary row operation on the left side with one extra row evaluating with zeros.
IDictionary	MatrixBlockDictionary.binOpLeftAndAppend(BinaryOperator op, double[] v, IColIndex colIndexes)
IDictionary	PlaceHolderDict.binOpLeftAndAppend(BinaryOperator op, double[] v, IColIndex colIndexes)
IDictionary	QDictionary.binOpLeftAndAppend(BinaryOperator op, double[] v, IColIndex colIndexes)
Dictionary	Dictionary.binOpLeftWithReference(BinaryOperator op, double[] v, IColIndex colIndexes, double[] reference, double[] newReference)
IDictionary	IdentityDictionary.binOpLeftWithReference(BinaryOperator op, double[] v, IColIndex colIndexes, double[] reference, double[] newReference)
IDictionary	IDictionary.binOpLeftWithReference(BinaryOperator op, double[] v, IColIndex colIndexes, double[] reference, double[] newReference)	Apply the binary operator such that each value is offset by the reference before application.
MatrixBlockDictionary	MatrixBlockDictionary.binOpLeftWithReference(BinaryOperator op, double[] v, IColIndex colIndexes, double[] reference, double[] newReference)
IDictionary	PlaceHolderDict.binOpLeftWithReference(BinaryOperator op, double[] v, IColIndex colIndexes, double[] reference, double[] newReference)
IDictionary	QDictionary.binOpLeftWithReference(BinaryOperator op, double[] v, IColIndex colIndexes, double[] reference, double[] newReference)
Dictionary	Dictionary.binOpRight(BinaryOperator op, double[] v, IColIndex colIndexes)
IDictionary	IdentityDictionary.binOpRight(BinaryOperator op, double[] v, IColIndex colIndexes)
IDictionary	IDictionary.binOpRight(BinaryOperator op, double[] v, IColIndex colIndexes)	Apply binary row operation on the right side.
MatrixBlockDictionary	MatrixBlockDictionary.binOpRight(BinaryOperator op, double[] v, IColIndex colIndexes)
IDictionary	PlaceHolderDict.binOpRight(BinaryOperator op, double[] v, IColIndex colIndexes)
IDictionary	QDictionary.binOpRight(BinaryOperator op, double[] v, IColIndex colIndexes)
IDictionary	Dictionary.binOpRightAndAppend(BinaryOperator op, double[] v, IColIndex colIndexes)
IDictionary	IdentityDictionary.binOpRightAndAppend(BinaryOperator op, double[] v, IColIndex colIndexes)
IDictionary	IDictionary.binOpRightAndAppend(BinaryOperator op, double[] v, IColIndex colIndexes)	Apply binary row operation on the right side with one extra row evaluating with zeros.
IDictionary	MatrixBlockDictionary.binOpRightAndAppend(BinaryOperator op, double[] v, IColIndex colIndexes)
IDictionary	PlaceHolderDict.binOpRightAndAppend(BinaryOperator op, double[] v, IColIndex colIndexes)
IDictionary	QDictionary.binOpRightAndAppend(BinaryOperator op, double[] v, IColIndex colIndexes)
Dictionary	Dictionary.binOpRightWithReference(BinaryOperator op, double[] v, IColIndex colIndexes, double[] reference, double[] newReference)
IDictionary	IdentityDictionary.binOpRightWithReference(BinaryOperator op, double[] v, IColIndex colIndexes, double[] reference, double[] newReference)
IDictionary	IDictionary.binOpRightWithReference(BinaryOperator op, double[] v, IColIndex colIndexes, double[] reference, double[] newReference)	Apply the binary operator such that each value is offset by the reference before application.
MatrixBlockDictionary	MatrixBlockDictionary.binOpRightWithReference(BinaryOperator op, double[] v, IColIndex colIndexes, double[] reference, double[] newReference)
IDictionary	PlaceHolderDict.binOpRightWithReference(BinaryOperator op, double[] v, IColIndex colIndexes, double[] reference, double[] newReference)
IDictionary	QDictionary.binOpRightWithReference(BinaryOperator op, double[] v, IColIndex colIndexes, double[] reference, double[] newReference)
void	Dictionary.colProduct(double[] res, int[] counts, IColIndex colIndexes)
void	IdentityDictionary.colProduct(double[] res, int[] counts, IColIndex colIndexes)
void	IdentityDictionarySlice.colProduct(double[] res, int[] counts, IColIndex colIndexes)
void	IDictionary.colProduct(double[] res, int[] counts, IColIndex colIndexes)	Calculate the column product of the dictionary weighted by counts.
void	MatrixBlockDictionary.colProduct(double[] res, int[] counts, IColIndex colIndexes)
void	PlaceHolderDict.colProduct(double[] res, int[] counts, IColIndex colIndexes)
