Uses of Class
xal.model.probe.traj.TransferMapState

Packages that use TransferMapState

Package	Description
xal.model.probe
xal.model.probe.traj
xal.tools.beam.calc

Uses of TransferMapState in xal.model.probe

Methods in xal.model.probe that return TransferMapState

Modifier and Type	Method	Description
TransferMapState	TransferMapProbe.createEmptyProbeState()	Creates a new, empty TransferMapState.
TransferMapState	TransferMapProbe.createProbeState()	Return a new ProbeState object, of the appropriate type, initialized to the current state of this probe.
protected TransferMapState	TransferMapProbe.readStateFrom(DataAdaptor container)

Methods in xal.model.probe that return types with arguments of type TransferMapState

Modifier and Type	Method	Description
Trajectory<TransferMapState>	TransferMapProbe.createTrajectory()	Creates a Trajectory<TransferMapState> object of the proper type for saving the probe's history.

Method parameters in xal.model.probe with type arguments of type TransferMapState

Modifier and Type	Method	Description
protected void	TransferMapProbe.initializeFrom(Probe<TransferMapState> probe)	Deprecated. Never Used

Uses of TransferMapState in xal.model.probe.traj

Methods in xal.model.probe.traj that return TransferMapState

Modifier and Type	Method	Description
TransferMapState	TransferMapState.copy()	Implements the clone operation required by the base class ProbeState.

Constructors in xal.model.probe.traj with parameters of type TransferMapState

Modifier	Constructor	Description
	TransferMapState(TransferMapState transferMapState)	Copy constructor for TransferMapState.

Uses of TransferMapState in xal.tools.beam.calc

Methods in xal.tools.beam.calc that return types with arguments of type TransferMapState

Modifier and Type	Method	Description
Trajectory<TransferMapState>	CalculationsOnMachines.getTrajectory()	Returns the simulation trajectory from which all the machine properties are computed.

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

Modifier and Type	Method	Description
protected PhaseMatrix	CalculationsOnMachines.calculateFullLatticeMatrixAt(TransferMapState state)	Calculates and returns the full lattice matrix for the machine at the given state location.
R3	CalculationsOnMachines.computeBetatronPhase(TransferMapState state)	This is the phase advance for the given state location.
PhaseVector	CalculationsOnMachines.computeChromAberration(TransferMapState state)	Computes the chromatic aberration for one pass around the ring starting at the given state location, or from the entrance to state position for a linear machine.
PhaseVector	CalculationsOnMachines.computeChromDispersion(TransferMapState state)	Calculates the fixed point (closed orbit) in transverse phase space at the given state location in the presence of dispersion.
PhaseVector	CalculationsOnMachines.computeCoordinatePosition(TransferMapState state)	We return the projective portion of the full-turn transfer map φn : P6 → P6 where n is the index of the given state Sn.
PhaseVector	CalculationsOnMachines.computeFixedOrbit(TransferMapState state)	Get the fixed point at this state location about which betatron oscillations occur.
Twiss[]	CalculationsOnRings.computeMatchedTwissAt(TransferMapState state)	Calculates the matched Courant-Snyder parameters for the given state location.
R3	CalculationsOnRings.computePhaseAdvanceBetween(TransferMapState state1, TransferMapState state2)	Computes the phase advances between the given state locations for each phase plane.
PhaseMatrix	CalculationsOnRings.computeRingFullTurnMatrixAt(TransferMapState state)	Computes the one-turn matrix of the ring at the given state location.
PhaseMap	CalculationsOnRings.computeRingTransferMap(TransferMapState state1, TransferMapState state2)	Returns the transfer map T2,1 taking phase coordinates from state position S1 to state position S2 within the ring.
PhaseMatrix	CalculationsOnRings.computeRingTransferMatrix(TransferMapState state1, TransferMapState state2)	Returns the transfer matrix Φ2,1 taking phase coordinates from state position S1 to state position S2 within the ring.
static PhaseMap	CalculationsOnMachines.computeTransferMap(TransferMapState state1, TransferMapState state2)	Convenience method for computing the transfer map between two state locations, say S1 and S2.
static PhaseMatrix	CalculationsOnMachines.computeTransferMatrix(TransferMapState state1, TransferMapState state2)	Convenience method for computing the transfer matrix between two state locations, say S1 and S2.
PhaseVector[]	CalculationsOnRings.computeTurnByTurnResponse(TransferMapState stateInj, TransferMapState stateObs, int cntTurns, PhaseVector vecInj)	Computes and returns the turn-by-turn phase positions {zn ∈ R6 × {1} | n=0,...,N-1 } at the given location sobs of state Sobs resulting from a particle injected at location sinj ∈ Sinj with initial phase coordinates zinj.
PhaseVector[]	CalculationsOnRings.computeTurnByTurnRespWrtFixedOrbit(TransferMapState stateInj, TransferMapState stateObs, int cntTurns, PhaseVector vecInj)	Computes and returns the turn-by-turn phase positions {zn ∈ R6 × {1} | n=0,...,N-1 } at the given location sobs of state Sobs resulting from a particle injected at location sinj ∈ Sinj with initial phase coordinates zinj.
Twiss[]	CalculationsOnMachines.computeTwissParameters(TransferMapState state)	Computes the closed orbit Twiss parameters at this state location representing the matched beam envelope when treating the trajectory as a lattice of periodic cells.

Constructor parameters in xal.tools.beam.calc with type arguments of type TransferMapState

Modifier	Constructor	Description
	CalculationsOnMachines(Trajectory<TransferMapState> datSim)	Constructor for CalculationsOnMachines.
	CalculationsOnRings(Trajectory<TransferMapState> datSim)	Constructor for CalculationsOnRings.