java.lang.Object
- gov.nih.mipav.model.structures.ModelSerialCloneable
- - gov.nih.mipav.model.file.FileInfoBase
  - - gov.nih.mipav.model.file.FileInfoNIFTI

All Implemented Interfaces:

java.io.Serializable, java.lang.Cloneable
```
public class FileInfoNIFTI
extends FileInfoBase
```
This structures contains the information that describes how a NIFTI image is stored on disk. NIFTI is intended to be "mostly compatible" with the ANALYZE 7.5 file format. Most of the "unused" fields in that format have been taken, and some of the lesser-used fields have been co-opted for other purposes. We have extended this format to store image orientation and the origin. We have used unused variables to store these data. Almost all programs ignore these variables and should not have any problems reading images saved with MIPAV, except SPM. A new format for MIPAV is now XML based.
RGB NIFTI images are store in chunky format rgb, rgb, rgb ......

Note that there is a short datatype field.

See Also:

FileNIFTI, Serialized Form

Nested Class Summary
- Nested classes/interfaces inherited from class gov.nih.mipav.model.file.FileInfoBase
  FileInfoBase.AxisOrientation, FileInfoBase.ImageOrientation, FileInfoBase.Modality, FileInfoBase.Unit, FileInfoBase.UnitType

Field Summary

Fields
Modifier and Type	Field	Description
`private java.lang.String`	`accessionNumber`
`private int[]`	`acquisitionMatrix`
`private int[]`	`AcquisitionNumber`
`private double[]`	`AcquisitionTime`
`private java.lang.String[]`	`afniGroup`
`private java.lang.String`	`angioFlag`
`private java.lang.String[]`	`asciiText`
`private java.lang.String`	`aux_file`	auxiliary file
`private float[]`	`azimuth`
`private short`	`bitpix`	Bits per pixel
`private int`	`bitsAllocated`
`private int`	`bitsStored`
`private float[]`	`bValue`
`private double`	`cal_max`	The cal_min and cal_max fields (if nonzero) are used for mapping (possibly scaled) dataset values to display colors: - Minimum display intensity (black) corresponds to dataset value cal_min. - Maximum display intensity (white) corresponds to dataset value cal_max. - Dataset values below cal_min should display as black also, and values above cal_max as white. - Colors "black" and "white", of course, may refer to any scalar display scheme (e.g., a color lookup table specified via aux_file). - cal_min and cal_max only make sense when applied to scalar-valued datasets (i.e., dim[0] < 5 or dim[5] = 1).
`private double`	`cal_min`	values of 0.0 for both fields imply that no calibration min and max values are used !
`private java.lang.String[]`	`caret`
`private int`	`columns`
`private double[]`	`ContentTime`
`private int`	`coord_code`	If qform_code > 0, coord_code = qform_code.
`private int`	`coord_code2`	If qform_code > 0 and sform_code > 0, coord_code = qform_code and coord_code2 = sform_code. coord_code has values for "Arbitrary X,Y,Z coordinate system", "Scanner based anatomical coordinates", "Coordinates aligned to another file's or to anatomical truth", "Talairach X,Y,Z coordinate system", and "MNI 152 normalized X,Y,Z coordinates".
`private java.lang.String`	`CsaImageAcquisitionMatrixText`
`private double`	`CsaImageBandwidthPerPixelPhaseEncode`
`private int`	`CsaImageEchoColumnPosition`
`private int`	`CsaImageEchoLinePosition`
`private int`	`CsaImageEchoPartitionPosition`
`private java.lang.String`	`CsaImageGSWDDataType`
`private java.lang.String[]`	`CsaImageICE_Dims`
`private int[]`	`CsaImageImaAbsTablePosition`
`private java.lang.String`	`CsaImageImaCoilString`
`private java.lang.String`	`CsaImageImaPATModeText`
`private int[]`	`CsaImageImaRelTablePosition`
`private int`	`CsaImageMeasuredFourierLines`
`private double[][]`	`CsaImageMosaicRefAcqTimes`
`private int`	`CsaImageMultistepIndex`
`private int`	`CsaImageNonPlanarImage`
`private int`	`CsaImageNumberOfImagesInMosaic`
`private int`	`CsaImagePhaseEncodingDirectionPositive`
`private int`	`CsaImageProtocolSliceNumber`
`private int`	`CsaImageRealDwellTime`
`private java.lang.String`	`CsaImageRFSWDDataType`
`private int`	`CsaImageSequenceMask`
`private double[]`	`CsaImageSliceMeasurementDuration`
`private double[]`	`CsaImageSliceNormalVector`
`private double[]`	`CsaImageSlicePosition_PCS`
`private double[]`	`CsaImageTimeAfterStart`
`private int`	`CsaImageUsedChannelMask`
`private int`	`CsaSeriesAbsTablePosition`
`private double[]`	`CsaSeriesB1rms`
`private java.lang.String`	`CsaSeriesB1rmsSupervision`
`private java.lang.String`	`CsaSeriesCoilForGradient`
`private java.lang.String`	`CsaSeriesCoilForGradient2`
`private int[]`	`CsaSeriesCoilId`
`private java.lang.String`	`CsaSeriesCoilString`
`private double`	`CsaSeriesdBdt_limit`
`private double`	`CsaSeriesdBdt_max`
`private double`	`CsaSeriesdBdt_thresh`
`private java.lang.String`	`CsaSeriesFlowCompensation`
`private double[]`	`CsaSeriesGradientDelayTime`
`private java.lang.String`	`CsaSeriesGradientMode`
`private int`	`CsaSeriesIsocentered`
`private java.lang.String`	`CsaSeriesLongModelName`
`private int[]`	`CsaSeriesMiscSequenceParam`
`private int`	`CsaSeriesMrPhoenixProtocolacFlowComp0`
`private double`	`CsaSeriesMrPhoenixProtocoladFlipAngleDegree0`
`private int`	`CsaSeriesMrPhoenixProtocolalTE0`
`private int`	`CsaSeriesMrPhoenixProtocolalTR0`
`private int[]`	`CsaSeriesMrPhoenixProtocolasCoilSelectMeas0aFFT_SCALEnbValid`
`private double[]`	`CsaSeriesMrPhoenixProtocolasCoilSelectMeas0aFFT_SCALEnflFactor`
`private int[]`	`CsaSeriesMrPhoenixProtocolasCoilSelectMeas0aFFT_SCALEnlRxChannel`
`private int[]`	`CsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnlElementSelected`
`private int[]`	`CsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnlRxChannelConnected`
`private int[]`	`CsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnsCoilElementIDlCoilCopy`
`private java.lang.String[]`	`CsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnsCoilElementIDtCoilID`
`private java.lang.String[]`	`CsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnsCoilElementIDtElement`
`private int`	`CsaSeriesMrPhoenixProtocolasCoilSelectMeas0iUsedRFactor`
`private int[]`	`CsaSeriesMrPhoenixProtocolasCoilSelectMeas0sCOILPLUGSauiNmbrOfNibbles`
`private int[]`	`CsaSeriesMrPhoenixProtocolasCoilSelectMeas0sCOILPLUGSaulPlugId`
`private java.lang.String`	`CsaSeriesMrPhoenixProtocolasCoilSelectMeas0tNucleus`
`private double`	`CsaSeriesMrPhoenixProtocoldAveragesDouble`
`private double`	`CsaSeriesMrPhoenixProtocoldRefSNR`
`private double`	`CsaSeriesMrPhoenixProtocoldRefSNR_VOI`
`private int`	`CsaSeriesMrPhoenixProtocollAverages`
`private int`	`CsaSeriesMrPhoenixProtocollCombinedEchoes`
`private int`	`CsaSeriesMrPhoenixProtocollContrasts`
`private int`	`CsaSeriesMrPhoenixProtocollParadigmPeriodicity`
`private int`	`CsaSeriesMrPhoenixProtocollProtID`
`private int`	`CsaSeriesMrPhoenixProtocollRepetitions`
`private int`	`CsaSeriesMrPhoenixProtocollScanTimeSec`
`private int`	`CsaSeriesMrPhoenixProtocollTOM`
`private int`	`CsaSeriesMrPhoenixProtocollTotalScanTimeSec`
`private double`	`CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedInPlaneRot`
`private double`	`CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedPhaseFOV`
`private double`	`CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedReadoutFOV`
`private double`	`CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedThickness`
`private double`	`CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesNormaldCor`
`private double`	`CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesNormaldSag`
`private double`	`CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesNormaldTra`
`private double`	`CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesPositiondCor`
`private double`	`CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesPositiondSag`
`private double`	`CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesPositiondTra`
`private int`	`CsaSeriesMrPhoenixProtocolsAdjDatauiAdjFreMode`
`private int`	`CsaSeriesMrPhoenixProtocolsAdjDatauiAdjFreProtRelated`
`private int`	`CsaSeriesMrPhoenixProtocolsAdjDatauiAdjMDSMode`
`private int`	`CsaSeriesMrPhoenixProtocolsAdjDatauiAdjProtID`
`private int`	`CsaSeriesMrPhoenixProtocolsAdjDatauiAdjRFMapMode`
`private int`	`CsaSeriesMrPhoenixProtocolsAdjDatauiAdjShimMode`
`private int`	`CsaSeriesMrPhoenixProtocolsAdjDatauiAdjTableTolerance`
`private int`	`CsaSeriesMrPhoenixProtocolsAdjDatauiAdjVolumeValid`
`private int`	`CsaSeriesMrPhoenixProtocolsAdjDatauiAdjWatSupMode`
`private int`	`CsaSeriesMrPhoenixProtocolsAngiolDynamicReconMode`
`private int`	`CsaSeriesMrPhoenixProtocolsAngiolTemporalInterpolation`
`private int`	`CsaSeriesMrPhoenixProtocolsAngioucPCFlowMode`
`private int`	`CsaSeriesMrPhoenixProtocolsAngioucTOFInflow`
`private int`	`CsaSeriesMrPhoenixProtocolsAslulMode`
`private double[]`	`CsaSeriesMrPhoenixProtocolsAutoAligndAAMatrix`
`private double`	`CsaSeriesMrPhoenixProtocolsBladeParadBladeCoverage`
`private int`	`CsaSeriesMrPhoenixProtocolsBladeParaucMotionCorr`
`private int`	`CsaSeriesMrPhoenixProtocolsDiffusionulMode`
`private int`	`CsaSeriesMrPhoenixProtocolsDistortionCorrFilterucMode`
`private int`	`CsaSeriesMrPhoenixProtocolsEFISPECbEFIDataValid`
`private int`	`CsaSeriesMrPhoenixProtocolsFastImaginglEchoTrainDuration`
`private int`	`CsaSeriesMrPhoenixProtocolsFastImaginglEPIFactor`
`private int`	`CsaSeriesMrPhoenixProtocolsFastImaginglSegments`
`private int`	`CsaSeriesMrPhoenixProtocolsFastImaginglShots`
`private int`	`CsaSeriesMrPhoenixProtocolsFastImaginglSliceTurboFactor`
`private int`	`CsaSeriesMrPhoenixProtocolsFastImaginglTurboFactor`
`private int`	`CsaSeriesMrPhoenixProtocolsFastImagingucSegmentationMode`
`private int`	`CsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent0`
`private int`	`CsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent1`
`private int`	`CsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent2`
`private int`	`CsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent3`
`private int`	`CsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent4`
`private int`	`CsaSeriesMrPhoenixProtocolsGRADSPECbB0CompensationValid`
`private int`	`CsaSeriesMrPhoenixProtocolsGRADSPECbCrossTermCompensationValid`
`private int`	`CsaSeriesMrPhoenixProtocolsGRADSPECbDelayValid`
`private int`	`CsaSeriesMrPhoenixProtocolsGRADSPECbEddyCompensationValid`
`private int`	`CsaSeriesMrPhoenixProtocolsGRADSPECbOffsetValid`
`private int`	`CsaSeriesMrPhoenixProtocolsGRADSPECbSensitivityValid`
`private int`	`CsaSeriesMrPhoenixProtocolsGRADSPECbShimCurrentValid`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECflGSWDMinRiseTime`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECflSensitivityX`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECflSensitivityY`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECflSensitivityZ`
`private int`	`CsaSeriesMrPhoenixProtocolsGRADSPEClDelayX`
`private int`	`CsaSeriesMrPhoenixProtocolsGRADSPEClDelayY`
`private int`	`CsaSeriesMrPhoenixProtocolsGRADSPEClDelayZ`
`private int`	`CsaSeriesMrPhoenixProtocolsGRADSPEClOffsetX`
`private int`	`CsaSeriesMrPhoenixProtocolsGRADSPEClOffsetY`
`private int`	`CsaSeriesMrPhoenixProtocolsGRADSPEClOffsetZ`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflAmplitude0`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflAmplitude1`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflAmplitude2`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflTimeConstant0`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflTimeConstant1`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflTimeConstant2`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflAmplitude0`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflAmplitude1`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflAmplitude2`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflTimeConstant0`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflTimeConstant1`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflTimeConstant2`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflAmplitude0`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflAmplitude1`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflAmplitude2`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflTimeConstant0`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflTimeConstant1`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflTimeConstant2`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXYaflAmplitude0`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXYaflTimeConstant0`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXZaflAmplitude0`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXZaflTimeConstant0`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYXaflAmplitude0`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYXaflTimeConstant0`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYZaflAmplitude0`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYZaflTimeConstant0`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZXaflAmplitude0`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZXaflTimeConstant0`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZYaflAmplitude0`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZYaflTimeConstant0`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude0`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude1`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude2`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude3`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude4`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant0`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant1`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant2`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant3`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant4`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude0`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude1`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude2`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude3`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude4`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant0`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant1`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant2`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant3`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant4`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude0`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude1`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude2`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude3`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude4`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant0`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant1`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant2`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant3`
`private double`	`CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant4`
`private int`	`CsaSeriesMrPhoenixProtocolsGRADSPECucMode`
`private int[]`	`CsaSeriesMrPhoenixProtocolsGroupArrayanMember`
`private int`	`CsaSeriesMrPhoenixProtocolsGroupArrayasGroup0nSize`
`private int`	`CsaSeriesMrPhoenixProtocolsGroupArraylSize`
`private double`	`CsaSeriesMrPhoenixProtocolsGroupArraysPSatdGap`
`private double`	`CsaSeriesMrPhoenixProtocolsGroupArraysPSatdThickness`
`private double`	`CsaSeriesMrPhoenixProtocolsKSpacedAngioDynCentralRegionA`
`private double`	`CsaSeriesMrPhoenixProtocolsKSpacedAngioDynSamplingDensityB`
`private double`	`CsaSeriesMrPhoenixProtocolsKSpacedPhaseResolution`
`private double`	`CsaSeriesMrPhoenixProtocolsKSpacedSeqPhasePartialFourierForSNR`
`private double`	`CsaSeriesMrPhoenixProtocolsKSpacedSliceResolution`
`private int`	`CsaSeriesMrPhoenixProtocolsKSpacelBaseResolution`
`private int`	`CsaSeriesMrPhoenixProtocolsKSpacelImagesPerSlab`
`private int`	`CsaSeriesMrPhoenixProtocolsKSpacelLinesPerShot`
`private int`	`CsaSeriesMrPhoenixProtocolsKSpacelPartitions`
`private int`	`CsaSeriesMrPhoenixProtocolsKSpacelPhaseEncodingLines`
`private int`	`CsaSeriesMrPhoenixProtocolsKSpacelRadialInterleavesPerImage`
`private int`	`CsaSeriesMrPhoenixProtocolsKSpacelRadialViews`
`private int`	`CsaSeriesMrPhoenixProtocolsKSpaceucAsymmetricEchoMode`
`private int`	`CsaSeriesMrPhoenixProtocolsKSpaceucAveragingMode`
`private int`	`CsaSeriesMrPhoenixProtocolsKSpaceucDimension`
`private int`	`CsaSeriesMrPhoenixProtocolsKSpaceucMultiSliceMode`
`private int`	`CsaSeriesMrPhoenixProtocolsKSpaceucPhasePartialFourier`
`private int`	`CsaSeriesMrPhoenixProtocolsKSpaceucPOCS`
`private int`	`CsaSeriesMrPhoenixProtocolsKSpaceucSlicePartialFourier`
`private int`	`CsaSeriesMrPhoenixProtocolsKSpaceucTrajectory`
`private int`	`CsaSeriesMrPhoenixProtocolsKSpaceucViewSharing`
`private int`	`CsaSeriesMrPhoenixProtocolsKSpaceunReordering`
`private double`	`CsaSeriesMrPhoenixProtocolsMDSdMdsRangeExtension`
`private int`	`CsaSeriesMrPhoenixProtocolsMDSlmdsLinesPerSegment`
`private int`	`CsaSeriesMrPhoenixProtocolsMDSlTableSpeedNumerator`
`private double`	`CsaSeriesMrPhoenixProtocolsMDSsMdsEndPosSBCS_mmdTra`
`private int`	`CsaSeriesMrPhoenixProtocolsMDSulMdsModeMask`
`private int`	`CsaSeriesMrPhoenixProtocolsMDSulMdsReconMode`
`private int`	`CsaSeriesMrPhoenixProtocolsMDSulMdsVariableResolution`
`private int`	`CsaSeriesMrPhoenixProtocolsNavigatorParalBreathHoldMeas`
`private int`	`CsaSeriesMrPhoenixProtocolsNavigatorParalRespComp`
`private int`	`CsaSeriesMrPhoenixProtocolsParametricMappingucParametricMap`
`private int`	`CsaSeriesMrPhoenixProtocolsPatlAccelFact3D`
`private int`	`CsaSeriesMrPhoenixProtocolsPatlAccelFactPE`
`private int`	`CsaSeriesMrPhoenixProtocolsPatlRefLinesPE`
`private int`	`CsaSeriesMrPhoenixProtocolsPatucPATMode`
`private int`	`CsaSeriesMrPhoenixProtocolsPatucRefScanMode`
`private int`	`CsaSeriesMrPhoenixProtocolsPatucTPatAverageAllFrames`
`private int`	`CsaSeriesMrPhoenixProtocolsPhysioImaginglMethod1`
`private int`	`CsaSeriesMrPhoenixProtocolsPhysioImaginglMethod2`
`private int`	`CsaSeriesMrPhoenixProtocolsPhysioImaginglPhases`
`private int`	`CsaSeriesMrPhoenixProtocolsPhysioImaginglRetroGatedImages`
`private int`	`CsaSeriesMrPhoenixProtocolsPhysioImaginglSignal1`
`private int`	`CsaSeriesMrPhoenixProtocolsPhysioImaginglSignal2`
`private int`	`CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlArrhythmiaDetection`
`private int`	`CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlCardiacGateOffThreshold`
`private int`	`CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlCardiacGateOnThreshold`
`private int`	`CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlTriggerIntervals`
`private int`	`CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlTriggerPulses`
`private int`	`CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlTriggerWindow`
`private int`	`CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlArrhythmiaDetection`
`private int`	`CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlCardiacGateOffThreshold`
`private int`	`CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlCardiacGateOnThreshold`
`private int`	`CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlTriggerIntervals`
`private int`	`CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlTriggerPulses`
`private int`	`CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlTriggerWindow`
`private int`	`CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioNativeucFlowSenMode`
`private int`	`CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioNativeucMode`
`private int`	`CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselArrhythmiaDetection`
`private int`	`CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselCardiacGateOffThreshold`
`private int`	`CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselCardiacGateOnThreshold`
`private int`	`CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselTriggerIntervals`
`private int`	`CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselTriggerPulses`
`private int`	`CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselTriggerWindow`
`private double`	`CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioRespdGatingRatio`
`private int`	`CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioResplRespGatePhase`
`private int`	`CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioResplRespGateThreshold`
`private double`	`CsaSeriesMrPhoenixProtocolsPrepPulsesdDarkBloodFlipAngle`
`private double`	`CsaSeriesMrPhoenixProtocolsPrepPulsesdDarkBloodThickness`
`private double`	`CsaSeriesMrPhoenixProtocolsPrepPulsesdIRPulseThicknessFactor`
`private double`	`CsaSeriesMrPhoenixProtocolsPrepPulsesdT2PrepDuration`
`private int`	`CsaSeriesMrPhoenixProtocolsPrepPulsesucFatSat`
`private int`	`CsaSeriesMrPhoenixProtocolsPrepPulsesucFatSatMode`
`private int`	`CsaSeriesMrPhoenixProtocolsPrepPulsesucInversion`
`private int`	`CsaSeriesMrPhoenixProtocolsPrepPulsesucSatRecovery`
`private int`	`CsaSeriesMrPhoenixProtocolsPrepPulsesucT2Prep`
`private int`	`CsaSeriesMrPhoenixProtocolsPrepPulsesucTIScout`
`private int`	`CsaSeriesMrPhoenixProtocolsPrepPulsesucWaterSat`
`private double`	`CsaSeriesMrPhoenixProtocolsProtConsistencyInfoflGMax`
`private double`	`CsaSeriesMrPhoenixProtocolsProtConsistencyInfoflNominalB0`
`private double`	`CsaSeriesMrPhoenixProtocolsProtConsistencyInfoflRiseTime`
`private int`	`CsaSeriesMrPhoenixProtocolsProtConsistencyInfolMaximumNofRxReceiverChannels`
`private java.lang.String`	`CsaSeriesMrPhoenixProtocolsProtConsistencyInfotBaselineString`
`private java.lang.String`	`CsaSeriesMrPhoenixProtocolsProtConsistencyInfotSystemType`
`private int`	`CsaSeriesMrPhoenixProtocolsRawFilterlSlope_256`
`private int`	`CsaSeriesMrPhoenixProtocolsRawFilterucMode`
`private int`	`CsaSeriesMrPhoenixProtocolsRawFilterucOn`
`private double`	`CsaSeriesMrPhoenixProtocolsRSatArrayasElm0dThickness`
`private double`	`CsaSeriesMrPhoenixProtocolsRSatArrayasElm0sNormaldCor`
`private double`	`CsaSeriesMrPhoenixProtocolsRSatArrayasElm0sNormaldSag`
`private double`	`CsaSeriesMrPhoenixProtocolsRSatArrayasElm0sNormaldTra`
`private double`	`CsaSeriesMrPhoenixProtocolsRSatArrayasElm0sPositiondCor`
`private double`	`CsaSeriesMrPhoenixProtocolsRSatArrayasElm0sPositiondSag`
`private double`	`CsaSeriesMrPhoenixProtocolsRSatArrayasElm0sPositiondTra`
`private int`	`CsaSeriesMrPhoenixProtocolsRSatArraylSize`
`private int`	`CsaSeriesMrPhoenixProtocolsRXSPECalDwellTime0`
`private int`	`CsaSeriesMrPhoenixProtocolsRXSPECbGainValid`
`private int`	`CsaSeriesMrPhoenixProtocolsRXSPEClGain`
`private int[]`	`CsaSeriesMrPhoenixProtocolsSliceArrayanAsc`
`private int[]`	`CsaSeriesMrPhoenixProtocolsSliceArrayanPos`
`private double[]`	`CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdInPlaneRot`
`private double[]`	`CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdPhaseFOV`
`private double[]`	`CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdReadoutFOV`
`private double[]`	`CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdThickness`
`private double[]`	`CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsNormaldCor`
`private double[]`	`CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsNormaldSag`
`private double[]`	`CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsNormaldTra`
`private double[]`	`CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsPositiondCor`
`private double[]`	`CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsPositiondSag`
`private double[]`	`CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsPositiondTra`
`private int`	`CsaSeriesMrPhoenixProtocolsSliceArraylConc`
`private int`	`CsaSeriesMrPhoenixProtocolsSliceArraylSize`
`private double`	`CsaSeriesMrPhoenixProtocolsSliceArraysTSatdThickness`
`private int`	`CsaSeriesMrPhoenixProtocolsSliceArrayucMode`
`private int`	`CsaSeriesMrPhoenixProtocolsSpecParalAutoRefScanNo`
`private int`	`CsaSeriesMrPhoenixProtocolsSpecParalDecouplingType`
`private int`	`CsaSeriesMrPhoenixProtocolsSpecParalExcitationType`
`private int`	`CsaSeriesMrPhoenixProtocolsSpecParalNOEType`
`private int`	`CsaSeriesMrPhoenixProtocolsSpecParalPhaseCyclingType`
`private int`	`CsaSeriesMrPhoenixProtocolsSpecParalPhaseEncodingType`
`private int`	`CsaSeriesMrPhoenixProtocolsSpecParalRFExcitationBandwidth`
`private int`	`CsaSeriesMrPhoenixProtocolsSpecParalSpecAppl`
`private int`	`CsaSeriesMrPhoenixProtocolsSpecParalSpectralSuppression`
`private int`	`CsaSeriesMrPhoenixProtocolsSpecParaucRemoveOversampling`
`private int[]`	`CsaSeriesMrPhoenixProtocolsTXSPECaRFPULSEnbAmplitudeValid`
`private double[]`	`CsaSeriesMrPhoenixProtocolsTXSPECaRFPULSEnflAmplitude`
`private java.lang.String[]`	`CsaSeriesMrPhoenixProtocolsTXSPECaRFPULSEntName`
`private int`	`CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bAmplitudeCorrectionValid`
`private int`	`CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bFrequencyValid`
`private int`	`CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bReferenceAmplitudeValid`
`private int`	`CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bRFPAIndexValid`
`private double`	`CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0flAmplitudeCorrection`
`private double`	`CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0flReferenceAmplitude`
`private int`	`CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0lFrequency`
`private java.lang.String`	`CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0tNucleus`
`private int`	`CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bAmplitudeCorrectionValid`
`private int`	`CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bFrequencyValid`
`private int`	`CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bReferenceAmplitudeValid`
`private int`	`CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bRFPAIndexValid`
`private double`	`CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1flAmplitudeCorrection`
`private int`	`CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1lRFPAIndex`
`private int`	`CsaSeriesMrPhoenixProtocolsTXSPECbKDynValid`
`private double`	`CsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeClipHigh`
`private double`	`CsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeClipLow`
`private double`	`CsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeMax`
`private double`	`CsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeMin`
`private double`	`CsaSeriesMrPhoenixProtocolsTXSPECflKDynPhaseClip`
`private double`	`CsaSeriesMrPhoenixProtocolsTXSPECflKDynPhaseMax`
`private int`	`CsaSeriesMrPhoenixProtocolsTXSPEClBCExcitationMode`
`private int`	`CsaSeriesMrPhoenixProtocolsTXSPEClBCSeqExcitationMode`
`private int`	`CsaSeriesMrPhoenixProtocolsTXSPEClNoOfTraPulses`
`private int`	`CsaSeriesMrPhoenixProtocolsTXSPECucBCExcitationModeValid`
`private int`	`CsaSeriesMrPhoenixProtocolsTXSPECucExcitMode`
`private int`	`CsaSeriesMrPhoenixProtocolsTXSPECucRFPulseType`
`private int`	`CsaSeriesMrPhoenixProtocolsTXSPECucSimultaneousExcitation`
`private double[]`	`CsaSeriesMrPhoenixProtocolsWiPMemBlockadFree`
`private int[]`	`CsaSeriesMrPhoenixProtocolsWiPMemBlockalFree`
`private java.lang.String`	`CsaSeriesMrPhoenixProtocolsWiPMemBlocktFree`
`private java.lang.String`	`CsaSeriesMrPhoenixProtocoltdefaultEVAProt`
`private java.lang.String`	`CsaSeriesMrPhoenixProtocoltProtocolName`
`private java.lang.String`	`CsaSeriesMrPhoenixProtocoltReferenceImage0`
`private java.lang.String`	`CsaSeriesMrPhoenixProtocoltReferenceImage1`
`private java.lang.String`	`CsaSeriesMrPhoenixProtocoltReferenceImage2`
`private java.lang.String`	`CsaSeriesMrPhoenixProtocoltSequenceFileName`
`private int`	`CsaSeriesMrPhoenixProtocolucAAMode`
`private int`	`CsaSeriesMrPhoenixProtocolucAARefMode`
`private int`	`CsaSeriesMrPhoenixProtocolucAARegionMode`
`private int`	`CsaSeriesMrPhoenixProtocolucAutoAlignInit`
`private int`	`CsaSeriesMrPhoenixProtocolucBold3dPace`
`private int[]`	`CsaSeriesMrPhoenixProtocolucBOLDParadigmArray`
`private int`	`CsaSeriesMrPhoenixProtocolucCineMode`
`private int`	`CsaSeriesMrPhoenixProtocolucCoilCombineMode`
`private int`	`CsaSeriesMrPhoenixProtocolucDisableChangeStoreImages`
`private int`	`CsaSeriesMrPhoenixProtocolucDixon`
`private int`	`CsaSeriesMrPhoenixProtocolucDixonSaveOriginal`
`private int`	`CsaSeriesMrPhoenixProtocolucEnableIntro`
`private int`	`CsaSeriesMrPhoenixProtocolucEnableNoiseAdjust`
`private int`	`CsaSeriesMrPhoenixProtocolucFlipAngleMode`
`private int`	`CsaSeriesMrPhoenixProtocolucForcePositioningOnNDIS`
`private int`	`CsaSeriesMrPhoenixProtocolucInteractiveRealtime`
`private int`	`CsaSeriesMrPhoenixProtocolucInternalTablePosValid`
`private int`	`CsaSeriesMrPhoenixProtocolucOneSeriesForAllMeas`
`private int`	`CsaSeriesMrPhoenixProtocolucPHAPSMode`
`private int`	`CsaSeriesMrPhoenixProtocolucReadOutMode`
`private int`	`CsaSeriesMrPhoenixProtocolucReconstructionMode`
`private int`	`CsaSeriesMrPhoenixProtocolucScanRegionPosValid`
`private int`	`CsaSeriesMrPhoenixProtocolucSequenceType`
`private int`	`CsaSeriesMrPhoenixProtocolucTablePositioningMode`
`private int`	`CsaSeriesMrPhoenixProtocolucWaitForPrepareCompletion`
`private int`	`CsaSeriesMrPhoenixProtocolulVersion`
`private int`	`CsaSeriesMrPhoenixProtocolWaitForUserStart`
`private int`	`CsaSeriesMrProtocolVersion`
`private int`	`CsaSeriesNumberOfPrescans`
`private int`	`CsaSeriesOperation_mode_flag`
`private java.lang.String`	`CsaSeriesPATModeText`
`private java.lang.String`	`CsaSeriesPatReinPattern`
`private double`	`CsaSeriesPhaseGradientAmplitude`
`private java.lang.String`	`CsaSeriesPositivePCSDirections`
`private int`	`CsaSeriesProtocolChangeHistory`
`private double`	`CsaSeriesReadoutGradientAmplitude`
`private double`	`CsaSeriesReadoutOS`
`private int[]`	`CsaSeriesRelTablePosition`
`private java.lang.String`	`CsaSeriesRFSWDMostCriticalAspect`
`private int`	`CsaSeriesRFSWDOperationMode`
`private int`	`CsaSeriesRfWatchdogMask`
`private double[]`	`CsaSeriesSARMostCriticalAspect`
`private double[]`	`CsaSeriesSed`
`private double`	`CsaSeriesSelectionGradientAmplitude`
`private java.lang.String`	`CsaSeriesSequenceFileOwner`
`private int`	`CsaSeriesSliceArrayConcatenations`
`private double`	`CsaSeriesSliceResolution`
`private double`	`CsaSeriesStim_faktor`
`private double[]`	`CsaSeriesStim_lim`
`private double`	`CsaSeriesStim_max_ges_norm_online`
`private double[]`	`CsaSeriesStim_max_online`
`private int`	`CsaSeriesStim_mon_mode`
`private double`	`CsaSeriesSW_korr_faktor`
`private double`	`CsaSeriest_puls_max`
`private int[]`	`CsaSeriesTablePositionOrigin`
`private double`	`CsaSeriesTalesReferencePower`
`private double`	`CsaSeriesTransmitterCalibration`
`private double`	`dBdt`
`private double[][]`	`dcmmeta_affine`
`private double[][]`	`dcmmeta_reorient_transform`
`private int[]`	`dcmmeta_shape`
`private int`	`dcmmeta_slice_dim`
`private double`	`dcmmeta_version`
`private int[]`	`degree`
`private java.lang.String`	`descrip`	Any text you like
`static short`	`DT_BINARY`	Binary (1 bit/voxel)
`static short`	`DT_NONE`	Unspecified original unscaled source data type
`static short`	`DT_UNKNOWN`	Unknown original unscaled source data type
`private int[][]`	`dtComponent`
`private int`	`echoNumbers`
`private double`	`echoTime`
`private int`	`echoTrainLength`
`private int[]`	`ecode`
`private int[]`	`esize`
`private double`	`flipAngle`
`private int`	`freq_dim`	Bits 0 and 1 of the dim_info character contain the freq_dim information. 0 for "No frequency encoding direction is present", 1 for "Frequency encoding in the x direction", 2 for "Frequency encoding in the y direction", and 3 for "Frequency encoding in the z direction".
`private boolean`	`haveDcmMeta`
`private int`	`highBit`
`private java.lang.String`	`imagedNucleus`
`private double[]`	`imageOrientationPatient`
`private double[]`	`imagePositionPatient`
`private java.lang.String[]`	`imageType`
`private double`	`imagingFrequency`
`private java.lang.String`	`inPlanePhaseEncodingDirection`
`private double[]`	`InstanceCreationTime`
`private int[]`	`InstanceNumber`
`private int`	`intentCode`	The intent_code field can be used to indicate that the voxel data has some particular meaning.
`private java.lang.String`	`intentName`	The intent_name field provides space for a 15 character (plus 0 byte) name string for the type of data stored.
`private double`	`intentP1`	If present, first auxiliary parameter used with intentCode
`private double`	`intentP2`	If present, second auxiliary parameter used with intentCode
`private double`	`intentP3`	If present, third auxiliary parameter used with intentCode
`private int`	`largestImagePixelValue`
`private double`	`magneticFieldStrength`
`private java.lang.String`	`manufacturer`
`private java.lang.String`	`manufacturerModelName`
`private TransMatrix`	`matrixQ`
`private TransMatrix`	`matrixS`
`private java.lang.String[]`	`mindIdent`
`private java.lang.String`	`modalityString`
`private java.lang.String`	`MRAcquisitionType`
`private static int`	`NIFTI_ECODE_AFNI`	ASCII XML-ish elements
`private static int`	`NIFTI_ECODE_B_VALUE`	A B_Value field contains a single 32-bit floating point value representing a diffusion-weighing b-value in units of s/mm-squared.
`private static int`	`NIFTI_ECODE_CARET`
`private static int`	`NIFTI_ECODE_COMMENT`	Plain ASCII text only
`private static int`	`NIFTI_ECODE_DT_COMPONENT`	The contents of a DT_COMPONENT field are a set of 32-bit integers which specify the indices of a single diffusion tensor component.
`private static int`	`NIFTI_ECODE_MIND_IDENT`	The contents of a MIND_IDENT field are character data which serve to identify the type of DWI data structure represented by the MIND extended header fields whcih follow.
`private static int`	`NIFTI_ECODE_SHC_DEGREEORDER`	The SHC_DEGREEORDER field specifies the degree (l) and order (m) of a spherical harmonic basis function as a pair of 32-bit integers, with the degree preceding the order. m can take values between -l and +l, inclusive.
`private static int`	`NIFTI_ECODE_SPHERICAL_DIRECTION`	A SPHERICAL_DIRECTION field contains two 32-bit floating point values which represent a direction in spherical coordinates.
`static short`	`NIFTI_FIRST_STATCODE`	Smallest intent code that indicates a statistic.
`static short`	`NIFTI_INTENT_BETA`	Beta distribution (2 params): p1 = a, p2 = b Density (x) proportional to x^(a-1) * (1-x)^(b-1).
`static short`	`NIFTI_INTENT_BINOM`	Binomial distribution (2 params): p1 = number of trials, p2 = probability per trial Prob(x) = (p1 choose x) * p2^x * (1-p2)^(p1-x), for x = 0,1,...p1.
`static short`	`NIFTI_INTENT_CHI`	Chi distribution (1 param): p1 = DOF Density (x) proportional to x^(p1-1) * exp(-x^2/2) for x > 0 p1 = 1 = 'half normal distribution p1 = 2 = Rayleigh distribution p1 = 3 = Maxwell_Boltzmann distribution.
`static short`	`NIFTI_INTENT_CHISQ`	Chi-squared (1 param): p1 = DOF Density(x) proportional to exp(-x/2) * x^(p1/2 - 1).
`static short`	`NIFTI_INTENT_CHISQ_NONC`	Noncentral chi-squared statistic (2 params): p1 = DOF, p2 = noncentrality parameter.
`static short`	`NIFTI_INTENT_CORREL`	Correlation coefficient R (1 param): p1 = degrees of freedom R/sqrt(1-R*R) is t-distributed with p1 DOF.
`static short`	`NIFTI_INTENT_DIMLESS`	Dimensionless value - no params - although, as in _ESTIMATE the name of the parameter may be stored in intent_name.
`static short`	`NIFTI_INTENT_DISPVECT`	To signify that the vector value at each voxel is to be taken as a displacement field or vector: Dataset must have a 5th dimension dim[5] must be the dimensionality of the displacement vector (e.g., 3 for spatial displacement, 2 for in-plane).
`static short`	`NIFTI_INTENT_ESTIMATE`	The value at each voxel is an estimate of some parameter The name of the parameter may be stored in intentName.
`static short`	`NIFTI_INTENT_EXTVAL`	Extreme value type I (2 params): p1 = location, p2 = scale cdf(x) = exp(-exp(-(x-p1)/p2)).
`static short`	`NIFTI_INTENT_FTEST`	Fisher F statistic (2 params): p1 = numerator DOF, p2 = denominator DOF.
`static short`	`NIFTI_INTENT_FTEST_NONC`	Noncentral F statistic (3 params): p1 = numerator DOF, p2 = denominator DOF, p3 = numerator noncentrality parameter.
`static short`	`NIFTI_INTENT_GAMMA`	Gamma distribution (2 params): p1 = shape, p2 = scale Density (x) proportional to x^(p1-1) * exp(-p2*x).
`static short`	`NIFTI_INTENT_GENMATRIX`	To store an M x N matrix at each voxel Dataset must have a 5th dimension (dim[0] = 5 and dim[5] > 1) dim[5] must be M*N intentP1 must be M (in float format) intentP2 must be N (in float format) the matrix values A[i][j] are stored in row order: A[0][0] A[0][1] ...
`static short`	`NIFTI_INTENT_INVGAUSS`	Inverse Gaussian (2 params): p1 = mu, p2 = lambda Density (x) proportional to exp(-p2(x-p1)^2/(2p1^2*x)) / x^3 for x > 0.
`static short`	`NIFTI_INTENT_LABEL`	The value at each voxel is an index into some set of labels The filename with the labels may be stored in auxFile.
`static short`	`NIFTI_INTENT_LAPLACE`	Laplace distribution (2 params): p1 = location, p2 = scale Density (x) proportional to exp(-abs(x-p1)/p2).
`static short`	`NIFTI_INTENT_LOG10PVAL`	Data is log10(p-value) (no params).
`static short`	`NIFTI_INTENT_LOGISTIC`	Logistic distribution (2 params): p1 = location, p2 = scale Density (x) proportional to sech^2((x-p1)/(2*p2)).
`static short`	`NIFTI_INTENT_LOGPVAL`	Data is ln(p-value) (no params).
`static short`	`NIFTI_INTENT_NEURONAME`	The value at each voxel is an index into the NeuroNames labels set.
`static short`	`NIFTI_INTENT_NODE_INDEX`	To signify that the value at each location is a node index, from a complete surface dataset.
`static short`	`NIFTI_INTENT_NONE`	Default, no intent indicated.
`static short`	`NIFTI_INTENT_NORMAL`	Normal distribution (2 params): p1 = mean, p2 = standard deviation.
`static short`	`NIFTI_INTENT_POINTSET`	To signify that the vector value at each voxel is really a spatial coordinate (e.g., the verticies or nodes of a surface mesh): dim[0] = 5 dim[1] = number of points dim[2] = dim[3] = dim[4] = 1 dim[5] must be the dimensionality of space (e.g., 3 => 3D space) intentName may describe the object these points come from (e.g., "pial", "gray/white", "EEG", "MEG").
`static short`	`NIFTI_INTENT_POISSON`	Poisson distribution (1 param): p1 = mean Prob(x) = exp(-p1) * p1^x/x!
`static short`	`NIFTI_INTENT_PVAL`	Data is a 'p-value' (no params).
`static short`	`NIFTI_INTENT_QUATERNION`	To signify that the vector value at each voxel is a quaternion: Dataset must have a 5th dimension dim[0] = 5 dim[5] = 4 dataType should be a floating point type.
`static short`	`NIFTI_INTENT_RGB_VECTOR`	To signify that the vector value at each location is an RGB triplet, of whatever type. - dataset must have a 5th dimension - dim[0] = 5 - dim[1] = number of nodes - dim[2] = dim[3] = dim[4] = 1 - dim[5] = 3
`static short`	`NIFTI_INTENT_RGBA_VECTOR`	To signify that the vector value at each location is a 4 valued RGBA vector, of whatever type. - dataset must have a 5th dimension - dim[0] = 5 - dim[1] = number of nodes - dim[2] = dim[3] = dim[4] = 1 - dim[5] = 4
`static short`	`NIFTI_INTENT_SHAPE`	To signify that the value at each location is a shape value, such as the curvature.
`static short`	`NIFTI_INTENT_SYMMATRIX`	To store an NxN symmetric matrix at each voxel Dataset must have a 5th dimension dim[5] must be N*(N+1)/2 intentP1 must be N (in float format) The matrix values A[i][j] are stored in row order A[0][0] A[1][0] A[1][1] A{2][0] A[2][1] A[2][2].
`static short`	`NIFTI_INTENT_TIME_SERIES`	To signify that each value at each location is from a time series.
`static short`	`NIFTI_INTENT_TRIANGLE`	To signify that the vector value at each voxel is really a triple of indexes (e.g., forming a triangle) from a pointset dataset: Dataset must have a fifth dimension dim[0] = 5 dim[1] = number of triangles dim[2] = dim[3] = dim[4] = 1 dim[5] = 3 dataType should be an integer type (preferably DT_INT32) The data values are indexes (0,1,...) into a pointset dataset.
`static short`	`NIFTI_INTENT_TTEST`	Student t statistic (1 param): p1 = DOF.
`static short`	`NIFTI_INTENT_TTEST_NONC`	Noncentral t statistic (2 params): p1 = DOF, p2 = noncentrality parameter.
`static short`	`NIFTI_INTENT_UNIFORM`	Uniform distribution: p1 = lower end, p2 = upper end.
`static short`	`NIFTI_INTENT_VECTOR`	DOCUMENT ME!
`static short`	`NIFTI_INTENT_WEIBULL`	Weibull distribution (3 params): p1 = location, p2 = scale, p3 = power Density (x) proportional to ((x-p1)/p2)^(p3-1) * exp(-((x-p1)/p2)^p3) for x > p1.
`static short`	`NIFTI_INTENT_ZSCORE`	Standard normal (0 params): Density = N(0,1).
`static short`	`NIFTI_LAST_STATCODE`	Largest intent code that indicates a statistic.
`static byte`	`NIFTI_SLICE_ALT_DEC`	Alternating decreasing pattern of slice acquisition slice timing starts at slice_end
`static byte`	`NIFTI_SLICE_ALT_DEC2`	Alternating decreasing pattern of slice acquisition # 2 Slice timing starts at slice_end - 1
`static byte`	`NIFTI_SLICE_ALT_INC`	Alternating increasing pattern of slice acquisition Slice timing starts at slice_start
`static byte`	`NIFTI_SLICE_ALT_INC2`	Alternating increasing pattern of slice acquisition # 2 Slice timing starts at slice_start + 1
`static byte`	`NIFTI_SLICE_SEQ_DEC`	Sequential decreasing pattern of slice acquisition
`static byte`	`NIFTI_SLICE_SEQ_INC`	Sequential increasing pattern of slice acquisition
`static short`	`NIFTI_TYPE_COMPLEX128`	128 bit COMPLEX = 2 64 bit floats.
`static short`	`NIFTI_TYPE_COMPLEX256`	256 bit COMPLEX = 2 128 bit floats.
`static short`	`NIFTI_TYPE_COMPLEX64`	64 bit COMPLEX = 2 32 bit floats.
`static short`	`NIFTI_TYPE_FLOAT128`	128 bit floating point number - MIPAV cannot handle
`static short`	`NIFTI_TYPE_FLOAT32`	Float (32 bits/voxel)
`static short`	`NIFTI_TYPE_FLOAT64`	Double (64 bits/voxel)
`static short`	`NIFTI_TYPE_INT16`	Signed short (16 bits/voxel)
`static short`	`NIFTI_TYPE_INT32`	Signed int (32 bits/voxel)
`static short`	`NIFTI_TYPE_INT64`	Signed long (64 bits/voxel)
`static short`	`NIFTI_TYPE_INT8`	Signed char (8 bits/voxel)
`static short`	`NIFTI_TYPE_RGB24`	RGB triple (24 bits/voxel)
`static short`	`NIFTI_TYPE_UINT16`	Unsigned short (16 bits/voxel)
`static short`	`NIFTI_TYPE_UINT32`	Unsigned integer (32 bits/voxel)
`static short`	`NIFTI_TYPE_UINT64`	Unsigned long (64 bits/voxel)
`static short`	`NIFTI_TYPE_UINT8`	Unsigned character (8 bits/voxel)
`static int`	`NIFTI_UNITS_HZ`	Temporal units are in Hertz
`static int`	`NIFTI_UNITS_METER`	Spatial units are in meters
`static int`	`NIFTI_UNITS_MICRON`	Spatial units are in micrometers
`static int`	`NIFTI_UNITS_MM`	Spatial units are in millimeters
`static int`	`NIFTI_UNITS_MSEC`	Temporal units are in milliseconds
`static int`	`NIFTI_UNITS_PPM`	Temporal units are in parts per million
`static int`	`NIFTI_UNITS_RADS`	Temporal units are in radians per second
`static int`	`NIFTI_UNITS_SEC`	Temporal units are in seconds
`static int`	`NIFTI_UNITS_UNKNOWN`	Unknown spatial or temporal units
`static int`	`NIFTI_UNITS_USEC`	Temporal units are in microseconds
`static short`	`NIFTI_XFORM_ALIGNED_ANAT`	Coordinates aligned to another file's or to anatomical "truth".
`static short`	`NIFTI_XFORM_MNI_152`	MNI 152 normalized coordiantes.
`static short`	`NIFTI_XFORM_SCANNER_ANAT`	Scanner based anatomical coordinates.
`static short`	`NIFTI_XFORM_TALAIRACH`	Coordinates aligned to Talairach-Tournoux Atlas; (0,0,0) = AC, etc.
`static short`	`NIFTI_XFORM_UNKNOWN`	Arbitrary coordinates.
`private double`	`numberOfAverages`
`private int`	`numberOfPhaseEncodingSteps`
`private int[]`	`order`
`private java.lang.String`	`patientOrientationString`
`private double`	`percentPhaseFieldOfView`
`private double`	`percentSampling`
`private java.lang.String`	`performedProcedureStepStartTime`
`private int`	`phase_dim`	Bits 2 and 3 of the dim_info character contain the phase_dim information. 0 for "No phase encoding direction is present", 1 for "Phase encoding in the x direction", 2 for "Phase encoding in the y direction", and 3 for "Phase encoding in the z direction".
`private java.lang.String`	`photometricInterpretation`
`private double`	`pixelBandwidth`
`private int`	`pixelRepresentation`
`private double[]`	`pixelSpacing`
`private double`	`repetitionTime`
`private int`	`rows`
`private int`	`samplesPerPixel`
`private double`	`SAR`
`private java.lang.String`	`scanningSequence`
`private java.lang.String`	`scanOptions`
`private double`	`scl_inter`
`private double`	`scl_slope`	If the scl_slope field is nonzero, then each voxel value in the dataset should be scaled as y = scl_slope * x + scl_inter where x = voxel value stored y = "true" voxel value Normally, we would expect this scaling to be used to store "true" floating values in a smaller integer datatype, but that is not required.
`private java.lang.String`	`sequenceName`
`private java.lang.String`	`sequenceVariant`
`private static long`	`serialVersionUID`	Use serialVersionUID for interoperability.
`private int`	`seriesNumber`
`private java.lang.String`	`seriesTime`
`private int`	`sizeof_hdr`	Should always be a length of 348.
`private int`	`slice_dim`	Bits 4 and 5 of the dim_info character contain the slice_dim information. 0 for "No slice acquisition direction is present", 1 for "Slice acquisition in the x direction", 2 for "Slice acquisition in the y direction", and 3 for "Slice acquisition in the z direction".
`private byte`	`sliceCode`	If this is nonzero, AND if slice_dim is nonzero, AND if slice_duration is positive, indicates the timing pattern of the slice acquisition.
`private double`	`sliceDuration`	Time used to acquire 1 slice.
`private long`	`sliceEnd`	Slice timing pattern ends with slice = (sliceEnd + 1)
`private double`	`sliceLocation`
`private long`	`sliceStart`	Slice timing pattern starts with slice = (sliceStart + 1)
`private int`	`smallestImagePixelValue`
`private java.lang.String`	`softwareVersions`
`private short`	`sourceBitPix`	Source bits per pixel : 1,8,16,32,64,128 24(rgb).
`private short`	`sourceType`	Original unscaled source data type
`private double`	`spacingBetweenSlices`
`private java.lang.String`	`specificCharacterSet`
`private java.lang.String`	`studyTime`
`private java.lang.String`	`transmitCoilName`
`private java.lang.String`	`variableFlipAngleFlag`
`private long`	`vox_offset`	If the magic field is "n+1", then the voxel data is stored in the same file as the header.
`private double[]`	`WindowCenter`
`private java.lang.String`	`windowCenterWidthExplanation`
`private double[]`	`WindowWidth`
`private float[]`	`zenith`

Fields inherited from class gov.nih.mipav.model.file.FileInfoBase
ANGSTROMS, ANGSTROMS_STRING, AXIAL, axisOrientation, axisOrientationStr, BIOMAGNETIC_IMAGING, cameraMake, cameraModel, CENTIMETERS, CENTIMETERS_STRING, COLOR_FLOW_DOPPLER, COMPRESSION_BZIP2, COMPRESSION_GZIP, COMPRESSION_NONE, COMPRESSION_ZIP, COMPUTED_RADIOGRAPHY, COMPUTED_TOMOGRAPHY, conversionSpaceTimeUnits, CORONAL, DEGREES, DEGREES_STRING, DIAPHANOGRAPHY, DIGITAL_RADIOGRAPHY, DUPLEX_DOPPLER, ENDOSCOPY, exposureTime, EXTERNAL_CAMERA_PHOTOGRAPHY, FA, fileName, fileSuffix, FNumber, focalLength, focalLength35, GENERAL_MICROSCOPY, HARDCOPY, HOURS, HOURS_STRING, HZ, HZ_STRING, ICG, imageOrientation, INCHES, INCHES_STRING, INTRAORAL_RADIOGRAPHY, ISOSpeedRating, KILOMETERS, KILOMETERS_STRING, LASER_SURFACE_SCAN, MAGNETIC_RESONANCE, MAGNETIC_RESONANCE_ANGIOGRAPHY, MAGNETIC_RESONANCE_SPECTROSCOPY, MAMMOGRAPHY, METERS, METERS_STRING, MICROMETERS, MICROMETERS_STRING, MICROSEC, MICROSEC_STRING, MILES, MILES_STRING, MILLIMETERS, MILLIMETERS_STRING, MILLISEC, MILLISEC_STRING, MILS, MILS_STRING, MINUTES, MINUTES_STRING, modality, NANOMETERS, NANOMETERS_STRING, NANOSEC, NANOSEC_STRING, NUCLEAR_MEDICINE, ORI_A2P_TYPE, ORI_I2S_TYPE, ORI_L2R_TYPE, ORI_P2A_TYPE, ORI_R2L_TYPE, ORI_S2I_TYPE, ORI_UNKNOWN_TYPE, origin, OTHER, PANORAMIC_XRAY, POSITRON_EMISSION_TOMOGRAPHY, PPM, PPM_STRING, RADIO_FLUOROSCOPY, RADIOGRAPHIC_IMAGING, RADIOTHERAPY_DOSE, RADIOTHERAPY_IMAGE, RADIOTHERAPY_PLAN, RADIOTHERAPY_RECORD, RADIOTHERAPY_STRUCTURE_SET, RADS, RADS_STRING, RED_FREE, SAGITTAL, SECONDS, SECONDS_STRING, SINGLE_PHOTON_EMISSION_COMPUTED_TOMOGRAPHY, SLIDE_MICROSCOPY, sUnits, tagDescription, tagName, THERMOGRAPHY, TRANSFORM_ANOTHER_DATASET, TRANSFORM_MNI_152, TRANSFORM_SCANNER_ANATOMICAL, TRANSFORM_TALAIRACH_TOURNOUX, TRANSFORM_UNKNOWN, tUnits, ULTRASOUND, unitsOfMeasure, UNKNOWN_MEASURE, UNKNOWN_MODALITY, UNKNOWN_ORIENT, UNKNOWN_STRING, XRAY_ANGIOGRAPHY

Constructor Summary

Constructors
Constructor Description

FileInfoNIFTI(java.lang.String name, java.lang.String directory, int format)
file info storage constructor.

