GDCM 2.2.0

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Class List
Here are the classes, structs, unions and interfaces with brief descriptions:

gdcm::network::AAbortPDU | AAbortPDU Table 9-26 A-ABORT PDU FIELDS
gdcm::network::AAssociateACPDU | AAssociateACPDU Table 9-17 ASSOCIATE-AC PDU fields
gdcm::network::AAssociateRJPDU | AAssociateRJPDU Table 9-21 ASSOCIATE-RJ PDU FIELDS
gdcm::network::AAssociateRQPDU | AAssociateRQPDU Table 9-11 ASSOCIATE-RQ PDU fields
gdcm::AbortEvent |
gdcm::network::AbstractSyntax | AbstractSyntax Table 9-14 ABSTRACT SYNTAX SUB-ITEM FIELDS
gdcm::AnonymizeEvent | AnonymizeEvent Special type of event triggered during the Anonymization process
gdcm::Anonymizer | Anonymizer This class is a multi purpose anonymizer. It can work in 2 mode:
gdcm::AnyEvent |
gdcm::network::ApplicationContext | ApplicationContext Table 9-12 APPLICATION CONTEXT ITEM FIELDS Looks like Application Context can only be 64 bytes at max (see Figure 9-1 / PS 3.8 - 2009 )
gdcm::ApplicationEntity | ApplicationEntity
gdcm::network::AReleaseRPPDU | AReleaseRPPDU Table 9-25 A-RELEASE-RP PDU fields
gdcm::network::AReleaseRQPDU | AReleaseRQPDU Table 9-24 A-RELEASE-RQ PDU FIELDS
gdcm::network::ARTIMTimer | ARTIMTimer This file contains the code for the ARTIM timer
gdcm::ASN1 | Class for ASN1
gdcm::network::AsynchronousOperationsWindowSub | AsynchronousOperationsWindowSub PS 3.7 Table D.3-7 ASYNCHRONOUS OPERATIONS WINDOW SUB-ITEM FIELDS (A-ASSOCIATE-RQ)
gdcm::Attribute< Group, Element, TVR, TVM > | Attribute class This class use template metaprograming tricks to let the user know when the template instanciation does not match the public dictionary
gdcm::Attribute< Group, Element, TVR, VM::VM1 > |
gdcm::Attribute< Group, Element, TVR, VM::VM1_3 > |
gdcm::Attribute< Group, Element, TVR, VM::VM1_8 > |
gdcm::Attribute< Group, Element, TVR, VM::VM1_n > |
gdcm::Attribute< Group, Element, TVR, VM::VM2_2n > |
gdcm::Attribute< Group, Element, TVR, VM::VM2_n > |
gdcm::Attribute< Group, Element, TVR, VM::VM3_3n > |
gdcm::Attribute< Group, Element, TVR, VM::VM3_n > |
gdcm::AudioCodec | AudioCodec
gdcm::Base64 | Class for Base64
gdcm::network::BaseCompositeMessage | BaseCompositeMessage The Composite events described in section 3.7-2009 of the DICOM standard all use their own messages. These messages are constructed using Presentation Data Values, from section 3.8-2009 of the standard, and then fill in appropriate values in their datasets
gdcm::network::BasePDU | BasePDU base class for PDUs
gdcm::BaseRootQuery |
gdcm::SegmentHelper::BasicCodedEntry | This structure defines a basic coded entry with all of its attributes
gdcm::BasicOffsetTable | Class to represent a BasicOffsetTable
gdcm::Bitmap | Bitmap class A bitmap based image. Used as parent for both IconImage and the main Pixel Data Image It does not contains any World Space information (IPP, IOP)
gdcm::BitmapToBitmapFilter | BitmapToBitmapFilter class Super class for all filter taking an image and producing an output image
gdcm::ByteBuffer | ByteBuffer
gdcm::ByteSwap< T > | ByteSwap
gdcm::ByteSwapFilter | ByteSwapFilter In place byte-swapping of a dataset FIXME: FL status ??
gdcm::ByteValue | Class to represent binary value (array of bytes)
gdcm::network::CEchoRQ | CEchoRQ this file defines the messages for the cecho action
gdcm::network::CEchoRSP |
gdcm::network::CFind |
gdcm::network::CFindCancelRQ |
gdcm::network::CFindRQ |
gdcm::network::CFindRSP |
gdcm::network::CMoveCancelRq |
gdcm::network::CMoveRQ | CMoveRQ this file defines the messages for the cmove action
gdcm::network::CMoveRSP | CMoveRSP this file defines the messages for the cmove action
gdcm::Codec | Codec class
gdcm::Coder | Coder
gdcm::CodeString | CodeString This is an implementation of DICOM VR: CS The cstor will properly Trim so that operator== is correct
gdcm::Command | Command superclass for callback/observer methods
gdcm::CommandDataSet | Class to represent a Command DataSet

