PETSeriesModule

java.lang.Object
- cdac.medinfo.sdk.dcm30_04.dicommodel.modules.Module
- - cdac.medinfo.sdk.dcm30_04.dicommodel.modules.PETSeriesModule

All Implemented Interfaces:

IModule, ICollectionIterable, java.lang.Iterable
```
public class PETSeriesModule
extends Module
```
\* This module describes the attributes in PET Series Module.

Field Summary

Fields
Modifier and Type Field and Description

static ISingleCollection<ITag> objSingleCollection
The obj single collection.

Fields
Modifier and Type	Field and Description
`static ISingleCollection<ITag>`	`objSingleCollection` The obj single collection.

Constructor Summary

Constructors
Constructor and Description

PETSeriesModule(IDataSet objIDataSet)
Creates PET Series Module with default initialization.

Constructors
Constructor and Description
`PETSeriesModule(IDataSet objIDataSet)` Creates PET Series Module with default initialization.

Method Summary

Methods
Modifier and Type	Method and Description
`java.lang.String`	`getAcquisitionStartCondition()` Return Description of how the data collection was started.
`java.lang.String`	`getAcquisitionStartConditionData()` Return Count density, change in count density, or physiological triggers causing data collection to start.
`java.lang.String`	`getAcquisitionTerminationCondition()` Returns Description of how the data collection was stopped.
`java.lang.String`	`getAcquisitionTerminationConditionData()` Returns Acquisition Termination Condition Data.
`java.lang.String`	`getAttenuationCorrectionMethod()` Retrieves A textual description of the attenuation correction processing.
`java.lang.String`	`getAxialAcceptance()` Retrieves Maximum axial angle accepted, in degrees.
`java.lang.String[]`	`getAxialMash()` Retrieves Number of adjacent axial lines of response mashed together.
`java.lang.String`	`getCoincidenceWindowWidth()` Retrieves The width of the coincidence timing window, in nsec.
`java.lang.String`	`getCollimatorGridName()` Retrieves Label describing the collimator used.
`java.lang.String`	`getCollimatorType()` Retrieves the Type of Collimator.
`java.lang.String[]`	`getConvolutionKernel()` Return the String values of the attribute Convolution Kernel.
`java.lang.String[]`	`getCorrectedImage()` Retrieves A value that indicates , if any, corrections have been applied to the images in this series.
`java.lang.String`	`getCountsSource()` Retrieves The primary source of counts.
`java.lang.String`	`getDecayCorrection()` Retrieves The real-world event to which images in this Series were decay corrected.
`java.lang.String[]`	`getDetectorElementSize()` Retrieves Size of an individual detector element, in mm.
`java.lang.String`	`getDetectorLinesOfResponseUsed()` Return Detector Lines of Response Used.
`EnergyWindowRangeSequence`	`getEnergyWindowRangeSequence()` Retrieves pre-initialized object of Energy Window Range Sequence.If the module contains the sequence object it returns the same otherwise it creates the sequence adds to the module with proper initialization and then returns the object of sequence
`java.lang.String[]`	`getFieldOfViewDimensions()` Returns type of filter(s) inserted into the X-Ray beam.
`java.lang.String`	`getFieldOfViewShape()` Return shape of the Field of View, that is the image pixels stored in Pixel Data (7FE0,0010).
`java.lang.String`	`getGantryDetectorSlew()` Return the String value of the attribute Gantry or Detector Slew.
`java.lang.String`	`getGantryOrDetectorTilt()` Return the String value of the attribute Gantry Or DetectorTilt.
`short`	`getNumberOfRRIntervals()` Retrieves Number of R-R intervals.
`short`	`getNumberOfSlices()` Retrieves The maximum number of Slices that may exist in this Series.
`short`	`getNumberOfTimeSlices()` Retrieves The maximum number of Time Slices that may exist in this Series.
`short`	`getNumberOfTimeSlots()` Retrieves Number of time slots.
`java.lang.String`	`getRandomsCorrectionMethod()` Retrieves Type of randoms correction processing.
`java.lang.String`	`getReconstructionDiameter()` Return the String value of the attribute Reconstruction Diameter.
`java.lang.String`	`getReconstructionMethod()` Return method is used to set Textual description of reconstruction processing,.
`java.lang.String`	`getReprojectionMethod()` Retrieves Method for projecting volumetric data onto planar projection.
`java.lang.String`	`getScanProgressionDirection()` Retrieves type of the value encoded in this Item
`java.lang.String`	`getScatterCorrectionMethod()` Retrieves A textual description of the scatter correction processing.
`java.lang.String[]`	`getSecondaryCountsType()` Retrieves Array defining the type of additional counts accumulated during acquisition.
`java.lang.String`	`getSeriesDate()` Retrieves Series Date.
`java.lang.String`	`getSeriesTime()` Retrieves Series Time.
`java.lang.String[]`	`getSeriesType()` Retrieves A multi-valued indicator of the type of Series.
`java.lang.String`	`getSUVType()` Retrieves type of the value encoded in this Item
`java.lang.String`	`getTransverseMash()` Retrieves Number of adjacent transverse lines of response mashed together.
`java.lang.String`	`getTypeOfDetectorMotion()` Retrieves the Type of Detector Motion.
`java.lang.String`	`getUnits()` Retrieves Pixel value units.
`ISingleCollection<ITag>`	`getVectorOfKeys()` This method returns the vector of keys representing the DataElements that belong to this module.
`void`	`setAcquisitionStartCondition(java.lang.String strAcquisitionStartCondition)` Sets Description of how the data collection was started.
