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dicomdisp

Display DICOM file structure

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Syntax

dicomdisp(filename)
dicomdisp(filename,Name,Value)

Description

example

dicomdisp(filename) reads the metadata from the compliant DICOM file filename and displays the metadata at the command prompt. dicomdisp can be helpful when debugging issues with DICOM files.

dicomdisp(filename,Name,Value) reads the metadata using name-value arguments to control aspects of the operation.

Examples

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Open Live Script

Display the metadata in a DICOM file.

dicomdisp("CT-MONO2-16-ankle.dcm")
File: B:\matlab\toolbox\images\imdata\CT-MONO2-16-ankle.dcm (525436 bytes)
Read on an IEEE little-endian machine.
File begins with group 0002 metadata at byte 132.
Transfer syntax: 1.2.840.10008.1.2 (Implicit VR Little Endian).
DICOM Information object: 1.2.840.10008.5.1.4.1.1.7 (Secondary Capture Image Storage).
 
Location Level     Tag     VR       Size         Name                             Data                                               
----------------------------------------------------------------------------------------------------
0000132    0   (0002,0000) UL          4 bytes - FileMetaInformationGroupLength   *Binary* 
0000144    0   (0002,0001) OB          2 bytes - FileMetaInformationVersion       *Binary* 
0000158    0   (0002,0002) UI         26 bytes - MediaStorageSOPClassUID          [1.2.840.10008.5.1.4.1.1.7 ] 
0000192    0   (0002,0003) UI         50 bytes - MediaStorageSOPInstanceUID       [1.2.840.113619.2.1.2411.1031152382.365.1.736169244] 
0000250    0   (0002,0010) UI         18 bytes - TransferSyntaxUID                [1.2.840.10008.1.2 ] 
0000276    0   (0002,0012) UI         18 bytes - ImplementationClassUID           [1.2.840.113619.6.5] 
0000302    0   (0002,0013) SH          6 bytes - ImplementationVersionName        [1_2_5 ] 
0000316    0   (0002,0016) AE         12 bytes - SourceApplicationEntityTitle     [CTN_STORAGE ] 
0000336    0   (0008,0000) UL          4 bytes - IdentifyingGroupLength           *Binary* 
0000348    0   (0008,0008) CS         20 bytes - ImageType                        [DERIVED\SECONDARY\3D] 
0000376    0   (0008,0016) UI         26 bytes - SOPClassUID                      [1.2.840.10008.5.1.4.1.1.7 ] 
0000410    0   (0008,0018) UI         50 bytes - SOPInstanceUID                   [1.2.840.113619.2.1.2411.1031152382.365.1.736169244] 
0000468    0   (0008,0020) DA         10 bytes - StudyDate                        [1993.04.30] 
0000486    0   (0008,0021) DA         10 bytes - SeriesDate                       [1993.04.30] 
0000504    0   (0008,0023) DA         10 bytes - ContentDate                      [1993.04.30] 
0000522    0   (0008,0030) TM          8 bytes - StudyTime                        [11:27:24] 
0000538    0   (0008,0031) TM          8 bytes - SeriesTime                       [11:27:24] 
0000554    0   (0008,0033) TM          8 bytes - ContentTime                      [11:27:24] 
0000570    0   (0008,0060) CS          2 bytes - Modality                         [CT] 
0000580    0   (0008,0064) CS          4 bytes - ConversionType                   [WSD ] 
0000592    0   (0008,0070) LO         18 bytes - Manufacturer                     [GE MEDICAL SYSTEMS] 
0000618    0   (0008,0080) LO         18 bytes - InstitutionName                  [JFK IMAGING CENTER] 
0000644    0   (0008,0090) PN         10 bytes - ReferringPhysicianName           [Anonymized] 
0000662    0   (0008,1010) SH          8 bytes - StationName                      [CT01OC0 ] 
0000678    0   (0008,1030) LO          8 bytes - StudyDescription                 [RT ANKLE] 
0000694    0   (0008,1060) PN         10 bytes - NameOfPhysiciansReadingStudy     [Anonymized] 
0000712    0   (0008,1070) PN         10 bytes - OperatorsName                    [Anonymized] 
0000730    0   (0008,1090) LO         12 bytes - ManufacturerModelName            [GENESIS_ZEUS] 
0000750    0   (0010,0000) UL          4 bytes - PatientGroupLength               *Binary* 
0000762    0   (0010,0010) PN         10 bytes - PatientName                      [Anonymized] 
0000780    0   (0018,0000) UL          4 bytes - AcquisitionGroupLength           *Binary* 
0000792    0   (0018,1020) LO          2 bytes - SoftwareVersions                 [03] 
0000802    0   (0020,0000) UL          4 bytes - RelationshipGroupLength          *Binary* 
0000814    0   (0020,000D) UI         48 bytes - StudyInstanceUID                 [1.2.840.113619.2.1.1.322987881.621.736170080.681] 
0000870    0   (0020,000E) UI         48 bytes - SeriesInstanceUID                [1.2.840.113619.2.1.2411.1031152382.365.736169244] 
0000926    0   (0020,0011) IS          4 bytes - SeriesNumber                     [365 ] 
0000938    0   (0020,0013) IS          2 bytes - InstanceNumber                   [1 ] 
0000948    0   (0028,0000) UL          4 bytes - ImagePresentationGroupLength     *Binary* 
0000960    0   (0028,0002) US          2 bytes - SamplesPerPixel                  *Binary* 
0000970    0   (0028,0004) CS         12 bytes - PhotometricInterpretation        [MONOCHROME2 ] 
0000990    0   (0028,0010) US          2 bytes - Rows                             *Binary* 
0001000    0   (0028,0011) US          2 bytes - Columns                          *Binary* 
0001010    0   (0028,0100) US          2 bytes - BitsAllocated                    *Binary* 
0001020    0   (0028,0101) US          2 bytes - BitsStored                       *Binary* 
0001030    0   (0028,0102) US          2 bytes - HighBit                          *Binary* 
0001040    0   (0028,0103) US          2 bytes - PixelRepresentation              *Binary* 
0001050    0   (0028,0106) US          2 bytes - SmallestImagePixelValue          *Binary* 
0001060    0   (0028,0120) US          2 bytes - PixelPaddingValue                *Binary* 
0001070    0   (0028,1050) DS          4 bytes - WindowCenter                     [1024] 
0001082    0   (0028,1051) DS          4 bytes - WindowWidth                      [4095] 
0001094    0   (0028,1052) DS          6 bytes - RescaleIntercept                 [-1024 ] 
0001108    0   (0028,1053) DS          2 bytes - RescaleSlope                     [1 ] 
0001118    0   (0028,1054) LO          2 bytes - RescaleType                      [US] 
0001128    0   (7FE0,0000) UL          4 bytes - PixelDataGroupLength             *Binary* 
0001140    0   (7FE0,0010) OB     524288 bytes - PixelData                        []