gdcm::network::CompositeMessageFactory

CompositeMessageFactory This class constructs PDataPDUs, but that have been specifically constructed for the composite DICOM services (C-Echo, C-Find, C-Get, C-Move, and C-Store). It will also handle parsing the incoming data to determine which of the CompositePDUs the incoming data is, and so therefore allowing the scu to determine what to do with incoming data (if acting as a storescp server, for instance)

gdcm::CompositeNetworkFunctions

Composite Network Functions These functions provide a generic API to the DICOM functions implemented in GDCM. Advanced users can use this code as a template for building their own versions of these functions (for instance, to provide progress bars or some other way of handling returned query information), but for most users, these functions should be sufficient to interface with a PACS to a local machine. Note that these functions are not contained within a static class or some other class-style interface, because multiple connections can be instantiated in the same program. The DICOM standard is much more function oriented rather than class oriented in this instance, so the design of this API reflects that functional approach. These functions implements the following SCU operations:

gdcm::ConstCharWrapper | Do not use me
gdcm::CP246ExplicitDataElement | Class to read/write a DataElement as CP246Explicit Data Element
gdcm::CryptographicMessageSyntax | Class for CryptographicMessageSyntax encryption. This is just a simple wrapper around openssl PKCS7_encrypt functionalities
gdcm::CSAElement | Class to represent a CSA Element
gdcm::CSAHeader | Class for CSAHeader
gdcm::CSAHeaderDict | Class to represent a map of CSAHeaderDictEntry
gdcm::CSAHeaderDictEntry | Class to represent an Entry in the Dict Does not really exist within the DICOM definition, just a way to minimize storage and have a mapping from gdcm::Tag to the needed information
gdcm::CSAHeaderDictException |
gdcm::network::CStoreRQ | CStoreRQ this file defines the messages for the cecho action
gdcm::network::CStoreRSP |
gdcm::Curve | Curve class to handle element 50xx,3000 Curve Data WARNING: This is deprecated and lastly defined in PS 3.3 - 2004
gdcm::DataElement | Class to represent a Data Element either Implicit or Explicit
gdcm::DataElementException |
gdcm::DataEvent | DataEvent
gdcm::DataSet | Class to represent a Data Set (which contains Data Elements) A Data Set represents an instance of a real world Information Object
gdcm::DataSetEvent | DataSetEvent Special type of event triggered during the DataSet store/move process
gdcm::DataSetHelper | DataSetHelper (internal class, not intended for user level)
gdcm::Decoder | Decoder

gdcm::DefinedTerms

Defined Terms are used when the specified explicit Values may be extended by implementors to include additional new Values. These new Values shall be specified in the Conformance Statement (see PS 3.2) and shall not have the same meaning as currently defined Values in this standard. A Data Element with Defined Terms that does not contain a Value equivalent to one of the Values currently specified in this standard shall not be considered to have an invalid value. Note: Interpretation Type ID (4008,0210) is an example of a Data Element having Defined Terms. It is defined to have a Value that may be one of the set of standard Values; REPORT or AMENDMENT (see PS 3.3). Because this Data Element has Defined Terms other Interpretation Type IDs may be defined by the implementor