`void`	`setAcquisitionStartConditionData(java.lang.String strAcquisitionStartConditionData)` Sets Count density, change in count density, or physiological triggers causing data collection to start.
`void`	`setAcquisitionTerminationCondition(EnumAcquisitionTerminationCondition enumAcquisitionTerminationCondition)` Sets Description of how the data collection was stopped.
`void`	`setAcquisitionTerminationConditionData(java.lang.String strAcquisitionTerminationConditionData)` Sets Number of counts, count density, change in count density, or physiological triggers causing the termination.
`void`	`setAttenuationCorrectionMethod(java.lang.String strAttenuationCorrectionMethod)` Sets A textual description of the attenuation correction processing.
`void`	`setAxialAcceptance(java.lang.String strAxialAcceptance)` Sets Maximum axial angle accepted, in degrees.
`void`	`setAxialMash(java.lang.String[] strArrAxialMash)` Sets Number of adjacent axial lines of response mashed together.
`void`	`setCoincidenceWindowWidth(java.lang.String strCoincidenceWindowWidth)` Sets The width of the coincidence timing window, in nsec.
`void`	`setCollimatorGridName(java.lang.String strCollimatorGridName)` Sets Label describing the collimator used.
`void`	`setCollimatorType(EnumCollimatorType enumCollimatorType)` Sets Collimator Type.
`void`	`setConvolutionKernel(java.lang.String[] arrStrConvolutionKernel)` This method is used to set Textual description of the convolution kernel(s) used to reconstruct the data.
`void`	`setCorrectedImage(EnumCorrectedImage[] enumCorrectedImage)` Sets A value that indicates , if any, corrections have been applied to the images in this series.
`void`	`setCountsSource(EnumCountsSource enumCountsSource)` Sets The primary source of counts.The primary source leads to the underlying image Units (0054,1001), as opposed to secondary sources which are used during reconstruction correction.
`void`	`setDecayCorrection(EnumDecayCorrection enumDecayCorrection)` Sets The real-world event to which images in this Series were decay corrected.
`void`	`setDetectorElementSize(java.lang.String[] strArrDetectorElementSize)` Sets Size of an individual detector element, in mm.
`void`	`setDetectorLinesOfResponseUsed(java.lang.String strDetectorLinesOfResponseUsed)` The method Textual description of which detector lines of response were used, mashed, or otherwise processed during tomographic reconstruction.
`void`	`setFieldOfViewDimensions(java.lang.String[] arrStrFieldOfViewDimensions)` Sets Dimensions of the Image Intensifier Field of View in mm.
`void`	`setFieldOfViewShape(EnumFieldOfViewShape enumFieldOfViewShape)` Sets shape of the Field of View, that is the image pixels stored in Pixel Data (7FE0,0010).
`void`	`setGantryDetectorSlew(java.lang.String strGantryDetectorSlew)` The method is used to set Angle of slew in degrees of the gantry.
`void`	`setGantryOrDetectorTilt(java.lang.String strGantryOrDetectorTilt)` The method is used to set Nominal angle of tilt in degrees of the scanning gantry.
`void`	`setNumberOfRRIntervals(short shNumberOfRRIntervals)` Sets The maximum number of R-R Intervals that may exist in this Series.
`void`	`setNumberOfSlices(short shNumberOfTimeSlices)` Sets The maximum number of Slices that may exist in this Series.
`void`	`setNumberOfTimeSlices(short shNumberOfTimeSlices)` Sets The maximum number of Time Slices that may exist in this Series.
`void`	`setNumberOfTimeSlots(short shNumberOfTimeSlots)` Sets The maximum number of Time Slots that may exist in this Series.
`void`	`setRandomsCorrectionMethod(EnumRandomsCorrectionMethod enumRandomsCorrectionMethod)` Sets Type of randoms correction processing.
`void`	`setReconstructionDiameter(java.lang.String strReconstructionDiameter)` The method is used to set Diameter in mm of the region from within which data were used in creating the reconstruction of the image.
`void`	`setReconstructionMethod(java.lang.String strReconstructionMethod)` The method is used to set Textual description of reconstruction processing, e.g.
`void`	`setReprojectionMethod(EnumReprojectionMethod enumReprojectionMethod)` Sets Method for projecting volumetric data onto planar projection.
`void`	`setScanProgressionDirection(java.lang.String strSUVType)` Sets the Value Type Defined in Terms of TEXT,NUMERIC,CODE,DATE,TIME,PNAME
`void`	`setScatterCorrectionMethod(java.lang.String strScatterCorrectionMethod)` Sets A textual description of the scatter correction processing.
`void`	`setSecondaryCountsType(EnumCorrectedImage[] enumSecondaryCountsType)` Sets Array defining the type of additional counts accumulated during acquisition.
`void`	`setSeriesDate(java.lang.String strSeriesDate)` Sets Date the Series started.
`void`	`setSeriesTime(java.lang.String strSeriesTime)` Sets Time the Series started.
`void`	`setSeriesType(java.lang.String[] strArrSeriesType)` Sets A multi-valued indicator of the type of Series.
`void`	`setSUVType(java.lang.String strSUVType)` Sets the Value Type Defined in Terms of TEXT,NUMERIC,CODE,DATE,TIME,PNAME
`void`	`setTransverseMash(java.lang.String strTransverseMash)` Sets Number of adjacent transverse lines of response mashed together.
`void`	`setTypeOfDetectorMotion(EnumTypeOfDetectorMotion enumTypeOfDetectorMotion)` Describes the detector motion during acquisition.
`void`	`setUnits(EnumUnits enumUnits)` Sets Pixel value units.
`boolean`	`validateModule()` This method validates each Attribute in the Module according to the Type of the Attribute.Attributes are of 5 types.