Input Arguments

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Name of DICOM file, specified as a string scalar or character vector .

Data Types: char | string

Name-Value Arguments

Specify optional pairs of arguments as Name1=Value1,...,NameN=ValueN, where Name is the argument name and Value is the corresponding value. Name-value arguments must appear after other arguments, but the order of the pairs does not matter.

Example: dicomdisp("CT-MONO2-16-ankle.dcm",UseVRHeuristic=false) reads the metadata from the DICOM file without using a heuristic.

Before R2021a, use commas to separate each name and value, and enclose Name in quotes.

Example: dicomdisp("CT-MONO2-16-ankle.dcm","UseVRHeuristic",false) reads the metadata from the DICOM file without using a heuristic.

Name of DICOM data dictionary, specified as a string scalar or character vector. When specified, dicomdisp uses the data dictionary to read the DICOM file. The data dictionary file must be on the MATLAB search path.

Data Types: char | string

Read noncompliant DICOM files that switch value representation (VR) modes incorrectly, specified as a logical 1 (true) or 0 (false).

When set to true, dicomdisp uses a heuristic to help read certain noncompliant DICOM files that switch VR modes incorrectly. dicomdisp displays a warning if it uses this heuristic. If this heuristic is enabled, a small number of compliant files are not read correctly. Set UseVRHeuristic to false to read these compliant files.

Data Types: logical

Version History

Introduced in R2015a

See Also

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