SoA payload for the discharge-inception integrators. More...

#include <CD_DischargeInceptionParticle.H>

Public Attributes
ParticleReal	v_x = 0.0
	Interpolated velocity, x-component.

ParticleReal	v_y = 0.0
	Interpolated velocity, y-component.

ParticleReal	v_z = 0.0
	Interpolated velocity, z-component.

double	x0_x = 0.0
	Position snapshot for rewind, x-component (double: position-like).

double	x0_y = 0.0
	Position snapshot for rewind, y-component (double: position-like).

double	x0_z = 0.0
	Position snapshot for rewind, z-component (double: position-like).

ParticleReal	vk_x = 0.0
	Previous-stage velocity snapshot, x-component.

ParticleReal	vk_y = 0.0
	Previous-stage velocity snapshot, y-component.

ParticleReal	vk_z = 0.0
	Previous-stage velocity snapshot, z-component.

ParticleReal	ga_x = 0.0
	Interpolated grad(alpha), x-component.

ParticleReal	ga_y = 0.0
	Interpolated grad(alpha), y-component.

ParticleReal	ga_z = 0.0
	Interpolated grad(alpha), z-component.

ParticleReal	alphaEff = 0.0
	Cached effective ionization coefficient.

ParticleReal	dtStep = 0.0
	Cached predictor step size.

Detailed Description

SoA payload for the discharge-inception integrators.

Per-component scalar columns (one member per spatial dimension; the z-component exists only when CH_SPACEDIM == 3). v_x/v_y/v_z hold the interpolated electron velocity (required by TracerParticleSolver). x0 is the position snapshot used to rewind particles after an integration; vk is the velocity snapshot from the previous Runge-Kutta stage; ga is the interpolated grad(alpha) field. alphaEff and dtStep cache the effective ionization coefficient and step size from the predictor stage. Weight (the inception integral K) and position are container-owned columns.

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

Physics/DischargeInception/CD_DischargeInceptionParticle.H

Public Attributes

Detailed Description