cdac.medinfo.sdk.dcm30_04.baselibs

Class MRModifierSequenceItem

java.lang.Object

cdac.medinfo.sdk.dcm30_04.baselibs.Item

cdac.medinfo.sdk.dcm30_04.baselibs.MRModifierSequenceItem

All Implemented Interfaces:

IItem, ICollectionIterable<IDataElement>, java.io.Serializable, java.lang.Iterable<IDataElement>

public class MRModifierSequenceItem
extends Item

This item class contains methods to validate, set and get attributes in MRModifierSequence.

See Also:

Serialized Form

Method Summary

Methods

Modifier and Type	Method and Description
java.lang.String	getFlowCompensation() Retrieves Flow Compensation.
java.lang.String	getFlowCompensationDirection() Retrieves Flow Compensation Direction.
java.lang.String	getInversionRecovery() Retrieves Inversion Recovery preparatory sequence.
double[]	getInversionTimes() Retrieves Times in ms after the middle of inverting RF pulse to middle of excitation pulse to detect the amount of longitudinal magnetization.
java.lang.String	getParallelAcquisition() Retrieves Parallel acquisition has been used to reduce measurement time.
java.lang.String	getParallelAcquisitionTechnique() Retrieves Parallel acquisition characteristics.
double	getParallelReductionFactorInplane() Retrieves Measurement time reduction factor expressed as ratio of original and reduced measurement time for the inplane direction.
double	getParallelReductionFactoroutofplane() Retrieves Measurement time reduction factor expressed as ratio of original and reduced measurement time for the out-ofplane direction
double	getParallelReductionFactorSecondInplane() Retrieves Measurement time reduction factor expressed as ratio of original and reduced measurement time for the out-ofplane direction
java.lang.String	getPartialFourier() Retrieves Partial Fourier.
java.lang.String	getPartialFourierDirection() Retrieves Direction of Partial Fourier.
java.lang.String	getSpatialPreSaturation() Retrieves Spatial Pre-saturation.
java.lang.String	getSpectrallySelectedExcitation() Retrieves Spectrally Selected Excitation.
java.lang.String	getSpoiling() Retrieves Spoiling.
java.lang.String	getT2Preparation() Retrieves T2 prepared Pulse Sequence.
void	setFlowCompensation(EnumFlowCompensation enumFlowCompensation) Sets Flow Compensation.
void	setFlowCompensationDirection(EnumFlowCompensationDirection enumFlowCompensationDirection) Sets Flow Compensation Direction.
void	setInversionRecovery(EnumInversionRecovery enumInversionRecovery) Sets Inversion Recovery preparatory sequence.
void	setInversionTimes(double[] arrdblInversionTimes) Sets Times in ms after the middle of inverting RF pulse to middle of excitation pulse to detect the amount of longitudinal magnetization.
void	setParallelAcquisition(EnumParallelAcquisition enumParallelAcquisition) Sets Parallel acquisition has been used to reduce measurement time.
void	setParallelAcquisitionTechnique(EnumParallelAcquisitionTechnique enumParallelAcquisitionTechnique) Sets Parallel acquisition characteristics.
void	setParallelReductionFactorInplane(double dblParallelReductionFactorInplane) Sets Measurement time reduction factor expressed as ratio of original and reduced measurement time for the inplane direction.
void	setParallelReductionFactoroutofplane(double dblParallelReductionFactoroutofplane) Sets Measurement time reduction factor expressed as ratio of original and reduced measurement time for the out-ofplane direction
void	setParallelReductionFactorSecondInplane(double dblParallelReductionFactorSecondInplane) Sets Measurement time reduction factor expressed as ratio of original and reduced measurement time for the out-ofplane direction
void	setPartialFourier(EnumPartialFourier enumPartialFourier) Sets Partial Fourier.
void	setPartialFourierDirection(EnumPartialFourierDirection enumPartialFourierDirection) Sets Direction of Partial Fourier.
void	setSpatialPreSaturation(EnumSpatialPreSaturation enumSpatialPreSaturation) Sets Spatial Pre-saturation.
void	setSpectrallySelectedExcitation(EnumSpectrallySelectedExcitation enumSpectrallySelectedExcitation) Sets Spectrally Selected Excitation.
void	setSpoiling(EnumSpoiling enumSpoiling) Sets Spoiling.
void	setT2Preparation(EnumT2Preparation enumT2Preparation) Sets T2 prepared Pulse Sequence.
boolean	validateForModule() Validates all the attributes in MRModifierSequenceItem that are present in the DataSet

