step_gceom_mhd.h File Reference

Guiding center equations of motion with MHD activity. More...

#include <math.h>
#include "../../ascot5.h"
#include "../../physlib.h"
#include "../../consts.h"

Go to the source code of this file.

Functions
static DECLARE_TARGET_SIMD void	step_gceom_mhd (real *ydot, real *y, real mass, real charge, real *B_dB, real *E, real *mhd_dmhd, int aldforce)
	Calculate guiding center equations of motion for a single particle.

Detailed Description

Guiding center equations of motion with MHD activity.

Definition in file step_gceom_mhd.h.

Function Documentation

step_gceom_mhd()

static DECLARE_TARGET_SIMD void step_gceom_mhd ( real * ydot, real * y, real mass, real charge, real * B_dB, real * E, real * mhd_dmhd, int aldforce )

inlinestatic

Calculate guiding center equations of motion for a single particle.

Parameters

ydot	output right hand side of the equations of motion in a 6-length array (rdot, phidot, zdot, ppardot, mudot, chidot)
y	input coordinates in a 5-length array (r, phi, z, rhopar, mu)
mass	mass
charge	charge
B_dB	magnetic field and derivatives at the guiding center location
E	electric field at the guiding center location
mhd_dmhd	mhd perturbation information evaluated by mhd.c
aldforce	indicates whether Abraham-Lorentz-Dirac force is enabled

Definition at line 29 of file step_gceom_mhd.h.