DRA Systems: OR-Objects 1.2.4: Index

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A

AccuracyException - exception drasys.or.nonlinear.AccuracyException.: An exception thrown if a solution can't be found to the desired accuracy.
AccuracyException() - Constructor for class drasys.or.nonlinear.AccuracyException
AccuracyException(String) - Constructor for class drasys.or.nonlinear.AccuracyException
add(ComplexI) - Method in class drasys.or.Complex: Compute: this = this + a;
add(ComplexI, ComplexI) - Static method in class drasys.or.Complex: Compute: result = a + b;
add(ComplexI, ComplexI, Complex) - Static method in class drasys.or.Complex: Compute: result = a + b;
add(double) - Method in class drasys.or.Complex: Compute: this = this + (r,0);
add(double, double) - Method in class drasys.or.Complex: Compute: this = this + (r,i);
add(double, double, double, double, Complex) - Static method in class drasys.or.Complex: Compute: result = (r1,i1) + (r2,i2);
add(MatrixI, MatrixI) - Method in interface drasys.or.linear.algebra.AlgebraI: Add two matrices.
add(MatrixI, MatrixI) - Method in class drasys.or.linear.algebra.Algebra: Add two matrices.
add(VectorI, VectorI) - Method in interface drasys.or.linear.algebra.AlgebraI: Add two vectors.
add(VectorI, VectorI) - Method in class drasys.or.linear.algebra.Algebra: Add two vectors.
addColumn(VectorI) - Method in class drasys.or.matrix.RowMajorMatrix: Adds a new column and any non-null elements in vector to the end of the matrix .
addColumn(VectorI) - Method in class drasys.or.matrix.ColumnMajorMatrix: Adds a new column and any non-null elements in vector to the end of the matrix .
addColumn(VectorI) - Method in class drasys.or.matrix.CompressedRowMatrix: Adds a new column and any non-null elements in vector to the end of the matrix .
addColumn(VectorI) - Method in class drasys.or.matrix.SparseMatrix: Adds a new column and any non-null elements in vector to the end of the matrix .
addColumn(VectorI) - Method in class drasys.or.matrix.RowArrayMatrix: Adds a new column and any non-null elements in vector to the end of the matrix .
addColumn(VectorI) - Method in class drasys.or.matrix.ColumnArrayMatrix: Adds a new column and any non-null elements in vector to the end of the matrix .
addColumn(VectorI) - Method in interface drasys.or.matrix.SizableMatrixI: Adds a new column and any non-null elements in vector to the end of the matrix .
addColumn(VectorI) - Method in class drasys.or.matrix.CompressedColumnMatrix: Adds a new column and any non-null elements in vector to the end of the matrix .
addColumn(VectorI) - Method in class drasys.or.matrix.complex.RowMajorMatrix: Adds a new column and any non-null elements in vector to the end of the matrix .
addColumn(VectorI) - Method in class drasys.or.matrix.complex.ColumnMajorMatrix: Adds a new column and any non-null elements in vector to the end of the matrix .
addColumn(VectorI) - Method in interface drasys.or.matrix.complex.SizableMatrixI: Adds a new column and any non-null elements in vector to the end of the matrix .
addConstraint(MatrixI, VectorI, byte[]) - Method in class drasys.or.opt.lp.DenseLPBase: Adds a set of constraints to the model.
addConstraint(MatrixI, VectorI, byte[]) - Method in interface drasys.or.opt.lp.LinearProgrammingI: Adds a set of constraints to the model.
addConstraint(VectorI, double, byte) - Method in class drasys.or.opt.lp.DenseLPBase: Adds a single constraint to the model.
addConstraint(VectorI, double, byte) - Method in interface drasys.or.opt.lp.LinearProgrammingI: Adds a single constraint to the model.
addConstruct(ConstructI) - Method in class drasys.or.graph.tsp.BestOf: Adds a construction algorithm.
addConstruct(ConstructI) - Method in class drasys.or.graph.vrp.BestOf: Adds a construction algorithm.
addConstruct(ConstructI, int, int) - Method in class drasys.or.graph.tsp.BestOf: Adds a construction algorithm.
addConstruct(ConstructI, int, int) - Method in class drasys.or.graph.vrp.BestOf: Adds a construction algorithm.
addEdge(EdgeI) - Method in interface drasys.or.graph.AddEdgeI: Adds a new edge to the graph.
addEdge(EdgeI) - Method in class drasys.or.graph.SparseGraph: Adds a new edge to the graph.
addEdge(EdgeI) - Method in class drasys.or.graph.DenseGraph: Adds a new edge to the graph.
addEdge(Object, Object) - Method in interface drasys.or.graph.AddEdgeI: Adds a new edge to the graph where: value=null, isDirected=false, key=null.
addEdge(Object, Object) - Method in class drasys.or.graph.SparseGraph: Adds a new edge to the graph where: value=null, isDirected=false, key=null.
addEdge(Object, Object) - Method in class drasys.or.graph.DenseGraph: Adds a new edge to the graph where: value=null, isDirected=false, key=null.
addEdge(Object, Object, Object) - Method in interface drasys.or.graph.AddEdgeI: Adds a new edge to the graph where: isDirected=false, key=null.
addEdge(Object, Object, Object) - Method in class drasys.or.graph.SparseGraph: Adds a new edge to the graph where: isDirected=false, key=null.
addEdge(Object, Object, Object) - Method in class drasys.or.graph.DenseGraph: Adds a new edge to the graph where: isDirected=false, key=null.
addEdge(Object, Object, Object, boolean) - Method in interface drasys.or.graph.AddEdgeI: Adds a new edge to the graph where: key=null.
addEdge(Object, Object, Object, boolean) - Method in class drasys.or.graph.SparseGraph: Adds a new edge to the graph where: key=null.
addEdge(Object, Object, Object, boolean) - Method in class drasys.or.graph.DenseGraph: Adds a new edge to the graph where: key=null.
addEdge(Object, Object, Object, boolean, Object) - Method in interface drasys.or.graph.AddEdgeI: Adds a new edge to the graph.
addEdge(Object, Object, Object, boolean, Object) - Method in class drasys.or.graph.SparseGraph: Adds a new edge to the graph.
addEdge(Object, Object, Object, boolean, Object) - Method in class drasys.or.graph.DenseGraph: Adds a new edge to the graph.
AddEdgeI - interface drasys.or.graph.AddEdgeI.: An interface implemented by graphs that can add edges.
addElement(ComplexI) - Method in interface drasys.or.matrix.complex.SizableVectorI: Adds a new element to the end of the vector.
addElement(ComplexI) - Method in class drasys.or.matrix.complex.ContiguousVector: Adds a new element to the end of the vector.
addElement(double) - Method in class drasys.or.matrix.ContiguousVector: Adds a new element to the end of the vector.
addElement(double) - Method in class drasys.or.matrix.SparseVector: Adds a new element to the end of the vector.
addElement(double) - Method in interface drasys.or.matrix.SizableVectorI: Adds a new element to the end of the vector.
addElement(Object) - Method in class drasys.or.cont.OrderedSet
addElement(Object, Object) - Method in class drasys.or.cont.IndexedVector
AddI - interface drasys.or.graph.AddI.: An interface implemented by graphs that can add both vertices and edges.
addImprove(ImproveI) - Method in class drasys.or.graph.tsp.BestOf: Adds an improvement algorithm.
addImprove(ImproveI) - Method in class drasys.or.graph.vrp.BestOf: Adds an improvement algorithm.
addImprove(ImproveI, int, int) - Method in class drasys.or.graph.tsp.BestOf: Adds an improvement algorithm.
addImprove(ImproveI, int, int) - Method in class drasys.or.graph.vrp.BestOf: Adds an improvement algorithm.
addIterations(int, int) - Method in class drasys.or.graph.vrp.Randomizer: Adds a sequence of iterations at a given strength value.
addNeighbor(Geni.Vert) - Method in class drasys.or.graph.tsp.Geni
addRow(VectorI) - Method in class drasys.or.matrix.RowMajorMatrix: Adds a new row and any non-null elements in vector to the end of the matrix .
addRow(VectorI) - Method in class drasys.or.matrix.ColumnMajorMatrix: Adds a new row and any non-null elements in vector to the end of the matrix .
addRow(VectorI) - Method in class drasys.or.matrix.CompressedRowMatrix: Adds a new row and any non-null elements in vector to the end of the matrix .
addRow(VectorI) - Method in class drasys.or.matrix.SparseMatrix: Adds a new row and any non-null elements in vector to the end of the matrix .
addRow(VectorI) - Method in class drasys.or.matrix.RowArrayMatrix: Adds a new row and any non-null elements in vector to the end of the matrix .
addRow(VectorI) - Method in class drasys.or.matrix.ColumnArrayMatrix: Adds a new row and any non-null elements in vector to the end of the matrix .
addRow(VectorI) - Method in interface drasys.or.matrix.SizableMatrixI: Adds a new row and any non-null elements in vector to the end of the matrix .
addRow(VectorI) - Method in class drasys.or.matrix.CompressedColumnMatrix: Adds a new row and any non-null elements in vector to the end of the matrix .
addRow(VectorI) - Method in class drasys.or.matrix.complex.RowMajorMatrix: Adds a new row and any non-null elements in vector to the end of the matrix .
addRow(VectorI) - Method in class drasys.or.matrix.complex.ColumnMajorMatrix: Adds a new row and any non-null elements in vector to the end of the matrix .
addRow(VectorI) - Method in interface drasys.or.matrix.complex.SizableMatrixI: Adds a new row and any non-null elements in vector to the end of the matrix .
addToTour(Geni.Vert) - Method in class drasys.or.graph.tsp.Geni
addVertex(Object) - Method in class drasys.or.graph.BaseGraph: Adds a new vertex to the graph where: value=null.
addVertex(Object) - Method in interface drasys.or.graph.AddVertexI: Adds a new vertex to the graph with a null value.
addVertex(Object, Object) - Method in class drasys.or.graph.BaseGraph: Adds a new vertex to the graph.
addVertex(Object, Object) - Method in class drasys.or.graph.PointGraph: Adds a new vertex to the graph.
addVertex(Object, Object) - Method in interface drasys.or.graph.AddVertexI: Adds a new vertex to the graph with a value.
addVertex(VertexI) - Method in class drasys.or.graph.BaseGraph: Adds a new vertex to the graph.
addVertex(VertexI) - Method in interface drasys.or.graph.AddVertexI: Adds a new vertex to the graph, the key and value are taken from 'vertex'.
AddVertexI - interface drasys.or.graph.AddVertexI.: An interface implemented by graphs that can add vertices.
Albers - class drasys.or.geom.geo.proj.Albers.: A class that implements the Albers Equal Area Conic projection.
Albers(double, double) - Constructor for class drasys.or.geom.geo.proj.Albers
Albers(RangeI) - Constructor for class drasys.or.geom.geo.proj.Albers
Algebra - class drasys.or.linear.algebra.Algebra.: Smart linear algebra operations.
Algebra() - Constructor for class drasys.or.linear.algebra.Algebra: Create new object with default instances of the BLAS.
Algebra(VectorBLAS1, MatrixBLAS2, MatrixBLAS3) - Constructor for class drasys.or.linear.algebra.Algebra: Create new object with BLAS computations enabled and default instances of the BLAS.
AlgebraError - error drasys.or.linear.algebra.AlgebraError.: Indicates an invalid algebraic operation on matrices.
AlgebraError() - Constructor for class drasys.or.linear.algebra.AlgebraError
AlgebraError(String) - Constructor for class drasys.or.linear.algebra.AlgebraError
AlgebraException - exception drasys.or.linear.algebra.AlgebraException.: Indicates an invalid algebraic operation on matrices.
AlgebraException() - Constructor for class drasys.or.linear.algebra.AlgebraException
AlgebraException(String) - Constructor for class drasys.or.linear.algebra.AlgebraException
AlgebraI - interface drasys.or.linear.algebra.AlgebraI.: Smart linear algebra operations.
AllPairsI - interface drasys.or.graph.sp.AllPairsI.: The interface used by all algorithms to access all pairs shortest path algorithms.
allVariables() - Method in class drasys.or.stat.model.LinearRegression: A convenience method that returns an array that selects all of the independent variables.
allVariables() - Method in interface drasys.or.stat.model.LinearRegressionI: A convenience method that returns an array that selects all of the independent variables.
alpha() - Method in class drasys.or.prob.GammaDistribution: Returns the value of the alpha parameter.
applyForwardType1(Geni.Vert) - Method in class drasys.or.graph.tsp.Geni
applyForwardType2(Geni.Vert) - Method in class drasys.or.graph.tsp.Geni
applyReverseType1(Geni.Vert) - Method in class drasys.or.graph.tsp.Geni
applyReverseType2(Geni.Vert) - Method in class drasys.or.graph.tsp.Geni
applyType0(Geni.Vert) - Method in class drasys.or.graph.tsp.Geni
Array - class drasys.or.util.Array.: Array utility class.
Array() - Constructor for class drasys.or.util.Array
ArrayMatrix - class drasys.or.matrix.ArrayMatrix.: Abstract base class for array matrices.
ArrayMatrix(double[][]) - Constructor for class drasys.or.matrix.ArrayMatrix: Constructs a dense matrix the same size as 'array'.
ArrayMatrix(int, int) - Constructor for class drasys.or.matrix.ArrayMatrix: Constructs a dense matrix with an explicit size.

B

balanceTasks(int, int) - Method in class drasys.or.util.Smp

Split tasks into groups of equal work that meet the minimum work parameter.

BaseGraph - class drasys.or.graph.BaseGraph.

An abstract graph containing features that are common to the other graph types.

BaseGraph() - Constructor for class drasys.or.graph.BaseGraph

BaseGraph(int) - Constructor for class drasys.or.graph.BaseGraph

BaysDurhamShuffle - class drasys.or.prob.BaysDurhamShuffle.

An implementation of the Bayes and Durham shuffle to eliminate serial correlation.

BaysDurhamShuffle() - Constructor for class drasys.or.prob.BaysDurhamShuffle

The default random number generator is 'LinearCongruential'.

BaysDurhamShuffle(long) - Constructor for class drasys.or.prob.BaysDurhamShuffle

The default random number generator is 'LinearCongruential'.

BaysDurhamShuffle(RandomI) - Constructor for class drasys.or.prob.BaysDurhamShuffle

beginPathTree(VertexI, boolean) - Method in class drasys.or.graph.sp.SingleVertexListenerAdapter

Called before each path tree generation.

beginPathTree(VertexI, boolean) - Method in interface drasys.or.graph.sp.SingleVertexListenerI

Called before each path tree generation.

BestOf - class drasys.or.graph.tsp.BestOf.

This class implements a composite TSP algorithm by combining a set of construction algorithms with a set of improvement algorithms.

BestOf - class drasys.or.graph.vrp.BestOf.

This class implements a composite VRP algorithm by combining a set of construction algorithms with a set of improvement algorithms.

BestOf() - Constructor for class drasys.or.graph.tsp.BestOf

BestOf() - Constructor for class drasys.or.graph.vrp.BestOf

BestOf(GraphI) - Constructor for class drasys.or.graph.tsp.BestOf

BestOf(GraphI) - Constructor for class drasys.or.graph.vrp.BestOf

BestOfAll - class drasys.or.graph.tsp.BestOfAll.

This class implements a composite TSP algorithm by combining the set of all the OR-Objects TSP construction algorithms with the set of all OR-Objects improvement algorithms.

BestOfAll - class drasys.or.graph.vrp.BestOfAll.

This class implements a composite VRP algorithm by combining the set of all the OR-Objects VRP construction algorithms with the set of all OR-Objects improvement algorithms.

BestOfAll() - Constructor for class drasys.or.graph.tsp.BestOfAll

BestOfAll() - Constructor for class drasys.or.graph.vrp.BestOfAll

BestOfAll(GraphI) - Constructor for class drasys.or.graph.tsp.BestOfAll

BestOfAll(GraphI) - Constructor for class drasys.or.graph.vrp.BestOfAll

beta() - Method in class drasys.or.prob.GammaDistribution

Returns the value of the beta parameter.

BinaryHeap - class drasys.or.cont.BinaryHeap.

References:

Introduction to Algorithms
Thomas H. Cormen, et al / Hardcover / Published 1990

BinaryHeap(CompareI) - Constructor for class drasys.or.cont.BinaryHeap

BinaryHeap(CompareI, int) - Constructor for class drasys.or.cont.BinaryHeap

BinarySearch - class drasys.or.alg.BinarySearch.

An implementation of a binary search.

BinarySearch() - Constructor for class drasys.or.alg.BinarySearch

The compare object is not set.

BinarySearch(boolean) - Constructor for class drasys.or.alg.BinarySearch

If descending is true then the elements must be in high-to-low order.

BinarySearch(boolean, CompareI) - Constructor for class drasys.or.alg.BinarySearch

If descending is true then the elements must be in high-to-low order.

BinarySearch(CompareI) - Constructor for class drasys.or.alg.BinarySearch

The compare object is set to 'compare'.

binomialCoefficient(int, int) - Method in class drasys.or.Functions

Returns the binomial coefficient: n!/(k!*(n-k)!)

binomialCoefficient(int, int) - Method in interface drasys.or.FunctionsI

Returns the binomial coefficient: n!/(k!*(n-k)!)

BinomialDistribution - class drasys.or.prob.BinomialDistribution.

An implementation of the Binomial probability distribution.

BinomialDistribution(double, int) - Constructor for class drasys.or.prob.BinomialDistribution

BinomialDistribution(double, int, FunctionsI) - Constructor for class drasys.or.prob.BinomialDistribution

The functions object will be used for the 'lnGamma' and 'lnFactorial' methods.

BinomialDistribution(double, int, long) - Constructor for class drasys.or.prob.BinomialDistribution

BinomialDistributionBase - class drasys.or.prob.BinomialDistributionBase.

An implementation of the Binomial probability distribution.

BinomialDistributionBase(double, int) - Constructor for class drasys.or.prob.BinomialDistributionBase

BinomialDistributionBase(double, int, FunctionsI) - Constructor for class drasys.or.prob.BinomialDistributionBase

The functions object will be used for the 'lnGamma' and 'lnFactorial' methods.

BinomialDistributionBase(double, int, long) - Constructor for class drasys.or.prob.BinomialDistributionBase

BinomialHeap - class drasys.or.cont.BinomialHeap.

A binomial heap implementation of a priority queue.

BinomialHeap(CompareI) - Constructor for class drasys.or.cont.BinomialHeap

Bisection - class drasys.or.nonlinear.Bisection.

An implementation of the bisection algorithm to solve single equations.

Bisection() - Constructor for class drasys.or.nonlinear.Bisection

BLAS1 - class drasys.or.linear.blas.BLAS1.

Serial implementation of the BLAS1.

BLAS1() - Constructor for class drasys.or.linear.blas.BLAS1

BLAS1I - interface drasys.or.linear.blas.BLAS1I.

Defines an array based BLAS1 for Java.

BLAS2 - class drasys.or.linear.blas.BLAS2.

Serial implementation of the BLAS2.

BLAS2() - Constructor for class drasys.or.linear.blas.BLAS2

BLAS2I - interface drasys.or.linear.blas.BLAS2I.

Defines an array based BLAS2 for Java.

BLAS3 - class drasys.or.linear.blas.BLAS3.

Serial implementation of the BLAS3.

BLAS3() - Constructor for class drasys.or.linear.blas.BLAS3

BLAS3I - interface drasys.or.linear.blas.BLAS3I.

Defines an array based BLAS3 for Java.

BlasError - error drasys.or.linear.blas.BlasError.

Indicates an invalid blas operation.

BlasError() - Constructor for class drasys.or.linear.blas.BlasError

BlasError(String) - Constructor for class drasys.or.linear.blas.BlasError

BlasException - exception drasys.or.linear.blas.BlasException.

Indicates an invalid blas operation.

BlasException() - Constructor for class drasys.or.linear.blas.BlasException

BlasException(String) - Constructor for class drasys.or.linear.blas.BlasException

BOOLEAN - Static variable in interface drasys.or.mp.VariableI

The variable is boolean valued.

bound(PointI) - Method in class drasys.or.geom.rect2.Range

Returns the argument 'point' if it is included in the range.

bound(PointI) - Method in interface drasys.or.geom.rect2.RangeI

Returns the argument 'point' if it is included in the range.

bound(PointI) - Method in class drasys.or.geom.rect3.Range

Returns the argument 'point' if it is included in the range.

bound(PointI) - Method in interface drasys.or.geom.rect3.RangeI

Returns the argument 'point' if it is included in the range.

bound(PointI) - Method in class drasys.or.geom.geo.Range

Returns the argument 'point' if it is included in the range.

boundPoint(PointI) - Method in interface drasys.or.geom.RangeI

Returns the argument 'point' if it is included in the range.

boundPoint(PointI) - Method in class drasys.or.geom.rect2.Range

Returns the argument 'point' if it is included in the range.

boundPoint(PointI) - Method in class drasys.or.geom.rect3.Range

Returns the argument 'point' if it is included in the range.

boundPoint(PointI) - Method in class drasys.or.geom.geo.Range

Returns the argument 'point' if it is included in the range.

buildColumnIndex() - Method in class drasys.or.matrix.CompressedRowMatrix

Build the column index structure.

buildRowIndex() - Method in class drasys.or.matrix.CompressedColumnMatrix

Build the row index structure.

C

calcCost() - Method in class drasys.or.graph.tsp.Geni: Returns the cost of the solution tour.
calcTour() - Method in class drasys.or.graph.tsp.Geni: Returns the solution tour.
candidates() - Method in interface drasys.or.graph.sp.SingleVertexI: Creates an Enumeration on the candidate vertices that were reached in the path generation.
candidates() - Method in class drasys.or.graph.sp.Connections: Creates an Enumeration on the candidate vertices that were reached in the path generation.
candidates() - Method in class drasys.or.graph.sp.Dijkstra: Creates an Enumeration on the candidate vertices that were reached in the path generation.
capacity() - Method in class drasys.or.cont.IndexedVector
capacity() - Method in class drasys.or.matrix.ContiguousVector: Returns the number of elements the vector can hold before allocating memory.
capacity() - Method in class drasys.or.matrix.SparseVector: Always returns Integer.MAX_VALUE.
capacity() - Method in interface drasys.or.matrix.SizableVectorI: Returns the number of elements the vector can hold without reallocating memory.
capacity() - Method in interface drasys.or.matrix.complex.SizableVectorI: Returns the number of elements the vector can hold without reallocating memory.
capacity() - Method in class drasys.or.matrix.complex.ContiguousVector: Returns the number of elements the vector can hold before allocating memory.
capacityOfColumns() - Method in class drasys.or.matrix.ContiguousMatrix: Returns the number of columns the matrix can hold without allocating more memory.
capacityOfColumns() - Method in class drasys.or.matrix.CompressedRowMatrix: Returns the number of columns the matrix can hold without allocating more memory.
capacityOfColumns() - Method in class drasys.or.matrix.SparseMatrix: Always returns Integer.MAX_VALUE.
capacityOfColumns() - Method in class drasys.or.matrix.RowArrayMatrix: Returns the number of columns the matrix can hold without reallocating memory.
capacityOfColumns() - Method in class drasys.or.matrix.ColumnArrayMatrix: Returns the number of columns the matrix can hold without reallocating memory.
capacityOfColumns() - Method in interface drasys.or.matrix.SizableMatrixI: Returns the number of columns the matrix can hold without reallocating memory.
capacityOfColumns() - Method in class drasys.or.matrix.CompressedColumnMatrix: Returns the number of columns the matrix can hold without allocating more memory.
capacityOfColumns() - Method in class drasys.or.matrix.complex.ContiguousMatrix: Returns the number of columns the matrix can hold without allocating more memory.
capacityOfColumns() - Method in interface drasys.or.matrix.complex.SizableMatrixI: Returns the number of columns the matrix can hold without reallocating memory.
capacityOfRows() - Method in class drasys.or.matrix.ContiguousMatrix: Returns the number of rows the matrix can hold without allocating more memory.
capacityOfRows() - Method in class drasys.or.matrix.CompressedRowMatrix: Returns the number of rows the matrix can hold without allocating more memory.
capacityOfRows() - Method in class drasys.or.matrix.SparseMatrix: Always returns Integer.MAX_VALUE.
capacityOfRows() - Method in class drasys.or.matrix.RowArrayMatrix: Returns the number of rows the matrix can hold without reallocating memory.
capacityOfRows() - Method in class drasys.or.matrix.ColumnArrayMatrix: Returns the number of rows the matrix can hold without reallocating memory.
capacityOfRows() - Method in interface drasys.or.matrix.SizableMatrixI: Returns the number of rows the matrix can hold without reallocating memory.
capacityOfRows() - Method in class drasys.or.matrix.CompressedColumnMatrix: Returns the number of rows the matrix can hold without allocating more memory.
capacityOfRows() - Method in class drasys.or.matrix.complex.ContiguousMatrix: Returns the number of rows the matrix can hold without allocating more memory.
capacityOfRows() - Method in interface drasys.or.matrix.complex.SizableMatrixI: Returns the number of rows the matrix can hold without reallocating memory.
caxpy(int, ComplexI, float[], int, int, float[], int, int) - Method in interface drasys.or.linear.blas.BLAS1I: Constant times a vector plus a vector: y = y + alpha * x.
caxpy(int, ComplexI, float[], int, int, float[], int, int) - Method in class drasys.or.linear.blas.SmpBLAS1: Constant times a vector plus a vector: y = y + alpha * x.
caxpy(int, ComplexI, float[], int, int, float[], int, int) - Method in class drasys.or.linear.blas.BLAS1: Constant times a vector plus a vector: y = y + alpha * x.
ccopy(int, float[], int, int, float[], int, int) - Method in interface drasys.or.linear.blas.BLAS1I: Copies vector x to vector y: y = x.
ccopy(int, float[], int, int, float[], int, int) - Method in class drasys.or.linear.blas.SmpBLAS1: Copies vector x to vector y: y = x.
ccopy(int, float[], int, int, float[], int, int) - Method in class drasys.or.linear.blas.BLAS1: Copies vector x to vector y: y = x.
cdf(double) - Method in class drasys.or.prob.GammaDistribution: Computes the cdf by numerical integration using the pdf.
cdf(double) - Method in class drasys.or.prob.DiscreteDistribution: Returns cdf((int)x);
cdf(double) - Method in interface drasys.or.prob.DistributionI: Returns the value of the cumulative distribution function at x;
cdf(double) - Method in class drasys.or.prob.UniformDistribution: Returns the value of the cumulative distribution function at x;
cdf(double) - Method in class drasys.or.prob.NormalDistribution: Computes the cdf by numerical integration using the pdf.
cdf(double) - Method in class drasys.or.prob.FDistribution: Computes the cdf using the incomplete beta function.
cdf(double) - Method in class drasys.or.prob.ChiSquareDistribution: Computes the cdf using the incomplete beta function.
cdf(double) - Method in class drasys.or.prob.StudentsTDistribution: Computes the cdf using the incomplete beta function.
cdf(double) - Method in class drasys.or.prob.ExponentialDistribution: Returns the value of the cumulative distribution function at x;
cdf(int) - Method in class drasys.or.prob.PoissonDistributionBase: Returns the value of the cumulative distribution function at x; The standard edition iterates the pdf (x+1) times.
cdf(int) - Method in class drasys.or.prob.DiscreteUniformDistribution: Returns the value of the cumulative distribution function at x;
cdf(int) - Method in class drasys.or.prob.EmpiricalDistribution: Returns the value of the cumulative distribution function at x;
cdf(int) - Method in interface drasys.or.prob.DiscreteDistributionI: Returns the value of the cumulative distribution function at x;
cdf(int) - Method in class drasys.or.prob.BinomialDistributionBase: Returns the value of the cumulative distribution function at x; The standard edition iterates the pdf (x+1) times.
cdf(int) - Method in class drasys.or.prob.PoissonDistribution: Returns the value of the cumulative distribution function at x; The standard edition iterates the pdf (x+1) times.
cdf(int) - Method in class drasys.or.prob.BinomialDistribution: Returns the value of the cumulative distribution function at x; The standard edition iterates the pdf (x+1) times.
cdotc(int, float[], int, int, float[], int, int, Complex) - Method in interface drasys.or.linear.blas.BLAS1I: Computes the dot product of two vectors: alpha = x (.) y.
cdotc(int, float[], int, int, float[], int, int, Complex) - Method in class drasys.or.linear.blas.SmpBLAS1: Computes the dot product of two vectors: alpha = x (.) y.
cdotc(int, float[], int, int, float[], int, int, Complex) - Method in class drasys.or.linear.blas.BLAS1: Computes the dot product of two vectors: alpha = x (.) y.
cdotu(int, float[], int, int, float[], int, int, Complex) - Method in interface drasys.or.linear.blas.BLAS1I: Computes the dot product of two vectors: alpha = x (.) y.
cdotu(int, float[], int, int, float[], int, int, Complex) - Method in class drasys.or.linear.blas.SmpBLAS1: Computes the dot product of two vectors: alpha = x (.) y.
cdotu(int, float[], int, int, float[], int, int, Complex) - Method in class drasys.or.linear.blas.BLAS1: Computes the dot product of two vectors: alpha = x (.) y.
centroid() - Method in class drasys.or.geom.rect2.Polygon: Returns the point at the mean X and Y for the vertices, the holes are ignored.
centroid() - Method in class drasys.or.geom.rect2.Range
centroid() - Method in class drasys.or.geom.rect2.Point
centroid() - Method in interface drasys.or.geom.rect2.Rect2I
centroid() - Method in class drasys.or.geom.rect2.LineSegment
centroid() - Method in interface drasys.or.geom.rect3.Rect3I
centroid() - Method in class drasys.or.geom.rect3.Point
centroid() - Method in class drasys.or.geom.rect3.LineSegment
centroid() - Method in class drasys.or.geom.rect3.Range
centroid() - Method in interface drasys.or.geom.geo.GeoI
centroid() - Method in interface drasys.or.geom.geo.RangeI: Returns the centroid center point of the range.
centroid() - Method in class drasys.or.geom.geo.Point
centroid() - Method in class drasys.or.geom.geo.Range
cgemm(int, int, int, ComplexI, float[], int, int, int, float[], int, int, int, ComplexI, float[], int, int, int) - Method in interface drasys.or.linear.blas.BLAS3I: Computes: C = alpha*A*B + beta*C.
cgemm(int, int, int, ComplexI, float[], int, int, int, float[], int, int, int, ComplexI, float[], int, int, int) - Method in class drasys.or.linear.blas.SmpBLAS3: Computes: C = alpha*A*B + beta*C.
cgemm(int, int, int, ComplexI, float[], int, int, int, float[], int, int, int, ComplexI, float[], int, int, int) - Method in class drasys.or.linear.blas.BLAS3: Computes: C = alpha*A*B + beta*C.
cgemv(int, int, ComplexI, float[], int, int, int, float[], int, int, ComplexI, float[], int, int) - Method in class drasys.or.linear.blas.SmpBLAS2: Computes: y = alpha*A*x + beta*y.
cgemv(int, int, ComplexI, float[], int, int, int, float[], int, int, ComplexI, float[], int, int) - Method in interface drasys.or.linear.blas.BLAS2I: Computes: y = alpha*A*x + beta*y.
cgemv(int, int, ComplexI, float[], int, int, int, float[], int, int, ComplexI, float[], int, int) - Method in class drasys.or.linear.blas.BLAS2: Computes: y = alpha*A*x + beta*y.
cgerc(int, int, ComplexI, float[], int, int, float[], int, int, float[], int, int, int) - Method in class drasys.or.linear.blas.SmpBLAS2: Computes: A = alpha*x*y' + A.
cgerc(int, int, ComplexI, float[], int, int, float[], int, int, float[], int, int, int) - Method in interface drasys.or.linear.blas.BLAS2I: Computes: A = alpha*x*y' + A.
cgerc(int, int, ComplexI, float[], int, int, float[], int, int, float[], int, int, int) - Method in class drasys.or.linear.blas.BLAS2: Computes: A = alpha*x*y' + A.
cgeru(int, int, ComplexI, float[], int, int, float[], int, int, float[], int, int, int) - Method in class drasys.or.linear.blas.SmpBLAS2: Computes: A = alpha*x*y' + A.
cgeru(int, int, ComplexI, float[], int, int, float[], int, int, float[], int, int, int) - Method in interface drasys.or.linear.blas.BLAS2I: Computes: A = alpha*x*y' + A.
cgeru(int, int, ComplexI, float[], int, int, float[], int, int, float[], int, int, int) - Method in class drasys.or.linear.blas.BLAS2: Computes: A = alpha*x*y' + A.
changePriority(PairI, Object) - Method in interface drasys.or.cont.PriorityQueueI: Change the priority of a element in the queue.
changePriority(PairI, Object) - Method in class drasys.or.cont.BinaryHeap
changePriority(PairI, Object) - Method in class drasys.or.cont.BinomialHeap
CheapestInsertion - class drasys.or.graph.tsp.CheapestInsertion.: This is an implementation of the Cheapest Insertion TSP construction algorithm.
CheapestInsertion() - Constructor for class drasys.or.graph.tsp.CheapestInsertion
CheapestInsertion(GraphI) - Constructor for class drasys.or.graph.tsp.CheapestInsertion
check() - Method in interface drasys.or.cont.PriorityQueueI: Check the integrity of the internal data structures.
check() - Method in class drasys.or.cont.BinaryHeap
check() - Method in class drasys.or.cont.BinomialHeap
checkChangeCount() - Method in class drasys.or.graph.tsp.TSPBase
checkList() - Method in class drasys.or.graph.tsp.Geni
ChiSquareDistribution - class drasys.or.prob.ChiSquareDistribution.: An implementation of the Chi-Square probability distribution.
ChiSquareDistribution(double) - Constructor for class drasys.or.prob.ChiSquareDistribution: Create a Chi-Square distribution with explicit degrees of freedom.
ClarkeWright - class drasys.or.graph.vrp.ClarkeWright.: A randomized greedy VRP construction algorithm based on the algorithm described by Clarke and Wright.
ClarkeWright() - Constructor for class drasys.or.graph.vrp.ClarkeWright: Constructs a randomized version of the ClarkeWright algorithm using the Randomizer object.
ClarkeWright(int) - Constructor for class drasys.or.graph.vrp.ClarkeWright: Constructs a randomized version of the ClarkeWright algorithm using the Randomizer object.
ClarkeWright(int, int) - Constructor for class drasys.or.graph.vrp.ClarkeWright: Constructs a randomized version of the ClarkeWright algorithm using the Randomizer object.
ClarkeWright(int, int, ImproveI) - Constructor for class drasys.or.graph.vrp.ClarkeWright: Constructs a randomized version of the ClarkeWright algorithm using the Randomizer object.
ClarkeWrightBase - class drasys.or.graph.vrp.ClarkeWrightBase.: A randomizable greedy VRP construction algorithm based on the savings list algorithm described by Clarke and Wright.
ClarkeWrightBase() - Constructor for class drasys.or.graph.vrp.ClarkeWrightBase
ClarkeWrightBase(ImproveI) - Constructor for class drasys.or.graph.vrp.ClarkeWrightBase
clone() - Method in class drasys.or.Pair
coefficients() - Method in interface drasys.or.mp.ProblemI: Returns a mutable 'Enumeration' of the sparse in the problem.
coefficients() - Method in class drasys.or.mp.Problem: Returns a mutable 'Enumeration' of the sparse in the problem.
colorEdges() - Method in interface drasys.or.graph.color.ColoringI: Colors the edges of the graph.
colorEdges() - Method in class drasys.or.graph.color.WelshPowell: Colors the edges of the graph.
ColoringI - interface drasys.or.graph.color.ColoringI.: The interface used by all algorithms to access graph coloring algorithms.
colorVertices() - Method in interface drasys.or.graph.color.ColoringI: Colors the vertices of the graph.
colorVertices() - Method in class drasys.or.graph.color.WelshPowell: Colors the vertices of the graph.
ColumnArrayMatrix - class drasys.or.matrix.ColumnArrayMatrix.: A dense column-major matrix of double values where each column is an array.
ColumnArrayMatrix(double[][]) - Constructor for class drasys.or.matrix.ColumnArrayMatrix: Constructs a dense matrix and copy the contents from 'array'.
ColumnArrayMatrix(int, int) - Constructor for class drasys.or.matrix.ColumnArrayMatrix: Constructs a dense matrix with an explicit size.
ColumnArrayMatrix(int, int, int, int) - Constructor for class drasys.or.matrix.ColumnArrayMatrix: Constructs a dense matrix with an explicit size and capacity.
ColumnArrayMatrix(MatrixI) - Constructor for class drasys.or.matrix.ColumnArrayMatrix: Constructs a sparse matrix the same size as 'matrix'.
ColumnArrayMatrix(VectorI) - Constructor for class drasys.or.matrix.ColumnArrayMatrix: Constructs a square matrix with the 'vector' as the diagonal.
columnElements(int) - Method in class drasys.or.matrix.Matrix: Returns an enumeration of the non-null elements in a column.
columnElements(int) - Method in class drasys.or.matrix.ContiguousMatrix: Returns an enumeration of the non-null elements in a column.
columnElements(int) - Method in class drasys.or.matrix.CompressedRowMatrix: Returns an enumeration of the non-null elements in a column.
columnElements(int) - Method in class drasys.or.matrix.SparseMatrix: Returns an enumeration of the non-null elements in a column.
columnElements(int) - Method in class drasys.or.matrix.RowArrayMatrix: Returns an enumeration of the non-null elements in a column.
columnElements(int) - Method in class drasys.or.matrix.ColumnArrayMatrix: Returns an enumeration of the non-null elements in a column.
columnElements(int) - Method in interface drasys.or.matrix.MatrixI: Returns an enumeration of the non-null elements in a column.
columnElements(int) - Method in class drasys.or.matrix.ContiguousMatrix.Sub: Returns an enumeration of the non-null elements in a column.
columnElements(int) - Method in class drasys.or.matrix.CompressedColumnMatrix: Returns an enumeration of the non-null elements in a column.
columnElements(int) - Method in class drasys.or.matrix.complex.RowMajorMatrix: Returns an enumeration of the non-null elements in a column.
columnElements(int) - Method in class drasys.or.matrix.complex.ColumnMajorMatrix: Returns an enumeration of the non-null elements in a column.
columnElements(int) - Method in interface drasys.or.matrix.complex.MatrixI: Returns an enumeration of the non-null elements in a column.
columnElements(int) - Method in class drasys.or.matrix.complex.ContiguousMatrix.Sub: Returns an enumeration of the non-null elements in a column.
ColumnMajorMatrix - class drasys.or.matrix.ColumnMajorMatrix.: A dense contiguous resizable column-major matrix of double values.
ColumnMajorMatrix - class drasys.or.matrix.complex.ColumnMajorMatrix.: A dense contiguous column-major matrix of complex values.
ColumnMajorMatrix(double[][]) - Constructor for class drasys.or.matrix.ColumnMajorMatrix: Constructs a contiguous dense column-major matrix with the same number of rows as 'array'.
ColumnMajorMatrix(double[][]) - Constructor for class drasys.or.matrix.complex.ColumnMajorMatrix: Constructs a contiguous dense column-major matrix with the same number of rows as 'array'.
ColumnMajorMatrix(double[][], double[][]) - Constructor for class drasys.or.matrix.complex.ColumnMajorMatrix: Constructs a contiguous dense column-major matrix with the same number of rows as 'real' and 'imag'.
ColumnMajorMatrix(int, int) - Constructor for class drasys.or.matrix.ColumnMajorMatrix: Constructs a contiguous dense column-major matrix with an explicit size.
ColumnMajorMatrix(int, int) - Constructor for class drasys.or.matrix.complex.ColumnMajorMatrix: Constructs a contiguous dense column-major matrix with an explicit size.
ColumnMajorMatrix(int, int, int, int) - Constructor for class drasys.or.matrix.ColumnMajorMatrix: Constructs a contiguous dense column-major matrix with an explicit size and capacity.
ColumnMajorMatrix(int, int, int, int) - Constructor for class drasys.or.matrix.complex.ColumnMajorMatrix: Constructs a contiguous dense column-major matrix with an explicit size and capacity.
ColumnMajorMatrix(MatrixI) - Constructor for class drasys.or.matrix.ColumnMajorMatrix: Constructs a contiguous dense column-major matrix with the same number of rows and columns as 'matrix'.
ColumnMajorMatrix(MatrixI) - Constructor for class drasys.or.matrix.complex.ColumnMajorMatrix: Constructs a contiguous dense column-major matrix with the same number of rows and columns as 'matrix'.
ColumnMajorMatrix(VectorI) - Constructor for class drasys.or.matrix.ColumnMajorMatrix: Constructs a square matrix with the 'vector' as the diagonal and zeros.
ColumnMajorMatrix(VectorI) - Constructor for class drasys.or.matrix.complex.ColumnMajorMatrix: Constructs a square matrix with the 'vector' as the diagonal and zeros.
columnVector(int) - Method in class drasys.or.matrix.ContiguousMatrix: Returns a reference to the column.
columnVector(int) - Method in interface drasys.or.matrix.ContiguousMatrixI: Returns a reference to the column.
columnVector(int) - Method in class drasys.or.matrix.ContiguousMatrix.Sub: Returns a reference to the column.
columnVector(int) - Method in class drasys.or.matrix.complex.ContiguousMatrix: Returns a reference to the column.
columnVector(int) - Method in interface drasys.or.matrix.complex.ContiguousMatrixI: Returns a reference to the column.
columnVector(int) - Method in class drasys.or.matrix.complex.ContiguousMatrix.Sub: Returns a reference to the column.
combine(TransformI) - Method in class drasys.or.geom.rect2.Transform: Includes the argument transform into this transform.
combine(TransformI) - Method in interface drasys.or.geom.rect2.TransformI: Includes the argument transform into this transform.
compare(Object, Object) - Method in class drasys.or.CompareNumber
compare(Object, Object) - Method in class drasys.or.CompareNumberReverse
compare(Object, Object) - Method in interface drasys.or.CompareI
compare(Object, Object) - Method in class drasys.or.CompareStringReverse
compare(Object, Object) - Method in class drasys.or.CompareString
compare(Object, Object) - Method in class drasys.or.CompareReverse
CompareI - interface drasys.or.CompareI.: An interface to compare two objects.
CompareNumber - class drasys.or.CompareNumber.: A comparison object to compare two Number objects.
CompareNumber() - Constructor for class drasys.or.CompareNumber
CompareNumberReverse - class drasys.or.CompareNumberReverse.: A comparison object to compare two Number objects.
CompareNumberReverse() - Constructor for class drasys.or.CompareNumberReverse
CompareReverse - class drasys.or.CompareReverse.: A comparison object that reverses the direction of another comparison object.
CompareReverse(CompareI) - Constructor for class drasys.or.CompareReverse
CompareString - class drasys.or.CompareString.: A comparison object to compare two String objects.
CompareString() - Constructor for class drasys.or.CompareString
CompareStringReverse - class drasys.or.CompareStringReverse.: A comparison object to compare two String objects.
CompareStringReverse() - Constructor for class drasys.or.CompareStringReverse
Complex - class drasys.or.Complex.: An implementation of a complex value.
Complex() - Constructor for class drasys.or.Complex
Complex(ComplexI) - Constructor for class drasys.or.Complex
Complex(double) - Constructor for class drasys.or.Complex
Complex(double, double) - Constructor for class drasys.or.Complex
ComplexArray - class drasys.or.util.ComplexArray.: Complex Array utility class.
ComplexArray() - Constructor for class drasys.or.util.ComplexArray
ComplexContainer - class drasys.or.matrix.complex.ComplexContainer.: Complex container implementation.
ComplexContainer() - Constructor for class drasys.or.matrix.complex.ComplexContainer: Create a real container with using the global epsilon.
ComplexContainer(double) - Constructor for class drasys.or.matrix.complex.ComplexContainer: Create a real container with explicit epsilon.
ComplexContainerI - interface drasys.or.matrix.complex.ComplexContainerI.: Containers that hold complex numbers.
ComplexI - interface drasys.or.ComplexI.: An interface to an object that has a complex value.
Composite - class drasys.or.graph.tsp.Composite.: This class implements a composite TSP algorithm by combining a construction algorithm with an improvement algorithm.
Composite - class drasys.or.graph.vrp.Composite.: This class implements a composite VRP algorithm by combining a construction algorithm with an improvement algorithm.
Composite(ConstructI, ImproveI) - Constructor for class drasys.or.graph.tsp.Composite
Composite(ConstructI, ImproveI) - Constructor for class drasys.or.graph.vrp.Composite
Composite(ConstructI, ImproveI, GraphI) - Constructor for class drasys.or.graph.tsp.Composite
Composite(ConstructI, ImproveI, GraphI) - Constructor for class drasys.or.graph.vrp.Composite
CompressedColumnMatrix - class drasys.or.matrix.CompressedColumnMatrix.: A sparse compressed resizable column-major matrix of double values.
CompressedColumnMatrix(double[][], int) - Constructor for class drasys.or.matrix.CompressedColumnMatrix: Creates a sparse matrix from the contents of 'array'.
CompressedColumnMatrix(double[][], int, double) - Constructor for class drasys.or.matrix.CompressedColumnMatrix: Creates a sparse matrix from the contents of 'array'.
CompressedColumnMatrix(int, int, int) - Constructor for class drasys.or.matrix.CompressedColumnMatrix
CompressedColumnMatrix(int, int, int, int) - Constructor for class drasys.or.matrix.CompressedColumnMatrix
CompressedColumnMatrix(MatrixI, int) - Constructor for class drasys.or.matrix.CompressedColumnMatrix
CompressedColumnMatrix(VectorI, int) - Constructor for class drasys.or.matrix.CompressedColumnMatrix
CompressedMatrix - class drasys.or.matrix.CompressedMatrix.: Abstract base class for compressed matrices.
CompressedMatrix() - Constructor for class drasys.or.matrix.CompressedMatrix
CompressedMatrix(double) - Constructor for class drasys.or.matrix.CompressedMatrix
CompressedMatrix(double[][]) - Constructor for class drasys.or.matrix.CompressedMatrix
CompressedMatrix(double[][], double) - Constructor for class drasys.or.matrix.CompressedMatrix
CompressedRowMatrix - class drasys.or.matrix.CompressedRowMatrix.: A sparse compressed resizable row-major matrix of double values.
CompressedRowMatrix(double[][], int) - Constructor for class drasys.or.matrix.CompressedRowMatrix: Creates a sparse matrix from the contents of 'array'.
CompressedRowMatrix(double[][], int, double) - Constructor for class drasys.or.matrix.CompressedRowMatrix: Creates a sparse matrix from the contents of 'array'.
CompressedRowMatrix(int, int, int) - Constructor for class drasys.or.matrix.CompressedRowMatrix: Constructs a compressed sparse row-major matrix with an explicit row capacity and column size.
CompressedRowMatrix(int, int, int, int) - Constructor for class drasys.or.matrix.CompressedRowMatrix
CompressedRowMatrix(MatrixI, int) - Constructor for class drasys.or.matrix.CompressedRowMatrix
CompressedRowMatrix(VectorI, int) - Constructor for class drasys.or.matrix.CompressedRowMatrix
computeConditionNumber() - Method in interface drasys.or.linear.algebra.SVDecompositionI: Computes the condition number of the matrix.
computeConditionNumber() - Method in class drasys.or.linear.algebra.QRIteration: Computes the condition number of the matrix.
computeDeterminate() - Method in interface drasys.or.linear.algebra.LUDecompositionI: Computes the determinate of the original matrix from the components.
computeDeterminate() - Method in class drasys.or.linear.algebra.CroutPivot: Computes the determinate of the original matrix from the components.
computeInverse() - Method in interface drasys.or.linear.algebra.LUDecompositionI: Uses backsubstitution to solve for the inverse.
computeInverse() - Method in interface drasys.or.linear.algebra.DecompositionI: Computes the inverse of the original matrix from the components.
computeInverse() - Method in class drasys.or.linear.algebra.CroutPivot: Uses backsubstitution on each column to solve for the inverse.
computeInverse() - Method in interface drasys.or.linear.algebra.SVDecompositionI: Computes the inverse of the decomposed matrix from the components.
computeInverse() - Method in class drasys.or.linear.algebra.QRIteration: Computes the inverse of the decomposed matrix from the components.
computeInverse(MatrixI) - Method in interface drasys.or.linear.algebra.LUDecompositionI: Uses backsubstitution to solve for the inverse.
computeInverse(MatrixI) - Method in interface drasys.or.linear.algebra.DecompositionI: Computes the inverse of the original matrix from the components.
computeInverse(MatrixI) - Method in class drasys.or.linear.algebra.CroutPivot: Uses backsubstitution on each column to solve for the inverse.
computeInverse(MatrixI) - Method in interface drasys.or.linear.algebra.SVDecompositionI: Computes the inverse of the decomposed matrix from the components.
computeInverse(MatrixI) - Method in class drasys.or.linear.algebra.QRIteration: Computes the inverse of the decomposed matrix from the components.
computeProportion(int, int, double) - Static method in class drasys.or.prob.BinomialDistribution: Compute the parameter 'p' which fits a binomial distribution to the arguments.
Conic - class drasys.or.geom.geo.proj.Conic.: A class that implements features common to conic projections.
Conic(double, double) - Constructor for class drasys.or.geom.geo.proj.Conic
Conic(RangeI) - Constructor for class drasys.or.geom.geo.proj.Conic
ConicI - interface drasys.or.geom.geo.proj.ConicI.: An interface to abstractly access features common to conic projections.
conjugate() - Method in class drasys.or.Complex: Compute: this = conjugate(this).
Connections - class drasys.or.graph.sp.Connections.: A single vertex shortest path implementation which uses the connection restriction and cost properties.
Connections(GraphI) - Constructor for class drasys.or.graph.sp.Connections: A constructor that sets the target graph.
Connections(GraphI, PriorityQueueI) - Constructor for class drasys.or.graph.sp.Connections: A constructor that sets the target graph and the 'PriorityQueueI' used by the algorithm.
Constants - class drasys.or.Constants.: A class containing commonly used constants.
Constants() - Constructor for class drasys.or.Constants
Constraint - class drasys.or.mp.Constraint.: Constraint implementation.
ConstraintI - interface drasys.or.mp.ConstraintI.: Abstract interface to constraints.
constraints() - Method in interface drasys.or.mp.ProblemI: Returns an 'Enumeration' of the constraints.
constraints() - Method in class drasys.or.mp.Problem: Returns an 'Enumeration' of the constraints.
construct() - Method in class drasys.or.graph.tsp.ConstructBase
construct() - Method in class drasys.or.graph.tsp.FarthestInsertion
construct() - Method in class drasys.or.graph.tsp.Geni
construct() - Method in class drasys.or.graph.tsp.NearestAddition
construct() - Method in class drasys.or.graph.tsp.NearestInsertion
construct() - Method in class drasys.or.graph.tsp.CheapestInsertion
construct() - Method in class drasys.or.graph.tsp.FullEnumeration
ConstructBase - class drasys.or.graph.tsp.ConstructBase.: A base class containing features common to many construction TSP algorithms.
ConstructBase - class drasys.or.graph.vrp.ConstructBase.: A base class containing features common to many construction VRP algorithms.
ConstructBase() - Constructor for class drasys.or.graph.tsp.ConstructBase: The target graph must be set with 'setGraph()'.
ConstructBase() - Constructor for class drasys.or.graph.vrp.ConstructBase
ConstructBase(GraphI) - Constructor for class drasys.or.graph.tsp.ConstructBase: Sets the target graph.
ConstructBase(ImproveI) - Constructor for class drasys.or.graph.vrp.ConstructBase
constructClosedTour() - Method in class drasys.or.graph.tsp.ConstructBase: Construct a closed tour solution.
constructClosedTour() - Method in class drasys.or.graph.tsp.Geni: Construct a closed tour solution.
constructClosedTour() - Method in class drasys.or.graph.tsp.Composite: Construct a closed tour solution.
constructClosedTour() - Method in class drasys.or.graph.tsp.BestOf: Construct a closed tour solution.
constructClosedTour() - Method in interface drasys.or.graph.tsp.ConstructI: Construct a closed tour solution.
constructClosedTours(Object) - Method in class drasys.or.graph.vrp.ClarkeWrightBase: Construct a solution with closed tours that begin and end at the depot vertex.
constructClosedTours(Object) - Method in class drasys.or.graph.vrp.GillettMillerBase: Construct a solution with closed tours that begin and end at the depot vertex.
constructClosedTours(Object) - Method in class drasys.or.graph.vrp.Randomizer: Construct a solution with closed tours that begin and end at the depot vertex.
constructClosedTours(Object) - Method in interface drasys.or.graph.vrp.ConstructI: Construct a solution with closed tours that begin and end at the depot vertex.
constructClosedTours(Object) - Method in class drasys.or.graph.vrp.BestOf: Construct a solution with closed tours that begin and end at the depot vertex.
constructClosedTours(Object) - Method in class drasys.or.graph.vrp.Composite: Construct a solution with closed tours that begin and end at the depot vertex.
ConstructI - interface drasys.or.graph.tsp.ConstructI.: The interface used by all algorithms to access TSP construction algorithms.
ConstructI - interface drasys.or.graph.vrp.ConstructI.: The interface used by all algorithms to access VRP construction algorithms.
constructInboundTours(Object) - Method in class drasys.or.graph.vrp.ClarkeWrightBase: Construct a solution with open tours that begin at arbitrary vertices and end at the depot vertex.
constructInboundTours(Object) - Method in class drasys.or.graph.vrp.GillettMillerBase: Construct a solution with open tours that begin at arbitrary vertices and end at the depot vertex.
constructInboundTours(Object) - Method in class drasys.or.graph.vrp.Randomizer: Construct a solution with open tours that begin at arbitrary vertices and end at the depot vertex.
constructInboundTours(Object) - Method in interface drasys.or.graph.vrp.ConstructI: Construct a solution with open tours that begin at arbitrary vertices and end at the depot vertex.
constructInboundTours(Object) - Method in class drasys.or.graph.vrp.BestOf: Construct a solution with open tours that begin at arbitrary vertices and end at the depot vertex.
constructInboundTours(Object) - Method in class drasys.or.graph.vrp.Composite: Construct a solution with open tours that begin at arbitrary vertices and end at the depot vertex.
constructOpenTour() - Method in class drasys.or.graph.tsp.ConstructBase: Construct an open tour solution with arbitrary end points.
constructOpenTour() - Method in class drasys.or.graph.tsp.Geni: Construct an open tour solution with arbitrary end points.
constructOpenTour() - Method in class drasys.or.graph.tsp.Composite: Construct an open tour solution with arbitrary end points.
constructOpenTour() - Method in class drasys.or.graph.tsp.BestOf: Construct an open tour solution with arbitrary end points.
constructOpenTour() - Method in interface drasys.or.graph.tsp.ConstructI: Construct an open tour solution with arbitrary end points.
constructOpenTour(Object, Object) - Method in class drasys.or.graph.tsp.ConstructBase: Construct a tour with explicit end points.
constructOpenTour(Object, Object) - Method in class drasys.or.graph.tsp.Geni: Construct a tour with explicit end points.
constructOpenTour(Object, Object) - Method in class drasys.or.graph.tsp.Composite: Construct a tour with explicit end points.
constructOpenTour(Object, Object) - Method in class drasys.or.graph.tsp.BestOf: Construct a tour with explicit end points.
constructOpenTour(Object, Object) - Method in interface drasys.or.graph.tsp.ConstructI: Construct a tour with explicit end points.
constructOpenTourFrom(Object) - Method in class drasys.or.graph.tsp.ConstructBase: Construct an open tour solution with an explicit origin and arbitrary destination.
constructOpenTourFrom(Object) - Method in class drasys.or.graph.tsp.Geni: Construct an open tour solution with an explicit origin and arbitrary destination.
constructOpenTourFrom(Object) - Method in class drasys.or.graph.tsp.Composite: Construct an open tour solution with an explicit origin and arbitrary destination.
constructOpenTourFrom(Object) - Method in class drasys.or.graph.tsp.BestOf: Construct an open tour solution with an explicit origin and arbitrary destination.
constructOpenTourFrom(Object) - Method in interface drasys.or.graph.tsp.ConstructI: Construct an open tour solution with an explicit origin and arbitrary destination.
constructOpenTourTo(Object) - Method in class drasys.or.graph.tsp.ConstructBase: Construct an open tour solution with an explicit destination and arbitrary origin.
constructOpenTourTo(Object) - Method in class drasys.or.graph.tsp.Geni: Construct an open tour solution with an explicit destination and arbitrary origin.
constructOpenTourTo(Object) - Method in class drasys.or.graph.tsp.Composite: Construct an open tour solution with an explicit destination and arbitrary origin.
constructOpenTourTo(Object) - Method in class drasys.or.graph.tsp.BestOf: Construct an open tour solution with an explicit destination and arbitrary origin.
constructOpenTourTo(Object) - Method in interface drasys.or.graph.tsp.ConstructI: Construct an open tour solution with an explicit destination and arbitrary origin.
constructOutboundTours(Object) - Method in class drasys.or.graph.vrp.ClarkeWrightBase: Construct a solution with open tours that begin at the depot vertex and end at arbitrary vertices.
constructOutboundTours(Object) - Method in class drasys.or.graph.vrp.GillettMillerBase: Construct a solution with open tours that begin at the depot vertex and end at arbitrary vertices.
constructOutboundTours(Object) - Method in class drasys.or.graph.vrp.Randomizer: Construct a solution with open tours that begin at the depot vertex and end at arbitrary vertices.
constructOutboundTours(Object) - Method in interface drasys.or.graph.vrp.ConstructI: Construct a solution with open tours that begin at the depot vertex and end at arbitrary vertices.
constructOutboundTours(Object) - Method in class drasys.or.graph.vrp.BestOf: Construct a solution with open tours that begin at the depot vertex and end at arbitrary vertices.
constructOutboundTours(Object) - Method in class drasys.or.graph.vrp.Composite: Construct a solution with open tours that begin at the depot vertex and end at arbitrary vertices.
ConstructToImproveConverter - class drasys.or.graph.tsp.ConstructToImproveConverter.: This class allows a construction algorithm to be used as an improvement algorithm.
ConstructToImproveConverter(ConstructI) - Constructor for class drasys.or.graph.tsp.ConstructToImproveConverter
ConstructToImproveConverter(ConstructI, GraphI) - Constructor for class drasys.or.graph.tsp.ConstructToImproveConverter
ContiguousMatrix - class drasys.or.matrix.ContiguousMatrix.: Abstract base class for contiguous matrices.
ContiguousMatrix - class drasys.or.matrix.complex.ContiguousMatrix.: Abstract base class for contiguous complex matrices.
ContiguousMatrix.Sub - class drasys.or.matrix.ContiguousMatrix.Sub.
ContiguousMatrix.Sub - class drasys.or.matrix.complex.ContiguousMatrix.Sub.
ContiguousMatrix.Sub(double[], int, int, int, int, int) - Constructor for class drasys.or.matrix.ContiguousMatrix.Sub
ContiguousMatrix.Sub(double[], int, int, int, int, int) - Constructor for class drasys.or.matrix.complex.ContiguousMatrix.Sub
ContiguousMatrix(double[][]) - Constructor for class drasys.or.matrix.ContiguousMatrix
ContiguousMatrix(double[][]) - Constructor for class drasys.or.matrix.complex.ContiguousMatrix
ContiguousMatrix(double[][], double[][]) - Constructor for class drasys.or.matrix.complex.ContiguousMatrix
ContiguousMatrix(int, int, int, int) - Constructor for class drasys.or.matrix.ContiguousMatrix
ContiguousMatrix(int, int, int, int) - Constructor for class drasys.or.matrix.complex.ContiguousMatrix
ContiguousMatrix(MatrixI) - Constructor for class drasys.or.matrix.ContiguousMatrix
ContiguousMatrix(MatrixI) - Constructor for class drasys.or.matrix.complex.ContiguousMatrix
ContiguousMatrix(VectorI) - Constructor for class drasys.or.matrix.ContiguousMatrix
ContiguousMatrix(VectorI) - Constructor for class drasys.or.matrix.complex.ContiguousMatrix
ContiguousMatrixI - interface drasys.or.matrix.ContiguousMatrixI.: Abstract interface to abstractly access contiguous matrices.
ContiguousMatrixI - interface drasys.or.matrix.complex.ContiguousMatrixI.: Abstract interface to abstractly access contiguous matrices.
ContiguousVector - class drasys.or.matrix.ContiguousVector.: A dense resizable vector of double values.
ContiguousVector - class drasys.or.matrix.complex.ContiguousVector.: A dense resizable vector of complex values.
ContiguousVector() - Constructor for class drasys.or.matrix.ContiguousVector: Create an empty dense vector with size zero and capacity 10.
ContiguousVector() - Constructor for class drasys.or.matrix.complex.ContiguousVector: Create an empty dense vector with size zero and capacity 10.
ContiguousVector(double[]) - Constructor for class drasys.or.matrix.ContiguousVector: Create a new dense vector and copy the contents from 'array'.
ContiguousVector(double[]) - Constructor for class drasys.or.matrix.complex.ContiguousVector: Create a new dense vector and copy the contents from 'array'.
ContiguousVector(double[], boolean) - Constructor for class drasys.or.matrix.ContiguousVector: Create a new dense vector from 'array'.
ContiguousVector(double[], boolean) - Constructor for class drasys.or.matrix.complex.ContiguousVector: Create a new dense vector from 'array'.
ContiguousVector(double[], double[]) - Constructor for class drasys.or.matrix.complex.ContiguousVector: Create a new dense vector and copy the contents from 'real' and 'imag'.
ContiguousVector(int) - Constructor for class drasys.or.matrix.ContiguousVector: Create a new dense vector with explicit size.
ContiguousVector(int) - Constructor for class drasys.or.matrix.complex.ContiguousVector: Create a new dense vector with explicit size.
ContiguousVector(int, ComplexI) - Constructor for class drasys.or.matrix.complex.ContiguousVector: Create a new dense vector with explicit size and initialized to 'fill'.
ContiguousVector(int, double) - Constructor for class drasys.or.matrix.ContiguousVector: Create a new dense vector with explicit size and initialized to 'fill'.
ContiguousVector(int, int) - Constructor for class drasys.or.matrix.ContiguousVector: Create a new dense vector with explicit size and capacity.
ContiguousVector(int, int) - Constructor for class drasys.or.matrix.complex.ContiguousVector: Create a new dense vector with explicit size and capacity.
ContiguousVector(VectorI) - Constructor for class drasys.or.matrix.ContiguousVector: Create a new dense vector copying the contents of 'vector'.
ContiguousVector(VectorI) - Constructor for class drasys.or.matrix.complex.ContiguousVector: Create a new dense vector copying the contents of 'vector'.
ContiguousVectorI - interface drasys.or.matrix.ContiguousVectorI.: Contiguous vectors.
ContiguousVectorI - interface drasys.or.matrix.complex.ContiguousVectorI.: Abstract interface to a generic contiguous vector.
ContinuousDistribution - class drasys.or.prob.ContinuousDistribution.: An abstract class shared by all continuous distributions.
ContinuousDistribution() - Constructor for class drasys.or.prob.ContinuousDistribution
ContinuousDistribution(long) - Constructor for class drasys.or.prob.ContinuousDistribution
ContinuousDistributionI - interface drasys.or.prob.ContinuousDistributionI.: The interface used by algorithms to access continuous distributions.
ConvergenceException - exception drasys.or.opt.lp.ConvergenceException.: Thrown if an algorithm doesn't converge to a solution after the maximum iterations.
ConvergenceException - exception drasys.or.mp.ConvergenceException.: Algorithm didn't converge after the maximum iteration count.
ConvergenceException() - Constructor for class drasys.or.opt.lp.ConvergenceException
ConvergenceException() - Constructor for class drasys.or.mp.ConvergenceException
ConvergenceException(String) - Constructor for class drasys.or.opt.lp.ConvergenceException
ConvergenceException(String) - Constructor for class drasys.or.mp.ConvergenceException
CoordinateSystem - class drasys.or.geom.rect2.CoordinateSystem.: The object that describes the 2D rectangular coordinate system.
CoordinateSystem - class drasys.or.geom.rect3.CoordinateSystem.: The object that describes the 3D rectangular coordinate system.
CoordinateSystem - class drasys.or.geom.geo.CoordinateSystem.: The object that describes the geographic coordinate system.
coordinateSystem() - Method in interface drasys.or.geom.RangeI: Returns the coordinate system used by the range.
coordinateSystem() - Method in class drasys.or.geom.KDTree: Returns the coordinate system that the index is using.
coordinateSystem() - Method in interface drasys.or.geom.GeomI: Returns the coordinate system used by the polygon
coordinateSystem() - Method in interface drasys.or.geom.PointIndexI: Returns the coordinate system that the index is using.
coordinateSystem() - Method in class drasys.or.geom.rect2.Rect2: Returns the 2-D coordinate system object.
coordinateSystem() - Method in class drasys.or.geom.rect3.Rect3: Returns the 3-D coordinate system object.
coordinateSystem() - Method in class drasys.or.geom.geo.Geo: Returns the geographic coordinate system.
CoordinateSystemI - interface drasys.or.geom.CoordinateSystemI.: An interface used by all algorithms to abstractly access coordinates.
copy(int, boolean[], int, int, boolean) - Static method in class drasys.or.util.Array: Sets x[i] = 'scaler' for all i
Where: i = begX + k*incX
k = 0,1,..,n-1
copy(int, boolean[], int, int, boolean[], int, int) - Static method in class drasys.or.util.Array: Sets x[i] = y[j] for all i,j
Where: i = begX + k*incX
j = begY + k*incY
k = {0,..,n-1}
copy(int, byte[], int, int, byte) - Static method in class drasys.or.util.Array: Sets x[i] = 'scaler' for all i
Where: i = begX + k*incX
k = 0,1,..,n-1
copy(int, byte[], int, int, byte[], int, int) - Static method in class drasys.or.util.Array: Sets x[i] = y[j] for all i,j
Where: i = begX + k*incX
j = begY + k*incY
k = {0,..,n-1}
copy(int, double[], int, int, ComplexI) - Static method in class drasys.or.util.ComplexArray: Sets x[i] = 'scaler' for all i
Where: i = begX + k*incX
k = 0,1,..,n-1
copy(int, double[], int, int, double) - Static method in class drasys.or.util.Array: Sets x[i] = 'scaler' for all i
Where: i = begX + k*incX
k = 0,1,..,n-1
copy(int, double[], int, int, double[], int, int) - Static method in class drasys.or.util.Array: Sets x[i] = y[j] for all i,j
Where: i = begX + k*incX
j = begY + k*incY
k = {0,..,n-1}
copy(int, double[], int, int, double[], int, int) - Static method in class drasys.or.util.ComplexArray: Sets x[i] = y[j] for all i,j
Where: i = begX + k*incX
j = begY + k*incY
k = {0,..,n-1}
copy(int, float[], int, int, ComplexI) - Static method in class drasys.or.util.ComplexArray: Sets x[i] = 'scaler' for all i
Where: i = begX + k*incX
k = 0,1,..,n-1
copy(int, float[], int, int, float) - Static method in class drasys.or.util.Array: Sets x[i] = 'scaler' for all i
Where: i = begX + k*incX
k = 0,1,..,n-1
copy(int, float[], int, int, float[], int, int) - Static method in class drasys.or.util.Array: Sets x[i] = y[j] for all i,j
Where: i = begX + k*incX
j = begY + k*incY
k = {0,..,n-1}
copy(int, float[], int, int, float[], int, int) - Static method in class drasys.or.util.ComplexArray: Sets x[i] = y[j] for all i,j
Where: i = begX + k*incX
j = begY + k*incY
k = {0,..,n-1}
copy(int, int[], int, int, int) - Static method in class drasys.or.util.Array: Sets x[i] = 'scaler' for all i
Where: i = begX + k*incX
k = 0,1,..,n-1
copy(int, int[], int, int, int[], int, int) - Static method in class drasys.or.util.Array: Sets x[i] = y[j] for all i,j
Where: i = begX + k*incX
j = begY + k*incY
k = {0,..,n-1}
copy(int, long[], int, int, long) - Static method in class drasys.or.util.Array: Sets x[i] = 'scaler' for all i
Where: i = begX + k*incX
k = 0,1,..,n-1
copy(int, long[], int, int, long[], int, int) - Static method in class drasys.or.util.Array: Sets x[i] = y[j] for all i,j
Where: i = begX + k*incX
j = begY + k*incY
k = {0,..,n-1}
copy(int, Object[], int, int, Object) - Static method in class drasys.or.util.Array: Sets x[i] = 'scaler' for all i
Where: i = begX + k*incX
k = 0,1,..,n-1
copy(int, Object[], int, int, Object[], int, int) - Static method in class drasys.or.util.Array: Sets x[i] = y[j] for all i,j
Where: i = begX + k*incX
j = begY + k*incY
k = {0,..,n-1}
copy(int, short[], int, int, short) - Static method in class drasys.or.util.Array: Sets x[i] = 'scaler' for all i
Where: i = begX + k*incX
k = 0,1,..,n-1
copy(int, short[], int, int, short[], int, int) - Static method in class drasys.or.util.Array: Sets x[i] = y[j] for all i,j
Where: i = begX + k*incX
j = begY + k*incY
k = {0,..,n-1}
copy(int, String[], int, int, String) - Static method in class drasys.or.util.Array: Sets x[i] = 'scaler' for all i
Where: i = begX + k*incX
k = 0,1,..,n-1
copy(int, String[], int, int, String[], int, int) - Static method in class drasys.or.util.Array: Sets x[i] = y[j] for all i,j
Where: i = begX + k*incX
j = begY + k*incY
k = {0,..,n-1}
copyTours(Vector[]) - Static method in class drasys.or.graph.vrp.VRPBase
cordinateSystem() - Method in class drasys.or.graph.PointGraph: Returns the coordinate system used by the graph.
CorruptedError - error drasys.or.CorruptedError.: Thrown if a data structure is found to be corrupted.
CorruptedError() - Constructor for class drasys.or.CorruptedError
CorruptedError(String) - Constructor for class drasys.or.CorruptedError
costOfType0(int, Geni.Vert) - Method in class drasys.or.graph.tsp.Geni
count(int, boolean[], int, int, boolean) - Static method in class drasys.or.util.Array: Returns the number of elements where:
low <= x[i] <= high
i = begX + k*incX
k = 0,1,..,n-1
count(int, byte[], int, int, byte, byte) - Static method in class drasys.or.util.Array: Returns the number of elements where:
low <= x[i] <= high
i = begX + k*incX
k = 0,1,..,n-1
count(int, double[], int, int, ComplexI, ComplexI) - Static method in class drasys.or.util.ComplexArray: Returns the number of elements where:
low <= x[i] <= high
i = begX + k*incX
k = 0,1,..,n-1
count(int, double[], int, int, double, double) - Static method in class drasys.or.util.Array: Returns the number of elements where:
low <= x[i] <= high
i = begX + k*incX
k = 0,1,..,n-1
count(int, float[], int, int, ComplexI, ComplexI) - Static method in class drasys.or.util.ComplexArray: Returns the number of elements where:
low <= x[i] <= high
i = begX + k*incX
k = 0,1,..,n-1
count(int, float[], int, int, float, float) - Static method in class drasys.or.util.Array: Returns the number of elements where:
low <= x[i] <= high
i = begX + k*incX
k = 0,1,..,n-1
count(int, int[], int, int, int, int) - Static method in class drasys.or.util.Array: Returns the number of elements where:
low <= x[i] <= high
i = begX + k*incX
k = 0,1,..,n-1
count(int, long[], int, int, long, long) - Static method in class drasys.or.util.Array: Returns the number of elements where:
low <= x[i] <= high
i = begX + k*incX
k = 0,1,..,n-1
count(int, Object[], int, int, Object) - Static method in class drasys.or.util.Array: Returns the number of elements where:
low <= x[i] <= high
i = begX + k*incX
k = 0,1,..,n-1
count(int, short[], int, int, short, short) - Static method in class drasys.or.util.Array: Returns the number of elements where:
low <= x[i] <= high
i = begX + k*incX
k = 0,1,..,n-1
count(int, String[], int, int, String, String) - Static method in class drasys.or.util.Array: Returns the number of elements where:
low <= x[i] <= high
i = begX + k*incX
k = 0,1,..,n-1
countVertices() - Method in class drasys.or.graph.tsp.TSPBase
CroutPivot - class drasys.or.linear.algebra.CroutPivot.: An implementation of LU decomposition using Crout's algorithm with partial pivoting.
CroutPivot() - Constructor for class drasys.or.linear.algebra.CroutPivot
CroutPivot(MatrixI) - Constructor for class drasys.or.linear.algebra.CroutPivot
cscal(int, ComplexI, float[], int, int) - Method in interface drasys.or.linear.blas.BLAS1I: Scale a vector by a constant: x = alpha * x.
cscal(int, ComplexI, float[], int, int) - Method in class drasys.or.linear.blas.SmpBLAS1: Scale a vector by a constant: x = alpha * x.
cscal(int, ComplexI, float[], int, int) - Method in class drasys.or.linear.blas.BLAS1: Scale a vector by a constant: x = alpha * x.
csscal(int, float, float[], int, int) - Method in interface drasys.or.linear.blas.BLAS1I: Scale a vector by a constant: x = alpha * x.
csscal(int, float, float[], int, int) - Method in class drasys.or.linear.blas.SmpBLAS1: Scale a vector by a constant: x = alpha * x.
csscal(int, float, float[], int, int) - Method in class drasys.or.linear.blas.BLAS1: Scale a vector by a constant: x = alpha * x.
cswap(int, float[], int, int, float[], int, int) - Method in interface drasys.or.linear.blas.BLAS1I: Interchange two vectors: x <-> y.
cswap(int, float[], int, int, float[], int, int) - Method in class drasys.or.linear.blas.SmpBLAS1: Interchange two vectors: x <-> y.
cswap(int, float[], int, int, float[], int, int) - Method in class drasys.or.linear.blas.BLAS1: Interchange two vectors: x <-> y.