void	QDictionary.colProduct(double[] res, int[] counts, IColIndex colIndexes)
void	Dictionary.colProductWithReference(double[] res, int[] counts, IColIndex colIndexes, double[] reference)
void	IdentityDictionary.colProductWithReference(double[] res, int[] counts, IColIndex colIndexes, double[] reference)
void	IDictionary.colProductWithReference(double[] res, int[] counts, IColIndex colIndexes, double[] reference)	Calculate the column product of the dictionary weighted by counts.
void	MatrixBlockDictionary.colProductWithReference(double[] res, int[] counts, IColIndex colIndexes, double[] reference)
void	PlaceHolderDict.colProductWithReference(double[] res, int[] counts, IColIndex colIndexes, double[] reference)
void	QDictionary.colProductWithReference(double[] res, int[] counts, IColIndex colIndexes, double[] reference)
void	Dictionary.colSum(double[] c, int[] counts, IColIndex colIndexes)
void	IdentityDictionary.colSum(double[] c, int[] counts, IColIndex colIndexes)
void	IdentityDictionarySlice.colSum(double[] c, int[] counts, IColIndex colIndexes)
void	IDictionary.colSum(double[] c, int[] counts, IColIndex colIndexes)	Get the column sum of the values contained in the dictionary
void	MatrixBlockDictionary.colSum(double[] c, int[] counts, IColIndex colIndexes)
void	PlaceHolderDict.colSum(double[] c, int[] counts, IColIndex colIndexes)
void	QDictionary.colSum(double[] c, int[] counts, IColIndex colIndexes)
void	Dictionary.colSumSq(double[] c, int[] counts, IColIndex colIndexes)
void	IdentityDictionary.colSumSq(double[] c, int[] counts, IColIndex colIndexes)
void	IdentityDictionarySlice.colSumSq(double[] c, int[] counts, IColIndex colIndexes)
void	IDictionary.colSumSq(double[] c, int[] counts, IColIndex colIndexes)	Get the column sum of the values contained in the dictionary
void	MatrixBlockDictionary.colSumSq(double[] c, int[] counts, IColIndex colIndexes)
void	PlaceHolderDict.colSumSq(double[] c, int[] counts, IColIndex colIndexes)
void	QDictionary.colSumSq(double[] c, int[] counts, IColIndex colIndexes)
void	Dictionary.colSumSqWithReference(double[] c, int[] counts, IColIndex colIndexes, double[] reference)
void	IdentityDictionary.colSumSqWithReference(double[] c, int[] counts, IColIndex colIndexes, double[] reference)
void	IDictionary.colSumSqWithReference(double[] c, int[] counts, IColIndex colIndexes, double[] reference)	Get the column sum of the values contained in the dictionary with an offset reference value added to each cell.
void	MatrixBlockDictionary.colSumSqWithReference(double[] c, int[] counts, IColIndex colIndexes, double[] reference)
void	PlaceHolderDict.colSumSqWithReference(double[] c, int[] counts, IColIndex colIndexes, double[] reference)
void	QDictionary.colSumSqWithReference(double[] c, int[] counts, IColIndex colIndexes, double[] reference)
static void	ADictionary.correctNan(double[] res, IColIndex colIndexes)	Correct Nan Values in an result.
void	Dictionary.MMDict(IDictionary right, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result)
void	IdentityDictionary.MMDict(IDictionary right, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result)
void	IDictionary.MMDict(IDictionary right, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result)	Matrix multiplication of dictionaries Note the left is this, and it is transposed
void	MatrixBlockDictionary.MMDict(IDictionary right, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result)
void	PlaceHolderDict.MMDict(IDictionary right, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result)
void	QDictionary.MMDict(IDictionary right, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result)
void	Dictionary.MMDictDense(double[] left, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result)
void	IdentityDictionary.MMDictDense(double[] left, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result)
void	IDictionary.MMDictDense(double[] left, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result)	Matrix multiplication of dictionaries left side dense and transposed right side is this.
void	MatrixBlockDictionary.MMDictDense(double[] left, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result)