Method Summary

All Methods Instance Methods Concrete Methods
Modifier and Type	Method	Description
`void`	`displayAboutInfo(JDialogBase dlog, TransMatrix matrix)`	Displays the file information.
`private java.lang.String`	`ecodeIntToString(int ecode)`
`java.lang.String`	`getAccessionNumber()`
`int[]`	`getAcquisitionMatrix()`
`int[]`	`getAcquisitionNumber()`
`double[]`	`getAcquisitionTime()`
`java.lang.String`	`getAngioFlag()`
`java.lang.String`	`getAuxFile()`	accessor to the aux_file string.
`short`	`getBitPix()`	accessor to the bitpix value.
`int`	`getBitsAllocated()`
`int`	`getBitsStored()`
`double`	`getCalMax()`	accessor to cal-max.
`double`	`getCalMin()`	accessor to cal-min.
`int`	`getColumns()`
`double[]`	`getContentTime()`
`int`	`getCoordCode()`	Returns type of x, y, z coordinates.
`int`	`getCoordCode2()`	Returns type of x, y, z coordinates 2.
`java.lang.String`	`getCsaImageAcquisitionMatrixText()`
`double`	`getCsaImageBandwidthPerPixelPhaseEncode()`
`int`	`getCsaImageEchoColumnPosition()`
`int`	`getCsaImageEchoLinePosition()`
`int`	`getCsaImageEchoPartitionPosition()`
`java.lang.String`	`getCsaImageGSWDDataType()`
`java.lang.String[]`	`getCsaImageICE_Dims()`
`int[]`	`getCsaImageImaAbsTablePosition()`
`java.lang.String`	`getCsaImageImaCoilString()`
`java.lang.String`	`getCsaImageImaPATModeText()`
`int[]`	`getCsaImageImaRelTablePosition()`
`int`	`getCsaImageMeasuredFourierLines()`
`double[][]`	`getCsaImageMosaicRefAcqTimes()`
`int`	`getCsaImageMultistepIndex()`
`int`	`getCsaImageNonPlanarImage()`
`int`	`getCsaImageNumberOfImagesInMosaic()`
`int`	`getCsaImagePhaseEncodingDirectionPositive()`
`int`	`getCsaImageProtocolSliceNumber()`
`int`	`getCsaImageRealDwellTime()`
`java.lang.String`	`getCsaImageRFSWDDataType()`
`int`	`getCsaImageSequenceMask()`
`double[]`	`getCsaImageSliceMeasurementDuration()`
`double[]`	`getCsaImageSliceNormalVector()`
`double[]`	`getCsaImageSlicePosition_PCS()`
`double[]`	`getCsaImageTimeAfterStart()`
`int`	`getCsaImageUsedChannelMask()`
`int`	`getCsaSeriesAbsTablePosition()`
`double[]`	`getCsaSeriesB1rms()`
`java.lang.String`	`getCsaSeriesB1rmsSupervision()`
`java.lang.String`	`getCsaSeriesCoilForGradient()`
`java.lang.String`	`getCsaSeriesCoilForGradient2()`
`int[]`	`getCsaSeriesCoilId()`
`java.lang.String`	`getCsaSeriesCoilString()`
`double`	`getCsaSeriesdBdt_limit()`
`double`	`getCsaSeriesdBdt_max()`
`double`	`getCsaSeriesdBdt_thresh()`
`java.lang.String`	`getCsaSeriesFlowCompensation()`
`double[]`	`getCsaSeriesGradientDelayTime()`
`java.lang.String`	`getCsaSeriesGradientMode()`
`int`	`getCsaSeriesIsocentered()`
`java.lang.String`	`getCsaSeriesLongModelName()`
`int[]`	`getCsaSeriesMiscSequenceParam()`
`int`	`getCsaSeriesMrPhoenixProtocolacFlowComp0()`
`double`	`getCsaSeriesMrPhoenixProtocoladFlipAngleDegree0()`
`int`	`getCsaSeriesMrPhoenixProtocolalTE0()`
`int`	`getCsaSeriesMrPhoenixProtocolalTR0()`
`int[]`	`getCsaSeriesMrPhoenixProtocolasCoilSelectMeas0aFFT_SCALEnbValid()`
`double[]`	`getCsaSeriesMrPhoenixProtocolasCoilSelectMeas0aFFT_SCALEnflFactor()`
`int[]`	`getCsaSeriesMrPhoenixProtocolasCoilSelectMeas0aFFT_SCALEnlRxChannel()`
`int[]`	`getCsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnlElementSelected()`
`int[]`	`getCsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnlRxChannelConnected()`
`int[]`	`getCsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnsCoilElementIDlCoilCopy()`
`java.lang.String[]`	`getCsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnsCoilElementIDtCoilID()`
`java.lang.String[]`	`getCsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnsCoilElementIDtElement()`
`int`	`getCsaSeriesMrPhoenixProtocolasCoilSelectMeas0iUsedRFactor()`
`int[]`	`getCsaSeriesMrPhoenixProtocolasCoilSelectMeas0sCOILPLUGSauiNmbrOfNibbles()`
`int[]`	`getCsaSeriesMrPhoenixProtocolasCoilSelectMeas0sCOILPLUGSaulPlugId()`
`java.lang.String`	`getCsaSeriesMrPhoenixProtocolasCoilSelectMeas0tNucleus()`
`double`	`getCsaSeriesMrPhoenixProtocoldAveragesDouble()`
`double`	`getCsaSeriesMrPhoenixProtocoldRefSNR()`
`double`	`getCsaSeriesMrPhoenixProtocoldRefSNR_VOI()`
`int`	`getCsaSeriesMrPhoenixProtocollAverages()`
`int`	`getCsaSeriesMrPhoenixProtocollCombinedEchoes()`
`int`	`getCsaSeriesMrPhoenixProtocollContrasts()`
`int`	`getCsaSeriesMrPhoenixProtocollParadigmPeriodicity()`
`int`	`getCsaSeriesMrPhoenixProtocollProtID()`
`int`	`getCsaSeriesMrPhoenixProtocollRepetitions()`
`int`	`getCsaSeriesMrPhoenixProtocollScanTimeSec()`
`int`	`getCsaSeriesMrPhoenixProtocollTOM()`
`int`	`getCsaSeriesMrPhoenixProtocollTotalScanTimeSec()`
`double`	`getCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedInPlaneRot()`
`double`	`getCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedPhaseFOV()`
`double`	`getCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedReadoutFOV()`
`double`	`getCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedThickness()`
`double`	`getCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesNormaldCor()`
`double`	`getCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesNormaldSag()`
`double`	`getCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesNormaldTra()`
`double`	`getCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesPositiondCor()`
`double`	`getCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesPositiondSag()`
`double`	`getCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesPositiondTra()`
`int`	`getCsaSeriesMrPhoenixProtocolsAdjDatauiAdjFreMode()`
`int`	`getCsaSeriesMrPhoenixProtocolsAdjDatauiAdjFreProtRelated()`
`int`	`getCsaSeriesMrPhoenixProtocolsAdjDatauiAdjMDSMode()`
`int`	`getCsaSeriesMrPhoenixProtocolsAdjDatauiAdjProtID()`
`int`	`getCsaSeriesMrPhoenixProtocolsAdjDatauiAdjRFMapMode()`
`int`	`getCsaSeriesMrPhoenixProtocolsAdjDatauiAdjShimMode()`
`int`	`getCsaSeriesMrPhoenixProtocolsAdjDatauiAdjTableTolerance()`
`int`	`getCsaSeriesMrPhoenixProtocolsAdjDatauiAdjVolumeValid()`
`int`	`getCsaSeriesMrPhoenixProtocolsAdjDatauiAdjWatSupMode()`
`int`	`getCsaSeriesMrPhoenixProtocolsAngiolDynamicReconMode()`
`int`	`getCsaSeriesMrPhoenixProtocolsAngiolTemporalInterpolation()`
`int`	`getCsaSeriesMrPhoenixProtocolsAngioucPCFlowMode()`
`int`	`getCsaSeriesMrPhoenixProtocolsAngioucTOFInflow()`
`int`	`getCsaSeriesMrPhoenixProtocolsAslulMode()`
`double[]`	`getCsaSeriesMrPhoenixProtocolsAutoAligndAAMatrix()`
`double`	`getCsaSeriesMrPhoenixProtocolsBladeParadBladeCoverage()`
`int`	`getCsaSeriesMrPhoenixProtocolsBladeParaucMotionCorr()`
`int`	`getCsaSeriesMrPhoenixProtocolsDiffusionulMode()`
`int`	`getCsaSeriesMrPhoenixProtocolsDistortionCorrFilterucMode()`
`int`	`getCsaSeriesMrPhoenixProtocolsEFISPECbEFIDataValid()`
`int`	`getCsaSeriesMrPhoenixProtocolsFastImaginglEchoTrainDuration()`
`int`	`getCsaSeriesMrPhoenixProtocolsFastImaginglEPIFactor()`
`int`	`getCsaSeriesMrPhoenixProtocolsFastImaginglSegments()`
`int`	`getCsaSeriesMrPhoenixProtocolsFastImaginglShots()`
`int`	`getCsaSeriesMrPhoenixProtocolsFastImaginglSliceTurboFactor()`
`int`	`getCsaSeriesMrPhoenixProtocolsFastImaginglTurboFactor()`
`int`	`getCsaSeriesMrPhoenixProtocolsFastImagingucSegmentationMode()`
`int`	`getCsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent0()`
`int`	`getCsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent1()`
`int`	`getCsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent2()`
`int`	`getCsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent3()`
`int`	`getCsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent4()`
`int`	`getCsaSeriesMrPhoenixProtocolsGRADSPECbB0CompensationValid()`
`int`	`getCsaSeriesMrPhoenixProtocolsGRADSPECbCrossTermCompensationValid()`
`int`	`getCsaSeriesMrPhoenixProtocolsGRADSPECbDelayValid()`
`int`	`getCsaSeriesMrPhoenixProtocolsGRADSPECbEddyCompensationValid()`
`int`	`getCsaSeriesMrPhoenixProtocolsGRADSPECbOffsetValid()`
`int`	`getCsaSeriesMrPhoenixProtocolsGRADSPECbSensitivityValid()`
`int`	`getCsaSeriesMrPhoenixProtocolsGRADSPECbShimCurrentValid()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECflGSWDMinRiseTime()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECflSensitivityX()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECflSensitivityY()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECflSensitivityZ()`
`int`	`getCsaSeriesMrPhoenixProtocolsGRADSPEClDelayX()`
`int`	`getCsaSeriesMrPhoenixProtocolsGRADSPEClDelayY()`
`int`	`getCsaSeriesMrPhoenixProtocolsGRADSPEClDelayZ()`
`int`	`getCsaSeriesMrPhoenixProtocolsGRADSPEClOffsetX()`
`int`	`getCsaSeriesMrPhoenixProtocolsGRADSPEClOffsetY()`
`int`	`getCsaSeriesMrPhoenixProtocolsGRADSPEClOffsetZ()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflAmplitude0()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflAmplitude1()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflAmplitude2()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflTimeConstant0()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflTimeConstant1()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflTimeConstant2()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflAmplitude0()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflAmplitude1()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflAmplitude2()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflTimeConstant0()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflTimeConstant1()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflTimeConstant2()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflAmplitude0()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflAmplitude1()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflAmplitude2()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflTimeConstant0()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflTimeConstant1()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflTimeConstant2()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXYaflAmplitude0()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXYaflTimeConstant0()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXZaflAmplitude0()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXZaflTimeConstant0()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYXaflAmplitude0()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYXaflTimeConstant0()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYZaflAmplitude0()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYZaflTimeConstant0()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZXaflAmplitude0()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZXaflTimeConstant0()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZYaflAmplitude0()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZYaflTimeConstant0()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude0()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude1()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude2()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude3()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude4()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant0()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant1()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant2()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant3()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant4()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude0()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude1()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude2()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude3()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude4()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant0()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant1()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant2()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant3()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant4()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude0()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude1()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude2()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude3()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude4()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant0()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant1()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant2()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant3()`
`double`	`getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant4()`
`int`	`getCsaSeriesMrPhoenixProtocolsGRADSPECucMode()`
`int[]`	`getCsaSeriesMrPhoenixProtocolsGroupArrayanMember()`
`int`	`getCsaSeriesMrPhoenixProtocolsGroupArrayasGroup0nSize()`
`int`	`getCsaSeriesMrPhoenixProtocolsGroupArraylSize()`
`double`	`getCsaSeriesMrPhoenixProtocolsGroupArraysPSatdGap()`
`double`	`getCsaSeriesMrPhoenixProtocolsGroupArraysPSatdThickness()`
`double`	`getCsaSeriesMrPhoenixProtocolsKSpacedAngioDynCentralRegionA()`
`double`	`getCsaSeriesMrPhoenixProtocolsKSpacedAngioDynSamplingDensityB()`
`double`	`getCsaSeriesMrPhoenixProtocolsKSpacedPhaseResolution()`
`double`	`getCsaSeriesMrPhoenixProtocolsKSpacedSeqPhasePartialFourierForSNR()`
`double`	`getCsaSeriesMrPhoenixProtocolsKSpacedSliceResolution()`
`int`	`getCsaSeriesMrPhoenixProtocolsKSpacelBaseResolution()`
`int`	`getCsaSeriesMrPhoenixProtocolsKSpacelImagesPerSlab()`
`int`	`getCsaSeriesMrPhoenixProtocolsKSpacelLinesPerShot()`
`int`	`getCsaSeriesMrPhoenixProtocolsKSpacelPartitions()`
`int`	`getCsaSeriesMrPhoenixProtocolsKSpacelPhaseEncodingLines()`
`int`	`getCsaSeriesMrPhoenixProtocolsKSpacelRadialInterleavesPerImage()`
`int`	`getCsaSeriesMrPhoenixProtocolsKSpacelRadialViews()`
`int`	`getCsaSeriesMrPhoenixProtocolsKSpaceucAsymmetricEchoMode()`
`int`	`getCsaSeriesMrPhoenixProtocolsKSpaceucAveragingMode()`
`int`	`getCsaSeriesMrPhoenixProtocolsKSpaceucDimension()`
`int`	`getCsaSeriesMrPhoenixProtocolsKSpaceucMultiSliceMode()`
`int`	`getCsaSeriesMrPhoenixProtocolsKSpaceucPhasePartialFourier()`
`int`	`getCsaSeriesMrPhoenixProtocolsKSpaceucPOCS()`
`int`	`getCsaSeriesMrPhoenixProtocolsKSpaceucSlicePartialFourier()`
`int`	`getCsaSeriesMrPhoenixProtocolsKSpaceucTrajectory()`
`int`	`getCsaSeriesMrPhoenixProtocolsKSpaceucViewSharing()`
`int`	`getCsaSeriesMrPhoenixProtocolsKSpaceunReordering()`
`double`	`getCsaSeriesMrPhoenixProtocolsMDSdMdsRangeExtension()`
`int`	`getCsaSeriesMrPhoenixProtocolsMDSlmdsLinesPerSegment()`
`int`	`getCsaSeriesMrPhoenixProtocolsMDSlTableSpeedNumerator()`
`double`	`getCsaSeriesMrPhoenixProtocolsMDSsMdsEndPosSBCS_mmdTra()`
`int`	`getCsaSeriesMrPhoenixProtocolsMDSulMdsModeMask()`
`int`	`getCsaSeriesMrPhoenixProtocolsMDSulMdsReconMode()`
`int`	`getCsaSeriesMrPhoenixProtocolsMDSulMdsVariableResolution()`
`int`	`getCsaSeriesMrPhoenixProtocolsNavigatorParalBreathHoldMeas()`
`int`	`getCsaSeriesMrPhoenixProtocolsNavigatorParalRespComp()`
`int`	`getCsaSeriesMrPhoenixProtocolsParametricMappingucParametricMap()`
`int`	`getCsaSeriesMrPhoenixProtocolsPatlAccelFact3D()`
`int`	`getCsaSeriesMrPhoenixProtocolsPatlAccelFactPE()`
`int`	`getCsaSeriesMrPhoenixProtocolsPatlRefLinesPE()`
`int`	`getCsaSeriesMrPhoenixProtocolsPatucPATMode()`
`int`	`getCsaSeriesMrPhoenixProtocolsPatucRefScanMode()`
`int`	`getCsaSeriesMrPhoenixProtocolsPatucTPatAverageAllFrames()`
`int`	`getCsaSeriesMrPhoenixProtocolsPhysioImaginglMethod1()`
`int`	`getCsaSeriesMrPhoenixProtocolsPhysioImaginglMethod2()`
`int`	`getCsaSeriesMrPhoenixProtocolsPhysioImaginglPhases()`
`int`	`getCsaSeriesMrPhoenixProtocolsPhysioImaginglRetroGatedImages()`
`int`	`getCsaSeriesMrPhoenixProtocolsPhysioImaginglSignal1()`
`int`	`getCsaSeriesMrPhoenixProtocolsPhysioImaginglSignal2()`
`int`	`getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlArryhythmiaDetection()`
`int`	`getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlCardiacGateOffThreshold()`
`int`	`getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlCardiacGateOnThreshold()`
`int`	`getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlTriggerIntervals()`
`int`	`getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlTriggerPulses()`
`int`	`getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlTriggerWindow()`
`int`	`getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlArryhythmiaDetection()`
`int`	`getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlCardiacGateOffThreshold()`
`int`	`getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlCardiacGateOnThreshold()`
`int`	`getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlTriggerIntervals()`
`int`	`getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlTriggerPulses()`
`int`	`getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlTriggerWindow()`
`int`	`getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioNativeucFlowSenMode()`
`int`	`getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioNativeucMode()`
`int`	`getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselArryhythmiaDetection()`
`int`	`getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselCardiacGateOffThreshold()`
`int`	`getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselCardiacGateOnThreshold()`
`int`	`getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselTriggerIntervals()`
`int`	`getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselTriggerPulses()`
`int`	`getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselTriggerWindow()`
`double`	`getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioRespdGatingRatio()`
`int`	`getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioResplRespGatePhase()`
`int`	`getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioResplRespGateThreshold()`
`double`	`getCsaSeriesMrPhoenixProtocolsPrepPulsesdDarkBloodFlipAngle()`
`double`	`getCsaSeriesMrPhoenixProtocolsPrepPulsesdDarkBloodThickness()`
`double`	`getCsaSeriesMrPhoenixProtocolsPrepPulsesdIRPulseThicknessFactor()`
`double`	`getCsaSeriesMrPhoenixProtocolsPrepPulsesdT2PrepDuration()`
`int`	`getCsaSeriesMrPhoenixProtocolsPrepPulsesucFatSat()`
`int`	`getCsaSeriesMrPhoenixProtocolsPrepPulsesucFatSatMode()`
`int`	`getCsaSeriesMrPhoenixProtocolsPrepPulsesucInversion()`
`int`	`getCsaSeriesMrPhoenixProtocolsPrepPulsesucSatRecovery()`
`int`	`getCsaSeriesMrPhoenixProtocolsPrepPulsesucT2Prep()`
`int`	`getCsaSeriesMrPhoenixProtocolsPrepPulsesucTIScout()`
`int`	`getCsaSeriesMrPhoenixProtocolsPrepPulsesucWaterSat()`
`double`	`getCsaSeriesMrPhoenixProtocolsProtConsistencyInfoflGMax()`
`double`	`getCsaSeriesMrPhoenixProtocolsProtConsistencyInfoflNominalB0()`
`double`	`getCsaSeriesMrPhoenixProtocolsProtConsistencyInfoflRiseTime()`
`int`	`getCsaSeriesMrPhoenixProtocolsProtConsistencyInfolMaximumNofRxReceiverChannels()`
`java.lang.String`	`getCsaSeriesMrPhoenixProtocolsProtConsistencyInfotBaselineString()`
`java.lang.String`	`getCsaSeriesMrPhoenixProtocolsProtConsistencyInfotSystemType()`
`int`	`getCsaSeriesMrPhoenixProtocolsRawFilterlSlope_256()`
`int`	`getCsaSeriesMrPhoenixProtocolsRawFilterucMode()`
`int`	`getCsaSeriesMrPhoenixProtocolsRawFilterucOn()`
`double`	`getCsaSeriesMrPhoenixProtocolsRSatArrayasElm0dThickness()`
`double`	`getCsaSeriesMrPhoenixProtocolsRSatArrayasElm0sNormaldCor()`
`double`	`getCsaSeriesMrPhoenixProtocolsRSatArrayasElm0sNormaldSag()`
`double`	`getCsaSeriesMrPhoenixProtocolsRSatArrayasElm0sNormaldTra()`
`double`	`getCsaSeriesMrPhoenixProtocolsRSatArrayasElm0sPositiondCor()`
`double`	`getCsaSeriesMrPhoenixProtocolsRSatArrayasElm0sPositiondSag()`
`double`	`getCsaSeriesMrPhoenixProtocolsRSatArrayasElm0sPositiondTra()`
`int`	`getCsaSeriesMrPhoenixProtocolsRSatArraylSize()`
`int`	`getCsaSeriesMrPhoenixProtocolsRXSPECalDwellTime0()`
`int`	`getCsaSeriesMrPhoenixProtocolsRXSPECbGainValid()`
`int`	`getCsaSeriesMrPhoenixProtocolsRXSPEClGain()`
`int[]`	`getCsaSeriesMrPhoenixProtocolsSliceArrayanAsc()`
`int[]`	`getCsaSeriesMrPhoenixProtocolsSliceArrayanPos()`
`double[]`	`getCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdInPlaneRot()`
`double[]`	`getCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdPhaseFOV()`
`double[]`	`getCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdReadoutFOV()`
`double[]`	`getCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdThickness()`
`double[]`	`getCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsNormaldCor()`
`double[]`	`getCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsNormaldSag()`
`double[]`	`getCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsNormaldTra()`
`double[]`	`getCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsPositiondCor()`
`double[]`	`getCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsPositiondSag()`
`double[]`	`getCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsPositiondTra()`
`int`	`getCsaSeriesMrPhoenixProtocolsSliceArraylConc()`
`int`	`getCsaSeriesMrPhoenixProtocolsSliceArraylSize()`
`double`	`getCsaSeriesMrPhoenixProtocolsSliceArraysTSatdThickness()`
`int`	`getCsaSeriesMrPhoenixProtocolsSliceArrayucMode()`
`int`	`getCsaSeriesMrPhoenixProtocolsSpecParalAutoRefScanNo()`
`int`	`getCsaSeriesMrPhoenixProtocolsSpecParalDecouplingType()`
`int`	`getCsaSeriesMrPhoenixProtocolsSpecParalExcitationType()`
`int`	`getCsaSeriesMrPhoenixProtocolsSpecParalNOEType()`
`int`	`getCsaSeriesMrPhoenixProtocolsSpecParalPhaseCyclingType()`
`int`	`getCsaSeriesMrPhoenixProtocolsSpecParalPhaseEncodingType()`
`int`	`getCsaSeriesMrPhoenixProtocolsSpecParalRFExcitationBandwidth()`
`int`	`getCsaSeriesMrPhoenixProtocolsSpecParalSpecAppl()`
`int`	`getCsaSeriesMrPhoenixProtocolsSpecParalSpectralSuppression()`
`int`	`getCsaSeriesMrPhoenixProtocolsSpecParaucRemoveOversampling()`
`int[]`	`getCsaSeriesMrPhoenixProtocolsTXSPECaRFPULSEnbAmplitudeValid()`
`double[]`	`getCsaSeriesMrPhoenixProtocolsTXSPECaRFPULSEnflAmplitude()`
`java.lang.String[]`	`getCsaSeriesMrPhoenixProtocolsTXSPECaRFPULSEntName()`
`int`	`getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bAmplitudeCorrectionValid()`
`int`	`getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bFrequencyValid()`
`int`	`getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bReferenceAmplitudeValid()`
`int`	`getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bRFPAIndexValid()`
`double`	`getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0flAmplitudeCorrection()`
`double`	`getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0flReferenceAmplitude()`
`int`	`getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0lFrequency()`
`java.lang.String`	`getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0tNucleus()`
`int`	`getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bAmplitudeCorrectionValid()`
`int`	`getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bFrequencyValid()`
`int`	`getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bReferenceAmplitudeValid()`
`int`	`getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bRFPAIndexValid()`
`double`	`getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1flAmplitudeCorrection()`
`int`	`getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1lRFPAIndex()`
`int`	`getCsaSeriesMrPhoenixProtocolsTXSPECbKDynValid()`
`double`	`getCsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeClipHigh()`
`double`	`getCsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeClipLow()`
`double`	`getCsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeMax()`
`double`	`getCsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeMin()`
`double`	`getCsaSeriesMrPhoenixProtocolsTXSPECflKDynPhaseClip()`
`double`	`getCsaSeriesMrPhoenixProtocolsTXSPECflKDynPhaseMax()`
`int`	`getCsaSeriesMrPhoenixProtocolsTXSPEClBCExcitationMode()`
`int`	`getCsaSeriesMrPhoenixProtocolsTXSPEClBCSeqExcitationMode()`
`int`	`getCsaSeriesMrPhoenixProtocolsTXSPEClNoOfTraPulses()`
`int`	`getCsaSeriesMrPhoenixProtocolsTXSPECucBCExcitationModeValid()`
`int`	`getCsaSeriesMrPhoenixProtocolsTXSPECucExcitMode()`
`int`	`getCsaSeriesMrPhoenixProtocolsTXSPECucRFPulseType()`
`int`	`getCsaSeriesMrPhoenixProtocolsTXSPECucSimultaneousExcitation()`
`double[]`	`getCsaSeriesMrPhoenixProtocolsWiPMemBlockadFree()`
`int[]`	`getCsaSeriesMrPhoenixProtocolsWiPMemBlockalFree()`
`java.lang.String`	`getCsaSeriesMrPhoenixProtocolsWiPMemBlocktFree()`
`java.lang.String`	`getCsaSeriesMrPhoenixProtocoltdefaultEVAProt()`
`java.lang.String`	`getCsaSeriesMrPhoenixProtocoltProtocolName()`
`java.lang.String`	`getCsaSeriesMrPhoenixProtocoltReferenceImage0()`
`java.lang.String`	`getCsaSeriesMrPhoenixProtocoltReferenceImage1()`
`java.lang.String`	`getCsaSeriesMrPhoenixProtocoltReferenceImage2()`
`java.lang.String`	`getCsaSeriesMrPhoenixProtocoltSequenceFileName()`
`int`	`getCsaSeriesMrPhoenixProtocolucAAMode()`
`int`	`getCsaSeriesMrPhoenixProtocolucAARefMode()`
`int`	`getCsaSeriesMrPhoenixProtocolucAARegionMode()`
`int`	`getCsaSeriesMrPhoenixProtocolucAutoAlignInit()`
`int`	`getCsaSeriesMrPhoenixProtocolucBold3dPace()`
`int[]`	`getCsaSeriesMrPhoenixProtocolucBOLDParadigmArray()`
`int`	`getCsaSeriesMrPhoenixProtocolucCineMode()`
`int`	`getCsaSeriesMrPhoenixProtocolucCoilCombineMode()`
`int`	`getCsaSeriesMrPhoenixProtocolucDisableChangeStoreImages()`
`int`	`getCsaSeriesMrPhoenixProtocolucDixon()`
`int`	`getCsaSeriesMrPhoenixProtocolucDixonSaveOriginal()`
`int`	`getCsaSeriesMrPhoenixProtocolucEnableIntro()`
`int`	`getCsaSeriesMrPhoenixProtocolucEnableNoiseAdjust()`
`int`	`getCsaSeriesMrPhoenixProtocolucFlipAngleMode()`
`int`	`getCsaSeriesMrPhoenixProtocolucForcePositioningOnNDIS()`
`int`	`getCsaSeriesMrPhoenixProtocolucInteractiveRealtime()`
`int`	`getCsaSeriesMrPhoenixProtocolucInternalTablePosValid()`
`int`	`getCsaSeriesMrPhoenixProtocolucOneSeriesForAllMeas()`
`int`	`getCsaSeriesMrPhoenixProtocolucPHAPSMode()`
`int`	`getCsaSeriesMrPhoenixProtocolucReadOutMode()`
`int`	`getCsaSeriesMrPhoenixProtocolucReconstructionMode()`
`int`	`getCsaSeriesMrPhoenixProtocolucScanRegionPosValid()`
`int`	`getCsaSeriesMrPhoenixProtocolucSequenceType()`
`int`	`getCsaSeriesMrPhoenixProtocolucTablePositioningMode()`
`int`	`getCsaSeriesMrPhoenixProtocolucWaitForPrepareCompletion()`
`int`	`getCsaSeriesMrPhoenixProtocolulVersionRfWatchdogMask()`
`int`	`getCsaSeriesMrPhoenixProtocolWaitForUserStart()`
`int`	`getCsaSeriesMrProtocolVersion()`
`int`	`getCsaSeriesNumberOfPrescans()`
`int`	`getCsaSeriesOperation_mode_flag()`
`java.lang.String`	`getCsaSeriesPATModeText()`
`java.lang.String`	`getCsaSeriesPatReinPattern()`
`double`	`getCsaSeriesPhaseGradientAmplitude()`
`java.lang.String`	`getCsaSeriesPositivePCSDirections()`
`int`	`getCsaSeriesProtocolChangeHistory()`
`double`	`getCsaSeriesReadoutGradientAmplitude()`
`double`	`getCsaSeriesReadoutOS()`
`int[]`	`getCsaSeriesRelTablePosition()`
`java.lang.String`	`getCsaSeriesRFSWDMostCriticalAspect()`
`int`	`getCsaSeriesRFSWDOperationMode()`
`int`	`getCsaSeriesRfWatchdogMask()`
`double[]`	`getCsaSeriesSARMostCriticalAspect()`
`double[]`	`getCsaSeriesSed()`
`double`	`getCsaSeriesSelectionGradientAmplitude()`
`java.lang.String`	`getCsaSeriesSequenceFileOwner()`
`int`	`getCsaSeriesSliceArrayConcatenations()`
`double`	`getCsaSeriesSliceResolution()`
`double`	`getCsaSeriesStim_faktor()`
`double[]`	`getCsaSeriesStim_lim()`
`double[]`	`getCsaSeriesStim_max_online()`
`int`	`getCsaSeriesStim_mon_mode()`
`double`	`getCsaSeriesSW_korr_faktor()`
`double`	`getCsaSeriest_puls_max()`
`int[]`	`getCsaSeriesTablePositionOrigin()`
`double`	`getCsaSeriesTalesReferencePower()`
`double`	`getCsaSeriesTransmitterCalibration()`
`double`	`getCsaStim_max_ges_norm_online()`
`double`	`getDBdt()`
`double[][]`	`getDcmmeta_affine()`
`double[][]`	`getDcmmeta_reorient_transform()`
`int[]`	`getDcmmeta_shape()`
`int`	`getDcmmeta_slice_dim()`
`double`	`getDcmmeta_version()`
`java.lang.String`	`getDescription()`	accessor to the current analyze-image description.
`int`	`getEchoNumbers()`
`double`	`getEchoTime()`
`int`	`getEchoTrainLength()`
`int[]`	`getEsize()`
`double`	`getFlipAngle()`
`int`	`getFreqDim()`	DOCUMENT ME!
`boolean`	`getHaveDcmMeta()`
`int`	`getHighBit()`
`java.lang.String`	`getImagedNucleus()`
`double[]`	`getImageOrientationPatient()`
`double[]`	`getImagePositionPatient()`
`java.lang.String[]`	`getImageType()`
`double`	`getImagingFrequency()`
`java.lang.String`	`getInPlanePhaseEncodingDirection()`
`double[]`	`getInstanceCreationTime()`
`int[]`	`getInstanceNumber()`
`int`	`getIntentCode()`	Accessor that returns the intent code.
`java.lang.String`	`getIntentName()`	DOCUMENT ME!
`double`	`getIntentP1()`	Accessor that returns first statistical parameter.
`double`	`getIntentP2()`	Accessor that returns second statistical parameter.
`double`	`getIntentP3()`	Accessor that returns third statistical parameter.
`int`	`getLargestImagePixelValue()`
`double`	`getMagneticFieldStrength()`
`java.lang.String`	`getManufacturer()`
`java.lang.String`	`getManufacturerModelName()`
`java.lang.String`	`getModalityString()`
`java.lang.String`	`getMRAcquisitionType()`
`double`	`getNumberOfAverages()`
`int`	`getNumberOfPhaseEncodingSteps()`
`java.lang.String`	`getPatientOrientationString()`	Return String put in DICOM 0020,0037 field
`double`	`getPercentPhaseFieldOfView()`
`double`	`getPercentSampling()`
`java.lang.String`	`getPerformedProcedureStepStartTime()`
`int`	`getPhaseDim()`	DOCUMENT ME!
`java.lang.String`	`getPhotometricInterpretation()`
`double`	`getPixelBandwidth()`
`int`	`getPixelRepresentation()`
`double[]`	`getPixelSpacing()`
`double`	`getRepetitionTime()`
`int`	`getRows()`
`int`	`getSamplesPerPixel()`
`double`	`getSAR()`
`java.lang.String`	`getScanningSequence()`
`java.lang.String`	`getScanOptions()`
`double`	`getSclInter()`	Gets the data additive factor.
`double`	`getSclSlope()`	Gets the data scaling multiplicative factor.
`java.lang.String`	`getSequenceName()`
`java.lang.String`	`getSequenceVariant()`
`int`	`getSeriesNumber()`
`java.lang.String`	`getSeriesTime()`
`int`	`getSizeOfHeader()`	DOCUMENT ME!
`byte`	`getSliceCode()`	DOCUMENT ME!
`int`	`getSliceDim()`	DOCUMENT ME!
`double`	`getSliceDuration()`	provides the sliceDuration value.
`long`	`getSliceEnd()`	DOCUMENT ME!
`double`	`getSliceLocation()`
`long`	`getSliceStart()`	DOCUMENT ME!
`int`	`getSmallestImagePixelValue()`
`java.lang.String`	`getSoftwareVersions()`
`short`	`getSourceBitPix()`	accessor to the sourceBitPix value.
`short`	`getSourceType()`	accessor to coded datatype value.
`double`	`getSpacingBetweenSlices()`
`java.lang.String`	`getSpecificCharacterSet()`
`java.lang.String`	`getStudyTime()`
`java.lang.String`	`getTransmitCoilName()`
`java.lang.String`	`getVariableFlipAngleFlag()`
`long`	`getVoxOffset()`	accessor to the vox offset value.
`double[]`	`getWindowCenter()`
`java.lang.String`	`getWindowCenterWidthExplanation()`
`double[]`	`getWindowWidth()`
`void`	`setAccessionNumber(java.lang.String accessionNumber)`
`void`	`setAcquisitionMatrix(int[] acquisitionMatrix)`
`void`	`setAcquisitionNumber(int[] AcquisitionNumber)`
`void`	`setAcquisitionTime(double[] AcquisitionTime)`
`void`	`setAfniGroup(java.lang.String[] afniGroup)`	Sets array of afni group xml inclusions
`void`	`setAngioFlag(java.lang.String angioFlag)`
`void`	`setAsciiText(java.lang.String[] asciiText)`	Sets ascii text fields of header extension
`void`	`setAuxFile(java.lang.String aux)`	supplies auxiliary-file string; permits no more than 24 characters.
`void`	`setAzimuth(float[] azimuth)`	Sets azimuthal angle array for spherical direction
`void`	`setBitPix(short bp)`	sets bitpix; any value other than 1, 8, 16, 32, 64, 128, or 24 gets set to the dissalowed trap value, -1.
`void`	`setBitsAllocated(int bitsAllocated)`
`void`	`setBitsStored(int bitsStored)`
`void`	`setBValue(float[] bValue)`	Sets floating point array with diffusion-weighting b-values in units of s/mm-squared.
`void`	`setCalMax(double cal)`	sets cal-max. if supplied value is less than cal-min, the cal-min gets reset to the supplied value as well, so that cal-min is still no greater than cal-max.
`void`	`setCalMin(double cal)`	sets cal-min. if supplied value is greater than cal-max, the cal-max gets reset to the supplied value as well, so that cal-max is still no less than cal-min.
`void`	`setCaret(java.lang.String[] caret)`	Sets caret array for extension header
`void`	`setColumns(int columns)`
`void`	`setContentTime(double[] ContentTime)`
`void`	`setCoordCode(int coord_code)`	Sets type of xyz coordinates.
`void`	`setCoordCode2(int coord_code2)`	Sets type of xyz coordinates 2.
`void`	`setCsaImageAcquisitionMatrixText(java.lang.String CsaImageAcquisitionMatrixText)`
`void`	`setCsaImageBandwidthPerPixelPhaseEncode(double CsaImageBandwidthPerPixelPhaseEncode)`
`void`	`setCsaImageEchoColumnPosition(int CsaImageEchoColumnPosition)`
`void`	`setCsaImageEchoLinePosition(int CsaImageEchoLinePosition)`
`void`	`setCsaImageEchoPartitionPosition(int CsaImageEchoPartitionPosition)`
`void`	`setCsaImageGSWDDataType(java.lang.String CsaImageGSWDDataType)`
`void`	`setCsaImageICE_Dims(java.lang.String[] CsaImageICE_Dims)`
`void`	`setCsaImageImaAbsTablePosition(int[] CsaImageImaAbsTablePosition)`
`void`	`setCsaImageImaCoilString(java.lang.String CsaImageImaCoilString)`
`void`	`setCsaImageImaPATModeText(java.lang.String CsaImageImaPATModeText)`
`void`	`setCsaImageImaRelTablePosition(int[] CsaImageImaRelTablePosition)`
`void`	`setCsaImageMeasuredFourierLines(int CsaImageMeasuredFourierLines)`
`void`	`setCsaImageMosaicRefAcqTimes(double[][] CsaImageMosaicRefAcqTimes)`
`void`	`setCsaImageMultistepIndex(int CsaImageMultistepIndex)`
`void`	`setCsaImageNonPlanarImage(int CsaImageNonPlanarImage)`
`void`	`setCsaImageNumberOfImagesInMosaic(int CsaImageNumberOfImagesInMosaic)`
`void`	`setCsaImagePhaseEncodingDirectionPositive(int CsaImagePhaseEncodingDirectionPositive)`
`void`	`setCsaImageProtocolSliceNumber(int CsaImageProtocolSliceNumber)`
`void`	`setCsaImageRealDwellTime(int CsaImageRealDwellTime)`
`void`	`setCsaImageRFSWDDataType(java.lang.String CsaImageRFSWDDataType)`
`void`	`setCsaImageSequenceMask(int CsaImageSequenceMask)`
`void`	`setCsaImageSliceMeasurementDuration(double[] CsaImageSliceMeasurementDuration)`
`void`	`setCsaImageSliceNormalVector(double[] CsaImageSliceNormalVector)`
`void`	`setCsaImageSlicePosition_PCS(double[] CsaImageSlicePosition_PCS)`
`void`	`setCsaImageTimeAfterStart(double[] CsaImageTimeAfterStart)`
`void`	`setCsaImageUsedChannelMask(int CsaImageUsedChannelMask)`
`void`	`setCsaSeriesAbsTablePosition(int CsaSeriesAbsTablePosition)`
`void`	`setCsaSeriesB1rms(double[] CsaSeriesB1rms)`
`void`	`setCsaSeriesB1rmsSupervision(java.lang.String CsaSeriesB1rmsSupervision)`
`void`	`setCsaSeriesCoilForGradient(java.lang.String CsaSeriesCoilForGradient)`
`void`	`setCsaSeriesCoilForGradient2(java.lang.String CsaSeriesCoilForGradient2)`
`void`	`setCsaSeriesCoilId(int[] CsaSeriesCoilId)`
`void`	`setCsaSeriesCoilString(java.lang.String CsaSeriesCoilString)`
`void`	`setCsaSeriesdBdt_limit(double CsaSeriesdBdt_limit)`
`void`	`setCsaSeriesdBdt_max(double CsaSeriesdBdt_max)`
`void`	`setCsaSeriesdBdt_thresh(double CsaSeriesdBdt_thresh)`
`void`	`setCsaSeriesFlowCompensation(java.lang.String CsaSeriesFlowCompensation)`
`void`	`setCsaSeriesGradientDelayTime(double[] CsaSeriesGradientDelayTime)`
`void`	`setCsaSeriesGradientMode(java.lang.String CsaSeriesGradientMode)`
`void`	`setCsaSeriesIsocentered(int CsaSeriesIsocentered)`
`void`	`setCsaSeriesLongModelName(java.lang.String CsaSeriesLongModelName)`
`void`	`setCsaSeriesMiscSequenceParam(int[] CsaSeriesMiscSequenceParam)`
`void`	`setCsaSeriesMrPhoenixProtocolacFlowComp0(int CsaSeriesMrPhoenixProtocolacFlowComp0)`
`void`	`setCsaSeriesMrPhoenixProtocoladFlipAngleDegree0(double CsaSeriesMrPhoenixProtocoladFlipAngleDegree0)`
`void`	`setCsaSeriesMrPhoenixProtocolalTE0(int CsaSeriesMrPhoenixProtocolalTE0)`
`void`	`setCsaSeriesMrPhoenixProtocolalTR0(int CsaSeriesMrPhoenixProtocolalTR0)`
`void`	`setCsaSeriesMrPhoenixProtocolasCoilSelectMeas0aFFT_SCALEnbValid(int[] CsaSeriesMrPhoenixProtocolasCoilSelectMeas0aFFT_SCALEnbValid)`
`void`	`setCsaSeriesMrPhoenixProtocolasCoilSelectMeas0aFFT_SCALEnflFactor(double[] CsaSeriesMrPhoenixProtocolasCoilSelectMeas0aFFT_SCALEnflFactor)`
`void`	`setCsaSeriesMrPhoenixProtocolasCoilSelectMeas0aFFT_SCALEnlRxChannel(int[] CsaSeriesMrPhoenixProtocolasCoilSelectMeas0aFFT_SCALEnlRxChannel)`
`void`	`setCsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnlElementSelected(int[] CsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnlElementSelected)`
`void`	`setCsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnlRxChannelConnected(int[] CsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnlRxChannelConnected)`
`void`	`setCsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnsCoilElementIDlCoilCopy(int[] CsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnsCoilElementIDlCoilCopy)`
`void`	`setCsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnsCoilElementIDtCoilID(java.lang.String[] CsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnsCoilElementIDtCoilID)`
`void`	`setCsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnsCoilElementIDtElement(java.lang.String[] CsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnsCoilElementIDtElement)`
`void`	`setCsaSeriesMrPhoenixProtocolasCoilSelectMeas0iUsedRFactor(int CsaSeriesMrPhoenixProtocolasCoilSelectMeas0iUsedRFactor)`
`void`	`setCsaSeriesMrPhoenixProtocolasCoilSelectMeas0sCOILPLUGSauiNmbrOfNibbles(int[] CsaSeriesMrPhoenixProtocolasCoilSelectMeas0sCOILPLUGSauiNmbrOfNibbles)`
`void`	`setCsaSeriesMrPhoenixProtocolasCoilSelectMeas0sCOILPLUGSaulPlugId(int[] CsaSeriesMrPhoenixProtocolasCoilSelectMeas0sCOILPLUGSaulPlugId)`
`void`	`setCsaSeriesMrPhoenixProtocolasCoilSelectMeas0tNucleus(java.lang.String CsaSeriesMrPhoenixProtocolasCoilSelectMeas0tNucleus)`
`void`	`setCsaSeriesMrPhoenixProtocoldAveragesDouble(double CsaSeriesMrPhoenixProtocoldAveragesDouble)`
`void`	`setCsaSeriesMrPhoenixProtocoldRefSNR(double CsaSeriesMrPhoenixProtocoldRefSNR)`
`void`	`setCsaSeriesMrPhoenixProtocoldRefSNR_VOI(double CsaSeriesMrPhoenixProtocoldRefSNR_VOI)`
`void`	`setCsaSeriesMrPhoenixProtocollAverages(int CsaSeriesMrPhoenixProtocollAverages)`
`void`	`setCsaSeriesMrPhoenixProtocollCombinedEchoes(int CsaSeriesMrPhoenixProtocollCombinedEchoes)`
`void`	`setCsaSeriesMrPhoenixProtocollContrasts(int CsaSeriesMrPhoenixProtocollContrasts)`
`void`	`setCsaSeriesMrPhoenixProtocollParadigmPeriodicity(int CsaSeriesMrPhoenixProtocollParadigmPeriodicity)`
`void`	`setCsaSeriesMrPhoenixProtocollProtID(int CsaSeriesMrPhoenixProtocollProtID)`
`void`	`setCsaSeriesMrPhoenixProtocollRepetitions(int CsaSeriesMrPhoenixProtocollRepetitions)`
`void`	`setCsaSeriesMrPhoenixProtocollScanTimeSec(int CsaSeriesMrPhoenixProtocollScanTimeSec)`
`void`	`setCsaSeriesMrPhoenixProtocollTOM(int CsaSeriesMrPhoenixProtocollTOM)`
`void`	`setCsaSeriesMrPhoenixProtocollTotalScanTimeSec(int CsaSeriesMrPhoenixProtocollTotalScanTimeSec)`
`void`	`setCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedInPlaneRot(double CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedInPlaneRot)`
`void`	`setCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedPhaseFOV(double CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedPhaseFOV)`
`void`	`setCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedReadoutFOV(double CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedReadoutFOV)`
`void`	`setCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedThickness(double CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedThickness)`
`void`	`setCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesNormaldCor(double CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesNormaldCor)`
`void`	`setCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesNormaldSag(double CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesNormaldSag)`
`void`	`setCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesNormaldTra(double CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesNormaldTra)`
`void`	`setCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesPositiondCor(double CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesPositiondCor)`
`void`	`setCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesPositiondSag(double CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesPositiondSag)`
`void`	`setCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesPositiondTra(double CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesPositiondTra)`
`void`	`setCsaSeriesMrPhoenixProtocolsAdjDatauiAdjFreMode(int CsaSeriesMrPhoenixProtocolsAdjDatauiAdjFreMode)`
`void`	`setCsaSeriesMrPhoenixProtocolsAdjDatauiAdjFreProtRelated(int CsaSeriesMrPhoenixProtocolsAdjDatauiAdjFreProtRelated)`
`void`	`setCsaSeriesMrPhoenixProtocolsAdjDatauiAdjMDSMode(int CsaSeriesMrPhoenixProtocolsAdjDatauiAdjMDSMode)`
`void`	`setCsaSeriesMrPhoenixProtocolsAdjDatauiAdjProtID(int CsaSeriesMrPhoenixProtocolsAdjDatauiAdjProtID)`
`void`	`setCsaSeriesMrPhoenixProtocolsAdjDatauiAdjRFMapMode(int CsaSeriesMrPhoenixProtocolsAdjDatauiAdjRFMapMode)`
`void`	`setCsaSeriesMrPhoenixProtocolsAdjDatauiAdjShimMode(int CsaSeriesMrPhoenixProtocolsAdjDatauiAdjShimMode)`
`void`	`setCsaSeriesMrPhoenixProtocolsAdjDatauiAdjTableTolerance(int CsaSeriesMrPhoenixProtocolsAdjDatauiAdjTableTolerance)`
`void`	`setCsaSeriesMrPhoenixProtocolsAdjDatauiAdjVolumeValid(int CsaSeriesMrPhoenixProtocolsAdjDatauiAdjVolumeValid)`
`void`	`setCsaSeriesMrPhoenixProtocolsAdjDatauiAdjWatSupMode(int CsaSeriesMrPhoenixProtocolsAdjDatauiAdjWatSupMode)`
`void`	`setCsaSeriesMrPhoenixProtocolsAngiolDynamicReconMode(int CsaSeriesMrPhoenixProtocolsAngiolDynamicReconMode)`
`void`	`setCsaSeriesMrPhoenixProtocolsAngiolTemporalInterpolation(int CsaSeriesMrPhoenixProtocolsAngiolTemporalInterpolation)`
`void`	`setCsaSeriesMrPhoenixProtocolsAngioucPCFlowMode(int CsaSeriesMrPhoenixProtocolsAngioucPCFlowMode)`
`void`	`setCsaSeriesMrPhoenixProtocolsAngioucTOFInflow(int CsaSeriesMrPhoenixProtocolsAngioucTOFInflow)`
`void`	`setCsaSeriesMrPhoenixProtocolsAslulMode(int CsaSeriesMrPhoenixProtocolsAslulMode)`
`void`	`setCsaSeriesMrPhoenixProtocolsAutoAligndAAMatrix(double[] CsaSeriesMrPhoenixProtocolsAutoAligndAAMatrix)`
`void`	`setCsaSeriesMrPhoenixProtocolsBladeParadBladeCoverage(double CsaSeriesMrPhoenixProtocolsBladeParadBladeCoverage)`
`void`	`setCsaSeriesMrPhoenixProtocolsBladeParaucMotionCorr(int CsaSeriesMrPhoenixProtocolsBladeParaucMotionCorr)`
`void`	`setCsaSeriesMrPhoenixProtocolsDiffusionulMode(int CsaSeriesMrPhoenixProtocolsDiffusionulMode)`
`void`	`setCsaSeriesMrPhoenixProtocolsDistortionCorrFilterucMode(int CsaSeriesMrPhoenixProtocolsDistortionCorrFilterucMode)`
`void`	`setCsaSeriesMrPhoenixProtocolsEFISPECbEFIDataValid(int CsaSeriesMrPhoenixProtocolsEFISPECbEFIDataValid)`
`void`	`setCsaSeriesMrPhoenixProtocolsFastImaginglEchoTrainDuration(int CsaSeriesMrPhoenixProtocolsFastImaginglEchoTrainDuration)`
`void`	`setCsaSeriesMrPhoenixProtocolsFastImaginglEPIFactor(int CsaSeriesMrPhoenixProtocolsFastImaginglEPIFactor)`
`void`	`setCsaSeriesMrPhoenixProtocolsFastImaginglSegments(int CsaSeriesMrPhoenixProtocolsFastImaginglSegments)`
`void`	`setCsaSeriesMrPhoenixProtocolsFastImaginglShots(int CsaSeriesMrPhoenixProtocolsFastImaginglShots)`
`void`	`setCsaSeriesMrPhoenixProtocolsFastImaginglSliceTurboFactor(int CsaSeriesMrPhoenixProtocolsFastImaginglSliceTurboFactor)`
`void`	`setCsaSeriesMrPhoenixProtocolsFastImaginglTurboFactor(int CsaSeriesMrPhoenixProtocolsFastImaginglTurboFactor)`