Methods inherited from class cdac.medinfo.sdk.dcm30_04.dicommodel.modules.Module
add, dumpDICOMInfo, getDictionaryReader, getTransferSyntax, isPresent, isPresent, iterator, remove

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

- Field Detail
  - objSingleCollection
```
public static ISingleCollection<ITag> objSingleCollection
```
    The obj single collection.
- Constructor Detail
  - PETSeriesModule
```
public PETSeriesModule(IDataSet objIDataSet)
```
    Creates PET Series Module with default initialization.
    
    Parameters:
    objIDataSet - the obj i data set
- Method Detail
  - validateModule
```
public boolean validateModule()
                       throws InvalidModuleException
```
    This method validates each Attribute in the Module according to the Type of the Attribute.Attributes are of 5 types. Type 1,Type 2 are Mandatory: Mandatory Attributes have to present in the Module. Type 1C,2C are Conditional: Conditional Attributes' presence depend on a condition. If the condition is satisfied the Attribute has to be present. Type 3 are Optional Optional Attributes can be added as and when required.
    
    Specified by:
    
    validateModule in interface IModule
    
    Specified by:
    
    validateModule in class Module
    
    Returns:
    boolean - returns validation status as success or failure
    
    Throws:
    
    InvalidModuleException - - If validation of Module fails
  - setSeriesDate
```
public void setSeriesDate(java.lang.String strSeriesDate)
```
    Sets Date the Series started.
    
    Parameters:
    strSeriesDate - Date the Series started.
  - getSeriesDate
```
public java.lang.String getSeriesDate()
```
    Retrieves Series Date.
    
    Returns:
    String - String value of Series Date
  - setSeriesTime
```
public void setSeriesTime(java.lang.String strSeriesTime)
```
    Sets Time the Series started.
    
    Parameters:
    strSeriesTime - Time the Series started.
  - getSeriesTime
```
public java.lang.String getSeriesTime()
```
    Retrieves Series Time.
    
    Returns:
    String - String value of Series Time.
  - setUnits
```
public void setUnits(EnumUnits enumUnits)
```
    Sets Pixel value units. Defined terms: CNTS, NONE, CM2, PCNT, CPS, BQML, MGMINML, UMOLMINML, MLMING, MLG,1CM, UMOLML, PROPCNTS, PROPCPS, MLMINML, MLML, GML, STDDEV.
    