D

dasum(ContiguousVectorI) - Method in class drasys.or.linear.blas.VectorBLAS1: Computes the sum of the absolute values.
dasum(int, double[], int, int) - Method in interface drasys.or.linear.blas.BLAS1I: Computes the sum of the absolute values.
dasum(int, double[], int, int) - Method in class drasys.or.linear.blas.SmpBLAS1: Computes the sum of the absolute values.
dasum(int, double[], int, int) - Method in class drasys.or.linear.blas.BLAS1: Computes the sum of the absolute values.
daxpy(double, ContiguousVectorI, ContiguousVectorI) - Method in class drasys.or.linear.blas.VectorBLAS1: Constant times a vector plus a vector.
Y = Y + a * X
daxpy(int, double, double[], int, int, double[], int, int) - Method in interface drasys.or.linear.blas.BLAS1I: Constant times a vector plus a vector: y = y + alpha * x.
daxpy(int, double, double[], int, int, double[], int, int) - Method in class drasys.or.linear.blas.SmpBLAS1: Constant times a vector plus a vector: y = y + alpha * x.
daxpy(int, double, double[], int, int, double[], int, int) - Method in class drasys.or.linear.blas.BLAS1: Constant times a vector plus a vector: y = y + alpha * x.
dcopy(ContiguousVectorI, ContiguousVectorI) - Method in class drasys.or.linear.blas.VectorBLAS1: Copies vector x to vector y.
Y = X;
dcopy(int, double[], int, int, double[], int, int) - Method in interface drasys.or.linear.blas.BLAS1I: Copies vector x to vector y: y = x.
dcopy(int, double[], int, int, double[], int, int) - Method in class drasys.or.linear.blas.SmpBLAS1: Copies vector x to vector y: y = x.
dcopy(int, double[], int, int, double[], int, int) - Method in class drasys.or.linear.blas.BLAS1: Copies vector x to vector y: y = x.
ddot(ContiguousVectorI, ContiguousVectorI) - Method in class drasys.or.linear.blas.VectorBLAS1: Computes the dot product of two vectors.
Y = X .
ddot(int, double[], int, int, double[], int, int) - Method in interface drasys.or.linear.blas.BLAS1I: Computes the dot product of two vectors: alpha = x (.) y.
ddot(int, double[], int, int, double[], int, int) - Method in class drasys.or.linear.blas.SmpBLAS1: Computes the dot product of two vectors: alpha = x (.) y.
ddot(int, double[], int, int, double[], int, int) - Method in class drasys.or.linear.blas.BLAS1: Computes the dot product of two vectors: alpha = x (.) y.
decompose(int, int, double[][], double[], double[][], double) - Method in class drasys.or.linear.algebra.QRIteration: Decompose matrix A into U, W and V matrices.
decompose(MatrixI) - Method in interface drasys.or.linear.algebra.LUDecompositionI: Decompose a matrix into lower and upper triangular matrices.
decompose(MatrixI) - Method in interface drasys.or.linear.algebra.DecompositionI: Decompose matrix into components.
decompose(MatrixI) - Method in class drasys.or.linear.algebra.CroutPivot: Decompose a matrix into lower and upper triangular matrices.
decompose(MatrixI) - Method in interface drasys.or.linear.algebra.SVDecompositionI: Decompose matrix A into U, W and V matrices.
decompose(MatrixI) - Method in class drasys.or.linear.algebra.QRIteration: Decompose matrix A into U, W and V matrices.
DecompositionI - interface drasys.or.linear.algebra.DecompositionI.: The interface used by all algorithms to access decomposition algorithms.
deleteColumnIndex() - Method in class drasys.or.matrix.CompressedRowMatrix: Delete the column index structure.
deleteRowIndex() - Method in class drasys.or.matrix.CompressedColumnMatrix: Delete the row index structure.
DenseGraph - class drasys.or.graph.DenseGraph.: A implementation of a graph that is optimized for dense edges.
DenseGraph() - Constructor for class drasys.or.graph.DenseGraph
DenseGraph(int) - Constructor for class drasys.or.graph.DenseGraph
DenseLPBase - class drasys.or.opt.lp.DenseLPBase.: The interface used by all algorithms to access linear programming models.
DenseLPBase - class drasys.or.mp.lp.DenseLPBase.: Abstract class containing common dense data structures.
DenseLPBase() - Constructor for class drasys.or.opt.lp.DenseLPBase
DenseLPBase() - Constructor for class drasys.or.mp.lp.DenseLPBase
DenseLPBase(int, int) - Constructor for class drasys.or.opt.lp.DenseLPBase
DenseMatrix - class drasys.or.matrix.DenseMatrix.: Convenience class defining a general purpose dense matrix.
DenseMatrix - class drasys.or.matrix.complex.DenseMatrix.: A convenience class defining a general purpose dense complex matrix.
DenseMatrix(double[][]) - Constructor for class drasys.or.matrix.DenseMatrix: Constructs a dense matrix with the same number of rows as 'array'.
DenseMatrix(double[][]) - Constructor for class drasys.or.matrix.complex.DenseMatrix: Constructs a dense matrix with the same number of rows as 'array'.
DenseMatrix(double[][], double) - Constructor for class drasys.or.matrix.DenseMatrix: Constructs a dense matrix with the same number of rows as 'array'.
DenseMatrix(int, int) - Constructor for class drasys.or.matrix.DenseMatrix: Constructs a dense matrix with an explicit size.
DenseMatrix(int, int) - Constructor for class drasys.or.matrix.complex.DenseMatrix: Constructs a dense matrix with an explicit size.
DenseMatrix(int, int, int, int) - Constructor for class drasys.or.matrix.DenseMatrix: Constructs a dense matrix with an explicit size and capacity.
DenseMatrix(int, int, int, int) - Constructor for class drasys.or.matrix.complex.DenseMatrix: Constructs a dense matrix with an explicit size and capacity.
DenseMatrix(MatrixI) - Constructor for class drasys.or.matrix.DenseMatrix: Constructs a dense matrix with the same number of rows and columns as 'matrix'.
DenseMatrix(MatrixI) - Constructor for class drasys.or.matrix.complex.DenseMatrix: Constructs a dense matrix with the same number of rows and columns as 'matrix'.
DenseMatrix(VectorI) - Constructor for class drasys.or.matrix.DenseMatrix: Constructs a square dense matrix with the 'vector' as the diagonal and zeros.
DenseMatrix(VectorI) - Constructor for class drasys.or.matrix.complex.DenseMatrix: Constructs a square dense matrix with the 'vector' as the diagonal and zeros.
DenseSimplex - class drasys.or.opt.lp.DenseSimplex.: An implementation of the simplex algorithm that is optimized for dense coefficients.
DenseSimplex - class drasys.or.mp.lp.DenseSimplex.: Simple simplex algorithm for dense coefficients.
DenseSimplex() - Constructor for class drasys.or.opt.lp.DenseSimplex
DenseSimplex() - Constructor for class drasys.or.mp.lp.DenseSimplex
DenseSimplex(int, int) - Constructor for class drasys.or.opt.lp.DenseSimplex
DenseSimplex(ProblemI) - Constructor for class drasys.or.mp.lp.DenseSimplex
DenseVector - class drasys.or.matrix.DenseVector.: A dense resizable vector of double values.
DenseVector - class drasys.or.matrix.complex.DenseVector.: A dense resizable vector of double values.
DenseVector() - Constructor for class drasys.or.matrix.DenseVector: Create an empty dense vector with size zero and capacity 10.
DenseVector() - Constructor for class drasys.or.matrix.complex.DenseVector: Create an empty dense vector with size zero and capacity 10.
DenseVector(double[]) - Constructor for class drasys.or.matrix.DenseVector: Create a new dense vector and copy the contents from 'array'.
DenseVector(double[]) - Constructor for class drasys.or.matrix.complex.DenseVector: Create a new dense vector and copy the contents from 'array'.
DenseVector(double[], double) - Constructor for class drasys.or.matrix.DenseVector: Create a new dense vector and copy the contents from 'array'.
DenseVector(double[], double[]) - Constructor for class drasys.or.matrix.complex.DenseVector: Create a new dense vector and copy the contents from 'real' and 'imag'.
DenseVector(int) - Constructor for class drasys.or.matrix.DenseVector: Create a new dense vector with explicit size.
DenseVector(int) - Constructor for class drasys.or.matrix.complex.DenseVector: Create a new dense vector with explicit size.
DenseVector(int, ComplexI) - Constructor for class drasys.or.matrix.complex.DenseVector: Create a new dense vector with explicit size and initialized to 'fill'.
DenseVector(int, double) - Constructor for class drasys.or.matrix.DenseVector: Create a new dense vector with explicit size and initialized to 'fill'.
DenseVector(int, int) - Constructor for class drasys.or.matrix.DenseVector: Create a new dense vector with explicit size and capacity.
DenseVector(int, int) - Constructor for class drasys.or.matrix.complex.DenseVector: Create a new dense vector with explicit size and capacity.
DenseVector(VectorI) - Constructor for class drasys.or.matrix.DenseVector: Create a new dense vector copying the contents of 'vector'.
DenseVector(VectorI) - Constructor for class drasys.or.matrix.complex.DenseVector: Create a new dense vector copying the contents of 'vector'.
dgemm(boolean, boolean, double, ContiguousMatrixI, ContiguousMatrixI, double, ContiguousMatrixI) - Method in class drasys.or.linear.blas.MatrixBLAS3: Computes: C = alpha*A*B + beta*C.
dgemm(int, int, int, double, double[], int, int, int, double[], int, int, int, double, double[], int, int, int) - Method in interface drasys.or.linear.blas.BLAS3I: Computes: C = alpha*A*B + beta*C.
dgemm(int, int, int, double, double[], int, int, int, double[], int, int, int, double, double[], int, int, int) - Method in class drasys.or.linear.blas.SmpBLAS3: Computes: C = alpha*A*B + beta*C.
dgemm(int, int, int, double, double[], int, int, int, double[], int, int, int, double, double[], int, int, int) - Method in class drasys.or.linear.blas.BLAS3: Computes: C = alpha*A*B + beta*C.
dgemv(boolean, double, ContiguousMatrixI, ContiguousVectorI, double, ContiguousVectorI) - Method in class drasys.or.linear.blas.MatrixBLAS2: Computes y = alpha*A*x + beta*y if transpose is 'false'.
dgemv(int, int, double, double[], int, int, int, double[], int, int, double, double[], int, int) - Method in class drasys.or.linear.blas.SmpBLAS2: Computes: y = alpha*A*x + beta*y.
dgemv(int, int, double, double[], int, int, int, double[], int, int, double, double[], int, int) - Method in interface drasys.or.linear.blas.BLAS2I: Computes: y = alpha*A*x + beta*y.
dgemv(int, int, double, double[], int, int, int, double[], int, int, double, double[], int, int) - Method in class drasys.or.linear.blas.BLAS2: Computes: y = alpha*A*x + beta*y.
dger(double, ContiguousVectorI, ContiguousVectorI, ContiguousMatrixI) - Method in class drasys.or.linear.blas.MatrixBLAS2: Computes A = alpha*x*y' + A
dger(int, int, double, double[], int, int, double[], int, int, double[], int, int, int) - Method in class drasys.or.linear.blas.SmpBLAS2: Computes: A = alpha*x*y' + A.
dger(int, int, double, double[], int, int, double[], int, int, double[], int, int, int) - Method in interface drasys.or.linear.blas.BLAS2I: Computes: A = alpha*x*y' + A.
dger(int, int, double, double[], int, int, double[], int, int, double[], int, int, int) - Method in class drasys.or.linear.blas.BLAS2: Computes: A = alpha*x*y' + A.
diagonalVector() - Method in class drasys.or.matrix.ContiguousMatrix: Returns a reference to the diagonal.
diagonalVector() - Method in interface drasys.or.matrix.ContiguousMatrixI: Returns a reference to the diagonal vector.
diagonalVector() - Method in class drasys.or.matrix.ContiguousMatrix.Sub: Returns a reference to the diagonal.
diagonalVector() - Method in class drasys.or.matrix.complex.ContiguousMatrix: Returns a reference to the diagonal.
diagonalVector() - Method in interface drasys.or.matrix.complex.ContiguousMatrixI: Returns a reference to the diagonal vector.
diagonalVector() - Method in class drasys.or.matrix.complex.ContiguousMatrix.Sub: Returns a reference to the diagonal.
Dijkstra - class drasys.or.graph.sp.Dijkstra.: A single vertex shortest path implementation using Dijkstra's algorithm.
Dijkstra(GraphI) - Constructor for class drasys.or.graph.sp.Dijkstra: A constructor that sets the target graph.
Dijkstra(GraphI, PriorityQueueI) - Constructor for class drasys.or.graph.sp.Dijkstra: A constructor that sets the target graph and the 'PriorityQueueI' used by the algorithm.
dimensionName(int) - Method in interface drasys.or.geom.CoordinateSystemI: Returns dimension names by ordinality.
dimensionName(int) - Method in class drasys.or.geom.rect2.CoordinateSystem: Returns dimension names by ordinality.
dimensionName(int) - Method in class drasys.or.geom.rect3.CoordinateSystem: Returns dimension names by ordinality.
dimensionName(int) - Method in class drasys.or.geom.geo.CoordinateSystem: Returns the name of the dimension.
directionTo(PointI) - Method in interface drasys.or.geom.rect2.PointI: Returns the direction to the argument.
directionTo(PointI) - Method in class drasys.or.geom.rect2.Point: Returns the direction to the argument.
directionTo(PointI) - Method in class drasys.or.geom.rect3.Point: Returns the direction to the argument.
directionTo(PointI) - Method in interface drasys.or.geom.rect3.PointI: Returns the direction to the argument.
directionTo(PointI) - Method in interface drasys.or.geom.geo.PointI: Returns the direction to the argument.
directionTo(PointI) - Method in class drasys.or.geom.geo.Point: Returns the direction to the argument.
DiscreteDistribution - class drasys.or.prob.DiscreteDistribution.: An abstract class shared by all discrete distributions.
DiscreteDistribution() - Constructor for class drasys.or.prob.DiscreteDistribution
DiscreteDistribution(long) - Constructor for class drasys.or.prob.DiscreteDistribution
DiscreteDistributionI - interface drasys.or.prob.DiscreteDistributionI.: The interface used by algorithms to access discrete distributions.
DiscreteUniformDistribution - class drasys.or.prob.DiscreteUniformDistribution.: An implementation of the discrete uniform probability distribution.
DiscreteUniformDistribution(int, int, int) - Constructor for class drasys.or.prob.DiscreteUniformDistribution
DiscreteUniformDistribution(int, int, int, long) - Constructor for class drasys.or.prob.DiscreteUniformDistribution
distanceProxyTo(PointI) - Method in class drasys.or.geom.rect2.Polygon: Returns an easily computable proxy that can be used to compare the distance from the polygon border to the point argument.
distanceProxyTo(PointI) - Method in class drasys.or.geom.rect2.Range: Returns the distance proxy from the range boundary to a point.
distanceProxyTo(PointI) - Method in class drasys.or.geom.rect2.Point: Returns an easily computable proxy that can be used to compare the distance from this point to the argument point.
distanceProxyTo(PointI) - Method in interface drasys.or.geom.rect2.Rect2I
distanceProxyTo(PointI) - Method in class drasys.or.geom.rect2.LineSegment: Returns an easily computable proxy that can be used to compare the distance from this line segment to the point argument.
distanceProxyTo(PointI) - Method in interface drasys.or.geom.rect3.Rect3I
distanceProxyTo(PointI) - Method in class drasys.or.geom.rect3.Point: Returns an easily computable proxy that can be used to compare the distance between two points.
distanceProxyTo(PointI) - Method in class drasys.or.geom.rect3.LineSegment: Returns an easily computable proxy that can be used to compare the distance from this line segment to the point argument.
distanceProxyTo(PointI) - Method in class drasys.or.geom.rect3.Range: Returns the distance proxy from the range boundary to a point.
distanceProxyTo(PointI) - Method in interface drasys.or.geom.geo.GeoI: Returns an easily computable proxy that can be used to compare the distance from this point to the argument point.
distanceProxyTo(PointI) - Method in interface drasys.or.geom.geo.PointI: Returns an easily computable proxy that can be used to compare the distance from this point to the argument point.
distanceProxyTo(PointI) - Method in class drasys.or.geom.geo.Point: Returns an easily computable proxy that can be used to compare the distance from this point to the argument point.
distanceProxyTo(PointI) - Method in class drasys.or.geom.geo.Range: Returns the distance proxy from the range boundary to a point.
distanceTo(PointI) - Method in class drasys.or.geom.rect2.Polygon: Returns the distance from the polygon border to the point argument.
distanceTo(PointI) - Method in class drasys.or.geom.rect2.Range: Returns the distance from the range boundary to a point.
distanceTo(PointI) - Method in class drasys.or.geom.rect2.Point: Returns the distance from this point to the argument point.
distanceTo(PointI) - Method in interface drasys.or.geom.rect2.Rect2I
distanceTo(PointI) - Method in class drasys.or.geom.rect2.LineSegment: Returns the distance from this line segment to the point argument.
distanceTo(PointI) - Method in interface drasys.or.geom.rect3.Rect3I
distanceTo(PointI) - Method in class drasys.or.geom.rect3.Point
distanceTo(PointI) - Method in class drasys.or.geom.rect3.LineSegment: Returns the distance from this line segment to the point argument.
distanceTo(PointI) - Method in class drasys.or.geom.rect3.Range: Returns the distance from the range boundary to a point.
distanceTo(PointI) - Method in interface drasys.or.geom.geo.GeoI: Returns the great circle distance in the units of the ellipsoid.
distanceTo(PointI) - Method in interface drasys.or.geom.geo.PointI: Returns the great circle distance in the units of the ellipsoid.
distanceTo(PointI) - Method in class drasys.or.geom.geo.Point: Returns the great circle distance in the units of the ellipsoid.
distanceTo(PointI) - Method in class drasys.or.geom.geo.Range: Returns the distance from the range boundary to a point.
Distribution - class drasys.or.prob.Distribution.: An abstract class shared by all distributions.
Distribution() - Constructor for class drasys.or.prob.Distribution: The default random number generator is 'BaysDurhamShuffle'.
Distribution(long) - Constructor for class drasys.or.prob.Distribution: The random number generator is 'BaysDurhamShuffle' which is initialized to seed.
DistributionI - interface drasys.or.prob.DistributionI.: The interface used by algorithms to access all distributions.
divide(ComplexI) - Method in class drasys.or.Complex: Compute: this = this / a;
divide(ComplexI, ComplexI) - Static method in class drasys.or.Complex: Compute: result = a / b;
divide(ComplexI, ComplexI, Complex) - Static method in class drasys.or.Complex: Compute: result = a / b;
divide(double) - Method in class drasys.or.Complex: Compute: this = this / (r,0);
divide(double, double) - Method in class drasys.or.Complex: Compute: this = this / (r,i);
divide(double, double, double, double, Complex) - Static method in class drasys.or.Complex: Compute: result = (r1,i1) / (r2,i2);
dnrm2(ContiguousVectorI) - Method in class drasys.or.linear.blas.VectorBLAS1: Computes the euclidean norm of the vector.
dnrm2(int, double[], int, int) - Method in interface drasys.or.linear.blas.BLAS1I: Computes the euclidean norm of the vector: sqrt(sum(xi^2))
dnrm2(int, double[], int, int) - Method in class drasys.or.linear.blas.SmpBLAS1: Computes the euclidean norm of the vector: sqrt(sum(xi^2))
dnrm2(int, double[], int, int) - Method in class drasys.or.linear.blas.BLAS1: Computes the euclidean norm of the vector: sqrt(sum(xi^2))
DoubleI - interface drasys.or.DoubleI.: An interface to an object that has a double value.
doubleValue() - Method in class drasys.or.Real: Return the double value of this Real object;
doubleValue() - Method in interface drasys.or.DoubleI: Return the double value;
doubleValue() - Method in interface drasys.or.RealI: Return the double value of this real;
drasys.or - package drasys.or: Basic OR-Objects classes.
drasys.or.alg - package drasys.or.alg: Common algorithms.
drasys.or.cont - package drasys.or.cont: Container objects
drasys.or.geom - package drasys.or.geom: Basic geometric classes.
drasys.or.geom.geo - package drasys.or.geom.geo: Geographic coordinate system.
drasys.or.geom.geo.proj - package drasys.or.geom.geo.proj: Projections from the 'geo' coordinate system to 'rect2'.
drasys.or.geom.rect2 - package drasys.or.geom.rect2: Two dimensional rectangular coordinate system.
drasys.or.geom.rect3 - package drasys.or.geom.rect3: Three dimensional rectangular coordinate system.
drasys.or.graph - package drasys.or.graph: Basic graph classes.
drasys.or.graph.color - package drasys.or.graph.color: Graph coloring algorithms.
drasys.or.graph.sp - package drasys.or.graph.sp: Shortest path algorithms.
drasys.or.graph.tsp - package drasys.or.graph.tsp: Traveling salesman problem algorithms.
drasys.or.graph.tw - package drasys.or.graph.tw: Time Windows.
drasys.or.graph.vrp - package drasys.or.graph.vrp: Vehicle routing problem algorithms.
drasys.or.linear - package drasys.or.linear: Parent package for linear packages.
drasys.or.linear.algebra - package drasys.or.linear.algebra: Linear algebra algorithms.
drasys.or.linear.blas - package drasys.or.linear.blas: Basic Linear Algebra Subroutines (BLAS 1,2,3).
drasys.or.matrix - package drasys.or.matrix: Double matrix and vector classes.
drasys.or.matrix.complex - package drasys.or.matrix.complex: Complex Matrix and Vector classes
drasys.or.mp - package drasys.or.mp: Basic mathematical programming classes.
drasys.or.mp.lp - package drasys.or.mp.lp: Linear Programming Algorithms.
drasys.or.mp.util - package drasys.or.mp.util: Mathematical programming I/O.
drasys.or.nonlinear - package drasys.or.nonlinear: Nonlinear algorithms.
drasys.or.opt - package drasys.or.opt: Parent package for optimization packages.
drasys.or.opt.lp - package drasys.or.opt.lp: Dense simplex algorithm (depreciated).
drasys.or.prob - package drasys.or.prob: Probability distributions and random number generators.
drasys.or.stat - package drasys.or.stat: Statistics classes (Professional Edition)
drasys.or.stat.model - package drasys.or.stat.model: Regression/General Linear Model (Professional Edition)
drasys.or.util - package drasys.or.util: Utility classes.
drot(ContiguousVectorI, ContiguousVectorI, double, double) - Method in class drasys.or.linear.blas.VectorBLAS1: Applies a plane rotation.
drot(int, double[], int, int, double[], int, int, double, double) - Method in interface drasys.or.linear.blas.BLAS1I: Applies a plane rotation: x = cos*x + sin*y & y = cos*y + sin*x
drot(int, double[], int, int, double[], int, int, double, double) - Method in class drasys.or.linear.blas.SmpBLAS1: Applies a plane rotation: x = cos*x + sin*y & y = cos*y + sin*x
drot(int, double[], int, int, double[], int, int, double, double) - Method in class drasys.or.linear.blas.BLAS1: Applies a plane rotation: x = cos*x + sin*y & y = cos*y + sin*x
drotg(Real, Real, Real, Real) - Method in interface drasys.or.linear.blas.BLAS1I: Generates the parmseters cos and sin for a plane rotation.
drotg(Real, Real, Real, Real) - Method in class drasys.or.linear.blas.SmpBLAS1: Generates the parmseters cos and sin for a plane rotation.
drotg(Real, Real, Real, Real) - Method in class drasys.or.linear.blas.BLAS1: Generates the parmseters cos and sin for a plane rotation.
dscal(double, ContiguousVectorI) - Method in class drasys.or.linear.blas.VectorBLAS1: Scale a vector by a constant.
X = a * X
dscal(int, double, double[], int, int) - Method in interface drasys.or.linear.blas.BLAS1I: Scale a vector by a constant: x = alpha * x.
dscal(int, double, double[], int, int) - Method in class drasys.or.linear.blas.SmpBLAS1: Scale a vector by a constant: x = alpha * x.
dscal(int, double, double[], int, int) - Method in class drasys.or.linear.blas.BLAS1: Scale a vector by a constant: x = alpha * x.
dsdot(int, float[], int, int, float[], int, int) - Method in interface drasys.or.linear.blas.BLAS1I: Computes the sum of the absolute values.
dsdot(int, float[], int, int, float[], int, int) - Method in class drasys.or.linear.blas.SmpBLAS1: Computes the dot product of two vectors: alpha = x (.) y.
dsdot(int, float[], int, int, float[], int, int) - Method in class drasys.or.linear.blas.BLAS1: Computes the dot product of two vectors: alpha = x (.) y.
dswap(ContiguousVectorI, ContiguousVectorI) - Method in class drasys.or.linear.blas.VectorBLAS1: Interchange two vectors.
X <-> Y
dswap(int, double[], int, int, double[], int, int) - Method in interface drasys.or.linear.blas.BLAS1I: Interchange two vectors: x <-> y.
dswap(int, double[], int, int, double[], int, int) - Method in class drasys.or.linear.blas.SmpBLAS1: Interchange two vectors: x <-> y.
dswap(int, double[], int, int, double[], int, int) - Method in class drasys.or.linear.blas.BLAS1: Interchange two vectors: x <-> y.
DuplicateEdgeException - exception drasys.or.graph.DuplicateEdgeException.: The parent of all exceptions in the 'graph' package.
DuplicateEdgeException() - Constructor for class drasys.or.graph.DuplicateEdgeException
DuplicateEdgeException(String) - Constructor for class drasys.or.graph.DuplicateEdgeException
DuplicateException - exception drasys.or.mp.DuplicateException.: Attempting to add an existing item.
DuplicateException() - Constructor for class drasys.or.mp.DuplicateException
DuplicateException(String) - Constructor for class drasys.or.mp.DuplicateException
DuplicateVertexException - exception drasys.or.graph.DuplicateVertexException.: The parent of all exceptions in the 'graph' package.
DuplicateVertexException() - Constructor for class drasys.or.graph.DuplicateVertexException
DuplicateVertexException(String) - Constructor for class drasys.or.graph.DuplicateVertexException
dzasum(int, double[], int, int) - Method in interface drasys.or.linear.blas.BLAS1I: Computes the sum of the absolute values.
dzasum(int, double[], int, int) - Method in class drasys.or.linear.blas.SmpBLAS1: Computes the sum of the absolute values.
dzasum(int, double[], int, int) - Method in class drasys.or.linear.blas.BLAS1: Computes the sum of the absolute values.
dznrm2(int, double[], int, int) - Method in interface drasys.or.linear.blas.BLAS1I: Computes the euclidean norm of the vector: sqrt(sum(xi^2))
dznrm2(int, double[], int, int) - Method in class drasys.or.linear.blas.SmpBLAS1: Computes the euclidean norm of the vector: sqrt(sum(xi^2))
dznrm2(int, double[], int, int) - Method in class drasys.or.linear.blas.BLAS1: Computes the euclidean norm of the vector: sqrt(sum(xi^2))