`void`	`setCsaSeriesMrPhoenixProtocolsFastImagingucSegmentationMode(int CsaSeriesMrPhoenixProtocolsFastImagingucSegmentationMode)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent0(int CsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent0)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent1(int CsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent1)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent2(int CsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent2)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent3(int CsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent3)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent4(int CsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent4)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECbB0CompensationValid(int CsaSeriesMrPhoenixProtocolsGRADSPECbB0CompensationValid)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECbCrossTermCompensationValid(int CsaSeriesMrPhoenixProtocolsGRADSPECbCrossTermCompensationValid)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECbDelayValid(int CsaSeriesMrPhoenixProtocolsGRADSPECbDelayValid)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECbEddyCompensationValid(int CsaSeriesMrPhoenixProtocolsGRADSPECbEddyCompensationValid)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECbOffsetValid(int CsaSeriesMrPhoenixProtocolsGRADSPECbOffsetValid)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECbSensitivityValid(int CsaSeriesMrPhoenixProtocolsGRADSPECbSensitivityValid)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECbShimCurrentValid(int CsaSeriesMrPhoenixProtocolsGRADSPECbShimCurrentValid)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECflGSWDMinRiseTime(double CsaSeriesMrPhoenixProtocolsGRADSPECflGSWDMinRiseTime)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECflSensitivityX(double CsaSeriesMrPhoenixProtocolsGRADSPECflSensitivityX)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECflSensitivityY(double CsaSeriesMrPhoenixProtocolsGRADSPECflSensitivityY)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECflSensitivityZ(double CsaSeriesMrPhoenixProtocolsGRADSPECflSensitivityZ)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPEClDelayX(int CsaSeriesMrPhoenixProtocolsGRADSPEClDelayX)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPEClDelayY(int CsaSeriesMrPhoenixProtocolsGRADSPEClDelayY)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPEClDelayZ(int CsaSeriesMrPhoenixProtocolsGRADSPEClDelayZ)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPEClOffsetX(int CsaSeriesMrPhoenixProtocolsGRADSPEClOffsetX)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPEClOffsetY(int CsaSeriesMrPhoenixProtocolsGRADSPEClOffsetY)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPEClOffsetZ(int CsaSeriesMrPhoenixProtocolsGRADSPEClOffsetZ)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflAmplitude0(double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflAmplitude0)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflAmplitude1(double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflAmplitude1)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflAmplitude2(double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflAmplitude2)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflTimeConstant0(double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflTimeConstant0)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflTimeConstant1(double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflTimeConstant1)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflTimeConstant2(double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflTimeConstant2)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflAmplitude0(double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflAmplitude0)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflAmplitude1(double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflAmplitude1)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflAmplitude2(double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflAmplitude2)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflTimeConstant0(double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflTimeConstant0)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflTimeConstant1(double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflTimeConstant1)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflTimeConstant2(double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflTimeConstant2)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflAmplitude0(double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflAmplitude0)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflAmplitude1(double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflAmplitude1)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflAmplitude2(double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflAmplitude2)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflTimeConstant0(double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflTimeConstant0)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflTimeConstant1(double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflTimeConstant1)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflTimeConstant2(double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflTimeConstant2)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXYaflAmplitude0(double CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXYaflAmplitude0)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXYaflTimeConstant0(double CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXYaflTimeConstant0)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXZaflAmplitude0(double CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXZaflAmplitude0)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXZaflTimeConstant0(double CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXZaflTimeConstant0)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYXaflAmplitude0(double CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYXaflAmplitude0)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYXaflTimeConstant0(double CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYXaflTimeConstant0)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYZaflAmplitude0(double CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYZaflAmplitude0)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYZaflTimeConstant0(double CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYZaflTimeConstant0)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZXaflAmplitude0(double CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZXaflAmplitude0)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZXaflTimeConstant0(double CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZXaflTimeConstant0)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZYaflAmplitude0(double CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZYaflAmplitude0)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZYaflTimeConstant0(double CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZYaflTimeConstant0)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude0(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude0)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude1(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude1)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude2(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude2)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude3(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude3)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude4(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude4)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant0(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant0)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant1(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant1)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant2(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant2)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant3(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant3)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant4(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant4)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude0(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude0)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude1(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude1)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude2(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude2)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude3(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude3)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude4(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude4)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant0(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant0)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant1(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant1)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant2(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant2)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant3(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant3)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant4(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant4)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude0(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude0)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude1(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude1)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude2(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude2)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude3(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude3)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude4(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude4)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant0(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant0)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant1(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant1)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant2(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant2)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant3(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant3)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant4(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant4)`
`void`	`setCsaSeriesMrPhoenixProtocolsGRADSPECucMode(int CsaSeriesMrPhoenixProtocolsGRADSPECucMode)`
`void`	`setCsaSeriesMrPhoenixProtocolsGroupArrayanMember(int[] CsaSeriesMrPhoenixProtocolsGroupArrayanMember)`
`void`	`setCsaSeriesMrPhoenixProtocolsGroupArrayasGroup0nSize(int CsaSeriesMrPhoenixProtocolsGroupArrayasGroup0nSize)`
`void`	`setCsaSeriesMrPhoenixProtocolsGroupArraylSize(int CsaSeriesMrPhoenixProtocolsGroupArraylSize)`
`void`	`setCsaSeriesMrPhoenixProtocolsGroupArraysPSatdGap(double CsaSeriesMrPhoenixProtocolsGroupArraysPSatdGap)`
`void`	`setCsaSeriesMrPhoenixProtocolsGroupArraysPSatdThickness(double CsaSeriesMrPhoenixProtocolsGroupArraysPSatdThickness)`
`void`	`setCsaSeriesMrPhoenixProtocolsKSpacedAngioDynCentralRegionA(double CsaSeriesMrPhoenixProtocolsKSpacedAngioDynCentralRegionA)`
`void`	`setCsaSeriesMrPhoenixProtocolsKSpacedAngioDynSamplingDensityB(double CsaSeriesMrPhoenixProtocolsKSpacedAngioDynSamplingDensityB)`
`void`	`setCsaSeriesMrPhoenixProtocolsKSpacedPhaseResolution(double CsaSeriesMrPhoenixProtocolsKSpacedPhaseResolution)`
`void`	`setCsaSeriesMrPhoenixProtocolsKSpacedSeqPhasePartialFourierForSNR(double CsaSeriesMrPhoenixProtocolsKSpacedSeqPhasePartialFourierForSNR)`
`void`	`setCsaSeriesMrPhoenixProtocolsKSpacedSliceResolution(double CsaSeriesMrPhoenixProtocolsKSpacedSliceResolution)`
`void`	`setCsaSeriesMrPhoenixProtocolsKSpacelBaseResolution(int CsaSeriesMrPhoenixProtocolsKSpacelBaseResolution)`
`void`	`setCsaSeriesMrPhoenixProtocolsKSpacelImagesPerSlab(int CsaSeriesMrPhoenixProtocolsKSpacelImagesPerSlab)`
`void`	`setCsaSeriesMrPhoenixProtocolsKSpacelLinesPerShot(int CsaSeriesMrPhoenixProtocolsKSpacelLinesPerShot)`
`void`	`setCsaSeriesMrPhoenixProtocolsKSpacelPartitions(int CsaSeriesMrPhoenixProtocolsKSpacelPartitions)`
`void`	`setCsaSeriesMrPhoenixProtocolsKSpacelPhaseEncodingLines(int CsaSeriesMrPhoenixProtocolsKSpacelPhaseEncodingLines)`
`void`	`setCsaSeriesMrPhoenixProtocolsKSpacelRadialInterleavesPerImage(int CsaSeriesMrPhoenixProtocolsKSpacelRadialInterleavesPerImage)`
`void`	`setCsaSeriesMrPhoenixProtocolsKSpacelRadialViews(int CsaSeriesMrPhoenixProtocolsKSpacelRadialViews)`
`void`	`setCsaSeriesMrPhoenixProtocolsKSpaceucAsymmetricEchoMode(int CsaSeriesMrPhoenixProtocolsKSpaceucAsymmetricEchoMode)`
`void`	`setCsaSeriesMrPhoenixProtocolsKSpaceucAveragingMode(int CsaSeriesMrPhoenixProtocolsKSpaceucAveragingMode)`
`void`	`setCsaSeriesMrPhoenixProtocolsKSpaceucDimension(int CsaSeriesMrPhoenixProtocolsKSpaceucDimension)`
`void`	`setCsaSeriesMrPhoenixProtocolsKSpaceucMultiSliceMode(int CsaSeriesMrPhoenixProtocolsKSpaceucMultiSliceMode)`
`void`	`setCsaSeriesMrPhoenixProtocolsKSpaceucPhasePartialFourier(int CsaSeriesMrPhoenixProtocolsKSpaceucPhasePartialFourier)`
`void`	`setCsaSeriesMrPhoenixProtocolsKSpaceucPOCS(int CsaSeriesMrPhoenixProtocolsKSpaceucPOCS)`
`void`	`setCsaSeriesMrPhoenixProtocolsKSpaceucSlicePartialFourier(int CsaSeriesMrPhoenixProtocolsKSpaceucSlicePartialFourier)`
`void`	`setCsaSeriesMrPhoenixProtocolsKSpaceucTrajectory(int CsaSeriesMrPhoenixProtocolsKSpaceucTrajectory)`
`void`	`setCsaSeriesMrPhoenixProtocolsKSpaceucViewSharing(int CsaSeriesMrPhoenixProtocolsKSpaceucViewSharing)`
`void`	`setCsaSeriesMrPhoenixProtocolsKSpaceunReordering(int CsaSeriesMrPhoenixProtocolsKSpaceunReordering)`
`void`	`setCsaSeriesMrPhoenixProtocolsMDSdMdsRangeExtension(double CsaSeriesMrPhoenixProtocolsMDSdMdsRangeExtension)`
`void`	`setCsaSeriesMrPhoenixProtocolsMDSlmdsLinesPerSegment(int CsaSeriesMrPhoenixProtocolsMDSlmdsLinesPerSegment)`
`void`	`setCsaSeriesMrPhoenixProtocolsMDSlTableSpeedNumerator(int CsaSeriesMrPhoenixProtocolsMDSlTableSpeedNumerator)`
`void`	`setCsaSeriesMrPhoenixProtocolsMDSsMdsEndPosSBCS_mmdTra(double CsaSeriesMrPhoenixProtocolsMDSsMdsEndPosSBCS_mmdTra)`
`void`	`setCsaSeriesMrPhoenixProtocolsMDSulMdsModeMask(int CsaSeriesMrPhoenixProtocolsMDSulMdsModeMask)`
`void`	`setCsaSeriesMrPhoenixProtocolsMDSulMdsReconMode(int CsaSeriesMrPhoenixProtocolsMDSulMdsReconMode)`
`void`	`setCsaSeriesMrPhoenixProtocolsMDSulMdsVariableResolution(int CsaSeriesMrPhoenixProtocolsMDSulMdsVariableResolution)`
`void`	`setCsaSeriesMrPhoenixProtocolsNavigatorParalBreathHoldMeas(int CsaSeriesMrPhoenixProtocolsNavigatorParalBreathHoldMeas)`
`void`	`setCsaSeriesMrPhoenixProtocolsNavigatorParalRespComp(int CsaSeriesMrPhoenixProtocolsNavigatorParalRespComp)`
`void`	`setCsaSeriesMrPhoenixProtocolsParametricMappingucParametricMap(int CsaSeriesMrPhoenixProtocolsParametricMappingucParametricMap)`
`void`	`setCsaSeriesMrPhoenixProtocolsPatlAccelFact3D(int CsaSeriesMrPhoenixProtocolsPatlAccelFact3D)`
`void`	`setCsaSeriesMrPhoenixProtocolsPatlAccelFactPE(int CsaSeriesMrPhoenixProtocolsPatlAccelFactPE)`
`void`	`setCsaSeriesMrPhoenixProtocolsPatlRefLinesPE(int CsaSeriesMrPhoenixProtocolsPatlRefLinesPE)`
`void`	`setCsaSeriesMrPhoenixProtocolsPatucPATMode(int CsaSeriesMrPhoenixProtocolsPatucPATMode)`
`void`	`setCsaSeriesMrPhoenixProtocolsPatucRefScanMode(int CsaSeriesMrPhoenixProtocolsPatucRefScanMode)`
`void`	`setCsaSeriesMrPhoenixProtocolsPatucTPatAverageAllFrames(int CsaSeriesMrPhoenixProtocolsPatucTPatAverageAllFrames)`
`void`	`setCsaSeriesMrPhoenixProtocolsPhysioImaginglMethod1(int CsaSeriesMrPhoenixProtocolsPhysioImaginglMethod1)`
`void`	`setCsaSeriesMrPhoenixProtocolsPhysioImaginglMethod2(int CsaSeriesMrPhoenixProtocolsPhysioImaginglMethod2)`
`void`	`setCsaSeriesMrPhoenixProtocolsPhysioImaginglPhases(int CsaSeriesMrPhoenixProtocolsPhysioImaginglPhases)`
`void`	`setCsaSeriesMrPhoenixProtocolsPhysioImaginglRetroGatedImages(int CsaSeriesMrPhoenixProtocolsPhysioImaginglRetroGatedImages)`
`void`	`setCsaSeriesMrPhoenixProtocolsPhysioImaginglSignal1(int CsaSeriesMrPhoenixProtocolsPhysioImaginglSignal1)`
`void`	`setCsaSeriesMrPhoenixProtocolsPhysioImaginglSignal2(int CsaSeriesMrPhoenixProtocolsPhysioImaginglSignal2)`
`void`	`setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlArrhythmiaDetection(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlArrhythmiaDetection)`
`void`	`setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlCardiacGateOffThreshold(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlCardiacGateOffThreshold)`
`void`	`setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlCardiacGateOnThreshold(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlCardiacGateOnThreshold)`
`void`	`setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlTriggerIntervals(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlTriggerIntervals)`
`void`	`setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlTriggerPulses(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlTriggerPulses)`
`void`	`setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlTriggerWindow(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlTriggerWindow)`
`void`	`setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlArrhythmiaDetection(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlArrhythmiaDetection)`
`void`	`setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlCardiacGateOffThreshold(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlCardiacGateOffThreshold)`
`void`	`setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlCardiacGateOnThreshold(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlCardiacGateOnThreshold)`
`void`	`setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlTriggerIntervals(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlTriggerIntervals)`
`void`	`setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlTriggerPulses(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlTriggerPulses)`
`void`	`setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlTriggerWindow(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlTriggerWindow)`
`void`	`setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioNativeucFlowSenMode(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioNativeucFlowSenMode)`
`void`	`setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioNativeucMode(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioNativeucMode)`
`void`	`setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselArrhythmiaDetection(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselArrhythmiaDetection)`
`void`	`setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselCardiacGateOffThreshold(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselCardiacGateOffThreshold)`
`void`	`setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselCardiacGateOnThreshold(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselCardiacGateOnThreshold)`
`void`	`setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselTriggerIntervals(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselTriggerIntervals)`
`void`	`setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselTriggerPulses(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselTriggerPulses)`
`void`	`setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselTriggerWindow(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselTriggerWindow)`
`void`	`setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioRespdGatingRatio(double CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioRespdGatingRatio)`
`void`	`setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioResplRespGatePhase(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioResplRespGatePhase)`
`void`	`setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioResplRespGateThreshold(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioResplRespGateThreshold)`
`void`	`setCsaSeriesMrPhoenixProtocolsPrepPulsesdDarkBloodFlipAngle(double CsaSeriesMrPhoenixProtocolsPrepPulsesdDarkBloodFlipAngle)`
`void`	`setCsaSeriesMrPhoenixProtocolsPrepPulsesdDarkBloodThickness(double CsaSeriesMrPhoenixProtocolsPrepPulsesdDarkBloodThickness)`
`void`	`setCsaSeriesMrPhoenixProtocolsPrepPulsesdIRPulseThicknessFactor(double CsaSeriesMrPhoenixProtocolsPrepPulsesdIRPulseThicknessFactor)`
`void`	`setCsaSeriesMrPhoenixProtocolsPrepPulsesdT2PrepDuration(double CsaSeriesMrPhoenixProtocolsPrepPulsesdT2PrepDuration)`
`void`	`setCsaSeriesMrPhoenixProtocolsPrepPulsesucFatSat(int CsaSeriesMrPhoenixProtocolsPrepPulsesucFatSat)`
`void`	`setCsaSeriesMrPhoenixProtocolsPrepPulsesucFatSatMode(int CsaSeriesMrPhoenixProtocolsPrepPulsesucFatSatMode)`
`void`	`setCsaSeriesMrPhoenixProtocolsPrepPulsesucInversion(int CsaSeriesMrPhoenixProtocolsPrepPulsesucInversion)`
`void`	`setCsaSeriesMrPhoenixProtocolsPrepPulsesucSatRecovery(int CsaSeriesMrPhoenixProtocolsPrepPulsesucSatRecovery)`
`void`	`setCsaSeriesMrPhoenixProtocolsPrepPulsesucT2Prep(int CsaSeriesMrPhoenixProtocolsPrepPulsesucT2Prep)`
`void`	`setCsaSeriesMrPhoenixProtocolsPrepPulsesucTIScout(int CsaSeriesMrPhoenixProtocolsPrepPulsesucTIScout)`
`void`	`setCsaSeriesMrPhoenixProtocolsPrepPulsesucWaterSat(int CsaSeriesMrPhoenixProtocolsPrepPulsesucWaterSat)`
`void`	`setCsaSeriesMrPhoenixProtocolsProtConsistencyInfoflGMax(double CsaSeriesMrPhoenixProtocolsProtConsistencyInfoflGMax)`
`void`	`setCsaSeriesMrPhoenixProtocolsProtConsistencyInfoflNominalB0(double CsaSeriesMrPhoenixProtocolsProtConsistencyInfoflNominalB0)`
`void`	`setCsaSeriesMrPhoenixProtocolsProtConsistencyInfoflRiseTime(double CsaSeriesMrPhoenixProtocolsProtConsistencyInfoflRiseTime)`
`void`	`setCsaSeriesMrPhoenixProtocolsProtConsistencyInfolMaximumNofRxReceiverChannels(int CsaSeriesMrPhoenixProtocolsProtConsistencyInfolMaximumNofRxReceiverChannels)`
`void`	`setCsaSeriesMrPhoenixProtocolsProtConsistencyInfotBaselineString(java.lang.String CsaSeriesMrPhoenixProtocolsProtConsistencyInfotBaselineString)`
`void`	`setCsaSeriesMrPhoenixProtocolsProtConsistencyInfotSystemType(java.lang.String CsaSeriesMrPhoenixProtocolsProtConsistencyInfotSystemType)`
`void`	`setCsaSeriesMrPhoenixProtocolsRawFilterlSlope_256(int CsaSeriesMrPhoenixProtocolsRawFilterlSlope_256)`
`void`	`setCsaSeriesMrPhoenixProtocolsRawFilterucMode(int CsaSeriesMrPhoenixProtocolsRawFilterucMode)`
`void`	`setCsaSeriesMrPhoenixProtocolsRawFilterucOn(int CsaSeriesMrPhoenixProtocolsRawFilterucOn)`
`void`	`setCsaSeriesMrPhoenixProtocolsRSatArrayasElm0dThickness(double CsaSeriesMrPhoenixProtocolsRSatArrayasElm0dThickness)`
`void`	`setCsaSeriesMrPhoenixProtocolsRSatArrayasElm0sNormaldCor(double CsaSeriesMrPhoenixProtocolsRSatArrayasElm0sNormaldCor)`
`void`	`setCsaSeriesMrPhoenixProtocolsRSatArrayasElm0sNormaldSag(double CsaSeriesMrPhoenixProtocolsRSatArrayasElm0sNormaldSag)`
`void`	`setCsaSeriesMrPhoenixProtocolsRSatArrayasElm0sNormaldTra(double CsaSeriesMrPhoenixProtocolsRSatArrayasElm0sNormaldTra)`
`void`	`setCsaSeriesMrPhoenixProtocolsRSatArrayasElm0sPositiondCor(double CsaSeriesMrPhoenixProtocolsRSatArrayasElm0sPositiondCor)`
`void`	`setCsaSeriesMrPhoenixProtocolsRSatArrayasElm0sPositiondSag(double CsaSeriesMrPhoenixProtocolsRSatArrayasElm0sPositiondSag)`
`void`	`setCsaSeriesMrPhoenixProtocolsRSatArrayasElm0sPositiondTra(double CsaSeriesMrPhoenixProtocolsRSatArrayasElm0sPositiondTra)`
`void`	`setCsaSeriesMrPhoenixProtocolsRSatArraylSize(int CsaSeriesMrPhoenixProtocolsRSatArraylSize)`
`void`	`setCsaSeriesMrPhoenixProtocolsRXSPECalDwellTime0(int CsaSeriesMrPhoenixProtocolsRXSPECalDwellTime0)`
`void`	`setCsaSeriesMrPhoenixProtocolsRXSPECbGainValid(int CsaSeriesMrPhoenixProtocolsRXSPECbGainValid)`
`void`	`setCsaSeriesMrPhoenixProtocolsRXSPEClGain(int CsaSeriesMrPhoenixProtocolsRXSPEClGain)`
`void`	`setCsaSeriesMrPhoenixProtocolsSliceArrayanAsc(int[] CsaSeriesMrPhoenixProtocolsSliceArrayanAsc)`
`void`	`setCsaSeriesMrPhoenixProtocolsSliceArrayanPos(int[] CsaSeriesMrPhoenixProtocolsSliceArrayanPos)`
`void`	`setCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdInPlaneRot(double[] CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdInPlaneRot)`
`void`	`setCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdPhaseFOV(double[] CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdPhaseFOV)`
`void`	`setCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdReadoutFOV(double[] CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdReadoutFOV)`
`void`	`setCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdThickness(double[] CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdThickness)`
`void`	`setCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsNormaldCor(double[] CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsNormaldCor)`
`void`	`setCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsNormaldSag(double[] CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsNormaldSag)`
`void`	`setCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsNormaldTra(double[] CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsNormaldTra)`
`void`	`setCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsPositiondCor(double[] CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsPositiondCor)`
`void`	`setCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsPositiondSag(double[] CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsPositiondSag)`
`void`	`setCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsPositiondTra(double[] CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsPositiondTra)`
`void`	`setCsaSeriesMrPhoenixProtocolsSliceArraylConc(int CsaSeriesMrPhoenixProtocolsSliceArraylConc)`
`void`	`setCsaSeriesMrPhoenixProtocolsSliceArraylSize(int CsaSeriesMrPhoenixProtocolsSliceArraylSize)`
`void`	`setCsaSeriesMrPhoenixProtocolsSliceArraysTSatdThickness(double CsaSeriesMrPhoenixProtocolsSliceArraysTSatdThickness)`
`void`	`setCsaSeriesMrPhoenixProtocolsSliceArrayucMode(int CsaSeriesMrPhoenixProtocolsSliceArrayucMode)`
`void`	`setCsaSeriesMrPhoenixProtocolsSpecParalAutoRefScanNo(int CsaSeriesMrPhoenixProtocolsSpecParalAutoRefScanNo)`
`void`	`setCsaSeriesMrPhoenixProtocolsSpecParalDecouplingType(int CsaSeriesMrPhoenixProtocolsSpecParalDecouplingType)`
`void`	`setCsaSeriesMrPhoenixProtocolsSpecParalExcitationType(int CsaSeriesMrPhoenixProtocolsSpecParalExcitationType)`
`void`	`setCsaSeriesMrPhoenixProtocolsSpecParalNOEType(int CsaSeriesMrPhoenixProtocolsSpecParalNOEType)`
`void`	`setCsaSeriesMrPhoenixProtocolsSpecParalPhaseCyclingType(int CsaSeriesMrPhoenixProtocolsSpecParalPhaseCyclingType)`
`void`	`setCsaSeriesMrPhoenixProtocolsSpecParalPhaseEncodingType(int CsaSeriesMrPhoenixProtocolsSpecParalPhaseEncodingType)`
`void`	`setCsaSeriesMrPhoenixProtocolsSpecParalRFExcitationBandwidth(int CsaSeriesMrPhoenixProtocolsSpecParalRFExcitationBandwidth)`
`void`	`setCsaSeriesMrPhoenixProtocolsSpecParalSpecAppl(int CsaSeriesMrPhoenixProtocolsSpecParalSpecAppl)`
`void`	`setCsaSeriesMrPhoenixProtocolsSpecParalSpectralSuppression(int CsaSeriesMrPhoenixProtocolsSpecParalSpectralSuppression)`
`void`	`setCsaSeriesMrPhoenixProtocolsSpecParaucRemoveOversampling(int CsaSeriesMrPhoenixProtocolsSpecParaucRemoveOversampling)`
`void`	`setCsaSeriesMrPhoenixProtocolsTXSPECaRFPULSEnbAmplitudeValid(int[] CsaSeriesMrPhoenixProtocolsTXSPECaRFPULSEnbAmplitudeValid)`
`void`	`setCsaSeriesMrPhoenixProtocolsTXSPECaRFPULSEnflAmplitude(double[] CsaSeriesMrPhoenixProtocolsTXSPECaRFPULSEnflAmplitude)`
`void`	`setCsaSeriesMrPhoenixProtocolsTXSPECaRFPULSEntName(java.lang.String[] CsaSeriesMrPhoenixProtocolsTXSPECaRFPULSEntName)`
`void`	`setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bAmplitudeCorrectionValid(int CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bAmplitudeCorrectionValid)`
`void`	`setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bFrequencyValid(int CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bFrequencyValid)`
`void`	`setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bReferenceAmplitudeValid(int CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bReferenceAmplitudeValid)`
`void`	`setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bRFPAIndexValid(int CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bRFPAIndexValid)`
`void`	`setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0flAmplitudeCorrection(double CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0flAmplitudeCorrection)`
`void`	`setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0flReferenceAmplitude(double CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0flReferenceAmplitude)`
`void`	`setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0lFrequency(int CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0lFrequency)`
`void`	`setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0tNucleus(java.lang.String CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0tNucleus)`
`void`	`setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bAmplitudeCorrectionValid(int CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bAmplitudeCorrectionValid)`
`void`	`setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bFrequencyValid(int CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bFrequencyValid)`
`void`	`setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bReferenceAmplitudeValid(int CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bReferenceAmplitudeValid)`
`void`	`setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bRFPAIndexValid(int CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bRFPAIndexValid)`
`void`	`setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1flAmplitudeCorrection(double CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1flAmplitudeCorrection)`
`void`	`setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1lRFPAIndex(int CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1lRFPAIndex)`
`void`	`setCsaSeriesMrPhoenixProtocolsTXSPECbKDynValid(int CsaSeriesMrPhoenixProtocolsTXSPECbKDynValid)`
`void`	`setCsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeClipHigh(double CsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeClipHigh)`
`void`	`setCsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeClipLow(double CsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeClipLow)`
`void`	`setCsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeMax(double CsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeMax)`
`void`	`setCsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeMin(double CsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeMin)`
`void`	`setCsaSeriesMrPhoenixProtocolsTXSPECflKDynPhaseClip(double CsaSeriesMrPhoenixProtocolsTXSPECflKDynPhaseClip)`
`void`	`setCsaSeriesMrPhoenixProtocolsTXSPECflKDynPhaseMax(double CsaSeriesMrPhoenixProtocolsTXSPECflKDynPhaseMax)`
`void`	`setCsaSeriesMrPhoenixProtocolsTXSPEClBCExcitationMode(int CsaSeriesMrPhoenixProtocolsTXSPEClBCExcitationMode)`
`void`	`setCsaSeriesMrPhoenixProtocolsTXSPEClBCSeqExcitationMode(int CsaSeriesMrPhoenixProtocolsTXSPEClBCSeqExcitationMode)`
`void`	`setCsaSeriesMrPhoenixProtocolsTXSPEClNoOfTraPulses(int CsaSeriesMrPhoenixProtocolsTXSPEClNoOfTraPulses)`
`void`	`setCsaSeriesMrPhoenixProtocolsTXSPECucBCExcitationModeValid(int CsaSeriesMrPhoenixProtocolsTXSPECucBCExcitationModeValid)`
`void`	`setCsaSeriesMrPhoenixProtocolsTXSPECucExcitMode(int CsaSeriesMrPhoenixProtocolsTXSPECucExcitMode)`
`void`	`setCsaSeriesMrPhoenixProtocolsTXSPECucRFPulseType(int CsaSeriesMrPhoenixProtocolsTXSPECucRFPulseType)`
`void`	`setCsaSeriesMrPhoenixProtocolsTXSPECucSimultaneousExcitation(int CsaSeriesMrPhoenixProtocolsTXSPECucSimultaneousExcitation)`
`void`	`setCsaSeriesMrPhoenixProtocolsWiPMemBlockadFree(double[] CsaSeriesMrPhoenixProtocolsWiPMemBlockadFree)`
`void`	`setCsaSeriesMrPhoenixProtocolsWiPMemBlockalFree(int[] CsaSeriesMrPhoenixProtocolsWiPMemBlockalFree)`
`void`	`setCsaSeriesMrPhoenixProtocolsWiPMemBlocktFree(java.lang.String CsaSeriesMrPhoenixProtocolsWiPMemBlocktFree)`
`void`	`setCsaSeriesMrPhoenixProtocoltdefaultEVAProt(java.lang.String CsaSeriesMrPhoenixProtocoltdefaultEVAProt)`
`void`	`setCsaSeriesMrPhoenixProtocoltProtocolName(java.lang.String CsaSeriesMrPhoenixProtocoltProtocolName)`
`void`	`setCsaSeriesMrPhoenixProtocoltReferenceImage0(java.lang.String CsaSeriesMrPhoenixProtocoltReferenceImage0)`
`void`	`setCsaSeriesMrPhoenixProtocoltReferenceImage1(java.lang.String CsaSeriesMrPhoenixProtocoltReferenceImage1)`
`void`	`setCsaSeriesMrPhoenixProtocoltReferenceImage2(java.lang.String CsaSeriesMrPhoenixProtocoltReferenceImage2)`
`void`	`setCsaSeriesMrPhoenixProtocoltSequenceFileName(java.lang.String CsaSeriesMrPhoenixProtocoltSequenceFileName)`
`void`	`setCsaSeriesMrPhoenixProtocolucAAMode(int CsaSeriesMrPhoenixProtocolucAAMode)`
`void`	`setCsaSeriesMrPhoenixProtocolucAARefMode(int CsaSeriesMrPhoenixProtocolucAARefMode)`
`void`	`setCsaSeriesMrPhoenixProtocolucAARegionMode(int CsaSeriesMrPhoenixProtocolucAARegionMode)`
`void`	`setCsaSeriesMrPhoenixProtocolucAutoAlignInit(int CsaSeriesMrPhoenixProtocolucAutoAlignInit)`
`void`	`setCsaSeriesMrPhoenixProtocolucBold3dPace(int CsaSeriesMrPhoenixProtocolucBold3dPace)`
`void`	`setCsaSeriesMrPhoenixProtocolucBOLDParadigmArray(int[] CsaSeriesMrPhoenixProtocolucBOLDParadigmArray)`
`void`	`setCsaSeriesMrPhoenixProtocolucCineMode(int CsaSeriesMrPhoenixProtocolucCineMode)`
`void`	`setCsaSeriesMrPhoenixProtocolucCoilCombineMode(int CsaSeriesMrPhoenixProtocolucCoilCombineMode)`
`void`	`setCsaSeriesMrPhoenixProtocolucDisableChangeStoreImages(int CsaSeriesMrPhoenixProtocolucDisableChangeStoreImages)`
`void`	`setCsaSeriesMrPhoenixProtocolucDixon(int CsaSeriesMrPhoenixProtocolucDixon)`
`void`	`setCsaSeriesMrPhoenixProtocolucDixonSaveOriginal(int CsaSeriesMrPhoenixProtocolucDixonSaveOriginal)`
`void`	`setCsaSeriesMrPhoenixProtocolucEnableIntro(int CsaSeriesMrPhoenixProtocolucEnableIntro)`
`void`	`setCsaSeriesMrPhoenixProtocolucEnableNoiseAdjust(int CsaSeriesMrPhoenixProtocolucEnableNoiseAdjust)`
`void`	`setCsaSeriesMrPhoenixProtocolucFlipAngleMode(int CsaSeriesMrPhoenixProtocolucFlipAngleMode)`
`void`	`setCsaSeriesMrPhoenixProtocolucForcePositioningOnNDIS(int CsaSeriesMrPhoenixProtocolucForcePositioningOnNDIS)`
`void`	`setCsaSeriesMrPhoenixProtocolucInteractiveRealtime(int CsaSeriesMrPhoenixProtocolucInteractiveRealtime)`
`void`	`setCsaSeriesMrPhoenixProtocolucInternalTablePosValid(int CsaSeriesMrPhoenixProtocolucInternalTablePosValid)`
`void`	`setCsaSeriesMrPhoenixProtocolucOneSeriesForAllMeas(int CsaSeriesMrPhoenixProtocolucOneSeriesForAllMeas)`
`void`	`setCsaSeriesMrPhoenixProtocolucPHAPSMode(int CsaSeriesMrPhoenixProtocolucPHAPSMode)`
`void`	`setCsaSeriesMrPhoenixProtocolucReadOutMode(int CsaSeriesMrPhoenixProtocolucReadOutMode)`
`void`	`setCsaSeriesMrPhoenixProtocolucReconstructionMode(int CsaSeriesMrPhoenixProtocolucReconstructionMode)`
`void`	`setCsaSeriesMrPhoenixProtocolucScanRegionPosValid(int CsaSeriesMrPhoenixProtocolucScanRegionPosValid)`
`void`	`setCsaSeriesMrPhoenixProtocolucSequenceType(int CsaSeriesMrPhoenixProtocolucSequenceType)`
`void`	`setCsaSeriesMrPhoenixProtocolucTablePositioningMode(int CsaSeriesMrPhoenixProtocolucTablePositioningMode)`
`void`	`setCsaSeriesMrPhoenixProtocolucWaitForPrepareCompletion(int CsaSeriesMrPhoenixProtocolucWaitForPrepareCompletion)`
`void`	`setCsaSeriesMrPhoenixProtocolulVersion(int CsaSeriesMrPhoenixProtocolulVersion)`
`void`	`setCsaSeriesMrPhoenixProtocolWaitForUserStart(int CsaSeriesMrPhoenixProtocolWaitForUserStart)`
`void`	`setCsaSeriesMrProtocolVersion(int CsaSeriesMrProtocolVersion)`
`void`	`setCsaSeriesNumberOfPrescans(int CsaSeriesNumberOfPrescans)`
`void`	`setCsaSeriesOperation_mode_flag(int CsaSeriesOperation_mode_flag)`
`void`	`setCsaSeriesPATModeText(java.lang.String CsaSeriesPATModeText)`
`void`	`setCsaSeriesPatReinPattern(java.lang.String CsaSeriesPatReinPattern)`
`void`	`setCsaSeriesPhaseGradientAmplitude(double CsaSeriesPhaseGradientAmplitude)`
`void`	`setCsaSeriesPositivePCSDirections(java.lang.String CsaSeriesPositivePCSDirections)`
`void`	`setCsaSeriesProtocolChangeHistory(int CsaSeriesProtocolChangeHistory)`
`void`	`setCsaSeriesReadoutGradientAmplitude(double CsaSeriesReadoutGradientAmplitude)`
`void`	`setCsaSeriesReadoutOS(double CsaSeriesReadoutOS)`
`void`	`setCsaSeriesRelTablePosition(int[] CsaSeriesRelTablePosition)`
`void`	`setCsaSeriesRFSWDMostCriticalAspect(java.lang.String CsaSeriesRFSWDMostCriticalAspect)`
`void`	`setCsaSeriesRFSWDOperationMode(int CsaSeriesRFSWDOperationMode)`
`void`	`setCsaSeriesRfWatchdogMask(int CsaSeriesRfWatchdogMask)`
`void`	`setCsaSeriesSARMostCriticalAspect(double[] CsaSeriesSARMostCriticalAspect)`
`void`	`setCsaSeriesSed(double[] CsaSeriesSed)`
`void`	`setCsaSeriesSelectionGradientAmplitude(double CsaSeriesSelectionGradientAmplitude)`
`void`	`setCsaSeriesSequenceFileOwner(java.lang.String CsaSeriesSequenceFileOwner)`
`void`	`setCsaSeriesSliceArrayConcatenations(int CsaSeriesSliceArrayConcatenations)`
`void`	`setCsaSeriesSliceResolution(double CsaSeriesSliceResolution)`
`void`	`setCsaSeriesStim_faktor(double CsaSeriesStim_faktor)`
`void`	`setCsaSeriesStim_lim(double[] CsaSeriesStim_lim)`
`void`	`setCsaSeriesStim_max_ges_norm_online(double CsaSeriesStim_max_ges_norm_online)`
`void`	`setCsaSeriesStim_max_online(double[] CsaSeriesStim_max_online)`
`void`	`setCsaSeriesStim_mon_mode(int CsaSeriesStim_mon_mode)`
`void`	`setCsaSeriesSW_korr_faktor(double CsaSeriesSW_korr_faktor)`
`void`	`setCsaSeriest_puls_max(double CsaSeriest_puls_max)`
`void`	`setCsaSeriesTablePositionOrigin(int[] CsaSeriesTablePositionOrigin)`
`void`	`setCsaSeriesTalesReferencePower(double CsaSeriesTalesReferencePower)`
`void`	`setCsaSeriesTransmitterCalibration(double CsaSeriesTransmitterCalibration)`
`void`	`setDBdt(double dBdt)`
`void`	`setDcmmeta_affine(double[][] dcmmeta_affine)`
`void`	`setDcmmeta_reorient_transform(double[][] dcmmeta_reorient_transform)`
`void`	`setDcmmeta_shape(int[] dcmmeta_shape)`
`void`	`setDcmmeta_slice_dim(int dcmmeta_slice_dim)`
`void`	`setDcmmeta_version(double dcmmeta_version)`
`void`	`setDegree(int[] degree)`	Sets degree array for set of spherical harmonic basis functions
`void`	`setDescription(java.lang.String description)`	allows no more than 80 characters to fill in the analyze-image description.
`void`	`setDTComponent(int[][] dtComponent)`	Sets dt component array
`void`	`setEchoNumbers(int echoNumbers)`
`void`	`setEchoTime(double echoTime)`
`void`	`setEchoTrainLength(int echoTrainLength)`
`void`	`setEcode(int[] ecode)`	Sets ecode array, the data format of the header field in the header extension
`void`	`setEsize(int[] esize)`	Sets esize array, the number of bytes in each header field in the header extension
`void`	`setFlipAngle(double flipAngle)`
`void`	`setFreqDim(int freq_dim)`	DOCUMENT ME!
`void`	`setHaveDcmMeta(boolean haveDcmMeta)`
`void`	`setHighBit(int highBit)`
`void`	`setImagedNucleus(java.lang.String imagedNucleus)`
`void`	`setImageOrientationPatient(double[] imageOrientationPatient)`
`void`	`setImagePositionPatient(double[] imagePositionPatient)`
`void`	`setImageType(java.lang.String[] imageType)`
`void`	`setImagingFrequency(double imagingFrequency)`
`void`	`setInPlanePhaseEncodingDirection(java.lang.String inPlanePhaseEncodingDirection)`
`void`	`setInstanceCreationTime(double[] InstanceCreationTime)`
`void`	`setInstanceNumber(int[] InstanceNumber)`
`void`	`setIntentCode(int intentCode)`	Accessor that sets the stat code.
`void`	`setIntentName(java.lang.String intentName)`	DOCUMENT ME!
`void`	`setIntentP1(double intentP1)`	Accessor that sets first statistical parameter.
`void`	`setIntentP2(double intentP2)`	Accessor that sets second statistical parameter.
`void`	`setIntentP3(double intentP3)`	Accessor that sets third statistical parameter.
`void`	`setLargestImagePixelValue(int largestImagePixelValue)`
`void`	`setMagneticFieldStrength(double magneticFieldStrength)`
`void`	`setManufacturer(java.lang.String manufacturer)`
`void`	`setManufacturerModelName(java.lang.String manufacturerModelName)`
`void`	`setMatrixQ(TransMatrix matrixQ)`
`void`	`setMatrixS(TransMatrix matrixS)`
`void`	`setMindIdent(java.lang.String[] mindIdent)`	Sets mindIdent array, character data which serve to identify the type of DWI data structure represented by the MIND extended header fields which follow
`void`	`setModalityString(java.lang.String modalityString)`
`void`	`setMRAcquisitionType(java.lang.String MRAcquisitionType)`
`void`	`setNumberOfAverages(double numberOfAverages)`
`void`	`setNumberOfPhaseEncodingSteps(int numberOfPhaseEncodingSteps)`
`void`	`setOrder(int[] order)`	Sets order array for set of spherical harmonic basis functions
`void`	`setPatientOrientationString(java.lang.String patientOrientationString)`	Set String put in DICOM 0020, 0037
`void`	`setPercentPhaseFieldOfView(double percentPhaseFieldOfView)`
`void`	`setPercentSampling(double percentSampling)`
`void`	`setPerformedProcedureStepStartTime(java.lang.String performedProcedureStepStartTime)`
`void`	`setPhaseDim(int phase_dim)`	DOCUMENT ME!
`void`	`setPhotometricInterpretation(java.lang.String photometricInterpretation)`
`void`	`setPixelBandwidth(double pixelBandwidth)`
`void`	`setPixelRepresentation(int pixelRepresentation)`
`void`	`setPixelSpacing(double[] pixelSpacing)`
`void`	`setRepetitionTime(double repetitionTime)`
`void`	`setRows(int rows)`
`void`	`setSamplesPerPixel(int samplesPerPixel)`
`void`	`setSAR(double SAR)`
`void`	`setScanningSequence(java.lang.String scanningSequence)`
`void`	`setScanOptions(java.lang.String scanOptions)`
`void`	`setSclInter(double scl_inter)`	Sets the data additive factor.
`void`	`setSclSlope(double scl_slope)`	Sets the data scaling multiplicative factor.
`void`	`setSequenceName(java.lang.String sequenceName)`
`void`	`setSequenceVariant(java.lang.String sequenceVariant)`
`void`	`setSeriesNumber(int seriesNumber)`
`void`	`setSeriesTime(java.lang.String seriesTime)`
`void`	`setSizeOfHeader(int size)`	DOCUMENT ME!
`void`	`setSliceCode(byte sliceCode)`	DOCUMENT ME!
`void`	`setSliceDim(int slice_dim)`	DOCUMENT ME!
`void`	`setSliceDuration(double sliceDuration)`	sets the sliceDuration variable.
`void`	`setSliceEnd(long sliceEnd)`	DOCUMENT ME!
`void`	`setSliceLocation(double sliceLocation)`
`void`	`setSliceStart(long sliceStart)`	DOCUMENT ME!
`void`	`setSmallestImagePixelValue(int smallestImagePixelValue)`
`void`	`setSoftwareVersions(java.lang.String softwareVersions)`
`void`	`setSourceBitPix(short bp)`	sets sourceBitPix; any value other than 1, 8, 16, 32, 64, 128, or 24 gets set to the disallowed trap value, -1.
`void`	`setSourceType(short dtype)`	accessor to supply coded datatype.
`void`	`setSpacingBetweenSlices(double spacingBetweenSlices)`
`void`	`setSpecificCharacterSet(java.lang.String specificCharacterSet)`
`protected java.lang.String`	`setString(java.lang.String str, int len)`	verifies string is not larger than len length; strings larger than len, are clipped before being returned.
`void`	`setStudyTime(java.lang.String studyTime)`
`void`	`setTransmitCoilName(java.lang.String transmitCoilName)`
`void`	`setVariableFlipAngleFlag(java.lang.String variableFlipAngleFlag)`
`void`	`setVoxOffset(long vox)`	sets vox offset value.
`void`	`setWindowCenter(double[] WindowCenter)`
`void`	`setWindowCenterWidthExplanation(java.lang.String windowCenterWidthExplanation)`
`void`	`setWindowWidth(double[] WindowWidth)`
`void`	`setZenith(float[] zenith)`	Sets zenith angle array for spherical direction
`void`	`stateChanged(java.util.Vector ce)`	.
`void`	`updateFileInfos(FileInfoNIFTI fInfo)`	Propogates the current file info to another FileInfoNIFTI.

