Uses of Interface
xal.tools.beam.calc.ISimulationResults

Packages that use ISimulationResults

Package	Description
xal.tools.beam.calc

Uses of ISimulationResults in xal.tools.beam.calc

Subinterfaces of ISimulationResults in xal.tools.beam.calc

Modifier and Type	Interface	Description
static interface	ISimulationResults.ISimEnvResults<S>	Processes simulation data concerned with the beam properties.
static interface	ISimulationResults.ISimLocResults<S>	This interface defines methods for computation results that are in the form of points, or locations, in phase space.

Classes in xal.tools.beam.calc that implement ISimulationResults

Modifier and Type	Class	Description
class	CalculationsOnBeams	Class for performing calculations on data obtained from simulating linacs and beam transport systems.
class	CalculationsOnMachines	Class for performing the calculations expressed in the ISimEnvResults interface in the context of a particle beam system without regard to the particle.
class	CalculationsOnParticles	Provides processing functions appropriate for single particle simulation data.
class	CalculationsOnRings	Class for computing ring parameters from simulation data.
class	SimpleSimResultsAdaptor	This class reduces the general operation of the base class SimResultsAdaptor to the specific use of the calculation engine CalculationsOnRings for simulation data of type TransferMapTrajectory, and use of calculation engine CalculationsOnBeams for simulation data of type EnvelopeTrajectory.
class	SimResultsAdaptor	This class allows the developer to dynamically choose which calculation engine applies to which simulation results type.

Methods in xal.tools.beam.calc with type parameters of type ISimulationResults

Modifier and Type	Method	Description
<I extends ISimulationResults> void	SimResultsAdaptor.registerCalcEngine(Class<? extends ProbeState<?>> clsType, I iCalcEngine)	Register the location calculation engine for the given probe data type.