dg::geo::ToroidalCurvatureKappaR Struct Reference

Toroidal Approximate \( \mathcal{K}^{R}_{\vec{\kappa}}=0 \). More...

Inheritance diagram for dg::geo::ToroidalCurvatureKappaR:

Public Member Functions
	ToroidalCurvatureKappaR ()
	ToroidalCurvatureKappaR (const TokamakMagneticField &)
double	do_compute (double, double) const
Public Member Functions inherited from dg::geo::aCylindricalFunctor< ToroidalCurvatureKappaR >
double	operator() (double R, double Z) const
	do_compute(R,Z)
double	operator() (double R, double Z, double) const
	do_compute(R,Z)

Detailed Description

Toroidal Approximate \( \mathcal{K}^{R}_{\vec{\kappa}}=0 \).

\( \mathcal{\hat{K}}^{\hat{R}}_{\vec{\kappa}} =0 \)

Note

We implicitly assume the toroidal field line approximation, i.e. all curvature and other perpendicular terms assume that the perpendicular direction lies within the R-Z planes of a cylindrical grid (The plane \( \perp \hat{ e}_\varphi\) ). Additionally, in this version the magnetic field strength is simply the toroidal component of the magnetic field.

Constructor & Destructor Documentation

ToroidalCurvatureKappaR() [1/2]

dg::geo::ToroidalCurvatureKappaR::ToroidalCurvatureKappaR ( )

inline

ToroidalCurvatureKappaR() [2/2]

dg::geo::ToroidalCurvatureKappaR::ToroidalCurvatureKappaR ( const TokamakMagneticField & )

inline

Member Function Documentation

do_compute()

double dg::geo::ToroidalCurvatureKappaR::do_compute ( double , double  ) const

inline

---

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

• magnetic_field.h