    Parameters:
    enumUnits - Enum value of Pixel value units.
  - getUnits
```
public java.lang.String getUnits()
```
    Retrieves Pixel value units.
    
    Returns:
    String - String value of Pixel value units.
  - setSUVType
```
public void setSUVType(java.lang.String strSUVType)
```
    Sets the Value Type Defined in Terms of TEXT,NUMERIC,CODE,DATE,TIME,PNAME
    
    Parameters:
    strValueType - Specifies type of the value encoded in this Item
  - getSUVType
```
public java.lang.String getSUVType()
```
    Retrieves type of the value encoded in this Item
    
    Returns:
    String - Type of the value encoded in this Item
  - setCountsSource
```
public void setCountsSource(EnumCountsSource enumCountsSource)
```
    Sets The primary source of counts.The primary source leads to the underlying image Units (0054,1001), as opposed to secondary sources which are used during reconstruction correction. Enumerated Values: EMISSION, TRANSMISSION
    
    Parameters:
    enumCountsSource - the enum counts source
  - getCountsSource
```
public java.lang.String getCountsSource()
```
    Retrieves The primary source of counts.
    
    Returns:
    String - String value of primary source of counts.
  - setSeriesType
```
public void setSeriesType(java.lang.String[] strArrSeriesType)
```
    Sets A multi-valued indicator of the type of Series. Value 1 Enumerated Values: STATIC, DYNAMIC, GATED, WHOLE BODY. Value 2 Enumerated Values: IMAGE, REPROJECTION
    
    Parameters:
    strArrSeriesType - String array of Series type.
  - getSeriesType
```
public java.lang.String[] getSeriesType()
```
    Retrieves A multi-valued indicator of the type of Series.
    
    Returns:
    String - String value of A multi-valued indicator of the type of Series.
  - setReprojectionMethod
```
public void setReprojectionMethod(EnumReprojectionMethod enumReprojectionMethod)
```
    Sets Method for projecting volumetric data onto planar projection. Defined terms: SUM, MAX PIXEL
    
    Parameters:
    enumReprojectionMethod - Enum value of Reprojection Method.
  - getReprojectionMethod
```
public java.lang.String getReprojectionMethod()
```
    Retrieves Method for projecting volumetric data onto planar projection.
    
    Returns:
    String - String value of Reprojection Method.
  - setNumberOfRRIntervals
```
public void setNumberOfRRIntervals(short shNumberOfRRIntervals)
```
    Sets The maximum number of R-R Intervals that may exist in this Series.
    
    Parameters:
    shNumberOfRRIntervals - Short value of Number Of RR Intervals.
  - getNumberOfRRIntervals
```
public short getNumberOfRRIntervals()
```
    Retrieves Number of R-R intervals.
    
    Returns:
    short - Number of R-R intervals.
  - setNumberOfTimeSlots
```
public void setNumberOfTimeSlots(short shNumberOfTimeSlots)
```
    Sets The maximum number of Time Slots that may exist in this Series.
    
    Parameters:
    shNumberOfTimeSlots - Short value of Number Of Time Slots.
  - getNumberOfTimeSlots
```
public short getNumberOfTimeSlots()
```
    Retrieves Number of time slots.
    
    Returns:
    short - Short value of Number of time slots.
  - setNumberOfTimeSlices
```
public void setNumberOfTimeSlices(short shNumberOfTimeSlices)
```
    Sets The maximum number of Time Slices that may exist in this Series.
    
    Parameters:
    shNumberOfTimeSlices - Short value of Number of Time Slices.
  - getNumberOfTimeSlices
```
public short getNumberOfTimeSlices()
```
    Retrieves The maximum number of Time Slices that may exist in this Series.
    
    Returns:
    short - Short value of Number of Time Slices.
  - setNumberOfSlices
```
public void setNumberOfSlices(short shNumberOfTimeSlices)
```
    Sets The maximum number of Slices that may exist in this Series.
    
    Parameters:
    shNumberOfTimeSlices - Short value of Number Of Time Slices.
  - getNumberOfSlices
```
public short getNumberOfSlices()
```
    Retrieves The maximum number of Slices that may exist in this Series.
    