gdcm::Defs | FIXME I do not like the name 'Defs'
gdcm::DeltaEncodingCodec | DeltaEncodingCodec compression used by some private vendor
gdcm::DICOMDIR | DICOMDIR class
gdcm::DICOMDIRGenerator | DICOMDIRGenerator class This is a STD-GEN-CD DICOMDIR generator. ref: PS 3.11-2008 Annex D (Normative) - General Purpose CD-R and DVD Interchange Profiles
gdcm::Dict | Class to represent a map of DictEntry
gdcm::DictConverter | Class to convert a .dic file into something else:
gdcm::DictEntry | Class to represent an Entry in the Dict Does not really exist within the DICOM definition, just a way to minimize storage and have a mapping from gdcm::Tag to the needed information
gdcm::DictPrinter | DictPrinter class
gdcm::Dicts | Class to manipulate the sum of knowledge (all the dict user load)
gdcm::network::DIMSE | DIMSE PS 3.7 - 2009 Annex E Command Dictionary (Normative) E.1 REGISTRY OF DICOM COMMAND ELEMENTS Table E.1-1 COMMAND FIELDS (PART 1)
gdcm::DirectionCosines | Class to handle DirectionCosines
gdcm::Directory | Class for manipulation directories
gdcm::DirectoryHelper |
gdcm::DummyValueGenerator | Class for generating dummy value
gdcm::Dumper | Codec class
gdcm::Element< TVR, TVM > | Element class
gdcm::Element< TVR, VM::VM1_2 > |
gdcm::Element< TVR, VM::VM1_n > |
gdcm::Element< TVR, VM::VM2_2n > |
gdcm::Element< TVR, VM::VM2_n > |
gdcm::Element< TVR, VM::VM3_3n > |
gdcm::Element< TVR, VM::VM3_n > |
gdcm::Element< VR::AS, VM::VM5 > |
gdcm::Element< VR::OB, VM::VM1 > |
gdcm::Element< VR::OW, VM::VM1 > |
gdcm::EncapsulatedDocument | EncapsulatedDocument
gdcm::EncodingImplementation< VR::VRASCII > |
gdcm::EncodingImplementation< VR::VRBINARY > |
gdcm::EndEvent |
gdcm::EnumeratedValues | Element. A Data Element with Enumerated Values that does not have a Value equivalent to one of the Values specified in this standard has an invalid value within the scope of a specific Information Object/SOP Class definition. Note:
gdcm::Event | Superclass for callback/observer methods
gdcm::Exception | Exception
gdcm::ExitEvent |
gdcm::ExplicitDataElement | Class to read/write a DataElement as Explicit Data Element
gdcm::ExplicitImplicitDataElement | Class to read/write a DataElement as ExplicitImplicit Data Element
gdcm::Fiducials | Fiducials
gdcm::File | DICOM File See PS 3.10 File: A File is an ordered string of zero or more bytes, where the first byte is at the beginning of the file and the last byte at the end of the File. Files are identified by a unique File ID and may by written, read and/or deleted
gdcm::FileDerivation | FileDerivation class See PS 3.16 - 2008 For the list of Code Value that can be used for in Derivation Code Sequence
gdcm::FileExplicitFilter | FileExplicitFilter class After changing a file from Implicit to Explicit representation (see ImageChangeTransferSyntax) one operation is to make sure the VR of each DICOM attribute are accurate and do match the one from PS 3.6. Indeed when a file is written in Implicit reprensentation, the VR is not stored directly in the file
gdcm::FileMetaInformation | Class to represent a File Meta Information
gdcm::Filename | Class to manipulate file name's
gdcm::FilenameGenerator | FilenameGenerator
gdcm::FileSet | File-set: A File-set is a collection of DICOM Files (and possibly non-DICOM Files) that share a common naming space within which File IDs are unique
gdcm::FileWithName | FileWithName
gdcm::FindPatientRootQuery | PatientRootQuery contains: the class which will produce a dataset for c-find with patient root
gdcm::FindStudyRootQuery | FindStudyRootQuery contains: the class which will produce a dataset for C-FIND with study root
gdcm::Fragment | Class to represent a Fragment
itk::GDCMImageIO2 | ImageIO class for reading and writing DICOM V3.0 and ACR/NEMA (V1.0 & V2.0) images This class is only an adaptor to the gdcm library (currently gdcm 2.0 is used):
gdcm::Global | Global
gdcm::GroupDict | Class to represent the mapping from group number to its abbreviation and name

gdcm::IconImageFilter

IconImageFilter This filter will extract icons from a gdcm::File This filter will loop over all known sequence (public and private) that may contains an IconImage and retrieve them. The filter will fails with a value of false if no icon can be found Since it handle both public and private icon type, one should not assume the icon is in uncompress form, some private vendor store private icon in JPEG8/JPEG12

