Uses of Class
simpa.core.api.track.Particle

Packages that use Particle

Package	Description
simpa.acc.api	This package contains the public interfaces and classes of the simpa.acc library.
simpa.acc.api.match	This package contains all the interfaces and classes related to optics matching or any other optimization which is performed by tracking beams or particles.
simpa.acc.api.track	This package contains all the code specifically related to the tracking of particles in particle accelerators.
simpa.acc.api.utils	This package contains utility classes to help in using the simpa.acc module.
simpa.core.api.track	This package contains the code related to tracking particles in SIMPA.
simpa.core.api.utils	This package contains all utils that can be used to set up the SIMPA Core library.

Uses of Particle in simpa.acc.api

Methods in simpa.acc.api that return Particle

Modifier and Type	Method	Description
Particle	AccCli.createParticle(String type, Double mom, Double dx, Double ax, Double dy, Double ay, Double lPos, Double dpOp, Double mass, Double charge, String name)
Particle	ParticleFactory.getParticle(double p0InGeV, PhaseSpaceCoordinates phs, double longiPos, PotentialProvider afp, double mass, double charge)	Gets a particle with the given data.
Particle	ParticleFactory.getParticle(double p0InGeV, PhaseSpaceCoordinates phs, double longiPos, PotentialProvider pp, ParticleType type)	Gets a particle with the given data.

Methods in simpa.acc.api that return types with arguments of type Particle

Modifier and Type	Method	Description
List<Particle>	ParticleFactory.getFromFile(double p0InGeV, String fileName, double longiPos, PotentialProvider afp, double mass, double charge)	Generate particles in a flat 5D beam, all particles are on the same longitudinal position.
List<Particle>	Beam.getParticles()

Methods in simpa.acc.api with parameters of type Particle

Modifier and Type	Method	Description
Map<String,Double>	AccCli.match(Beam b0, Beam b1, Particle p0, Particle p1, Double diskRadius, Double stepSize, Matcher matcher, Boolean backward, String file, Double lossPenalty, TwissParameters initialTwiss)
void	AccCli.ringOptics(Particle p1, Particle p2, Double stepsize, double diskRadius, String outFile, Integer turns, Boolean writeTrajectory)
void	AccCli.track(Particle particle, Beam beam, Integer turns, Double stepSize, Double[] phoLongiPosArray, Double diskRadius, Boolean trajectoryObserver, String sigmaFile, Boolean debug, Integer threads, Boolean backward)

Constructor parameters in simpa.acc.api with type arguments of type Particle

Modifier	Constructor	Description
	Beam(List<Particle> particles, ReferenceOrbit refOrbit, PotentialProvider potProvider, String name)	Low level constructor.
	EllipseBeam(List<Particle> particles, ReferenceOrbit refOrbit, PotentialProvider potProvider, String name)

Uses of Particle in simpa.acc.api.match

Methods in simpa.acc.api.match with parameters of type Particle

Modifier and Type	Method	Description
Map<String,Double>	Matcher.matchRing(Sequence sequence, Particle p0, Particle p1, double stepSize, double diskRadius)	Does the matching procedure with the given parameters for a ring.
void	OpticsMultivariateFunction.setParticles(Particle p0, Particle p1)	Set the two particles to be tracked for optics calculation in a ring.

Uses of Particle in simpa.acc.api.track

Methods in simpa.acc.api.track that return types with arguments of type Particle

Modifier and Type	Method	Description
Map<Particle,PhaseSpaceCoordinates>	TLPhaseSpaceObserver.getMap()

Methods in simpa.acc.api.track with parameters of type Particle

Modifier and Type	Method	Description
void	PhaseSpaceObserver.finish(Particle p)
void	TLPhaseSpaceObserver.finish(Particle p)
void	TurnObserver.finish(Particle p)
PhaseSpaceCoordinates	PhaseSpaceObserver.getPhaseSpaceCoordinates(org.apache.commons.math3.geometry.euclidean.threed.Vector3D is, Particle p)	Gets the phase space coordinates.
void	PhaseSpaceObserver.observe(Particle p)	Observes the location and angle of the particle as it passes through the disk.
void	TLPhaseSpaceObserver.observe(Particle p)
void	TurnObserver.observe(Particle p)

Uses of Particle in simpa.acc.api.utils

Methods in simpa.acc.api.utils with parameters of type Particle

Modifier and Type	Method	Description
FrequencyAnalysis.FrequencyAnalysisBuilder	FrequencyAnalysis.FrequencyAnalysisBuilder.setPrototypeParticle(Particle prototypeParticle)
Optics	OpticsCalculator.trackInRingAndCalculate(Particle p0, Particle p1, PotentialProvider pp, double stepsize, double diskradius, boolean writeTrajectoryFile)	Tracks the two particles in a ring given as parameters, then calculates the optical functions from two trajectory files.

Uses of Particle in simpa.core.api.track

Methods in simpa.core.api.track that return Particle

Modifier and Type	Method	Description
Particle	Particle.copy(Particle p, PotentialProvider pp)
Particle	ParticleTrackerTask.getParticle()

Methods in simpa.core.api.track that return types with arguments of type Particle

Modifier and Type	Method	Description
List<Particle>	BeamLossObserver.getLostParticles()

Methods in simpa.core.api.track with parameters of type Particle

Modifier and Type	Method	Description
Particle	Particle.copy(Particle p, PotentialProvider pp)
void	BeamLossObserver.finish(Particle p)
void	BeamTrajectoryObserver.finish(Particle p)
void	TrackingObserver.finish(Particle p)	Finishes the tracking of the given particle.
void	TrajectoryObserver.finish(Particle p)
void	BeamLossObserver.observe(Particle p)
void	BeamTrajectoryObserver.observe(Particle p)
void	TrackingObserver.observe(Particle p)	Observe the particle using this observer.
void	TrajectoryObserver.observe(Particle p)

Constructors in simpa.core.api.track with parameters of type Particle

Modifier	Constructor	Description
	ParticleTrackerTask(PotentialProvider potProv, Particle p, long steps, double stepsize, boolean backward)

Uses of Particle in simpa.core.api.utils

Methods in simpa.core.api.utils with parameters of type Particle

Modifier and Type	Method	Description
static double	CalculatorUtils.getKineticEnergy(Particle part)	Gets the kinetic energy of the given particle.
static double	CalculatorUtils.getTotalEnergy(Particle part)	Gets the total energy of the given particle.
static double	CalculatorUtils.getVelocityAbsValue(Particle part)	Gets the velocity of the given particle as an absolute value.