Package org.dcm4che.typeddicom.dataelements

Class ConvolutionKernel

java.lang.Object

org.dcm4che.typeddicom.AbstractAttributesWrapper

org.dcm4che.typeddicom.AbstractDataElementWrapper

org.dcm4che.typeddicom.dataelements.ConvolutionKernel

All Implemented Interfaces:

AttributesWrapper, DataElementWrapper, BytesDataElementWrapper, ShortStringMultiWrapper, StringDataElementMultiWrapper

public class ConvolutionKernel
extends AbstractDataElementWrapper
implements ShortStringMultiWrapper

Name: Convolution Kernel
Keyword: ConvolutionKernel
Tag: (0018,1210)
Value Representation: SH
Value Multiplicity: 1-n

• Described in the contexts:
  • PET Series Module > Convolution Kernel
  as follows:
  Attribute Name: Convolution Kernel
  Type: 3
  Attribute Description:

  Textual description of the convolution kernel(s) used to reconstruct the data (e.g., name, cutoff, radial/axial/angular, mathematical form, DC handling)

  
  
• Described in the contexts:
  • CT Image Module > Convolution Kernel
  as follows:
  Attribute Name: Convolution Kernel
  Type: 3
  Attribute Description:

  A label describing the convolution kernel or algorithm used to reconstruct the data

  
  
• Described in the contexts:
  • Performed XA Reconstruction Module > Reconstruction Protocol Element Sequence > Convolution Kernel
  as follows:
  Attribute Name: Convolution Kernel
  Type: 3
  Attribute Description:

  A label describing the convolution kernel or algorithm used to perform 3D reconstruction of the data.

  A single value shall be present.

  
  
• Described in the contexts:
  • Performed CT Reconstruction Module > Reconstruction Protocol Element Sequence > Convolution Kernel
  as follows:
  Attribute Name: Convolution Kernel
  Type: 1
  Attribute Description:

  A label describing the convolution kernel or algorithm used to reconstruct the data.

  A single value shall be present.

  
  
• Described in the contexts:
  • Whole Slide Microscopy Image Module > Convolution Kernel
  as follows:
  Attribute Name: Convolution Kernel
  Type: 3
  Attribute Description:

  Label for convolution kernel used in acquisition device visual processing

  
  
• Described in the contexts:
  • NM Reconstruction Module > Convolution Kernel
  as follows:
  Attribute Name: Convolution Kernel
  Type: 3
  Attribute Description:

  A label describing the convolution kernel or algorithm used to reconstruct the data.

  
  

Nested Class Summary

Nested Classes

Modifier and Type	Class	Description
static interface	ConvolutionKernel.Builder<SELF extends ConvolutionKernel.Builder<SELF,T>,T extends ConvolutionKernel.Holder>
static interface	ConvolutionKernel.Holder	A class implementing this interface can hold attributes which contain the DICOM tag "Convolution Kernel" (see ConvolutionKernel)
static class	ConvolutionKernel.SimpleHolder

Nested classes/interfaces inherited from interface org.dcm4che.typeddicom.valuerepresentations.ShortStringMultiWrapper

ShortStringMultiWrapper.Setter<B extends Builder<B,? extends AttributesWrapper>,D extends ShortStringMultiWrapper>

Field Summary

Fields

Modifier and Type	Field	Description
static final String	PRIVATE_CREATOR	The Private Creator associated with this class.
static final int	TAG	The DICOM Tag associated with this class.

Fields inherited from interface org.dcm4che.typeddicom.valuerepresentations.ShortStringMultiWrapper

VALUE_REPRESENTATION

Constructor Summary

Constructors

Constructor	Description
ConvolutionKernel()	Creates a new Convolution Kernel object which wraps a new and empty Attributes object.
ConvolutionKernel(org.dcm4che3.data.Attributes attributes)	Creates a new Convolution Kernel object which wraps the provided attributes.

Method Summary

Modifier and Type	Method	Description
ConvolutionKernel	copy()	Returns a new Convolution Kernel which wraps a copy of the Attributes wrapped in this Convolution Kernel.
String	getPrivateCreator()
int	getTag()

Methods inherited from class org.dcm4che.typeddicom.AbstractDataElementWrapper

equals, exists, getValue, hashCode, toString

Methods inherited from class org.dcm4che.typeddicom.AbstractAttributesWrapper

getAttributes

Methods inherited from class java.lang.Object

clone, finalize, getClass, notify, notifyAll, wait, wait, wait

Methods inherited from interface org.dcm4che.typeddicom.AttributesWrapper

copy, getAttributes, isEmpty

Methods inherited from interface org.dcm4che.typeddicom.valuerepresentations.BytesDataElementWrapper

getBytes, getSafeBytes, setBytes

Methods inherited from interface org.dcm4che.typeddicom.DataElementWrapper

exists, getValue

Methods inherited from interface org.dcm4che.typeddicom.valuerepresentations.ShortStringMultiWrapper

getValueRepresentation

Methods inherited from interface org.dcm4che.typeddicom.valuerepresentations.StringDataElementMultiWrapper

getString, getString, getStrings, setStrings

Field Details

PRIVATE_CREATOR

public static final String PRIVATE_CREATOR

The Private Creator associated with this class.

TAG

public static final int TAG

The DICOM Tag associated with this class.

See Also:

• Constant Field Values

Constructor Details

ConvolutionKernel

public ConvolutionKernel(org.dcm4che3.data.Attributes attributes)

Creates a new Convolution Kernel object which wraps the provided attributes.

Parameters:

attributes - The Attributes object to be wrapped.

ConvolutionKernel

public ConvolutionKernel()

Creates a new Convolution Kernel object which wraps a new and empty Attributes object.

Method Details

copy

public ConvolutionKernel copy()

Returns a new Convolution Kernel which wraps a copy of the Attributes wrapped in this Convolution Kernel. (see Attributes(Attributes)

Returns:

a new Convolution Kernel which wraps a copy of the Attributes wrapped in this Convolution Kernel.

getPrivateCreator

public String getPrivateCreator()

Specified by:

getPrivateCreator in interface DataElementWrapper

Returns:

The DICOM Private Creator of the wrapped DICOM attributes. null if not private

getTag

public int getTag()

Specified by:

getTag in interface DataElementWrapper

Returns:

The DICOM Tag of the wrapped DICOM attributes.