void	PlaceHolderDict.MMDictDense(double[] left, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result)
void	QDictionary.MMDictDense(double[] left, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result)
static void	DictLibMatrixMult.MMDicts(IDictionary left, IDictionary right, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result)	Matrix Multiply the two dictionaries, note that the left side is considered transposed but not allocated transposed making the multiplication a: t(left) %*% right
void	Dictionary.MMDictScaling(IDictionary right, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result, int[] scaling)
void	IdentityDictionary.MMDictScaling(IDictionary right, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result, int[] scaling)
void	IDictionary.MMDictScaling(IDictionary right, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result, int[] scaling)	Matrix multiplication of dictionaries Note the left is this, and it is transposed
void	MatrixBlockDictionary.MMDictScaling(IDictionary right, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result, int[] scaling)
void	PlaceHolderDict.MMDictScaling(IDictionary right, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result, int[] scaling)
void	QDictionary.MMDictScaling(IDictionary right, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result, int[] scaling)
void	Dictionary.MMDictScalingDense(double[] left, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result, int[] scaling)
void	IdentityDictionary.MMDictScalingDense(double[] left, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result, int[] scaling)
void	IDictionary.MMDictScalingDense(double[] left, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result, int[] scaling)	Matrix multiplication of dictionaries left side dense and transposed right side is this.
void	MatrixBlockDictionary.MMDictScalingDense(double[] left, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result, int[] scaling)
void	PlaceHolderDict.MMDictScalingDense(double[] left, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result, int[] scaling)
void	QDictionary.MMDictScalingDense(double[] left, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result, int[] scaling)
void	Dictionary.MMDictScalingSparse(SparseBlock left, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result, int[] scaling)
void	IdentityDictionary.MMDictScalingSparse(SparseBlock left, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result, int[] scaling)
void	IDictionary.MMDictScalingSparse(SparseBlock left, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result, int[] scaling)	Matrix multiplication of dictionaries left side sparse and transposed right side is this.
void	MatrixBlockDictionary.MMDictScalingSparse(SparseBlock left, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result, int[] scaling)
void	PlaceHolderDict.MMDictScalingSparse(SparseBlock left, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result, int[] scaling)
void	QDictionary.MMDictScalingSparse(SparseBlock left, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result, int[] scaling)
void	Dictionary.MMDictSparse(SparseBlock left, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result)
void	IdentityDictionary.MMDictSparse(SparseBlock left, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result)
void	IDictionary.MMDictSparse(SparseBlock left, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result)	Matrix multiplication of dictionaries left side sparse and transposed right side is this.
void	MatrixBlockDictionary.MMDictSparse(SparseBlock left, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result)
void	PlaceHolderDict.MMDictSparse(SparseBlock left, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result)
void	QDictionary.MMDictSparse(SparseBlock left, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result)
static void	DictLibMatrixMult.MMDictsWithScaling(IDictionary left, IDictionary right, IColIndex leftRows, IColIndex rightColumns, MatrixBlock result, int[] counts)	Matrix multiply with scaling (left side transposed)
void	Dictionary.multiplyScalar(double v, double[] ret, int off, int dictIdx, IColIndex cols)