    Returns:
    short - short value of Number of slices..
  - setCorrectedImage
```
public void setCorrectedImage(EnumCorrectedImage[] enumCorrectedImage)
```
    Sets A value that indicates , if any, corrections have been applied to the images in this series. Defined terms: DECY=decay corrected, ATTN=attenuation corrected, SCAT=scatter corrected, DTIM=dead time corrected, MOTN=gantry motion corrected(e.g. wobble, clamshell) PMOT=patient motion corrected CLN=count loss normalization RAN=randoms corrected RADL=non-uniform radial sampling corrected DCAL=sensitivity calibrated using dose calibrator NORM=detector normalization
    
    Parameters:
    enumCorrectedImage - Enum value of Corrected Image.
  - getCorrectedImage
```
public java.lang.String[] getCorrectedImage()
```
    Retrieves A value that indicates , if any, corrections have been applied to the images in this series.
    
    Returns:
    the corrected image
  - setRandomsCorrectionMethod
```
public void setRandomsCorrectionMethod(EnumRandomsCorrectionMethod enumRandomsCorrectionMethod)
```
    Sets Type of randoms correction processing. Defined terms: NONE = no randoms correction DLYD = delayed event subtraction SING = singles estimation
    
    Parameters:
    enumRandomsCorrectionMethod - Enum value of Type of randoms correction processing.
  - getRandomsCorrectionMethod
```
public java.lang.String getRandomsCorrectionMethod()
```
    Retrieves Type of randoms correction processing.
    
    Returns:
    String - String value of Type of randoms correction processing.
  - setAttenuationCorrectionMethod
```
public void setAttenuationCorrectionMethod(java.lang.String strAttenuationCorrectionMethod)
```
    Sets A textual description of the attenuation correction processing. e.g. measured vs. calculated, transmission source type (ring, line, point), assumed patient geometry (polygon, ellipse, segmented, attenuation coefficient, skull thickness), post-injection transmission, smoothing.
    
    Parameters:
    strAttenuationCorrectionMethod - String value of Attenuation Correction Method.
  - getAttenuationCorrectionMethod
```
public java.lang.String getAttenuationCorrectionMethod()
```
    Retrieves A textual description of the attenuation correction processing.
    
    Returns:
    String - String value of textual description of the attenuation correction processing.
  - setScatterCorrectionMethod
```
public void setScatterCorrectionMethod(java.lang.String strScatterCorrectionMethod)
```
    Sets A textual description of the scatter correction processing. e.g. convolution subtraction, dual energy window, modelbased,use of attenuation data.
    
    Parameters:
    strScatterCorrectionMethod - String value of Scatter Correction Method.
  - getScatterCorrectionMethod
```
public java.lang.String getScatterCorrectionMethod()
```
    Retrieves A textual description of the scatter correction processing.
    
    Returns:
    String - String value of textual description of the scatter correction processing.
  - setDecayCorrection
```
public void setDecayCorrection(EnumDecayCorrection enumDecayCorrection)
```
    Sets The real-world event to which images in this Series were decay corrected. Defined terms: NONE = no decay correction START= acquisition start time ADMIN = radiopharmaceutical administration time
    
    Parameters:
    enumDecayCorrection - Enum value of Decay Correction.
  - getDecayCorrection
```
public java.lang.String getDecayCorrection()
```
    Retrieves The real-world event to which images in this Series were decay corrected.
    
    Returns:
    String - String value of Decay Correction.
  - setReconstructionDiameter
```
public void setReconstructionDiameter(java.lang.String strReconstructionDiameter)
```
    The method is used to set Diameter in mm of the region from within which data were used in creating the reconstruction of the image.
    
    Parameters:
    strReconstructionDiameter - String value of Data Reconstruction Diameter
  - getReconstructionDiameter
```
public java.lang.String getReconstructionDiameter()
```
    Return the String value of the attribute Reconstruction Diameter.
    
    Returns:
    String - returns the Reconstruction Diameter.
  - setConvolutionKernel
```
public void setConvolutionKernel(java.lang.String[] arrStrConvolutionKernel)
```
    This method is used to set Textual description of the convolution kernel(s) used to reconstruct the data.
    
    Parameters:
    arrStrConvolutionKernel - Image Convolution Kernel
  - getConvolutionKernel
```
public java.lang.String[] getConvolutionKernel()
```
    Return the String values of the attribute Convolution Kernel.
    
    Returns:
    the convolution kernel
  - setReconstructionMethod
```
public void setReconstructionMethod(java.lang.String strReconstructionMethod)
```
    The method is used to set Textual description of reconstruction processing, e.g. 2D filtered backprojection, 2D iterative, 3D PROMIS, 3D FAVOR, 3D iterative.
    
    Parameters:
    strReconstructionMethod - String value of Reconstruction Method
  - getReconstructionMethod
```
public java.lang.String getReconstructionMethod()
```
    Return method is used to set Textual description of reconstruction processing,.
    
