Uses of Class pulse.math.linear.Vector (PULsE 1.98 API)

Packages that use Vector
Package	Description
pulse.math	Provides general math functionality that is used when finding the direction (a `Vector`) of the minimum, including operations with vector and matrices.
pulse.math.linear	A linear algebra package based mostly on the EJML library.
pulse.problem.schemes.rte.dom	Contains the implementation of the discrete ordinates method (DOM) for the solution of a anisotropic nonlinear radiative transfer equation.
pulse.search.direction	Provides a list of `PathSolver`s and associated classes, which are used to determine the direction of the minimum of a specific `SearchTask` using an iterative approach.
pulse.search.linear	Provides classes that are able to search for the minimum of a scalar function of a vector variable that is unimodal on a specific `Segment`.

Uses of Vector in pulse.math

Methods in pulse.math that return Vector
Modifier and Type	Method	Description
`Vector`	ParameterVector.`toVector()`

Methods in pulse.math with parameters of type Vector
Modifier and Type	Method	Description
`void`	ParameterVector.`setValues(Vector v)`

Constructors in pulse.math with parameters of type Vector
Constructor	Description
`ParameterVector(ParameterVector proto, Vector v)`	Constructs an `IndexedVector` based on `v` and a list of keyword `indices`

Uses of Vector in pulse.math.linear

Methods in pulse.math.linear that return Vector
Modifier and Type	Method	Description
`Vector`	Vector.`inverted()`	Creates a new `Vector` based on `this` one, all elements of which are inverted, i.e.
`Vector`	Vector.`multComponents(Vector v)`	Component-wise vector multiplication
`Vector`	RectangularMatrix.`multiply(Vector v)`	Multiplies this `Matrix` by the vector `v`, which is represented by a n × 1 `Matrix`, where `n` is the dimension of `v`.
`Vector`	Vector.`multiply(double f)`	Performs an element-wise multiplication by `f`.
`Vector`	Vector.`normalise()`	Performs normalisation, e.g.
`static Vector`	Vector.`random(int n, double min, double max)`	Creates a vector with random coordinates confined within [min;max]
`Vector`	Vector.`subtract(Vector v)`	Performs an element-wise subtraction of `v` from `this`.
`Vector`	Vector.`sum(Vector v)`	Performs an element-wise summation of `this` and `v`.

Methods in pulse.math.linear with parameters of type Vector
Modifier and Type	Method	Description
`double`	Vector.`distanceToSq(Vector v)`	Calculates the squared distance from `this Vector` to `v` (which is the squared length of the connecting `Vector`).
`double`	Vector.`dot(Vector v)`	Calculates the scalar product of `this` and `v`.
`Vector`	Vector.`multComponents(Vector v)`	Component-wise vector multiplication
`Vector`	RectangularMatrix.`multiply(Vector v)`	Multiplies this `Matrix` by the vector `v`, which is represented by a n × 1 `Matrix`, where `n` is the dimension of `v`.
`static SquareMatrix`	SquareMatrix.`outerProduct(Vector a, Vector b)`	Calculates the outer product of two vectors.
`Vector`	Vector.`subtract(Vector v)`	Performs an element-wise subtraction of `v` from `this`.
`Vector`	Vector.`sum(Vector v)`	Performs an element-wise summation of `this` and `v`.

Constructors in pulse.math.linear with parameters of type Vector
Constructor	Description
`Vector(Vector v)`	Copy constructor.

Uses of Vector in pulse.problem.schemes.rte.dom

Methods in pulse.problem.schemes.rte.dom that return Vector
Modifier and Type	Method	Description
`Vector`	ButcherTableau.`getC()`
`Vector`	ButcherTableau.`getEstimator()`
`Vector`	ButcherTableau.`getInterpolator()`
`abstract Vector[]`	AdaptiveIntegrator.`step(int j, double sign)`
`Vector[]`	ExplicitRungeKutta.`step(int j, double sign)`
`Vector[]`	TRBDF2.`step(int j, double sign)`	Performs a TRBDF2 step.

Methods in pulse.problem.schemes.rte.dom with parameters of type Vector
Modifier and Type	Method	Description
`void`	ButcherTableau.`setC(Vector c)`
`void`	ButcherTableau.`setEstimator(Vector bHat)`
`void`	ButcherTableau.`setInterpolator(Vector b)`

Uses of Vector in pulse.search.direction

Methods in pulse.search.direction that return Vector
Modifier and Type	Method	Description
`Vector`	DirectionSolver.`direction(GradientGuidedPath p)`	Finds the direction of the minimum using the previously calculated values stored in `p`.
`default Vector`	HessianDirectionSolver.`direction(GradientGuidedPath p)`	Uses an approximation of the Hessian matrix, containing the information on second derivatives, calculated with the BFGS formula in combination with the local value of the gradient to evaluate the direction of the minimum on `p`.
`Vector`	GradientGuidedPath.`getDirection()`
`Vector`	GradientGuidedPath.`getGradient()`
`Vector`	GradientBasedOptimiser.`gradient(GeneralTask task)`	Calculates the `Vector` gradient of the target function (the sum of squared residuals, SSR, for this `task`.
`static Vector`	HessianDirectionSolver.`solve(ComplexPath cp, Vector rhs)`

Methods in pulse.search.direction with parameters of type Vector
Modifier and Type	Method	Description
`void`	GradientGuidedPath.`setDirection(Vector currentDirection)`
`void`	GradientGuidedPath.`setGradient(Vector currentGradient)`
`static Vector`	HessianDirectionSolver.`solve(ComplexPath cp, Vector rhs)`

Uses of Vector in pulse.search.linear

Methods in pulse.search.linear with parameters of type Vector
Modifier and Type	Method	Description
`static Segment`	LinearOptimiser.`domain(ParameterVector x, Vector p)`	Sets the domain for this linear search on `p`.