void	IdentityDictionary.multiplyScalar(double v, double[] ret, int off, int dictIdx, IColIndex cols)
void	IDictionary.multiplyScalar(double v, double[] ret, int off, int dictIdx, IColIndex cols)	Multiply the v value with the dictionary entry at dictIdx and add it to the ret matrix at the columns specified in the int array.
void	MatrixBlockDictionary.multiplyScalar(double v, double[] ret, int off, int dictIdx, IColIndex cols)
void	PlaceHolderDict.multiplyScalar(double v, double[] ret, int off, int dictIdx, IColIndex cols)
void	QDictionary.multiplyScalar(double v, double[] ret, int off, int dictIdx, IColIndex cols)
Dictionary	Dictionary.preaggValuesFromDense(int numVals, IColIndex colIndexes, IColIndex aggregateColumns, double[] b, int cut)
IDictionary	IdentityDictionary.preaggValuesFromDense(int numVals, IColIndex colIndexes, IColIndex aggregateColumns, double[] b, int cut)
IDictionary	IdentityDictionarySlice.preaggValuesFromDense(int numVals, IColIndex colIndexes, IColIndex aggregateColumns, double[] b, int cut)
IDictionary	IDictionary.preaggValuesFromDense(int numVals, IColIndex colIndexes, IColIndex aggregateColumns, double[] b, int cut)	Pre Aggregate values for Right Matrix Multiplication.
MatrixBlockDictionary	MatrixBlockDictionary.preaggValuesFromDense(int numVals, IColIndex colIndexes, IColIndex aggregateColumns, double[] b, int cut)
IDictionary	PlaceHolderDict.preaggValuesFromDense(int numVals, IColIndex colIndexes, IColIndex aggregateColumns, double[] b, int cut)
IDictionary	QDictionary.preaggValuesFromDense(int numVals, IColIndex colIndexes, IColIndex aggregateColumns, double[] b, int cut)
static void	DictLibMatrixMult.TSMMDictionaryWithScaling(IDictionary dict, int[] counts, IColIndex rows, IColIndex cols, MatrixBlock ret)	Perform the full tsmm with the dictionary (allocating into the entire output matrix.)
void	Dictionary.TSMMToUpperTriangle(IDictionary right, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result)
static void	DictLibMatrixMult.TSMMToUpperTriangle(IDictionary left, IDictionary right, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result)	Does two matrix multiplications in one go but only add to the upper triangle.
void	IdentityDictionary.TSMMToUpperTriangle(IDictionary right, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result)
void	IDictionary.TSMMToUpperTriangle(IDictionary right, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result)	Matrix multiplication but allocate output in upper triangle and twice if on diagonal, note this is left
void	MatrixBlockDictionary.TSMMToUpperTriangle(IDictionary right, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result)
void	PlaceHolderDict.TSMMToUpperTriangle(IDictionary right, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result)
void	QDictionary.TSMMToUpperTriangle(IDictionary right, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result)
void	Dictionary.TSMMToUpperTriangleDense(double[] left, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result)
void	IdentityDictionary.TSMMToUpperTriangleDense(double[] left, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result)
void	IDictionary.TSMMToUpperTriangleDense(double[] left, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result)	Matrix multiplication but allocate output in upper triangle and twice if on diagonal, note this is right
void	MatrixBlockDictionary.TSMMToUpperTriangleDense(double[] left, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result)
void	PlaceHolderDict.TSMMToUpperTriangleDense(double[] left, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result)
void	QDictionary.TSMMToUpperTriangleDense(double[] left, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result)
void	Dictionary.TSMMToUpperTriangleDenseScaling(double[] left, IColIndex rowsLeft, IColIndex colsRight, int[] scale, MatrixBlock result)
void	IdentityDictionary.TSMMToUpperTriangleDenseScaling(double[] left, IColIndex rowsLeft, IColIndex colsRight, int[] scale, MatrixBlock result)
void	IDictionary.TSMMToUpperTriangleDenseScaling(double[] left, IColIndex rowsLeft, IColIndex colsRight, int[] scale, MatrixBlock result)	Matrix multiplication but allocate output in upper triangle and twice if on diagonal, note this is right