gdcm::IconImageGenerator | IconImageGenerator This filter will generate a valid Icon from the Pixel Data element (an instance of gdcm::Pixmap). To generate a valid Icon, one is only allowed the following Photometric Interpretation:
gdcm::ignore_char |
gdcm::Image | Image
gdcm::ImageApplyLookupTable | ImageApplyLookupTable class It applies the LUT the PixelData (only PALETTE_COLOR images) Output will be a PhotometricInterpretation=RGB image
gdcm::ImageChangePhotometricInterpretation | ImageChangePhotometricInterpretation class Class to change the Photometric Interpetation of an input DICOM
gdcm::ImageChangePlanarConfiguration | ImageChangePlanarConfiguration class Class to change the Planar configuration of an input DICOM By default it will change into the more usual reprensentation: PlanarConfiguration = 0
gdcm::ImageChangeTransferSyntax | ImageChangeTransferSyntax class Class to change the transfer syntax of an input DICOM
gdcm::ImageCodec | ImageCodec
gdcm::ImageConverter | Image Converter
gdcm::ImageFragmentSplitter | ImageFragmentSplitter class For single frame image, DICOM standard allow splitting the frame into multiple fragments
gdcm::ImageHelper | ImageHelper (internal class, not intended for user level)
gdcm::ImageReader | ImageReader
gdcm::ImageToImageFilter | ImageToImageFilter class Super class for all filter taking an image and producing an output image
gdcm::ImageWriter | ImageWriter
gdcm::network::ImplementationClassUIDSub | ImplementationClassUIDSub PS 3.7 Table D.3-1 IMPLEMENTATION CLASS UID SUB-ITEM FIELDS (A-ASSOCIATE-RQ)
gdcm::network::ImplementationUIDSub | ImplementationUIDSub Table D.3-2 IMPLEMENTATION UID SUB-ITEM FIELDS (A-ASSOCIATE-AC)
gdcm::network::ImplementationVersionNameSub | ImplementationVersionNameSub Table D.3-3 IMPLEMENTATION VERSION NAME SUB-ITEM FIELDS (A-ASSOCIATE-RQ)
gdcm::ImplicitDataElement | Class to represent an Implicit VR Data Element
gdcm::InitializeEvent |
gdcm::IOD | Class for representing a IOD
gdcm::IODEntry | Class for representing a IODEntry
gdcm::IODs | Class for representing a IODs
gdcm::IPPSorter | IPPSorter Implement a simple Image Position (Patient) sorter, along the Image Orientation (Patient) direction. This algorithm does NOT support duplicate and will FAIL in case of duplicate IPP

gdcm::Item

Class to represent an Item A component of the value of a Data Element that is of Value Representation Sequence of Items. An Item contains a Data Set . See PS 3.5 7.5.1 Item Encoding Rules Each Item of a Data Element of VR SQ shall be encoded as a DICOM Standart Data Element with a specific Data Element Tag of Value (FFFE,E000). The Item Tag is followed by a 4 byte Item Length field encoded in one of the following two ways Explicit/ Implicit

