Uses of Enum
net.finmath.functions.LinearAlgebra.SolverBackend

Packages that use LinearAlgebra.SolverBackend

Package	Description
net.finmath.functions	Provides some static functions, e.g., analytic valuation formulas or functions from linear algebra.

Uses of LinearAlgebra.SolverBackend in net.finmath.functions

Subclasses with type arguments of type LinearAlgebra.SolverBackend in net.finmath.functions

Modifier and Type	Class	Description
static enum	LinearAlgebra.SolverBackend

Methods in net.finmath.functions that return LinearAlgebra.SolverBackend

Modifier and Type	Method	Description
static LinearAlgebra.SolverBackend	LinearAlgebra.getDefaultSolverBackend()	Returns the immutable default backend used by the static solve methods.
static LinearAlgebra.SolverBackend	LinearAlgebra.getSolverBackend()	Returns the immutable default backend used by the static solve methods.
LinearAlgebra.SolverBackend	LinearAlgebra.Solver.getSolverBackend()
static LinearAlgebra.SolverBackend	LinearAlgebra.SolverBackend.valueOf(String name)	Returns the enum constant of this type with the specified name.
static LinearAlgebra.SolverBackend[]	LinearAlgebra.SolverBackend.values()	Returns an array containing the constants of this enum type, in the order they are declared.

Methods in net.finmath.functions with parameters of type LinearAlgebra.SolverBackend

Modifier and Type	Method	Description
static LinearAlgebra.Solver	LinearAlgebra.getSolver(LinearAlgebra.SolverBackend solverBackend)	Creates a backend-specific, immutable solver instance.
static double[][]	LinearAlgebra.invert(LinearAlgebra.SolverBackend solverBackend, double[][] matrix)
static LinearAlgebra.Solver	LinearAlgebra.of(LinearAlgebra.SolverBackend solverBackend)	Creates a backend-specific, immutable solver instance.
static double[][]	LinearAlgebra.pseudoInverse(LinearAlgebra.SolverBackend solverBackend, double[][] matrix)
static double[]	LinearAlgebra.solveLinearEquation(LinearAlgebra.SolverBackend solverBackend, double[][] matrixA, double[] b)
static double[]	LinearAlgebra.solveLinearEquationCholesky(LinearAlgebra.SolverBackend solverBackend, double[][] matrix, double[] rhs)
static double[]	LinearAlgebra.solveLinearEquationLeastSquare(LinearAlgebra.SolverBackend solverBackend, double[][] matrix, double[] vector)
static double[][]	LinearAlgebra.solveLinearEquationLeastSquare(LinearAlgebra.SolverBackend solverBackend, double[][] matrix, double[][] rhs)
static double[]	LinearAlgebra.solveLinearEquationSVD(LinearAlgebra.SolverBackend solverBackend, double[][] matrixA, double[] b)
static double[]	LinearAlgebra.solveLinearEquationSymmetric(LinearAlgebra.SolverBackend solverBackend, double[][] matrix, double[] vector)
static double[]	LinearAlgebra.solveLinearEquationTikonov(LinearAlgebra.SolverBackend solverBackend, double[][] matrixA, double[] b, double lambda)
static double[]	LinearAlgebra.solveLinearEquationTikonov(LinearAlgebra.SolverBackend solverBackend, double[][] matrixA, double[] b, double lambda0, double lambda1, double lambda2)
static double[]	LinearAlgebra.solveTikhonovViaNormalEquations(LinearAlgebra.SolverBackend solverBackend, double[][] matrix, double[] rhs, double regularizationLambda)	Solves the Tikhonov-regularized normal equations using an explicit backend.