void	MatrixBlockDictionary.TSMMToUpperTriangleDenseScaling(double[] left, IColIndex rowsLeft, IColIndex colsRight, int[] scale, MatrixBlock result)
void	PlaceHolderDict.TSMMToUpperTriangleDenseScaling(double[] left, IColIndex rowsLeft, IColIndex colsRight, int[] scale, MatrixBlock result)
void	QDictionary.TSMMToUpperTriangleDenseScaling(double[] left, IColIndex rowsLeft, IColIndex colsRight, int[] scale, MatrixBlock result)
void	Dictionary.TSMMToUpperTriangleScaling(IDictionary right, IColIndex rowsLeft, IColIndex colsRight, int[] scale, MatrixBlock result)
static void	DictLibMatrixMult.TSMMToUpperTriangleScaling(IDictionary left, IDictionary right, IColIndex rowsLeft, IColIndex colsRight, int[] scale, MatrixBlock result)	Does two matrix multiplications in one go but only add to the upper triangle with scaling.
void	IdentityDictionary.TSMMToUpperTriangleScaling(IDictionary right, IColIndex rowsLeft, IColIndex colsRight, int[] scale, MatrixBlock result)
void	IDictionary.TSMMToUpperTriangleScaling(IDictionary right, IColIndex rowsLeft, IColIndex colsRight, int[] scale, MatrixBlock result)	Matrix multiplication but allocate output in upper triangle and twice if on diagonal, note this is left
void	MatrixBlockDictionary.TSMMToUpperTriangleScaling(IDictionary right, IColIndex rowsLeft, IColIndex colsRight, int[] scale, MatrixBlock result)
void	PlaceHolderDict.TSMMToUpperTriangleScaling(IDictionary right, IColIndex rowsLeft, IColIndex colsRight, int[] scale, MatrixBlock result)
void	QDictionary.TSMMToUpperTriangleScaling(IDictionary right, IColIndex rowsLeft, IColIndex colsRight, int[] scale, MatrixBlock result)
void	Dictionary.TSMMToUpperTriangleSparse(SparseBlock left, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result)
void	IdentityDictionary.TSMMToUpperTriangleSparse(SparseBlock left, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result)
void	IDictionary.TSMMToUpperTriangleSparse(SparseBlock left, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result)	Matrix multiplication but allocate output in upper triangle and twice if on diagonal, note this is right
void	MatrixBlockDictionary.TSMMToUpperTriangleSparse(SparseBlock left, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result)
void	PlaceHolderDict.TSMMToUpperTriangleSparse(SparseBlock left, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result)
void	QDictionary.TSMMToUpperTriangleSparse(SparseBlock left, IColIndex rowsLeft, IColIndex colsRight, MatrixBlock result)
void	Dictionary.TSMMToUpperTriangleSparseScaling(SparseBlock left, IColIndex rowsLeft, IColIndex colsRight, int[] scale, MatrixBlock result)
void	IdentityDictionary.TSMMToUpperTriangleSparseScaling(SparseBlock left, IColIndex rowsLeft, IColIndex colsRight, int[] scale, MatrixBlock result)
void	IDictionary.TSMMToUpperTriangleSparseScaling(SparseBlock left, IColIndex rowsLeft, IColIndex colsRight, int[] scale, MatrixBlock result)	Matrix multiplication but allocate output in upper triangle and twice if on diagonal, note this is right
void	MatrixBlockDictionary.TSMMToUpperTriangleSparseScaling(SparseBlock left, IColIndex rowsLeft, IColIndex colsRight, int[] scale, MatrixBlock result)
void	PlaceHolderDict.TSMMToUpperTriangleSparseScaling(SparseBlock left, IColIndex rowsLeft, IColIndex colsRight, int[] scale, MatrixBlock result)
void	QDictionary.TSMMToUpperTriangleSparseScaling(SparseBlock left, IColIndex rowsLeft, IColIndex colsRight, int[] scale, MatrixBlock result)
void	Dictionary.TSMMWithScaling(int[] counts, IColIndex rows, IColIndex cols, MatrixBlock ret)
void	IdentityDictionary.TSMMWithScaling(int[] counts, IColIndex rows, IColIndex cols, MatrixBlock ret)
void	IDictionary.TSMMWithScaling(int[] counts, IColIndex rows, IColIndex cols, MatrixBlock ret)	Transpose self matrix multiplication with a scaling factor on each pair of values.
void	MatrixBlockDictionary.TSMMWithScaling(int[] counts, IColIndex rows, IColIndex cols, MatrixBlock ret)
void	PlaceHolderDict.TSMMWithScaling(int[] counts, IColIndex rows, IColIndex cols, MatrixBlock ret)
void	QDictionary.TSMMWithScaling(int[] counts, IColIndex rows, IColIndex cols, MatrixBlock ret)

