BslAdvectionVelocity< Geometry, GridV > Class Template Reference

A class which computes the velocity advection along the dimension of interest GridV. More...

Inheritance diagram for BslAdvectionVelocity< Geometry, GridV >:

Public Member Functions
	BslAdvectionVelocity (PreallocatableInterpolatorType const &interpolator_v)
	Constructor.
Field< double, IdxRangeFdistribu >	operator() (Field< double, IdxRangeFdistribu > const allfdistribu, Field< const double, IdxRangeSpatial > const electric_field, double const dt) const override
	Advects fdistribu along GridV for a duration dt.
Public Member Functions inherited from IAdvectionVelocity< Geometry, GridV >
virtual DField< typename Geometry::IdxRangeFdistribu >	operator() (DField< typename Geometry::IdxRangeFdistribu > allfdistribu, DConstField< typename Geometry::IdxRangeSpatial > electric_field, double dt) const =0
	operates a transport of the distribution function.

Detailed Description

template<class Geometry, class GridV>
class BslAdvectionVelocity< Geometry, GridV >

A class which computes the velocity advection along the dimension of interest GridV.

Working for every cartesian geometry.

Constructor & Destructor Documentation

BslAdvectionVelocity()

template<class Geometry , class GridV >

BslAdvectionVelocity< Geometry, GridV >::BslAdvectionVelocity ( PreallocatableInterpolatorType const &  interpolator_v )

inlineexplicit

Constructor.

Parameters

[in]

interpolator_v

interpolator along the GridV direction which refers to the velocity space.

Member Function Documentation

operator()()

template<class Geometry , class GridV >

Field< double, IdxRangeFdistribu > BslAdvectionVelocity< Geometry, GridV >::operator() ( Field< double, IdxRangeFdistribu > const  allfdistribu, Field< const double, IdxRangeSpatial > const  electric_field, double const  dt  ) const

inlineoverride

Advects fdistribu along GridV for a duration dt.

Parameters

[in,out]	allfdistribu	Reference to the whole distribution function for one species, allocated on the device (ie it lets the choice of the location depend on the build configuration).
[in]	electric_field	Reference to the electric field which derives from electrostatic potential, allocated on the device.
[in]	dt	Time step

Returns

A reference to the allfdistribu array containing the value of the function at the coordinates.

---

The documentation for this class was generated from the following file:

• /home/runner/work/gyselalibxx/gyselalibxx/code_branch/src/advection/bsl_advection_vx.hpp