org.jscience.physics.nuclear.kinematics.nuclear
Class FocalPlanePlot

java.lang.Object
  org.jscience.physics.nuclear.kinematics.nuclear.FocalPlanePlot

All Implemented Interfaces:

java.awt.event.ActionListener, java.util.EventListener, RadiusRange

public class FocalPlanePlot
extends java.lang.Object
implements RadiusRange, java.awt.event.ActionListener

This class will execute a process to simulate the focal plane detector. It is based on the code written by Kazim Yildiz for the Vax machines, which are now dying. It was too difficult and time-consuming to figure out why Kazim's code wouldn't run properly on the Solaris machines.

Nested Class Summary

class	FocalPlanePlot.FileOpenAction DOCUMENT ME!
class	FocalPlanePlot.FilePageSetupAction DOCUMENT ME!
class	FocalPlanePlot.FilePrintAction DOCUMENT ME!
class	FocalPlanePlot.FileQuitAction DOCUMENT ME!

Field Summary

double	rhoMax DOCUMENT ME!
double	rhoMin DOCUMENT ME!

Constructor Summary

FocalPlanePlot(java.lang.String name)
Creates new PIDsimulation.

Method Summary

void	actionPerformed(java.awt.event.ActionEvent ae) DOCUMENT ME!
void	addReaction(Nucleus target, Nucleus projectile, int Qprojectile) DOCUMENT ME!
double	getRhoMax() DOCUMENT ME!
double	getRhoMin() DOCUMENT ME!
void	initialize(Nucleus beam, double Tbeam, double Bfield, double angle, double rMin, double rMax, double pressure) Sets initial values.
static void	main(java.lang.String[] args) DOCUMENT ME!
void	setBlockerFoil(Absorber a) DOCUMENT ME!
void	setEntranceFoil(Absorber a) DOCUMENT ME!
void	setExitFoil(Absorber a) DOCUMENT ME!
void	setScintFoil(Absorber a) DOCUMENT ME!
void	setupGas() DOCUMENT ME!

Methods inherited from class java.lang.Object

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

Field Detail

rhoMin

public double rhoMin

DOCUMENT ME!

rhoMax

public double rhoMax

DOCUMENT ME!

Constructor Detail

FocalPlanePlot

public FocalPlanePlot(java.lang.String name)

Creates new PIDsimulation.

Method Detail

initialize

public void initialize(Nucleus beam,
                       double Tbeam,
                       double Bfield,
                       double angle,
                       double rMin,
                       double rMax,
                       double pressure)

Sets initial values. Assumes isobutane gas in the detector.

Parameters:

beam - species of beam

Tbeam - kinetic energy in MeV

Bfield - of spectrometer in kG

angle - of spectrometer in degrees

rMin - lower limit of detector radius

rMax - upper limit of detector radius

pressure - gas pressure in torr

actionPerformed

public void actionPerformed(java.awt.event.ActionEvent ae)

DOCUMENT ME!

Specified by:

actionPerformed in interface java.awt.event.ActionListener

Parameters:

ae - DOCUMENT ME!

setEntranceFoil

public void setEntranceFoil(Absorber a)

DOCUMENT ME!

Parameters:

a - DOCUMENT ME!

setBlockerFoil

public void setBlockerFoil(Absorber a)

DOCUMENT ME!

Parameters:

a - DOCUMENT ME!

setExitFoil

public void setExitFoil(Absorber a)

DOCUMENT ME!

Parameters:

a - DOCUMENT ME!

setScintFoil

public void setScintFoil(Absorber a)

DOCUMENT ME!

Parameters:

a - DOCUMENT ME!

setupGas

public void setupGas()
              throws NuclearException

DOCUMENT ME!

Throws:

NuclearException - DOCUMENT ME!

addReaction

public void addReaction(Nucleus target,
                        Nucleus projectile,
                        int Qprojectile)
                 throws NuclearException

DOCUMENT ME!

Parameters:

target - DOCUMENT ME!

projectile - DOCUMENT ME!

Qprojectile - DOCUMENT ME!

Throws:

NuclearException - DOCUMENT ME!

getRhoMin

public double getRhoMin()

DOCUMENT ME!

Specified by:

getRhoMin in interface RadiusRange

Returns:

DOCUMENT ME!

getRhoMax

public double getRhoMax()

DOCUMENT ME!

Specified by:

getRhoMax in interface RadiusRange

Returns:

DOCUMENT ME!

main

public static void main(java.lang.String[] args)

DOCUMENT ME!

Parameters:

args - the command line arguments