Uses of IColIndex in org.apache.sysds.runtime.compress.colgroup.functional

Methods in org.apache.sysds.runtime.compress.colgroup.functional with parameters of type IColIndex

Modifier and Type	Method	Description
static double[]	LinearRegression.regressMatrixBlock(MatrixBlock rawBlock, IColIndex colIndexes, boolean transposed)

Uses of IColIndex in org.apache.sysds.runtime.compress.colgroup.indexes

Classes in org.apache.sysds.runtime.compress.colgroup.indexes that implement IColIndex

Modifier and Type	Class	Description
class	AColIndex
class	ArrayIndex
class	CombinedIndex
class	RangeIndex	A Range index that contain a lower and upper bound of the indexes that is symbolize.
class	SingleIndex
class	TwoIndex
class	TwoRangesIndex

Fields in org.apache.sysds.runtime.compress.colgroup.indexes declared as IColIndex

Modifier and Type	Field	Description
IColIndex	IColIndex.SliceResult.ret	The already modified column index to return on slices

Methods in org.apache.sysds.runtime.compress.colgroup.indexes that return IColIndex

Modifier and Type	Method	Description
IColIndex	ArrayIndex.combine(IColIndex other)
static IColIndex	ColIndexFactory.combine(List<AColGroup> gs)
static IColIndex	ColIndexFactory.combine(AColGroup a, AColGroup b)
static IColIndex	ColIndexFactory.combine(IColIndex a, IColIndex b)
IColIndex	CombinedIndex.combine(IColIndex other)
IColIndex	IColIndex.combine(IColIndex other)	combine the indexes of this colIndex with another, it is expected that all calls to this contains unique indexes, and no copies of values.
IColIndex	RangeIndex.combine(IColIndex other)
IColIndex	SingleIndex.combine(IColIndex other)
IColIndex	TwoIndex.combine(IColIndex other)
IColIndex	TwoRangesIndex.combine(IColIndex other)
static IColIndex	ColIndexFactory.combineIndexes(List<IColIndex> idx)
static IColIndex	ColIndexFactory.create(int nCol)
static IColIndex	ColIndexFactory.create(int[] indexes)
static IColIndex	ColIndexFactory.create(int l, int u)	Create an Index range of the given values
static IColIndex	ColIndexFactory.create(IntArrayList indexes)
static IColIndex	ColIndexFactory.createI(int... indexes)
static IColIndex	ColIndexFactory.getColumnMapping(IColIndex comb, IColIndex a)	Provide a mapping from a to the combined columns shifted over to column positions in the combined.
static IColIndex	ColIndexFactory.read(DataInput in)
IColIndex	ArrayIndex.shift(int i)
IColIndex	CombinedIndex.shift(int i)
IColIndex	IColIndex.shift(int i)	Return a new column index where the values are shifted by the specified amount.
IColIndex	TwoRangesIndex.shift(int i)
IColIndex	ArrayIndex.sort()
IColIndex	CombinedIndex.sort()
IColIndex	IColIndex.sort()	Sort the index and return a new object if there are modifications otherwise return this.
IColIndex	RangeIndex.sort()
IColIndex	SingleIndex.sort()
IColIndex	TwoIndex.sort()
IColIndex	TwoRangesIndex.sort()

Methods in org.apache.sysds.runtime.compress.colgroup.indexes with parameters of type IColIndex

Modifier and Type	Method	Description
IColIndex	ArrayIndex.combine(IColIndex other)
static IColIndex	ColIndexFactory.combine(IColIndex a, IColIndex b)
IColIndex	CombinedIndex.combine(IColIndex other)
IColIndex	IColIndex.combine(IColIndex other)	combine the indexes of this colIndex with another, it is expected that all calls to this contains unique indexes, and no copies of values.
IColIndex	RangeIndex.combine(IColIndex other)
IColIndex	SingleIndex.combine(IColIndex other)
IColIndex	TwoIndex.combine(IColIndex other)
IColIndex	TwoRangesIndex.combine(IColIndex other)
boolean	AColIndex.contains(IColIndex a, IColIndex b)
boolean	IColIndex.contains(IColIndex a, IColIndex b)	This contains method is not strict since it only verifies one element is contained from each a and b.
boolean	AColIndex.containsAny(IColIndex idx)
boolean	IColIndex.containsAny(IColIndex idx)	Analyze if this column group contain any of the given column Ids.
boolean	RangeIndex.containsAny(IColIndex idx)
boolean	SingleIndex.containsAny(IColIndex idx)
boolean	TwoRangesIndex.containsAny(IColIndex idx)
boolean	AColIndex.containsStrict(IColIndex a, IColIndex b)
boolean	IColIndex.containsStrict(IColIndex a, IColIndex b)	This contains both a and b ...
boolean	ArrayIndex.equals(IColIndex other)
boolean	CombinedIndex.equals(IColIndex other)
boolean	IColIndex.equals(IColIndex other)
boolean	RangeIndex.equals(IColIndex other)
boolean	SingleIndex.equals(IColIndex other)
boolean	TwoIndex.equals(IColIndex other)
boolean	TwoRangesIndex.equals(IColIndex other)
static IColIndex	ColIndexFactory.getColumnMapping(IColIndex comb, IColIndex a)	Provide a mapping from a to the combined columns shifted over to column positions in the combined.
static boolean	IColIndex.inOrder(IColIndex a, IColIndex b)	Indicate if the two given column indexes are in order such that the first set of indexes all are of lower value than the second.
static Pair<int[],int[]>	IColIndex.reorderingIndexes(IColIndex a, IColIndex b)

Method parameters in org.apache.sysds.runtime.compress.colgroup.indexes with type arguments of type IColIndex

Modifier and Type	Method	Description
static IColIndex	ColIndexFactory.combineIndexes(List<IColIndex> idx)

Constructors in org.apache.sysds.runtime.compress.colgroup.indexes with parameters of type IColIndex

Constructor	Description
CombinedIndex(IColIndex l, IColIndex r)

Uses of IColIndex in org.apache.sysds.runtime.compress.colgroup.mapping

Methods in org.apache.sysds.runtime.compress.colgroup.mapping with parameters of type IColIndex

