cdac.medinfo.sdk.dcm30_04.baselibs

Class SequenceOfUltrasoundRegionsItem

java.lang.Object

cdac.medinfo.sdk.dcm30_04.baselibs.Item

cdac.medinfo.sdk.dcm30_04.baselibs.SequenceOfUltrasoundRegionsItem

All Implemented Interfaces:

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

public class SequenceOfUltrasoundRegionsItem
extends Item

This item class contains set and get methods for all the attributes in the SequenceOfUltrasoundRegions

See Also:

Serialized Form

Method Summary

Methods

Modifier and Type	Method and Description
double	getDopplerCorrectionAngle() Retrieve the Doppler correction angle
int	getDopplerSampleVolumeXPosition() Return x displacement, in pixels, from the Reference pixel to the center of the Doppler sample volume
int	getDopplerSampleVolumeYPosition() Return y displacement, in pixels, from the Reference pixel to the center of the Doppler sample volume.
int	getNumberOfTableBreakPoints() Return number of break point coordinate pairs used to describe a piece wise linear curve
int	getNumberOfTableEntries() Return number of entries in the Table of Pixel Values.
double	getPhysicalDeltaX() Return physical value increments per positive X pixel increment.
double	getPhysicalDeltaY() Return physical value increments per positive Y pixel increment.
short	getPhysicalUnitsXDirection() Return physical units of the dimensions of the region.
short	getPhysicalUnitsYDirection() Return physical units of the dimensions of Y Co-Ordinateof the region.
short	getPixelComponentDataType() Return type of data for the pixel component.
int	getPixelComponentMask() Return Flags used for special handling of the region.
short	getPixelComponentOrganization() Return description of the components of a pixel
short	getPixelComponentPhysicalUnits() Retrieve physical units to be applied to the pixel component
int	getPixelComponentRangeStart() Retrieve the value that starts the numeric range of values within the composite pixel
int	getPixelComponentRangeStop() Retrieves value that stops the numeric range of values within the composite pixel
PixelValueMappingCodeSequence	getPixelValueMappingCodeSequence() Retrieves pre-initialized object of PixelValueMappingCodeSequence.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.
int	getPulseRepetitionFrequency() Retreive ultrasound pulse repetition frequency
int	getReferencePixelX0() Return coordinate pair, x0,y0 defines the location of a virtual "reference" pixel.
int	getReferencePixelY0() Return coordinate pair, x0,y0 defines the location of a virtual "reference" pixel.
double	getRefPixelPhysicalValueX() Retrieve Physical Value at the reference pixel x location.
double	getRefPixelPhysicalValueY() Return Physical Value at the reference pixel y location.
short	getRegionDataType() Retrieve the type of data within the region.
int	getRegionFlags() Retrieve Flags used for special handling of the region.
int	getRegionLocationMaxX1() Return bounds of a rectangle specifying the location of the region
int	getRegionLocationMaxY1() Return bounds of a rectangle specifying the location of the region
int	getRegionLocationMinX0() Returns bounds of a rectangle specifying the location of the region
short	getRegionSpatialFormat() Retreive the spatial organization of the data within the region.
double	getSteeringAngle() Return steering angle,used for a steered 2D image
float[]	getTableOfParameterValues() Return collection of Parameter Values
int[]	getTableOfPixelValues() Return collection of X values used to create the piece wise linear curve.
int[]	getTableOfXBreakPoints() Return collection of X values used to create the piece wise linear curve.
double[]	getTableOfYBreakPoints() Retrieve collection of Y values used to create the piece wise linear curve.
int	getTMLinePositionX0() Return X co-ordinate of starting coordinates pairs of the m-line.
int	getTMLinePositionX1() Return X co-ordinate of ending coordinates pairs of the m-line.
int	getTMLinePositionY0() Return Y co-ordinate of starting coordinates pairs of the m-line.
int	getTMLinePositionY1() Return Y co-ordinate of ending coordinates pairs of the m-line.
int	getTransducerFrequency() Retrieve description of center frequency of the interrogating ultrasound energy
void	setDopplerCorrectionAngle(double dDopplerCorrectionAngle) Sets the Doppler correction angle.
void	setDopplerSampleVolumeXPosition(int iDopplerSampleVolumeXPosition) Sets the x displacement, in pixels, from the Reference pixel to the center of the Doppler sample volume.
void	setDopplerSampleVolumeYPosition(int iDopplerSampleVolumeYPosition) Sets the y displacement, in pixels, from the Reference pixel to the center of the Doppler sample volume.
void	setNumberOfTableBreakPoints(int iNumberOfTableBreakPoints) Sets the number of break point coordinate pairs used to describe a piece wise linear curve.
