Package cern.accsoft.steering.aloha.plugin.kickresp.meas.data

Class KickResponseDataImpl

java.lang.Object

cern.accsoft.steering.aloha.meas.data.AbstractDynamicData

cern.accsoft.steering.aloha.plugin.kickresp.meas.data.KickResponseDataImpl

All Implemented Interfaces:

BeanAware, MachineElementsManagerAware, Data, DynamicData, KickConfiguration, KickResponseData

public class KickResponseDataImpl
extends AbstractDynamicData
implements KickResponseData

this is the basic implementation of the data of a kick-response-measurement.

Constructor Summary

Constructors

Constructor	Description
KickResponseDataImpl()

Method Summary

Modifier and Type	Method	Description
void	addDataMinus(CorrectorKickData data)
void	addDataPlus(CorrectorKickData data)
void	calc()	This method must be implemented by subclasses to calc new values which then can be retrieved.
void	decouple()	sets the elements of the response-matrix, which correspond to different planes, to zero.
java.lang.Double	getCorrectorKick(Corrector corrector)
CorrectorKickData	getCorrectorKickData(Corrector corrector, cern.accsoft.steering.jmad.tools.response.DeflectionSign sign)	retrieves the corrector kick data, which was used to create the response matrix for one corrector.
java.util.Map<java.lang.String,CorrectorKickData>	getCorrectorKickDataMinus()
java.util.Map<java.lang.String,CorrectorKickData>	getCorrectorKickDataPlus()
Jama.Matrix	getRelativeRmsValues()
Jama.Matrix	getResponseMatrix()
TrajectoryData	getStabilityData()
double	getToModelConversionFactor()
Jama.Matrix	getTrajectoryMatrix(Plane plane, cern.accsoft.steering.jmad.tools.response.DeflectionSign sign)
cern.accsoft.steering.util.TMatrix<java.lang.Boolean>	getTrajectoryValidity(Plane plane, cern.accsoft.steering.jmad.tools.response.DeflectionSign sign)
cern.accsoft.steering.util.TMatrix<java.lang.Boolean>	getValidityMatrix()
void	init()
void	removeDataMinus(java.lang.String correctorKey)
void	removeDataPlus(java.lang.String correctorKey)
void	setKickResponseMeasurement(KickResponseMeasurement kickResponseMeasurement)
void	setToModelConversionFactor(double toModelConversionFactor)

Methods inherited from class cern.accsoft.steering.aloha.meas.data.AbstractDynamicData

addListener, ensureUpToDate, getActiveCorrectors, getActiveMonitors, getMachineElementsManager, isDirty, removeListener, setDirty, setMachineElementsManager

Methods inherited from class java.lang.Object

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

Constructor Detail

KickResponseDataImpl

public KickResponseDataImpl()

Method Detail

init

public void init()
          throws InconsistentDataException

Throws:

InconsistentDataException

getResponseMatrix

public Jama.Matrix getResponseMatrix()

Specified by:

getResponseMatrix in interface KickResponseData

Returns:

the responding response-matrix corresponding to the actually active correctors/monitors. (Calculates prior to return, if it is not consistent with the actual selected monitors/correctors)

calc

public void calc()
          throws InconsistentDataException

Description copied from class: AbstractDynamicData

This method must be implemented by subclasses to calc new values which then can be retrieved.

Specified by:

calc in interface KickResponseData

Specified by:

calc in class AbstractDynamicData

Throws:

InconsistentDataException

getTrajectoryValidity

public cern.accsoft.steering.util.TMatrix<java.lang.Boolean> getTrajectoryValidity(Plane plane,
                                                                                   cern.accsoft.steering.jmad.tools.response.DeflectionSign sign)

Specified by:

getTrajectoryValidity in interface KickResponseData

getTrajectoryMatrix

public Jama.Matrix getTrajectoryMatrix(Plane plane,
                                       cern.accsoft.steering.jmad.tools.response.DeflectionSign sign)

Specified by:

getTrajectoryMatrix in interface KickResponseData

decouple

public void decouple()

Description copied from interface: KickResponseData

sets the elements of the response-matrix, which correspond to different planes, to zero.

Specified by:

decouple in interface KickResponseData

getValidityMatrix

public cern.accsoft.steering.util.TMatrix<java.lang.Boolean> getValidityMatrix()

Specified by:

getValidityMatrix in interface KickResponseData

Returns:

the validity-matrix, which indicates, which entries in the response-matrix are valid, and which are not.

addDataPlus

public void addDataPlus(CorrectorKickData data)

addDataMinus

public void addDataMinus(CorrectorKickData data)

removeDataPlus

public void removeDataPlus(java.lang.String correctorKey)

removeDataMinus

public void removeDataMinus(java.lang.String correctorKey)

getCorrectorKickDataPlus

public final java.util.Map<java.lang.String,CorrectorKickData> getCorrectorKickDataPlus()

Returns:

the correctorKickDataPlus

getCorrectorKickDataMinus

public final java.util.Map<java.lang.String,CorrectorKickData> getCorrectorKickDataMinus()

Returns:

the correctorKickDataMinus

setToModelConversionFactor

public void setToModelConversionFactor(double toModelConversionFactor)

Parameters:

toModelConversionFactor - the toModelConversionFactor to set

getToModelConversionFactor

public double getToModelConversionFactor()

Returns:

the toModelConversionFactor

getCorrectorKickData

public CorrectorKickData getCorrectorKickData(Corrector corrector,
                                              cern.accsoft.steering.jmad.tools.response.DeflectionSign sign)

Description copied from interface: KickResponseData

retrieves the corrector kick data, which was used to create the response matrix for one corrector.

Specified by:

getCorrectorKickData in interface KickResponseData

Parameters:

corrector - the corrector for which to retrieve the data

sign - the sign of the deflection (plus/minus)

getRelativeRmsValues

public Jama.Matrix getRelativeRmsValues()

Specified by:

getRelativeRmsValues in interface KickResponseData

Returns:

the rms-values relative to the corrector-kicks

getCorrectorKick

public java.lang.Double getCorrectorKick(Corrector corrector)

Specified by:

getCorrectorKick in interface KickConfiguration

setKickResponseMeasurement

public void setKickResponseMeasurement(KickResponseMeasurement kickResponseMeasurement)

getStabilityData

public TrajectoryData getStabilityData()

Specified by:

getStabilityData in interface KickResponseData

Returns:

the stability-data