Uses of Class pulse.problem.schemes.Grid (PULsE 1.98 API)

Packages that use Grid
Package	Description
pulse.problem.laser	This package deals with discrete laser pulse representation and their various temporal shapes.
pulse.problem.schemes	This package deals with abstractions associated with finite differences in PULsE, including the definition of `Grid`s, which determine the partitioning rules for space and time variables.
pulse.problem.schemes.rte	Contains generic classes that act as a bridge between the specific implementation of radiative heat transfer and the heat problem solvers.
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.problem.schemes.rte.exact	Contains classes for solving the radiative transfer equation in an absorbing-emitting medium (no scattering) using a semi-analytical approach.
pulse.problem.statements	Introduces various problem statements for the heat conduction problem in the laser flash experiment.

Uses of Grid in pulse.problem.laser

Methods in pulse.problem.laser that return Grid
Modifier and Type	Method	Description
`Grid`	DiscretePulse.`getGrid()`	Gets the `Grid` object used to construct this `DiscretePulse`

Constructors in pulse.problem.laser with parameters of type Grid
Constructor	Description
`DiscretePulse(Problem problem, Grid grid)`	This creates a one-dimensional discrete pulse on a `grid`.

Uses of Grid in pulse.problem.schemes

Subclasses of Grid in pulse.problem.schemes
Modifier and Type	Class	Description
`class`	`Grid2D`	A `Grid2D` is used to partition the space and time domain of a `Problem2D` to allow a numeric solution with a `DifferenceScheme`.

Methods in pulse.problem.schemes that return Grid
Modifier and Type	Method	Description
`Grid`	Grid.`copy()`	Creates a new `Grid` object with exactly the same parameters as this one.
`Grid`	DifferenceScheme.`getGrid()`	Gets the `Grid` object defining partioning used in this `DifferenceScheme`

Methods in pulse.problem.schemes with parameters of type Grid
Modifier and Type	Method	Description
`static double`	DistributedDetection.`evaluateSignal(AbsorptionModel absorption, Grid grid, double[] V)`	Calculates the effective signal registered by the detector, which takes into account a distributed emission pattern.
`void`	RadiativeTransferCoupling.`init(ParticipatingMedium problem, Grid grid)`
`void`	DifferenceScheme.`setGrid(Grid grid)`	Sets the grid and adopts it as its child.

Constructors in pulse.problem.schemes with parameters of type Grid
Constructor	Description
`BlockMatrixAlgorithm(Grid grid)`
`TridiagonalMatrixAlgorithm(Grid grid)`

Uses of Grid in pulse.problem.schemes.rte

Methods in pulse.problem.schemes.rte with parameters of type Grid
Modifier and Type	Method	Description
`void`	RadiativeTransferSolver.`init(ParticipatingMedium p, Grid grid)`	Retrieves the parameters from `p` and `grid` needed to run the calculations.Resets the flux arrays.

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

Methods in pulse.problem.schemes.rte.dom with parameters of type Grid
Modifier and Type	Method	Description
`void`	DiscreteOrdinatesMethod.`init(ParticipatingMedium problem, Grid grid)`

Constructors in pulse.problem.schemes.rte.dom with parameters of type Grid
Constructor	Description
`DiscreteOrdinatesMethod(ParticipatingMedium problem, Grid grid)`	Constructs a discrete ordinates solver using the parameters (emissivity, scattering albedo and optical thickness) declared by the `problem` object.

Uses of Grid in pulse.problem.schemes.rte.exact

Methods in pulse.problem.schemes.rte.exact with parameters of type Grid
Modifier and Type	Method	Description
`void`	NonscatteringRadiativeTransfer.`init(ParticipatingMedium p, Grid grid)`

Constructors in pulse.problem.schemes.rte.exact with parameters of type Grid
Constructor	Description
`NonscatteringAnalyticalDerivatives(ParticipatingMedium problem, Grid grid)`
`NonscatteringDiscreteDerivatives(ParticipatingMedium problem, Grid grid)`
`NonscatteringRadiativeTransfer(ParticipatingMedium problem, Grid grid)`

Uses of Grid in pulse.problem.statements

Methods in pulse.problem.statements with parameters of type Grid
Modifier and Type	Method	Description
`DiscretePulse`	ClassicalProblem2D.`discretePulseOn(Grid grid)`
`DiscretePulse`	Problem.`discretePulseOn(Grid grid)`	Constructs a `DiscretePulse` on the specified `grid` using the `Pulse` corresponding to this `Problem`.