    Returns:
    String - returns the Reconstruction Method.
  - setDetectorLinesOfResponseUsed
```
public void setDetectorLinesOfResponseUsed(java.lang.String strDetectorLinesOfResponseUsed)
```
    The method Textual description of which detector lines of response were used, mashed, or otherwise processed during tomographic reconstruction.
    
    Parameters:
    strDetectorLinesOfResponseUsed - String value of Detector Lines of Response Used
  - getDetectorLinesOfResponseUsed
```
public java.lang.String getDetectorLinesOfResponseUsed()
```
    Return Detector Lines of Response Used.
    
    Returns:
    String - returns the Detector Lines of Response Used
  - setAcquisitionStartCondition
```
public void setAcquisitionStartCondition(java.lang.String strAcquisitionStartCondition)
```
    Sets Description of how the data collection was started. Defined terms DENS = density (counts/sec) RDD = relative density difference(change in counts/sec) MANU = manual TIME = time AUTO = automatic, when ready TRIG = physiological trigger
    
    Parameters:
    strAcquisitionStartCondition - String value of Acquisition Start Condition
  - getAcquisitionStartCondition
```
public java.lang.String getAcquisitionStartCondition()
```
    Return Description of how the data collection was started.
    
    Returns:
    String - String value of Acquisition Start Condition
  - setAcquisitionStartConditionData
```
public void setAcquisitionStartConditionData(java.lang.String strAcquisitionStartConditionData)
```
    Sets Count density, change in count density, or physiological triggers causing data collection to start.
    
    Parameters:
    strAcquisitionStartConditionData - String value of Acquisition Start Condition Data
  - getAcquisitionStartConditionData
```
public java.lang.String getAcquisitionStartConditionData()
```
    Return Count density, change in count density, or physiological triggers causing data collection to start.
    
    Returns:
    String - String value of Acquisition Start Condition Data
  - setAcquisitionTerminationCondition
```
public void setAcquisitionTerminationCondition(EnumAcquisitionTerminationCondition enumAcquisitionTerminationCondition)
```
    Sets Description of how the data collection was stopped. Defined Terms: CNTS = counts,DENS = density,MANU = manual,OVFL = data overflow,TIME = time,TRIG = physiological trigger,RDD = relative density difference
    
    Parameters:
    enumAcquisitionTerminationCondition - - Specifies how the data collection was stopped
  - getAcquisitionTerminationCondition
```
public java.lang.String getAcquisitionTerminationCondition()
```
    Returns Description of how the data collection was stopped.
    
    Returns:
    String - String value of Acquisition Termination Condition
  - setAcquisitionTerminationConditionData
```
public void setAcquisitionTerminationConditionData(java.lang.String strAcquisitionTerminationConditionData)
```
    Sets Number of counts, count density, change in count density, or physiological triggers causing the termination.
    
    Parameters:
    strAcquisitionTerminationConditionData - String value of Acquisition Termination Condition Data
  - getAcquisitionTerminationConditionData
```
public java.lang.String getAcquisitionTerminationConditionData()
```
    Returns Acquisition Termination Condition Data.
    
    Returns:
    String - String value of Acquisition Termination Condition Data
  - setFieldOfViewShape
```
public void setFieldOfViewShape(EnumFieldOfViewShape enumFieldOfViewShape)
```
    Sets shape of the Field of View, that is the image pixels stored in Pixel Data (7FE0,0010). Enumerated Values: RECTANGLE, ROUND, HEXAGONAL.
    
    Parameters:
    enumFieldOfViewShape - the enum field of view shape
  - getFieldOfViewShape
```
public java.lang.String getFieldOfViewShape()
```
    Return shape of the Field of View, that is the image pixels stored in Pixel Data (7FE0,0010).
    
    Returns:
    - String value of Field of View Shape
  - setFieldOfViewDimensions
```
public void setFieldOfViewDimensions(java.lang.String[] arrStrFieldOfViewDimensions)
```
    Sets Dimensions of the Image Intensifier Field of View in mm. If Rectangle, row dimension followed by column; if Round, diameter.
    
    Parameters:
    arrStrFieldOfViewDimensions - - String array of Field of View Dimensions
  - getFieldOfViewDimensions
```
public java.lang.String[] getFieldOfViewDimensions()
```
    Returns type of filter(s) inserted into the X-Ray beam.
    
    Returns:
    - String Array of Field Of View Dimensions
  - setGantryOrDetectorTilt
```
public void setGantryOrDetectorTilt(java.lang.String strGantryOrDetectorTilt)
```
    The method is used to set Nominal angle of tilt in degrees of the scanning gantry.
    