gdcm::IterationEvent |
gdcm::JPEG12Codec | Class to do JPEG 12bits (lossy & lossless)
gdcm::JPEG16Codec | Class to do JPEG 16bits (lossless)
gdcm::JPEG2000Codec | Class to do JPEG 2000
gdcm::JPEG8Codec | Class to do JPEG 8bits (lossy & lossless)
gdcm::JPEGCodec | JPEG codec Class to do JPEG (8bits, 12bits, 16bits lossy & lossless). It redispatch in between the different codec implementation: gdcm::JPEG8Codec, gdcm::JPEG12Codec & gdcm::JPEG16Codec It also support inconsistency in between DICOM header and JPEG compressed stream ImageCodec implementation for the JPEG case
gdcm::JPEGLSCodec | JPEG-LS
gdcm::KAKADUCodec | KAKADUCodec
gdcm::LO | LO
gdcm::LookupTable | LookupTable class
gdcm::Scanner::ltstr |
gdcm::Macro | Class for representing a Macro
gdcm::Macros | Class for representing a Modules
gdcm::network::MaximumLengthSub | MaximumLengthSub Annex D Table D.1-1 MAXIMUM LENGTH SUB-ITEM FIELDS (A-ASSOCIATE-RQ)
gdcm::MD5 | Class for MD5
gdcm::MediaStorage | MediaStorage
gdcm::MemberCommand< T > | Command subclass that calls a pointer to a member function
gdcm::MeshPrimitive | This class defines surface mesh primitives. It is designed from surface mesh primitives macro
gdcm::ModifiedEvent |
gdcm::Module | Class for representing a Module
gdcm::ModuleEntry | Class for representing a ModuleEntry
gdcm::Modules | Class for representing a Modules
gdcm::MovePatientRootQuery | MovePatientRootQuery contains: the class which will produce a dataset for c-move with patient root
gdcm::MoveStudyRootQuery | MoveStudyRootQuery contains: the class which will produce a dataset for C-MOVE with study root
gdcm::NestedModuleEntries | Class for representing a NestedModuleEntries
gdcm::NoEvent |
gdcm::Object | Object
gdcm::OneShotReadBuf |
gdcm::Orientation | Class to handle Orientation
gdcm::Overlay | Overlay class
gdcm::ParseException | ParseException Standard exception handling object
gdcm::Parser | Parser ala XML_Parser from expat (SAX)
gdcm::Patient | See PS 3.3 - 2007 DICOM MODEL OF THE REAL-WORLD, p 54
gdcm::network::PDataTFPDU | PDataTFPDU Table 9-22 P-DATA-TF PDU FIELDS
gdcm::PDBElement | Class to represent a PDB Element
gdcm::PDBHeader | Class for PDBHeader
gdcm::PDFCodec | PDFCodec class
gdcm::network::PDUFactory | PDUFactory basically, given an initial byte, construct the appropriate PDU. This way, the event loop doesn't have to know about all the different PDU types
gdcm::PersonName | PersonName class
gdcm::PhotometricInterpretation | Class to represent an PhotometricInterpretation
gdcm::PixelFormat | PixelFormat
gdcm::Pixmap | Pixmap class A bitmap based image. Used as parent for both IconImage and the main Pixel Data Image It does not contains any World Space information (IPP, IOP)
gdcm::PixmapReader | PixmapReader
gdcm::PixmapToPixmapFilter | PixmapToPixmapFilter class Super class for all filter taking an image and producing an output image
gdcm::PixmapWriter | PixmapWriter This class will takes two inputs:
gdcm::PNMCodec | Class to do PNM PNM is the Portable anymap file format. The main web page can be found at: http://netpbm.sourceforge.net/
gdcm::Preamble | DICOM Preamble (Part 10)
gdcm::PresentationContext | PresentationContext
gdcm::network::PresentationContextAC | PresentationContextAC Table 9-18 PRESENTATION CONTEXT ITEM FIELDS
gdcm::PresentationContextGenerator | PresentationContextGenerator This class is responsible for generating the proper PresentationContext that will be used in subsequent operation during a DICOM Query/Retrieve association. The step of the association is very sensible as special care need to be taken to explicitly define what instance are going to be send and how they are encoded
gdcm::network::PresentationContextRQ | PresentationContextRQ Table 9-13 PRESENTATION CONTEXT ITEM FIELDS
gdcm::network::PresentationDataValue | PresentationDataValue Table 9-23 PRESENTATION-DATA-VALUE ITEM FIELDS
gdcm::Printer | Printer class
gdcm::PrivateDict | Private Dict
gdcm::PrivateTag | Class to represent a Private DICOM Data Element (Attribute) Tag (Group, Element, Owner)
gdcm::ProgressEvent | ProgressEvent Special type of event triggered during
gdcm::PVRGCodec | PVRGCodec
gdcm::PythonFilter | PythonFilter PythonFilter is the class that make gdcm2.x looks more like gdcm1 and transform the binary blob contained in a DataElement into a string, typically this is a nice feature to have for wrapped language
gdcm::QueryBase | QueryBase contains: the base class for constructing a query dataset for a C-FIND and a C-MOVE
gdcm::QueryFactory | QueryFactory.h
gdcm::QueryImage | QueryImage contains: class to construct an image-based query for C-FIND and C-MOVE
gdcm::QueryPatient | QueryPatient contains: class to construct a patient-based query for c-find and c-move
gdcm::QuerySeries | QuerySeries contains: class to construct a series-based query for c-find and c-move
gdcm::QueryStudy | QueryStudy.h contains: class to construct a study-based query for C-FIND and C-MOVE
gdcm::RAWCodec | RAWCodec class
gdcm::Reader | Reader ala DOM (Document Object Model)

gdcm::Rescaler

Rescale class This class is meant to apply the linear transform of Stored Pixel Value to Real World Value. This is mostly found in CT or PET dataset, where the value are stored using one type, but need to be converted to another scale using a linear transform. There are basically two cases: In CT: the linear transform is generally integer based. E.g. the Stored Pixel Type is unsigned short 12bits, but to get Hounsfield unit, one need to apply the linear transform:

