ILinearEquationSolver<'T> (FsODE)

FsODE

Documentation for 0.0.2

ILinearEquationSolver<'T> Type

Namespace: Altaxo.Calc.LinearAlgebra
Assembly: AltaxoCore.Redist.dll
All Interfaces: ILinearEquationSolver<'T>

Interface to a solver for linear equations. The procedure can either be non-destructive (keeping the matrix and the vector b), or destructive (not keeping matrix m and vector b). The destructive solving process may be faster, since saving of the matrix and the vector is not required.

Instance members

Instance member	Description
`this.Solve` Full Usage: `this.Solve` Parameters: A : `IROMatrix<'T>` - The matrix. b : `IReadOnlyList<'T>` - The right hand vector. x : `IVector<'T>` - The solution x of the equation A*x==b. Modifiers: abstract	Solves the equation Ax == b. The matrix m and vector b will be kept. If this is not neccessary, then use ILinearEquationSolver.SolveDestructive, because it might be slightly faster. A : `IROMatrix<'T>` The matrix. b : `IReadOnlyList<'T>` The right hand vector. x : `IVector<'T>` The solution x of the equation Ax==b.
`this.Solve` Full Usage: `this.Solve` Parameters: A : `IROMatrix<float>` - The matrix. b : `IReadOnlyList<float>` - The right hand vector. vectorCreation : `Func<int, 'VectorT>` - Function to create a new vector. Argument is the length of the vector. Returns: `'VectorT` The solution x of the equation A*x==b. Modifiers: abstract	Solves the equation Ax == b. The matrix A and right hand vector b will be kept. If this is not neccessary, then use ILinearEquationSolver.SolveDestructive, because it might be slightly faster. A : `IROMatrix<float>` The matrix. b : `IReadOnlyList<float>` The right hand vector. vectorCreation : `Func<int, 'VectorT>` Function to create a new vector. Argument is the length of the vector. Returns: `'VectorT` The solution x of the equation Ax==b.
`this.SolveDestructive` Full Usage: `this.SolveDestructive` Parameters: A : `IMatrix<'T>` - The m. b : `IVector<'T>` - The b. x : `IVector<'T>` - The result. Modifiers: abstract	Solves the equation A*x == b. The matrix A and the right hand vector b might be changed in the process. If this is unwanted, then better use ILinearEquationSolver.Solve. A : `IMatrix<'T>` The m. b : `IVector<'T>` The b. x : `IVector<'T>` The result.
`this.SolveDestructive` Full Usage: `this.SolveDestructive` Parameters: A : `IMatrix<float>` - The matrix. It will be modified during this call! b : `IVector<float>` - The right hand vector. Will be modified during this call! vectorCreation : `Func<int, 'VectorT>` - Function to create a new vector. Argument is the length of the vector. Returns: `'VectorT` The solution x of the equation A*x==b. Modifiers: abstract	Solves the equation Ax == b. The matrix A and the right hand vector b might be changed in the process. If this is unwanted, then better use ILinearEquationSolver.Solve. A : `IMatrix<float>` The matrix. It will be modified during this call! b : `IVector<float>` The right hand vector. Will be modified during this call! vectorCreation : `Func<int, 'VectorT>` Function to create a new vector. Argument is the length of the vector. Returns: `'VectorT` The solution x of the equation Ax==b.