Null operator. More...

Inheritance diagram for NullQNSolver:

Public Member Functions
void	operator() (DFieldX const electrostatic_potential, DFieldX const electric_field, DConstFieldSpXVx const allfdistribu) const override
	The operator which does not solves the equation.

void	operator() (DFieldXY electrostatic_potential, DFieldXY electric_field_x, DFieldXY electric_field_y, DConstFieldSpXYVxVy allfdistribu) const override
	A QN Solver which does nothing.

Public Member Functions inherited from IQNSolver
virtual void	operator() (host_t< DFieldRTheta > electrostatic_potential, host_t< DVectorFieldRTheta< X, Y > > electric_field, host_t< DConstFieldRTheta > allfdistribu) const =0
	Compute the electrical potential and the electric field from the Quasi-Neutrality equation.

Detailed Description

Null operator.

A Quasi-Neutrality solver which does nothing.

An operator which does not solve any equation. It could be passed in operators which needs it, and used when solving poisson equation not relevant for the physics to study.

This can potentially be useful when debugging.

Member Function Documentation

◆ operator()() [1/2]

void NullQNSolver::operator()	(	DFieldX const	electrostatic_potential,
		DFieldX const	electric_field,
		DConstFieldSpXVx const	allfdistribu
	)		const

overridevirtual

The operator which does not solves the equation.

Parameters

[out]	electrostatic_potential	The electrostatic potential, the result of the poisson solver.
[out]	electric_field	The electric field, the derivative of the electrostatic potential.
[in]	allfdistribu	The distribution function.

Implements IQNSolver.

◆ operator()() [2/2]

void NullQNSolver::operator()	(	DFieldXY	electrostatic_potential,
		DFieldXY	electric_field_x,
		DFieldXY	electric_field_y,
		DConstFieldSpXYVxVy	allfdistribu
	)		const