So the best scalar to store the Real World Value will be 16 bits signed type

gdcm::RLECodec | Class to do RLE
gdcm::SerieHelper::Rule |
gdcm::Scanner | Scanner This filter is meant for quickly browsing a FileSet (a set of files on disk). Special consideration are taken so as to read the mimimum amount of information in each file in order to retrieve the user specified set of DICOM Attribute
gdcm::Segment | This class defines a segment. It mainly contains attributes of group 0x0062. In addition, it can be associated with surface
gdcm::SegmentedPaletteColorLookupTable | SegmentedPaletteColorLookupTable class
gdcm::SegmentReader | This class defines a segment reader. It reads attributes of group 0x0062
gdcm::SegmentWriter | This class defines a segment writer. It writes attributes of group 0x0062
gdcm::SequenceOfFragments | Class to represent a Sequence Of Fragments
gdcm::SequenceOfItems | Class to represent a Sequence Of Items (value representation : SQ)
gdcm::SerieHelper |
gdcm::Series | Series
gdcm::ServiceClassUser | ServiceClassUser
gdcm::SHA1 | Class for SHA1
gdcm::SimpleMemberCommand< T > | Command subclass that calls a pointer to a member function
gdcm::SimpleSubjectWatcher | SimpleSubjectWatcher This is a typical Subject Watcher class. It will observe all events
gdcm::SmartPointer< ObjectType > | Class for Smart Pointer
gdcm::SOPClassUIDToIOD | Class convert a class SOP Class UID into IOD
gdcm::Sorter | Sorter General class to do sorting using a custom function You simply need to provide a function of type: Sorter::SortFunction
gdcm::Spacing | Class for Spacing
gdcm::Spectroscopy | Spectroscopy class
gdcm::SplitMosaicFilter | SplitMosaicFilter class Class to reshuffle bytes for a SIEMENS Mosaic image Siemens CSA Image Header CSA:= Common Siemens Architecture, sometimes also known as Common syngo Architecture
gdcm::StartEvent |
gdcm::static_assert_test< x > |
gdcm::STATIC_ASSERTION_FAILURE< true > |
gdcm::StreamImageReader | StreamImageReader
gdcm::StreamImageWriter | StreamImageReader
gdcm::String< TDelimiter, TMaxLength, TPadChar > | String
gdcm::StringFilter | StringFilter StringFilter is the class that make gdcm2.x looks more like gdcm1 and transform the binary blob contained in a DataElement into a string, typically this is a nice feature to have for wrapped language
gdcm::Study | Study
gdcm::Subject | Subject
gdcm::Surface | This class defines a SURFACE IE. This members are taken from required surface mesh module attributes
gdcm::SurfaceHelper |
gdcm::SurfaceReader | This class defines a SURFACE IE reader. It reads surface mesh module attributes
gdcm::SurfaceWriter | This class defines a SURFACE IE writer. It writes surface mesh module attributes
gdcm::SwapCode | SwapCode representation
gdcm::SwapperDoOp |
gdcm::SwapperNoOp |
gdcm::System | Class to do system operation
gdcm::Table | Table
gdcm::TableEntry | TableEntry
gdcm::TableReader | Class for representing a TableReader
gdcm::network::TableRow |
gdcm::Tag | Class to represent a DICOM Data Element (Attribute) Tag (Group, Element). Basically an uint32_t which can also be expressed as two uint16_t (group and element)
gdcm::TagPath | Class to handle a path of tag
gdcm::Testing | Class for testing
gdcm::Trace | Trace
gdcm::TransferSyntax | Class to manipulate Transfer Syntax
gdcm::network::TransferSyntaxSub | TransferSyntaxSub Table 9-15 TRANSFER SYNTAX SUB-ITEM FIELDS
gdcm::network::Transition |
gdcm::Type | Type
gdcm::UI |
gdcm::UIDGenerator | Class for generating unique UID
gdcm::UIDs | All known uids
gdcm::network::ULAction | ULAction A ULConnection in a given ULState can perform certain ULActions. This base class provides the interface for running those ULActions on a given ULConnection
gdcm::network::ULActionAA1 |
gdcm::network::ULActionAA2 |
gdcm::network::ULActionAA3 |