Methods inherited from class gov.nih.mipav.model.file.FileInfoBase
copyCoreInfo, copyCoreInfo, displayAboutInfo, displayPrimaryInfo, finalize, getAboutInfo, getAllSameDimUnits, getAreaUnitsOfMeasureStr, getAxisDirection, getAxisOrientation, getAxisOrientation, getAxisOrientationFromStr, getAxisOrientationStr, getCameraMake, getCameraModel, getCompressionType, getDataType, getDataTypeFromStr, getEndianess, getEndianessFromStr, getExposureTime, getExtents, getFileDirectory, getFileFormat, getFileName, getFileSuffix, getFNumber, getFocalLength, getFocalLength35, getImageOrientation, getImageOrientationFromStr, getImageOrientationStr, getIs2_5D, getISOSpeedRating, getLPSOrigin, getLUT, getMax, getMaxB, getMaxG, getMaxR, getMin, getMinB, getMinG, getMinR, getModality, getModalityFromStr, getModalityStr, getModalityStr, getMultiFile, getNumOfBytesPerPixel, getOffset, getOrigin, getOrigin, getOriginalEndianess, getOriginAtSlice, getPhotometric, getPixelPadValue, getPrimaryInfo, getRescaleIntercept, getRescaleSlope, getResolution, getResolutions, getSize, getSliceThickness, getUnitsOfMeasure, getUnitsOfMeasure, getUnitsOfMeasureAbbrevStr, getUnitsOfMeasureAbbrevStr, getUnitsOfMeasureFromStr, getUnitsOfMeasureStr, getUnitsOfMeasureStr, getVolumeUnitsOfMeasureStr, isDicomOrdered, oppositeOrient, sameAxis, setAxisOrientation, setAxisOrientation, setCameraMake, setCameraModel, setCompressionType, setDataType, setEndianess, setExposureTime, setExtents, setExtents, setFileDirectory, setFileFormat, setFileName, setFileSuffix, setFNumber, setFocalLength, setFocalLength35, setImageOrientation, setISOSpeedRating, setLUT, setMax, setMaxB, setMaxG, setMaxR, setMin, setMinB, setMinG, setMinR, setModality, setMultiFile, setOffset, setOrigin, setOrigin, setOriginalEndianess, setPhotometric, setPixelPadValue, setRescaleIntercept, setRescaleSlope, setResolutions, setResolutions, setSliceThickness, setTagDescription, setTagName, setUnitsOfMeasure, setUnitsOfMeasure, setUnitsOfMeasure, setUnitsOfMeasure, toString

Methods inherited from class gov.nih.mipav.model.structures.ModelSerialCloneable
clone, nativeClone

Methods inherited from class java.lang.Object
equals, getClass, hashCode, notify, notifyAll, wait, wait, wait

Field Detail
- serialVersionUID
```
private static final long serialVersionUID
```
  Use serialVersionUID for interoperability.
  
  See Also:
  
  Constant Field Values
- NIFTI_INTENT_NONE
```
public static final short NIFTI_INTENT_NONE
```
  Default, no intent indicated.
  
  See Also:
  
  Constant Field Values
- NIFTI_INTENT_CORREL
```
public static final short NIFTI_INTENT_CORREL
```
  Correlation coefficient R (1 param): p1 = degrees of freedom R/sqrt(1-R*R) is t-distributed with p1 DOF.
  
  See Also:
  
  Constant Field Values
- NIFTI_INTENT_TTEST
```
public static final short NIFTI_INTENT_TTEST
```
  Student t statistic (1 param): p1 = DOF.
  
  See Also:
  
  Constant Field Values
- NIFTI_INTENT_FTEST
```
public static final short NIFTI_INTENT_FTEST
```
  Fisher F statistic (2 params): p1 = numerator DOF, p2 = denominator DOF.
  
  See Also:
  
  Constant Field Values
- NIFTI_INTENT_ZSCORE
```
public static final short NIFTI_INTENT_ZSCORE
```
  Standard normal (0 params): Density = N(0,1).
  
  See Also:
  
  Constant Field Values
- NIFTI_INTENT_CHISQ
```
public static final short NIFTI_INTENT_CHISQ
```
  Chi-squared (1 param): p1 = DOF Density(x) proportional to exp(-x/2) * x^(p1/2 - 1).
  
  See Also:
  
  Constant Field Values
- NIFTI_INTENT_BETA
```
public static final short NIFTI_INTENT_BETA
```
  Beta distribution (2 params): p1 = a, p2 = b Density (x) proportional to x^(a-1) * (1-x)^(b-1).
  
  See Also:
  
  Constant Field Values
- NIFTI_INTENT_BINOM
```
public static final short NIFTI_INTENT_BINOM
```
  Binomial distribution (2 params): p1 = number of trials, p2 = probability per trial Prob(x) = (p1 choose x) * p2^x * (1-p2)^(p1-x), for x = 0,1,...p1.
  
  See Also:
  
  Constant Field Values
- NIFTI_INTENT_GAMMA
```
public static final short NIFTI_INTENT_GAMMA
```
  Gamma distribution (2 params): p1 = shape, p2 = scale Density (x) proportional to x^(p1-1) * exp(-p2*x).
  
  See Also:
  
  Constant Field Values
- NIFTI_INTENT_POISSON
```
public static final short NIFTI_INTENT_POISSON
```
  Poisson distribution (1 param): p1 = mean Prob(x) = exp(-p1) * p1^x/x!, for x = 0, 1, 2, ...
  
  See Also:
  
  Constant Field Values
- NIFTI_INTENT_NORMAL
```
public static final short NIFTI_INTENT_NORMAL
```
  Normal distribution (2 params): p1 = mean, p2 = standard deviation.
  
  See Also:
  
  Constant Field Values
- NIFTI_INTENT_FTEST_NONC
```
public static final short NIFTI_INTENT_FTEST_NONC
```
  Noncentral F statistic (3 params): p1 = numerator DOF, p2 = denominator DOF, p3 = numerator noncentrality parameter.
  
  See Also:
  
  Constant Field Values
- NIFTI_INTENT_CHISQ_NONC
```
public static final short NIFTI_INTENT_CHISQ_NONC
```
  Noncentral chi-squared statistic (2 params): p1 = DOF, p2 = noncentrality parameter.
  
  See Also:
  
  Constant Field Values
- NIFTI_INTENT_LOGISTIC
```
public static final short NIFTI_INTENT_LOGISTIC
```
  Logistic distribution (2 params): p1 = location, p2 = scale Density (x) proportional to sech^2((x-p1)/(2*p2)).
  
  See Also:
  
  Constant Field Values
- NIFTI_INTENT_LAPLACE
```
public static final short NIFTI_INTENT_LAPLACE
```
  Laplace distribution (2 params): p1 = location, p2 = scale Density (x) proportional to exp(-abs(x-p1)/p2).
  
  See Also:
  
  Constant Field Values
- NIFTI_INTENT_UNIFORM
```
public static final short NIFTI_INTENT_UNIFORM
```
  Uniform distribution: p1 = lower end, p2 = upper end.
  
  See Also:
  
  Constant Field Values
- NIFTI_INTENT_TTEST_NONC
```
public static final short NIFTI_INTENT_TTEST_NONC
```
  Noncentral t statistic (2 params): p1 = DOF, p2 = noncentrality parameter.
  
  See Also:
  
  Constant Field Values
- NIFTI_INTENT_WEIBULL
```
public static final short NIFTI_INTENT_WEIBULL
```
  Weibull distribution (3 params): p1 = location, p2 = scale, p3 = power Density (x) proportional to ((x-p1)/p2)^(p3-1) * exp(-((x-p1)/p2)^p3) for x > p1.
  
  See Also:
  
  Constant Field Values
- NIFTI_INTENT_CHI
```
public static final short NIFTI_INTENT_CHI
```
  Chi distribution (1 param): p1 = DOF Density (x) proportional to x^(p1-1) * exp(-x^2/2) for x > 0 p1 = 1 = 'half normal distribution p1 = 2 = Rayleigh distribution p1 = 3 = Maxwell_Boltzmann distribution.
  
  See Also:
  
  Constant Field Values
- NIFTI_INTENT_INVGAUSS
```
public static final short NIFTI_INTENT_INVGAUSS
```
  Inverse Gaussian (2 params): p1 = mu, p2 = lambda Density (x) proportional to exp(-p2*(x-p1)^2/(2*p1^2*x)) / x^3 for x > 0.
  
  See Also:
  
  Constant Field Values
- NIFTI_INTENT_EXTVAL
```
public static final short NIFTI_INTENT_EXTVAL
```
  Extreme value type I (2 params): p1 = location, p2 = scale cdf(x) = exp(-exp(-(x-p1)/p2)).
  
  See Also:
  
  Constant Field Values
- NIFTI_INTENT_PVAL
```
public static final short NIFTI_INTENT_PVAL
```
  Data is a 'p-value' (no params).
  
  See Also:
  
  Constant Field Values
- NIFTI_INTENT_LOGPVAL
```
public static final short NIFTI_INTENT_LOGPVAL
```
  Data is ln(p-value) (no params). To be safe, a program should compute p = exp(-abs(this_value)). The nifti_stats.c library returns this_value as positive, so that this_value = -log(p).
  
  See Also:
  
  Constant Field Values
- NIFTI_INTENT_LOG10PVAL
```
public static final short NIFTI_INTENT_LOG10PVAL
```
  Data is log10(p-value) (no params). To be safe, a program should compute p = pow(10.,-abs(this_value)). The nifti_stats.c library returns this_value as positive, so that this_value = -log10(p).
  
  See Also:
  
  Constant Field Values
- NIFTI_FIRST_STATCODE
```
public static final short NIFTI_FIRST_STATCODE
```
  Smallest intent code that indicates a statistic.
  
  See Also:
  
  Constant Field Values
- NIFTI_LAST_STATCODE
```
public static final short NIFTI_LAST_STATCODE
```
  Largest intent code that indicates a statistic.
  
  See Also:
  
  Constant Field Values
- NIFTI_INTENT_ESTIMATE
```
public static final short NIFTI_INTENT_ESTIMATE
```
  The value at each voxel is an estimate of some parameter The name of the parameter may be stored in intentName.
  
  See Also:
  
  Constant Field Values
- NIFTI_INTENT_LABEL
```
public static final short NIFTI_INTENT_LABEL
```
  The value at each voxel is an index into some set of labels The filename with the labels may be stored in auxFile.
  
  See Also:
  
  Constant Field Values
- NIFTI_INTENT_NEURONAME
```
public static final short NIFTI_INTENT_NEURONAME
```
  The value at each voxel is an index into the NeuroNames labels set.
  
  See Also:
  
  Constant Field Values
- NIFTI_INTENT_GENMATRIX
```
public static final short NIFTI_INTENT_GENMATRIX
```
  To store an M x N matrix at each voxel Dataset must have a 5th dimension (dim[0] = 5 and dim[5] > 1) dim[5] must be M*N intentP1 must be M (in float format) intentP2 must be N (in float format) the matrix values A[i][j] are stored in row order: A[0][0] A[0][1] ... A[0][N-1] A[1][0] A[1][1] ... A[1][N-1] ... A[M-1][0] A[M-1][1] ... A[M-1][N-1]
  
  See Also:
  
  Constant Field Values
- NIFTI_INTENT_SYMMATRIX
```
public static final short NIFTI_INTENT_SYMMATRIX
```
  To store an NxN symmetric matrix at each voxel Dataset must have a 5th dimension dim[5] must be N*(N+1)/2 intentP1 must be N (in float format) The matrix values A[i][j] are stored in row order A[0][0] A[1][0] A[1][1] A{2][0] A[2][1] A[2][2].
  
  See Also:
  
  Constant Field Values
- NIFTI_INTENT_DISPVECT
```
public static final short NIFTI_INTENT_DISPVECT
```
  To signify that the vector value at each voxel is to be taken as a displacement field or vector: Dataset must have a 5th dimension dim[5] must be the dimensionality of the displacement vector (e.g., 3 for spatial displacement, 2 for in-plane).
  
  See Also:
  
  Constant Field Values
- NIFTI_INTENT_VECTOR
```
public static final short NIFTI_INTENT_VECTOR
```
  DOCUMENT ME!
  
  See Also:
  
  Constant Field Values
- NIFTI_INTENT_POINTSET
```
public static final short NIFTI_INTENT_POINTSET
```
  To signify that the vector value at each voxel is really a spatial coordinate (e.g., the verticies or nodes of a surface mesh): dim[0] = 5 dim[1] = number of points dim[2] = dim[3] = dim[4] = 1 dim[5] must be the dimensionality of space (e.g., 3 => 3D space) intentName may describe the object these points come from (e.g., "pial", "gray/white", "EEG", "MEG").
  
  See Also:
  
  Constant Field Values
- NIFTI_INTENT_TRIANGLE
```
public static final short NIFTI_INTENT_TRIANGLE
```
  To signify that the vector value at each voxel is really a triple of indexes (e.g., forming a triangle) from a pointset dataset: Dataset must have a fifth dimension dim[0] = 5 dim[1] = number of triangles dim[2] = dim[3] = dim[4] = 1 dim[5] = 3 dataType should be an integer type (preferably DT_INT32) The data values are indexes (0,1,...) into a pointset dataset.
  
  See Also:
  
  Constant Field Values
- NIFTI_INTENT_QUATERNION
```
public static final short NIFTI_INTENT_QUATERNION
```
  To signify that the vector value at each voxel is a quaternion: Dataset must have a 5th dimension dim[0] = 5 dim[5] = 4 dataType should be a floating point type.
  
  See Also:
  
  Constant Field Values
- NIFTI_INTENT_DIMLESS
```
public static final short NIFTI_INTENT_DIMLESS
```
  Dimensionless value - no params - although, as in _ESTIMATE the name of the parameter may be stored in intent_name.
  
  See Also:
  
  Constant Field Values
- NIFTI_INTENT_TIME_SERIES
```
public static final short NIFTI_INTENT_TIME_SERIES
```
  To signify that each value at each location is from a time series.
  
  See Also:
  
  Constant Field Values
- NIFTI_INTENT_NODE_INDEX
```
public static final short NIFTI_INTENT_NODE_INDEX
```
  To signify that the value at each location is a node index, from a complete surface dataset.
  
  See Also:
  
  Constant Field Values
- NIFTI_INTENT_RGB_VECTOR
```
public static final short NIFTI_INTENT_RGB_VECTOR
```
  To signify that the vector value at each location is an RGB triplet, of whatever type. - dataset must have a 5th dimension - dim[0] = 5 - dim[1] = number of nodes - dim[2] = dim[3] = dim[4] = 1 - dim[5] = 3
  
  See Also:
  
  Constant Field Values
- NIFTI_INTENT_RGBA_VECTOR
```
public static final short NIFTI_INTENT_RGBA_VECTOR
```
  To signify that the vector value at each location is a 4 valued RGBA vector, of whatever type. - dataset must have a 5th dimension - dim[0] = 5 - dim[1] = number of nodes - dim[2] = dim[3] = dim[4] = 1 - dim[5] = 4
  
  See Also:
  
  Constant Field Values
- NIFTI_INTENT_SHAPE
```
public static final short NIFTI_INTENT_SHAPE
```
  To signify that the value at each location is a shape value, such as the curvature.
  
  See Also:
  
  Constant Field Values
- DT_NONE
```
public static final short DT_NONE
```
  Unspecified original unscaled source data type
  
  See Also:
  
  Constant Field Values
- DT_UNKNOWN
```
public static final short DT_UNKNOWN
```
  Unknown original unscaled source data type
  
  See Also:
  
  Constant Field Values
- DT_BINARY
```
public static final short DT_BINARY
```
  Binary (1 bit/voxel)
  
  See Also:
  
  Constant Field Values
- NIFTI_TYPE_UINT8
```
public static final short NIFTI_TYPE_UINT8
```
  Unsigned character (8 bits/voxel)
  
  See Also:
  
  Constant Field Values
- NIFTI_TYPE_INT16
```
public static final short NIFTI_TYPE_INT16
```
  Signed short (16 bits/voxel)
  
  See Also:
  
  Constant Field Values
- NIFTI_TYPE_INT32
```
public static final short NIFTI_TYPE_INT32
```
  Signed int (32 bits/voxel)
  
  See Also:
  
  Constant Field Values
- NIFTI_TYPE_FLOAT32
```
public static final short NIFTI_TYPE_FLOAT32
```
  Float (32 bits/voxel)
  
  See Also:
  
  Constant Field Values
- NIFTI_TYPE_COMPLEX64
```
public static final short NIFTI_TYPE_COMPLEX64
```
  64 bit COMPLEX = 2 32 bit floats.
  
  See Also:
  
  Constant Field Values
- NIFTI_TYPE_FLOAT64
```
public static final short NIFTI_TYPE_FLOAT64
```
  Double (64 bits/voxel)
  
  See Also:
  
  Constant Field Values
- NIFTI_TYPE_RGB24
```
public static final short NIFTI_TYPE_RGB24
```
  RGB triple (24 bits/voxel)
  
  See Also:
  
  Constant Field Values
- NIFTI_TYPE_INT8
```
public static final short NIFTI_TYPE_INT8
```
  Signed char (8 bits/voxel)
  
  See Also:
  
  Constant Field Values
- NIFTI_TYPE_UINT16
```
public static final short NIFTI_TYPE_UINT16
```
  Unsigned short (16 bits/voxel)
  
  See Also:
  
  Constant Field Values
- NIFTI_TYPE_UINT32
```
public static final short NIFTI_TYPE_UINT32
```
  Unsigned integer (32 bits/voxel)
  
  See Also:
  
  Constant Field Values
- NIFTI_TYPE_INT64
```
public static final short NIFTI_TYPE_INT64
```
  Signed long (64 bits/voxel)
  
  See Also:
  
  Constant Field Values
- NIFTI_TYPE_UINT64
```
public static final short NIFTI_TYPE_UINT64
```
  Unsigned long (64 bits/voxel)
  
  See Also:
  
  Constant Field Values
- NIFTI_TYPE_FLOAT128
```
public static final short NIFTI_TYPE_FLOAT128
```
  128 bit floating point number - MIPAV cannot handle
  
  See Also:
  
  Constant Field Values
- NIFTI_TYPE_COMPLEX128
```
public static final short NIFTI_TYPE_COMPLEX128
```
  128 bit COMPLEX = 2 64 bit floats.
  
  See Also:
  
  Constant Field Values
- NIFTI_TYPE_COMPLEX256
```
public static final short NIFTI_TYPE_COMPLEX256
```
  256 bit COMPLEX = 2 128 bit floats. MIPAV cannot handle.
  
  See Also:
  
  Constant Field Values
- NIFTI_UNITS_UNKNOWN
```
public static final int NIFTI_UNITS_UNKNOWN
```
  Unknown spatial or temporal units
  
  See Also:
  
  Constant Field Values
- NIFTI_UNITS_METER
```
public static final int NIFTI_UNITS_METER
```
  Spatial units are in meters
  
  See Also:
  
  Constant Field Values
- NIFTI_UNITS_MM
```
public static final int NIFTI_UNITS_MM
```
  Spatial units are in millimeters
  
  See Also:
  
  Constant Field Values
- NIFTI_UNITS_MICRON
```
public static final int NIFTI_UNITS_MICRON
```
  Spatial units are in micrometers
  
  See Also:
  
  Constant Field Values
- NIFTI_UNITS_SEC
```
public static final int NIFTI_UNITS_SEC
```
  Temporal units are in seconds
  
  See Also:
  
  Constant Field Values
- NIFTI_UNITS_MSEC
```
public static final int NIFTI_UNITS_MSEC
```
  Temporal units are in milliseconds
  
  See Also:
  
  Constant Field Values
- NIFTI_UNITS_USEC
```
public static final int NIFTI_UNITS_USEC
```
  Temporal units are in microseconds
  
  See Also:
  
  Constant Field Values
- NIFTI_UNITS_HZ
```
public static final int NIFTI_UNITS_HZ
```
  Temporal units are in Hertz
  
  See Also:
  
  Constant Field Values
- NIFTI_UNITS_PPM
```
public static final int NIFTI_UNITS_PPM
```
  Temporal units are in parts per million
  
  See Also:
  
  Constant Field Values
- NIFTI_UNITS_RADS
```
public static final int NIFTI_UNITS_RADS
```
  Temporal units are in radians per second
  
  See Also:
  
  Constant Field Values
- NIFTI_SLICE_SEQ_INC
```
public static final byte NIFTI_SLICE_SEQ_INC
```
  Sequential increasing pattern of slice acquisition
  
  See Also:
  
  Constant Field Values
- NIFTI_SLICE_SEQ_DEC
```
public static final byte NIFTI_SLICE_SEQ_DEC
```
  Sequential decreasing pattern of slice acquisition
  
  See Also:
  
  Constant Field Values
- NIFTI_SLICE_ALT_INC
```
public static final byte NIFTI_SLICE_ALT_INC
```
  Alternating increasing pattern of slice acquisition Slice timing starts at slice_start
  
  See Also:
  
  Constant Field Values
- NIFTI_SLICE_ALT_DEC
```
public static final byte NIFTI_SLICE_ALT_DEC
```
  Alternating decreasing pattern of slice acquisition slice timing starts at slice_end
  
  See Also:
  
  Constant Field Values
- NIFTI_SLICE_ALT_INC2
```
public static final byte NIFTI_SLICE_ALT_INC2
```
  Alternating increasing pattern of slice acquisition # 2 Slice timing starts at slice_start + 1
  
  See Also:
  
  Constant Field Values
- NIFTI_SLICE_ALT_DEC2
```
public static final byte NIFTI_SLICE_ALT_DEC2
```
  Alternating decreasing pattern of slice acquisition # 2 Slice timing starts at slice_end - 1
  
  See Also:
  
  Constant Field Values
- NIFTI_XFORM_UNKNOWN
```
public static final short NIFTI_XFORM_UNKNOWN
```
  Arbitrary coordinates.
  
  See Also:
  
  Constant Field Values
- NIFTI_XFORM_SCANNER_ANAT
```
public static final short NIFTI_XFORM_SCANNER_ANAT
```
  Scanner based anatomical coordinates.
  
  See Also:
  
  Constant Field Values
- NIFTI_XFORM_ALIGNED_ANAT
```
public static final short NIFTI_XFORM_ALIGNED_ANAT
```
  Coordinates aligned to another file's or to anatomical "truth".
  
  See Also:
  
  Constant Field Values
- NIFTI_XFORM_TALAIRACH
```
public static final short NIFTI_XFORM_TALAIRACH
```
  Coordinates aligned to Talairach-Tournoux Atlas; (0,0,0) = AC, etc.
  
  See Also:
  
  Constant Field Values
- NIFTI_XFORM_MNI_152
```
public static final short NIFTI_XFORM_MNI_152
```
  MNI 152 normalized coordiantes.
  
  See Also:
  
  Constant Field Values
- NIFTI_ECODE_AFNI
```
private static final int NIFTI_ECODE_AFNI
```
  ASCII XML-ish elements
  
  See Also:
  
  Constant Field Values
- NIFTI_ECODE_COMMENT
```
private static final int NIFTI_ECODE_COMMENT
```
  Plain ASCII text only
  
  See Also:
  
  Constant Field Values
- NIFTI_ECODE_MIND_IDENT
```
private static final int NIFTI_ECODE_MIND_IDENT
```
  The contents of a MIND_IDENT field are character data which serve to identify the type of DWI data structure represented by the MIND extended header fields whcih follow.
  
  See Also:
  
  Constant Field Values
- NIFTI_ECODE_B_VALUE
```
private static final int NIFTI_ECODE_B_VALUE
```
  A B_Value field contains a single 32-bit floating point value representing a diffusion-weighing b-value in units of s/mm-squared. In the q-space formalism, the b-value is the square of the magnitude of the diffusion wavevector q.
  
  See Also:
  
  Constant Field Values
- NIFTI_ECODE_SPHERICAL_DIRECTION
```
private static final int NIFTI_ECODE_SPHERICAL_DIRECTION
```
  A SPHERICAL_DIRECTION field contains two 32-bit floating point values which represent a direction in spherical coordinates. The azimuthal angle(longitude) is represented first, in radians, followed by the zenith angle(polar angle, elevation angle, or colatitude), in radians. In the mathematics convention, the ordering is denoted (theta, phi); in the physics convention, the notation is reversed, (phi, theta). A radial coordinate is omitted as this field specifies direction only, not position.
  
  See Also:
  
  Constant Field Values
- NIFTI_ECODE_DT_COMPONENT
```
private static final int NIFTI_ECODE_DT_COMPONENT
```
  The contents of a DT_COMPONENT field are a set of 32-bit integers which specify the indices of a single diffusion tensor component. The number of integers corresponds to the order of the tensor: e.g. a 2nd order tensor component Dij has 2 integer indices, while a 4th order tensor component Dijkl has 4 indices. The integers are given in the indexing order: i.e. i before j before k before l, etc. Furthermore, the indices are 1-based, so that D11 represents the upper-left element of a 2nd order diffusion tensor.
  
  See Also:
  
  Constant Field Values
- NIFTI_ECODE_SHC_DEGREEORDER
```
private static final int NIFTI_ECODE_SHC_DEGREEORDER
```
  The SHC_DEGREEORDER field specifies the degree (l) and order (m) of a spherical harmonic basis function as a pair of 32-bit integers, with the degree preceding the order. m can take values between -l and +l, inclusive.
  
  See Also:
  
  Constant Field Values
- NIFTI_ECODE_CARET
```
private static final int NIFTI_ECODE_CARET
```
  See Also:
  
