Inheritance diagram for dg::geo::solovev::PsipZ:

[legend]

Public Member Functions
	PsipZ (Parameters gp)
	Construct from given geometric parameters. More...

double	do_compute (double R, double Z) const

Public Member Functions inherited from dg::geo::aCylindricalFunctor< PsipZ >
double	operator() (double R, double Z) const
	`do_compute(R,Z)` More...

double	operator() (double R, double Z, double phi) const
	`do_compute(R,Z)` More...

Detailed Description

\[\frac{\partial \hat{\psi}_p }{ \partial \hat{Z}}\]

\[\frac{\partial \hat{\psi}_p }{ \partial \hat{Z}}= P_\psi \Bigg\{c_8 +c_9 \bar{R}^2 +2 c_3 \bar{Z}-8 c_4 \bar{R}^2 \bar{Z}+c_{11} (3 \bar{R}^4 -12 \bar{R}^2 \bar{Z}^2)+c_6 (-24 \bar{R}^4 \bar{Z}+32 \bar{R}^2 \bar{Z}^3) +c_{10} (3 \bar{Z}^2-3 \bar{R}^2 \ln{(\bar{R} )})+c_5 (-18 \bar{R}^2 \bar{Z}+8 \bar{Z}^3-24 \bar{R}^2 \bar{Z} \ln{(\bar{R} )}) +c_{12} (-45 \bar{R}^4 +40 \bar{Z}^4+ 60 \bar{R}^4 \ln{(\bar{R} )}-240 \bar{R}^2 \bar{Z}^2 \ln{(\bar{R} )}) +c_7 (150 \bar{R}^4 \bar{Z}-560 \bar{R}^2 \bar{Z}^3+48 \bar{Z}^5+360 \bar{R}^4 \bar{Z} \ln{(\bar{R} )}-480 \bar{R}^2 \bar{Z}^3 \ln{(\bar{R} )})\Bigg\} \]

Constructor & Destructor Documentation

◆ PsipZ()

dg::geo::solovev::PsipZ::PsipZ ( Parameters gp )

inline

Construct from given geometric parameters.

Parameters

gp	geometric parameters

Member Function Documentation

◆ do_compute()

double dg::geo::solovev::PsipZ::do_compute	(	double	R,
		double	Z
	)		const