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GetModalityLutAttributes(int) Method

Summary

Retrieves the attributes that describe the Modality LUT.

Syntax

Java

WinRT C#

C++

public DicomModalityLutAttributes GetModalityLutAttributes( 
   int frameIndex 
)

Public Overloads Function GetModalityLutAttributes( _ 
   ByVal frameIndex As Integer _ 
) As Leadtools.Dicom.DicomModalityLutAttributes

public Leadtools.Dicom.DicomModalityLutAttributes GetModalityLutAttributes(  
   int frameIndex 
)

public DicomModalityLutAttributes getModalityLutAttributes(int frameIndex)

 function Leadtools.Dicom.DicomDataSet.GetModalityLutAttributes(Int32)(  
   frameIndex  
)

public: 
Leadtools.Dicom.DicomModalityLutAttributes^ GetModalityLutAttributes(  
   int frameIndex 
)

Parameters

frameIndex
A zero-based index that identifies the frame number in the dataset. If the dataset does not support Multi-frames, this parameter is ignored.

Return Value

Modality LUT attributes.

Remarks

If the method does not find any of the attributes of the "Modality LUT Module" it will set both IsModalityLutSequence and IsRescaleSlopeIntercept to false. In this case, the rest of the members of the DicomModalityLutAttributes class are undefined. If the method finds the "Rescale Intercept" (0028,1052) and "Rescale Slope" (0028,1053) elements, it will set IsRescaleSlopeIntercept to true and populate RescaleIntercept, RescaleSlope, and RescaleType with the values retrieved from the DICOM Data Set.

If the method finds "Modality LUT Sequence" (0028,3000), it will set IsModalityLutSequence to true and populate FirstStoredPixelValueMapped, NumberOfEntries, EntryBits, LutExplanation, and LutType with the values retrieved from the DICOM Data Set.

It is prohibited by the DICOM standard for both "Rescale Intercept" and "Modality LUT Sequence" to exist in the same DICOM Data Set. However, if this method encounters such a Data Set, it will ignore "Modality LUT Sequence" and assume that only "Rescale Intercept" exists.

The Multi-frame Functional Groups module may have a Shared Functional Groups Sequence item, and/or a Per-frame Functional Groups Sequence item. Either of these items may have a Pixel Value Transformation Sequence (0028,9145) item. If the following elements are not found at the top level in the dataset, this method looks in the Shared Functional Groups Sequence item and the Per-frame Functional Groups Sequence