  Constant Field Values
- aux_file
```
private java.lang.String aux_file
```
  auxiliary file
- bitpix
```
private short bitpix
```
  Bits per pixel
- cal_max
```
private double cal_max
```
  The cal_min and cal_max fields (if nonzero) are used for mapping (possibly scaled) dataset values to display colors: - Minimum display intensity (black) corresponds to dataset value cal_min. - Maximum display intensity (white) corresponds to dataset value cal_max. - Dataset values below cal_min should display as black also, and values above cal_max as white. - Colors "black" and "white", of course, may refer to any scalar display scheme (e.g., a color lookup table specified via aux_file). - cal_min and cal_max only make sense when applied to scalar-valued datasets (i.e., dim[0] < 5 or dim[5] = 1).
- cal_min
```
private double cal_min
```
  values of 0.0 for both fields imply that no calibration min and max values are used !
- coord_code
```
private int coord_code
```
  If qform_code > 0, coord_code = qform_code. If qform_code <= 0 and sform_code > 0, coord_code = sform_code. coord_code has values for "Arbitrary X,Y,Z coordinate system", "Scanner based anatomical coordinates", "Coordinates aligned to another file's or to anatomical truth", "Talairach X,Y,Z coordinate system", and "MNI 152 normalized X,Y,Z coordinates".
- coord_code2
```
private int coord_code2
```
  If qform_code > 0 and sform_code > 0, coord_code = qform_code and coord_code2 = sform_code. coord_code has values for "Arbitrary X,Y,Z coordinate system", "Scanner based anatomical coordinates", "Coordinates aligned to another file's or to anatomical truth", "Talairach X,Y,Z coordinate system", and "MNI 152 normalized X,Y,Z coordinates".
- descrip
```
private java.lang.String descrip
```
  Any text you like
- freq_dim
```
private int freq_dim
```
  Bits 0 and 1 of the dim_info character contain the freq_dim information. 0 for "No frequency encoding direction is present", 1 for "Frequency encoding in the x direction", 2 for "Frequency encoding in the y direction", and 3 for "Frequency encoding in the z direction".
- intentCode
```
private int intentCode
```
  The intent_code field can be used to indicate that the voxel data has some particular meaning. In particular, a large number of codes is given to indicate that the the voxel data should be interpreted as being drawn from a given probability distribution.
- intentName
```
private java.lang.String intentName
```
  The intent_name field provides space for a 15 character (plus 0 byte) name string for the type of data stored. Examples: - intent_code = NIFTI_INTENT_ESTIMATE; intent_name = "T1"; could be used to signify that the voxel values are estimates of the NMR parameter T1. - intent_code = NIFTI_INTENT_TTEST; intent_name = "House"; could be used to signify that the voxel values are t-statistics for the significance of activation response to a House stimulus. - intent_code = NIFTI_INTENT_DISPVECT; intent_name = "ToMNI152"; could be used to signify that the voxel values are a displacement vector that transforms each voxel (x,y,z) location to the corresponding location in the MNI152 standard brain. - intent_code = NIFTI_INTENT_SYMMATRIX; intent_name = "DTI"; could be used to signify that the voxel values comprise a diffusion tensor image.
- intentP1
```
private double intentP1
```
  If present, first auxiliary parameter used with intentCode
- intentP2
```
private double intentP2
```
  If present, second auxiliary parameter used with intentCode
- intentP3
```
private double intentP3
```
  If present, third auxiliary parameter used with intentCode
- phase_dim
```
private int phase_dim
```
  Bits 2 and 3 of the dim_info character contain the phase_dim information. 0 for "No phase encoding direction is present", 1 for "Phase encoding in the x direction", 2 for "Phase encoding in the y direction", and 3 for "Phase encoding in the z direction".
- scl_slope
```
private double scl_slope
```
  If the scl_slope field is nonzero, then each voxel value in the dataset should be scaled as y = scl_slope * x + scl_inter where x = voxel value stored y = "true" voxel value Normally, we would expect this scaling to be used to store "true" floating values in a smaller integer datatype, but that is not required. That is, it is legal to use scaling even if the datatype is a float type (crazy, perhaps, but legal). - However, the scaling is to be ignored if datatype is DT_RGB24. - If datatype is a complex type, then the scaling is to be applied to both the real and imaginary parts.
- scl_inter
```
private double scl_inter
```
- sizeof_hdr
```
private int sizeof_hdr
```
  Should always be a length of 348.
- slice_dim
```
private int slice_dim
```
  Bits 4 and 5 of the dim_info character contain the slice_dim information. 0 for "No slice acquisition direction is present", 1 for "Slice acquisition in the x direction", 2 for "Slice acquisition in the y direction", and 3 for "Slice acquisition in the z direction".
- sliceCode
```
private byte sliceCode
```
  If this is nonzero, AND if slice_dim is nonzero, AND if slice_duration is positive, indicates the timing pattern of the slice acquisition. The following codes are defined: "Slice timing order is sequentially increasing", "Slice timing order is sequentially decreasing", "Slice timing order is alternately increasing", "Slice timing order is alternately decreasing", "Slice timing order is alternately increasing #2", "Slice timing order is alternately decreasing #2".
- sliceDuration
```
private double sliceDuration
```
  Time used to acquire 1 slice.
- sliceEnd
```
private long sliceEnd
```
  Slice timing pattern ends with slice = (sliceEnd + 1)
- sliceStart
```
private long sliceStart
```
  Slice timing pattern starts with slice = (sliceStart + 1)
- sourceBitPix
```
private short sourceBitPix
```
  Source bits per pixel : 1,8,16,32,64,128 24(rgb).
- sourceType
```
private short sourceType
```
  Original unscaled source data type
- vox_offset
```
private long vox_offset
```
  If the magic field is "n+1", then the voxel data is stored in the same file as the header. In this case, the voxel data starts at offset (int)vox_offset into the header file. Thus, vox_offset=352.0 means that the data starts immediately after the NIFTI-1 header. If vox_offset is greater than 352, the NIFTI-1 format does not say much about the contents of the dataset file between the end of the header and the start of the data. If the magic field is "ni1", then the voxel data is stored in the associated ".img" file, starting at offset 0 (i.e., vox_offset is not used in this case, and should be set to 0.0). In a .nii file, the vox_offset field value is interpreted as the start location of the image data bytes in that file. In a .hdr/.img file pair, the vox_offset field value is the start location of the image data bytes in the .img file. If vox_offset is less than 352 in a .nii file, it is equivalent to 352 (i.e., image data never starts before byte #352 in a .nii file). The default value for vox_offset in a .nii file is 352. In a .hdr file, the default value for vox_offset is 0. * vox_offset should be an integer multiple of 16; otherwise, some programs may not work properly (e.g., SPM). This is to allow memory-mapped input to be properly byte-aligned.
- esize
```
private int[] esize
```
- ecode
```
private int[] ecode
```
- mindIdent
```
private java.lang.String[] mindIdent
```
- bValue
```
private float[] bValue
```
- azimuth
```
private float[] azimuth
```
- zenith
```
private float[] zenith
```
- dtComponent
```
private int[][] dtComponent
```
- degree
```
private int[] degree
```
- order
```
private int[] order
```
- afniGroup
```
private java.lang.String[] afniGroup
```
- asciiText
```
private java.lang.String[] asciiText
```
- caret
```
private java.lang.String[] caret
```
- matrixQ
```
private TransMatrix matrixQ
```
- matrixS
```
private TransMatrix matrixS
```
- patientOrientationString
```
private java.lang.String patientOrientationString
```
- haveDcmMeta
```
private boolean haveDcmMeta
```
- specificCharacterSet
```
private java.lang.String specificCharacterSet
```
- imageType
```
private java.lang.String[] imageType
```
- studyTime
```
private java.lang.String studyTime
```
- seriesTime
```
private java.lang.String seriesTime
```
- accessionNumber
```
private java.lang.String accessionNumber
```
- modalityString
```
private java.lang.String modalityString
```
- manufacturer
```
private java.lang.String manufacturer
```
- manufacturerModelName
```
private java.lang.String manufacturerModelName
```
- scanningSequence
```
private java.lang.String scanningSequence
```
- sequenceVariant
```
private java.lang.String sequenceVariant
```
- scanOptions
```
private java.lang.String scanOptions
```
- MRAcquisitionType
```
private java.lang.String MRAcquisitionType
```
- sequenceName
```
private java.lang.String sequenceName
```
- angioFlag
```
private java.lang.String angioFlag
```
- repetitionTime
```
private double repetitionTime
```
- echoTime
```
private double echoTime
```
- numberOfAverages
```
private double numberOfAverages
```
- imagingFrequency
```
private double imagingFrequency
```
- imagedNucleus
```
private java.lang.String imagedNucleus
```
- echoNumbers
```
private int echoNumbers
```
- magneticFieldStrength
```
private double magneticFieldStrength
```
- spacingBetweenSlices
```
private double spacingBetweenSlices
```
- numberOfPhaseEncodingSteps
```
private int numberOfPhaseEncodingSteps
```
- echoTrainLength
```
private int echoTrainLength
```
- percentSampling
```
private double percentSampling
```
- percentPhaseFieldOfView
```
private double percentPhaseFieldOfView
```
- pixelBandwidth
```
private double pixelBandwidth
```
- softwareVersions
```
private java.lang.String softwareVersions
```
- transmitCoilName
```
private java.lang.String transmitCoilName
```
- acquisitionMatrix
```
private int[] acquisitionMatrix
```
- inPlanePhaseEncodingDirection
```
private java.lang.String inPlanePhaseEncodingDirection
```
- flipAngle
```
private double flipAngle
```
- variableFlipAngleFlag
```
private java.lang.String variableFlipAngleFlag
```
- SAR
```
private double SAR
```
- dBdt
```
private double dBdt
```
- seriesNumber
```
private int seriesNumber
```
- imagePositionPatient
```
private double[] imagePositionPatient
```
- imageOrientationPatient
```
private double[] imageOrientationPatient
```
- sliceLocation
```
private double sliceLocation
```
- samplesPerPixel
```
private int samplesPerPixel
```
- photometricInterpretation
```
private java.lang.String photometricInterpretation
```
- rows
```
private int rows
```
- columns
```
private int columns
```
- pixelSpacing
```
private double[] pixelSpacing
```
- bitsAllocated
```
private int bitsAllocated
```
- bitsStored
```
private int bitsStored
```
- highBit
```
private int highBit
```
- pixelRepresentation
```
private int pixelRepresentation
```
- smallestImagePixelValue
```
private int smallestImagePixelValue
```
- largestImagePixelValue
```
private int largestImagePixelValue
```
- windowCenterWidthExplanation
```
private java.lang.String windowCenterWidthExplanation
```
- performedProcedureStepStartTime
```
private java.lang.String performedProcedureStepStartTime
```
- CsaImageEchoLinePosition
```
private int CsaImageEchoLinePosition
```
- CsaImageProtocolSliceNumber
```
private int CsaImageProtocolSliceNumber
```
- CsaImageUsedChannelMask
```
private int CsaImageUsedChannelMask
```
- CsaImageBandwidthPerPixelPhaseEncode
```
private double CsaImageBandwidthPerPixelPhaseEncode
```
- CsaImageMeasuredFourierLines
```
private int CsaImageMeasuredFourierLines
```
- CsaImageSequenceMask
```
private int CsaImageSequenceMask
```
- CsaImageRFSWDDataType
```
private java.lang.String CsaImageRFSWDDataType
```
- CsaImageImaPATModeText
```
private java.lang.String CsaImageImaPATModeText
```
- CsaImageRealDwellTime
```
private int CsaImageRealDwellTime
```
- CsaImageImaCoilString
```
private java.lang.String CsaImageImaCoilString
```
- CsaImageEchoColumnPosition
```
private int CsaImageEchoColumnPosition
```
- CsaImagePhaseEncodingDirectionPositive
```
private int CsaImagePhaseEncodingDirectionPositive
```
- CsaImageSlicePosition_PCS
```
private double[] CsaImageSlicePosition_PCS
```
- CsaImageSliceNormalVector
```
private double[] CsaImageSliceNormalVector
```
- CsaImageGSWDDataType
```
private java.lang.String CsaImageGSWDDataType
```
- CsaImageMultistepIndex
```
private int CsaImageMultistepIndex
```
- CsaImageImaRelTablePosition
```
private int[] CsaImageImaRelTablePosition
```
- CsaImageNumberOfImagesInMosaic
```
private int CsaImageNumberOfImagesInMosaic
```
- CsaImageNonPlanarImage
```
private int CsaImageNonPlanarImage
```
- CsaImageEchoPartitionPosition
```
private int CsaImageEchoPartitionPosition
```
- CsaImageAcquisitionMatrixText
```
private java.lang.String CsaImageAcquisitionMatrixText
```
- CsaImageImaAbsTablePosition
```
private int[] CsaImageImaAbsTablePosition
```
- CsaSeriesTalesReferencePower
```
private double CsaSeriesTalesReferencePower
```
- CsaSeriesOperation_mode_flag
```
private int CsaSeriesOperation_mode_flag
```
- CsaSeriesdBdt_thresh
```
private double CsaSeriesdBdt_thresh
```
- CsaSeriesProtocolChangeHistory
```
private int CsaSeriesProtocolChangeHistory
```
- CsaSeriesGradientDelayTime
```
private double[] CsaSeriesGradientDelayTime
```
- CsaSeriesSARMostCriticalAspect
```
private double[] CsaSeriesSARMostCriticalAspect
```
- CsaSeriesB1rms
```
private double[] CsaSeriesB1rms
```
- CsaSeriesPATModeText
```
private java.lang.String CsaSeriesPATModeText
```
- CsaSeriesRelTablePosition
```
private int[] CsaSeriesRelTablePosition
```
- CsaSeriesNumberOfPrescans
```
private int CsaSeriesNumberOfPrescans
```
- CsaSeriesdBdt_limit
```
private double CsaSeriesdBdt_limit
```
- CsaSeriesStim_lim
```
private double[] CsaSeriesStim_lim
```
- CsaSeriesPatReinPattern
```
private java.lang.String CsaSeriesPatReinPattern
```
- CsaSeriesB1rmsSupervision
```
private java.lang.String CsaSeriesB1rmsSupervision
```
- CsaSeriesReadoutGradientAmplitude
```
private double CsaSeriesReadoutGradientAmplitude
```
- CsaSeriesMrProtocolVersion
```
private int CsaSeriesMrProtocolVersion
```
- CsaSeriesRFSWDMostCriticalAspect
```
private java.lang.String CsaSeriesRFSWDMostCriticalAspect
```
- CsaSeriesSequenceFileOwner
```
private java.lang.String CsaSeriesSequenceFileOwner
```
- CsaSeriesGradientMode
```
private java.lang.String CsaSeriesGradientMode
```
- CsaSeriesSliceArrayConcatenations
```
private int CsaSeriesSliceArrayConcatenations
```
- CsaSeriesFlowCompensation
```
private java.lang.String CsaSeriesFlowCompensation
```
- CsaSeriesTransmitterCalibration
```
private double CsaSeriesTransmitterCalibration
```
- CsaSeriesIsocentered
```
private int CsaSeriesIsocentered
```
- CsaSeriesAbsTablePosition
```
private int CsaSeriesAbsTablePosition
```
- CsaSeriesReadoutOS
```
private double CsaSeriesReadoutOS
```
- CsaSeriesdBdt_max
```
private double CsaSeriesdBdt_max
```
- CsaSeriesRFSWDOperationMode
```
private int CsaSeriesRFSWDOperationMode
```
- CsaSeriesSelectionGradientAmplitude
```
private double CsaSeriesSelectionGradientAmplitude
```
- CsaSeriesPhaseGradientAmplitude
```
private double CsaSeriesPhaseGradientAmplitude
```
- CsaSeriesRfWatchdogMask
```
private int CsaSeriesRfWatchdogMask
```
- CsaSeriesCoilForGradient2
```
private java.lang.String CsaSeriesCoilForGradient2
```
- CsaSeriesStim_mon_mode
```
private int CsaSeriesStim_mon_mode
```
- CsaSeriesCoilId
```
private int[] CsaSeriesCoilId
```
- CsaSeriesStim_max_ges_norm_online
```
private double CsaSeriesStim_max_ges_norm_online
```
- CsaSeriesCoilString
```
private java.lang.String CsaSeriesCoilString
```
- CsaSeriesCoilForGradient
```
private java.lang.String CsaSeriesCoilForGradient
```
- CsaSeriesTablePositionOrigin
```
private int[] CsaSeriesTablePositionOrigin
```
- CsaSeriesMiscSequenceParam
```
private int[] CsaSeriesMiscSequenceParam
```
- CsaSeriesLongModelName
```
private java.lang.String CsaSeriesLongModelName
```
- CsaSeriesStim_faktor
```
private double CsaSeriesStim_faktor
```
- CsaSeriesSW_korr_faktor
```
private double CsaSeriesSW_korr_faktor
```
- CsaSeriesSed
```
private double[] CsaSeriesSed
```
- CsaSeriesPositivePCSDirections
```
private java.lang.String CsaSeriesPositivePCSDirections
```
- CsaSeriesSliceResolution
```
private double CsaSeriesSliceResolution
```
- CsaSeriesStim_max_online
```
private double[] CsaSeriesStim_max_online
```
- CsaSeriest_puls_max
```
private double CsaSeriest_puls_max
```
- CsaSeriesMrPhoenixProtocolulVersion
```
private int CsaSeriesMrPhoenixProtocolulVersion
```
- CsaSeriesMrPhoenixProtocoltSequenceFileName
```
private java.lang.String CsaSeriesMrPhoenixProtocoltSequenceFileName
```
- CsaSeriesMrPhoenixProtocoltProtocolName
```
private java.lang.String CsaSeriesMrPhoenixProtocoltProtocolName
```
- CsaSeriesMrPhoenixProtocoltReferenceImage0
```
private java.lang.String CsaSeriesMrPhoenixProtocoltReferenceImage0
```
- CsaSeriesMrPhoenixProtocoltReferenceImage1
```
private java.lang.String CsaSeriesMrPhoenixProtocoltReferenceImage1
```
- CsaSeriesMrPhoenixProtocoltReferenceImage2
```
private java.lang.String CsaSeriesMrPhoenixProtocoltReferenceImage2
```
- CsaSeriesMrPhoenixProtocolucScanRegionPosValid
```
private int CsaSeriesMrPhoenixProtocolucScanRegionPosValid
```
- CsaSeriesMrPhoenixProtocolucTablePositioningMode
```
private int CsaSeriesMrPhoenixProtocolucTablePositioningMode
```
- CsaSeriesMrPhoenixProtocolsProtConsistencyInfotBaselineString
```
private java.lang.String CsaSeriesMrPhoenixProtocolsProtConsistencyInfotBaselineString
```
- CsaSeriesMrPhoenixProtocolsProtConsistencyInfotSystemType
```
private java.lang.String CsaSeriesMrPhoenixProtocolsProtConsistencyInfotSystemType
```
- CsaSeriesMrPhoenixProtocolsProtConsistencyInfoflNominalB0
```
private double CsaSeriesMrPhoenixProtocolsProtConsistencyInfoflNominalB0
```
- CsaSeriesMrPhoenixProtocolsProtConsistencyInfoflGMax
```
private double CsaSeriesMrPhoenixProtocolsProtConsistencyInfoflGMax
```
- CsaSeriesMrPhoenixProtocolsProtConsistencyInfoflRiseTime
```
private double CsaSeriesMrPhoenixProtocolsProtConsistencyInfoflRiseTime
```
- CsaSeriesMrPhoenixProtocolsProtConsistencyInfolMaximumNofRxReceiverChannels
```
private int CsaSeriesMrPhoenixProtocolsProtConsistencyInfolMaximumNofRxReceiverChannels
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude0
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude0
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude1
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude1
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude2
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude2
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude3
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude3
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude4
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude4
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant0
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant0
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant1
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant1
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant2
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant2
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant3
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant3
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant4
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant4
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude0
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude0
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude1
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude1
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude2
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude2
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude3
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude3
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude4
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude4
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant0
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant0
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant1
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant1
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant2
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant2
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant3
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant3
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant4
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant4
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude0
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude0
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude1
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude1
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude2
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude2
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude3
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude3
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude4
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude4
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant0
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant0
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant1
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant1
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant2
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant2
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant3
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant3
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant4
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant4
```
- CsaSeriesMrPhoenixProtocolsGRADSPECbEddyCompensationValid
```
private int CsaSeriesMrPhoenixProtocolsGRADSPECbEddyCompensationValid
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflAmplitude0
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflAmplitude0
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflAmplitude1
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflAmplitude1
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflAmplitude2
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflAmplitude2
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflTimeConstant0
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflTimeConstant0
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflTimeConstant1
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflTimeConstant1
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflTimeConstant2
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflTimeConstant2
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflAmplitude0
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflAmplitude0
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflAmplitude1
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflAmplitude1
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflAmplitude2
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflAmplitude2
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflTimeConstant0
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflTimeConstant0
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflTimeConstant1
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflTimeConstant1
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflTimeConstant2
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflTimeConstant2
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflAmplitude0
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflAmplitude0
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflAmplitude1
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflAmplitude1
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflAmplitude2
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflAmplitude2
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflTimeConstant0
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflTimeConstant0
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflTimeConstant1
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflTimeConstant1
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflTimeConstant2
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflTimeConstant2
```
- CsaSeriesMrPhoenixProtocolsGRADSPECbB0CompensationValid
```
private int CsaSeriesMrPhoenixProtocolsGRADSPECbB0CompensationValid
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXYaflAmplitude0
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXYaflAmplitude0
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXYaflTimeConstant0
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXYaflTimeConstant0
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXZaflAmplitude0
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXZaflAmplitude0
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXZaflTimeConstant0
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXZaflTimeConstant0
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYXaflAmplitude0
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYXaflAmplitude0
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYXaflTimeConstant0
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYXaflTimeConstant0
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYZaflAmplitude0
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYZaflAmplitude0
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYZaflTimeConstant0
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYZaflTimeConstant0
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZXaflAmplitude0
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZXaflAmplitude0
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZXaflTimeConstant0
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZXaflTimeConstant0
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZYaflAmplitude0
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZYaflAmplitude0
```
- CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZYaflTimeConstant0
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZYaflTimeConstant0
```
- CsaSeriesMrPhoenixProtocolsGRADSPECbCrossTermCompensationValid
```
private int CsaSeriesMrPhoenixProtocolsGRADSPECbCrossTermCompensationValid
```
- CsaSeriesMrPhoenixProtocolsGRADSPEClOffsetX
```
private int CsaSeriesMrPhoenixProtocolsGRADSPEClOffsetX
```
- CsaSeriesMrPhoenixProtocolsGRADSPEClOffsetY
```
private int CsaSeriesMrPhoenixProtocolsGRADSPEClOffsetY
```
- CsaSeriesMrPhoenixProtocolsGRADSPEClOffsetZ
```
private int CsaSeriesMrPhoenixProtocolsGRADSPEClOffsetZ
```
- CsaSeriesMrPhoenixProtocolsGRADSPECbOffsetValid
```
private int CsaSeriesMrPhoenixProtocolsGRADSPECbOffsetValid
```
- CsaSeriesMrPhoenixProtocolsGRADSPEClDelayX
```
private int CsaSeriesMrPhoenixProtocolsGRADSPEClDelayX
```
- CsaSeriesMrPhoenixProtocolsGRADSPEClDelayY
```
private int CsaSeriesMrPhoenixProtocolsGRADSPEClDelayY
```
- CsaSeriesMrPhoenixProtocolsGRADSPEClDelayZ
```
private int CsaSeriesMrPhoenixProtocolsGRADSPEClDelayZ
```
- CsaSeriesMrPhoenixProtocolsGRADSPECbDelayValid
```
private int CsaSeriesMrPhoenixProtocolsGRADSPECbDelayValid
```
- CsaSeriesMrPhoenixProtocolsGRADSPECflSensitivityX
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECflSensitivityX
```
- CsaSeriesMrPhoenixProtocolsGRADSPECflSensitivityY
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECflSensitivityY
```
- CsaSeriesMrPhoenixProtocolsGRADSPECflSensitivityZ
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECflSensitivityZ
```
- CsaSeriesMrPhoenixProtocolsGRADSPECbSensitivityValid
```
private int CsaSeriesMrPhoenixProtocolsGRADSPECbSensitivityValid
```
- CsaSeriesMrPhoenixProtocolsGRADSPECflGSWDMinRiseTime
```
private double CsaSeriesMrPhoenixProtocolsGRADSPECflGSWDMinRiseTime
```
- CsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent0
```
private int CsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent0
```
- CsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent1
```
private int CsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent1
```
- CsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent2
```
private int CsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent2
```
- CsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent3
```
private int CsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent3
```
- CsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent4
```
private int CsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent4
```
- CsaSeriesMrPhoenixProtocolsGRADSPECbShimCurrentValid
```
private int CsaSeriesMrPhoenixProtocolsGRADSPECbShimCurrentValid
```
- CsaSeriesMrPhoenixProtocolsGRADSPECucMode
```
private int CsaSeriesMrPhoenixProtocolsGRADSPECucMode
```
- CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0tNucleus
```
private java.lang.String CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0tNucleus
```
- CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0lFrequency
```
private int CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0lFrequency
```
- CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bFrequencyValid
```
private int CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bFrequencyValid
```
- CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0flReferenceAmplitude
```
private double CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0flReferenceAmplitude
```
- CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bReferenceAmplitudeValid
```
private int CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bReferenceAmplitudeValid
```
- CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0flAmplitudeCorrection
```
private double CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0flAmplitudeCorrection
```
- CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bAmplitudeCorrectionValid
```
private int CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bAmplitudeCorrectionValid
```
- CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bRFPAIndexValid
```
private int CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bRFPAIndexValid
```
- CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bFrequencyValid
```
private int CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bFrequencyValid
```
- CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bReferenceAmplitudeValid
```
private int CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bReferenceAmplitudeValid
```
- CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1flAmplitudeCorrection
```
private double CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1flAmplitudeCorrection
```
- CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bAmplitudeCorrectionValid
```
private int CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bAmplitudeCorrectionValid
```
- CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1lRFPAIndex
```
private int CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1lRFPAIndex
```
- CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bRFPAIndexValid
```
private int CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bRFPAIndexValid
```
- CsaSeriesMrPhoenixProtocolsTXSPECaRFPULSEntName
```
private java.lang.String[] CsaSeriesMrPhoenixProtocolsTXSPECaRFPULSEntName
```
- CsaSeriesMrPhoenixProtocolsTXSPECaRFPULSEnbAmplitudeValid
```
private int[] CsaSeriesMrPhoenixProtocolsTXSPECaRFPULSEnbAmplitudeValid
```
- CsaSeriesMrPhoenixProtocolsTXSPECaRFPULSEnflAmplitude
```
private double[] CsaSeriesMrPhoenixProtocolsTXSPECaRFPULSEnflAmplitude
```
- CsaSeriesMrPhoenixProtocolsTXSPEClNoOfTraPulses
```
private int CsaSeriesMrPhoenixProtocolsTXSPEClNoOfTraPulses
```
- CsaSeriesMrPhoenixProtocolsTXSPEClBCExcitationMode
```
private int CsaSeriesMrPhoenixProtocolsTXSPEClBCExcitationMode
```
- CsaSeriesMrPhoenixProtocolsTXSPEClBCSeqExcitationMode
```
private int CsaSeriesMrPhoenixProtocolsTXSPEClBCSeqExcitationMode
```
- CsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeMin
```
private double CsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeMin
```
- CsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeMax
```
private double CsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeMax
```
- CsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeClipLow
```
private double CsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeClipLow
```
- CsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeClipHigh
```
private double CsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeClipHigh
```
- CsaSeriesMrPhoenixProtocolsTXSPECflKDynPhaseMax
```
private double CsaSeriesMrPhoenixProtocolsTXSPECflKDynPhaseMax
```
- CsaSeriesMrPhoenixProtocolsTXSPECflKDynPhaseClip
```
private double CsaSeriesMrPhoenixProtocolsTXSPECflKDynPhaseClip
```
- CsaSeriesMrPhoenixProtocolsTXSPECbKDynValid
```
private int CsaSeriesMrPhoenixProtocolsTXSPECbKDynValid
```
- CsaSeriesMrPhoenixProtocolsTXSPECucRFPulseType
```
private int CsaSeriesMrPhoenixProtocolsTXSPECucRFPulseType
```
- CsaSeriesMrPhoenixProtocolsTXSPECucExcitMode
```
private int CsaSeriesMrPhoenixProtocolsTXSPECucExcitMode
```
- CsaSeriesMrPhoenixProtocolsTXSPECucSimultaneousExcitation
```
private int CsaSeriesMrPhoenixProtocolsTXSPECucSimultaneousExcitation
```
- CsaSeriesMrPhoenixProtocolsTXSPECucBCExcitationModeValid
```
private int CsaSeriesMrPhoenixProtocolsTXSPECucBCExcitationModeValid
```
- CsaSeriesMrPhoenixProtocolsRXSPEClGain
```
private int CsaSeriesMrPhoenixProtocolsRXSPEClGain
```
- CsaSeriesMrPhoenixProtocolsRXSPECbGainValid
```
private int CsaSeriesMrPhoenixProtocolsRXSPECbGainValid
```
- CsaSeriesMrPhoenixProtocolsRXSPECalDwellTime0
```
private int CsaSeriesMrPhoenixProtocolsRXSPECalDwellTime0
```
- CsaSeriesMrPhoenixProtocolsAdjDatauiAdjFreMode
```
private int CsaSeriesMrPhoenixProtocolsAdjDatauiAdjFreMode
```
- CsaSeriesMrPhoenixProtocolsAdjDatauiAdjShimMode
```
private int CsaSeriesMrPhoenixProtocolsAdjDatauiAdjShimMode
```
- CsaSeriesMrPhoenixProtocolsAdjDatauiAdjWatSupMode
```
private int CsaSeriesMrPhoenixProtocolsAdjDatauiAdjWatSupMode
```
- CsaSeriesMrPhoenixProtocolsAdjDatauiAdjRFMapMode
```
private int CsaSeriesMrPhoenixProtocolsAdjDatauiAdjRFMapMode
```
- CsaSeriesMrPhoenixProtocolsAdjDatauiAdjMDSMode
```
private int CsaSeriesMrPhoenixProtocolsAdjDatauiAdjMDSMode
```
- CsaSeriesMrPhoenixProtocolsAdjDatauiAdjTableTolerance
```
private int CsaSeriesMrPhoenixProtocolsAdjDatauiAdjTableTolerance
```
- CsaSeriesMrPhoenixProtocolsAdjDatauiAdjProtID
```
private int CsaSeriesMrPhoenixProtocolsAdjDatauiAdjProtID
```
- CsaSeriesMrPhoenixProtocolsAdjDatauiAdjFreProtRelated
```
private int CsaSeriesMrPhoenixProtocolsAdjDatauiAdjFreProtRelated
```
- CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesPositiondSag
```
private double CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesPositiondSag
```
- CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesPositiondCor
```
private double CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesPositiondCor
```
- CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesPositiondTra
```
private double CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesPositiondTra
```
- CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesNormaldSag
```
private double CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesNormaldSag
```
- CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesNormaldCor
```
private double CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesNormaldCor
```
- CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesNormaldTra
```
private double CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesNormaldTra
```
- CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedThickness
```
private double CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedThickness
```
- CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedPhaseFOV
```
private double CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedPhaseFOV
```
- CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedReadoutFOV
```
private double CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedReadoutFOV
```
- CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedInPlaneRot
```
private double CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedInPlaneRot
```
- CsaSeriesMrPhoenixProtocolsAdjDatauiAdjVolumeValid
```
private int CsaSeriesMrPhoenixProtocolsAdjDatauiAdjVolumeValid
```
- CsaSeriesMrPhoenixProtocolucEnableNoiseAdjust
```
private int CsaSeriesMrPhoenixProtocolucEnableNoiseAdjust
```
- CsaSeriesMrPhoenixProtocolalTR0
```
private int CsaSeriesMrPhoenixProtocolalTR0
```
- CsaSeriesMrPhoenixProtocollContrasts
```
private int CsaSeriesMrPhoenixProtocollContrasts
```
- CsaSeriesMrPhoenixProtocolalTE0
```
private int CsaSeriesMrPhoenixProtocolalTE0
```
- CsaSeriesMrPhoenixProtocolacFlowComp0
```
private int CsaSeriesMrPhoenixProtocolacFlowComp0
```
- CsaSeriesMrPhoenixProtocollCombinedEchoes
```
private int CsaSeriesMrPhoenixProtocollCombinedEchoes
```
- CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsPositiondSag
```
private double[] CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsPositiondSag
```
- CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsPositiondCor
```
private double[] CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsPositiondCor
```
- CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsPositiondTra
```
private double[] CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsPositiondTra
```
- CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsNormaldSag
```
private double[] CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsNormaldSag
```
- CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsNormaldCor
```
private double[] CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsNormaldCor
```
- CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsNormaldTra
```
private double[] CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsNormaldTra
```
- CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdThickness
```
private double[] CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdThickness
```
- CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdPhaseFOV
```
private double[] CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdPhaseFOV
```
- CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdReadoutFOV
```
private double[] CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdReadoutFOV
```
- CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdInPlaneRot
```
private double[] CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdInPlaneRot
```
- CsaSeriesMrPhoenixProtocolsSliceArrayanAsc
```
private int[] CsaSeriesMrPhoenixProtocolsSliceArrayanAsc
```
- CsaSeriesMrPhoenixProtocolsSliceArrayanPos
```
private int[] CsaSeriesMrPhoenixProtocolsSliceArrayanPos
```
- CsaSeriesMrPhoenixProtocolsSliceArraylSize
```
private int CsaSeriesMrPhoenixProtocolsSliceArraylSize
```
- CsaSeriesMrPhoenixProtocolsSliceArraylConc
```
private int CsaSeriesMrPhoenixProtocolsSliceArraylConc
```
- CsaSeriesMrPhoenixProtocolsSliceArrayucMode
```
private int CsaSeriesMrPhoenixProtocolsSliceArrayucMode
```
- CsaSeriesMrPhoenixProtocolsSliceArraysTSatdThickness
```
private double CsaSeriesMrPhoenixProtocolsSliceArraysTSatdThickness
```
- CsaSeriesMrPhoenixProtocolsGroupArrayasGroup0nSize
```
private int CsaSeriesMrPhoenixProtocolsGroupArrayasGroup0nSize
```
- CsaSeriesMrPhoenixProtocolsGroupArrayanMember
```
private int[] CsaSeriesMrPhoenixProtocolsGroupArrayanMember
```
- CsaSeriesMrPhoenixProtocolsGroupArraylSize
```
private int CsaSeriesMrPhoenixProtocolsGroupArraylSize
```
- CsaSeriesMrPhoenixProtocolsGroupArraysPSatdThickness
```
private double CsaSeriesMrPhoenixProtocolsGroupArraysPSatdThickness
```
- CsaSeriesMrPhoenixProtocolsGroupArraysPSatdGap
```
private double CsaSeriesMrPhoenixProtocolsGroupArraysPSatdGap
```
- CsaSeriesMrPhoenixProtocolsRSatArrayasElm0sPositiondSag
```
private double CsaSeriesMrPhoenixProtocolsRSatArrayasElm0sPositiondSag
```
- CsaSeriesMrPhoenixProtocolsRSatArrayasElm0sPositiondCor
```
private double CsaSeriesMrPhoenixProtocolsRSatArrayasElm0sPositiondCor
```
- CsaSeriesMrPhoenixProtocolsRSatArrayasElm0sPositiondTra
```
private double CsaSeriesMrPhoenixProtocolsRSatArrayasElm0sPositiondTra
```
- CsaSeriesMrPhoenixProtocolsRSatArrayasElm0sNormaldSag
```
private double CsaSeriesMrPhoenixProtocolsRSatArrayasElm0sNormaldSag
```
- CsaSeriesMrPhoenixProtocolsRSatArrayasElm0sNormaldCor
```
private double CsaSeriesMrPhoenixProtocolsRSatArrayasElm0sNormaldCor
```
- CsaSeriesMrPhoenixProtocolsRSatArrayasElm0sNormaldTra
```
private double CsaSeriesMrPhoenixProtocolsRSatArrayasElm0sNormaldTra
```
- CsaSeriesMrPhoenixProtocolsRSatArrayasElm0dThickness
```
private double CsaSeriesMrPhoenixProtocolsRSatArrayasElm0dThickness
```
- CsaSeriesMrPhoenixProtocolsRSatArraylSize
```
private int CsaSeriesMrPhoenixProtocolsRSatArraylSize
```
- CsaSeriesMrPhoenixProtocolsAutoAligndAAMatrix
```
private double[] CsaSeriesMrPhoenixProtocolsAutoAligndAAMatrix
```
- CsaSeriesMrPhoenixProtocolsNavigatorParalBreathHoldMeas
```
private int CsaSeriesMrPhoenixProtocolsNavigatorParalBreathHoldMeas
```
- CsaSeriesMrPhoenixProtocolsNavigatorParalRespComp
```
private int CsaSeriesMrPhoenixProtocolsNavigatorParalRespComp
```
- CsaSeriesMrPhoenixProtocolsBladeParadBladeCoverage
```
private double CsaSeriesMrPhoenixProtocolsBladeParadBladeCoverage
```
- CsaSeriesMrPhoenixProtocolsBladeParaucMotionCorr
```
private int CsaSeriesMrPhoenixProtocolsBladeParaucMotionCorr
```
- CsaSeriesMrPhoenixProtocolsPrepPulsesucFatSat
```
private int CsaSeriesMrPhoenixProtocolsPrepPulsesucFatSat
```
- CsaSeriesMrPhoenixProtocolsPrepPulsesucWaterSat
```
private int CsaSeriesMrPhoenixProtocolsPrepPulsesucWaterSat
```
- CsaSeriesMrPhoenixProtocolsPrepPulsesucInversion
```
private int CsaSeriesMrPhoenixProtocolsPrepPulsesucInversion
```
- CsaSeriesMrPhoenixProtocolsPrepPulsesucSatRecovery
```
private int CsaSeriesMrPhoenixProtocolsPrepPulsesucSatRecovery
```
- CsaSeriesMrPhoenixProtocolsPrepPulsesucT2Prep
```
private int CsaSeriesMrPhoenixProtocolsPrepPulsesucT2Prep
```
- CsaSeriesMrPhoenixProtocolsPrepPulsesucTIScout
```
private int CsaSeriesMrPhoenixProtocolsPrepPulsesucTIScout
```
- CsaSeriesMrPhoenixProtocolsPrepPulsesucFatSatMode
```
private int CsaSeriesMrPhoenixProtocolsPrepPulsesucFatSatMode
```
- CsaSeriesMrPhoenixProtocolsPrepPulsesdDarkBloodThickness
```
private double CsaSeriesMrPhoenixProtocolsPrepPulsesdDarkBloodThickness
```
- CsaSeriesMrPhoenixProtocolsPrepPulsesdDarkBloodFlipAngle
```
private double CsaSeriesMrPhoenixProtocolsPrepPulsesdDarkBloodFlipAngle
```
- CsaSeriesMrPhoenixProtocolsPrepPulsesdT2PrepDuration
```
private double CsaSeriesMrPhoenixProtocolsPrepPulsesdT2PrepDuration
```
- CsaSeriesMrPhoenixProtocolsPrepPulsesdIRPulseThicknessFactor
```
private double CsaSeriesMrPhoenixProtocolsPrepPulsesdIRPulseThicknessFactor
```
- CsaSeriesMrPhoenixProtocolsKSpacedPhaseResolution
```
private double CsaSeriesMrPhoenixProtocolsKSpacedPhaseResolution
```
- CsaSeriesMrPhoenixProtocolsKSpacedSliceResolution
```
private double CsaSeriesMrPhoenixProtocolsKSpacedSliceResolution
```
- CsaSeriesMrPhoenixProtocolsKSpacedAngioDynCentralRegionA
```
private double CsaSeriesMrPhoenixProtocolsKSpacedAngioDynCentralRegionA
```
- CsaSeriesMrPhoenixProtocolsKSpacedAngioDynSamplingDensityB
```
private double CsaSeriesMrPhoenixProtocolsKSpacedAngioDynSamplingDensityB
```
- CsaSeriesMrPhoenixProtocolsKSpacelBaseResolution
```
private int CsaSeriesMrPhoenixProtocolsKSpacelBaseResolution
```
- CsaSeriesMrPhoenixProtocolsKSpacelPhaseEncodingLines
```
private int CsaSeriesMrPhoenixProtocolsKSpacelPhaseEncodingLines
```
- CsaSeriesMrPhoenixProtocolsKSpacelPartitions
```
private int CsaSeriesMrPhoenixProtocolsKSpacelPartitions
```
- CsaSeriesMrPhoenixProtocolsKSpacelImagesPerSlab
```
private int CsaSeriesMrPhoenixProtocolsKSpacelImagesPerSlab
```
- CsaSeriesMrPhoenixProtocolsKSpacelRadialViews
```
private int CsaSeriesMrPhoenixProtocolsKSpacelRadialViews
```
- CsaSeriesMrPhoenixProtocolsKSpacelRadialInterleavesPerImage
```
private int CsaSeriesMrPhoenixProtocolsKSpacelRadialInterleavesPerImage
```
- CsaSeriesMrPhoenixProtocolsKSpacelLinesPerShot
```
private int CsaSeriesMrPhoenixProtocolsKSpacelLinesPerShot
```
- CsaSeriesMrPhoenixProtocolsKSpaceunReordering
```
private int CsaSeriesMrPhoenixProtocolsKSpaceunReordering
```
- CsaSeriesMrPhoenixProtocolsKSpacedSeqPhasePartialFourierForSNR
```
private double CsaSeriesMrPhoenixProtocolsKSpacedSeqPhasePartialFourierForSNR
```
- CsaSeriesMrPhoenixProtocolsKSpaceucPhasePartialFourier
```
private int CsaSeriesMrPhoenixProtocolsKSpaceucPhasePartialFourier
```
- CsaSeriesMrPhoenixProtocolsKSpaceucSlicePartialFourier
```
private int CsaSeriesMrPhoenixProtocolsKSpaceucSlicePartialFourier
```
- CsaSeriesMrPhoenixProtocolsKSpaceucAveragingMode
```
private int CsaSeriesMrPhoenixProtocolsKSpaceucAveragingMode
```
- CsaSeriesMrPhoenixProtocolsKSpaceucMultiSliceMode
```
private int CsaSeriesMrPhoenixProtocolsKSpaceucMultiSliceMode
```
- CsaSeriesMrPhoenixProtocolsKSpaceucDimension
```
private int CsaSeriesMrPhoenixProtocolsKSpaceucDimension
```
- CsaSeriesMrPhoenixProtocolsKSpaceucTrajectory
```
private int CsaSeriesMrPhoenixProtocolsKSpaceucTrajectory
```
- CsaSeriesMrPhoenixProtocolsKSpaceucViewSharing
```
private int CsaSeriesMrPhoenixProtocolsKSpaceucViewSharing
```
- CsaSeriesMrPhoenixProtocolsKSpaceucAsymmetricEchoMode
```
private int CsaSeriesMrPhoenixProtocolsKSpaceucAsymmetricEchoMode
```
- CsaSeriesMrPhoenixProtocolsKSpaceucPOCS
```
private int CsaSeriesMrPhoenixProtocolsKSpaceucPOCS
```
- CsaSeriesMrPhoenixProtocolsFastImaginglEPIFactor
```
private int CsaSeriesMrPhoenixProtocolsFastImaginglEPIFactor
```
- CsaSeriesMrPhoenixProtocolsFastImaginglTurboFactor
```
private int CsaSeriesMrPhoenixProtocolsFastImaginglTurboFactor
```
- CsaSeriesMrPhoenixProtocolsFastImaginglSliceTurboFactor
```
private int CsaSeriesMrPhoenixProtocolsFastImaginglSliceTurboFactor
```
- CsaSeriesMrPhoenixProtocolsFastImaginglSegments
```
private int CsaSeriesMrPhoenixProtocolsFastImaginglSegments
```
- CsaSeriesMrPhoenixProtocolsFastImagingucSegmentationMode
```
private int CsaSeriesMrPhoenixProtocolsFastImagingucSegmentationMode
```
- CsaSeriesMrPhoenixProtocolsFastImaginglShots
```
private int CsaSeriesMrPhoenixProtocolsFastImaginglShots
```
- CsaSeriesMrPhoenixProtocolsFastImaginglEchoTrainDuration
```
private int CsaSeriesMrPhoenixProtocolsFastImaginglEchoTrainDuration
```
- CsaSeriesMrPhoenixProtocolsPhysioImaginglSignal1
```
private int CsaSeriesMrPhoenixProtocolsPhysioImaginglSignal1
```
- CsaSeriesMrPhoenixProtocolsPhysioImaginglMethod1
```
private int CsaSeriesMrPhoenixProtocolsPhysioImaginglMethod1
```
- CsaSeriesMrPhoenixProtocolsPhysioImaginglSignal2
```
private int CsaSeriesMrPhoenixProtocolsPhysioImaginglSignal2
```
- CsaSeriesMrPhoenixProtocolsPhysioImaginglMethod2
```
private int CsaSeriesMrPhoenixProtocolsPhysioImaginglMethod2
```
- CsaSeriesMrPhoenixProtocolsPhysioImaginglPhases
```
private int CsaSeriesMrPhoenixProtocolsPhysioImaginglPhases
```
- CsaSeriesMrPhoenixProtocolsPhysioImaginglRetroGatedImages
```
private int CsaSeriesMrPhoenixProtocolsPhysioImaginglRetroGatedImages
```
- CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlTriggerPulses
```
private int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlTriggerPulses
```
- CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlTriggerWindow
```
private int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlTriggerWindow
```
- CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlArrhythmiaDetection
```
private int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlArrhythmiaDetection
```
- CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlCardiacGateOnThreshold
```
private int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlCardiacGateOnThreshold
```
- CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlCardiacGateOffThreshold
```
private int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlCardiacGateOffThreshold
```
- CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlTriggerIntervals
```
private int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlTriggerIntervals
```
- CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselTriggerPulses
```
private int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselTriggerPulses
```
- CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselTriggerWindow
```
private int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselTriggerWindow
```
- CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselArrhythmiaDetection
```
private int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselArrhythmiaDetection
```
- CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselCardiacGateOnThreshold
```
private int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselCardiacGateOnThreshold
```
- CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselCardiacGateOffThreshold
```
private int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselCardiacGateOffThreshold
```
- CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselTriggerIntervals
```
private int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselTriggerIntervals
```
- CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlTriggerPulses
```
private int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlTriggerPulses
```
- CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlTriggerWindow
```
private int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlTriggerWindow
```
- CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlArrhythmiaDetection
```
private int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlArrhythmiaDetection
```
- CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlCardiacGateOnThreshold
```
private int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlCardiacGateOnThreshold
```
- CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlCardiacGateOffThreshold
```
private int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlCardiacGateOffThreshold
```
- CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlTriggerIntervals
```
private int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlTriggerIntervals
```
- CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioResplRespGateThreshold
```
private int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioResplRespGateThreshold
```
- CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioResplRespGatePhase
```
private int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioResplRespGatePhase
```
- CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioRespdGatingRatio
```
private double CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioRespdGatingRatio
```
- CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioNativeucMode
```
private int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioNativeucMode
```
- CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioNativeucFlowSenMode
```
private int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioNativeucFlowSenMode
```
- CsaSeriesMrPhoenixProtocolsSpecParalPhaseCyclingType
```
private int CsaSeriesMrPhoenixProtocolsSpecParalPhaseCyclingType
```
- CsaSeriesMrPhoenixProtocolsSpecParalPhaseEncodingType
```
private int CsaSeriesMrPhoenixProtocolsSpecParalPhaseEncodingType
```
- CsaSeriesMrPhoenixProtocolsSpecParalRFExcitationBandwidth
```
private int CsaSeriesMrPhoenixProtocolsSpecParalRFExcitationBandwidth
```
- CsaSeriesMrPhoenixProtocolsSpecParaucRemoveOversampling
```
private int CsaSeriesMrPhoenixProtocolsSpecParaucRemoveOversampling
```
- CsaSeriesMrPhoenixProtocolsSpecParalAutoRefScanNo
```
private int CsaSeriesMrPhoenixProtocolsSpecParalAutoRefScanNo
```
- CsaSeriesMrPhoenixProtocolsSpecParalDecouplingType
```
private int CsaSeriesMrPhoenixProtocolsSpecParalDecouplingType
```
- CsaSeriesMrPhoenixProtocolsSpecParalNOEType
```
private int CsaSeriesMrPhoenixProtocolsSpecParalNOEType
```
- CsaSeriesMrPhoenixProtocolsSpecParalExcitationType
```
private int CsaSeriesMrPhoenixProtocolsSpecParalExcitationType
```
- CsaSeriesMrPhoenixProtocolsSpecParalSpecAppl
```
private int CsaSeriesMrPhoenixProtocolsSpecParalSpecAppl
```
- CsaSeriesMrPhoenixProtocolsSpecParalSpectralSuppression
```
private int CsaSeriesMrPhoenixProtocolsSpecParalSpectralSuppression
```
- CsaSeriesMrPhoenixProtocolsDiffusionulMode
```
private int CsaSeriesMrPhoenixProtocolsDiffusionulMode
```
- CsaSeriesMrPhoenixProtocolsAngioucPCFlowMode
```
private int CsaSeriesMrPhoenixProtocolsAngioucPCFlowMode
```
- CsaSeriesMrPhoenixProtocolsAngioucTOFInflow
```
private int CsaSeriesMrPhoenixProtocolsAngioucTOFInflow
```
- CsaSeriesMrPhoenixProtocolsAngiolDynamicReconMode
```
private int CsaSeriesMrPhoenixProtocolsAngiolDynamicReconMode
```
- CsaSeriesMrPhoenixProtocolsAngiolTemporalInterpolation
```
private int CsaSeriesMrPhoenixProtocolsAngiolTemporalInterpolation
```
- CsaSeriesMrPhoenixProtocolsRawFilterlSlope_256
```
private int CsaSeriesMrPhoenixProtocolsRawFilterlSlope_256
```
- CsaSeriesMrPhoenixProtocolsRawFilterucOn
```
private int CsaSeriesMrPhoenixProtocolsRawFilterucOn
```
- CsaSeriesMrPhoenixProtocolsRawFilterucMode
```
private int CsaSeriesMrPhoenixProtocolsRawFilterucMode
```
- CsaSeriesMrPhoenixProtocolsDistortionCorrFilterucMode
```
private int CsaSeriesMrPhoenixProtocolsDistortionCorrFilterucMode
```
- CsaSeriesMrPhoenixProtocolsPatlAccelFactPE
```
private int CsaSeriesMrPhoenixProtocolsPatlAccelFactPE
```
- CsaSeriesMrPhoenixProtocolsPatlAccelFact3D
```
private int CsaSeriesMrPhoenixProtocolsPatlAccelFact3D
```
- CsaSeriesMrPhoenixProtocolsPatlRefLinesPE
```
private int CsaSeriesMrPhoenixProtocolsPatlRefLinesPE
```
- CsaSeriesMrPhoenixProtocolsPatucPATMode
```
private int CsaSeriesMrPhoenixProtocolsPatucPATMode
```
- CsaSeriesMrPhoenixProtocolsPatucRefScanMode
```
private int CsaSeriesMrPhoenixProtocolsPatucRefScanMode
```
- CsaSeriesMrPhoenixProtocolsPatucTPatAverageAllFrames
```
private int CsaSeriesMrPhoenixProtocolsPatucTPatAverageAllFrames
```
- CsaSeriesMrPhoenixProtocolsMDSulMdsModeMask
```
private int CsaSeriesMrPhoenixProtocolsMDSulMdsModeMask
```
- CsaSeriesMrPhoenixProtocolsMDSulMdsVariableResolution
```
private int CsaSeriesMrPhoenixProtocolsMDSulMdsVariableResolution
```
- CsaSeriesMrPhoenixProtocolsMDSlTableSpeedNumerator
```
private int CsaSeriesMrPhoenixProtocolsMDSlTableSpeedNumerator
```
- CsaSeriesMrPhoenixProtocolsMDSlmdsLinesPerSegment
```
private int CsaSeriesMrPhoenixProtocolsMDSlmdsLinesPerSegment
```
- CsaSeriesMrPhoenixProtocolsMDSsMdsEndPosSBCS_mmdTra
```
private double CsaSeriesMrPhoenixProtocolsMDSsMdsEndPosSBCS_mmdTra
```
- CsaSeriesMrPhoenixProtocolsMDSulMdsReconMode
```
private int CsaSeriesMrPhoenixProtocolsMDSulMdsReconMode
```
- CsaSeriesMrPhoenixProtocolsMDSdMdsRangeExtension
```
private double CsaSeriesMrPhoenixProtocolsMDSdMdsRangeExtension
```
- CsaSeriesMrPhoenixProtocolucEnableIntro
```
private int CsaSeriesMrPhoenixProtocolucEnableIntro
```
- CsaSeriesMrPhoenixProtocolucDisableChangeStoreImages
```
private int CsaSeriesMrPhoenixProtocolucDisableChangeStoreImages
```
- CsaSeriesMrPhoenixProtocolucAAMode
```
private int CsaSeriesMrPhoenixProtocolucAAMode
```
- CsaSeriesMrPhoenixProtocolucAARegionMode
```
private int CsaSeriesMrPhoenixProtocolucAARegionMode
```
- CsaSeriesMrPhoenixProtocolucAARefMode
```
private int CsaSeriesMrPhoenixProtocolucAARefMode
```
- CsaSeriesMrPhoenixProtocolucReconstructionMode
```
private int CsaSeriesMrPhoenixProtocolucReconstructionMode
```
- CsaSeriesMrPhoenixProtocolucOneSeriesForAllMeas
```
private int CsaSeriesMrPhoenixProtocolucOneSeriesForAllMeas
```
- CsaSeriesMrPhoenixProtocolucPHAPSMode
```
private int CsaSeriesMrPhoenixProtocolucPHAPSMode
```
- CsaSeriesMrPhoenixProtocolucDixon
```
private int CsaSeriesMrPhoenixProtocolucDixon
```
- CsaSeriesMrPhoenixProtocolucDixonSaveOriginal
```
private int CsaSeriesMrPhoenixProtocolucDixonSaveOriginal
```
- CsaSeriesMrPhoenixProtocolucWaitForPrepareCompletion
```
private int CsaSeriesMrPhoenixProtocolucWaitForPrepareCompletion
```
- CsaSeriesMrPhoenixProtocollAverages
```
private int CsaSeriesMrPhoenixProtocollAverages
```
- CsaSeriesMrPhoenixProtocoldAveragesDouble
```
private double CsaSeriesMrPhoenixProtocoldAveragesDouble
```
- CsaSeriesMrPhoenixProtocollRepetitions
```
private int CsaSeriesMrPhoenixProtocollRepetitions
```
- CsaSeriesMrPhoenixProtocoladFlipAngleDegree0
```
private double CsaSeriesMrPhoenixProtocoladFlipAngleDegree0
```
- CsaSeriesMrPhoenixProtocollScanTimeSec
```
private int CsaSeriesMrPhoenixProtocollScanTimeSec
```
- CsaSeriesMrPhoenixProtocollTotalScanTimeSec
```
private int CsaSeriesMrPhoenixProtocollTotalScanTimeSec
```
- CsaSeriesMrPhoenixProtocoldRefSNR
```
private double CsaSeriesMrPhoenixProtocoldRefSNR
```
- CsaSeriesMrPhoenixProtocoldRefSNR_VOI
```
private double CsaSeriesMrPhoenixProtocoldRefSNR_VOI
```
- CsaSeriesMrPhoenixProtocoltdefaultEVAProt
```
private java.lang.String CsaSeriesMrPhoenixProtocoltdefaultEVAProt
```
- CsaSeriesMrPhoenixProtocolasCoilSelectMeas0tNucleus
```
private java.lang.String CsaSeriesMrPhoenixProtocolasCoilSelectMeas0tNucleus
```
- CsaSeriesMrPhoenixProtocolasCoilSelectMeas0iUsedRFactor
```
private int CsaSeriesMrPhoenixProtocolasCoilSelectMeas0iUsedRFactor
```
- CsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnsCoilElementIDtCoilID
```
private java.lang.String[] CsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnsCoilElementIDtCoilID
```
- CsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnsCoilElementIDlCoilCopy
```
private int[] CsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnsCoilElementIDlCoilCopy
```
- CsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnsCoilElementIDtElement
```
private java.lang.String[] CsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnsCoilElementIDtElement
```
- CsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnlElementSelected
```
private int[] CsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnlElementSelected
```
- CsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnlRxChannelConnected
```
private int[] CsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnlRxChannelConnected
```
- CsaSeriesMrPhoenixProtocolasCoilSelectMeas0sCOILPLUGSaulPlugId
```
private int[] CsaSeriesMrPhoenixProtocolasCoilSelectMeas0sCOILPLUGSaulPlugId
```
- CsaSeriesMrPhoenixProtocolasCoilSelectMeas0sCOILPLUGSauiNmbrOfNibbles
```
private int[] CsaSeriesMrPhoenixProtocolasCoilSelectMeas0sCOILPLUGSauiNmbrOfNibbles
```
- CsaSeriesMrPhoenixProtocolasCoilSelectMeas0aFFT_SCALEnflFactor
```
private double[] CsaSeriesMrPhoenixProtocolasCoilSelectMeas0aFFT_SCALEnflFactor
```
- CsaSeriesMrPhoenixProtocolasCoilSelectMeas0aFFT_SCALEnbValid
```
private int[] CsaSeriesMrPhoenixProtocolasCoilSelectMeas0aFFT_SCALEnbValid
```
- CsaSeriesMrPhoenixProtocolasCoilSelectMeas0aFFT_SCALEnlRxChannel
```
private int[] CsaSeriesMrPhoenixProtocolasCoilSelectMeas0aFFT_SCALEnlRxChannel
```
- CsaSeriesMrPhoenixProtocolsEFISPECbEFIDataValid
```
private int CsaSeriesMrPhoenixProtocolsEFISPECbEFIDataValid
```
- CsaSeriesMrPhoenixProtocolsWiPMemBlockalFree
```
private int[] CsaSeriesMrPhoenixProtocolsWiPMemBlockalFree
```
- CsaSeriesMrPhoenixProtocolsWiPMemBlockadFree
```
private double[] CsaSeriesMrPhoenixProtocolsWiPMemBlockadFree
```
- CsaSeriesMrPhoenixProtocolsWiPMemBlocktFree
```
private java.lang.String CsaSeriesMrPhoenixProtocolsWiPMemBlocktFree
```
- CsaSeriesMrPhoenixProtocolucBOLDParadigmArray
```
private int[] CsaSeriesMrPhoenixProtocolucBOLDParadigmArray
```
- CsaSeriesMrPhoenixProtocollParadigmPeriodicity
```
private int CsaSeriesMrPhoenixProtocollParadigmPeriodicity
```
- CsaSeriesMrPhoenixProtocolucCineMode
```
private int CsaSeriesMrPhoenixProtocolucCineMode
```
- CsaSeriesMrPhoenixProtocolucSequenceType
```
private int CsaSeriesMrPhoenixProtocolucSequenceType
```
- CsaSeriesMrPhoenixProtocolucCoilCombineMode
```
private int CsaSeriesMrPhoenixProtocolucCoilCombineMode
```
- CsaSeriesMrPhoenixProtocolucFlipAngleMode
```
private int CsaSeriesMrPhoenixProtocolucFlipAngleMode
```
- CsaSeriesMrPhoenixProtocollTOM
```
private int CsaSeriesMrPhoenixProtocollTOM
```
- CsaSeriesMrPhoenixProtocollProtID
```
private int CsaSeriesMrPhoenixProtocollProtID
```
- CsaSeriesMrPhoenixProtocolucReadOutMode
```
private int CsaSeriesMrPhoenixProtocolucReadOutMode
```
- CsaSeriesMrPhoenixProtocolucBold3dPace
```
private int CsaSeriesMrPhoenixProtocolucBold3dPace
```
- CsaSeriesMrPhoenixProtocolucForcePositioningOnNDIS
```
private int CsaSeriesMrPhoenixProtocolucForcePositioningOnNDIS
```
- CsaSeriesMrPhoenixProtocolucInteractiveRealtime
```
private int CsaSeriesMrPhoenixProtocolucInteractiveRealtime
```
- CsaSeriesMrPhoenixProtocolucInternalTablePosValid
```
private int CsaSeriesMrPhoenixProtocolucInternalTablePosValid
```
- CsaSeriesMrPhoenixProtocolsParametricMappingucParametricMap
```
private int CsaSeriesMrPhoenixProtocolsParametricMappingucParametricMap
```
- CsaSeriesMrPhoenixProtocolsAslulMode
```
private int CsaSeriesMrPhoenixProtocolsAslulMode
```
- CsaSeriesMrPhoenixProtocolWaitForUserStart
```
private int CsaSeriesMrPhoenixProtocolWaitForUserStart
```
- CsaSeriesMrPhoenixProtocolucAutoAlignInit
```
private int CsaSeriesMrPhoenixProtocolucAutoAlignInit
```
- AcquisitionTime
```
private double[] AcquisitionTime
```
- AcquisitionNumber
```
private int[] AcquisitionNumber
```
- InstanceNumber
```
private int[] InstanceNumber
```
- WindowCenter
```
private double[] WindowCenter
```
- WindowWidth
```
private double[] WindowWidth
```
- CsaImageTimeAfterStart
```
private double[] CsaImageTimeAfterStart
```
- CsaImageMosaicRefAcqTimes
```
private double[][] CsaImageMosaicRefAcqTimes
```
- CsaImageICE_Dims
```
private java.lang.String[] CsaImageICE_Dims
```
- CsaImageSliceMeasurementDuration
```
private double[] CsaImageSliceMeasurementDuration
```
- InstanceCreationTime
```
private double[] InstanceCreationTime
```
- ContentTime
```
private double[] ContentTime
```
- dcmmeta_shape
```
private int[] dcmmeta_shape
```
- dcmmeta_affine
```
private double[][] dcmmeta_affine
```
- dcmmeta_reorient_transform
```
private double[][] dcmmeta_reorient_transform
```
- dcmmeta_slice_dim
```
private int dcmmeta_slice_dim
```
- dcmmeta_version
```
private double dcmmeta_version
```

Constructor Detail

FileInfoNIFTI

public FileInfoNIFTI(java.lang.String name,
                     java.lang.String directory,
                     int format)

file info storage constructor.

Parameters:: name - file name; directory - directory; format - file format

Method Detail

displayAboutInfo
```
public void displayAboutInfo(JDialogBase dlog,
                             TransMatrix matrix)
```
Displays the file information.

Specified by:

displayAboutInfo in class FileInfoBase

Parameters:

dlog - dialog box that is written to

matrix - transformation matrix

ecodeIntToString

private java.lang.String ecodeIntToString(int ecode)

getAuxFile
```
public java.lang.String getAuxFile()
```
accessor to the aux_file string.

Returns:

String aux_file

getBitPix
```
public short getBitPix()
```
accessor to the bitpix value.

Returns:

short the bitpix value.

getCalMax
```
public double getCalMax()
```
accessor to cal-max.

Returns:

double cal_max

getCalMin
```
public double getCalMin()
```
accessor to cal-min.

Returns:

double cal_min

getCoordCode
```
public int getCoordCode()
```
Returns type of x, y, z coordinates.

Returns:

coord_code

getCoordCode2
```
public int getCoordCode2()
```
Returns type of x, y, z coordinates 2.

Returns:

coord_code2

getDescription
```
public java.lang.String getDescription()
```
accessor to the current analyze-image description.

Returns:

String description

getFreqDim
```
public int getFreqDim()
```
DOCUMENT ME!

Returns:

DOCUMENT ME!

getIntentCode
```
public int getIntentCode()
```
Accessor that returns the intent code.

Returns:

intentCode

getIntentName
```
public java.lang.String getIntentName()
```
DOCUMENT ME!

Returns:

DOCUMENT ME!

getIntentP1
```
public double getIntentP1()
```
Accessor that returns first statistical parameter.

Returns:

intentP1

getIntentP2
```
public double getIntentP2()
```
Accessor that returns second statistical parameter.

Returns:

intentP2

getIntentP3
```
public double getIntentP3()
```
Accessor that returns third statistical parameter.

Returns:

intentP3

getPhaseDim
```
public int getPhaseDim()
```
DOCUMENT ME!

Returns:

DOCUMENT ME!

getSclInter
```
public double getSclInter()
```
Gets the data additive factor.

Returns:

scl_inter

getSclSlope
```
public double getSclSlope()
```
Gets the data scaling multiplicative factor.

Returns:

scl_slope

getSizeOfHeader
```
public int getSizeOfHeader()
```
DOCUMENT ME!

Returns:

DOCUMENT ME!

getSliceCode
```
public byte getSliceCode()
```
DOCUMENT ME!

Returns:

DOCUMENT ME!

getSliceDim
```
public int getSliceDim()
```
DOCUMENT ME!

Returns:

DOCUMENT ME!

getSliceDuration
```
public double getSliceDuration()
```
provides the sliceDuration value.

Returns:

double sliceDuration

getSliceEnd
```
public long getSliceEnd()
```
DOCUMENT ME!

Returns:

DOCUMENT ME!

getSliceStart
```
public long getSliceStart()
```
DOCUMENT ME!

Returns:

DOCUMENT ME!

getSourceBitPix
```
public short getSourceBitPix()
```
accessor to the sourceBitPix value.

Returns:

short the sourceBitPix value.

getSourceType
```
public short getSourceType()
```
accessor to coded datatype value.

Returns:

short datatype

getVoxOffset
```
public long getVoxOffset()
```
accessor to the vox offset value.

Returns:

float vox_offset

getPatientOrientationString
```
public java.lang.String getPatientOrientationString()
```
Return String put in DICOM 0020,0037 field

Returns:

setAuxFile
```
public void setAuxFile(java.lang.String aux)
```
supplies auxiliary-file string; permits no more than 24 characters.