Methods inherited from class cdac.medinfo.sdk.dcm30_04.baselibs.Item

addDataElement, changeToUndefined, clone, contains, dumpDICOMInfo, getDataForTag, getDictionaryReader, getItemLength, getTransferSyntax, getValue, getValueLength, iterator, read, setDictionaryReader, setTransferSyntax, setValue, sortedIterator, validate, write

Methods inherited from class java.lang.Object

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

Method Detail

validateForModule

public boolean validateForModule()
                          throws InvalidItemException

Validates all the attributes in MRModifierSequenceItem that are present in the DataSet

Specified by:

validateForModule in interface IItem

Overrides:

validateForModule in class Item

Returns:

int - Success -true, Failure - false

Throws:

InvalidItemException - throws InvalidItemException If Mandatory or Conditional element fails.

setInversionRecovery

public void setInversionRecovery(EnumInversionRecovery enumInversionRecovery)

Sets Inversion Recovery preparatory sequence.

Parameters:

enumInversionRecovery - Enum value of Inversion Recovery.

getInversionRecovery

public java.lang.String getInversionRecovery()

Retrieves Inversion Recovery preparatory sequence.

Returns:

String value of Inversion Recovery.

setInversionTimes

public void setInversionTimes(double[] arrdblInversionTimes)

Sets Times in ms after the middle of inverting RF pulse to middle of excitation pulse to detect the amount of longitudinal magnetization.

Parameters:

arrdblInversionTimes - array of double values for Real World Value LUT Data

getInversionTimes

public double[] getInversionTimes()

Retrieves Times in ms after the middle of inverting RF pulse to middle of excitation pulse to detect the amount of longitudinal magnetization.

Returns:

double[] - double values of cosines in normal vector

setFlowCompensation

public void setFlowCompensation(EnumFlowCompensation enumFlowCompensation)

Sets Flow Compensation.

Parameters:

enumFlowCompensation - Enum value of Flow Compensation.

getFlowCompensation

public java.lang.String getFlowCompensation()

Retrieves Flow Compensation.

Returns:

String value of Flow Compensation.

setFlowCompensationDirection

public void setFlowCompensationDirection(EnumFlowCompensationDirection enumFlowCompensationDirection)

Sets Flow Compensation Direction.

Parameters:

enumFlowCompensation - Enum value of Flow Compensation Direction.

getFlowCompensationDirection

public java.lang.String getFlowCompensationDirection()

Retrieves Flow Compensation Direction.

Returns:

String value of Flow Compensation Direction.

setSpoiling

public void setSpoiling(EnumSpoiling enumSpoiling)

Sets Spoiling.

Parameters:

enumSpoiling - Enum value of Spoiling.

getSpoiling

public java.lang.String getSpoiling()

Retrieves Spoiling.

Returns:

String value of Spoiling.

setT2Preparation

public void setT2Preparation(EnumT2Preparation enumT2Preparation)

Sets T2 prepared Pulse Sequence.

Parameters:

enumT2Preparation - Enum value of T2 Preparation.

getT2Preparation

public java.lang.String getT2Preparation()

Retrieves T2 prepared Pulse Sequence.

Returns:

String value of T2 Preparation.

setSpectrallySelectedExcitation

public void setSpectrallySelectedExcitation(EnumSpectrallySelectedExcitation enumSpectrallySelectedExcitation)

Sets Spectrally Selected Excitation.

