Uses of Class
simpa.acc.api.Optics

Packages that use Optics

Package	Description
simpa.acc.api	This package contains the public interfaces and classes of the simpa.acc library.
simpa.acc.api.create	This package contains all the interfaces and classes related to the creation and setting up of components to construct accelerators.
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.utils	This package contains utility classes to help in using the simpa.acc module.

Uses of Optics in simpa.acc.api

Methods in simpa.acc.api that return Optics

Modifier and Type	Method	Description
Optics	AccCli.lineOptics(Beam b0, Beam b1, Double stepsize, double diskRadius, String outFile, Boolean backward, Boolean writeTrajectory)

Uses of Optics in simpa.acc.api.create

Methods in simpa.acc.api.create that return Optics

Modifier and Type	Method	Description
Optics	Sequence.getOptics()

Methods in simpa.acc.api.create with parameters of type Optics

Modifier and Type	Method	Description
void	Sequence.setOptics(Optics optics)	Sets the optics belonging to this sequence.

Uses of Optics in simpa.acc.api.match

Methods in simpa.acc.api.match that return Optics

Modifier and Type	Method	Description
Optics	OpticsMultivariateFunction.getOptics()	This method is typically called after the optimization, but can be called at also during the optimization to check what kind of optics the optimization is evaluating at any step.

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

Modifier and Type	Method	Description
double	OpticsMultivariateFunction.getResidualSum(Optics optics)	Calculate the residual and prints info

Uses of Optics in simpa.acc.api.utils

Methods in simpa.acc.api.utils that return Optics

Modifier and Type	Method	Description
Optics	OpticsCalculator.calculateOpticsFunctions(String trajectoryFile1, String trajectoryFile2, double dpop, double maxAperture, boolean backward)	Calculates the optical functions from two trajectory files in a transfer line or a ring.
Optics	OpticsCalculator.calculateRingOptics(List<TrajectoryData> trajectoryData1, List<TrajectoryData> trajectoryData2, double dpop, double maxAperture, boolean backward)	Calculates the optical functions from two trajectory data lists in a ring.
Optics	OpticsCalculator.calculateTLineOptics(Map<String,List<TrajectoryData>> trajectoryMap1, Map<String,List<TrajectoryData>> trajectoryMap2, double dpop, double maxAperture, boolean backward)	Calculates the optical functions from two trajectory data maps in a transfer line.
Optics	OpticsCalculator.trackInLineAndCalculate(boolean writeTrajectoryFile, EllipseBeam b0, EllipseBeam b1, PotentialProvider pp, double stepsize, double diskradius, boolean backward)	Tracks the two beams in a transfer line, then calculates the optical functions from two beam trajectory files.
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.

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

Modifier and Type	Method	Description
Map<Double,Double>	BeamSizeCalculator.getVerticalBeamSize(Optics opt, double vertEmittance, double dpOp)

Constructors in simpa.acc.api.utils with parameters of type Optics

Modifier	Constructor	Description
	BeamSizeCalculator(Optics opt, double horEmittance, double vertEmittance, double dpOp)	Constructor with a given optics and emittances.