Parameters:

aux - DOCUMENT ME!

setBitPix
```
public void setBitPix(short bp)
```
sets bitpix; any value other than 1, 8, 16, 32, 64, 128, or 24 gets set to the dissalowed trap value, -1.

Parameters:

bp - DOCUMENT ME!

setCalMax
```
public void setCalMax(double cal)
```
sets cal-max. if supplied value is less than cal-min, the cal-min gets reset to the supplied value as well, so that cal-min is still no greater than cal-max.

Parameters:

cal - DOCUMENT ME!

setCalMin
```
public void setCalMin(double cal)
```
sets cal-min. if supplied value is greater than cal-max, the cal-max gets reset to the supplied value as well, so that cal-max is still no less than cal-min.

Parameters:

cal - DOCUMENT ME!

setCoordCode
```
public void setCoordCode(int coord_code)
```
Sets type of xyz coordinates.

Parameters:

coord_code - DOCUMENT ME!

setCoordCode2
```
public void setCoordCode2(int coord_code2)
```
Sets type of xyz coordinates 2.

Parameters:

coord_code2 - DOCUMENT ME!

setDescription
```
public void setDescription(java.lang.String description)
```
allows no more than 80 characters to fill in the analyze-image description.

Parameters:

description - DOCUMENT ME!

setFreqDim
```
public void setFreqDim(int freq_dim)
```
DOCUMENT ME!

Parameters:

freq_dim - DOCUMENT ME!

setIntentCode
```
public void setIntentCode(int intentCode)
```
Accessor that sets the stat code.

Parameters:

intentCode - DOCUMENT ME!

setIntentName

public void setIntentName(java.lang.String intentName)

DOCUMENT ME!

Parameters:: intentName - DOCUMENT ME!

setIntentP1
```
public void setIntentP1(double intentP1)
```
Accessor that sets first statistical parameter.

Parameters:

intentP1 - DOCUMENT ME!

setIntentP2
```
public void setIntentP2(double intentP2)
```
Accessor that sets second statistical parameter.

Parameters:

intentP2 - DOCUMENT ME!

setIntentP3
```
public void setIntentP3(double intentP3)
```
Accessor that sets third statistical parameter.

Parameters:

intentP3 - DOCUMENT ME!

setPhaseDim
```
public void setPhaseDim(int phase_dim)
```
DOCUMENT ME!

Parameters:

phase_dim - DOCUMENT ME!

setSclInter
```
public void setSclInter(double scl_inter)
```
Sets the data additive factor.

Parameters:

scl_inter - DOCUMENT ME!

setSclSlope
```
public void setSclSlope(double scl_slope)
```
Sets the data scaling multiplicative factor.

Parameters:

scl_slope - DOCUMENT ME!

setSizeOfHeader
```
public void setSizeOfHeader(int size)
```
DOCUMENT ME!

Parameters:

size - DOCUMENT ME!

setSliceCode
```
public void setSliceCode(byte sliceCode)
```
DOCUMENT ME!

Parameters:

sliceCode - DOCUMENT ME!

setSliceDim
```
public void setSliceDim(int slice_dim)
```
DOCUMENT ME!

Parameters:

slice_dim - DOCUMENT ME!

setSliceDuration
```
public void setSliceDuration(double sliceDuration)
```
sets the sliceDuration variable.

Parameters:

sliceDuration - DOCUMENT ME!

setSliceEnd
```
public void setSliceEnd(long sliceEnd)
```
DOCUMENT ME!

Parameters:

sliceEnd - DOCUMENT ME!

setSliceStart
```
public void setSliceStart(long sliceStart)
```
DOCUMENT ME!

Parameters:

sliceStart - DOCUMENT ME!

setSourceBitPix
```
public void setSourceBitPix(short bp)
```
sets sourceBitPix; any value other than 1, 8, 16, 32, 64, 128, or 24 gets set to the disallowed trap value, -1.

Parameters:

bp - DOCUMENT ME!

setSourceType
```
public void setSourceType(short dtype)
```
accessor to supply coded datatype.

Parameters:

dtype - DOCUMENT ME!

setVoxOffset
```
public void setVoxOffset(long vox)
```
sets vox offset value.

Parameters:

vox - DOCUMENT ME!

setEsize
```
public void setEsize(int[] esize)
```
Sets esize array, the number of bytes in each header field in the header extension

Parameters:

esize -

getEsize
```
public int[] getEsize()
```

setEcode
```
public void setEcode(int[] ecode)
```
Sets ecode array, the data format of the header field in the header extension

Parameters:

ecode -

setMindIdent
```
public void setMindIdent(java.lang.String[] mindIdent)
```
Sets mindIdent array, character data which serve to identify the type of DWI data structure represented by the MIND extended header fields which follow

Parameters:

mindIdent -

setBValue
```
public void setBValue(float[] bValue)
```
Sets floating point array with diffusion-weighting b-values in units of s/mm-squared.

Parameters:

bValue -

setAzimuth
```
public void setAzimuth(float[] azimuth)
```
Sets azimuthal angle array for spherical direction

Parameters:

azimuth -

setZenith
```
public void setZenith(float[] zenith)
```
Sets zenith angle array for spherical direction

Parameters:

zenith -

setDegree
```
public void setDegree(int[] degree)
```
Sets degree array for set of spherical harmonic basis functions

Parameters:

degree -

setOrder
```
public void setOrder(int[] order)
```
Sets order array for set of spherical harmonic basis functions

Parameters:

order -

setAfniGroup
```
public void setAfniGroup(java.lang.String[] afniGroup)
```
Sets array of afni group xml inclusions

Parameters:

afniGroup -

setAsciiText
```
public void setAsciiText(java.lang.String[] asciiText)
```
Sets ascii text fields of header extension

Parameters:

asciiText -

setDTComponent
```
public void setDTComponent(int[][] dtComponent)
```
Sets dt component array

Parameters:

dtComponent -

setCaret
```
public void setCaret(java.lang.String[] caret)
```
Sets caret array for extension header

Parameters:

caret -

setMatrixQ

public void setMatrixQ(TransMatrix matrixQ)

setMatrixS

public void setMatrixS(TransMatrix matrixS)

setPatientOrientationString
```
public void setPatientOrientationString(java.lang.String patientOrientationString)
```
Set String put in DICOM 0020, 0037

Parameters:

patientOrientationString -

stateChanged
```
public void stateChanged(java.util.Vector ce)
```
.

ce[0] = table 0 = primary, 1 = secondary, etC

ce[1] = line of table

ce[2] = string name eg, "Type"

ce[3] = Vector codeValue eg, "B"

ce[4] = string value eg, "Big"

"ce" comes from ChangeEvent upon which this is based. care to make our own ChangeEvent to store and handle this?

Parameters:

ce - DOCUMENT ME!

updateFileInfos
```
public void updateFileInfos(FileInfoNIFTI fInfo)
```
Propogates the current file info to another FileInfoNIFTI.
It does not copy over the datatypeCode. (though, aside from, "it isn't in the about table", I can't think of a reason why it shouldn't. but it doesn't.) Also, copied over is bitPix, aux_file.

Parameters:

fInfo - DOCUMENT ME!

setString
```
protected java.lang.String setString(java.lang.String str,
                                     int len)
```
verifies string is not larger than len length; strings larger than len, are clipped before being returned.

Returns:

String new substring

See Also:

String.substring(int, int)

setHaveDcmMeta

public void setHaveDcmMeta(boolean haveDcmMeta)

getHaveDcmMeta
```
public boolean getHaveDcmMeta()
```

setSpecificCharacterSet

public void setSpecificCharacterSet(java.lang.String specificCharacterSet)

getSpecificCharacterSet

public java.lang.String getSpecificCharacterSet()

setImageType

public void setImageType(java.lang.String[] imageType)

getImageType

public java.lang.String[] getImageType()

setStudyTime

public void setStudyTime(java.lang.String studyTime)

getStudyTime

public java.lang.String getStudyTime()

setSeriesTime

public void setSeriesTime(java.lang.String seriesTime)

getSeriesTime

public java.lang.String getSeriesTime()

setAccessionNumber

public void setAccessionNumber(java.lang.String accessionNumber)

getAccessionNumber

public java.lang.String getAccessionNumber()

setModalityString

public void setModalityString(java.lang.String modalityString)

getModalityString

public java.lang.String getModalityString()

setManufacturer

public void setManufacturer(java.lang.String manufacturer)

getManufacturer

public java.lang.String getManufacturer()

setManufacturerModelName

public void setManufacturerModelName(java.lang.String manufacturerModelName)

getManufacturerModelName

public java.lang.String getManufacturerModelName()

setScanningSequence

public void setScanningSequence(java.lang.String scanningSequence)

getScanningSequence

public java.lang.String getScanningSequence()

setSequenceVariant

public void setSequenceVariant(java.lang.String sequenceVariant)

getSequenceVariant

public java.lang.String getSequenceVariant()

setScanOptions

public void setScanOptions(java.lang.String scanOptions)

getScanOptions

public java.lang.String getScanOptions()

setMRAcquisitionType

public void setMRAcquisitionType(java.lang.String MRAcquisitionType)

getMRAcquisitionType

public java.lang.String getMRAcquisitionType()

setSequenceName

public void setSequenceName(java.lang.String sequenceName)

getSequenceName

public java.lang.String getSequenceName()

setAngioFlag

public void setAngioFlag(java.lang.String angioFlag)

getAngioFlag

public java.lang.String getAngioFlag()

setRepetitionTime

public void setRepetitionTime(double repetitionTime)

getRepetitionTime
```
public double getRepetitionTime()
```

setEchoTime

public void setEchoTime(double echoTime)

getEchoTime
```
public double getEchoTime()
```

setNumberOfAverages

public void setNumberOfAverages(double numberOfAverages)

getNumberOfAverages
```
public double getNumberOfAverages()
```

setImagingFrequency

public void setImagingFrequency(double imagingFrequency)

getImagingFrequency
```
public double getImagingFrequency()
```

setImagedNucleus

public void setImagedNucleus(java.lang.String imagedNucleus)

getImagedNucleus

public java.lang.String getImagedNucleus()

setEchoNumbers

public void setEchoNumbers(int echoNumbers)

getEchoNumbers
```
public int getEchoNumbers()
```

setMagneticFieldStrength

public void setMagneticFieldStrength(double magneticFieldStrength)

getMagneticFieldStrength

public double getMagneticFieldStrength()

setSpacingBetweenSlices

public void setSpacingBetweenSlices(double spacingBetweenSlices)

getSpacingBetweenSlices

public double getSpacingBetweenSlices()

setNumberOfPhaseEncodingSteps

public void setNumberOfPhaseEncodingSteps(int numberOfPhaseEncodingSteps)

getNumberOfPhaseEncodingSteps

public int getNumberOfPhaseEncodingSteps()

setEchoTrainLength

public void setEchoTrainLength(int echoTrainLength)

getEchoTrainLength
```
public int getEchoTrainLength()
```

setPercentSampling

public void setPercentSampling(double percentSampling)

getPercentSampling
```
public double getPercentSampling()
```

setPercentPhaseFieldOfView

public void setPercentPhaseFieldOfView(double percentPhaseFieldOfView)

getPercentPhaseFieldOfView

public double getPercentPhaseFieldOfView()

setPixelBandwidth

public void setPixelBandwidth(double pixelBandwidth)

getPixelBandwidth
```
public double getPixelBandwidth()
```

setSoftwareVersions

public void setSoftwareVersions(java.lang.String softwareVersions)

getSoftwareVersions

public java.lang.String getSoftwareVersions()

setTransmitCoilName

public void setTransmitCoilName(java.lang.String transmitCoilName)

getTransmitCoilName

public java.lang.String getTransmitCoilName()

setAcquisitionMatrix

public void setAcquisitionMatrix(int[] acquisitionMatrix)

getAcquisitionMatrix
```
public int[] getAcquisitionMatrix()
```

setInPlanePhaseEncodingDirection

public void setInPlanePhaseEncodingDirection(java.lang.String inPlanePhaseEncodingDirection)

getInPlanePhaseEncodingDirection

public java.lang.String getInPlanePhaseEncodingDirection()

setFlipAngle

public void setFlipAngle(double flipAngle)

getFlipAngle
```
public double getFlipAngle()
```

setVariableFlipAngleFlag

public void setVariableFlipAngleFlag(java.lang.String variableFlipAngleFlag)

getVariableFlipAngleFlag

public java.lang.String getVariableFlipAngleFlag()

setSAR
```
public void setSAR(double SAR)
```

getSAR
```
public double getSAR()
```

setDBdt
```
public void setDBdt(double dBdt)
```

getDBdt
```
public double getDBdt()
```

setSeriesNumber

public void setSeriesNumber(int seriesNumber)

getSeriesNumber
```
public int getSeriesNumber()
```

setImagePositionPatient

public void setImagePositionPatient(double[] imagePositionPatient)

getImagePositionPatient

public double[] getImagePositionPatient()

setImageOrientationPatient

public void setImageOrientationPatient(double[] imageOrientationPatient)

getImageOrientationPatient

public double[] getImageOrientationPatient()

setSliceLocation

public void setSliceLocation(double sliceLocation)

getSliceLocation
```
public double getSliceLocation()
```

setSamplesPerPixel

public void setSamplesPerPixel(int samplesPerPixel)

getSamplesPerPixel
```
public int getSamplesPerPixel()
```

setPhotometricInterpretation

public void setPhotometricInterpretation(java.lang.String photometricInterpretation)

getPhotometricInterpretation

public java.lang.String getPhotometricInterpretation()

setRows
```
public void setRows(int rows)
```

getRows
```
public int getRows()
```

setColumns

public void setColumns(int columns)

getColumns
```
public int getColumns()
```

setPixelSpacing

public void setPixelSpacing(double[] pixelSpacing)

getPixelSpacing
```
public double[] getPixelSpacing()
```

setBitsAllocated

public void setBitsAllocated(int bitsAllocated)

getBitsAllocated
```
public int getBitsAllocated()
```

setBitsStored

public void setBitsStored(int bitsStored)

getBitsStored
```
public int getBitsStored()
```

setHighBit

public void setHighBit(int highBit)

getHighBit
```
public int getHighBit()
```

setPixelRepresentation

public void setPixelRepresentation(int pixelRepresentation)

getPixelRepresentation
```
public int getPixelRepresentation()
```

setSmallestImagePixelValue

public void setSmallestImagePixelValue(int smallestImagePixelValue)

getSmallestImagePixelValue

public int getSmallestImagePixelValue()

setLargestImagePixelValue

public void setLargestImagePixelValue(int largestImagePixelValue)

getLargestImagePixelValue

public int getLargestImagePixelValue()

setWindowCenterWidthExplanation

public void setWindowCenterWidthExplanation(java.lang.String windowCenterWidthExplanation)

getWindowCenterWidthExplanation

public java.lang.String getWindowCenterWidthExplanation()

setPerformedProcedureStepStartTime

public void setPerformedProcedureStepStartTime(java.lang.String performedProcedureStepStartTime)

getPerformedProcedureStepStartTime

public java.lang.String getPerformedProcedureStepStartTime()

setCsaImageEchoLinePosition

public void setCsaImageEchoLinePosition(int CsaImageEchoLinePosition)

getCsaImageEchoLinePosition

public int getCsaImageEchoLinePosition()

setCsaImageProtocolSliceNumber

public void setCsaImageProtocolSliceNumber(int CsaImageProtocolSliceNumber)

getCsaImageProtocolSliceNumber

public int getCsaImageProtocolSliceNumber()

setCsaImageUsedChannelMask

public void setCsaImageUsedChannelMask(int CsaImageUsedChannelMask)

getCsaImageUsedChannelMask

public int getCsaImageUsedChannelMask()

setCsaImageBandwidthPerPixelPhaseEncode

public void setCsaImageBandwidthPerPixelPhaseEncode(double CsaImageBandwidthPerPixelPhaseEncode)

getCsaImageBandwidthPerPixelPhaseEncode

public double getCsaImageBandwidthPerPixelPhaseEncode()

setCsaImageMeasuredFourierLines

public void setCsaImageMeasuredFourierLines(int CsaImageMeasuredFourierLines)

getCsaImageMeasuredFourierLines

public int getCsaImageMeasuredFourierLines()

setCsaImageSequenceMask

public void setCsaImageSequenceMask(int CsaImageSequenceMask)

getCsaImageSequenceMask
```
public int getCsaImageSequenceMask()
```

setCsaImageRFSWDDataType

public void setCsaImageRFSWDDataType(java.lang.String CsaImageRFSWDDataType)

getCsaImageRFSWDDataType

public java.lang.String getCsaImageRFSWDDataType()

setCsaImageImaPATModeText

public void setCsaImageImaPATModeText(java.lang.String CsaImageImaPATModeText)

getCsaImageImaPATModeText

public java.lang.String getCsaImageImaPATModeText()

setCsaImageRealDwellTime

public void setCsaImageRealDwellTime(int CsaImageRealDwellTime)

getCsaImageRealDwellTime
```
public int getCsaImageRealDwellTime()
```

setCsaImageImaCoilString

public void setCsaImageImaCoilString(java.lang.String CsaImageImaCoilString)

getCsaImageImaCoilString

public java.lang.String getCsaImageImaCoilString()

setCsaImageEchoColumnPosition

public void setCsaImageEchoColumnPosition(int CsaImageEchoColumnPosition)

getCsaImageEchoColumnPosition

public int getCsaImageEchoColumnPosition()

setCsaImagePhaseEncodingDirectionPositive

public void setCsaImagePhaseEncodingDirectionPositive(int CsaImagePhaseEncodingDirectionPositive)

getCsaImagePhaseEncodingDirectionPositive

public int getCsaImagePhaseEncodingDirectionPositive()

setCsaImageSlicePosition_PCS

public void setCsaImageSlicePosition_PCS(double[] CsaImageSlicePosition_PCS)

getCsaImageSlicePosition_PCS

public double[] getCsaImageSlicePosition_PCS()

setCsaImageSliceNormalVector

public void setCsaImageSliceNormalVector(double[] CsaImageSliceNormalVector)

getCsaImageSliceNormalVector

public double[] getCsaImageSliceNormalVector()

setCsaImageGSWDDataType

public void setCsaImageGSWDDataType(java.lang.String CsaImageGSWDDataType)

getCsaImageGSWDDataType

public java.lang.String getCsaImageGSWDDataType()

setCsaImageMultistepIndex

public void setCsaImageMultistepIndex(int CsaImageMultistepIndex)

getCsaImageMultistepIndex

public int getCsaImageMultistepIndex()

setCsaImageImaRelTablePosition

public void setCsaImageImaRelTablePosition(int[] CsaImageImaRelTablePosition)

getCsaImageImaRelTablePosition

public int[] getCsaImageImaRelTablePosition()

setCsaImageNumberOfImagesInMosaic

public void setCsaImageNumberOfImagesInMosaic(int CsaImageNumberOfImagesInMosaic)

getCsaImageNumberOfImagesInMosaic

public int getCsaImageNumberOfImagesInMosaic()

setCsaImageNonPlanarImage

public void setCsaImageNonPlanarImage(int CsaImageNonPlanarImage)

getCsaImageNonPlanarImage

public int getCsaImageNonPlanarImage()

setCsaImageEchoPartitionPosition

public void setCsaImageEchoPartitionPosition(int CsaImageEchoPartitionPosition)

getCsaImageEchoPartitionPosition

public int getCsaImageEchoPartitionPosition()

setCsaImageAcquisitionMatrixText

public void setCsaImageAcquisitionMatrixText(java.lang.String CsaImageAcquisitionMatrixText)

getCsaImageAcquisitionMatrixText

public java.lang.String getCsaImageAcquisitionMatrixText()

setCsaImageImaAbsTablePosition

public void setCsaImageImaAbsTablePosition(int[] CsaImageImaAbsTablePosition)

getCsaImageImaAbsTablePosition

public int[] getCsaImageImaAbsTablePosition()

setCsaSeriesTalesReferencePower

public void setCsaSeriesTalesReferencePower(double CsaSeriesTalesReferencePower)

getCsaSeriesTalesReferencePower

public double getCsaSeriesTalesReferencePower()

setCsaSeriesOperation_mode_flag

public void setCsaSeriesOperation_mode_flag(int CsaSeriesOperation_mode_flag)

getCsaSeriesOperation_mode_flag

public int getCsaSeriesOperation_mode_flag()

setCsaSeriesdBdt_thresh

public void setCsaSeriesdBdt_thresh(double CsaSeriesdBdt_thresh)

getCsaSeriesdBdt_thresh

public double getCsaSeriesdBdt_thresh()

setCsaSeriesProtocolChangeHistory

public void setCsaSeriesProtocolChangeHistory(int CsaSeriesProtocolChangeHistory)

getCsaSeriesProtocolChangeHistory

public int getCsaSeriesProtocolChangeHistory()

setCsaSeriesGradientDelayTime

public void setCsaSeriesGradientDelayTime(double[] CsaSeriesGradientDelayTime)

getCsaSeriesGradientDelayTime

public double[] getCsaSeriesGradientDelayTime()

setCsaSeriesSARMostCriticalAspect

public void setCsaSeriesSARMostCriticalAspect(double[] CsaSeriesSARMostCriticalAspect)

getCsaSeriesSARMostCriticalAspect

public double[] getCsaSeriesSARMostCriticalAspect()

setCsaSeriesB1rms

public void setCsaSeriesB1rms(double[] CsaSeriesB1rms)

getCsaSeriesB1rms
```
public double[] getCsaSeriesB1rms()
```

setCsaSeriesPATModeText

public void setCsaSeriesPATModeText(java.lang.String CsaSeriesPATModeText)

getCsaSeriesPATModeText

public java.lang.String getCsaSeriesPATModeText()

setCsaSeriesRelTablePosition

public void setCsaSeriesRelTablePosition(int[] CsaSeriesRelTablePosition)

getCsaSeriesRelTablePosition

public int[] getCsaSeriesRelTablePosition()

setCsaSeriesNumberOfPrescans

public void setCsaSeriesNumberOfPrescans(int CsaSeriesNumberOfPrescans)

getCsaSeriesNumberOfPrescans

public int getCsaSeriesNumberOfPrescans()

setCsaSeriesdBdt_limit

public void setCsaSeriesdBdt_limit(double CsaSeriesdBdt_limit)

getCsaSeriesdBdt_limit

public double getCsaSeriesdBdt_limit()

setCsaSeriesStim_lim

public void setCsaSeriesStim_lim(double[] CsaSeriesStim_lim)

getCsaSeriesStim_lim

public double[] getCsaSeriesStim_lim()

setCsaSeriesPatReinPattern

public void setCsaSeriesPatReinPattern(java.lang.String CsaSeriesPatReinPattern)

getCsaSeriesPatReinPattern

public java.lang.String getCsaSeriesPatReinPattern()

setCsaSeriesB1rmsSupervision

public void setCsaSeriesB1rmsSupervision(java.lang.String CsaSeriesB1rmsSupervision)

getCsaSeriesB1rmsSupervision

public java.lang.String getCsaSeriesB1rmsSupervision()

setCsaSeriesReadoutGradientAmplitude

public void setCsaSeriesReadoutGradientAmplitude(double CsaSeriesReadoutGradientAmplitude)

getCsaSeriesReadoutGradientAmplitude

public double getCsaSeriesReadoutGradientAmplitude()

setCsaSeriesMrProtocolVersion

public void setCsaSeriesMrProtocolVersion(int CsaSeriesMrProtocolVersion)

getCsaSeriesMrProtocolVersion

public int getCsaSeriesMrProtocolVersion()

setCsaSeriesRFSWDMostCriticalAspect

public void setCsaSeriesRFSWDMostCriticalAspect(java.lang.String CsaSeriesRFSWDMostCriticalAspect)

getCsaSeriesRFSWDMostCriticalAspect

public java.lang.String getCsaSeriesRFSWDMostCriticalAspect()

setCsaSeriesSequenceFileOwner

public void setCsaSeriesSequenceFileOwner(java.lang.String CsaSeriesSequenceFileOwner)

getCsaSeriesSequenceFileOwner

public java.lang.String getCsaSeriesSequenceFileOwner()

setCsaSeriesGradientMode

public void setCsaSeriesGradientMode(java.lang.String CsaSeriesGradientMode)

getCsaSeriesGradientMode

public java.lang.String getCsaSeriesGradientMode()

setCsaSeriesSliceArrayConcatenations

public void setCsaSeriesSliceArrayConcatenations(int CsaSeriesSliceArrayConcatenations)

getCsaSeriesSliceArrayConcatenations

public int getCsaSeriesSliceArrayConcatenations()

setCsaSeriesFlowCompensation

public void setCsaSeriesFlowCompensation(java.lang.String CsaSeriesFlowCompensation)

getCsaSeriesFlowCompensation

public java.lang.String getCsaSeriesFlowCompensation()

setCsaSeriesTransmitterCalibration

public void setCsaSeriesTransmitterCalibration(double CsaSeriesTransmitterCalibration)

getCsaSeriesTransmitterCalibration

public double getCsaSeriesTransmitterCalibration()

setCsaSeriesIsocentered

public void setCsaSeriesIsocentered(int CsaSeriesIsocentered)

getCsaSeriesIsocentered
```
public int getCsaSeriesIsocentered()
```

setCsaSeriesAbsTablePosition

public void setCsaSeriesAbsTablePosition(int CsaSeriesAbsTablePosition)

getCsaSeriesAbsTablePosition

public int getCsaSeriesAbsTablePosition()

setCsaSeriesReadoutOS

public void setCsaSeriesReadoutOS(double CsaSeriesReadoutOS)

getCsaSeriesReadoutOS
```
public double getCsaSeriesReadoutOS()
```

setCsaSeriesdBdt_max

public void setCsaSeriesdBdt_max(double CsaSeriesdBdt_max)

getCsaSeriesdBdt_max
```
public double getCsaSeriesdBdt_max()
```

setCsaSeriesRFSWDOperationMode

public void setCsaSeriesRFSWDOperationMode(int CsaSeriesRFSWDOperationMode)

getCsaSeriesRFSWDOperationMode

public int getCsaSeriesRFSWDOperationMode()

setCsaSeriesSelectionGradientAmplitude

public void setCsaSeriesSelectionGradientAmplitude(double CsaSeriesSelectionGradientAmplitude)

getCsaSeriesSelectionGradientAmplitude

public double getCsaSeriesSelectionGradientAmplitude()

setCsaSeriesPhaseGradientAmplitude

public void setCsaSeriesPhaseGradientAmplitude(double CsaSeriesPhaseGradientAmplitude)

getCsaSeriesPhaseGradientAmplitude

public double getCsaSeriesPhaseGradientAmplitude()

setCsaSeriesRfWatchdogMask

public void setCsaSeriesRfWatchdogMask(int CsaSeriesRfWatchdogMask)

getCsaSeriesRfWatchdogMask

public int getCsaSeriesRfWatchdogMask()

setCsaSeriesCoilForGradient2

public void setCsaSeriesCoilForGradient2(java.lang.String CsaSeriesCoilForGradient2)

getCsaSeriesCoilForGradient2

public java.lang.String getCsaSeriesCoilForGradient2()

setCsaSeriesStim_mon_mode

public void setCsaSeriesStim_mon_mode(int CsaSeriesStim_mon_mode)

getCsaSeriesStim_mon_mode

public int getCsaSeriesStim_mon_mode()

setCsaSeriesCoilId

public void setCsaSeriesCoilId(int[] CsaSeriesCoilId)

getCsaSeriesCoilId
```
public int[] getCsaSeriesCoilId()
```

setCsaSeriesStim_max_ges_norm_online

public void setCsaSeriesStim_max_ges_norm_online(double CsaSeriesStim_max_ges_norm_online)

getCsaStim_max_ges_norm_online

public double getCsaStim_max_ges_norm_online()

setCsaSeriesCoilString

public void setCsaSeriesCoilString(java.lang.String CsaSeriesCoilString)

getCsaSeriesCoilString

public java.lang.String getCsaSeriesCoilString()

setCsaSeriesCoilForGradient

public void setCsaSeriesCoilForGradient(java.lang.String CsaSeriesCoilForGradient)

getCsaSeriesCoilForGradient

public java.lang.String getCsaSeriesCoilForGradient()

setCsaSeriesTablePositionOrigin

public void setCsaSeriesTablePositionOrigin(int[] CsaSeriesTablePositionOrigin)

getCsaSeriesTablePositionOrigin

public int[] getCsaSeriesTablePositionOrigin()

setCsaSeriesMiscSequenceParam

public void setCsaSeriesMiscSequenceParam(int[] CsaSeriesMiscSequenceParam)

getCsaSeriesMiscSequenceParam

public int[] getCsaSeriesMiscSequenceParam()

setCsaSeriesLongModelName

public void setCsaSeriesLongModelName(java.lang.String CsaSeriesLongModelName)

getCsaSeriesLongModelName

public java.lang.String getCsaSeriesLongModelName()

setCsaSeriesStim_faktor

public void setCsaSeriesStim_faktor(double CsaSeriesStim_faktor)

getCsaSeriesStim_faktor

public double getCsaSeriesStim_faktor()

setCsaSeriesSW_korr_faktor

public void setCsaSeriesSW_korr_faktor(double CsaSeriesSW_korr_faktor)

getCsaSeriesSW_korr_faktor

public double getCsaSeriesSW_korr_faktor()

setCsaSeriesSed

public void setCsaSeriesSed(double[] CsaSeriesSed)

getCsaSeriesSed
```
public double[] getCsaSeriesSed()
```

setCsaSeriesPositivePCSDirections

public void setCsaSeriesPositivePCSDirections(java.lang.String CsaSeriesPositivePCSDirections)

getCsaSeriesPositivePCSDirections

public java.lang.String getCsaSeriesPositivePCSDirections()

setCsaSeriesSliceResolution

public void setCsaSeriesSliceResolution(double CsaSeriesSliceResolution)

getCsaSeriesSliceResolution

public double getCsaSeriesSliceResolution()

setCsaSeriesStim_max_online

public void setCsaSeriesStim_max_online(double[] CsaSeriesStim_max_online)

getCsaSeriesStim_max_online

public double[] getCsaSeriesStim_max_online()

setCsaSeriest_puls_max

public void setCsaSeriest_puls_max(double CsaSeriest_puls_max)

getCsaSeriest_puls_max

public double getCsaSeriest_puls_max()

setCsaSeriesMrPhoenixProtocolulVersion

public void setCsaSeriesMrPhoenixProtocolulVersion(int CsaSeriesMrPhoenixProtocolulVersion)

getCsaSeriesMrPhoenixProtocolulVersionRfWatchdogMask

public int getCsaSeriesMrPhoenixProtocolulVersionRfWatchdogMask()

setCsaSeriesMrPhoenixProtocoltSequenceFileName

public void setCsaSeriesMrPhoenixProtocoltSequenceFileName(java.lang.String CsaSeriesMrPhoenixProtocoltSequenceFileName)

getCsaSeriesMrPhoenixProtocoltSequenceFileName

public java.lang.String getCsaSeriesMrPhoenixProtocoltSequenceFileName()

setCsaSeriesMrPhoenixProtocoltProtocolName

public void setCsaSeriesMrPhoenixProtocoltProtocolName(java.lang.String CsaSeriesMrPhoenixProtocoltProtocolName)

getCsaSeriesMrPhoenixProtocoltProtocolName

public java.lang.String getCsaSeriesMrPhoenixProtocoltProtocolName()

setCsaSeriesMrPhoenixProtocoltReferenceImage0

public void setCsaSeriesMrPhoenixProtocoltReferenceImage0(java.lang.String CsaSeriesMrPhoenixProtocoltReferenceImage0)

getCsaSeriesMrPhoenixProtocoltReferenceImage0

public java.lang.String getCsaSeriesMrPhoenixProtocoltReferenceImage0()

setCsaSeriesMrPhoenixProtocoltReferenceImage1

public void setCsaSeriesMrPhoenixProtocoltReferenceImage1(java.lang.String CsaSeriesMrPhoenixProtocoltReferenceImage1)

getCsaSeriesMrPhoenixProtocoltReferenceImage1

public java.lang.String getCsaSeriesMrPhoenixProtocoltReferenceImage1()

setCsaSeriesMrPhoenixProtocoltReferenceImage2

public void setCsaSeriesMrPhoenixProtocoltReferenceImage2(java.lang.String CsaSeriesMrPhoenixProtocoltReferenceImage2)

getCsaSeriesMrPhoenixProtocoltReferenceImage2

public java.lang.String getCsaSeriesMrPhoenixProtocoltReferenceImage2()

setCsaSeriesMrPhoenixProtocolucScanRegionPosValid

public void setCsaSeriesMrPhoenixProtocolucScanRegionPosValid(int CsaSeriesMrPhoenixProtocolucScanRegionPosValid)

getCsaSeriesMrPhoenixProtocolucScanRegionPosValid

public int getCsaSeriesMrPhoenixProtocolucScanRegionPosValid()

setCsaSeriesMrPhoenixProtocolucTablePositioningMode

public void setCsaSeriesMrPhoenixProtocolucTablePositioningMode(int CsaSeriesMrPhoenixProtocolucTablePositioningMode)

getCsaSeriesMrPhoenixProtocolucTablePositioningMode

public int getCsaSeriesMrPhoenixProtocolucTablePositioningMode()

setCsaSeriesMrPhoenixProtocolsProtConsistencyInfotBaselineString

public void setCsaSeriesMrPhoenixProtocolsProtConsistencyInfotBaselineString(java.lang.String CsaSeriesMrPhoenixProtocolsProtConsistencyInfotBaselineString)

getCsaSeriesMrPhoenixProtocolsProtConsistencyInfotBaselineString

public java.lang.String getCsaSeriesMrPhoenixProtocolsProtConsistencyInfotBaselineString()

setCsaSeriesMrPhoenixProtocolsProtConsistencyInfotSystemType

public void setCsaSeriesMrPhoenixProtocolsProtConsistencyInfotSystemType(java.lang.String CsaSeriesMrPhoenixProtocolsProtConsistencyInfotSystemType)

getCsaSeriesMrPhoenixProtocolsProtConsistencyInfotSystemType

public java.lang.String getCsaSeriesMrPhoenixProtocolsProtConsistencyInfotSystemType()

setCsaSeriesMrPhoenixProtocolsProtConsistencyInfoflNominalB0

public void setCsaSeriesMrPhoenixProtocolsProtConsistencyInfoflNominalB0(double CsaSeriesMrPhoenixProtocolsProtConsistencyInfoflNominalB0)

getCsaSeriesMrPhoenixProtocolsProtConsistencyInfoflNominalB0

public double getCsaSeriesMrPhoenixProtocolsProtConsistencyInfoflNominalB0()

setCsaSeriesMrPhoenixProtocolsProtConsistencyInfoflGMax

public void setCsaSeriesMrPhoenixProtocolsProtConsistencyInfoflGMax(double CsaSeriesMrPhoenixProtocolsProtConsistencyInfoflGMax)

getCsaSeriesMrPhoenixProtocolsProtConsistencyInfoflGMax

public double getCsaSeriesMrPhoenixProtocolsProtConsistencyInfoflGMax()

setCsaSeriesMrPhoenixProtocolsProtConsistencyInfoflRiseTime

public void setCsaSeriesMrPhoenixProtocolsProtConsistencyInfoflRiseTime(double CsaSeriesMrPhoenixProtocolsProtConsistencyInfoflRiseTime)

getCsaSeriesMrPhoenixProtocolsProtConsistencyInfoflRiseTime

public double getCsaSeriesMrPhoenixProtocolsProtConsistencyInfoflRiseTime()

setCsaSeriesMrPhoenixProtocolsProtConsistencyInfolMaximumNofRxReceiverChannels

public void setCsaSeriesMrPhoenixProtocolsProtConsistencyInfolMaximumNofRxReceiverChannels(int CsaSeriesMrPhoenixProtocolsProtConsistencyInfolMaximumNofRxReceiverChannels)

getCsaSeriesMrPhoenixProtocolsProtConsistencyInfolMaximumNofRxReceiverChannels

public int getCsaSeriesMrPhoenixProtocolsProtConsistencyInfolMaximumNofRxReceiverChannels()

setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude0

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude0(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude0)

getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude0

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude0()

setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude1

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude1(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude1)

getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude1

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude1()

setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude2

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude2(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude2)

getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude2

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude2()

setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude3

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude3(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude3)

getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude3

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude3()

setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude4

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude4(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude4)

getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude4

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflAmplitude4()

setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant0

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant0(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant0)

getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant0

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant0()

setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant1

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant1(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant1)

getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant1

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant1()

setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant2

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant2(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant2)

getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant2

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant2()

setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant3

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant3(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant3)

getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant3

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant3()

setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant4

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant4(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant4)

getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant4

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationXaflTimeConstant4()

setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude0

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude0(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude0)

getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude0

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude0()

setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude1

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude1(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude1)

getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude1

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude1()

setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude2

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude2(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude2)

getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude2

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude2()

setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude3

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude3(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude3)

getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude3

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude3()

setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude4

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude4(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude4)

getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude4

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflAmplitude4()

setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant0

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant0(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant0)

getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant0

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant0()

setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant1

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant1(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant1)

getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant1

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant1()

setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant2

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant2(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant2)

getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant2

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant2()

setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant3

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant3(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant3)

getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant3

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant3()

setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant4

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant4(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant4)

getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant4

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationYaflTimeConstant4()

setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude0

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude0(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude0)

getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude0

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude0()

setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude1

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude1(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude1)

getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude1

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude1()

setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude2

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude2(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude2)

getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude2

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude2()

setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude3

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude3(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude3)

getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude3

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude3()

setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude4

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude4(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude4)

getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude4

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflAmplitude4()

setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant0

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant0(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant0)

getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant0

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant0()

setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant1

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant1(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant1)

getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant1

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant1()

setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant2

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant2(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant2)

getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant2

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant2()

setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant3

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant3(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant3)

getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant3

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant3()

setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant4

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant4(double CsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant4)

getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant4

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsEddyCompensationZaflTimeConstant4()

setCsaSeriesMrPhoenixProtocolsGRADSPECbEddyCompensationValid

public void setCsaSeriesMrPhoenixProtocolsGRADSPECbEddyCompensationValid(int CsaSeriesMrPhoenixProtocolsGRADSPECbEddyCompensationValid)

getCsaSeriesMrPhoenixProtocolsGRADSPECbEddyCompensationValid

public int getCsaSeriesMrPhoenixProtocolsGRADSPECbEddyCompensationValid()

setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflAmplitude0

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflAmplitude0(double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflAmplitude0)

getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflAmplitude0

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflAmplitude0()

setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflAmplitude1

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflAmplitude1(double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflAmplitude1)

getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflAmplitude1

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflAmplitude1()

setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflAmplitude2

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflAmplitude2(double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflAmplitude2)

getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflAmplitude2

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflAmplitude2()

setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflTimeConstant0

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflTimeConstant0(double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflTimeConstant0)

getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflTimeConstant0

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflTimeConstant0()

setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflTimeConstant1

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflTimeConstant1(double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflTimeConstant1)

getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflTimeConstant1

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflTimeConstant1()

setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflTimeConstant2

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflTimeConstant2(double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflTimeConstant2)

getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflTimeConstant2

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationXaflTimeConstant2()

setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflAmplitude0

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflAmplitude0(double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflAmplitude0)

getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflAmplitude0

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflAmplitude0()

setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflAmplitude1

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflAmplitude1(double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflAmplitude1)

getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflAmplitude1

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflAmplitude1()

setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflAmplitude2

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflAmplitude2(double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflAmplitude2)

getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflAmplitude2

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflAmplitude2()

setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflTimeConstant0

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflTimeConstant0(double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflTimeConstant0)

getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflTimeConstant0

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflTimeConstant0()

setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflTimeConstant1

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflTimeConstant1(double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflTimeConstant1)

getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflTimeConstant1

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflTimeConstant1()

setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflTimeConstant2

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflTimeConstant2(double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflTimeConstant2)

getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflTimeConstant2

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationYaflTimeConstant2()

setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflAmplitude0

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflAmplitude0(double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflAmplitude0)

getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflAmplitude0

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflAmplitude0()

setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflAmplitude1

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflAmplitude1(double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflAmplitude1)

getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflAmplitude1

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflAmplitude1()

setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflAmplitude2

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflAmplitude2(double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflAmplitude2)

getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflAmplitude2

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflAmplitude2()

setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflTimeConstant0

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflTimeConstant0(double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflTimeConstant0)

getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflTimeConstant0

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflTimeConstant0()

setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflTimeConstant1

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflTimeConstant1(double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflTimeConstant1)

getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflTimeConstant1

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflTimeConstant1()

setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflTimeConstant2

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflTimeConstant2(double CsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflTimeConstant2)

getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflTimeConstant2

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsB0CompensationZaflTimeConstant2()

setCsaSeriesMrPhoenixProtocolsGRADSPECbB0CompensationValid

public void setCsaSeriesMrPhoenixProtocolsGRADSPECbB0CompensationValid(int CsaSeriesMrPhoenixProtocolsGRADSPECbB0CompensationValid)

getCsaSeriesMrPhoenixProtocolsGRADSPECbB0CompensationValid

public int getCsaSeriesMrPhoenixProtocolsGRADSPECbB0CompensationValid()

setCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXYaflAmplitude0

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXYaflAmplitude0(double CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXYaflAmplitude0)

getCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXYaflAmplitude0

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXYaflAmplitude0()

setCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXYaflTimeConstant0

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXYaflTimeConstant0(double CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXYaflTimeConstant0)

getCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXYaflTimeConstant0

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXYaflTimeConstant0()

setCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXZaflAmplitude0

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXZaflAmplitude0(double CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXZaflAmplitude0)

getCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXZaflAmplitude0

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXZaflAmplitude0()

setCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXZaflTimeConstant0

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXZaflTimeConstant0(double CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXZaflTimeConstant0)

getCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXZaflTimeConstant0

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationXZaflTimeConstant0()

setCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYXaflAmplitude0

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYXaflAmplitude0(double CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYXaflAmplitude0)

getCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYXaflAmplitude0

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYXaflAmplitude0()

setCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYXaflTimeConstant0

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYXaflTimeConstant0(double CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYXaflTimeConstant0)

getCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYXaflTimeConstant0

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYXaflTimeConstant0()

setCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYZaflAmplitude0

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYZaflAmplitude0(double CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYZaflAmplitude0)

getCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYZaflAmplitude0

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYZaflAmplitude0()

setCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYZaflTimeConstant0

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYZaflTimeConstant0(double CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYZaflTimeConstant0)

getCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYZaflTimeConstant0

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationYZaflTimeConstant0()

setCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZXaflAmplitude0

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZXaflAmplitude0(double CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZXaflAmplitude0)

getCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZXaflAmplitude0

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZXaflAmplitude0()

setCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZXaflTimeConstant0

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZXaflTimeConstant0(double CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZXaflTimeConstant0)

getCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZXaflTimeConstant0

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZXaflTimeConstant0()

setCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZYaflAmplitude0

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZYaflAmplitude0(double CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZYaflAmplitude0)

getCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZYaflAmplitude0

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZYaflAmplitude0()

setCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZYaflTimeConstant0

public void setCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZYaflTimeConstant0(double CsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZYaflTimeConstant0)

getCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZYaflTimeConstant0

public double getCsaSeriesMrPhoenixProtocolsGRADSPECsCrossTermCompensationZYaflTimeConstant0()

setCsaSeriesMrPhoenixProtocolsGRADSPECbCrossTermCompensationValid

public void setCsaSeriesMrPhoenixProtocolsGRADSPECbCrossTermCompensationValid(int CsaSeriesMrPhoenixProtocolsGRADSPECbCrossTermCompensationValid)

getCsaSeriesMrPhoenixProtocolsGRADSPECbCrossTermCompensationValid

public int getCsaSeriesMrPhoenixProtocolsGRADSPECbCrossTermCompensationValid()

setCsaSeriesMrPhoenixProtocolsGRADSPEClOffsetX

public void setCsaSeriesMrPhoenixProtocolsGRADSPEClOffsetX(int CsaSeriesMrPhoenixProtocolsGRADSPEClOffsetX)

getCsaSeriesMrPhoenixProtocolsGRADSPEClOffsetX

public int getCsaSeriesMrPhoenixProtocolsGRADSPEClOffsetX()

setCsaSeriesMrPhoenixProtocolsGRADSPEClOffsetY

public void setCsaSeriesMrPhoenixProtocolsGRADSPEClOffsetY(int CsaSeriesMrPhoenixProtocolsGRADSPEClOffsetY)

getCsaSeriesMrPhoenixProtocolsGRADSPEClOffsetY

public int getCsaSeriesMrPhoenixProtocolsGRADSPEClOffsetY()

setCsaSeriesMrPhoenixProtocolsGRADSPEClOffsetZ

public void setCsaSeriesMrPhoenixProtocolsGRADSPEClOffsetZ(int CsaSeriesMrPhoenixProtocolsGRADSPEClOffsetZ)

getCsaSeriesMrPhoenixProtocolsGRADSPEClOffsetZ

public int getCsaSeriesMrPhoenixProtocolsGRADSPEClOffsetZ()

setCsaSeriesMrPhoenixProtocolsGRADSPECbOffsetValid

public void setCsaSeriesMrPhoenixProtocolsGRADSPECbOffsetValid(int CsaSeriesMrPhoenixProtocolsGRADSPECbOffsetValid)

getCsaSeriesMrPhoenixProtocolsGRADSPECbOffsetValid

public int getCsaSeriesMrPhoenixProtocolsGRADSPECbOffsetValid()

setCsaSeriesMrPhoenixProtocolsGRADSPEClDelayX

public void setCsaSeriesMrPhoenixProtocolsGRADSPEClDelayX(int CsaSeriesMrPhoenixProtocolsGRADSPEClDelayX)

getCsaSeriesMrPhoenixProtocolsGRADSPEClDelayX

public int getCsaSeriesMrPhoenixProtocolsGRADSPEClDelayX()

setCsaSeriesMrPhoenixProtocolsGRADSPEClDelayY

public void setCsaSeriesMrPhoenixProtocolsGRADSPEClDelayY(int CsaSeriesMrPhoenixProtocolsGRADSPEClDelayY)

getCsaSeriesMrPhoenixProtocolsGRADSPEClDelayY

public int getCsaSeriesMrPhoenixProtocolsGRADSPEClDelayY()

setCsaSeriesMrPhoenixProtocolsGRADSPEClDelayZ

public void setCsaSeriesMrPhoenixProtocolsGRADSPEClDelayZ(int CsaSeriesMrPhoenixProtocolsGRADSPEClDelayZ)

getCsaSeriesMrPhoenixProtocolsGRADSPEClDelayZ

public int getCsaSeriesMrPhoenixProtocolsGRADSPEClDelayZ()

setCsaSeriesMrPhoenixProtocolsGRADSPECbDelayValid

public void setCsaSeriesMrPhoenixProtocolsGRADSPECbDelayValid(int CsaSeriesMrPhoenixProtocolsGRADSPECbDelayValid)

getCsaSeriesMrPhoenixProtocolsGRADSPECbDelayValid

public int getCsaSeriesMrPhoenixProtocolsGRADSPECbDelayValid()

setCsaSeriesMrPhoenixProtocolsGRADSPECflSensitivityX

public void setCsaSeriesMrPhoenixProtocolsGRADSPECflSensitivityX(double CsaSeriesMrPhoenixProtocolsGRADSPECflSensitivityX)

getCsaSeriesMrPhoenixProtocolsGRADSPECflSensitivityX

public double getCsaSeriesMrPhoenixProtocolsGRADSPECflSensitivityX()

setCsaSeriesMrPhoenixProtocolsGRADSPECflSensitivityY

public void setCsaSeriesMrPhoenixProtocolsGRADSPECflSensitivityY(double CsaSeriesMrPhoenixProtocolsGRADSPECflSensitivityY)

