movement.h File Reference

#include "task.h"
#include "numeric.h"
#include <iostream>
#include <omp.h>

Go to the source code of this file.

Classes
class	Movement
	Accelerates and moves particles. Simplest non relativistic, electrostatic case. It is also possible to implement a constant and homogeneous magnetic field Bz in z-direction. This simple movement class uses the simple integration of the non relativistic Newtonian equations of motion with only an electric field. After that the influcence of the constant and homogeneous magnetic field will be considered geometrically, because the magnetic field do not cause energy change to the particle, but spiral movement along the magnetic field lines in z-direction. This means: First of all a new position of the particle will be calculated according to the Newtonian equation with only an E-field. Then this movement between the old and the new position is considered with a constant and homogeneous B-field in z-direction to find the position that is set in the next simulation step. The constant magnetic flux density Bz is determinated via the most probably gyration radius of electrons rg which is set in the ElStaticNorm. If no gyration radius is set there, no magnetic field is set here, Bz=0. Bz can only be considered in 2D and 3D simulations. More...
class	SphericalMovement
	Accelerates and moves particles for 1D simulations. Extends the simplest non relativistic, electrostatic case to spherical geometry. This simple movement class uses the simple integration of the non relativistic Newtonian equations of motion with only an electric field. The motion is implemented in spherical geometry. Only 1D spherical geometry is implemented. The second velocity component is interpreted as . More...

Typedefs
typedef PtrWrapper< Movement >	WMovement

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Detailed Description

This file contains classes that implement the acceleration and movement of particles.

Todo:

Derive all movement classes from one common base class