Parameters:

enumSpectrallySelectedExcitation - Enum value of Spectrally Selected Excitation.

getSpectrallySelectedExcitation

public java.lang.String getSpectrallySelectedExcitation()

Retrieves Spectrally Selected Excitation.

Returns:

String value of Spectrally Selected Excitation.

setSpatialPreSaturation

public void setSpatialPreSaturation(EnumSpatialPreSaturation enumSpatialPreSaturation)

Sets Spatial Pre-saturation.

Parameters:

enumSpatialPreSaturation - Enum value of Spatial Pre-saturation.

getSpatialPreSaturation

public java.lang.String getSpatialPreSaturation()

Retrieves Spatial Pre-saturation.

Returns:

String value of Spatial Pre-saturation.

setPartialFourier

public void setPartialFourier(EnumPartialFourier enumPartialFourier)

Sets Partial Fourier.

Parameters:

enumPartialFourier - Enum value of Partial Fourier.

getPartialFourier

public java.lang.String getPartialFourier()

Retrieves Partial Fourier.

Returns:

String value of Partial Fourier.

setPartialFourierDirection

public void setPartialFourierDirection(EnumPartialFourierDirection enumPartialFourierDirection)

Sets Direction of Partial Fourier.

Parameters:

enumPartialFourierDirection - Enum value of Partial Fourier Direction.

getPartialFourierDirection

public java.lang.String getPartialFourierDirection()

Retrieves Direction of Partial Fourier.

Returns:

String value of Partial Fourier Direction.

setParallelAcquisition

public void setParallelAcquisition(EnumParallelAcquisition enumParallelAcquisition)

Sets Parallel acquisition has been used to reduce measurement time.

Parameters:

enumParallelAcquisition - Enum value of Parallel Acquisition.

getParallelAcquisition

public java.lang.String getParallelAcquisition()

Retrieves Parallel acquisition has been used to reduce measurement time.

Returns:

String value of Parallel Acquisition.

setParallelAcquisitionTechnique

public void setParallelAcquisitionTechnique(EnumParallelAcquisitionTechnique enumParallelAcquisitionTechnique)

Sets Parallel acquisition characteristics.

Parameters:

enumParallelAcquisitionTechnique - Enum value of Parallel Acquisition.

getParallelAcquisitionTechnique

public java.lang.String getParallelAcquisitionTechnique()

Retrieves Parallel acquisition characteristics.

Returns:

String value of Parallel Acquisition Technique.

setParallelReductionFactorInplane

public void setParallelReductionFactorInplane(double dblParallelReductionFactorInplane)

Sets Measurement time reduction factor expressed as ratio of original and reduced measurement time for the inplane direction.

Parameters:

dblParallelReductionFactorInplane - String array of coordinates

getParallelReductionFactorInplane

public double getParallelReductionFactorInplane()

Retrieves Measurement time reduction factor expressed as ratio of original and reduced measurement time for the inplane direction.

Returns:

double - double value of coordinates

setParallelReductionFactoroutofplane

public void setParallelReductionFactoroutofplane(double dblParallelReductionFactoroutofplane)

Sets Measurement time reduction factor expressed as ratio of original and reduced measurement time for the out-ofplane direction

Parameters:

dblParallelReductionFactoroutofplane - String array of coordinates

getParallelReductionFactoroutofplane

public double getParallelReductionFactoroutofplane()

Retrieves Measurement time reduction factor expressed as ratio of original and reduced measurement time for the out-ofplane direction

Returns:

double - double value of coordinates

setParallelReductionFactorSecondInplane

public void setParallelReductionFactorSecondInplane(double dblParallelReductionFactorSecondInplane)

Sets Measurement time reduction factor expressed as ratio of original and reduced measurement time for the out-ofplane direction

Parameters:

dblParallelReductionFactorSecondInplane - String array of coordinates

getParallelReductionFactorSecondInplane

public double getParallelReductionFactorSecondInplane()

Retrieves Measurement time reduction factor expressed as ratio of original and reduced measurement time for the out-ofplane direction

Returns:

double - double value of coordinates