getCsaSeriesMrPhoenixProtocolsGRADSPECflSensitivityY

public double getCsaSeriesMrPhoenixProtocolsGRADSPECflSensitivityY()

setCsaSeriesMrPhoenixProtocolsGRADSPECflSensitivityZ

public void setCsaSeriesMrPhoenixProtocolsGRADSPECflSensitivityZ(double CsaSeriesMrPhoenixProtocolsGRADSPECflSensitivityZ)

getCsaSeriesMrPhoenixProtocolsGRADSPECflSensitivityZ

public double getCsaSeriesMrPhoenixProtocolsGRADSPECflSensitivityZ()

setCsaSeriesMrPhoenixProtocolsGRADSPECbSensitivityValid

public void setCsaSeriesMrPhoenixProtocolsGRADSPECbSensitivityValid(int CsaSeriesMrPhoenixProtocolsGRADSPECbSensitivityValid)

getCsaSeriesMrPhoenixProtocolsGRADSPECbSensitivityValid

public int getCsaSeriesMrPhoenixProtocolsGRADSPECbSensitivityValid()

setCsaSeriesMrPhoenixProtocolsGRADSPECflGSWDMinRiseTime

public void setCsaSeriesMrPhoenixProtocolsGRADSPECflGSWDMinRiseTime(double CsaSeriesMrPhoenixProtocolsGRADSPECflGSWDMinRiseTime)

getCsaSeriesMrPhoenixProtocolsGRADSPECflGSWDMinRiseTime

public double getCsaSeriesMrPhoenixProtocolsGRADSPECflGSWDMinRiseTime()

setCsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent0

public void setCsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent0(int CsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent0)

getCsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent0

public int getCsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent0()

setCsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent1

public void setCsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent1(int CsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent1)

getCsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent1

public int getCsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent1()

setCsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent2

public void setCsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent2(int CsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent2)

getCsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent2

public int getCsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent2()

setCsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent3

public void setCsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent3(int CsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent3)

getCsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent3

public int getCsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent3()

setCsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent4

public void setCsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent4(int CsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent4)

getCsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent4

public int getCsaSeriesMrPhoenixProtocolsGRADSPECalShimCurrent4()

setCsaSeriesMrPhoenixProtocolsGRADSPECbShimCurrentValid

public void setCsaSeriesMrPhoenixProtocolsGRADSPECbShimCurrentValid(int CsaSeriesMrPhoenixProtocolsGRADSPECbShimCurrentValid)

getCsaSeriesMrPhoenixProtocolsGRADSPECbShimCurrentValid

public int getCsaSeriesMrPhoenixProtocolsGRADSPECbShimCurrentValid()

setCsaSeriesMrPhoenixProtocolsGRADSPECucMode

public void setCsaSeriesMrPhoenixProtocolsGRADSPECucMode(int CsaSeriesMrPhoenixProtocolsGRADSPECucMode)

getCsaSeriesMrPhoenixProtocolsGRADSPECucMode

public int getCsaSeriesMrPhoenixProtocolsGRADSPECucMode()

setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0tNucleus

public void setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0tNucleus(java.lang.String CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0tNucleus)

getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0tNucleus

public java.lang.String getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0tNucleus()

setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0lFrequency

public void setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0lFrequency(int CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0lFrequency)

getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0lFrequency

public int getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0lFrequency()

setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bFrequencyValid

public void setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bFrequencyValid(int CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bFrequencyValid)

getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bFrequencyValid

public int getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bFrequencyValid()

setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0flReferenceAmplitude

public void setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0flReferenceAmplitude(double CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0flReferenceAmplitude)

getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0flReferenceAmplitude

public double getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0flReferenceAmplitude()

setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bReferenceAmplitudeValid

public void setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bReferenceAmplitudeValid(int CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bReferenceAmplitudeValid)

getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bReferenceAmplitudeValid

public int getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bReferenceAmplitudeValid()

setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0flAmplitudeCorrection

public void setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0flAmplitudeCorrection(double CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0flAmplitudeCorrection)

getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0flAmplitudeCorrection

public double getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0flAmplitudeCorrection()

setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bAmplitudeCorrectionValid

public void setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bAmplitudeCorrectionValid(int CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bAmplitudeCorrectionValid)

getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bAmplitudeCorrectionValid

public int getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bAmplitudeCorrectionValid()

setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bRFPAIndexValid

public void setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bRFPAIndexValid(int CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bRFPAIndexValid)

getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bRFPAIndexValid

public int getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo0bRFPAIndexValid()

setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bFrequencyValid

public void setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bFrequencyValid(int CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bFrequencyValid)

getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bFrequencyValid

public int getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bFrequencyValid()

setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bReferenceAmplitudeValid

public void setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bReferenceAmplitudeValid(int CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bReferenceAmplitudeValid)

getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bReferenceAmplitudeValid

public int getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bReferenceAmplitudeValid()

setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1flAmplitudeCorrection

public void setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1flAmplitudeCorrection(double CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1flAmplitudeCorrection)

getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1flAmplitudeCorrection

public double getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1flAmplitudeCorrection()

setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bAmplitudeCorrectionValid

public void setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bAmplitudeCorrectionValid(int CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bAmplitudeCorrectionValid)

getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bAmplitudeCorrectionValid

public int getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bAmplitudeCorrectionValid()

setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1lRFPAIndex

public void setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1lRFPAIndex(int CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1lRFPAIndex)

getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1lRFPAIndex

public int getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1lRFPAIndex()

setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bRFPAIndexValid

public void setCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bRFPAIndexValid(int CsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bRFPAIndexValid)

getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bRFPAIndexValid

public int getCsaSeriesMrPhoenixProtocolsTXSPECasNucleusInfo1bRFPAIndexValid()

setCsaSeriesMrPhoenixProtocolsTXSPECaRFPULSEntName

public void setCsaSeriesMrPhoenixProtocolsTXSPECaRFPULSEntName(java.lang.String[] CsaSeriesMrPhoenixProtocolsTXSPECaRFPULSEntName)

getCsaSeriesMrPhoenixProtocolsTXSPECaRFPULSEntName

public java.lang.String[] getCsaSeriesMrPhoenixProtocolsTXSPECaRFPULSEntName()

setCsaSeriesMrPhoenixProtocolsTXSPECaRFPULSEnbAmplitudeValid

public void setCsaSeriesMrPhoenixProtocolsTXSPECaRFPULSEnbAmplitudeValid(int[] CsaSeriesMrPhoenixProtocolsTXSPECaRFPULSEnbAmplitudeValid)

getCsaSeriesMrPhoenixProtocolsTXSPECaRFPULSEnbAmplitudeValid

public int[] getCsaSeriesMrPhoenixProtocolsTXSPECaRFPULSEnbAmplitudeValid()

setCsaSeriesMrPhoenixProtocolsTXSPECaRFPULSEnflAmplitude

public void setCsaSeriesMrPhoenixProtocolsTXSPECaRFPULSEnflAmplitude(double[] CsaSeriesMrPhoenixProtocolsTXSPECaRFPULSEnflAmplitude)

getCsaSeriesMrPhoenixProtocolsTXSPECaRFPULSEnflAmplitude

public double[] getCsaSeriesMrPhoenixProtocolsTXSPECaRFPULSEnflAmplitude()

setCsaSeriesMrPhoenixProtocolsTXSPEClNoOfTraPulses

public void setCsaSeriesMrPhoenixProtocolsTXSPEClNoOfTraPulses(int CsaSeriesMrPhoenixProtocolsTXSPEClNoOfTraPulses)

getCsaSeriesMrPhoenixProtocolsTXSPEClNoOfTraPulses

public int getCsaSeriesMrPhoenixProtocolsTXSPEClNoOfTraPulses()

setCsaSeriesMrPhoenixProtocolsTXSPEClBCExcitationMode

public void setCsaSeriesMrPhoenixProtocolsTXSPEClBCExcitationMode(int CsaSeriesMrPhoenixProtocolsTXSPEClBCExcitationMode)

getCsaSeriesMrPhoenixProtocolsTXSPEClBCExcitationMode

public int getCsaSeriesMrPhoenixProtocolsTXSPEClBCExcitationMode()

setCsaSeriesMrPhoenixProtocolsTXSPEClBCSeqExcitationMode

public void setCsaSeriesMrPhoenixProtocolsTXSPEClBCSeqExcitationMode(int CsaSeriesMrPhoenixProtocolsTXSPEClBCSeqExcitationMode)

getCsaSeriesMrPhoenixProtocolsTXSPEClBCSeqExcitationMode

public int getCsaSeriesMrPhoenixProtocolsTXSPEClBCSeqExcitationMode()

setCsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeMin

public void setCsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeMin(double CsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeMin)

getCsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeMin

public double getCsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeMin()

setCsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeMax

public void setCsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeMax(double CsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeMax)

getCsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeMax

public double getCsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeMax()

setCsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeClipLow

public void setCsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeClipLow(double CsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeClipLow)

getCsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeClipLow

public double getCsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeClipLow()

setCsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeClipHigh

public void setCsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeClipHigh(double CsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeClipHigh)

getCsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeClipHigh

public double getCsaSeriesMrPhoenixProtocolsTXSPECflKDynMagnitudeClipHigh()

setCsaSeriesMrPhoenixProtocolsTXSPECflKDynPhaseMax

public void setCsaSeriesMrPhoenixProtocolsTXSPECflKDynPhaseMax(double CsaSeriesMrPhoenixProtocolsTXSPECflKDynPhaseMax)

getCsaSeriesMrPhoenixProtocolsTXSPECflKDynPhaseMax

public double getCsaSeriesMrPhoenixProtocolsTXSPECflKDynPhaseMax()

setCsaSeriesMrPhoenixProtocolsTXSPECflKDynPhaseClip

public void setCsaSeriesMrPhoenixProtocolsTXSPECflKDynPhaseClip(double CsaSeriesMrPhoenixProtocolsTXSPECflKDynPhaseClip)

getCsaSeriesMrPhoenixProtocolsTXSPECflKDynPhaseClip

public double getCsaSeriesMrPhoenixProtocolsTXSPECflKDynPhaseClip()

setCsaSeriesMrPhoenixProtocolsTXSPECbKDynValid

public void setCsaSeriesMrPhoenixProtocolsTXSPECbKDynValid(int CsaSeriesMrPhoenixProtocolsTXSPECbKDynValid)

getCsaSeriesMrPhoenixProtocolsTXSPECbKDynValid

public int getCsaSeriesMrPhoenixProtocolsTXSPECbKDynValid()

setCsaSeriesMrPhoenixProtocolsTXSPECucRFPulseType

public void setCsaSeriesMrPhoenixProtocolsTXSPECucRFPulseType(int CsaSeriesMrPhoenixProtocolsTXSPECucRFPulseType)

getCsaSeriesMrPhoenixProtocolsTXSPECucRFPulseType

public int getCsaSeriesMrPhoenixProtocolsTXSPECucRFPulseType()

setCsaSeriesMrPhoenixProtocolsTXSPECucExcitMode

public void setCsaSeriesMrPhoenixProtocolsTXSPECucExcitMode(int CsaSeriesMrPhoenixProtocolsTXSPECucExcitMode)

getCsaSeriesMrPhoenixProtocolsTXSPECucExcitMode

public int getCsaSeriesMrPhoenixProtocolsTXSPECucExcitMode()

setCsaSeriesMrPhoenixProtocolsTXSPECucSimultaneousExcitation

public void setCsaSeriesMrPhoenixProtocolsTXSPECucSimultaneousExcitation(int CsaSeriesMrPhoenixProtocolsTXSPECucSimultaneousExcitation)

getCsaSeriesMrPhoenixProtocolsTXSPECucSimultaneousExcitation

public int getCsaSeriesMrPhoenixProtocolsTXSPECucSimultaneousExcitation()

setCsaSeriesMrPhoenixProtocolsTXSPECucBCExcitationModeValid

public void setCsaSeriesMrPhoenixProtocolsTXSPECucBCExcitationModeValid(int CsaSeriesMrPhoenixProtocolsTXSPECucBCExcitationModeValid)

getCsaSeriesMrPhoenixProtocolsTXSPECucBCExcitationModeValid

public int getCsaSeriesMrPhoenixProtocolsTXSPECucBCExcitationModeValid()

setCsaSeriesMrPhoenixProtocolsRXSPEClGain

public void setCsaSeriesMrPhoenixProtocolsRXSPEClGain(int CsaSeriesMrPhoenixProtocolsRXSPEClGain)

getCsaSeriesMrPhoenixProtocolsRXSPEClGain

public int getCsaSeriesMrPhoenixProtocolsRXSPEClGain()

setCsaSeriesMrPhoenixProtocolsRXSPECbGainValid

public void setCsaSeriesMrPhoenixProtocolsRXSPECbGainValid(int CsaSeriesMrPhoenixProtocolsRXSPECbGainValid)

getCsaSeriesMrPhoenixProtocolsRXSPECbGainValid

public int getCsaSeriesMrPhoenixProtocolsRXSPECbGainValid()

setCsaSeriesMrPhoenixProtocolsRXSPECalDwellTime0

public void setCsaSeriesMrPhoenixProtocolsRXSPECalDwellTime0(int CsaSeriesMrPhoenixProtocolsRXSPECalDwellTime0)

getCsaSeriesMrPhoenixProtocolsRXSPECalDwellTime0

public int getCsaSeriesMrPhoenixProtocolsRXSPECalDwellTime0()

setCsaSeriesMrPhoenixProtocolsAdjDatauiAdjFreMode

public void setCsaSeriesMrPhoenixProtocolsAdjDatauiAdjFreMode(int CsaSeriesMrPhoenixProtocolsAdjDatauiAdjFreMode)

getCsaSeriesMrPhoenixProtocolsAdjDatauiAdjFreMode

public int getCsaSeriesMrPhoenixProtocolsAdjDatauiAdjFreMode()

setCsaSeriesMrPhoenixProtocolsAdjDatauiAdjShimMode

public void setCsaSeriesMrPhoenixProtocolsAdjDatauiAdjShimMode(int CsaSeriesMrPhoenixProtocolsAdjDatauiAdjShimMode)

getCsaSeriesMrPhoenixProtocolsAdjDatauiAdjShimMode

public int getCsaSeriesMrPhoenixProtocolsAdjDatauiAdjShimMode()

setCsaSeriesMrPhoenixProtocolsAdjDatauiAdjWatSupMode

public void setCsaSeriesMrPhoenixProtocolsAdjDatauiAdjWatSupMode(int CsaSeriesMrPhoenixProtocolsAdjDatauiAdjWatSupMode)

getCsaSeriesMrPhoenixProtocolsAdjDatauiAdjWatSupMode

public int getCsaSeriesMrPhoenixProtocolsAdjDatauiAdjWatSupMode()

setCsaSeriesMrPhoenixProtocolsAdjDatauiAdjRFMapMode

public void setCsaSeriesMrPhoenixProtocolsAdjDatauiAdjRFMapMode(int CsaSeriesMrPhoenixProtocolsAdjDatauiAdjRFMapMode)

getCsaSeriesMrPhoenixProtocolsAdjDatauiAdjRFMapMode

public int getCsaSeriesMrPhoenixProtocolsAdjDatauiAdjRFMapMode()

setCsaSeriesMrPhoenixProtocolsAdjDatauiAdjMDSMode

public void setCsaSeriesMrPhoenixProtocolsAdjDatauiAdjMDSMode(int CsaSeriesMrPhoenixProtocolsAdjDatauiAdjMDSMode)

getCsaSeriesMrPhoenixProtocolsAdjDatauiAdjMDSMode

public int getCsaSeriesMrPhoenixProtocolsAdjDatauiAdjMDSMode()

setCsaSeriesMrPhoenixProtocolsAdjDatauiAdjTableTolerance

public void setCsaSeriesMrPhoenixProtocolsAdjDatauiAdjTableTolerance(int CsaSeriesMrPhoenixProtocolsAdjDatauiAdjTableTolerance)

getCsaSeriesMrPhoenixProtocolsAdjDatauiAdjTableTolerance

public int getCsaSeriesMrPhoenixProtocolsAdjDatauiAdjTableTolerance()

setCsaSeriesMrPhoenixProtocolsAdjDatauiAdjProtID

public void setCsaSeriesMrPhoenixProtocolsAdjDatauiAdjProtID(int CsaSeriesMrPhoenixProtocolsAdjDatauiAdjProtID)

getCsaSeriesMrPhoenixProtocolsAdjDatauiAdjProtID

public int getCsaSeriesMrPhoenixProtocolsAdjDatauiAdjProtID()

setCsaSeriesMrPhoenixProtocolsAdjDatauiAdjFreProtRelated

public void setCsaSeriesMrPhoenixProtocolsAdjDatauiAdjFreProtRelated(int CsaSeriesMrPhoenixProtocolsAdjDatauiAdjFreProtRelated)

getCsaSeriesMrPhoenixProtocolsAdjDatauiAdjFreProtRelated

public int getCsaSeriesMrPhoenixProtocolsAdjDatauiAdjFreProtRelated()

setCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesPositiondSag

public void setCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesPositiondSag(double CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesPositiondSag)

getCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesPositiondSag

public double getCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesPositiondSag()

setCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesPositiondCor

public void setCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesPositiondCor(double CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesPositiondCor)

getCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesPositiondCor

public double getCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesPositiondCor()

setCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesPositiondTra

public void setCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesPositiondTra(double CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesPositiondTra)

getCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesPositiondTra

public double getCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesPositiondTra()

setCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesNormaldSag

public void setCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesNormaldSag(double CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesNormaldSag)

getCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesNormaldSag

public double getCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesNormaldSag()

setCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesNormaldCor

public void setCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesNormaldCor(double CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesNormaldCor)

getCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesNormaldCor

public double getCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesNormaldCor()

setCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesNormaldTra

public void setCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesNormaldTra(double CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesNormaldTra)

getCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesNormaldTra

public double getCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumesNormaldTra()

setCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedThickness

public void setCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedThickness(double CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedThickness)

getCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedThickness

public double getCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedThickness()

setCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedPhaseFOV

public void setCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedPhaseFOV(double CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedPhaseFOV)

getCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedPhaseFOV

public double getCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedPhaseFOV()

setCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedReadoutFOV

public void setCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedReadoutFOV(double CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedReadoutFOV)

getCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedReadoutFOV

public double getCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedReadoutFOV()

setCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedInPlaneRot

public void setCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedInPlaneRot(double CsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedInPlaneRot)

getCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedInPlaneRot

public double getCsaSeriesMrPhoenixProtocolsAdjDatasAdjVolumedInPlaneRot()

setCsaSeriesMrPhoenixProtocolsAdjDatauiAdjVolumeValid

public void setCsaSeriesMrPhoenixProtocolsAdjDatauiAdjVolumeValid(int CsaSeriesMrPhoenixProtocolsAdjDatauiAdjVolumeValid)

getCsaSeriesMrPhoenixProtocolsAdjDatauiAdjVolumeValid

public int getCsaSeriesMrPhoenixProtocolsAdjDatauiAdjVolumeValid()

setCsaSeriesMrPhoenixProtocolucEnableNoiseAdjust

public void setCsaSeriesMrPhoenixProtocolucEnableNoiseAdjust(int CsaSeriesMrPhoenixProtocolucEnableNoiseAdjust)

getCsaSeriesMrPhoenixProtocolucEnableNoiseAdjust

public int getCsaSeriesMrPhoenixProtocolucEnableNoiseAdjust()

setCsaSeriesMrPhoenixProtocolalTR0

public void setCsaSeriesMrPhoenixProtocolalTR0(int CsaSeriesMrPhoenixProtocolalTR0)

getCsaSeriesMrPhoenixProtocolalTR0

public int getCsaSeriesMrPhoenixProtocolalTR0()

setCsaSeriesMrPhoenixProtocollContrasts

public void setCsaSeriesMrPhoenixProtocollContrasts(int CsaSeriesMrPhoenixProtocollContrasts)

getCsaSeriesMrPhoenixProtocollContrasts

public int getCsaSeriesMrPhoenixProtocollContrasts()

setCsaSeriesMrPhoenixProtocolalTE0

public void setCsaSeriesMrPhoenixProtocolalTE0(int CsaSeriesMrPhoenixProtocolalTE0)

getCsaSeriesMrPhoenixProtocolalTE0

public int getCsaSeriesMrPhoenixProtocolalTE0()

setCsaSeriesMrPhoenixProtocolacFlowComp0

public void setCsaSeriesMrPhoenixProtocolacFlowComp0(int CsaSeriesMrPhoenixProtocolacFlowComp0)

getCsaSeriesMrPhoenixProtocolacFlowComp0

public int getCsaSeriesMrPhoenixProtocolacFlowComp0()

setCsaSeriesMrPhoenixProtocollCombinedEchoes

public void setCsaSeriesMrPhoenixProtocollCombinedEchoes(int CsaSeriesMrPhoenixProtocollCombinedEchoes)

getCsaSeriesMrPhoenixProtocollCombinedEchoes

public int getCsaSeriesMrPhoenixProtocollCombinedEchoes()

setCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsPositiondSag

public void setCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsPositiondSag(double[] CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsPositiondSag)

getCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsPositiondSag

public double[] getCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsPositiondSag()

setCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsPositiondCor

public void setCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsPositiondCor(double[] CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsPositiondCor)

getCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsPositiondCor

public double[] getCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsPositiondCor()

setCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsPositiondTra

public void setCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsPositiondTra(double[] CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsPositiondTra)

getCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsPositiondTra

public double[] getCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsPositiondTra()

setCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsNormaldSag

public void setCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsNormaldSag(double[] CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsNormaldSag)

getCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsNormaldSag

public double[] getCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsNormaldSag()

setCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsNormaldCor

public void setCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsNormaldCor(double[] CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsNormaldCor)

getCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsNormaldCor

public double[] getCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsNormaldCor()

setCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsNormaldTra

public void setCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsNormaldTra(double[] CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsNormaldTra)

getCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsNormaldTra

public double[] getCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezsNormaldTra()

setCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdThickness

public void setCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdThickness(double[] CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdThickness)

getCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdThickness

public double[] getCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdThickness()

setCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdPhaseFOV

public void setCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdPhaseFOV(double[] CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdPhaseFOV)

getCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdPhaseFOV

public double[] getCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdPhaseFOV()

setCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdReadoutFOV

public void setCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdReadoutFOV(double[] CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdReadoutFOV)

getCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdReadoutFOV

public double[] getCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdReadoutFOV()

setCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdInPlaneRot

public void setCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdInPlaneRot(double[] CsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdInPlaneRot)

getCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdInPlaneRot

public double[] getCsaSeriesMrPhoenixProtocolsSliceArrayasSlicezdInPlaneRot()

setCsaSeriesMrPhoenixProtocolsSliceArrayanAsc

public void setCsaSeriesMrPhoenixProtocolsSliceArrayanAsc(int[] CsaSeriesMrPhoenixProtocolsSliceArrayanAsc)

getCsaSeriesMrPhoenixProtocolsSliceArrayanAsc

public int[] getCsaSeriesMrPhoenixProtocolsSliceArrayanAsc()

setCsaSeriesMrPhoenixProtocolsSliceArrayanPos

public void setCsaSeriesMrPhoenixProtocolsSliceArrayanPos(int[] CsaSeriesMrPhoenixProtocolsSliceArrayanPos)

getCsaSeriesMrPhoenixProtocolsSliceArrayanPos

public int[] getCsaSeriesMrPhoenixProtocolsSliceArrayanPos()

setCsaSeriesMrPhoenixProtocolsSliceArraylSize

public void setCsaSeriesMrPhoenixProtocolsSliceArraylSize(int CsaSeriesMrPhoenixProtocolsSliceArraylSize)

getCsaSeriesMrPhoenixProtocolsSliceArraylSize

public int getCsaSeriesMrPhoenixProtocolsSliceArraylSize()

setCsaSeriesMrPhoenixProtocolsSliceArraylConc

public void setCsaSeriesMrPhoenixProtocolsSliceArraylConc(int CsaSeriesMrPhoenixProtocolsSliceArraylConc)

getCsaSeriesMrPhoenixProtocolsSliceArraylConc

public int getCsaSeriesMrPhoenixProtocolsSliceArraylConc()

setCsaSeriesMrPhoenixProtocolsSliceArrayucMode

public void setCsaSeriesMrPhoenixProtocolsSliceArrayucMode(int CsaSeriesMrPhoenixProtocolsSliceArrayucMode)

getCsaSeriesMrPhoenixProtocolsSliceArrayucMode

public int getCsaSeriesMrPhoenixProtocolsSliceArrayucMode()

setCsaSeriesMrPhoenixProtocolsSliceArraysTSatdThickness

public void setCsaSeriesMrPhoenixProtocolsSliceArraysTSatdThickness(double CsaSeriesMrPhoenixProtocolsSliceArraysTSatdThickness)

getCsaSeriesMrPhoenixProtocolsSliceArraysTSatdThickness

public double getCsaSeriesMrPhoenixProtocolsSliceArraysTSatdThickness()

setCsaSeriesMrPhoenixProtocolsGroupArrayasGroup0nSize

public void setCsaSeriesMrPhoenixProtocolsGroupArrayasGroup0nSize(int CsaSeriesMrPhoenixProtocolsGroupArrayasGroup0nSize)

getCsaSeriesMrPhoenixProtocolsGroupArrayasGroup0nSize

public int getCsaSeriesMrPhoenixProtocolsGroupArrayasGroup0nSize()

setCsaSeriesMrPhoenixProtocolsGroupArrayanMember

public void setCsaSeriesMrPhoenixProtocolsGroupArrayanMember(int[] CsaSeriesMrPhoenixProtocolsGroupArrayanMember)

getCsaSeriesMrPhoenixProtocolsGroupArrayanMember

public int[] getCsaSeriesMrPhoenixProtocolsGroupArrayanMember()

setCsaSeriesMrPhoenixProtocolsGroupArraylSize

public void setCsaSeriesMrPhoenixProtocolsGroupArraylSize(int CsaSeriesMrPhoenixProtocolsGroupArraylSize)

getCsaSeriesMrPhoenixProtocolsGroupArraylSize

public int getCsaSeriesMrPhoenixProtocolsGroupArraylSize()

setCsaSeriesMrPhoenixProtocolsGroupArraysPSatdThickness

public void setCsaSeriesMrPhoenixProtocolsGroupArraysPSatdThickness(double CsaSeriesMrPhoenixProtocolsGroupArraysPSatdThickness)

getCsaSeriesMrPhoenixProtocolsGroupArraysPSatdThickness

public double getCsaSeriesMrPhoenixProtocolsGroupArraysPSatdThickness()

setCsaSeriesMrPhoenixProtocolsGroupArraysPSatdGap

public void setCsaSeriesMrPhoenixProtocolsGroupArraysPSatdGap(double CsaSeriesMrPhoenixProtocolsGroupArraysPSatdGap)

getCsaSeriesMrPhoenixProtocolsGroupArraysPSatdGap

public double getCsaSeriesMrPhoenixProtocolsGroupArraysPSatdGap()

setCsaSeriesMrPhoenixProtocolsRSatArrayasElm0sPositiondSag

public void setCsaSeriesMrPhoenixProtocolsRSatArrayasElm0sPositiondSag(double CsaSeriesMrPhoenixProtocolsRSatArrayasElm0sPositiondSag)

getCsaSeriesMrPhoenixProtocolsRSatArrayasElm0sPositiondSag

public double getCsaSeriesMrPhoenixProtocolsRSatArrayasElm0sPositiondSag()

setCsaSeriesMrPhoenixProtocolsRSatArrayasElm0sPositiondCor

public void setCsaSeriesMrPhoenixProtocolsRSatArrayasElm0sPositiondCor(double CsaSeriesMrPhoenixProtocolsRSatArrayasElm0sPositiondCor)

getCsaSeriesMrPhoenixProtocolsRSatArrayasElm0sPositiondCor

public double getCsaSeriesMrPhoenixProtocolsRSatArrayasElm0sPositiondCor()

setCsaSeriesMrPhoenixProtocolsRSatArrayasElm0sPositiondTra

public void setCsaSeriesMrPhoenixProtocolsRSatArrayasElm0sPositiondTra(double CsaSeriesMrPhoenixProtocolsRSatArrayasElm0sPositiondTra)

getCsaSeriesMrPhoenixProtocolsRSatArrayasElm0sPositiondTra

public double getCsaSeriesMrPhoenixProtocolsRSatArrayasElm0sPositiondTra()

setCsaSeriesMrPhoenixProtocolsRSatArrayasElm0sNormaldSag

public void setCsaSeriesMrPhoenixProtocolsRSatArrayasElm0sNormaldSag(double CsaSeriesMrPhoenixProtocolsRSatArrayasElm0sNormaldSag)

getCsaSeriesMrPhoenixProtocolsRSatArrayasElm0sNormaldSag

public double getCsaSeriesMrPhoenixProtocolsRSatArrayasElm0sNormaldSag()

setCsaSeriesMrPhoenixProtocolsRSatArrayasElm0sNormaldCor

public void setCsaSeriesMrPhoenixProtocolsRSatArrayasElm0sNormaldCor(double CsaSeriesMrPhoenixProtocolsRSatArrayasElm0sNormaldCor)

getCsaSeriesMrPhoenixProtocolsRSatArrayasElm0sNormaldCor

public double getCsaSeriesMrPhoenixProtocolsRSatArrayasElm0sNormaldCor()

setCsaSeriesMrPhoenixProtocolsRSatArrayasElm0sNormaldTra

public void setCsaSeriesMrPhoenixProtocolsRSatArrayasElm0sNormaldTra(double CsaSeriesMrPhoenixProtocolsRSatArrayasElm0sNormaldTra)

getCsaSeriesMrPhoenixProtocolsRSatArrayasElm0sNormaldTra

public double getCsaSeriesMrPhoenixProtocolsRSatArrayasElm0sNormaldTra()

setCsaSeriesMrPhoenixProtocolsRSatArrayasElm0dThickness

public void setCsaSeriesMrPhoenixProtocolsRSatArrayasElm0dThickness(double CsaSeriesMrPhoenixProtocolsRSatArrayasElm0dThickness)

getCsaSeriesMrPhoenixProtocolsRSatArrayasElm0dThickness

public double getCsaSeriesMrPhoenixProtocolsRSatArrayasElm0dThickness()

setCsaSeriesMrPhoenixProtocolsRSatArraylSize

public void setCsaSeriesMrPhoenixProtocolsRSatArraylSize(int CsaSeriesMrPhoenixProtocolsRSatArraylSize)

getCsaSeriesMrPhoenixProtocolsRSatArraylSize

public int getCsaSeriesMrPhoenixProtocolsRSatArraylSize()

setCsaSeriesMrPhoenixProtocolsAutoAligndAAMatrix

public void setCsaSeriesMrPhoenixProtocolsAutoAligndAAMatrix(double[] CsaSeriesMrPhoenixProtocolsAutoAligndAAMatrix)

getCsaSeriesMrPhoenixProtocolsAutoAligndAAMatrix

public double[] getCsaSeriesMrPhoenixProtocolsAutoAligndAAMatrix()

setCsaSeriesMrPhoenixProtocolsNavigatorParalBreathHoldMeas

public void setCsaSeriesMrPhoenixProtocolsNavigatorParalBreathHoldMeas(int CsaSeriesMrPhoenixProtocolsNavigatorParalBreathHoldMeas)

getCsaSeriesMrPhoenixProtocolsNavigatorParalBreathHoldMeas

public int getCsaSeriesMrPhoenixProtocolsNavigatorParalBreathHoldMeas()

setCsaSeriesMrPhoenixProtocolsNavigatorParalRespComp

public void setCsaSeriesMrPhoenixProtocolsNavigatorParalRespComp(int CsaSeriesMrPhoenixProtocolsNavigatorParalRespComp)

getCsaSeriesMrPhoenixProtocolsNavigatorParalRespComp

public int getCsaSeriesMrPhoenixProtocolsNavigatorParalRespComp()

setCsaSeriesMrPhoenixProtocolsBladeParadBladeCoverage

public void setCsaSeriesMrPhoenixProtocolsBladeParadBladeCoverage(double CsaSeriesMrPhoenixProtocolsBladeParadBladeCoverage)

getCsaSeriesMrPhoenixProtocolsBladeParadBladeCoverage

public double getCsaSeriesMrPhoenixProtocolsBladeParadBladeCoverage()

setCsaSeriesMrPhoenixProtocolsBladeParaucMotionCorr

public void setCsaSeriesMrPhoenixProtocolsBladeParaucMotionCorr(int CsaSeriesMrPhoenixProtocolsBladeParaucMotionCorr)

getCsaSeriesMrPhoenixProtocolsBladeParaucMotionCorr

public int getCsaSeriesMrPhoenixProtocolsBladeParaucMotionCorr()

setCsaSeriesMrPhoenixProtocolsPrepPulsesucFatSat

public void setCsaSeriesMrPhoenixProtocolsPrepPulsesucFatSat(int CsaSeriesMrPhoenixProtocolsPrepPulsesucFatSat)

getCsaSeriesMrPhoenixProtocolsPrepPulsesucFatSat

public int getCsaSeriesMrPhoenixProtocolsPrepPulsesucFatSat()

setCsaSeriesMrPhoenixProtocolsPrepPulsesucWaterSat

public void setCsaSeriesMrPhoenixProtocolsPrepPulsesucWaterSat(int CsaSeriesMrPhoenixProtocolsPrepPulsesucWaterSat)

getCsaSeriesMrPhoenixProtocolsPrepPulsesucWaterSat

public int getCsaSeriesMrPhoenixProtocolsPrepPulsesucWaterSat()

setCsaSeriesMrPhoenixProtocolsPrepPulsesucInversion

public void setCsaSeriesMrPhoenixProtocolsPrepPulsesucInversion(int CsaSeriesMrPhoenixProtocolsPrepPulsesucInversion)

getCsaSeriesMrPhoenixProtocolsPrepPulsesucInversion

public int getCsaSeriesMrPhoenixProtocolsPrepPulsesucInversion()

setCsaSeriesMrPhoenixProtocolsPrepPulsesucSatRecovery

public void setCsaSeriesMrPhoenixProtocolsPrepPulsesucSatRecovery(int CsaSeriesMrPhoenixProtocolsPrepPulsesucSatRecovery)

getCsaSeriesMrPhoenixProtocolsPrepPulsesucSatRecovery

public int getCsaSeriesMrPhoenixProtocolsPrepPulsesucSatRecovery()

setCsaSeriesMrPhoenixProtocolsPrepPulsesucT2Prep

public void setCsaSeriesMrPhoenixProtocolsPrepPulsesucT2Prep(int CsaSeriesMrPhoenixProtocolsPrepPulsesucT2Prep)

getCsaSeriesMrPhoenixProtocolsPrepPulsesucT2Prep

public int getCsaSeriesMrPhoenixProtocolsPrepPulsesucT2Prep()

setCsaSeriesMrPhoenixProtocolsPrepPulsesucTIScout

public void setCsaSeriesMrPhoenixProtocolsPrepPulsesucTIScout(int CsaSeriesMrPhoenixProtocolsPrepPulsesucTIScout)

getCsaSeriesMrPhoenixProtocolsPrepPulsesucTIScout

public int getCsaSeriesMrPhoenixProtocolsPrepPulsesucTIScout()

setCsaSeriesMrPhoenixProtocolsPrepPulsesucFatSatMode

public void setCsaSeriesMrPhoenixProtocolsPrepPulsesucFatSatMode(int CsaSeriesMrPhoenixProtocolsPrepPulsesucFatSatMode)

getCsaSeriesMrPhoenixProtocolsPrepPulsesucFatSatMode

public int getCsaSeriesMrPhoenixProtocolsPrepPulsesucFatSatMode()

setCsaSeriesMrPhoenixProtocolsPrepPulsesdDarkBloodThickness

public void setCsaSeriesMrPhoenixProtocolsPrepPulsesdDarkBloodThickness(double CsaSeriesMrPhoenixProtocolsPrepPulsesdDarkBloodThickness)

getCsaSeriesMrPhoenixProtocolsPrepPulsesdDarkBloodThickness

public double getCsaSeriesMrPhoenixProtocolsPrepPulsesdDarkBloodThickness()

setCsaSeriesMrPhoenixProtocolsPrepPulsesdDarkBloodFlipAngle

public void setCsaSeriesMrPhoenixProtocolsPrepPulsesdDarkBloodFlipAngle(double CsaSeriesMrPhoenixProtocolsPrepPulsesdDarkBloodFlipAngle)

getCsaSeriesMrPhoenixProtocolsPrepPulsesdDarkBloodFlipAngle

public double getCsaSeriesMrPhoenixProtocolsPrepPulsesdDarkBloodFlipAngle()

setCsaSeriesMrPhoenixProtocolsPrepPulsesdT2PrepDuration

public void setCsaSeriesMrPhoenixProtocolsPrepPulsesdT2PrepDuration(double CsaSeriesMrPhoenixProtocolsPrepPulsesdT2PrepDuration)

getCsaSeriesMrPhoenixProtocolsPrepPulsesdT2PrepDuration

public double getCsaSeriesMrPhoenixProtocolsPrepPulsesdT2PrepDuration()

setCsaSeriesMrPhoenixProtocolsPrepPulsesdIRPulseThicknessFactor

public void setCsaSeriesMrPhoenixProtocolsPrepPulsesdIRPulseThicknessFactor(double CsaSeriesMrPhoenixProtocolsPrepPulsesdIRPulseThicknessFactor)

getCsaSeriesMrPhoenixProtocolsPrepPulsesdIRPulseThicknessFactor

public double getCsaSeriesMrPhoenixProtocolsPrepPulsesdIRPulseThicknessFactor()

setCsaSeriesMrPhoenixProtocolsKSpacedPhaseResolution

public void setCsaSeriesMrPhoenixProtocolsKSpacedPhaseResolution(double CsaSeriesMrPhoenixProtocolsKSpacedPhaseResolution)

getCsaSeriesMrPhoenixProtocolsKSpacedPhaseResolution

public double getCsaSeriesMrPhoenixProtocolsKSpacedPhaseResolution()

setCsaSeriesMrPhoenixProtocolsKSpacedSliceResolution

public void setCsaSeriesMrPhoenixProtocolsKSpacedSliceResolution(double CsaSeriesMrPhoenixProtocolsKSpacedSliceResolution)

getCsaSeriesMrPhoenixProtocolsKSpacedSliceResolution

public double getCsaSeriesMrPhoenixProtocolsKSpacedSliceResolution()

setCsaSeriesMrPhoenixProtocolsKSpacedAngioDynCentralRegionA

public void setCsaSeriesMrPhoenixProtocolsKSpacedAngioDynCentralRegionA(double CsaSeriesMrPhoenixProtocolsKSpacedAngioDynCentralRegionA)

getCsaSeriesMrPhoenixProtocolsKSpacedAngioDynCentralRegionA

public double getCsaSeriesMrPhoenixProtocolsKSpacedAngioDynCentralRegionA()

setCsaSeriesMrPhoenixProtocolsKSpacedAngioDynSamplingDensityB

public void setCsaSeriesMrPhoenixProtocolsKSpacedAngioDynSamplingDensityB(double CsaSeriesMrPhoenixProtocolsKSpacedAngioDynSamplingDensityB)

getCsaSeriesMrPhoenixProtocolsKSpacedAngioDynSamplingDensityB

public double getCsaSeriesMrPhoenixProtocolsKSpacedAngioDynSamplingDensityB()

setCsaSeriesMrPhoenixProtocolsKSpacelBaseResolution

public void setCsaSeriesMrPhoenixProtocolsKSpacelBaseResolution(int CsaSeriesMrPhoenixProtocolsKSpacelBaseResolution)

getCsaSeriesMrPhoenixProtocolsKSpacelBaseResolution

public int getCsaSeriesMrPhoenixProtocolsKSpacelBaseResolution()

setCsaSeriesMrPhoenixProtocolsKSpacelPhaseEncodingLines

public void setCsaSeriesMrPhoenixProtocolsKSpacelPhaseEncodingLines(int CsaSeriesMrPhoenixProtocolsKSpacelPhaseEncodingLines)

getCsaSeriesMrPhoenixProtocolsKSpacelPhaseEncodingLines

public int getCsaSeriesMrPhoenixProtocolsKSpacelPhaseEncodingLines()

setCsaSeriesMrPhoenixProtocolsKSpacelPartitions

public void setCsaSeriesMrPhoenixProtocolsKSpacelPartitions(int CsaSeriesMrPhoenixProtocolsKSpacelPartitions)

getCsaSeriesMrPhoenixProtocolsKSpacelPartitions

public int getCsaSeriesMrPhoenixProtocolsKSpacelPartitions()

setCsaSeriesMrPhoenixProtocolsKSpacelImagesPerSlab

public void setCsaSeriesMrPhoenixProtocolsKSpacelImagesPerSlab(int CsaSeriesMrPhoenixProtocolsKSpacelImagesPerSlab)

getCsaSeriesMrPhoenixProtocolsKSpacelImagesPerSlab

public int getCsaSeriesMrPhoenixProtocolsKSpacelImagesPerSlab()

setCsaSeriesMrPhoenixProtocolsKSpacelRadialViews

public void setCsaSeriesMrPhoenixProtocolsKSpacelRadialViews(int CsaSeriesMrPhoenixProtocolsKSpacelRadialViews)

getCsaSeriesMrPhoenixProtocolsKSpacelRadialViews

public int getCsaSeriesMrPhoenixProtocolsKSpacelRadialViews()

setCsaSeriesMrPhoenixProtocolsKSpacelRadialInterleavesPerImage

public void setCsaSeriesMrPhoenixProtocolsKSpacelRadialInterleavesPerImage(int CsaSeriesMrPhoenixProtocolsKSpacelRadialInterleavesPerImage)

getCsaSeriesMrPhoenixProtocolsKSpacelRadialInterleavesPerImage

public int getCsaSeriesMrPhoenixProtocolsKSpacelRadialInterleavesPerImage()

setCsaSeriesMrPhoenixProtocolsKSpacelLinesPerShot

public void setCsaSeriesMrPhoenixProtocolsKSpacelLinesPerShot(int CsaSeriesMrPhoenixProtocolsKSpacelLinesPerShot)

getCsaSeriesMrPhoenixProtocolsKSpacelLinesPerShot

public int getCsaSeriesMrPhoenixProtocolsKSpacelLinesPerShot()

setCsaSeriesMrPhoenixProtocolsKSpaceunReordering

public void setCsaSeriesMrPhoenixProtocolsKSpaceunReordering(int CsaSeriesMrPhoenixProtocolsKSpaceunReordering)

getCsaSeriesMrPhoenixProtocolsKSpaceunReordering

public int getCsaSeriesMrPhoenixProtocolsKSpaceunReordering()

setCsaSeriesMrPhoenixProtocolsKSpacedSeqPhasePartialFourierForSNR

public void setCsaSeriesMrPhoenixProtocolsKSpacedSeqPhasePartialFourierForSNR(double CsaSeriesMrPhoenixProtocolsKSpacedSeqPhasePartialFourierForSNR)

getCsaSeriesMrPhoenixProtocolsKSpacedSeqPhasePartialFourierForSNR

public double getCsaSeriesMrPhoenixProtocolsKSpacedSeqPhasePartialFourierForSNR()

setCsaSeriesMrPhoenixProtocolsKSpaceucPhasePartialFourier

public void setCsaSeriesMrPhoenixProtocolsKSpaceucPhasePartialFourier(int CsaSeriesMrPhoenixProtocolsKSpaceucPhasePartialFourier)

getCsaSeriesMrPhoenixProtocolsKSpaceucPhasePartialFourier

public int getCsaSeriesMrPhoenixProtocolsKSpaceucPhasePartialFourier()

setCsaSeriesMrPhoenixProtocolsKSpaceucSlicePartialFourier

public void setCsaSeriesMrPhoenixProtocolsKSpaceucSlicePartialFourier(int CsaSeriesMrPhoenixProtocolsKSpaceucSlicePartialFourier)

getCsaSeriesMrPhoenixProtocolsKSpaceucSlicePartialFourier

public int getCsaSeriesMrPhoenixProtocolsKSpaceucSlicePartialFourier()

setCsaSeriesMrPhoenixProtocolsKSpaceucAveragingMode

public void setCsaSeriesMrPhoenixProtocolsKSpaceucAveragingMode(int CsaSeriesMrPhoenixProtocolsKSpaceucAveragingMode)

getCsaSeriesMrPhoenixProtocolsKSpaceucAveragingMode

public int getCsaSeriesMrPhoenixProtocolsKSpaceucAveragingMode()

setCsaSeriesMrPhoenixProtocolsKSpaceucMultiSliceMode

public void setCsaSeriesMrPhoenixProtocolsKSpaceucMultiSliceMode(int CsaSeriesMrPhoenixProtocolsKSpaceucMultiSliceMode)

getCsaSeriesMrPhoenixProtocolsKSpaceucMultiSliceMode

public int getCsaSeriesMrPhoenixProtocolsKSpaceucMultiSliceMode()

setCsaSeriesMrPhoenixProtocolsKSpaceucDimension

public void setCsaSeriesMrPhoenixProtocolsKSpaceucDimension(int CsaSeriesMrPhoenixProtocolsKSpaceucDimension)

getCsaSeriesMrPhoenixProtocolsKSpaceucDimension

public int getCsaSeriesMrPhoenixProtocolsKSpaceucDimension()

setCsaSeriesMrPhoenixProtocolsKSpaceucTrajectory

public void setCsaSeriesMrPhoenixProtocolsKSpaceucTrajectory(int CsaSeriesMrPhoenixProtocolsKSpaceucTrajectory)

getCsaSeriesMrPhoenixProtocolsKSpaceucTrajectory

public int getCsaSeriesMrPhoenixProtocolsKSpaceucTrajectory()

setCsaSeriesMrPhoenixProtocolsKSpaceucViewSharing

public void setCsaSeriesMrPhoenixProtocolsKSpaceucViewSharing(int CsaSeriesMrPhoenixProtocolsKSpaceucViewSharing)

getCsaSeriesMrPhoenixProtocolsKSpaceucViewSharing

public int getCsaSeriesMrPhoenixProtocolsKSpaceucViewSharing()

setCsaSeriesMrPhoenixProtocolsKSpaceucAsymmetricEchoMode

public void setCsaSeriesMrPhoenixProtocolsKSpaceucAsymmetricEchoMode(int CsaSeriesMrPhoenixProtocolsKSpaceucAsymmetricEchoMode)

getCsaSeriesMrPhoenixProtocolsKSpaceucAsymmetricEchoMode

public int getCsaSeriesMrPhoenixProtocolsKSpaceucAsymmetricEchoMode()

setCsaSeriesMrPhoenixProtocolsKSpaceucPOCS

public void setCsaSeriesMrPhoenixProtocolsKSpaceucPOCS(int CsaSeriesMrPhoenixProtocolsKSpaceucPOCS)

getCsaSeriesMrPhoenixProtocolsKSpaceucPOCS

public int getCsaSeriesMrPhoenixProtocolsKSpaceucPOCS()

setCsaSeriesMrPhoenixProtocolsFastImaginglEPIFactor

public void setCsaSeriesMrPhoenixProtocolsFastImaginglEPIFactor(int CsaSeriesMrPhoenixProtocolsFastImaginglEPIFactor)

getCsaSeriesMrPhoenixProtocolsFastImaginglEPIFactor

public int getCsaSeriesMrPhoenixProtocolsFastImaginglEPIFactor()

setCsaSeriesMrPhoenixProtocolsFastImaginglTurboFactor

public void setCsaSeriesMrPhoenixProtocolsFastImaginglTurboFactor(int CsaSeriesMrPhoenixProtocolsFastImaginglTurboFactor)

getCsaSeriesMrPhoenixProtocolsFastImaginglTurboFactor

public int getCsaSeriesMrPhoenixProtocolsFastImaginglTurboFactor()

setCsaSeriesMrPhoenixProtocolsFastImaginglSliceTurboFactor

public void setCsaSeriesMrPhoenixProtocolsFastImaginglSliceTurboFactor(int CsaSeriesMrPhoenixProtocolsFastImaginglSliceTurboFactor)