Modifier and Type	Method	Description
void	AMapToData.lmSparseMatrixRow(SparseBlock sb, int r, DenseBlock db, IColIndex colIndexes, IDictionary dict)
void	MapToByte.lmSparseMatrixRow(SparseBlock sb, int r, DenseBlock db, IColIndex colIndexes, IDictionary dict)
void	MapToChar.lmSparseMatrixRow(SparseBlock sb, int r, DenseBlock db, IColIndex colIndexes, IDictionary dict)
void	MapToCharPByte.lmSparseMatrixRow(SparseBlock sb, int r, DenseBlock db, IColIndex colIndexes, IDictionary dict)

Uses of IColIndex in org.apache.sysds.runtime.compress.colgroup.scheme

Methods in org.apache.sysds.runtime.compress.colgroup.scheme with parameters of type IColIndex

Modifier and Type	Method	Description
static ICLAScheme	ConstScheme.create(IColIndex cols, double[] vals)
static DDCScheme	DDCScheme.create(IColIndex cols)	Create a scheme for the DDC compression given a list of columns.
static ICLAScheme	SchemeFactory.create(IColIndex columns, AColGroup.CompressionType type)
AColGroup	ACLAScheme.encode(MatrixBlock data, IColIndex columns)
AColGroup	ICLAScheme.encode(MatrixBlock data, IColIndex columns)	Encode a given matrix block into the scheme provided in the instance but overwrite what columns to use.
AColGroup	ACLAScheme.encodeT(MatrixBlock data, IColIndex columns)
AColGroup	ICLAScheme.encodeT(MatrixBlock data, IColIndex columns)	Encode a given matrix block into the scheme provided in the instance but overwrite what columns to use.
ICLAScheme	ACLAScheme.update(MatrixBlock data, IColIndex columns)
ICLAScheme	ICLAScheme.update(MatrixBlock data, IColIndex columns)	Update the encoding scheme to enable compression of the given data.
Pair<ICLAScheme,AColGroup>	ACLAScheme.updateAndEncode(MatrixBlock data, IColIndex columns)
Pair<ICLAScheme,AColGroup>	ICLAScheme.updateAndEncode(MatrixBlock data, IColIndex columns)	Try to update and encode in a single pass over the data.
Pair<ICLAScheme,AColGroup>	ACLAScheme.updateAndEncodeT(MatrixBlock data, IColIndex columns)
Pair<ICLAScheme,AColGroup>	ICLAScheme.updateAndEncodeT(MatrixBlock data, IColIndex columns)	Try to update and encode in a single pass over the data.
ICLAScheme	ACLAScheme.updateT(MatrixBlock data, IColIndex columns)
ICLAScheme	ICLAScheme.updateT(MatrixBlock data, IColIndex columns)	Update the encoding scheme to enable compression of the given data.

Constructors in org.apache.sysds.runtime.compress.colgroup.scheme with parameters of type IColIndex

Constructor	Description
EmptyScheme(IColIndex idx)
RLEScheme(IColIndex cols)
SDCSchemeMC(IColIndex cols, DblArrayCountHashMap map, DblArray def)
SDCSchemeSC(IColIndex cols, DoubleCountHashMap map, double def)
UncompressedScheme(IColIndex cols)

Uses of IColIndex in org.apache.sysds.runtime.compress.estim

Methods in org.apache.sysds.runtime.compress.estim that return IColIndex

Modifier and Type	Method	Description
IColIndex	CompressedSizeInfoColGroup.getColumns()

Methods in org.apache.sysds.runtime.compress.estim with parameters of type IColIndex