void	setNumberOfTableEntries(int iNumberOfTableEntries) Sets the number of entries in the Table of Pixel Values.
void	setPhysicalDeltaX(double dPhysicalDeltaX) Sets the physical value increments per positive X pixel increment.
void	setPhysicalDeltaY(double dPhysicalDeltaY) Sets the physical value increments per positive Y pixel increment.
void	setPhysicalUnitsXDirection(short shPhysicalUnitsXDirection) The physical units of the dimensions of the region.
void	setPhysicalUnitsYDirection(short shPhysicalUnitsYDirection) Sets the physical units of the dimensions of Y Co-Ordinateof the region.
void	setPixelComponentDataType(short shPixelComponentDataType) Sets the type of data for the pixel component.
void	setPixelComponentMask(int iPixelComponentMask) Sets the value which is ANDed with the composite pixel code for each pixel within the region, then shifted right by the number of contiguous least significant zeros in the mask to obtain what will be referred to as the "Shifted Masked Composite Pixel Code" (SMCPC).
void	setPixelComponentOrganization(short shPixelComponentOrganization) Sets value that describes how the components of a pixel can be described.
void	setPixelComponentPhysicalUnits(short shPixelComponentPhysicalUnits) Sets the physical units to be applied to the pixel component.
void	setPixelComponentRangeStart(int iPixelComponentRangeStart) Sets the value that defines the start of the numeric range of values within the composite pixel where calibration is to be defined by the "pixel physical calibration table".
void	setPixelComponentRangeStop(int iPixelComponentRangeStop) Sets value that defines the stop of the numeric range of values within the composite pixel where calibration is to be defined by the "pixel physical calibration table".
void	setPulseRepetitionFrequency(int iPulseRepetitionFrequency) Sets the ultrasound pulse repetition frequency, as defined by the manufacturer, used to collect data in the region.
void	setReferencePixelX0(int iReferencePixelX0) Sets the coordinate pair, x0,y0 defines the location of a virtual "reference" pixel.
void	setReferencePixelY0(int iReferencePixelY0) This coordinate pair, x0,y0 defines the location of a virtual "reference" pixel.
void	setRefPixelPhysicalValueX(double dRefPixelPhysicalValueX) Sets the Physical Value at the reference pixel x location.
void	setRefPixelPhysicalValueY(double dRefPixelPhysicalValueY) Sets the Physical Value at the reference pixel y location.
void	setRegionDataType(short shRegionDataType) Sets the type of data within the region.
void	setRegionFlags(int iRegionFlags) Set Flags used for special handling of the region.
void	setRegionLocationMaxX1(int iRegionLocationMaxX1) Sets the bounds of a rectangle specifying the location of the region, x0,y0,x1,y1.
void	setRegionLocationMinX0(int iRegionLocationMinX0) Sets the bounds of a rectangle specifying the location of the region, x0,y0,x1,y1.
void	setRegionLocationMinY1(int iRegionLocationMaxY1) Sets the bounds of a rectangle specifying the location of the region, x0,y0,x1,y1.
void	setRegionSpatialFormat(short shRegionSpatialFormat) Sets the spatial organization of the data within the region.
void	setSteeringAngle(double dblSteeringAngle) Sets the steering angle, as defined by the manufacturer, used for a steered 2D image.
void	setTableOfParameterValues(float[] arrFltTableOfParameterValues) Sets a table of Parameter Values used in conjunction with the Table of Pixel Values to provide a mapping from Pixel Value to Parameter Value.
void	setTableOfPixelValues(int[] arrIntTableOfPixelValues) Sets a table of Pixel Values used in conjunction with the Table of Parameter Values to provide a mapping from Pixel Value to Parameter Value.
void	setTableOfXBreakPoints(int[] arrIntTableOfXBreakPoints) Sets an array of X values used to create the piece wise linear curve.
void	setTableOfYBreakPoints(double[] arrDblTableOfYBreakPoints) Sets an array of Y values used to create the piece wise linear curve.
void	setTMLinePositionX0(int iTMLinePositionX0) Sets the starting and ending coordinates pairs of the m-line.
void	setTMLinePositionX1(int iTMLinePositionX1) Sets the starting and ending coordinates pairs of the m-line.
void	setTMLinePositionY0(int iTMLinePositionY0) Sets the starting and ending coordinates pairs of the m-line.
void	setTMLinePositionY1(int iTMLinePositionY1) Sets the starting and ending coordinates pairs of the m-line.
void	setTransducerFrequency(int iTransducerFrequency) Sets the manufacturer defined description of center frequency of the interrogating ultrasound energy.
boolean	validateForModule() Validates all the attributes in CodeSequenceMacro that are present in the DataSet