E

e - Static variable in class drasys.or.Constants
earthEquatorialRadiusKilometers - Static variable in class drasys.or.Constants
earthMeanRadiusKilometers - Static variable in class drasys.or.Constants
earthPolarRadiusKilometers - Static variable in class drasys.or.Constants
east() - Method in interface drasys.or.geom.geo.RangeI: Returns the longitude of the east boundary for the range.
east() - Method in class drasys.or.geom.geo.Range: Returns the longitude of the east boundary for the range.
EdgeBase - class drasys.or.graph.EdgeBase.: A common base for edges containing common attributes.
EdgeI - interface drasys.or.graph.EdgeI.: The interface used by all algorithms to access edge features.
EdgeNotFoundException - exception drasys.or.graph.EdgeNotFoundException.: Thrown if an edge can not be found in the graph.
EdgeNotFoundException() - Constructor for class drasys.or.graph.EdgeNotFoundException
EdgeNotFoundException(String) - Constructor for class drasys.or.graph.EdgeNotFoundException
EdgePropertiesI - interface drasys.or.graph.EdgePropertiesI.: The interface used to obtain edge properties.
edges() - Method in class drasys.or.graph.Graph: Creates an enumeration on the edges of the graph.
edges() - Method in interface drasys.or.graph.GraphI: Creates an enumeration on the edges of the graph.
EdgeValue - class drasys.or.graph.EdgeValue.: A object which can hold generic edge values.
EdgeValue() - Constructor for class drasys.or.graph.EdgeValue
EdgeValue(double, double, double) - Constructor for class drasys.or.graph.EdgeValue: Constructs a new edge value object with explicit values.
EdgeValue(EdgeValueI) - Constructor for class drasys.or.graph.EdgeValue: Constructs a new edge value object with explicit values.
EdgeValueI - interface drasys.or.graph.EdgeValueI.: The interface used by all algorithms to access edge features.
EditI - interface drasys.or.graph.EditI.: An interface implemented by graphs that can add and remove both vertices and edges.
elementAt(int) - Method in class drasys.or.cont.BinaryHeap
elementAt(int) - Method in class drasys.or.cont.IndexedVector
elementAt(int) - Method in class drasys.or.matrix.ContiguousVector: Returns an element's value by its index.
elementAt(int) - Method in class drasys.or.matrix.SparseVector: Gets an element's value from the vector.
elementAt(int) - Method in interface drasys.or.matrix.VectorI: Gets the value of an element by its index.
elementAt(int) - Method in interface drasys.or.matrix.complex.VectorI: Gets the value of an element by its index.
elementAt(int) - Method in class drasys.or.matrix.complex.ContiguousVector: Returns an element's value by its index.
elementAt(int, Complex) - Method in interface drasys.or.matrix.complex.VectorI: Gets the value of an element by its index.
elementAt(int, Complex) - Method in class drasys.or.matrix.complex.ContiguousVector: Returns an element's value by its index.
elementAt(int, int) - Method in class drasys.or.matrix.RowMajorMatrix: Returns the value of an element by its row and column index.
elementAt(int, int) - Method in class drasys.or.matrix.FunctionMatrix: Gets the value of the element at 'row' and 'column' by calling 'functionElementAt' after checking the validity of the indices.
elementAt(int, int) - Method in class drasys.or.matrix.ColumnMajorMatrix: Returns the value of an element by its row and column index.
elementAt(int, int) - Method in class drasys.or.matrix.CompressedRowMatrix: Gets an element's value from the matrix.
elementAt(int, int) - Method in class drasys.or.matrix.SparseMatrix: Gets an element's value from the matrix.
elementAt(int, int) - Method in class drasys.or.matrix.RowArrayMatrix: Gets an element's value from the matrix.
elementAt(int, int) - Method in class drasys.or.matrix.ColumnArrayMatrix: Gets an element's value from the matrix.
elementAt(int, int) - Method in interface drasys.or.matrix.MatrixI: Gets the value of an element by its row and column index.
elementAt(int, int) - Method in class drasys.or.matrix.ContiguousMatrix.Sub: Returns the value of an element by its row and column index.
elementAt(int, int) - Method in class drasys.or.matrix.CompressedColumnMatrix: Gets an element's value from the matrix.
elementAt(int, int) - Method in class drasys.or.matrix.complex.RowMajorMatrix: Returns the value of an element by its row and column index.
elementAt(int, int) - Method in class drasys.or.matrix.complex.ColumnMajorMatrix: Returns the value of an element by its row and column index.
elementAt(int, int) - Method in interface drasys.or.matrix.complex.MatrixI: Gets the value of an element by its row and column index.
elementAt(int, int) - Method in class drasys.or.matrix.complex.ContiguousMatrix.Sub: Returns the value of an element by its row and column index.
elementAt(int, int, Complex) - Method in class drasys.or.matrix.complex.RowMajorMatrix: Returns the value of an element by its row and column index.
elementAt(int, int, Complex) - Method in class drasys.or.matrix.complex.ColumnMajorMatrix: Returns the value of an element by its row and column index.
elementAt(int, int, Complex) - Method in interface drasys.or.matrix.complex.MatrixI: Gets the value of an element by its row and column index.
elementAt(int, int, Complex) - Method in class drasys.or.matrix.complex.ContiguousMatrix.Sub: Returns the value of an element by its row and column index.
ElementI - interface drasys.or.graph.ElementI.: The interface used by all algorithms to access graph elements.
elements() - Method in interface drasys.or.cont.PriorityQueueI: Get an enumerator to access all the elements in random order.
elements() - Method in class drasys.or.cont.BinaryHeap
elements() - Method in class drasys.or.cont.OrderedSet
elements() - Method in class drasys.or.cont.BinomialHeap
elements() - Method in class drasys.or.matrix.Matrix: Returns an enumeration of the non-null elements in the matrix.
elements() - Method in class drasys.or.matrix.ContiguousMatrix: Returns an enumeration of the non-null elements in the matrix.
elements() - Method in class drasys.or.matrix.ContiguousVector: Returns an enumeration of the elements in the matrix.
elements() - Method in class drasys.or.matrix.CompressedRowMatrix: Returns an enumeration of the non-null elements in the matrix.
elements() - Method in class drasys.or.matrix.SparseVector: Returns an enumeration of the non-null elements in the vector.
elements() - Method in interface drasys.or.matrix.VectorI: Returns an enumeration of the non-null elements in the vector.
elements() - Method in class drasys.or.matrix.SparseMatrix: Returns an enumeration of the non-null elements in the matrix.
elements() - Method in class drasys.or.matrix.RowArrayMatrix: Returns an enumeration of the non-null elements in the matrix.
elements() - Method in class drasys.or.matrix.ColumnArrayMatrix: Returns an enumeration of the non-null elements in the matrix.
elements() - Method in interface drasys.or.matrix.MatrixI: Returns an enumeration of the non-null elements in the matrix.
elements() - Method in class drasys.or.matrix.ContiguousMatrix.Sub: Returns an enumeration of the non-null elements in the matrix.
elements() - Method in class drasys.or.matrix.CompressedColumnMatrix: Returns an enumeration of the non-null elements in the matrix.
elements() - Method in class drasys.or.matrix.complex.RowMajorMatrix: Returns an enumeration of the non-null elements in the matrix.
elements() - Method in interface drasys.or.matrix.complex.VectorI: Returns an enumeration of the non-null elements in the vector.
elements() - Method in class drasys.or.matrix.complex.ColumnMajorMatrix: Returns an enumeration of the non-null elements in the matrix.
elements() - Method in class drasys.or.matrix.complex.ContiguousVector: Returns an enumeration of the elements in the matrix.
elements() - Method in interface drasys.or.matrix.complex.MatrixI: Returns an enumeration of the non-null elements in the matrix.
elements() - Method in class drasys.or.matrix.complex.ContiguousMatrix.Sub: Returns an enumeration of the non-null elements in the matrix.
elements() - Method in class drasys.or.geom.KDTree: Returns an enumeration to access all the elements in random order.
elements() - Method in interface drasys.or.geom.PointIndexI: Returns an enumeration to access all of the elements in random order.
Ellipsoid - class drasys.or.geom.geo.Ellipsoid.: An implementation of an elipsoid.
ellipsoid() - Method in interface drasys.or.geom.geo.GeoI: Returns the default ellipsoid.
ellipsoid() - Method in class drasys.or.geom.geo.Geo: Returns the default ellipsoid.
Ellipsoid(String, double, double) - Constructor for class drasys.or.geom.geo.Ellipsoid: Construct a custom ellipsoid.
EllipsoidI - interface drasys.or.geom.geo.EllipsoidI.: An interface used to abstractly access ellipsoids.
EmpiricalDistribution - class drasys.or.prob.EmpiricalDistribution.: An implementation of a discrete probability distribution where each probability is specified individually.
EmpiricalDistribution(int[], VectorI) - Constructor for class drasys.or.prob.EmpiricalDistribution
EmpiricalDistribution(int[], VectorI, long) - Constructor for class drasys.or.prob.EmpiricalDistribution
endPathTree(int) - Method in class drasys.or.graph.sp.SingleVertexListenerAdapter: Called after each path tree generation.
endPathTree(int) - Method in interface drasys.or.graph.sp.SingleVertexListenerI: Called after each path tree generation.
ensureCapacity(int) - Method in interface drasys.or.cont.PriorityQueueI: Ensure that the queue can hold this many elements.
ensureCapacity(int) - Method in class drasys.or.cont.BinaryHeap: Ensure that the queue can hold this many elements.
ensureCapacity(int) - Method in class drasys.or.cont.IndexedVector
ensureCapacity(int) - Method in class drasys.or.cont.BinomialHeap: This is not needed with this queue and has no effect.
ensureCapacity(int, int) - Method in class drasys.or.opt.lp.DenseLPBase: Ensures the algorithm has room to hold this many rows.
ensureCapacity(int, int) - Method in interface drasys.or.opt.lp.LinearProgrammingI: Ensures the algorithm has room to hold this many rows and columns.
ensureEdgeCapacity(int) - Method in interface drasys.or.graph.AddEdgeI: Ensures that the graph can efficiently hold this many edges.
ensureEdgeCapacity(int) - Method in class drasys.or.graph.SparseGraph: Increases the capacity of the graph if needed to ensure it can efficiently hold this many edges.
ensureEdgeCapacity(int) - Method in class drasys.or.graph.DenseGraph: Increases the capacity of the graph if needed to ensure it can efficiently hold this many edges.
ensureVertexCapacity(int) - Method in class drasys.or.graph.BaseGraph: Increases the capacity of the graph if needed to ensure it can efficiently hold this many vertices.
ensureVertexCapacity(int) - Method in interface drasys.or.graph.AddVertexI: Ensures that the graph can efficiently hold this many vertices.
EQUAL - Static variable in interface drasys.or.CompareI: Return value that indicates 'a' is equal to 'b'.
EQUAL - Static variable in interface drasys.or.opt.lp.LinearProgrammingI: Indicates an equality constraint: '=='
EQUAL - Static variable in interface drasys.or.mp.ConstraintI: The row must be equal to the right hand side.
equals(Complex, Complex) - Method in class drasys.or.matrix.complex.ComplexContainer: Returns true if two complex scalers are equal to within epsilon.
equals(ComplexI) - Method in class drasys.or.Complex: returns 'true' if this is equal to 'a'.
equals(ComplexI, ComplexI) - Method in class drasys.or.matrix.complex.ComplexContainer: Returns true if two complex scalers are equal to within epsilon.
equals(ComplexI, ComplexI) - Method in interface drasys.or.matrix.complex.ComplexContainerI: Returns true if two complex scalers are equal to within epsilon.
equals(ComplexI, ComplexI, double) - Static method in class drasys.or.Complex: returns 'true' if a is equal to b to within 'epsilon'.
equals(ComplexI, double) - Method in class drasys.or.Complex: returns 'true' if this is equal to 'a' to within 'epsilon'.
equals(double, double) - Method in class drasys.or.Complex: returns 'true' if this is equal to (r,i).
equals(double, double) - Method in class drasys.or.matrix.RealContainer: Returns true if two scalers are equal to within the equality fuzz.
equals(double, double) - Method in interface drasys.or.matrix.RealContainerI: Returns true if two scalers are equal to within epsilon.
equals(double, double) - Method in interface drasys.or.geom.CoordinateSystemI: Returns true if the arguments are equal to with in the accuracy of the coordinate system.
equals(double, double) - Method in class drasys.or.geom.rect2.CoordinateSystem: Returns true if the arguments are equal to with in the accuracy of the coordinate system.
equals(double, double) - Method in class drasys.or.geom.rect3.CoordinateSystem: Returns true if the arguments are equal to with in the accuracy of the coordinate system.
equals(double, double) - Method in class drasys.or.geom.geo.CoordinateSystem: Returns true if the arguments are equal to with in the accuracy of the coordinate system.
equals(double, double, double) - Method in class drasys.or.Complex: returns 'true' if this is equal to (r,i) to within 'epsilon'.
equals(double, double, double, double, double) - Static method in class drasys.or.Complex: returns 'true' if (r1,i1) is equal to (r2,i2) to within 'epsilon'.
equals(int, boolean[], int, int, boolean[], int, int) - Static method in class drasys.or.util.Array: Returns true if abs(x[i]-y[j]) <= epsilon for all i,j
Where: i = begX + k*incX
j = begY + k*incY
k = 0,1,..,n-1
equals(int, byte[], int, int, byte[], int, int) - Static method in class drasys.or.util.Array: Returns true if abs(x[i]-y[j]) <= epsilon for all i,j
Where: i = begX + k*incX
j = begY + k*incY
k = 0,1,..,n-1
equals(int, double[], int, int, double[], int, int, double) - Static method in class drasys.or.util.Array: Returns true if abs(x[i]-y[j]) <= epsilon for all i,j
Where: i = begX + k*incX
j = begY + k*incY
k = 0,1,..,n-1
equals(int, double[], int, int, double[], int, int, double) - Static method in class drasys.or.util.ComplexArray: Returns true if abs(x[i]-y[j]) <= epsilon for all i,j
Where: i = begX + k*incX
j = begY + k*incY
k = 0,1,..,n-1
equals(int, float[], int, int, float[], int, int, float) - Static method in class drasys.or.util.Array: Returns true if abs(x[i]-y[j]) <= epsilon for all i,j
Where: i = begX + k*incX
j = begY + k*incY
k = 0,1,..,n-1
equals(int, float[], int, int, float[], int, int, float) - Static method in class drasys.or.util.ComplexArray: Returns true if abs(x[i]-y[j]) <= epsilon for all i,j
Where: i = begX + k*incX
j = begY + k*incY
k = 0,1,..,n-1
equals(int, int[], int, int, int[], int, int) - Static method in class drasys.or.util.Array: Returns true if abs(x[i]-y[j]) <= epsilon for all i,j
Where: i = begX + k*incX
j = begY + k*incY
k = 0,1,..,n-1
equals(int, long[], int, int, long[], int, int) - Static method in class drasys.or.util.Array: Returns true if abs(x[i]-y[j]) <= epsilon for all i,j
Where: i = begX + k*incX
j = begY + k*incY
k = 0,1,..,n-1
equals(int, Object[], int, int, Object[], int, int) - Static method in class drasys.or.util.Array: Returns true if abs(x[i]-y[j]) <= epsilon for all i,j
Where: i = begX + k*incX
j = begY + k*incY
k = 0,1,..,n-1
equals(int, short[], int, int, short[], int, int) - Static method in class drasys.or.util.Array: Returns true if abs(x[i]-y[j]) <= epsilon for all i,j
Where: i = begX + k*incX
j = begY + k*incY
k = 0,1,..,n-1
equals(int, String[], int, int, String[], int, int) - Static method in class drasys.or.util.Array: Returns true if abs(x[i]-y[j]) <= epsilon for all i,j
Where: i = begX + k*incX
j = begY + k*incY
k = 0,1,..,n-1
equals(MatrixI) - Method in class drasys.or.matrix.Matrix: Returns true if the matrices are numerically equal.
equals(MatrixI) - Method in interface drasys.or.matrix.MatrixI: Returns true if the matrices are numerically equal.
equals(MatrixI) - Method in class drasys.or.matrix.complex.Matrix: Returns true if the matrices are numerically equal.
equals(MatrixI) - Method in interface drasys.or.matrix.complex.MatrixI: Returns true if the matrices are numerically equal.
equals(Object) - Method in class drasys.or.Real: returns 'true' this is equal to 'o'.
equals(Object) - Method in class drasys.or.Complex: returns 'true' this is equal to 'o'.
equals(Object) - Method in class drasys.or.Pair
equals(Object) - Method in class drasys.or.prob.GammaDistribution
equals(Object) - Method in class drasys.or.prob.PoissonDistributionBase
equals(Object) - Method in class drasys.or.prob.DiscreteUniformDistribution
equals(Object) - Method in class drasys.or.prob.EmpiricalDistribution
equals(Object) - Method in class drasys.or.prob.BinomialDistributionBase
equals(Object) - Method in class drasys.or.prob.UniformDistribution
equals(Object) - Method in class drasys.or.prob.NormalDistribution
equals(Object) - Method in class drasys.or.prob.FDistribution
equals(Object) - Method in class drasys.or.prob.ChiSquareDistribution
equals(Object) - Method in class drasys.or.prob.StudentsTDistribution
equals(Object) - Method in class drasys.or.prob.ExponentialDistribution
equals(Object) - Method in class drasys.or.graph.Graph: Two graphs are equal if they have exacty the same elements.
equals(Object) - Method in class drasys.or.matrix.Matrix
equals(Object) - Method in class drasys.or.matrix.Vect
equals(Object) - Method in class drasys.or.matrix.complex.Matrix
equals(Object) - Method in class drasys.or.matrix.complex.Vect
equals(Object) - Method in class drasys.or.mp.Problem
equals(Object) - Method in class drasys.or.mp.Constraint
equals(Object) - Method in class drasys.or.mp.Variable
equals(Object) - Method in class drasys.or.geom.rect2.CoordinateSystem
equals(Object) - Method in class drasys.or.geom.rect2.Polygon: Returns true if the points and all the holes in each polygon are equal.
equals(Object) - Method in class drasys.or.geom.rect2.Range
equals(Object) - Method in class drasys.or.geom.rect2.Point
equals(Object) - Method in class drasys.or.geom.rect2.LineSegment: Returns true if the two corresponding points in each line segment are equal.
equals(Object) - Method in class drasys.or.geom.rect3.Point
equals(Object) - Method in class drasys.or.geom.rect3.CoordinateSystem
equals(Object) - Method in class drasys.or.geom.rect3.LineSegment: Returns true if the two corresponding points in each line segment are equal.
equals(Object) - Method in class drasys.or.geom.rect3.Range
equals(Object) - Method in class drasys.or.geom.geo.CoordinateSystem
equals(Object) - Method in class drasys.or.geom.geo.Point
equals(Object) - Method in class drasys.or.geom.geo.Range
equals(PointI, PointI, double) - Static method in class drasys.or.geom.rect2.Point
equals(PointI, PointI, double) - Static method in class drasys.or.geom.rect3.Point
equals(VectorI) - Method in class drasys.or.matrix.Vect: Returns true if the vectors are numerically equal.
equals(VectorI) - Method in interface drasys.or.matrix.VectorI: Returns true if the vectors are numerically equal.
equals(VectorI) - Method in interface drasys.or.matrix.complex.VectorI: Returns true if the vectors are numerically equal.
equals(VectorI) - Method in class drasys.or.matrix.complex.Vect: Returns true if the vectors are numerically equal.
EquationSolution - class drasys.or.nonlinear.EquationSolution.: An alias class which redefines the best equation solution algorithm in the edition.
EquationSolution() - Constructor for class drasys.or.nonlinear.EquationSolution
EquationSolutionI - interface drasys.or.nonlinear.EquationSolutionI.: An interface to access algorithms that solve single equations.
eulersConstant - Static variable in class drasys.or.Constants
ExponentialDistribution - class drasys.or.prob.ExponentialDistribution.: An implementation of the Exponential probability distribution.
ExponentialDistribution() - Constructor for class drasys.or.prob.ExponentialDistribution
ExponentialDistribution(double) - Constructor for class drasys.or.prob.ExponentialDistribution
ExponentialDistribution(double, long) - Constructor for class drasys.or.prob.ExponentialDistribution

F

FarthestInsertion - class drasys.or.graph.tsp.FarthestInsertion.: This is an implementation of the Farthest Insertion TSP construction algorithm.
FarthestInsertion() - Constructor for class drasys.or.graph.tsp.FarthestInsertion
FarthestInsertion(GraphI) - Constructor for class drasys.or.graph.tsp.FarthestInsertion
FDistribution - class drasys.or.prob.FDistribution.: An implementation of Snedecor's F-distribution.
FDistribution(double, double) - Constructor for class drasys.or.prob.FDistribution: Create F-distribution with explicit degrees of freedom.
file - Variable in class drasys.or.SyntaxException
fillGraph(AddI) - Method in interface drasys.or.graph.sp.AllPairsI: This finds all the paths costs from each of the origin vertices and all of the paths to each of the destination vertices.
fillGraph(AddI) - Method in class drasys.or.graph.sp.Iterate: This finds all the paths costs from each of the origin vertices and all of the paths to each of the destination vertices.
fillGraph(AddI, int, int) - Method in interface drasys.or.graph.sp.AllPairsI: This finds the 'maxPathsOut' lowest cost paths from each of the origin vertices and the 'maxPathsIn' lowest cost paths to each of the destination vertices.
fillGraph(AddI, int, int) - Method in class drasys.or.graph.sp.Iterate: This finds the 'maxPathsOut' lowest cost paths from each of the origin vertices and the 'maxPathsIn' lowest cost paths to each of the destination vertices.
fillMatrix(SizableMatrixI, SizableMatrixI, SizableMatrixI) - Method in interface drasys.or.graph.sp.AllPairsI: This finds the shortest path costs from all the origin vertices to all of the connected destination vertices.
fillMatrix(SizableMatrixI, SizableMatrixI, SizableMatrixI) - Method in class drasys.or.graph.sp.Iterate: This finds the shortest path costs from all the origin vertices to all of the connected destination vertices.
fillMatrix(SizableMatrixI, SizableMatrixI, SizableMatrixI, int, int) - Method in interface drasys.or.graph.sp.AllPairsI: This finds 'maxPathsOut' lowest costs from each of the origin vertices and the 'maxPathsIn' lowest costs into each of the destination vertices.
fillMatrix(SizableMatrixI, SizableMatrixI, SizableMatrixI, int, int) - Method in class drasys.or.graph.sp.Iterate: This finds 'maxPathsOut' lowest costs from each of the origin vertices and the 'maxPathsIn' lowest costs into each of the destination vertices.
find(byte[], byte) - Method in interface drasys.or.alg.SearchI: Returns the index of the matching element.
find(byte[], byte) - Method in class drasys.or.alg.SequentialSearch: Returns the index of the first matching element.
find(byte[], byte) - Method in class drasys.or.alg.BinarySearch: Returns the index of a matching element in the block.
find(byte[], byte, int, int) - Method in interface drasys.or.alg.SearchI: Returns the index of the matching element.
find(byte[], byte, int, int) - Method in class drasys.or.alg.SequentialSearch: Returns the index of the first matching element in the block.
find(byte[], byte, int, int) - Method in class drasys.or.alg.BinarySearch: Returns the index of a matching element in the block.
find(double[], double) - Method in interface drasys.or.alg.SearchI: Returns the index of the matching element.
find(double[], double) - Method in class drasys.or.alg.SequentialSearch: Returns the index of the first matching element.
find(double[], double) - Method in class drasys.or.alg.BinarySearch: Returns the index of a matching element in the block.
find(double[], double, int, int) - Method in interface drasys.or.alg.SearchI: Returns the index of the matching element.
find(double[], double, int, int) - Method in class drasys.or.alg.SequentialSearch: Returns the index of the first matching element in the block.
find(double[], double, int, int) - Method in class drasys.or.alg.BinarySearch: Returns the index of a matching element in the block.
find(float[], float) - Method in interface drasys.or.alg.SearchI: Returns the index of the matching element.
find(float[], float) - Method in class drasys.or.alg.SequentialSearch: Returns the index of the first matching element.
find(float[], float) - Method in class drasys.or.alg.BinarySearch: Returns the index of a matching element in the block.
find(float[], float, int, int) - Method in interface drasys.or.alg.SearchI: Returns the index of the matching element.
find(float[], float, int, int) - Method in class drasys.or.alg.SequentialSearch: Returns the index of the first matching element in the block.
find(float[], float, int, int) - Method in class drasys.or.alg.BinarySearch: Returns the index of a matching element in the block.
find(int[], int) - Method in interface drasys.or.alg.SearchI: Returns the index of the matching element.
find(int[], int) - Method in class drasys.or.alg.SequentialSearch: Returns the index of the first matching element.
find(int[], int) - Method in class drasys.or.alg.BinarySearch: Returns the index of a matching element in the block.
find(int[], int, int, int) - Method in interface drasys.or.alg.SearchI: Returns the index of the matching element.
find(int[], int, int, int) - Method in class drasys.or.alg.SequentialSearch: Returns the index of the first matching element in the block.
find(int[], int, int, int) - Method in class drasys.or.alg.BinarySearch: Returns the index of a matching element in the block.
find(int, boolean[], int, int, boolean) - Static method in class drasys.or.util.Array: Returns the index of the first element where:
low <= x[i] <= high
i = begX + k*incX
k = 0,1,..,n-1
find(int, byte[], int, int, byte, byte) - Static method in class drasys.or.util.Array: Returns the index of the first element where:
low <= x[i] <= high
i = begX + k*incX
k = 0,1,..,n-1
find(int, double[], int, int, ComplexI, ComplexI) - Static method in class drasys.or.util.ComplexArray: Returns the index of the first element where:
low <= x[i] <= high
i = begX + k*incX
k = 0,1,..,n-1
find(int, double[], int, int, double, double) - Static method in class drasys.or.util.Array: Returns the index of the first element where:
low <= x[i] <= high
i = begX + k*incX
k = 0,1,..,n-1
find(int, float[], int, int, ComplexI, ComplexI) - Static method in class drasys.or.util.ComplexArray: Returns the index of the first element where:
low <= x[i] <= high
i = begX + k*incX
k = 0,1,..,n-1
find(int, float[], int, int, float, float) - Static method in class drasys.or.util.Array: Returns the index of the first element where:
low <= x[i] <= high
i = begX + k*incX
k = 0,1,..,n-1
find(int, int[], int, int, int, int) - Static method in class drasys.or.util.Array: Returns the index of the first element where:
low <= x[i] <= high
i = begX + k*incX
k = 0,1,..,n-1
find(int, long[], int, int, long, long) - Static method in class drasys.or.util.Array: Returns the index of the first element where:
low <= x[i] <= high
i = begX + k*incX
k = 0,1,..,n-1
find(int, Object[], int, int, Object) - Static method in class drasys.or.util.Array: Returns the index of the first element where:
low <= x[i] <= high
i = begX + k*incX
k = 0,1,..,n-1
find(int, short[], int, int, short, short) - Static method in class drasys.or.util.Array: Returns the index of the first element where:
low <= x[i] <= high
i = begX + k*incX
k = 0,1,..,n-1
find(int, String[], int, int, String, String) - Static method in class drasys.or.util.Array: Returns the index of the first element where:
low <= x[i] <= high
i = begX + k*incX
k = 0,1,..,n-1
find(long[], long) - Method in interface drasys.or.alg.SearchI: Returns the index of the matching element.
find(long[], long) - Method in class drasys.or.alg.SequentialSearch: Returns the index of the first matching element.
find(long[], long) - Method in class drasys.or.alg.BinarySearch: Returns the index of a matching element in the block.
find(long[], long, int, int) - Method in interface drasys.or.alg.SearchI: Returns the index of the matching element.
find(long[], long, int, int) - Method in class drasys.or.alg.SequentialSearch: Returns the index of the first matching element in the block.
find(long[], long, int, int) - Method in class drasys.or.alg.BinarySearch: Returns the index of a matching element in the block.
find(Object[], Object) - Method in interface drasys.or.alg.SearchI: Returns the index of the matching element.
find(Object[], Object) - Method in class drasys.or.alg.SequentialSearch: Returns the index of the first matching element.
find(Object[], Object) - Method in class drasys.or.alg.BinarySearch: Returns the index of a matching element in the block.
find(Object[], Object, int, int) - Method in interface drasys.or.alg.SearchI: Returns the index of the matching element.
find(Object[], Object, int, int) - Method in class drasys.or.alg.SequentialSearch: Returns the index of the first matching element in the block.
find(Object[], Object, int, int) - Method in class drasys.or.alg.BinarySearch: Returns the index of a matching element in the block.
find(short[], short) - Method in interface drasys.or.alg.SearchI: Returns the index of the matching element.
find(short[], short) - Method in class drasys.or.alg.SequentialSearch: Returns the index of the first matching element.
find(short[], short) - Method in class drasys.or.alg.BinarySearch: Returns the index of a matching element in the block.
find(short[], short, int, int) - Method in interface drasys.or.alg.SearchI: Returns the index of the matching element.
find(short[], short, int, int) - Method in class drasys.or.alg.SequentialSearch: Returns the index of the first matching element in the block.
find(short[], short, int, int) - Method in class drasys.or.alg.BinarySearch: Returns the index of a matching element in the block.
find(String[], String) - Method in interface drasys.or.alg.SearchI: Returns the index of the matching element.
find(String[], String) - Method in class drasys.or.alg.SequentialSearch: Returns the index of the first matching element.
find(String[], String) - Method in class drasys.or.alg.BinarySearch: Returns the index of a matching element in the block.
find(String[], String, int, int) - Method in interface drasys.or.alg.SearchI: Returns the index of the matching element.
find(String[], String, int, int) - Method in class drasys.or.alg.SequentialSearch: Returns the index of the first matching element in the block.
find(String[], String, int, int) - Method in class drasys.or.alg.BinarySearch: Returns the index of a matching element in the block.
find(VectorI, double) - Method in interface drasys.or.alg.SearchI: Returns the index of the matching element.
find(VectorI, double) - Method in class drasys.or.alg.SequentialSearch: Returns the index of the first matching element.
find(VectorI, double) - Method in class drasys.or.alg.BinarySearch: Returns the index of a matching element in the block.
find(VectorI, double, int, int) - Method in interface drasys.or.alg.SearchI: Returns the index of the matching element.
find(VectorI, double, int, int) - Method in class drasys.or.alg.SequentialSearch: Returns the index of the first matching element in the block.
find(VectorI, double, int, int) - Method in class drasys.or.alg.BinarySearch: Returns the index of a matching element in the block.
find(Vector, Object) - Method in interface drasys.or.alg.SearchI: Returns the index of the matching element.
find(Vector, Object) - Method in class drasys.or.alg.SequentialSearch: Returns the index of the first matching element.
find(Vector, Object) - Method in class drasys.or.alg.BinarySearch: Returns the index of a matching element in the block.
find(Vector, Object, int, int) - Method in interface drasys.or.alg.SearchI: Returns the index of the matching element.
find(Vector, Object, int, int) - Method in class drasys.or.alg.SequentialSearch: Returns the index of the first matching element in the block.
find(Vector, Object, int, int) - Method in class drasys.or.alg.BinarySearch: Returns the index of a matching element in the block.
flip(ImproveBase.Vert, ImproveBase.Vert) - Method in class drasys.or.graph.tsp.ImproveBase
floatValue() - Method in class drasys.or.Real: Return the float value of this Real object;
floatValue() - Method in interface drasys.or.RealI: Return the float value of this real;
forward(PointI) - Method in class drasys.or.geom.rect2.Transform: Returns a point that is translated, scaled and rotated in the forward direction.
forward(PointI) - Method in interface drasys.or.geom.rect2.TransformI: Returns a point that is translated, scaled and rotated int the forward direction.
forward(PointI) - Method in interface drasys.or.geom.geo.proj.ProjectionI: Returns a projected point.
forward(PointI) - Method in class drasys.or.geom.geo.proj.Mercator: Returns a projected point.
forward(PointI) - Method in class drasys.or.geom.geo.proj.Albers: Returns a projected point.
forward(PointI) - Method in class drasys.or.geom.geo.proj.LambertConic: Returns a projected point.
forward(RangeI) - Method in class drasys.or.geom.rect2.Transform: Returns a range that is translated, scaled and rotated int the forward direction.
forward(RangeI) - Method in interface drasys.or.geom.rect2.TransformI: Returns a range that is translated, scaled and rotated int the forward direction.
forward(RangeI) - Method in class drasys.or.geom.geo.proj.Projection: Returns a projected range.
forward(RangeI) - Method in interface drasys.or.geom.geo.proj.ProjectionI: Returns a projected range.
forwardCost(int, int) - Method in class drasys.or.graph.tsp.TSPBase: Retuns the forward cost between two vertices.
forwardCostOfInsertType1(int, Geni.Vert, Geni.Vert, Geni.Vert) - Method in class drasys.or.graph.tsp.Geni
forwardCostOfInsertType2(int, Geni.Vert, Geni.Vert, Geni.Vert, Geni.Vert) - Method in class drasys.or.graph.tsp.Geni
forwardFindBestInsert(Geni.Vert) - Method in class drasys.or.graph.tsp.Geni
forwardFindBestRemove(Geni.Vert) - Method in class drasys.or.graph.tsp.Us
forwardFlip(Geni.Vert, Geni.Vert) - Method in class drasys.or.graph.tsp.Geni
forwardRemoveType1(Geni.Vert, Geni.Vert, Geni.Vert, Geni.Vert, Geni.Vert) - Method in class drasys.or.graph.tsp.Us
forwardRemoveType2(Geni.Vert, Geni.Vert, Geni.Vert, Geni.Vert, Geni.Vert, Geni.Vert, Geni.Vert) - Method in class drasys.or.graph.tsp.Us
forwardReplaceType1(Geni.Vert, Geni.Vert, Geni.Vert, Geni.Vert, Geni.Vert) - Method in class drasys.or.graph.tsp.Us
forwardReplaceType2(Geni.Vert, Geni.Vert, Geni.Vert, Geni.Vert, Geni.Vert, Geni.Vert, Geni.Vert) - Method in class drasys.or.graph.tsp.Us
forwardSaveForRemoveType1(Geni.Vert, Geni.Vert, Geni.Vert) - Method in class drasys.or.graph.tsp.Us
forwardSaveForRemoveType2(Geni.Vert, Geni.Vert, Geni.Vert, Geni.Vert) - Method in class drasys.or.graph.tsp.Us
forwardSequenceInsert(Geni.Vert) - Method in class drasys.or.graph.tsp.Geni
forwardSequenceRemove(Geni.Vert) - Method in class drasys.or.graph.tsp.Us
forwardTransform(PointI) - Method in interface drasys.or.geom.TransformI: Returns a transformed point.
forwardTransform(PointI) - Method in class drasys.or.geom.rect2.Transform: Returns a transformed point.
forwardTransform(PointI) - Method in class drasys.or.geom.geo.proj.Projection: Returns a transformed point.
forwardTransform(RangeI) - Method in interface drasys.or.geom.TransformI: Returns a transformed range.
forwardTransform(RangeI) - Method in class drasys.or.geom.rect2.Transform: Returns a transformed range.
forwardTransform(RangeI) - Method in class drasys.or.geom.geo.proj.Projection: Returns a transformed range.
FREE - Static variable in interface drasys.or.mp.VariableI: The variable is free.
FREE - Static variable in interface drasys.or.mp.ConstraintI: The constraint is free.
from() - Method in class drasys.or.geom.rect2.LineSegment: Returns the from point of the line segment.
from() - Method in class drasys.or.geom.rect3.LineSegment: Returns the from point of the line segment.
FullEnumeration - class drasys.or.graph.tsp.FullEnumeration.: This is TSP construction algorithm which fully enumerates all possibilities and retains the best.
FullEnumeration() - Constructor for class drasys.or.graph.tsp.FullEnumeration
FullEnumeration(GraphI) - Constructor for class drasys.or.graph.tsp.FullEnumeration
function(double) - Method in class drasys.or.prob.GammaDistribution
function(double) - Method in class drasys.or.prob.NormalDistribution
function(double) - Method in class drasys.or.prob.NormalDistribution.Pdf
function(double) - Method in class drasys.or.prob.NormalDistribution.Cdf
function(double) - Method in class drasys.or.prob.FDistribution
function(double) - Method in class drasys.or.prob.IncompleteGamma: Compute the incomplete gamma value for 'x'.
function(double) - Method in class drasys.or.prob.ChiSquareDistribution
function(double) - Method in class drasys.or.prob.IncompleteBeta: Compute the incomplete beta value for 'x'.
function(double) - Method in class drasys.or.prob.StudentsTDistribution
function(double) - Method in class drasys.or.prob.BinomialDistribution: Continuous implementation of the CDF, used to compute the inverse CDF.
function(double) - Method in interface drasys.or.nonlinear.FunctionI
functionElementAt(int, int) - Method in class drasys.or.matrix.FunctionMatrix: Computes the value of the element at 'row' and 'column'.
functionElementAt(int, int) - Method in class drasys.or.stat.model.PolynomialMatrix: Computes the values for the additional columns.
functionElementAt(int, int) - Method in class drasys.or.stat.model.QuadraticMatrix: Computes the values for the additional columns.
FunctionI - interface drasys.or.nonlinear.FunctionI.: An interface to access a function accepting one double argument and returning a double.
FunctionMatrix - class drasys.or.matrix.FunctionMatrix.: A matrix that computes some or all of the elements with the abstract method 'functionElementAt' that must be defined in a subclass.
FunctionMatrix() - Constructor for class drasys.or.matrix.FunctionMatrix
Functions - class drasys.or.Functions.: A class containing common functions not supplied in 'java.lang.Math'.
Functions() - Constructor for class drasys.or.Functions
FunctionsI - interface drasys.or.FunctionsI.: An interface used by algorithms to access useful functions not supplied in 'java.lang.Math'.