Modifier and Type	Method	Description
CompressedSizeInfoColGroup	AComEst.combine(IColIndex combinedColumns, CompressedSizeInfoColGroup g1, CompressedSizeInfoColGroup g2)	Combine two analyzed column groups together.
CompressedSizeInfoColGroup	AComEst.getColGroupInfo(IColIndex colIndexes)	Method for extracting Compressed Size Info of specified columns, together in a single ColGroup
abstract CompressedSizeInfoColGroup	AComEst.getColGroupInfo(IColIndex colIndexes, int estimate, int nrUniqueUpperBound)	A method to extract the Compressed Size Info for a given list of columns, This method further limits the estimated number of unique values, since in some cases the estimated number of uniques is estimated higher than the number estimated in sub groups of the given colIndexes.
CompressedSizeInfoColGroup	ComEstCompressed.getColGroupInfo(IColIndex colIndexes, int estimate, int nrUniqueUpperBound)
CompressedSizeInfoColGroup	ComEstExact.getColGroupInfo(IColIndex colIndexes, int estimate, int nrUniqueUpperBound)
CompressedSizeInfoColGroup	ComEstSample.getColGroupInfo(IColIndex colIndexes, int estimate, int maxDistinct)
CompressedSizeInfoColGroup	AComEst.getDeltaColGroupInfo(IColIndex colIndexes)	Method for extracting info of specified columns as delta encodings (delta from previous rows values)
abstract CompressedSizeInfoColGroup	AComEst.getDeltaColGroupInfo(IColIndex colIndexes, int estimate, int nrUniqueUpperBound)	A method to extract the Compressed Size Info for a given list of columns, This method further limits the estimated number of unique values, since in some cases the estimated number of uniques is estimated higher than the number estimated in sub groups of the given colIndexes.
CompressedSizeInfoColGroup	ComEstCompressed.getDeltaColGroupInfo(IColIndex colIndexes, int estimate, int nrUniqueUpperBound)
CompressedSizeInfoColGroup	ComEstExact.getDeltaColGroupInfo(IColIndex colIndexes, int estimate, int nrUniqueUpperBound)
CompressedSizeInfoColGroup	ComEstSample.getDeltaColGroupInfo(IColIndex colIndexes, int estimate, int maxDistinct)

Constructors in org.apache.sysds.runtime.compress.estim with parameters of type IColIndex

Constructor	Description
CompressedSizeInfoColGroup(IColIndex cols, int nVal, int nRow, AColGroup.CompressionType bestCompressionType)
CompressedSizeInfoColGroup(IColIndex columns, int nRows, AColGroup.CompressionType ct)	Create empty or const.
CompressedSizeInfoColGroup(IColIndex cols, EstimationFactors facts, long minSize, AColGroup.CompressionType bestCompressionType)
CompressedSizeInfoColGroup(IColIndex columns, EstimationFactors facts, long minSize, AColGroup.CompressionType bestCompression, IEncode map)
CompressedSizeInfoColGroup(IColIndex columns, EstimationFactors facts, Set<AColGroup.CompressionType> validCompressionTypes, IEncode map)
CompressedSizeInfoColGroup(IColIndex cols, EstimationFactors facts, AColGroup.CompressionType bestCompressionType)

Uses of IColIndex in org.apache.sysds.runtime.compress.estim.encoding

Methods in org.apache.sysds.runtime.compress.estim.encoding with parameters of type IColIndex

Modifier and Type	Method	Description
static IEncode	EncodingFactory.createFromMatrixBlock(MatrixBlock m, boolean transposed, IColIndex rowCols)	Encode a list of columns together from the input matrix, as if it is cocoded.
static IEncode	EncodingFactory.createFromMatrixBlockDelta(MatrixBlock m, boolean transposed, IColIndex rowCols)	Encode a full delta representation of the matrix input taking all rows into account.
static IEncode	EncodingFactory.createFromMatrixBlockDelta(MatrixBlock m, boolean transposed, IColIndex rowCols, int sampleSize)	Encode a delta representation of the matrix input taking the first "sampleSize" rows into account.

Uses of IColIndex in org.apache.sysds.runtime.compress.lib

Methods in org.apache.sysds.runtime.compress.lib with parameters of type IColIndex

Modifier and Type	Method	Description
static List<AColGroup>	CLALibCombineGroups.findGroupsInIndex(IColIndex idx, List<AColGroup> groups)

Uses of IColIndex in org.apache.sysds.runtime.compress.plan

Methods in org.apache.sysds.runtime.compress.plan with parameters of type IColIndex

Modifier and Type	Method	Description
static IPlanEncode	CompressionPlanFactory.create(IColIndex[] columnGroups, AColGroup.CompressionType[] type, int k)

Uses of IColIndex in org.apache.sysds.runtime.compress.readers

Methods in org.apache.sysds.runtime.compress.readers with parameters of type IColIndex

Modifier and Type	Method	Description
static ReaderColumnSelection	ReaderColumnSelection.createReader(MatrixBlock rawBlock, IColIndex colIndices, boolean transposed)
static ReaderColumnSelection	ReaderColumnSelection.createReader(MatrixBlock rawBlock, IColIndex colIndices, boolean transposed, int rl, int ru)

Uses of IColIndex in org.apache.sysds.runtime.compress.utils

Methods in org.apache.sysds.runtime.compress.utils with parameters of type IColIndex

Modifier and Type	Method	Description
static MatrixBlock	Util.extractValues(double[] v, IColIndex colIndexes)