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

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

Methods inherited from class java.lang.Object

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

Method Detail

validateForModule

public boolean validateForModule()
                          throws InvalidItemException

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

Specified by:

validateForModule in interface IItem

Overrides:

validateForModule in class Item

Returns:

boolean - Success -true, Failure - false

Throws:

InvalidItemException - throws InvalidItemException If Mandatory or Conditional element fails.

setRegionLocationMinX0

public void setRegionLocationMinX0(int iRegionLocationMinX0)

Sets the bounds of a rectangle specifying the location of the region, x0,y0,x1,y1.

Parameters:

iRegionLocationMinX0 - Value of Region Location Co-Ordinate MinX0

getRegionLocationMinX0

public int getRegionLocationMinX0()

Returns bounds of a rectangle specifying the location of the region

Returns:

int - Value of Region Location Co-Ordinate MinX0

setRegionLocationMaxX1

public void setRegionLocationMaxX1(int iRegionLocationMaxX1)

Sets the bounds of a rectangle specifying the location of the region, x0,y0,x1,y1.

Parameters:

iRegionLocationMaxX1 - Value of Region Location Co-Ordinate MinX1

getRegionLocationMaxX1

public int getRegionLocationMaxX1()

Return bounds of a rectangle specifying the location of the region

Returns:

int - Value of Region Location Co-Ordinate MinX1

setRegionLocationMinY1

public void setRegionLocationMinY1(int iRegionLocationMaxY1)

Sets the bounds of a rectangle specifying the location of the region, x0,y0,x1,y1.

Parameters:

iRegionLocationMaxY1 - Value of Region Location Co-Ordinate MinY1

getRegionLocationMaxY1

public int getRegionLocationMaxY1()

Return bounds of a rectangle specifying the location of the region

Returns:

int - Value of Region Location Co-Ordinate MinY1

setPhysicalUnitsXDirection

public void setPhysicalUnitsXDirection(short shPhysicalUnitsXDirection)

The physical units of the dimensions of the region.

Parameters:

shPhysicalUnitsXDirection - Integer value of units of the dimensions of the X Co-Ordinate region

getPhysicalUnitsXDirection

public short getPhysicalUnitsXDirection()

Return physical units of the dimensions of the region.

Returns:

int - Integer value of units of the dimensions of X Co-Ordinate of the region

setPhysicalUnitsYDirection

public void setPhysicalUnitsYDirection(short shPhysicalUnitsYDirection)

Sets the physical units of the dimensions of Y Co-Ordinateof the region.

Parameters:

shPhysicalUnitsYDirection - short value of Y Co-Ordinateof the region.

getPhysicalUnitsYDirection

public short getPhysicalUnitsYDirection()

Return physical units of the dimensions of Y Co-Ordinateof the region. of the region.