    Parameters:
    strGantryOrDetectorTilt - String value of Nominal angle of tilt
  - getGantryOrDetectorTilt
```
public java.lang.String getGantryOrDetectorTilt()
```
    Return the String value of the attribute Gantry Or DetectorTilt.
    
    Returns:
    String - returns the Gantry or Detector tilt
  - setGantryDetectorSlew
```
public void setGantryDetectorSlew(java.lang.String strGantryDetectorSlew)
```
    The method is used to set Angle of slew in degrees of the gantry.
    
    Parameters:
    strGantryDetectorSlew - String value Gantry/Detector Slew
  - getGantryDetectorSlew
```
public java.lang.String getGantryDetectorSlew()
```
    Return the String value of the attribute Gantry or Detector Slew.
    
    Returns:
    String - returns the Gantry or Detector Slew
  - setTypeOfDetectorMotion
```
public void setTypeOfDetectorMotion(EnumTypeOfDetectorMotion enumTypeOfDetectorMotion)
```
    Describes the detector motion during acquisition. Enumerated Values: STEP AND SHOOT = Interrupted motion,acquire only while stationary. CONTINUOUS = Gantry motion and acquisition are simultaneous and continuous. ACQ DURING STEP = Interrupted motion,acquisition is continuous.
    
    Parameters:
    enumTypeOfDetectorMotion - -Enum value of Type Of Detector Motion.
  - getTypeOfDetectorMotion
```
public java.lang.String getTypeOfDetectorMotion()
```
    Retrieves the Type of Detector Motion.
    
    Returns:
    String - returns the type of detector motion
  - setCollimatorType
```
public void setCollimatorType(EnumCollimatorType enumCollimatorType)
```
    Sets Collimator Type. Defined Terms: NONE = no collimator RING = transverse septa
    
    Parameters:
    enumCollimatorType - Enum value of Collimator Type.
  - getCollimatorType
```
public java.lang.String getCollimatorType()
```
    Retrieves the Type of Collimator.
    
    Returns:
    String - returns the type of Collimator
  - setCollimatorGridName
```
public void setCollimatorGridName(java.lang.String strCollimatorGridName)
```
    Sets Label describing the collimator used.
    
    Parameters:
    strCollimatorGridName - String value of Collimator/Grid Name.
  - getCollimatorGridName
```
public java.lang.String getCollimatorGridName()
```
    Retrieves Label describing the collimator used.
    
    Returns:
    String - returns the type of Collimator/Grid Name
  - setAxialAcceptance
```
public void setAxialAcceptance(java.lang.String strAxialAcceptance)
```
    Sets Maximum axial angle accepted, in degrees.
    
    Parameters:
    strAxialAcceptance - String value of Maximum axial angle accepted, in degrees.
  - getAxialAcceptance
```
public java.lang.String getAxialAcceptance()
```
    Retrieves Maximum axial angle accepted, in degrees.
    
    Returns:
    String - returns the type of Axial Acceptance
  - setAxialMash
```
public void setAxialMash(java.lang.String[] strArrAxialMash)
```
    Sets Number of adjacent axial lines of response mashed together.
    
    Parameters:
    strArrAxialMash - String array of Axial Mash.
  - getAxialMash
```
public java.lang.String[] getAxialMash()
```
    Retrieves Number of adjacent axial lines of response mashed together.
    
    Returns:
    String - String array of Axial Mash.
  - setTransverseMash
```
public void setTransverseMash(java.lang.String strTransverseMash)
```
    Sets Number of adjacent transverse lines of response mashed together.
    
    Parameters:
    strTransverseMash - String value of Transverse Mash.
  - getTransverseMash
```
public java.lang.String getTransverseMash()
```
    Retrieves Number of adjacent transverse lines of response mashed together.
    
    Returns:
    String - String value of Transverse Mash.
  - setDetectorElementSize
```
public void setDetectorElementSize(java.lang.String[] strArrDetectorElementSize)
```
    Sets Size of an individual detector element, in mm. Transverse dimension followed by axial dimension. For a discrete crystal, this is the crystal size. For a continuous detector, this is the pixel bin size.
    
    Parameters:
    strArrDetectorElementSize - String array of Detector Element Size
  - getDetectorElementSize
```
public java.lang.String[] getDetectorElementSize()
```
    Retrieves Size of an individual detector element, in mm.
    