G

GammaDistribution - class drasys.or.prob.GammaDistribution.: An implementation of the Gamma probability distribution.
GammaDistribution() - Constructor for class drasys.or.prob.GammaDistribution
GammaDistribution(double, double) - Constructor for class drasys.or.prob.GammaDistribution
GammaDistribution(double, double, IntegrationI) - Constructor for class drasys.or.prob.GammaDistribution: The argument integration will be used to compute the cdf from the pdf.
GammaDistribution(double, double, long) - Constructor for class drasys.or.prob.GammaDistribution
GeneralLinearModel - class drasys.or.stat.model.GeneralLinearModel.: An implementation of the general linear model.
GeneralLinearModel(VectorI, MatrixI) - Constructor for class drasys.or.stat.model.GeneralLinearModel: Initialize the model with the variables.
GeneralLinearModelI - interface drasys.or.stat.model.GeneralLinearModelI.: The interface implemented by general linear models.
generatePathsFrom(Object) - Method in interface drasys.or.graph.sp.SingleVertexI: Creates the single source shortest path tree from the root vertex to the candidate vertices.
generatePathsFrom(Object) - Method in class drasys.or.graph.sp.Connections: Creates the single source shortest path tree from the root vertex to the candidate vertices.
generatePathsFrom(Object) - Method in class drasys.or.graph.sp.Dijkstra: Creates the single source shortest path tree from the root vertex to the candidate vertices.
generatePathsTo(Object) - Method in interface drasys.or.graph.sp.SingleVertexI: Creates the single destination shortest path tree from the candidate vertices to the root vertex.
generatePathsTo(Object) - Method in class drasys.or.graph.sp.Connections: Creates the single destination shortest path tree from the candidate vertices to the root vertex.
generatePathsTo(Object) - Method in class drasys.or.graph.sp.Dijkstra: Creates the single destination shortest path tree from the candidate vertices to the root vertex.
Geni - class drasys.or.graph.tsp.Geni.: An implementation of the 'GENI' construction portion of the composite TSP heuristic 'GENIUS'.
Geni(int) - Constructor for class drasys.or.graph.tsp.Geni: Sets the neighborhood to the argument.
Geni(int, GraphI) - Constructor for class drasys.or.graph.tsp.Geni: Sets the neighborhood and the target graph.
Genius - class drasys.or.graph.tsp.Genius.: An implementation of the composite TSP heuristic 'GENIUS'.
Genius(int) - Constructor for class drasys.or.graph.tsp.Genius: Sets the neighborhood for both the GENI and US sections to the argument.
Genius(int, GraphI) - Constructor for class drasys.or.graph.tsp.Genius: Sets the neighborhood for both sections and the target graph.
Genius(int, int) - Constructor for class drasys.or.graph.tsp.Genius: Sets the neighborhood for both the GENI and US sections separately.
Genius(int, int, GraphI) - Constructor for class drasys.or.graph.tsp.Genius: Sets the neighborhood for each section separately and the target graph.
Geo - class drasys.or.geom.geo.Geo.: A base class for the Geo objects.
Geo() - Constructor for class drasys.or.geom.geo.Geo
GeoI - interface drasys.or.geom.geo.GeoI.: An interface to abstractly access geographic objects.
GeomError - error drasys.or.geom.GeomError.: The parent of all error classes in the 'geom' package.
GeomError() - Constructor for class drasys.or.geom.GeomError
GeomError(String) - Constructor for class drasys.or.geom.GeomError
GeomException - exception drasys.or.geom.GeomException.: The parent of all exception classes in the 'geom' package.
GeomException() - Constructor for class drasys.or.geom.GeomException
GeomException(String) - Constructor for class drasys.or.geom.GeomException
GeomI - interface drasys.or.geom.GeomI.: An interface used by all algorithms to abstractly geometric objects.
get(Object) - Method in class drasys.or.cont.IndexedVector
get(PointI) - Method in class drasys.or.geom.KDTree: Returns an element with an exact key match.
get(PointI) - Method in interface drasys.or.geom.PointIndexI: Returns the value of the element whose key exactly matches 'key'.
get(String[], String[]) - Method in class drasys.or.util.Metadata: Get the arguments from the container.
get(String, boolean) - Method in class drasys.or.util.Metadata: Get a datum from the container.
get(String, double) - Method in class drasys.or.util.Metadata: Get a datum from the container.
get(String, double, double) - Method in class drasys.or.util.Metadata: Get a datum from the container with lower bound.
get(String, double, double, double) - Method in class drasys.or.util.Metadata: Get a datum from the container with bounds.
get(String, int) - Method in class drasys.or.util.Metadata: Get a datum from the container.
get(String, int, int) - Method in class drasys.or.util.Metadata: Get a datum from the container with lower bound.
get(String, int, int, int) - Method in class drasys.or.util.Metadata: Get a datum from the container with bounds.
get(String, String) - Method in class drasys.or.util.Metadata: Get a datum from the container.
getAccuracy() - Method in class drasys.or.nonlinear.Bisection: Get the accuracy of the answer.
getAccuracy() - Method in interface drasys.or.nonlinear.EquationSolutionI: Get the accuracy of the answer.
getAccuracy() - Method in interface drasys.or.geom.CoordinateSystemI: Returns the absolute accuracy required in the coordinate system.
getAccuracy() - Method in class drasys.or.geom.rect2.CoordinateSystem: Returns the absolute accuracy required in this coordinate system.
getAccuracy() - Method in class drasys.or.geom.rect3.CoordinateSystem: Returns the absolute accuracy required in this coordinate system.
getAccuracy() - Method in class drasys.or.geom.geo.CoordinateSystem: Returns the absolute accuracy required in this coordinate system.
getArray() - Method in class drasys.or.matrix.Matrix: Returns a new two-dimensional array containing the values in matrix.
getArray() - Method in class drasys.or.matrix.RowMajorMatrix: Returns a new two-dimensional array containing the values in matrix.
getArray() - Method in class drasys.or.matrix.ContiguousVector: Returns a new two-dimensional array containing the values in matrix.
getArray() - Method in class drasys.or.matrix.ColumnMajorMatrix: Returns a new two-dimensional array containing the values in matrix.
getArray() - Method in class drasys.or.matrix.CompressedRowMatrix: Returns a new two-dimensional array containing the values in matrix.
getArray() - Method in class drasys.or.matrix.SparseVector: Returns a new two-dimensional array containing the values in matrix.
getArray() - Method in interface drasys.or.matrix.VectorI: Returns a new array containing the values in vector.
getArray() - Method in class drasys.or.matrix.SparseMatrix: Returns a new two-dimensional array containing the values in matrix.
getArray() - Method in class drasys.or.matrix.ArrayMatrix: Returns a new two-dimensional array containing the values in matrix.
getArray() - Method in class drasys.or.matrix.RowArrayMatrix: Returns a new two-dimensional array containing the values in matrix.
getArray() - Method in class drasys.or.matrix.ColumnArrayMatrix: Returns a new two-dimensional array containing the values in matrix.
getArray() - Method in interface drasys.or.matrix.MatrixI: Returns a new two-dimensional array containing the values in matrix.
getArray() - Method in class drasys.or.matrix.ContiguousMatrix.Sub: Returns a new two-dimensional array containing the values in matrix.
getArray() - Method in class drasys.or.matrix.CompressedColumnMatrix: Returns a new two-dimensional array containing the values in matrix.
getArray() - Method in class drasys.or.matrix.complex.RowMajorMatrix: Returns a new two-dimensional array containing the values in matrix.
getArray() - Method in interface drasys.or.matrix.complex.VectorI: Returns a new array containing the values in vector.
getArray() - Method in class drasys.or.matrix.complex.ColumnMajorMatrix: Returns a new two-dimensional array containing the values in matrix.
getArray() - Method in class drasys.or.matrix.complex.ContiguousVector: Returns a new two-dimensional array containing the values in matrix.
getArray() - Method in interface drasys.or.matrix.complex.MatrixI: Returns a new two-dimensional array containing the values in matrix.
getArray() - Method in class drasys.or.matrix.complex.ContiguousMatrix.Sub: Returns a new two-dimensional array containing the values in matrix.
getBegin() - Method in class drasys.or.matrix.ContiguousVector: Returns the offset of the first element into the internal array.
getBegin() - Method in interface drasys.or.matrix.ContiguousVectorI: Returns the offset of the first element into the internal array.
getBegin() - Method in interface drasys.or.matrix.complex.ContiguousVectorI: Returns the offset of the first element into the internal array.
getBegin() - Method in class drasys.or.matrix.complex.ContiguousVector: Returns the offset of the first element into the internal array.
getCentralMeridian() - Method in class drasys.or.geom.geo.proj.Mercator: Returns the central meridian which is the single parameter for the Mercator projection.
getCentroid() - Method in interface drasys.or.geom.GeomI: Returns a PointI describing the centroid of the object
getCentroid() - Method in class drasys.or.geom.rect2.Rect2
getCentroid() - Method in class drasys.or.geom.rect3.Rect3
getCentroid() - Method in class drasys.or.geom.geo.Geo
getChangeCount() - Method in class drasys.or.graph.BaseGraph: Returns the number of changes that have been made to a graph.
getChangeCount() - Method in class drasys.or.graph.MatrixGraph: Always returns zero since this graph is immutable.
getChangeCount() - Method in interface drasys.or.graph.GraphI: Returns the number of changes that have been made to a graph.
getCoefficientAt(int, int) - Method in interface drasys.or.mp.ProblemI: Gets a matrix coefficient by index.
getCoefficientAt(int, int) - Method in class drasys.or.mp.Problem: Gets a matrix coefficient by index.
getCoefficientAt(String, String) - Method in interface drasys.or.mp.ProblemI: Gets a matrix coefficient by name.
getCoefficientAt(String, String) - Method in class drasys.or.mp.Problem: Gets a matrix coefficient by name.
getCoefficientMatrix() - Method in interface drasys.or.mp.ProblemI: Returns the matrx used to hold the coefficients.
getCoefficientMatrix() - Method in class drasys.or.mp.Problem: Returns the matrx holding the coefficients.
getCoefficients() - Method in class drasys.or.stat.model.LinearRegression: Returns the selected variable coefficients.
getCoefficients() - Method in interface drasys.or.stat.model.LinearRegressionI: Returns the selected variable coefficients.
getCoefficients() - Method in class drasys.or.stat.model.GeneralLinearModel: Returns the solution coefficients.
getCoefficients() - Method in interface drasys.or.stat.model.GeneralLinearModelI: Returns the solution coefficients.
getColumnBeginArray() - Method in class drasys.or.matrix.CompressedColumnMatrix: Return the array used to hold the index of the first element in each column.
getColumnEndArray() - Method in class drasys.or.matrix.CompressedRowMatrix: Return the array used to indicate the end of each column in the column index.
getColumnIncrement() - Method in class drasys.or.matrix.RowMajorMatrix: Returns the distance between corresponding elements in adjacent columns.
getColumnIncrement() - Method in class drasys.or.matrix.ColumnMajorMatrix: Returns the distance between corresponding elements in adjacent columns.
getColumnIncrement() - Method in interface drasys.or.matrix.ContiguousMatrixI: Returns the distance between corresponding elements in adjacent columns.
getColumnIncrement() - Method in class drasys.or.matrix.ContiguousMatrix.Sub: Returns the distance between corresponding elements in adjacent columns.
getColumnIncrement() - Method in class drasys.or.matrix.complex.RowMajorMatrix: Returns the distance between corresponding elements in adjacent columns.
getColumnIncrement() - Method in interface drasys.or.matrix.complex.ContiguousMatrixI: Returns the distance between corresponding elements in adjacent columns.
getColumnIncrement() - Method in class drasys.or.matrix.complex.ColumnMajorMatrix: Returns the distance between corresponding elements in adjacent columns.
getColumnIncrement() - Method in class drasys.or.matrix.complex.ContiguousMatrix.Sub: Returns the distance between corresponding elements in adjacent columns.
getColumnIndex() - Method in interface drasys.or.matrix.MatrixElementI: Returns the element's column index.
getColumnIndex() - Method in interface drasys.or.matrix.complex.MatrixElementI: Returns the element's column index.
getColumnIndex() - Method in interface drasys.or.mp.VariableI: Returns the column index of the variable.
getColumnIndex() - Method in class drasys.or.mp.Variable: Returns the column index of the variable.
getColumnIndexArray() - Method in class drasys.or.matrix.CompressedRowMatrix: Return the array used to hold the column indices.
getColumnIndexArray() - Method in class drasys.or.matrix.CompressedColumnMatrix: Return the array used to hold the column indices for the row index.
getColumnSizeArray() - Method in class drasys.or.matrix.CompressedColumnMatrix: Return the array used to hold the number of elements in each column.
getCompare() - Method in interface drasys.or.alg.SearchI: Gets the comparison object.
getCompare() - Method in class drasys.or.alg.SequentialSearch: Gets the comparison object.
getCompare() - Method in interface drasys.or.alg.SortI: Gets the comparison object.
getCompare() - Method in class drasys.or.alg.QuickSort: Returns the comparison object.
getCompare() - Method in class drasys.or.alg.BinarySearch: Gets the compare object.
getConnectionCost(EdgeI, VertexI, EdgeI) - Method in interface drasys.or.graph.PropertiesI: Returns the cost of crossing a vertex between two explicit edges.
getConnectionCost(EdgeI, VertexI, EdgeI) - Method in class drasys.or.graph.PropertiesAdapter: Always returns zero.
getConnectionTime(EdgeI, VertexI, EdgeI) - Method in interface drasys.or.graph.PropertiesI: Returns the time to cross a vertex between two explicit edges.
getConnectionTime(EdgeI, VertexI, EdgeI) - Method in class drasys.or.graph.PropertiesAdapter: Always returns zero.
getConstraint(int) - Method in interface drasys.or.mp.ProblemI: Returns a constraint by row index.
getConstraint(int) - Method in class drasys.or.mp.Problem: Returns a constraint by row index.
getConstraint(String) - Method in interface drasys.or.mp.ProblemI: Returns a constraint by name.
getConstraint(String) - Method in class drasys.or.mp.Problem: Returns a constraint by name.
getConstructAlgorithm() - Method in class drasys.or.graph.tsp.Composite
getConstructAlgorithm() - Method in class drasys.or.graph.tsp.ConstructToImproveConverter
getConstructAlgorithm() - Method in class drasys.or.graph.vrp.Composite
getCoordinate(int) - Method in interface drasys.or.geom.PointI: Returns individual coordinates by ordinality.
getCoordinate(int) - Method in class drasys.or.geom.rect2.Point
getCoordinate(int) - Method in class drasys.or.geom.rect3.Point
getCoordinate(int) - Method in class drasys.or.geom.geo.Point
getCorrelation() - Method in class drasys.or.stat.model.LinearCorrelation: Returns the correlation coefficients for all the column pairs.
getCost() - Method in interface drasys.or.graph.VertexValueI: Returns the cost of crossing the vertex.
getCost() - Method in class drasys.or.graph.VertexValue: Returns the cost of crossing the vertex.
getCost() - Method in class drasys.or.graph.VertexBase: If the value object is a 'VertexValueI' the return value is 'value.getCost()'.
getCost() - Method in class drasys.or.graph.tsp.TSPBase: Returns the cost of the solution tour.
getCost() - Method in class drasys.or.graph.tsp.Composite: Returns the cost of the solution tour.
getCost() - Method in class drasys.or.graph.tsp.BestOf: Returns the cost of the solution tour.
getCost() - Method in interface drasys.or.graph.tsp.TSPI: Returns the cost of the solution tour.
getCost() - Method in class drasys.or.graph.tsp.ConstructToImproveConverter: Returns the cost of the solution tour.
getCost() - Method in class drasys.or.graph.vrp.ClarkeWrightBase: Returns the total cost of the solution tours.
getCost() - Method in class drasys.or.graph.vrp.GillettMillerBase: Returns the total cost of the solution tours.
getCost() - Method in class drasys.or.graph.vrp.Randomizer: Returns the total cost of the solution tours.
getCost() - Method in interface drasys.or.graph.vrp.VRPI: Returns the total cost of the solution tours.
getCost() - Method in class drasys.or.graph.vrp.ImproveWithTSP: Returns the total cost of the solution tours.
getCost() - Method in class drasys.or.graph.vrp.BestOf: Returns the total cost of the solution tours.
getCost() - Method in class drasys.or.graph.vrp.Composite: Returns the total cost of the solution tours.
getCost(boolean) - Method in class drasys.or.graph.EdgeBase: If the value object is a 'EdgeValueI' the return value is 'value.getCost(isReverse)'.
getCost(boolean) - Method in interface drasys.or.graph.EdgeValueI: Returns the cost of crossong the edge in the indicated direction.
getCost(boolean) - Method in class drasys.or.graph.EdgeValue: Returns the cost of crossing the edge in the indicated direction.
getCost(VertexI, VertexI) - Method in class drasys.or.graph.vrp.VRPBase: Returns the cost of traveling between two vertices using the properties as appropriate.
getCosts() - Method in class drasys.or.graph.vrp.ClarkeWrightBase: Returns the cost of each of the solution tours.
getCosts() - Method in class drasys.or.graph.vrp.GillettMillerBase: Returns the cost of each of the solution tours.
getCosts() - Method in class drasys.or.graph.vrp.Randomizer: Returns the cost of each tour in the solution.
getCosts() - Method in interface drasys.or.graph.vrp.VRPI: Returns the cost of each of the solution tours.
getCosts() - Method in class drasys.or.graph.vrp.ImproveWithTSP: Returns the cost of each tour in the solution.
getCosts() - Method in class drasys.or.graph.vrp.BestOf: Returns the cost of each tour in the solution.
getCosts() - Method in class drasys.or.graph.vrp.Composite: Returns the cost of each solution tour.
getCovariance() - Method in class drasys.or.stat.model.LinearCorrelation: Returns the covariances for all of the column pairs.
getDefaultMaxThreads() - Static method in class drasys.or.util.Smp: Gets the default number of threads for Smp classes.
getDemand() - Method in interface drasys.or.graph.VertexValueI: Returns the demand at the vertex.
getDemand() - Method in class drasys.or.graph.VertexValue: Returns the vertex demand.
getDemand() - Method in class drasys.or.graph.VertexBase: If the value object is a 'VertexValueI' the return value is 'value.getDemand()'.
getDependent() - Method in class drasys.or.stat.model.GeneralLinearModel: Returns the dependent vector.
getDependent() - Method in interface drasys.or.stat.model.GeneralLinearModelI: Returns the dependent vector.
getDestinationVertices() - Method in interface drasys.or.graph.sp.AllPairsI: Returns an array containing all of the destination vertices.
getDestinationVertices() - Method in class drasys.or.graph.sp.Iterate: Returns an array containing all of the destination vertices.
getDFE() - Method in class drasys.or.stat.model.GeneralLinearModel: Returns the number of degrees of freedom for the errors.
getDFE() - Method in interface drasys.or.stat.model.GeneralLinearModelI: Returns the number of degrees of freedom for the errors.
getDFR() - Method in class drasys.or.stat.model.GeneralLinearModel: Returns the number of degrees of freedom for the regression.
getDFR() - Method in interface drasys.or.stat.model.GeneralLinearModelI: Returns the number of degrees of freedom for the regression.
getDFT() - Method in class drasys.or.stat.model.GeneralLinearModel: Returns the total number of degrees.
getDFT() - Method in interface drasys.or.stat.model.GeneralLinearModelI: Returns the total number of degrees.
getDirectionTo(PointI) - Method in interface drasys.or.geom.PointI: Returns the direction to the argument.
getDirectionTo(PointI) - Method in class drasys.or.geom.rect2.Point
getDirectionTo(PointI) - Method in class drasys.or.geom.rect3.Point
getDirectionTo(PointI) - Method in class drasys.or.geom.geo.Point
getDistance(boolean) - Method in class drasys.or.graph.EdgeBase: If the value object is an 'EdgeValueI' the return value is 'value.getDistance(isReverse)'.
getDistance(boolean) - Method in interface drasys.or.graph.EdgeValueI: Returns the distance across the edge in the indicated direction.
getDistance(boolean) - Method in class drasys.or.graph.EdgeValue: Returns the distance across the edge in the indicated direction.
getDistanceProxyTo(PointI) - Method in interface drasys.or.geom.GeomI: Returns an easily computable proxy that can be used to compare the distance to a point.
getDistanceProxyTo(PointI) - Method in class drasys.or.geom.rect2.Rect2
getDistanceProxyTo(PointI) - Method in class drasys.or.geom.rect3.Rect3
getDistanceProxyTo(PointI) - Method in class drasys.or.geom.geo.Geo
getDistanceTo(PointI) - Method in interface drasys.or.geom.GeomI: Returns the distance to a point.
getDistanceTo(PointI) - Method in class drasys.or.geom.rect2.Rect2
getDistanceTo(PointI) - Method in class drasys.or.geom.rect3.Rect3
getDistanceTo(PointI) - Method in class drasys.or.geom.geo.Geo
getEasting() - Method in class drasys.or.geom.geo.proj.Projection: Gets the easting value for the projection.
getEasting() - Method in interface drasys.or.geom.geo.proj.ProjectionI: Gets the easting value for the projection.
getEccentricity() - Method in interface drasys.or.geom.geo.EllipsoidI: Returns the eccentricity of the ellipsoid.
getEccentricity() - Method in class drasys.or.geom.geo.Ellipsoid: Returns the eccentricity of the ellipsoid.
getEccentricitySquared() - Method in interface drasys.or.geom.geo.EllipsoidI: Returns the square of the eccentricity of the ellipsoid.
getEccentricitySquared() - Method in class drasys.or.geom.geo.Ellipsoid: Returns the square of the eccentricity of the ellipsoid.
getEdge(EdgeI) - Method in class drasys.or.graph.Graph: Get the edge that matches edge.
getEdge(EdgeI) - Method in interface drasys.or.graph.GraphI: Get an edge using the keys in the 'edge' argument.
getEdge(Object, Object, Object) - Method in class drasys.or.graph.Graph: Get the edge between the from and to vertices whose key matches 'edgeKey'.
getEdge(Object, Object, Object) - Method in interface drasys.or.graph.GraphI: Get the edge between the from and to vertices whose key matches 'edgeKey'.
getEdge(VertexI, VertexI, Object) - Method in class drasys.or.graph.PointGraph: Get the edge between the 'from' and 'to' vertices whose key matches 'edgeKey'.
getEdge(VertexI, VertexI, Object) - Method in class drasys.or.graph.SparseGraph: Get the edge between the from and to vertices whose key matches 'edgeKey'.
getEdge(VertexI, VertexI, Object) - Method in class drasys.or.graph.MatrixGraph: Get the edge between the from and to vertices, the edge key must be null for a match.
getEdge(VertexI, VertexI, Object) - Method in interface drasys.or.graph.GraphI: Get the edge between the from and to vertices whose key matches 'edgeKey'.
getEdge(VertexI, VertexI, Object) - Method in class drasys.or.graph.DenseGraph: Get the edge between the from and to vertices whose key matches 'edgeKey'.
getEdgeColor(EdgeI) - Method in interface drasys.or.graph.color.ColoringI: Returns the color assigned to the edge.
getEdgeColor(EdgeI) - Method in class drasys.or.graph.color.WelshPowell: Returns the color assigned to the edge.
getEdgeColors() - Method in interface drasys.or.graph.color.ColoringI: Returns an array containing the edge color assignments.
getEdgeColors() - Method in class drasys.or.graph.color.WelshPowell: Returns an array containing the edge color assignments.
getEdgeCost(EdgeI, boolean) - Method in interface drasys.or.graph.EdgePropertiesI: Returns the cost of crossing the edge in the indicated direction.
getEdgeCost(EdgeI, boolean) - Method in class drasys.or.graph.PropertiesAdapter: Always returns 'edge.getCost(isReverse)'.
getEdgeDistance(EdgeI, boolean) - Method in interface drasys.or.graph.EdgePropertiesI: Returns the distance to cross the edge in the indicated direction.
getEdgeDistance(EdgeI, boolean) - Method in class drasys.or.graph.PropertiesAdapter: Always returns 'edge.getDistance(isReverse)'.
getEdgeTime(EdgeI, boolean) - Method in interface drasys.or.graph.EdgePropertiesI: Returns the time required to cross the edge in the indicated direction.
getEdgeTime(EdgeI, boolean) - Method in class drasys.or.graph.PropertiesAdapter: Always returns 'edge.getTime(isReverse)'.
getEdgeValue(VertexI) - Method in interface drasys.or.graph.sp.SingleVertexI: Gets the values of the path between this candidate vertex and the root vertex.
getEdgeValue(VertexI) - Method in class drasys.or.graph.sp.Connections: Gets the edge value of the path between this candidate vertex and the root vertex.
getEdgeValue(VertexI) - Method in class drasys.or.graph.sp.Dijkstra: Gets the edge value of the path between this candidate vertex and the root vertex.
getElementIndex(Object) - Method in class drasys.or.cont.IndexedVector
getEllipsoid() - Static method in class drasys.or.geom.geo.CoordinateSystem: Returns the current ellipsoid used to describe the shape of the earth.
getEllipsoid() - Method in class drasys.or.geom.geo.proj.Projection: Gets the ellipsoid used by the projection.
getEllipsoidNames() - Static method in class drasys.or.geom.geo.Ellipsoid: Returns an array containing the names of the available ellipsoids.
getEnteringThreshold() - Method in class drasys.or.stat.model.LinearRegression: Returns the p-value threshold used to select entering variables.
getEnteringThreshold() - Method in interface drasys.or.stat.model.LinearRegressionI: Returns the p-value threshold used to select entering variables.
getEnteringVariables() - Method in class drasys.or.stat.model.LinearRegression: Returns the internal array describing entering variable set.
getEnteringVariables() - Method in interface drasys.or.stat.model.LinearRegressionI: Returns the internal array describing entering variable set.
getEpsilon() - Method in class drasys.or.matrix.RealContainer: Gets the value that is used to relax the element equality test in the equals method.
getEpsilon() - Method in interface drasys.or.matrix.RealContainerI: Returns the value that is used to relax the element equality test in the equals method.
getEpsilon() - Method in class drasys.or.matrix.complex.ComplexContainer: Gets the value that is used to relax the element equality test in the equals method.
getEpsilon() - Method in interface drasys.or.matrix.complex.ComplexContainerI: Returns the value that is used to relax the element equality test in the equals method.
getEpsilon() - Method in class drasys.or.nonlinear.Simpsons: Get the relative error of the integration.
getEpsilon() - Method in interface drasys.or.nonlinear.IntegrationI: Get the relative error of the integration.
getEpsilon() - Method in class drasys.or.nonlinear.Trapezoidal: Get the relative error of the integration.
getEquatorialRadius() - Method in interface drasys.or.geom.geo.EllipsoidI: Returns the equatorial radius of the ellipsoid.
getEquatorialRadius() - Method in class drasys.or.geom.geo.Ellipsoid: Returns the equatorial radius of the ellipsoid.
getExitingThreshold() - Method in class drasys.or.stat.model.LinearRegression: Returns the p-value threshold used to select exiting variables.
getExitingThreshold() - Method in interface drasys.or.stat.model.LinearRegressionI: Returns the p-value threshold used to select exiting variables.
getExpandedRange(PointI) - Method in interface drasys.or.geom.RangeI: Returns a range that includes both this range and the argument.
getExpandedRange(PointI) - Method in class drasys.or.geom.rect2.Range: Returns a range that includes both this range and the argument.
getExpandedRange(PointI) - Method in class drasys.or.geom.rect3.Range: Returns a range that includes both this range and the argument.
getExpandedRange(PointI) - Method in class drasys.or.geom.geo.Range: Returns a range that includes both this range and the argument.
getF() - Method in class drasys.or.stat.model.LinearRegression: Returns the 'F' statistic for the currrent model.
getF() - Method in interface drasys.or.stat.model.LinearRegressionI: Returns the 'F' statistic for the currrent model.
getFirst() - Method in class drasys.or.Pair: Get the first element of the pair.
getFirst() - Method in interface drasys.or.PairI: Get the first element of the pair.
getFlattening() - Method in interface drasys.or.geom.geo.EllipsoidI: Returns the flattening of the ellipsoid.
getFlattening() - Method in class drasys.or.geom.geo.Ellipsoid: Returns the flattening of the ellipsoid.
getFPV() - Method in class drasys.or.stat.model.LinearRegression: Returns the one-sided p-value for the current 'F' statistic.
getFPV() - Method in interface drasys.or.stat.model.LinearRegressionI: Returns the one-sided p-value for the current 'F' statistic.
getFromVertex() - Method in interface drasys.or.graph.EdgeI: Returns the vertex adjacent to the 'from' end of the edge.
getGLM() - Method in class drasys.or.stat.model.LinearRegression: Returns the underlying general linear model used for solving the regression.
getGLM() - Method in interface drasys.or.stat.model.LinearRegressionI: Returns the underlying general linear model used for solving the regression.
getGlobalEpsilon() - Static method in class drasys.or.matrix.RealContainer: Gets the global matrix default equality fuzz factor.
getGlobalEpsilon() - Static method in class drasys.or.matrix.complex.ComplexContainer: Gets the global matrix default equality fuzz factor.
getGraph() - Method in interface drasys.or.graph.ElementI: Returns the graph that owns the element.
getGraph() - Method in class drasys.or.graph.vrp.VRPBase: Gets the graph used by the algorithm.
getHead() - Method in interface drasys.or.cont.PriorityQueueI: Access the next element in the queue and leave the entry in the queue.
getHead() - Method in class drasys.or.cont.BinaryHeap
getHead() - Method in class drasys.or.cont.BinomialHeap
getImag() - Method in class drasys.or.Complex: Return the imaginary part;
getImag() - Method in interface drasys.or.ComplexI: Return the imaginary part;
getImproveAlgorithm() - Method in class drasys.or.graph.tsp.Composite
getImproveAlgorithm() - Method in class drasys.or.graph.vrp.Composite
getIncrement() - Method in class drasys.or.matrix.ContiguousVector: Returns the increment between elements in the internal array.
getIncrement() - Method in interface drasys.or.matrix.ContiguousVectorI: Returns the increment between elements in the internal array.
getIncrement() - Method in interface drasys.or.matrix.complex.ContiguousVectorI: Returns the increment between elements in the internal array.
getIncrement() - Method in class drasys.or.matrix.complex.ContiguousVector: Returns the increment between elements in the internal array.
getInDegree() - Method in interface drasys.or.graph.VertexI: Get the number of edges that are connected to this vertex on the 'to' end.
getInDegree() - Method in class drasys.or.graph.VertexBase
getIndependent() - Method in class drasys.or.stat.model.GeneralLinearModel: Returns the independent matrix.
getIndependent() - Method in interface drasys.or.stat.model.GeneralLinearModelI: Returns the independent matrix.
getIndex() - Method in interface drasys.or.graph.VertexI: The index of the vertex in the graph.
getIndex() - Method in class drasys.or.graph.EdgeBase
getIndex() - Method in interface drasys.or.graph.EdgeI: The index of the edge in the graph.
getIndex() - Method in class drasys.or.graph.VertexBase
getIndex() - Method in interface drasys.or.matrix.VectorElementI: Returns the element's index.
getIndex() - Method in interface drasys.or.matrix.complex.VectorElementI: Returns the element's index.
getIndex(Object) - Method in class drasys.or.cont.OrderedSet
getInstance() - Static method in class drasys.or.geom.rect2.CoordinateSystem
getInstance() - Static method in class drasys.or.geom.rect3.CoordinateSystem
getInstance() - Static method in class drasys.or.geom.geo.CoordinateSystem
getInstance(String) - Static method in class drasys.or.geom.geo.Ellipsoid: Returns an instance of a standard ellipsoid by name.
getInverseMeridinalDistance(double) - Method in interface drasys.or.geom.geo.EllipsoidI: Returns the latitude in radians that is 'distance' from the equator.
getInverseMeridinalDistance(double) - Method in class drasys.or.geom.geo.Ellipsoid: Returns the latitude in radians that is 'distance' from the equator.
getInverseXX() - Method in class drasys.or.stat.model.GeneralLinearModel: Returns the X'X inverse matrix.
getInverseXX() - Method in interface drasys.or.stat.model.GeneralLinearModelI: Returns the X'X inverse matrix.
getKey() - Method in interface drasys.or.graph.VertexI: Returns the vertex key.
getKey() - Method in class drasys.or.graph.EdgeBase
getKey() - Method in interface drasys.or.graph.EdgeI: Returns the edge key.
getKey() - Method in class drasys.or.graph.VertexBase
getL() - Method in interface drasys.or.linear.algebra.LUDecompositionI: Get the lower triangular matrix.
getL() - Method in class drasys.or.linear.algebra.CroutPivot: Get the permuted lower triangular matrix.
getL(MatrixI) - Method in interface drasys.or.linear.algebra.LUDecompositionI: Get the lower triangular matrix.
getL(MatrixI) - Method in class drasys.or.linear.algebra.CroutPivot: Get the permuted lower triangular matrix.
getLine() - Method in class drasys.or.mp.SyntaxException
getLineNumber() - Method in class drasys.or.mp.SyntaxException
getLoad(VertexI) - Method in class drasys.or.graph.vrp.VRPBase: Returns the load at a vertex using the properties as appropriate.
getLoads() - Method in class drasys.or.graph.vrp.ClarkeWrightBase: Returns the load for each of the solution tours.
getLoads() - Method in class drasys.or.graph.vrp.GillettMillerBase: Returns the load for each of the solution tours.
getLoads() - Method in class drasys.or.graph.vrp.Randomizer: Returns the load for each tour in the solution.
getLoads() - Method in interface drasys.or.graph.vrp.VRPI: Returns the load for each of the solution tours.
getLoads() - Method in class drasys.or.graph.vrp.ImproveWithTSP: Returns the load for each tour in the solution.
getLoads() - Method in class drasys.or.graph.vrp.BestOf: Returns the load for each tour in the solution.
getLoads() - Method in class drasys.or.graph.vrp.Composite: Returns the load for each solution tour.
getLoads(Vector[]) - Method in class drasys.or.graph.vrp.VRPBase
getLowerBound() - Method in interface drasys.or.mp.VariableI: Returns the lower bound.
getLowerBound() - Method in class drasys.or.mp.Variable: Returns the lower bound.
getLowerBound(double) - Method in class drasys.or.stat.PopulationMean: Computes the lower bound of the confidence interval.
getLowerBound(double) - Method in class drasys.or.stat.PopulationProportion: Computes the lower bound of the confidence interval.
getLowerBound(double) - Method in class drasys.or.stat.PopulationMedian: Computes the lower bound of the confidence interval.
getLowerBound(double) - Method in class drasys.or.stat.model.LinearCorrelation: Computes the lower bound of the confidence interval.
getLowerBounds(double) - Method in class drasys.or.stat.model.LinearRegression: Returns the selected variable lower bounds.
getLowerBounds(double) - Method in interface drasys.or.stat.model.LinearRegressionI: Returns the selected variable lower bounds.
getLowerRange() - Method in class drasys.or.mp.Constraint: Returns the lower range.
getLowerRange() - Method in interface drasys.or.mp.ConstraintI: Returns the lower range.
getMax() - Method in interface drasys.or.geom.RangeI: Returns the maximum boundary point.
getMax() - Method in class drasys.or.geom.rect2.Range
getMax() - Method in class drasys.or.geom.rect3.Range
getMax() - Method in class drasys.or.geom.geo.Range
getMaxAbsoluteValue() - Method in class drasys.or.opt.lp.DenseLPBase: Gets largest absolute value in the equations.
getMaxAbsoluteValue() - Method in interface drasys.or.opt.lp.LinearProgrammingI: Gets largest absolute value in the equations.
getMaxIterations() - Method in class drasys.or.nonlinear.Bisection: Get the maximum number of iterations.
getMaxIterations() - Method in class drasys.or.nonlinear.Simpsons: Get the maximum number of iterations.
getMaxIterations() - Method in interface drasys.or.nonlinear.EquationSolutionI: Get the maximum number of iterations.
getMaxIterations() - Method in interface drasys.or.nonlinear.IntegrationI: Get the maximum number of iterations.
getMaxIterations() - Method in class drasys.or.nonlinear.Trapezoidal: Get the maximum number of iterations.
getMean() - Method in class drasys.or.stat.PopulationMean: Returns the mean.
getMean() - Method in class drasys.or.stat.model.LinearCorrelation: Returns the sample arithmetic means for all of the columns.
getMeanRadius() - Method in interface drasys.or.geom.geo.EllipsoidI: Returns the mean radius of the ellipsoid.
getMeanRadius() - Method in class drasys.or.geom.geo.Ellipsoid: Returns the mean radius of the ellipsoid.
getMedian() - Method in class drasys.or.stat.PopulationMedian: Returns the estimate of the proportion of successes in the population.
getMeridinalDistance(double) - Method in interface drasys.or.geom.geo.EllipsoidI: Returns the meridinal distance from the equator to a latitude given in radians.
getMeridinalDistance(double) - Method in class drasys.or.geom.geo.Ellipsoid: Returns the meridinal distance from the equator to a latitude given in radians.
getMeridinalDistance(double, double, double) - Method in interface drasys.or.geom.geo.EllipsoidI: Returns the meridinal distance from the equator to a latitude given in radians.
getMeridinalDistance(double, double, double) - Method in class drasys.or.geom.geo.Ellipsoid: Returns the meridinal distance from the equator to a latitude.
getMetadata() - Method in interface drasys.or.mp.ProblemI: Returns the metadata container for the problem.
getMetadata() - Method in class drasys.or.mp.Problem: Returns the metadata container for the problem.
getMin() - Method in interface drasys.or.geom.RangeI: Returns the minimum boundary point.
getMin() - Method in class drasys.or.geom.rect2.Range
getMin() - Method in class drasys.or.geom.rect3.Range
getMin() - Method in class drasys.or.geom.geo.Range
getMinAbsoluteValue() - Method in class drasys.or.opt.lp.DenseLPBase: Gets smallest absolute value in the equations.
getMinAbsoluteValue() - Method in interface drasys.or.opt.lp.LinearProgrammingI: Gets smallest absolute value in the equations.
getMSE() - Method in class drasys.or.stat.model.GeneralLinearModel: Returns the mean of the squares of the error terms.
getMSE() - Method in interface drasys.or.stat.model.GeneralLinearModelI: Returns the mean of the squares of the error terms.
getMSR() - Method in class drasys.or.stat.model.GeneralLinearModel: Returns the mean of the squares of the computed dependent values.
getMSR() - Method in interface drasys.or.stat.model.GeneralLinearModelI: Returns the mean of the squares of the computed dependent values.
getMST() - Method in class drasys.or.stat.model.GeneralLinearModel: Returns the mean of the squares of the sampled dependent values.
getMST() - Method in interface drasys.or.stat.model.GeneralLinearModelI: Returns the mean of the squares of the sampled dependent values.
getMutableEdge(VertexI, VertexI, Object) - Method in class drasys.or.graph.PointGraph: Get the edge between the 'from' and 'to' vertices whose key matches 'edgeKey'.
getMutableEdge(VertexI, VertexI, Object) - Method in class drasys.or.graph.SparseGraph: Get the edge between the from and to vertices whose key matches 'edgeKey'.
getMutableEdge(VertexI, VertexI, Object) - Method in class drasys.or.graph.MatrixGraph: Get the edge between the from and to vertices, the edge key must be null for a match.
getMutableEdge(VertexI, VertexI, Object) - Method in interface drasys.or.graph.GraphI: Get the edge between the from and to vertices whose key matches 'edgeKey'.
getMutableEdge(VertexI, VertexI, Object) - Method in class drasys.or.graph.DenseGraph: Get the edge between the from and to vertices whose key matches 'edgeKey'.
getName() - Method in class drasys.or.mp.Constraint: Returns the name of the constraint.
getName() - Method in interface drasys.or.mp.VariableI: Returns the name of the variable.
getName() - Method in interface drasys.or.mp.ConstraintI: Returns the name of the constraint.
getName() - Method in class drasys.or.mp.Variable: Returns the name of the variable.
getName() - Method in interface drasys.or.geom.geo.EllipsoidI: Returns the name used to identify the ellipsoid.
getName() - Method in class drasys.or.geom.geo.Ellipsoid: Returns the name used to identify the ellipsoid.
getNearestCandidate() - Method in interface drasys.or.graph.sp.SingleVertexI: Returns the candidate vertex for the single shortest path generated.
getNearestCandidate() - Method in class drasys.or.graph.sp.Connections: Returns the candidate vertex for the single shortest path generated.
getNearestCandidate() - Method in class drasys.or.graph.sp.Dijkstra: Returns the candidate vertex for the single shortest path generated.
getNearestNeighborTo(PointI) - Method in class drasys.or.geom.KDTree: Returns the element with the nearest key.
getNearestNeighborTo(PointI) - Method in interface drasys.or.geom.PointIndexI: Returns the element with the nearest key.
getNearestPointTo(PointI) - Method in interface drasys.or.geom.GeomI: Returns a PointI describing the point on the boundary closest to 'point'.
getNearestPointTo(PointI) - Method in class drasys.or.geom.rect2.Rect2
getNearestPointTo(PointI) - Method in class drasys.or.geom.rect3.Rect3
getNearestPointTo(PointI) - Method in class drasys.or.geom.geo.Geo
getNorthing() - Method in class drasys.or.geom.geo.proj.Projection: Gets the northing value for the projection.
getNorthing() - Method in interface drasys.or.geom.geo.proj.ProjectionI: Gets the northing value for the projection.
getNorthParallel() - Method in class drasys.or.geom.geo.proj.Conic: Returns the latitude of the north standard parallel in degrees.
getNorthParallel() - Method in interface drasys.or.geom.geo.proj.ConicI: Returns the latitude of the north standard parallel in degrees.
getObjectiveCoefficient() - Method in interface drasys.or.mp.VariableI: Returns the objective function coefficient.
getObjectiveCoefficient() - Method in class drasys.or.mp.Variable: Returns the objective function coefficient.
getObjectiveValue() - Method in class drasys.or.opt.lp.DenseSimplex: Returns the optimized value of the objective function.
getObjectiveValue() - Method in interface drasys.or.opt.lp.LinearProgrammingI: Returns the optimized value of the objective function.
getObjectiveValue() - Method in interface drasys.or.mp.lp.LinearProgrammingI: Returns the optimized value of the objective function.
getObjectiveValue() - Method in class drasys.or.mp.lp.DenseSimplex: Returns the optimized value of the objective function.
getOffset(int) - Method in class drasys.or.matrix.ContiguousVector: Returns an element's offset into the value array.
getOffset(int) - Method in interface drasys.or.matrix.ContiguousVectorI: Returns an element's offset into the value array.
getOffset(int) - Method in interface drasys.or.matrix.complex.ContiguousVectorI: Returns an element's offset into the value array.
getOffset(int) - Method in class drasys.or.matrix.complex.ContiguousVector: Returns an element's offset into the value array.
getOffset(int, int) - Method in class drasys.or.matrix.RowMajorMatrix: Returns an element's offset into the value array.
getOffset(int, int) - Method in class drasys.or.matrix.ColumnMajorMatrix: Returns an element's offset into the value array.
getOffset(int, int) - Method in interface drasys.or.matrix.ContiguousMatrixI: Returns an element's offset into the value array.
getOffset(int, int) - Method in class drasys.or.matrix.ContiguousMatrix.Sub: Returns an element's offset into the value array.
getOffset(int, int) - Method in class drasys.or.matrix.complex.RowMajorMatrix: Returns an element's offset into the value array.
getOffset(int, int) - Method in interface drasys.or.matrix.complex.ContiguousMatrixI: Returns an element's offset into the value array.
getOffset(int, int) - Method in class drasys.or.matrix.complex.ColumnMajorMatrix: Returns an element's offset into the value array.
getOffset(int, int) - Method in class drasys.or.matrix.complex.ContiguousMatrix.Sub: Returns an element's offset into the value array.
getOriginVertices() - Method in interface drasys.or.graph.sp.AllPairsI: Returns an array containing all the origin vertices.
getOriginVertices() - Method in class drasys.or.graph.sp.Iterate: Returns an array containing all the origin vertices.
getOutDegree() - Method in interface drasys.or.graph.VertexI: Get the number of edges that are connected to this vertex on the 'from' end.
getOutDegree() - Method in class drasys.or.graph.VertexBase
getPath(VertexI) - Method in interface drasys.or.graph.sp.SingleVertexI: Creates a path Vector containing the elements in the path between the candidate vertex and the root.
getPath(VertexI) - Method in class drasys.or.graph.sp.Connections: Creates a path Vector containing the elements in the path between the candidate vertex and the root.
getPath(VertexI) - Method in class drasys.or.graph.sp.Dijkstra: Creates a path Vector containing the elements in the path between the candidate vertex and the root.
getPoint(int) - Method in interface drasys.or.geom.PolygonI: Returns the point at 'index' from the polygon.
getPoint(int) - Method in class drasys.or.geom.rect2.Polygon: Returns the point at 'index' from the polygon.
getPoint1() - Method in interface drasys.or.geom.LineSegmentI: Returns the from point of the line segment.
getPoint1() - Method in class drasys.or.geom.rect2.LineSegment
getPoint1() - Method in class drasys.or.geom.rect3.LineSegment
getPoint2() - Method in interface drasys.or.geom.LineSegmentI: Returns the to point of the line segment.
getPoint2() - Method in class drasys.or.geom.rect2.LineSegment
getPoint2() - Method in class drasys.or.geom.rect3.LineSegment
getPointInstance(double[]) - Method in interface drasys.or.geom.CoordinateSystemI: Returns an instance of a point object initialized to the coordinates.
getPointInstance(double[]) - Method in class drasys.or.geom.rect2.CoordinateSystem: Returns an instance of a point object initialized to the coordinates.
getPointInstance(double[]) - Method in class drasys.or.geom.rect3.CoordinateSystem: Returns an instance of a point object initialized to the coordinates.
getPointInstance(double[]) - Method in class drasys.or.geom.geo.CoordinateSystem: Returns an instance of a point object initialized to the coordinates.
getPointInstance(PointI) - Method in interface drasys.or.geom.CoordinateSystemI: Returns an instance of a point object initialized to point.
getPointInstance(PointI) - Method in class drasys.or.geom.rect2.CoordinateSystem: Returns an instance of a point object initialized to point.
getPointInstance(PointI) - Method in class drasys.or.geom.rect3.CoordinateSystem: Returns an instance of a point object initialized to point.
getPointInstance(PointI) - Method in class drasys.or.geom.geo.CoordinateSystem: Returns an instance of a point object initialized to point.
getPointInstance(VectorI) - Method in interface drasys.or.geom.CoordinateSystemI: Returns an instance of a point object initialized to the coordinates.
getPointInstance(VectorI) - Method in class drasys.or.geom.rect2.CoordinateSystem: Returns an instance of a point object initialized to the coordinates.
getPointInstance(VectorI) - Method in class drasys.or.geom.rect3.CoordinateSystem: Returns an instance of a point object initialized to the coordinates.
getPointInstance(VectorI) - Method in class drasys.or.geom.geo.CoordinateSystem: Returns an instance of a point object initialized to the coordinates.
getPolarRadius() - Method in interface drasys.or.geom.geo.EllipsoidI: Returns the polar radius of the ellipsoid.
getPolarRadius() - Method in class drasys.or.geom.geo.Ellipsoid: Returns the polar radius of the ellipsoid.
getProductIndex(int, int) - Method in class drasys.or.stat.model.QuadraticMatrix: Return the index of the column in the quadratic matrix for the product term for column-1 and column-2.
getProportion() - Method in class drasys.or.stat.PopulationProportion: Returns the estimate of the proportion of successes in the population.
getRandom() - Method in class drasys.or.graph.vrp.RandomizableBase: Gets the random number generator.
getRandom() - Method in class drasys.or.graph.vrp.Randomizer: Gets the random number generator.
getRandom() - Method in interface drasys.or.graph.vrp.RandomizableI: Gets the random number generator.
getRandomArray(int) - Method in class drasys.or.prob.DiscreteDistribution: Returns an array of random numbers from the distribution.
getRandomArray(int) - Method in interface drasys.or.prob.DiscreteDistributionI: Returns an array of random numbers from the distribution.
getRandomArray(int, int) - Method in class drasys.or.prob.DiscreteDistribution: Returns a two dimensional array of random integers from the distribution.
getRandomArray(int, int) - Method in interface drasys.or.prob.DiscreteDistributionI: Returns a two dimensional array of random integers from the distribution.
getRandomInteger() - Method in class drasys.or.prob.PoissonDistributionBase: Returns a random number from the Poisson distribution.
getRandomInteger() - Method in class drasys.or.prob.DiscreteUniformDistribution: Returns a random number from the discrete uniform distribution.
getRandomInteger() - Method in class drasys.or.prob.EmpiricalDistribution: Returns a random number from the discrete uniform distribution.
getRandomInteger() - Method in interface drasys.or.prob.DiscreteDistributionI: Returns a random integer from the discrete distribution.
getRandomInteger() - Method in class drasys.or.prob.BinomialDistributionBase: Returns a random number from the binomial distribution.
getRandomMatrix(int, int) - Method in class drasys.or.prob.Distribution: Returns a matrix of random numbers from the distribution.
getRandomMatrix(int, int) - Method in interface drasys.or.prob.DistributionI: Returns a matrix of random numbers from the distribution.
getRandomNumberGenerator() - Method in class drasys.or.prob.Distribution: Gets the random number generator.
getRandomNumberGenerator() - Method in interface drasys.or.prob.DistributionI: Gets the random number generator.
getRandomScaler() - Method in class drasys.or.prob.ContinuousDistribution: Returns a random number from the distribution using 'inverseCdf'.
getRandomScaler() - Method in class drasys.or.prob.GammaDistribution: Returns a random number from the gamma distribution.
getRandomScaler() - Method in class drasys.or.prob.DiscreteDistribution: Returns 'getRandomInteger'.
getRandomScaler() - Method in interface drasys.or.prob.DistributionI: Returns a random number from the distribution.
getRandomScaler() - Method in class drasys.or.prob.UniformDistribution: Returns a random number from the distribution.
getRandomScaler() - Method in class drasys.or.prob.NormalDistribution: Returns a random number from the normal distribution.
getRandomScaler() - Method in class drasys.or.prob.ExponentialDistribution: Returns a random number from the exponential distribution.
getRandomVector(int) - Method in class drasys.or.prob.Distribution: Returns a vector of random numbers from the distribution.
getRandomVector(int) - Method in interface drasys.or.prob.DistributionI: Returns a vector of random numbers from the distribution.
getRange() - Method in interface drasys.or.geom.GeomI: Returns a RangeI describing the extent of the object.
getRange() - Method in class drasys.or.geom.rect2.Rect2
getRange() - Method in class drasys.or.geom.rect3.Rect3
getRange() - Method in class drasys.or.geom.geo.Geo
getRangeInstance(PointI, PointI) - Method in interface drasys.or.geom.CoordinateSystemI: Returns an instance of a range object initialized to include the arguments.
getRangeInstance(PointI, PointI) - Method in class drasys.or.geom.rect2.CoordinateSystem: Returns an instance of a range object initialized to include the arguments.
getRangeInstance(PointI, PointI) - Method in class drasys.or.geom.rect3.CoordinateSystem: Returns an instance of a range object initialized to include the argument.
getRangeInstance(PointI, PointI) - Method in class drasys.or.geom.geo.CoordinateSystem: Returns an instance of a range object initialized to include the arguments.
getRangeInstance(RangeI) - Method in interface drasys.or.geom.CoordinateSystemI: Returns an instance of a range object initialized to include the argument.
getRangeInstance(RangeI) - Method in class drasys.or.geom.rect2.CoordinateSystem: Returns an instance of a range object initialized to include the arguments.
getRangeInstance(RangeI) - Method in class drasys.or.geom.rect3.CoordinateSystem: Returns an instance of a range object initialized to include the arguments.
getRangeInstance(RangeI) - Method in class drasys.or.geom.geo.CoordinateSystem: Returns an instance of a range object initialized to include the argument.
getRangeMax() - Method in class drasys.or.opt.lp.DenseLPBase: Gets smallest absolute value the algorithm will accept.
getRangeMax() - Method in interface drasys.or.opt.lp.LinearProgrammingI: Gets smallest absolute value the algorithm will accept.
getRangeMin() - Method in class drasys.or.opt.lp.DenseLPBase: Gets smallest absolute value the algorithm will accept.
getRangeMin() - Method in interface drasys.or.opt.lp.LinearProgrammingI: Gets smallest absolute value the algorithm will accept.
getReal() - Method in class drasys.or.Complex: Return the real part.
getReal() - Method in interface drasys.or.ComplexI: Return the real part;
getRequiredVariables() - Method in class drasys.or.stat.model.LinearRegression: Returns the internal array describing required variable set.
getRequiredVariables() - Method in interface drasys.or.stat.model.LinearRegressionI: Returns the internal array describing required variable set.
getRightHandSide() - Method in class drasys.or.mp.Constraint: Returns the right-hand-side.
getRightHandSide() - Method in interface drasys.or.mp.ConstraintI: Returns the right-hand-side.
getRowBeginArray() - Method in class drasys.or.matrix.CompressedRowMatrix: Return the array used to hold the index of the first element in each row.
getRowEndArray() - Method in class drasys.or.matrix.CompressedColumnMatrix: Return the array used to indicate the end of each row in the row index.
getRowIncrement() - Method in class drasys.or.matrix.RowMajorMatrix: Returns the distance between corresponding elements in adjacent rows.
getRowIncrement() - Method in class drasys.or.matrix.ColumnMajorMatrix: Returns the distance between corresponding elements in adjacent rows.
getRowIncrement() - Method in interface drasys.or.matrix.ContiguousMatrixI: Returns the distance between corresponding elements in adjacent rows.
getRowIncrement() - Method in class drasys.or.matrix.ContiguousMatrix.Sub: Returns the distance between corresponding elements in adjacent rows.
getRowIncrement() - Method in class drasys.or.matrix.complex.RowMajorMatrix: Returns the distance between corresponding elements in adjacent rows.
getRowIncrement() - Method in interface drasys.or.matrix.complex.ContiguousMatrixI: Returns the distance between corresponding elements in adjacent rows.
getRowIncrement() - Method in class drasys.or.matrix.complex.ColumnMajorMatrix: Returns the distance between corresponding elements in adjacent rows.
getRowIncrement() - Method in class drasys.or.matrix.complex.ContiguousMatrix.Sub: Returns the distance between corresponding elements in adjacent rows.
getRowIndex() - Method in interface drasys.or.matrix.MatrixElementI: The element's row index.
getRowIndex() - Method in interface drasys.or.matrix.complex.MatrixElementI: The element's row index.
getRowIndex() - Method in class drasys.or.mp.Constraint: Returns the row index of the constraint.
getRowIndex() - Method in interface drasys.or.mp.ConstraintI: Returns the row index of the constraint.
getRowIndexArray() - Method in class drasys.or.matrix.CompressedRowMatrix: Return the array used to hold the row indices for the column index.
getRowIndexArray() - Method in class drasys.or.matrix.CompressedColumnMatrix: Return the array used to hold the row indices.
getRowPermutations() - Method in interface drasys.or.linear.algebra.LUDecompositionI: Returns the row permutations.
getRowPermutations() - Method in class drasys.or.linear.algebra.CroutPivot: Returns the row permutations.
getRowSizeArray() - Method in class drasys.or.matrix.CompressedRowMatrix: Return the array used to hold the number of elements in each row.
getRSquared() - Method in class drasys.or.stat.model.GeneralLinearModel: Returns R^2.
getRSquared() - Method in interface drasys.or.stat.model.GeneralLinearModelI: Returns R^2.
getSecond() - Method in class drasys.or.Pair: Get the second element of the pair.
getSecond() - Method in interface drasys.or.PairI: Get the second element of the pair.
getSelectedVariables() - Method in class drasys.or.stat.model.LinearRegression: Returns the internal array describing current variable set.
getSelectedVariables() - Method in interface drasys.or.stat.model.LinearRegressionI: Returns the internal array describing current variable set.
getServiceTime() - Method in interface drasys.or.graph.tw.TimeWindowValueI: Returns the time needed to service the vertex.
getServiceTime() - Method in class drasys.or.graph.tw.TimeWindowValue: Returns the time needed to service the vertex.
getServiceTime(VertexI) - Method in interface drasys.or.graph.tw.TimeWindowPropertiesI: Returns the time needed to service the vertex.
getServiceTime(VertexI) - Method in class drasys.or.graph.tw.TimeWindowPropertiesAdapter: Returns the time needed to service the vertex.
getSmp() - Method in class drasys.or.linear.blas.SmpBLAS1: Get the underlying Smp object.
getSmp() - Method in class drasys.or.linear.blas.SmpBLAS2: Get the underlying Smp object.
getSmp() - Method in class drasys.or.linear.blas.SmpBLAS3: Get the underlying Smp object.
getSolution() - Method in class drasys.or.opt.lp.DenseSimplex: Returns the solution vector.
getSolution() - Method in interface drasys.or.opt.lp.LinearProgrammingI: Returns the solution vector.
getSolution() - Method in interface drasys.or.mp.lp.LinearProgrammingI: Returns the solution vector.
getSolution() - Method in class drasys.or.mp.lp.DenseSimplex: Returns the solution vector.
getSouthParallel() - Method in class drasys.or.geom.geo.proj.Conic: Returns the latitude of the south standard parallel in degrees.
getSouthParallel() - Method in interface drasys.or.geom.geo.proj.ConicI: Returns the latitude of the south standard parallel in degrees.
getSSE() - Method in class drasys.or.stat.model.GeneralLinearModel: Returns the sum of the squares of the error terms.
getSSE() - Method in interface drasys.or.stat.model.GeneralLinearModelI: Returns the sum of the squares of the error terms.
getSSR() - Method in class drasys.or.stat.model.GeneralLinearModel: Returns the sum of the squares of the computed dependent values.
getSSR() - Method in interface drasys.or.stat.model.GeneralLinearModelI: Returns the sum of the squares of the computed dependent values.
getSST() - Method in class drasys.or.stat.model.GeneralLinearModel: Returns the sum of the squares of the sampled dependent values.
getSST() - Method in interface drasys.or.stat.model.GeneralLinearModelI: Returns the sum of the squares of the sampled dependent values.
getStandardErrors() - Method in class drasys.or.stat.model.GeneralLinearModel: Returns the standard errors of the fitted independent variables.
getStandardErrors() - Method in interface drasys.or.stat.model.GeneralLinearModelI: Returns the standard errors of the fitted independent variables.
getStd() - Method in class drasys.or.stat.PopulationMean: Returns the standard deviation.
getStd() - Method in class drasys.or.stat.model.LinearCorrelation: Returns the sample standard deviation for all of the columns.
getSubgraph() - Method in class drasys.or.graph.EdgeBase: Always returns null.
getSubgraph() - Method in interface drasys.or.graph.EdgeI: Returns the subgraph of the edge.
getSumOfProducts() - Method in class drasys.or.stat.model.LinearCorrelation: Returns the sum of the products for all of the column pairs.
getSumOfSquares() - Method in class drasys.or.stat.model.LinearCorrelation: Returns the sum of the squares for all of the columns.
getT() - Method in class drasys.or.stat.model.LinearRegression: Returns the 'T' statistics for the selected variables.
getT() - Method in interface drasys.or.stat.model.LinearRegressionI: Returns the 'T' statistics for the selected variables.
getTermIndex(int, int) - Method in class drasys.or.stat.model.PolynomialMatrix: Returns the column index in the polynomial matrix of a term given its degree and original column index in the underlying matrix.
getTime() - Method in interface drasys.or.graph.VertexValueI: Returns the time required to cross the vertex.
getTime() - Method in class drasys.or.graph.VertexValue: Returns the time required to cross the vertex.
getTime() - Method in class drasys.or.graph.VertexBase: If the value object is a 'VertexValueI' the return value is 'value.getCost()'.
getTime(boolean) - Method in class drasys.or.graph.EdgeBase: If the value object is an 'EdgeValueI' the return value is 'value.getTime(isReverse)'.
getTime(boolean) - Method in interface drasys.or.graph.EdgeValueI: Returns the time required to cross the edge in the indicated direction.
getTime(boolean) - Method in class drasys.or.graph.EdgeValue: Returns the time required to cross the edge in the indicated direction.
getTimeWindowEnd() - Method in interface drasys.or.graph.tw.TimeWindowValueI: Returns the end of the service windows for the vertex.
getTimeWindowEnd() - Method in class drasys.or.graph.tw.TimeWindowValue: Returns the end of the service windows for the vertex.
getTimeWindowEnd(VertexI) - Method in interface drasys.or.graph.tw.TimeWindowPropertiesI: Returns the end of the service windows for the vertex.
getTimeWindowEnd(VertexI) - Method in class drasys.or.graph.tw.TimeWindowPropertiesAdapter: Returns the end of the service windows for the vertex.
getTimeWindowStart() - Method in interface drasys.or.graph.tw.TimeWindowValueI: Returns the start of the service windows for the vertex.
getTimeWindowStart() - Method in class drasys.or.graph.tw.TimeWindowValue: Returns the start of the service windows for the vertex.
getTimeWindowStart(VertexI) - Method in interface drasys.or.graph.tw.TimeWindowPropertiesI: Returns the start of the service windows for the vertex.
getTimeWindowStart(VertexI) - Method in class drasys.or.graph.tw.TimeWindowPropertiesAdapter: Returns the start of the service windows for the vertex.
getTour() - Method in class drasys.or.graph.tsp.TSPBase: Returns the improved tour from the construction algorithm.
getTour() - Method in class drasys.or.graph.tsp.Composite: Returns the solution tour.
getTour() - Method in class drasys.or.graph.tsp.BestOf: Returns the improved tour from the construction algorithm.
getTour() - Method in interface drasys.or.graph.tsp.TSPI: Returns the solution tour generated by the algorithm.
getTour() - Method in class drasys.or.graph.tsp.ConstructToImproveConverter: Returns the solution tour.
getTours() - Method in class drasys.or.graph.vrp.ClarkeWrightBase: Returns the solution tours generated by the algorithm.
getTours() - Method in class drasys.or.graph.vrp.GillettMillerBase: Returns the solution tours generated by the algorithm.
getTours() - Method in class drasys.or.graph.vrp.Randomizer: Returns the improved tour from the construction algorithm.
getTours() - Method in interface drasys.or.graph.vrp.VRPI: Returns the solution tours generated by the algorithm.
getTours() - Method in class drasys.or.graph.vrp.ImproveWithTSP
getTours() - Method in class drasys.or.graph.vrp.BestOf: Returns the improved tour from the construction algorithm.
getTours() - Method in class drasys.or.graph.vrp.Composite: Returns the tours in the solution.
getToVertex() - Method in interface drasys.or.graph.EdgeI: Returns the vertex adjacent to the 'to' end of the edge.
getTPV() - Method in class drasys.or.stat.model.LinearRegression: Returns the two-sided p-values for the 'T' statistics of the selected variables.
getTPV() - Method in interface drasys.or.stat.model.LinearRegressionI: Returns the two-sided p-values for the 'T' statistics of the selected variables.
getTStatistic(double) - Method in class drasys.or.stat.model.LinearRegression: Returns the the 'T' statistic for a given p-value;
getTStatistic(double) - Method in interface drasys.or.stat.model.LinearRegressionI: Returns the the 'T' statistic for a given p-value;
getType() - Method in class drasys.or.mp.Constraint: Returns the constraint type.
getType() - Method in interface drasys.or.mp.VariableI: Returns the variable type.
getType() - Method in interface drasys.or.mp.ConstraintI: Returns the constraint type.
getType() - Method in class drasys.or.mp.Variable: Returns the variable type.
getU() - Method in interface drasys.or.linear.algebra.LUDecompositionI: Get the upper triangular matrix.
getU() - Method in class drasys.or.linear.algebra.CroutPivot: Get the permuted upper triangular matrix.
getU() - Method in interface drasys.or.linear.algebra.SVDecompositionI: Get the U matrix.
getU() - Method in class drasys.or.linear.algebra.QRIteration: Get the U matrix.
getU(MatrixI) - Method in interface drasys.or.linear.algebra.LUDecompositionI: Get the upper triangular matrix.
getU(MatrixI) - Method in class drasys.or.linear.algebra.CroutPivot: Get the permuted upper triangular matrix.
getU(MatrixI) - Method in interface drasys.or.linear.algebra.SVDecompositionI: Get the U matrix.
getU(MatrixI) - Method in class drasys.or.linear.algebra.QRIteration: Get the U matrix.
getUpperBound() - Method in interface drasys.or.mp.VariableI: Returns the upper bound.
getUpperBound() - Method in class drasys.or.mp.Variable: Returns the upper bound.
getUpperBound(double) - Method in class drasys.or.stat.PopulationMean: Computes the upper bound of the confidence interval.
getUpperBound(double) - Method in class drasys.or.stat.PopulationProportion: Computes the upper bound of the confidence interval.
getUpperBound(double) - Method in class drasys.or.stat.PopulationMedian: Computes the upper bound of the confidence interval.
getUpperBound(double) - Method in class drasys.or.stat.model.LinearCorrelation: Computes the upper bound of the confidence interval.
getUpperBounds(double) - Method in class drasys.or.stat.model.LinearRegression: Returns the selected variable upper bounds.
getUpperBounds(double) - Method in interface drasys.or.stat.model.LinearRegressionI: Returns the selected variable upper bounds.
getUpperRange() - Method in class drasys.or.mp.Constraint: Returns the upper range.
getUpperRange() - Method in interface drasys.or.mp.ConstraintI: Returns the upper range.
getV() - Method in interface drasys.or.linear.algebra.SVDecompositionI: Get the V matrix.
getV() - Method in class drasys.or.linear.algebra.QRIteration: Get the V matrix.
getV(MatrixI) - Method in interface drasys.or.linear.algebra.SVDecompositionI: Get the V matrix.
getV(MatrixI) - Method in class drasys.or.linear.algebra.QRIteration: Get the V matrix.
getValue() - Method in interface drasys.or.graph.VertexI: Returns the vertex value.
getValue() - Method in class drasys.or.graph.EdgeBase
getValue() - Method in interface drasys.or.graph.EdgeI: Returns the edge value.
getValue() - Method in class drasys.or.graph.VertexBase
getValue() - Method in interface drasys.or.matrix.MatrixElementI: Returns the element's value.
getValue() - Method in interface drasys.or.matrix.VectorElementI: Returns the element's value.
getValue() - Method in interface drasys.or.matrix.complex.MatrixElementI: Returns the element's value.
getValue() - Method in interface drasys.or.matrix.complex.VectorElementI: Returns the element's value.
getValueArray() - Method in class drasys.or.matrix.ContiguousMatrix: Returns the internal array that is used to hold the element values.
getValueArray() - Method in class drasys.or.matrix.ContiguousVector: Returns the internal array which holds the values.
getValueArray() - Method in class drasys.or.matrix.CompressedMatrix: Returns the internal array that is used to hold the element values.
getValueArray() - Method in interface drasys.or.matrix.ContiguousVectorI: Returns the internal array which holds the values.
getValueArray() - Method in class drasys.or.matrix.ArrayMatrix: Returns the internal java two-dimensional array that is used to hold the element values.
getValueArray() - Method in interface drasys.or.matrix.ContiguousMatrixI: Returns the internal array that is used to hold the element values.
getValueArray() - Method in class drasys.or.matrix.ContiguousMatrix.Sub: Returns the internal array that is used to hold the element values.
getValueArray() - Method in class drasys.or.matrix.complex.ContiguousMatrix: Returns the internal array that is used to hold the element values.
getValueArray() - Method in interface drasys.or.matrix.complex.ContiguousMatrixI: Returns the internal array that is used to hold the element values.
getValueArray() - Method in interface drasys.or.matrix.complex.ContiguousVectorI: Returns the internal array which holds the values.
getValueArray() - Method in class drasys.or.matrix.complex.ContiguousVector: Returns the internal array which holds the values.
getValueArray() - Method in class drasys.or.matrix.complex.ContiguousMatrix.Sub: Returns the internal array that is used to hold the element values.
getValueIndexArray() - Method in class drasys.or.matrix.CompressedRowMatrix: Return the array used to hold the value indices for the column index.
getValueIndexArray() - Method in class drasys.or.matrix.CompressedColumnMatrix: Return the array used to hold the value indices for the row index.
getVariable(int) - Method in interface drasys.or.mp.ProblemI: Returns a variable by column index.
getVariable(int) - Method in class drasys.or.mp.Problem: Returns a variable by column index.
getVariable(String) - Method in interface drasys.or.mp.ProblemI: Returns a variable by name.
getVariable(String) - Method in class drasys.or.mp.Problem: Returns a variable by name.
getVertex(Object) - Method in class drasys.or.graph.BaseGraph: Get the vertex that matches the key.
getVertex(Object) - Method in class drasys.or.graph.MatrixGraph: Get the vertex that matches the key.
getVertex(Object) - Method in interface drasys.or.graph.GraphI: Get the vertex that matches the key.
getVertexColor(VertexI) - Method in interface drasys.or.graph.color.ColoringI: Returns the color assigned to the vertex.
getVertexColor(VertexI) - Method in class drasys.or.graph.color.WelshPowell: Returns the color assigned to the vertex.
getVertexColors() - Method in interface drasys.or.graph.color.ColoringI: Returns an array containing the vertex color assignments.
getVertexColors() - Method in class drasys.or.graph.color.WelshPowell: Returns an array containing the vertex color assignments.
getVertexCost(VertexI) - Method in interface drasys.or.graph.VertexPropertiesI: Returns the cost of crossing the vertex.
getVertexCost(VertexI) - Method in class drasys.or.graph.PropertiesAdapter: Always returns 'vertex.getTime()'.
getVertexDemand(VertexI) - Method in interface drasys.or.graph.VertexPropertiesI: Returns the demand at a vertex.
getVertexDemand(VertexI) - Method in class drasys.or.graph.PropertiesAdapter: Always returns 'vertex.getDemand()'.
getVertexTime(VertexI) - Method in interface drasys.or.graph.VertexPropertiesI: Returns the time to travel across the vertex.
getVertexTime(VertexI) - Method in class drasys.or.graph.PropertiesAdapter: Always returns 'vertex.getCost()'.
getW() - Method in interface drasys.or.linear.algebra.SVDecompositionI: Get the W matrix.
getW() - Method in class drasys.or.linear.algebra.QRIteration: Get the W matrix.
getW(MatrixI) - Method in interface drasys.or.linear.algebra.SVDecompositionI: Get the W matrix.
getW(MatrixI) - Method in class drasys.or.linear.algebra.QRIteration: Get the W matrix.
GillettMiller - class drasys.or.graph.vrp.GillettMiller.: A randomized greedy VRP construction algorithm.
GillettMiller() - Constructor for class drasys.or.graph.vrp.GillettMiller: Constructs a randomized version of the Gillett Miller Sweep Sweep algorithm using the Randomizer object.
GillettMiller(int) - Constructor for class drasys.or.graph.vrp.GillettMiller: Constructs a randomized version of the Gillett Miller Sweep Sweep algorithm using the Randomizer object.
GillettMiller(int, int) - Constructor for class drasys.or.graph.vrp.GillettMiller: Constructs a randomized version of the Gillett Miller Sweep Sweep algorithm using the Randomizer object.
GillettMiller(int, int, ImproveI) - Constructor for class drasys.or.graph.vrp.GillettMiller: Constructs a randomized version of the Gillett Miller Sweep Sweep algorithm using the Randomizer object.
GillettMillerBase - class drasys.or.graph.vrp.GillettMillerBase.: A randomizable greedy VRP construction algorithm.
GillettMillerBase() - Constructor for class drasys.or.graph.vrp.GillettMillerBase
GillettMillerBase(ImproveI) - Constructor for class drasys.or.graph.vrp.GillettMillerBase
goldenRatio - Static variable in class drasys.or.Constants
Graph - class drasys.or.graph.Graph.: An abstract class that contains convenience methods for derived classes.
GraphError - error drasys.or.graph.GraphError.: The parent of all error classes in the 'graph' package.
GraphError() - Constructor for class drasys.or.graph.GraphError
GraphError(String) - Constructor for class drasys.or.graph.GraphError
GraphException - exception drasys.or.graph.GraphException.: The parent of all exception classes in the 'graph' package.
GraphException() - Constructor for class drasys.or.graph.GraphException
GraphException(String) - Constructor for class drasys.or.graph.GraphException
GraphI - interface drasys.or.graph.GraphI.: The interface used by all algorithms to access graphs abstractly.
greatCircleAngle(PointI, PointI) - Static method in class drasys.or.geom.geo.Ellipsoid: Returns the great circle angle in radians.
greatCircleSphericalDistance(PointI, PointI) - Method in interface drasys.or.geom.geo.EllipsoidI: Returns the great circle distance in the units of the ellipsoid.
greatCircleSphericalDistance(PointI, PointI) - Method in class drasys.or.geom.geo.Ellipsoid: Returns the great circle distance in the units of the ellipsoid.
GREATER - Static variable in interface drasys.or.CompareI: The return value which indicates 'a' is greater than 'b'.
GREATER - Static variable in interface drasys.or.opt.lp.LinearProgrammingI: Indicates a greater than or equal to constraint: '>='
GREATER - Static variable in interface drasys.or.mp.ConstraintI: The row must be greater than or equal to the right hand side.

H

halfPi - Static variable in class drasys.or.Constants
hashCode() - Method in class drasys.or.Pair
hashCode() - Method in class drasys.or.geom.rect2.Polygon
hashCode() - Method in class drasys.or.geom.rect2.Range
hashCode() - Method in class drasys.or.geom.rect2.Point
hashCode() - Method in class drasys.or.geom.rect2.LineSegment
hashCode() - Method in class drasys.or.geom.rect3.Point
hashCode() - Method in class drasys.or.geom.rect3.LineSegment
hashCode() - Method in class drasys.or.geom.rect3.Range
hashCode() - Method in class drasys.or.geom.geo.Point
hashCode() - Method in class drasys.or.geom.geo.Range
hasMoreElements() - Method in class drasys.or.util.KeyGenerator: Returns 'true' until the generator starts to repeat.
holes() - Method in interface drasys.or.geom.PolygonI: Returns an enumeration on the holes of the polygon.
holes() - Method in class drasys.or.geom.rect2.Polygon: Returns an enumeration on the holes of the polygon.