Returns:

short - short value of Y Co-Ordinateof the region.

setPhysicalDeltaX

public void setPhysicalDeltaX(double dPhysicalDeltaX)

Sets the physical value increments per positive X pixel increment. The units are as specified in the Physical Units X Direction (0018,6024).

Parameters:

dPhysicalDeltaX - physical value increments per positive X pixel increment

getPhysicalDeltaX

public double getPhysicalDeltaX()

Return physical value increments per positive X pixel increment.

Returns:

double - double value of value increments per positive X pixel increment.

setPhysicalDeltaY

public void setPhysicalDeltaY(double dPhysicalDeltaY)

Sets the physical value increments per positive Y pixel increment. The units are as specified in the Physical Units Y Direction (0018,6026).

Parameters:

dPhysicalDeltaY - double value of value increments per positive Y pixel increment

getPhysicalDeltaY

public double getPhysicalDeltaY()

Return physical value increments per positive Y pixel increment.

Returns:

double - double value of value increments per positive Y pixel increment

setReferencePixelX0

public void setReferencePixelX0(int iReferencePixelX0)

Sets the coordinate pair, x0,y0 defines the location of a virtual "reference" pixel.

Parameters:

iReferencePixelX0 - x0 co-ordinate of the coordinate pair that defines the location of a virtual "reference" pixel.

getReferencePixelX0

public int getReferencePixelX0()

Return coordinate pair, x0,y0 defines the location of a virtual "reference" pixel.

Returns:

int - x0 co-ordinate of the coordinate pair that defines the location of a virtual "reference" pixel.

setReferencePixelY0

public void setReferencePixelY0(int iReferencePixelY0)

This coordinate pair, x0,y0 defines the location of a virtual "reference" pixel.

Parameters:

iReferencePixelY0 - y0 co-ordinate of the coordinate pair that defines the location of a virtual "reference" pixel.

getReferencePixelY0

public int getReferencePixelY0()

Return coordinate pair, x0,y0 defines the location of a virtual "reference" pixel.

Returns:

int - y0 co-ordinate of the coordinate pair that defines the location of a virtual "reference" pixel.

setRefPixelPhysicalValueX

public void setRefPixelPhysicalValueX(double dRefPixelPhysicalValueX)

Sets the Physical Value at the reference pixel x location. The units are specified in the Physical Units field.

Parameters:

dRefPixelPhysicalValueX - Physical Value at the reference pixel x location.

getRefPixelPhysicalValueX

public double getRefPixelPhysicalValueX()

Retrieve Physical Value at the reference pixel x location.

Returns:

double - Value at the reference pixel x location.

setRefPixelPhysicalValueY

public void setRefPixelPhysicalValueY(double dRefPixelPhysicalValueY)

Sets the Physical Value at the reference pixel y location. The units are specified in the Physical Units field.

Parameters:

dRefPixelPhysicalValueY - Value at the reference pixel y location.

getRefPixelPhysicalValueY

public double getRefPixelPhysicalValueY()

Return Physical Value at the reference pixel y location.

Returns:

double - Value at the reference pixel y location.

setRegionSpatialFormat

public void setRegionSpatialFormat(short shRegionSpatialFormat)

Sets the spatial organization of the data within the region.

Parameters:

shRegionSpatialFormat - spatial organization of the data within the region.

getRegionSpatialFormat

public short getRegionSpatialFormat()

Retreive the spatial organization of the data within the region.

Returns:

short - short value of spatial organization of the data within the region.

setRegionDataType

public void setRegionDataType(short shRegionDataType)

Sets the type of data within the region.

Parameters:

shRegionDataType - short value of the type of data.

getRegionDataType

public short getRegionDataType()

Retrieve the type of data within the region.

Returns:

- short value of type of data within the region.

setRegionFlags

public void setRegionFlags(int iRegionFlags)

Set Flags used for special handling of the region.