getCsaSeriesMrPhoenixProtocolsFastImaginglSliceTurboFactor

public int getCsaSeriesMrPhoenixProtocolsFastImaginglSliceTurboFactor()

setCsaSeriesMrPhoenixProtocolsFastImaginglSegments

public void setCsaSeriesMrPhoenixProtocolsFastImaginglSegments(int CsaSeriesMrPhoenixProtocolsFastImaginglSegments)

getCsaSeriesMrPhoenixProtocolsFastImaginglSegments

public int getCsaSeriesMrPhoenixProtocolsFastImaginglSegments()

setCsaSeriesMrPhoenixProtocolsFastImagingucSegmentationMode

public void setCsaSeriesMrPhoenixProtocolsFastImagingucSegmentationMode(int CsaSeriesMrPhoenixProtocolsFastImagingucSegmentationMode)

getCsaSeriesMrPhoenixProtocolsFastImagingucSegmentationMode

public int getCsaSeriesMrPhoenixProtocolsFastImagingucSegmentationMode()

setCsaSeriesMrPhoenixProtocolsFastImaginglShots

public void setCsaSeriesMrPhoenixProtocolsFastImaginglShots(int CsaSeriesMrPhoenixProtocolsFastImaginglShots)

getCsaSeriesMrPhoenixProtocolsFastImaginglShots

public int getCsaSeriesMrPhoenixProtocolsFastImaginglShots()

setCsaSeriesMrPhoenixProtocolsFastImaginglEchoTrainDuration

public void setCsaSeriesMrPhoenixProtocolsFastImaginglEchoTrainDuration(int CsaSeriesMrPhoenixProtocolsFastImaginglEchoTrainDuration)

getCsaSeriesMrPhoenixProtocolsFastImaginglEchoTrainDuration

public int getCsaSeriesMrPhoenixProtocolsFastImaginglEchoTrainDuration()

setCsaSeriesMrPhoenixProtocolsPhysioImaginglSignal1

public void setCsaSeriesMrPhoenixProtocolsPhysioImaginglSignal1(int CsaSeriesMrPhoenixProtocolsPhysioImaginglSignal1)

getCsaSeriesMrPhoenixProtocolsPhysioImaginglSignal1

public int getCsaSeriesMrPhoenixProtocolsPhysioImaginglSignal1()

setCsaSeriesMrPhoenixProtocolsPhysioImaginglMethod1

public void setCsaSeriesMrPhoenixProtocolsPhysioImaginglMethod1(int CsaSeriesMrPhoenixProtocolsPhysioImaginglMethod1)

getCsaSeriesMrPhoenixProtocolsPhysioImaginglMethod1

public int getCsaSeriesMrPhoenixProtocolsPhysioImaginglMethod1()

setCsaSeriesMrPhoenixProtocolsPhysioImaginglSignal2

public void setCsaSeriesMrPhoenixProtocolsPhysioImaginglSignal2(int CsaSeriesMrPhoenixProtocolsPhysioImaginglSignal2)

getCsaSeriesMrPhoenixProtocolsPhysioImaginglSignal2

public int getCsaSeriesMrPhoenixProtocolsPhysioImaginglSignal2()

setCsaSeriesMrPhoenixProtocolsPhysioImaginglMethod2

public void setCsaSeriesMrPhoenixProtocolsPhysioImaginglMethod2(int CsaSeriesMrPhoenixProtocolsPhysioImaginglMethod2)

getCsaSeriesMrPhoenixProtocolsPhysioImaginglMethod2

public int getCsaSeriesMrPhoenixProtocolsPhysioImaginglMethod2()

setCsaSeriesMrPhoenixProtocolsPhysioImaginglPhases

public void setCsaSeriesMrPhoenixProtocolsPhysioImaginglPhases(int CsaSeriesMrPhoenixProtocolsPhysioImaginglPhases)

getCsaSeriesMrPhoenixProtocolsPhysioImaginglPhases

public int getCsaSeriesMrPhoenixProtocolsPhysioImaginglPhases()

setCsaSeriesMrPhoenixProtocolsPhysioImaginglRetroGatedImages

public void setCsaSeriesMrPhoenixProtocolsPhysioImaginglRetroGatedImages(int CsaSeriesMrPhoenixProtocolsPhysioImaginglRetroGatedImages)

getCsaSeriesMrPhoenixProtocolsPhysioImaginglRetroGatedImages

public int getCsaSeriesMrPhoenixProtocolsPhysioImaginglRetroGatedImages()

setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlTriggerPulses

public void setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlTriggerPulses(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlTriggerPulses)

getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlTriggerPulses

public int getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlTriggerPulses()

setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlTriggerWindow

public void setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlTriggerWindow(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlTriggerWindow)

getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlTriggerWindow

public int getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlTriggerWindow()

setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlArrhythmiaDetection

public void setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlArrhythmiaDetection(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlArrhythmiaDetection)

getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlArryhythmiaDetection

public int getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlArryhythmiaDetection()

setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlCardiacGateOnThreshold

public void setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlCardiacGateOnThreshold(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlCardiacGateOnThreshold)

getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlCardiacGateOnThreshold

public int getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlCardiacGateOnThreshold()

setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlCardiacGateOffThreshold

public void setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlCardiacGateOffThreshold(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlCardiacGateOffThreshold)

getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlCardiacGateOffThreshold

public int getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlCardiacGateOffThreshold()

setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlTriggerIntervals

public void setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlTriggerIntervals(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlTriggerIntervals)

getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlTriggerIntervals

public int getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioECGlTriggerIntervals()

setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselTriggerPulses

public void setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselTriggerPulses(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselTriggerPulses)

getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselTriggerPulses

public int getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselTriggerPulses()

setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselTriggerWindow

public void setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselTriggerWindow(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselTriggerWindow)

getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselTriggerWindow

public int getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselTriggerWindow()

setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselArrhythmiaDetection

public void setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselArrhythmiaDetection(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselArrhythmiaDetection)

getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselArryhythmiaDetection

public int getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselArryhythmiaDetection()

setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselCardiacGateOnThreshold

public void setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselCardiacGateOnThreshold(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselCardiacGateOnThreshold)

getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselCardiacGateOnThreshold

public int getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselCardiacGateOnThreshold()

setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselCardiacGateOffThreshold

public void setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselCardiacGateOffThreshold(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselCardiacGateOffThreshold)

getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselCardiacGateOffThreshold

public int getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselCardiacGateOffThreshold()

setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselTriggerIntervals

public void setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselTriggerIntervals(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselTriggerIntervals)

getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselTriggerIntervals

public int getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioPulselTriggerIntervals()

setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlTriggerPulses

public void setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlTriggerPulses(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlTriggerPulses)

getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlTriggerPulses

public int getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlTriggerPulses()

setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlTriggerWindow

public void setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlTriggerWindow(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlTriggerWindow)

getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlTriggerWindow

public int getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlTriggerWindow()

setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlArrhythmiaDetection

public void setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlArrhythmiaDetection(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlArrhythmiaDetection)

getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlArryhythmiaDetection

public int getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlArryhythmiaDetection()

setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlCardiacGateOnThreshold

public void setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlCardiacGateOnThreshold(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlCardiacGateOnThreshold)

getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlCardiacGateOnThreshold

public int getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlCardiacGateOnThreshold()

setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlCardiacGateOffThreshold

public void setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlCardiacGateOffThreshold(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlCardiacGateOffThreshold)

getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlCardiacGateOffThreshold

public int getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlCardiacGateOffThreshold()

setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlTriggerIntervals

public void setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlTriggerIntervals(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlTriggerIntervals)

getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlTriggerIntervals

public int getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioExtlTriggerIntervals()

setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioResplRespGateThreshold

public void setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioResplRespGateThreshold(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioResplRespGateThreshold)

getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioResplRespGateThreshold

public int getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioResplRespGateThreshold()

setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioResplRespGatePhase

public void setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioResplRespGatePhase(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioResplRespGatePhase)

getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioResplRespGatePhase

public int getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioResplRespGatePhase()

setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioRespdGatingRatio

public void setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioRespdGatingRatio(double CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioRespdGatingRatio)

getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioRespdGatingRatio

public double getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioRespdGatingRatio()

setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioNativeucMode

public void setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioNativeucMode(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioNativeucMode)

getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioNativeucMode

public int getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioNativeucMode()

setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioNativeucFlowSenMode

public void setCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioNativeucFlowSenMode(int CsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioNativeucFlowSenMode)

getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioNativeucFlowSenMode

public int getCsaSeriesMrPhoenixProtocolsPhysioImagingsPhysioNativeucFlowSenMode()

setCsaSeriesMrPhoenixProtocolsSpecParalPhaseCyclingType

public void setCsaSeriesMrPhoenixProtocolsSpecParalPhaseCyclingType(int CsaSeriesMrPhoenixProtocolsSpecParalPhaseCyclingType)

getCsaSeriesMrPhoenixProtocolsSpecParalPhaseCyclingType

public int getCsaSeriesMrPhoenixProtocolsSpecParalPhaseCyclingType()

setCsaSeriesMrPhoenixProtocolsSpecParalPhaseEncodingType

public void setCsaSeriesMrPhoenixProtocolsSpecParalPhaseEncodingType(int CsaSeriesMrPhoenixProtocolsSpecParalPhaseEncodingType)

getCsaSeriesMrPhoenixProtocolsSpecParalPhaseEncodingType

public int getCsaSeriesMrPhoenixProtocolsSpecParalPhaseEncodingType()

setCsaSeriesMrPhoenixProtocolsSpecParalRFExcitationBandwidth

public void setCsaSeriesMrPhoenixProtocolsSpecParalRFExcitationBandwidth(int CsaSeriesMrPhoenixProtocolsSpecParalRFExcitationBandwidth)

getCsaSeriesMrPhoenixProtocolsSpecParalRFExcitationBandwidth

public int getCsaSeriesMrPhoenixProtocolsSpecParalRFExcitationBandwidth()

setCsaSeriesMrPhoenixProtocolsSpecParaucRemoveOversampling

public void setCsaSeriesMrPhoenixProtocolsSpecParaucRemoveOversampling(int CsaSeriesMrPhoenixProtocolsSpecParaucRemoveOversampling)

getCsaSeriesMrPhoenixProtocolsSpecParaucRemoveOversampling

public int getCsaSeriesMrPhoenixProtocolsSpecParaucRemoveOversampling()

setCsaSeriesMrPhoenixProtocolsSpecParalAutoRefScanNo

public void setCsaSeriesMrPhoenixProtocolsSpecParalAutoRefScanNo(int CsaSeriesMrPhoenixProtocolsSpecParalAutoRefScanNo)

getCsaSeriesMrPhoenixProtocolsSpecParalAutoRefScanNo

public int getCsaSeriesMrPhoenixProtocolsSpecParalAutoRefScanNo()

setCsaSeriesMrPhoenixProtocolsSpecParalDecouplingType

public void setCsaSeriesMrPhoenixProtocolsSpecParalDecouplingType(int CsaSeriesMrPhoenixProtocolsSpecParalDecouplingType)

getCsaSeriesMrPhoenixProtocolsSpecParalDecouplingType

public int getCsaSeriesMrPhoenixProtocolsSpecParalDecouplingType()

setCsaSeriesMrPhoenixProtocolsSpecParalNOEType

public void setCsaSeriesMrPhoenixProtocolsSpecParalNOEType(int CsaSeriesMrPhoenixProtocolsSpecParalNOEType)

getCsaSeriesMrPhoenixProtocolsSpecParalNOEType

public int getCsaSeriesMrPhoenixProtocolsSpecParalNOEType()

setCsaSeriesMrPhoenixProtocolsSpecParalExcitationType

public void setCsaSeriesMrPhoenixProtocolsSpecParalExcitationType(int CsaSeriesMrPhoenixProtocolsSpecParalExcitationType)

getCsaSeriesMrPhoenixProtocolsSpecParalExcitationType

public int getCsaSeriesMrPhoenixProtocolsSpecParalExcitationType()

setCsaSeriesMrPhoenixProtocolsSpecParalSpecAppl

public void setCsaSeriesMrPhoenixProtocolsSpecParalSpecAppl(int CsaSeriesMrPhoenixProtocolsSpecParalSpecAppl)

getCsaSeriesMrPhoenixProtocolsSpecParalSpecAppl

public int getCsaSeriesMrPhoenixProtocolsSpecParalSpecAppl()

setCsaSeriesMrPhoenixProtocolsSpecParalSpectralSuppression

public void setCsaSeriesMrPhoenixProtocolsSpecParalSpectralSuppression(int CsaSeriesMrPhoenixProtocolsSpecParalSpectralSuppression)

getCsaSeriesMrPhoenixProtocolsSpecParalSpectralSuppression

public int getCsaSeriesMrPhoenixProtocolsSpecParalSpectralSuppression()

setCsaSeriesMrPhoenixProtocolsDiffusionulMode

public void setCsaSeriesMrPhoenixProtocolsDiffusionulMode(int CsaSeriesMrPhoenixProtocolsDiffusionulMode)

getCsaSeriesMrPhoenixProtocolsDiffusionulMode

public int getCsaSeriesMrPhoenixProtocolsDiffusionulMode()

setCsaSeriesMrPhoenixProtocolsAngioucPCFlowMode

public void setCsaSeriesMrPhoenixProtocolsAngioucPCFlowMode(int CsaSeriesMrPhoenixProtocolsAngioucPCFlowMode)

getCsaSeriesMrPhoenixProtocolsAngioucPCFlowMode

public int getCsaSeriesMrPhoenixProtocolsAngioucPCFlowMode()

setCsaSeriesMrPhoenixProtocolsAngioucTOFInflow

public void setCsaSeriesMrPhoenixProtocolsAngioucTOFInflow(int CsaSeriesMrPhoenixProtocolsAngioucTOFInflow)

getCsaSeriesMrPhoenixProtocolsAngioucTOFInflow

public int getCsaSeriesMrPhoenixProtocolsAngioucTOFInflow()

setCsaSeriesMrPhoenixProtocolsAngiolDynamicReconMode

public void setCsaSeriesMrPhoenixProtocolsAngiolDynamicReconMode(int CsaSeriesMrPhoenixProtocolsAngiolDynamicReconMode)

getCsaSeriesMrPhoenixProtocolsAngiolDynamicReconMode

public int getCsaSeriesMrPhoenixProtocolsAngiolDynamicReconMode()

setCsaSeriesMrPhoenixProtocolsAngiolTemporalInterpolation

public void setCsaSeriesMrPhoenixProtocolsAngiolTemporalInterpolation(int CsaSeriesMrPhoenixProtocolsAngiolTemporalInterpolation)

getCsaSeriesMrPhoenixProtocolsAngiolTemporalInterpolation

public int getCsaSeriesMrPhoenixProtocolsAngiolTemporalInterpolation()

setCsaSeriesMrPhoenixProtocolsRawFilterlSlope_256

public void setCsaSeriesMrPhoenixProtocolsRawFilterlSlope_256(int CsaSeriesMrPhoenixProtocolsRawFilterlSlope_256)

getCsaSeriesMrPhoenixProtocolsRawFilterlSlope_256

public int getCsaSeriesMrPhoenixProtocolsRawFilterlSlope_256()

setCsaSeriesMrPhoenixProtocolsRawFilterucOn

public void setCsaSeriesMrPhoenixProtocolsRawFilterucOn(int CsaSeriesMrPhoenixProtocolsRawFilterucOn)

getCsaSeriesMrPhoenixProtocolsRawFilterucOn

public int getCsaSeriesMrPhoenixProtocolsRawFilterucOn()

setCsaSeriesMrPhoenixProtocolsRawFilterucMode

public void setCsaSeriesMrPhoenixProtocolsRawFilterucMode(int CsaSeriesMrPhoenixProtocolsRawFilterucMode)

getCsaSeriesMrPhoenixProtocolsRawFilterucMode

public int getCsaSeriesMrPhoenixProtocolsRawFilterucMode()

setCsaSeriesMrPhoenixProtocolsDistortionCorrFilterucMode

public void setCsaSeriesMrPhoenixProtocolsDistortionCorrFilterucMode(int CsaSeriesMrPhoenixProtocolsDistortionCorrFilterucMode)

getCsaSeriesMrPhoenixProtocolsDistortionCorrFilterucMode

public int getCsaSeriesMrPhoenixProtocolsDistortionCorrFilterucMode()

setCsaSeriesMrPhoenixProtocolsPatlAccelFactPE

public void setCsaSeriesMrPhoenixProtocolsPatlAccelFactPE(int CsaSeriesMrPhoenixProtocolsPatlAccelFactPE)

getCsaSeriesMrPhoenixProtocolsPatlAccelFactPE

public int getCsaSeriesMrPhoenixProtocolsPatlAccelFactPE()

setCsaSeriesMrPhoenixProtocolsPatlAccelFact3D

public void setCsaSeriesMrPhoenixProtocolsPatlAccelFact3D(int CsaSeriesMrPhoenixProtocolsPatlAccelFact3D)

getCsaSeriesMrPhoenixProtocolsPatlAccelFact3D

public int getCsaSeriesMrPhoenixProtocolsPatlAccelFact3D()

setCsaSeriesMrPhoenixProtocolsPatlRefLinesPE

public void setCsaSeriesMrPhoenixProtocolsPatlRefLinesPE(int CsaSeriesMrPhoenixProtocolsPatlRefLinesPE)

getCsaSeriesMrPhoenixProtocolsPatlRefLinesPE

public int getCsaSeriesMrPhoenixProtocolsPatlRefLinesPE()

setCsaSeriesMrPhoenixProtocolsPatucPATMode

public void setCsaSeriesMrPhoenixProtocolsPatucPATMode(int CsaSeriesMrPhoenixProtocolsPatucPATMode)

getCsaSeriesMrPhoenixProtocolsPatucPATMode

public int getCsaSeriesMrPhoenixProtocolsPatucPATMode()

setCsaSeriesMrPhoenixProtocolsPatucRefScanMode

public void setCsaSeriesMrPhoenixProtocolsPatucRefScanMode(int CsaSeriesMrPhoenixProtocolsPatucRefScanMode)

getCsaSeriesMrPhoenixProtocolsPatucRefScanMode

public int getCsaSeriesMrPhoenixProtocolsPatucRefScanMode()

setCsaSeriesMrPhoenixProtocolsPatucTPatAverageAllFrames

public void setCsaSeriesMrPhoenixProtocolsPatucTPatAverageAllFrames(int CsaSeriesMrPhoenixProtocolsPatucTPatAverageAllFrames)

getCsaSeriesMrPhoenixProtocolsPatucTPatAverageAllFrames

public int getCsaSeriesMrPhoenixProtocolsPatucTPatAverageAllFrames()

setCsaSeriesMrPhoenixProtocolsMDSulMdsModeMask

public void setCsaSeriesMrPhoenixProtocolsMDSulMdsModeMask(int CsaSeriesMrPhoenixProtocolsMDSulMdsModeMask)

getCsaSeriesMrPhoenixProtocolsMDSulMdsModeMask

public int getCsaSeriesMrPhoenixProtocolsMDSulMdsModeMask()

setCsaSeriesMrPhoenixProtocolsMDSulMdsVariableResolution

public void setCsaSeriesMrPhoenixProtocolsMDSulMdsVariableResolution(int CsaSeriesMrPhoenixProtocolsMDSulMdsVariableResolution)

getCsaSeriesMrPhoenixProtocolsMDSulMdsVariableResolution

public int getCsaSeriesMrPhoenixProtocolsMDSulMdsVariableResolution()

setCsaSeriesMrPhoenixProtocolsMDSlTableSpeedNumerator

public void setCsaSeriesMrPhoenixProtocolsMDSlTableSpeedNumerator(int CsaSeriesMrPhoenixProtocolsMDSlTableSpeedNumerator)

getCsaSeriesMrPhoenixProtocolsMDSlTableSpeedNumerator

public int getCsaSeriesMrPhoenixProtocolsMDSlTableSpeedNumerator()

setCsaSeriesMrPhoenixProtocolsMDSlmdsLinesPerSegment

public void setCsaSeriesMrPhoenixProtocolsMDSlmdsLinesPerSegment(int CsaSeriesMrPhoenixProtocolsMDSlmdsLinesPerSegment)

getCsaSeriesMrPhoenixProtocolsMDSlmdsLinesPerSegment

public int getCsaSeriesMrPhoenixProtocolsMDSlmdsLinesPerSegment()

setCsaSeriesMrPhoenixProtocolsMDSsMdsEndPosSBCS_mmdTra

public void setCsaSeriesMrPhoenixProtocolsMDSsMdsEndPosSBCS_mmdTra(double CsaSeriesMrPhoenixProtocolsMDSsMdsEndPosSBCS_mmdTra)

getCsaSeriesMrPhoenixProtocolsMDSsMdsEndPosSBCS_mmdTra

public double getCsaSeriesMrPhoenixProtocolsMDSsMdsEndPosSBCS_mmdTra()

setCsaSeriesMrPhoenixProtocolsMDSulMdsReconMode

public void setCsaSeriesMrPhoenixProtocolsMDSulMdsReconMode(int CsaSeriesMrPhoenixProtocolsMDSulMdsReconMode)

getCsaSeriesMrPhoenixProtocolsMDSulMdsReconMode

public int getCsaSeriesMrPhoenixProtocolsMDSulMdsReconMode()

setCsaSeriesMrPhoenixProtocolsMDSdMdsRangeExtension

public void setCsaSeriesMrPhoenixProtocolsMDSdMdsRangeExtension(double CsaSeriesMrPhoenixProtocolsMDSdMdsRangeExtension)

getCsaSeriesMrPhoenixProtocolsMDSdMdsRangeExtension

public double getCsaSeriesMrPhoenixProtocolsMDSdMdsRangeExtension()

setCsaSeriesMrPhoenixProtocolucEnableIntro

public void setCsaSeriesMrPhoenixProtocolucEnableIntro(int CsaSeriesMrPhoenixProtocolucEnableIntro)

getCsaSeriesMrPhoenixProtocolucEnableIntro

public int getCsaSeriesMrPhoenixProtocolucEnableIntro()

setCsaSeriesMrPhoenixProtocolucDisableChangeStoreImages

public void setCsaSeriesMrPhoenixProtocolucDisableChangeStoreImages(int CsaSeriesMrPhoenixProtocolucDisableChangeStoreImages)

getCsaSeriesMrPhoenixProtocolucDisableChangeStoreImages

public int getCsaSeriesMrPhoenixProtocolucDisableChangeStoreImages()

setCsaSeriesMrPhoenixProtocolucAAMode

public void setCsaSeriesMrPhoenixProtocolucAAMode(int CsaSeriesMrPhoenixProtocolucAAMode)

getCsaSeriesMrPhoenixProtocolucAAMode

public int getCsaSeriesMrPhoenixProtocolucAAMode()

setCsaSeriesMrPhoenixProtocolucAARegionMode

public void setCsaSeriesMrPhoenixProtocolucAARegionMode(int CsaSeriesMrPhoenixProtocolucAARegionMode)

getCsaSeriesMrPhoenixProtocolucAARegionMode

public int getCsaSeriesMrPhoenixProtocolucAARegionMode()

setCsaSeriesMrPhoenixProtocolucAARefMode

public void setCsaSeriesMrPhoenixProtocolucAARefMode(int CsaSeriesMrPhoenixProtocolucAARefMode)

getCsaSeriesMrPhoenixProtocolucAARefMode

public int getCsaSeriesMrPhoenixProtocolucAARefMode()

setCsaSeriesMrPhoenixProtocolucReconstructionMode

public void setCsaSeriesMrPhoenixProtocolucReconstructionMode(int CsaSeriesMrPhoenixProtocolucReconstructionMode)

getCsaSeriesMrPhoenixProtocolucReconstructionMode

public int getCsaSeriesMrPhoenixProtocolucReconstructionMode()

setCsaSeriesMrPhoenixProtocolucOneSeriesForAllMeas

public void setCsaSeriesMrPhoenixProtocolucOneSeriesForAllMeas(int CsaSeriesMrPhoenixProtocolucOneSeriesForAllMeas)

getCsaSeriesMrPhoenixProtocolucOneSeriesForAllMeas

public int getCsaSeriesMrPhoenixProtocolucOneSeriesForAllMeas()

setCsaSeriesMrPhoenixProtocolucPHAPSMode

public void setCsaSeriesMrPhoenixProtocolucPHAPSMode(int CsaSeriesMrPhoenixProtocolucPHAPSMode)

getCsaSeriesMrPhoenixProtocolucPHAPSMode

public int getCsaSeriesMrPhoenixProtocolucPHAPSMode()

setCsaSeriesMrPhoenixProtocolucDixon

public void setCsaSeriesMrPhoenixProtocolucDixon(int CsaSeriesMrPhoenixProtocolucDixon)

getCsaSeriesMrPhoenixProtocolucDixon

public int getCsaSeriesMrPhoenixProtocolucDixon()

setCsaSeriesMrPhoenixProtocolucDixonSaveOriginal

public void setCsaSeriesMrPhoenixProtocolucDixonSaveOriginal(int CsaSeriesMrPhoenixProtocolucDixonSaveOriginal)

getCsaSeriesMrPhoenixProtocolucDixonSaveOriginal

public int getCsaSeriesMrPhoenixProtocolucDixonSaveOriginal()

setCsaSeriesMrPhoenixProtocolucWaitForPrepareCompletion

public void setCsaSeriesMrPhoenixProtocolucWaitForPrepareCompletion(int CsaSeriesMrPhoenixProtocolucWaitForPrepareCompletion)

getCsaSeriesMrPhoenixProtocolucWaitForPrepareCompletion

public int getCsaSeriesMrPhoenixProtocolucWaitForPrepareCompletion()

setCsaSeriesMrPhoenixProtocollAverages

public void setCsaSeriesMrPhoenixProtocollAverages(int CsaSeriesMrPhoenixProtocollAverages)

getCsaSeriesMrPhoenixProtocollAverages

public int getCsaSeriesMrPhoenixProtocollAverages()

setCsaSeriesMrPhoenixProtocoldAveragesDouble

public void setCsaSeriesMrPhoenixProtocoldAveragesDouble(double CsaSeriesMrPhoenixProtocoldAveragesDouble)

getCsaSeriesMrPhoenixProtocoldAveragesDouble

public double getCsaSeriesMrPhoenixProtocoldAveragesDouble()

setCsaSeriesMrPhoenixProtocollRepetitions

public void setCsaSeriesMrPhoenixProtocollRepetitions(int CsaSeriesMrPhoenixProtocollRepetitions)

getCsaSeriesMrPhoenixProtocollRepetitions

public int getCsaSeriesMrPhoenixProtocollRepetitions()

setCsaSeriesMrPhoenixProtocoladFlipAngleDegree0

public void setCsaSeriesMrPhoenixProtocoladFlipAngleDegree0(double CsaSeriesMrPhoenixProtocoladFlipAngleDegree0)

getCsaSeriesMrPhoenixProtocoladFlipAngleDegree0

public double getCsaSeriesMrPhoenixProtocoladFlipAngleDegree0()

setCsaSeriesMrPhoenixProtocollScanTimeSec

public void setCsaSeriesMrPhoenixProtocollScanTimeSec(int CsaSeriesMrPhoenixProtocollScanTimeSec)

getCsaSeriesMrPhoenixProtocollScanTimeSec

public int getCsaSeriesMrPhoenixProtocollScanTimeSec()

setCsaSeriesMrPhoenixProtocollTotalScanTimeSec

public void setCsaSeriesMrPhoenixProtocollTotalScanTimeSec(int CsaSeriesMrPhoenixProtocollTotalScanTimeSec)

getCsaSeriesMrPhoenixProtocollTotalScanTimeSec

public int getCsaSeriesMrPhoenixProtocollTotalScanTimeSec()

setCsaSeriesMrPhoenixProtocoldRefSNR

public void setCsaSeriesMrPhoenixProtocoldRefSNR(double CsaSeriesMrPhoenixProtocoldRefSNR)

getCsaSeriesMrPhoenixProtocoldRefSNR

public double getCsaSeriesMrPhoenixProtocoldRefSNR()

setCsaSeriesMrPhoenixProtocoldRefSNR_VOI

public void setCsaSeriesMrPhoenixProtocoldRefSNR_VOI(double CsaSeriesMrPhoenixProtocoldRefSNR_VOI)

getCsaSeriesMrPhoenixProtocoldRefSNR_VOI

public double getCsaSeriesMrPhoenixProtocoldRefSNR_VOI()

setCsaSeriesMrPhoenixProtocoltdefaultEVAProt

public void setCsaSeriesMrPhoenixProtocoltdefaultEVAProt(java.lang.String CsaSeriesMrPhoenixProtocoltdefaultEVAProt)

getCsaSeriesMrPhoenixProtocoltdefaultEVAProt

public java.lang.String getCsaSeriesMrPhoenixProtocoltdefaultEVAProt()

setCsaSeriesMrPhoenixProtocolasCoilSelectMeas0tNucleus

public void setCsaSeriesMrPhoenixProtocolasCoilSelectMeas0tNucleus(java.lang.String CsaSeriesMrPhoenixProtocolasCoilSelectMeas0tNucleus)

getCsaSeriesMrPhoenixProtocolasCoilSelectMeas0tNucleus

public java.lang.String getCsaSeriesMrPhoenixProtocolasCoilSelectMeas0tNucleus()

setCsaSeriesMrPhoenixProtocolasCoilSelectMeas0iUsedRFactor

public void setCsaSeriesMrPhoenixProtocolasCoilSelectMeas0iUsedRFactor(int CsaSeriesMrPhoenixProtocolasCoilSelectMeas0iUsedRFactor)

getCsaSeriesMrPhoenixProtocolasCoilSelectMeas0iUsedRFactor

public int getCsaSeriesMrPhoenixProtocolasCoilSelectMeas0iUsedRFactor()

setCsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnsCoilElementIDtCoilID

public void setCsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnsCoilElementIDtCoilID(java.lang.String[] CsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnsCoilElementIDtCoilID)

getCsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnsCoilElementIDtCoilID

public java.lang.String[] getCsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnsCoilElementIDtCoilID()

setCsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnsCoilElementIDlCoilCopy

public void setCsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnsCoilElementIDlCoilCopy(int[] CsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnsCoilElementIDlCoilCopy)

getCsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnsCoilElementIDlCoilCopy

public int[] getCsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnsCoilElementIDlCoilCopy()

setCsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnsCoilElementIDtElement

public void setCsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnsCoilElementIDtElement(java.lang.String[] CsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnsCoilElementIDtElement)

getCsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnsCoilElementIDtElement

public java.lang.String[] getCsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnsCoilElementIDtElement()

setCsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnlElementSelected

public void setCsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnlElementSelected(int[] CsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnlElementSelected)

getCsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnlElementSelected

public int[] getCsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnlElementSelected()

setCsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnlRxChannelConnected

public void setCsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnlRxChannelConnected(int[] CsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnlRxChannelConnected)

getCsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnlRxChannelConnected

public int[] getCsaSeriesMrPhoenixProtocolasCoilSelectMeas0asListnlRxChannelConnected()

setCsaSeriesMrPhoenixProtocolasCoilSelectMeas0sCOILPLUGSaulPlugId

public void setCsaSeriesMrPhoenixProtocolasCoilSelectMeas0sCOILPLUGSaulPlugId(int[] CsaSeriesMrPhoenixProtocolasCoilSelectMeas0sCOILPLUGSaulPlugId)

getCsaSeriesMrPhoenixProtocolasCoilSelectMeas0sCOILPLUGSaulPlugId

public int[] getCsaSeriesMrPhoenixProtocolasCoilSelectMeas0sCOILPLUGSaulPlugId()

setCsaSeriesMrPhoenixProtocolasCoilSelectMeas0sCOILPLUGSauiNmbrOfNibbles

public void setCsaSeriesMrPhoenixProtocolasCoilSelectMeas0sCOILPLUGSauiNmbrOfNibbles(int[] CsaSeriesMrPhoenixProtocolasCoilSelectMeas0sCOILPLUGSauiNmbrOfNibbles)

getCsaSeriesMrPhoenixProtocolasCoilSelectMeas0sCOILPLUGSauiNmbrOfNibbles

public int[] getCsaSeriesMrPhoenixProtocolasCoilSelectMeas0sCOILPLUGSauiNmbrOfNibbles()

setCsaSeriesMrPhoenixProtocolasCoilSelectMeas0aFFT_SCALEnflFactor

public void setCsaSeriesMrPhoenixProtocolasCoilSelectMeas0aFFT_SCALEnflFactor(double[] CsaSeriesMrPhoenixProtocolasCoilSelectMeas0aFFT_SCALEnflFactor)

getCsaSeriesMrPhoenixProtocolasCoilSelectMeas0aFFT_SCALEnflFactor

public double[] getCsaSeriesMrPhoenixProtocolasCoilSelectMeas0aFFT_SCALEnflFactor()

setCsaSeriesMrPhoenixProtocolasCoilSelectMeas0aFFT_SCALEnbValid

public void setCsaSeriesMrPhoenixProtocolasCoilSelectMeas0aFFT_SCALEnbValid(int[] CsaSeriesMrPhoenixProtocolasCoilSelectMeas0aFFT_SCALEnbValid)

getCsaSeriesMrPhoenixProtocolasCoilSelectMeas0aFFT_SCALEnbValid

public int[] getCsaSeriesMrPhoenixProtocolasCoilSelectMeas0aFFT_SCALEnbValid()

setCsaSeriesMrPhoenixProtocolasCoilSelectMeas0aFFT_SCALEnlRxChannel

public void setCsaSeriesMrPhoenixProtocolasCoilSelectMeas0aFFT_SCALEnlRxChannel(int[] CsaSeriesMrPhoenixProtocolasCoilSelectMeas0aFFT_SCALEnlRxChannel)

getCsaSeriesMrPhoenixProtocolasCoilSelectMeas0aFFT_SCALEnlRxChannel

public int[] getCsaSeriesMrPhoenixProtocolasCoilSelectMeas0aFFT_SCALEnlRxChannel()

setCsaSeriesMrPhoenixProtocolsEFISPECbEFIDataValid

public void setCsaSeriesMrPhoenixProtocolsEFISPECbEFIDataValid(int CsaSeriesMrPhoenixProtocolsEFISPECbEFIDataValid)

getCsaSeriesMrPhoenixProtocolsEFISPECbEFIDataValid

public int getCsaSeriesMrPhoenixProtocolsEFISPECbEFIDataValid()

setCsaSeriesMrPhoenixProtocolsWiPMemBlockalFree

public void setCsaSeriesMrPhoenixProtocolsWiPMemBlockalFree(int[] CsaSeriesMrPhoenixProtocolsWiPMemBlockalFree)

getCsaSeriesMrPhoenixProtocolsWiPMemBlockalFree

public int[] getCsaSeriesMrPhoenixProtocolsWiPMemBlockalFree()

setCsaSeriesMrPhoenixProtocolsWiPMemBlockadFree

public void setCsaSeriesMrPhoenixProtocolsWiPMemBlockadFree(double[] CsaSeriesMrPhoenixProtocolsWiPMemBlockadFree)

getCsaSeriesMrPhoenixProtocolsWiPMemBlockadFree

public double[] getCsaSeriesMrPhoenixProtocolsWiPMemBlockadFree()

setCsaSeriesMrPhoenixProtocolsWiPMemBlocktFree

public void setCsaSeriesMrPhoenixProtocolsWiPMemBlocktFree(java.lang.String CsaSeriesMrPhoenixProtocolsWiPMemBlocktFree)

getCsaSeriesMrPhoenixProtocolsWiPMemBlocktFree

public java.lang.String getCsaSeriesMrPhoenixProtocolsWiPMemBlocktFree()

setCsaSeriesMrPhoenixProtocolucBOLDParadigmArray

public void setCsaSeriesMrPhoenixProtocolucBOLDParadigmArray(int[] CsaSeriesMrPhoenixProtocolucBOLDParadigmArray)

getCsaSeriesMrPhoenixProtocolucBOLDParadigmArray

public int[] getCsaSeriesMrPhoenixProtocolucBOLDParadigmArray()

setCsaSeriesMrPhoenixProtocollParadigmPeriodicity

public void setCsaSeriesMrPhoenixProtocollParadigmPeriodicity(int CsaSeriesMrPhoenixProtocollParadigmPeriodicity)

getCsaSeriesMrPhoenixProtocollParadigmPeriodicity

public int getCsaSeriesMrPhoenixProtocollParadigmPeriodicity()

setCsaSeriesMrPhoenixProtocolucCineMode

public void setCsaSeriesMrPhoenixProtocolucCineMode(int CsaSeriesMrPhoenixProtocolucCineMode)

getCsaSeriesMrPhoenixProtocolucCineMode

public int getCsaSeriesMrPhoenixProtocolucCineMode()

setCsaSeriesMrPhoenixProtocolucSequenceType

public void setCsaSeriesMrPhoenixProtocolucSequenceType(int CsaSeriesMrPhoenixProtocolucSequenceType)

getCsaSeriesMrPhoenixProtocolucSequenceType

public int getCsaSeriesMrPhoenixProtocolucSequenceType()

setCsaSeriesMrPhoenixProtocolucCoilCombineMode

public void setCsaSeriesMrPhoenixProtocolucCoilCombineMode(int CsaSeriesMrPhoenixProtocolucCoilCombineMode)

getCsaSeriesMrPhoenixProtocolucCoilCombineMode

public int getCsaSeriesMrPhoenixProtocolucCoilCombineMode()

setCsaSeriesMrPhoenixProtocolucFlipAngleMode

public void setCsaSeriesMrPhoenixProtocolucFlipAngleMode(int CsaSeriesMrPhoenixProtocolucFlipAngleMode)

getCsaSeriesMrPhoenixProtocolucFlipAngleMode

public int getCsaSeriesMrPhoenixProtocolucFlipAngleMode()

setCsaSeriesMrPhoenixProtocollTOM

public void setCsaSeriesMrPhoenixProtocollTOM(int CsaSeriesMrPhoenixProtocollTOM)

getCsaSeriesMrPhoenixProtocollTOM

public int getCsaSeriesMrPhoenixProtocollTOM()

setCsaSeriesMrPhoenixProtocollProtID

public void setCsaSeriesMrPhoenixProtocollProtID(int CsaSeriesMrPhoenixProtocollProtID)

getCsaSeriesMrPhoenixProtocollProtID

public int getCsaSeriesMrPhoenixProtocollProtID()

setCsaSeriesMrPhoenixProtocolucReadOutMode

public void setCsaSeriesMrPhoenixProtocolucReadOutMode(int CsaSeriesMrPhoenixProtocolucReadOutMode)

getCsaSeriesMrPhoenixProtocolucReadOutMode

public int getCsaSeriesMrPhoenixProtocolucReadOutMode()

setCsaSeriesMrPhoenixProtocolucBold3dPace

public void setCsaSeriesMrPhoenixProtocolucBold3dPace(int CsaSeriesMrPhoenixProtocolucBold3dPace)

getCsaSeriesMrPhoenixProtocolucBold3dPace

public int getCsaSeriesMrPhoenixProtocolucBold3dPace()

setCsaSeriesMrPhoenixProtocolucForcePositioningOnNDIS

public void setCsaSeriesMrPhoenixProtocolucForcePositioningOnNDIS(int CsaSeriesMrPhoenixProtocolucForcePositioningOnNDIS)

getCsaSeriesMrPhoenixProtocolucForcePositioningOnNDIS

public int getCsaSeriesMrPhoenixProtocolucForcePositioningOnNDIS()

setCsaSeriesMrPhoenixProtocolucInteractiveRealtime

public void setCsaSeriesMrPhoenixProtocolucInteractiveRealtime(int CsaSeriesMrPhoenixProtocolucInteractiveRealtime)

getCsaSeriesMrPhoenixProtocolucInteractiveRealtime

public int getCsaSeriesMrPhoenixProtocolucInteractiveRealtime()

setCsaSeriesMrPhoenixProtocolucInternalTablePosValid

public void setCsaSeriesMrPhoenixProtocolucInternalTablePosValid(int CsaSeriesMrPhoenixProtocolucInternalTablePosValid)

getCsaSeriesMrPhoenixProtocolucInternalTablePosValid

public int getCsaSeriesMrPhoenixProtocolucInternalTablePosValid()

setCsaSeriesMrPhoenixProtocolsParametricMappingucParametricMap

public void setCsaSeriesMrPhoenixProtocolsParametricMappingucParametricMap(int CsaSeriesMrPhoenixProtocolsParametricMappingucParametricMap)

getCsaSeriesMrPhoenixProtocolsParametricMappingucParametricMap

public int getCsaSeriesMrPhoenixProtocolsParametricMappingucParametricMap()

setCsaSeriesMrPhoenixProtocolsAslulMode

public void setCsaSeriesMrPhoenixProtocolsAslulMode(int CsaSeriesMrPhoenixProtocolsAslulMode)

getCsaSeriesMrPhoenixProtocolsAslulMode

public int getCsaSeriesMrPhoenixProtocolsAslulMode()

setCsaSeriesMrPhoenixProtocolWaitForUserStart

public void setCsaSeriesMrPhoenixProtocolWaitForUserStart(int CsaSeriesMrPhoenixProtocolWaitForUserStart)

getCsaSeriesMrPhoenixProtocolWaitForUserStart

public int getCsaSeriesMrPhoenixProtocolWaitForUserStart()

setCsaSeriesMrPhoenixProtocolucAutoAlignInit

public void setCsaSeriesMrPhoenixProtocolucAutoAlignInit(int CsaSeriesMrPhoenixProtocolucAutoAlignInit)

getCsaSeriesMrPhoenixProtocolucAutoAlignInit

public int getCsaSeriesMrPhoenixProtocolucAutoAlignInit()

setAcquisitionTime

public void setAcquisitionTime(double[] AcquisitionTime)

getAcquisitionTime
```
public double[] getAcquisitionTime()
```

setAcquisitionNumber

public void setAcquisitionNumber(int[] AcquisitionNumber)

getAcquisitionNumber
```
public int[] getAcquisitionNumber()
```

setInstanceNumber

public void setInstanceNumber(int[] InstanceNumber)

getInstanceNumber
```
public int[] getInstanceNumber()
```

setWindowCenter

public void setWindowCenter(double[] WindowCenter)

getWindowCenter
```
public double[] getWindowCenter()
```

setWindowWidth

public void setWindowWidth(double[] WindowWidth)

getWindowWidth
```
public double[] getWindowWidth()
```

setCsaImageTimeAfterStart

public void setCsaImageTimeAfterStart(double[] CsaImageTimeAfterStart)

getCsaImageTimeAfterStart

public double[] getCsaImageTimeAfterStart()

setCsaImageMosaicRefAcqTimes

public void setCsaImageMosaicRefAcqTimes(double[][] CsaImageMosaicRefAcqTimes)

getCsaImageMosaicRefAcqTimes

public double[][] getCsaImageMosaicRefAcqTimes()

setCsaImageICE_Dims

public void setCsaImageICE_Dims(java.lang.String[] CsaImageICE_Dims)

getCsaImageICE_Dims

public java.lang.String[] getCsaImageICE_Dims()

setCsaImageSliceMeasurementDuration

public void setCsaImageSliceMeasurementDuration(double[] CsaImageSliceMeasurementDuration)

getCsaImageSliceMeasurementDuration

public double[] getCsaImageSliceMeasurementDuration()

setInstanceCreationTime

public void setInstanceCreationTime(double[] InstanceCreationTime)

getInstanceCreationTime

public double[] getInstanceCreationTime()

setContentTime

public void setContentTime(double[] ContentTime)

getContentTime
```
public double[] getContentTime()
```

setDcmmeta_shape

public void setDcmmeta_shape(int[] dcmmeta_shape)

getDcmmeta_shape
```
public int[] getDcmmeta_shape()
```

setDcmmeta_affine

public void setDcmmeta_affine(double[][] dcmmeta_affine)

getDcmmeta_affine
```
public double[][] getDcmmeta_affine()
```

setDcmmeta_reorient_transform

public void setDcmmeta_reorient_transform(double[][] dcmmeta_reorient_transform)

getDcmmeta_reorient_transform

public double[][] getDcmmeta_reorient_transform()

setDcmmeta_slice_dim

public void setDcmmeta_slice_dim(int dcmmeta_slice_dim)

getDcmmeta_slice_dim
```
public int getDcmmeta_slice_dim()
```

setDcmmeta_version

public void setDcmmeta_version(double dcmmeta_version)

getDcmmeta_version
```
public double getDcmmeta_version()
```

ce[0] = table	0 = primary, 1 = secondary, etC
ce[1] = line of table
ce[2] = string name	eg, "Type"
ce[3] = Vector codeValue	eg, "B"
ce[4] = string value	eg, "Big"

Class FileInfoNIFTI

Nested Class Summary

Nested classes/interfaces inherited from class gov.nih.mipav.model.file.FileInfoBase

Field Summary

Fields inherited from class gov.nih.mipav.model.file.FileInfoBase

Constructor Summary

Method Summary

Methods inherited from class gov.nih.mipav.model.file.FileInfoBase

Methods inherited from class gov.nih.mipav.model.structures.ModelSerialCloneable

Methods inherited from class java.lang.Object

Field Detail

serialVersionUID

NIFTI_INTENT_NONE

NIFTI_INTENT_CORREL

NIFTI_INTENT_TTEST

NIFTI_INTENT_FTEST

NIFTI_INTENT_ZSCORE

NIFTI_INTENT_CHISQ

NIFTI_INTENT_BETA

NIFTI_INTENT_BINOM

NIFTI_INTENT_GAMMA

NIFTI_INTENT_POISSON

NIFTI_INTENT_NORMAL

NIFTI_INTENT_FTEST_NONC

NIFTI_INTENT_CHISQ_NONC

NIFTI_INTENT_LOGISTIC

NIFTI_INTENT_LAPLACE

NIFTI_INTENT_UNIFORM

NIFTI_INTENT_TTEST_NONC

NIFTI_INTENT_WEIBULL

NIFTI_INTENT_CHI

NIFTI_INTENT_INVGAUSS

NIFTI_INTENT_EXTVAL

NIFTI_INTENT_PVAL

NIFTI_INTENT_LOGPVAL

NIFTI_INTENT_LOG10PVAL

NIFTI_FIRST_STATCODE

NIFTI_LAST_STATCODE

NIFTI_INTENT_ESTIMATE

NIFTI_INTENT_LABEL

NIFTI_INTENT_NEURONAME

NIFTI_INTENT_GENMATRIX

NIFTI_INTENT_SYMMATRIX

NIFTI_INTENT_DISPVECT

NIFTI_INTENT_VECTOR

NIFTI_INTENT_POINTSET

NIFTI_INTENT_TRIANGLE

NIFTI_INTENT_QUATERNION

NIFTI_INTENT_DIMLESS

NIFTI_INTENT_TIME_SERIES

NIFTI_INTENT_NODE_INDEX

NIFTI_INTENT_RGB_VECTOR

NIFTI_INTENT_RGBA_VECTOR

NIFTI_INTENT_SHAPE

DT_NONE

DT_UNKNOWN

DT_BINARY

NIFTI_TYPE_UINT8

NIFTI_TYPE_INT16

NIFTI_TYPE_INT32

NIFTI_TYPE_FLOAT32

NIFTI_TYPE_COMPLEX64

NIFTI_TYPE_FLOAT64

NIFTI_TYPE_RGB24

NIFTI_TYPE_INT8

NIFTI_TYPE_UINT16

NIFTI_TYPE_UINT32

NIFTI_TYPE_INT64

NIFTI_TYPE_UINT64

NIFTI_TYPE_FLOAT128

NIFTI_TYPE_COMPLEX128

NIFTI_TYPE_COMPLEX256

NIFTI_UNITS_UNKNOWN

NIFTI_UNITS_METER

NIFTI_UNITS_MM

NIFTI_UNITS_MICRON

NIFTI_UNITS_SEC

NIFTI_UNITS_MSEC

NIFTI_UNITS_USEC

NIFTI_UNITS_HZ