simulations.objects
Class CurrentSheet

java.lang.Object
  simulations.objects.BaseObject
      simulations.objects.CurrentSheet

public class CurrentSheet

extends BaseObject

Field Summary

(package private) double	Econstant
Vec3	K
Vec3	x

Constructor Summary

CurrentSheet(Vec3 x, Vec3 K, double Econstant)

Method Summary

Vec3	Bfield(Vec3 x, Vec3 B) Sets 'B' to the value of the magnetic field at 'x'.
Vec3	Efield(Vec3 xobs, Vec3 E) Sets 'E' to the value of the electric field at 'x'.
void	Evolve(double dt) Evolves the object by the amount of time 'dt'.
Vec3	getK(double dt)

Methods inherited from class simulations.objects.BaseObject

Bfield, Efield, Pfield, Pfield

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Field Detail

x

public Vec3 x

K

public Vec3 K

Econstant

double Econstant

Constructor Detail

CurrentSheet

public CurrentSheet(Vec3 x,
                    Vec3 K,
                    double Econstant)

Method Detail

getK

public Vec3 getK(double dt)

Evolve

public void Evolve(double dt)

Description copied from class: BaseObject

Evolves the object by the amount of time 'dt'.

Overrides:

Evolve in class BaseObject

Parameters:

dt - the time step

Efield

public Vec3 Efield(Vec3 xobs,
                   Vec3 E)

Description copied from class: BaseObject

Sets 'E' to the value of the electric field at 'x'. 'x' is not modified. Returns: resulting 'E'

Specified by:

Efield in class BaseObject

Parameters:

xobs - the position of the observer

E - the electric field at the observer's position

Returns:

E the electric field at the observer's position

Bfield

public Vec3 Bfield(Vec3 x,
                   Vec3 B)

Description copied from class: BaseObject

Sets 'B' to the value of the magnetic field at 'x'. 'x' is not modified. Returns: resulting 'B'. * @param x the position of the observer

Specified by:

Bfield in class BaseObject

Parameters:

B - the magnetic field at the observer's position

Returns:

B the magnetic field at the observer's position