Parameters:

iRegionFlags - Intege value of Flags

getRegionFlags

public int getRegionFlags()

Retrieve Flags used for special handling of the region.

Returns:

int - integer value of Flags

setPixelComponentOrganization

public void setPixelComponentOrganization(short shPixelComponentOrganization)

Sets value that describes how the components of a pixel can be described. Required if pixel component calibration exists for this region.

Parameters:

shPixelComponentOrganization - short value of Pixel Component Organization

getPixelComponentOrganization

public short getPixelComponentOrganization()

Return description of the components of a pixel

Returns:

short - short value of Pixel Component Organization

setPixelComponentMask

public void setPixelComponentMask(int iPixelComponentMask)

Sets the value which is ANDed with the composite pixel code for each pixel within the region, then shifted right by the number of contiguous least significant zeros in the mask to obtain what will be referred to as the "Shifted Masked Composite Pixel Code" (SMCPC). Required if Pixel Component Organization = Bit aligned.

Parameters:

iPixelComponentMask - integer value of Pixel Component Mask

getPixelComponentMask

public int getPixelComponentMask()

Return Flags used for special handling of the region.

Returns:

int - integer value of Pixel Component Mask

setPixelComponentRangeStart

public void setPixelComponentRangeStart(int iPixelComponentRangeStart)

Sets the value that defines the start of the numeric range of values within the composite pixel where calibration is to be defined by the "pixel physical calibration table". To be used only when ranges are used to describe the portion of the composite pixel.

Parameters:

iPixelComponentRangeStart - value that defines the start of the numeric range of values within the composite pixel

getPixelComponentRangeStart

public int getPixelComponentRangeStart()

Retrieve the value that starts the numeric range of values within the composite pixel

Returns:

int - integer value of value that starts the numeric range of values within the composite pixel

setPixelComponentRangeStop

public void setPixelComponentRangeStop(int iPixelComponentRangeStop)

Sets value that defines the stop of the numeric range of values within the composite pixel where calibration is to be defined by the "pixel physical calibration table". To be used only when ranges are used to describe the portion of the composite pixel.

Parameters:

iPixelComponentRangeStop - integer value of value that defines the stop of the numeric range of values within the composite pixel

getPixelComponentRangeStop

public int getPixelComponentRangeStop()

Retrieves value that stops the numeric range of values within the composite pixel

Returns:

int - integer value that stops the numeric range of values within the composite pixel

setPixelComponentPhysicalUnits

public void setPixelComponentPhysicalUnits(short shPixelComponentPhysicalUnits)

Sets the physical units to be applied to the pixel component. Required if Pixel Component Organization exists.

Parameters:

shPixelComponentPhysicalUnits - short value of units to be applied to the pixel component

getPixelComponentPhysicalUnits

public short getPixelComponentPhysicalUnits()

Retrieve physical units to be applied to the pixel component

Returns:

short - short value of units to be applied to the pixel component

setPixelComponentDataType

public void setPixelComponentDataType(short shPixelComponentDataType)

Sets the type of data for the pixel component. Required if Pixel Component Organization exists.

Parameters:

shPixelComponentDataType - short value of type of data for the pixel component

getPixelComponentDataType

public short getPixelComponentDataType()

Return type of data for the pixel component.

Returns:

short - short value of type of data for the pixel component

setNumberOfTableBreakPoints

public void setNumberOfTableBreakPoints(int iNumberOfTableBreakPoints)

Sets the number of break point coordinate pairs used to describe a piece wise linear curve. Required if Pixel Component Organization equals 0 or 1. Otherwise not used.

Parameters:

iNumberOfTableBreakPoints - integer value of number of break point coordinate pairs

getNumberOfTableBreakPoints

public int getNumberOfTableBreakPoints()

Return number of break point coordinate pairs used to describe a piece wise linear curve

Returns:

int integer value of number of break point coordinate pairs

setTableOfXBreakPoints

public void setTableOfXBreakPoints(int[] arrIntTableOfXBreakPoints)

Sets an array of X values used to create the piece wise linear curve. Required if Pixel Component Organization equals 0 or 1. Otherwise not used.

