Package cern.accsoft.steering.jmad.domain.track

Class RelativeParticleCoordinateImpl

java.lang.Object

cern.accsoft.steering.jmad.domain.track.RelativeParticleCoordinateImpl

All Implemented Interfaces:

RelativeParticleCoordinate

public class RelativeParticleCoordinateImpl
extends java.lang.Object
implements RelativeParticleCoordinate

Standard implementation of RelativeParticleCoordinate

Constructor Summary

Constructors

Constructor	Description
RelativeParticleCoordinateImpl()
RelativeParticleCoordinateImpl(double x, double px, double y, double py, double t, double pt)

Method Summary

Modifier and Type	Method	Description
double	getRelativeEnergyError()
double	getRelativeTimeDifference()
double	getXRelativeMomentum()
double	getXRelatviePosition()
double	getYRelativePosition()
double	getYRelatvieMomentum()
boolean	isActionAngle()
void	setActionAngle(boolean actionAngle)
void	setRelativeEnergyError(double pt)
void	setRelativeTimeDiffence(double t)
void	setXRelativeMomentum(double px)
void	setXRelatviePosition(double x)
void	setYRelativePosition(double y)
void	setYRelatvieMomentum(double py)

Methods inherited from class java.lang.Object

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

Constructor Detail

RelativeParticleCoordinateImpl

public RelativeParticleCoordinateImpl()

RelativeParticleCoordinateImpl

public RelativeParticleCoordinateImpl(double x,
                                      double px,
                                      double y,
                                      double py,
                                      double t,
                                      double pt)

Method Detail

getRelativeEnergyError

public double getRelativeEnergyError()

Specified by:

getRelativeEnergyError in interface RelativeParticleCoordinate

Returns:

PT = delta(E)/ps*c

getRelativeTimeDifference

public double getRelativeTimeDifference()

Specified by:

getRelativeTimeDifference in interface RelativeParticleCoordinate

Returns:

T = -c*t

getXRelativeMomentum

public double getXRelativeMomentum()

Specified by:

getXRelativeMomentum in interface RelativeParticleCoordinate

Returns:

PX = px/p0

getXRelatviePosition

public double getXRelatviePosition()

Specified by:

getXRelatviePosition in interface RelativeParticleCoordinate

Returns:

X

getYRelativePosition

public double getYRelativePosition()

Specified by:

getYRelativePosition in interface RelativeParticleCoordinate

Returns:

Y

getYRelatvieMomentum

public double getYRelatvieMomentum()

Specified by:

getYRelatvieMomentum in interface RelativeParticleCoordinate

Returns:

PY = py/p0

setRelativeEnergyError

public void setRelativeEnergyError(double pt)

Specified by:

setRelativeEnergyError in interface RelativeParticleCoordinate

setRelativeTimeDiffence

public void setRelativeTimeDiffence(double t)

Specified by:

setRelativeTimeDiffence in interface RelativeParticleCoordinate

setXRelativeMomentum

public void setXRelativeMomentum(double px)

Specified by:

setXRelativeMomentum in interface RelativeParticleCoordinate

setXRelatviePosition

public void setXRelatviePosition(double x)

Specified by:

setXRelatviePosition in interface RelativeParticleCoordinate

setYRelativePosition

public void setYRelativePosition(double y)

Specified by:

setYRelativePosition in interface RelativeParticleCoordinate

setYRelatvieMomentum

public void setYRelatvieMomentum(double py)

Specified by:

setYRelatvieMomentum in interface RelativeParticleCoordinate

setActionAngle

public void setActionAngle(boolean actionAngle)

Specified by:

setActionAngle in interface RelativeParticleCoordinate

isActionAngle

public boolean isActionAngle()

Specified by:

isActionAngle in interface RelativeParticleCoordinate