I

icamax(int, float[], int, int) - Method in interface drasys.or.linear.blas.BLAS1I: Finds the index of the element with the maximum absolute value.
icamax(int, float[], int, int) - Method in class drasys.or.linear.blas.SmpBLAS1: Finds the index of the element with the maximum absolute value.
icamax(int, float[], int, int) - Method in class drasys.or.linear.blas.BLAS1: Finds the index of the element with the maximum absolute value.
idamax(ContiguousVectorI) - Method in class drasys.or.linear.blas.VectorBLAS1: Finds the index of the element with the maximum absolute value.
idamax(int, double[], int, int) - Method in interface drasys.or.linear.blas.BLAS1I: Finds the index of the element with the maximum absolute value.
idamax(int, double[], int, int) - Method in class drasys.or.linear.blas.SmpBLAS1: Finds the index of the element with the maximum absolute value.
idamax(int, double[], int, int) - Method in class drasys.or.linear.blas.BLAS1: Finds the index of the element with the maximum absolute value.
imag - Variable in class drasys.or.Complex
improve() - Method in class drasys.or.graph.tsp.Us
improve() - Method in class drasys.or.graph.tsp.ImproveBase
improve() - Method in class drasys.or.graph.tsp.ThreeOpt
improve() - Method in class drasys.or.graph.tsp.TwoOpt
ImproveBase - class drasys.or.graph.tsp.ImproveBase.: A base class containing features common to many improvement TSP algorithms.
ImproveBase - class drasys.or.graph.vrp.ImproveBase.: A base class containing features common to many improvement VRP algorithms.
ImproveBase() - Constructor for class drasys.or.graph.tsp.ImproveBase: The target graph must be set with 'setGraph()'.
ImproveBase() - Constructor for class drasys.or.graph.vrp.ImproveBase
ImproveBase(GraphI) - Constructor for class drasys.or.graph.tsp.ImproveBase: Sets the target graph.
improveClosedTour(Vector) - Method in class drasys.or.graph.tsp.Us: Improve a closed tour solution.
improveClosedTour(Vector) - Method in class drasys.or.graph.tsp.ImproveBase: Improve a closed tour solution.
improveClosedTour(Vector) - Method in interface drasys.or.graph.tsp.ImproveI: Improve a closed tour solution.
improveClosedTour(Vector) - Method in class drasys.or.graph.tsp.ConstructToImproveConverter: Improve a closed tour solution.
improveClosedTours(Vector[]) - Method in class drasys.or.graph.vrp.ImproveWithTSP: Improve a solution with closed tours that begin and end at the depot vertex.
improveClosedTours(Vector[]) - Method in interface drasys.or.graph.vrp.ImproveI: Improve a solution with closed tours that begin and end at the depot vertex.
ImproveI - interface drasys.or.graph.tsp.ImproveI.: The interface used by all algorithms to access TSP improvement algorithms.
ImproveI - interface drasys.or.graph.vrp.ImproveI.: The interface used by all algorithms to access VRP improvement algorithms.
improveInboundTours(Vector[]) - Method in class drasys.or.graph.vrp.ImproveWithTSP: Improve a solution with open tours that begin at arbitrary vertices and end at the depot vertex.
improveInboundTours(Vector[]) - Method in interface drasys.or.graph.vrp.ImproveI: Improve a solution with open tours that begin at arbitrary vertices and end at the depot vertex.
improveOpenTour(Vector) - Method in class drasys.or.graph.tsp.Us: Improve an open tour solution with arbitrary end points.
improveOpenTour(Vector) - Method in class drasys.or.graph.tsp.ImproveBase: Improve an open tour solution with arbitrary end points.
improveOpenTour(Vector) - Method in interface drasys.or.graph.tsp.ImproveI: Improve an open tour solution with arbitrary end points.
improveOpenTour(Vector) - Method in class drasys.or.graph.tsp.ConstructToImproveConverter: Improve an open tour solution with arbitrary end points.
improveOpenTour(Vector, boolean, boolean) - Method in class drasys.or.graph.tsp.Us: Improve an open tour solution with fixed end points.
improveOpenTour(Vector, boolean, boolean) - Method in class drasys.or.graph.tsp.ImproveBase: Improve an open tour solution with fixed end points.
improveOpenTour(Vector, boolean, boolean) - Method in interface drasys.or.graph.tsp.ImproveI: Improve an open tour solution with fixed end points.
improveOpenTour(Vector, boolean, boolean) - Method in class drasys.or.graph.tsp.ConstructToImproveConverter: Improve an open tour solution with fixed end points.
improveOutboundTours(Vector[]) - Method in class drasys.or.graph.vrp.ImproveWithTSP: Improve a solution with open tours that begin at the depot vertex and end at arbitrary vertices.
improveOutboundTours(Vector[]) - Method in interface drasys.or.graph.vrp.ImproveI: Improve a solution with open tours that begin at the depot vertex and end at arbitrary vertices.
ImproveWithTSP - class drasys.or.graph.vrp.ImproveWithTSP.: An implementations of a VRP improvement algorithm that uses a TSP subalgorithm to improve the vertex ordering of each tour in the solution.
ImproveWithTSP(ConstructI) - Constructor for class drasys.or.graph.vrp.ImproveWithTSP
ImproveWithTSP(ImproveI) - Constructor for class drasys.or.graph.vrp.ImproveWithTSP
includes(PointI) - Method in interface drasys.or.geom.RangeI: Returns true if the point is inside the range or on the boundary.
includes(PointI) - Method in class drasys.or.geom.rect2.Range: Returns true if the point is inside the range or on the boundary.
includes(PointI) - Method in class drasys.or.geom.rect3.Range: Returns true if the point is inside the range or on the boundary.
includes(PointI) - Method in class drasys.or.geom.geo.Range: Returns true if the point is inside the range or on the boundary.
IncompleteBeta - class drasys.or.prob.IncompleteBeta.: An implementation of the incomplete beta function.
IncompleteBeta(double, double) - Constructor for class drasys.or.prob.IncompleteBeta
IncompleteGamma - class drasys.or.prob.IncompleteGamma.: An implementation of the incomplete gamma function.
IncompleteGamma(double) - Constructor for class drasys.or.prob.IncompleteGamma
IndexedVector - class drasys.or.cont.IndexedVector.: A vector of objects with an index into the vector.
IndexedVector() - Constructor for class drasys.or.cont.IndexedVector
IndexedVector(int) - Constructor for class drasys.or.cont.IndexedVector
indices() - Method in class drasys.or.cont.OrderedSet
inEdges() - Method in interface drasys.or.graph.VertexI: Creates an enumeration on the edges into the vertex.
InfeasibleException - exception drasys.or.mp.InfeasibleException.: Problem is infeasible.
InfeasibleException() - Constructor for class drasys.or.mp.InfeasibleException
InfeasibleException(String) - Constructor for class drasys.or.mp.InfeasibleException
initialize(GraphI, SingleVertexI) - Method in class drasys.or.graph.sp.SingleVertexListenerAdapter: Called before any path generation.
initialize(GraphI, SingleVertexI) - Method in interface drasys.or.graph.sp.SingleVertexListenerI: Called before any path generation.
initTourGENI(int, int) - Method in class drasys.or.graph.tsp.Geni
initTourUS(int, int) - Method in class drasys.or.graph.tsp.Us
initVertices(int, int) - Method in class drasys.or.graph.tsp.TSPBase
initVertices(Vector) - Method in class drasys.or.graph.tsp.TSPBase
inputCoordinateSystem() - Method in interface drasys.or.geom.TransformI: Returns the coordinate system used by the input.
inputCoordinateSystem() - Method in class drasys.or.geom.rect2.Transform: Always returns 'rect2.CoordinateSystem';
inputCoordinateSystem() - Method in class drasys.or.geom.geo.proj.Projection: Always returns 'geo.CoordinateSystem';
insert(Object) - Method in class drasys.or.cont.BinaryHeap
insert(Object) - Method in class drasys.or.cont.BinomialHeap
insert(Object, Object) - Method in interface drasys.or.cont.PriorityQueueI: Insert a new element into the queue, with separate priority and value objects.
insert(Object, Object) - Method in class drasys.or.cont.BinaryHeap
insert(Object, Object) - Method in class drasys.or.cont.BinomialHeap
insertionIndex() - Method in interface drasys.or.alg.SearchI: If a find fails, this returns the index where the new element should be inserted.
insertionIndex() - Method in class drasys.or.alg.SequentialSearch: If a find fails, this returns the index where the new element should be inserted.
insertionIndex() - Method in class drasys.or.alg.BinarySearch: If a find fails, this returns the index where the new element should be inserted.
INTEGER - Static variable in interface drasys.or.mp.VariableI: The variable is integer valued.
integrate(FunctionI, double, double) - Method in class drasys.or.nonlinear.Simpsons: Integrate the function argument between the lower and upper bounds using trapezoidal integration.
integrate(FunctionI, double, double) - Method in interface drasys.or.nonlinear.IntegrationI: Integrate the function between the bounds.
integrate(FunctionI, double, double) - Method in class drasys.or.nonlinear.Trapezoidal: Integrate the function argument between the lower and upper bounds using trapezoidal integration.
Integration - class drasys.or.nonlinear.Integration.: An alias class which redefines the best integration algorithm in the edition.
Integration() - Constructor for class drasys.or.nonlinear.Integration
IntegrationI - interface drasys.or.nonlinear.IntegrationI.: An interface to access numerical integration algorithms.
intersection(GraphI, GraphI) - Static method in class drasys.or.graph.Operations
InvalidArgumentError - error drasys.or.InvalidArgumentError.: Thrown if an object provides only a stub for a method in an interface.
InvalidArgumentError() - Constructor for class drasys.or.InvalidArgumentError
InvalidArgumentError(String) - Constructor for class drasys.or.InvalidArgumentError
InvalidException - exception drasys.or.mp.InvalidException.: Problem is invalid for this algorithm.
InvalidException() - Constructor for class drasys.or.mp.InvalidException
InvalidException(String) - Constructor for class drasys.or.mp.InvalidException
InvalidGraphError - error drasys.or.graph.InvalidGraphError.: Thrown if a the graph used in a algorithm has changed since the algorithm was initialized.
InvalidGraphError() - Constructor for class drasys.or.graph.InvalidGraphError
InvalidGraphError(String) - Constructor for class drasys.or.graph.InvalidGraphError
InvalidOperationException - exception drasys.or.InvalidOperationException.: Thrown if an operation is attempted on an object with an invalid state.
InvalidOperationException() - Constructor for class drasys.or.InvalidOperationException
InvalidOperationException(String) - Constructor for class drasys.or.InvalidOperationException
InvalidPriorityException - exception drasys.or.InvalidPriorityException.: Thrown by a priority queue if a priority change is attempted and the new value is not supported by the implementation.
InvalidPriorityException() - Constructor for class drasys.or.InvalidPriorityException
InvalidPriorityException(String) - Constructor for class drasys.or.InvalidPriorityException
InvalidPropertyException - exception drasys.or.graph.InvalidPropertyException.: Thrown if a the graph used in a algorithm has changed since the algorithm was initialized.
InvalidPropertyException() - Constructor for class drasys.or.graph.InvalidPropertyException
InvalidPropertyException(String) - Constructor for class drasys.or.graph.InvalidPropertyException
inverse(PointI) - Method in class drasys.or.geom.rect2.Transform: Returns a point that is translated, scaled and rotated in the inverse direction.
inverse(PointI) - Method in interface drasys.or.geom.rect2.TransformI: Returns a point that is translated, scaled and rotated int the inverse direction.
inverse(PointI) - Method in interface drasys.or.geom.geo.proj.ProjectionI: Returns an inverse projected point.
inverse(PointI) - Method in class drasys.or.geom.geo.proj.Mercator: Returns an inverse projected point.
inverse(PointI) - Method in class drasys.or.geom.geo.proj.Albers: Returns an inverse projected point.
inverse(PointI) - Method in class drasys.or.geom.geo.proj.LambertConic: Returns an inverse projected point.
inverse(RangeI) - Method in class drasys.or.geom.rect2.Transform: Returns a range that is translated, scaled and rotated int the inverse direction.
inverse(RangeI) - Method in interface drasys.or.geom.rect2.TransformI: Returns a range that is translated, scaled and rotated int the inverse direction.
inverse(RangeI) - Method in class drasys.or.geom.geo.proj.Projection: Returns an inverse projected range.
inverse(RangeI) - Method in interface drasys.or.geom.geo.proj.ProjectionI: Returns an inverse projected range.
inverseCdf(double) - Method in class drasys.or.prob.ContinuousDistribution: Throws 'NotImplemented' if not redefined by a subclass.
inverseCdf(double) - Method in interface drasys.or.prob.ContinuousDistributionI: Returns the value of the inverse cumulative distribution function at 'probability';
inverseCdf(double) - Method in class drasys.or.prob.UniformDistribution: Returns the value of the inverse cumulative distribution function at 'probability';
inverseCdf(double) - Method in class drasys.or.prob.NormalDistribution: Computes the inverse cdf from the cdf numerically.
inverseCdf(double) - Method in class drasys.or.prob.FDistribution: Computes the inverse cdf from the cdf numerically.
inverseCdf(double) - Method in class drasys.or.prob.ChiSquareDistribution: Computes the inverse cdf from the cdf numerically.
inverseCdf(double) - Method in class drasys.or.prob.StudentsTDistribution: Computes the inverse cdf from the cdf numerically.
inverseCdf(double) - Method in class drasys.or.prob.BinomialDistribution: Computes the integer with the nearest cdf to probability.
inverseCdf(double) - Method in class drasys.or.prob.ExponentialDistribution: Returns the value of the inverse cumulative distribution function at 'probability';
inverseTransform(PointI) - Method in interface drasys.or.geom.TransformI: Returns an inverse transformed point.
inverseTransform(PointI) - Method in class drasys.or.geom.rect2.Transform: Returns an inverse transformed point.
inverseTransform(PointI) - Method in class drasys.or.geom.geo.proj.Projection: Returns an inverse transformed point.
inverseTransform(RangeI) - Method in interface drasys.or.geom.TransformI: Returns an inverse transformed range.
inverseTransform(RangeI) - Method in class drasys.or.geom.rect2.Transform: Returns an inverse transformed range.
inverseTransform(RangeI) - Method in class drasys.or.geom.geo.proj.Projection: Returns an inverse transformed range.
invert() - Method in class drasys.or.Complex: Compute: this = (1,0)/this.
invert(ComplexI) - Static method in class drasys.or.Complex: Compute: new = (1,0)/a.
invert(ComplexI, Complex) - Static method in class drasys.or.Complex: Compute: results = (1,0)/a.
invert(double, double, Complex) - Static method in class drasys.or.Complex: Compute: results = (1,0)/(real,imag).
invert(MatrixI) - Method in interface drasys.or.linear.algebra.AlgebraI: Invert a matrix.
invert(MatrixI) - Method in class drasys.or.linear.algebra.Algebra: Invert a matrix.
isamax(int, float[], int, int) - Method in interface drasys.or.linear.blas.BLAS1I: Finds the index of the element with the maximum absolute value.
isamax(int, float[], int, int) - Method in class drasys.or.linear.blas.SmpBLAS1: Finds the index of the element with the maximum absolute value.
isamax(int, float[], int, int) - Method in class drasys.or.linear.blas.BLAS1: Finds the index of the element with the maximum absolute value.
isColumnMajor() - Method in class drasys.or.matrix.RowMajorMatrix: Returns true if the matrix is column-major.
isColumnMajor() - Method in class drasys.or.matrix.FunctionMatrix: Returns the value from the underlying matrix.
isColumnMajor() - Method in class drasys.or.matrix.ColumnMajorMatrix: Returns true if the matrix is column-major.
isColumnMajor() - Method in class drasys.or.matrix.CompressedRowMatrix: Returns true if the matrix is column-major.
isColumnMajor() - Method in class drasys.or.matrix.SparseMatrix: Returns true if the matrix is column-major.
isColumnMajor() - Method in class drasys.or.matrix.RowArrayMatrix: Always returns false.
isColumnMajor() - Method in class drasys.or.matrix.ColumnArrayMatrix: Always returns true.
isColumnMajor() - Method in interface drasys.or.matrix.MatrixI: Returns true if the matrix is column-major.
isColumnMajor() - Method in class drasys.or.matrix.ContiguousMatrix.Sub: Returns true if the matrix is column-major.
isColumnMajor() - Method in class drasys.or.matrix.CompressedColumnMatrix: Returns true if the matrix is column-major.
isColumnMajor() - Method in class drasys.or.matrix.complex.RowMajorMatrix: Returns true if the matrix is column-major.
isColumnMajor() - Method in class drasys.or.matrix.complex.ColumnMajorMatrix: Returns true if the matrix is column-major.
isColumnMajor() - Method in interface drasys.or.matrix.complex.MatrixI: Returns true if the matrix is column-major.
isColumnMajor() - Method in class drasys.or.matrix.complex.ContiguousMatrix.Sub: Returns true if the matrix is column-major.
isConnectionRestricted(EdgeI, VertexI, EdgeI) - Method in interface drasys.or.graph.PropertiesI: Prevents the algorithm from crossing a vertex from the inEdge to the OutEdge.
isConnectionRestricted(EdgeI, VertexI, EdgeI) - Method in class drasys.or.graph.PropertiesAdapter: Always returns false.
isDefined(String) - Method in class drasys.or.util.Metadata: Returns true if the metadatum exists.
isDirected() - Method in class drasys.or.graph.EdgeBase
isDirected() - Method in interface drasys.or.graph.EdgeI: Returns true if the edge is directed.
isEdge() - Method in class drasys.or.graph.EdgeBase
isEdge() - Method in interface drasys.or.graph.ElementI: Returns true if the graph element is an edge.
isEdge() - Method in class drasys.or.graph.VertexBase
isEdgeRestricted(EdgeI, boolean) - Method in interface drasys.or.graph.EdgePropertiesI: Returns true to prevent an algorithm from crossing the edge in the indicated direction.
isEdgeRestricted(EdgeI, boolean) - Method in class drasys.or.graph.PropertiesAdapter: Always returns false
isIllConditioned() - Method in interface drasys.or.linear.algebra.SVDecompositionI: Returns true if the decomposed matrix is ill-conditioned.
isIllConditioned() - Method in class drasys.or.linear.algebra.QRIteration: Returns true if the decomposed matrix is ill-conditioned.
isNull(int) - Method in class drasys.or.matrix.ContiguousVector: Always returns 'false'.
isNull(int) - Method in class drasys.or.matrix.SparseVector: Returns true if an element has no value associated with it.
isNull(int) - Method in interface drasys.or.matrix.VectorI: Returns true if an element has no value associated with it.
isNull(int) - Method in interface drasys.or.matrix.complex.VectorI: Returns true if an element has no value associated with it.
isNull(int) - Method in class drasys.or.matrix.complex.ContiguousVector: Always returns 'false'.
isNull(int, int) - Method in class drasys.or.matrix.ContiguousMatrix: Always returns false.
isNull(int, int) - Method in class drasys.or.matrix.FunctionMatrix: Returns the value from the underlying matrix if 'row' and 'column' are in its range.
isNull(int, int) - Method in class drasys.or.matrix.CompressedRowMatrix: Returns true if an element has no value associated with it.
isNull(int, int) - Method in class drasys.or.matrix.SparseMatrix: Returns true if an element has no value associated with it.
isNull(int, int) - Method in class drasys.or.matrix.ArrayMatrix: Returns true if an element has no value associated with it in a sparse matrix.
isNull(int, int) - Method in class drasys.or.matrix.RowArrayMatrix: Returns true if an element has no value associated with it.
isNull(int, int) - Method in class drasys.or.matrix.ColumnArrayMatrix: Returns true if an element has no value associated with it.
isNull(int, int) - Method in interface drasys.or.matrix.MatrixI: Returns true if an element has no value associated with it.
isNull(int, int) - Method in class drasys.or.matrix.ContiguousMatrix.Sub: Always returns false.
isNull(int, int) - Method in class drasys.or.matrix.CompressedColumnMatrix: Returns true if an element has no value associated with it.
isNull(int, int) - Method in class drasys.or.matrix.complex.ContiguousMatrix: Always returns false.
isNull(int, int) - Method in interface drasys.or.matrix.complex.MatrixI: Returns true if an element has no value associated with it.
isNull(int, int) - Method in class drasys.or.matrix.complex.ContiguousMatrix.Sub: Always returns false.
isRowMajor() - Method in class drasys.or.matrix.RowMajorMatrix: Returns true if the matrix is row-major.
isRowMajor() - Method in class drasys.or.matrix.FunctionMatrix: Returns the value from the underlying matrix.
isRowMajor() - Method in class drasys.or.matrix.ColumnMajorMatrix: Returns true if the matrix is row-major.
isRowMajor() - Method in class drasys.or.matrix.CompressedRowMatrix: Returns true if the matrix is row-major.
isRowMajor() - Method in class drasys.or.matrix.SparseMatrix: Returns true if the matrix is row-major.
isRowMajor() - Method in class drasys.or.matrix.RowArrayMatrix: Always returns true.
isRowMajor() - Method in class drasys.or.matrix.ColumnArrayMatrix: Always returns false.
isRowMajor() - Method in interface drasys.or.matrix.MatrixI: Returns true if the matrix is row-major.
isRowMajor() - Method in class drasys.or.matrix.ContiguousMatrix.Sub: Returns true if the matrix is row-major.
isRowMajor() - Method in class drasys.or.matrix.CompressedColumnMatrix: Returns true if the matrix is row-major.
isRowMajor() - Method in class drasys.or.matrix.complex.RowMajorMatrix: Returns true if the matrix is row-major.
isRowMajor() - Method in class drasys.or.matrix.complex.ColumnMajorMatrix: Returns true if the matrix is row-major.
isRowMajor() - Method in interface drasys.or.matrix.complex.MatrixI: Returns true if the matrix is row-major.
isRowMajor() - Method in class drasys.or.matrix.complex.ContiguousMatrix.Sub: Returns true if the matrix is row-major.
isSelected(VertexI) - Method in class drasys.or.graph.vrp.ConstructBase: Returns true if the vertex is selected
isSingular() - Method in interface drasys.or.linear.algebra.SVDecompositionI: Returns true if the decomposed matrix is singular.
isSingular() - Method in class drasys.or.linear.algebra.QRIteration: Returns true if the decomposed matrix is singular.
isSubsetOf(GraphI) - Method in class drasys.or.graph.Graph: A graph is a subset of another if all its elements are contained in the other.
isSubsetOf(GraphI) - Method in interface drasys.or.graph.GraphI: A graph is a subset of another if all its elements are contained in the other.
isSymmetric() - Method in class drasys.or.graph.PointGraph: Returns true if the points are from a symmetric coordinate system, false otherwise.
isSymmetric() - Method in interface drasys.or.graph.EdgePropertiesI: Returns false if the edge properties cause the graph be asymmetric.
isSymmetric() - Method in class drasys.or.graph.SparseGraph: Returns false by default.
isSymmetric() - Method in class drasys.or.graph.PropertiesAdapter: Always returns true;
isSymmetric() - Method in class drasys.or.graph.MatrixGraph: Returns 'isSymmetric()' from the initialization matrix by default.
isSymmetric() - Method in interface drasys.or.graph.GraphI: Returns either the forced value from 'setSymmetric' or the graph's automatically determined symmetry.
isSymmetric() - Method in class drasys.or.graph.DenseGraph: Returns false by default.
isSymmetric() - Method in interface drasys.or.geom.CoordinateSystemI: Retuns true if distances are symmetric.
isSymmetric() - Method in class drasys.or.geom.rect2.CoordinateSystem: Retuns true if distances are symmetric.
isSymmetric() - Method in class drasys.or.geom.rect3.CoordinateSystem: Retuns true if distances are symmetric.
isSymmetric() - Method in class drasys.or.geom.geo.CoordinateSystem: Retuns true if distances are symmetric.
isVertex() - Method in class drasys.or.graph.EdgeBase
isVertex() - Method in interface drasys.or.graph.ElementI: Returns true if the graph element is a vertex.
isVertex() - Method in class drasys.or.graph.VertexBase
isVertexRestricted(VertexI) - Method in interface drasys.or.graph.VertexPropertiesI: Prevents any path from crossing the vertex.
isVertexRestricted(VertexI) - Method in class drasys.or.graph.PropertiesAdapter: Always returns false.
Iterate - class drasys.or.graph.sp.Iterate.: An implementation of an all pairs shortest path algorithm which iterates a single vertex shortest path algorithm.
Iterate(GraphI) - Constructor for class drasys.or.graph.sp.Iterate: A constructor that sets the target graph.
Iterate(GraphI, SingleVertexI) - Constructor for class drasys.or.graph.sp.Iterate: A constructor that sets the target graph and the underlying single vertex shortest path algorithm.
izamax(int, double[], int, int) - Method in interface drasys.or.linear.blas.BLAS1I: Finds the index of the element with the maximum absolute value.
izamax(int, double[], int, int) - Method in class drasys.or.linear.blas.SmpBLAS1: Finds the index of the element with the maximum absolute value.
izamax(int, double[], int, int) - Method in class drasys.or.linear.blas.BLAS1: Finds the index of the element with the maximum absolute value.

K

KDTree - class drasys.or.geom.KDTree.: A K-Dimensional Tree implementation of a point index.
KDTree() - Constructor for class drasys.or.geom.KDTree: The first key added to the index will determine the coordinate system and dimensionality for the KDTree.
KDTree(PriorityQueueI) - Constructor for class drasys.or.geom.KDTree: The first key added to the index will determine the coordinate system and dimensionality for the KDTree.
KeyGenerator - class drasys.or.util.KeyGenerator.: Generates a sequence of unique strings that can be used as keys.
KeyGenerator(int) - Constructor for class drasys.or.util.KeyGenerator: Construct a KeyGenerator that generates keys with 'size' characters.
KeyGenerator(int, String) - Constructor for class drasys.or.util.KeyGenerator: Construct a KeyGenerator that generates keys with 'size' characters.
KeyGenerator(String[]) - Constructor for class drasys.or.util.KeyGenerator: Construct a KeyGenerator that generates keys with 'characterSet.length' characters.
KeyGeneratorI - interface drasys.or.util.KeyGeneratorI.: An interface used to opaquely access a key generator.
keys() - Method in class drasys.or.util.Metadata: Return an enumeration on the keys.
killogramsPerPound - Static variable in class drasys.or.Constants

L

LambertConic - class drasys.or.geom.geo.proj.LambertConic.: A class that implements the Lambert Conformal Conic projection.
LambertConic(double, double) - Constructor for class drasys.or.geom.geo.proj.LambertConic
LambertConic(RangeI) - Constructor for class drasys.or.geom.geo.proj.LambertConic
latitude() - Method in interface drasys.or.geom.geo.PointI: Returns the latitude coordinate.
latitude() - Method in class drasys.or.geom.geo.Point
length() - Method in interface drasys.or.geom.PolygonI: Returns the length of the border of the polygon including the borders of all holes.
length() - Method in interface drasys.or.geom.LineSegmentI: Returns the length of the line segment.
length() - Method in class drasys.or.geom.rect2.Polygon: Returns the length of the border of the polygon.
length() - Method in class drasys.or.geom.rect2.LineSegment: Returns the length of the line segment.
length() - Method in class drasys.or.geom.rect3.LineSegment: Returns the length of the line segment.
LESS - Static variable in interface drasys.or.CompareI: Return value that indicates 'a' is less than 'b'.
LESS - Static variable in interface drasys.or.opt.lp.LinearProgrammingI: Indicates a less than or equal to constraint: '<='
LESS - Static variable in interface drasys.or.mp.ConstraintI: The row must be less than or equal to the right hand side.
line - Variable in class drasys.or.SyntaxException
LinearCongruential - class drasys.or.prob.LinearCongruential.: An implementation of a 48 bit linear congruential random number generator.
LinearCongruential() - Constructor for class drasys.or.prob.LinearCongruential
LinearCongruential(long) - Constructor for class drasys.or.prob.LinearCongruential: For the default values see
LinearCorrelation - class drasys.or.stat.model.LinearCorrelation.: Computes the correlation and covariance matrices for multiple random variables.
LinearCorrelation(MatrixI) - Constructor for class drasys.or.stat.model.LinearCorrelation: Initialize the correlation with the samples.
LinearError - error drasys.or.linear.LinearError.: The parent of all error classes in the 'linear' package.
LinearError() - Constructor for class drasys.or.linear.LinearError
LinearError(String) - Constructor for class drasys.or.linear.LinearError
LinearException - exception drasys.or.linear.LinearException.: The parent of all exception classes in the 'linear' package.
LinearException() - Constructor for class drasys.or.linear.LinearException
LinearException(String) - Constructor for class drasys.or.linear.LinearException
LinearProgrammingI - interface drasys.or.opt.lp.LinearProgrammingI.: The interface used by all algorithms to access linear programming models.
LinearProgrammingI - interface drasys.or.mp.lp.LinearProgrammingI.: Abstract interface to linear programming algorithms.
LinearRegression - class drasys.or.stat.model.LinearRegression.: A multiple linear regression model abstract class.
LinearRegression(GeneralLinearModelI) - Constructor for class drasys.or.stat.model.LinearRegression: Initialize the regression with an explicit general linear model.
LinearRegression(VectorI, MatrixI) - Constructor for class drasys.or.stat.model.LinearRegression: Initialize the regression with the sample data.
LinearRegressionI - interface drasys.or.stat.model.LinearRegressionI.: The interface implemented by linear regression models.
LineSegment - class drasys.or.geom.rect2.LineSegment.: An implementation of a line segment in the 2D rectangular coordinate system.
LineSegment - class drasys.or.geom.rect3.LineSegment.: An implementation of a line segment in the 3D rectangular coordinate system.
LineSegment(double, double, double, double) - Constructor for class drasys.or.geom.rect2.LineSegment
LineSegment(double, double, double, double, double, double) - Constructor for class drasys.or.geom.rect3.LineSegment
LineSegment(LineSegmentI) - Constructor for class drasys.or.geom.rect2.LineSegment
LineSegment(PointI, PointI) - Constructor for class drasys.or.geom.rect2.LineSegment
LineSegment(PointI, PointI) - Constructor for class drasys.or.geom.rect3.LineSegment
LineSegmentI - interface drasys.or.geom.LineSegmentI.: An interface used by all algorithms to abstractly access line segments.
LineSegmentI - interface drasys.or.geom.rect2.LineSegmentI.: An interface to abstractly access a line segment in the 2D rectangular coordinate system.
LineSegmentI - interface drasys.or.geom.rect3.LineSegmentI.: An interface to abstractly access a line segment in the 3D rectangular coordinate system.
litersPerUSGallon - Static variable in class drasys.or.Constants
lnFactorial(int) - Method in class drasys.or.Functions: Returns the natural logarithm of x factorial 'y = ln(x!)'.
lnFactorial(int) - Method in interface drasys.or.FunctionsI: Returns the natural logarithm of x factorial 'y = ln(x!)'.
lnGamma(double) - Method in class drasys.or.Functions: Returns the natural logarithm of the gama function of x 'y = ln(gama(x))'.
lnGamma(double) - Method in interface drasys.or.FunctionsI: Returns the natural logarithm of the gama function of x 'y = ln(gama(x))'.
longitude() - Method in interface drasys.or.geom.geo.PointI: Returns the longitude coordinate.
longitude() - Method in class drasys.or.geom.geo.Point
lowerLeft() - Method in class drasys.or.geom.rect2.Range: Returns the lower left boundary corner point: (minX,minY).
lowerLeft() - Method in interface drasys.or.geom.rect2.RangeI: Returns the lower left boundary corner point: (minX,minY).
lowerRight() - Method in class drasys.or.geom.rect2.Range: Returns the lower right boundary corner point: (minX,maxY).
lowerRight() - Method in interface drasys.or.geom.rect2.RangeI: Returns the lower right boundary corner point: (minX,maxY).
LPError - error drasys.or.opt.lp.LPError.: The base class for all errors in the 'lp' package.
LPError() - Constructor for class drasys.or.opt.lp.LPError
LPError(String) - Constructor for class drasys.or.opt.lp.LPError
LPException - exception drasys.or.opt.lp.LPException.: The base class for all exceptions in the 'lp' package.
LPException() - Constructor for class drasys.or.opt.lp.LPException
LPException(String) - Constructor for class drasys.or.opt.lp.LPException
LUDecompositionI - interface drasys.or.linear.algebra.LUDecompositionI.: The interface used by all algorithms to access LU decomposition algorithms.

M

maskNames(Enumeration) - Method in class drasys.or.mp.Problem: Renames all the variables and constraints to strings taken from 'names'.
Matrix - class drasys.or.matrix.Matrix.: Abstract base class for matrices.
Matrix - class drasys.or.matrix.complex.Matrix.: Abstract base class for complex matrices.
Matrix() - Constructor for class drasys.or.matrix.Matrix
Matrix() - Constructor for class drasys.or.matrix.complex.Matrix
Matrix(double) - Constructor for class drasys.or.matrix.Matrix
Matrix(double) - Constructor for class drasys.or.matrix.complex.Matrix
MatrixBLAS2 - class drasys.or.linear.blas.MatrixBLAS2.: BLAS2 layer that operates on contiguous vectors and matrices.
MatrixBLAS2() - Constructor for class drasys.or.linear.blas.MatrixBLAS2: Create a matrix BLAS with the default BLAS implementation and a base index of '0'.
MatrixBLAS2(int) - Constructor for class drasys.or.linear.blas.MatrixBLAS2: Create a matrix BLAS with a default BLAS implementation and an explicit base index.
MatrixBLAS2(int, BLAS2I) - Constructor for class drasys.or.linear.blas.MatrixBLAS2: Create a matrix BLAS with an explicit BLAS implementation and an explicit base index.
MatrixBLAS3 - class drasys.or.linear.blas.MatrixBLAS3.: BLAS3 layer that operates on contiguous vectors and matrices.
MatrixBLAS3() - Constructor for class drasys.or.linear.blas.MatrixBLAS3: Create a matrix BLAS with the default BLAS implementation and a base index of '0'.
MatrixBLAS3(int) - Constructor for class drasys.or.linear.blas.MatrixBLAS3: Create a matrix BLAS with a default BLAS implementation and an explicit base index.
MatrixBLAS3(int, BLAS3I) - Constructor for class drasys.or.linear.blas.MatrixBLAS3: Create a matrix BLAS with an explicit BLAS implementation and an explicit base index.
MatrixElementI - interface drasys.or.matrix.MatrixElementI.: Matrix elements.
MatrixElementI - interface drasys.or.matrix.complex.MatrixElementI.: Complex matrix elements.
MatrixError - error drasys.or.matrix.MatrixError.: The parent of all error classes in the 'matrix' package.
MatrixError() - Constructor for class drasys.or.matrix.MatrixError
MatrixError(String) - Constructor for class drasys.or.matrix.MatrixError
MatrixException - exception drasys.or.matrix.MatrixException.: The parent of all exception classes in the 'matrix' package.
MatrixException() - Constructor for class drasys.or.matrix.MatrixException
MatrixException(String) - Constructor for class drasys.or.matrix.MatrixException
MatrixGraph - class drasys.or.graph.MatrixGraph.: This graph is essentially a dense matrix of double values inside a GraphI wrapper.
MatrixGraph(GraphI, Object) - Constructor for class drasys.or.graph.MatrixGraph: Initializes the graph from another graph.
MatrixGraph(GraphI, Object, EdgePropertiesI) - Constructor for class drasys.or.graph.MatrixGraph: Initializes the graph from another graph.
MatrixGraph(MatrixI, MatrixI, MatrixI) - Constructor for class drasys.or.graph.MatrixGraph: Initializes the graph from the values in 'matrix', the matrix must be square.
MatrixGraph(MatrixI, MatrixI, MatrixI, Vector) - Constructor for class drasys.or.graph.MatrixGraph: Initializes the graph from the values in 'matrix', the matrix must be square.
MatrixGraph(MatrixI, MatrixI, MatrixI, Vector, Vector) - Constructor for class drasys.or.graph.MatrixGraph: Initializes the graph from the values in 'matrix', the matrix must be square.
MatrixGraph(MatrixI, MatrixI, MatrixI, VertexI[], VertexI[]) - Constructor for class drasys.or.graph.MatrixGraph: Initializes the graph from the values in 'matrix', the matrix can be any rectangular shape.
MatrixI - interface drasys.or.matrix.MatrixI.: Abstract interface to a generic matrix.
MatrixI - interface drasys.or.matrix.complex.MatrixI.: Abstract interface to a complex matrix.
matrixProduct(VectorI, VectorI) - Method in interface drasys.or.linear.algebra.AlgebraI: Compute the matrix product of a column and row vector.
matrixProduct(VectorI, VectorI) - Method in class drasys.or.linear.algebra.Algebra: Compute the matrix product of a column vector and a row vector.
MatrixReaderI - interface drasys.or.matrix.MatrixReaderI.: Matrix readers.
MatrixReaderI - interface drasys.or.matrix.complex.MatrixReaderI.: Complex matrix readers.
MatrixWriterI - interface drasys.or.matrix.MatrixWriterI.: Matrix writers.
MatrixWriterI - interface drasys.or.matrix.complex.MatrixWriterI.: Complex matrix writers.
max() - Method in class drasys.or.geom.rect2.Range: Returns the max boundary corner point.
max() - Method in interface drasys.or.geom.rect2.RangeI: Returns the max boundary corner point: (maxX,maxY).
max() - Method in class drasys.or.geom.rect3.Range: Returns the max boundary corner point.
max() - Method in interface drasys.or.geom.rect3.RangeI: Returns the max boundary corner point.
maximize() - Method in class drasys.or.opt.lp.DenseSimplex: Find the solution that maximizes the objective function.
maximize() - Method in interface drasys.or.opt.lp.LinearProgrammingI: Find the solution that maximizes the objective function.
maxX() - Method in class drasys.or.geom.rect2.Range
maxX() - Method in interface drasys.or.geom.rect2.RangeI
maxX() - Method in class drasys.or.geom.rect3.Range
maxX() - Method in interface drasys.or.geom.rect3.RangeI
maxY() - Method in class drasys.or.geom.rect2.Range
maxY() - Method in interface drasys.or.geom.rect2.RangeI
maxY() - Method in class drasys.or.geom.rect3.Range
maxY() - Method in interface drasys.or.geom.rect3.RangeI
maxZ() - Method in class drasys.or.geom.rect3.Range
maxZ() - Method in interface drasys.or.geom.rect3.RangeI
mean() - Method in class drasys.or.prob.GammaDistribution: Returns the mean of the distribution.
mean() - Method in class drasys.or.prob.PoissonDistributionBase: Returns the mean of the distribution.
mean() - Method in class drasys.or.prob.DiscreteUniformDistribution: Returns the mean of the distribution.
mean() - Method in class drasys.or.prob.EmpiricalDistribution: Returns the mean of the distribution.
mean() - Method in class drasys.or.prob.BinomialDistributionBase: Returns the mean of the distribution.
mean() - Method in interface drasys.or.prob.DistributionI: Returns the mean of the distribution.
mean() - Method in class drasys.or.prob.UniformDistribution: Returns the mean of the distribution.
mean() - Method in class drasys.or.prob.NormalDistribution: Returns the mean of the distribution.
mean() - Method in class drasys.or.prob.FDistribution: Returns the mean of the distribution.
mean() - Method in class drasys.or.prob.ChiSquareDistribution: Returns the mean of the distribution.
mean() - Method in class drasys.or.prob.StudentsTDistribution: Returns the mean of the distribution which is always '0.0'.
mean() - Method in class drasys.or.prob.ExponentialDistribution: Returns the mean of the distribution.
Mercator - class drasys.or.geom.geo.proj.Mercator.: A class that implements the mercator cylindrical projection.
Mercator(double) - Constructor for class drasys.or.geom.geo.proj.Mercator
Mercator(RangeI) - Constructor for class drasys.or.geom.geo.proj.Mercator
Metadata - class drasys.or.util.Metadata.: Metadata container.
Metadata() - Constructor for class drasys.or.util.Metadata: Construct an empty container.
Metadata(String[], String[]) - Constructor for class drasys.or.util.Metadata: Construct a container initialized to the arguments.
metersPerFoot - Static variable in class drasys.or.Constants
min() - Method in class drasys.or.geom.rect2.Range: Returns the min boundary corner point.
min() - Method in interface drasys.or.geom.rect2.RangeI: Returns the min boundary corner point: (minX,minY).
min() - Method in class drasys.or.geom.rect3.Range: Returns the min boundary corner point.
min() - Method in interface drasys.or.geom.rect3.RangeI: Returns the min boundary corner point.
minimize() - Method in class drasys.or.opt.lp.DenseSimplex: Find the solution that minimizes the objective function.
minimize() - Method in interface drasys.or.opt.lp.LinearProgrammingI: Find the solution that minimizes the objective function.
minX() - Method in class drasys.or.geom.rect2.Range
minX() - Method in interface drasys.or.geom.rect2.RangeI
minX() - Method in class drasys.or.geom.rect3.Range
minX() - Method in interface drasys.or.geom.rect3.RangeI
minY() - Method in class drasys.or.geom.rect2.Range
minY() - Method in interface drasys.or.geom.rect2.RangeI
minY() - Method in class drasys.or.geom.rect3.Range
minY() - Method in interface drasys.or.geom.rect3.RangeI
minZ() - Method in class drasys.or.geom.rect3.Range
minZ() - Method in interface drasys.or.geom.rect3.RangeI
modulus() - Method in class drasys.or.Complex: Computes sqrt(this.real^2 + this.imag^2).
modulus(ComplexI) - Static method in class drasys.or.Complex: Computes sqrt(real^2 + imag^2).
modulus(double, double) - Static method in class drasys.or.Complex: Computes sqrt(real^2 + imag^2).
MpError - error drasys.or.mp.MpError.: Parent of all mathematical programming errors.
MpError() - Constructor for class drasys.or.mp.MpError
MpError(String) - Constructor for class drasys.or.mp.MpError
MpException - exception drasys.or.mp.MpException.: Parent of all mathematical programming exceptions.
MpException() - Constructor for class drasys.or.mp.MpException
MpException(String) - Constructor for class drasys.or.mp.MpException
MPSReader - class drasys.or.mp.util.MPSReader.: Inputs a mathematical programming problem from an MPS stream.
MPSReader(Reader) - Constructor for class drasys.or.mp.util.MPSReader
MPSReader(Reader, int) - Constructor for class drasys.or.mp.util.MPSReader
MPSWriter - class drasys.or.mp.util.MPSWriter.: Outputs a mathematical programming problem to an MPS stream.
MPSWriter(OutputStream) - Constructor for class drasys.or.mp.util.MPSWriter
MPSWriter(OutputStream, boolean) - Constructor for class drasys.or.mp.util.MPSWriter
MPSWriter(Writer) - Constructor for class drasys.or.mp.util.MPSWriter
MPSWriter(Writer, boolean) - Constructor for class drasys.or.mp.util.MPSWriter
msfn(double) - Method in class drasys.or.geom.geo.proj.Projection
msfn(double, double) - Method in class drasys.or.geom.geo.proj.Projection
MultiplicativeCongruential - class drasys.or.prob.MultiplicativeCongruential.: An implementation of the Parker and Miller minimal standard multiplicative congruential random number generator.
MultiplicativeCongruential() - Constructor for class drasys.or.prob.MultiplicativeCongruential
MultiplicativeCongruential(long) - Constructor for class drasys.or.prob.MultiplicativeCongruential
multiply(ComplexI) - Method in class drasys.or.Complex: Compute: this = this * a;
multiply(ComplexI, ComplexI) - Static method in class drasys.or.Complex: Compute: result = a * b;
multiply(ComplexI, ComplexI, Complex) - Static method in class drasys.or.Complex: Compute: result = a * b;
multiply(double) - Method in class drasys.or.Complex: Compute: this = this * (r,0);
multiply(double, double) - Method in class drasys.or.Complex: Compute: this = this * (r,i);
multiply(double, double, double, double, Complex) - Static method in class drasys.or.Complex: Compute: result = (r1,i1) * (r2,i2);
multiply(MatrixI, MatrixI) - Method in interface drasys.or.linear.algebra.AlgebraI: Multiply two matrices.
multiply(MatrixI, MatrixI) - Method in class drasys.or.linear.algebra.Algebra: Multiply two matrices.
multiply(MatrixI, VectorI) - Method in interface drasys.or.linear.algebra.AlgebraI: Multiply a matrix by column vector.
multiply(MatrixI, VectorI) - Method in class drasys.or.linear.algebra.Algebra: Multiply a matrix by column vector.
multiply(VectorI, MatrixI) - Method in interface drasys.or.linear.algebra.AlgebraI: Multiply a row vector by matrix.
multiply(VectorI, MatrixI) - Method in class drasys.or.linear.algebra.Algebra: Multiply a row vector by matrix.
mutableEdges() - Method in class drasys.or.graph.Graph: Creates an enumeration on the edges of the graph.
mutableEdges() - Method in interface drasys.or.graph.GraphI: Creates an enumeration on the edges of the graph.
mutableInEdges() - Method in interface drasys.or.graph.VertexI: Creates an enumeration on the edges into the vertex.
mutableOutEdges() - Method in interface drasys.or.graph.VertexI: Creates an enumeration on the edges out of the vertex.

N

NearestAddition - class drasys.or.graph.tsp.NearestAddition.: This is an implementation of the Nearest Addition TSP construction algorithm.
NearestAddition() - Constructor for class drasys.or.graph.tsp.NearestAddition
NearestAddition(GraphI) - Constructor for class drasys.or.graph.tsp.NearestAddition
NearestInsertion - class drasys.or.graph.tsp.NearestInsertion.: This is an implementation of the Nearest Insertion TSP construction algorithm.
NearestInsertion() - Constructor for class drasys.or.graph.tsp.NearestInsertion
NearestInsertion(GraphI) - Constructor for class drasys.or.graph.tsp.NearestInsertion
nearestPointTo(PointI) - Method in class drasys.or.geom.rect2.Polygon: Returns the point along the polygon border that is closest to the argument.
nearestPointTo(PointI) - Method in class drasys.or.geom.rect2.Range: Returns the point on the boundary that is the least distance to 'point'.
nearestPointTo(PointI) - Method in class drasys.or.geom.rect2.Point
nearestPointTo(PointI) - Method in interface drasys.or.geom.rect2.Rect2I
nearestPointTo(PointI) - Method in class drasys.or.geom.rect2.LineSegment: Returns the point along the segment that is closest to the argument.
nearestPointTo(PointI) - Method in interface drasys.or.geom.rect3.Rect3I
nearestPointTo(PointI) - Method in class drasys.or.geom.rect3.Point
nearestPointTo(PointI) - Method in class drasys.or.geom.rect3.LineSegment: Returns the point along the segment that is closest to the argument.
nearestPointTo(PointI) - Method in class drasys.or.geom.rect3.Range: Returns the point on the boundary that is the least distance to 'point'.
nearestPointTo(PointI) - Method in interface drasys.or.geom.geo.GeoI
nearestPointTo(PointI) - Method in class drasys.or.geom.geo.Point
nearestPointTo(PointI) - Method in class drasys.or.geom.geo.Range: Returns the point on the boundary that is the least distance to 'point'.
newConstraint(String) - Method in interface drasys.or.mp.SizableProblemI: Creates a new constraint.
newConstraint(String) - Method in class drasys.or.mp.Problem: Creates a new constraint with default values.
newForwardEdge(Geni.Vert, Geni.Vert) - Method in class drasys.or.graph.tsp.Geni
newGraph(int, int) - Method in class drasys.or.graph.PointGraph: Create a new empty PointGraph.
newReverseEdge(Geni.Vert, Geni.Vert) - Method in class drasys.or.graph.tsp.Geni
newVariable(String) - Method in interface drasys.or.mp.SizableProblemI: Creates a new variable.
newVariable(String) - Method in class drasys.or.mp.Problem: Creates a new variable with default values.
newVertex(Object, Object) - Method in class drasys.or.graph.BaseGraph
newVertex(Object, Object) - Method in class drasys.or.graph.PointGraph
newVertex(Object, Object) - Method in class drasys.or.graph.SparseGraph
newVertex(Object, Object) - Method in class drasys.or.graph.DenseGraph
next() - Method in class drasys.or.prob.BaysDurhamShuffle: Gets the next long value from the generator.
next() - Method in class drasys.or.prob.LinearCongruential: Gets the next number from the generator.
next() - Method in class drasys.or.prob.MultiplicativeCongruential: Gets the next number from the generator.
next() - Method in interface drasys.or.prob.RandomI: Gets the next number from the generator.
nextDouble() - Method in class drasys.or.prob.BaysDurhamShuffle: Gets the next double value from the generator.
nextDouble() - Method in class drasys.or.prob.LinearCongruential: Gets the next double value from the generator.
nextDouble() - Method in class drasys.or.prob.MultiplicativeCongruential: Gets the next double value from the generator.
nextDouble() - Method in interface drasys.or.prob.RandomI: Gets the next double value from the generator.
nextElement() - Method in class drasys.or.util.KeyGenerator: Gets the next key from the generator.
nextKey() - Method in interface drasys.or.util.KeyGeneratorI: Get the next key from the generator;
nextKey() - Method in class drasys.or.util.KeyGenerator: Get the next key from the generator;
NonlinearError - error drasys.or.nonlinear.NonlinearError.
NonlinearError() - Constructor for class drasys.or.nonlinear.NonlinearError
NonlinearError(String) - Constructor for class drasys.or.nonlinear.NonlinearError
NonlinearException - exception drasys.or.nonlinear.NonlinearException.
NonlinearException() - Constructor for class drasys.or.nonlinear.NonlinearException
NonlinearException(String) - Constructor for class drasys.or.nonlinear.NonlinearException
NormalDistribution - class drasys.or.prob.NormalDistribution.: An implementation of the Normal probability distribution.
NormalDistribution.Cdf - class drasys.or.prob.NormalDistribution.Cdf.
NormalDistribution.Cdf(NormalDistribution) - Constructor for class drasys.or.prob.NormalDistribution.Cdf
NormalDistribution.Pdf - class drasys.or.prob.NormalDistribution.Pdf.
NormalDistribution.Pdf(NormalDistribution) - Constructor for class drasys.or.prob.NormalDistribution.Pdf
NormalDistribution() - Constructor for class drasys.or.prob.NormalDistribution: Create normal distribution with mean = 0 and std = 1.
NormalDistribution(double, double) - Constructor for class drasys.or.prob.NormalDistribution: Create normal distribution with explicit mean and std.
NormalDistribution(double, double, IntegrationI) - Constructor for class drasys.or.prob.NormalDistribution: The argument integration will be used to compute the cdf from the pdf.
NormalDistribution(double, double, IntegrationI, EquationSolutionI) - Constructor for class drasys.or.prob.NormalDistribution: The argument integration will be used to compute the cdf from the pdf.
NormalDistribution(double, double, long) - Constructor for class drasys.or.prob.NormalDistribution: Create normal distribution with explicit parameters and set the random seed.
north() - Method in interface drasys.or.geom.geo.RangeI: Returns the latitude of the north boundary for the range.
north() - Method in class drasys.or.geom.geo.Range: Returns the latitude of the north boundary for the range.
northeast() - Method in interface drasys.or.geom.geo.RangeI: Returns the boundary point that defines the northeast corner of the range.
northeast() - Method in class drasys.or.geom.geo.Range: Returns the boundary point that defines the northeast corner of the range.
NoSolutionException - exception drasys.or.opt.lp.NoSolutionException.: This exception is thrown if no basic feasible solution can be found for the model.
NoSolutionException - exception drasys.or.mp.NoSolutionException.: Problem has not been solved.
NoSolutionException() - Constructor for class drasys.or.opt.lp.NoSolutionException
NoSolutionException() - Constructor for class drasys.or.mp.NoSolutionException
NoSolutionException(String) - Constructor for class drasys.or.opt.lp.NoSolutionException
NoSolutionException(String) - Constructor for class drasys.or.mp.NoSolutionException
NotFoundException - exception drasys.or.mp.NotFoundException.: Item doesn't exist.
NotFoundException() - Constructor for class drasys.or.mp.NotFoundException
NotFoundException(String) - Constructor for class drasys.or.mp.NotFoundException
NotImplementedError - error drasys.or.NotImplementedError.: Thrown if an object provides only a stub for a method in an interface.
NotImplementedError() - Constructor for class drasys.or.NotImplementedError
NotImplementedError(String) - Constructor for class drasys.or.NotImplementedError
NotImplementedException - exception drasys.or.NotImplementedException.: Thrown if an object provides only a stub for a method in an interface.
NotImplementedException() - Constructor for class drasys.or.NotImplementedException
NotImplementedException(String) - Constructor for class drasys.or.NotImplementedException
NumericalException - exception drasys.or.mp.NumericalException.: Encounters numerical instability.
NumericalException() - Constructor for class drasys.or.mp.NumericalException
NumericalException(String) - Constructor for class drasys.or.mp.NumericalException

O

Operations - class drasys.or.graph.Operations.: A class that contains the static graph operations.
Operations() - Constructor for class drasys.or.graph.Operations
OptError - error drasys.or.opt.OptError.
OptError() - Constructor for class drasys.or.opt.OptError
OptError(String) - Constructor for class drasys.or.opt.OptError
OptException - exception drasys.or.opt.OptException.
OptException() - Constructor for class drasys.or.opt.OptException
OptException(String) - Constructor for class drasys.or.opt.OptException
OrderedSet - class drasys.or.cont.OrderedSet.: A set of objects that are indexed sequentially starting at zero.
OrderedSet() - Constructor for class drasys.or.cont.OrderedSet
OrderedSet(int) - Constructor for class drasys.or.cont.OrderedSet
ORError - error drasys.or.ORError.: The base error class for all errors in OR-Java.
ORError() - Constructor for class drasys.or.ORError
ORError(String) - Constructor for class drasys.or.ORError
ORException - exception drasys.or.ORException.: The base exception class for all exceptions in OR-Java.
ORException() - Constructor for class drasys.or.ORException
ORException(String) - Constructor for class drasys.or.ORException
outEdges() - Method in interface drasys.or.graph.VertexI: Creates an enumeration on the edges out of the vertex.
outputCoordinateSystem() - Method in interface drasys.or.geom.TransformI: Returns the coordinate system used by the output.
outputCoordinateSystem() - Method in class drasys.or.geom.rect2.Transform: Always returns 'rect2.CoordinateSystem';
outputCoordinateSystem() - Method in class drasys.or.geom.geo.proj.Projection: Always returns 'rect2.CoordinateSystem';