    Returns:
    String - String array of Detector Element Size.
  - setCoincidenceWindowWidth
```
public void setCoincidenceWindowWidth(java.lang.String strCoincidenceWindowWidth)
```
    Sets The width of the coincidence timing window, in nsec. The maximum time difference accepted between two single events.
    
    Parameters:
    strCoincidenceWindowWidth - String value of Coincidence Window Width.
  - getCoincidenceWindowWidth
```
public java.lang.String getCoincidenceWindowWidth()
```
    Retrieves The width of the coincidence timing window, in nsec.
    
    Returns:
    String - String value of Coincidence Window Width
  - getEnergyWindowRangeSequence
```
public EnergyWindowRangeSequence getEnergyWindowRangeSequence()
```
    Retrieves pre-initialized object of Energy Window Range Sequence.If the module contains the sequence object it returns the same otherwise it creates the sequence adds to the module with proper initialization and then returns the object of sequence
    
    Returns:
    EnergyWindowRangeSequence - instance of Energy Window Range Sequence.
  - setSecondaryCountsType
```
public void setSecondaryCountsType(EnumCorrectedImage[] enumSecondaryCountsType)
```
    Sets Array defining the type of additional counts accumulated during acquisition. Defined terms: DLYD=delayed events, SCAT=scattered events in secondary window SING=singles DTIM=events lost due to deadtime
    
    Parameters:
    enumSecondaryCountsType - Enum value of Secondary Counts Type.
  - getSecondaryCountsType
```
public java.lang.String[] getSecondaryCountsType()
```
    Retrieves Array defining the type of additional counts accumulated during acquisition.
    
    Returns:
    the secondary counts type
  - setScanProgressionDirection
```
public void setScanProgressionDirection(java.lang.String strSUVType)
```
    Sets the Value Type Defined in Terms of TEXT,NUMERIC,CODE,DATE,TIME,PNAME
    
    Parameters:
    strValueType - Specifies type of the value encoded in this Item
  - getScanProgressionDirection
```
public java.lang.String getScanProgressionDirection()
```
    Retrieves type of the value encoded in this Item
    
    Returns:
    String - Type of the value encoded in this Item
  - getVectorOfKeys
```
public ISingleCollection<ITag> getVectorOfKeys()
```
    This method returns the vector of keys representing the DataElements that belong to this module.
    
    Overrides:
    
    getVectorOfKeys in class Module
    
    Returns:
    vector of Tags - returns the vector containing the collection of tags

Class PETSeriesModule

Field Summary

Constructor Summary

Method Summary

Methods inherited from class cdac.medinfo.sdk.dcm30_04.dicommodel.modules.Module

Methods inherited from class java.lang.Object

Field Detail

objSingleCollection

Constructor Detail

PETSeriesModule

Method Detail

validateModule

setSeriesDate

getSeriesDate

setSeriesTime

getSeriesTime

setUnits

getUnits

setSUVType

getSUVType

setCountsSource

getCountsSource

setSeriesType

getSeriesType

setReprojectionMethod

getReprojectionMethod

setNumberOfRRIntervals

getNumberOfRRIntervals

setNumberOfTimeSlots

getNumberOfTimeSlots

setNumberOfTimeSlices

getNumberOfTimeSlices

setNumberOfSlices

getNumberOfSlices

setCorrectedImage

getCorrectedImage

setRandomsCorrectionMethod

getRandomsCorrectionMethod

setAttenuationCorrectionMethod

getAttenuationCorrectionMethod

setScatterCorrectionMethod

getScatterCorrectionMethod

setDecayCorrection

getDecayCorrection

setReconstructionDiameter

getReconstructionDiameter

setConvolutionKernel

getConvolutionKernel

setReconstructionMethod

getReconstructionMethod

setDetectorLinesOfResponseUsed

getDetectorLinesOfResponseUsed

setAcquisitionStartCondition

getAcquisitionStartCondition

setAcquisitionStartConditionData

getAcquisitionStartConditionData

setAcquisitionTerminationCondition

getAcquisitionTerminationCondition

setAcquisitionTerminationConditionData

getAcquisitionTerminationConditionData

setFieldOfViewShape

getFieldOfViewShape

setFieldOfViewDimensions

getFieldOfViewDimensions

setGantryOrDetectorTilt

getGantryOrDetectorTilt

setGantryDetectorSlew

getGantryDetectorSlew

setTypeOfDetectorMotion

getTypeOfDetectorMotion

setCollimatorType

getCollimatorType

setCollimatorGridName

getCollimatorGridName

setAxialAcceptance

getAxialAcceptance

setAxialMash

getAxialMash

setTransverseMash

getTransverseMash