Parameters:

arrIntTableOfXBreakPoints - Array of X values used to create the piece wise linear curve.

getTableOfXBreakPoints

public int[] getTableOfXBreakPoints()

Return collection of X values used to create the piece wise linear curve.

Returns:

int[] - Array of X values used to create the piece wise linear curve.

setTableOfYBreakPoints

public void setTableOfYBreakPoints(double[] arrDblTableOfYBreakPoints)

Sets an array of Y values used to create the piece wise linear curve. Required if Pixel Component Organization equals 0 or 1. Otherwise not used.

Parameters:

arrDblTableOfYBreakPoints - double array of Y values used to create the piece wise linear curve

getTableOfYBreakPoints

public double[] getTableOfYBreakPoints()

Retrieve collection of Y values used to create the piece wise linear curve.

Returns:

double[] - double Array of Y values used to create the piece wise linear curve.

setNumberOfTableEntries

public void setNumberOfTableEntries(int iNumberOfTableEntries)

Sets the number of entries in the Table of Pixel Values. Required if the Pixel Component Organization equals 2.

Parameters:

iNumberOfTableEntries - integer value of number of entries in the Table of Pixel Values.

getNumberOfTableEntries

public int getNumberOfTableEntries()

Return number of entries in the Table of Pixel Values.

Returns:

int - integer value of number of entries in the Table of Pixel Values.

setTableOfPixelValues

public void setTableOfPixelValues(int[] arrIntTableOfPixelValues)

Sets a table of Pixel Values used in conjunction with the Table of Parameter Values to provide a mapping from Pixel Value to Parameter Value. Required if the Pixel Component Organization equals 2. Otherwise not used.

Parameters:

arrIntTableOfPixelValues - integer array of Pixel Values

getTableOfPixelValues

public int[] getTableOfPixelValues()

Return collection of X values used to create the piece wise linear curve.

Returns:

int[] - integer array of Pixel Values

setTableOfParameterValues

public void setTableOfParameterValues(float[] arrFltTableOfParameterValues)

Sets a table of Parameter Values used in conjunction with the Table of Pixel Values to provide a mapping from Pixel Value to Parameter Value. Required if the Pixel Component Organization equals 2.

Parameters:

arrFltTableOfParameterValues - float array of Parameter Values

getTableOfParameterValues

public float[] getTableOfParameterValues()

Return collection of Parameter Values

Returns:

float[] - float array of Parameter Values

getPixelValueMappingCodeSequence

public PixelValueMappingCodeSequence getPixelValueMappingCodeSequence()

Retrieves pre-initialized object of PixelValueMappingCodeSequence.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:

PixelValueMappingCodeSequence - instance of Pixel Value Mapping Code Sequence.

setTransducerFrequency

public void setTransducerFrequency(int iTransducerFrequency)

Sets the manufacturer defined description of center frequency of the interrogating ultrasound energy. The units are kilohertz.

Parameters:

iTransducerFrequency - integer value of description of center frequency of the interrogating ultrasound energy.

getTransducerFrequency

public int getTransducerFrequency()

Retrieve description of center frequency of the interrogating ultrasound energy

Returns:

int - integer value of description of center frequency of the interrogating ultrasound energy

setPulseRepetitionFrequency

public void setPulseRepetitionFrequency(int iPulseRepetitionFrequency)

Sets the ultrasound pulse repetition frequency, as defined by the manufacturer, used to collect data in the region. The units are in hertz.

Parameters:

iPulseRepetitionFrequency - integer value of ultrasound pulse repetition frequency

getPulseRepetitionFrequency

public int getPulseRepetitionFrequency()

Retreive ultrasound pulse repetition frequency

Returns:

integer value of ultrasound pulse repetition frequency.

setDopplerCorrectionAngle

public void setDopplerCorrectionAngle(double dDopplerCorrectionAngle)

Sets the Doppler correction angle. The units are degrees.