P

Pair - class drasys.or.Pair.: A PairI implementation.
Pair(Object, Object) - Constructor for class drasys.or.Pair
Pair(PairI) - Constructor for class drasys.or.Pair
PairI - interface drasys.or.PairI.: An interface to a container that holds two objects.
ParallelEdgeException - exception drasys.or.graph.ParallelEdgeException.: Thrown if an attempt is made to add a parallel edge to a graph that does not support parallel edges.
ParallelEdgeException() - Constructor for class drasys.or.graph.ParallelEdgeException
ParallelEdgeException(String) - Constructor for class drasys.or.graph.ParallelEdgeException
parseComment(SizableProblemI, int, String) - Method in class drasys.or.mp.util.MPSReader: This method is called to parse comment lines.
parseLine(SizableProblemI, int, String) - Method in class drasys.or.mp.util.MPSReader: This method is called to parse each line in the 'MPS' stream.
pathElements(VertexI) - Method in interface drasys.or.graph.sp.SingleVertexI: Creates an Enumeration on the elements in the path from this candidate vertex to the root vertex.
pathElements(VertexI) - Method in class drasys.or.graph.sp.Connections: Creates an Enumeration on the elements in the path from this candidate vertex to the root vertex.
pathElements(VertexI) - Method in class drasys.or.graph.sp.Dijkstra: Creates an Enumeration on the elements in the path from this candidate vertex to the root vertex.
pdf(double) - Method in class drasys.or.prob.GammaDistribution: Returns the value of the probability distribution function at x;
pdf(double) - Method in class drasys.or.prob.DiscreteDistribution: Returns pdf((int)x);
pdf(double) - Method in interface drasys.or.prob.DistributionI: Returns the value of the probability distribution function at x;
pdf(double) - Method in class drasys.or.prob.UniformDistribution: Returns the value of the probability distribution function x;
pdf(double) - Method in class drasys.or.prob.NormalDistribution: Returns the value of the probability distribution function at x;
pdf(double) - Method in class drasys.or.prob.FDistribution: Returns the value of the probability distribution function at x;
pdf(double) - Method in class drasys.or.prob.ChiSquareDistribution: Returns the value of the probability distribution function at x;
pdf(double) - Method in class drasys.or.prob.StudentsTDistribution: Returns the value of the probability distribution function at x;
pdf(double) - Method in class drasys.or.prob.ExponentialDistribution: Returns the value of the probability distribution function x;
pdf(int) - Method in class drasys.or.prob.PoissonDistributionBase: Returns the value of the probability distribution function at x;
pdf(int) - Method in class drasys.or.prob.DiscreteUniformDistribution: Returns the value of the probability distribution function at x;
pdf(int) - Method in class drasys.or.prob.EmpiricalDistribution: Returns the value of the probability distribution function at x;
pdf(int) - Method in interface drasys.or.prob.DiscreteDistributionI: Returns the value of the probability distribution function at x;
pdf(int) - Method in class drasys.or.prob.BinomialDistributionBase: Returns the value of the probability distribution function at x;
phi1(double) - Method in class drasys.or.geom.geo.proj.Projection
phi2(double) - Method in class drasys.or.geom.geo.proj.Projection
pi - Static variable in class drasys.or.Constants
Point - class drasys.or.geom.rect2.Point.: An implementation of a point in the 2D rectangular coordinate system.
Point - class drasys.or.geom.rect3.Point.: An implementation of a point in the 3D rectangular coordinate system.
Point - class drasys.or.geom.geo.Point.: An implementation of a point in the geographic coordinate system.
Point(double[]) - Constructor for class drasys.or.geom.rect2.Point
Point(double[]) - Constructor for class drasys.or.geom.rect3.Point
Point(double[]) - Constructor for class drasys.or.geom.geo.Point: The latitude must be in the range -90.0 to +90.0; The longitude will be adjusted to the range -180.0 to +180.0.
Point(double, double) - Constructor for class drasys.or.geom.rect2.Point
Point(double, double) - Constructor for class drasys.or.geom.geo.Point: The latitude must be in the range -90.0 to +90.0; The longitude will be adjusted to the range -180.0 to +180.0.
Point(double, double, double) - Constructor for class drasys.or.geom.rect3.Point
point(int) - Method in class drasys.or.geom.rect2.Polygon: Returns the point at 'index';
point(int) - Method in interface drasys.or.geom.rect2.PolygonI: Returns the point at 'index';
Point(PointI) - Constructor for class drasys.or.geom.rect2.Point
Point(PointI) - Constructor for class drasys.or.geom.rect3.Point
Point(PointI) - Constructor for class drasys.or.geom.geo.Point: The latitude must be in the range -90.0 to +90.0; The longitude will be adjusted to the range -180.0 to +180.0.
Point(VectorI) - Constructor for class drasys.or.geom.rect2.Point
Point(VectorI) - Constructor for class drasys.or.geom.rect3.Point
Point(VectorI) - Constructor for class drasys.or.geom.geo.Point: The latitude must be in the range -90.0 to +90.0; The longitude will be adjusted to the range -180.0 to +180.0.
point1() - Method in interface drasys.or.geom.rect2.LineSegmentI
point1() - Method in class drasys.or.geom.rect2.LineSegment
point1() - Method in class drasys.or.geom.rect3.LineSegment
point1() - Method in interface drasys.or.geom.rect3.LineSegmentI
point2() - Method in interface drasys.or.geom.rect2.LineSegmentI
point2() - Method in class drasys.or.geom.rect2.LineSegment
point2() - Method in class drasys.or.geom.rect3.LineSegment
point2() - Method in interface drasys.or.geom.rect3.LineSegmentI
PointGraph - class drasys.or.graph.PointGraph.: An implementation of a graph where the vertices are a set of points and the edge values are the distances between the end points.
PointGraph() - Constructor for class drasys.or.graph.PointGraph
PointGraph(int) - Constructor for class drasys.or.graph.PointGraph
PointGraph(VectorI, VectorI) - Constructor for class drasys.or.graph.PointGraph: Initializes the graph with vertices from the values in the vectors.
PointGraph(VectorI, VectorI, VectorI) - Constructor for class drasys.or.graph.PointGraph: Initializes the graph with vertices from the values in the vectors.
PointI - interface drasys.or.geom.PointI.: An interface used by all algorithms to abstractly access points.
PointI - interface drasys.or.geom.rect2.PointI.: An interface to abstractly access a point in the 2D rectangular coordinate system.
PointI - interface drasys.or.geom.rect3.PointI.: An interface to abstractly access a point in the 3D rectangular coordinate system.
PointI - interface drasys.or.geom.geo.PointI.: An interface to abstractly access a point in the geographic coordinate system.
PointIndexI - interface drasys.or.geom.PointIndexI.: A generic interface to an index with point keys.
PoissonDistribution - class drasys.or.prob.PoissonDistribution.: An implementation of the Poisson probability distribution.
PoissonDistribution(double) - Constructor for class drasys.or.prob.PoissonDistribution
PoissonDistribution(double, FunctionsI) - Constructor for class drasys.or.prob.PoissonDistribution: The functions objects will be used for the 'lnGamma' and 'lnFactorial' methods.
PoissonDistribution(double, long) - Constructor for class drasys.or.prob.PoissonDistribution
PoissonDistributionBase - class drasys.or.prob.PoissonDistributionBase.: An implementation of the Poisson probability distribution.
PoissonDistributionBase(double) - Constructor for class drasys.or.prob.PoissonDistributionBase
PoissonDistributionBase(double, FunctionsI) - Constructor for class drasys.or.prob.PoissonDistributionBase: The functions objects will be used for the 'lnGamma' and 'lnFactorial' methods.
PoissonDistributionBase(double, long) - Constructor for class drasys.or.prob.PoissonDistributionBase
Polygon - class drasys.or.geom.rect2.Polygon.: An implementation of a polygon with optional holes in the 2D rectangular coordinate system.
Polygon(PointI[]) - Constructor for class drasys.or.geom.rect2.Polygon
Polygon(PointI[], PolygonI[]) - Constructor for class drasys.or.geom.rect2.Polygon
PolygonI - interface drasys.or.geom.PolygonI.: An interface used by all algorithms to abstractly access polygons.
PolygonI - interface drasys.or.geom.rect2.PolygonI.: An interface to abstractly access a polygon in the 2D rectangular coordinate system.
PolynomialMatrix - class drasys.or.stat.model.PolynomialMatrix.: Adds virtual columns to a matrix for polynomial modeling.
PolynomialMatrix(MatrixI, int) - Constructor for class drasys.or.stat.model.PolynomialMatrix: Add columns to matrix to create a quadratic design matrix.
popHead() - Method in interface drasys.or.cont.PriorityQueueI: Access the next element in the queue and remove the entry from the queue.
popHead() - Method in class drasys.or.cont.BinaryHeap
popHead() - Method in class drasys.or.cont.BinomialHeap
PopulationMean - class drasys.or.stat.PopulationMean.: Estimate the population mean and confidence interval from a sample.
PopulationMean(int, double, double) - Constructor for class drasys.or.stat.PopulationMean: Create an estimator from explicit statistics.
PopulationMean(VectorI) - Constructor for class drasys.or.stat.PopulationMean: Create an estimator from a sample.
PopulationMedian - class drasys.or.stat.PopulationMedian.: Estimate the population median and confidence interval from a sample.
PopulationMedian(VectorI) - Constructor for class drasys.or.stat.PopulationMedian: Create an estimator with a real valued sample.
PopulationProportion - class drasys.or.stat.PopulationProportion.: Estimate the population proportion and confidence interval from a sample.
PopulationProportion(boolean[]) - Constructor for class drasys.or.stat.PopulationProportion: Create an estimator with a boolean valued sample.
PopulationProportion(int[]) - Constructor for class drasys.or.stat.PopulationProportion: Create an estimator with an integer valued sample.
PopulationProportion(int[], int) - Constructor for class drasys.or.stat.PopulationProportion: Create an estimator with an integer valued sample.
PopulationProportion(int, int) - Constructor for class drasys.or.stat.PopulationProportion: Create an estimator with explicit statistics.
PopulationProportion(VectorI) - Constructor for class drasys.or.stat.PopulationProportion: Create an estimator with a real valued sample.
PopulationProportion(VectorI, double) - Constructor for class drasys.or.stat.PopulationProportion: Create an estimator with a real valued sample.
position(int[], int) - Static method in class drasys.or.util.Array: Finds the position of the first instance of 'v' in the array 'a'.
PriorityQueue - class drasys.or.cont.PriorityQueue.: An anonymous implementation of a priority queue.
PriorityQueue(CompareI) - Constructor for class drasys.or.cont.PriorityQueue
PriorityQueue(CompareI, int) - Constructor for class drasys.or.cont.PriorityQueue
PriorityQueueI - interface drasys.or.cont.PriorityQueueI.: An interface used by all algorithms to use priority queues.
probability(double) - Method in class drasys.or.prob.ContinuousDistribution: Always returns zero.
probability(double) - Method in class drasys.or.prob.DiscreteDistribution: Returns probability((int)x).
probability(double) - Method in interface drasys.or.prob.DistributionI: Returns the probability of x.
probability(double, double) - Method in class drasys.or.prob.GammaDistribution: Computes the the probability that x will be between x1 and x2 by numerical integration using the pdf.
probability(double, double) - Method in class drasys.or.prob.DiscreteDistribution: Returns probability((int)x1, (int)x2).
probability(double, double) - Method in interface drasys.or.prob.DistributionI: Returns the probability that x >= x1 and x <= x2.
probability(double, double) - Method in class drasys.or.prob.UniformDistribution: Returns the probability that x will be between x1 and x2.
probability(double, double) - Method in class drasys.or.prob.NormalDistribution: Computes the the probability that x will be between x1 and x2 by numerical integration using the pdf.
probability(double, double) - Method in class drasys.or.prob.FDistribution: Computes the the probability that x will be between x1 and x2 by numerical integration using the pdf.
probability(double, double) - Method in class drasys.or.prob.ChiSquareDistribution: Computes the the probability that x will be between x1 and x2 by numerical integration using the pdf.
probability(double, double) - Method in class drasys.or.prob.StudentsTDistribution: Computes the the probability that x will be between x1 and x2 by numerical integration using the pdf.
probability(double, double) - Method in class drasys.or.prob.ExponentialDistribution: Returns the probability that x will be between x1 and x2.
probability(int, int) - Method in class drasys.or.prob.PoissonDistributionBase: Returns the probability that x >= x1 and x <= x2.
probability(int, int) - Method in class drasys.or.prob.DiscreteUniformDistribution: Returns the probability that x >= x1 and x <= x2.
probability(int, int) - Method in class drasys.or.prob.EmpiricalDistribution: Returns the probability that x >= x1 and x <= x2.
probability(int, int) - Method in interface drasys.or.prob.DiscreteDistributionI: Returns the probability that x >= x1 and x <= x2.
probability(int, int) - Method in class drasys.or.prob.BinomialDistributionBase: Returns the probability that x >= x1 and x <= x2.
probability(int, int) - Method in class drasys.or.prob.PoissonDistribution: Returns the probability that x >= x1 and x <= x2.
probability(int, int) - Method in class drasys.or.prob.BinomialDistribution: Returns the probability that x >= x1 and x <= x2.
ProbError - error drasys.or.prob.ProbError.: The parent of all error classes in the probability package.
ProbError() - Constructor for class drasys.or.prob.ProbError
ProbError(String) - Constructor for class drasys.or.prob.ProbError
ProbException - exception drasys.or.prob.ProbException.: The parent of all exception classes in the probability package.
ProbException() - Constructor for class drasys.or.prob.ProbException
ProbException(String) - Constructor for class drasys.or.prob.ProbException
Problem - class drasys.or.mp.Problem.: Container that holds a mathematical programming problem and metadata.
Problem(int, int) - Constructor for class drasys.or.mp.Problem: Construct an empty sparse problem with initial capacities.
Problem(int, int, SizableMatrixI) - Constructor for class drasys.or.mp.Problem: Construct an empty problem with initial capacities using the supplied matrix for the coefficients.
ProblemI - interface drasys.or.mp.ProblemI.: Defines a mathematical programming problem container.
ProblemReaderI - interface drasys.or.mp.util.ProblemReaderI.: Abstract interface to problem readers.
ProblemWriterI - interface drasys.or.mp.util.ProblemWriterI.: Abstract interface to problem writers.
Projection - class drasys.or.geom.geo.proj.Projection.: A base class shared by all projection classes.
Projection() - Constructor for class drasys.or.geom.geo.proj.Projection: Construct the base projection.
ProjectionI - interface drasys.or.geom.geo.proj.ProjectionI.: An interface used to abstractly access all geographic projections.
PropertiesAdapter - class drasys.or.graph.PropertiesAdapter.: A convenience object that provides default vertex properties.
PropertiesAdapter() - Constructor for class drasys.or.graph.PropertiesAdapter
PropertiesI - interface drasys.or.graph.PropertiesI.: The interface used by algorithms to obtain vertex, edge and graph properties.
put(Metadata) - Method in class drasys.or.util.Metadata: Put the contents of 'metadata' into the container.
put(PointI, Object) - Method in class drasys.or.geom.KDTree: Put a new element into the index.
put(PointI, Object) - Method in interface drasys.or.geom.PointIndexI: Put a new element into the index.
put(String[], String[]) - Method in class drasys.or.util.Metadata: Put the arguments into the container.
put(String, String) - Method in class drasys.or.util.Metadata: Put a datum into the container.

Q

QRIteration - class drasys.or.linear.algebra.QRIteration.: A singular value decomposition implementation using QR iteration.
QRIteration() - Constructor for class drasys.or.linear.algebra.QRIteration
QRIteration(MatrixI) - Constructor for class drasys.or.linear.algebra.QRIteration
qsfn(double) - Method in class drasys.or.geom.geo.proj.Projection
QuadraticMatrix - class drasys.or.stat.model.QuadraticMatrix.: Adds virtual columns to a matrix for quadratic modeling.
QuadraticMatrix(MatrixI) - Constructor for class drasys.or.stat.model.QuadraticMatrix: Add columns to matrix to create a new matrix containing the original variables plus the quadratic variables.
QuickSort - class drasys.or.alg.QuickSort.: An implementation of the Quick Sort algorithm.
QuickSort() - Constructor for class drasys.or.alg.QuickSort: The compare object is not set.
QuickSort(boolean) - Constructor for class drasys.or.alg.QuickSort: If descending is true then the elements will be sorted in high-to-low order.
QuickSort(boolean, CompareI) - Constructor for class drasys.or.alg.QuickSort: If descending is true then the elements will be sorted in high-to-low order.
QuickSort(CompareI) - Constructor for class drasys.or.alg.QuickSort: The compare object is set to 'compare'.

R

r11() - Method in class drasys.or.geom.rect2.Transform
r11() - Method in interface drasys.or.geom.rect2.TransformI
r12() - Method in class drasys.or.geom.rect2.Transform
r12() - Method in interface drasys.or.geom.rect2.TransformI
r21() - Method in class drasys.or.geom.rect2.Transform
r21() - Method in interface drasys.or.geom.rect2.TransformI
r22() - Method in class drasys.or.geom.rect2.Transform
r22() - Method in interface drasys.or.geom.rect2.TransformI
radiansPerDegree - Static variable in class drasys.or.Constants
RandomI - interface drasys.or.prob.RandomI.: The interface used by algorithms to access uniform random number generators.
RandomizableBase - class drasys.or.graph.vrp.RandomizableBase.: A base class containing the randomization features common to many randomized VRP algorithms.
RandomizableBase() - Constructor for class drasys.or.graph.vrp.RandomizableBase
RandomizableBase(ImproveI) - Constructor for class drasys.or.graph.vrp.RandomizableBase
RandomizableBase(RandomI) - Constructor for class drasys.or.graph.vrp.RandomizableBase: Use 'random' for the random number generator.
RandomizableI - interface drasys.or.graph.vrp.RandomizableI.: The interface used to access the randomization features of randomized algorithms.
Randomizer - class drasys.or.graph.vrp.Randomizer.: A class to randomize VRP algorithms that implement 'Randomizable'.
Randomizer(RandomizableI) - Constructor for class drasys.or.graph.vrp.Randomizer: Constructs a Randomizer to operate on the algorithm 'randomizable'.
Range - class drasys.or.geom.rect2.Range.: An implementation of a range in the 2D rectangular coordinate system.
Range - class drasys.or.geom.rect3.Range.: An implementation of a range in the 3D rectangular coordinate system.
Range - class drasys.or.geom.geo.Range.: An implementation of a range in the geographic coordinate system.
RANGE - Static variable in interface drasys.or.mp.ConstraintI: The constraint must fall within a range.
range() - Method in class drasys.or.geom.KDTree: Returns the range of points in the index.
range() - Method in interface drasys.or.geom.PointIndexI: Returns the range of points in the index.
range() - Method in class drasys.or.geom.rect2.Polygon
range() - Method in class drasys.or.geom.rect2.Range
range() - Method in class drasys.or.geom.rect2.Point
range() - Method in interface drasys.or.geom.rect2.Rect2I
range() - Method in class drasys.or.geom.rect2.LineSegment
range() - Method in interface drasys.or.geom.rect3.Rect3I
range() - Method in class drasys.or.geom.rect3.Point
range() - Method in class drasys.or.geom.rect3.LineSegment
range() - Method in class drasys.or.geom.rect3.Range
range() - Method in interface drasys.or.geom.geo.GeoI
range() - Method in class drasys.or.geom.geo.Point
range() - Method in class drasys.or.geom.geo.Range
Range(double, double, double, double) - Constructor for class drasys.or.geom.rect2.Range
Range(double, double, double, double) - Constructor for class drasys.or.geom.geo.Range
Range(double, double, double, double, double, double) - Constructor for class drasys.or.geom.rect3.Range
Range(PointI, PointI) - Constructor for class drasys.or.geom.rect2.Range
Range(PointI, PointI) - Constructor for class drasys.or.geom.rect3.Range
Range(PointI, PointI) - Constructor for class drasys.or.geom.geo.Range
Range(RangeI) - Constructor for class drasys.or.geom.rect2.Range
Range(RangeI) - Constructor for class drasys.or.geom.rect3.Range
Range(RangeI) - Constructor for class drasys.or.geom.geo.Range
RangeI - interface drasys.or.geom.RangeI.: An interface used by all algorithms to abstractly access coordinates.
RangeI - interface drasys.or.geom.rect2.RangeI.: An interface to abstractly access a range in the 2D rectangular coordinate system.
RangeI - interface drasys.or.geom.rect3.RangeI.: An interface to abstractly access a range in the 3D rectangular coordinate system.
RangeI - interface drasys.or.geom.geo.RangeI.: An interface to abstractly access a range in the geographic coordinate system.
readMatrix(MatrixI) - Method in class drasys.or.matrix.SMFReader: Reads a matrix from the stream in the SMF
format.
readMatrix(MatrixI) - Method in interface drasys.or.matrix.MatrixReaderI: Reads a matrix from the stream.
readMatrix(MatrixI) - Method in class drasys.or.matrix.complex.SMFReader: Reads a matrix from the stream in the SMF
format.
readMatrix(MatrixI) - Method in interface drasys.or.matrix.complex.MatrixReaderI: Reads a matrix from the stream.
readMatrix(SizableMatrixI, boolean) - Method in class drasys.or.matrix.SMFReader: Reads a matrix from the stream in the SMF
format.
readMatrix(SizableMatrixI, boolean) - Method in interface drasys.or.matrix.MatrixReaderI: Reads a matrix from the stream.
readMatrix(SizableMatrixI, boolean) - Method in class drasys.or.matrix.complex.SMFReader: Reads a matrix from the stream in the SMF
format.
readMatrix(SizableMatrixI, boolean) - Method in interface drasys.or.matrix.complex.MatrixReaderI: Reads a matrix from the stream.
ReadOnlyException - exception drasys.or.ReadOnlyException.: Thrown if a set is attempted on a 'read only' attribute.
ReadOnlyException() - Constructor for class drasys.or.ReadOnlyException
ReadOnlyException(String) - Constructor for class drasys.or.ReadOnlyException
readProblem(SizableProblemI) - Method in class drasys.or.mp.util.MPSReader: Parses the MPS stream and puts the data into 'problem'.
readProblem(SizableProblemI) - Method in interface drasys.or.mp.util.ProblemReaderI
readVector(SizableVectorI, boolean) - Method in interface drasys.or.matrix.VectorReaderI: Reads a vector from the stream.
readVector(SizableVectorI, boolean) - Method in class drasys.or.matrix.SVFReader: Reads a vector from the stream in the SVF
format.
readVector(SizableVectorI, boolean) - Method in interface drasys.or.matrix.complex.VectorReaderI: Reads a vector from the stream.
readVector(SizableVectorI, boolean) - Method in class drasys.or.matrix.complex.SVFReader: Reads a vector from the stream in the SVF
format.
readVector(VectorI) - Method in interface drasys.or.matrix.VectorReaderI: Reads a vector from the stream.
readVector(VectorI) - Method in class drasys.or.matrix.SVFReader: Reads a vector from the stream in the SVF format.
readVector(VectorI) - Method in interface drasys.or.matrix.complex.VectorReaderI: Reads a vector from the stream.
readVector(VectorI) - Method in class drasys.or.matrix.complex.SVFReader: Reads a vector from the stream in the SVF format.
real - Variable in class drasys.or.Complex
Real - class drasys.or.Real.: An implementation of a mutable double value.
REAL - Static variable in interface drasys.or.mp.VariableI: The variable is real valued.
Real() - Constructor for class drasys.or.Real
Real(double) - Constructor for class drasys.or.Real
RealContainer - class drasys.or.matrix.RealContainer.: Real container implementation.
RealContainer() - Constructor for class drasys.or.matrix.RealContainer: Create a real container with using the global epsilon.
RealContainer(double) - Constructor for class drasys.or.matrix.RealContainer: Create a real container with explicit epsilon.
RealContainerI - interface drasys.or.matrix.RealContainerI.: Containers that hold real numbers.
RealI - interface drasys.or.RealI.: An interface to a mutable real value with double precision.
Rect2 - class drasys.or.geom.rect2.Rect2.: A base class for rect2 objects.
Rect2() - Constructor for class drasys.or.geom.rect2.Rect2
Rect2I - interface drasys.or.geom.rect2.Rect2I.: An interface to abstractly access 2D rectngular objects.
Rect3 - class drasys.or.geom.rect3.Rect3.: A base class for rect3 objects.
Rect3() - Constructor for class drasys.or.geom.rect3.Rect3
Rect3I - interface drasys.or.geom.rect3.Rect3I.: An interface to abstractly access 3D rectangular objects.
relaxInteger() - Method in interface drasys.or.mp.ProblemI: Changes all INTEGER or BOOLEAN variables to REAL variables.
relaxInteger() - Method in class drasys.or.mp.Problem: Changes all INTEGER or BOOLEAN variables to REAL variables.
remove(String) - Method in class drasys.or.util.Metadata: Remove datum from the container.
remove(String[]) - Method in class drasys.or.util.Metadata: Remove data from the container.
removeAllEdges() - Method in interface drasys.or.graph.RemoveEdgeI: Removes all of the edges from the graph.
removeAllEdges() - Method in class drasys.or.graph.SparseGraph: Removes all edges from the graph.
removeAllElements() - Method in interface drasys.or.cont.PriorityQueueI: Remove all elements from the queue.
removeAllElements() - Method in class drasys.or.cont.BinaryHeap
removeAllElements() - Method in class drasys.or.cont.OrderedSet
removeAllElements() - Method in class drasys.or.cont.IndexedVector
removeAllElements() - Method in class drasys.or.cont.BinomialHeap
removeAllElements() - Method in class drasys.or.opt.lp.DenseLPBase: Removes all of the coefficients from the algorithm's data structures.
removeAllElements() - Method in interface drasys.or.opt.lp.LinearProgrammingI: Removes all of the coefficients from the algorithm's data structures.
removeAllElements() - Method in class drasys.or.geom.KDTree: Removes all of the elements from the index.
removeAllElements() - Method in interface drasys.or.geom.PointIndexI: Removes all of the elements from the index.
removeAllVertices() - Method in class drasys.or.graph.BaseGraph: Removes all the vertices and edges from the graph.
removeEdge(EdgeI, boolean) - Method in interface drasys.or.graph.RemoveEdgeI: Removes the edge from the graph whose keys match the keys in the argument.
removeEdge(EdgeI, boolean) - Method in class drasys.or.graph.SparseGraph: Removes the edge from the graph whose keys match the keys in the argument.
removeEdge(Object, Object, Object, boolean) - Method in interface drasys.or.graph.RemoveEdgeI: Removes the edge from the graph whose keys match the arguments.
removeEdge(Object, Object, Object, boolean) - Method in class drasys.or.graph.SparseGraph: Removes the edge from the graph whose keys match the arguments.
RemoveEdgeI - interface drasys.or.graph.RemoveEdgeI.: The interface implemented by graphs that can remove edges.
removeElement(Object) - Method in class drasys.or.cont.OrderedSet
RemoveI - interface drasys.or.graph.RemoveI.: An interface implemented by graphs that can remove both vertices and edges.
removeType0(Geni.Vert) - Method in class drasys.or.graph.tsp.Us
removeVertex(Object, boolean) - Method in class drasys.or.graph.PointGraph: Removes a vertex whose key matches the argument and all its adjacent edges.
removeVertex(Object, boolean) - Method in class drasys.or.graph.SparseGraph: Removes a vertex whose key matches the argument and all its adjacent edges.
removeVertex(Object, boolean) - Method in interface drasys.or.graph.RemoveVertexI: Removes a vertex whose key matches the argument and all its adjacent edges.
removeVertex(VertexI, boolean) - Method in class drasys.or.graph.PointGraph: Removes a vertex whose key matches the key in the argument and all its adjacent edges.
removeVertex(VertexI, boolean) - Method in class drasys.or.graph.SparseGraph: Removes a vertex whose key matches the key in the argument and all its adjacent edges.
removeVertex(VertexI, boolean) - Method in interface drasys.or.graph.RemoveVertexI: Removes a vertex whose key matches the key in the argument and all its adjacent edges.
RemoveVertexI - interface drasys.or.graph.RemoveVertexI.: An interface implemented by graphs that can remove vertices.
replaceType0(Geni.Vert) - Method in class drasys.or.graph.tsp.Us
resize(int, boolean[]) - Static method in class drasys.or.util.Array: Resize an array.
resize(int, boolean[][]) - Static method in class drasys.or.util.Array: Resize an array of arrays.
resize(int, boolean[], boolean) - Static method in class drasys.or.util.Array: Resize and initialize an array.
resize(int, byte[]) - Static method in class drasys.or.util.Array: Resize an array.
resize(int, byte[][]) - Static method in class drasys.or.util.Array: Resize an array of arrays.
resize(int, byte[], byte) - Static method in class drasys.or.util.Array: Resize and initialize an array.
resize(int, double[]) - Static method in class drasys.or.util.Array: Resize an array.
resize(int, double[]) - Static method in class drasys.or.util.ComplexArray: Resize an array.
resize(int, double[][]) - Static method in class drasys.or.util.Array: Resize an array of arrays.
resize(int, double[][]) - Static method in class drasys.or.util.ComplexArray: Resize an array of arrays.
resize(int, double[], ComplexI) - Static method in class drasys.or.util.ComplexArray: Resize and initialize an array.
resize(int, double[], double) - Static method in class drasys.or.util.Array: Resize and initialize an array.
resize(int, float[]) - Static method in class drasys.or.util.Array: Resize an array.
resize(int, float[]) - Static method in class drasys.or.util.ComplexArray: Resize an array.
resize(int, float[][]) - Static method in class drasys.or.util.Array: Resize an array of arrays.
resize(int, float[][]) - Static method in class drasys.or.util.ComplexArray: Resize an array of arrays.
resize(int, float[], ComplexI) - Static method in class drasys.or.util.ComplexArray: Resize and initialize an array.
resize(int, float[], float) - Static method in class drasys.or.util.Array: Resize and initialize an array.
resize(int, int) - Method in class drasys.or.opt.lp.DenseLPBase: Removes all the coefficients and changes the size of the model the algorithm can solve.
resize(int, int) - Method in interface drasys.or.opt.lp.LinearProgrammingI: Changes the size of the model the algorithm can solve.
resize(int, int[]) - Static method in class drasys.or.util.Array: Resize an array.
resize(int, int[][]) - Static method in class drasys.or.util.Array: Resize an array of arrays.
resize(int, int[], int) - Static method in class drasys.or.util.Array: Resize and initialize an array.
resize(int, long[]) - Static method in class drasys.or.util.Array: Resize an array.
resize(int, long[][]) - Static method in class drasys.or.util.Array: Resize an array of arrays.
resize(int, long[], long) - Static method in class drasys.or.util.Array: Resize and initialize an array.
resize(int, Object[]) - Static method in class drasys.or.util.Array: Resize an array.
resize(int, Object[][]) - Static method in class drasys.or.util.Array: Resize an array of arrays.
resize(int, Object[], Object) - Static method in class drasys.or.util.Array: Resize and initialize an array.
resize(int, short[]) - Static method in class drasys.or.util.Array: Resize an array.
resize(int, short[][]) - Static method in class drasys.or.util.Array: Resize an array of arrays.
resize(int, short[], short) - Static method in class drasys.or.util.Array: Resize and initialize an array.
resize(int, String[]) - Static method in class drasys.or.util.Array: Resize an array.
resize(int, String[][]) - Static method in class drasys.or.util.Array: Resize an array of arrays.
resize(int, String[], String) - Static method in class drasys.or.util.Array: Resize and initialize an array.
reverseCost(int, int) - Method in class drasys.or.graph.tsp.TSPBase: Retuns the reverse cost between two vertices.
reverseCostOfInsertType1(int, Geni.Vert, Geni.Vert, Geni.Vert) - Method in class drasys.or.graph.tsp.Geni
reverseCostOfInsertType2(int, Geni.Vert, Geni.Vert, Geni.Vert, Geni.Vert) - Method in class drasys.or.graph.tsp.Geni
reverseFindBestInsert(Geni.Vert) - Method in class drasys.or.graph.tsp.Geni
reverseFindBestRemove(Geni.Vert) - Method in class drasys.or.graph.tsp.Us
reverseFlip(Geni.Vert, Geni.Vert) - Method in class drasys.or.graph.tsp.Geni
ReverseLinear - class drasys.or.stat.model.ReverseLinear.: A reverse multiple linear regression model.
ReverseLinear(GeneralLinearModelI) - Constructor for class drasys.or.stat.model.ReverseLinear: Initialize the regression with an explicit general linear model.
ReverseLinear(VectorI, MatrixI) - Constructor for class drasys.or.stat.model.ReverseLinear: Initialize the regression with the sample data.
reverseRemoveType1(Geni.Vert, Geni.Vert, Geni.Vert, Geni.Vert, Geni.Vert) - Method in class drasys.or.graph.tsp.Us
reverseRemoveType2(Geni.Vert, Geni.Vert, Geni.Vert, Geni.Vert, Geni.Vert, Geni.Vert, Geni.Vert) - Method in class drasys.or.graph.tsp.Us
reverseReplaceType1(Geni.Vert, Geni.Vert, Geni.Vert, Geni.Vert, Geni.Vert) - Method in class drasys.or.graph.tsp.Us
reverseReplaceType2(Geni.Vert, Geni.Vert, Geni.Vert, Geni.Vert, Geni.Vert, Geni.Vert, Geni.Vert) - Method in class drasys.or.graph.tsp.Us
reverseSaveForRemoveType1(Geni.Vert, Geni.Vert, Geni.Vert) - Method in class drasys.or.graph.tsp.Us
reverseSaveForRemoveType2(Geni.Vert, Geni.Vert, Geni.Vert, Geni.Vert) - Method in class drasys.or.graph.tsp.Us
reverseSequenceInsert(Geni.Vert) - Method in class drasys.or.graph.tsp.Geni
reverseSequenceRemove(Geni.Vert) - Method in class drasys.or.graph.tsp.Us
ringSum(GraphI, GraphI) - Static method in class drasys.or.graph.Operations
rotate(double) - Method in class drasys.or.geom.rect2.Transform: Adds a rotation to the transformation.
rotate(double) - Method in interface drasys.or.geom.rect2.TransformI: Adds a rotation to the transformation.
rotateClosedTour(Vector, Object) - Method in class drasys.or.graph.tsp.TSPBase: Rotates the closed tour until the vertex that matches key is the vertex that is repeated on both ends.
rotateClosedTour(Vector, Object) - Method in class drasys.or.graph.tsp.Composite: Rotates the closed tour until the vertex that matches key is the vertex that is repeated on both ends.
rotateClosedTour(Vector, Object) - Method in interface drasys.or.graph.tsp.TSPI: Rotates the closed tour until the vertex that matches key is the vertex that is repeated on both ends.
rotateClosedTour(Vector, Object) - Method in class drasys.or.graph.tsp.ConstructToImproveConverter: Rotates the closed tour until the vertex that matches key is the vertex that is repeated on both ends.
RowArrayMatrix - class drasys.or.matrix.RowArrayMatrix.: A dense row-major matrix of double values where each row is an array.
RowArrayMatrix(double[][]) - Constructor for class drasys.or.matrix.RowArrayMatrix: Constructs a dense matrix and copy the contents from 'array'.
RowArrayMatrix(double[][], boolean) - Constructor for class drasys.or.matrix.RowArrayMatrix: Constructs a dense matrix from 'array'.
RowArrayMatrix(int, int) - Constructor for class drasys.or.matrix.RowArrayMatrix: Constructs a dense matrix with an explicit size.
RowArrayMatrix(int, int, int, int) - Constructor for class drasys.or.matrix.RowArrayMatrix: Constructs a dense matrix with an explicit size and capacity.
RowArrayMatrix(MatrixI) - Constructor for class drasys.or.matrix.RowArrayMatrix: Constructs a sparse matrix the same size as 'matrix'.
RowArrayMatrix(VectorI) - Constructor for class drasys.or.matrix.RowArrayMatrix: Constructs a square matrix with the 'vector' as the diagonal.
rowElements(int) - Method in class drasys.or.matrix.Matrix: Returns an enumeration of the non-null elements in a row.
rowElements(int) - Method in class drasys.or.matrix.ContiguousMatrix: Returns an enumeration of the non-null elements in a row.
rowElements(int) - Method in class drasys.or.matrix.CompressedRowMatrix: Returns an enumeration of the non-null elements in a row.
rowElements(int) - Method in class drasys.or.matrix.SparseMatrix: Returns an enumeration of the non-null elements in a row.
rowElements(int) - Method in class drasys.or.matrix.RowArrayMatrix: Returns an enumeration of the non-null elements in a row.
rowElements(int) - Method in class drasys.or.matrix.ColumnArrayMatrix: Returns an enumeration of the non-null elements in a row.
rowElements(int) - Method in interface drasys.or.matrix.MatrixI: Returns an enumeration of the non-null elements in a row.
rowElements(int) - Method in class drasys.or.matrix.ContiguousMatrix.Sub: Returns an enumeration of the non-null elements in a row.
rowElements(int) - Method in class drasys.or.matrix.CompressedColumnMatrix: Returns an enumeration of the non-null elements in a row.
rowElements(int) - Method in class drasys.or.matrix.complex.RowMajorMatrix: Returns an enumeration of the non-null elements in a row.
rowElements(int) - Method in class drasys.or.matrix.complex.ColumnMajorMatrix: Returns an enumeration of the non-null elements in a row.
rowElements(int) - Method in interface drasys.or.matrix.complex.MatrixI: Returns an enumeration of the non-null elements in a row.
rowElements(int) - Method in class drasys.or.matrix.complex.ContiguousMatrix.Sub: Returns an enumeration of the non-null elements in a row.
RowMajorMatrix - class drasys.or.matrix.RowMajorMatrix.: A dense contiguous row-major matrix of double values.
RowMajorMatrix - class drasys.or.matrix.complex.RowMajorMatrix.: A dense contiguous row-major matrix of complex values.
RowMajorMatrix(double[][]) - Constructor for class drasys.or.matrix.RowMajorMatrix: Constructs a contiguous dense row-major matrix with the same number of rows as 'array'.
RowMajorMatrix(double[][]) - Constructor for class drasys.or.matrix.complex.RowMajorMatrix: Constructs a contiguous dense row-major matrix with the same number of rows as 'array'.
RowMajorMatrix(double[][], double[][]) - Constructor for class drasys.or.matrix.complex.RowMajorMatrix: Constructs a contiguous dense row-major matrix with the same number of rows as 'real' and 'imag'.
RowMajorMatrix(int, int) - Constructor for class drasys.or.matrix.RowMajorMatrix: Constructs a contiguous dense row-major matrix with an explicit size.
RowMajorMatrix(int, int) - Constructor for class drasys.or.matrix.complex.RowMajorMatrix: Constructs a contiguous dense row-major matrix with an explicit size.
RowMajorMatrix(int, int, int, int) - Constructor for class drasys.or.matrix.RowMajorMatrix: Constructs a contiguous dense row-major matrix with an explicit size and capacity.
RowMajorMatrix(int, int, int, int) - Constructor for class drasys.or.matrix.complex.RowMajorMatrix: Constructs a contiguous dense row-major matrix with an explicit size and capacity.
RowMajorMatrix(MatrixI) - Constructor for class drasys.or.matrix.RowMajorMatrix: Constructs a contiguous dense column-major matrix with the same number of rows and columns as 'matrix'.
RowMajorMatrix(MatrixI) - Constructor for class drasys.or.matrix.complex.RowMajorMatrix: Constructs a contiguous dense column-major matrix with the same number of rows and columns as 'matrix'.
RowMajorMatrix(VectorI) - Constructor for class drasys.or.matrix.RowMajorMatrix: Constructs a square matrix with the 'vector' as the diagonal and zeros.
RowMajorMatrix(VectorI) - Constructor for class drasys.or.matrix.complex.RowMajorMatrix: Constructs a square matrix with the 'vector' as the diagonal and zeros.
rowVector(int) - Method in class drasys.or.matrix.ContiguousMatrix: Returns a reference to the row.
rowVector(int) - Method in interface drasys.or.matrix.ContiguousMatrixI: Returns a reference to the row.
rowVector(int) - Method in class drasys.or.matrix.ContiguousMatrix.Sub: Returns a reference to the row.
rowVector(int) - Method in class drasys.or.matrix.complex.ContiguousMatrix: Returns a reference to the row.
rowVector(int) - Method in interface drasys.or.matrix.complex.ContiguousMatrixI: Returns a reference to the row.
rowVector(int) - Method in class drasys.or.matrix.complex.ContiguousMatrix.Sub: Returns a reference to the row.