gdcm::network::ULActionAA4 |
gdcm::network::ULActionAA5 |
gdcm::network::ULActionAA6 |
gdcm::network::ULActionAA7 |
gdcm::network::ULActionAA8 |
gdcm::network::ULActionAE1 |
gdcm::network::ULActionAE2 |
gdcm::network::ULActionAE3 |
gdcm::network::ULActionAE4 |
gdcm::network::ULActionAE5 |
gdcm::network::ULActionAE6 |
gdcm::network::ULActionAE7 |
gdcm::network::ULActionAE8 |
gdcm::network::ULActionAR1 |
gdcm::network::ULActionAR10 |
gdcm::network::ULActionAR2 |
gdcm::network::ULActionAR3 |
gdcm::network::ULActionAR4 |
gdcm::network::ULActionAR5 |
gdcm::network::ULActionAR6 |
gdcm::network::ULActionAR7 |
gdcm::network::ULActionAR8 |
gdcm::network::ULActionAR9 |
gdcm::network::ULActionDT1 |
gdcm::network::ULActionDT2 |
gdcm::network::ULBasicCallback |
gdcm::network::ULConnection | ULConnection This is the class that contains the socket to another machine, and passes data through itself, as well as maintaining a sense of state
gdcm::network::ULConnectionCallback |
gdcm::network::ULConnectionInfo | ULConnectionInfo this class contains all the information about a particular connection as established by the user. That is, it's: User Information Calling AE Title Called AE Title IP address/computer name IP Port A connection must be established with this information, that's subsequently placed into various primitives for actual communication
gdcm::network::ULConnectionManager | ULConnectionManager The ULConnectionManager performs actions on the ULConnection given inputs from the user and from the state of what's going on around the connection (ie, timeouts of the ARTIM timer, responses from the peer across the connection, etc)
gdcm::network::ULEvent | ULEvent base class for network events
gdcm::network::ULTransitionTable | ULTransitionTable The transition table of all the ULEvents, new ULActions, and ULStates
gdcm::network::ULWritingCallback |
gdcm::UNExplicitDataElement | Class to read/write a DataElement as UNExplicit Data Element
gdcm::UNExplicitImplicitDataElement | Class to read/write a DataElement as ExplicitImplicit Data Element This class gather two known bugs:
gdcm::Unpacker12Bits | Pack/Unpack 12 bits pixel into 16bits
gdcm::Usage | Usage
gdcm::UserEvent |
gdcm::network::UserInformation | UserInformation Table 9-16 USER INFORMATION ITEM FIELDS
gdcm::Validate | Validate class
gdcm::Value | Class to represent the value of a Data Element
gdcm::ValueIO< TDE, TSwap, TType > | Class to dispatch template calls
gdcm::Version | Major/minor and build version
gdcm::VL | Value Length
gdcm::VM | Value Multiplicity Looking at the DICOMV3 dict only there is very few cases: 1 2 3 4 5 6 8 16 24 1-2 1-3 1-8 1-32 1-99 1-n 2-2n 2-n 3-3n 3-n
gdcm::VR | VR class This is adapted from DICOM standard The biggest difference is the INVALID VR and the composite one that differ from standard (more like an addition) This allow us to represent all the possible case express in the DICOMV3 dict
gdcm::VR16ExplicitDataElement | Class to read/write a DataElement as Explicit Data Element
gdcm::VRVLSize< 0 > |
gdcm::VRVLSize< 1 > |
vtkGDCMImageReader |
vtkGDCMImageWriter |
vtkGDCMMedicalImageProperties |
vtkGDCMPolyDataReader |
vtkGDCMPolyDataWriter |
vtkGDCMTesting |
vtkGDCMThreadedImageReader |
vtkGDCMThreadedImageReader2 |
vtkImageColorViewer |
vtkImageMapToColors16 |
vtkImageMapToWindowLevelColors2 |
vtkImagePlanarComponentsToComponents |
vtkImageRGBToYBR |
vtkImageYBRToRGB |
vtkLookupTable16 |
vtkMedicalImageProperties |
vtkRTStructSetProperties |
vtkStringArray |
gdcm::Waveform | Waveform class
gdcm::Writer | Writer ala DOM (Document Object Model) This class is a non-validating writer, it will only performs well- formedness check only
gdcm::XMLDictReader | Class for representing a XMLDictReader
gdcm::XMLPrivateDictReader | Class for representing a XMLPrivateDictReader