Parameters:

dDopplerCorrectionAngle - double value of the Doppler correction angle

getDopplerCorrectionAngle

public double getDopplerCorrectionAngle()

Retrieve the Doppler correction angle

Returns:

double - double value of the Doppler correction angle

setSteeringAngle

public void setSteeringAngle(double dblSteeringAngle)

Sets the steering angle, as defined by the manufacturer, used for a steered 2D image. The units are degrees.

Parameters:

dblSteeringAngle - double value of the steering angle

getSteeringAngle

public double getSteeringAngle()

Return steering angle,used for a steered 2D image

Returns:

double - double value of the steering angle

setDopplerSampleVolumeXPosition

public void setDopplerSampleVolumeXPosition(int iDopplerSampleVolumeXPosition)

Sets the x displacement, in pixels, from the Reference pixel to the center of the Doppler sample volume.

Parameters:

iDopplerSampleVolumeXPosition - integer value of the x displacement

getDopplerSampleVolumeXPosition

public int getDopplerSampleVolumeXPosition()

Return x displacement, in pixels, from the Reference pixel to the center of the Doppler sample volume

Returns:

integer value of x displacement, in pixels.

setDopplerSampleVolumeYPosition

public void setDopplerSampleVolumeYPosition(int iDopplerSampleVolumeYPosition)

Sets the y displacement, in pixels, from the Reference pixel to the center of the Doppler sample volume.

Parameters:

iDopplerSampleVolumeYPosition - y displacement, in pixels, from the Reference pixel to the center of the Doppler sample volume.

getDopplerSampleVolumeYPosition

public int getDopplerSampleVolumeYPosition()

Return y displacement, in pixels, from the Reference pixel to the center of the Doppler sample volume.

Returns:

int - y displacement, in pixels

setTMLinePositionX0

public void setTMLinePositionX0(int iTMLinePositionX0)

Sets the starting and ending coordinates pairs of the m-line. Where the X0,Y0 are the starting point and X1,Y1 are the end point of the tm-line.

Parameters:

iTMLinePositionX0 - integer value of X0 co-ordinate of ending coordinate pair of m-line

getTMLinePositionX0

public int getTMLinePositionX0()

Return X co-ordinate of starting coordinates pairs of the m-line.

Returns:

int - integer value of X co-ordinate of starting coordinates pairs of the m-line.

setTMLinePositionY0

public void setTMLinePositionY0(int iTMLinePositionY0)

Sets the starting and ending coordinates pairs of the m-line. Where the X0,Y0 are the starting point and X1,Y1 are the end point of the tm-line.

Parameters:

iTMLinePositionY0 - integer value of Y0 co-ordinate of ending coordinate pair of m-line

getTMLinePositionY0

public int getTMLinePositionY0()

Return Y co-ordinate of starting coordinates pairs of the m-line.

Returns:

- integer value of Y0 co-ordinate of ending coordinate pair of m-line

setTMLinePositionX1

public void setTMLinePositionX1(int iTMLinePositionX1)

Sets the starting and ending coordinates pairs of the m-line. Where the X0,Y0 are the starting point and X1,Y1 are the end point of the tm-line.

Parameters:

iTMLinePositionX1 - integer value of X1 co-ordinate of start coordinate pair of m-line

getTMLinePositionX1

public int getTMLinePositionX1()

Return X co-ordinate of ending coordinates pairs of the m-line.

Returns:

int - integer value of X1 co-ordinate of ending coordinate pair of m-line

setTMLinePositionY1

public void setTMLinePositionY1(int iTMLinePositionY1)

Sets the starting and ending coordinates pairs of the m-line. Where the X0,Y0 are the starting point and X1,Y1 are the end point of the tm-line.

Parameters:

iTMLinePositionY1 - integer value of Y1 co-ordinate of ending coordinate pair of m-line

getTMLinePositionY1

public int getTMLinePositionY1()

Return Y co-ordinate of ending coordinates pairs of the m-line.

Returns:

int - integer value of Y1 co-ordinate of ending coordinate pair of m-line