S

sampleSize(double, double, double) - Static method in class drasys.or.stat.PopulationMean: Computes the sample size needed for the given arguments.
sasum(int, float[], int, int) - Method in interface drasys.or.linear.blas.BLAS1I: Computes the sum of the absolute values.
sasum(int, float[], int, int) - Method in class drasys.or.linear.blas.SmpBLAS1: Computes the sum of the absolute values.
sasum(int, float[], int, int) - Method in class drasys.or.linear.blas.BLAS1: Computes the sum of the absolute values.
saveForRemoveType0(Geni.Vert) - Method in class drasys.or.graph.tsp.Us
saveTour() - Method in class drasys.or.graph.tsp.ConstructBase
saveTour() - Method in class drasys.or.graph.tsp.ImproveBase
saxpy(int, float, float[], int, int, float[], int, int) - Method in interface drasys.or.linear.blas.BLAS1I: Constant times a vector plus a vector: y = y + alpha * x.
saxpy(int, float, float[], int, int, float[], int, int) - Method in class drasys.or.linear.blas.SmpBLAS1: Constant times a vector plus a vector: y = y + alpha * x.
saxpy(int, float, float[], int, int, float[], int, int) - Method in class drasys.or.linear.blas.BLAS1: Constant times a vector plus a vector: y = y + alpha * x.
scale(double, double) - Method in class drasys.or.geom.rect2.Transform: Adds a scaling to the transformation.
scale(double, double) - Method in interface drasys.or.geom.rect2.TransformI: Adds a scaling to the transformation.
ScaleException - exception drasys.or.opt.lp.ScaleException.: This exception is thrown if any nonzero coefficient is outside the allowable range of the algorithm.
ScaleException - exception drasys.or.mp.ScaleException.: Non-zero coefficient is outside the allowable range.
ScaleException() - Constructor for class drasys.or.opt.lp.ScaleException
ScaleException() - Constructor for class drasys.or.mp.ScaleException
ScaleException(String) - Constructor for class drasys.or.opt.lp.ScaleException
ScaleException(String) - Constructor for class drasys.or.mp.ScaleException
scalerProduct(VectorI, VectorI) - Method in interface drasys.or.linear.algebra.AlgebraI: Compute the dot product two vectors.
scalerProduct(VectorI, VectorI) - Method in class drasys.or.linear.algebra.Algebra: Compute the dot product two vectors.
scasum(int, float[], int, int) - Method in interface drasys.or.linear.blas.BLAS1I: Computes the sum of the absolute values.
scasum(int, float[], int, int) - Method in class drasys.or.linear.blas.SmpBLAS1: Computes the sum of the absolute values.
scasum(int, float[], int, int) - Method in class drasys.or.linear.blas.BLAS1: Computes the sum of the absolute values.
schedule(int, Runnable[], long) - Static method in class drasys.or.util.Smp: Schedules the jobs so that no more than 'maxThreads' are running at once.
scnrm2(int, float[], int, int) - Method in interface drasys.or.linear.blas.BLAS1I: Computes the euclidean norm of the vector: sqrt(sum(xi^2))
scnrm2(int, float[], int, int) - Method in class drasys.or.linear.blas.SmpBLAS1: Computes the euclidean norm of the vector: sqrt(sum(xi^2))
scnrm2(int, float[], int, int) - Method in class drasys.or.linear.blas.BLAS1: Computes the euclidean norm of the vector: sqrt(sum(xi^2))
scopy(int, float[], int, int, float[], int, int) - Method in interface drasys.or.linear.blas.BLAS1I: Copies vector x to vector y: y = x.
scopy(int, float[], int, int, float[], int, int) - Method in class drasys.or.linear.blas.SmpBLAS1: Copies vector x to vector y: y = x.
scopy(int, float[], int, int, float[], int, int) - Method in class drasys.or.linear.blas.BLAS1: Copies vector x to vector y: y = x.
sdot(int, float[], int, int, float[], int, int) - Method in interface drasys.or.linear.blas.BLAS1I: Computes the dot product of two vectors: alpha = x (.) y.
sdot(int, float[], int, int, float[], int, int) - Method in class drasys.or.linear.blas.SmpBLAS1: Computes the dot product of two vectors: alpha = x (.) y.
sdot(int, float[], int, int, float[], int, int) - Method in class drasys.or.linear.blas.BLAS1: Computes the dot product of two vectors: alpha = x (.) y.
sdsdot(int, float[], int, int, float[], int, int) - Method in interface drasys.or.linear.blas.BLAS1I: Computes the dot product of two vectors: alpha = x (.) y.
sdsdot(int, float[], int, int, float[], int, int) - Method in class drasys.or.linear.blas.SmpBLAS1: Computes the dot product of two vectors: alpha = x (.) y.
sdsdot(int, float[], int, int, float[], int, int) - Method in class drasys.or.linear.blas.BLAS1: Computes the dot product of two vectors: alpha = x (.) y.
SearchI - interface drasys.or.alg.SearchI.: An interface used by algorithms to search arrays and vectors.
selectedElements() - Method in class drasys.or.geom.KDTree: Returns an enumeration to access the selected elements in random order.
selectedElements() - Method in interface drasys.or.geom.PointIndexI: Returns an enumeration to access the selected elements in random order.
selectNearestNeighbors(PointI, int) - Method in class drasys.or.geom.KDTree: Select the 'n' elements whose keys are closest to 'point'.
selectNearestNeighbors(PointI, int) - Method in interface drasys.or.geom.PointIndexI: Select the 'n' elements whose keys are closest to 'point'.
selectRange(RangeI) - Method in class drasys.or.geom.KDTree: Select the elements whose keys are in the range.
selectRange(RangeI) - Method in interface drasys.or.geom.PointIndexI: Select the elements whose keys are in the range.
selectVertex(boolean) - Method in class drasys.or.graph.tsp.ConstructBase: Selects all of the vertices in the graph to be in the tour if 'select' is true.
selectVertex(boolean) - Method in class drasys.or.graph.tsp.Geni: Selects all of the vertices in the graph to be in the tour if 'select' is true.
selectVertex(boolean) - Method in class drasys.or.graph.tsp.Composite: Selects all of the vertices in the graph to be in the tour if 'select' is true.
selectVertex(boolean) - Method in class drasys.or.graph.tsp.BestOf: Selects all of the vertices in the graph to be in the tour if 'select' is true.
selectVertex(boolean) - Method in interface drasys.or.graph.tsp.ConstructI: Selects all of the vertices in the graph to be in the tour if 'select' is true.
selectVertex(boolean) - Method in class drasys.or.graph.vrp.ConstructBase: Selects all of the vertices in the graph to be in the tour if 'select' is true.
selectVertex(boolean) - Method in class drasys.or.graph.vrp.Randomizer: Selects all of the vertices in the graph to be in the solution if 'select' is true.
selectVertex(boolean) - Method in interface drasys.or.graph.vrp.ConstructI: Selects all of the vertices in the graph to be in the solution if 'select' is true.
selectVertex(boolean) - Method in class drasys.or.graph.vrp.Composite: Selects all of the vertices in the graph to be in the tour if 'select' is true.
selectVertex(boolean[]) - Method in class drasys.or.graph.tsp.ConstructBase: Selects all of the vertices whose corresponding element in 'select' is true.
selectVertex(boolean[]) - Method in class drasys.or.graph.tsp.Geni: Selects all of the vertices whose corresponding element in 'select' is true.
selectVertex(boolean[]) - Method in class drasys.or.graph.tsp.Composite: Selects all of the vertices whose corresponding element in 'select' is true.
selectVertex(boolean[]) - Method in class drasys.or.graph.tsp.BestOf: Selects all of the vertices whose corresponding element in 'select' is true.
selectVertex(boolean[]) - Method in interface drasys.or.graph.tsp.ConstructI: Selects all of the vertices whose corresponding element in 'select' is true.
selectVertex(boolean[]) - Method in class drasys.or.graph.vrp.ConstructBase: Selects all of the vertices whose corresponding element in 'select' is true.
selectVertex(boolean[]) - Method in class drasys.or.graph.vrp.Randomizer: Selects all of the vertices whose corresponding element in 'select' is true.
selectVertex(boolean[]) - Method in interface drasys.or.graph.vrp.ConstructI: Selects all of the vertices whose corresponding element in 'select' is true.
selectVertex(boolean[]) - Method in class drasys.or.graph.vrp.Composite: Selects all of the vertices whose corresponding element in 'select' is true.
selectVertex(Object, boolean) - Method in class drasys.or.graph.tsp.ConstructBase: Selects the vertex to be in the tour if 'select' is true.
selectVertex(Object, boolean) - Method in class drasys.or.graph.tsp.Geni: Selects the vertex to be in the tour if 'select' is true.
selectVertex(Object, boolean) - Method in class drasys.or.graph.tsp.Composite: Selects the vertex to be in the tour if 'select' is true.
selectVertex(Object, boolean) - Method in class drasys.or.graph.tsp.BestOf: Selects the vertex to be in the tour if 'select' is true.
selectVertex(Object, boolean) - Method in interface drasys.or.graph.tsp.ConstructI: Selects the vertex to be in the tour if 'select' is true.
selectVertex(Object, boolean) - Method in class drasys.or.graph.vrp.ConstructBase: Selects the vertex to be in the tour if 'select' is true.
selectVertex(Object, boolean) - Method in class drasys.or.graph.vrp.Randomizer: Selects the vertex to be in the solution if 'select' is true.
selectVertex(Object, boolean) - Method in interface drasys.or.graph.vrp.ConstructI: Selects the vertex to be in the solution if 'select' is true.
selectVertex(Object, boolean) - Method in class drasys.or.graph.vrp.Composite: Selects the vertex to be in the tour if 'select' is true.
SequentialSearch - class drasys.or.alg.SequentialSearch.: An implementation of a sequential search.
SequentialSearch() - Constructor for class drasys.or.alg.SequentialSearch: Uses 'Object.equals()' for the default comparison.
SequentialSearch(CompareI) - Constructor for class drasys.or.alg.SequentialSearch: Uses 'compare' for the comparison.
set(ComplexI) - Method in class drasys.or.Complex: Sets this equal to a;
set(double, double) - Method in class drasys.or.Complex: Sets this equal to a;
set(double, double, double) - Method in class drasys.or.graph.EdgeValue: Sets the default values for the edge.
set(double, double, double[]) - Method in class drasys.or.graph.VertexValue: Sets the values for the vertex.
set(double, double, double, double, double, double) - Method in class drasys.or.geom.rect2.Transform: Sets the transformation matrix elements where the matrix is:
[r11, r12, 0]
[r21, r22, 0]
[tx, ty, 1]
set(double, double, double, double, double, double) - Method in interface drasys.or.geom.rect2.TransformI: Sets the transformation matrix elements where the matrix is:
[r11, r12, 0]
[r21, r22, 0]
[tx, ty, 1]
setAccuracy(double) - Method in class drasys.or.nonlinear.Bisection: Set the accuracy of the answer.
setAccuracy(double) - Method in interface drasys.or.nonlinear.EquationSolutionI: Set the accuracy of the answer.
setAccuracy(double) - Static method in class drasys.or.geom.rect2.CoordinateSystem: Sets the absolute accuracy required in this coordinate system.
setAccuracy(double) - Static method in class drasys.or.geom.rect3.CoordinateSystem: Sets the absolute accuracy required in this coordinate system.
setAccuracy(double) - Static method in class drasys.or.geom.geo.CoordinateSystem: Sets the absolute accuracy required in this coordinate system.
setAlgebra(Algebra) - Static method in class drasys.or.stat.Stat: Sets the global algebra object used by all statistics objects for linear algebra operations.
setAscending() - Method in interface drasys.or.alg.SortI: Sets order to ascending.
setAscending() - Method in class drasys.or.alg.QuickSort: Sets order to ascending.
setAscending() - Method in class drasys.or.alg.BinarySearch: Sets order to ascending.
setAutomaticScaling(boolean) - Method in class drasys.or.opt.lp.DenseLPBase: Enables automatic scaling.
setAutomaticScaling(boolean) - Method in class drasys.or.opt.lp.DenseSimplex: Automatic scaling is not available in this implementation.
setAutomaticScaling(boolean) - Method in interface drasys.or.opt.lp.LinearProgrammingI: Enables automatic scaling.
setBoundName(String) - Method in class drasys.or.mp.util.MPSWriter: Sets the name to use for the bound row.
setCandidate(boolean) - Method in interface drasys.or.graph.sp.SingleVertexI: Sets the candidate flags for all vertices.
setCandidate(boolean) - Method in class drasys.or.graph.sp.Connections: Sets the candidate flags for all vertices.
setCandidate(boolean) - Method in class drasys.or.graph.sp.Dijkstra: Sets the candidate flags for all vertices.
setCandidate(Object, boolean) - Method in interface drasys.or.graph.sp.SingleVertexI: Sets the candidate flag for a specific vertex.
setCandidate(Object, boolean) - Method in class drasys.or.graph.sp.Connections: Sets the candidate flag for a specific vertex.
setCandidate(Object, boolean) - Method in class drasys.or.graph.sp.Dijkstra: Sets the candidate flag for a specific vertex.
setCapacity(int) - Method in class drasys.or.matrix.ContiguousVector: Insures the vector can hold 'capacity' elements without reallocating memory.
setCapacity(int) - Method in class drasys.or.matrix.SparseVector: Has no effect.
setCapacity(int) - Method in interface drasys.or.matrix.SizableVectorI: Allocates memory so the vector can hold this many elements without reallocating memory.
setCapacity(int) - Method in interface drasys.or.matrix.complex.SizableVectorI: Allocates memory so the vector can hold this many elements without reallocating memory.
setCapacity(int) - Method in class drasys.or.matrix.complex.ContiguousVector: Insures the vector can hold 'capacity' elements without reallocating memory.
setCapacity(int, int) - Method in class drasys.or.matrix.RowMajorMatrix: Allocates memory so the matrix can hold this many rows and columns without reallocating memory.
setCapacity(int, int) - Method in class drasys.or.matrix.ColumnMajorMatrix: Allocates memory so the matrix can hold this many rows and columns without reallocating memory.
setCapacity(int, int) - Method in class drasys.or.matrix.CompressedRowMatrix: Allocates memory so the matrix can hold this many rows and columns without reallocating memory.
setCapacity(int, int) - Method in class drasys.or.matrix.SparseMatrix: Allocates memory so the matrix can hold this many rows and columns without reallocating memory.
setCapacity(int, int) - Method in class drasys.or.matrix.RowArrayMatrix: Ensures the matrix has enough memory to expand to this size without reallocation.
setCapacity(int, int) - Method in class drasys.or.matrix.ColumnArrayMatrix: Ensures the matrix has enough memory to expand to this size without reallocation.
setCapacity(int, int) - Method in interface drasys.or.matrix.SizableMatrixI: Allocates memory so the matrix can hold this many rows and columns without reallocating memory.
setCapacity(int, int) - Method in class drasys.or.matrix.CompressedColumnMatrix: Allocates memory so the matrix can hold this many rows and columns without reallocating memory.
setCapacity(int, int) - Method in class drasys.or.matrix.complex.RowMajorMatrix: Allocates memory so the matrix can hold this many rows and columns without reallocating memory.
setCapacity(int, int) - Method in class drasys.or.matrix.complex.ColumnMajorMatrix: Allocates memory so the matrix can hold this many rows and columns without reallocating memory.
setCapacity(int, int) - Method in interface drasys.or.matrix.complex.SizableMatrixI: Allocates memory so the matrix can hold this many rows and columns without reallocating memory.
setCapacity(int, int) - Method in interface drasys.or.mp.SizableProblemI: Increases the constraint capacity.
setCapacity(int, int) - Method in class drasys.or.mp.Problem: Increases the constraint capacity.
setCapacityConstraint(double) - Method in class drasys.or.graph.vrp.VRPBase: Sets the vehicle capacity constraint.
setCapacityConstraint(double) - Method in class drasys.or.graph.vrp.Randomizer: Sets the vehicle capacity constraint.
setCapacityConstraint(double) - Method in interface drasys.or.graph.vrp.VRPI: Sets the vehicle capacity constraint.
setCapacityConstraint(double) - Method in class drasys.or.graph.vrp.BestOf: Sets the vehicle capacity constraint.
setCapacityConstraint(double) - Method in class drasys.or.graph.vrp.Composite: Sets the vehicle capacity constraint.
setCapacityOfElements(int) - Method in class drasys.or.matrix.CompressedMatrix: Allocates memory so the matrix can hold this many elements without reallocating memory.
setCoefficientAt(int, int, double) - Method in interface drasys.or.mp.ProblemI: Sets a matrix coefficient by index.
setCoefficientAt(int, int, double) - Method in class drasys.or.mp.Problem: Sets a matrix coefficient by index.
setCoefficientAt(String, String, double) - Method in interface drasys.or.mp.ProblemI: Sets a matrix coefficient by name.
setCoefficientAt(String, String, double) - Method in class drasys.or.mp.Problem: Sets a matrix coefficient by name.
setColumn(int, VectorI) - Method in class drasys.or.matrix.Matrix: Sets the value of the elements in a column.
setColumn(int, VectorI) - Method in interface drasys.or.matrix.MatrixI: Sets the value of the elements in a column.
setColumn(int, VectorI) - Method in class drasys.or.matrix.complex.Matrix: Sets the value of the elements in a column.
setColumn(int, VectorI) - Method in interface drasys.or.matrix.complex.MatrixI: Sets the value of the elements in a column.
setCompare(CompareI) - Method in interface drasys.or.alg.SearchI: Sets the comparison object.
setCompare(CompareI) - Method in class drasys.or.alg.SequentialSearch: Sets the comparison object.
setCompare(CompareI) - Method in interface drasys.or.alg.SortI: Sets the comparison object.
setCompare(CompareI) - Method in class drasys.or.alg.QuickSort: Sets the comparison object.
setCompare(CompareI) - Method in class drasys.or.alg.BinarySearch: Sets the compare object.
setCompare(CompareI) - Method in interface drasys.or.cont.PriorityQueueI: Sets a new comparison function.
setCompare(CompareI) - Method in class drasys.or.cont.BinaryHeap: Sets a new comparison function.
setCompare(CompareI) - Method in class drasys.or.cont.BinomialHeap: Sets a new comparison function.
setCoordinateSystem(CoordinateSystemI) - Method in class drasys.or.geom.KDTree: Sets the coordinate system for the index after first removing all the elements.
setCoordinateSystem(CoordinateSystemI) - Method in interface drasys.or.geom.PointIndexI: Sets the coordinate system for the index after first removing all the elements.
setCost(boolean, double) - Method in class drasys.or.graph.EdgeValue: Sets the cost of crossing the edge in the indicated direction.
setCost(double) - Method in class drasys.or.graph.PointGraph: Sets the cost per distance used to compute travel cost from the distance.
setCost(double) - Method in class drasys.or.graph.VertexValue: Sets the cost of crossing the vertex.
setCostConstraint(double) - Method in class drasys.or.graph.vrp.VRPBase: Sets the vehicle cost constraint.
setCostConstraint(double) - Method in class drasys.or.graph.vrp.Randomizer: Sets the vehicle cost constraint.
setCostConstraint(double) - Method in interface drasys.or.graph.vrp.VRPI: Sets the vehicle cost constraint.
setCostConstraint(double) - Method in class drasys.or.graph.vrp.BestOf: Sets the vehicle cost constraint.
setCostConstraint(double) - Method in class drasys.or.graph.vrp.Composite: Sets the vehicle cost constraint.
setDefaultMaxThreads(int) - Static method in class drasys.or.util.Smp: Sets the default number of threads for Smp classes.
setDemand(double[]) - Method in class drasys.or.graph.VertexValue: Sets the time to cross the vertex.
setDescending() - Method in interface drasys.or.alg.SortI: Sets order to descending.
setDescending() - Method in class drasys.or.alg.QuickSort: Sets order to descending.
setDescending() - Method in class drasys.or.alg.BinarySearch: Sets order to descending.
setDestination(boolean) - Method in interface drasys.or.graph.sp.AllPairsI: Sets the destination flags for all vertices equal to the argument.
setDestination(boolean) - Method in class drasys.or.graph.sp.Iterate: Sets the destination flags for all vertices equal to the argument.
setDestination(Object, boolean) - Method in interface drasys.or.graph.sp.AllPairsI: Sets the destination flag for a vertex.
setDestination(Object, boolean) - Method in class drasys.or.graph.sp.Iterate: Sets the destination flag for a vertex.
setDiagonal(VectorI) - Method in class drasys.or.matrix.Matrix: Sets the value of the elements in the diagonal.
setDiagonal(VectorI) - Method in interface drasys.or.matrix.MatrixI: Sets the value of the elements in the diagonal.
setDiagonal(VectorI) - Method in class drasys.or.matrix.complex.Matrix: Sets the value of the elements in the diagonal.
setDiagonal(VectorI) - Method in interface drasys.or.matrix.complex.MatrixI: Sets the value of the elements in the diagonal.
setDistance(boolean, double) - Method in class drasys.or.graph.EdgeValue: Sets the distance across the edge in the indicated direction.
setEasting(double) - Method in class drasys.or.geom.geo.proj.Projection: Sets the easting value for the projection.
setEasting(double) - Method in interface drasys.or.geom.geo.proj.ProjectionI: Sets the easting value for the projection.
setEdgeKey(Object) - Method in class drasys.or.graph.tsp.TSPBase: Sets the key used to select from parallel edges between vertices.
setEdgeKey(Object) - Method in class drasys.or.graph.tsp.Composite: Sets the edge key for the construction and improvement algorithms.
setEdgeKey(Object) - Method in class drasys.or.graph.tsp.BestOf: Sets the edge key for all of the contained TSP algorithms.
setEdgeKey(Object) - Method in interface drasys.or.graph.tsp.TSPI: Sets the key used to select from parallel edges between vertices.
setEdgeKey(Object) - Method in class drasys.or.graph.tsp.ConstructToImproveConverter: Sets the edge key for the construction algorithm.
setEdgeKey(Object) - Method in class drasys.or.graph.vrp.VRPBase: Sets the key used to select from parallel edges between vertices.
setEdgeKey(Object) - Method in class drasys.or.graph.vrp.ConstructBase: Sets the key used to select from parallel edges between vertices.
setEdgeKey(Object) - Method in class drasys.or.graph.vrp.Randomizer: Sets the key used to select from parallel edges between vertices.
setEdgeKey(Object) - Method in interface drasys.or.graph.vrp.VRPI: Sets the key used to select from parallel edges between vertices.
setEdgeKey(Object) - Method in class drasys.or.graph.vrp.ImproveWithTSP: Sets the edge key for the improvement TSP algorithm.
setEdgeKey(Object) - Method in class drasys.or.graph.vrp.BestOf: Sets the edge key for all of the contained VRP algorithms.
setEdgeKey(Object) - Method in class drasys.or.graph.vrp.Composite: Sets the edge key for the construction and improvement algorithms.
setElementAt(int, ComplexI) - Method in interface drasys.or.matrix.complex.VectorI: Sets the value of an element by its index.
setElementAt(int, ComplexI) - Method in class drasys.or.matrix.complex.ContiguousVector: Sets an element's value by its index.
setElementAt(int, double) - Method in class drasys.or.matrix.ContiguousVector: Sets an element's value by its index.
setElementAt(int, double) - Method in class drasys.or.matrix.SparseVector: Sets an element's value in the vector.
setElementAt(int, double) - Method in interface drasys.or.matrix.VectorI: Sets the value of an element by its index.
setElementAt(int, int, ComplexI) - Method in class drasys.or.matrix.complex.RowMajorMatrix: Sets the value of an element by its row and column index.
setElementAt(int, int, ComplexI) - Method in class drasys.or.matrix.complex.ColumnMajorMatrix: Sets the value of an element by its row and column index.
setElementAt(int, int, ComplexI) - Method in interface drasys.or.matrix.complex.MatrixI: Sets the value of an element by its row and column index.
setElementAt(int, int, ComplexI) - Method in class drasys.or.matrix.complex.ContiguousMatrix.Sub: Sets the value of an element by its row and column index.
setElementAt(int, int, double) - Method in class drasys.or.matrix.RowMajorMatrix: Sets the value of an element by its row and column index.
setElementAt(int, int, double) - Method in class drasys.or.matrix.FunctionMatrix: Sets the value in the underlying matrix if 'row' and 'column' are in its range.
setElementAt(int, int, double) - Method in class drasys.or.matrix.ColumnMajorMatrix: Sets the value of an element by its row and column index.
setElementAt(int, int, double) - Method in class drasys.or.matrix.CompressedRowMatrix: Sets an element's value in the matrix.
setElementAt(int, int, double) - Method in class drasys.or.matrix.SparseMatrix: Sets an element's value in the matrix.
setElementAt(int, int, double) - Method in class drasys.or.matrix.RowArrayMatrix: Sets an element's value in the matrix.
setElementAt(int, int, double) - Method in class drasys.or.matrix.ColumnArrayMatrix: Sets an element's value in the matrix.
setElementAt(int, int, double) - Method in interface drasys.or.matrix.MatrixI: Sets the value of an element by its row and column index.
setElementAt(int, int, double) - Method in class drasys.or.matrix.ContiguousMatrix.Sub: Sets the value of an element by its row and column index.
setElementAt(int, int, double) - Method in class drasys.or.matrix.CompressedColumnMatrix: Sets an element's value in the matrix.
setElements(ComplexI) - Method in class drasys.or.matrix.complex.ContiguousMatrix: Sets the value of all the non-null elements.
setElements(ComplexI) - Method in interface drasys.or.matrix.complex.VectorI: Sets the value of all the non-null elements.
setElements(ComplexI) - Method in class drasys.or.matrix.complex.ContiguousVector: Sets the value of all the non-null elements.
setElements(ComplexI) - Method in interface drasys.or.matrix.complex.MatrixI: Sets the value of all the non-null elements.
setElements(ComplexI) - Method in class drasys.or.matrix.complex.ContiguousMatrix.Sub: Sets the value of all the non-null elements.
setElements(double) - Method in class drasys.or.matrix.ContiguousMatrix: Sets the value of all the non-null elements.
setElements(double) - Method in class drasys.or.matrix.FunctionMatrix: Sets the value of all the non-null elements in the underlying matrix.
setElements(double) - Method in class drasys.or.matrix.ContiguousVector: Sets the value of all the non-null elements.
setElements(double) - Method in class drasys.or.matrix.CompressedMatrix: Sets the value of all the non-null elements.
setElements(double) - Method in class drasys.or.matrix.SparseVector: Sets the value of all the non-null elements.
setElements(double) - Method in interface drasys.or.matrix.VectorI: Sets the value of all the non-null elements.
setElements(double) - Method in class drasys.or.matrix.SparseMatrix: Sets the value of all the non-null elements.
setElements(double) - Method in class drasys.or.matrix.ArrayMatrix: Sets the value of all the non-null elements in the matrix.
setElements(double) - Method in interface drasys.or.matrix.MatrixI: Sets the value of all the non-null elements.
setElements(double) - Method in class drasys.or.matrix.ContiguousMatrix.Sub: Sets the value of all the non-null elements.
setElements(MatrixI) - Method in class drasys.or.prob.Distribution: Set the elements in a matrix to random values from the distribution.
setElements(MatrixI) - Method in interface drasys.or.prob.DistributionI: Set the elements in a matrix to random values from the distribution.
setElements(MatrixI) - Method in class drasys.or.matrix.Matrix: Sets the value of the elements from the non-null values in 'values'.
setElements(MatrixI) - Method in interface drasys.or.matrix.MatrixI: Sets the value of the elements.
setElements(MatrixI) - Method in class drasys.or.matrix.complex.Matrix: Sets the value of the elements from the non-null values in 'values'.
setElements(MatrixI) - Method in interface drasys.or.matrix.complex.MatrixI: Sets the value of the elements.
setElements(VectorI) - Method in class drasys.or.prob.Distribution: Set the elements in a vector to random values from the distribution.
setElements(VectorI) - Method in interface drasys.or.prob.DistributionI: Set the elements in a vector to random values from the distribution.
setElements(VectorI) - Method in class drasys.or.matrix.Vect: Sets the value of the elements from the non-null values in 'values'.
setElements(VectorI) - Method in interface drasys.or.matrix.VectorI: Sets the value of the elements from the non-null values in 'values'.
setElements(VectorI) - Method in interface drasys.or.matrix.complex.VectorI: Sets the value of the elements from the non-null values in 'values'.
setElements(VectorI) - Method in class drasys.or.matrix.complex.Vect: Sets the value of the elements from the non-null values in 'values'.
setEllipsoid(EllipsoidI) - Static method in class drasys.or.geom.geo.CoordinateSystem: Sets the current ellipsoid used to describe the shape of the earth.
setEllipsoid(EllipsoidI) - Method in class drasys.or.geom.geo.proj.Projection: Gets the ellipsoid used by projections.
setEllipsoid(EllipsoidI) - Method in interface drasys.or.geom.geo.proj.ProjectionI
setEllipsoid(EllipsoidI) - Method in class drasys.or.geom.geo.proj.Albers: Sets the ellipsoid used by the projection.
setEllipsoid(EllipsoidI) - Method in class drasys.or.geom.geo.proj.LambertConic: Sets the ellipsoid used by the projection.
setEnteringThreshold(double) - Method in class drasys.or.stat.model.LinearRegression: Sets the p-value threshold used to select entering variables.
setEnteringThreshold(double) - Method in interface drasys.or.stat.model.LinearRegressionI: Sets the p-value threshold used to select entering variables.
setEnteringVariables(int[]) - Method in class drasys.or.stat.model.LinearRegression: Selects the set of variables allowed to enter the model.
setEnteringVariables(int[]) - Method in interface drasys.or.stat.model.LinearRegressionI: Selects the set of variables allowed to enter the model.
setEpsilon(double) - Method in class drasys.or.prob.IncompleteGamma: Sets the relative error of the approximation.
setEpsilon(double) - Method in class drasys.or.prob.IncompleteBeta: Sets the relative error of the approximation.
setEpsilon(double) - Method in class drasys.or.matrix.RealContainer: Sets the value that is used to relax the element equality test in the equals method.
setEpsilon(double) - Method in interface drasys.or.matrix.RealContainerI: Sets the value that is used to relax the element equality test in the equals method.
setEpsilon(double) - Method in class drasys.or.matrix.complex.ComplexContainer: Sets the value that is used to relax the element equality test in the equals method.
setEpsilon(double) - Method in interface drasys.or.matrix.complex.ComplexContainerI: Sets the value that is used to relax the element equality test in the equals method.
setEpsilon(double) - Method in class drasys.or.nonlinear.Simpsons: Set the relative error of the integration.
setEpsilon(double) - Method in interface drasys.or.nonlinear.IntegrationI: Set the absolute relative error of the integration.
setEpsilon(double) - Method in class drasys.or.nonlinear.Trapezoidal: Set the relative error of the integration.
setEqualityFuzz(double) - Method in class drasys.or.opt.lp.DenseLPBase: Sets the value that is used to relax equailty tests.
setEqualityFuzz(double) - Method in interface drasys.or.opt.lp.LinearProgrammingI: Sets the value that is used to relax equailty tests.
setExitingThreshold(double) - Method in class drasys.or.stat.model.LinearRegression: Sets the p-value threshold used to select exiting variables.
setExitingThreshold(double) - Method in interface drasys.or.stat.model.LinearRegressionI: Sets the p-value threshold used to select exiting variables.
setGlobalEpsilon(double) - Static method in class drasys.or.matrix.RealContainer: Sets the global matrix default equality fuzz value.
setGlobalEpsilon(double) - Static method in class drasys.or.matrix.complex.ComplexContainer: Sets the global matrix default equality fuzz value.
setGraph(GraphI) - Method in class drasys.or.graph.tsp.TSPBase: Sets the graph.
setGraph(GraphI) - Method in class drasys.or.graph.tsp.Composite: Sets the graph for the construction and improvement algorithms.
setGraph(GraphI) - Method in class drasys.or.graph.tsp.BestOf: Sets the graph for all of the contained TSP algorithms.
setGraph(GraphI) - Method in interface drasys.or.graph.tsp.TSPI: Sets the graph for the TSP algorithm.
setGraph(GraphI) - Method in class drasys.or.graph.tsp.ConstructToImproveConverter: Sets the graph for the construction algorithm.
setGraph(GraphI) - Method in class drasys.or.graph.vrp.VRPBase: Sets the graph used by the algorithm.
setGraph(GraphI) - Method in class drasys.or.graph.vrp.ConstructBase: Sets the graph used by the algorithm.
setGraph(GraphI) - Method in class drasys.or.graph.vrp.Randomizer: Sets the graph for the VRP algorithm.
setGraph(GraphI) - Method in interface drasys.or.graph.vrp.VRPI: Sets the graph for the VRP algorithm.
setGraph(GraphI) - Method in class drasys.or.graph.vrp.ImproveWithTSP: Sets the graph for the improvement TSP algorithm.
setGraph(GraphI) - Method in class drasys.or.graph.vrp.BestOf: Sets the graph for all of the contained VRP algorithms.
setGraph(GraphI) - Method in class drasys.or.graph.vrp.Composite: Sets the graph for the construction and improvement algorithms.
setIgnoreInvalid(boolean) - Method in class drasys.or.matrix.SMFReader: If 'ignore' is 'true' then any elements with invalid indices will be ignored.
setIgnoreInvalid(boolean) - Method in interface drasys.or.matrix.VectorReaderI: If 'ignore' is 'true' then any elements with invalid indices will be ignored.
setIgnoreInvalid(boolean) - Method in interface drasys.or.matrix.MatrixReaderI: If 'ignore' is 'true' then any elements with invalid indices will be ignored.
setIgnoreInvalid(boolean) - Method in class drasys.or.matrix.SVFReader: If 'ignore' is 'true' then any elements with invalid indices will be ignored.
setIgnoreInvalid(boolean) - Method in interface drasys.or.matrix.complex.VectorReaderI: If 'ignore' is 'true' then any elements with invalid indices will be ignored.
setIgnoreInvalid(boolean) - Method in class drasys.or.matrix.complex.SMFReader: If 'ignore' is 'true' then any elements with invalid indices will be ignored.
setIgnoreInvalid(boolean) - Method in class drasys.or.matrix.complex.SVFReader: If 'ignore' is 'true' then any elements with invalid indices will be ignored.
setIgnoreInvalid(boolean) - Method in interface drasys.or.matrix.complex.MatrixReaderI: If 'ignore' is 'true' then any elements with invalid indices will be ignored.
setIndex(int) - Method in class drasys.or.graph.EdgeBase
setIndex(int) - Method in class drasys.or.graph.VertexBase
setListener(SingleVertexListenerI) - Method in interface drasys.or.graph.sp.SingleVertexI: Sets the listener to receive the shortest path events.
setListener(SingleVertexListenerI) - Method in class drasys.or.graph.sp.Connections: Sets the listener to receive the shortest path events.
setListener(SingleVertexListenerI) - Method in class drasys.or.graph.sp.Dijkstra: Sets the listener to receive the shortest path events.
setLowerBound(double) - Method in interface drasys.or.mp.VariableI: Sets the lower bound.
setLowerBound(double) - Method in class drasys.or.mp.Variable: Sets the lower bound.
setLowerRange(double) - Method in class drasys.or.mp.Constraint: Sets the lower range.
setLowerRange(double) - Method in interface drasys.or.mp.ConstraintI: Sets the lower range.
setMaxCost(double) - Method in interface drasys.or.graph.sp.SingleVertexI: Sets the maximum cost for any path.
setMaxCost(double) - Method in class drasys.or.graph.sp.Connections: Sets the maximum cost for any path.
setMaxCost(double) - Method in class drasys.or.graph.sp.Dijkstra: Sets the maximum cost for any path.
setMaxDistance(double) - Method in interface drasys.or.graph.sp.SingleVertexI: Sets the maximum distance for any path.
setMaxDistance(double) - Method in class drasys.or.graph.sp.Connections: Sets the maximum distance for any path.
setMaxDistance(double) - Method in class drasys.or.graph.sp.Dijkstra: Sets the maximum distance for any path.
setMaxIterations(int) - Method in class drasys.or.prob.IncompleteGamma: Sets the maximum number of iterations for the approximation.
setMaxIterations(int) - Method in class drasys.or.prob.IncompleteBeta: Sets the maximum number of iterations for the approximation.
setMaxIterations(int) - Method in class drasys.or.nonlinear.Bisection: Set the maximum number of iterations.
setMaxIterations(int) - Method in class drasys.or.nonlinear.Simpsons: Set the maximum number of iterations.
setMaxIterations(int) - Method in interface drasys.or.nonlinear.EquationSolutionI: Set the maximum number of iterations.
setMaxIterations(int) - Method in interface drasys.or.nonlinear.IntegrationI: Set the maximum number of iterations.
setMaxIterations(int) - Method in class drasys.or.nonlinear.Trapezoidal: Set the maximum number of iterations.
setMaxIterations(int) - Method in class drasys.or.opt.lp.DenseLPBase: Set the maximum number of iterations.
setMaxIterations(int) - Method in interface drasys.or.opt.lp.LinearProgrammingI: Sets the maximum number of iterations.
setMaxLength(int) - Method in interface drasys.or.graph.sp.SingleVertexI: Sets the maximum number of edges in any path.
setMaxLength(int) - Method in class drasys.or.graph.sp.Connections: Sets the maximum number of edges in any path.
setMaxLength(int) - Method in class drasys.or.graph.sp.Dijkstra: Sets the maximum number of edges in any path.
setMaxPaths(int) - Method in interface drasys.or.graph.sp.SingleVertexI: Sets the maximum number of paths the algorithm will generate.
setMaxPaths(int) - Method in class drasys.or.graph.sp.Connections: Sets the maximum number of paths the the algorithm will generate.
setMaxPaths(int) - Method in class drasys.or.graph.sp.Dijkstra: Sets the maximum number of paths the the algorithm will generate.
setMaxThreads(int) - Method in class drasys.or.util.Smp: Sets the maximum threads that can be assigned.
setMaxTime(double) - Method in interface drasys.or.graph.sp.SingleVertexI: Sets the maximum time for any path.
setMaxTime(double) - Method in class drasys.or.graph.sp.Connections: Sets the maximum time for any path.
setMaxTime(double) - Method in class drasys.or.graph.sp.Dijkstra: Sets the maximum time for any path.
setMinWork(int) - Method in class drasys.or.util.Smp: Stes the minimum work required in a thread before the next thread is assigned.
setNorthing(double) - Method in class drasys.or.geom.geo.proj.Projection: Sets the northing value for the projection.
setNorthing(double) - Method in interface drasys.or.geom.geo.proj.ProjectionI: Sets the northing value for the projection.
setObjective(VectorI) - Method in class drasys.or.opt.lp.DenseLPBase: Sets the objective function for the model.
setObjective(VectorI) - Method in interface drasys.or.opt.lp.LinearProgrammingI: Sets the objective function for the model.
setObjectiveCoefficient(double) - Method in interface drasys.or.mp.VariableI: Sets the objective function coefficient.
setObjectiveCoefficient(double) - Method in class drasys.or.mp.Variable: Sets the objective function coefficient.
setObjectiveName(String) - Method in class drasys.or.mp.util.MPSWriter: Sets the name to use for the objective row.
setOrigin(boolean) - Method in interface drasys.or.graph.sp.AllPairsI: Sets the origin flags for all vertices equal to the argument.
setOrigin(boolean) - Method in class drasys.or.graph.sp.Iterate: Sets the origin flags for all vertices equal to the argument.
setOrigin(Object, boolean) - Method in interface drasys.or.graph.sp.AllPairsI: Sets the origin flag for a vertex.
setOrigin(Object, boolean) - Method in class drasys.or.graph.sp.Iterate: Sets the origin flag for a vertex.
setParameters(double) - Method in class drasys.or.prob.PoissonDistributionBase: Sets the distribution parameters.
setParameters(double) - Method in class drasys.or.prob.ExponentialDistribution: Sets the distribution parameters.
setParameters(double, double) - Method in class drasys.or.prob.GammaDistribution: Sets the distribution parameters.
setParameters(double, double) - Method in class drasys.or.prob.UniformDistribution: Sets the distribution parameters.
setParameters(double, double) - Method in class drasys.or.prob.NormalDistribution: Sets the distribution parameters.
setParameters(double, double, double) - Method in class drasys.or.prob.GammaDistribution: Sets the distribution parameters.
setParameters(double, int) - Method in class drasys.or.prob.BinomialDistributionBase: Sets the distribution parameters.
setParameters(int[], VectorI) - Method in class drasys.or.prob.EmpiricalDistribution: Sets the distribution parameters.
setParameters(int, int, int) - Method in class drasys.or.prob.DiscreteUniformDistribution: Sets the distribution parameters.
setProblem(ProblemI) - Method in interface drasys.or.mp.lp.LinearProgrammingI: Sets the problem to solve.
setProblem(ProblemI) - Method in class drasys.or.mp.lp.DenseLPBase
setProblem(ProblemI) - Method in class drasys.or.mp.lp.DenseSimplex: Sets the problem to solve.
setProperties(PropertiesI) - Method in interface drasys.or.graph.sp.AllPairsI: Sets the properties object used to access vertex and edge properties.
setProperties(PropertiesI) - Method in interface drasys.or.graph.sp.SingleVertexI: Sets the properties object that is used to access vertex and edge properties.
setProperties(PropertiesI) - Method in class drasys.or.graph.sp.Connections: Sets the properties object that is used to access vertex and edge properties.
setProperties(PropertiesI) - Method in class drasys.or.graph.sp.Iterate: Sets the properties object in the underlying single vertex algorithm.
setProperties(PropertiesI) - Method in class drasys.or.graph.sp.Dijkstra: Sets the properties object that is used to access vertex and edge properties.
setProperties(PropertiesI) - Method in class drasys.or.graph.tsp.TSPBase: Sets the edge properties object.
setProperties(PropertiesI) - Method in class drasys.or.graph.tsp.Composite: Sets the edge properties object for the construction and improvement algorithms.
setProperties(PropertiesI) - Method in class drasys.or.graph.tsp.BestOf: Sets the edge properties object for all of the contained TSP algorithms.
setProperties(PropertiesI) - Method in interface drasys.or.graph.tsp.TSPI: Sets the edge properties object.
setProperties(PropertiesI) - Method in class drasys.or.graph.tsp.ConstructToImproveConverter: Sets the edge properties object for the construction algorithm.
setProperties(PropertiesI) - Method in class drasys.or.graph.vrp.VRPBase: Sets the edge properties object.
setProperties(PropertiesI) - Method in class drasys.or.graph.vrp.ConstructBase: Sets the vrp properties object.
setProperties(PropertiesI) - Method in class drasys.or.graph.vrp.Randomizer: Sets the properties object.
setProperties(PropertiesI) - Method in interface drasys.or.graph.vrp.VRPI: Sets the properties object.
setProperties(PropertiesI) - Method in class drasys.or.graph.vrp.ImproveWithTSP: Sets the edge properties object for the improvement TSP algorithm.
setProperties(PropertiesI) - Method in class drasys.or.graph.vrp.BestOf: Sets the properties object for all of the contained VRP algorithms.
setProperties(PropertiesI) - Method in class drasys.or.graph.vrp.Composite: Sets the edge properties object for the construction and improvement algorithms.
setRandom(RandomI) - Method in class drasys.or.graph.vrp.RandomizableBase: Sets the random number generator.
setRandom(RandomI) - Method in class drasys.or.graph.vrp.Randomizer: Sets the random number generator.
setRandom(RandomI) - Method in interface drasys.or.graph.vrp.RandomizableI: Sets the random number generator.
setRandomNumberGenerator(RandomI) - Method in class drasys.or.prob.Distribution: Sets the random number generator.
setRandomNumberGenerator(RandomI) - Method in interface drasys.or.prob.DistributionI: Sets the random number generator.
setRange(double, double) - Method in class drasys.or.opt.lp.DenseLPBase: Sets smallest and largest absolute value the algorithm will accept.
setRange(double, double) - Method in interface drasys.or.opt.lp.LinearProgrammingI: Sets smallest and largest absolute value the algorithm will accept.
setRangeName(String) - Method in class drasys.or.mp.util.MPSWriter: Sets the name to use for the range column.
setRequiredVarables(int[]) - Method in class drasys.or.stat.model.LinearRegression: Selects the set of variables that are forced into the final model.
setRequiredVarables(int[]) - Method in interface drasys.or.stat.model.LinearRegressionI: Selects the set of variables that are forced into the final model.
setRightHandSide(double) - Method in class drasys.or.mp.Constraint: Sets the right-hand-side.
setRightHandSide(double) - Method in interface drasys.or.mp.ConstraintI: Sets the right-hand-side.
setRightHandSideName(String) - Method in class drasys.or.mp.util.MPSWriter: Sets the name to use for the right-hand-side column.
setRow(int, VectorI) - Method in class drasys.or.matrix.Matrix: Sets the value of the elements in a row.
setRow(int, VectorI) - Method in interface drasys.or.matrix.MatrixI: Sets the value of the elements in a row.
setRow(int, VectorI) - Method in class drasys.or.matrix.complex.Matrix: Sets the value of the elements in a row.
setRow(int, VectorI) - Method in interface drasys.or.matrix.complex.MatrixI: Sets the value of the elements in a row.
setSeed(long) - Method in class drasys.or.prob.Distribution: Sets the seed for the random number generator.
setSeed(long) - Method in class drasys.or.prob.BaysDurhamShuffle: Sets the seed for the random number generator.
setSeed(long) - Method in class drasys.or.prob.LinearCongruential: Sets the seed for the random number generator.
setSeed(long) - Method in class drasys.or.prob.MultiplicativeCongruential: Sets the seed for the random number generator.
setSeed(long) - Method in interface drasys.or.prob.RandomI: Sets the seed for the random number generator.
setSeed(long) - Method in interface drasys.or.prob.DistributionI: Sets the seed for the random number generator.
setSelectedVariables(int[]) - Method in class drasys.or.stat.model.LinearRegression: Selects the current variable set and and solves the model.
setSelectedVariables(int[]) - Method in interface drasys.or.stat.model.LinearRegressionI: Selects the current variable set and and solves the model.
setServiceTime(double[]) - Method in class drasys.or.graph.tw.TimeWindowValue: Sets the service time for the time windows.
setSize(int) - Method in class drasys.or.matrix.ContiguousVector: Sets the size of the vector.
setSize(int) - Method in class drasys.or.matrix.SparseVector: Sets the size of the vector.
setSize(int) - Method in interface drasys.or.matrix.SizableVectorI: Sets the number of elements in the vector.
setSize(int) - Method in interface drasys.or.matrix.complex.SizableVectorI: Sets the number of elements in the vector.
setSize(int) - Method in class drasys.or.matrix.complex.ContiguousVector: Sets the size of the vector.
setSize(int, int) - Method in class drasys.or.matrix.RowMajorMatrix: Sets the number of rows and columns in the matrix.
setSize(int, int) - Method in class drasys.or.matrix.ColumnMajorMatrix: Sets the number of rows and columns in the matrix.
setSize(int, int) - Method in class drasys.or.matrix.CompressedRowMatrix: Sets the number of rows and columns in the matrix.
setSize(int, int) - Method in class drasys.or.matrix.SparseMatrix: Sets the number of rows and columns in the matrix.
setSize(int, int) - Method in class drasys.or.matrix.RowArrayMatrix: Sets the number of rows and columns in the matrix.
setSize(int, int) - Method in class drasys.or.matrix.ColumnArrayMatrix: Sets the number of rows and columns in the matrix.
setSize(int, int) - Method in interface drasys.or.matrix.SizableMatrixI: Sets the number of rows and columns in the matrix.
setSize(int, int) - Method in class drasys.or.matrix.CompressedColumnMatrix: Sets the number of rows and columns in the matrix.
setSize(int, int) - Method in class drasys.or.matrix.complex.RowMajorMatrix: Sets the number of rows and columns in the matrix.
setSize(int, int) - Method in class drasys.or.matrix.complex.ColumnMajorMatrix: Sets the number of rows and columns in the matrix.
setSize(int, int) - Method in interface drasys.or.matrix.complex.SizableMatrixI: Sets the number of rows and columns in the matrix.
setSmp(Smp) - Method in class drasys.or.linear.blas.SmpBLAS1: Set the underlying Smp object.
setSmp(Smp) - Method in class drasys.or.linear.blas.SmpBLAS2: Set the underlying Smp object.
setSmp(Smp) - Method in class drasys.or.linear.blas.SmpBLAS3: Set the underlying Smp object.
setSpeed(double) - Method in class drasys.or.graph.PointGraph: Sets the speed used to compute travel time from the distance.
setStrength(int) - Method in class drasys.or.graph.vrp.RandomizableBase: Sets the value of the randomization strength.
setStrength(int) - Method in interface drasys.or.graph.vrp.RandomizableI: Sets the value of the randomization strength.
setSymmetric(Boolean) - Method in class drasys.or.graph.Graph: Forces algorithms to treat the graph as either symmetric or assymetric.
setSymmetric(Boolean) - Method in interface drasys.or.graph.GraphI: Forces algorithms to treat the graph as either symmetric or asymetric.
setTime(boolean, double) - Method in class drasys.or.graph.EdgeValue: Sets the time to cross the edge in the indicated direction.
setTime(double) - Method in class drasys.or.graph.VertexValue: Sets the time to cross the vertex.
setTimeWindowEnd(double[]) - Method in class drasys.or.graph.tw.TimeWindowValue: Sets the values for the end of the time windows.
setTimeWindowStart(double[]) - Method in class drasys.or.graph.tw.TimeWindowValue: Sets the values for the start of the time windows.
setType(byte) - Method in class drasys.or.mp.Constraint: Sets the constraint type.
setType(byte) - Method in interface drasys.or.mp.VariableI: Sets the variable type.
setType(byte) - Method in interface drasys.or.mp.ConstraintI: Sets the constraint type.
setType(byte) - Method in class drasys.or.mp.Variable: Sets the variable type.
setUpperBound(double) - Method in interface drasys.or.mp.VariableI: Sets the upper bound.
setUpperBound(double) - Method in class drasys.or.mp.Variable: Sets the upper bound.
setUpperRange(double) - Method in class drasys.or.mp.Constraint: Sets the upper range.
setUpperRange(double) - Method in interface drasys.or.mp.ConstraintI: Sets the upper range.
setUseBooleanBound(boolean) - Method in class drasys.or.mp.util.MPSWriter: If 'useBooleanBound' is 'true' then a variable of type BOOLEAN will be designated with a bound data record of type 'BV'.
setValue(ComplexI) - Method in interface drasys.or.matrix.complex.MatrixElementI: Sets the element's value.
setValue(ComplexI) - Method in interface drasys.or.matrix.complex.VectorElementI: Sets the element's value.
setValue(double) - Method in interface drasys.or.matrix.MatrixElementI: Sets the element's value.
setValue(double) - Method in interface drasys.or.matrix.VectorElementI: Sets the element's value.
setVehicleCost(double) - Method in class drasys.or.graph.vrp.VRPBase: Sets the vehicle cost.
setVehicleCost(double) - Method in class drasys.or.graph.vrp.Randomizer: Sets the vehicle cost constraint.
setVehicleCost(double) - Method in interface drasys.or.graph.vrp.VRPI: Sets the vehicle cost.
setVehicleCost(double) - Method in class drasys.or.graph.vrp.BestOf: Sets the vehicle cost.
setVehicleCost(double) - Method in class drasys.or.graph.vrp.Composite: Sets the vehicle cost constraint.
setVertCosts() - Method in class drasys.or.graph.tsp.ImproveBase
setWriteMetadata(boolean) - Method in class drasys.or.mp.util.MPSWriter: If 'writeMetadata' is 'true' then the metadata will be written as comments.
sgemm(int, int, int, float, float[], int, int, int, float[], int, int, int, float, float[], int, int, int) - Method in interface drasys.or.linear.blas.BLAS3I: Computes: C = alpha*A*B + beta*C.
sgemm(int, int, int, float, float[], int, int, int, float[], int, int, int, float, float[], int, int, int) - Method in class drasys.or.linear.blas.SmpBLAS3: Computes: C = alpha*A*B + beta*C.
sgemm(int, int, int, float, float[], int, int, int, float[], int, int, int, float, float[], int, int, int) - Method in class drasys.or.linear.blas.BLAS3: Computes: C = alpha*A*B + beta*C.
sgemv(int, int, float, float[], int, int, int, float[], int, int, float, float[], int, int) - Method in class drasys.or.linear.blas.SmpBLAS2: Computes: y = alpha*A*x + beta*y.
sgemv(int, int, float, float[], int, int, int, float[], int, int, float, float[], int, int) - Method in interface drasys.or.linear.blas.BLAS2I: Computes: y = alpha*A*x + beta*y.
sgemv(int, int, float, float[], int, int, int, float[], int, int, float, float[], int, int) - Method in class drasys.or.linear.blas.BLAS2: Computes: y = alpha*A*x + beta*y.
sger(int, int, float, float[], int, int, float[], int, int, float[], int, int, int) - Method in class drasys.or.linear.blas.SmpBLAS2: Computes: A = alpha*x*y' + A.
sger(int, int, float, float[], int, int, float[], int, int, float[], int, int, int) - Method in interface drasys.or.linear.blas.BLAS2I: Computes: A = alpha*x*y' + A.
sger(int, int, float, float[], int, int, float[], int, int, float[], int, int, int) - Method in class drasys.or.linear.blas.BLAS2: Computes: A = alpha*x*y' + A.
Simpsons - class drasys.or.nonlinear.Simpsons.: An implementation of integration by Simpson's rule.
Simpsons() - Constructor for class drasys.or.nonlinear.Simpsons
SingleVertexI - interface drasys.or.graph.sp.SingleVertexI.: The interface used by all algorithms to access single vertex shortest path algorithms.
SingleVertexListenerAdapter - class drasys.or.graph.sp.SingleVertexListenerAdapter.: A convenience object to simplify implementing SingleVertexListenerI.
SingleVertexListenerAdapter() - Constructor for class drasys.or.graph.sp.SingleVertexListenerAdapter
SingleVertexListenerI - interface drasys.or.graph.sp.SingleVertexListenerI.: The interface that can receive single vertex shortest path events.
SingularException - exception drasys.or.linear.SingularException.
SingularException() - Constructor for class drasys.or.linear.SingularException
SingularException(String) - Constructor for class drasys.or.linear.SingularException
SizableMatrixI - interface drasys.or.matrix.SizableMatrixI.: Matrices that can be resized.
SizableMatrixI - interface drasys.or.matrix.complex.SizableMatrixI.: Complex matrices that can be resized.
SizableProblemI - interface drasys.or.mp.SizableProblemI.: Abstract interface to sizable mathematical programming problems.
SizableVectorI - interface drasys.or.matrix.SizableVectorI.: Vectors that can be resized.
SizableVectorI - interface drasys.or.matrix.complex.SizableVectorI.: Complex vectors that can be resized.
size() - Method in interface drasys.or.cont.PriorityQueueI
size() - Method in class drasys.or.cont.BinaryHeap
size() - Method in class drasys.or.cont.OrderedSet
size() - Method in class drasys.or.cont.IndexedVector
size() - Method in class drasys.or.cont.BinomialHeap
size() - Method in class drasys.or.matrix.ContiguousVector: Returns the number of elements in the vector.
size() - Method in class drasys.or.matrix.SparseVector: The length of the vector.
size() - Method in interface drasys.or.matrix.VectorI: Returns the number of elements in the vector.
size() - Method in interface drasys.or.matrix.complex.VectorI: Returns the number of elements in the vector.
size() - Method in class drasys.or.matrix.complex.ContiguousVector: Returns the number of elements in the vector.
size() - Method in class drasys.or.geom.KDTree: Returns the number of elements selected in the index.
size() - Method in interface drasys.or.geom.PointIndexI: Returns the number of elements in the index.
size() - Method in class drasys.or.stat.PopulationMean: Returns the size of the sample.
size() - Method in class drasys.or.stat.PopulationProportion: Returns the size of the sample.
size() - Method in class drasys.or.stat.PopulationMedian: Returns the size of the sample.
sizeOfBits() - Method in class drasys.or.prob.BaysDurhamShuffle: Gets the number of valid bits in a long value returned from the generator.
sizeOfBits() - Method in class drasys.or.prob.LinearCongruential: Gets the number of valid bits in a long value returned from the generator.
sizeOfBits() - Method in class drasys.or.prob.MultiplicativeCongruential: Gets the number of valid bits in a long value returned from the generator.
sizeOfBits() - Method in interface drasys.or.prob.RandomI: Gets the number of valid bits in a long value returned from the generator.
sizeOfCoefficients() - Method in interface drasys.or.mp.ProblemI: Returns the number of non-null coefficients in the problem.
sizeOfCoefficients() - Method in class drasys.or.mp.Problem: Returns the number of non-null coefficients in the problem.
sizeOfColumns() - Method in class drasys.or.matrix.ContiguousMatrix: Returns the number of columns in the matrix.
sizeOfColumns() - Method in class drasys.or.matrix.FunctionMatrix: Returns the number of columns in the matrix.
sizeOfColumns() - Method in class drasys.or.matrix.CompressedMatrix: Returns the number of columns in the matrix.
sizeOfColumns() - Method in class drasys.or.matrix.SparseMatrix: Returns the number of columns in the matrix.
sizeOfColumns() - Method in class drasys.or.matrix.ArrayMatrix: Returns the number of columns in the matrix.
sizeOfColumns() - Method in interface drasys.or.matrix.MatrixI: Returns the number of columns in the matrix.
sizeOfColumns() - Method in class drasys.or.matrix.ContiguousMatrix.Sub: Returns the number of columns in the matrix.
sizeOfColumns() - Method in class drasys.or.matrix.complex.ContiguousMatrix: Returns the number of columns in the matrix.
sizeOfColumns() - Method in interface drasys.or.matrix.complex.MatrixI: Returns the number of columns in the matrix.
sizeOfColumns() - Method in class drasys.or.matrix.complex.ContiguousMatrix.Sub: Returns the number of columns in the matrix.
sizeOfConstraints() - Method in interface drasys.or.mp.ProblemI: Returns the number of constraints in the problem.
sizeOfConstraints() - Method in class drasys.or.mp.Problem: Returns the number of constraints in the problem.
sizeOfDimensions() - Method in interface drasys.or.geom.CoordinateSystemI: Returns the number of dimensions in the coordinate system.
sizeOfDimensions() - Method in class drasys.or.geom.rect2.CoordinateSystem: Returns the number of dimensions in the coordinate system.
sizeOfDimensions() - Method in class drasys.or.geom.rect3.CoordinateSystem: Returns the number of dimensions in the coordinate system.
sizeOfDimensions() - Method in class drasys.or.geom.geo.CoordinateSystem: Returns the number of dimensions in the coordinate system.
sizeOfDirectedEdges() - Method in class drasys.or.graph.BaseGraph
sizeOfDirectedEdges() - Method in class drasys.or.graph.MatrixGraph
sizeOfDirectedEdges() - Method in interface drasys.or.graph.GraphI
sizeOfEdgeColors() - Method in interface drasys.or.graph.color.ColoringI: Returns the number of unique colors used to color the edges.
sizeOfEdgeColors() - Method in class drasys.or.graph.color.WelshPowell: Returns the number of unique colors used to color the edges.
sizeOfEdges() - Method in class drasys.or.graph.BaseGraph
sizeOfEdges() - Method in class drasys.or.graph.MatrixGraph
sizeOfEdges() - Method in interface drasys.or.graph.GraphI
sizeOfElements() - Method in class drasys.or.matrix.ContiguousMatrix: Returns the number of non-null elements in the matrix.
sizeOfElements() - Method in class drasys.or.matrix.FunctionMatrix: Returns the number of non-null elements in the matrix.
sizeOfElements() - Method in class drasys.or.matrix.ContiguousVector: Returns the number of non-null elements in the vector.
sizeOfElements() - Method in class drasys.or.matrix.CompressedRowMatrix: Returns the number of non-null elements in the matrix.
sizeOfElements() - Method in class drasys.or.matrix.SparseVector: Returns the number of non-null elements in the vector.
sizeOfElements() - Method in interface drasys.or.matrix.VectorI: Returns the number of non-null elements in the vector.
sizeOfElements() - Method in class drasys.or.matrix.SparseMatrix: Returns the number of non-null elements in the matrix.
sizeOfElements() - Method in class drasys.or.matrix.RowArrayMatrix: Returns the number of non-null elements in the matrix.
sizeOfElements() - Method in class drasys.or.matrix.ColumnArrayMatrix: Returns the number of non-null elements in the matrix.
sizeOfElements() - Method in interface drasys.or.matrix.MatrixI: Returns the number of non-null elements in the matrix.
sizeOfElements() - Method in class drasys.or.matrix.ContiguousMatrix.Sub: Returns the number of non-null elements in the matrix.
sizeOfElements() - Method in class drasys.or.matrix.CompressedColumnMatrix: Returns the number of non-null elements in the matrix.
sizeOfElements() - Method in class drasys.or.matrix.complex.ContiguousMatrix: Returns the number of non-null elements in the matrix.
sizeOfElements() - Method in interface drasys.or.matrix.complex.VectorI: Returns the number of non-null elements in the vector.
sizeOfElements() - Method in class drasys.or.matrix.complex.ContiguousVector: Returns the number of non-null elements in the vector.
sizeOfElements() - Method in interface drasys.or.matrix.complex.MatrixI: Returns the number of non-null elements in the matrix.
sizeOfElements() - Method in class drasys.or.matrix.complex.ContiguousMatrix.Sub: Returns the number of non-null elements in the matrix.
sizeOfHoles() - Method in interface drasys.or.geom.PolygonI: Returns the number of holes in the polygon.
sizeOfHoles() - Method in class drasys.or.geom.rect2.Polygon: Returns the number of holes in the polygon.
sizeOfRows() - Method in class drasys.or.matrix.ContiguousMatrix: Returns the number of rows in the matrix.
sizeOfRows() - Method in class drasys.or.matrix.FunctionMatrix: Returns the number of rows in the matrix.
sizeOfRows() - Method in class drasys.or.matrix.CompressedMatrix: Returns the number of rows in the matrix.
sizeOfRows() - Method in class drasys.or.matrix.SparseMatrix: Returns the number of rows in the matrix.
sizeOfRows() - Method in class drasys.or.matrix.ArrayMatrix: Returns the number of rows in the matrix.
sizeOfRows() - Method in interface drasys.or.matrix.MatrixI: Returns the number of rows in the matrix.
sizeOfRows() - Method in class drasys.or.matrix.ContiguousMatrix.Sub: Returns the number of rows in the matrix.
sizeOfRows() - Method in class drasys.or.matrix.complex.ContiguousMatrix: Returns the number of rows in the matrix.
sizeOfRows() - Method in interface drasys.or.matrix.complex.MatrixI: Returns the number of rows in the matrix.
sizeOfRows() - Method in class drasys.or.matrix.complex.ContiguousMatrix.Sub: Returns the number of rows in the matrix.
sizeOfSelected() - Method in class drasys.or.graph.vrp.ConstructBase: Returns the number of selected vertices.
sizeOfSelected() - Method in class drasys.or.geom.KDTree: Returns the number of elements selected in the index.
sizeOfSelected() - Method in interface drasys.or.geom.PointIndexI: Returns the number of elements selected in the index.
sizeOfVariables() - Method in interface drasys.or.mp.ProblemI: Returns the number of variable in the problem.
sizeOfVariables() - Method in class drasys.or.mp.Problem: Returns the number of variable in the problem.
sizeOfVertexColors() - Method in interface drasys.or.graph.color.ColoringI: Returns the number of unique colors used to color the vertices.
sizeOfVertexColors() - Method in class drasys.or.graph.color.WelshPowell: Returns the number of unique colors used to color the vertices.
sizeOfVertices() - Method in class drasys.or.graph.BaseGraph
sizeOfVertices() - Method in class drasys.or.graph.MatrixGraph
sizeOfVertices() - Method in interface drasys.or.graph.GraphI
sizeOfVertices() - Method in interface drasys.or.geom.PolygonI: Returns the number of vertices in the polygon.
sizeOfVertices() - Method in class drasys.or.geom.rect2.Polygon: Returns the number of vertices in the polygon.
SMFReader - class drasys.or.matrix.SMFReader.: Inputs matrices from an SMF stream.
SMFReader - class drasys.or.matrix.complex.SMFReader.: Inputs complex matrices from an SMF stream.
SMFReader(Reader) - Constructor for class drasys.or.matrix.SMFReader
SMFReader(Reader) - Constructor for class drasys.or.matrix.complex.SMFReader
SMFReader(Reader, int) - Constructor for class drasys.or.matrix.SMFReader
SMFReader(Reader, int) - Constructor for class drasys.or.matrix.complex.SMFReader
SMFWriter - class drasys.or.matrix.SMFWriter.: Outputs matrices to an SMF stream.
SMFWriter - class drasys.or.matrix.complex.SMFWriter.: Outputs complex matrices to an SMF stream.
SMFWriter(OutputStream) - Constructor for class drasys.or.matrix.SMFWriter
SMFWriter(OutputStream) - Constructor for class drasys.or.matrix.complex.SMFWriter
SMFWriter(OutputStream, boolean) - Constructor for class drasys.or.matrix.SMFWriter
SMFWriter(OutputStream, boolean) - Constructor for class drasys.or.matrix.complex.SMFWriter
SMFWriter(Writer) - Constructor for class drasys.or.matrix.SMFWriter
SMFWriter(Writer) - Constructor for class drasys.or.matrix.complex.SMFWriter
SMFWriter(Writer, boolean) - Constructor for class drasys.or.matrix.SMFWriter
SMFWriter(Writer, boolean) - Constructor for class drasys.or.matrix.complex.SMFWriter
Smp - class drasys.or.util.Smp.: Abstract base class for symmetrical multiprocessing concurrent algorithms.
Smp(int) - Constructor for class drasys.or.util.Smp
Smp(int, int) - Constructor for class drasys.or.util.Smp
SmpBLAS1 - class drasys.or.linear.blas.SmpBLAS1.: Parallel implementation of the BLAS1 for Java.
SmpBLAS1() - Constructor for class drasys.or.linear.blas.SmpBLAS1: Construct a default underlying serial BLAS implementation.
SmpBLAS1(BLAS1I) - Constructor for class drasys.or.linear.blas.SmpBLAS1: Construct an explicit underlying serial BLAS implementation.
SmpBLAS2 - class drasys.or.linear.blas.SmpBLAS2.: Parallel implementation of the BLAS2 for Java.
SmpBLAS2() - Constructor for class drasys.or.linear.blas.SmpBLAS2: Construct a default underlying serial BLAS implementation.
SmpBLAS2(BLAS2I) - Constructor for class drasys.or.linear.blas.SmpBLAS2: Construct an explicit underlying serial BLAS implementation.
SmpBLAS3 - class drasys.or.linear.blas.SmpBLAS3.: Parallel implementation of the BLAS3 for Java.
SmpBLAS3() - Constructor for class drasys.or.linear.blas.SmpBLAS3: Construct a default underlying serial BLAS implementation.
SmpBLAS3(BLAS3I) - Constructor for class drasys.or.linear.blas.SmpBLAS3: Construct an explicit underlying serial BLAS implementation.
snrm2(int, float[], int, int) - Method in interface drasys.or.linear.blas.BLAS1I: Computes the euclidean norm of the vector: sqrt(sum(xi^2))
snrm2(int, float[], int, int) - Method in class drasys.or.linear.blas.SmpBLAS1: Computes the euclidean norm of the vector: sqrt(sum(xi^2))
snrm2(int, float[], int, int) - Method in class drasys.or.linear.blas.BLAS1: Computes the euclidean norm of the vector: sqrt(sum(xi^2))
SolutionNotFoundException - exception drasys.or.graph.vrp.SolutionNotFoundException.: Thrown if a VRP algorithm can not find a solution.
SolutionNotFoundException() - Constructor for class drasys.or.graph.vrp.SolutionNotFoundException
SolutionNotFoundException(String) - Constructor for class drasys.or.graph.vrp.SolutionNotFoundException
solve() - Method in interface drasys.or.mp.lp.LinearProgrammingI: Find the solution that optimizes the objective function.
solve() - Method in class drasys.or.mp.lp.DenseSimplex: Find the solution that optimizes the objective function.
solve() - Method in interface drasys.or.stat.model.LinearRegressionI: Solve for the significant variables and coefficients.
solve() - Method in class drasys.or.stat.model.GeneralLinearModel: Solve for the fitting coefficients using all of the independent variables.
solve() - Method in interface drasys.or.stat.model.GeneralLinearModelI: Solve for the fitting coefficients using all of the independent variables.
solve() - Method in class drasys.or.stat.model.StepwiseLinear: Solve for the significant variables and coefficients.
solve() - Method in class drasys.or.stat.model.ReverseLinear: Solve for the significant variables and coefficients.
solve(boolean) - Method in class drasys.or.stat.model.GeneralLinearModel: Solve for the fitting coefficients using all of the independent variables.
solve(boolean) - Method in interface drasys.or.stat.model.GeneralLinearModelI: Solve for the fitting coefficients using all of the independent variables.
solve(boolean, int[]) - Method in class drasys.or.stat.model.GeneralLinearModel: Solve for the coefficients using only the dependent columns listed in 'columnSelection'.
solve(boolean, int[]) - Method in interface drasys.or.stat.model.GeneralLinearModelI: Solve for the coefficients using only the dependent columns listed in 'columnSelection'.
solve(FunctionI, double, double, double) - Method in class drasys.or.nonlinear.Bisection: Find x between x1 and x2 where f(x) = y.
solve(FunctionI, double, double, double) - Method in interface drasys.or.nonlinear.EquationSolutionI: Find x between x1 and x2 where f(x) = y.
solveEquations(VectorI) - Method in interface drasys.or.linear.algebra.LUDecompositionI: Uses backsubstitution to solve the simultaneous equations.
solveEquations(VectorI) - Method in interface drasys.or.linear.algebra.DecompositionI: Use the components to solve the simultaneous equations in the original matrix.
solveEquations(VectorI) - Method in class drasys.or.linear.algebra.CroutPivot: Uses backsubstitution to solve the simultaneous equations.
solveEquations(VectorI) - Method in interface drasys.or.linear.algebra.SVDecompositionI: Uses backsubstitution to solve the simultaneous equations.
solveEquations(VectorI) - Method in class drasys.or.linear.algebra.QRIteration: Use backsubstitution to solve the simultaneous equations.
solveEquations(VectorI, VectorI) - Method in interface drasys.or.linear.algebra.LUDecompositionI: Uses backsubstitution to solve the simultaneous equations.
solveEquations(VectorI, VectorI) - Method in interface drasys.or.linear.algebra.DecompositionI: Use the components to solve the simultaneous equations in the original matrix.
solveEquations(VectorI, VectorI) - Method in class drasys.or.linear.algebra.CroutPivot: Uses backsubstitution to solve the simultaneous equations.
solveEquations(VectorI, VectorI) - Method in interface drasys.or.linear.algebra.SVDecompositionI: Uses backsubstitution to solve the simultaneous equations.
solveEquations(VectorI, VectorI) - Method in class drasys.or.linear.algebra.QRIteration: Use backsubstitution to solve the simultaneous equations.
sort(byte[]) - Method in interface drasys.or.alg.SortI: Sort the array elements.
sort(byte[]) - Method in class drasys.or.alg.QuickSort: Sort the array elements.
sort(byte[], int, int) - Method in interface drasys.or.alg.SortI: Sort the elements beginning with 'from' ending with 'to'.
sort(byte[], int, int) - Method in class drasys.or.alg.QuickSort: Sort the elements beginning with 'from' ending with 'to'.
sort(double[]) - Method in interface drasys.or.alg.SortI: Sort the array elements.
sort(double[]) - Method in class drasys.or.alg.QuickSort: Sort the array elements.
sort(double[], int, int) - Method in interface drasys.or.alg.SortI: Sort the elements beginning with 'from' ending with 'to'.
sort(double[], int, int) - Method in class drasys.or.alg.QuickSort: Sort the elements beginning with 'from' ending with 'to'.
sort(float[]) - Method in interface drasys.or.alg.SortI: Sort the array elements.
sort(float[]) - Method in class drasys.or.alg.QuickSort: Sort the array elements.
sort(float[], int, int) - Method in interface drasys.or.alg.SortI: Sort the elements beginning with 'from' ending with 'to'.
sort(float[], int, int) - Method in class drasys.or.alg.QuickSort: Sort the elements beginning with 'from' ending with 'to'.
sort(int[]) - Method in interface drasys.or.alg.SortI: Sort the array elements.
sort(int[]) - Method in class drasys.or.alg.QuickSort: Sort the array elements.
sort(int[], int, int) - Method in interface drasys.or.alg.SortI: Sort the elements beginning with 'from' ending with 'to'.
sort(int[], int, int) - Method in class drasys.or.alg.QuickSort: Sort the elements beginning with 'from' ending with 'to'.
sort(long[]) - Method in interface drasys.or.alg.SortI: Sort the array elements.
sort(long[]) - Method in class drasys.or.alg.QuickSort: Sort the array elements.
sort(long[], int, int) - Method in interface drasys.or.alg.SortI: Sort the elements beginning with 'from' ending with 'to'.
sort(long[], int, int) - Method in class drasys.or.alg.QuickSort: Sort the elements beginning with 'from' ending with 'to'.
sort(Object[]) - Method in interface drasys.or.alg.SortI: Sort the array elements.
sort(Object[]) - Method in class drasys.or.alg.QuickSort: Sort the array elements.
sort(Object[], int, int) - Method in interface drasys.or.alg.SortI: Sort the vector objects between beginning with 'from' ending with 'to'.
sort(Object[], int, int) - Method in class drasys.or.alg.QuickSort: Sort the elements beginning with 'from' ending with 'to'.
sort(short[]) - Method in interface drasys.or.alg.SortI: Sort the array elements.
sort(short[]) - Method in class drasys.or.alg.QuickSort: Sort the array elements.
sort(short[], int, int) - Method in interface drasys.or.alg.SortI: Sort the elements beginning with 'from' ending with 'to'.
sort(short[], int, int) - Method in class drasys.or.alg.QuickSort: Sort the elements beginning with 'from' ending with 'to'.
sort(String[]) - Method in interface drasys.or.alg.SortI: Sort the array elements.
sort(String[]) - Method in class drasys.or.alg.QuickSort: Sort the array elements.
sort(String[], int, int) - Method in interface drasys.or.alg.SortI: Sort the elements beginning with 'from' ending with 'to'.
sort(String[], int, int) - Method in class drasys.or.alg.QuickSort: Sort the elements beginning with 'from' ending with 'to'.
sort(Vector) - Method in interface drasys.or.alg.SortI: Sort the vector objects.
sort(Vector) - Method in class drasys.or.alg.QuickSort: Sort the vector elements.
sort(VectorI) - Method in interface drasys.or.alg.SortI: Sort the vector elements.
sort(VectorI) - Method in class drasys.or.alg.QuickSort: Sort the vector elements.
sort(VectorI, int, int) - Method in interface drasys.or.alg.SortI: Sort the elements beginning with 'from' ending with 'to'.
sort(VectorI, int, int) - Method in class drasys.or.alg.QuickSort: Sort the elements beginning with 'from' ending with 'to'.
sort(Vector, int, int) - Method in interface drasys.or.alg.SortI: Sort the vector objects between beginning with 'from' ending with 'to'.
sort(Vector, int, int) - Method in class drasys.or.alg.QuickSort: Sort the elements beginning with 'from' ending with 'to'.
SortI - interface drasys.or.alg.SortI.: An interface used by algorithms to access sort algorithms.
south() - Method in interface drasys.or.geom.geo.RangeI: Returns the latitude of the south boundary for the range.
south() - Method in class drasys.or.geom.geo.Range: Returns the latitude of the south boundary for the range.
southwest() - Method in interface drasys.or.geom.geo.RangeI: Returns the boundary point that defines the southwest corner of the range.
southwest() - Method in class drasys.or.geom.geo.Range: Returns the boundary point that defines the southwest corner of the range.
SparseGraph - class drasys.or.graph.SparseGraph.: A versatile implementation of a graph that is optimized to store edge sparse graphs.
SparseGraph() - Constructor for class drasys.or.graph.SparseGraph
SparseGraph(int) - Constructor for class drasys.or.graph.SparseGraph
SparseGraph(MatrixI) - Constructor for class drasys.or.graph.SparseGraph: Initializes the graph from the values in 'matrix'.
SparseMatrix - class drasys.or.matrix.SparseMatrix.: A sparse dynamic matrix of double values.
SparseMatrix(double[][]) - Constructor for class drasys.or.matrix.SparseMatrix: Creates a sparse matrix from the contents of 'array'.
SparseMatrix(double[][], double) - Constructor for class drasys.or.matrix.SparseMatrix: Creates a sparse matrix from the contents of 'array'.
SparseMatrix(int, int) - Constructor for class drasys.or.matrix.SparseMatrix: Constructs a sparse matrix with an explicit size.
SparseMatrix(MatrixI) - Constructor for class drasys.or.matrix.SparseMatrix: Creates a sparse matrix from the contents of 'matrix'.
SparseMatrix(MatrixI, double) - Constructor for class drasys.or.matrix.SparseMatrix: Creates a sparse matrix from the non-null elements of 'matrix'.
SparseMatrix(VectorI) - Constructor for class drasys.or.matrix.SparseMatrix: Constructs a square matrix with 'vector' as the diagonal.
SparseMatrix(VectorI, double) - Constructor for class drasys.or.matrix.SparseMatrix: Creates a square sparse matrix with the non-null elements of 'vector' as the diagonal.
SparseVector - class drasys.or.matrix.SparseVector.: A sparse dynamic vector of double values.
SparseVector() - Constructor for class drasys.or.matrix.SparseVector: Creates a sparse vector with zero size.
SparseVector(double[]) - Constructor for class drasys.or.matrix.SparseVector: Creates a sparse vector from the contents of 'array'.
SparseVector(double[], double) - Constructor for class drasys.or.matrix.SparseVector: Creates a sparse vector from the contents of 'array'.
SparseVector(int) - Constructor for class drasys.or.matrix.SparseVector: Creates a sparse vector with explicit size.
SparseVector(int, int) - Constructor for class drasys.or.matrix.SparseVector: Creates a sparse vector with explicit size and element capacity.
SparseVector(VectorI) - Constructor for class drasys.or.matrix.SparseVector: Creates a sparse vector from the contents of 'vector'.
SparseVector(VectorI, double) - Constructor for class drasys.or.matrix.SparseVector: Creates a sparse vector from the non-null elements of 'vector'.
sqrt() - Method in class drasys.or.Complex: Compute: this = this^0.5.
sqrt(ComplexI) - Static method in class drasys.or.Complex: Compute: new = a^0.5.
sqrt(ComplexI, Complex) - Static method in class drasys.or.Complex: Compute: results = a^0.5.
sqrt(double, double, Complex) - Static method in class drasys.or.Complex: Compute: results = (real,imag)^0.5.
sqrtTwoPi - Static variable in class drasys.or.Constants
srot(int, float[], int, int, float[], int, int, float, float) - Method in interface drasys.or.linear.blas.BLAS1I: Applies a plane rotation: x = cos*x + sin*y & y = cos*y + sin*x
srot(int, float[], int, int, float[], int, int, float, float) - Method in class drasys.or.linear.blas.SmpBLAS1: Applies a plane rotation: x = cos*x + sin*y & y = cos*y + sin*x
srot(int, float[], int, int, float[], int, int, float, float) - Method in class drasys.or.linear.blas.BLAS1: Applies a plane rotation: x = cos*x + sin*y & y = cos*y + sin*x
srotg(Real, Real, Real, Real) - Method in interface drasys.or.linear.blas.BLAS1I: Generates the parmseters cos and sin for a plane rotation.
srotg(Real, Real, Real, Real) - Method in class drasys.or.linear.blas.SmpBLAS1: Generates the parmseters cos and sin for a plane rotation.
srotg(Real, Real, Real, Real) - Method in class drasys.or.linear.blas.BLAS1: Generates the parmseters cos and sin for a plane rotation.
sscal(int, float, float[], int, int) - Method in interface drasys.or.linear.blas.BLAS1I: Scale a vector by a constant: x = alpha * x.
sscal(int, float, float[], int, int) - Method in class drasys.or.linear.blas.SmpBLAS1: Scale a vector by a constant: x = alpha * x.
sscal(int, float, float[], int, int) - Method in class drasys.or.linear.blas.BLAS1: Scale a vector by a constant: x = alpha * x.
sswap(int, float[], int, int, float[], int, int) - Method in interface drasys.or.linear.blas.BLAS1I: Interchange two vectors: x <-> y.
sswap(int, float[], int, int, float[], int, int) - Method in class drasys.or.linear.blas.SmpBLAS1: Interchange two vectors: x <-> y.
sswap(int, float[], int, int, float[], int, int) - Method in class drasys.or.linear.blas.BLAS1: Interchange two vectors: x <-> y.
Stat - class drasys.or.stat.Stat.: Features common to all statistical objects.
Stat() - Constructor for class drasys.or.stat.Stat
StatError - error drasys.or.stat.StatError.: Indicates an invalid statistical operation.
StatError() - Constructor for class drasys.or.stat.StatError
StatError(String) - Constructor for class drasys.or.stat.StatError
StatException - exception drasys.or.stat.StatException.: Indicates an invalid statistical operation.
StatException() - Constructor for class drasys.or.stat.StatException
StatException(String) - Constructor for class drasys.or.stat.StatException
std() - Method in class drasys.or.prob.GammaDistribution: Returns the standard deviation of the distribution.
std() - Method in class drasys.or.prob.PoissonDistributionBase: Returns the standard deviation of the distribution.
std() - Method in class drasys.or.prob.DiscreteUniformDistribution: Returns the standard deviation of the distribution.
std() - Method in class drasys.or.prob.EmpiricalDistribution: Returns the standard deviation of the distribution.
std() - Method in class drasys.or.prob.BinomialDistributionBase: Returns the standard deviation of the distribution.
std() - Method in interface drasys.or.prob.DistributionI: Returns the standard deviation of the distribution.
std() - Method in class drasys.or.prob.UniformDistribution: Returns the standard deviation of the distribution.
std() - Method in class drasys.or.prob.NormalDistribution: Returns the standard deviation of the distribution.
std() - Method in class drasys.or.prob.FDistribution: Returns the standard deviation of the distribution.
std() - Method in class drasys.or.prob.ChiSquareDistribution: Returns the standard deviation of the distribution.
std() - Method in class drasys.or.prob.StudentsTDistribution: Returns the standard deviation of the distribution.
std() - Method in class drasys.or.prob.ExponentialDistribution: Returns the standard deviation of the distribution.
StepwiseLinear - class drasys.or.stat.model.StepwiseLinear.: A stepwise multiple linear regression model.
StepwiseLinear(GeneralLinearModelI) - Constructor for class drasys.or.stat.model.StepwiseLinear: Initialize the regression with an explicit general linear model.
StepwiseLinear(VectorI, MatrixI) - Constructor for class drasys.or.stat.model.StepwiseLinear: Initialize the regression with the sample data.
StudentsTDistribution - class drasys.or.prob.StudentsTDistribution.: An implementation of Student's t-distribution.
StudentsTDistribution(double) - Constructor for class drasys.or.prob.StudentsTDistribution: Create Student's t-distribution with explicit degrees of freedom.
submatrix(int, int) - Method in class drasys.or.matrix.ContiguousMatrix: Returns a reference to the submatrix.
submatrix(int, int) - Method in interface drasys.or.matrix.ContiguousMatrixI: Returns a reference to the submatrix.
submatrix(int, int) - Method in class drasys.or.matrix.ContiguousMatrix.Sub: Returns a reference to the submatrix.
submatrix(int, int) - Method in class drasys.or.matrix.complex.ContiguousMatrix.Sub: Returns a reference to the submatrix.
submatrix(int, int, int, int) - Method in class drasys.or.matrix.ContiguousMatrix: Returns a reference to the submatrix.
submatrix(int, int, int, int) - Method in interface drasys.or.matrix.ContiguousMatrixI: Returns a reference to the submatrix.
submatrix(int, int, int, int) - Method in class drasys.or.matrix.ContiguousMatrix.Sub: Returns a reference to the submatrix.
submatrix(int, int, int, int) - Method in class drasys.or.matrix.complex.ContiguousMatrix.Sub: Returns a reference to the submatrix.
subtract(ComplexI) - Method in class drasys.or.Complex: Compute: this = this - a;
subtract(ComplexI, ComplexI) - Static method in class drasys.or.Complex: Compute: result = a - b;
subtract(ComplexI, ComplexI, Complex) - Static method in class drasys.or.Complex: Compute: result = a - b;
subtract(double) - Method in class drasys.or.Complex: Compute: this = this - (r,0);
subtract(double, double) - Method in class drasys.or.Complex: Compute: this = this - (r,i);
subtract(double, double, double, double, Complex) - Static method in class drasys.or.Complex: Compute: result = (r1,i1) - (r2,i2);
subtract(MatrixI, MatrixI) - Method in interface drasys.or.linear.algebra.AlgebraI: Subtract two matrices.
subtract(MatrixI, MatrixI) - Method in class drasys.or.linear.algebra.Algebra: Subtract two matrices.
subtract(VectorI, VectorI) - Method in interface drasys.or.linear.algebra.AlgebraI: Subtract two vectors.
subtract(VectorI, VectorI) - Method in class drasys.or.linear.algebra.Algebra: Subtract two vectors.
subvector(int) - Method in class drasys.or.matrix.ContiguousVector: Returns a reference to the subvector.
subvector(int) - Method in interface drasys.or.matrix.ContiguousVectorI: Returns a reference to the subvector.
subvector(int) - Method in interface drasys.or.matrix.complex.ContiguousVectorI: Returns a reference to the subvector.
subvector(int) - Method in class drasys.or.matrix.complex.ContiguousVector: Returns a reference to the subvector.
subvector(int, int) - Method in class drasys.or.matrix.ContiguousVector: Returns a reference to the subvector.
subvector(int, int) - Method in interface drasys.or.matrix.ContiguousVectorI: Returns a reference to the subvector.
subvector(int, int) - Method in interface drasys.or.matrix.complex.ContiguousVectorI: Returns a reference to the subvector.
subvector(int, int) - Method in class drasys.or.matrix.complex.ContiguousVector: Returns a reference to the subvector.
sum() - Method in class drasys.or.matrix.Matrix: Returns the sum of all of the elements in the matrix.
Computes sum(a[i][j]).
Where: i = {0,...,(sizeOfRows-1)}
j = {0,...,(sizeofColumns-1)}
sum() - Method in class drasys.or.matrix.Vect: Returns the sum of the elements in the vector.
sum() - Method in interface drasys.or.matrix.VectorI: Returns the sum of the elements in the vector.
sum() - Method in interface drasys.or.matrix.MatrixI: Returns the sum of all of the elements in the matrix.
Computes sum(a[i][j]).
Where: i = {0,...,(sizeOfRows-1)}
j = {0,...,(sizeofColumns-1)}
sum() - Method in class drasys.or.matrix.complex.Matrix: Returns the sum of all of the elements in the sub-matrix.
Computes sum(a[i][j]).
Where: i = {0,...,(sizeOfRows-1)}
j = {0,...,(sizeofColumns-1)}
If 'results' is null then a new object will be created.
sum() - Method in interface drasys.or.matrix.complex.VectorI: Returns the sum of the elements in the vector.
sum() - Method in class drasys.or.matrix.complex.Vect: Returns the sum of the elements in the vector.
sum() - Method in interface drasys.or.matrix.complex.MatrixI: Returns the sum of all of the elements in the matrix.
Computes sum(a[i][j]).
Where: i = {0,...,(sizeOfRows-1)}
j = {0,...,(sizeofColumns-1)}
If 'results' is null then a new object will be created.
sum(int) - Method in class drasys.or.matrix.Matrix: Returns the sum of all of the elements in the sub-matrix.
Computes sum(a[i][j]).
Where: i = {begin,...,(sizeOfRows-1)}
j = {begin,...,(sizeofColumns-1)}
sum(int) - Method in class drasys.or.matrix.Vect: Returns the sum of the elements in the subvector.
sum(int) - Method in class drasys.or.matrix.SparseVector: Returns the sum of all of the elements in the subvector.
sum(int) - Method in interface drasys.or.matrix.VectorI: Returns the sum of the elements in the subvector.
sum(int) - Method in interface drasys.or.matrix.MatrixI: Returns the sum of all of the elements in the sub-matrix.
Computes sum(a[i][j]).
Where: i = {begin,...,(sizeOfRows-1)}
j = {begin,...,(sizeofColumns-1)}
sum(int) - Method in class drasys.or.matrix.complex.Matrix: Returns the sum of all of the elements in the sub-matrix.
Computes sum(a[i][j]).
Where: i = {begin,...,(sizeOfRows-1)}
j = {begin,...,(sizeofColumns-1)}
If 'results' is null then a new object will be created.
sum(int) - Method in interface drasys.or.matrix.complex.VectorI: Returns the sum of the elements in the subvector.
sum(int) - Method in class drasys.or.matrix.complex.Vect: Returns the sum of the elements in the subvector.
sum(int) - Method in interface drasys.or.matrix.complex.MatrixI: Returns the sum of all of the elements in the sub-matrix.
Computes sum(a[i][j]).
Where: i = {begin,...,(sizeOfRows-1)}
j = {begin,...,(sizeofColumns-1)}
If 'results' is null then a new object will be created.
sum(int, byte[], int, int) - Static method in class drasys.or.util.Array: Returns sum(x[i]) for all i
Where: i = begX + k*incX
k = 0,1,..,n-1
sum(int, double[], int, int) - Static method in class drasys.or.util.Array: Returns sum(x[i]) for all i
Where: i = begX + k*incX
k = 0,1,..,n-1
sum(int, double[], int, int, Complex) - Static method in class drasys.or.util.ComplexArray: Returns sum(x[i]) for all i
Where: i = begX + k*incX
k = 0,1,..,n-1
If 'results' is null then a new object will be created.
sum(int, float[], int, int) - Static method in class drasys.or.util.Array: Returns sum(x[i]) for all i
Where: i = begX + k*incX
k = 0,1,..,n-1
sum(int, float[], int, int, Complex) - Static method in class drasys.or.util.ComplexArray: Returns sum(x[i]) for all i
Where: i = begX + k*incX
k = 0,1,..,n-1
If 'results' is null then a new object will be created.
sum(int, int) - Method in class drasys.or.matrix.ContiguousVector: Returns the sum of all of the selected elements in the subvector.
sum(int, int) - Method in class drasys.or.matrix.SparseVector: Returns the sum of all of the selected elements in the subvector.
sum(int, int) - Method in interface drasys.or.matrix.VectorI: Returns the sum of the elements in the subvector.
sum(int, int) - Method in interface drasys.or.matrix.complex.VectorI: Returns the sum of the elements in the subvector.
sum(int, int) - Method in class drasys.or.matrix.complex.ContiguousVector: Returns the sum of all of the selected elements in the subvector.
sum(int, int[], int, int) - Static method in class drasys.or.util.Array: Returns sum(x[i]) for all i
Where: i = begX + k*incX
k = 0,1,..,n-1
sum(int, int, int, int) - Method in class drasys.or.matrix.Matrix: Returns the sum of the elements.
Computes sum((a[i][j]-scaler)^2).
Where: i = {rowBegin,...,(rowEnd-1)}
j = {columBegin,...,(columnEnd-1)}
sum(int, int, int, int) - Method in class drasys.or.matrix.ContiguousMatrix: Returns the sum of all of the elements in the sub-matrix.
Computes sum(a[i][j]).
Where: i = {rowBegin,...,(rowEnd-1)}
j = {columBegin,...,(columnEnd-1)}
sum(int, int, int, int) - Method in class drasys.or.matrix.CompressedRowMatrix: Returns the sum of all of the elements in the sub-matrix.
Computes sum(a[i][j]).
Where: i = {rowBegin,...,(rowEnd-1)}
j = {columBegin,...,(columnEnd-1)}
sum(int, int, int, int) - Method in class drasys.or.matrix.SparseMatrix: Returns the sum of all of the elements in the sub-matrix.
Computes sum(a[i][j]).
Where: i = {rowBegin,...,(rowEnd-1)}
j = {columBegin,...,(columnEnd-1)}
sum(int, int, int, int) - Method in class drasys.or.matrix.RowArrayMatrix: Returns the sum of all of the elements in the sub-matrix.
Computes sum(a[i][j]).
Where: i = {rowBegin,...,(rowEnd-1)}
j = {columBegin,...,(columnEnd-1)}
sum(int, int, int, int) - Method in class drasys.or.matrix.ColumnArrayMatrix: Returns the sum of all of the elements in the sub-matrix.
Computes sum(a[i][j]).
Where: i = {rowBegin,...,(rowEnd-1)}
j = {columBegin,...,(columnEnd-1)}
sum(int, int, int, int) - Method in interface drasys.or.matrix.MatrixI: Returns the sum of all of the elements in the sub-matrix.
Computes sum(a[i][j]).
Where: i = {rowBegin,...,(rowEnd-1)}
j = {columBegin,...,(columnEnd-1)}
sum(int, int, int, int) - Method in class drasys.or.matrix.ContiguousMatrix.Sub: Returns the sum of all of the elements in the sub-matrix.
Computes sum(a[i][j]).
Where: i = {rowBegin,...,(rowEnd-1)}
j = {columBegin,...,(columnEnd-1)}
sum(int, int, int, int) - Method in class drasys.or.matrix.CompressedColumnMatrix: Returns the sum of all of the elements in the sub-matrix.
Computes sum(a[i][j]).
Where: i = {rowBegin,...,(rowEnd-1)}
j = {columBegin,...,(columnEnd-1)}
sum(int, int, int, int) - Method in class drasys.or.matrix.complex.ContiguousMatrix: Returns the sum of all of the elements in the sub-matrix.
Computes sum(a[i][j]).
Where: i = {rowBegin,...,(rowEnd-1)}
j = {columBegin,...,(columnEnd-1)}
sum(int, int, int, int) - Method in interface drasys.or.matrix.complex.MatrixI: Returns the sum of all of the elements in the sub-matrix.
Computes sum(a[i][j]).
Where: i = {rowBegin,...,(rowEnd-1)}
j = {columBegin,...,(columnEnd-1)}
If 'results' is null then a new object will be created.
sum(int, int, int, int) - Method in class drasys.or.matrix.complex.ContiguousMatrix.Sub: Returns the sum of all of the elements in the sub-matrix.
Computes sum(a[i][j]).
Where: i = {rowBegin,...,(rowEnd-1)}
j = {columBegin,...,(columnEnd-1)}
sum(int, long[], int, int) - Static method in class drasys.or.util.Array: Returns sum(x[i]) for all i
Where: i = begX + k*incX
k = 0,1,..,n-1
sum(int, short[], int, int) - Static method in class drasys.or.util.Array: Returns sum(x[i]) for all i
Where: i = begX + k*incX
k = 0,1,..,n-1
sumOfProducts(int, byte[], int, int, byte[], int, int) - Static method in class drasys.or.util.Array: Returns sum(x[i]*y[j]) for all i,j
Where: i = begX + k*incX
j = begY + k*incY
k = 0,1,..,n-1
sumOfProducts(int, double[], int, int, double[], int, int) - Static method in class drasys.or.util.Array: Returns sum(x[i]*y[j]) for all i,j
Where: i = begX + k*incX
j = begY + k*incY
k = 0,1,..,n-1
sumOfProducts(int, double[], int, int, double[], int, int, Complex) - Static method in class drasys.or.util.ComplexArray: Returns sum(x[i]*y[j]) for all i,j
Where: i = begX + k*incX
j = begY + k*incY
k = 0,1,..,n-1
If 'results' is null then a new object will be created.
sumOfProducts(int, float[], int, int, float[], int, int) - Static method in class drasys.or.util.Array: Returns sum(x[i]*y[j]) for all i,j
Where: i = begX + k*incX
j = begY + k*incY
k = 0,1,..,n-1
sumOfProducts(int, float[], int, int, float[], int, int, Complex) - Static method in class drasys.or.util.ComplexArray: Returns sum(x[i]*y[j]) for all i,j
Where: i = begX + k*incX
j = begY + k*incY
k = 0,1,..,n-1
If 'results' is null then a new object will be created.
sumOfProducts(int, int[], int, int, int[], int, int) - Static method in class drasys.or.util.Array: Returns sum(x[i]*y[j]) for all i,j
Where: i = begX + k*incX
j = begY + k*incY
k = 0,1,..,n-1
sumOfProducts(int, long[], int, int, long[], int, int) - Static method in class drasys.or.util.Array: Returns sum(x[i]*y[j]) for all i,j
Where: i = begX + k*incX
j = begY + k*incY
k = 0,1,..,n-1
sumOfProducts(int, short[], int, int, short[], int, int) - Static method in class drasys.or.util.Array: Returns sum(x[i]*y[j]) for all i,j
Where: i = begX + k*incX
j = begY + k*incY
k = 0,1,..,n-1
sumOfSquaredDifferences(ComplexI) - Method in class drasys.or.matrix.complex.Matrix: Returns the sum of the squared differences between the elements and a scaler.
Computes sum((a[i][j]-scaler)^2).
Where: i = {0,...,(sizeOfRows-1)}
j = {0,...,(sizeofColumns-1)}
If 'results' is null then a new object will be created.
sumOfSquaredDifferences(ComplexI) - Method in interface drasys.or.matrix.complex.VectorI: Returns the sum the squared differences between 'scaler' and the elements in the vector.
sumOfSquaredDifferences(ComplexI) - Method in class drasys.or.matrix.complex.Vect: Returns the sum the squared differences between 'scaler' and the elements in the vector.
sumOfSquaredDifferences(ComplexI) - Method in interface drasys.or.matrix.complex.MatrixI: Returns the sum of the squared differences between the elements and a scaler.
Computes sum((a[i][j]-scaler)^2).
Where: i = {0,...,(sizeOfRows-1)}
j = {0,...,(sizeofColumns-1)}
If 'results' is null then a new object will be created.
sumOfSquaredDifferences(double) - Method in class drasys.or.matrix.Matrix: Returns the sum of the squared differences between the elements and a scaler.
Computes sum((a[i][j]-scaler)^2).
Where: i = {0,...,(sizeOfRows-1)}
j = {0,...,(sizeofColumns-1)}
sumOfSquaredDifferences(double) - Method in class drasys.or.matrix.Vect: Returns the sum the squared differences between 'scaler' and the elements in the vector.
sumOfSquaredDifferences(double) - Method in interface drasys.or.matrix.VectorI: Returns the sum the squared differences between 'scaler' and the elements in the vector.
sumOfSquaredDifferences(double) - Method in interface drasys.or.matrix.MatrixI: Returns the sum of the squared differences between the elements and a scaler.
Computes sum((a[i][j]-scaler)^2).
Where: i = {0,...,(sizeOfRows-1)}
j = {0,...,(sizeofColumns-1)}
sumOfSquaredDifferences(int, byte[], int, int, byte) - Static method in class drasys.or.util.Array: Returns sum((x[i]-scaler)^2) for all i
Where: i = begX + k*incX
k = 0,1,..,n-1
sumOfSquaredDifferences(int, byte[], int, int, byte[], int, int) - Static method in class drasys.or.util.Array: Returns sum((x[i]-y[j])^2) for all i,j
Where: i = begX + k*incX
j = begY + k*incY
k = 0,1,..,n-1
sumOfSquaredDifferences(int, ComplexI) - Method in class drasys.or.matrix.complex.Matrix: Returns the sum of the squared differences between the elements and a scaler.
Computes sum((a[i][j]-scaler)^2).
Where: i = {begin,...,(sizeOfRows-1)}
j = {begin,...,(sizeofColumns-1)}
If 'results' is null then a new object will be created.
sumOfSquaredDifferences(int, ComplexI) - Method in interface drasys.or.matrix.complex.VectorI: Returns the sum the squared differences between 'scaler' and the elements in the subvector.
sumOfSquaredDifferences(int, ComplexI) - Method in class drasys.or.matrix.complex.Vect: Returns the sum the squared differences between 'scaler' and the elements in the subvector.
sumOfSquaredDifferences(int, ComplexI) - Method in interface drasys.or.matrix.complex.MatrixI: Returns the sum of the squared differences between the elements and a scaler.
Computes sum((a[i][j]-scaler)^2).
Where: i = {begin,...,(sizeOfRows-1)}
j = {begin,...,(sizeofColumns-1)}
If 'results' is null then a new object will be created.
sumOfSquaredDifferences(int, double) - Method in class drasys.or.matrix.Matrix: Returns the sum of the squared differences between the elements and a scaler.
Computes sum((a[i][j]-scaler)^2).
Where: i = {begin,...,(sizeOfRows-1)}
j = {begin,...,(sizeofColumns-1)}
sumOfSquaredDifferences(int, double) - Method in class drasys.or.matrix.Vect: Returns the sum the squared differences between 'scaler' and the elements in the subvector.
sumOfSquaredDifferences(int, double) - Method in class drasys.or.matrix.SparseVector: Returns the sum the squared differences between 'scaler' and the elements in the subvector.
sumOfSquaredDifferences(int, double) - Method in interface drasys.or.matrix.VectorI: Returns the sum the squared differences between 'scaler' and the elements in the subvector.
sumOfSquaredDifferences(int, double) - Method in interface drasys.or.matrix.MatrixI: Returns the sum of the squared differences between the elements and a scaler.
Computes sum((a[i][j]-scaler)^2).
Where: i = {begin,...,(sizeOfRows-1)}
j = {begin,...,(sizeofColumns-1)}
sumOfSquaredDifferences(int, double[], int, int, ComplexI, Complex) - Static method in class drasys.or.util.ComplexArray: Returns sum((x[i]-scaler)^2) for all i
Where: i = begX + k*incX
k = 0,1,..,n-1
If 'results' is null then a new object will be created.
sumOfSquaredDifferences(int, double[], int, int, double) - Static method in class drasys.or.util.Array: Returns sum((x[i]-scaler)^2) for all i
Where: i = begX + k*incX
k = 0,1,..,n-1
sumOfSquaredDifferences(int, double[], int, int, double[], int, int) - Static method in class drasys.or.util.Array: Returns sum((x[i]-y[j])^2) for all i,j
Where: i = begX + k*incX
j = begY + k*incY
k = 0,1,..,n-1
sumOfSquaredDifferences(int, double[], int, int, double[], int, int, Complex) - Static method in class drasys.or.util.ComplexArray: Returns sum((x[i]-y[j])^2) for all i,j
Where: i = begX + k*incX
j = begY + k*incY
k = 0,1,..,n-1
If 'results' is null then a new object will be created.
sumOfSquaredDifferences(int, float[], int, int, ComplexI, Complex) - Static method in class drasys.or.util.ComplexArray: Returns sum((x[i]-scaler)^2) for all i
Where: i = begX + k*incX
k = 0,1,..,n-1
If 'results' is null then a new object will be created.
sumOfSquaredDifferences(int, float[], int, int, float) - Static method in class drasys.or.util.Array: Returns sum((x[i]-scaler)^2) for all i
Where: i = begX + k*incX
k = 0,1,..,n-1
sumOfSquaredDifferences(int, float[], int, int, float[], int, int) - Static method in class drasys.or.util.Array: Returns sum((x[i]-y[j])^2) for all i,j
Where: i = begX + k*incX
j = begY + k*incY
k = 0,1,..,n-1
sumOfSquaredDifferences(int, float[], int, int, float[], int, int, Complex) - Static method in class drasys.or.util.ComplexArray: Returns sum((x[i]-y[j])^2) for all i,j
Where: i = begX + k*incX
j = begY + k*incY
k = 0,1,..,n-1
If 'results' is null then a new object will be created.
sumOfSquaredDifferences(int, int[], int, int, int) - Static method in class drasys.or.util.Array: Returns sum((x[i]-scaler)^2) for all i
Where: i = begX + k*incX
k = 0,1,..,n-1
sumOfSquaredDifferences(int, int[], int, int, int[], int, int) - Static method in class drasys.or.util.Array: Returns sum((x[i]-y[j])^2) for all i,j
Where: i = begX + k*incX
j = begY + k*incY
k = 0,1,..,n-1
sumOfSquaredDifferences(int, int, ComplexI) - Method in interface drasys.or.matrix.complex.VectorI: Returns the sum the squared differences between 'scaler' and the selected elements in the subvector.
sumOfSquaredDifferences(int, int, ComplexI) - Method in class drasys.or.matrix.complex.ContiguousVector: Returns the sum the squared differences between 'scaler' and the selected elements in the subvector.
sumOfSquaredDifferences(int, int, double) - Method in class drasys.or.matrix.ContiguousVector: Returns the sum the squared differences between 'scaler' and the selected elements in the subvector.
sumOfSquaredDifferences(int, int, double) - Method in class drasys.or.matrix.SparseVector: Returns the sum the squared differences between 'scaler' and the selected elements in the subvector.
sumOfSquaredDifferences(int, int, double) - Method in interface drasys.or.matrix.VectorI: Returns the sum the squared differences between 'scaler' and the selected elements in the subvector.
sumOfSquaredDifferences(int, int, int, int, ComplexI) - Method in class drasys.or.matrix.complex.ContiguousMatrix: Returns the sum of the squared differences between the elements and a scaler.
Computes sum((a[i][j]-scaler)^2).
Where: i = {rowBegin,...,(rowEnd-1)}
j = {columBegin,...,(columnEnd-1)}
sumOfSquaredDifferences(int, int, int, int, ComplexI) - Method in interface drasys.or.matrix.complex.MatrixI: Returns the sum of the squared differences between the elements and a scaler.
Computes sum((a[i][j]-scaler)^2).
Where: i = {rowBegin,...,(rowEnd-1)}
j = {columBegin,...,(columnEnd-1)}
If 'results' is null then a new object will be created.
sumOfSquaredDifferences(int, int, int, int, ComplexI) - Method in class drasys.or.matrix.complex.ContiguousMatrix.Sub: Returns the sum of the squared differences between the elements and a scaler.
Computes sum((a[i][j]-scaler)^2).
Where: i = {rowBegin,...,(rowEnd-1)}
j = {columBegin,...,(columnEnd-1)}
sumOfSquaredDifferences(int, int, int, int, double) - Method in class drasys.or.matrix.Matrix: Returns the sum of the squared differences between the elements and a scaler.
Computes sum((a[i][j]-scaler)^2).
Where: i = {rowBegin,...,(rowEnd-1)}
j = {columBegin,...,(columnEnd-1)}
sumOfSquaredDifferences(int, int, int, int, double) - Method in class drasys.or.matrix.ContiguousMatrix: Returns the sum of the squared differences between the elements and a scaler.
Computes sum((a[i][j]-scaler)^2).
Where: i = {rowBegin,...,(rowEnd-1)}
j = {columBegin,...,(columnEnd-1)}
sumOfSquaredDifferences(int, int, int, int, double) - Method in class drasys.or.matrix.CompressedRowMatrix: Returns the sum of the squared differences between the elements and a scaler.
Computes sum((a[i][j]-scaler)^2).
Where: i = {rowBegin,...,(rowEnd-1)}
j = {columBegin,...,(columnEnd-1)}
sumOfSquaredDifferences(int, int, int, int, double) - Method in class drasys.or.matrix.SparseMatrix: Returns the sum of the squared differences between the elements and a scaler.
Computes sum((a[i][j]-scaler)^2).
Where: i = {rowBegin,...,(rowEnd-1)}
j = {columBegin,...,(columnEnd-1)}
sumOfSquaredDifferences(int, int, int, int, double) - Method in class drasys.or.matrix.RowArrayMatrix: Returns the sum of the squared differences between the elements and a scaler.
Computes sum((a[i][j]-scaler)^2).
Where: i = {rowBegin,...,(rowEnd-1)}
j = {columBegin,...,(columnEnd-1)}
sumOfSquaredDifferences(int, int, int, int, double) - Method in class drasys.or.matrix.ColumnArrayMatrix: Returns the sum of the squared differences between the elements and a scaler.
Computes sum((a[i][j]-scaler)^2).
Where: i = {rowBegin,...,(rowEnd-1)}
j = {columBegin,...,(columnEnd-1)}
sumOfSquaredDifferences(int, int, int, int, double) - Method in interface drasys.or.matrix.MatrixI: Returns the sum of the squared differences between the elements and a scaler.
Computes sum((a[i][j]-scaler)^2).
Where: i = {rowBegin,...,(rowEnd-1)}
j = {columBegin,...,(columnEnd-1)}
sumOfSquaredDifferences(int, int, int, int, double) - Method in class drasys.or.matrix.ContiguousMatrix.Sub: Returns the sum of the squared differences between the elements and a scaler.
Computes sum((a[i][j]-scaler)^2).
Where: i = {rowBegin,...,(rowEnd-1)}
j = {columBegin,...,(columnEnd-1)}
sumOfSquaredDifferences(int, int, int, int, double) - Method in class drasys.or.matrix.CompressedColumnMatrix: Returns the sum of the squared differences between the elements and a scaler.
Computes sum((a[i][j]-scaler)^2).
Where: i = {rowBegin,...,(rowEnd-1)}
j = {columBegin,...,(columnEnd-1)}
sumOfSquaredDifferences(int, long[], int, int, long) - Static method in class drasys.or.util.Array: Returns sum((x[i]-scaler)^2) for all i
Where: i = begX + k*incX
k = 0,1,..,n-1
sumOfSquaredDifferences(int, long[], int, int, long[], int, int) - Static method in class drasys.or.util.Array: Returns sum((x[i]-y[j])^2) for all i,j
Where: i = begX + k*incX
j = begY + k*incY
k = 0,1,..,n-1
sumOfSquaredDifferences(int, short[], int, int, short) - Static method in class drasys.or.util.Array: Returns sum((x[i]-scaler)^2) for all i
Where: i = begX + k*incX
k = 0,1,..,n-1
sumOfSquaredDifferences(int, short[], int, int, short[], int, int) - Static method in class drasys.or.util.Array: Returns sum((x[i]-y[j])^2) for all i,j
Where: i = begX + k*incX
j = begY + k*incY
k = 0,1,..,n-1
sumOfSquares() - Method in class drasys.or.matrix.Matrix: Returns the sum of squares for all of the elements in the matrix.
Computes sum(a[i][j]).
Where: i = {0,...,(sizeOfRows-1)}
j = {0,...,(sizeofColumns-1)}
sumOfSquares() - Method in class drasys.or.matrix.Vect: Returns the sum of the squares of the elements in the vector.
sumOfSquares() - Method in interface drasys.or.matrix.VectorI: Returns the sum of the squares of the elements in the vector.
sumOfSquares() - Method in interface drasys.or.matrix.MatrixI: Returns the sum of the squares of all of the elements in the matrix.
Computes sum(a[i][j]^2).
Where: i = {0,...,(sizeOfRows-1)}
j = {0,...,(sizeofColumns-1)}
sumOfSquares() - Method in class drasys.or.matrix.complex.Matrix: Returns the sum of the squares of all of the elements in the sub-matrix.
Computes sum(a[i][j]^2).
Where: i = {0,...,(sizeOfRows-1)}
j = {0,...,(sizeofColumns-1)}
If 'results' is null then a new object will be created.
sumOfSquares() - Method in interface drasys.or.matrix.complex.VectorI: Returns the sum of the squares of the elements in the vector.
sumOfSquares() - Method in class drasys.or.matrix.complex.Vect: Returns the sum of the squares of the elements in the vector.
sumOfSquares() - Method in interface drasys.or.matrix.complex.MatrixI: Returns the sum of the squares of all of the elements in the matrix.
Computes sum(a[i][j]^2).
Where: i = {0,...,(sizeOfRows-1)}
j = {0,...,(sizeofColumns-1)}
If 'results' is null then a new object will be created.
sumOfSquares(int) - Method in class drasys.or.matrix.Matrix: Returns the sum of the squares of all of the elements in the sub-matrix.
Computes sum(a[i][j]^2).
Where: i = {begin,...,(sizeOfRows-1)}
j = {begin,...,(sizeofColumns-1)}
sumOfSquares(int) - Method in class drasys.or.matrix.Vect: Returns the sum of the squares of the elements in the subvector.
sumOfSquares(int) - Method in class drasys.or.matrix.SparseVector: Returns the sum of the squares of the elements in the subvector.
sumOfSquares(int) - Method in interface drasys.or.matrix.VectorI: Returns the sum of the squares of the elements in the subvector.
sumOfSquares(int) - Method in interface drasys.or.matrix.MatrixI: Returns the sum of the squares of all of the elements in the sub-matrix.
Computes sum(a[i][j]^2).
Where: i = {begin,...,(sizeOfRows-1)}
j = {begin,...,(sizeofColumns-1)}
sumOfSquares(int) - Method in class drasys.or.matrix.complex.Matrix: Returns the sum of the squares of all of the elements in the sub-matrix.
Computes sum(a[i][j]^2).
Where: i = {begin,...,(sizeOfRows-1)}
j = {begin,...,(sizeofColumns-1)}
If 'results' is null then a new object will be created.
sumOfSquares(int) - Method in interface drasys.or.matrix.complex.VectorI: Returns the sum of the squares of the elements in the subvector.
sumOfSquares(int) - Method in class drasys.or.matrix.complex.Vect: Returns the sum of the squares of the elements in the subvector.
sumOfSquares(int) - Method in interface drasys.or.matrix.complex.MatrixI: Returns the sum of the squares of all of the elements in the sub-matrix.
Computes sum(a[i][j]^2).
Where: i = {begin,...,(sizeOfRows-1)}
j = {begin,...,(sizeofColumns-1)}
If 'results' is null then a new object will be created.
sumOfSquares(int, byte[], int, int) - Static method in class drasys.or.util.Array: Returns sum(x[i]^2) for all i
Where: i = begX + k*incX
k = 0,1,..,n-1
sumOfSquares(int, double[], int, int) - Static method in class drasys.or.util.Array: Returns sum(x[i]^2) for all i
Where: i = begX + k*incX
k = 0,1,..,n-1
sumOfSquares(int, double[], int, int, Complex) - Static method in class drasys.or.util.ComplexArray: Returns sum(x[i]^2) for all i
Where: i = begX + k*incX
k = 0,1,..,n-1
If 'results' is null then a new object will be created.
sumOfSquares(int, float[], int, int) - Static method in class drasys.or.util.Array: Returns sum(x[i]^2) for all i
Where: i = begX + k*incX
k = 0,1,..,n-1
sumOfSquares(int, float[], int, int, Complex) - Static method in class drasys.or.util.ComplexArray: Returns sum(x[i]^2) for all i
Where: i = begX + k*incX
k = 0,1,..,n-1
If 'results' is null then a new object will be created.
sumOfSquares(int, int) - Method in class drasys.or.matrix.ContiguousVector: Returns the sum of the squares of the selected elements in the subvector.
sumOfSquares(int, int) - Method in class drasys.or.matrix.SparseVector: Returns the sum of the squares of the selected elements in the subvector.
sumOfSquares(int, int) - Method in interface drasys.or.matrix.VectorI: Returns the sum of the squares of the selected elements in the subvector.
sumOfSquares(int, int) - Method in interface drasys.or.matrix.complex.VectorI: Returns the sum of the squares of the selected elements in the subvector.
sumOfSquares(int, int) - Method in class drasys.or.matrix.complex.ContiguousVector: Returns the sum of the squares of the selected elements in the subvector.
sumOfSquares(int, int[], int, int) - Static method in class drasys.or.util.Array: Returns sum(x[i]^2) for all i
Where: i = begX + k*incX
k = 0,1,..,n-1
sumOfSquares(int, int, int, int) - Method in class drasys.or.matrix.Matrix: Returns the sum of the squares of all of the elements in the sub-matrix.
Computes sum(a[i][j]^2).
Where: i = {rowBegin,...,(rowEnd-1)}
j = {columBegin,...,(columnEnd-1)}
sumOfSquares(int, int, int, int) - Method in class drasys.or.matrix.ContiguousMatrix: Returns the sum of all of the elements in the sub-matrix.
Computes sum(a[i][j]^2).
Where: i = {rowBegin,...,(rowEnd-1)}
j = {columBegin,...,(columnEnd-1)}
sumOfSquares(int, int, int, int) - Method in class drasys.or.matrix.CompressedRowMatrix: Returns the sum of the squares of all of the elements in the sub-matrix.
Computes sum(a[i][j]^2).
Where: i = {rowBegin,...,(rowEnd-1)}
j = {columBegin,...,(columnEnd-1)}
sumOfSquares(int, int, int, int) - Method in class drasys.or.matrix.SparseMatrix: Returns the sum of the squares of all of the elements in the sub-matrix.
Computes sum(a[i][j]^2).
Where: i = {rowBegin,...,(rowEnd-1)}
j = {columBegin,...,(columnEnd-1)}
sumOfSquares(int, int, int, int) - Method in class drasys.or.matrix.RowArrayMatrix: Returns the sum of the squares of all of the elements in the sub-matrix.
Computes sum(a[i][j]^2).
Where: i = {rowBegin,...,(rowEnd-1)}
j = {columBegin,...,(columnEnd-1)}
sumOfSquares(int, int, int, int) - Method in class drasys.or.matrix.ColumnArrayMatrix: Returns the sum of the squares of all of the elements in the sub-matrix.
Computes sum(a[i][j]^2).
Where: i = {rowBegin,...,(rowEnd-1)}
j = {columBegin,...,(columnEnd-1)}
sumOfSquares(int, int, int, int) - Method in interface drasys.or.matrix.MatrixI: Returns the sum of the squares of all of the elements in the sub-matrix.
Computes sum(a[i][j]^2).
Where: i = {rowBegin,...,(rowEnd-1)}
j = {columBegin,...,(columnEnd-1)}
sumOfSquares(int, int, int, int) - Method in class drasys.or.matrix.ContiguousMatrix.Sub: Returns the sum of the squares of all of the elements in the sub-matrix.
Computes sum(a[i][j]^2).
Where: i = {rowBegin,...,(rowEnd-1)}
j = {columBegin,...,(columnEnd-1)}
sumOfSquares(int, int, int, int) - Method in class drasys.or.matrix.CompressedColumnMatrix: Returns the sum of the squares of all of the elements in the sub-matrix.
Computes sum(a[i][j]^2).
Where: i = {rowBegin,...,(rowEnd-1)}
j = {columBegin,...,(columnEnd-1)}
sumOfSquares(int, int, int, int) - Method in class drasys.or.matrix.complex.ContiguousMatrix: Returns the sum of the squares of all of the elements in the sub-matrix.
Computes sum(a[i][j]^2).
Where: i = {rowBegin,...,(rowEnd-1)}
j = {columBegin,...,(columnEnd-1)}
sumOfSquares(int, int, int, int) - Method in interface drasys.or.matrix.complex.MatrixI: Returns the sum of the squares of all of the elements in the sub-matrix.
Computes sum(a[i][j]^2).
Where: i = {rowBegin,...,(rowEnd-1)}
j = {columBegin,...,(columnEnd-1)}
If 'results' is null then a new object will be created.
sumOfSquares(int, int, int, int) - Method in class drasys.or.matrix.complex.ContiguousMatrix.Sub: Returns the sum of the squares of all of the elements in the sub-matrix.
Computes sum(a[i][j]^2).
Where: i = {rowBegin,...,(rowEnd-1)}
j = {columBegin,...,(columnEnd-1)}
sumOfSquares(int, long[], int, int) - Static method in class drasys.or.util.Array: Returns sum(x[i]^2) for all i
Where: i = begX + k*incX
k = 0,1,..,n-1
sumOfSquares(int, short[], int, int) - Static method in class drasys.or.util.Array: Returns sum(x[i]^2) for all i
Where: i = begX + k*incX
k = 0,1,..,n-1
supportsDuplicateKeys() - Method in class drasys.or.geom.KDTree: Returns true if the index can contain duplicate keys.
supportsDuplicateKeys() - Method in interface drasys.or.geom.PointIndexI: Returns true if the index can contain duplicate keys.
SVDecompositionI - interface drasys.or.linear.algebra.SVDecompositionI.: The interface used by all algorithms to access singular value decomposition algorithms.
SVFReader - class drasys.or.matrix.SVFReader.: Inputs vectors from an SVF stream.
SVFReader - class drasys.or.matrix.complex.SVFReader.: Inputs complex vectors from an SVF stream.
SVFReader(Reader) - Constructor for class drasys.or.matrix.SVFReader
SVFReader(Reader) - Constructor for class drasys.or.matrix.complex.SVFReader
SVFReader(Reader, int) - Constructor for class drasys.or.matrix.SVFReader
SVFReader(Reader, int) - Constructor for class drasys.or.matrix.complex.SVFReader
SVFWriter - class drasys.or.matrix.SVFWriter.: Writes vectors to an SVF stream.
SVFWriter - class drasys.or.matrix.complex.SVFWriter.: Outputs complex vectors to an SVF stream.
SVFWriter(OutputStream) - Constructor for class drasys.or.matrix.SVFWriter
SVFWriter(OutputStream) - Constructor for class drasys.or.matrix.complex.SVFWriter
SVFWriter(OutputStream, boolean) - Constructor for class drasys.or.matrix.SVFWriter
SVFWriter(OutputStream, boolean) - Constructor for class drasys.or.matrix.complex.SVFWriter
SVFWriter(Writer) - Constructor for class drasys.or.matrix.SVFWriter
SVFWriter(Writer) - Constructor for class drasys.or.matrix.complex.SVFWriter
SVFWriter(Writer, boolean) - Constructor for class drasys.or.matrix.SVFWriter
SVFWriter(Writer, boolean) - Constructor for class drasys.or.matrix.complex.SVFWriter
SyntaxException - exception drasys.or.SyntaxException.: Thrown if a syntax error is encountered while parsing a file.
SyntaxException - exception drasys.or.mp.SyntaxException.: Syntax error with line number.
SyntaxException() - Constructor for class drasys.or.mp.SyntaxException
SyntaxException(String) - Constructor for class drasys.or.SyntaxException
SyntaxException(String) - Constructor for class drasys.or.mp.SyntaxException
SyntaxException(String, int) - Constructor for class drasys.or.SyntaxException
SyntaxException(String, int, String) - Constructor for class drasys.or.SyntaxException
SyntaxException(String, int, String) - Constructor for class drasys.or.mp.SyntaxException

T

ThreeOpt - class drasys.or.graph.tsp.ThreeOpt.

This is an implementation of the 3-Opt TSP improvement algorithm.

ThreeOpt() - Constructor for class drasys.or.graph.tsp.ThreeOpt

ThreeOpt(GraphI) - Constructor for class drasys.or.graph.tsp.ThreeOpt

TimeWindowPropertiesAdapter - class drasys.or.graph.tw.TimeWindowPropertiesAdapter.

A convenience object that provides default vertex properties.

TimeWindowPropertiesAdapter() - Constructor for class drasys.or.graph.tw.TimeWindowPropertiesAdapter

TimeWindowPropertiesI - interface drasys.or.graph.tw.TimeWindowPropertiesI.

The interface used by algorithms to obtain vertex properties.

TimeWindowValue - class drasys.or.graph.tw.TimeWindowValue.

A object which can hold generic vertex values.

TimeWindowValueI - interface drasys.or.graph.tw.TimeWindowValueI.

The interface used by all algorithms to access time windows.

to() - Method in class drasys.or.geom.rect2.LineSegment

Returns the to point of the line segment.

to() - Method in class drasys.or.geom.rect3.LineSegment

Returns the to point of the line segment.

toObject(int, Object[], int, int) - Static method in class drasys.or.util.Array

Returns a Object representation of the array elements x[i].

toString() - Method in class drasys.or.Real

Returns a string representation of this complex number.

toString() - Method in class drasys.or.Complex

Returns a string representation of this complex number.

toString() - Method in class drasys.or.Pair

toString() - Method in class drasys.or.util.Metadata

toString() - Method in class drasys.or.prob.GammaDistribution

toString() - Method in class drasys.or.prob.PoissonDistributionBase

toString() - Method in class drasys.or.prob.DiscreteUniformDistribution

toString() - Method in class drasys.or.prob.EmpiricalDistribution

toString() - Method in class drasys.or.prob.BinomialDistributionBase

toString() - Method in class drasys.or.prob.UniformDistribution

toString() - Method in class drasys.or.prob.NormalDistribution

toString() - Method in class drasys.or.prob.FDistribution

toString() - Method in class drasys.or.prob.ChiSquareDistribution

toString() - Method in class drasys.or.prob.StudentsTDistribution

toString() - Method in class drasys.or.prob.ExponentialDistribution

toString() - Method in class drasys.or.graph.PointGraph

toString() - Method in class drasys.or.graph.SparseGraph

toString() - Method in class drasys.or.graph.DenseGraph

toString() - Method in class drasys.or.graph.sp.Connections

toString() - Method in class drasys.or.graph.sp.Dijkstra

toString() - Method in class drasys.or.graph.tsp.Geni

toString() - Method in class drasys.or.matrix.Matrix

toString() - Method in class drasys.or.matrix.Vect

toString() - Method in class drasys.or.matrix.complex.Matrix

toString() - Method in class drasys.or.matrix.complex.Vect

toString() - Method in class drasys.or.mp.Problem

Returns a String representation of this Problem.

toString() - Method in class drasys.or.mp.Constraint

Returns a string representation of the constraint.

toString() - Method in class drasys.or.mp.Variable

Returns a string representation of the variable.

toString() - Method in class drasys.or.geom.rect2.CoordinateSystem

toString() - Method in class drasys.or.geom.rect2.Polygon

toString() - Method in class drasys.or.geom.rect2.Range

toString() - Method in class drasys.or.geom.rect2.Transform

toString() - Method in class drasys.or.geom.rect2.Point

toString() - Method in class drasys.or.geom.rect2.LineSegment

toString() - Method in class drasys.or.geom.rect3.Point

toString() - Method in class drasys.or.geom.rect3.CoordinateSystem

toString() - Method in class drasys.or.geom.rect3.LineSegment

toString() - Method in class drasys.or.geom.rect3.Range

toString() - Method in class drasys.or.geom.geo.CoordinateSystem

toString() - Method in class drasys.or.geom.geo.Point

toString() - Method in class drasys.or.geom.geo.Range

toString() - Method in class drasys.or.stat.model.LinearRegression

Creates a report describing fit of the current variables.

toString() - Method in class drasys.or.stat.model.GeneralLinearModel

toString() - Method in class drasys.or.stat.model.StepwiseLinear

Creates a string representation of this object.

toString() - Method in class drasys.or.stat.model.ReverseLinear

Creates a string representation of this object.

toString(int, boolean[], int, int) - Static method in class drasys.or.util.Array

Returns a boolean representation of the array elements x[i].

toString(int, byte[], int, int) - Static method in class drasys.or.util.Array